click-reviewers-tools-0.44~16.04.1/ 0000775 0000000 0000000 00000000000 12750117317 013517 5 ustar click-reviewers-tools-0.44~16.04.1/Makefile 0000664 0000000 0000000 00000001335 12660650204 015156 0 ustar all:
# Use setup.py to install
exit 1
install: all
test:
./run-tests
coverage:
python3 -m coverage run ./run-tests
coverage-report:
python3 -m coverage report --show-missing --omit="*skeleton*,*/dist-packages/*"
syntax-check: clean
./run-pyflakes
./run-pep8
python -mjson.tool ./data/*.json >/dev/null
check-names:
# make sure check-names.list is up to date
cp -f check-names.list check-names.list.orig
./collect-check-names
diff -Naur check-names.list.orig check-names.list || exit 1
rm -f check-names.list.orig
check: test syntax-check check-names
clean:
rm -rf ./clickreviews/__pycache__ ./clickreviews/tests/__pycache__
rm -rf ./.coverage
.PHONY: check-names.list
check-names.list:
./collect-check-names
click-reviewers-tools-0.44~16.04.1/collect-check-names-from-tests 0000775 0000000 0000000 00000001773 12565666155 021374 0 ustar #!/usr/bin/python3
'''collect-check-names-from-tests: print list of check names discovered from tests'''
#
# Copyright (C) 2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
# NOTE: changes to this file may also need to be made to 'run-tests'
import logging
import unittest
test_directory = 'clickreviews/tests/'
logging.basicConfig(level=logging.DEBUG)
suite = unittest.TestLoader().discover(test_directory)
unittest.TextTestRunner(verbosity=0).run(suite)
click-reviewers-tools-0.44~16.04.1/clickreviews/ 0000775 0000000 0000000 00000000000 12750117074 016211 5 ustar click-reviewers-tools-0.44~16.04.1/clickreviews/__init__.py 0000664 0000000 0000000 00000000000 12666350672 020321 0 ustar click-reviewers-tools-0.44~16.04.1/clickreviews/cr_lint.py 0000664 0000000 0000000 00000144157 12736736344 020244 0 ustar '''cr_lint.py: lint checks'''
#
# Copyright (C) 2013-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
from apt import apt_pkg
from debian.deb822 import Deb822
import glob
import os
import re
import stat
import yaml
from clickreviews.frameworks import Frameworks
from clickreviews.cr_common import (
ClickReview,
)
from clickreviews.common import (
open_file_read,
cmd,
error,
)
from clickreviews.common import (
find_external_symlinks,
)
CONTROL_FILE_NAMES = ["control", "manifest", "preinst"]
MINIMUM_CLICK_FRAMEWORK_VERSION = "0.4"
class ClickReviewLint(ClickReview):
'''This class represents click lint reviews'''
def __init__(self, fn, overrides=None):
'''Set up the class.'''
ClickReview.__init__(self, fn, "lint", overrides=overrides)
if not self.is_click and not self.is_snap1:
return
if self.is_click and "md5sums" not in CONTROL_FILE_NAMES:
CONTROL_FILE_NAMES.append("md5sums")
elif self.is_snap1:
CONTROL_FILE_NAMES.append("hashes.yaml")
self.control_files = dict()
self._list_control_files()
# Valid values for Architecture in DEBIAN/control. Note:
# all - no compiled code
# multi - fat packages (click manifest declares which ones as a list)
# armhf - compiled, single arch (unity8-based devices)
# i386 - compiled, single arch (unity8-based emulator and desktop)
# amd64 - compiled, single arch (unity8-based desktop)
# arm64 - compiled, single arch (not available yet)
# ppc64el - compiled, single arch (not available yet)
# powerpc - compiled, single arch (not available yet)
self.valid_compiled_architectures = ['armhf',
'i386',
'amd64',
'arm64',
]
self.valid_control_architectures = ['all',
'multi',
] + self.valid_compiled_architectures
self.vcs_files = ['.bzr*',
# '.excludes', # autogenerated by SDK
'.git*',
'.idea',
'.svn*',
'.hg',
'.project',
'CVS*',
'RCS*'
]
if self.manifest is not None and 'maintainer' in self.manifest:
maintainer = self.manifest['maintainer']
self.email = maintainer.partition('<')[2].rstrip('>')
self.is_core_app = \
(self.click_pkgname.startswith('com.ubuntu.') and
not self.click_pkgname.startswith('com.ubuntu.developer.') and
(self.email == 'ubuntu-touch-coreapps@lists.launchpad.net' or
self.email == 'ubuntu-devel-discuss@lists.ubuntu.com'))
# "core scope" is not necessarily a word we use right now, but
# we want to special case scopes which are written through our
# vetted development process.
self.is_core_scope = (self.click_pkgname.startswith('com.ubuntu.scopes.') and
self.email == 'ubuntu-devel-discuss@lists.ubuntu.com')
# "core snappy" is not necessarily a word we use right now, but
# we want to special case scopes which are written through our
# vetted development process.
self.is_core_snappy = \
(self.click_pkgname.startswith('com.ubuntu.snappy.') and
self.email == 'ubuntu-devel-discuss@lists.ubuntu.com')
else:
self.email = None
self.is_core_app = False
self.is_core_scope = False
self.is_core_snappy = False
self._list_all_compiled_binaries()
self.known_hooks = ['accounts',
'account-application',
'account-provider',
'account-qml-plugin',
'account-service',
'apparmor',
'apparmor-profile',
'bin-path', # obsoleted, ignored
'content-hub',
'desktop',
'pay-ui',
'puritine',
'push-helper',
'scope',
'snappy-systemd', # obsoleted, ignored
'urls']
self.redflagged_hooks = ['pay-ui',
'puritine',
'apparmor-profile',
]
# Valid values for 'type' in packaging yaml
# - app
# - framework
# - kernel
# - oem (deprecated, 15.04 only)
# - gadget
# - os
self.snappy_valid_types = ['app',
'framework',
'kernel',
'oem',
'gadget',
'os',
]
self.snappy_redflagged_types = ['framework',
'kernel',
'oem',
'gadget',
'os',
]
def _list_control_files(self):
'''List all control files with their full path.'''
for i in CONTROL_FILE_NAMES:
self.control_files[i] = os.path.join(self.unpack_dir,
"DEBIAN/%s" % i)
def check_control_files(self):
'''Check DEBIAN/* files'''
if not self.is_click and not self.is_snap1:
return
for f in self.control_files:
t = 'info'
n = self._get_check_name(
'DEBIAN_has_files', extra=os.path.basename(f))
s = "OK"
if not os.path.isfile(self.control_files[os.path.basename(f)]):
if self.is_snap1 and os.path.basename(f) == 'md5sums':
s = "OK (skip md5sums with snap)"
else:
t = 'error'
s = "'%s' not found in DEBIAN/" % os.path.basename(f)
self._add_result(t, n, s)
found = []
for f in sorted(glob.glob("%s/DEBIAN/*" % self.unpack_dir)):
if os.path.basename(f) not in self.control_files:
found.append(os.path.basename(f))
t = 'info'
n = self._get_check_name('DEBIAN_extra_files')
s = 'OK'
if len(found) > 0:
t = 'warn'
s = 'found extra files in DEBIAN/: %s' % ", ".join(found)
self._add_result(t, n, s)
def check_control(self):
'''Check control()'''
if not self.is_click and not self.is_snap1:
return
fh = self._extract_control_file()
tmp = list(Deb822.iter_paragraphs(fh))
t = 'info'
n = self._get_check_name('control_structure')
s = 'OK'
if len(tmp) != 1:
self._add_result('error', n,
'control malformed: too many paragraphs')
return
self._add_result(t, n, s)
control = tmp[0]
fields = ['Package',
'Version',
'Click-Version',
'Architecture',
'Maintainer',
'Installed-Size',
'Description']
error = False
for f in sorted(fields):
t = 'info'
n = self._get_check_name('control_has_field', extra=f)
s = 'OK'
if f not in control:
if f == 'Maintainer' and self.is_snap1:
s = 'OK (maintainer not required for snappy)'
else:
t = 'error'
s = "'%s' missing" % f
error = True
self._add_result(t, n, s)
if error is True:
return
t = 'info'
n = self._get_check_name('control_extra_fields')
s = 'OK'
found = []
for k in sorted(control.keys()):
if k not in fields:
found.append(k)
if len(found) > 0:
self._add_result('error', n,
"found extra fields: '%s'" % (", ".join(found)))
t = 'info'
n = self._get_check_name('control_package_match')
s = "OK"
if self.manifest['name'] != self.click_pkgname:
t = 'error'
s = "Package=%s does not match manifest name=%s" % \
(self.manifest['name'], self.click_pkgname)
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('control_version_match')
s = "OK"
if self.manifest['version'] != self.click_version:
t = 'error'
s = "Version=%s does not match manifest version=%s" % \
(self.manifest['version'], self.click_version)
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('control_architecture_match')
s = 'OK'
if 'architecture' in self.manifest:
if control['Architecture'] == "multi":
if not isinstance(self.manifest['architecture'],
(list, tuple)):
t = 'error'
s = 'If arch=multi, manifest architecture needs to ' + \
'list all the individual architectures.'
elif list(filter(lambda a:
a not in self.valid_compiled_architectures,
self.manifest['architecture'])):
t = 'error'
s = 'If arch=multi, manifest architecture needs to ' + \
'comprise of only compiled architectures.'
elif control['Architecture'] != self.manifest['architecture'] and \
not self.is_snap1: # snappy doesn't use this field; ignore
t = 'error'
s = "Architecture=%s " % control['Architecture'] + \
"does not match manifest architecture=%s" % \
self.manifest['architecture']
else: # Lack of architecture in manifest is not an error
t = 'info'
s = 'OK: architecture not specified in manifest'
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('control_maintainer_match')
s = 'OK'
if 'maintainer' in self.manifest:
if 'Maintainer' in control and \
control['Maintainer'] != self.manifest['maintainer']:
t = 'error'
s = "Maintainer=%s does not match manifest maintainer=%s" % \
(control['Maintainer'], self.manifest['maintainer'])
else:
s = 'Skipped: maintainer not in manifest'
self._add_result(t, n, s)
# TODO: click currently sets the Description to be the manifest title.
# Is this intended behavior?
t = 'info'
n = self._get_check_name('control_description_match')
s = 'OK'
if 'title' in self.manifest:
if control['Description'].strip() != \
self.manifest['title'].strip():
t = 'error'
s = "Description=%s does not match manifest title=%s" % \
(control['Description'], self.manifest['title'])
else:
t = 'warn'
s = 'Skipped: title not in manifest'
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('control_click_version_up_to_date')
s = 'OK'
l = None
if apt_pkg.version_compare(
control['Click-Version'], MINIMUM_CLICK_FRAMEWORK_VERSION) < 0:
t = 'error'
s = "Click-Version is too old, has '%s', needs '%s' or newer" % (
control['Click-Version'], MINIMUM_CLICK_FRAMEWORK_VERSION)
l = 'http://askubuntu.com/questions/417366/what-does-lint-control-click-version-up-to-date-mean/417367'
self._add_result(t, n, s, l)
t = 'info'
n = self._get_check_name('control_installed_size')
s = 'OK'
try:
int(control['Installed-Size'])
except TypeError:
t = 'error'
s = "invalid Installed-Size '%s'" % (control['Installed-Size'])
self._add_result(t, n, s)
def check_md5sums(self):
'''Check md5sums()'''
if not self.is_click:
return
t = 'info'
n = self._get_check_name('md5sums')
# The puritine click will have bad checksums due to bad symlinks
if 'hooks' in self.manifest:
for app in self.manifest['hooks']:
if "puritine" in self.manifest['hooks'][app]:
s = "SKIPPED: puritine"
self._add_result(t, n, s)
return
curdir = os.getcwd()
fh = open_file_read(self.control_files["md5sums"])
badsums = []
os.chdir(self.unpack_dir)
for line in fh.readlines():
split_line = line.strip().split()
fn = " ".join(split_line[1:])
(rc, out) = cmd(['md5sum', fn])
if line != out:
badsums.append(fn)
fh.close()
os.chdir(curdir)
s = 'OK'
if len(badsums) > 0:
t = 'error'
s = 'found bad checksums: %s' % ", ".join(badsums)
self._add_result(t, n, s)
def check_preinst(self):
'''Check preinst()'''
if not self.is_click and not self.is_snap1:
return
expected = '''#! /bin/sh
echo "Click packages may not be installed directly using dpkg."
echo "Use 'click install' instead."
exit 1
'''
fh = open_file_read(self.control_files["preinst"])
contents = ""
for line in fh.readlines():
contents += line
fh.close()
t = 'info'
n = self._get_check_name('preinst')
s = "OK"
if contents != expected:
t = 'error'
s = "unexpected preinst contents"
self._add_result(t, n, s)
def check_hooks(self):
'''Check click manifest hooks'''
if not self.is_click and not self.is_snap1:
return
# oem snaps don't have a hooks entry
if self.is_snap_oem:
return
# Some checks are already handled in
# cr_common.py:_verify_manifest_structure()
t = 'info'
n = self._get_check_name('hooks_multiple_apps')
s = 'OK'
count = 0
for app in self.manifest['hooks']:
if "desktop" in self.manifest['hooks'][app]:
count += 1
if count > 1:
# 'info' for now but this might be removed in a future version
# (see https://launchpad.net/bugs/1496402)
t = 'info'
s = 'more than one desktop app specified in hooks'
self._add_result(t, n, s)
# Verify keys are well-formatted
for app in self.manifest['hooks']:
t = 'info'
n = self._get_check_name('hooks_valid', app=app)
s = "OK"
if not re.search(r'^[A-Za-z0-9+-.:~-]+$', app):
t = 'error'
s = "malformed application name: '%s'" % app
self._add_result(t, n, s)
# Verify we have the required hooks
required = ['apparmor']
for f in required:
for app in self.manifest['hooks']:
t = 'info'
n = self._get_check_name('hooks', app=app, extra=f)
s = "OK"
if f in list(filter(lambda a: a.startswith('account-'),
self.known_hooks)):
s = "OK (run check-online-accounts for more checks)"
elif f == "apparmor":
s = "OK (run check-security for more checks)"
elif f == "content-hub":
s = "OK (run check-content-hub for more checks)"
elif f == "desktop":
s = "OK (run check-desktop for more checks)"
elif f == "scope":
s = "OK (run check-scope for more checks)"
elif f == "urls":
s = "OK (run check-url-dispatcher for more checks)"
if f not in self.manifest['hooks'][app]:
# TODO: when have apparmor policy for account-provider and
# account-qml-plugin, remove this conditional
if f == 'apparmor' and \
'apparmor-profile' in self.manifest['hooks'][app]:
# Don't require apparmor if have apparmor-profile
pass
elif f == 'apparmor' and \
'puritine' in self.manifest['hooks'][app]:
s = "OK (puritine does not use apparmor)"
elif f != 'apparmor' or \
len(self.manifest['hooks'][app]) != 2 or \
'account-provider' not in \
self.manifest['hooks'][app] or \
'account-qml-plugin' not in \
self.manifest['hooks'][app]:
t = 'error'
s = "'%s' hook not found for '%s'" % (f, app)
self._add_result(t, n, s)
mutually_exclusive = ['scope', 'desktop']
for app in self.manifest['hooks']:
t = 'info'
n = self._get_check_name('exclusive_hooks', app=app)
s = "OK"
found = []
for i in mutually_exclusive:
if i in self.manifest['hooks'][app]:
found.append(i)
if len(found) > 1:
t = 'error'
s = "'%s' hooks should not be used together" % ", ".join(found)
self._add_result(t, n, s)
for app in self.manifest['hooks']:
if "apparmor" in self.manifest['hooks'][app]:
t = 'info'
n = self._get_check_name('sdk_security_extension', app=app)
s = "OK"
fn = self.manifest['hooks'][app]['apparmor']
if not fn.endswith(".apparmor"):
t = 'info'
s = '%s does not end with .apparmor (ok if not using sdk)' % fn
self._add_result(t, n, s)
def check_hooks_unknown(self):
'''Check if have any unknown hooks'''
if not self.is_click and not self.is_snap1:
return
# oem snaps don't have a hooks entry
if self.is_snap_oem:
return
t = 'info'
n = self._get_check_name('unknown_hooks')
s = 'OK'
# Verify keys are well-formatted
for app in self.manifest['hooks']:
for hook in self.manifest['hooks'][app]:
t = 'info'
n = self._get_check_name('hooks_known', app=app, extra=hook)
s = "OK"
if hook not in self.known_hooks:
t = 'warn'
s = "unknown hook '%s' in %s" % (hook, app)
self._add_result(t, n, s)
def check_hooks_redflagged(self):
'''Check if have any redflagged hooks'''
if not self.is_click and not self.is_snap1:
return
t = 'info'
n = self._get_check_name('redflagged_hooks')
s = 'OK'
for app in self.manifest['hooks']:
found = []
t = 'info'
n = self._get_check_name('hooks_redflag', app=app)
s = "OK"
manual_review = False
for hook in self.manifest['hooks'][app]:
if hook in self.redflagged_hooks:
# This check is handled elsewhere
if self.is_snap1 and hook == "apparmor-profile":
continue
found.append(hook)
if len(found) > 0:
t = 'error'
s = "(NEEDS REVIEW) '%s' not allowed" % ", ".join(found)
manual_review = True
self._add_result(t, n, s, manual_review=manual_review)
def check_external_symlinks(self):
'''Check if symlinks in the click package go out to the system.'''
if not self.is_click and not self.is_snap1:
return
if self.is_snap1 and 'type' in self.pkg_yaml and \
self.pkg_yaml['type'] not in ['app', 'framework']:
return
t = 'info'
n = self._get_check_name('external_symlinks')
s = 'OK'
# The puritine click is expected to have external symlinks
if 'hooks' in self.manifest:
for app in self.manifest['hooks']:
if "puritine" in self.manifest['hooks'][app]:
s = "SKIPPED: puritine"
self._add_result(t, n, s)
return
links = find_external_symlinks(self.unpack_dir, self.pkg_files)
if len(links) > 0:
t = 'error'
s = 'package contains external symlinks: %s' % ', '.join(links)
self._add_result(t, n, s)
def check_pkgname(self):
'''Check click package name valid'''
if not self.is_click:
return
p = self.manifest['name']
# http://www.debian.org/doc/debian-policy/ch-controlfields.html
t = 'info'
n = self._get_check_name('pkgname_valid')
s = "OK"
if not self._verify_pkgname(p):
t = 'error'
s = "'%s' not properly formatted" % p
self._add_result(t, n, s)
def check_version(self):
'''Check click package version is valid'''
if not self.is_click and not self.is_snap1:
return
# deb-version(5)
t = 'info'
n = self._get_check_name('version_valid')
s = "OK"
# From debian_support.py
re_valid_version = re.compile(r'^((\d+):)?' # epoch
'([A-Za-z0-9.+:~-]+?)' # upstream
'(-([A-Za-z0-9+.~]+))?$') # debian
if not re_valid_version.match(self.click_version):
t = 'error'
s = "'%s' not properly formatted" % self.click_version
self._add_result(t, n, s)
def check_architecture(self):
'''Check click package architecture in DEBIAN/control is valid'''
if not self.is_click and not self.is_snap1:
return
t = 'info'
n = self._get_check_name('control_architecture_valid')
s = 'OK'
if self.pkg_arch[0] not in self.valid_control_architectures:
t = 'error'
s = "not a valid architecture: %s" % self.pkg_arch[0]
self._add_result(t, n, s)
def check_architecture_all(self):
'''Check if actually architecture all'''
if not self.is_click and not self.is_snap1:
return
t = 'info'
n = self._get_check_name('control_architecture_valid_contents')
s = 'OK'
if self.pkg_arch[0] != "all":
self._add_result(t, n, s)
return
# look for compiled code
x_binaries = []
for i in self.pkg_bin_files:
x_binaries.append(os.path.relpath(i, self.unpack_dir))
if len(x_binaries) > 0:
t = 'error'
s = "found binaries for architecture 'all': %s" % \
", ".join(x_binaries)
self._add_result(t, n, s)
def check_architecture_specified_needed(self):
'''Check if the specified architecture is actually needed'''
if not self.is_click and not self.is_snap1:
return
for arch in self.pkg_arch:
t = 'info'
n = self._get_check_name('architecture_specified_needed')
s = 'OK'
if arch == "all":
s = "SKIPPED: architecture is 'all'"
self._add_result(t, n, s)
return
if len(self.pkg_bin_files) == 0:
t = 'warn'
s = "Could not find compiled binaries for architecture '%s'" % \
arch
self._add_result(t, n, s)
def check_maintainer(self):
'''Check manifest maintainer()'''
if not self.is_click and not self.is_snap1:
return
t = 'info'
n = self._get_check_name('maintainer_present')
s = 'OK'
if 'maintainer' not in self.manifest:
if self.is_snap1:
s = 'Skipped optional maintainer field not specified in ' + \
'manifest'
else:
t = 'error'
s = 'required maintainer field not specified in manifest'
self._add_result(t, n, s)
return
self._add_result(t, n, s)
# Don't perform maintainer checks for snaps. They aren't used by
# anything.
if self.is_snap1:
return
# Simple regex as used by python3-debian. If we wanted to be more
# thorough we could use email_re from django.core.validators
t = 'info'
n = self._get_check_name('maintainer_format')
s = 'OK'
if self.manifest['maintainer'] == "":
self._add_result('error', n, 'invalid maintainer (empty), (should be '
'like "Joe Bloggs ")',
'http://askubuntu.com/questions/417351/what-does-lint-maintainer-format-mean/417352')
return
elif not self._verify_maintainer(self.manifest['maintainer']):
self._add_result('error', n,
'invalid format for maintainer: %s (should be '
'like "Joe Bloggs ")' %
self.manifest['maintainer'],
'http://askubuntu.com/questions/417351/what-does-lint-maintainer-format-mean/417352')
return
self._add_result(t, n, s)
def check_title(self):
'''Check manifest title()'''
if not self.is_click and not self.is_snap1:
return
t = 'info'
n = self._get_check_name('title_present')
s = 'OK'
if 'title' not in self.manifest:
s = 'required title field not specified in manifest'
self._add_result('error', n, s)
return
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('title')
s = 'OK'
pkgname_base = self.click_pkgname.split('.')[-1]
if len(self.manifest['title']) < len(pkgname_base):
t = 'info'
s = "'%s' may be too short" % self.manifest['title']
self._add_result(t, n, s)
def check_description(self):
'''Check manifest description()'''
if not self.is_click and not self.is_snap1:
return
t = 'info'
n = self._get_check_name('description_present')
s = 'OK'
if 'description' not in self.manifest:
s = 'required description field not specified in manifest'
self._add_result('error', n, s)
return
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('description')
s = 'OK'
pkgname_base = self.click_pkgname.split('.')[-1]
if len(self.manifest['description']) < len(pkgname_base):
t = 'warn'
if self.is_snap1 and (self.manifest['description'] == '\n' or
self.manifest['description'] == ''):
s = "manifest description is empty. Is meta/readme.md " + \
"formatted correctly?"
else:
s = "'%s' is too short" % self.manifest['description']
self._add_result(t, n, s)
def check_framework(self):
'''Check manifest framework()'''
if not self.is_click and not self.is_snap1:
return
# Can check with:
# click-check-lint '{"framework": {"ubuntu-sdk-15.04": {
# "state": "obsolete", "policy_vendor": "ubuntu-core",
# "policy_version": "16.04"}}}'
n = self._get_check_name('framework')
l = "http://askubuntu.com/questions/460512/what-framework-should-i-use-in-my-manifest-file"
framework_overrides = self.overrides.get('framework', {})
frameworks = Frameworks(overrides=framework_overrides)
if not self.is_snap1 and ',' in self.manifest['framework']:
# click doesn't support multiple frameworks yet
t = 'error'
s = 'ERROR: multiple frameworks found in click manifest'
self._add_result(t, n, s)
return
for framework in self.manifest['framework'].split(','):
framework = framework.strip()
if framework in frameworks.OBSOLETE_FRAMEWORKS:
t = 'error'
s = "'%s' is obsolete. Please use a newer framework" % \
framework
self._add_result(t, n, s, l)
return
elif framework in frameworks.DEPRECATED_FRAMEWORKS:
t = 'warn'
s = "'%s' is deprecated. Please use a newer framework" % \
framework
self._add_result(t, n, s, l)
return
elif framework in frameworks.AVAILABLE_FRAMEWORKS:
t = 'info'
s = 'OK'
self._add_result(t, n, s)
return
else:
# None of the above checks triggered, this is an unknown framework
t = 'error'
s = "'%s' is not a supported framework" % \
framework
self._add_result(t, n, s, l)
def check_click_local_extensions(self):
'''Report any click local extensions'''
if not self.is_click and not self.is_snap1:
return
t = 'info'
n = self._get_check_name('click_local_extensions')
s = 'OK'
found = []
for k in sorted(self.manifest):
if k.startswith('x-'):
found.append(k)
# Some local extensions are ok for core apps, so just skip them
if self.is_core_app:
for i in ['x-source', 'x-test']:
if i in found:
found.remove(i)
if len(found) > 0:
t = 'warn'
plural = ""
if len(found) > 1:
plural = "s"
s = 'found unofficial extension%s: %s' % (plural, ', '.join(found))
self._add_result(t, n, s)
def check_vcs(self):
'''Check for VCS files in the package'''
if not self.is_click and not self.is_snap1:
return
t = 'info'
n = self._get_check_name('vcs_files')
s = 'OK'
found = []
for d in self.vcs_files:
entries = glob.glob("%s/%s" % (self.unpack_dir, d))
if len(entries) > 0:
for i in entries:
found.append(os.path.relpath(i, self.unpack_dir))
if len(found) > 0:
t = 'warn'
s = 'found VCS files in package: %s' % ", ".join(found)
self._add_result(t, n, s)
def check_click_in_package(self):
'''Check for *.click files in the toplevel click package'''
if not self.is_click:
return
t = 'info'
n = self._get_check_name('click_files')
s = 'OK'
found = []
entries = glob.glob("%s/*.click" % self.unpack_dir)
if len(entries) > 0:
for i in entries:
found.append(os.path.relpath(i, self.unpack_dir))
if len(found) > 0:
t = 'warn'
s = 'found click packages in toplevel dir: %s' % ", ".join(found)
self._add_result(t, n, s)
def check_dot_click(self):
'''Check for .click directory in the toplevel click package'''
if not self.is_click and not self.is_snap1:
return
t = 'info'
n = self._get_check_name('dot_click')
s = 'OK'
path = os.path.join(self.unpack_dir, '.click')
if os.path.exists(path):
t = 'error'
s = 'found .click in toplevel dir'
self._add_result(t, n, s)
def check_contents_for_hardcoded_paths(self):
'''Check for known hardcoded paths.'''
if not self.is_click and not self.is_snap1:
return
PATH_BLACKLIST = ["/opt/click.ubuntu.com/"]
t = 'info'
n = self._get_check_name('hardcoded_paths')
s = 'OK'
for dirpath, dirnames, filenames in os.walk(self.unpack_dir):
for filename in filenames:
full_fn = os.path.join(dirpath, filename)
(rc, out) = cmd(['file', '-b', full_fn])
if 'text' not in out:
continue
try:
lines = open_file_read(full_fn).readlines()
for bad_path in PATH_BLACKLIST:
if list(filter(lambda line: bad_path in line, lines)):
t = 'error'
s = "Hardcoded path '%s' found in '%s'." % (
bad_path, full_fn)
except FileNotFoundError:
pass
except UnicodeDecodeError:
pass
self._add_result(t, n, s)
def _verify_architecture(self, my_dict, test_str):
t = 'info'
n = self._get_check_name('%s_architecture_valid' % test_str)
s = 'OK'
if 'architecture' not in my_dict and 'architectures' not in my_dict:
s = 'OK (architecture not specified)'
self._add_result(t, n, s)
return
key = 'architecture'
if self.is_snap1 and 'architectures' in my_dict:
# new yaml allows for 'architecture' and 'architectures'
key = 'architectures'
archs_list = list(self.valid_control_architectures)
archs_list.remove("multi")
if self.is_snap1 and key == 'architectures' and \
isinstance(my_dict[key], str):
# new yaml uses 'architectures' that must be a list
t = 'error'
s = "not a valid architecture: %s (not a list)" % my_dict[key]
elif isinstance(my_dict[key], str) and my_dict[key] not in archs_list:
t = 'error'
s = "not a valid architecture: %s" % my_dict[key]
elif isinstance(my_dict[key], list):
if not self.is_snap1:
archs_list.remove("all")
bad_archs = []
for a in my_dict[key]:
if a not in archs_list:
bad_archs.append(a)
if len(bad_archs) > 0:
t = 'error'
s = "not valid multi architecture: %s" % \
",".join(bad_archs)
self._add_result(t, n, s)
def check_manifest_architecture(self):
'''Check package architecture in manifest is valid'''
if not self.is_click and not self.is_snap1:
return
self._verify_architecture(self.manifest, "manifest")
def _verify_icon(self, my_dict, test_str):
t = 'info'
n = self._get_check_name('%s_icon_present' % test_str)
s = 'OK'
if 'icon' not in my_dict:
s = 'Skipped, optional icon not present'
self._add_result(t, n, s)
return
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('%s_icon_empty' % test_str)
s = 'OK'
if len(my_dict['icon']) == 0:
t = 'error'
s = "icon entry is empty"
return
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('%s_icon_absolute_path' % test_str)
s = 'OK'
if my_dict['icon'].startswith('/'):
t = 'error'
s = "icon entry '%s' should not specify absolute path" % \
my_dict['icon']
self._add_result(t, n, s)
def check_icon(self):
'''Check icon()'''
if not self.is_click and not self.is_snap1:
return
self._verify_icon(self.manifest, "manifest")
def check_snappy_name(self):
'''Check package name'''
if self.is_click or not self.is_snap1:
return
t = 'info'
n = self._get_check_name('snappy_name_valid')
s = 'OK'
if 'name' not in self.pkg_yaml:
t = 'error'
s = "could not find 'name' in yaml"
elif not self._verify_pkgname(self.pkg_yaml['name']):
t = 'error'
s = "malformed 'name': '%s'" % self.pkg_yaml['name']
self._add_result(t, n, s)
def check_snappy_version(self):
'''Check package version'''
if self.is_click or not self.is_snap1:
return
t = 'info'
n = self._get_check_name('snappy_version_valid')
s = 'OK'
if 'version' not in self.pkg_yaml:
t = 'error'
s = "could not find 'version' in yaml"
elif not self._verify_pkgversion(self.pkg_yaml['version']):
t = 'error'
s = "malformed 'version': '%s'" % self.pkg_yaml['version']
self._add_result(t, n, s)
def check_snappy_type(self):
'''Check type'''
if self.is_click or not self.is_snap1:
return
t = 'info'
n = self._get_check_name('snappy_type_valid')
s = 'OK'
if 'type' not in self.pkg_yaml:
s = 'OK (skip missing)'
elif self.pkg_yaml['type'] not in self.snappy_valid_types:
t = 'error'
s = "unknown 'type': '%s'" % self.pkg_yaml['type']
self._add_result(t, n, s)
def check_snappy_type_redflagged(self):
'''Check if snappy type is redflagged'''
if self.is_click or not self.is_snap1:
return
t = 'info'
n = self._get_check_name('snappy_type_redflag')
s = "OK"
l = None
manual_review = False
if 'type' not in self.pkg_yaml:
s = 'OK (skip missing)'
elif self.pkg_yaml['type'] in self.snappy_redflagged_types:
t = 'error'
s = "(NEEDS REVIEW) type '%s' not allowed" % self.pkg_yaml['type']
manual_review = True
if self.pkg_yaml['type'] == "framework":
l = "https://developer.ubuntu.com/en/snappy/guides/frameworks/"
self._add_result(t, n, s, link=l, manual_review=manual_review)
def check_snappy_icon(self):
'''Check icon()'''
if self.is_click or not self.is_snap1:
return
self._verify_icon(self.pkg_yaml, "package_yaml")
def check_snappy_architecture(self):
'''Check package architecture in package.yaml is valid'''
if self.is_click or not self.is_snap1:
return
self._verify_architecture(self.pkg_yaml, "package yaml")
t = 'info'
n = self._get_check_name('snappy_architecture_deprecated')
s = 'OK'
l = None
if 'architecture' in self.pkg_yaml:
t = 'warn'
s = "Found deprecated 'architecture' field in " + \
"meta/package.yaml. Use 'architectures' instead"
l = 'https://developer.ubuntu.com/en/snappy/guides/package-metadata/'
self._add_result(t, n, s, link=l)
def check_snappy_unknown_entries(self):
'''Check for any unknown fields'''
if self.is_click or not self.is_snap1:
return
t = 'info'
n = self._get_check_name('snappy_unknown')
s = 'OK'
unknown = []
for f in self.pkg_yaml:
if f not in self.snappy_required + self.snappy_optional:
unknown.append(f)
if len(unknown) > 0:
t = 'warn'
s = "unknown entries in package.yaml: '%s'" % \
(",".join(sorted(unknown)))
obsoleted = ['maintainer', 'ports']
tmp = list(set(unknown) & set(obsoleted))
if len(tmp) > 0:
t = 'error'
s += " (%s obsoleted)" % ",".join(tmp)
self._add_result(t, n, s)
def _extract_readme_md(self):
'''Extract meta/readme.md'''
contents = None
readme = os.path.join(self.unpack_dir, "meta/readme.md")
if os.path.exists(readme):
fh = open_file_read(readme)
contents = fh.read()
return contents
def check_snappy_readme_md(self):
'''Check snappy readme.md'''
if self.is_click or not self.is_snap1:
return
contents = self._extract_readme_md()
t = 'info'
n = self._get_check_name('snappy_readme.md')
s = 'OK'
if contents is None:
t = 'error'
s = 'meta/readme.md does not exist'
self._add_result(t, n, s)
return
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('snappy_readme.md_length')
s = 'OK'
pkgname_base = self.pkg_yaml['name'].split('.')[0]
if len(contents) < len(pkgname_base):
t = 'warn'
s = "meta/readme.md is too short"
self._add_result(t, n, s)
def check_snappy_config(self):
'''Check snappy config'''
if self.is_click or not self.is_snap1:
return
fn = os.path.join(self.unpack_dir, 'meta/hooks/config')
if fn not in self.pkg_files:
return
t = 'info'
n = self._get_check_name('snappy_config_hook_executable')
s = 'OK'
if not self._check_innerpath_executable(fn):
t = 'error'
s = 'meta/hooks/config is not executable'
self._add_result(t, n, s)
def check_snappy_services_and_binaries(self):
'''Services and binaries should not overlap'''
if self.is_click or not self.is_snap1:
return
for exe_t in ['binaries', 'services']:
if exe_t not in self.pkg_yaml:
break
if exe_t == 'binaries':
other_exe_t = 'services'
else:
other_exe_t = 'binaries'
if other_exe_t not in self.pkg_yaml:
break
for a in self.pkg_yaml[exe_t]:
if 'name' not in a:
continue
# handle 'exec' in binaries
app = os.path.basename(a['name'])
t = 'info'
n = self._get_check_name(
'snappy_in_%s' % other_exe_t, app=app)
s = 'OK'
for other_a in self.pkg_yaml[other_exe_t]:
other_app = os.path.basename(other_a['name'])
if app == other_app:
t = 'error'
s = "'%s' in both 'services' and 'binaries'" % app
break
self._add_result(t, n, s)
def check_snappy_hashes(self):
'''Check snappy hashes.yaml'''
if self.is_click or not self.is_snap1:
return
def _check_allowed_perms(mode, allowed):
'''Check that mode only uses allowed perms'''
for p in mode[1:]:
if p not in allowed:
return False
return True
try:
hashes_yaml = yaml.safe_load(self._extract_hashes_yaml())
except Exception:
error("Could not load hashes.yaml. Is it properly formatted?")
if 'archive-sha512' not in hashes_yaml:
t = 'error'
n = self._get_check_name('hashes_archive-sha512_present')
s = "'archive-sha512' not found in hashes.yaml"
self._add_result(t, n, s)
return
# verify the ar file
t = 'info'
n = self._get_check_name('hashes_archive-sha512_valid')
s = 'OK'
fn = self._path_join(self.raw_unpack_dir, 'data.tar.gz')
sum = self._get_sha512sum(fn)
if hashes_yaml['archive-sha512'] != sum:
t = 'error'
s = "hash mismatch: '%s' != '%s'" % (hashes_yaml['archive-sha512'],
sum)
self._add_result(t, n, s)
return
self._add_result(t, n, s)
if 'files' not in hashes_yaml:
t = 'error'
n = self._get_check_name('hashes_files_present')
s = "'files' not found in hashes.yaml"
self._add_result(t, n, s)
return
# verify the individual files
errors = []
badsums = []
hash_files = set([]) # used to check with extra files
for entry in hashes_yaml['files']:
if 'name' not in entry:
errors.append("'name' not found for entry '%s'" % entry)
continue
else:
hash_files.add(entry['name'])
if 'mode' not in entry:
errors.append("'mode' not found for entry '%s'" %
entry['name'])
continue
elif len(entry['mode']) != 10:
errors.append("malformed mode '%s' for entry '%s'" %
(entry['mode'], entry['name']))
continue
elif entry['mode'].startswith('d'):
if not _check_allowed_perms(entry['mode'],
['r', 'w', 'x', '-']):
errors.append("unusual mode '%s' for entry '%s'" %
(entry['mode'], entry['name']))
# world write shouldn't be allowed
if entry['mode'][-2] != '-':
errors.append("'%s' is world-writable" % entry['name'])
continue
elif entry['mode'].startswith('l'):
if entry['mode'] != "lrwxrwxrwx":
errors.append("unusual mode '%s' for entry '%s'" %
(entry['mode'], entry['name']))
continue
elif not entry['mode'].startswith('f'):
# files and symlinks are ok, everything else is not
errors.append("illegal file mode '%s': '%s' for '%s'" %
(entry['mode'][0], entry['mode'], entry['name']))
continue
elif 'size' not in entry:
errors.append("'size' not found for entry: %s" % entry['name'])
continue
elif 'sha512' not in entry:
errors.append("'sha512' not found for entry: %s" %
entry['name'])
continue
fn = self._path_join(self.unpack_dir, entry['name'])
# quick verify the size, if it is wrong, we don't have to do the
# sha512sum
statinfo = self._extract_statinfo(fn)
# file is missing
if statinfo is None:
errors.append("'%s' does not exist" % entry['name'])
continue
if entry['size'] != statinfo.st_size:
errors.append("size %d != %d for '%s'" % (entry['size'],
statinfo.st_size,
entry['name']))
continue
# check for weird perms
if not _check_allowed_perms(entry['mode'], ['r', 'w', 'x', '-']):
errors.append("unusual mode '%s' for entry '%s'" %
(entry['mode'], entry['name']))
continue
# world write shouldn't be allowed
if entry['mode'][-2] != '-':
errors.append("mode '%s' for '%s' is world-writable" %
(entry['mode'], entry['name']))
continue
# verify perms match what is in hashes.yaml
filemode = stat.filemode(statinfo.st_mode)[1:]
if entry['mode'][1:] != filemode:
errors.append("mode '%s' != '%s' for '%s'" %
(entry['mode'][1:], filemode, entry['name']))
continue
# ok, now all the cheap tests are done so we can check if we have a
# valid sha512sum
sum = self._get_sha512sum(fn)
if entry['sha512'] != sum:
badsums.append("'%s' != '%s' for '%s'" % (entry['sha512'], sum,
entry['name']))
t = 'info'
n = self._get_check_name('sha512sums')
s = 'OK'
if len(badsums) > 0:
t = 'error'
s = 'found bad checksums: %s' % ", ".join(badsums)
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('file_mode')
s = 'OK'
if len(errors) > 0:
t = 'error'
s = 'found errors in hashes.yaml: %s' % ", ".join(errors)
self._add_result(t, n, s)
# Now check for extra files
t = 'info'
n = self._get_check_name('hashes_extra_files')
s = 'OK'
self._add_result(t, n, s)
extra = []
click_compat_files = set(["DEBIAN/hashes.yaml",
"DEBIAN/control",
"DEBIAN/preinst",
"DEBIAN/manifest"
])
for f in self.pkg_files:
fn = os.path.relpath(f, self.unpack_dir)
if fn not in hash_files and fn not in click_compat_files:
extra.append(fn)
if len(extra) > 0:
t = 'error'
s = 'found extra files not listed in hashes.yaml: %s' % \
", ".join(extra)
self._add_result(t, n, s)
def check_snappy_frameworks(self):
'''TODO'''
return False
click-reviewers-tools-0.44~16.04.1/clickreviews/cr_common.py 0000664 0000000 0000000 00000043055 12666351141 020547 0 ustar '''cr_common.py: common classes and functions'''
#
# Copyright (C) 2013-2016 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
from debian.deb822 import Deb822
import glob
import json
import os
import pprint
import re
import yaml
from clickreviews.common import(
Review,
ReviewException,
error,
open_file_read,
)
#
# Utility classes
#
class ClickReviewException(ReviewException):
'''This class represents ClickReview exceptions'''
class ClickReview(Review):
'''This class represents click reviews'''
# Convenience to break out common types of clicks (eg, app, scope,
# click service)
app_allowed_peer_hooks = ["account-application",
"account-service",
"accounts",
"account-provider",
"account-qml-plugin",
"apparmor",
"content-hub",
"desktop",
"push-helper",
"urls",
]
scope_allowed_peer_hooks = ["account-application",
"account-service",
"accounts",
"apparmor",
"scope",
]
# FIXME: when apparmor-policy is implemented, use this
service_allowed_peer_hooks = ["apparmor",
"bin-path", # obsoleted, ignored
"snappy-systemd", # obsoleted, ignored
]
snappy_required = ["name", "version"]
# optional snappy fields here (may be required by appstore)
snappy_optional = ["architecture",
"architectures",
"binaries",
"caps",
"config",
"dtbs",
"firmware",
"frameworks",
"icon",
"immutable-config",
"initrd",
"kernel",
"modules",
"oem",
"gadget",
"services",
"source",
"type",
"vendor", # deprecated, unused
]
snappy_exe_security = ["caps",
"security-template",
"security-override",
"security-policy"]
magic_binary_file_descriptions = [
'application/x-executable; charset=binary',
'application/x-sharedlib; charset=binary',
'application/x-object; charset=binary',
'application/octet-stream; charset=binary'
]
def __init__(self, fn, review_type, peer_hooks=None, overrides=None,
peer_hooks_link=None):
Review.__init__(self, fn, review_type, overrides=overrides)
# The cr_* scripts only support 15.04 snaps (v1). Use sr_* scripts for
# 16.04 (v2) or higher
if not self.is_click and not self.is_snap1:
return
if not self.pkg_filename.endswith(".click") and \
not self.pkg_filename.endswith(".snap"):
if self.pkg_filename.endswith(".deb"):
error("filename does not end with '.click', but '.deb' "
"instead. See http://askubuntu.com/a/485544/94326 for "
"how click packages are different.")
error("filename does not end with '.click'")
self.manifest = None
self.click_pkgname = None
self.click_version = None
self.pkg_arch = []
self.is_snap_oem = False
self.peer_hooks = peer_hooks
self.peer_hooks_link = peer_hooks_link
if self.is_snap1:
pkg_yaml = self._extract_package_yaml()
if pkg_yaml:
try:
self.pkg_yaml = yaml.safe_load(pkg_yaml)
except Exception:
error("Could not load package.yaml. Is it properly formatted?")
self._verify_package_yaml_structure()
else:
error("Could not load package.yaml.")
# default to 'app'
if 'type' not in self.pkg_yaml:
self.pkg_yaml['type'] = 'app'
if 'architectures' in self.pkg_yaml:
self.pkg_arch = self.pkg_yaml['architectures']
elif 'architecture' in self.pkg_yaml:
if isinstance(self.pkg_yaml['architecture'], str):
self.pkg_arch = [self.pkg_yaml['architecture']]
elif isinstance(self.pkg_yaml['architecture'], list):
self.pkg_arch = self.pkg_yaml['architecture']
else:
error("Could not load package.yaml: invalid 'architecture'")
else:
self.pkg_arch = ['all']
if 'type' in self.pkg_yaml and self.pkg_yaml['type'] == 'oem':
self.is_snap_oem = True
if self.is_click or self.is_snap1:
# Get some basic information from the control file
control_file = self._extract_control_file()
tmp = list(Deb822.iter_paragraphs(control_file))
if len(tmp) != 1:
error("malformed control file: too many paragraphs")
control = tmp[0]
self.click_pkgname = control['Package']
self.click_version = control['Version']
if self.is_click:
if control['Architecture'] not in self.pkg_arch:
self.pkg_arch.append(control['Architecture'])
self.pkgfmt["version"] = str(control['Click-Version'])
# Parse and store the manifest
manifest_json = self._extract_manifest_file()
try:
self.manifest = json.load(manifest_json)
except Exception:
error("Could not load manifest file. Is it properly formatted?")
self._verify_manifest_structure()
self.valid_frameworks = self._extract_click_frameworks()
def _extract_click_frameworks(self):
'''Extract installed click frameworks'''
# TODO: update to use libclick API when available
valid_frameworks = []
frameworks = sorted(
glob.glob("/usr/share/click/frameworks/*.framework"))
if len(frameworks) == 0:
valid_frameworks.append('ubuntu-sdk-13.10')
else:
for f in frameworks:
valid_frameworks.append(os.path.basename(
os.path.splitext(f)[0]))
return valid_frameworks
def _extract_manifest_file(self):
'''Extract and read the manifest file'''
m = os.path.join(self.unpack_dir, "DEBIAN/manifest")
if not os.path.isfile(m):
error("Could not find manifest file")
return open_file_read(m)
def _extract_package_yaml(self):
'''Extract and read the snappy 15.04 package.yaml'''
y = os.path.join(self.unpack_dir, "meta/package.yaml")
if not os.path.isfile(y):
return None # snappy packaging is still optional
return open_file_read(y)
def _extract_hashes_yaml(self):
'''Extract and read the snappy hashes.yaml'''
y = os.path.join(self.unpack_dir, "DEBIAN/hashes.yaml")
return open_file_read(y)
def _extract_control_file(self):
'''Extract '''
fh = open_file_read(os.path.join(self.unpack_dir, "DEBIAN/control"))
return fh.readlines()
def _verify_manifest_structure(self):
'''Verify manifest has the expected structure'''
# lp:click doc/file-format.rst
mp = pprint.pformat(self.manifest)
if not isinstance(self.manifest, dict):
error("manifest malformed:\n%s" % self.manifest)
required = ["name", "version", "framework"] # click required
for f in required:
if f not in self.manifest:
error("could not find required '%s' in manifest:\n%s" % (f,
mp))
elif not isinstance(self.manifest[f], str):
error("manifest malformed: '%s' is not str:\n%s" % (f, mp))
# optional click fields here (may be required by appstore)
# http://click.readthedocs.org/en/latest/file-format.html
optional = ["title", "description", "maintainer", "architecture",
"installed-size", "icon"]
# https://developer.ubuntu.com/snappy/guides/packaging-format-apps/
snappy_optional = ["ports", "source", "type"]
for f in optional:
if f in self.manifest:
if f != "architecture" and \
not isinstance(self.manifest[f], str):
error("manifest malformed: '%s' is not str:\n%s" % (f, mp))
elif f == "architecture" and not \
(isinstance(self.manifest[f], str) or
isinstance(self.manifest[f], list)):
error("manifest malformed: '%s' is not str or list:\n%s" %
(f, mp))
# FIXME: this is kinda gross but the best we can do while we are trying
# to support clicks and native snaps
if 'type' in self.manifest and self.manifest['type'] == 'oem':
if 'hooks' in self.manifest:
error("'hooks' present in manifest with type 'oem'")
# mock up something for other tests
self.manifest['hooks'] = {'oem': {'reviewtools': True}}
# Not required by click, but required by appstore. 'hooks' is assumed
# to be present in other checks
if 'hooks' not in self.manifest:
error("could not find required 'hooks' in manifest:\n%s" % mp)
if not isinstance(self.manifest['hooks'], dict):
error("manifest malformed: 'hooks' is not dict:\n%s" % mp)
# 'hooks' is assumed to be present and non-empty in other checks
if len(self.manifest['hooks']) < 1:
error("manifest malformed: 'hooks' is empty:\n%s" % mp)
for app in self.manifest['hooks']:
if not isinstance(self.manifest['hooks'][app], dict):
error("manifest malformed: hooks/%s is not dict:\n%s" % (app,
mp))
# let cr_lint.py handle required hooks
if len(self.manifest['hooks'][app]) < 1:
error("manifest malformed: hooks/%s is empty:\n%s" % (app, mp))
for k in sorted(self.manifest):
if k not in required + optional + snappy_optional + ['hooks']:
# click supports local extensions via 'x-...', ignore those
# here but report in lint
if k.startswith('x-'):
continue
error("manifest malformed: unsupported field '%s':\n%s" % (k,
mp))
def _verify_package_yaml_structure(self):
'''Verify package.yaml has the expected structure'''
# https://developer.ubuntu.com/en/snappy/guides/packaging-format-apps/
# lp:click doc/file-format.rst
yp = yaml.dump(self.pkg_yaml, default_flow_style=False, indent=4)
if not isinstance(self.pkg_yaml, dict):
error("package yaml malformed:\n%s" % self.pkg_yaml)
for f in self.snappy_required:
if f not in self.pkg_yaml:
error("could not find required '%s' in package.yaml:\n%s" %
(f, yp))
elif f in ['name', 'version']:
# make sure this is a string for other tests since
# yaml.safe_load may make it an int, float or str
self.pkg_yaml[f] = str(self.pkg_yaml[f])
for f in self.snappy_optional:
if f in self.pkg_yaml:
if f in ["architecture", "frameworks"] and not \
(isinstance(self.pkg_yaml[f], str) or
isinstance(self.pkg_yaml[f], list)):
error("yaml malformed: '%s' is not str or list:\n%s" %
(f, yp))
elif f in ["binaries", "services"] and not \
isinstance(self.pkg_yaml[f], list):
error("yaml malformed: '%s' is not list:\n%s" % (f, yp))
elif f in ["icon", "source", "type", "vendor"] and not \
isinstance(self.pkg_yaml[f], str):
error("yaml malformed: '%s' is not str:\n%s" % (f, yp))
def _verify_peer_hooks(self, my_hook):
'''Compare manifest for required and allowed hooks'''
d = dict()
if self.peer_hooks is None:
return d
for app in self.manifest["hooks"]:
if my_hook not in self.manifest["hooks"][app]:
continue
for h in self.peer_hooks[my_hook]['required']:
if h == my_hook:
continue
if h not in self.manifest["hooks"][app]:
# Treat these as equivalent for satisfying peer hooks
if h == 'apparmor' and \
'apparmor-profile' in self.manifest["hooks"][app]:
continue
if 'missing' not in d:
d['missing'] = dict()
if app not in d['missing']:
d['missing'][app] = []
d['missing'][app].append(h)
for h in self.manifest["hooks"][app]:
if h == my_hook:
continue
if h not in self.peer_hooks[my_hook]['allowed']:
# 'apparmor-profile' is allowed when 'apparmor' is, but
# they may not be used together
if h == 'apparmor-profile':
if 'apparmor' in self.peer_hooks[my_hook]['allowed'] \
and 'apparmor' not in self.manifest["hooks"][app]:
continue
if 'disallowed' not in d:
d['disallowed'] = dict()
if app not in d['disallowed']:
d['disallowed'][app] = []
d['disallowed'][app].append(h)
return d
def _verify_pkgname(self, n):
'''Verify package name'''
if self.is_snap1:
# snaps can't have '.' in the name
pat = re.compile(r'^[a-z0-9][a-z0-9+-]+$')
else:
pat = re.compile(r'^[a-z0-9][a-z0-9+.-]+$')
if pat.search(n):
return True
return False
def _verify_maintainer(self, m):
'''Verify maintainer email'''
# Simple regex as used by python3-debian. If we wanted to be more
# thorough we could use email_re from django.core.validators
if re.search(r"^(.*)\s+<(.*@.*)>$", m):
return True
return False
def _create_dict(self, lst, topkey='name'):
'''Converts list of dicts into dict[topkey][]. Useful for
conversions from yaml list to json dict'''
d = dict()
for entry in lst:
if topkey not in entry:
error("required field '%s' not present: %s" % (topkey, entry))
name = entry[topkey]
d[name] = dict()
for key in entry:
if key == topkey:
continue
d[name][key] = entry[key]
return d
def check_peer_hooks(self, hooks_sublist=[]):
'''Check if peer hooks are valid'''
# Nothing to verify
if not hasattr(self, 'peer_hooks') or self.peer_hooks is None:
return
for hook in self.peer_hooks:
if len(hooks_sublist) > 0 and hook not in hooks_sublist:
continue
d = self._verify_peer_hooks(hook)
t = 'info'
n = self._get_check_name("peer_hooks_required", extra=hook)
s = "OK"
if 'missing' in d and len(d['missing'].keys()) > 0:
t = 'error'
for app in d['missing']:
s = "Missing required hooks for '%s': %s" % (
app, ", ".join(d['missing'][app]))
self._add_result(t, n, s, manual_review=True,
link=self.peer_hooks_link)
else:
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name("peer_hooks_disallowed", extra=hook)
s = "OK"
if 'disallowed' in d and len(d['disallowed'].keys()) > 0:
t = 'error'
for app in d['disallowed']:
s = "Disallowed with %s (%s): %s" % (
hook, app, ", ".join(d['disallowed'][app]))
self._add_result(t, n, s, manual_review=True,
link=self.peer_hooks_link)
else:
self._add_result(t, n, s)
click-reviewers-tools-0.44~16.04.1/clickreviews/data/ 0000775 0000000 0000000 00000000000 12713206312 017113 5 ustar click-reviewers-tools-0.44~16.04.1/clickreviews/data/icon.png 0000664 0000000 0000000 00000005466 12660650204 020570 0 ustar ‰PNG
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Pa–¦üÛ. WEQmceƒñ_s‡ƒ„5Œ8 q Ú °8ÀˆX `´€8Àâ #@ `q€ñ ÀìÃ|¯Oˆ`à 0` €:€q â ˜8 Œ ` €8 @À8€q â x i Œø> ?åëýý` À8€Ðð Ú @À8€q€ "ü3c"¾¦P]k IEND®B`‚ click-reviewers-tools-0.44~16.04.1/clickreviews/frameworks.py 0000664 0000000 0000000 00000003457 12666350672 020765 0 ustar #
# Copyright (C) 2014 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
import os
import clickreviews.remote
USER_DATA_FILE = os.path.join(clickreviews.remote.DATA_DIR, 'frameworks.json')
FRAMEWORKS_DATA_URL = \
"https://myapps.developer.ubuntu.com/dev/api/click-framework/"
def get_frameworks_file(fn):
if fn is None:
fn = USER_DATA_FILE
clickreviews.remote.get_remote_file(fn, FRAMEWORKS_DATA_URL)
class Frameworks(object):
DEPRECATED_FRAMEWORKS = []
OBSOLETE_FRAMEWORKS = []
AVAILABLE_FRAMEWORKS = []
def __init__(self, overrides=None):
self.FRAMEWORKS = clickreviews.remote.read_cr_file(USER_DATA_FILE,
FRAMEWORKS_DATA_URL)
if overrides is not None:
self.FRAMEWORKS.update(overrides)
for name, data in self.FRAMEWORKS.items():
if type(data) is dict:
state = data.get('state')
else:
state = data
if state == 'deprecated':
self.DEPRECATED_FRAMEWORKS.append(name)
elif state == 'obsolete':
self.OBSOLETE_FRAMEWORKS.append(name)
elif state == 'available':
self.AVAILABLE_FRAMEWORKS.append(name)
click-reviewers-tools-0.44~16.04.1/clickreviews/remote.py 0000664 0000000 0000000 00000006140 12666350672 020070 0 ustar #
# Copyright (C) 2014 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
import json
import os
import re
from socket import timeout
import sys
import time
from urllib import request, parse
from urllib.error import HTTPError, URLError
DATA_DIR = os.path.join(os.path.expanduser('~/.cache/click-reviewers-tools/'))
UPDATE_INTERVAL = 60 * 60 * 24 * 7
def _update_is_necessary(fn):
return (not os.path.exists(fn)) or \
(time.time() - os.path.getmtime(fn) >= UPDATE_INTERVAL)
def _update_is_possible(url):
update = True
try:
request.urlopen(url)
except (HTTPError, URLError):
update = False
except timeout:
update = False
return update
def abort(msg=None):
if msg:
print(msg, file=sys.stderr)
print('Aborted.', file=sys.stderr)
sys.exit(1)
#
# Public
#
def get_remote_data(url):
try:
f = request.urlopen(url)
except (HTTPError, URLError) as error:
abort('Data not retrieved because %s.' % error)
except timeout:
abort('Socket timed out.')
if not f:
abort()
return f.read()
def get_remote_file_url(url):
html = get_remote_data(url)
# XXX: This is a hack and will be gone, as soon as myapps has an API for this.
link = re.findall(b'download file', html)
if not link:
abort()
download_link = '{}://{}/{}'.format(
parse.urlparse(url).scheme,
parse.urlparse(url).netloc,
link[0].decode("utf-8"))
return download_link
def get_remote_file(fn, url, data_dir=DATA_DIR):
data = get_remote_data(url)
if os.path.exists(fn):
os.remove(fn)
if not os.path.exists(os.path.dirname(fn)):
os.makedirs(os.path.dirname(fn))
with open(fn, 'bw') as local_file:
local_file.write(data)
def read_cr_file(fn, url, local_copy_fn=None):
'''read click reviews file from remote or local copy:
- fn: where to store the cached file
- url: url to fetch
- local_copy_fn: force use of local copy
'''
j = {}
if local_copy_fn and os.path.exists(local_copy_fn):
try:
j = json.loads(open(local_copy_fn, 'r').read())
except ValueError:
raise ValueError("Could not parse '%s'" % local_copy_fn)
else:
if _update_is_necessary(fn) and _update_is_possible(url):
get_remote_file(fn, url)
if os.path.exists(fn):
try:
j = json.loads(open(fn, 'r').read())
except ValueError:
raise ValueError("Could not parse '%s'" % fn)
return j
click-reviewers-tools-0.44~16.04.1/clickreviews/modules.py 0000664 0000000 0000000 00000004612 12725613310 020232 0 ustar import clickreviews
import imp
import inspect
import os
import pkgutil
IRRELEVANT_MODULES = ['cr_common', 'cr_tests', 'cr_skeleton',
'sr_common', 'sr_tests', 'sr_skeleton',
'common']
def narrow_down_modules(modules):
'''
Get a list of file names or module names and filter out
the ones we know are irrelevant.
'''
relevant_modules = []
for module in modules:
module_name = os.path.basename(module).replace('.py', '')
if module_name not in IRRELEVANT_MODULES and \
(module_name.startswith('cr_') or
module_name.startswith('sr_')):
relevant_modules += [module]
return relevant_modules
def get_modules():
'''
Here we have a look at all the modules in the
clickreviews package and filter out a few which
are not relevant.
Basically we look at all the ones which are
derived from [cs]r_common, where we can later on
instantiate a *Review* object and run the
necessary checks.
'''
all_modules = [name for _, name, _ in
pkgutil.iter_modules(clickreviews.__path__)]
return narrow_down_modules(all_modules)
def find_main_class(module_name):
'''
This function will find the Click*Review class in
the specified module.
'''
module = imp.load_source(module_name,
'%s/%s.py' % (clickreviews.__path__[0],
module_name))
classes = inspect.getmembers(module, inspect.isclass)
def find_test_class(a):
return (a[0].startswith('Click') or a[0].startswith('Snap')) and \
not a[0].endswith('Exception') and \
a[1].__module__ == module_name
test_class = list(filter(find_test_class, classes))
if not test_class:
return None
init_object = getattr(module, test_class[0][0])
return init_object
def init_main_class(module_name, click_file, overrides=None):
'''
This function will instantiate the main Click*Review
class of a given module and instantiate it with the
location of the .click file we want to inspect.
'''
init_object = find_main_class(module_name)
if not init_object:
return None
try:
ob = init_object(click_file, overrides)
except TypeError as e:
print('Could not init %s: %s' % (init_object, str(e)))
raise
return ob
click-reviewers-tools-0.44~16.04.1/clickreviews/sr_common.py 0000664 0000000 0000000 00000016234 12733311361 020561 0 ustar '''sr_common.py: common classes and functions'''
#
# Copyright (C) 2013-2016 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
import os
import re
import yaml
from clickreviews.common import(
Review,
ReviewException,
error,
open_file_read,
)
import clickreviews.apparmor_policy as apparmor_policy
#
# Utility classes
#
class SnapReviewException(ReviewException):
'''This class represents SnapReview exceptions'''
class SnapReview(Review):
'''This class represents snap reviews'''
snappy_required = ["name",
"version",
]
# optional snappy fields here (may be required by appstore)
snappy_optional = ['apps',
'architectures',
'confinement',
'description',
'environment',
'epoch',
'license-agreement',
'license-version',
'summary',
'type',
'plugs',
'slots',
]
apps_required = ['command']
apps_optional = ['daemon',
'environment',
'stop-command',
'stop-timeout',
'restart-condition',
'post-stop-command',
'plugs',
'slots',
'ports',
'socket',
'listen-stream',
'socket-user',
'socket-group',
]
# https://docs.google.com/document/d/1Q5_T00yTq0wobm_nHzCV-KV8R4jdk-PXcrtm80ETTLU/edit#
# 'plugs':
# 'interface': name
# 'attrib-name':
# 'slots':
# 'interface': name
# 'attrib-name':
# self.interfaces lists interfaces and the valid attribute names for the
# interface with the valid python type for the attribute (eg, [], '', {},
# etc). # Interfaces with no attributes should specify an empty
# dictionary.
#
# Interfaces from apparmor-easyprof-ubuntu.json are read in __init__() so
# they don't have to be added to self.interfaces.
interfaces = dict()
# Since apparmor-easyprof-ubuntu.json doesn't allow specifying attributes,
# merge this into self.interfaces after reading
# apparmor-easyprof-ubuntu.json
interfaces_attribs = {'bool-file': {'path/slots': ""},
'content': {'read/slots': "",
'write/slots': "",
'target/plugs': "",
},
'serial-port': {'path/slots': ""},
}
def __init__(self, fn, review_type, overrides=None):
Review.__init__(self, fn, review_type, overrides=overrides)
if not self.is_snap2:
return
snap_yaml = self._extract_snap_yaml()
try:
self.snap_yaml = yaml.safe_load(snap_yaml)
except Exception: # pragma: nocover
error("Could not load snap.yaml. Is it properly formatted?")
# If local_copy is None, then this will check the server to see if
# we are up to date. However, if we are working within the development
# tree, use it unconditionally.
local_copy = None
branch_fn = os.path.join(os.path.dirname(__file__),
'../data/apparmor-easyprof-ubuntu.json')
if os.path.exists(branch_fn):
local_copy = branch_fn
p = apparmor_policy.ApparmorPolicy(local_copy)
self.aa_policy = p.policy
# TODO: may need updating for ubuntu-personal, etc
self.policy_vendor = "ubuntu-core"
self.policy_version = str(self._pkgfmt_version())
if self.policy_vendor in self.aa_policy and \
self.policy_version in self.aa_policy[self.policy_vendor] and \
'policy_groups' in self.aa_policy[self.policy_vendor][self.policy_version]:
for t in ['common', 'reserved']:
if t not in self.aa_policy[self.policy_vendor][self.policy_version]['policy_groups']:
continue
for p in self.aa_policy[self.policy_vendor][self.policy_version]['policy_groups'][t]:
if p in self.interfaces_attribs:
self.interfaces[p] = self.interfaces_attribs[p]
else:
self.interfaces[p] = {}
# default to 'app'
if 'type' not in self.snap_yaml:
self.snap_yaml['type'] = 'app'
if 'architectures' in self.snap_yaml:
self.pkg_arch = self.snap_yaml['architectures']
else:
self.pkg_arch = ['all']
self.is_snap_gadget = False
if 'type' in self.snap_yaml and self.snap_yaml['type'] == 'gadget':
self.is_snap_gadget = True
# snapd understands:
# plugs:
# foo: null
# but yaml.safe_load() treats 'null' as 'None', but we need a {}, so
# we need to account for that.
for k in ['plugs', 'slots']:
if k not in self.snap_yaml:
continue
for iface in self.snap_yaml[k]:
if self.snap_yaml[k][iface] is None:
self.snap_yaml[k][iface] = {}
# Since coverage is looked at via the testsuite and the testsuite mocks
# this out, don't cover this
def _extract_snap_yaml(self): # pragma: nocover
'''Extract and read the snappy 16.04 snap.yaml'''
y = os.path.join(self.unpack_dir, "meta/snap.yaml")
if not os.path.isfile(y):
error("Could not find snap.yaml.")
return open_file_read(y)
# Since coverage is looked at via the testsuite and the testsuite mocks
# this out, don't cover this
def _get_unpack_dir(self): # pragma: nocover
'''Get unpack directory'''
return self.unpack_dir
def _verify_pkgname(self, n):
'''Verify package name'''
pat = re.compile(r'^[a-z](?:-?[a-z0-9])*$')
if pat.search(n):
return True
return False
def _verify_appname(self, n):
'''Verify app name'''
pat = re.compile(r'^[a-zA-Z0-9](?:-?[a-zA-Z0-9])*$')
if pat.search(n):
return True
return False
def _devmode_override(self):
'''Determine override result type based on confinement property'''
if 'confinement' in self.snap_yaml and \
self.snap_yaml['confinement'] == "devmode":
return 'info'
return None
click-reviewers-tools-0.44~16.04.1/clickreviews/sr_security.py 0000664 0000000 0000000 00000027324 12735265152 021152 0 ustar '''sr_security.py: snap security checks'''
#
# Copyright (C) 2013-2016 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
from clickreviews.sr_common import (
SnapReview,
)
from clickreviews.common import (
cmd,
create_tempdir,
ReviewException,
AA_PROFILE_NAME_MAXLEN,
AA_PROFILE_NAME_ADVLEN,
MKSQUASHFS_OPTS,
)
import os
class SnapReviewSecurity(SnapReview):
'''This class represents snap security reviews'''
def __init__(self, fn, overrides=None):
SnapReview.__init__(self, fn, "security-snap-v2", overrides=overrides)
if not self.is_snap2:
return
self.sec_skipped_types = ['oem',
'os',
'kernel'] # these don't need security items
self.sec_safe_slots = ['content',
'mpris']
def check_security_policy_vendor(self):
'''Check policy-vendor'''
if not self.is_snap2:
return
t = 'info'
n = self._get_check_name('policy-vendor')
s = 'OK'
if self.policy_vendor not in self.aa_policy:
t = 'error'
s = "unknown policy-vendor '%s'" % self.policy_vendor
self._add_result(t, n, s)
def check_security_policy_version(self):
'''Check policy-version'''
if not self.is_snap2 or self.policy_vendor not in self.aa_policy:
return
t = 'info'
n = self._get_check_name('policy-version')
s = 'OK'
if self.policy_version not in self.aa_policy[self.policy_vendor]:
t = 'error'
s = "unknown policy-version '%s'" % self.policy_version
self._add_result(t, n, s)
def _verify_iface(self, name, iface, interface):
sec_type = self._get_policy_group_type(self.policy_vendor,
self.policy_version,
interface)
if sec_type is None:
return # not in aa_policy
o = self._devmode_override()
if name.endswith('slot') and interface not in self.sec_safe_slots:
t = 'warn'
n = self._get_check_name('is_slot', app=iface,
extra=interface)
s = "(NEEDS REVIEW) slots requires approval"
m = False
if o is None:
m = True
self._add_result(t, n, s, manual_review=m, override_result_type=o)
t = 'info'
n = self._get_check_name('%s_safe' % name, app=iface, extra=interface)
s = "OK"
m = False
l = None
if interface == "debug":
t = 'error'
s = "'%s' not for production use" % interface
l = 'http://askubuntu.com/a/562123/94326'
if o is None:
m = True
elif sec_type == "reserved":
t = 'error'
s = "%s interface '%s' for vetted applications only" % (sec_type,
interface)
if o is None:
m = True
elif sec_type != "common":
t = 'error'
s = "unknown type '%s' for interface '%s'" % (sec_type, interface)
o = None
self._add_result(t, n, s, l, manual_review=m, override_result_type=o)
def check_security_plugs(self):
'''Check security plugs'''
if not self.is_snap2 or 'plugs' not in self.snap_yaml:
return
for plug in self.snap_yaml['plugs']:
# If the 'interface' name is the same as the 'plug' name, then
# 'interface' is optional since the interface name and the plug
# name are the same
interface = plug
if 'interface' in self.snap_yaml['plugs'][plug]:
interface = self.snap_yaml['plugs'][plug]['interface']
self._verify_iface('plug', plug, interface)
def check_security_apps_plugs(self):
'''Check security app plugs'''
if not self.is_snap2 or 'apps' not in self.snap_yaml:
return
for app in self.snap_yaml['apps']:
if 'plugs' not in self.snap_yaml['apps'][app]:
continue
# The interface referenced in the app's 'plugs' field can either be
# a known interface (when the interface name reference and the
# interface is the same) or can reference a name in the snap's
# toplevel 'plugs' mapping
for plug_ref in self.snap_yaml['apps'][app]['plugs']:
if not isinstance(plug_ref, str):
continue # checked elsewhere
elif plug_ref not in self.interfaces:
continue # check_security_plugs() verifies these
self._verify_iface('app_plug', app, plug_ref)
def check_security_slots(self):
'''Check security slots'''
if not self.is_snap2 or 'slots' not in self.snap_yaml:
return
for slot in self.snap_yaml['slots']:
# If the 'interface' name is the same as the 'slot' name, then
# 'interface' is optional since the interface name and the slot
# name are the same
interface = slot
if 'interface' in self.snap_yaml['slots'][slot]:
interface = self.snap_yaml['slots'][slot]['interface']
self._verify_iface('slot', slot, interface)
def check_security_apps_slots(self):
'''Check security app slots'''
if not self.is_snap2 or 'apps' not in self.snap_yaml:
return
for app in self.snap_yaml['apps']:
if 'slots' not in self.snap_yaml['apps'][app]:
continue
# The interface referenced in the app's 'slots' field can either be
# a known interface (when the interface name reference and the
# interface is the same) or can reference a name in the snap's
# toplevel 'slots' mapping
for slot_ref in self.snap_yaml['apps'][app]['slots']:
if not isinstance(slot_ref, str):
continue # checked elsewhere
elif slot_ref not in self.interfaces:
continue # check_security_slots() verifies these
self._verify_iface('app_slot', app, slot_ref)
def check_apparmor_profile_name_length(self):
'''Check AppArmor profile name length'''
if not self.is_snap2 or 'apps' not in self.snap_yaml:
return
maxlen = AA_PROFILE_NAME_MAXLEN
advlen = AA_PROFILE_NAME_ADVLEN
for app in self.snap_yaml['apps']:
t = 'info'
n = self._get_check_name('profile_name_length', app=app)
s = "OK"
profile = "snap.%s.%s" % (self.snap_yaml['name'], app)
if len(profile) > maxlen:
t = 'error'
s = ("'%s' too long (exceeds %d characters). Please shorten "
"'%s' and/or '%s'" % (profile, maxlen,
self.snap_yaml['name'], app))
elif len(profile) > advlen:
t = 'warn'
s = ("'%s' is long (exceeds %d characters) and thus could be "
"problematic in certain environments. Please consider "
"shortening '%s' and/or '%s'" % (profile, advlen,
self.snap_yaml['name'],
app))
self._add_result(t, n, s)
def check_squashfs_resquash(self):
'''Check resquash of squashfs'''
if not self.is_snap2:
return
fn = os.path.abspath(self.pkg_filename)
# Verify squashfs supports the -fstime option, if not, warn (which
# blocks in store)
(rc, out) = cmd(['unsquashfs', '-fstime', fn])
if rc != 0:
t = 'warn'
n = self._get_check_name('squashfs_supports_fstime')
s = 'could not determine fstime of squashfs'
self._add_result(t, n, s)
return
fstime = out.strip()
# For now, skip the checks on if have symlinks due to LP: #1555305
(rc, out) = cmd(['unsquashfs', '-lls', fn])
if rc != 0:
t = 'error'
n = self._get_check_name('squashfs_lls')
s = 'could not list contents of squashfs'
self._add_result(t, n, s)
return
elif 'lrwxrwxrwx' in out:
t = 'info'
n = self._get_check_name('squashfs_resquash_1555305')
s = 'cannot reproduce squashfs'
l = 'https://launchpad.net/bugs/1555305'
self._add_result(t, n, s, link=l)
return
# end LP: #1555305 workaround
tmpdir = create_tempdir() # this is autocleaned
tmp_unpack = os.path.join(tmpdir, 'squashfs-root')
tmp_repack = os.path.join(tmpdir, 'repack.snap')
curdir = os.getcwd()
os.chdir(tmpdir)
# ensure we don't alter the permissions from the unsquashfs
old_umask = os.umask(000)
try:
(rc, out) = cmd(['unsquashfs', '-d', tmp_unpack, fn])
if rc != 0:
raise ReviewException("could not unsquash '%s': %s" %
(os.path.basename(fn), out))
(rc, out) = cmd(['mksquashfs', tmp_unpack, tmp_repack,
'-fstime', fstime] + MKSQUASHFS_OPTS)
if rc != 0:
raise ReviewException("could not mksquashfs '%s': %s" %
(os.path.relpath(tmp_unpack, tmpdir),
out))
except ReviewException as e:
t = 'error'
n = self._get_check_name('squashfs_resquash')
self._add_result(t, n, str(e))
return
finally:
os.umask(old_umask)
os.chdir(curdir)
# Now calculate the hashes
t = 'info'
n = self._get_check_name('squashfs_repack_checksum')
s = "OK"
(rc, out) = cmd(['sha512sum', fn])
if rc != 0:
t = 'error'
s = "could not determine checksum of '%s'" % os.path.basename(fn)
self._add_result(t, n, s)
return
orig_sum = out.split()[0]
(rc, out) = cmd(['sha512sum', tmp_repack])
if rc != 0:
t = 'error'
s = "could not determine checksum of '%s'" % \
os.path.relpath(tmp_repack, tmpdir)
self._add_result(t, n, s)
return
repack_sum = out.split()[0]
if orig_sum != repack_sum:
if 'type' in self.snap_yaml and self.snap_yaml['type'] == 'os':
t = 'info'
s = 'checksums do not match (expected for os snap)'
else:
# FIXME: turn this into an error once the squashfs-tools bugs
# are fixed
# t = 'error'
t = 'info'
s = "checksums do not match. Please ensure the snap is " + \
"created with either 'snapcraft snap ' or " + \
"'mksquashfs %s'" % " ".join(MKSQUASHFS_OPTS)
self._add_result(t, n, s)
click-reviewers-tools-0.44~16.04.1/clickreviews/cr_tests.py 0000664 0000000 0000000 00000123300 12666351223 020412 0 ustar '''cr_tests.py: common setup and tests for test modules'''
#
# Copyright (C) 2013-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
import io
import json
import os
import tempfile
from xdg.DesktopEntry import DesktopEntry
import yaml
from unittest.mock import patch
from unittest import TestCase
from clickreviews.cr_lint import MINIMUM_CLICK_FRAMEWORK_VERSION
import clickreviews.common as common
# These should be set in the test cases
TEST_CONTROL = ""
TEST_MANIFEST = ""
TEST_PKG_YAML = ""
TEST_HASHES_YAML = ""
TEST_README_MD = ""
TEST_SECURITY = dict()
TEST_SECURITY_PROFILES = dict()
TEST_DESKTOP = dict()
TEST_WEBAPP_MANIFESTS = dict()
TEST_URLS = dict()
TEST_SCOPES = dict()
TEST_CONTENT_HUB = dict()
TEST_ACCOUNTS_MANIFEST = dict()
TEST_ACCOUNTS_APPLICATION = dict()
TEST_ACCOUNTS_PROVIDER = dict()
TEST_ACCOUNTS_QML_PLUGIN = dict()
TEST_ACCOUNTS_SERVICE = dict()
TEST_PUSH_HELPER = dict()
TEST_BIN_PATH = dict()
TEST_FRAMEWORK = dict()
TEST_FRAMEWORK_POLICY = dict()
TEST_FRAMEWORK_POLICY_UNKNOWN = []
TEST_PKGFMT_TYPE = "click"
TEST_PKGFMT_VERSION = "0.4"
#
# Mock override functions
#
def _mock_func(self):
'''Fake test function'''
return
def _extract_control_file(self):
'''Pretend we read the control file'''
return io.StringIO(TEST_CONTROL)
def _extract_manifest_file(self):
'''Pretend we read the manifest file'''
return io.StringIO(TEST_MANIFEST)
def _extract_package_yaml(self):
'''Pretend we read the package.yaml file'''
return io.StringIO(TEST_PKG_YAML)
def _extract_hashes_yaml(self):
'''Pretend we read the hashes.yaml file'''
return io.StringIO(TEST_HASHES_YAML)
def _path_join(self, d, fn):
'''Pretend we have a tempdir'''
return os.path.join("/fake", fn)
def _get_sha512sum(self, fn):
'''Pretend we found performed a sha512'''
(rc, out) = common.cmd(['sha512sum', os.path.realpath(__file__)])
if rc != 0:
return None
return out.split()[0]
def _extract_statinfo(self, fn):
'''Pretend we found performed an os.stat()'''
return os.stat(os.path.realpath(__file__))
def _extract_readme_md(self):
'''Pretend we read the meta/readme.md file'''
return TEST_README_MD
def _check_innerpath_executable(self, fn):
'''Pretend we a file'''
if '.nonexec' in fn:
return False
return True
def _extract_click_frameworks(self):
'''Pretend we enumerated the click frameworks'''
return ["ubuntu-sdk-13.10",
"ubuntu-sdk-14.04-dev1",
"ubuntu-sdk-14.04-html-dev1",
"ubuntu-sdk-14.04-papi-dev1",
"ubuntu-sdk-14.04-qml-dev1",
"ubuntu-sdk-14.04",
"ubuntu-sdk-14.04-html",
"ubuntu-sdk-14.04-papi",
"ubuntu-sdk-14.04-qml",
"ubuntu-sdk-14.10-dev1",
"ubuntu-sdk-14.10-html-dev1",
"ubuntu-sdk-14.10-papi-dev1",
"ubuntu-sdk-14.10-qml-dev1",
"ubuntu-sdk-14.10-dev2",
"ubuntu-sdk-14.10-html-dev2",
"ubuntu-sdk-14.10-papi-dev2",
"ubuntu-sdk-14.10-qml-dev2",
]
def _extract_security_manifest(self, app):
'''Pretend we read the security manifest file'''
return io.StringIO(TEST_SECURITY[app])
def _get_security_manifest(self, app):
'''Pretend we read the security manifest file'''
return ("%s.apparmor" % app, json.loads(TEST_SECURITY[app]))
def _extract_security_profile(self, app):
'''Pretend we read the security profile'''
return io.StringIO(TEST_SECURITY_PROFILES[app])
def _get_security_profile(self, app):
'''Pretend we read the security profile'''
return ("%s.profile" % app, TEST_SECURITY_PROFILES[app])
def _get_security_supported_policy_versions(self):
'''Pretend we read the contens of /usr/share/apparmor/easyprof'''
return [1.0, 1.1, 1.2, 1.3]
def _extract_desktop_entry(self, app):
'''Pretend we read the desktop file'''
return ("%s.desktop" % app, TEST_DESKTOP[app])
def _get_desktop_entry(self, app):
'''Pretend we read the desktop file'''
return TEST_DESKTOP[app]
def _extract_webapp_manifests(self):
'''Pretend we read the webapp manifest files'''
return TEST_WEBAPP_MANIFESTS
def _extract_url_dispatcher(self, app):
'''Pretend we read the url dispatcher file'''
return ("%s.url-dispatcher" % app, TEST_URLS[app])
def _extract_scopes(self, app):
'''Pretend we found and read the files in the scope directories'''
return TEST_SCOPES[app]
def _extract_content_hub(self, app):
'''Pretend we read the content-hub file'''
return ("%s.content.json" % app, TEST_CONTENT_HUB[app])
def _extract_account(self, app, account_type):
'''Pretend we read the accounts file'''
f = app
val = None
if account_type == "accounts":
f += ".accounts"
val = TEST_ACCOUNTS_MANIFEST[app]
elif account_type == "account-application":
f += ".application"
val = TEST_ACCOUNTS_APPLICATION[app]
elif account_type == "account-provider":
f += ".provider"
val = TEST_ACCOUNTS_PROVIDER[app]
elif account_type == "account-qml-plugin":
f += ".qml-plugin"
val = TEST_ACCOUNTS_QML_PLUGIN[app]
elif account_type == "account-service":
f += ".service"
val = TEST_ACCOUNTS_SERVICE[app]
else: # should never get here
raise ValueError("Unknown account_type '%s'" % account_type)
return (f, val)
def _extract_push_helper(self, app):
'''Pretend we read the push-helper file'''
return ("%s.push-helper.json" % app, TEST_PUSH_HELPER[app])
def _extract_bin_path(self, app):
'''Pretend we found the bin-path file'''
return ("%s" % TEST_BIN_PATH[app])
def _check_bin_path_executable(self, app):
'''Pretend we found the bin-path file'''
if TEST_BIN_PATH[app].endswith('.nonexec'):
return False
return True
def _extract_framework(self, app):
'''Pretend we found the framework file'''
return ("%s.framework" % app, TEST_FRAMEWORK[app])
def _extract_framework_policy(self):
'''Pretend we found the framework policy files'''
return (TEST_FRAMEWORK_POLICY, TEST_FRAMEWORK_POLICY_UNKNOWN)
def _has_framework_in_metadir(self):
'''Pretend we found the framework file'''
return True
def _pkgfmt_type(self):
'''Pretend we found the pkgfmt type'''
return TEST_PKGFMT_TYPE
def _pkgfmt_version(self):
'''Pretend we found the pkgfmt version'''
return TEST_PKGFMT_VERSION
def _detect_package(self, fn):
'''Pretend we detected the package'''
ver = 1
if TEST_PKGFMT_TYPE == "snap" and TEST_PKGFMT_VERSION != "15.04":
ver = 2
return (TEST_PKGFMT_TYPE, ver)
def create_patches():
# http://docs.python.org/3.4/library/unittest.mock-examples.html
# Mock patching. Don't use decorators but instead patch in setUp() of the
# child.
patches = []
patches.append(patch('clickreviews.common.Review._check_package_exists',
_mock_func))
patches.append(patch(
'clickreviews.cr_common.ClickReview._extract_control_file',
_extract_control_file))
patches.append(patch(
'clickreviews.cr_common.ClickReview._extract_manifest_file',
_extract_manifest_file))
patches.append(patch(
'clickreviews.cr_common.ClickReview._extract_package_yaml',
_extract_package_yaml))
patches.append(patch(
'clickreviews.cr_common.ClickReview._extract_hashes_yaml',
_extract_hashes_yaml))
patches.append(patch('clickreviews.common.Review._path_join', _path_join))
patches.append(patch(
'clickreviews.common.Review._get_sha512sum', _get_sha512sum))
patches.append(patch(
'clickreviews.common.Review._extract_statinfo', _extract_statinfo))
patches.append(patch(
'clickreviews.cr_common.ClickReview._extract_click_frameworks',
_extract_click_frameworks))
patches.append(patch('clickreviews.common.unpack_pkg', _mock_func))
patches.append(patch('clickreviews.common.raw_unpack_pkg', _mock_func))
patches.append(patch('clickreviews.common.detect_package',
_detect_package))
patches.append(patch('clickreviews.common.Review._list_all_files',
_mock_func))
patches.append(patch(
'clickreviews.common.Review._list_all_compiled_binaries', _mock_func))
# lint overrides
patches.append(patch(
'clickreviews.cr_lint.ClickReviewLint._list_control_files',
_mock_func))
patches.append(patch(
'clickreviews.cr_lint.ClickReviewLint._extract_readme_md',
_extract_readme_md))
patches.append(patch(
'clickreviews.common.Review._check_innerpath_executable',
_check_innerpath_executable))
# security overrides
patches.append(patch(
'clickreviews.cr_security.ClickReviewSecurity._extract_security_manifest',
_extract_security_manifest))
patches.append(patch(
'clickreviews.cr_security.ClickReviewSecurity._get_security_manifest',
_get_security_manifest))
patches.append(patch(
'clickreviews.cr_security.ClickReviewSecurity._extract_security_profile',
_extract_security_profile))
patches.append(patch(
'clickreviews.cr_security.ClickReviewSecurity._get_security_profile',
_get_security_profile))
# desktop overrides
patches.append(patch(
'clickreviews.cr_desktop.ClickReviewDesktop._extract_desktop_entry',
_extract_desktop_entry))
patches.append(patch(
'clickreviews.cr_desktop.ClickReviewDesktop._get_desktop_entry',
_get_desktop_entry))
patches.append(patch(
'clickreviews.cr_desktop.ClickReviewDesktop._extract_webapp_manifests',
_extract_webapp_manifests))
# url-dispatcher overrides
patches.append(patch(
'clickreviews.cr_url_dispatcher.ClickReviewUrlDispatcher._extract_url_dispatcher',
_extract_url_dispatcher))
# scope overrides
patches.append(patch(
'clickreviews.cr_scope.ClickReviewScope._extract_scopes',
_extract_scopes))
# content-hub overrides
patches.append(patch(
'clickreviews.cr_content_hub.ClickReviewContentHub._extract_content_hub',
_extract_content_hub))
# online accounts overrides
patches.append(patch(
'clickreviews.cr_online_accounts.ClickReviewAccounts._extract_account',
_extract_account))
# push-helper overrides
patches.append(patch(
'clickreviews.cr_push_helper.ClickReviewPushHelper._extract_push_helper',
_extract_push_helper))
# bin-path overrides
patches.append(patch(
'clickreviews.cr_bin_path.ClickReviewBinPath._extract_bin_path',
_extract_bin_path))
patches.append(patch(
'clickreviews.cr_bin_path.ClickReviewBinPath._check_bin_path_executable',
_check_bin_path_executable))
# framework overrides
patches.append(patch(
'clickreviews.cr_framework.ClickReviewFramework._extract_framework',
_extract_framework))
patches.append(patch(
'clickreviews.cr_framework.ClickReviewFramework._extract_framework_policy',
_extract_framework_policy))
patches.append(patch(
'clickreviews.cr_framework.ClickReviewFramework._has_framework_in_metadir',
_has_framework_in_metadir))
# pkgfmt
patches.append(patch("clickreviews.common.Review._pkgfmt_type",
_pkgfmt_type))
patches.append(patch("clickreviews.common.Review._pkgfmt_version",
_pkgfmt_version))
return patches
class TestClickReview(TestCase):
"""Tests for the lint review tool."""
def __init__(self, *args):
if not hasattr(self, 'desktop_tmpdir'):
self.desktop_tmpdir = \
tempfile.mkdtemp(prefix="clickreview-test-desktop-")
TestCase.__init__(self, *args)
self._reset_test_data()
def _reset_test_data(self):
# dictionary representing DEBIAN/control
self.test_control = dict()
self.set_test_control('Package',
"com.ubuntu.developer.someuser.testapp")
self.set_test_control('Version', "1.0")
self.set_test_control('Click-Version', MINIMUM_CLICK_FRAMEWORK_VERSION)
self.set_test_control('Architecture', "all")
self.set_test_control('Maintainer',
"Some User ")
self.set_test_control('Installed-Size', "111")
self.set_test_control('Description', "My Test App")
# dictionary representing DEBIAN/manifest
self.test_manifest = dict()
self.set_test_manifest("description",
"Some longish description of My Test App")
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
self.set_test_manifest("maintainer", self.test_control['Maintainer'])
self.set_test_manifest("name", self.test_control['Package'])
self.set_test_manifest("title", self.test_control['Description'])
self.set_test_manifest("version", self.test_control['Version'])
self.test_manifest["hooks"] = dict()
self.default_appname = "test-app"
self.test_manifest["hooks"][self.default_appname] = dict()
self.test_manifest["hooks"][self.default_appname]["apparmor"] = \
"%s.apparmor" % self.default_appname
self.test_manifest["hooks"][self.default_appname]["desktop"] = \
"%s.desktop" % self.default_appname
self.test_manifest["hooks"][self.default_appname]["urls"] = \
"%s.url-dispatcher" % self.default_appname
self._update_test_manifest()
self.test_pkg_yaml = dict()
self.set_test_pkg_yaml("name", self.test_control['Package'])
self.set_test_pkg_yaml("version", self.test_control['Version'])
self.set_test_pkg_yaml("architectures",
[self.test_control['Architecture']])
self._update_test_pkg_yaml()
self.test_hashes_yaml = dict()
self._update_test_hashes_yaml()
self.test_readme_md = self.test_control['Description']
self._update_test_readme_md()
self.set_test_pkgfmt("click", "0.4")
# hooks
self.test_security_manifests = dict()
self.test_security_profiles = dict()
self.test_desktop_files = dict()
self.test_url_dispatcher = dict()
self.test_scopes = dict()
self.test_content_hub = dict()
self.test_accounts_manifest = dict()
self.test_accounts_application = dict()
self.test_accounts_provider = dict()
self.test_accounts_qml_plugin = dict()
self.test_accounts_service = dict()
self.test_push_helper = dict()
self.test_bin_path = dict()
self.test_framework = dict()
self.test_framework_policy = dict()
self.test_framework_policy_unknown = []
for app in self.test_manifest["hooks"].keys():
# setup security manifest for each app
self.set_test_security_manifest(app, 'policy_groups',
['networking'])
self.set_test_security_manifest(app, 'policy_version', 1.0)
# setup desktop file for each app
self.set_test_desktop(app, 'Name',
self.default_appname,
no_update=True)
self.set_test_desktop(app, 'Comment', '%s test comment' % app,
no_update=True)
self.set_test_desktop(app, 'Exec', 'qmlscene %s.qml' % app,
no_update=True)
self.set_test_desktop(app, 'Icon', '%s.png' % app, no_update=True)
self.set_test_desktop(app, 'Terminal', 'false', no_update=True)
self.set_test_desktop(app, 'Type', 'Application', no_update=True)
self.set_test_desktop(app, 'X-Ubuntu-Touch', 'true',
no_update=True)
self.set_test_url_dispatcher(app, None, None)
# Ensure we have no scope entries since they conflict with desktop.
# Scope tests will have to add them as part of their tests.
self.set_test_scope(app, None)
# Reset to no content-hub entries in manifest
self.set_test_content_hub(app, None, None)
# Reset to no accounts entries in manifest
self.set_test_account(app, "accounts", None)
self.set_test_account(app, "account-application", None)
self.set_test_account(app, "account-provider", None)
self.set_test_account(app, "account-qml-plugin", None)
self.set_test_account(app, "account-service", None)
# Reset to no push-helper entries in manifest
self.set_test_push_helper(app, None, None)
# Reset to no bin-path entries in manifest
self.set_test_bin_path(app, None)
# Reset to no framework entries in manifest
self.set_test_framework(app, None, None)
# Reset to no framework entries in manifest
self.set_test_framework_policy(None)
self.set_test_framework_policy_unknown([])
# Reset to no security profiles
self.set_test_security_profile(app, None)
self._update_test_security_manifests()
self._update_test_security_profiles()
self._update_test_desktop_files()
self._update_test_url_dispatcher()
self._update_test_scopes()
self._update_test_content_hub()
self._update_test_accounts_manifest()
self._update_test_accounts_application()
self._update_test_accounts_provider()
self._update_test_accounts_qml_plugin()
self._update_test_accounts_service()
self._update_test_push_helper()
self._update_test_bin_path()
self._update_test_framework()
self._update_test_framework_policy()
self._update_test_framework_policy_unknown()
# webapps manifests (leave empty for now)
self.test_webapp_manifests = dict()
self._update_test_webapp_manifests()
# mockup a click package name based on the above
self._update_test_name()
def _update_test_control(self):
global TEST_CONTROL
TEST_CONTROL = ""
for k in self.test_control.keys():
TEST_CONTROL += "%s: %s\n" % (k, self.test_control[k])
def _update_test_manifest(self):
global TEST_MANIFEST
TEST_MANIFEST = json.dumps(self.test_manifest)
def _update_test_pkg_yaml(self):
global TEST_PKG_YAML
TEST_PKG_YAML = yaml.dump(self.test_pkg_yaml,
default_flow_style=False,
indent=4)
def _update_test_hashes_yaml(self):
global TEST_HASHES_YAML
TEST_HASHES_YAML = yaml.dump(self.test_hashes_yaml,
default_flow_style=False,
indent=4)
def _update_test_readme_md(self):
global TEST_README_MD
TEST_README_MD = self.test_readme_md
def _update_test_security_manifests(self):
global TEST_SECURITY
TEST_SECURITY = dict()
for app in self.test_security_manifests.keys():
TEST_SECURITY[app] = json.dumps(self.test_security_manifests[app])
def _update_test_security_profiles(self):
global TEST_SECURITY_PROFILES
TEST_SECURITY_PROFILES = dict()
for app in self.test_security_profiles.keys():
TEST_SECURITY_PROFILES[app] = self.test_security_profiles[app]
self.test_manifest["hooks"][app]["apparmor-profile"] = \
"%s.profile" % app
self._update_test_manifest()
def _update_test_desktop_files(self):
global TEST_DESKTOP
TEST_DESKTOP = dict()
for app in self.test_desktop_files.keys():
contents = '''[Desktop Entry]'''
for k in self.test_desktop_files[app].keys():
contents += '\n%s=%s' % (k, self.test_desktop_files[app][k])
contents += "\n"
fn = os.path.join(self.desktop_tmpdir, "%s.desktop" % app)
with open(fn, "w") as f:
f.write(contents)
f.close()
TEST_DESKTOP[app] = DesktopEntry(fn)
def _update_test_webapp_manifests(self):
global TEST_WEBAPP_MANIFESTS
TEST_WEBAPP_MANIFESTS = dict()
for i in self.test_webapp_manifests.keys():
TEST_WEBAPP_MANIFESTS[i] = self.test_webapp_manifests[i]
def _update_test_url_dispatcher(self):
global TEST_URLS
TEST_URLS = dict()
for app in self.test_url_dispatcher.keys():
TEST_URLS[app] = self.test_url_dispatcher[app]
def _update_test_scopes(self):
global TEST_SCOPES
TEST_SCOPES = dict()
for app in self.test_scopes.keys():
TEST_SCOPES[app] = self.test_scopes[app]
self.test_manifest["hooks"][app]["scope"] = \
TEST_SCOPES[app]["dir_rel"]
self._update_test_manifest()
def _update_test_content_hub(self):
global TEST_CONTENT_HUB
TEST_CONTENT_HUB = dict()
for app in self.test_content_hub.keys():
TEST_CONTENT_HUB[app] = self.test_content_hub[app]
self.test_manifest["hooks"][app]["content-hub"] = \
"%s.content.json" % app
self._update_test_manifest()
def _update_test_accounts_manifest(self):
global TEST_ACCOUNTS_MANIFEST
TEST_ACCOUNTS_MANIFEST = dict()
for app in self.test_accounts_manifest.keys():
TEST_ACCOUNTS_MANIFEST[app] = self.test_accounts_manifest[app]
self.test_manifest["hooks"][app]["accounts"] = \
"%s.accounts" % app
self._update_test_manifest()
def _update_test_accounts_application(self):
global TEST_ACCOUNTS_APPLICATION
TEST_ACCOUNTS_APPLICATION = dict()
for app in self.test_accounts_application.keys():
TEST_ACCOUNTS_APPLICATION[app] = self.test_accounts_application[app]
self.test_manifest["hooks"][app]["account-application"] = \
"%s.application" % app
self._update_test_manifest()
def _update_test_accounts_provider(self):
global TEST_ACCOUNTS_PROVIDER
TEST_ACCOUNTS_PROVIDER = dict()
for app in self.test_accounts_provider.keys():
TEST_ACCOUNTS_PROVIDER[app] = self.test_accounts_provider[app]
self.test_manifest["hooks"][app]["account-provider"] = \
"%s.provider" % app
self._update_test_manifest()
def _update_test_accounts_qml_plugin(self):
global TEST_ACCOUNTS_QML_PLUGIN
TEST_ACCOUNTS_QML_PLUGIN = dict()
for app in self.test_accounts_qml_plugin.keys():
TEST_ACCOUNTS_QML_PLUGIN[app] = self.test_accounts_qml_plugin[app]
self.test_manifest["hooks"][app]["account-qml-plugin"] = \
"%s.qml_plugin" % app
self._update_test_manifest()
def _update_test_accounts_service(self):
global TEST_ACCOUNTS_SERVICE
TEST_ACCOUNTS_SERVICE = dict()
for app in self.test_accounts_service.keys():
TEST_ACCOUNTS_SERVICE[app] = self.test_accounts_service[app]
self.test_manifest["hooks"][app]["account-service"] = \
"%s.service" % app
self._update_test_manifest()
def _update_test_push_helper(self):
global TEST_PUSH_HELPER
TEST_PUSH_HELPER = dict()
for app in self.test_push_helper.keys():
TEST_PUSH_HELPER[app] = self.test_push_helper[app]
self.test_manifest["hooks"][app]["push-helper"] = \
"%s.push-helper.json" % app
self._update_test_manifest()
def _update_test_bin_path(self):
global TEST_BIN_PATH
TEST_BIN_PATH = dict()
for app in self.test_bin_path.keys():
TEST_BIN_PATH[app] = self.test_bin_path[app]
self.test_manifest["hooks"][app]["bin-path"] = \
"%s" % TEST_BIN_PATH[app]
self._update_test_manifest()
def _update_test_framework(self):
global TEST_FRAMEWORK
TEST_FRAMEWORK = dict()
for app in self.test_framework.keys():
TEST_FRAMEWORK[app] = self.test_framework[app]
if app not in self.test_manifest["hooks"]:
self.test_manifest["hooks"][app] = dict()
self.test_manifest["hooks"][app]["framework"] = \
"%s.framework" % TEST_FRAMEWORK[app]
self._update_test_manifest()
def _update_test_framework_policy(self):
global TEST_FRAMEWORK_POLICY
TEST_FRAMEWORK_POLICY = self.test_framework_policy
def _update_test_framework_policy_unknown(self):
global TEST_FRAMEWORK_POLICY_UNKNOWN
TEST_FRAMEWORK_POLICY_UNKNOWN = self.test_framework_policy_unknown
def _update_test_name(self):
self.test_name = "%s_%s_%s.click" % (self.test_control['Package'],
self.test_control['Version'],
self.test_control['Architecture'])
def check_results(self, report,
expected_counts={'info': 1, 'warn': 0, 'error': 0},
expected=None):
common.check_results(self, report, expected_counts, expected)
def check_manual_review(self, report, check_name,
result_type='error', manual_review=True):
result = report[result_type][check_name]
self.assertEqual(result['manual_review'], manual_review)
def set_test_control(self, key, value):
'''Set key in DEBIAN/control to value. If value is None, remove key'''
if value is None:
if key in self.test_control:
self.test_control.pop(key, None)
else:
self.test_control[key] = value
self._update_test_control()
def set_test_manifest(self, key, value):
'''Set key in DEBIAN/manifest to value. If value is None, remove key'''
if value is None:
if key in self.test_manifest:
self.test_manifest.pop(key, None)
else:
self.test_manifest[key] = value
self._update_test_manifest()
def set_test_pkg_yaml(self, key, value):
'''Set key in meta/package.yaml to value. If value is None, remove
key'''
if value is None:
if key in self.test_pkg_yaml:
self.test_pkg_yaml.pop(key, None)
else:
self.test_pkg_yaml[key] = value
self._update_test_pkg_yaml()
def set_test_hashes_yaml(self, yaml):
'''Set hashes.yaml to yaml'''
self.test_hashes_yaml = yaml
self._update_test_hashes_yaml()
def set_test_readme_md(self, contents):
'''Set contents of meta/readme.md'''
if contents is None:
self.test_readme_md = None
else:
self.test_readme_md = contents
self._update_test_readme_md()
def set_test_security_manifest(self, app, key, value):
'''Set key in security manifest and package.yaml to value. If value is
None, remove key, if key is None, remove app.
'''
# package.yaml - we don't know if it is a service or a binary with
# these values, so just use 'binaries'
if key is None:
if 'binaries' in self.test_pkg_yaml:
for b in self.test_pkg_yaml['binaries']:
if 'name' in b and b['name'] == app:
self.test_pkg_yaml['binaries'].remove(b)
break
elif value is None:
if 'binaries' in self.test_pkg_yaml:
found = False
for b in self.test_pkg_yaml['binaries']:
if 'name' in b and b['name'] == app:
if key in b:
b.remove(key)
found = True
break
else:
found = False
k = key
if key == 'template':
k = 'security-template'
elif key == 'policy_groups':
k = 'caps'
if 'binaries' in self.test_pkg_yaml:
for b in self.test_pkg_yaml['binaries']:
if 'name' in b and b['name'] == app:
# Found the entry, so update key/value
b[k] = value
found = True
break
# Did not find the entry, so create one
if not found:
if 'binaries' not in self.test_pkg_yaml:
self.test_pkg_yaml['binaries'] = []
self.test_pkg_yaml['binaries'].append({'name': app,
k: value})
self._update_test_pkg_yaml()
# click manifest
if app not in self.test_security_manifests:
self.test_security_manifests[app] = dict()
if key is None:
if app in self.test_security_manifests:
del self.test_security_manifests[app]
del self.test_manifest["hooks"][app]
elif value is None:
if key in self.test_security_manifests[app]:
self.test_security_manifests[app].pop(key, None)
else:
self.test_security_manifests[app][key] = value
self._update_test_security_manifests()
def set_test_security_profile(self, app, policy):
'''Set policy in security profile'''
if policy is None:
if app in self.test_security_profiles:
self.test_security_profiles.pop(app)
else:
if app not in self.test_security_profiles:
self.test_security_profiles[app] = dict()
self.test_security_profiles[app] = policy
self._update_test_security_profiles()
def set_test_pkgfmt(self, t, v):
global TEST_PKGFMT_TYPE
global TEST_PKGFMT_VERSION
TEST_PKGFMT_TYPE = t
TEST_PKGFMT_VERSION = v
def set_test_desktop(self, app, key, value, no_update=False):
'''Set key in desktop file to value. If value is None, remove key'''
if app not in self.test_desktop_files:
self.test_desktop_files[app] = dict()
if value is None:
if key in self.test_desktop_files[app]:
self.test_desktop_files[app].pop(key, None)
else:
self.test_desktop_files[app][key] = value
if not no_update:
self._update_test_desktop_files()
def set_test_webapp_manifest(self, fn, key, value):
'''Set key in webapp manifest to value. If value is None, remove
key'''
if key is None and value is None:
self.test_webapp_manifests[fn] = None
self._update_test_webapp_manifests()
return
if fn not in self.test_webapp_manifests:
self.test_webapp_manifests[fn] = dict()
if value is None:
if key in self.test_webapp_manifests[fn]:
self.test_webapp_manifests[fn].pop(key, None)
else:
self.test_webapp_manifests[fn][key] = value
self._update_test_webapp_manifests()
def set_test_url_dispatcher(self, app, key, value, append=False):
'''Set url-dispatcher entries. If value is None, remove'''
if app not in self.test_url_dispatcher:
self.test_url_dispatcher[app] = []
if value is None:
self.test_url_dispatcher[app] = []
else:
if not append:
self.test_url_dispatcher[app] = []
self.test_url_dispatcher[app].append({key: value})
self._update_test_url_dispatcher()
def set_test_scope(self, app, scope):
'''Set scope for app. If it is None, remove'''
if scope is None:
if app in self.test_scopes:
self.test_scopes.pop(app)
if 'scope' in self.test_manifest['hooks'][app]:
self.test_manifest['hooks'][app].pop('scope', None)
else:
self.test_scopes[app] = scope
self._update_test_scopes()
def set_test_content_hub(self, app, key, value):
'''Set content-hub entries. If value is None, remove key, if key is
None, remove content-hub from manifest'''
if key is None:
if app in self.test_content_hub:
self.test_content_hub.pop(app)
elif value is None:
if key in self.test_content_hub[app]:
self.test_content_hub[app].pop(key)
else:
if app not in self.test_content_hub:
self.test_content_hub[app] = dict()
if key not in self.test_content_hub[app]:
self.test_content_hub[app][key] = []
self.test_content_hub[app][key].append(value)
self._update_test_content_hub()
def set_test_account(self, app, account_type, value):
'''Set accounts XML. If value is None, remove from manifest'''
if account_type == "accounts":
d = self.test_accounts_manifest
elif account_type == "account-application":
d = self.test_accounts_application
elif account_type == "account-provider":
d = self.test_accounts_provider
elif account_type == "account-qml-plugin":
d = self.test_accounts_qml_plugin
elif account_type == "account-service":
d = self.test_accounts_service
else: # should never get here
raise ValueError("Unknown account_type '%s'" % account_type)
if value is None:
if app in d:
d[app] = None
else:
d[app] = value
if account_type == "accounts":
self._update_test_accounts_manifest()
elif account_type == "account-application":
self._update_test_accounts_application()
elif account_type == "account-provider":
self._update_test_accounts_provider()
elif account_type == "account-qml-plugin":
self._update_test_accounts_qml_plugin()
elif account_type == "account-service":
self._update_test_accounts_service()
def set_test_push_helper(self, app, key, value):
'''Set push-helper entries. If value is None, remove key, if key is
None, remove push-helper from manifest'''
if key is None:
if app in self.test_push_helper:
self.test_push_helper.pop(app)
elif value is None:
if key in self.test_push_helper[app]:
self.test_push_helper[app].pop(key)
else:
if app not in self.test_push_helper:
self.test_push_helper[app] = dict()
self.test_push_helper[app][key] = value
self._update_test_push_helper()
def set_test_bin_path(self, app, value):
'''Set bin-path entries. If value is None, remove bin-path from
manifest and yaml. If app != value, set 'exec' in the yaml
Note the click manifest and the package.yaml use different
storage types. pkg_yaml['binaries'] is a list of dictionaries where
manifest['hooks'] is a dictionary of dictionaries. This function
sets the manifest entry and then a yaml entry with 'name' and 'exec'
fields.
manifest['hooks'][app]['bin-path'] = value
pkg_yaml['binaries'][*]['name'] = app
pkg_yaml['binaries'][*]['exec'] = value
'''
# Update the package.yaml
if value is None:
if 'binaries' in self.test_pkg_yaml:
for b in self.test_pkg_yaml['binaries']:
if 'name' in b and b['name'] == app:
self.test_pkg_yaml['binaries'].remove(b)
break
else:
found = False
if 'binaries' in self.test_pkg_yaml:
for b in self.test_pkg_yaml['binaries']:
if 'name' in b and b['name'] == app:
found = True
break
if not found:
if 'binaries' not in self.test_pkg_yaml:
self.test_pkg_yaml['binaries'] = []
if value == app:
self.test_pkg_yaml['binaries'].append({'name': app})
else:
self.test_pkg_yaml['binaries'].append({'name': app,
'exec': value})
self._update_test_pkg_yaml()
# Update the click manifest (we still support click format)
if value is None:
if app in self.test_bin_path:
self.test_bin_path.pop(app)
else:
if app not in self.test_bin_path:
self.test_bin_path[app] = dict()
self.test_bin_path[app] = value
# Now update TEST_BIN_PATH
self._update_test_bin_path()
def set_test_framework(self, app, key, value):
'''Set framework entries. If value is None, remove key, if key is
None, remove framework from manifest'''
if key is None:
if app in self.test_framework:
self.test_framework.pop(app)
elif value is None:
if key in self.test_framework[app]:
self.test_framework[app].pop(key)
else:
if app not in self.test_framework:
self.test_framework[app] = dict()
self.test_framework[app][key] = value
self._update_test_framework()
def set_test_framework_policy(self, policy_dict=None):
'''Set framework policy'''
if policy_dict is None: # Reset
self.test_framework_policy = dict()
for i in ['apparmor', 'seccomp']:
self.test_framework_policy[i] = dict()
for j in ['templates', 'policygroups']:
self.test_framework_policy[i][j] = dict()
for k in ['-common', '-reserved']:
n = "%s%s" % (j.rstrip('s'), k)
self.test_framework_policy[i][j][n] = \
'''# Description: %s
# Usage: %s
''' % (n, k.lstrip('-'))
else:
self.test_framework_policy = policy_dict
self._update_test_framework_policy()
def set_test_framework_policy_unknown(self, unknown=[]):
'''Set framework policy unknown'''
self.test_framework_policy_unknown = unknown
self._update_test_framework_policy_unknown()
def set_test_systemd(self, app, key, value):
'''Set systemd entries. If key is None, remove snappy-systemd from
yaml.
pkg_yaml['services'][*]['name'] = app
pkg_yaml['services'][*][key] = value
'''
# Update the package.yaml
if key is None:
if 'services' in self.test_pkg_yaml:
for s in self.test_pkg_yaml['services']:
if 'name' in s and s['name'] == app:
self.test_pkg_yaml['services'].remove(s)
break
else:
found = False
if 'services' in self.test_pkg_yaml:
for s in self.test_pkg_yaml['services']:
if 'name' in s and s['name'] == app:
# Found the entry, so update key/value
s[key] = value
found = True
break
# Did not find the entry, so create one
if not found:
if 'services' not in self.test_pkg_yaml:
self.test_pkg_yaml['services'] = []
self.test_pkg_yaml['services'].append({'name': app,
key: value})
self._update_test_pkg_yaml()
def setUp(self):
'''Make sure our patches are applied everywhere'''
patches = create_patches()
for p in patches:
p.start()
self.addCleanup(p.stop)
def tearDown(self):
'''Make sure we reset everything to known good values'''
global TEST_CONTROL
TEST_CONTROL = ""
global TEST_MANIFEST
TEST_MANIFEST = ""
global TEST_PKG_YAML
TEST_PKG_YAML = ""
global TEST_HASHES_YAML
TEST_HASHES_YAML = ""
global TEST_README_MD
TEST_README_MD = ""
global TEST_SECURITY
TEST_SECURITY = dict()
global TEST_SECURITY_PROFILES
TEST_SECURITY_PROFILES = dict()
global TEST_DESKTOP
TEST_DESKTOP = dict()
global TEST_URLS
TEST_URLS = dict()
global TEST_SCOPES
TEST_SCOPES = dict()
global TEST_CONTENT_HUB
TEST_CONTENT_HUB = dict()
global TEST_ACCOUNTS_MANIFEST
TEST_ACCOUNTS_MANIFEST = dict()
global TEST_ACCOUNTS_APPLICATION
TEST_ACCOUNTS_APPLICATION = dict()
global TEST_ACCOUNTS_PROVIDER
TEST_ACCOUNTS_PROVIDER = dict()
global TEST_ACCOUNTS_QML_PLUGIN
TEST_ACCOUNTS_QML_PLUGIN = dict()
global TEST_ACCOUNTS_SERVICE
TEST_ACCOUNTS_SERVICE = dict()
global TEST_PUSH_HELPER
TEST_PUSH_HELPER = dict()
global TEST_BIN_PATH
TEST_BIN_PATH = dict()
global TEST_FRAMEWORK
TEST_FRAMEWORK = dict()
global TEST_FRAMEWORK_POLICY
TEST_FRAMEWORK_POLICY = dict()
global TEST_FRAMEWORK_POLICY_UNKNOWN
TEST_FRAMEWORK_POLICY_UNKNOWN = []
global TEST_PKGFMT_TYPE
TEST_PKGFMT_TYPE = "click"
global TEST_PKGFMT_VERSION
TEST_PKGFMT_VERSION = "0.4"
self._reset_test_data()
common.recursive_rm(self.desktop_tmpdir)
click-reviewers-tools-0.44~16.04.1/clickreviews/cr_desktop.py 0000664 0000000 0000000 00000104072 12666350672 020735 0 ustar '''cr_desktop.py: click desktop checks'''
#
# Copyright (C) 2013-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
from clickreviews.cr_common import ClickReview, error, open_file_read
import glob
import json
import os
import re
from urllib.parse import urlsplit
from xdg.DesktopEntry import DesktopEntry
from xdg.Exceptions import ParsingError as xdgParsingError
class ClickReviewDesktop(ClickReview):
'''This class represents click lint reviews'''
def __init__(self, fn, overrides=None):
peer_hooks = dict()
my_hook = 'desktop'
peer_hooks[my_hook] = dict()
peer_hooks[my_hook]['allowed'] = ClickReview.app_allowed_peer_hooks
peer_hooks[my_hook]['required'] = ["apparmor"]
ClickReview.__init__(self, fn, "desktop", peer_hooks=peer_hooks,
overrides=overrides)
if not self.is_click and not self.is_snap1:
return
self.desktop_files = dict() # click-show-files and a couple tests
self.desktop_entries = dict()
self.desktop_hook_entries = 0
if self.manifest is None:
return
for app in self.manifest['hooks']:
if 'desktop' not in self.manifest['hooks'][app]:
# msg("Skipped missing desktop hook for '%s'" % app)
continue
if not isinstance(self.manifest['hooks'][app]['desktop'], str):
error("manifest malformed: hooks/%s/desktop is not str" % app)
self.desktop_hook_entries += 1
(de, full_fn) = self._extract_desktop_entry(app)
self.desktop_entries[app] = de
self.desktop_files[app] = full_fn
self.required_keys = ['Name',
'Type',
'Icon',
'Exec',
'X-Ubuntu-Touch',
]
self.expected_execs = ['qmlscene',
'webbrowser-app',
'webapp-container',
'ubuntu-html5-app-launcher',
]
self.deprecated_execs = ['cordova-ubuntu-2.8',
]
# TODO: the desktop hook will actually handle this correctly
self.blacklisted_keys = ['Path']
def _extract_desktop_entry(self, app):
'''Get DesktopEntry for desktop file and verify it'''
d = self.manifest['hooks'][app]['desktop']
fn = os.path.join(self.unpack_dir, d)
bn = os.path.basename(fn)
if not os.path.exists(fn):
error("Could not find '%s'" % bn)
fh = open_file_read(fn)
contents = ""
for line in fh.readlines():
contents += line
fh.close()
try:
de = DesktopEntry(fn)
except xdgParsingError as e:
error("desktop file unparseable: %s (%s):\n%s" % (bn, str(e),
contents))
try:
de.parse(fn)
except Exception as e:
error("desktop file unparseable: %s (%s):\n%s" % (bn, str(e),
contents))
return de, fn
def _get_desktop_entry(self, app):
'''Get DesktopEntry from parsed values'''
return self.desktop_entries[app]
def _get_desktop_files(self):
'''Get desktop_files (abstracted out for mock)'''
return self.desktop_files
def _get_desktop_filename(self, app):
'''Get desktop file filenames'''
return self.desktop_files[app]
def check_desktop_file(self):
'''Check desktop file'''
if not self.is_click and not self.is_snap1:
return
t = 'info'
n = self._get_check_name('files_usable')
s = 'OK'
if len(self._get_desktop_files().keys()) != self.desktop_hook_entries:
t = 'error'
s = 'Could not use all specified .desktop files'
elif self.desktop_hook_entries == 0:
s = 'Skipped: could not find any desktop files'
self._add_result(t, n, s)
def check_desktop_file_valid(self):
'''Check desktop file validates'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.desktop_entries):
de = self._get_desktop_entry(app)
t = 'info'
n = self._get_check_name('validates', app=app)
s = 'OK'
l = None
try:
de.validate()
except Exception as e:
t = 'error'
s = 'did not validate: (%s)' % str(e)
l = 'http://askubuntu.com/questions/417377/what-does-desktop-validates-mean/417378'
self._add_result(t, n, s, l)
def check_desktop_required_keys(self):
'''Check for required keys'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.desktop_entries):
de = self._get_desktop_entry(app)
t = 'info'
n = self._get_check_name('required_keys', app=app)
s = "OK"
missing = []
for f in self.required_keys:
if not de.hasKey(f):
missing.append(f)
if len(missing) > 0:
t = 'error'
s = 'missing required keys: %s' % ",".join(missing)
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('required_fields_not_empty', app=app)
s = "OK"
empty = []
for f in self.required_keys:
if de.hasKey(f) and de.get(f) == "":
empty.append(f)
if len(empty) > 0:
t = 'error'
s = 'Empty required keys: %s' % ",".join(empty)
self._add_result(t, n, s)
def check_desktop_blacklisted_keys(self):
'''Check for blacklisted keys'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.desktop_entries):
de = self._get_desktop_entry(app)
t = 'info'
n = self._get_check_name('blacklisted_keys', app=app)
s = "OK"
found = []
for f in self.blacklisted_keys:
if de.hasKey(f):
found.append(f)
if len(found) > 0:
t = 'error'
s = 'found blacklisted keys: %s' % ",".join(found)
self._add_result(t, n, s)
def check_desktop_exec(self):
'''Check Exec entry'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.desktop_entries):
de = self._get_desktop_entry(app)
t = 'info'
n = self._get_check_name('Exec', app=app)
s = 'OK'
l = None
if not de.hasKey('Exec'):
t = 'error'
s = "missing key 'Exec'"
elif de.getExec().startswith('/'):
t = 'error'
s = "absolute path '%s' for Exec given in .desktop file." % \
de.getExec()
l = 'http://askubuntu.com/questions/417381/what-does-desktop-exec-mean/417382'
elif de.getExec().split()[0] not in self.expected_execs:
if self.pkg_arch[0] == "all": # interpreted file
if de.getExec().split()[0] not in self.deprecated_execs:
s = "found unexpected Exec with architecture '%s': %s" % \
(self.pkg_arch[0], de.getExec().split()[0])
else:
s = "found deprecated Exec with architecture '%s': %s" % \
(self.pkg_arch[0], de.getExec().split()[0])
t = 'warn'
else: # compiled
# TODO: this can be a lot smarter
s = "Non-standard Exec with architecture " + \
"'%s': %s (ok for compiled code)" % \
(self.pkg_arch[0], de.getExec().split()[0])
t = 'info'
self._add_result(t, n, s, l)
def check_desktop_exec_webapp_container(self):
'''Check Exec=webapp-container entry'''
if not self.is_click and not self.is_snap1:
return
if self.manifest is None:
return
fwk = self.manifest['framework']
for app in sorted(self.desktop_entries):
de = self._get_desktop_entry(app)
t = 'info'
n = self._get_check_name('Exec_webapp_container', app=app)
s = 'OK'
if not de.hasKey('Exec'):
t = 'error'
s = "missing key 'Exec'"
self._add_result(t, n, s)
continue
elif de.getExec().split()[0] == "ubuntu-html5-app-launcher" and \
fwk.startswith('ubuntu-sdk') and not \
(fwk.startswith('ubuntu-sdk-13') or
fwk.startswith('ubuntu-sdk-14')):
# ubuntu-html5-app-launcher only available in ubuntu-sdk-14.10
# and lower
t = 'error'
s = "ubuntu-html5-app-launcher is obsoleted in 15.04 " + \
"frameworks and higher. Please use 'webapp-container' " + \
"instead and ensure your security policy uses the " + \
"'ubuntu-webapp' template"
self._add_result(t, n, s)
continue
elif de.getExec().split()[0] != "webapp-container":
s = "SKIPPED (not webapp-container)"
self._add_result(t, n, s)
continue
t = 'info'
n = self._get_check_name('Exec_webapp_container_webapp', app=app)
s = 'OK'
if '--webapp' in de.getExec().split():
t = 'error'
s = "should not use --webapp in '%s'" % \
(de.getExec())
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('Exec_webapp_container_13.10', app=app)
s = 'OK'
if self.manifest['framework'] == "ubuntu-sdk-13.10":
t = 'info'
s = "'webapp-container' not available in 13.10 release " \
"images (ok if targeting 14.04 images with %s " \
"framework" % self.manifest['framework']
self._add_result(t, n, s)
def check_desktop_exec_webbrowser(self):
'''Check Exec=webbrowser-app entry'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.desktop_entries):
de = self._get_desktop_entry(app)
t = 'info'
n = self._get_check_name('Exec_webbrowser', app=app)
s = 'OK'
if not de.hasKey('Exec'):
t = 'error'
s = "missing key 'Exec'"
self._add_result(t, n, s)
continue
elif de.getExec().split()[0] != "webbrowser-app":
s = "SKIPPED (not webbrowser-app)"
self._add_result(t, n, s)
continue
t = 'info'
n = self._get_check_name('Exec_webbrowser_webapp', app=app)
s = 'OK'
if '--webapp' not in de.getExec().split():
t = 'error'
s = "could not find --webapp in '%s'" % \
(de.getExec())
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('Exec_webbrowser_13.10', app=app)
s = 'OK'
if self.manifest['framework'] != "ubuntu-sdk-13.10":
t = 'error'
s = "may not use 'webbrowser-app' with framework '%s'" % \
self.manifest['framework']
self._add_result(t, n, s)
def check_desktop_exec_webapp_args(self):
'''Check Exec=web* args'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.desktop_entries):
de = self._get_desktop_entry(app)
t = 'info'
n = self._get_check_name('Exec_webapp_args', app=app)
s = 'OK'
if not de.hasKey('Exec'):
t = 'error'
s = "missing key 'Exec'"
self._add_result(t, n, s)
continue
elif de.getExec().split()[0] != "webbrowser-app" and \
de.getExec().split()[0] != "webapp-container":
s = "SKIPPED (not webapp-container or webbrowser-app)"
self._add_result(t, n, s)
continue
t = 'info'
n = self._get_check_name('Exec_webapp_args_minimal_chrome', app=app)
s = 'OK'
if '--enable-back-forward' not in de.getExec().split():
s = "could not find --enable-back-forward in '%s'" % \
(de.getExec())
self._add_result(t, n, s)
# verify the presence of either webappUrlPatterns or
# webappModelSearchPath
t = 'info'
n = self._get_check_name('Exec_webapp_args_required', app=app)
s = 'OK'
found_url_patterns = False
found_model_search_path = False
found_named_webapp = False
urls = []
for i in de.getExec().split():
if i == "webbrowser-app" or i == "webapp-container":
continue
if i.startswith('--webappUrlPatterns'):
found_url_patterns = True
if i.startswith('--webappModelSearchPath'):
found_model_search_path = True
if i.startswith('--webapp='):
found_model_search_path = True
# consider potential Exec field codes as 'non urls'
if not i.startswith('--') and not i.startswith('%'):
urls.append(i)
is_launching_local_app = True
if len(urls) == 0:
is_launching_local_app = False
for url in urls:
parts = urlsplit(url)
if parts.scheme in ['http', 'https']:
is_launching_local_app = False
break
if is_launching_local_app and \
(found_url_patterns or found_model_search_path or
found_named_webapp):
t = 'error'
s = "should not specify --webappUrlPatterns, " + \
"--webappModelSearchPath or --webapp= when " + \
"running local application"
elif not is_launching_local_app:
if not found_url_patterns and not found_model_search_path:
t = 'error'
s = "must specify one of --webappUrlPatterns or " + \
"--webappModelSearchPath"
self._add_result(t, n, s)
def _check_patterns(self, app, patterns, args):
pattern_count = 1
for pattern in patterns:
urlp_scheme_pat = pattern[:-1].split(':')[0]
urlp_p = urlsplit(re.sub('\?', '', pattern[:-1]))
target = args[-1]
urlp_t = urlsplit(target)
t = 'info'
n = self._get_check_name(
'Exec_webbrowser_webapp_url_patterns_has_https', app=app,
extra=pattern)
s = 'OK'
if not pattern.startswith('https?://'):
t = 'warn'
s = "'https?://' not found in '%s'" % pattern + \
" (may cause needless redirect)"
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name(
'Exec_webbrowser_webapp_url_patterns_uses_trailing_glob',
app=app, extra=pattern)
s = 'OK'
if not pattern.endswith('*'):
t = 'warn'
s = "'%s' does not end with '*'" % pattern + \
" (may cause needless redirect) - %s" % urlp_p.path
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name(
'Exec_webbrowser_webapp_url_patterns_uses_unsafe_glob',
app=app, extra=pattern)
s = 'OK'
if len(urlp_p.path) == 0 and pattern.endswith('*'):
t = 'error'
s = "'%s' contains trailing glob in netloc" % pattern
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name(
'Exec_webbrowser_webapp_url_patterns_uses_safe_glob',
app=app, extra=pattern)
s = 'OK'
if '*' in pattern[:-1] and \
(pattern[:-1].count('*') != 1 or
not pattern.startswith('https?://*')):
t = 'warn'
s = "'%s' contains nested '*'" % pattern + \
" (needs human review)"
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('Exec_webbrowser_target_exists', app=app)
s = 'OK'
if urlp_t.scheme == "":
t = 'error'
s = 'Exec line does not end with parseable URL'
self._add_result(t, n, s)
continue
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name(
'Exec_webbrowser_target_scheme_matches_patterns',
app=app, extra=pattern)
s = 'OK'
if not re.match(r'^%s$' % urlp_scheme_pat, urlp_t.scheme):
t = 'error'
s = "'%s' doesn't match '%s' " % (urlp_t.scheme,
urlp_scheme_pat) + \
"(will likely cause needless redirect)"
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name(
'Exec_webbrowser_target_netloc_matches_patterns',
app=app, extra=pattern)
s = 'OK'
# TODO: this is admittedly simple, but matches Canonical
# webapps currently, so ok for now
if urlp_p.netloc.startswith('*') and len(urlp_p.netloc) > 2 and \
urlp_t.netloc.endswith(urlp_p.netloc[1:]):
s = "OK ('%s' matches '%s')" % (urlp_t.netloc, urlp_p.netloc)
elif urlp_t.netloc != urlp_p.netloc:
if pattern_count == 1:
t = 'warn'
s = "'%s' != primary pattern '%s'" % \
(urlp_t.netloc, urlp_p.netloc) + \
" (may cause needless redirect)"
else:
t = 'info'
s = "target '%s' != non-primary pattern '%s'" % \
(urlp_t.netloc, urlp_p.netloc)
self._add_result(t, n, s)
pattern_count += 1
def check_desktop_exec_webbrowser_urlpatterns(self):
'''Check Exec=webbrowser-app entry has valid --webappUrlPatterns'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.desktop_entries):
de = self._get_desktop_entry(app)
execline = de.getExec().split()
if not de.hasKey('Exec'):
continue
elif execline[0] != "webbrowser-app":
continue
elif len(execline) < 2:
continue
args = execline[1:]
t = 'info'
n = self._get_check_name(
'Exec_webbrowser_webappUrlPatterns', app=app)
s = 'OK'
pats = ""
count = 0
for a in args:
if not a.startswith('--webappUrlPatterns='):
continue
pats = a.split('=', maxsplit=1)[1]
count += 1
if count == 0:
# one of --webappUrlPatterns or --webappModelSearchPath is a
# required arg and generates an error so just make this info
t = 'info'
s = "SKIPPED (--webappUrlPatterns not specified)"
self._add_result(t, n, s)
continue
elif count > 1:
t = 'error'
s = "found multiple '--webappUrlPatterns=' in '%s'" % \
" ".join(args)
self._add_result(t, n, s)
continue
self._check_patterns(app, pats.split(','), args)
def _extract_webapp_manifests(self):
'''Extract webapp manifest file'''
files = sorted(glob.glob("%s/unity-webapps-*/manifest.json" %
self.unpack_dir))
manifests = dict()
for fn in files:
key = os.path.relpath(fn, self.unpack_dir)
try:
manifests[key] = json.load(open_file_read(fn))
except Exception:
manifests[key] = None
error("Could not parse '%s'" % fn, do_exit=False)
return manifests
def check_desktop_exec_webbrowser_modelsearchpath(self):
'''Check Exec=webbrowser-app entry has valid --webappModelSearchPath'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.desktop_entries):
de = self._get_desktop_entry(app)
execline = de.getExec().split()
if not de.hasKey('Exec'):
continue
elif execline[0] != "webbrowser-app":
continue
elif len(execline) < 2:
continue
args = execline[1:]
t = 'info'
n = self._get_check_name(
'Exec_webbrowser_webappModelSearchPath_present', app=app)
s = 'OK'
path = ""
count = 0
for a in args:
if not a.startswith('--webappModelSearchPath='):
continue
path = a.split('=', maxsplit=1)[1]
count += 1
if count == 0:
# one of --webappUrlPatterns or --webappModelSearchPath is a
# required arg and generates an error so just make this info
t = 'info'
s = "SKIPPED (--webappModelSearchPath not specified)"
self._add_result(t, n, s)
continue
elif count > 1:
t = 'error'
s = "found multiple '--webappModelSearchPath=' in '%s'" % \
" ".join(args)
self._add_result(t, n, s)
continue
if not path:
t = 'error'
s = 'empty arg to --webappModelSearchPath'
self._add_result(t, n, s)
continue
self._add_result(t, n, s)
# if --webappModelSearchPath is specified, that means we should
# look for webapp configuration in the manifest.json in
# ubuntu-webapps-*/
manifests = self._extract_webapp_manifests()
t = 'info'
n = self._get_check_name(
'Exec_webbrowser_webapp_manifest', app=app)
s = 'OK'
if len(manifests) == 0:
t = 'error'
s = 'could not find unity-webaps-*/manifest.json'
self._add_result(t, n, s)
continue
elif len(manifests) > 1:
# for now error on this since having
# multiple manifests is unknown
t = 'error'
fns = []
for f in manifests.keys():
fns.append(f)
s = 'found multiple webapp manifest files: %s' % ",".join(fns)
self._add_result(t, n, s)
continue
self._add_result(t, n, s)
for k in manifests.keys():
m = manifests[k]
t = 'info'
n = self._get_check_name(
'Exec_webbrowser_webapp_manifest_wellformed', app=app,
extra=k)
s = 'OK'
if m is None or m == 'null': # 'null' is for testsuite
t = 'error'
s = 'could not load webapp manifest file. Is it ' + \
'properly formatted?'
self._add_result(t, n, s)
continue
self._add_result(t, n, s)
# 'includes' contains the patterns
t = 'info'
n = self._get_check_name(
'Exec_webbrowser_webapp_manifest_includes_present',
app=app, extra=k)
s = 'OK'
if 'includes' not in m:
t = 'error'
s = "could not find 'includes' in webapp manifest"
elif not isinstance(m['includes'], list):
t = 'error'
s = "'includes' in webapp manifest is not list"
self._add_result(t, n, s)
if t == 'error':
continue
self._check_patterns(app, m['includes'], args)
def check_desktop_groups(self):
'''Check Desktop Entry entry'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.desktop_entries):
de = self._get_desktop_entry(app)
t = 'info'
n = self._get_check_name('groups', app=app)
s = "OK"
if len(de.groups()) != 1:
t = 'error'
s = 'too many desktop groups'
elif "Desktop Entry" not in de.groups():
t = 'error'
s = "'[Desktop Entry]' group not found"
self._add_result(t, n, s)
def check_desktop_type(self):
'''Check Type entry'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.desktop_entries):
de = self._get_desktop_entry(app)
t = 'info'
n = self._get_check_name('Type', app=app)
s = "OK"
if not de.hasKey('Type'):
t = 'error'
s = "missing key 'Type'"
elif de.getType() != "Application":
t = 'error'
s = 'does not use Type=Application'
self._add_result(t, n, s)
def check_desktop_x_ubuntu_touch(self):
'''Check X-Ubuntu-Touch entry'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.desktop_entries):
de = self._get_desktop_entry(app)
t = 'info'
n = self._get_check_name('X-Ubuntu-Touch', app=app)
s = "OK"
if not de.hasKey('X-Ubuntu-Touch'):
t = 'error'
s = "missing key 'X-Ubuntu-Touch'"
elif de.get("X-Ubuntu-Touch") != "true" and \
de.get("X-Ubuntu-Touch") != "True":
t = 'error'
s = 'does not use X-Ubuntu-Touch=true'
self._add_result(t, n, s)
def check_desktop_x_ubuntu_stagehint(self):
'''Check X-Ubuntu-StageHint entry'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.desktop_entries):
de = self._get_desktop_entry(app)
t = 'info'
n = self._get_check_name('X-Ubuntu-StageHint', app=app)
s = "OK"
if not de.hasKey('X-Ubuntu-StageHint'):
t = 'info'
s = "OK (not specified)"
elif de.get("X-Ubuntu-StageHint") != "SideStage":
t = 'error'
s = "unsupported X-Ubuntu-StageHint=%s " % \
de.get("X-Ubuntu-StageHint") + \
"(should be for example, 'SideStage')"
self._add_result(t, n, s)
def check_desktop_x_ubuntu_gettext_domain(self):
'''Check X-Ubuntu-Gettext-Domain entry'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.desktop_entries):
de = self._get_desktop_entry(app)
t = 'info'
n = self._get_check_name('X-Ubuntu-Gettext-Domain', app=app)
s = "OK"
if not de.hasKey('X-Ubuntu-Gettext-Domain'):
t = 'info'
s = "OK (not specified)"
elif de.get("X-Ubuntu-Gettext-Domain") == "":
t = 'error'
s = "X-Ubuntu-Gettext-Domain is empty"
elif de.get("X-Ubuntu-Gettext-Domain") != self.click_pkgname:
t = 'warn'
s = "'%s' != '%s'" % (de.get("X-Ubuntu-Gettext-Domain"),
self.click_pkgname)
s += " (ok if app uses i18n.domain('%s')" % \
de.get("X-Ubuntu-Gettext-Domain") + \
" or uses organizationName"
self._add_result(t, n, s)
def check_desktop_terminal(self):
'''Check Terminal entry'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.desktop_entries):
de = self._get_desktop_entry(app)
t = 'info'
n = self._get_check_name('Terminal', app=app)
s = "OK"
if not de.hasKey('Terminal'):
s = "OK (not specified)"
elif de.getTerminal() is not False:
t = 'error'
s = 'does not use Terminal=false (%s)' % de.getTerminal()
self._add_result(t, n, s)
def check_desktop_version(self):
'''Check Version entry'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.desktop_entries):
de = self._get_desktop_entry(app)
t = 'info'
n = self._get_check_name('Version', app=app)
s = "OK"
l = None
if not de.hasKey('Version'):
s = "OK (not specified)"
elif de.getVersionString() != "1.0":
# http://standards.freedesktop.org/desktop-entry-spec/latest
t = 'error'
s = "'%s' does not match freedesktop.org version '1.0'" % \
de.getVersionString()
l = 'http://askubuntu.com/questions/419907/what-does-version-mean-in-the-desktop-file/419908'
self._add_result(t, n, s, l)
def check_desktop_comment(self):
'''Check Comment entry'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.desktop_entries):
de = self._get_desktop_entry(app)
t = 'info'
n = self._get_check_name('Comment_boilerplate', app=app)
s = "OK"
l = None
if de.hasKey('Comment') and \
de.getComment() == "My project description":
t = 'warn'
s = "Comment uses SDK boilerplate '%s'" % de.getComment()
l = 'http://askubuntu.com/questions/417359/what-does-desktop-comment-boilerplate-mean/417360'
self._add_result(t, n, s, l)
def check_desktop_icon(self):
'''Check Icon entry'''
if not self.is_click and not self.is_snap1:
return
ICON_SUFFIXES = ['.svg',
'.png',
'.jpg',
]
for app in sorted(self.desktop_entries):
de = self._get_desktop_entry(app)
t = 'info'
n = self._get_check_name('Icon', app=app)
s = 'OK'
l = None
if not de.hasKey('Icon'):
t = 'error'
s = "missing key 'Icon'"
l = 'http://askubuntu.com/questions/417369/what-does-desktop-icon-mean/417370'
elif de.getIcon().startswith('/'):
t = 'error'
s = "absolute path '%s' for icon given in .desktop file." % \
de.getIcon()
l = 'http://askubuntu.com/questions/417369/what-does-desktop-icon-mean/417370'
elif not os.path.exists(os.path.join(self.unpack_dir,
de.getIcon())) and \
True not in filter(lambda a:
os.path.exists(os.path.join(
self.unpack_dir,
de.getIcon() + a)),
ICON_SUFFIXES):
t = 'error'
s = "'%s' specified as icon in .desktop file for app '%s', " \
"which is not available in the click package." % \
(de.getIcon(), app)
l = 'http://askubuntu.com/questions/417369/what-does-desktop-icon-mean/417370'
self._add_result(t, n, s, l)
def check_desktop_duplicate_entries(self):
'''Check desktop for duplicate entries'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.desktop_entries):
found = []
dupes = []
t = 'info'
n = self._get_check_name('duplicate_keys', app=app)
s = 'OK'
fn = self._get_desktop_filename(app)
content = open_file_read(fn).readlines()
for line in content:
tmp = line.split('=')
if len(tmp) < 2:
continue
if tmp[0] in found:
dupes.append(tmp[0])
else:
found.append(tmp[0])
if len(dupes) > 0:
t = 'error'
s = 'found duplicate keys: %s' % ",".join(dupes)
self._add_result(t, n, s)
click-reviewers-tools-0.44~16.04.1/clickreviews/cr_scope.py 0000664 0000000 0000000 00000016076 12666350672 020403 0 ustar '''cr_scope.py: click scope'''
#
# Copyright (C) 2014-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
from clickreviews.cr_common import ClickReview, error
import codecs
import configparser
import os
import re
# Please refer to the config file documentation at:
# http://bazaar.launchpad.net/~unity-team/unity-scopes-api/trunk/view/head:/CONFIGFILES
KNOWN_SECTIONS = set(["ScopeConfig", "Appearance"])
class ClickReviewScope(ClickReview):
'''This class represents click lint reviews'''
def __init__(self, fn, overrides=None):
peer_hooks = dict()
my_hook = 'scope'
peer_hooks[my_hook] = dict()
peer_hooks[my_hook]['allowed'] = ClickReview.scope_allowed_peer_hooks
peer_hooks[my_hook]['required'] = ['apparmor']
ClickReview.__init__(self, fn, "scope", peer_hooks=peer_hooks,
overrides=overrides)
if not self.is_click and not self.is_snap1:
return
self.scopes = dict()
if self.manifest is None:
return
for app in self.manifest['hooks']:
if 'scope' not in self.manifest['hooks'][app]:
# msg("Skipped missing scope hook for '%s'" % app)
continue
if not isinstance(self.manifest['hooks'][app]['scope'], str):
error("manifest malformed: hooks/%s/scope is not str" % app)
self.scopes[app] = self._extract_scopes(app)
def _extract_scopes(self, app):
'''Get scopes'''
d = dict()
s = self.manifest['hooks'][app]['scope']
fn = os.path.join(self.unpack_dir, s)
bn = os.path.basename(fn)
if not os.path.exists(fn):
error("Could not find '%s'" % bn)
elif not os.path.isdir(fn):
error("'%s' is not a directory" % bn)
ini_fn = os.path.join(fn, "%s_%s.ini" % (self.manifest['name'], app))
ini_fn_bn = os.path.relpath(ini_fn, self.unpack_dir)
if not os.path.exists(ini_fn):
error("Could not find scope INI file '%s'" % ini_fn_bn)
try:
d["scope_config"] = configparser.ConfigParser()
d["scope_config"].read_file(codecs.open(ini_fn, "r", "utf8"))
except Exception as e:
error("scope config unparseable: %s (%s)" % (ini_fn_bn, str(e)))
d["dir"] = fn
d["dir_rel"] = bn
d["ini_file"] = ini_fn
d["ini_file_rel"] = ini_fn_bn
return d
def check_scope_ini(self):
'''Check scope .ini file'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.scopes.keys()):
t = 'info'
n = self._get_check_name('ini_scope_section', app=app)
s = "OK"
sections = set(self.scopes[app]["scope_config"].sections())
unknown_sections = sections.difference(KNOWN_SECTIONS)
if unknown_sections:
t = 'error'
s = "'%s' has unknown sections: %s" % (
self.scopes[app]["ini_file_rel"],
", ".join(unknown_sections))
elif "ScopeConfig" not in sections:
t = 'error'
s = "Could not find 'ScopeConfig' in '%s'" % (
self.scopes[app]["ini_file_rel"])
self._add_result(t, n, s)
continue
self._add_result(t, n, s)
# Make these all lower case for easier comparisons
required = ['author',
'description',
'displayname']
optional = ['art',
'childscopes',
'hotkey',
'icon',
'idletimeout',
'invisible',
'keywords',
'locationdataneeded',
'resultsttltype',
'scoperunner',
'searchhint']
translated = ['description',
'displayname',
'searchhint']
internal = ['debugmode']
missing = []
t = 'info'
n = self._get_check_name('ini_scope_required_fields', app=app)
s = "OK"
for r in required:
if r not in self.scopes[app]["scope_config"]['ScopeConfig']:
missing.append(r)
if len(missing) == 1:
t = 'error'
s = "Missing required field in '%s': %s" % (
self.scopes[app]["ini_file_rel"],
missing[0])
elif len(missing) > 1:
t = 'error'
s = "Missing required fields in '%s': %s" % (
self.scopes[app]["ini_file_rel"],
", ".join(missing))
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('ini_scope_unknown_fields', app=app)
s = 'OK'
unknown = []
for i in self.scopes[app]["scope_config"]['ScopeConfig'].keys():
f = i.lower()
if f not in required and f not in optional and f not in internal and \
(f.split("[")[0] not in translated or not
re.search('.*\[[a-z]{2,3}(_[a-z]{2,3})?\]$', f)):
unknown.append(f)
if len(unknown) == 1:
t = 'warn'
s = "Unknown field in '%s': %s" % (
self.scopes[app]["ini_file_rel"],
unknown[0])
elif len(unknown) > 1:
t = 'warn'
s = "Unknown fields in '%s': %s" % (
self.scopes[app]["ini_file_rel"],
", ".join(unknown))
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('ini_scope_internal_fields', app=app)
s = "OK"
forbidden = []
for r in internal:
if r in self.scopes[app]["scope_config"]['ScopeConfig']:
forbidden.append(r)
if len(forbidden) == 1:
t = 'error'
s = "Forbidden field in '%s': %s" % (
self.scopes[app]["ini_file_rel"],
forbidden[0])
elif len(forbidden) > 1:
t = 'error'
s = "Forbidden fields in '%s': %s" % (
self.scopes[app]["ini_file_rel"],
", ".join(forbidden))
self._add_result(t, n, s)
click-reviewers-tools-0.44~16.04.1/clickreviews/tests/ 0000775 0000000 0000000 00000000000 12750117074 017353 5 ustar click-reviewers-tools-0.44~16.04.1/clickreviews/tests/test_cr_common.py 0000664 0000000 0000000 00000011561 12717665470 022757 0 ustar from clickreviews.cr_common import ClickReview
from clickreviews import cr_tests
class ClickReviewTestCase(cr_tests.TestClickReview):
def setUp(self):
super().setUp()
self.review = ClickReview('app.click', 'review_type')
def test_add_result_default_manual_review(self):
self.review._add_result('info', 'some-check', 'OK')
self.assertEqual(self.review.click_report, {
'info': {
'some-check': {
'text': 'OK',
'manual_review': False,
}
},
'warn': {},
'error': {},
})
def test_add_result_custom_manual_review(self):
self.review._add_result('info', 'some-check', 'OK',
manual_review=True)
self.assertEqual(self.review.click_report, {
'info': {
'some-check': {
'text': 'OK',
'manual_review': True,
}
},
'warn': {},
'error': {},
})
def test_add_result_override_result_type_warn(self):
self.review._add_result('warn', 'some-check', 'notok',
override_result_type='info')
self.assertEqual(self.review.click_report, {
'info': {
'some-check': {
'text': '[WARN] notok',
'manual_review': False,
}
},
'warn': {},
'error': {},
})
def test_add_result_override_result_type_error(self):
self.review._add_result('error', 'some-check', 'notok',
override_result_type='info')
self.assertEqual(self.review.click_report, {
'info': {
'some-check': {
'text': '[ERROR] notok',
'manual_review': False,
}
},
'warn': {},
'error': {},
})
def test_add_result_override_result_type_info(self):
self.review._add_result('info', 'some-check', 'ok',
override_result_type='warn')
self.assertEqual(self.review.click_report, {
'warn': {
'some-check': {
'text': '[INFO] ok',
'manual_review': False,
}
},
'info': {},
'error': {},
})
def test_verify_peer_hooks_empty(self):
'''Check verify_peer_hooks() - empty'''
peer_hooks = dict()
my_hook = "foo"
peer_hooks[my_hook] = dict()
peer_hooks[my_hook]['allowed'] = []
peer_hooks[my_hook]['required'] = []
self.review.peer_hooks = peer_hooks
d = self.review._verify_peer_hooks(my_hook)
self.assertEqual(0, len(d.keys()))
def test_verify_peer_hooks_missing(self):
'''Check verify_peer_hooks() - missing required'''
peer_hooks = dict()
my_hook = "desktop"
peer_hooks[my_hook] = dict()
peer_hooks[my_hook]['allowed'] = ["apparmor", "urls"]
peer_hooks[my_hook]['required'] = ["nonexistent"]
self.review.peer_hooks = peer_hooks
d = self.review._verify_peer_hooks(my_hook)
self.assertEqual(1, len(d.keys()))
self.assertTrue('missing' in d.keys())
self.assertTrue('nonexistent' in d['missing'][self.default_appname])
def test_verify_peer_hooks_disallowed(self):
'''Check verify_peer_hooks() - disallowed'''
peer_hooks = dict()
my_hook = "desktop"
peer_hooks[my_hook] = dict()
peer_hooks[my_hook]['allowed'] = ["apparmor"]
peer_hooks[my_hook]['required'] = []
self.review.peer_hooks = peer_hooks
d = self.review._verify_peer_hooks(my_hook)
self.assertEqual(1, len(d.keys()))
self.assertTrue('disallowed' in d.keys())
self.assertTrue('urls' in d['disallowed'][self.default_appname])
def test_get_check_name(self):
name = self.review._get_check_name('prefix')
self.assertEqual(name, 'review_type:prefix')
def test_get_check_name_with_app(self):
name = self.review._get_check_name('prefix', app='app')
self.assertEqual(name, 'review_type:prefix:app')
def test_get_check_name_with_extra(self):
name = self.review._get_check_name('prefix', extra='extra')
self.assertEqual(name, 'review_type:prefix:extra')
def test_get_check_name_with_app_and_extra(self):
name = self.review._get_check_name('prefix', app='app', extra='extra')
self.assertEqual(name, 'review_type:prefix:app:extra')
def test_check_if_message_catalog_true(self):
self.assertTrue(self.review._check_if_message_catalog('/a/b/foo.mo'))
def test_check_if_message_catalog_false(self):
self.assertFalse(self.review._check_if_message_catalog('/a/b/foo.txt'))
click-reviewers-tools-0.44~16.04.1/clickreviews/tests/test_sr_lint.py 0000664 0000000 0000000 00000345117 12744146674 022464 0 ustar '''test_sr_lint.py: tests for the sr_lint module'''
#
# Copyright (C) 2013-2016 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from unittest import TestCase
import os
import shutil
import tempfile
from clickreviews.common import cleanup_unpack
from clickreviews.common import check_results as common_check_results
from clickreviews.sr_lint import SnapReviewLint
import clickreviews.sr_tests as sr_tests
from clickreviews.tests import utils
class TestSnapReviewLint(sr_tests.TestSnapReview):
"""Tests for the lint review tool."""
def setUp(self):
'''Make sure we are snap v2'''
super().setUp()
self.set_test_pkgfmt("snap", "16.04")
def _create_ports(self):
ports = {'internal': {'int1': {"port": '8081/tcp', "negotiable": True}},
'external': {'ext1': {"port": '80/tcp', "negotiable": False},
'ext2': {"port": '88/udp'}
}
}
return ports
def _create_top_plugs(self):
plugs = {'iface-content': {'interface': 'content',
'target': '/path/to/something'},
'iface-network': {'interface': 'network'},
'iface-network-bind': {'interface': 'network-bind'},
# intentionally omitted
# 'iface-network-control': {'interface': 'network-control'},
}
return plugs
def _create_apps_plugs(self):
plugs = {'app1': {'plugs': ['iface-network']},
'app2': {'plugs': ['iface-network-bind']},
'app3': {'plugs': ['network-control']},
'app4': {'plugs': ['iface-content']},
}
return plugs
def _create_top_slots(self):
slots = {'iface-bool-file': {'interface': 'bool-file',
'path': '/path/to/something'},
'iface-content': {'interface': 'content',
'read': '/path/to/somewhere',
'write': '/path/to/somewhere/else'},
'iface-serial-port': {'interface': 'serial-port',
'path': '/path/to/something'},
}
return slots
def _create_apps_slots(self):
slots = {'app1': {'slots': ['iface-bool-file']},
'app2': {'slots': ['iface-content']},
'app3': {'slots': ['iface-serial-port']},
}
return slots
def test_all_checks_as_v2(self):
'''Test snap v2 has checks'''
self.set_test_pkgfmt("snap", "16.04")
c = SnapReviewLint(self.test_name)
c.do_checks()
sum = 0
for i in c.click_report:
sum += len(c.click_report[i])
self.assertTrue(sum != 0)
def test_all_checks_as_v1(self):
'''Test snap v1 has no checks'''
self.set_test_pkgfmt("snap", "15.04")
c = SnapReviewLint(self.test_name)
c.do_checks()
sum = 0
for i in c.click_report:
sum += len(c.click_report[i])
self.assertTrue(sum == 0)
def test_all_checks_as_click(self):
'''Test click format has no checks'''
self.set_test_pkgfmt("click", "0.4")
c = SnapReviewLint(self.test_name)
c.do_checks()
sum = 0
for i in c.click_report:
sum += len(c.click_report[i])
self.assertTrue(sum == 0)
def test_check_name_toplevel(self):
'''Test check_name - toplevel'''
self.set_test_snap_yaml("name", "foo")
c = SnapReviewLint(self.test_name)
c.check_name()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_name_flat(self):
'''Test check_name - obsoleted flat'''
self.set_test_snap_yaml("name", "foo.bar")
c = SnapReviewLint(self.test_name)
c.check_name()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_name_reverse_domain(self):
'''Test check_name - obsoleted reverse domain'''
self.set_test_snap_yaml("name", "com.ubuntu.develeper.baz.foo")
c = SnapReviewLint(self.test_name)
c.check_name()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_name_bad(self):
'''Test check_name - bad - ?'''
self.set_test_snap_yaml("name", "foo?bar")
c = SnapReviewLint(self.test_name)
c.check_name()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_name_bad1(self):
'''Test check_name - bad - /'''
self.set_test_snap_yaml("name", "foo/bar")
c = SnapReviewLint(self.test_name)
c.check_name()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_name_bad2(self):
'''Test check_name - empty'''
self.set_test_snap_yaml("name", "")
c = SnapReviewLint(self.test_name)
c.check_name()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_name_bad3(self):
'''Test check_name - list'''
self.set_test_snap_yaml("name", [])
c = SnapReviewLint(self.test_name)
c.check_name()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_name_bad4(self):
'''Test check_name - dict'''
self.set_test_snap_yaml("name", {})
c = SnapReviewLint(self.test_name)
c.check_name()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_name_bad5(self):
'''Test check_name - bad - --'''
self.set_test_snap_yaml("name", "foo--bar")
c = SnapReviewLint(self.test_name)
c.check_name()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_name_bad6(self):
'''Test check_name - bad - endswith -'''
self.set_test_snap_yaml("name", "foo-bar-")
c = SnapReviewLint(self.test_name)
c.check_name()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_name_bad7(self):
'''Test check_name - bad - cap'''
self.set_test_snap_yaml("name", "foo-Bar")
c = SnapReviewLint(self.test_name)
c.check_name()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_name_missing(self):
'''Test check_name - missing'''
self.set_test_snap_yaml("name", None)
c = SnapReviewLint(self.test_name)
c.check_name()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_version(self):
'''Test check_version'''
self.set_test_snap_yaml("version", 1)
c = SnapReviewLint(self.test_name)
c.check_version()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_version1(self):
'''Test check_version - integer'''
self.set_test_snap_yaml("version", 1)
c = SnapReviewLint(self.test_name)
c.check_version()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_version2(self):
'''Test check_version - float'''
self.set_test_snap_yaml("version", 1.0)
c = SnapReviewLint(self.test_name)
c.check_version()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_version3(self):
'''Test check_version - MAJOR.MINOR.MICRO'''
self.set_test_snap_yaml("version", "1.0.1")
c = SnapReviewLint(self.test_name)
c.check_version()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_version4(self):
'''Test check_version - str'''
self.set_test_snap_yaml("version", "1.0a")
c = SnapReviewLint(self.test_name)
c.check_version()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_version5(self):
'''Test check_version - alpha'''
self.set_test_snap_yaml("version", "a.b")
c = SnapReviewLint(self.test_name)
c.check_version()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_version_bad(self):
'''Test check_version - bad'''
self.set_test_snap_yaml("version", "foo?bar")
c = SnapReviewLint(self.test_name)
c.check_version()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_version_bad2(self):
'''Test check_version - empty'''
self.set_test_snap_yaml("version", "")
c = SnapReviewLint(self.test_name)
c.check_version()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_version_bad3(self):
'''Test check_version - list'''
self.set_test_snap_yaml("version", [])
c = SnapReviewLint(self.test_name)
c.check_version()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_version_bad4(self):
'''Test check_version - dict'''
self.set_test_snap_yaml("version", {})
c = SnapReviewLint(self.test_name)
c.check_version()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_version_missing(self):
'''Test check_version - missing'''
self.set_test_snap_yaml("version", None)
c = SnapReviewLint(self.test_name)
c.check_version()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_type(self):
'''Test check_type - unspecified'''
self.set_test_snap_yaml("type", None)
c = SnapReviewLint(self.test_name)
c.check_type()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_type_app(self):
'''Test check_type - app'''
self.set_test_snap_yaml("type", "app")
c = SnapReviewLint(self.test_name)
c.check_type()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_type_framework(self):
'''Test check_type - framework'''
self.set_test_snap_yaml("type", "framework")
c = SnapReviewLint(self.test_name)
c.check_type()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_type_redflagged(self):
'''Test check_type_redflagged - unspecified'''
self.set_test_snap_yaml("type", None)
c = SnapReviewLint(self.test_name)
c.check_type_redflagged()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_type_redflagged_app(self):
'''Test check_type_redflagged - app'''
self.set_test_snap_yaml("type", "app")
c = SnapReviewLint(self.test_name)
c.check_type_redflagged()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_type_redflagged_gadget(self):
'''Test check_type_redflagged - gadget'''
self.set_test_snap_yaml("type", "gadget")
c = SnapReviewLint(self.test_name)
c.check_type_redflagged()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
name = c._get_check_name('snap_type_redflag')
self.check_manual_review(r, name)
def test_check_type_redflagged_kernel(self):
'''Test check_type_redflagged - kernel'''
self.set_test_snap_yaml("type", "kernel")
c = SnapReviewLint(self.test_name)
c.check_type_redflagged()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
name = c._get_check_name('snap_type_redflag')
self.check_manual_review(r, name)
def test_check_type_redflagged_os(self):
'''Test check_type_redflagged - os'''
self.set_test_snap_yaml("type", "os")
c = SnapReviewLint(self.test_name)
c.check_type_redflagged()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
name = c._get_check_name('snap_type_redflag')
self.check_manual_review(r, name)
def test_check_type_unknown(self):
'''Test check_type - unknown'''
self.set_test_snap_yaml("type", "nonexistent")
c = SnapReviewLint(self.test_name)
c.check_type()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_icon(self):
'''Test check_icon()'''
self.set_test_snap_yaml("icon", "someicon")
self.set_test_snap_yaml("type", "gadget")
self.set_test_unpack_dir = "/nonexistent"
c = SnapReviewLint(self.test_name)
c.pkg_files.append(os.path.join(c._get_unpack_dir(), 'someicon'))
c.check_icon()
r = c.click_report
expected_counts = {'info': 4, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_icon_no_gadget(self):
'''Test check_icon() - no gadget'''
self.set_test_snap_yaml("icon", "someicon")
self.set_test_unpack_dir = "/nonexistent"
c = SnapReviewLint(self.test_name)
c.pkg_files.append(os.path.join(c._get_unpack_dir(), 'someicon'))
c.check_icon()
r = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_icon_unspecified(self):
'''Test check_icon() - unspecified'''
self.set_test_snap_yaml("icon", None)
self.set_test_snap_yaml("type", "gadget")
c = SnapReviewLint(self.test_name)
c.check_icon()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_icon_empty(self):
'''Test check_icon() - empty'''
self.set_test_snap_yaml("icon", "")
self.set_test_snap_yaml("type", "gadget")
c = SnapReviewLint(self.test_name)
c.check_icon()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_icon_absolute_path(self):
'''Test check_icon() - absolute path'''
self.set_test_snap_yaml("icon", "/foo/bar/someicon")
self.set_test_snap_yaml("type", "gadget")
c = SnapReviewLint(self.test_name)
c.pkg_files.append('/foo/bar/someicon')
c.check_icon()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_icon_missing(self):
'''Test check_icon() - missing icon'''
self.set_test_snap_yaml("icon", "someicon")
self.set_test_snap_yaml("type", "gadget")
self.set_test_unpack_dir = "/nonexistent"
c = SnapReviewLint(self.test_name)
# since the icon isn't in c.pkg_files, don't add it for this test
# c.pkg_files.append(os.path.join(c._get_unpack_dir(), 'someicon'))
c.check_icon()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_architectures_bad(self):
'''Test check_architectures() - bad (dict)'''
self.set_test_snap_yaml("architectures", {})
c = SnapReviewLint(self.test_name)
c.check_architectures()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_architectures_missing(self):
'''Test check_architectures() (missing)'''
self.set_test_snap_yaml("architectures", None)
c = SnapReviewLint(self.test_name)
c.check_architectures()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_architectures_all(self):
'''Test check_architectures() (all)'''
self.set_test_snap_yaml("architectures", ["all"])
c = SnapReviewLint(self.test_name)
c.check_architectures()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_architectures_single_armhf(self):
'''Test check_architectures() (single arch, armhf)'''
self.set_test_snap_yaml("architectures", ["armhf"])
c = SnapReviewLint(self.test_name)
c.check_architectures()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_architectures_single_arm64(self):
'''Test check_architectures() (single arch, arm64)'''
self.set_test_snap_yaml("architectures", ["arm64"])
c = SnapReviewLint(self.test_name)
c.check_architectures()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_architectures_single_i386(self):
'''Test check_architectures() (single arch, i386)'''
self.set_test_snap_yaml("architectures", ["i386"])
c = SnapReviewLint(self.test_name)
c.check_architectures()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_architectures_single_amd64(self):
'''Test check_architectures() (single arch, amd64)'''
self.set_test_snap_yaml("architectures", ["amd64"])
c = SnapReviewLint(self.test_name)
c.check_architectures()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_architectures_single_s390x(self):
'''Test check_architectures() (single arch, s390x)'''
self.set_test_snap_yaml("architectures", ["s390x"])
c = SnapReviewLint(self.test_name)
c.check_architectures()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_architectures_single_ppc64el(self):
'''Test check_architectures() (single arch, ppc64el)'''
self.set_test_snap_yaml("architectures", ["ppc64el"])
c = SnapReviewLint(self.test_name)
c.check_architectures()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_architectures_single_nonexistent(self):
'''Test check_architectures() (single nonexistent arch)'''
self.set_test_snap_yaml("architectures", ["nonexistent"])
c = SnapReviewLint(self.test_name)
c.check_architectures()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_valid_arch_multi(self):
'''Test check_architectures() (valid multi)'''
self.set_test_snap_yaml("architectures", ["amd64", "armhf"])
c = SnapReviewLint(self.test_name)
c.check_architectures()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_valid_arch_multi2(self):
'''Test check_architectures() (valid multi2)'''
self.set_test_snap_yaml("architectures", ["armhf", "arm64", "i386"])
c = SnapReviewLint(self.test_name)
c.check_architectures()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_unknown_entries(self):
'''Test check_unknown_entries - none'''
c = SnapReviewLint(self.test_name)
c.check_unknown_entries()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_unknown_entries2(self):
'''Test check_unknown_entries - one'''
self.set_test_snap_yaml("nonexistent", "bar")
c = SnapReviewLint(self.test_name)
c.check_unknown_entries()
r = c.click_report
expected_counts = {'info': 0, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_config(self):
'''Test check_config()'''
c = SnapReviewLint(self.test_name)
self.set_test_unpack_dir("/nonexistent")
c.pkg_files.append(os.path.join(c._get_unpack_dir(),
'meta/hooks/config'))
c.check_config()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_config_nonexecutable(self):
'''Test check_config() - not executable'''
c = SnapReviewLint(self.test_name)
self.set_test_unpack_dir("/nonexistent.nonexec")
c.pkg_files.append(os.path.join(c._get_unpack_dir(),
'meta/hooks/config'))
c.check_config()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_description(self):
'''Test check_description'''
self.set_test_snap_yaml("description", "This is a test description")
c = SnapReviewLint(self.test_name)
c.check_description()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_description_missing(self):
'''Test check_description - not present'''
self.set_test_snap_yaml("description", None)
c = SnapReviewLint(self.test_name)
c.check_description()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_description_bad(self):
'''Test check_description - short'''
self.set_test_snap_yaml("description", "a")
c = SnapReviewLint(self.test_name)
c.check_description()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_description_bad2(self):
'''Test check_description - empty'''
self.set_test_snap_yaml("description", "")
c = SnapReviewLint(self.test_name)
c.check_description()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_description_bad3(self):
'''Test check_description - list'''
self.set_test_snap_yaml("description", [])
c = SnapReviewLint(self.test_name)
c.check_description()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_license_agreement(self):
'''Test check_license_agreement'''
self.set_test_snap_yaml("license-agreement",
"This is a test license_agreement")
c = SnapReviewLint(self.test_name)
c.check_license_agreement()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_license_agreement_missing(self):
'''Test check_license_agreement - not present'''
self.set_test_snap_yaml("license-agreement", None)
c = SnapReviewLint(self.test_name)
c.check_license_agreement()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_license_agreement_bad(self):
'''Test check_license_agreement - empty'''
self.set_test_snap_yaml("license-agreement", "")
c = SnapReviewLint(self.test_name)
c.check_license_agreement()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_license_agreement_bad2(self):
'''Test check_license_agreement - list'''
self.set_test_snap_yaml("license-agreement", [])
c = SnapReviewLint(self.test_name)
c.check_license_agreement()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_license_version(self):
'''Test check_license_version'''
self.set_test_snap_yaml("license-version",
"This is a test license_version")
c = SnapReviewLint(self.test_name)
c.check_license_version()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_license_version_missing(self):
'''Test check_license_version - not present'''
self.set_test_snap_yaml("license-version", None)
c = SnapReviewLint(self.test_name)
c.check_license_version()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_license_version_bad(self):
'''Test check_license_version - empty'''
self.set_test_snap_yaml("license-version", "")
c = SnapReviewLint(self.test_name)
c.check_license_version()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_license_version_bad2(self):
'''Test check_license_version - list'''
self.set_test_snap_yaml("license-version", [])
c = SnapReviewLint(self.test_name)
c.check_license_version()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_summary(self):
'''Test check_summary'''
self.set_test_snap_yaml("summary", "This is a test summary")
c = SnapReviewLint(self.test_name)
c.check_summary()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_summary_missing(self):
'''Test check_summary - not present'''
self.set_test_snap_yaml("summary", None)
c = SnapReviewLint(self.test_name)
c.check_summary()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_summary_bad(self):
'''Test check_summary - short'''
self.set_test_snap_yaml("summary", "a")
c = SnapReviewLint(self.test_name)
c.check_summary()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_summary_bad2(self):
'''Test check_summary - empty'''
self.set_test_snap_yaml("summary", "")
c = SnapReviewLint(self.test_name)
c.check_summary()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_summary_bad3(self):
'''Test check_summary - list'''
self.set_test_snap_yaml("summary", [])
c = SnapReviewLint(self.test_name)
c.check_summary()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_one_command(self):
'''Test check_apps() - one command'''
self.set_test_snap_yaml("apps", {"foo": {"command": "bin/foo"}})
c = SnapReviewLint(self.test_name)
c.check_apps()
r = c.click_report
expected_counts = {'info': 5, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_one_command_capitalized(self):
'''Test check_apps() - one command (capitalized)'''
self.set_test_snap_yaml("apps", {"Fo0-Bar": {"command": "bin/foo"}})
c = SnapReviewLint(self.test_name)
c.check_apps()
r = c.click_report
expected_counts = {'info': 5, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_one_daemon(self):
'''Test check_apps() - one daemon'''
self.set_test_snap_yaml("apps", {"foo": {"command": "bin/foo",
"daemon": "single"},
})
c = SnapReviewLint(self.test_name)
c.check_apps()
r = c.click_report
expected_counts = {'info': 5, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_two_commands(self):
'''Test check_apps() - two commands'''
self.set_test_snap_yaml("apps", {"foo": {"command": "bin/foo"},
"bar": {"command": "bin/bar"},
})
c = SnapReviewLint(self.test_name)
c.check_apps()
r = c.click_report
expected_counts = {'info': 8, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_command_plus_daemon(self):
'''Test check_apps() - command and daemon'''
self.set_test_snap_yaml("apps", {"foo": {"command": "bin/foo"},
"bar": {"command": "bin/bar",
"daemon": "single"},
})
c = SnapReviewLint(self.test_name)
c.check_apps()
r = c.click_report
expected_counts = {'info': 8, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_two_daemons(self):
'''Test check_apps() - command and daemon'''
self.set_test_snap_yaml("apps", {"foo": {"command": "bin/foo",
"daemon": "single"},
"bar": {"command": "bin/bar",
"daemon": "single"},
})
c = SnapReviewLint(self.test_name)
c.check_apps()
r = c.click_report
expected_counts = {'info': 8, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_missing(self):
'''Test check_apps() - missing'''
self.set_test_snap_yaml("apps", None)
c = SnapReviewLint(self.test_name)
c.check_apps()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_bad(self):
'''Test check_apps() - bad'''
self.set_test_snap_yaml("apps", [])
c = SnapReviewLint(self.test_name)
c.check_apps()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_bad2(self):
'''Test check_apps() - empty'''
self.set_test_snap_yaml("apps", {})
c = SnapReviewLint(self.test_name)
c.check_apps()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_bad3(self):
'''Test check_apps() - missing command'''
self.set_test_snap_yaml("apps", {"foo": {"daemon": "single"},
})
c = SnapReviewLint(self.test_name)
c.check_apps()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_bad4(self):
'''Test check_apps() - unknown field'''
self.set_test_snap_yaml("apps", {"foo": {"command": "bin/foo",
"nonexistent": "abc"},
})
c = SnapReviewLint(self.test_name)
c.check_apps()
r = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_bad5(self):
'''Test check_apps() - invalid field'''
self.set_test_snap_yaml("apps", {"foo": []})
c = SnapReviewLint(self.test_name)
c.check_apps()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_bad6(self):
'''Test check_apps() - empty fields'''
self.set_test_snap_yaml("apps", {"foo": {}})
c = SnapReviewLint(self.test_name)
c.check_apps()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_bad7(self):
'''Test check_apps() - unknown field (bus-name)'''
self.set_test_snap_yaml("apps", {"foo": {"command": "bin/foo",
"bus-name": "foo"},
})
c = SnapReviewLint(self.test_name)
c.check_apps()
r = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_bad8(self):
'''Test check_apps() - bad name with .'''
self.set_test_snap_yaml("apps", {"foo.bar": {"command": "bin/foo"}})
c = SnapReviewLint(self.test_name)
c.check_apps()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_bad9(self):
'''Test check_apps() - bad name with _'''
self.set_test_snap_yaml("apps", {"foo_bar": {"command": "bin/foo"}})
c = SnapReviewLint(self.test_name)
c.check_apps()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_bad10(self):
'''Test check_apps() - bad name with /'''
self.set_test_snap_yaml("apps", {"foo/bar": {"command": "bin/foo"}})
c = SnapReviewLint(self.test_name)
c.check_apps()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_bad11(self):
'''Test check_apps() - bad name ends with -'''
self.set_test_snap_yaml("apps", {"foo-bar-": {"command": "bin/foo"}})
c = SnapReviewLint(self.test_name)
c.check_apps()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_bad12(self):
'''Test check_apps() - bad name with --'''
self.set_test_snap_yaml("apps", {"foo--bar": {"command": "bin/foo"}})
c = SnapReviewLint(self.test_name)
c.check_apps()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_command(self):
'''Test check_apps_command()'''
cmd = "bin/foo"
self.set_test_snap_yaml("apps", {"foo": {"command": cmd},
})
c = SnapReviewLint(self.test_name)
c.pkg_files.append(os.path.join('/fake', cmd))
c.check_apps_command()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_command_dotslash(self):
'''Test check_apps_command() - starts with ./'''
cmd = "bin/foo"
self.set_test_snap_yaml("apps", {"foo": {"command": "./" + cmd},
})
c = SnapReviewLint(self.test_name)
c.pkg_files.append(os.path.join('/fake', cmd))
c.check_apps_command()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_command_missing(self):
'''Test check_apps_command() - missing'''
self.set_test_snap_yaml("apps", {"foo": {}})
c = SnapReviewLint(self.test_name)
c.check_apps_command()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_command_empty(self):
'''Test check_apps_command() - empty'''
self.set_test_snap_yaml("apps", {"foo": {"command": ""},
})
c = SnapReviewLint(self.test_name)
c.check_apps_command()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_command_invalid(self):
'''Test check_apps_command() - list'''
self.set_test_snap_yaml("apps", {"foo": {"command": []},
})
c = SnapReviewLint(self.test_name)
c.check_apps_command()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_command_nonexistent(self):
'''Test check_apps_command() - nonexistent'''
cmd = "bin/foo"
self.set_test_snap_yaml("apps", {"foo": {"command": cmd},
})
c = SnapReviewLint(self.test_name)
c.check_apps_command()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_stop_command(self):
'''Test check_apps_stop_command()'''
cmd = "bin/foo"
self.set_test_snap_yaml("apps", {"foo": {"stop-command": cmd},
})
c = SnapReviewLint(self.test_name)
c.pkg_files.append(os.path.join('/fake', cmd))
c.check_apps_stop_command()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_stop_command_missing(self):
'''Test check_apps_stop_command() - missing'''
self.set_test_snap_yaml("apps", {"foo": {}})
c = SnapReviewLint(self.test_name)
c.check_apps_stop_command()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_stop_command_empty(self):
'''Test check_apps_stop_command() - empty'''
self.set_test_snap_yaml("apps", {"foo": {"stop-command": ""},
})
c = SnapReviewLint(self.test_name)
c.check_apps_stop_command()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_stop_command_invalid(self):
'''Test check_apps_stop_command() - list'''
self.set_test_snap_yaml("apps", {"foo": {"stop-command": []},
})
c = SnapReviewLint(self.test_name)
c.check_apps_stop_command()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_stop_command_nonexistent(self):
'''Test check_apps_stop_command() - nonexistent'''
cmd = "bin/foo"
self.set_test_snap_yaml("apps", {"foo": {"stop-command": cmd},
})
c = SnapReviewLint(self.test_name)
c.check_apps_stop_command()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_post_stop_command(self):
'''Test check_apps_post_stop_command()'''
cmd = "bin/foo"
self.set_test_snap_yaml("apps", {"foo": {"post-stop-command": cmd},
})
c = SnapReviewLint(self.test_name)
c.pkg_files.append(os.path.join('/fake', cmd))
c.check_apps_post_stop_command()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_post_stop_command_missing(self):
'''Test check_apps_post_stop_command() - missing'''
self.set_test_snap_yaml("apps", {"foo": {}})
c = SnapReviewLint(self.test_name)
c.check_apps_post_stop_command()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_post_stop_command_empty(self):
'''Test check_apps_post_stop_command() - empty'''
self.set_test_snap_yaml("apps", {"foo": {"post-stop-command": ""},
})
c = SnapReviewLint(self.test_name)
c.check_apps_post_stop_command()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_post_stop_command_invalid(self):
'''Test check_apps_post_stop_command() - list'''
self.set_test_snap_yaml("apps", {"foo": {"post-stop-command": []},
})
c = SnapReviewLint(self.test_name)
c.check_apps_post_stop_command()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_post_stop_command_nonexistent(self):
'''Test check_apps_post_stop_command() - nonexistent'''
cmd = "bin/foo"
self.set_test_snap_yaml("apps", {"foo": {"post-stop-command": cmd},
})
c = SnapReviewLint(self.test_name)
c.check_apps_post_stop_command()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_daemon_simple(self):
'''Test check_apps_daemon() - simple'''
entry = "simple"
self.set_test_snap_yaml("apps", {"foo": {"daemon": entry}})
c = SnapReviewLint(self.test_name)
c.check_apps_daemon()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_daemon_forking(self):
'''Test check_apps_daemon() - forking'''
entry = "forking"
self.set_test_snap_yaml("apps", {"foo": {"daemon": entry}})
c = SnapReviewLint(self.test_name)
c.check_apps_daemon()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_daemon_oneshot(self):
'''Test check_apps_daemon() - oneshot'''
entry = "oneshot"
self.set_test_snap_yaml("apps", {"foo": {"daemon": entry}})
c = SnapReviewLint(self.test_name)
c.check_apps_daemon()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_daemon_dbus(self):
'''Test check_apps_daemon() - dbus'''
entry = "dbus"
self.set_test_snap_yaml("apps", {"foo": {"daemon": entry}})
c = SnapReviewLint(self.test_name)
c.check_apps_daemon()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_daemon_missing(self):
'''Test check_apps_daemon() - missing'''
self.set_test_snap_yaml("apps", {"foo": {}})
c = SnapReviewLint(self.test_name)
c.check_apps_daemon()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_daemon_empty(self):
'''Test check_apps_daemon() - empty'''
self.set_test_snap_yaml("apps", {"foo": {"daemon": ""},
})
c = SnapReviewLint(self.test_name)
c.check_apps_daemon()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_daemon_invalid(self):
'''Test check_apps_daemon() - list'''
self.set_test_snap_yaml("apps", {"foo": {"daemon": []},
})
c = SnapReviewLint(self.test_name)
c.check_apps_daemon()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_daemon_nonexistent(self):
'''Test check_apps_daemon() - nonexistent'''
entry = "nonexistent"
self.set_test_snap_yaml("apps", {"foo": {"daemon": entry}})
c = SnapReviewLint(self.test_name)
c.check_apps_daemon()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_nondaemon(self):
'''Test check_apps_nondaemon()'''
entry = "simple"
self.set_test_snap_yaml("apps", {"foo": {"daemon": entry,
"stop-command": "bin/bar"}})
c = SnapReviewLint(self.test_name)
c.check_apps_nondaemon()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_nondaemon_command(self):
'''Test check_apps_nondaemon() - command'''
self.set_test_snap_yaml("apps", {"foo": {"command": "bin/bar"}})
c = SnapReviewLint(self.test_name)
c.check_apps_nondaemon()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_nondaemon_plugs(self):
'''Test check_apps_nondaemon() - plugs'''
self.set_test_snap_yaml("apps", {"foo": {"command": "bin/bar",
"plugs": {}}})
c = SnapReviewLint(self.test_name)
c.check_apps_nondaemon()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_nondaemon_stop(self):
'''Test check_apps_nondaemon() - stop'''
self.set_test_snap_yaml("apps", {"foo": {"command": "bin/bar",
"stop-command": "bin/bar"}})
c = SnapReviewLint(self.test_name)
c.check_apps_nondaemon()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_nondaemon_stop_timeout(self):
'''Test check_apps_nondaemon() - stop-timeout'''
self.set_test_snap_yaml("apps", {"foo": {"command": "bin/bar",
"stop-timeout": 60}})
c = SnapReviewLint(self.test_name)
c.check_apps_nondaemon()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_nondaemon_restart_condition(self):
'''Test check_apps_nondaemon() - restart-condition'''
self.set_test_snap_yaml("apps", {"foo": {"command": "bin/bar",
"restart-condition":
"never"}})
c = SnapReviewLint(self.test_name)
c.check_apps_nondaemon()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_nondaemon_post_stop_command(self):
'''Test check_apps_nondaemon() - post-stop-command'''
self.set_test_snap_yaml("apps", {"foo": {"command": "bin/bar",
"post-stop-command": "bin/bar"}})
c = SnapReviewLint(self.test_name)
c.check_apps_nondaemon()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_nondaemon_ports(self):
'''Test check_apps_nondaemon() - ports'''
ports = self._create_ports()
self.set_test_snap_yaml("apps", {"foo": {"command": "bin/bar",
"ports": ports}})
c = SnapReviewLint(self.test_name)
c.check_apps_nondaemon()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_nondaemon_socket(self):
'''Test check_apps_nondaemon() - socket'''
self.set_test_snap_yaml("apps", {"foo": {"command": "bin/bar",
"socket": True}})
c = SnapReviewLint(self.test_name)
c.check_apps_nondaemon()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_nondaemon_listen_stream(self):
'''Test check_apps_nondaemon() - listen-stream'''
self.set_test_snap_yaml("apps", {"foo": {"command": "bin/bar",
"listen-stream": "@bar"}})
c = SnapReviewLint(self.test_name)
c.check_apps_nondaemon()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_nondaemon_socket_user(self):
'''Test check_apps_nondaemon() - socket-user'''
self.set_test_snap_yaml("apps", {"foo": {"command": "bin/bar",
"socket-user": "docker"}})
c = SnapReviewLint(self.test_name)
c.check_apps_nondaemon()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_nondaemon_socket_group(self):
'''Test check_apps_nondaemon() - socket-group'''
self.set_test_snap_yaml("apps", {"foo": {"command": "bin/bar",
"socket-group": "docker"}})
c = SnapReviewLint(self.test_name)
c.check_apps_nondaemon()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_restart_condition_always(self):
'''Test check_apps_restart-condition() - always'''
entry = "always"
self.set_test_snap_yaml("apps", {"foo": {"restart-condition": entry}})
c = SnapReviewLint(self.test_name)
c.check_apps_restart_condition()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_restart_condition_never(self):
'''Test check_apps_restart-condition() - never'''
entry = "never"
self.set_test_snap_yaml("apps", {"foo": {"restart-condition": entry}})
c = SnapReviewLint(self.test_name)
c.check_apps_restart_condition()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_restart_condition_on_abnormal(self):
'''Test check_apps_restart-condition() - on-abnormal'''
entry = "on-abnormal"
self.set_test_snap_yaml("apps", {"foo": {"restart-condition": entry}})
c = SnapReviewLint(self.test_name)
c.check_apps_restart_condition()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_restart_condition_on_abort(self):
'''Test check_apps_restart-condition() - on-abort'''
entry = "on-abort"
self.set_test_snap_yaml("apps", {"foo": {"restart-condition": entry}})
c = SnapReviewLint(self.test_name)
c.check_apps_restart_condition()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_restart_condition_on_failure(self):
'''Test check_apps_restart-condition() - on-failure'''
entry = "on-failure"
self.set_test_snap_yaml("apps", {"foo": {"restart-condition": entry}})
c = SnapReviewLint(self.test_name)
c.check_apps_restart_condition()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_restart_condition_on_success(self):
'''Test check_apps_restart-condition() - on-success'''
entry = "on-success"
self.set_test_snap_yaml("apps", {"foo": {"restart-condition": entry}})
c = SnapReviewLint(self.test_name)
c.check_apps_restart_condition()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_restart_condition_missing(self):
'''Test check_apps_restart-condition() - missing'''
self.set_test_snap_yaml("apps", {"foo": {}})
c = SnapReviewLint(self.test_name)
c.check_apps_restart_condition()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_restart_condition_empty(self):
'''Test check_apps_restart-condition() - empty'''
self.set_test_snap_yaml("apps", {"foo": {"restart-condition": ""},
})
c = SnapReviewLint(self.test_name)
c.check_apps_restart_condition()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_restart_condition_invalid(self):
'''Test check_apps_restart-condition() - list'''
self.set_test_snap_yaml("apps", {"foo": {"restart-condition": []},
})
c = SnapReviewLint(self.test_name)
c.check_apps_restart_condition()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_restart_condition_nonexistent(self):
'''Test check_apps_restart-condition() - nonexistent'''
entry = "nonexistent"
self.set_test_snap_yaml("apps", {"foo": {"restart-condition": entry}})
c = SnapReviewLint(self.test_name)
c.check_apps_restart_condition()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_ports(self):
'''Test check_apps_ports()'''
ports = self._create_ports()
self.set_test_snap_yaml("apps", {"bar": {"ports": ports}})
c = SnapReviewLint(self.test_name)
c.check_apps_ports()
r = c.click_report
expected_counts = {'info': 7, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_ports_internal(self):
'''Test check_apps_ports() - internal'''
ports = self._create_ports()
del ports['external']
self.set_test_snap_yaml("apps", {"bar": {"ports": ports}})
c = SnapReviewLint(self.test_name)
c.check_apps_ports()
r = c.click_report
expected_counts = {'info': 3, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_ports_external(self):
'''Test check_apps_ports() - external'''
ports = self._create_ports()
del ports['internal']
self.set_test_snap_yaml("apps", {"bar": {"ports": ports}})
c = SnapReviewLint(self.test_name)
c.check_apps_ports()
r = c.click_report
expected_counts = {'info': 5, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_ports_empty(self):
'''Test check_apps_ports() - empty'''
self.set_test_snap_yaml("apps", {"bar": {"ports": {}}})
c = SnapReviewLint(self.test_name)
c.check_apps_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_ports_invalid(self):
'''Test check_apps_ports() - invalid'''
self.set_test_snap_yaml("apps", {"bar": {"ports": []}})
c = SnapReviewLint(self.test_name)
c.check_apps_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_ports_bad_key(self):
'''Test check_apps_ports() - bad key'''
ports = self._create_ports()
ports['xternal'] = ports['external']
del ports['external']
self.set_test_snap_yaml("apps", {"bar": {"ports": ports}})
c = SnapReviewLint(self.test_name)
c.check_apps_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_ports_missing_internal(self):
'''Test check_apps_ports() - missing internal'''
ports = self._create_ports()
del ports['internal']['int1']
self.set_test_snap_yaml("apps", {"bar": {"ports": ports}})
c = SnapReviewLint(self.test_name)
c.check_apps_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_ports_missing_external(self):
'''Test check_apps_ports() - missing external'''
ports = self._create_ports()
del ports['external']['ext1']
del ports['external']['ext2']
self.set_test_snap_yaml("apps", {"bar": {"ports": ports}})
c = SnapReviewLint(self.test_name)
c.check_apps_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_ports_missing_external_subkey(self):
'''Test check_apps_ports() - missing external subkey'''
ports = self._create_ports()
del ports['external']['ext2']['port']
self.set_test_snap_yaml("apps", {"bar": {"ports": ports}})
c = SnapReviewLint(self.test_name)
c.check_apps_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_ports_missing_internal_subkey(self):
'''Test check_apps_ports() - missing internal subkey'''
ports = self._create_ports()
del ports['internal']['int1']['port']
del ports['internal']['int1']['negotiable']
self.set_test_snap_yaml("apps", {"bar": {"ports": ports}})
c = SnapReviewLint(self.test_name)
c.check_apps_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_ports_missing_internal_port_subkey(self):
'''Test check_apps_ports() - missing internal port subkey'''
ports = self._create_ports()
del ports['internal']['int1']['port']
self.set_test_snap_yaml("apps", {"bar": {"ports": ports}})
c = SnapReviewLint(self.test_name)
c.check_apps_ports()
r = c.click_report
expected_counts = {'info': 7, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_ports_invalid_internal_subkey(self):
'''Test check_apps_ports() - invalid internal subkey'''
ports = self._create_ports()
ports['internal']['int1']['prt'] = ports['internal']['int1']['port']
self.set_test_snap_yaml("apps", {"bar": {"ports": ports}})
c = SnapReviewLint(self.test_name)
c.check_apps_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_ports_invalid_internal_port(self):
'''Test check_apps_ports() - invalid internal port'''
ports = self._create_ports()
ports['internal']['int1']['port'] = "bad/8080"
self.set_test_snap_yaml("apps", {"bar": {"ports": ports}})
c = SnapReviewLint(self.test_name)
c.check_apps_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_ports_invalid_external_port(self):
'''Test check_apps_ports() - invalid external port'''
ports = self._create_ports()
ports['external']['ext2']['port'] = []
self.set_test_snap_yaml("apps", {"bar": {"ports": ports}})
c = SnapReviewLint(self.test_name)
c.check_apps_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_ports_invalid_internal_low_port(self):
'''Test check_apps_ports() - invalid internal low port'''
ports = self._create_ports()
ports['internal']['int1']['port'] = "0/tcp"
self.set_test_snap_yaml("apps", {"bar": {"ports": ports}})
c = SnapReviewLint(self.test_name)
c.check_apps_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_ports_invalid_internal_high_port(self):
'''Test check_apps_ports() - invalid internal high port'''
ports = self._create_ports()
ports['internal']['int1']['port'] = "65536/tcp"
self.set_test_snap_yaml("apps", {"bar": {"ports": ports}})
c = SnapReviewLint(self.test_name)
c.check_apps_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_ports_invalid_internal_negotiable(self):
'''Test check_apps_ports() - invalid internal negotiable'''
ports = self._create_ports()
ports['internal']['int1']['negotiable'] = -99999999
self.set_test_snap_yaml("apps", {"bar": {"ports": ports}})
c = SnapReviewLint(self.test_name)
c.check_apps_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_ports_invalid_internal_negotiable2(self):
'''Test check_apps_ports() - invalid internal negotiable'''
ports = self._create_ports()
ports['internal']['int1']['negotiable'] = []
self.set_test_snap_yaml("apps", {"bar": {"ports": ports}})
c = SnapReviewLint(self.test_name)
c.check_apps_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_stop_timeout(self):
'''Test check_apps_stop_timeout()'''
self.set_test_snap_yaml("apps", {"bar": {"stop-timeout": 30}})
c = SnapReviewLint(self.test_name)
c.check_apps_stop_timeout()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_stop_timeout_nonexistent(self):
'''Test check_apps_stop_timeout_nonexistent()'''
self.set_test_snap_yaml("apps", {"bar": {}})
c = SnapReviewLint(self.test_name)
c.check_apps_stop_timeout()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_stop_timeout_granularity(self):
'''Test check_apps_stop_timeout()'''
self.set_test_snap_yaml("apps", {"bar": {"stop-timeout": '30s'}})
c = SnapReviewLint(self.test_name)
c.check_apps_stop_timeout()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_stop_timeout_empty(self):
'''Test check_apps_stop_timeout() - empty'''
self.set_test_snap_yaml("apps", {"bar": {"stop-timeout": ''}})
c = SnapReviewLint(self.test_name)
c.check_apps_stop_timeout()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_stop_timeout_bad(self):
'''Test check_apps_stop_timeout() - bad'''
self.set_test_snap_yaml("apps", {"bar": {"stop-timeout": 'a'}})
c = SnapReviewLint(self.test_name)
c.check_apps_stop_timeout()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_stop_timeout_bad2(self):
'''Test check_apps_stop_timeout() - bad (list)'''
self.set_test_snap_yaml("apps", {"bar": {"stop-timeout": []}})
c = SnapReviewLint(self.test_name)
c.check_apps_stop_timeout()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_stop_timeout_bad_granularity(self):
'''Test check_apps_stop_timeout() - bad with granularity'''
self.set_test_snap_yaml("apps", {"bar": {"stop-timeout": '30a'}})
c = SnapReviewLint(self.test_name)
c.check_apps_stop_timeout()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_stop_timeout_range_low(self):
'''Test check_apps_stop_timeout() - out of range (low)'''
self.set_test_snap_yaml("apps", {"bar": {"stop-timeout": -1}})
c = SnapReviewLint(self.test_name)
c.check_apps_stop_timeout()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_stop_timeout_range_high(self):
'''Test check_apps_stop_timeout() - out of range (high)'''
self.set_test_snap_yaml("apps", {"bar": {"stop-timeout": 61}})
c = SnapReviewLint(self.test_name)
c.check_apps_stop_timeout()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_socket(self):
'''Test check_apps_socket()'''
name = self.test_snap_yaml['name']
self.set_test_snap_yaml("apps", {"bar": {"socket": True,
"listen-stream":
"@%s" % name}})
c = SnapReviewLint(self.test_name)
c.check_apps_socket()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_listen_stream_path(self):
'''Test check_apps_listen_stream() - path'''
name = self.test_snap_yaml['name']
self.set_test_snap_yaml("apps", {"bar": {"listen-stream":
"/tmp/%s" % name}})
c = SnapReviewLint(self.test_name)
c.check_apps_listen_stream()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_socket_no_listen_stream(self):
'''Test check_apps_socket() - missing listen-stream'''
self.set_test_snap_yaml("apps", {"bar": {"socket": True}})
c = SnapReviewLint(self.test_name)
c.check_apps_socket()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_socket_bad(self):
'''Test check_apps_socket() - bad'''
self.set_test_snap_yaml("apps", {"bar": {"socket": ""}})
c = SnapReviewLint(self.test_name)
c.check_apps_socket()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_socket_nonexistent(self):
'''Test check_apps_socket() - nonexistent'''
self.set_test_snap_yaml("apps", {"bar": {}})
c = SnapReviewLint(self.test_name)
c.check_apps_socket()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_listen_stream_abspkgname(self):
'''Test check_apps_listen_stream() - @pkgname'''
name = self.test_snap_yaml['name']
self.set_test_snap_yaml("apps", {"bar": {"listen-stream":
"@%s" % name}})
c = SnapReviewLint(self.test_name)
c.check_apps_listen_stream()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_listen_stream_abspkgname2(self):
'''Test check_apps_listen_stream() - @pkgname_'''
name = self.test_snap_yaml['name']
self.set_test_snap_yaml("apps", {"bar": {"listen-stream":
"@%s_something" % name}})
c = SnapReviewLint(self.test_name)
c.check_apps_listen_stream()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_listen_stream_nonexistent(self):
'''Test check_apps_listen_stream() - nonexistent'''
self.set_test_snap_yaml("apps", {"bar": {}})
c = SnapReviewLint(self.test_name)
c.check_apps_listen_stream()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_listen_stream_bad(self):
'''Test check_apps_listen_stream() - bad (list)'''
self.set_test_snap_yaml("apps", {"bar": {"listen-stream": []}})
c = SnapReviewLint(self.test_name)
c.check_apps_listen_stream()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_listen_stream_bad_abstract(self):
'''Test check_apps_listen_stream() - bad (wrong name)'''
name = self.test_snap_yaml['name']
self.set_test_snap_yaml("apps", {"bar": {"listen-stream":
"@%s/nomatch" % name}})
c = SnapReviewLint(self.test_name)
c.check_apps_listen_stream()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_listen_stream_bad_relative(self):
'''Test check_apps_listen_stream() - bad (not / or @)'''
name = self.test_snap_yaml['name']
self.set_test_snap_yaml("apps", {"bar": {"listen-stream": name}})
c = SnapReviewLint(self.test_name)
c.check_apps_listen_stream()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_listen_stream_bad_path(self):
'''Test check_apps_listen_stream() - bad path'''
name = self.test_snap_yaml['name']
self.set_test_snap_yaml("apps", {"bar": {"listen-stream":
"/var/log/%s" % name}})
c = SnapReviewLint(self.test_name)
c.check_apps_listen_stream()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_listen_stream_empty(self):
'''Test check_apps_listen_stream() - empty'''
self.set_test_snap_yaml("apps", {"bar": {"listen-stream": ""}})
c = SnapReviewLint(self.test_name)
c.check_apps_listen_stream()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_socket_user(self):
'''Test check_apps_socket_user()'''
name = self.test_snap_yaml['name']
self.set_test_snap_yaml("apps", {"bar": {"socket-user": name,
"listen-stream":
"@%s" % name}})
c = SnapReviewLint(self.test_name)
c.check_apps_socket_user()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_socket_user_no_listen_stream(self):
'''Test check_apps_socket_user() - missing listen-stream'''
name = self.test_snap_yaml['name']
self.set_test_snap_yaml("apps", {"bar": {"socket-user": name}})
c = SnapReviewLint(self.test_name)
c.check_apps_socket_user()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_socket_user_bad(self):
'''Test check_apps_socket_user() - bad user'''
name = self.test_snap_yaml['name']
self.set_test_snap_yaml("apps", {"bar": {"socket-user": name + "-no",
"listen-stream":
"@%s" % name}})
c = SnapReviewLint(self.test_name)
c.check_apps_socket_user()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 2}
self.check_results(r, expected_counts)
def test_check_apps_socket_user_bad2(self):
'''Test check_apps_socket_user() - bad (list)'''
name = self.test_snap_yaml['name']
self.set_test_snap_yaml("apps", {"bar": {"socket-user": [],
"listen-stream":
"@%s" % name}})
c = SnapReviewLint(self.test_name)
c.check_apps_socket_user()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_socket_user_empty(self):
'''Test check_apps_socket_user() - empty'''
name = self.test_snap_yaml['name']
self.set_test_snap_yaml("apps", {"bar": {"socket-user": "",
"listen-stream":
"@%s" % name}})
c = SnapReviewLint(self.test_name)
c.check_apps_socket_user()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_socket_user_nonexistent(self):
'''Test check_apps_socket_user() - nonexistent'''
self.set_test_snap_yaml("apps", {"bar": {}})
c = SnapReviewLint(self.test_name)
c.check_apps_socket_user()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_socket_group(self):
'''Test check_apps_socket_group()'''
name = self.test_snap_yaml['name']
self.set_test_snap_yaml("apps", {"bar": {"socket-group": name,
"listen-stream":
"@%s" % name}})
c = SnapReviewLint(self.test_name)
c.check_apps_socket_group()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_socket_group_no_listen_stream(self):
'''Test check_apps_socket_group() - missing listen-stream'''
name = self.test_snap_yaml['name']
self.set_test_snap_yaml("apps", {"bar": {"socket-group": name}})
c = SnapReviewLint(self.test_name)
c.check_apps_socket_group()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_socket_group_bad(self):
'''Test check_apps_socket_group() - bad group'''
name = self.test_snap_yaml['name']
self.set_test_snap_yaml("apps", {"bar": {"socket-group": name + "-no",
"listen-stream":
"@%s" % name}})
c = SnapReviewLint(self.test_name)
c.check_apps_socket_group()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 2}
self.check_results(r, expected_counts)
def test_check_apps_socket_group_bad2(self):
'''Test check_apps_socket_group() - bad (list)'''
name = self.test_snap_yaml['name']
self.set_test_snap_yaml("apps", {"bar": {"socket-group": [],
"listen-stream":
"@%s" % name}})
c = SnapReviewLint(self.test_name)
c.check_apps_socket_group()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_socket_group_empty(self):
'''Test check_apps_socket_group() - empty'''
name = self.test_snap_yaml['name']
self.set_test_snap_yaml("apps", {"bar": {"socket-group": "",
"listen-stream":
"@%s" % name}})
c = SnapReviewLint(self.test_name)
c.check_apps_socket_group()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_socket_group_nonexistent(self):
'''Test check_apps_socket_group() - nonexistent'''
self.set_test_snap_yaml("apps", {"bar": {}})
c = SnapReviewLint(self.test_name)
c.check_apps_socket_group()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_plugs(self):
'''Test check_plugs()'''
plugs = self._create_top_plugs()
self.set_test_snap_yaml("plugs", plugs)
c = SnapReviewLint(self.test_name)
c.check_plugs()
r = c.click_report
expected_counts = {'info': 7, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_plugs_bad_interface(self):
'''Test check_plugs() - bad interface (list)'''
plugs = {'iface-bad': {'interface': []}}
self.set_test_snap_yaml("plugs", plugs)
c = SnapReviewLint(self.test_name)
c.check_plugs()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_plugs_empty_interface(self):
'''Test check_plugs() - empty interface'''
plugs = {'iface-empty': {'interface': ""}}
self.set_test_snap_yaml("plugs", plugs)
c = SnapReviewLint(self.test_name)
c.check_plugs()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_plugs_unspecified_interface(self):
'''Test check_plugs() - unspecified interface'''
plugs = {'content': {'target': '/path/to/some/where'}}
self.set_test_snap_yaml("plugs", plugs)
c = SnapReviewLint(self.test_name)
c.check_plugs()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_plugs_unknown_interface(self):
'''Test check_plugs() - interface (unknown)'''
plugs = {'iface-unknown': {'interface': 'nonexistent'}}
self.set_test_snap_yaml("plugs", plugs)
c = SnapReviewLint(self.test_name)
c.check_plugs()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_plugs_unknown_interface_old_security(self):
'''Test check_plugs() - interface (old-security)'''
plugs = {'iface-caps': {'interface': 'old-security',
'caps': ['network']}}
self.set_test_snap_yaml("plugs", plugs)
c = SnapReviewLint(self.test_name)
c.check_plugs()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_plugs_unspecified_unknown_interface(self):
'''Test check_plugs() - unspecified interface (unknown)'''
plugs = {'nonexistent': {'caps': ['network']}}
self.set_test_snap_yaml("plugs", plugs)
c = SnapReviewLint(self.test_name)
c.check_plugs()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_plugs_unknown_attrib(self):
'''Test check_plugs() - unknown attrib'''
plugs = {'test': {'interface': 'content',
'nonexistent': 'abc'}}
self.set_test_snap_yaml("plugs", plugs)
c = SnapReviewLint(self.test_name)
c.check_plugs()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_plugs_bad_attrib_content(self):
'''Test check_plugs() - bad attrib - content'''
plugs = {'test': {'interface': 'content',
'target': ['invalid']}}
self.set_test_snap_yaml("plugs", plugs)
c = SnapReviewLint(self.test_name)
c.check_plugs()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_plugs_wrong_attrib_content(self):
'''Test check_plugs() - content (used slot attrib with plug)'''
plugs = {'test': {'interface': 'content',
'read': '/path/to/something'}}
self.set_test_snap_yaml("plugs", plugs)
c = SnapReviewLint(self.test_name)
c.check_plugs()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_plugs_abbreviated(self):
'''Test check_plugs() - abbreviated'''
self.set_test_snap_yaml("plugs", {'nm': 'network-manager'})
c = SnapReviewLint(self.test_name)
c.check_plugs()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_plugs(self):
'''Test check_apps_plugs()'''
plugs = self._create_top_plugs()
apps_plugs = self._create_apps_plugs()
self.set_test_snap_yaml("plugs", plugs)
self.set_test_snap_yaml("apps", apps_plugs)
c = SnapReviewLint(self.test_name)
c.check_apps_plugs()
r = c.click_report
expected_counts = {'info': 8, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_no_plugs(self):
'''Test check_apps_plugs() - no plugs'''
plugs = self._create_top_plugs()
apps_plugs = {'bar': {'command': 'bin/bar'}}
self.set_test_snap_yaml("plugs", plugs)
self.set_test_snap_yaml("apps", apps_plugs)
c = SnapReviewLint(self.test_name)
c.check_apps_plugs()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_plugs_bad(self):
'''Test check_apps_plugs() - bad (dict)'''
plugs = self._create_top_plugs()
apps_plugs = {'bar': {'plugs': {}}}
self.set_test_snap_yaml("plugs", plugs)
self.set_test_snap_yaml("apps", apps_plugs)
c = SnapReviewLint(self.test_name)
c.check_apps_plugs()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_plugs_empty(self):
'''Test check_apps_plugs() - empty'''
plugs = self._create_top_plugs()
apps_plugs = {'bar': {'plugs': []}}
self.set_test_snap_yaml("plugs", plugs)
self.set_test_snap_yaml("apps", apps_plugs)
c = SnapReviewLint(self.test_name)
c.check_apps_plugs()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_plugs_bad_entry(self):
'''Test check_apps_plugs() - bad entry (dict)'''
plugs = self._create_top_plugs()
apps_plugs = {'bar': {'plugs': [{}]}}
self.set_test_snap_yaml("plugs", plugs)
self.set_test_snap_yaml("apps", apps_plugs)
c = SnapReviewLint(self.test_name)
c.check_apps_plugs()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_plugs_unknown_entry(self):
'''Test check_apps_plugs() - unknown'''
plugs = self._create_top_plugs()
apps_plugs = {'bar': {'plugs': ['nonexistent']}}
self.set_test_snap_yaml("plugs", plugs)
self.set_test_snap_yaml("apps", apps_plugs)
c = SnapReviewLint(self.test_name)
c.check_apps_plugs()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_slots(self):
'''Test check_slots()'''
slots = self._create_top_slots()
self.set_test_snap_yaml("slots", slots)
c = SnapReviewLint(self.test_name)
c.check_slots()
r = c.click_report
expected_counts = {'info': 10, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_slots_bad_interface(self):
'''Test check_slots() - bad interface (list)'''
slots = {'iface-bad': {'interface': []}}
self.set_test_snap_yaml("slots", slots)
c = SnapReviewLint(self.test_name)
c.check_slots()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_slots_empty_interface(self):
'''Test check_slots() - empty interface'''
slots = {'iface-empty': {'interface': ""}}
self.set_test_snap_yaml("slots", slots)
c = SnapReviewLint(self.test_name)
c.check_slots()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_slots_unspecified_interface(self):
'''Test check_slots() - unspecified interface'''
slots = {'bool-file': {'path': '/path/to/some/where'}}
self.set_test_snap_yaml("slots", slots)
c = SnapReviewLint(self.test_name)
c.check_slots()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_slots_wrong_attrib_content(self):
'''Test check_slots() - content (used plug attrib with slot)'''
plugs = {'test': {'interface': 'content',
'target': '/path/to/something'}}
self.set_test_snap_yaml("slots", plugs)
c = SnapReviewLint(self.test_name)
c.check_slots()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_slots_unknown_interface(self):
'''Test check_slots() - interface (unknown)'''
slots = {'iface-unknown': {'interface': 'nonexistent'}}
self.set_test_snap_yaml("slots", slots)
c = SnapReviewLint(self.test_name)
c.check_slots()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_slots_unknown_interface_old_security(self):
'''Test check_slots() - interface (old-security)'''
slots = {'iface-caps': {'interface': 'old-security',
'caps': ['network']}}
self.set_test_snap_yaml("slots", slots)
c = SnapReviewLint(self.test_name)
c.check_slots()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_slots_unspecified_unknown_interface(self):
'''Test check_slots() - unspecified interface (unknown)'''
slots = {'nonexistent': {'caps': ['network']}}
self.set_test_snap_yaml("slots", slots)
c = SnapReviewLint(self.test_name)
c.check_slots()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_slots_unknown_attrib(self):
'''Test check_slots() - unknown attrib'''
slots = {'test': {'interface': 'bool-file',
'nonexistent': 'abc'}}
self.set_test_snap_yaml("slots", slots)
c = SnapReviewLint(self.test_name)
c.check_slots()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_slots_bad_attrib_boolfile(self):
'''Test check_slots() - bad attrib - bool-file'''
slots = {'test': {'interface': 'bool-file',
'path': ['invalid']}}
self.set_test_snap_yaml("slots", slots)
c = SnapReviewLint(self.test_name)
c.check_slots()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_slots_abbreviated(self):
'''Test check_slots() - abbreviated'''
self.set_test_snap_yaml("slots", {'nm': 'network-manager'})
c = SnapReviewLint(self.test_name)
c.check_slots()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_slots(self):
'''Test check_apps_slots()'''
slots = self._create_top_slots()
self.set_test_snap_yaml("slots", slots)
apps_slots = self._create_apps_slots()
self.set_test_snap_yaml("apps", apps_slots)
c = SnapReviewLint(self.test_name)
c.check_apps_slots()
r = c.click_report
expected_counts = {'info': 6, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_no_slots(self):
'''Test check_apps_slots() - no slots'''
slots = self._create_top_slots()
apps_slots = {'bar': {'command': 'bin/bar'}}
self.set_test_snap_yaml("slots", slots)
self.set_test_snap_yaml("apps", apps_slots)
c = SnapReviewLint(self.test_name)
c.check_apps_slots()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_slots_bad(self):
'''Test check_apps_slots() - bad (dict)'''
slots = self._create_top_slots()
apps_slots = {'bar': {'slots': {}}}
self.set_test_snap_yaml("slots", slots)
self.set_test_snap_yaml("apps", apps_slots)
c = SnapReviewLint(self.test_name)
c.check_apps_slots()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_slots_empty(self):
'''Test check_apps_slots() - empty'''
slots = self._create_top_slots()
apps_slots = {'bar': {'slots': []}}
self.set_test_snap_yaml("slots", slots)
self.set_test_snap_yaml("apps", apps_slots)
c = SnapReviewLint(self.test_name)
c.check_apps_slots()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_slots_bad_entry(self):
'''Test check_apps_slots() - bad entry (dict)'''
slots = self._create_top_slots()
apps_slots = {'bar': {'slots': [{}]}}
self.set_test_snap_yaml("slots", slots)
self.set_test_snap_yaml("apps", apps_slots)
c = SnapReviewLint(self.test_name)
c.check_apps_slots()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_apps_slots_unknown_entry(self):
'''Test check_apps_slots() - unknown'''
slots = self._create_top_slots()
apps_slots = {'bar': {'slots': ['nonexistent']}}
self.set_test_snap_yaml("slots", slots)
self.set_test_snap_yaml("apps", apps_slots)
c = SnapReviewLint(self.test_name)
c.check_apps_slots()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_epoch(self):
'''Test check_epoch'''
self.set_test_snap_yaml("epoch", 2)
c = SnapReviewLint(self.test_name)
c.check_epoch()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_epoch_negative(self):
'''Test check_epoch - negative'''
self.set_test_snap_yaml("epoch", -1)
c = SnapReviewLint(self.test_name)
c.check_epoch()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_epoch_decimal(self):
'''Test check_epoch - decimal'''
self.set_test_snap_yaml("epoch", 1.01)
c = SnapReviewLint(self.test_name)
c.check_epoch()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_epoch_missing(self):
'''Test check_epoch - not present'''
self.set_test_snap_yaml("epoch", None)
c = SnapReviewLint(self.test_name)
c.check_epoch()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_epoch_bad(self):
'''Test check_epoch - string'''
self.set_test_snap_yaml("epoch", "abc")
c = SnapReviewLint(self.test_name)
c.check_epoch()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_confinement_strict(self):
'''Test check_confinement - strict'''
self.set_test_snap_yaml("confinement", "strict")
c = SnapReviewLint(self.test_name)
c.check_confinement()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_confinement_devmode(self):
'''Test check_confinement - devmode'''
self.set_test_snap_yaml("confinement", "devmode")
c = SnapReviewLint(self.test_name)
c.check_confinement()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_confinement_os(self):
'''Test check_confinement - os'''
self.set_test_snap_yaml("confinement", "strict")
self.set_test_snap_yaml("type", "os")
c = SnapReviewLint(self.test_name)
c.check_confinement()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_confinement_kernel(self):
'''Test check_confinement - kernel'''
self.set_test_snap_yaml("confinement", "strict")
self.set_test_snap_yaml("type", "kernel")
c = SnapReviewLint(self.test_name)
c.check_confinement()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_confinement_missing(self):
'''Test check_confinement - missing'''
self.set_test_snap_yaml("confinement", None)
c = SnapReviewLint(self.test_name)
c.check_confinement()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_confinement_nonexistent(self):
'''Test check_confinement - nonexistent'''
self.set_test_snap_yaml("confinement", "nonexistent")
c = SnapReviewLint(self.test_name)
c.check_confinement()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_confinement_bad(self):
'''Test check_confinement - bad (boolean)'''
self.set_test_snap_yaml("confinement", True)
c = SnapReviewLint(self.test_name)
c.check_confinement()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_confinement_bad2(self):
'''Test check_confinement - bad (yaml true)'''
self.set_test_snap_yaml("confinement", 'true')
c = SnapReviewLint(self.test_name)
c.check_confinement()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_environment(self):
'''Test check_environment'''
env = {'ENV1': "value",
'ENV2': "value2",
}
self.set_test_snap_yaml("environment", env)
c = SnapReviewLint(self.test_name)
c.check_environment()
r = c.click_report
expected_counts = {'info': 5, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_apps_environment(self):
'''Test check_environment'''
env = {'ENV1': "value",
'ENV2': "value2",
}
apps = {'app1': {'environment': env},
'app2': {'environment': env},
'app3': {'environment': env},
'app4': {'environment': env},
}
self.set_test_snap_yaml("apps", apps)
c = SnapReviewLint(self.test_name)
c.check_apps_environment()
r = c.click_report
expected_counts = {'info': 20, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_environment_bad_equal(self):
'''Test check_environment - bad - ='''
env = {'ENV1=': "value",
}
self.set_test_snap_yaml("environment", env)
c = SnapReviewLint(self.test_name)
c.check_environment()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_environment_bad_null(self):
'''Test check_environment - bad - \0'''
env = {'E\0NV1': "value",
}
self.set_test_snap_yaml("environment", env)
c = SnapReviewLint(self.test_name)
c.check_environment()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_environment_not_portable(self):
'''Test check_environment - not portable: starts with number'''
env = {'1ENV': "value",
}
self.set_test_snap_yaml("environment", env)
c = SnapReviewLint(self.test_name)
c.check_environment()
r = c.click_report
expected_counts = {'info': 3, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_environment_not_portable2(self):
'''Test check_environment - not portable - lower case'''
env = {'EnV1': "value",
}
self.set_test_snap_yaml("environment", env)
c = SnapReviewLint(self.test_name)
c.check_environment()
r = c.click_report
expected_counts = {'info': 3, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_environment_unusual(self):
'''Test check_environment - unusual'''
env = {'En:V1': "value",
}
self.set_test_snap_yaml("environment", env)
c = SnapReviewLint(self.test_name)
c.check_environment()
r = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_environment_bad_env(self):
'''Test check_environment - bad env - list'''
env = []
self.set_test_snap_yaml("environment", env)
c = SnapReviewLint(self.test_name)
c.check_environment()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_environment_bad_value(self):
'''Test check_environment - bad value - list'''
env = {'ENV1': [],
}
self.set_test_snap_yaml("environment", env)
c = SnapReviewLint(self.test_name)
c.check_environment()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
class TestSnapReviewLintNoMock(TestCase):
"""Tests without mocks where they are not needed."""
def setUp(self):
# XXX cleanup_unpack() is required because global variables
# UNPACK_DIR, RAW_UNPACK_DIR are initialised to None at module
# load time, but updated when a real (non-Mock) test runs, such as
# here. While, at the same time, two of the existing tests using
# mocks depend on both global vars being None. Ideally, those
# global vars should be refactored away.
self.addCleanup(cleanup_unpack)
super().setUp()
def mkdtemp(self):
"""Create a temp dir which is cleaned up after test."""
tmp_dir = tempfile.mkdtemp()
self.addCleanup(shutil.rmtree, tmp_dir)
return tmp_dir
def check_results(self, report,
expected_counts={'info': 1, 'warn': 0, 'error': 0},
expected=None):
common_check_results(self, report, expected_counts, expected)
def test_check_external_symlinks(self):
'''Test check_external_symlinks()'''
package = utils.make_snap2(output_dir=self.mkdtemp())
c = SnapReviewLint(package)
c.check_external_symlinks()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_external_symlinks_has_symlink(self):
'''Test check_external_symlinks() - has symlink'''
package = utils.make_snap2(output_dir=self.mkdtemp(),
extra_files=['/some/where,outside']
)
c = SnapReviewLint(package)
c.check_external_symlinks()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_external_symlinks_has_symlink_libc6(self):
'''Test check_external_symlinks() - has symlink for libc6'''
package = utils.make_snap2(output_dir=self.mkdtemp(),
extra_files=['/usr/lib/x86_64-linux-gnu/libmvec.so,libmvec.so']
)
c = SnapReviewLint(package)
c.check_external_symlinks()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_external_symlinks_has_symlink_libc6_ld_linux(self):
'''Test check_external_symlinks() - ld-linux-x86-64.so.2'''
package = utils.make_snap2(output_dir=self.mkdtemp(),
extra_files=['/lib64/ld-linux-x86-64.so.2,ld-linux-x86-64.so.2']
)
c = SnapReviewLint(package)
c.check_external_symlinks()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_external_symlinks_type_kernel(self):
'''Test check_external_symlinks() - type kernel'''
output_dir = self.mkdtemp()
path = os.path.join(output_dir, 'snap.yaml')
content = '''
name: test
version: 0.1
summary: some thing
description: some desc
architectures: [ amd64 ]
type: kernel
'''
with open(path, 'w') as f:
f.write(content)
package = utils.make_snap2(output_dir=output_dir,
extra_files=['%s:meta/snap.yaml' % path,
'/some/where,outside']
)
c = SnapReviewLint(package)
c.check_external_symlinks()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_external_symlinks_has_symlink_gadget(self):
'''Test check_external_symlinks() - has symlink (gadget)'''
output_dir = self.mkdtemp()
path = os.path.join(output_dir, 'snap.yaml')
content = '''
name: test
version: 0.1
summary: some thing
description: some desc
type: gadget
'''
with open(path, 'w') as f:
f.write(content)
package = utils.make_snap2(output_dir=output_dir,
extra_files=['%s:meta/snap.yaml' % path,
'/some/where,outside']
)
c = SnapReviewLint(package)
c.check_external_symlinks()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_external_symlinks_os(self):
'''Test check_external_symlinks() - os'''
output_dir = self.mkdtemp()
path = os.path.join(output_dir, 'snap.yaml')
content = '''
name: test
version: 0.1
summary: some thing
description: some desc
type: os
'''
with open(path, 'w') as f:
f.write(content)
package = utils.make_snap2(output_dir=output_dir,
extra_files=['%s:meta/snap.yaml' % path]
)
c = SnapReviewLint(package)
c.check_external_symlinks()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_architecture_all(self):
'''Test check_architecture_all()'''
package = utils.make_snap2(output_dir=self.mkdtemp())
c = SnapReviewLint(package)
c.check_architecture_all()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_architecture_all_amd64(self):
'''Test check_architecture_all() - amd64'''
output_dir = self.mkdtemp()
path = os.path.join(output_dir, 'snap.yaml')
content = '''
name: test
version: 0.1
summary: some thing
description: some desc
architectures: [ amd64 ]
'''
with open(path, 'w') as f:
f.write(content)
package = utils.make_snap2(output_dir=output_dir,
extra_files=['%s:meta/snap.yaml' % path]
)
c = SnapReviewLint(package)
c.check_architecture_all()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_architecture_all_has_binary(self):
'''Test check_architecture_all() - has binary'''
package = utils.make_snap2(output_dir=self.mkdtemp(),
extra_files=['/bin/ls:ls']
)
c = SnapReviewLint(package)
c.check_architecture_all()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_architecture_all_skips_pyc(self):
'''Test check_architecture_all() - skips .pyc'''
# copy /bin/ls to foo.pyc since ls is a binary
package = utils.make_snap2(output_dir=self.mkdtemp(),
extra_files=['/bin/ls:foo.pyc']
)
c = SnapReviewLint(package)
c.check_architecture_all()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_architecture_specified_needed_has_binary(self):
'''Test check_architecture_specified_needed() - has binary'''
output_dir = self.mkdtemp()
path = os.path.join(output_dir, 'snap.yaml')
content = '''
name: test
version: 0.1
summary: some thing
description: some desc
architectures: [ amd64 ]
'''
with open(path, 'w') as f:
f.write(content)
package = utils.make_snap2(output_dir=output_dir,
extra_files=['%s:meta/snap.yaml' % path,
'/bin/ls:ls'
]
)
c = SnapReviewLint(package)
c.check_architecture_specified_needed()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_architecture_specified_needed(self):
'''Test check_architecture_specified_needed()'''
output_dir = self.mkdtemp()
path = os.path.join(output_dir, 'snap.yaml')
content = '''
name: test
version: 0.1
summary: some thing
description: some desc
architectures: [ amd64 ]
'''
with open(path, 'w') as f:
f.write(content)
package = utils.make_snap2(output_dir=output_dir,
extra_files=['%s:meta/snap.yaml' % path]
)
c = SnapReviewLint(package)
c.check_architecture_specified_needed()
r = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_vcs(self):
'''Test check_vcs()'''
package = utils.make_snap2(output_dir=self.mkdtemp())
c = SnapReviewLint(package)
c.check_vcs()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_vcs_bzrignore(self):
'''Test check_vcs() - .bzrignore'''
package = utils.make_snap2(output_dir=self.mkdtemp(),
extra_files=['.bzrignore']
)
c = SnapReviewLint(package)
c.check_vcs()
r = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_plugs_lp1579201(self):
'''Test check_architecture_all() - amd64'''
output_dir = self.mkdtemp()
path = os.path.join(output_dir, 'snap.yaml')
content = '''
name: test
version: 0.1
summary: some thing
description: some desc
architectures: [ amd64 ]
plugs:
network: null
'''
with open(path, 'w') as f:
f.write(content)
package = utils.make_snap2(output_dir=output_dir,
extra_files=['%s:meta/snap.yaml' % path]
)
c = SnapReviewLint(package)
c.check_plugs()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
click-reviewers-tools-0.44~16.04.1/clickreviews/tests/__init__.py 0000664 0000000 0000000 00000000000 12666350676 021467 0 ustar click-reviewers-tools-0.44~16.04.1/clickreviews/tests/test_cr_desktop.py 0000664 0000000 0000000 00000123075 12666350676 023146 0 ustar '''test_cr_desktop.py: tests for the cr_desktop module'''
#
# Copyright (C) 2013 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from clickreviews.cr_desktop import ClickReviewDesktop
import clickreviews.cr_tests as cr_tests
class TestClickReviewDesktop(cr_tests.TestClickReview):
"""Tests for the desktop review tool."""
def test_check_desktop_file(self):
'''Test check_desktop_file()'''
c = ClickReviewDesktop(self.test_name)
c.check_desktop_file()
r = c.click_report
expected = dict()
expected['info'] = dict()
expected['warn'] = dict()
expected['error'] = dict()
name = c._get_check_name('files_usable')
expected['info'][name] = {"text": "OK"}
self.check_results(r, expected=expected)
def test_check_desktop_file_valid(self):
'''Test check_desktop_file_valid()'''
c = ClickReviewDesktop(self.test_name)
c.check_desktop_file_valid()
r = c.click_report
expected = dict()
expected['info'] = dict()
expected['warn'] = dict()
expected['error'] = dict()
name = c._get_check_name('validates', app=self.default_appname)
expected['info'][name] = {"text": "OK"}
self.check_results(r, expected=expected)
def test_check_desktop_file_valid_missing_exec(self):
'''Test check_desktop_file_valid() - missing Exec'''
c = ClickReviewDesktop(self.test_name)
self.set_test_desktop(self.default_appname,
"Exec", None)
c.check_desktop_file_valid()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_exec_has_deprecated_exec(self):
'''Test check_desktop_exec() - Exec has deprecated exec'''
c = ClickReviewDesktop(self.test_name)
self.set_test_desktop(self.default_appname,
"Exec", "cordova-ubuntu-2.8 .")
c.check_desktop_exec()
r = c.click_report
expected_counts = {'info': 0, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_file_has_valid_exec(self):
'''Test check_desktop_exec() - Exec has valid exec'''
c = ClickReviewDesktop(self.test_name)
self.set_test_desktop(self.default_appname,
"Exec", "qmlscene $@ myApp.qml")
c.check_desktop_exec()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_file_valid_empty_name(self):
'''Test check_desktop_file_valid() - empty Name'''
c = ClickReviewDesktop(self.test_name)
self.set_test_desktop(self.default_appname,
"Name", "")
c.check_desktop_file_valid()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_required_keys(self):
'''Test check_desktop_required_keys()'''
c = ClickReviewDesktop(self.test_name)
c.check_desktop_required_keys()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_required_keys_missing(self):
'''Test check_desktop_required_keys()'''
c = ClickReviewDesktop(self.test_name)
self.set_test_desktop(self.default_appname,
"Name", None)
c.check_desktop_required_keys()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_x_ubuntu_gettext_domain_missing(self):
'''Test check_desktop_x_ubuntu_gettext_domain when missing'''
c = ClickReviewDesktop(self.test_name)
self.set_test_desktop(self.default_appname,
"X-Ubuntu-Gettext-Domain", None)
c.check_desktop_x_ubuntu_gettext_domain()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_x_ubuntu_gettext_domain_empty(self):
'''Test check_desktop_x_ubuntu_gettext_domain when empty'''
c = ClickReviewDesktop(self.test_name)
self.set_test_desktop(self.default_appname,
"X-Ubuntu-Gettext-Domain", "")
c.check_desktop_x_ubuntu_gettext_domain()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_x_ubuntu_gettext_domain_valid(self):
'''Test check_desktop_x_ubuntu_gettext_domain valid'''
c = ClickReviewDesktop(self.test_name)
self.set_test_desktop(self.default_appname,
"X-Ubuntu-Gettext-Domain",
self.test_control['Package'])
c.check_desktop_x_ubuntu_gettext_domain()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_x_ubuntu_gettext_domain_mismatch(self):
'''Test check_desktop_x_ubuntu_gettext_domain doesn't match'''
c = ClickReviewDesktop(self.test_name)
self.set_test_desktop(self.default_appname,
"X-Ubuntu-Gettext-Domain",
"com.example.mismatch")
c.check_desktop_x_ubuntu_gettext_domain()
r = c.click_report
expected_counts = {'info': 0, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webapp_args_with_url_patterns(self):
'''Test check_desktop_exec_webapp_args with --webappUrlPatterns'''
for exe in ['webbrowser-app --webapp', 'webapp-container']:
c = ClickReviewDesktop(self.test_name)
ex = "%s --enable-back-forward --webapp " % exe + \
"--webappUrlPatterns=https?://mobile.twitter.com/* " + \
"http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webapp_args()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webapp_args_with_model_search_path(self):
'''Test check_desktop_exec_webapp_args with --webappModelSearchPath'''
c = ClickReviewDesktop(self.test_name)
for exe in ['webbrowser-app --webapp', 'webapp-container']:
ex = "%s --enable-back-forward " % exe + \
"--webappModelSearchPath=. " + \
"http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webapp_args()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webapp_args_without_required(self):
'''Test check_desktop_exec_webapp_args without required'''
for exe in ['webbrowser-app --webapp', 'webapp-container']:
c = ClickReviewDesktop(self.test_name)
ex = "%s --enable-back-forward " % exe + \
"http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webapp_args()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webapp_args_without_optional(self):
'''Test check_desktop_exec_webapp_args without optional
--enable-back-forward'''
for exe in ['webbrowser-app --webapp', 'webapp-container']:
c = ClickReviewDesktop(self.test_name)
ex = "%s " % exe + \
"--webappUrlPatterns=https?://mobile.twitter.com/* " + \
"http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webapp_args()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webapp_args_with_both_required(self):
'''Test check_desktop_exec_webbrowser with both required'''
for exe in ['webbrowser-app --webapp', 'webapp-container']:
c = ClickReviewDesktop(self.test_name)
ex = "%s --enable-back-forward " % exe + \
"--webappUrlPatterns=https?://mobile.twitter.com/* " + \
"--webappModelSearchPath=. " + \
"http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webapp_args()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_missing_exec(self):
'''Test check_desktop_exec_webbrowser - missing exec'''
c = ClickReviewDesktop(self.test_name)
self.set_test_desktop(self.default_appname,
"Exec",
None)
c.check_desktop_exec_webbrowser()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_missing_webapp(self):
'''Test check_desktop_exec_webbrowser - missing --webapp'''
c = ClickReviewDesktop(self.test_name)
ex = "webbrowser-app --enable-back-forward " + \
"--webappUrlPatterns=https?://mobile.twitter.com/* " + \
"http://mobile.twitter.com"
c = ClickReviewDesktop(self.test_name)
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_non1310(self):
'''Test check_desktop_exec_webbrowser without 13.10'''
self.set_test_manifest("framework", "not-ubuntu-sdk-13.10")
c = ClickReviewDesktop(self.test_name)
ex = "webbrowser-app --webapp --enable-back-forward " + \
"--webappUrlPatterns=https?://mobile.twitter.com/* " + \
"http://mobile.twitter.com"
c = ClickReviewDesktop(self.test_name)
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webapp_container_has_webapp(self):
'''Test check_desktop_exec_webapp_container - has --webapp'''
c = ClickReviewDesktop(self.test_name)
ex = "webapp-container --enable-back-forward --webapp " + \
"--webappUrlPatterns=https?://mobile.twitter.com/* " + \
"http://mobile.twitter.com"
c = ClickReviewDesktop(self.test_name)
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webapp_container()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webapp_container_1310a(self):
'''Test check_desktop_exec_webapp_container on 13.10 framework'''
c = ClickReviewDesktop(self.test_name)
ex = "webapp-container --enable-back-forward " + \
"--webappUrlPatterns=https?://mobile.twitter.com/* " + \
"http://mobile.twitter.com"
c = ClickReviewDesktop(self.test_name)
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webapp_container()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webapp_container_1310b(self):
'''Test check_desktop_exec_webapp_container on non-13.10 framework'''
self.set_test_manifest("framework", "not-ubuntu-sdk-13.10")
c = ClickReviewDesktop(self.test_name)
ex = "webapp-container --enable-back-forward " + \
"--webappUrlPatterns=https?://mobile.twitter.com/* " + \
"http://mobile.twitter.com"
c = ClickReviewDesktop(self.test_name)
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webapp_container()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webapp_container_html5_launcher_1410(self):
'''Test check_desktop_exec_webapp_container - html5 launcher 14.10'''
self.set_test_manifest("framework", "ubuntu-sdk-14.10")
ex = "ubuntu-html5-app-launcher $@ --www=www"
c = ClickReviewDesktop(self.test_name)
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webapp_container()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webapp_container_html5_launcher_1510(self):
'''Test check_desktop_exec_webapp_container - html5 launcher 15.10'''
self.set_test_manifest("framework", "ubuntu-sdk-15.10")
ex = "ubuntu-html5-app-launcher $@ --www=www"
c = ClickReviewDesktop(self.test_name)
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webapp_container()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webapp_container_missing_exec(self):
'''Test check_desktop_exec_webapp_container - missing exec'''
c = ClickReviewDesktop(self.test_name)
self.set_test_desktop(self.default_appname,
"Exec",
None)
c.check_desktop_exec_webapp_container()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_urlpatterns_valid(self):
'''Test check_desktop_exec_webbrowser_urlpatterns() valid'''
c = ClickReviewDesktop(self.test_name)
ex = "webbrowser-app --enable-back-forward --webapp " + \
"--webappUrlPatterns=https?://mobile.twitter.com/* " + \
"http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_urlpatterns()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_urlpatterns_missing_exec(self):
'''Test check_desktop_exec_webbrowser_urlpatterns() - missing exec'''
c = ClickReviewDesktop(self.test_name)
self.set_test_desktop(self.default_appname,
"Exec",
None)
c.check_desktop_exec_webbrowser_urlpatterns()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_urlpatterns_missing_arg(self):
'''Test check_desktop_exec_webbrowser_urlpatterns() missing arg'''
c = ClickReviewDesktop(self.test_name)
ex = "webbrowser-app --enable-back-forward --webapp " + \
"http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_urlpatterns()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_urlpatterns_multiple_args(self):
'''Test check_desktop_exec_webbrowser_urlpatterns() multiple args'''
c = ClickReviewDesktop(self.test_name)
ex = "webbrowser-app --enable-back-forward --webapp " + \
"--webappUrlPatterns=https?://mobile.twitter.com/* " + \
"--webappUrlPatterns=https?://mobile.twitter.com/* " + \
"http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_urlpatterns()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_urlpatterns_no_https(self):
'''Test check_desktop_exec_webbrowser_urlpatterns() missing https?'''
c = ClickReviewDesktop(self.test_name)
ex = "webbrowser-app --enable-back-forward --webapp " + \
"--webappUrlPatterns=http://mobile.twitter.com/* " + \
"http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_urlpatterns()
r = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_urlpatterns_no_trailing_glob(self):
'''Test check_desktop_exec_webbrowser_urlpatterns() no trailing glob'''
c = ClickReviewDesktop(self.test_name)
ex = "webbrowser-app --enable-back-forward --webapp " + \
"--webappUrlPatterns=https?://mobile.twitter.com/ " + \
"http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_urlpatterns()
r = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_urlpatterns_trailing_glob1(self):
'''Test check_desktop_exec_webbrowser_urlpatterns() - trailing glob1'''
c = ClickReviewDesktop(self.test_name)
ex = "webbrowser-app --enable-back-forward --webapp " + \
"--webappUrlPatterns=https?://mobile.twitter.com/* " + \
"http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_urlpatterns()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_urlpatterns_trailing_glob2(self):
'''Test check_desktop_exec_webbrowser_urlpatterns() - trailing glob2'''
c = ClickReviewDesktop(self.test_name)
ex = "webbrowser-app --enable-back-forward --webapp " + \
"--webappUrlPatterns=https?://m.bbc.co.uk/sport* " + \
"http://m.bbc.co.uk/sport"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_urlpatterns()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_urlpatterns_trailing_glob3(self):
'''Test check_desktop_exec_webbrowser_urlpatterns() - trailing glob3'''
c = ClickReviewDesktop(self.test_name)
ex = "webbrowser-app --enable-back-forward --webapp " + \
"--webappUrlPatterns=https?://*.bbc.co.uk/sport* " + \
"http://*.bbc.co.uk/sport"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_urlpatterns()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_urlpatterns_trailing_glob4(self):
'''Test check_desktop_exec_webbrowser_urlpatterns() - trailing glob4'''
c = ClickReviewDesktop(self.test_name)
ex = "webbrowser-app --enable-back-forward --webapp " + \
"--webappUrlPatterns=https?://www.bbc.co.uk* " + \
"http://www.bbc.co.uk"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_urlpatterns()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_urlpatterns_embedded_glob(self):
'''Test check_desktop_exec_webbrowser_urlpatterns() embedded glob'''
c = ClickReviewDesktop(self.test_name)
ex = "webbrowser-app --enable-back-forward --webapp " + \
"--webappUrlPatterns=https?://mobile.twitter.com*/* " + \
"http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_urlpatterns()
r = c.click_report
expected_counts = {'info': None, 'warn': 2, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_urlpatterns_leading_glob(self):
'''Test check_desktop_exec_webbrowser_urlpatterns() leading glob'''
c = ClickReviewDesktop(self.test_name)
ex = "webbrowser-app --enable-back-forward --webapp " + \
"--webappUrlPatterns=https?://*.twitter.com/* " + \
"http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_urlpatterns()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_urlpatterns_target_mismatch(self):
'''Test check_desktop_exec_webbrowser_urlpatterns() target mismatch'''
c = ClickReviewDesktop(self.test_name)
ex = "webbrowser-app --enable-back-forward --webapp " + \
"--webappUrlPatterns=https?://mobile.twitter.com/* " + \
"http://mobile.twitter.net"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_urlpatterns()
r = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_urlpatterns_target_mismatch2(self):
'''Test check_desktop_exec_webbrowser_urlpatterns() target mismatch2'''
c = ClickReviewDesktop(self.test_name)
# this shouldn't error or warn, but should give info
ex = "webbrowser-app --enable-back-forward --webapp " + \
"--webappUrlPatterns=https?://mobile.twitter.com/* " + \
"ftp://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_urlpatterns()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_urlpatterns_target_mismatch3(self):
'''Test check_desktop_exec_webbrowser_urlpatterns() target mismatch3'''
c = ClickReviewDesktop(self.test_name)
# this shouldn't error or warn, but should give info
ex = "webbrowser-app --enable-back-forward --webapp " + \
"--webappUrlPatterns=https?://mobile.twitter.com/*," + \
"https?://nonmatch.twitter.com/* " + \
"http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_urlpatterns()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_urlpatterns_target_missing(self):
'''Test check_desktop_exec_webbrowser_urlpatterns() target missing'''
c = ClickReviewDesktop(self.test_name)
ex = "webbrowser-app --enable-back-forward --webapp " + \
"--webappUrlPatterns=https?://mobile.twitter.com/*"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_urlpatterns()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_modelsearchpath_valid(self):
'''Test check_desktop_exec_webbrowser_modelsearchpath() valid'''
c = ClickReviewDesktop(self.test_name)
self.set_test_webapp_manifest("unity-webapps-foo/manifest.json",
"name", "foo")
self.set_test_webapp_manifest("unity-webapps-foo/manifest.json",
"includes",
['https?://mobile.twitter.com/*'])
ex = "webbrowser-app --enable-back-forward --webapp " + \
"--webappModelSearchPath=. http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_modelsearchpath()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_modelsearchpath_missing_exec(self):
'''Test check_desktop_exec_webbrowser_modelsearchpath - missing exec'''
c = ClickReviewDesktop(self.test_name)
self.set_test_desktop(self.default_appname,
"Exec",
None)
c.check_desktop_exec_webbrowser_modelsearchpath()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_modelsearchpath_missing_arg(self):
'''Test check_desktop_exec_webbrowser_modelsearchpath() missing arg'''
c = ClickReviewDesktop(self.test_name)
ex = "webbrowser-app --enable-back-forward --webapp " + \
"http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_modelsearchpath()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_modelsearchpath_multiple_args(self):
'''Test check_desktop_exec_webbrowser_modelsearchpath multiple args'''
c = ClickReviewDesktop(self.test_name)
ex = "webbrowser-app --enable-back-forward --webapp " + \
"--webappModelSearchPath=. " + \
"--webappModelSearchPath=. " + \
"http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_modelsearchpath()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_modelsearchpath_empty(self):
'''Test check_desktop_exec_webbrowser_modelsearchpath() empty'''
c = ClickReviewDesktop(self.test_name)
ex = "webbrowser-app --enable-back-forward --webapp " + \
"--webappModelSearchPath= http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_modelsearchpath()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_modelsearchpath_no_manifest(self):
'''Test check_desktop_exec_webbrowser_modelsearchpath() no manifest'''
c = ClickReviewDesktop(self.test_name)
ex = "webbrowser-app --enable-back-forward --webapp " + \
"--webappModelSearchPath=. http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_modelsearchpath()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_modelsearchpath_bad_manifest(self):
'''Test check_desktop_exec_webbrowser_modelsearchpath() bad manifest'''
c = ClickReviewDesktop(self.test_name)
self.set_test_webapp_manifest("unity-webapps-foo/manifest.json",
None, None)
ex = "webbrowser-app --enable-back-forward --webapp " + \
"--webappModelSearchPath=. http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_modelsearchpath()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_modelsearchpath_mult_manifest(self):
'''Test check_desktop_exec_webbrowser_modelsearchpath mult manifest'''
c = ClickReviewDesktop(self.test_name)
self.set_test_webapp_manifest("unity-webapps-foo/manifest.json",
"name", "foo")
self.set_test_webapp_manifest("unity-webapps-bar/manifest.json",
"name", "bar")
ex = "webbrowser-app --enable-back-forward --webapp " + \
"--webappModelSearchPath=. http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_modelsearchpath()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_modelsearchpath_bad_includes(self):
'''Test check_desktop_exec_webbrowser_modelsearchpath() bad includes'''
c = ClickReviewDesktop(self.test_name)
self.set_test_webapp_manifest("unity-webapps-foo/manifest.json",
"name", "foo")
self.set_test_webapp_manifest("unity-webapps-foo/manifest.json",
"includes", "not list")
ex = "webbrowser-app --enable-back-forward --webapp " + \
"--webappModelSearchPath=. http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_modelsearchpath()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_modelsearchpath_no_includes(self):
'''Test check_desktop_exec_webbrowser_modelsearchpath() no includes'''
c = ClickReviewDesktop(self.test_name)
self.set_test_webapp_manifest("unity-webapps-foo/manifest.json",
"name", "foo")
ex = "webbrowser-app --enable-back-forward --webapp " + \
"--webappModelSearchPath=. http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_modelsearchpath()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_modelsearchpath_mismatch(self):
'''Test check_desktop_exec_webbrowser_modelsearchpath() no includes'''
c = ClickReviewDesktop(self.test_name)
self.set_test_webapp_manifest("unity-webapps-foo/manifest.json",
"name", "foo")
self.set_test_webapp_manifest("unity-webapps-foo/manifest.json",
"includes",
['https?://mobile.twitter.net/*'])
ex = "webbrowser-app --enable-back-forward --webapp " + \
"--webappModelSearchPath=. http://mobile.twitter.com"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webbrowser_modelsearchpath()
r = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_local_app(self):
'''Test test_check_desktop_exec_webbrowser_local_app() local app'''
c = ClickReviewDesktop(self.test_name)
ex = "webapp-container ./www/index.html"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webapp_args()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_no_homepage(self):
'''Test check_desktop_exec_webbrowser_no_homepage() not local app'''
c = ClickReviewDesktop(self.test_name)
self.set_test_webapp_manifest("unity-webapps-foo/manifest.json",
"name", "foo")
self.set_test_webapp_manifest("unity-webapps-foo/manifest.json",
"includes",
['https?://mobile.twitter.net/*'])
ex = "webapp-container --webapp='Zm9v' " + \
"--enable-back-forward --webappModelSearchPath=."
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webapp_args()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_field_code(self):
'''Test check_desktop_exec_webbrowser_field_code() with field code'''
c = ClickReviewDesktop(self.test_name)
self.set_test_webapp_manifest("unity-webapps-foo/manifest.json",
"name", "foo")
self.set_test_webapp_manifest("unity-webapps-foo/manifest.json",
"includes",
['https?://mobile.twitter.net/*'])
ex = "webapp-container --webapp='Zm9v' " + \
"--enable-back-forward --webappModelSearchPath=. %u"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webapp_args()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_local_pattern(self):
'''Test test_check_desktop_exec_webbrowser_local_pattern() invalid pattern'''
c = ClickReviewDesktop(self.test_name)
ex = "webapp-container " + \
"--webappUrlPatterns=https?://mobile.twitter.com/* " + \
"./www/index.html"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webapp_args()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_local_webapp(self):
'''Test test_check_desktop_exec_webbrowser_local_webapp() invalid webapp cli'''
c = ClickReviewDesktop(self.test_name)
ex = "webapp-container " + \
"--webapp=DEADBEEF " + \
"./www/index.html"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webapp_args()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_exec_webbrowser_local_model(self):
'''Test test_check_desktop_exec_webbrowser_local_model() invalid model'''
c = ClickReviewDesktop(self.test_name)
ex = "webapp-container " + \
"--webappModelSearchPath=. " + \
"./www/index.html"
self.set_test_desktop(self.default_appname,
"Exec",
ex)
c.check_desktop_exec_webapp_args()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_peer_hooks(self):
'''Test check_peer_hooks()'''
c = ClickReviewDesktop(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["desktop"] = "foo.desktop"
# add any required peer hooks
tmp["apparmor"] = "foo.apparmor"
# update the manifest and test_manifest
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks()
r = c.click_report
# We should end up with 2 info
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_peer_hooks_disallowed(self):
'''Test check_peer_hooks() - disallowed'''
c = ClickReviewDesktop(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["desktop"] = "foo.desktop"
# add any required peer hooks
tmp["desktop"] = "foo.desktop"
tmp["apparmor"] = "foo.apparmor"
# add something not allowed
tmp["nonexistent"] = "nonexistent-hook"
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_peer_hooks_required(self):
'''Test check_peer_hooks() - required'''
c = ClickReviewDesktop(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["desktop"] = "foo.desktop"
# skip adding required hooks
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_desktop_file_snappy_1504(self):
'''Test check_desktop_file() - snappy 15.04'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewDesktop(self.test_name)
c.check_desktop_file()
r = c.click_report
expected = dict()
expected['info'] = dict()
expected['warn'] = dict()
expected['error'] = dict()
name = c._get_check_name('files_usable')
expected['info'][name] = {"text": "OK"}
self.check_results(r, expected=expected)
click-reviewers-tools-0.44~16.04.1/clickreviews/tests/test_modules.py 0000664 0000000 0000000 00000002064 12666350676 022453 0 ustar from clickreviews import modules, cr_tests
import clickreviews
import glob
class TestModules(cr_tests.TestClickReview):
'''Tests for the modules module.'''
def setUp(self):
self.modules = modules.get_modules()
super().setUp()
def test_number_of_suitable_modules(self):
path = clickreviews.__path__[0]
module_files = glob.glob(path + '/*.py')
relevant_module_files = modules.narrow_down_modules(module_files)
self.assertEqual(len(relevant_module_files),
len(self.modules))
def test_number_of_suitable_modules_greater0(self):
self.assertTrue(len(self.modules) > 0)
def test_number_of_available_review_classes(self):
count = 0
for module_name in self.modules:
review = modules.find_main_class(module_name)
if review:
count += 1
self.assertEqual(count, len(self.modules),
'Not all files in clickreviews/[cs]r_*.py contain '
'classes named Click|Snap*Review.')
click-reviewers-tools-0.44~16.04.1/clickreviews/tests/test_cr_scope.py 0000664 0000000 0000000 00000024540 12666350676 022603 0 ustar '''test_cr_scope.py: tests for the cr_scope module'''
#
# Copyright (C) 2014 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from clickreviews.cr_scope import ClickReviewScope
import clickreviews.cr_tests as cr_tests
import configparser
class TestClickReviewScope(cr_tests.TestClickReview):
"""Tests for the lint review tool."""
def _create_scope(self, config_dict=None):
'''Create a scope to pass to tests'''
scope = dict()
scope["dir_rel"] = "scope-directory"
scope["ini_file_rel"] = "%s/%s_%s.ini" % (scope["dir_rel"],
self.default_appname,
'foo')
scope["scope_config"] = configparser.ConfigParser()
scope["scope_config"]['ScopeConfig'] = config_dict
return scope
def _stub_config(self):
'''Stub configparser file'''
config_dict = {
'ScopeRunner': "%s" % self.default_appname,
'ChildScopes': 'Child1',
'DisplayName': 'Foo',
'Description': 'Some description',
'Author': 'Foo Ltd.',
'Art': '',
'Icon': 'foo.svg',
'SearchHint': 'Search Foo',
'HotKey': 'h',
'IdleTimeout': '1234',
'Invisible': 'false',
'LocationDataNeeded': 'false',
'ResultsTtlType': 'small',
}
return config_dict
def test_check_scope_ini(self):
'''Test check_scope_ini()'''
scope = self._create_scope(self._stub_config())
self.set_test_scope(self.default_appname, scope)
c = ClickReviewScope(self.test_name)
c.check_scope_ini()
r = c.click_report
expected_counts = {'info': 4, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_scope_ini_missing_required1(self):
'''Test check_scope_ini() - missing Description'''
config = self._stub_config()
del config['Description']
scope = self._create_scope(config)
self.set_test_scope(self.default_appname, scope)
c = ClickReviewScope(self.test_name)
c.check_scope_ini()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_scope_ini_missing_required2(self):
'''Test check_scope_ini() - missing DisplayName'''
config = self._stub_config()
del config['DisplayName']
scope = self._create_scope(config)
self.set_test_scope(self.default_appname, scope)
c = ClickReviewScope(self.test_name)
c.check_scope_ini()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_scope_ini_missing_required3(self):
'''Test check_scope_ini() - missing Author'''
config = self._stub_config()
del config['Author']
scope = self._create_scope(config)
self.set_test_scope(self.default_appname, scope)
c = ClickReviewScope(self.test_name)
c.check_scope_ini()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_scope_ini_missing_required4(self):
'''Test check_scope_ini() - missing multiple'''
config = self._stub_config()
del config['Description']
del config['DisplayName']
del config['Author']
scope = self._create_scope(config)
self.set_test_scope(self.default_appname, scope)
c = ClickReviewScope(self.test_name)
c.check_scope_ini()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_scope_ini_translated_field(self):
'''Test check_scope_ini() - translated field - es'''
config = self._stub_config()
config['searchhint[es]'] = "foo"
scope = self._create_scope(config)
self.set_test_scope(self.default_appname, scope)
c = ClickReviewScope(self.test_name)
c.check_scope_ini()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_scope_ini_translated_field2(self):
'''Test check_scope_ini() - translated field - pt_br'''
config = self._stub_config()
config['searchhint[pt_br]'] = "foo"
scope = self._create_scope(config)
self.set_test_scope(self.default_appname, scope)
c = ClickReviewScope(self.test_name)
c.check_scope_ini()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_scope_ini_translated_field3(self):
'''Test check_scope_ini() - translated field - ast'''
config = self._stub_config()
config['searchhint[ast]'] = "foo"
scope = self._create_scope(config)
self.set_test_scope(self.default_appname, scope)
c = ClickReviewScope(self.test_name)
c.check_scope_ini()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_scope_ini_bad_translated_field(self):
'''Test check_scope_ini() - bad translated field'''
config = self._stub_config()
config['searchhint[ba;r]'] = "foo"
scope = self._create_scope(config)
self.set_test_scope(self.default_appname, scope)
c = ClickReviewScope(self.test_name)
c.check_scope_ini()
r = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_scope_ini_bad_translated_field2(self):
'''Test check_scope_ini() - translated field - de_DE'''
config = self._stub_config()
config['searchhint[de_DE]'] = "foo"
scope = self._create_scope(config)
self.set_test_scope(self.default_appname, scope)
c = ClickReviewScope(self.test_name)
c.check_scope_ini()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_scope_ini_nonexistent_field(self):
'''Test check_scope_ini() - non-existent field'''
config = self._stub_config()
config['nonexistent'] = "foo"
scope = self._create_scope(config)
self.set_test_scope(self.default_appname, scope)
c = ClickReviewScope(self.test_name)
c.check_scope_ini()
r = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_scope_ini_forbidden_field(self):
'''Test check_scope_ini() - forbidden field'''
config = self._stub_config()
config['debugmode'] = "true"
scope = self._create_scope(config)
self.set_test_scope(self.default_appname, scope)
c = ClickReviewScope(self.test_name)
c.check_scope_ini()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_peer_hooks(self):
'''Test check_peer_hooks()'''
c = ClickReviewScope(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["scope"] = "scope.ini"
# add any required peer hooks
tmp["apparmor"] = "foo.apparmor"
# update the manifest and test_manifest
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks()
r = c.click_report
# We should end up with 2 info
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_peer_hooks_disallowed(self):
'''Test check_peer_hooks() - disallowed'''
c = ClickReviewScope(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["scope"] = "scope.ini"
# add any required peer hooks
tmp["apparmor"] = "foo.apparmor"
# add something not allowed
tmp["desktop"] = "foo.desktop"
# update the manifest and test_manifest
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_peer_hooks_required(self):
'''Test check_peer_hooks() - required'''
c = ClickReviewScope(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["scope"] = "scope.ini"
# skip adding required hooks
# update the manifest and test_manifest
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_scope_ini_snappy_1504(self):
'''Test check_scope_ini() - snappy 15.04'''
self.set_test_pkgfmt("snap", "15.04")
scope = self._create_scope(self._stub_config())
self.set_test_scope(self.default_appname, scope)
c = ClickReviewScope(self.test_name)
c.check_scope_ini()
r = c.click_report
expected_counts = {'info': 4, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
click-reviewers-tools-0.44~16.04.1/clickreviews/tests/test_cr_url_dispatcher.py 0000664 0000000 0000000 00000027135 12666350676 024505 0 ustar '''test_cr_url dispatcher.py: tests for the cr_url_dispatcher module'''
#
# Copyright (C) 2014 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from clickreviews.cr_url_dispatcher import ClickReviewUrlDispatcher
import clickreviews.cr_tests as cr_tests
class TestClickReviewUrlDispatcher(cr_tests.TestClickReview):
"""Tests for the lint review tool."""
def test_check_required(self):
'''Test check_required() - has protocol'''
self.set_test_url_dispatcher(self.default_appname,
key="protocol",
value="some-protocol")
c = ClickReviewUrlDispatcher(self.test_name)
c.check_required()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_required_empty_value(self):
'''Test check_required() - empty protocol'''
self.set_test_url_dispatcher(self.default_appname,
key="protocol",
value="")
c = ClickReviewUrlDispatcher(self.test_name)
c.check_required()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_required_bad_value(self):
'''Test check_required() - bad protocol'''
self.set_test_url_dispatcher(self.default_appname,
key="protocol",
value=[])
c = ClickReviewUrlDispatcher(self.test_name)
c.check_required()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_required_multiple(self):
'''Test check_required() - multiple'''
self.set_test_url_dispatcher(self.default_appname,
key="protocol",
value="some-protocol")
self.set_test_url_dispatcher(self.default_appname,
key="domain-suffix",
value="example.com",
append=True)
c = ClickReviewUrlDispatcher(self.test_name)
c.check_required()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_required_multiple_with_nonexiting(self):
'''Test check_required() - multiple with nonexistent'''
self.set_test_url_dispatcher(self.default_appname,
key="protocol",
value="some-protocol")
self.set_test_url_dispatcher(self.default_appname,
key="domain-suffix",
value="example.com",
append=True)
self.set_test_url_dispatcher(self.default_appname,
key="nonexistent",
value="foo",
append=True)
c = ClickReviewUrlDispatcher(self.test_name)
c.check_required()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_optional_none(self):
'''Test check_optional() - protocol only'''
self.set_test_url_dispatcher(self.default_appname,
key="protocol",
value="some-protocol")
c = ClickReviewUrlDispatcher(self.test_name)
c.check_optional()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_optional_domain_suffix_empty(self):
'''Test check_optional() - with empty domain-suffix'''
self.set_test_url_dispatcher(self.default_appname,
key="protocol",
value="some-protocol")
self.set_test_url_dispatcher(self.default_appname,
key="domain-suffix",
value="",
append=True)
c = ClickReviewUrlDispatcher(self.test_name)
c.check_optional()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_optional_domain_suffix_bad(self):
'''Test check_optional() - with bad domain-suffix'''
self.set_test_url_dispatcher(self.default_appname,
key="protocol",
value="some-protocol")
self.set_test_url_dispatcher(self.default_appname,
key="domain-suffix",
value=[],
append=True)
c = ClickReviewUrlDispatcher(self.test_name)
c.check_optional()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_optional_domain_suffix_nonexistent(self):
'''Test check_optional() - with domain-suffix plus nonexistent'''
self.set_test_url_dispatcher(self.default_appname,
key="protocol",
value="some-protocol")
self.set_test_url_dispatcher(self.default_appname,
key="domain-suffix",
value="example.com",
append=True)
self.set_test_url_dispatcher(self.default_appname,
key="nonexistent",
value="foo",
append=True)
c = ClickReviewUrlDispatcher(self.test_name)
c.check_optional()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_optional_domain_suffix_without_protocol(self):
'''Test check_optional() - with domain-suffix, no protocol'''
self.set_test_url_dispatcher(self.default_appname,
key="domain-suffix",
value="example.com")
c = ClickReviewUrlDispatcher(self.test_name)
c.check_optional()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_optional_domain_suffix_without_protocol2(self):
'''Test check_optional() - with domain-suffix, nonexistent, no
protocol'''
self.set_test_url_dispatcher(self.default_appname,
key="domain-suffix",
value="example.com")
self.set_test_url_dispatcher(self.default_appname,
key="nonexistent",
value="example.com",
append=True)
c = ClickReviewUrlDispatcher(self.test_name)
c.check_optional()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_unknown(self):
'''Test check_unknown()'''
self.set_test_url_dispatcher(self.default_appname,
key="nonexistent",
value="foo")
c = ClickReviewUrlDispatcher(self.test_name)
c.check_unknown()
r = c.click_report
expected_counts = {'info': 0, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_unknown_multiple(self):
'''Test check_unknown() - multiple with nonexistent'''
self.set_test_url_dispatcher(self.default_appname,
key="protocol",
value="some-protocol")
self.set_test_url_dispatcher(self.default_appname,
key="domain-suffix",
value="example.com",
append=True)
self.set_test_url_dispatcher(self.default_appname,
key="nonexistent",
value="foo",
append=True)
c = ClickReviewUrlDispatcher(self.test_name)
c.check_unknown()
r = c.click_report
expected_counts = {'info': 0, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_peer_hooks(self):
'''Test check_peer_hooks()'''
self.set_test_url_dispatcher(self.default_appname,
key="protocol",
value="some-protocol")
c = ClickReviewUrlDispatcher(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["urls"] = \
self.test_manifest["hooks"][self.default_appname]["urls"]
# update the manifest and test_manifest
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks()
r = c.click_report
# We should end up with 2 info
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_peer_hooks_disallowed(self):
'''Test check_peer_hooks() - disallowed'''
self.set_test_url_dispatcher(self.default_appname,
key="protocol",
value="some-protocol")
c = ClickReviewUrlDispatcher(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["urls"] = \
self.test_manifest["hooks"][self.default_appname]["urls"]
# add something not allowed
tmp["nonexistent"] = "nonexistent-hook"
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_required_snappy_1504(self):
'''Test check_required() - has protocol - snappy 15.04'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_url_dispatcher(self.default_appname,
key="protocol",
value="some-protocol")
c = ClickReviewUrlDispatcher(self.test_name)
c.check_required()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
click-reviewers-tools-0.44~16.04.1/clickreviews/tests/test_cr_push_helper.py 0000664 0000000 0000000 00000017735 12666350676 024020 0 ustar '''test_cr_push_helper.py: tests for the cr_push_helper module'''
#
# Copyright (C) 2013 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from clickreviews.cr_push_helper import ClickReviewPushHelper
import clickreviews.cr_tests as cr_tests
class TestClickReviewPushHelper(cr_tests.TestClickReview):
"""Tests for the lint review tool."""
def test_check_unknown_keys_none(self):
'''Test check_unknown() - no unknown'''
self.set_test_push_helper(self.default_appname, "exec", "foo")
c = ClickReviewPushHelper(self.test_name)
c.check_unknown_keys()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_unknown_keys1(self):
'''Test check_unknown() - one unknown'''
self.set_test_push_helper(self.default_appname, "nonexistent", "foo")
c = ClickReviewPushHelper(self.test_name)
c.check_unknown_keys()
r = c.click_report
expected_counts = {'info': 0, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_unknown_keys2(self):
'''Test check_unknown() - good with one unknown'''
self.set_test_push_helper(self.default_appname, "exec", "foo")
self.set_test_push_helper(self.default_appname, "nonexistent", "foo")
c = ClickReviewPushHelper(self.test_name)
c.check_unknown_keys()
r = c.click_report
expected_counts = {'info': 0, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_valid_exec(self):
'''Test check_valid() - exec'''
self.set_test_push_helper(self.default_appname, "exec", "foo")
c = ClickReviewPushHelper(self.test_name)
c.check_valid()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_valid_missing_exec(self):
'''Test check_valid() - missing exec'''
self.set_test_push_helper(self.default_appname, "app_id", "foo_foo")
c = ClickReviewPushHelper(self.test_name)
c.check_valid()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_valid_app_id(self):
'''Test check_valid() - app_id'''
self.set_test_push_helper(self.default_appname, "exec", "foo")
self.set_test_push_helper(self.default_appname, "app_id", "foo_foo")
c = ClickReviewPushHelper(self.test_name)
c.check_valid()
r = c.click_report
expected_counts = {'info': 3, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_valid_bad_value(self):
'''Test check_valid() - bad value'''
self.set_test_push_helper(self.default_appname, "exec", [])
c = ClickReviewPushHelper(self.test_name)
c.check_valid()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_valid_empty_value(self):
'''Test check_valid() - empty value'''
self.set_test_push_helper(self.default_appname, "exec", "foo")
self.set_test_push_helper(self.default_appname, "app_id", "")
c = ClickReviewPushHelper(self.test_name)
c.check_valid()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_valid_empty_value2(self):
'''Test check_valid() - empty value'''
self.set_test_push_helper(self.default_appname, "exec", "")
self.set_test_push_helper(self.default_appname, "app_id", "foo_foo")
c = ClickReviewPushHelper(self.test_name)
c.check_valid()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_hooks(self):
'''Test check_hooks()'''
self.set_test_push_helper(self.default_appname, "exec", "foo")
c = ClickReviewPushHelper(self.test_name)
# remove hooks that are added by the framework
c.manifest['hooks'][self.default_appname].pop('desktop')
c.manifest['hooks'][self.default_appname].pop('urls')
c.check_hooks()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_hooks_bad(self):
'''Test check_hooks() - bad'''
self.set_test_push_helper(self.default_appname, "exec", "foo")
c = ClickReviewPushHelper(self.test_name)
# The desktop and urls hooks are specified by default in the framework,
# so just running this without other setup should generate an error
c.check_hooks()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_peer_hooks(self):
'''Test check_peer_hooks()'''
c = ClickReviewPushHelper(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["push-helper"] = "foo.push-helper"
# add any required peer hooks
tmp["apparmor"] = "foo.apparmor"
# update the manifest and test_manifest
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks()
r = c.click_report
# We should end up with 2 info
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_peer_hooks_disallowed(self):
'''Test check_peer_hooks() - disallowed'''
c = ClickReviewPushHelper(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["push-helper"] = "foo.push-helper"
# add any required peer hooks
tmp["apparmor"] = "foo.apparmor"
# add something not allowed
tmp["nonexistent"] = "nonexistent-hook"
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_peer_hooks_required(self):
'''Test check_peer_hooks() - required'''
c = ClickReviewPushHelper(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["push-helper"] = "foo.push-helper"
# skip adding required hooks
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_valid_exec_snappy_1504(self):
'''Test check_valid() - exec - snappy 15.04'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_push_helper(self.default_appname, "exec", "foo")
c = ClickReviewPushHelper(self.test_name)
c.check_valid()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
click-reviewers-tools-0.44~16.04.1/clickreviews/tests/test_cr_online_accounts.py 0000664 0000000 0000000 00000062625 12666351247 024656 0 ustar '''test_cr_online_accounts.py: tests for the cr_online accounts module'''
#
# Copyright (C) 2013 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from clickreviews.cr_online_accounts import ClickReviewAccounts
import clickreviews.cr_tests as cr_tests
import json
import lxml.etree as etree
class TestClickReviewAccounts(cr_tests.TestClickReview):
"""Tests for the lint review tool."""
def _stub_application(self, root=None, id=None, do_subtree=True):
'''Stub application xml'''
if root is None:
root = "application"
if id == "" or id is None:
xml = etree.Element(root)
else:
xml = etree.Element(root, id="%s" % id)
if do_subtree:
services = etree.SubElement(xml, "services")
if id is None:
elem1 = etree.SubElement(services, "service")
else:
elem1 = etree.SubElement(services, "service", id="element1")
desc1 = etree.SubElement(elem1, "description")
desc1.text = "elem1 description"
if id is None:
elem2 = etree.SubElement(services, "service")
else:
elem2 = etree.SubElement(services, "service", id="element2")
desc2 = etree.SubElement(elem2, "description")
desc2.text = "elem2 description"
return xml
def _stub_service(self, root=None, id=None, do_subtree=True):
'''Stub service xml'''
if root is None:
root = "service"
if id == "" or id is None:
xml = etree.Element(root)
else:
xml = etree.Element(root, id="%s" % id)
if do_subtree:
service_name = etree.SubElement(xml, "name")
service_name.text = "Foo"
service_provider = etree.SubElement(xml, "provider")
service_provider.text = "some-provider"
return xml
def _stub_provider(self, root=None, id=None, do_subtree=True):
'''Stub provider xml'''
if root is None:
root = "provider"
if id == "" or id is None:
xml = etree.Element(root)
else:
xml = etree.Element(root, id="%s" % id)
if do_subtree:
service_name = etree.SubElement(xml, "name")
service_name.text = "Foo"
service_plugin = etree.SubElement(xml, "plugin")
service_plugin.text = "generic-oauth"
service_domains = etree.SubElement(xml, "domains")
service_domains.text = ".*\.example\.com"
# More can go here, see /usr/share/accounts/providers/*
return xml
def test_check_hooks_versions_new(self):
'''Test check_hooks_versions() - new hook'''
self.set_test_manifest("framework", "ubuntu-sdk-15.04.1")
self.set_test_account(self.default_appname, "accounts", dict())
c = ClickReviewAccounts(self.test_name)
c.check_hooks_versions()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_hooks_versions_deprecated_service(self):
'''Test check_hooks_versions() - deprecated -service hook'''
self.set_test_manifest("framework", "ubuntu-sdk-15.10")
self.set_test_account(self.default_appname, "account-service", dict())
c = ClickReviewAccounts(self.test_name)
c.check_hooks_versions()
r = c.click_report
expected_counts = {'info': 0, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_hooks_versions_disallowed_service(self):
'''Test check_hooks_versions() - deprecated -service hook'''
self.set_test_manifest("framework", "ubuntu-sdk-16.10")
self.set_test_account(self.default_appname, "account-service", dict())
c = ClickReviewAccounts(self.test_name)
c.check_hooks_versions()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_hooks_versions_deprecated_application(self):
'''Test check_hooks_versions() - deprecated -application hook'''
self.set_test_manifest("framework", "ubuntu-sdk-15.10")
self.set_test_account(self.default_appname, "account-application", dict())
c = ClickReviewAccounts(self.test_name)
c.check_hooks_versions()
r = c.click_report
expected_counts = {'info': 0, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_hooks_versions_old_framework(self):
'''Test check_hooks_versions() - deprecated -application hook'''
self.set_test_manifest("framework", "ubuntu-sdk-15.04")
self.set_test_account(self.default_appname, "account-application", dict())
self.set_test_account(self.default_appname, "account-service", dict())
c = ClickReviewAccounts(self.test_name)
c.check_hooks_versions()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_manifest(self):
'''Test check_manifest()'''
data = json.loads('''{
"translations": "my-app",
"services": [
{
"name": "Example",
"provider": "myapp.com_example",
"description": "publish my photos in example.com",
"auth": {
"oauth2/web_server": {
"ClientId": "foo",
"ClientSecret": "bar",
"UseSSL": false,
"Scopes": ["one scope","and another"]
}
}
},
{
"provider": "becool"
}
],
"plugin": {
"name": "Example site",
"icon": "example.png",
"qml": "qml_files"
}
}''')
self.set_test_account(self.default_appname, "accounts", data)
c = ClickReviewAccounts(self.test_name)
c.check_manifest()
r = c.click_report
expected_counts = {'info': 3, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_manifest_not_specified(self):
'''Test check_manifest() - not specified'''
c = ClickReviewAccounts(self.test_name)
c.check_manifest()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_manifest_missing_services(self):
'''Test check_manifest() - missing services'''
data = json.loads('''{ "translations": "my-app" }''')
self.set_test_account(self.default_appname, "accounts", data)
c = ClickReviewAccounts(self.test_name)
c.check_manifest()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_manifest_invalid_services(self):
'''Test check_manifest() - invalid services'''
data = json.loads('''{ "services": 12 }''')
self.set_test_account(self.default_appname, "accounts", data)
c = ClickReviewAccounts(self.test_name)
c.check_manifest()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_manifest_empty_services(self):
'''Test check_manifest() - empty services'''
data = json.loads('''{ "services": [] }''')
self.set_test_account(self.default_appname, "accounts", data)
c = ClickReviewAccounts(self.test_name)
c.check_manifest()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_manifest_empty_service(self):
'''Test check_manifest() - empty services'''
data = json.loads('''{ "services": [{}] }''')
self.set_test_account(self.default_appname, "accounts", data)
c = ClickReviewAccounts(self.test_name)
c.check_manifest()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_manifest_no_provider(self):
'''Test check_manifest() - no provider'''
data = json.loads('''{ "services": [{
"name": "Example",
"description": "Hello world"
}] }''')
self.set_test_account(self.default_appname, "accounts", data)
c = ClickReviewAccounts(self.test_name)
c.check_manifest()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_manifest_invalid_provider(self):
'''Test check_manifest() - invalid provider'''
data = json.loads('''{ "services": [{
"name": "Example",
"provider": "no/slashes.please",
"description": "Hello world"
}] }''')
self.set_test_account(self.default_appname, "accounts", data)
c = ClickReviewAccounts(self.test_name)
c.check_manifest()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_manifest_unknown_key(self):
'''Test check_manifest() - unknown key'''
data = json.loads('''{ "services": [{
"name": "Example",
"provider": "example",
"description": "Hello world",
"intruder": "Who, me?"
}] }''')
self.set_test_account(self.default_appname, "accounts", data)
c = ClickReviewAccounts(self.test_name)
c.check_manifest()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_application(self):
'''Test check_application()'''
xml = self._stub_application()
# print(etree.tostring(xml))
self.set_test_account(self.default_appname, "account-application", xml)
c = ClickReviewAccounts(self.test_name)
c.check_application()
r = c.click_report
expected_counts = {'info': 4, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_application_snappy_1504(self):
'''Test check_application() - snappy 15.04'''
self.set_test_pkgfmt("snap", "15.04")
xml = self._stub_application()
# print(etree.tostring(xml))
self.set_test_account(self.default_appname, "account-application", xml)
c = ClickReviewAccounts(self.test_name)
c.check_application()
r = c.click_report
expected_counts = {'info': 4, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_application_not_specified(self):
'''Test check_application() - not specified'''
c = ClickReviewAccounts(self.test_name)
c.check_application()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_application_has_id(self):
'''Test check_application() - has id'''
xml = self._stub_application(id="%s_%s" % (self.test_manifest["name"],
self.default_appname))
self.set_test_account(self.default_appname, "account-application", xml)
c = ClickReviewAccounts(self.test_name)
c.check_application()
r = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_application_wrong_root(self):
'''Test check_application() - wrong root'''
xml = self._stub_application(root="wrongroot")
self.set_test_account(self.default_appname, "account-application", xml)
c = ClickReviewAccounts(self.test_name)
c.check_application()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_application_missing_services(self):
'''Test check_application() - missing services'''
xml = self._stub_application(do_subtree=False)
sometag = etree.SubElement(xml, "sometag")
elem1 = etree.SubElement(sometag, "something", id="element1")
desc1 = etree.SubElement(elem1, "description")
desc1.text = "elem1 description"
self.set_test_account(self.default_appname, "account-application", xml)
c = ClickReviewAccounts(self.test_name)
c.check_application()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_application_missing_service(self):
'''Test check_application() - missing service'''
xml = self._stub_application(do_subtree=False)
services = etree.SubElement(xml, "services")
elem1 = etree.SubElement(services, "somesubtag", id="element1")
desc1 = etree.SubElement(elem1, "description")
desc1.text = "elem1 description"
self.set_test_account(self.default_appname, "account-application", xml)
c = ClickReviewAccounts(self.test_name)
c.check_application()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_service(self):
'''Test check_service()'''
xml = self._stub_service()
self.set_test_account(self.default_appname, "account-service", xml)
xml = self._stub_application()
self.set_test_account(self.default_appname, "account-application", xml)
c = ClickReviewAccounts(self.test_name)
c.check_service()
r = c.click_report
expected_counts = {'info': 4, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_service_not_specified(self):
'''Test check_service() - not specified'''
c = ClickReviewAccounts(self.test_name)
c.check_service()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_service_has_id(self):
'''Test check_service() - has id'''
xml = self._stub_service(id="%s_%s" % (self.test_manifest["name"],
self.default_appname))
self.set_test_account(self.default_appname, "account-service", xml)
xml = self._stub_application()
self.set_test_account(self.default_appname, "account-application", xml)
c = ClickReviewAccounts(self.test_name)
c.check_service()
r = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_service_wrong_root(self):
'''Test check_service() - wrong root'''
xml = self._stub_service(root="wrongroot")
self.set_test_account(self.default_appname, "account-service", xml)
xml = self._stub_application()
self.set_test_account(self.default_appname, "account-application", xml)
c = ClickReviewAccounts(self.test_name)
c.check_service()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_service_missing_name(self):
'''Test check_service() - missing name'''
xml = self._stub_service(do_subtree=False)
service_provider = etree.SubElement(xml, "provider")
service_provider.text = "some-provider"
self.set_test_account(self.default_appname, "account-service", xml)
xml = self._stub_application()
self.set_test_account(self.default_appname, "account-application", xml)
c = ClickReviewAccounts(self.test_name)
c.check_service()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_service_missing_provider(self):
'''Test check_service() - missing provider'''
xml = self._stub_service(do_subtree=False)
service_name = etree.SubElement(xml, "name")
service_name.text = "Foo"
self.set_test_account(self.default_appname, "account-service", xml)
xml = self._stub_application()
self.set_test_account(self.default_appname, "account-application", xml)
c = ClickReviewAccounts(self.test_name)
c.check_service()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_provider(self):
'''Test check_provider()'''
xml = self._stub_provider()
self.set_test_account(self.default_appname, "account-provider", xml)
self.set_test_account(self.default_appname, "account-qml-plugin", True)
c = ClickReviewAccounts(self.test_name)
c.check_provider()
r = c.click_report
expected_counts = {'info': 3, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_provider_has_id(self):
'''Test check_provider() - has id'''
xml = self._stub_provider(id="%s_%s" % (self.test_manifest["name"],
self.default_appname))
self.set_test_account(self.default_appname, "account-provider", xml)
self.set_test_account(self.default_appname, "account-qml-plugin", True)
c = ClickReviewAccounts(self.test_name)
c.check_provider()
r = c.click_report
expected_counts = {'info': 2, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_qml_plugin(self):
'''Test check_qml_plugin()'''
self.set_test_account(self.default_appname, "account-qml-plugin", True)
xml = self._stub_provider()
self.set_test_account(self.default_appname, "account-provider", xml)
c = ClickReviewAccounts(self.test_name)
c.check_qml_plugin()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_peer_hooks_application(self):
'''Test check_peer_hooks() - application'''
c = ClickReviewAccounts(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["account-application"] = "foo.application"
# add any required peer hooks
tmp["apparmor"] = "foo.apparmor"
# update the manifest and test_manifest
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks(["account-application"])
r = c.click_report
# We should end up with 8 info
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_peer_hooks_application_disallowed(self):
'''Test check_peer_hooks() - disallowed (application)'''
c = ClickReviewAccounts(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["account-application"] = "foo.application"
# add any required peer hooks
tmp["apparmor"] = "foo.apparmor"
# add something not allowed
tmp["nonexistent"] = "nonexistent-hook"
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks(["account-application"])
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_peer_hooks_application_required(self):
'''Test check_peer_hooks() - required (application)'''
c = ClickReviewAccounts(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["account-application"] = "foo.application"
# skip adding required hooks
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks(["account-application"])
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_peer_hooks_service(self):
'''Test check_peer_hooks() - service'''
c = ClickReviewAccounts(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["account-service"] = "foo.service"
# add any required peer hooks
tmp["account-application"] = "foo.application"
tmp["apparmor"] = "foo.apparmor"
# update the manifest and test_manifest
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks(["account-service"])
r = c.click_report
# We should end up with 8 info
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_peer_hooks_service_disallowed(self):
'''Test check_peer_hooks() - disallowed (service)'''
c = ClickReviewAccounts(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["account-service"] = "foo.service"
# add any required peer hooks
tmp["account-application"] = "foo.application"
tmp["apparmor"] = "foo.apparmor"
# add something not allowed
tmp["nonexistent"] = "nonexistent-hook"
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks(["account-service"])
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_peer_hooks_service_required(self):
'''Test check_peer_hooks() - required (service)'''
c = ClickReviewAccounts(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["account-service"] = "foo.service"
# skip adding required hooks
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks(["account-service"])
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_peer_hooks_provider(self):
'''Test check_peer_hooks() - provider'''
c = ClickReviewAccounts(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["account-provider"] = "foo.provider"
# add any required peer hooks
tmp["account-qml-plugin"] = "foo.qml_plugin"
tmp["apparmor"] = "foo.apparmor"
# update the manifest and test_manifest
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks(["account-provider"])
r = c.click_report
# We should end up with 8 info
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_peer_hooks_provider_disallowed(self):
'''Test check_peer_hooks() - disallowed (provider)'''
c = ClickReviewAccounts(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["account-provider"] = "foo.provider"
# add any required peer hooks
tmp["account-qml-plugin"] = "foo.qml_plugin"
tmp["apparmor"] = "foo.apparmor"
# add something not allowed
tmp["nonexistent"] = "nonexistent-hook"
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks(["account-provider"])
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_peer_hooks_provider_required(self):
'''Test check_peer_hooks() - required (provider)'''
c = ClickReviewAccounts(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["account-provider"] = "foo.provider"
# skip adding required hooks
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks(["account-provider"])
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
click-reviewers-tools-0.44~16.04.1/clickreviews/tests/test_bbb_example_sr_skeleton.py 0000664 0000000 0000000 00000004737 12666350676 025664 0 ustar '''test_sr_skeleton.py: tests for the sr_skeleton module'''
#
# Copyright (C) 2014-2016 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from clickreviews.sr_skeleton import SnapReviewSkeleton
import clickreviews.sr_tests as sr_tests
class TestSnapReviewSkeleton(sr_tests.TestSnapReview):
"""Tests for the lint review tool."""
def test_check_foo(self):
'''Test check_foo()'''
c = SnapReviewSkeleton(self.test_name)
c.check_foo()
r = c.click_report
# We should end up with 1 info
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_bar(self):
'''Test check_bar()'''
c = SnapReviewSkeleton(self.test_name)
c.check_bar()
r = c.click_report
# We should end up with 1 error
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_baz(self):
'''Test check_baz()'''
c = SnapReviewSkeleton(self.test_name)
c.check_baz()
r = c.click_report
# We should end up with 1 warning
expected_counts = {'info': 0, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
# Check specific entries
expected = dict()
expected['info'] = dict()
expected['warn'] = dict()
name = c._get_check_name('baz')
expected['warn'][name] = {"text": "TODO",
"link": "http://example.com"}
expected['error'] = dict()
self.check_results(r, expected=expected)
def test_output(self):
'''Test output'''
# Update the control field and output the changes
self._update_test_name()
import pprint
import yaml
print('''
= test output =
== Mock filename ==
%s
== Mock meta/snap.yaml ==
''' % (self.test_name))
pprint.pprint(yaml.load(sr_tests.TEST_SNAP_YAML))
click-reviewers-tools-0.44~16.04.1/clickreviews/tests/test_cr_content_hub.py 0000664 0000000 0000000 00000015527 12666350676 024007 0 ustar '''test_cr_content_hub.py: tests for the cr_content-hub module'''
#
# Copyright (C) 2013 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from clickreviews.cr_content_hub import ClickReviewContentHub
import clickreviews.cr_tests as cr_tests
class TestClickReviewContentHub(cr_tests.TestClickReview):
"""Tests for the lint review tool."""
def test_check_unknown_keys_none(self):
'''Test check_unknown() - no unknown'''
self.set_test_content_hub(self.default_appname, "source", "pictures")
c = ClickReviewContentHub(self.test_name)
c.check_unknown_keys()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_unknown_keys1(self):
'''Test check_unknown() - one unknown'''
self.set_test_content_hub(self.default_appname, "nonexistent", "foo")
c = ClickReviewContentHub(self.test_name)
c.check_unknown_keys()
r = c.click_report
expected_counts = {'info': 0, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_unknown_keys2(self):
'''Test check_unknown() - good with one unknown'''
self.set_test_content_hub(self.default_appname, "source", "pictures")
self.set_test_content_hub(self.default_appname, "nonexistent", "foo")
c = ClickReviewContentHub(self.test_name)
c.check_unknown_keys()
r = c.click_report
expected_counts = {'info': 0, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_valid_source(self):
'''Test check_valid() - source'''
self.set_test_content_hub(self.default_appname, "source", "pictures")
c = ClickReviewContentHub(self.test_name)
c.check_valid()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_valid_share(self):
'''Test check_valid() - share'''
self.set_test_content_hub(self.default_appname, "share", "pictures")
c = ClickReviewContentHub(self.test_name)
c.check_valid()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_valid_destination(self):
'''Test check_valid() - destination'''
self.set_test_content_hub(self.default_appname, "destination", "pictures")
c = ClickReviewContentHub(self.test_name)
c.check_valid()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_valid_all(self):
'''Test check_valid() - all'''
self.set_test_content_hub(self.default_appname, "destination", "pictures")
self.set_test_content_hub(self.default_appname, "share", "pictures")
self.set_test_content_hub(self.default_appname, "source", "pictures")
c = ClickReviewContentHub(self.test_name)
c.check_valid()
r = c.click_report
expected_counts = {'info': 6, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_valid_bad_value(self):
'''Test check_valid() - bad value'''
self.set_test_content_hub(self.default_appname, "destination", [])
c = ClickReviewContentHub(self.test_name)
c.check_valid()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_valid_empty_value(self):
'''Test check_valid() - empty value'''
self.set_test_content_hub(self.default_appname, "source", "")
c = ClickReviewContentHub(self.test_name)
c.check_valid()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_peer_hooks(self):
'''Test check_peer_hooks()'''
self.set_test_content_hub(self.default_appname, "destination", "pictures")
self.set_test_content_hub(self.default_appname, "share", "pictures")
self.set_test_content_hub(self.default_appname, "source", "pictures")
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["content-hub"] = \
self.test_manifest["hooks"][self.default_appname]["content-hub"]
self.test_manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c = ClickReviewContentHub(self.test_name)
c.check_peer_hooks()
r = c.click_report
# We should end up with 2 info
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_peer_hooks_disallowed(self):
'''Test check_peer_hooks() - disallowed'''
self.set_test_content_hub(self.default_appname, "destination", "pictures")
self.set_test_content_hub(self.default_appname, "share", "pictures")
self.set_test_content_hub(self.default_appname, "source", "pictures")
c = ClickReviewContentHub(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["content-hub"] = \
self.test_manifest["hooks"][self.default_appname]["content-hub"]
# add something not allowed
tmp["nonexistent"] = "nonexistent-hook"
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_valid_snappy_1504(self):
'''Test check_valid() - snappy 15.04'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_content_hub(self.default_appname, "destination", "pictures")
self.set_test_content_hub(self.default_appname, "share", "pictures")
self.set_test_content_hub(self.default_appname, "source", "pictures")
c = ClickReviewContentHub(self.test_name)
c.check_valid()
r = c.click_report
expected_counts = {'info': 6, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
click-reviewers-tools-0.44~16.04.1/clickreviews/tests/test_cr_framework.py 0000664 0000000 0000000 00000021065 12666350676 023466 0 ustar '''test_cr_framework.py: tests for the cr_framework module'''
#
# Copyright (C) 2014 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from clickreviews.cr_framework import ClickReviewFramework
import clickreviews.cr_tests as cr_tests
class TestClickReviewFramework(cr_tests.TestClickReview):
"""Tests for the framework review tool."""
def setUp(self):
super().setUp()
self.set_test_pkgfmt("snap", "15.04")
def test_framework_hook_obsolete(self):
'''Test check_framework_hook_obsolete()'''
self.set_test_framework(self.default_appname, "", "")
c = ClickReviewFramework(self.test_name)
c.check_framework_hook_obsolete()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_snappy_framework_file_obsolete(self):
'''Test check_snappy_framework_file_obsolete()'''
self.set_test_pkg_yaml("type", "framework")
c = ClickReviewFramework(self.test_name)
c.check_snappy_framework_file_obsolete()
r = c.click_report
expected_counts = {'info': 0, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_snappy_framework_depends(self):
'''Test check_snappy_framework_depends()'''
self.set_test_pkg_yaml("type", "framework")
c = ClickReviewFramework(self.test_name)
c.check_snappy_framework_depends()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_snappy_framework_depends_bad(self):
'''Test check_snappy_framework_depends() - bad'''
self.set_test_pkg_yaml("type", "framework")
self.set_test_pkg_yaml("frameworks", ['foo'])
c = ClickReviewFramework(self.test_name)
c.check_snappy_framework_depends()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_snappy_framework_policy(self):
'''Test check_snappy_framework_policy()'''
self.set_test_pkg_yaml("type", "framework")
c = ClickReviewFramework(self.test_name)
c.check_snappy_framework_policy()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_snappy_framework_policy_missing(self):
'''Test check_snappy_framework_policy() - missing'''
self.set_test_pkg_yaml("type", "framework")
self.set_test_framework_policy({})
c = ClickReviewFramework(self.test_name)
c.check_snappy_framework_policy()
r = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_snappy_framework_policy_unknown(self):
'''Test check_snappy_framework_policy() - unknown'''
self.set_test_pkg_yaml("type", "framework")
self.set_test_framework_policy_unknown(['foo/bar/baz'])
c = ClickReviewFramework(self.test_name)
c.check_snappy_framework_policy()
r = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_snappy_framework_policy_metadata(self):
'''Test check_snappy_framework_policy_metadata()'''
self.set_test_pkg_yaml("type", "framework")
c = ClickReviewFramework(self.test_name)
c.check_snappy_framework_policy_metadata()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_snappy_framework_policy_metadata_template(self):
'''Test check_snappy_framework_policy_metadata() - template missing
data
'''
self.set_test_pkg_yaml("type", "framework")
tmp = self.test_framework_policy
tmp['apparmor']['templates']['template-common'] = 'missing data'
self.set_test_framework_policy(tmp)
c = ClickReviewFramework(self.test_name)
c.check_snappy_framework_policy_metadata()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_snappy_framework_policy_metadata_policygroup(self):
'''Test check_snappy_framework_policy_metadata() - policygroup missing
data
'''
self.set_test_pkg_yaml("type", "framework")
tmp = self.test_framework_policy
tmp['seccomp']['policygroups']['policygroup-reserved'] = 'missing data'
self.set_test_framework_policy(tmp)
c = ClickReviewFramework(self.test_name)
c.check_snappy_framework_policy_metadata()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_snappy_framework_policy_matching(self):
'''Test check_snappy_framework_policy_matching()'''
self.set_test_pkg_yaml("type", "framework")
c = ClickReviewFramework(self.test_name)
c.check_snappy_framework_policy_matching()
r = c.click_report
expected_counts = {'info': 8, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_snappy_framework_policy_matching_missing_aa_template(self):
'''Test check_snappy_framework_policy_matching() - missing aa template
'''
self.set_test_pkg_yaml("type", "framework")
tmp = self.test_framework_policy
del tmp['apparmor']['templates']['template-common']
self.set_test_framework_policy(tmp)
c = ClickReviewFramework(self.test_name)
c.check_snappy_framework_policy_matching()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_snappy_framework_policy_matching_missing_sc_policygroup(self):
'''Test check_snappy_framework_policy_matching() - missing sc policy
group
'''
self.set_test_pkg_yaml("type", "framework")
tmp = self.test_framework_policy
del tmp['seccomp']['policygroups']['policygroup-reserved']
self.set_test_framework_policy(tmp)
c = ClickReviewFramework(self.test_name)
c.check_snappy_framework_policy_matching()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_snappy_framework_policy_filenames(self):
'''Test check_snappy_framework_policy_filenames()'''
self.set_test_pkg_yaml("type", "framework")
c = ClickReviewFramework(self.test_name)
c.check_snappy_framework_policy_filenames()
r = c.click_report
expected_counts = {'info': 8, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_snappy_framework_policy_filenames_bad(self):
'''Test check_snappy_framework_policy_filenames() - bad name'''
self.set_test_pkg_yaml("type", "framework")
tmp = self.test_framework_policy
tmp['seccomp']['policygroups']['policygroup-res_erved'] = "foo"
self.set_test_framework_policy(tmp)
c = ClickReviewFramework(self.test_name)
c.check_snappy_framework_policy_filenames()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_snappy_framework_policy_filenames_bad2(self):
'''Test check_snappy_framework_policy_filenames() - starts with
package name
'''
self.set_test_pkg_yaml("type", "framework")
tmp = self.test_framework_policy
n = self.test_name.split('_')[0]
tmp['seccomp']['policygroups']['%s-group' % n] = "foo"
self.set_test_framework_policy(tmp)
c = ClickReviewFramework(self.test_name)
c.check_snappy_framework_policy_filenames()
r = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
click-reviewers-tools-0.44~16.04.1/clickreviews/tests/test_cr_lint.py 0000664 0000000 0000000 00000251543 12736744774 022451 0 ustar '''test_cr_lint.py: tests for the cr_lint module'''
#
# Copyright (C) 2013-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from unittest import TestCase
from unittest.mock import patch
from clickreviews.common import cleanup_unpack
from clickreviews.cr_lint import ClickReviewLint
from clickreviews.cr_lint import MINIMUM_CLICK_FRAMEWORK_VERSION
from clickreviews.frameworks import FRAMEWORKS_DATA_URL, USER_DATA_FILE
from clickreviews.tests import utils
import clickreviews.cr_tests as cr_tests
import os
import shutil
import stat
import tempfile
class TestClickReviewLint(cr_tests.TestClickReview):
"""Tests for the lint review tool."""
def _create_hashes_yaml(self):
# find cr_tests.py since that is what _get_statinfo() is mocked to
# look at.
f = os.path.join(os.path.dirname(os.path.realpath(__file__)),
"../cr_tests.py")
statinfo = os.stat(f)
self.sha512 = cr_tests._get_sha512sum(self, f)
hashes = {'archive-sha512': self.sha512,
'files': [{'name': 'bin',
'mode': 'drwxrwxr-x'},
{'name': 'bin/foo',
'size': statinfo.st_size,
'mode': 'f%s' %
stat.filemode(statinfo.st_mode)[1:],
'sha512': self.sha512},
{'name': 'barlink',
'mode': 'lrwxrwxrwx'},
]
}
self._test_pkg_files = []
for i in hashes['files']:
self._test_pkg_files.append(i['name'])
return hashes
def patch_frameworks(self):
def _mock_frameworks(self, overrides=None):
self.FRAMEWORKS = {
'ubuntu-core-15.04': 'available',
'ubuntu-sdk-14.10-qml-dev2': 'available',
'ubuntu-sdk-13.10': 'deprecated',
'ubuntu-sdk-14.10-qml-dev1': 'obsolete',
}
self.AVAILABLE_FRAMEWORKS = ['ubuntu-core-15.04',
'ubuntu-sdk-14.10-qml-dev2']
self.OBSOLETE_FRAMEWORKS = ['ubuntu-sdk-14.10-qml-dev1']
self.DEPRECATED_FRAMEWORKS = ['ubuntu-sdk-13.10']
p = patch('clickreviews.frameworks.Frameworks.__init__',
_mock_frameworks)
p.start()
self.addCleanup(p.stop)
def test_check_architecture(self):
'''Test check_architecture()'''
c = ClickReviewLint(self.test_name)
c.check_architecture()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_architecture_all(self):
'''Test check_architecture_all() - no binaries'''
self.set_test_control("Architecture", "all")
self.set_test_manifest("architecture", "all")
c = ClickReviewLint(self.test_name)
c.pkg_bin_files = []
c.check_architecture_all()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_architecture_all2(self):
'''Test check_architecture_all() - binaries'''
self.set_test_control("Architecture", "all")
self.set_test_manifest("architecture", "all")
c = ClickReviewLint(self.test_name)
c.pkg_bin_files = ["path/to/some/compiled/binary"]
c.check_architecture_all()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_architecture_armhf(self):
'''Test check_architecture() - armhf'''
self.set_test_control("Architecture", "armhf")
c = ClickReviewLint(self.test_name)
c.check_architecture()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_architecture_i386(self):
'''Test check_architecture() - i386'''
self.set_test_control("Architecture", "i386")
c = ClickReviewLint(self.test_name)
c.check_architecture()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_architecture_arm64(self):
'''Test check_architecture() - arm64'''
self.set_test_control("Architecture", "arm64")
c = ClickReviewLint(self.test_name)
c.check_architecture()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_architecture_amd64(self):
'''Test check_architecture() - amd64'''
self.set_test_control("Architecture", "amd64")
c = ClickReviewLint(self.test_name)
c.check_architecture()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_architecture_nonexistent(self):
'''Test check_architecture() - nonexistent'''
self.set_test_control("Architecture", "nonexistent")
self.set_test_pkgfmt("click", "0.4")
c = ClickReviewLint(self.test_name)
c.pkg_arch = ["nonexistent"]
c.check_architecture()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_control_architecture(self):
'''Test check_control() (architecture)'''
c = ClickReviewLint(self.test_name)
c.check_control()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_control_architecture_snappy_1504(self):
'''Test check_control() (architecture) - snappy 15.04'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewLint(self.test_name)
c.check_control()
r = c.click_report
expected_counts = {'info': 15, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_control_architecture_missing(self):
'''Test check_control() (architecture missing)'''
self.set_test_control("Architecture", None)
try:
ClickReviewLint(self.test_name)
except KeyError:
return
raise Exception("Should have raised a KeyError")
def test_check_control_matches_manifest_architecture(self):
'''Test check_control() (architecture matches manifest)'''
self.set_test_control("Architecture", "armhf")
self.set_test_manifest("architecture", "armhf")
c = ClickReviewLint(self.test_name)
c.check_control()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_control_mismatches_manifest_architecture(self):
'''Test check_control() (architecture mismatches manifest)'''
self.set_test_control("Architecture", "armhf")
self.set_test_manifest("architecture", "amd64")
c = ClickReviewLint(self.test_name)
c.is_snap1 = False
c.check_control()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_control_mismatches_manifest_architecture_snappy(self):
'''Test check_control() (architecture mismatches manifest (snappy))'''
self.set_test_control("Architecture", ["all"])
self.set_test_manifest("architecture", "all")
c = ClickReviewLint(self.test_name)
c.is_snap1 = True
c.check_control()
r = c.click_report
expected_counts = {'info': 15, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_control_manifest_architecture_missing(self):
'''Test check_control() (manifest architecture)'''
self.set_test_control("Architecture", "armhf")
self.set_test_manifest("architecture", None)
c = ClickReviewLint(self.test_name)
c.check_control()
r = c.click_report
expected = dict()
expected['info'] = dict()
expected['warn'] = dict()
expected['error'] = dict()
name = c._get_check_name('control_architecture_match')
expected['info'][name] = {
"text": "OK: architecture not specified in manifest"}
self.check_results(r, expected=expected)
def test_check_architecture_specified_needed(self):
'''Test check_architecture_specified_needed() - no binaries'''
self.set_test_control("Architecture", "armhf")
self.set_test_manifest("architecture", "armhf")
c = ClickReviewLint(self.test_name)
c.pkg_arch = ['armhf']
c.pkg_bin_files = []
c.check_architecture_specified_needed()
r = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_architecture_specified_needed2(self):
'''Test check_architecture_specified_needed2() - binaries'''
self.set_test_control("Architecture", "armhf")
self.set_test_manifest("architecture", "armhf")
c = ClickReviewLint(self.test_name)
c.pkg_bin_files = ["path/to/some/compiled/binary"]
c.check_architecture_specified_needed()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_manifest_missing_arch(self):
'''Test check_manifest_architecture() (missing)'''
self.set_test_manifest("architecture", None)
c = ClickReviewLint(self.test_name)
c.check_manifest_architecture()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_manifest_missing_arch_snappy_1504(self):
'''Test check_manifest_architecture() - snappy 15.04'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_manifest("architecture", None)
c = ClickReviewLint(self.test_name)
c.check_manifest_architecture()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_manifest_arch_all(self):
'''Test check_manifest_architecture() (all)'''
self.set_test_manifest("architecture", "all")
c = ClickReviewLint(self.test_name)
c.check_manifest_architecture()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_manifest_arch_single_armhf(self):
'''Test check_manifest_architecture() (single arch, armhf)'''
self.set_test_manifest("architecture", "armhf")
c = ClickReviewLint(self.test_name)
c.check_manifest_architecture()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_manifest_arch_single_i386(self):
'''Test check_manifest_architecture() (single arch, i386)'''
self.set_test_manifest("architecture", "i386")
c = ClickReviewLint(self.test_name)
c.check_manifest_architecture()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_manifest_arch_single_amd64(self):
'''Test check_manifest_architecture() (single arch, amd64)'''
self.set_test_manifest("architecture", "amd64")
c = ClickReviewLint(self.test_name)
c.check_manifest_architecture()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_manifest_arch_single_nonexistent(self):
'''Test check_manifest_architecture() (single nonexistent arch)'''
self.set_test_manifest("architecture", "nonexistent")
c = ClickReviewLint(self.test_name)
c.check_manifest_architecture()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_manifest_arch_single_multi(self):
'''Test check_manifest_architecture() (single arch: invalid multi)'''
self.set_test_manifest("architecture", "multi")
c = ClickReviewLint(self.test_name)
c.check_manifest_architecture()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_manifest_valid_arch_multi(self):
'''Test check_manifest_architecture() (valid multi)'''
arch = "multi"
self.set_test_manifest("architecture", ["armhf"])
self.set_test_control("Architecture", arch)
test_name = "%s_%s_%s.click" % (self.test_control['Package'],
self.test_control['Version'],
arch)
c = ClickReviewLint(test_name)
c.check_manifest_architecture()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_manifest_valid_arch_multi2(self):
'''Test check_manifest_architecture() (valid multi2)'''
arch = "multi"
self.set_test_manifest("architecture", ["armhf", "i386"])
self.set_test_control("Architecture", arch)
test_name = "%s_%s_%s.click" % (self.test_control['Package'],
self.test_control['Version'],
arch)
c = ClickReviewLint(test_name)
c.check_manifest_architecture()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_manifest_invalid_arch_multi_nonexistent(self):
'''Test check_manifest_architecture() (invalid multi)'''
arch = "multi"
self.set_test_manifest("architecture", ["armhf", "nonexistent"])
self.set_test_control("Architecture", arch)
test_name = "%s_%s_%s.click" % (self.test_control['Package'],
self.test_control['Version'],
arch)
c = ClickReviewLint(test_name)
c.check_manifest_architecture()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_manifest_invalid_arch_multi_all(self):
'''Test check_manifest_architecture() (invalid all)'''
arch = "multi"
self.set_test_manifest("architecture", ["armhf", "all"])
self.set_test_control("Architecture", arch)
test_name = "%s_%s_%s.click" % (self.test_control['Package'],
self.test_control['Version'],
arch)
c = ClickReviewLint(test_name)
c.is_snap1 = False
c.check_manifest_architecture()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_manifest_invalid_arch_multi_multi(self):
'''Test check_manifest_architecture() (invalid multi)'''
arch = "multi"
self.set_test_manifest("architecture", ["multi", "armhf"])
self.set_test_control("Architecture", arch)
test_name = "%s_%s_%s.click" % (self.test_control['Package'],
self.test_control['Version'],
arch)
c = ClickReviewLint(test_name)
c.check_manifest_architecture()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_control(self):
"""A very basic test to make sure check_control can be tested."""
c = ClickReviewLint(self.test_name)
c.is_snap1 = False
c.check_control()
r = c.click_report
expected_counts = {'info': 15, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_control_snap(self):
"""check_control with snap."""
c = ClickReviewLint(self.test_name)
c.is_snap1 = True
c.check_control()
r = c.click_report
expected_counts = {'info': 15, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_control_snap_missing_maintainer(self):
"""check_control with snap with missing maintainer."""
c = ClickReviewLint(self.test_name)
c.is_snap1 = True
self.set_test_control('Maintainer', None)
c.check_control()
r = c.click_report
expected_counts = {'info': 15, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
# Lets check that the right info is triggering
name = c._get_check_name('control_has_field:Maintainer')
m = r['info'][name]['text']
self.assertIn('OK (maintainer not required for snappy)', m)
# Make the current MINIMUM_CLICK_FRAMEWORK_VERSION newer
@patch('clickreviews.cr_lint.MINIMUM_CLICK_FRAMEWORK_VERSION',
MINIMUM_CLICK_FRAMEWORK_VERSION + '.1')
def test_check_control_click_framework_version(self):
"""Test that enforcing click framework versions works."""
test_name = 'net.launchpad.click-webapps.test-app_3_all.click'
c = ClickReviewLint(test_name)
c.check_control()
r = c.click_report
# We should end up with an error as the click version is out of date
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
# Lets check that the right error is triggering
name = c._get_check_name('control_click_version_up_to_date')
m = r['error'][name]['text']
self.assertIn('Click-Version is too old', m)
def test_check_maintainer(self):
'''Test check_maintainer()'''
c = ClickReviewLint(self.test_name)
c.check_maintainer()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_maintainer_empty(self):
'''Test check_maintainer() - empty'''
self.set_test_manifest("maintainer", "")
c = ClickReviewLint(self.test_name)
c.is_snap1 = False
c.check_maintainer()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_maintainer_empty_snap(self):
'''Test check_maintainer() - empty (snap)'''
self.set_test_manifest("maintainer", "")
c = ClickReviewLint(self.test_name)
c.is_snap1 = True
c.check_maintainer()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_maintainer_missing(self):
'''Test check_maintainer() - missing (click)'''
self.set_test_manifest("maintainer", None)
c = ClickReviewLint(self.test_name)
c.is_snap1 = False
c.check_maintainer()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_maintainer_missing_snap(self):
'''Test check_maintainer() - missing (snap)'''
self.set_test_manifest("maintainer", None)
c = ClickReviewLint(self.test_name)
c.is_snap1 = True
c.check_maintainer()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_maintainer_badformat(self):
'''Test check_maintainer() - badly formatted'''
self.set_test_manifest("maintainer", "$%^@*")
c = ClickReviewLint(self.test_name)
c.is_snap1 = False
c.check_maintainer()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_maintainer_badformat_snap(self):
'''Test check_maintainer() - badly formatted (snap)'''
self.set_test_manifest("maintainer", "$%^@*")
c = ClickReviewLint(self.test_name)
c.is_snap1 = True
c.check_maintainer()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_maintainer_bad_email_missing_name(self):
'''Test check_maintainer() - bad email (missing name)'''
self.set_test_manifest("name", "com.ubuntu.developer.user.app")
self.set_test_manifest("maintainer",
"user@example.com")
c = ClickReviewLint(self.test_name)
c.is_snap1 = False
c.check_maintainer()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_maintainer_bad_email_missing_name_snap(self):
'''Test check_maintainer() - bad email (missing name, snap)'''
self.set_test_manifest("name", "com.ubuntu.developer.user.app")
self.set_test_manifest("maintainer",
"user@example.com")
c = ClickReviewLint(self.test_name)
c.is_snap1 = True
c.check_maintainer()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_maintainer_domain_appstore(self):
'''Test check_maintainer() - appstore domain
(com.ubuntu.developer)'''
self.set_test_manifest("name", "com.ubuntu.developer.user.app")
self.set_test_manifest("maintainer",
"Foo User ")
c = ClickReviewLint(self.test_name)
c.check_maintainer()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_icon(self):
'''Test check_icon()'''
self.set_test_manifest("icon", "someicon")
c = ClickReviewLint(self.test_name)
c.check_icon()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_icon_snappy_1504(self):
'''Test check_icon() - snappy 15.04'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_manifest("icon", "someicon")
c = ClickReviewLint(self.test_name)
c.check_icon()
r = c.click_report
expected_counts = {'info': 3, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_icon_unspecified(self):
'''Test check_icon()'''
self.set_test_manifest("icon", None)
c = ClickReviewLint(self.test_name)
c.check_icon()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_icon_empty(self):
'''Test check_icon() - empty'''
self.set_test_manifest("icon", "")
c = ClickReviewLint(self.test_name)
c.check_icon()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_icon_absolute_path(self):
'''Test check_icon() - absolute path'''
self.set_test_manifest("icon", "/foo/bar/someicon")
c = ClickReviewLint(self.test_name)
c.check_icon()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_click_local_extensions_missing(self):
'''Testeck_click_local_extensions() - missing'''
for k in self.test_manifest.keys():
if k.startswith("x-"):
self.set_test_manifest(k, None)
c = ClickReviewLint(self.test_name)
c.check_click_local_extensions()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_click_local_extensions_empty(self):
'''Testeck_click_local_extensions() - empty'''
for k in self.test_manifest.keys():
if k.startswith("x-"):
self.set_test_manifest(k, None)
self.set_test_manifest("x-test", "")
c = ClickReviewLint(self.test_name)
c.check_click_local_extensions()
r = c.click_report
expected_counts = {'info': 0, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_click_local_extensions(self):
'''Testeck_click_local_extensions()'''
for k in self.test_manifest.keys():
if k.startswith("x-"):
self.set_test_manifest(k, None)
self.set_test_manifest("x-source", {"vcs-bzr": "lp:notes-app",
"vcs-bzr-revno": "209"})
c = ClickReviewLint(self.test_name)
c.check_click_local_extensions()
r = c.click_report
expected_counts = {'info': 0, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_click_local_extensions_coreapp(self):
'''Testeck_click_local_extensions() - coreapp'''
for k in self.test_manifest.keys():
if k.startswith("x-"):
self.set_test_manifest(k, None)
self.set_test_manifest("x-source", "foo")
c = ClickReviewLint(self.test_name)
c.is_core_app = True
c.check_click_local_extensions()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_click_local_extensions_snappy_1504(self):
'''Testeck_click_local_extensions() - snappy 15.04'''
self.set_test_pkgfmt("snap", "15.04")
for k in self.test_manifest.keys():
if k.startswith("x-"):
self.set_test_manifest(k, None)
self.set_test_manifest("x-source", {"vcs-bzr": "lp:notes-app",
"vcs-bzr-revno": "209"})
c = ClickReviewLint(self.test_name)
c.check_click_local_extensions()
r = c.click_report
expected_counts = {'info': 0, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_framework(self):
'''Test check_framework()'''
self.patch_frameworks()
self.set_test_manifest("framework", "ubuntu-sdk-14.10-qml-dev2")
c = ClickReviewLint(self.test_name)
c.check_framework()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_framework_multiple_click(self):
'''Test check_framework() - click'''
self.patch_frameworks()
self.set_test_manifest("framework",
"ubuntu-sdk-14.10-qml-dev2,ubuntu-core-15.04")
c = ClickReviewLint(self.test_name)
c.is_snap1 = False
c.check_framework()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_framework_multiple_snappy(self):
'''Test check_framework() - snappy'''
self.patch_frameworks()
self.set_test_manifest("framework",
"ubuntu-sdk-14.10-qml-dev2,ubuntu-core-15.04")
c = ClickReviewLint(self.test_name)
c.is_snap1 = True
c.check_framework()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
@patch('clickreviews.remote.read_cr_file')
def test_check_framework_fetches_remote_data(self, mock_read_cr_file):
'''Test check_framework()'''
mock_read_cr_file.return_value = {
'ubuntu-sdk-14.10-qml-dev2': 'available',
}
self.set_test_manifest("framework", "ubuntu-sdk-14.10-qml-dev2")
c = ClickReviewLint(self.test_name)
c.check_framework()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
# ensure no local fn is provided when reading frameworks
mock_read_cr_file.assert_called_once_with(
USER_DATA_FILE, FRAMEWORKS_DATA_URL)
def test_check_framework_bad(self):
'''Test check_framework() - bad'''
self.patch_frameworks()
self.set_test_manifest("framework", "nonexistent")
c = ClickReviewLint(self.test_name)
c.check_framework()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_framework_deprecated(self):
'''Test check_framework() - deprecated'''
self.patch_frameworks()
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
c = ClickReviewLint(self.test_name)
c.check_framework()
r = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_framework_obsolete(self):
'''Test check_framework() - obsolete'''
self.patch_frameworks()
self.set_test_manifest("framework", "ubuntu-sdk-14.10-qml-dev1")
c = ClickReviewLint(self.test_name)
c.check_framework()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
@patch('clickreviews.remote.read_cr_file')
def test_check_framework_with_overrides(self, mock_read_cr_file):
'''Test check_framework() - using overrides'''
mock_read_cr_file.return_value = {
'ubuntu-sdk-14.10-qml-dev2': 'available',
}
self.set_test_manifest("framework", "nonexistent")
overrides = {'framework': {'nonexistent': {'state': 'available'}}}
c = ClickReviewLint(self.test_name, overrides=overrides)
c.check_framework()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
@patch('clickreviews.remote.read_cr_file')
def test_check_framework_with_overrides_obsolete(self, mock_read_cr_file):
'''Test check_framework() - using override obsoletes available'''
fwk = 'ubuntu-sdk-14.10-qml-dev2'
mock_read_cr_file.return_value = {
'%s' % fwk: 'available',
}
self.set_test_manifest("framework", fwk)
overrides = {'framework': {'%s' % fwk: {'state': 'obsolete'}}}
c = ClickReviewLint(self.test_name, overrides=overrides)
c.check_framework()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
@patch('clickreviews.remote.read_cr_file')
def test_check_framework_with_overrides_deprecated(self, mock_read_cr_file):
'''Test check_framework() - using override deprecates available'''
fwk = 'ubuntu-sdk-14.10-qml-dev2'
mock_read_cr_file.return_value = {
'%s' % fwk: 'available',
}
self.set_test_manifest("framework", fwk)
overrides = {'framework': {'%s' % fwk: {'state': 'deprecated'}}}
c = ClickReviewLint(self.test_name, overrides=overrides)
c.check_framework()
r = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
@patch('clickreviews.remote.read_cr_file')
def test_check_framework_with_malformed_overrides(self, mock_read_cr_file):
'''Test check_framework() - using overrides'''
mock_read_cr_file.return_value = {
'ubuntu-sdk-14.10-qml-dev2': 'available',
}
self.set_test_manifest("framework", "nonexistent")
overrides = {'nonexistent': {'state': 'available'}}
c = ClickReviewLint(self.test_name, overrides=overrides)
c.check_framework()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_hooks(self):
'''Test check_hooks()'''
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
c = ClickReviewLint(self.test_name)
c.check_hooks()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_hooks_snappy_1504(self):
'''Test check_hooks() - snappy 15.04'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
c = ClickReviewLint(self.test_name)
c.check_hooks()
r = c.click_report
expected_counts = {'info': 5, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_hooks_multiple_desktop_apps(self):
'''Test check_hooks() - multiple desktop apps'''
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
c = ClickReviewLint(self.test_name)
tmp = c.manifest['hooks'][self.default_appname]
c.manifest['hooks']["another-app"] = tmp
c.check_hooks()
r = c.click_report
expected_counts = {'info': 9, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_hooks_multiple_apps(self):
'''Test check_hooks() - multiple non-desktop apps'''
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
c = ClickReviewLint(self.test_name)
tmp = dict()
for k in c.manifest['hooks'][self.default_appname].keys():
tmp[k] = c.manifest['hooks'][self.default_appname][k]
tmp.pop('desktop')
tmp['scope'] = "some-scope-exec"
c.manifest['hooks']["some-scope"] = tmp
tmp = dict()
for k in c.manifest['hooks'][self.default_appname].keys():
tmp[k] = c.manifest['hooks'][self.default_appname][k]
tmp.pop('desktop')
tmp['push-helper'] = "push.json"
c.manifest['hooks']["some-push-helper"] = tmp
c.check_hooks()
r = c.click_report
expected_counts = {'info': 13, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_hooks_security_extension(self):
'''Test check_hooks() - security extension'''
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
c = ClickReviewLint(self.test_name)
tmp = dict()
for k in c.manifest['hooks'][self.default_appname].keys():
tmp[k] = c.manifest['hooks'][self.default_appname][k]
tmp['apparmor'] = "%s.json" % self.default_appname
c.manifest['hooks'][self.default_appname] = tmp
c.check_hooks()
r = c.click_report
expected = dict()
expected['info'] = dict()
expected['warn'] = dict()
expected['error'] = dict()
name = c._get_check_name(
'sdk_security_extension', app='test-app')
expected['info'][name] = {
"text": "test-app.json does not end with .apparmor (ok if not using sdk)"}
self.check_results(r, expected=expected)
def test_check_hooks_bad_appname(self):
'''Test check_hooks() - bad appname'''
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
c = ClickReviewLint(self.test_name)
tmp = c.manifest['hooks'][self.default_appname]
del c.manifest['hooks'][self.default_appname]
c.manifest['hooks']["b@d@ppn@m#"] = tmp
c.check_hooks()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_hooks_missing_apparmor(self):
'''Test check_hooks() - missing apparmor'''
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
c = ClickReviewLint(self.test_name)
del c.manifest['hooks'][self.default_appname]['apparmor']
c.check_hooks()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_hooks_missing_apparmor_with_apparmor_profile(self):
'''Test check_hooks() - missing apparmor with apparmor-profile'''
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
c = ClickReviewLint(self.test_name)
del c.manifest['hooks'][self.default_appname]['apparmor']
c.manifest['hooks'][self.default_appname]['apparmor-profile'] = 'foo'
c.check_hooks()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_hooks_missing_apparmor_with_puritine(self):
'''Test check_hooks() - missing apparmor'''
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
c = ClickReviewLint(self.test_name)
del c.manifest['hooks'][self.default_appname]['apparmor']
c.manifest['hooks'][self.default_appname]['puritine'] = 'foo'
c.check_hooks()
r = c.click_report
expected_counts = {'info': 4, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_hooks_has_desktop_and_scope(self):
'''Test check_hooks() - desktop with scope'''
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
c = ClickReviewLint(self.test_name)
c.manifest['hooks'][self.default_appname]["scope"] = "some-binary"
c.check_hooks()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_hooks_type_oem(self):
'''Test check_hooks() - type: oem'''
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
c = ClickReviewLint(self.test_name)
c.is_snap_oem = True
c.check_hooks()
r = c.click_report
# oem type has no hooks so these should all be '0'
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_hooks_unknown_nonexistent(self):
'''Test check_hooks_unknown() - nonexistent'''
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
c = ClickReviewLint(self.test_name)
c.manifest['hooks'][self.default_appname]["nonexistant"] = "foo"
c.check_hooks_unknown()
r = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_hooks_unknown_nonexistent_snappy_1504(self):
'''Test check_hooks_unknown() - nonexistent - snappy 15.04'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
c = ClickReviewLint(self.test_name)
c.check_hooks_unknown()
r = c.click_report
expected_counts = {'info': 3, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_hooks_unknown_good(self):
'''Test check_hooks_unknown()'''
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
c = ClickReviewLint(self.test_name)
c.check_hooks_unknown()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_hooks_unknown_type_oem(self):
'''Test check_hooks_unknown() - type: oem'''
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
c = ClickReviewLint(self.test_name)
c.is_snap_oem = True
c.check_hooks_unknown()
r = c.click_report
# oem type has no hooks so these should all be '0'
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_hooks_redflagged_payui(self):
'''Test check_hooks_redflagged() - pay-ui'''
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
c = ClickReviewLint(self.test_name)
c.manifest['hooks'][self.default_appname]["pay-ui"] = "foo"
c.check_hooks_redflagged()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
name = c._get_check_name('hooks_redflag', app='test-app')
self.check_manual_review(r, name)
def test_check_hooks_redflagged_payui_snappy_1504(self):
'''Test check_hooks_redflagged() - pay-ui - snappy 15.04'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
c = ClickReviewLint(self.test_name)
c.check_hooks_redflagged()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_hooks_redflagged_apparmor_profile(self):
'''Test check_hooks_redflagged() - apparmor-profile'''
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
c = ClickReviewLint(self.test_name)
c.manifest['hooks'][self.default_appname]["apparmor-profile"] = "foo"
# snap checks are handled elsewhere
c.is_snap1 = False
c.check_hooks_redflagged()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
name = c._get_check_name('hooks_redflag', app='test-app')
self.check_manual_review(r, name)
def test_check_hooks_redflagged_puritine(self):
'''Test check_hooks_redflagged() - puritine'''
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
c = ClickReviewLint(self.test_name)
c.manifest['hooks'][self.default_appname]["puritine"] = "foo"
c.check_hooks_redflagged()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
name = c._get_check_name('hooks_redflag', app='test-app')
self.check_manual_review(r, name)
def test_pkgname_toplevel(self):
'''Test check_pkgname - toplevel'''
self.set_test_manifest("name", "foo")
c = ClickReviewLint(self.test_name)
c.check_pkgname()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_pkgname_flat(self):
'''Test check_pkgname - flat'''
self.set_test_manifest("name", "foo.bar")
c = ClickReviewLint(self.test_name)
c.is_snap1 = False
c.check_pkgname()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_pkgname_reverse_domain(self):
'''Test check_pkgname - reverse domain'''
self.set_test_manifest("name", "com.ubuntu.develeper.baz.foo")
c = ClickReviewLint(self.test_name)
c.is_snap1 = False
c.check_pkgname()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_snappy_name_toplevel_1504(self):
'''Test check_snappy_name - toplevel - 15.04'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("name", "foo")
c = ClickReviewLint(self.test_name)
c.check_snappy_name()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_snappy_name_flat(self):
'''Test check_snappy_name - obsoleted flat'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("name", "foo.bar")
c = ClickReviewLint(self.test_name)
c.check_snappy_name()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_snappy_name_reverse_domain(self):
'''Test check_snappy_name - obsoleted reverse domain'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("name", "com.ubuntu.develeper.baz.foo")
c = ClickReviewLint(self.test_name)
c.check_snappy_name()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_snappy_name_bad(self):
'''Test check_snappy_name - bad'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("name", "foo?bar")
c = ClickReviewLint(self.test_name)
c.check_snappy_name()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_snappy_name_bad2(self):
'''Test check_snappy_name - empty'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("name", "")
c = ClickReviewLint(self.test_name)
c.check_snappy_name()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_snappy_name_bad3(self):
'''Test check_snappy_name - list'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("name", [])
c = ClickReviewLint(self.test_name)
c.check_snappy_name()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_snappy_name_bad4(self):
'''Test check_snappy_name - dict'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("name", {})
c = ClickReviewLint(self.test_name)
c.check_snappy_name()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_snappy_version_1504(self):
'''Test check_snappy_version - 15.04'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("version", 1)
c = ClickReviewLint(self.test_name)
c.check_snappy_version()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_snappy_version1(self):
'''Test check_snappy_version - integer'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("version", 1)
c = ClickReviewLint(self.test_name)
c.check_snappy_version()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_snappy_version2(self):
'''Test check_snappy_version - float'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("version", 1.0)
c = ClickReviewLint(self.test_name)
c.check_snappy_version()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_snappy_version3(self):
'''Test check_snappy_version - MAJOR.MINOR.MICRO'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("version", "1.0.1")
c = ClickReviewLint(self.test_name)
c.check_snappy_version()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_snappy_version4(self):
'''Test check_snappy_version - str'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("version", "1.0a")
c = ClickReviewLint(self.test_name)
c.check_snappy_version()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_snappy_version5(self):
'''Test check_snappy_version - alpha'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("version", "a.b")
c = ClickReviewLint(self.test_name)
c.check_snappy_version()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_snappy_version_bad(self):
'''Test check_snappy_version - bad'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("version", "foo?bar")
c = ClickReviewLint(self.test_name)
c.check_snappy_version()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_snappy_version_bad2(self):
'''Test check_snappy_version - empty'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("version", "")
c = ClickReviewLint(self.test_name)
c.check_snappy_version()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_snappy_version_bad3(self):
'''Test check_snappy_version - list'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("version", [])
c = ClickReviewLint(self.test_name)
c.check_snappy_version()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_snappy_version_bad4(self):
'''Test check_snappy_version - dict'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("version", {})
c = ClickReviewLint(self.test_name)
c.check_snappy_version()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_snappy_type(self):
'''Test check_snappy_type - unspecified'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("type", None)
c = ClickReviewLint(self.test_name)
c.check_snappy_type()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_snappy_type_app_1504(self):
'''Test check_snappy_type - app - 15.04'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("type", "app")
c = ClickReviewLint(self.test_name)
c.check_snappy_type()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_snappy_type_framework(self):
'''Test check_snappy_type - framework'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("type", "framework")
c = ClickReviewLint(self.test_name)
c.check_snappy_type()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_snappy_type_oem(self):
'''Test check_snappy_type - oem'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("type", "oem")
c = ClickReviewLint(self.test_name)
c.check_snappy_type()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_snappy_type_redflagged_1504(self):
'''Test check_snappy_type_redflagged - unspecified - 15.04'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("type", None)
c = ClickReviewLint(self.test_name)
c.check_snappy_type_redflagged()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_snappy_type_redflagged_app(self):
'''Test check_snappy_type_redflagged - app'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("type", "app")
c = ClickReviewLint(self.test_name)
c.check_snappy_type_redflagged()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_snappy_type_redflagged_framework(self):
'''Test check_snappy_type_redflagged - framework'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("type", "framework")
c = ClickReviewLint(self.test_name)
c.check_snappy_type_redflagged()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_snappy_type_redflagged_oem(self):
'''Test check_snappy_type_redflagged - oem'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("type", "oem")
c = ClickReviewLint(self.test_name)
c.check_snappy_type_redflagged()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_icon_1504(self):
'''Test check_snappy_icon() - 15.04'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("icon", "someicon")
c = ClickReviewLint(self.test_name)
c.check_snappy_icon()
r = c.click_report
expected_counts = {'info': 3, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_icon_unspecified(self):
'''Test check_snappy_icon() - unspecified'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("icon", None)
c = ClickReviewLint(self.test_name)
c.check_snappy_icon()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_icon_empty(self):
'''Test check_snappy_icon() - empty'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("icon", "")
c = ClickReviewLint(self.test_name)
c.check_snappy_icon()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_icon_absolute_path(self):
'''Test check_snappy_icon() - absolute path'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("icon", "/foo/bar/someicon")
c = ClickReviewLint(self.test_name)
c.check_snappy_icon()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_missing_arch(self):
'''Test check_snappy_architecture() (missing)'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("architectures", None)
c = ClickReviewLint(self.test_name)
c.check_snappy_architecture()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_arch_all_deprecated(self):
'''Test check_snappy_architecture() (deprecated, all)'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("architecture", "all")
c = ClickReviewLint(self.test_name)
c.check_snappy_architecture()
r = c.click_report
expected_counts = {'info': 1, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_arch_amd64_deprecated(self):
'''Test check_snappy_architecture() (deprecated, all)'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("architecture", "amd64")
c = ClickReviewLint(self.test_name)
c.check_snappy_architecture()
r = c.click_report
expected_counts = {'info': 1, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_arch_all(self):
'''Test check_snappy_architecture() (all)'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("architectures", ["all"])
c = ClickReviewLint(self.test_name)
c.check_snappy_architecture()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_arch_single_armhf(self):
'''Test check_snappy_architecture() (single arch, armhf)'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("architectures", ["armhf"])
c = ClickReviewLint(self.test_name)
c.check_snappy_architecture()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_arch_single_arm64(self):
'''Test check_snappy_architecture() (single arch, arm64)'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("architectures", ["arm64"])
c = ClickReviewLint(self.test_name)
c.check_snappy_architecture()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_arch_single_i386(self):
'''Test check_snappy_architecture() (single arch, i386)'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("architectures", ["i386"])
c = ClickReviewLint(self.test_name)
c.check_snappy_architecture()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_arch_single_amd64(self):
'''Test check_snappy_architecture() (single arch, amd64)'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("architectures", ["amd64"])
c = ClickReviewLint(self.test_name)
c.check_snappy_architecture()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_arch_single_nonexistent(self):
'''Test check_snappy_architecture() (single nonexistent arch)'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("architectures", ["nonexistent"])
c = ClickReviewLint(self.test_name)
c.check_snappy_architecture()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_arch_single_multi(self):
'''Test check_snappy_architecture() (single arch: invalid multi)'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("architectures", "multi")
c = ClickReviewLint(self.test_name)
c.check_snappy_architecture()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_valid_arch_multi(self):
'''Test check_snappy_architecture() (valid multi)'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("architectures", ["armhf"])
test_name = "%s_%s_%s.snap" % (self.test_control['Package'],
self.test_control['Version'],
"armhf")
c = ClickReviewLint(test_name)
c.check_snappy_architecture()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_valid_arch_multi2(self):
'''Test check_snappy_architecture() (valid multi2)'''
self.set_test_pkgfmt("snap", "15.04")
arch = "multi"
self.set_test_pkg_yaml("architectures", ["armhf", "i386"])
test_name = "%s_%s_%s.snap" % (self.test_control['Package'],
self.test_control['Version'],
arch)
c = ClickReviewLint(test_name)
c.check_snappy_architecture()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_invalid_arch_multi_nonexistent(self):
'''Test check_snappy_architecture() (invalid multi)'''
self.set_test_pkgfmt("snap", "15.04")
arch = "multi"
self.set_test_pkg_yaml("architectures", ["armhf", "nonexistent"])
test_name = "%s_%s_%s.snap" % (self.test_control['Package'],
self.test_control['Version'],
arch)
c = ClickReviewLint(test_name)
c.check_snappy_architecture()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_invalid_arch_multi_all(self):
'''Test check_snappy_architecture() (invalid all)'''
self.set_test_pkgfmt("snap", "15.04")
arch = "multi"
self.set_test_pkg_yaml("architectures", ["armhf", "all"])
test_name = "%s_%s_%s.snap" % (self.test_control['Package'],
self.test_control['Version'],
arch)
c = ClickReviewLint(test_name)
c.check_snappy_architecture()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_invalid_arch_multi_multi(self):
'''Test check_snappy_architecture() (invalid multi)'''
self.set_test_pkgfmt("snap", "15.04")
arch = "multi"
self.set_test_pkg_yaml("architectures", ["multi", "armhf"])
test_name = "%s_%s_%s.snap" % (self.test_control['Package'],
self.test_control['Version'],
arch)
c = ClickReviewLint(test_name)
c.check_snappy_architecture()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_unknown_entries(self):
'''Test check_snappy_unknown_entries - none'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("name", "foo")
c = ClickReviewLint(self.test_name)
c.check_snappy_unknown_entries()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_unknown_entries2(self):
'''Test check_snappy_unknown_entries - one'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("nonexistent", "bar")
c = ClickReviewLint(self.test_name)
c.check_snappy_unknown_entries()
r = c.click_report
expected_counts = {'info': 0, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_unknown_obsoleted(self):
'''Test check_snappy_unknown_entries - obsoleted'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("maintainer", "bar")
c = ClickReviewLint(self.test_name)
c.check_snappy_unknown_entries()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
# Lets check that the right warning is triggering
name = c._get_check_name('snappy_unknown')
m = r['error'][name]['text']
self.assertIn("unknown entries in package.yaml: 'maintainer' "
"(maintainer obsoleted)", m)
def test_check_snappy_readme_md(self):
'''Test check_snappy_readme_md()'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("name", self.test_name.split('_')[0])
self.set_test_readme_md("%s - some description" %
self.test_name.split('_')[0])
c = ClickReviewLint(self.test_name)
c.check_snappy_readme_md()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_readme_md_bad(self):
'''Test check_snappy_readme_md() - short'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("name", "prettylong.name")
self.set_test_readme_md("abc")
c = ClickReviewLint(self.test_name)
c.check_snappy_readme_md()
r = c.click_report
expected_counts = {'info': 1, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_readme_md_bad2(self):
'''Test check_snappy_readme_md() - missing'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("name", self.test_name.split('_')[0])
self.set_test_readme_md(None)
c = ClickReviewLint(self.test_name)
c.check_snappy_readme_md()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_services_and_binaries1(self):
'''Test check_snappy_services_and_binaries() - different'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("name", self.test_name.split('_')[0])
self.set_test_pkg_yaml("services", [{"name": "foo",
"start": "bin/foo"}])
self.set_test_pkg_yaml("binaries", [{"name": "bar"}])
c = ClickReviewLint(self.test_name)
c.check_snappy_services_and_binaries()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_services_and_binaries2(self):
'''Test check_snappy_services_and_binaries() - different (exec)'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("name", self.test_name.split('_')[0])
self.set_test_pkg_yaml("services", [{"name": "foo",
"start": "bin/foo"}])
self.set_test_pkg_yaml("binaries", [{"name": "bar",
"exec": "bin/foo"}])
c = ClickReviewLint(self.test_name)
c.check_snappy_services_and_binaries()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_services_and_binaries3(self):
'''Test check_snappy_services_and_binaries() - same'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("name", self.test_name.split('_')[0])
self.set_test_pkg_yaml("services", [{"name": "foo",
"start": "bin/foo"}])
self.set_test_pkg_yaml("binaries", [{"name": "foo"}])
c = ClickReviewLint(self.test_name)
c.check_snappy_services_and_binaries()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 2}
self.check_results(r, expected_counts)
name = c._get_check_name('snappy_in_services', extra='foo')
m = r['error'][name]['text']
self.assertIn("'foo' in both 'services' and 'binaries'", m)
name = c._get_check_name('snappy_in_binaries', extra='foo')
m = r['error'][name]['text']
self.assertIn("'foo' in both 'services' and 'binaries'", m)
def test_check_snappy_services_and_binaries4(self):
'''Test check_snappy_services_and_binaries() - same (subdir)'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("name", self.test_name.split('_')[0])
self.set_test_pkg_yaml("services", [{"name": "foo",
"start": "bin/foo"}])
self.set_test_pkg_yaml("binaries", [{"name": "bin/foo"}])
c = ClickReviewLint(self.test_name)
c.check_snappy_services_and_binaries()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 2}
self.check_results(r, expected_counts)
name = c._get_check_name('snappy_in_services', extra='foo')
m = r['error'][name]['text']
self.assertIn("'foo' in both 'services' and 'binaries'", m)
name = c._get_check_name('snappy_in_binaries', extra='foo')
m = r['error'][name]['text']
self.assertIn("'foo' in both 'services' and 'binaries'", m)
def test_check_snappy_services_and_binaries5(self):
'''Test check_snappy_services_and_binaries() - same (exec, subdir)'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("name", self.test_name.split('_')[0])
self.set_test_pkg_yaml("services", [{"name": "foo",
"start": "bin/foo"}])
self.set_test_pkg_yaml("binaries", [{"name": "foo",
"exec": "bin/foo"}])
c = ClickReviewLint(self.test_name)
c.check_snappy_services_and_binaries()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 2}
self.check_results(r, expected_counts)
name = c._get_check_name('snappy_in_services', extra='foo')
m = r['error'][name]['text']
self.assertIn("'foo' in both 'services' and 'binaries'", m)
name = c._get_check_name('snappy_in_binaries', extra='foo')
m = r['error'][name]['text']
self.assertIn("'foo' in both 'services' and 'binaries'", m)
def test_check_snappy_hashes_click(self):
'''Test check_snappy_hashes() - click'''
self.set_test_pkgfmt("click", "0.4")
c = ClickReviewLint(self.test_name)
c.is_snap1 = False
c.check_snappy_hashes()
r = c.click_report
# clicks don't have hashes.yaml, so should have no output
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_hashes_archive_sha512_missing(self):
'''Test check_snappy_hashes() - archive-sha512 missing'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewLint(self.test_name)
c.check_snappy_hashes()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_hashes_archive_sha512_invalid(self):
'''Test check_snappy_hashes() - archive-sha512 invalid'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewLint(self.test_name)
yaml = self._create_hashes_yaml()
yaml['archive-sha512'] = 'deadbeef'
self.set_test_hashes_yaml(yaml)
c.check_snappy_hashes()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
name = c._get_check_name('hashes_archive-sha512_valid')
m = r['error'][name]['text']
self.assertIn("hash mismatch: 'deadbeef' != '%s'" % self.sha512, m)
def test_check_snappy_hashes_archive_files_missing(self):
'''Test check_snappy_hashes() - files missing'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewLint(self.test_name)
yaml = self._create_hashes_yaml()
del yaml['files']
self.set_test_hashes_yaml(yaml)
c.check_snappy_hashes()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
name = c._get_check_name('hashes_files_present')
m = r['error'][name]['text']
self.assertIn("'files' not found in hashes.yaml", m)
def test_check_snappy_hashes_archive_files_ok(self):
'''Test check_snappy_hashes() - ok'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewLint(self.test_name)
yaml = self._create_hashes_yaml()
c.pkg_files = self._test_pkg_files
self.set_test_hashes_yaml(yaml)
c.check_snappy_hashes()
r = c.click_report
expected_counts = {'info': 4, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_hashes_1504(self):
'''Test check_snappy_hashes() - 15.04'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewLint(self.test_name)
yaml = self._create_hashes_yaml()
c.pkg_files = self._test_pkg_files
self.set_test_hashes_yaml(yaml)
c.check_snappy_hashes()
r = c.click_report
expected_counts = {'info': 4, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_hashes_archive_files_missing_name(self):
'''Test check_snappy_hashes() - missing name'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewLint(self.test_name)
yaml = self._create_hashes_yaml()
del yaml['files'][0]['name']
self.set_test_hashes_yaml(yaml)
c.check_snappy_hashes()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_hashes_archive_files_missing_mode(self):
'''Test check_snappy_hashes() - missing mode'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewLint(self.test_name)
yaml = self._create_hashes_yaml()
del yaml['files'][0]['mode']
self.set_test_hashes_yaml(yaml)
c.check_snappy_hashes()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_hashes_archive_files_malformed_mode(self):
'''Test check_snappy_hashes() - malformed mode'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewLint(self.test_name)
yaml = self._create_hashes_yaml()
yaml['files'][0]['mode'] += 'extra'
self.set_test_hashes_yaml(yaml)
c.check_snappy_hashes()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_hashes_archive_files_bad_mode_entry(self):
'''Test check_snappy_hashes() - bad mode entry'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewLint(self.test_name)
yaml = self._create_hashes_yaml()
count = 0
orig_mode = None
for e in yaml['files']:
s = list(yaml['files'][count]['mode'])
if e['name'] == 'bin/foo':
# keep track of the other parts of the on disk mode
orig_mode = s
orig_mode[3] = 'S'
s[3] = 'S'
yaml['files'][count]['mode'] = "".join(s)
count += 1
self.set_test_hashes_yaml(yaml)
c.check_snappy_hashes()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
name = c._get_check_name('file_mode')
m = r['error'][name]['text']
self.assertIn("found errors in hashes.yaml: unusual mode '%s' for entry 'bin/foo'" % "".join(orig_mode), m)
def test_check_snappy_hashes_archive_files_mode_world_write(self):
'''Test check_snappy_hashes() - mode world write'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewLint(self.test_name)
yaml = self._create_hashes_yaml()
count = 0
for e in yaml['files']:
s = list(e['mode'])
if e['name'] == 'bin/foo' or e['name'] == 'bin':
s[-2] = 'w'
s[-5] = 'w'
yaml['files'][count]['mode'] = "".join(s)
count += 1
self.set_test_hashes_yaml(yaml)
c.check_snappy_hashes()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
name = c._get_check_name('file_mode')
m = r['error'][name]['text']
self.assertIn("found errors in hashes.yaml: 'bin' is world-writable, mode 'frw-rw-rw-' for 'bin/foo' is world-writable", m)
def test_check_snappy_hashes_archive_files_mode_mismatch(self):
'''Test check_snappy_hashes() - mode mismatch'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewLint(self.test_name)
yaml = self._create_hashes_yaml()
count = 0
orig_mode = None
for e in yaml['files']:
if e['mode'].startswith('f'):
# keep track of the other parts of the on disk mode
orig_mode = e['mode'][1:]
yaml['files'][count]['mode'] = "f---------"
break
count += 1
self.set_test_hashes_yaml(yaml)
c.check_snappy_hashes()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
name = c._get_check_name('file_mode')
m = r['error'][name]['text']
self.assertIn("found errors in hashes.yaml: mode '---------' != '%s' for 'bin/foo'" % orig_mode, m)
def test_check_snappy_hashes_archive_files_mode_bad_symlink(self):
'''Test check_snappy_hashes() - mode bad symlink'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewLint(self.test_name)
yaml = self._create_hashes_yaml()
yaml['files'].append({'name': 'badlink', 'mode': 'lrwxrwxr-x'})
self.set_test_hashes_yaml(yaml)
c.check_snappy_hashes()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
name = c._get_check_name('file_mode')
m = r['error'][name]['text']
self.assertIn("found errors in hashes.yaml: unusual mode 'lrwxrwxr-x' for entry 'badlink'", m)
def test_check_snappy_hashes_archive_files_mode_devices(self):
'''Test check_snappy_hashes() - mode devices'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewLint(self.test_name)
yaml = self._create_hashes_yaml()
yaml['files'].append({'name': 'badblock', 'mode': 'brw-rw-r--'})
yaml['files'].append({'name': 'badchar', 'mode': 'crw-rw-r--'})
self.set_test_hashes_yaml(yaml)
c.check_snappy_hashes()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
name = c._get_check_name('file_mode')
m = r['error'][name]['text']
self.assertIn("found errors in hashes.yaml: illegal file mode 'b': 'brw-rw-r--' for 'badblock', illegal file mode 'c': 'crw-rw-r--' for 'badchar'", m)
def test_check_snappy_hashes_archive_files_missing_size(self):
'''Test check_snappy_hashes() - missing size'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewLint(self.test_name)
yaml = self._create_hashes_yaml()
count = 0
for e in yaml['files']:
if e['mode'].startswith('f'):
del yaml['files'][count]['size']
break
count += 1
self.set_test_hashes_yaml(yaml)
c.check_snappy_hashes()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_hashes_archive_files_invalid_size(self):
'''Test check_snappy_hashes() - invalid size'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewLint(self.test_name)
yaml = self._create_hashes_yaml()
count = 0
for e in yaml['files']:
if e['mode'].startswith('f'):
orig_size = e['size']
new_size = orig_size + 1
yaml['files'][count]['size'] = new_size
break
count += 1
self.set_test_hashes_yaml(yaml)
c.check_snappy_hashes()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
name = c._get_check_name('file_mode')
m = r['error'][name]['text']
self.assertIn("found errors in hashes.yaml: size " +
"%d != %d for 'bin/foo'" % (new_size, orig_size), m)
def test_check_snappy_hashes_archive_files_missing_sha512(self):
'''Test check_snappy_hashes() - missing sha512'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewLint(self.test_name)
yaml = self._create_hashes_yaml()
count = 0
for e in yaml['files']:
if e['mode'].startswith('f'):
del yaml['files'][count]['sha512']
break
count += 1
self.set_test_hashes_yaml(yaml)
c.check_snappy_hashes()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_hashes_extra(self):
'''Test check_snappy_hashes() - extra'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewLint(self.test_name)
yaml = self._create_hashes_yaml()
self.set_test_hashes_yaml(yaml)
c.pkg_files = self._test_pkg_files
c.pkg_files.append("extrafile")
c.check_snappy_hashes()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
name = c._get_check_name('hashes_extra_files')
m = r['error'][name]['text']
self.assertIn("found extra files not listed in hashes.yaml: extrafile",
m)
def test_snappy_config(self):
'''Test check_snappy_config()'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewLint(self.test_name)
c.unpack_dir = "/nonexistent"
c.pkg_files.append(os.path.join(c.unpack_dir, 'meta/hooks/config'))
c.check_snappy_config()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_snappy_config_nonexecutable(self):
'''Test check_snappy_config() - not executable'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewLint(self.test_name)
c.unpack_dir = "/nonexistent.nonexec"
c.pkg_files.append(os.path.join(c.unpack_dir,
'meta/hooks/config'))
c.check_snappy_config()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_external_symlinks_puritine(self):
'''Test check_external_symlinks - puritine'''
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
c = ClickReviewLint(self.test_name)
c.manifest['hooks'][self.default_appname]["puritine"] = "foo"
c.check_external_symlinks()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
name = c._get_check_name('external_symlinks')
m = r['info'][name]['text']
self.assertIn("SKIPPED: puritine", m)
def test_check_md5sums_puritine(self):
'''Test check_md5sums - puritine'''
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
c = ClickReviewLint(self.test_name)
c.manifest['hooks'][self.default_appname]["puritine"] = "foo"
c.check_md5sums()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
name = c._get_check_name('md5sums')
m = r['info'][name]['text']
self.assertIn("SKIPPED: puritine", m)
class ClickReviewLintTestCase(TestCase):
"""Tests without mocks where they are not needed."""
def setUp(self):
# XXX cleanup_unpack() is required because global variables
# UNPACK_DIR, RAW_UNPACK_DIR are initialised to None at module
# load time, but updated when a real (non-Mock) test runs, such as
# here. While, at the same time, two of the existing tests using
# mocks depend on both global vars being None. Ideally, those
# global vars should be refactored away.
self.addCleanup(cleanup_unpack)
super().setUp()
def mkdtemp(self):
"""Create a temp dir which is cleaned up after test."""
tmp_dir = tempfile.mkdtemp()
self.addCleanup(shutil.rmtree, tmp_dir)
return tmp_dir
def test_check_dot_click_root(self):
package = utils.make_click(extra_files=['.click/'],
output_dir=self.mkdtemp())
c = ClickReviewLint(package)
c.check_dot_click()
errors = list(c.click_report['error'].keys())
self.assertEqual(errors, ['lint:dot_click'])
click-reviewers-tools-0.44~16.04.1/clickreviews/tests/test_cr_security.py 0000664 0000000 0000000 00000336251 12703476576 023346 0 ustar '''test_cr_security.py: tests for the cr_security module'''
#
# Copyright (C) 2013-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
import sys
from clickreviews.cr_security import ClickReviewSecurity
import clickreviews.cr_tests as cr_tests
class TestClickReviewSecurity(cr_tests.TestClickReview):
"""Tests for the security lint review tool."""
def setUp(self):
super().setUp()
self.default_security_json = "%s.apparmor" % \
self.default_appname
def _set_yaml_binary(self, entries, name=None):
d = dict()
if name is None:
d['name'] = self.default_appname
else:
d['name'] = name
for (key, value) in entries:
d[key] = value
self.set_test_pkg_yaml("binaries", [d])
def test_check_policy_version_vendor(self):
'''Test check_policy_version() - valid'''
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"policy_version", 1.0)
c.check_policy_version()
report = c.click_report
expected_counts = {'info': 3, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_version_vendor_snappy_1504(self):
'''Test check_policy_version() - valid - snappy 15.04'''
self.set_test_pkgfmt("snap", "15.04")
n = "bin/%s" % self.default_appname
self._set_yaml_binary([('caps', ['network-client'])], name=n)
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest("binaries/%s" % n,
"policy_version", 1.0)
c.check_policy_version()
report = c.click_report
expected_counts = {'info': 3, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_version_highest(self):
'''Test check_policy_version() - highest'''
c = ClickReviewSecurity(self.test_name)
highest_version = c._get_highest_policy_version("ubuntu")
version = highest_version
self.set_test_security_manifest(self.default_appname,
"policy_version", version)
c.check_policy_version()
report = c.click_report
expected = dict()
expected['info'] = dict()
expected['warn'] = dict()
expected['error'] = dict()
name = c._get_check_name(
'policy_version_is_highest',
extra="(%s, %s)" % (highest_version, self.default_security_json))
expected['info'][name] = {"text": "OK"}
self.check_results(report, expected=expected)
def test_check_policy_version_bad(self):
'''Test check_policy_version() - bad version'''
bad_version = 0.1
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"policy_version", bad_version)
highest = c._get_highest_policy_version("ubuntu")
c.check_policy_version()
report = c.click_report
expected = dict()
expected['info'] = dict()
expected['warn'] = dict()
expected['error'] = dict()
name = c._get_check_name(
'policy_version_is_highest',
extra="(%s, %s)" % (highest, self.default_security_json))
expected['info'][name] = {"text": "0.1 != %s" % highest}
name = c._get_check_name(
'policy_version_exists',
extra=self.default_security_json)
expected['error'][name] = {"text": "could not find policy for ubuntu/%s" % str(bad_version)}
self.check_results(report, expected=expected)
def test_check_policy_version_low(self):
'''Test check_policy_version() - low version'''
c = ClickReviewSecurity(self.test_name)
highest = c._get_highest_policy_version("ubuntu")
version = 1.0
if version == highest:
print("SKIPPED-- test version '%s' is already highest" % version,
file=sys.stderr)
return
self.set_test_security_manifest(self.default_appname,
"policy_version", version)
c.check_policy_version()
report = c.click_report
expected = dict()
expected['info'] = dict()
expected['warn'] = dict()
expected['error'] = dict()
name = c._get_check_name(
'policy_version_is_highest',
extra="(%s, %s)" % (highest, self.default_security_json))
expected['info'][name] = {"text": "%s != %s" % (version, highest)}
self.check_results(report, expected=expected)
def test_check_policy_version_unspecified(self):
'''Test check_policy_version() - unspecified'''
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"policy_version", None)
c.check_policy_version()
report = c.click_report
expected = dict()
expected['info'] = dict()
expected['warn'] = dict()
expected['error'] = dict()
name = c._get_check_name('policy_version_exists',
extra=self.default_security_json)
expected['error'][name] = {"text": "could not find policy_version in manifest"}
self.check_results(report, expected=expected)
def test_check_policy_version_framework(self):
'''Test check_policy_version() - matching framework'''
tmp = ClickReviewSecurity(self.test_name)
# for each installed framework on the system, verify that the policy
# matches the framework
for f in tmp.valid_frameworks:
self.set_test_manifest("framework", f)
policy_version = 0
for k in tmp.major_framework_policy.keys():
if f.startswith(k):
policy_version = tmp.major_framework_policy[k]['policy_version']
self.set_test_security_manifest(self.default_appname,
"policy_version",
policy_version)
c = ClickReviewSecurity(self.test_name)
c.check_policy_version()
report = c.click_report
expected_counts = {'info': 3, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_version_framework_match_snappy_multiple(self):
'''Test check_policy_version() - matching framework - multiple'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_manifest("framework", "foo,ubuntu-core-15.04")
self.set_test_security_manifest(self.default_appname,
"policy_vendor", "ubuntu-core")
self.set_test_security_manifest(self.default_appname,
"policy_version", 15.04)
c = ClickReviewSecurity(self.test_name)
c.check_policy_version()
report = c.click_report
expected_counts = {'info': 3, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_version_framework_unmatch(self):
'''Test check_policy_version() - unmatching framework (lower)'''
self.set_test_manifest("framework", "ubuntu-sdk-14.04")
self.set_test_security_manifest(self.default_appname,
"policy_version", 1.0)
c = ClickReviewSecurity(self.test_name)
c.check_policy_version()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
expected = dict()
expected['info'] = dict()
expected['warn'] = dict()
expected['error'] = dict()
name = c._get_check_name(
'policy_version_matches_framework',
extra=self.default_security_json)
expected['error'][name] = {"text": "1.0 != 1.1 (ubuntu-sdk-14.04)"}
self.check_results(report, expected=expected)
def test_check_policy_version_framework_unmatch2(self):
'''Test check_policy_version() - unmatching framework (higher)'''
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
self.set_test_security_manifest(self.default_appname,
"policy_version", 1.1)
c = ClickReviewSecurity(self.test_name)
c.check_policy_version()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
expected = dict()
expected['info'] = dict()
expected['warn'] = dict()
expected['error'] = dict()
name = c._get_check_name(
'policy_version_matches_framework',
extra=self.default_security_json)
expected['error'][name] = {"text": "1.1 != 1.0 (ubuntu-sdk-13.10)"}
self.check_results(report, expected=expected)
def test_check_policy_version_framework_unmatch3(self):
'''Test check_policy_version() - unmatching framework (nonexistent)'''
self.set_test_manifest("framework", "nonexistent")
self.set_test_security_manifest(self.default_appname,
"policy_version", 1.1)
c = ClickReviewSecurity(self.test_name)
c.check_policy_version()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
expected = dict()
expected['info'] = dict()
expected['warn'] = dict()
expected['error'] = dict()
name = c._get_check_name(
'policy_version_matches_framework',
extra=self.default_security_json)
expected['error'][name] = {"text": "Invalid framework 'nonexistent'"}
self.check_results(report, expected=expected)
def test_check_policy_version_framework_with_overrides(self):
'''Test check_policy_version() - override framework (nonexistent)'''
self.set_test_manifest("framework", "nonexistent")
self.set_test_security_manifest(self.default_appname,
"policy_version", 1.3)
overrides = {'framework': {'nonexistent': {'state': 'available',
'policy_vendor': 'ubuntu',
'policy_version': 1.3}}}
c = ClickReviewSecurity(self.test_name, overrides=overrides)
c.check_policy_version()
report = c.click_report
expected_counts = {'info': 3, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_version_framework_with_malformed_overrides(self):
'''Test check_policy_version() - incorrectly override framework'''
self.set_test_manifest("framework", "nonexistent")
self.set_test_security_manifest(self.default_appname,
"policy_version", 999999999.3)
overrides = {'nonexistent': {'state': 'available',
'policy_vendor': 'ubuntu',
'policy_version': 999999999.3}}
c = ClickReviewSecurity(self.test_name, overrides=overrides)
c.check_policy_version()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 2}
self.check_results(report, expected_counts)
def test_check_policy_vendor_unspecified(self):
'''Test check_policy_vendor() - unspecified'''
c = ClickReviewSecurity(self.test_name)
c.check_policy_vendor()
report = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_vendor_ubuntu_1504(self):
'''Test check_policy_vendor() - ubuntu - 15.04'''
self.set_test_pkgfmt("snap", "15.04")
n = "bin/%s" % self.default_appname
self._set_yaml_binary([('caps', ['network-client'])], name=n)
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest("binaries/%s" % n,
"policy_vendor", "ubuntu")
c.check_policy_vendor()
report = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_vendor_ubuntu(self):
'''Test check_policy_vendor() - ubuntu'''
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"policy_vendor", "ubuntu")
c.check_policy_vendor()
report = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_vendor_ubuntu_snappy(self):
'''Test check_policy_vendor() - ubuntu-core'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_manifest("framework", "ubuntu-core-15.04")
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"policy_vendor", "ubuntu-core")
self.set_test_security_manifest(self.default_appname,
"policy_version", 15.04)
c.check_policy_vendor()
report = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_vendor_nonexistent(self):
'''Test check_policy_vendor() - nonexistent'''
self.set_test_manifest("framework", "nonexistent")
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"policy_vendor", "ubuntu")
c.check_policy_vendor()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_policy_vendor_framework(self):
'''Test check_policy_vendor() - matching framework'''
tmp = ClickReviewSecurity(self.test_name)
# for each installed framework on the system, verify that the policy
# matches the framework
for f in tmp.valid_frameworks:
self.set_test_manifest("framework", f)
policy_vendor = "ubuntu"
for k in tmp.major_framework_policy.keys():
if f.startswith(k):
if 'policy_vendor' not in tmp.major_framework_policy[k]:
policy_vendor = 'ubuntu'
else:
policy_vendor = tmp.major_framework_policy[k]['policy_vendor']
self.set_test_security_manifest(self.default_appname,
"policy_vendor",
policy_vendor)
c = ClickReviewSecurity(self.test_name)
c.check_policy_vendor()
report = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_vendor_framwork_match_snappy_multiple(self):
'''Test check_policy_vendor() - matching framework - multiple'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_manifest("framework", "foo,ubuntu-core-15.04")
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"policy_vendor", "ubuntu-core")
self.set_test_security_manifest(self.default_appname,
"policy_version", 15.04)
c.check_policy_vendor()
report = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_vendor_framework_unmatch1(self):
'''Test check_policy_vendor() - unmatching framework'''
self.set_test_security_manifest(self.default_appname,
"policy_vendor", "ubuntu-snappy")
c = ClickReviewSecurity(self.test_name)
c.check_policy_vendor()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
expected = dict()
expected['info'] = dict()
expected['warn'] = dict()
expected['error'] = dict()
name = c._get_check_name(
'policy_vendor_matches_framework',
extra=self.default_security_json)
expected['error'][name] = {"text": "ubuntu-snappy != ubuntu (ubuntu-sdk-13.10)"}
self.check_results(report, expected=expected)
def test_check_policy_vendor_framework_unmatch2(self):
'''Test check_policy_vendor() - unmatching framework - nonexistent'''
self.set_test_manifest("framework", "nonexistent")
self.set_test_security_manifest(self.default_appname,
"policy_vendor", "ubuntu")
c = ClickReviewSecurity(self.test_name)
c.check_policy_vendor()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
expected = dict()
expected['info'] = dict()
expected['warn'] = dict()
expected['error'] = dict()
name = c._get_check_name(
'policy_vendor_matches_framework',
extra=self.default_security_json)
expected['error'][name] = {"text": "Invalid framework 'nonexistent'"}
self.check_results(report, expected=expected)
def test_check_policy_vendor_framework_with_overrides(self):
'''Test check_policy_vendor() - override framework (nonexistent)'''
self.set_test_manifest("framework", "nonexistent")
self.set_test_security_manifest(self.default_appname,
"policy_vendor", "ubuntu")
overrides = {'framework': {'nonexistent': {'state': 'available',
'policy_vendor': 'ubuntu',
'policy_version': 1.2}}}
c = ClickReviewSecurity(self.test_name, overrides=overrides)
c.check_policy_vendor()
report = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_vendor_framework_with_malformed_overrides(self):
'''Test check_policy_vendor() - incorrectly override framework'''
self.set_test_manifest("framework", "nonexistent")
self.set_test_security_manifest(self.default_appname,
"policy_vendor", "ubuntu")
overrides = {'nonexistent': {'state': 'available',
'policy_vendor': 'ubuntu',
'policy_version': 1.2}}
c = ClickReviewSecurity(self.test_name, overrides=overrides)
c.check_policy_vendor()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_template_unspecified(self):
'''Test check_template() - unspecified'''
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"template", None)
c.check_template()
report = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_template_ubuntu_sdk(self):
'''Test check_template() - ubuntu-sdk'''
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-sdk")
c.check_template()
report = c.click_report
expected = dict()
expected['info'] = dict()
expected['warn'] = dict()
expected['error'] = dict()
name = c._get_check_name('template_with_policy_version',
extra=self.default_security_json)
expected['info'][name] = {"text": "OK"}
name = c._get_check_name('template_exists',
extra=self.default_security_json)
expected['info'][name] = {"text": "OK"}
name = c._get_check_name('template_valid',
extra=self.default_security_json)
expected['warn'][name] = {"text": "No need to specify 'ubuntu-sdk' template"}
self.check_results(report, expected=expected)
def test_check_template_default(self):
'''Test check_template() - default specified with no vendor'''
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"template", "default")
c.check_template()
report = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(report, expected_counts)
def test_check_template_default_with_ubuntu(self):
'''Test check_template() - default specified with ubuntu vendor'''
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"template", "default")
self.set_test_security_manifest(self.default_appname,
"policy_vendor", "ubuntu")
c.check_template()
report = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(report, expected_counts)
def test_check_template_default_with_snappy(self):
'''Test check_template() - default specified with ubuntu-snappy vendor'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"template", "default")
self.set_test_security_manifest(self.default_appname,
"policy_vendor", "ubuntu-snappy")
self.set_test_security_manifest(self.default_appname,
"policy_version", 1.3)
c.check_template()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_template_nonexistent_with_snappy(self):
'''Test check_template() - nonexistent with ubuntu-snappy vendor'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"template", "nonexistent")
self.set_test_security_manifest(self.default_appname,
"policy_vendor", "ubuntu-snappy")
self.set_test_security_manifest(self.default_appname,
"policy_version", 1.3)
c.check_template()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_template_snappy_framework_deprecated(self):
'''Test check_template() - in deprecated framework declaration'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("framework", "fwk")
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"template", "fwk_foo")
c.check_template()
report = c.click_report
expected_counts = {'info': 3, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_template_snappy_framework_deprecated2(self):
'''Test check_template() - in deprecated framework declaration list'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("framework", "fwk, somethingelse")
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"template", "fwk_foo")
c.check_template()
report = c.click_report
expected_counts = {'info': 3, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_template_snappy_frameworks(self):
'''Test check_template() - in frameworks declaration'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("frameworks", ["fwk"])
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"template", "fwk_foo")
c.check_template()
report = c.click_report
expected_counts = {'info': 3, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_template_snappy_framework_type(self):
'''Test check_template() - type framework'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("type", "framework")
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"template",
"%s_foo" %
self.test_name.split('_')[0])
c.check_template()
report = c.click_report
expected_counts = {'info': 3, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_template_webapp(self):
'''Test check_template() - webapp'''
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-webapp")
c.check_template()
report = c.click_report
expected_counts = {'info': 3, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_template_unconfined(self):
'''Test check_template() - unconfined'''
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"template", "unconfined")
c.check_template()
report = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
check_name = c._get_check_name(
'template_valid', app="%s.apparmor" % self.default_appname)
self.check_manual_review(report, check_name)
def test_check_policy_groups_webapps(self):
'''Test check_policy_groups_webapps()'''
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-webapp")
self.set_test_security_manifest(self.default_appname,
"policy_groups",
["audio",
"content_exchange",
"keep-display-on",
"location",
"networking",
"video",
"webview"])
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups_webapps()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_groups_webapps_ubuntu_sdk(self):
'''Test check_policy_groups_webapps() - ubuntu-sdk template'''
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-sdk")
self.set_test_security_manifest(self.default_appname,
"policy_groups",
["audio",
"content_exchange",
"keep-display-on",
"location",
"networking",
"video",
"webview"])
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups_webapps()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_groups_webapps_nonexistent(self):
'''Test check_policy_groups_webapps() - nonexistent'''
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-webapp")
self.set_test_security_manifest(self.default_appname,
"policy_groups",
["networking", "nonexistent"])
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups_webapps()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_policy_groups_webapps_missing(self):
'''Test check_policy_groups_webapps() - missing'''
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-webapp")
self.set_test_security_manifest(self.default_appname,
"policy_groups",
None)
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups_webapps()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_policy_groups_webapps_missing_webview(self):
'''Test check_policy_groups_webapps() - missing webview'''
self.set_test_manifest("framework", "ubuntu-sdk-14.04-qml-dev1")
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-webapp")
self.set_test_security_manifest(self.default_appname,
"policy_groups",
["networking"])
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups_webapps()
report = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_groups_webapps_missing_webview_1310(self):
'''Test check_policy_groups_webapps() - missing webview (13.10)'''
self.set_test_manifest("framework", "ubuntu-sdk-13.10")
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-webapp")
self.set_test_security_manifest(self.default_appname,
"policy_groups",
["networking"])
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups_webapps()
report = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_groups_webapps_bad(self):
'''Test check_policy_groups_webapps() - bad'''
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-webapp")
self.set_test_security_manifest(self.default_appname,
"policy_groups",
["video_files", "networking"])
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups_webapps()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_policy_groups_scopes_network(self):
'''Test check_policy_groups_scopes() - network'''
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-scope-network")
self.set_test_security_manifest(self.default_appname,
"policy_groups", [])
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups_scopes()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_groups_scopes_network2(self):
'''Test check_policy_groups_scopes() - network with networking'''
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-scope-network")
self.set_test_security_manifest(self.default_appname,
"policy_groups", ["networking"])
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups_scopes()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_groups_scopes_network3(self):
'''Test check_policy_groups_scopes() - network with accounts'''
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-scope-network")
self.set_test_security_manifest(self.default_appname,
"policy_groups", ["accounts"])
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups_scopes()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_groups_scopes_network_missing(self):
'''Test check_policy_groups_scopes() missing - network'''
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-scope-network")
self.set_test_security_manifest(self.default_appname,
"policy_groups", None)
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups_scopes()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_groups_scopes_network_bad(self):
'''Test check_policy_groups_scopes() bad - network'''
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-scope-network")
self.set_test_security_manifest(self.default_appname,
"policy_groups", ["location"])
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups_scopes()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
# jdstrand, 2014-06-05: ubuntu-scope-local-content is no longer available
# def test_check_policy_groups_scopes_localcontent(self):
# '''Test check_policy_groups_scopes() - localcontent'''
# self.set_test_security_manifest(self.default_appname,
# "template",
# "ubuntu-scope-local-content")
# self.set_test_security_manifest(self.default_appname,
# "policy_groups", [])
# c = ClickReviewSecurity(self.test_name)
# c.check_policy_groups_scopes()
# report = c.click_report
# expected_counts = {'info': None, 'warn': 0, 'error': 0}
# self.check_results(report, expected_counts)
# def test_check_policy_groups_scopes_localcontent_missing(self):
# '''Test check_policy_groups_scopes() missing - localcontent'''
# self.set_test_security_manifest(self.default_appname,
# "template",
# "ubuntu-scope-local-content")
# self.set_test_security_manifest(self.default_appname,
# "policy_groups", None)
# c = ClickReviewSecurity(self.test_name)
# c.check_policy_groups_scopes()
# report = c.click_report
# expected_counts = {'info': 0, 'warn': 0, 'error': 0}
# self.check_results(report, expected_counts)
# def test_check_policy_groups_scopes_localcontent_bad(self):
# '''Test check_policy_groups_scopes() bad - localcontent'''
# self.set_test_security_manifest(self.default_appname,
# "template",
# "ubuntu-scope-local-content")
# self.set_test_security_manifest(self.default_appname,
# "policy_groups", ["networking"])
# c = ClickReviewSecurity(self.test_name)
# c.check_policy_groups_scopes()
# report = c.click_report
# expected_counts = {'info': None, 'warn': 0, 'error': 1}
# self.check_results(report, expected_counts)
def test_check_policy_groups(self):
'''Test check_policy_groups()'''
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_groups_multiple(self):
'''Test check_policy_groups() - multiple'''
self.set_test_security_manifest(self.default_appname,
"policy_groups",
['networking',
'audio',
'video'])
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_groups_multiple_kepp_display_on(self):
'''Test check_policy_groups() - multiple with keep-display-on'''
self.set_test_security_manifest(self.default_appname,
"policy_groups",
['networking',
'audio',
'keep-display-on',
'video'])
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_groups_duplicates(self):
'''Test check_policy_groups() - duplicates'''
self.set_test_security_manifest(self.default_appname,
"policy_groups",
['networking',
'camera',
'microphone',
'camera',
'microphone',
'video'])
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_policy_groups_missing_policy_version(self):
'''Test check_policy_groups() - missing policy_version'''
self.set_test_security_manifest(self.default_appname,
"policy_version", None)
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_policy_groups_missing(self):
'''Test check_policy_groups() - missing'''
self.set_test_security_manifest(self.default_appname,
"policy_groups",
None)
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_groups_bad_policy_version(self):
'''Test check_policy_groups() - bad policy_version'''
self.set_test_security_manifest(self.default_appname,
"policy_version", 0.1)
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_policy_groups_bad_policy_vendor(self):
'''Test check_policy_groups() - bad policy_vendor'''
self.set_test_security_manifest(self.default_appname,
"policy_vendor", "nonexistent")
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_policy_groups_nonexistent(self):
'''Test check_policy_groups() - nonexistent'''
self.set_test_security_manifest(self.default_appname,
"policy_groups",
["networking", "nonexistent"])
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_policy_groups_reserved(self):
'''Test check_policy_groups() - reserved'''
self.set_test_security_manifest(self.default_appname,
"policy_groups",
["video_files", "networking"])
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
check_name = c._get_check_name(
'policy_groups_safe', app=self.default_appname,
extra='video_files')
self.check_manual_review(report, check_name)
def test_check_policy_groups_debug(self):
'''Test check_policy_groups() - debug'''
self.set_test_security_manifest(self.default_appname,
"policy_groups", ["debug"])
self.set_test_security_manifest(self.default_appname, "policy_version",
1.2)
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_policy_groups_empty(self):
'''Test check_policy_groups() - empty'''
self.set_test_security_manifest(self.default_appname,
"policy_groups",
["", "networking"])
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_policy_groups_snappy_framework_deprecated(self):
'''Test check_policy_groups() - in deprecated framework declaration'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("framework", "fwk")
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"policy_groups", ["fwk_foo"])
c.check_policy_groups()
report = c.click_report
expected_counts = {'info': 4, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_groups_snappy_framework_deprecated2(self):
'''Test check_policy_groups() - in deprecated framework declaration
list
'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("framework", "fwk, somethingelse")
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"policy_groups", ["fwk_foo"])
c.check_policy_groups()
report = c.click_report
expected_counts = {'info': 4, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_groups_snappy_frameworks(self):
'''Test check_policy_groups() - in frameworks declaration'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("frameworks", ["fwk"])
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"policy_groups", ["fwk_foo"])
c.check_policy_groups()
report = c.click_report
expected_counts = {'info': 4, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_groups_snappy_framework_type(self):
'''Test check_policy_groups() - type framework'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_pkg_yaml("type", "framework")
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"policy_groups",
["%s_foo" %
self.test_name.split('_')[0]])
c.check_policy_groups()
report = c.click_report
expected_counts = {'info': 4, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_groups_pushhelper_no_hook(self):
'''Test check_policy_groups_pushhelper() - no hook'''
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups_push_helpers()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_groups_pushhelper(self):
'''Test check_policy_groups_pushhelper()'''
self.set_test_push_helper(self.default_appname, "exec", "foo")
self.set_test_security_manifest(self.default_appname,
"policy_groups",
["push-notification-client"])
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-push-helper")
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups_push_helpers()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_groups_pushhelper_wrong_template(self):
'''Test check_policy_groups_pushhelper()'''
self.set_test_push_helper(self.default_appname, "exec", "foo")
self.set_test_security_manifest(self.default_appname,
"policy_groups",
["push-notification-client"])
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-sdk")
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups_push_helpers()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_groups_pushhelper_missing(self):
'''Test check_policy_groups_pushhelper - missing'''
self.set_test_push_helper(self.default_appname, "exec", "foo")
self.set_test_security_manifest(self.default_appname,
"policy_groups",
None)
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-push-helper")
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups_push_helpers()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_policy_groups_pushhelper_bad(self):
'''Test check_policy_groups_pushhelper - bad'''
self.set_test_push_helper(self.default_appname, "exec", "foo")
self.set_test_security_manifest(self.default_appname,
"policy_groups",
["video_files",
"networking",
"push-notification-client"])
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-push-helper")
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups_push_helpers()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_policy_groups_pushhelper_networking(self):
'''Test check_policy_groups_pushhelper - networking'''
self.set_test_push_helper(self.default_appname, "exec", "foo")
self.set_test_security_manifest(self.default_appname,
"policy_groups",
["networking",
"push-notification-client"])
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-push-helper")
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups_push_helpers()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_peer_hooks(self):
'''Test check_peer_hooks()'''
c = ClickReviewSecurity(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["apparmor"] = "foo.apparmor"
# update the manifest and test_manifest
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks()
r = c.click_report
# We should end up with 4 info
expected_counts = {'info': 4, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_peer_hooks_disallowed(self):
'''Test check_peer_hooks() - disallowed'''
c = ClickReviewSecurity(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["apparmor"] = "foo.apparmor"
# add something not allowed
tmp["framework"] = "foo.framework"
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_peer_hooks_disallowed_apparmor_profile(self):
'''Test check_peer_hooks() - disallowed (apparmor-profile)'''
c = ClickReviewSecurity(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["apparmor"] = "foo.apparmor"
# add something not allowed
tmp["apparmor-profile"] = "foo.profile"
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_peer_hooks_aa_profile(self):
'''Test check_peer_hooks() - apparmor-profile'''
c = ClickReviewSecurity(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["apparmor-profile"] = "foo.profile"
# update the manifest and test_manifest
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks()
r = c.click_report
# We should end up with 4 info
expected_counts = {'info': 4, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_peer_hooks_aa_profile_disallowed(self):
'''Test check_peer_hooks() - disallowed - apparmor-profile'''
c = ClickReviewSecurity(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["apparmor-profile"] = "foo.profile"
# add something not allowed
tmp["framework"] = "foo.framework"
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_redflag_policy_vendor_ubuntu(self):
'''Test check_redflag() - policy_vendor - ubuntu'''
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"policy_vendor", "ubuntu")
c.check_redflag()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_redflag_policy_vendor_ubuntu_snappy(self):
'''Test check_redflag() - policy_vendor - ubuntu-snappy'''
self.set_test_pkgfmt("snap", "15.04")
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"policy_vendor", "ubuntu-snappy")
c.check_redflag()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_redflag_abstractions(self):
'''Test check_redflag() - abstractions'''
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"abstractions", ["python"])
c.check_redflag()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_redflag_binary(self):
'''Test check_redflag() - binary'''
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"binary", "/bin/foo")
c.check_redflag()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_redflag_read_path(self):
'''Test check_redflag() - read_path'''
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"read_path", ["/"])
c.check_redflag()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_redflag_template_variables(self):
'''Test check_redflag() - template_variables'''
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"template_variables", {"FOO": "bar"})
c.check_redflag()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_redflag_write_path(self):
'''Test check_redflag() - write_path'''
c = ClickReviewSecurity(self.test_name)
self.set_test_security_manifest(self.default_appname,
"write_path", ["/"])
c.check_redflag()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_apparmor_profile(self):
'''Test check_apparmor_profile()'''
self.set_test_pkgfmt("snap", "15.04")
policy = '''
###VAR###
###PROFILEATTACH### {
#include
# Read-only for the install directory
@{CLICK_DIR}/@{APP_PKGNAME}/@{APP_VERSION}/** mrklix,
}
'''
self.set_test_security_profile(self.default_appname, policy)
c = ClickReviewSecurity(self.test_name)
c.check_apparmor_profile()
report = c.click_report
expected_counts = {'info': 5, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_apparmor_profile_missing_var(self):
'''Test check_apparmor_profile() - missing ###VAR###'''
self.set_test_pkgfmt("snap", "15.04")
policy = '''
###PROFILEATTACH### {
#include
# Read-only for the install directory
@{CLICK_DIR}/@{APP_PKGNAME}/@{APP_VERSION}/** mrklix,
}
'''
self.set_test_security_profile(self.default_appname, policy)
c = ClickReviewSecurity(self.test_name)
c.check_apparmor_profile()
report = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(report, expected_counts)
def test_check_apparmor_profile_missing_app_pkgname(self):
'''Test check_apparmor_profile() - missing @{APP_PKGNAME}'''
self.set_test_pkgfmt("snap", "15.04")
policy = '''
###VAR###
###PROFILEATTACH### {
#include
@{CLICK_DIR}/*/@{APP_VERSION}/** mrklix,
}
'''
self.set_test_security_profile(self.default_appname, policy)
c = ClickReviewSecurity(self.test_name)
c.check_apparmor_profile()
report = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(report, expected_counts)
def test_check_apparmor_profile_missing_vars_unconfined(self):
'''Test check_apparmor_profile() - missing vars with unconfined
boilerplate (first test)
'''
self.set_test_pkgfmt("snap", "15.04")
policy = '''
# Unrestricted AppArmor policy for fwk-name_svc
###VAR###
###PROFILEATTACH### {
#include
}
'''
self.set_test_security_profile(self.default_appname, policy)
c = ClickReviewSecurity(self.test_name)
c.check_apparmor_profile()
report = c.click_report
expected_counts = {'info': 5, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_apparmor_profile_missing_var_unconfined2(self):
'''Test check_apparmor_profile() - missing vars with unconfined
boilerplate (second test)
'''
self.set_test_pkgfmt("snap", "15.04")
policy = '''
# This profile offers no protection
###VAR###
###PROFILEATTACH### {
#include
}
'''
self.set_test_security_profile(self.default_appname, policy)
c = ClickReviewSecurity(self.test_name)
c.check_apparmor_profile()
report = c.click_report
expected_counts = {'info': 5, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_template_default(self):
'''Test check_security_template() - default'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_security_manifest(self.default_appname, "template", None)
self._set_yaml_binary([])
c = ClickReviewSecurity(self.test_name)
c.check_security_template()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_template_default_with_exec(self):
'''Test check_security_template() - default with exec'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_security_manifest(self.default_appname, "template", None)
self._set_yaml_binary([('exec', 'bin/%s' % self.default_appname)])
c = ClickReviewSecurity(self.test_name)
c.check_security_template()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_template_nondefault(self):
'''Test check_security_template() - nondefault'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_security_manifest(self.default_appname,
"template", "nondefault")
self._set_yaml_binary([('security-template', 'nondefault')])
c = ClickReviewSecurity(self.test_name)
c.check_security_template()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_template_nondefault_1504(self):
'''Test check_security_template() - nondefault - 15.04'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_security_manifest(self.default_appname,
"template", "nondefault")
self._set_yaml_binary([('security-template', 'nondefault')])
c = ClickReviewSecurity(self.test_name)
c.check_security_template()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_template_bad(self):
'''Test check_security_template() - {}'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('security-template', {})])
c = ClickReviewSecurity(self.test_name)
c.check_security_template()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_caps_default(self):
'''Test check_security_caps() - default (networking)'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_security_manifest(self.default_appname,
"caps", ['networking'])
self._set_yaml_binary([('caps', ['networking'])])
c = ClickReviewSecurity(self.test_name)
c.check_security_caps()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_caps_default2(self):
'''Test check_security_caps() - default (network-client)'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_security_manifest(self.default_appname,
"caps", ['network-client'])
self._set_yaml_binary([('caps', ['network-client'])])
c = ClickReviewSecurity(self.test_name)
c.check_security_caps()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_caps_default_with_exec(self):
'''Test check_security_caps() - default with exec (networking)'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_security_manifest(self.default_appname,
"caps", ['networking'])
self._set_yaml_binary([('exec', 'bin/%s' % self.default_appname),
('caps', ['networking'])])
c = ClickReviewSecurity(self.test_name)
c.check_security_caps()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_caps_default_with_exec2(self):
'''Test check_security_caps() - default with exec (network-client)'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_security_manifest(self.default_appname,
"caps", ['network-client'])
self._set_yaml_binary([('exec', 'bin/%s' % self.default_appname),
('caps', ['network-client'])])
c = ClickReviewSecurity(self.test_name)
c.check_security_caps()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_caps_nondefault(self):
'''Test check_security_caps() - nondefault'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_security_manifest(self.default_appname,
"caps", [])
self._set_yaml_binary([('caps', [])])
c = ClickReviewSecurity(self.test_name)
c.check_security_caps()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_caps_bad(self):
'''Test check_security_caps() - {}'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('caps', {})])
c = ClickReviewSecurity(self.test_name)
c.check_security_caps()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_name_relative(self):
'''Test check_security_yaml_and_click() - relative path'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('caps', ['networking'])],
name="bin/%s" % self.default_appname)
c = ClickReviewSecurity(self.test_name)
# update the manifest and test_manifest
c.manifest["hooks"][self.default_appname]['bin-path'] = "bin/path"
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': 5, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_snappy_1504(self):
'''Test check_security_yaml_and_click() - snappy 15.04'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('caps', ['networking'])],
name="bin/%s" % self.default_appname)
c = ClickReviewSecurity(self.test_name)
# update the manifest and test_manifest
c.manifest["hooks"][self.default_appname]['bin-path'] = "bin/path"
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': 5, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_name_exec(self):
'''Test check_security_yaml_and_click() - uses exec'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('caps', ['networking']),
('exec', "bin/%s" % self.default_appname)],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
# update the manifest and test_manifest
c.manifest["hooks"][self.default_appname]['bin-path'] = "bin/path"
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': 6, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_matching_template(self):
'''Test check_security_yaml_and_click() - matching default template'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('caps', ['networking'])])
self.set_test_security_manifest(self.default_appname,
"template", "default")
c = ClickReviewSecurity(self.test_name)
c.manifest["hooks"][self.default_appname]['bin-path'] = "bin/path"
del c.pkg_yaml['binaries'][0]['security-template']
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': 6, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_security_override(self):
'''Test check_security_yaml_and_click() - security-override'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('security-template', 'default')])
self._set_yaml_binary([('security-override', {})])
self.set_test_security_manifest(self.default_appname,
"template", "default")
c = ClickReviewSecurity(self.test_name)
c.manifest["hooks"][self.default_appname]['bin-path'] = "bin/path"
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': 3, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_security_policy(self):
'''Test check_security_yaml_and_click() - security-policy'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('security-template', 'default')])
self._set_yaml_binary([('security-policy', {})])
self.set_test_security_manifest(self.default_appname,
"template", "default")
c = ClickReviewSecurity(self.test_name)
c.manifest["hooks"][self.default_appname]['bin-path'] = "bin/path"
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': 3, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_matching_caps(self):
'''Test check_security_yaml_and_click() - matching default caps'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('caps', [])])
self.set_test_security_manifest(self.default_appname,
"policy_groups", ['networking'])
c = ClickReviewSecurity(self.test_name)
c.manifest["hooks"][self.default_appname]['bin-path'] = "bin/path"
del c.pkg_yaml['binaries'][0]['caps']
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': 5, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_matching_caps2(self):
'''Test check_security_yaml_and_click() - matching default caps'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('caps', [])])
self.set_test_security_manifest(self.default_appname,
"policy_groups", ['network-client'])
c = ClickReviewSecurity(self.test_name)
c.manifest["hooks"][self.default_appname]['bin-path'] = "bin/path"
del c.pkg_yaml['binaries'][0]['caps']
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': 5, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_matching_no_caps(self):
'''Test check_security_yaml_and_click() - matching no caps'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('caps', [])])
self.set_test_security_manifest(self.default_appname,
"policy_groups", None)
c = ClickReviewSecurity(self.test_name)
c.manifest["hooks"][self.default_appname]['bin-path'] = "bin/path"
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': 5, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_matching_no_caps_template(self):
'''Test check_security_yaml_and_click() - matching no caps with
template
'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('security-template', 'nondefault')])
self.set_test_security_manifest(self.default_appname,
"policy_groups", None)
self.set_test_security_manifest(self.default_appname,
"template", "nondefault")
c = ClickReviewSecurity(self.test_name)
c.manifest["hooks"][self.default_appname]['bin-path'] = "bin/path"
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': 5, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_mismatch0(self):
'''Test check_security_yaml_and_click() - missing app in hooks'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([])
self.set_test_security_manifest(self.default_appname,
"template", None)
c = ClickReviewSecurity(self.test_name)
del c.manifest["hooks"][self.default_appname]
self._update_test_manifest()
c.security_apps.remove(self.default_appname)
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_mismatch2(self):
'''Test check_security_yaml_and_click() - missing apparmor in hooks'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([])
c = ClickReviewSecurity(self.test_name)
c.manifest["hooks"][self.default_appname]['bin-path'] = "bin/path"
del c.manifest["hooks"][self.default_appname]['apparmor']
c.security_apps.remove(self.default_appname)
self._update_test_manifest()
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_mismatch3(self):
'''Test check_security_yaml_and_click() - missing security-template'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('caps', ['networking'])])
self.set_test_security_manifest(self.default_appname,
"template", "nondefault")
c = ClickReviewSecurity(self.test_name)
c.manifest["hooks"][self.default_appname]['bin-path'] = "bin/path"
del c.pkg_yaml['binaries'][0]['security-template']
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_mismatch4(self):
'''Test check_security_yaml_and_click() - missing click template'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([("security-template", "nondefault"),
('caps', ['networking'])],
name=self.default_appname)
self.set_test_security_manifest(self.default_appname,
"template", None)
c = ClickReviewSecurity(self.test_name)
c.manifest["hooks"][self.default_appname]['bin-path'] = "bin/path"
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_mismatch5(self):
'''Test check_security_yaml_and_click() - different templates'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_security_manifest(self.default_appname,
"template", "other")
self._set_yaml_binary([("security-template", "nondefault"),
('caps', ['networking'])],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.manifest["hooks"][self.default_appname]['bin-path'] = "bin/path"
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 2}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_mismatch6(self):
'''Test check_security_yaml_and_click() - missing caps in yaml'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('caps', [])])
self.set_test_security_manifest(self.default_appname,
"policy_groups", ["1", "2"])
c = ClickReviewSecurity(self.test_name)
c.manifest["hooks"][self.default_appname]['bin-path'] = "bin/path"
del c.pkg_yaml['binaries'][0]['caps']
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_mismatch7(self):
'''Test check_security_yaml_and_click() - missing policy_groups'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('caps', ['networking'])],
name=self.default_appname)
self.set_test_security_manifest(self.default_appname,
"policy_groups", None)
c = ClickReviewSecurity(self.test_name)
c.manifest["hooks"][self.default_appname]['bin-path'] = "bin/path"
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_mismatch8(self):
'''Test check_security_yaml_and_click() - different caps/groups'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_security_manifest(self.default_appname,
"policy_groups", ["1", "2"])
self._set_yaml_binary([('caps', ["3"])],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.manifest["hooks"][self.default_appname]['bin-path'] = "bin/path"
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 2}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_mismatch9(self):
'''Test check_security_yaml_and_click() - unordered caps/groups'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_security_manifest(self.default_appname,
"policy_groups", ["1", "2"])
self._set_yaml_binary([('caps', ["2", "1"])],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.manifest["hooks"][self.default_appname]['bin-path'] = "bin/path"
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': 5, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_mismatch10(self):
'''Test check_security_yaml_and_click() - missing caps in both'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('caps', [])])
self.set_test_security_manifest(self.default_appname,
"policy_groups", None)
c = ClickReviewSecurity(self.test_name)
c.manifest["hooks"][self.default_appname]['bin-path'] = "bin/path"
del c.pkg_yaml['binaries'][0]['caps']
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_mismatch11(self):
'''Test check_security_yaml_and_click() - default caps with template'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('security-template', 'nondefault')])
self.set_test_security_manifest(self.default_appname,
"policy_groups", ['networking'])
self.set_test_security_manifest(self.default_appname,
"template", "nondefault")
c = ClickReviewSecurity(self.test_name)
c.manifest["hooks"][self.default_appname]['bin-path'] = "bin/path"
del c.pkg_yaml['binaries'][0]['caps']
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_mismatch12(self):
'''Test check_security_yaml_and_click() - default caps with template'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('security-template', 'nondefault')])
self.set_test_security_manifest(self.default_appname,
"policy_groups", ['network-client'])
self.set_test_security_manifest(self.default_appname,
"template", "nondefault")
c = ClickReviewSecurity(self.test_name)
c.manifest["hooks"][self.default_appname]['bin-path'] = "bin/path"
del c.pkg_yaml['binaries'][0]['caps']
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_invalid_template(self):
'''Test check_security_yaml_and_click() - invalid template'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_security_manifest(self.default_appname,
"template", "other")
self._set_yaml_binary([("security-template", None),
('caps', ['networking'])],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.manifest["hooks"][self.default_appname]['bin-path'] = "bin/path"
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_and_click_invalid_caps(self):
'''Test check_security_yaml_and_click() - invalid caps'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_security_manifest(self.default_appname,
"template", "other")
self._set_yaml_binary([("security-template", "nondefault"),
('caps', None)],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.manifest["hooks"][self.default_appname]['bin-path'] = "bin/path"
c.check_security_yaml_and_click()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_combinations(self):
'''Test check_security_yaml_combinations()'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([], name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_combinations()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_combinations1(self):
'''Test check_security_yaml_combinations() - template'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('security-template', 'foo')],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_combinations()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_combinations2(self):
'''Test check_security_yaml_combinations() - caps'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('caps', ['networking'])],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_combinations()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_combinations3(self):
'''Test check_security_yaml_combinations() - template,caps'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('security-template', 'foo'),
('caps', ['networking'])],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_combinations()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_combinations4(self):
'''Test check_security_yaml_combinations() - override'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('security-override', {'apparmor': 'foo.aa',
'seccomp': 'foo.sc'})],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_combinations()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_combinations5(self):
'''Test check_security_yaml_combinations() - override, template'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('security-template', 'foo'),
('security-override', {'apparmor': 'foo.aa',
'seccomp': 'foo.sc'})],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_combinations()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_yaml_combinations6(self):
'''Test check_security_yaml_combinations() - override, caps'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('caps', ['networking']),
('security-override', {'apparmor': 'foo.aa',
'seccomp': 'foo.sc'})],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_combinations()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_yaml_combinations7(self):
'''Test check_security_yaml_combinations() - override, caps, template
'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('security-template', 'foo'),
('caps', ['networking']),
('security-override', {'apparmor': 'foo.aa',
'seccomp': 'foo.sc'})],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_combinations()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_yaml_combinations8(self):
'''Test check_security_yaml_combinations() - override, caps, template,
policy
'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('security-template', 'foo'),
('caps', ['networking']),
('security-policy', {'apparmor': 'foo.aa',
'seccomp': 'foo.sc'}),
('security-override', {'apparmor': 'foo.aa',
'seccomp': 'foo.sc'})],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_combinations()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_yaml_combinations9(self):
'''Test check_security_yaml_combinations() - policy'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('security-policy', {'apparmor': 'foo.aa',
'seccomp': 'foo.sc'})],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_combinations()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_combinations10(self):
'''Test check_security_yaml_combinations() - policy, template'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('security-template', 'foo'),
('security-policy', {'apparmor': 'foo.aa',
'seccomp': 'foo.sc'})],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_combinations()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_yaml_combinations11(self):
'''Test check_security_yaml_combinations() - policy, caps'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('caps', ['networking']),
('security-policy', {'apparmor': 'foo.aa',
'seccomp': 'foo.sc'})],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_combinations()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_yaml_combinations12(self):
'''Test check_security_yaml_combinations() - policy, caps, template
'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('security-template', 'foo'),
('caps', ['networking']),
('security-policy', {'apparmor': 'foo.aa',
'seccomp': 'foo.sc'})],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_combinations()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_yaml_override_and_click(self):
'''Test check_security_yaml_override_and_click()'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_security_manifest(self.default_appname, "template", None)
self._set_yaml_binary([])
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_override_and_click()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_override_and_click_1504(self):
'''Test check_security_yaml_override_and_click() - 15.04'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_security_manifest(self.default_appname, "template", None)
self._set_yaml_binary([])
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_override_and_click()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_override_and_click_bad(self):
'''Test check_security_yaml_override_and_click() - bad'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_security_manifest(self.default_appname, "template", None)
self._set_yaml_binary([('security-override', {'apparmor':
'something.else'})],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_override_and_click()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_yaml_override(self):
'''Test check_security_yaml_override()'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_security_manifest(self.default_appname, "template", None)
self._set_yaml_binary([])
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_override()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_override_1504(self):
'''Test check_security_yaml_override() - 15.04'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_security_manifest(self.default_appname, "template", None)
self._set_yaml_binary([])
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_override()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_override2(self):
'''Test check_security_yaml_override() - seccomp/apparmor specified'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('security-override', {'apparmor': 'aa',
'seccomp': 'sc'})],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_override()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_override4(self):
'''Test check_security_yaml_override() - syscalls specified with
15.04
'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('security-override', {'syscalls': 'foo'})],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_override()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_yaml_override_missing1(self):
'''Test check_security_yaml_override() - missing apparmor'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('security-override', {'seccomp': 'sc'})],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_override()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_yaml_override_missing2(self):
'''Test check_security_yaml_override() - missing seccomp'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('security-override', {'apparmor': 'aa'})],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_override()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_yaml_policy(self):
'''Test check_security_yaml_policy()'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_security_manifest(self.default_appname, "template", None)
self._set_yaml_binary([])
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_policy()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_yaml_policy2(self):
'''Test check_security_yaml_policy() - seccomp/apparmor specified'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('security-policy', {'apparmor': 'aa',
'seccomp': 'sc'})],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_policy()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
name = c._get_check_name('yaml_policy_present')
m = report['error'][name]['text']
self.assertIn("(NEEDS REVIEW) 'security-policy' not allowed", m)
def test_check_security_yaml_policy_missing1(self):
'''Test check_security_yaml_policy() - missing apparmor'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('security-policy', {'seccomp': 'sc'})],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_policy()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 2}
self.check_results(report, expected_counts)
name = c._get_check_name('yaml_policy_present')
m = report['error'][name]['text']
self.assertIn("(NEEDS REVIEW) 'security-policy' not allowed", m)
name = c._get_check_name(
'yaml_policy_format', app='test-app')
m = report['error'][name]['text']
self.assertIn("'apparmor' not specified in 'security-policy' " +
"for 'test-app'", m)
def test_check_security_yaml_policy_missing2(self):
'''Test check_security_yaml_policy() - missing seccomp'''
self.set_test_pkgfmt("snap", "15.04")
self._set_yaml_binary([('security-policy', {'apparmor': 'aa'})],
name=self.default_appname)
c = ClickReviewSecurity(self.test_name)
c.check_security_yaml_policy()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 2}
self.check_results(report, expected_counts)
name = c._get_check_name('yaml_policy_present')
m = report['error'][name]['text']
self.assertIn("(NEEDS REVIEW) 'security-policy' not allowed", m)
name = c._get_check_name(
'yaml_policy_format', app='test-app')
m = report['error'][name]['text']
self.assertIn("'seccomp' not specified in 'security-policy' " +
"for 'test-app'", m)
def test_check_template_online_account_provider(self):
'''Test check_template_online_account_provider'''
self.set_test_account(self.default_appname, "account-provider", "foo")
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-account-plugin")
self.set_test_security_manifest(self.default_appname,
"policy_groups", ["accounts"])
c = ClickReviewSecurity(self.test_name)
c.check_template_online_accounts_provider()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_template_online_account_provider_1504(self):
'''Test check_template_online_account_provider - 15.04'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_account(self.default_appname, "account-provider", "foo")
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-account-plugin")
self.set_test_security_manifest(self.default_appname,
"policy_groups", ["accounts"])
c = ClickReviewSecurity(self.test_name)
c.check_template_online_accounts_provider()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_template_online_account_provider_no_hook(self):
'''Test check_template_online_account_provider'''
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-account-plugin")
c = ClickReviewSecurity(self.test_name)
c.check_template_online_accounts_provider()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_template_online_account_provider_wrong_template(self):
'''Test check_template_online_account_provider - wrong template'''
self.set_test_account(self.default_appname, "account-provider", "foo")
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-webapp")
self.set_test_security_manifest(self.default_appname,
"policy_groups", ["accounts"])
c = ClickReviewSecurity(self.test_name)
c.check_template_online_accounts_provider()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_template_online_account_provider_wrong_template2(self):
'''Test check_template_online_account_provider - default template'''
self.set_test_account(self.default_appname, "account-provider", "foo")
self.set_test_security_manifest(self.default_appname,
"template", None)
self.set_test_security_manifest(self.default_appname,
"policy_groups", ["accounts"])
c = ClickReviewSecurity(self.test_name)
c.check_template_online_accounts_provider()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_template_online_account_qml_plugin(self):
'''Test check_template_online_account_qml_plugin'''
self.set_test_account(self.default_appname,
"account-qml-plugin", "foo")
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-account-plugin")
self.set_test_security_manifest(self.default_appname,
"policy_groups", ["accounts"])
c = ClickReviewSecurity(self.test_name)
c.check_template_online_accounts_qml_plugin()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_template_online_account_qml_plugin_1504(self):
'''Test check_template_online_account_qml_plugin - 15.04'''
self.set_test_pkgfmt("snap", "15.04")
self.set_test_account(self.default_appname,
"account-qml-plugin", "foo")
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-account-plugin")
self.set_test_security_manifest(self.default_appname,
"policy_groups", ["accounts"])
c = ClickReviewSecurity(self.test_name)
c.check_template_online_accounts_qml_plugin()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_template_online_account_qml_plugin_no_hook(self):
'''Test check_template_online_account_qml_plugin'''
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-account-plugin")
c = ClickReviewSecurity(self.test_name)
c.check_template_online_accounts_qml_plugin()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_template_online_account_qml_plugin_wrong_template(self):
'''Test check_template_online_account_qml_plugin - wrong template'''
self.set_test_account(self.default_appname,
"account-qml-plugin", "foo")
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-webapp")
self.set_test_security_manifest(self.default_appname,
"policy_groups", ["accounts"])
c = ClickReviewSecurity(self.test_name)
c.check_template_online_accounts_qml_plugin()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_template_online_account_qml_plugin_wrong_template2(self):
'''Test check_template_online_account_qml_plugin - default template'''
self.set_test_account(self.default_appname,
"account-qml-plugin", "foo")
self.set_test_security_manifest(self.default_appname,
"template", None)
self.set_test_security_manifest(self.default_appname,
"policy_groups", ["accounts"])
c = ClickReviewSecurity(self.test_name)
c.check_template_online_accounts_qml_plugin()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_policy_groups_ubuntu_account_plugin_no_hook(self):
'''Test check_policy_groups_ubuntu_account_plugin() - no hook'''
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups_ubuntu_account_plugin()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_groups_ubuntu_account_plugin(self):
'''Test check_policy_groups_ubuntu_account_plugin()'''
self.set_test_account(self.default_appname,
"account-qml-plugin", "foo")
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-account-plugin")
self.set_test_security_manifest(self.default_appname,
"policy_groups",
["accounts",
"networking",
"webview"])
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups_ubuntu_account_plugin()
report = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_policy_groups_ubuntu_account_plugin_missing(self):
'''Test check_policy_groups_ubuntu_account_plugin - missing'''
self.set_test_account(self.default_appname,
"account-qml-plugin", "foo")
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-account-plugin")
self.set_test_security_manifest(self.default_appname,
"policy_groups",
["accounts", "webview"])
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups_ubuntu_account_plugin()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_policy_groups_ubuntu_account_plugin_bad(self):
'''Test check_policy_groups_ubuntu_account_plugin - bad'''
self.set_test_account(self.default_appname,
"account-qml-plugin", "foo")
self.set_test_security_manifest(self.default_appname,
"template", "ubuntu-account-plugin")
self.set_test_security_manifest(self.default_appname,
"policy_groups",
["accounts",
"networking",
"push-notification-client"])
c = ClickReviewSecurity(self.test_name)
c.check_policy_groups_ubuntu_account_plugin()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_apparmor_profile_name_length(self):
'''Test check_apparmor_profile_name_length()'''
c = ClickReviewSecurity(self.test_name)
c.check_apparmor_profile_name_length()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_apparmor_profile_name_length_bad(self):
'''Test check_apparmor_profile_name_length() - too long'''
c = ClickReviewSecurity(self.test_name)
c.click_pkgname += 'A' * 253
c.check_apparmor_profile_name_length()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_apparmor_profile_name_length_bad2(self):
'''Test check_apparmor_profile_name_length() - longer than advised'''
c = ClickReviewSecurity(self.test_name)
c.click_pkgname += 'A' * 100
c.check_apparmor_profile_name_length()
report = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(report, expected_counts)
click-reviewers-tools-0.44~16.04.1/clickreviews/tests/test_aaa_example_cr_skeleton.py 0000664 0000000 0000000 00000011362 12666350676 025631 0 ustar '''test_cr_skeleton.py: tests for the cr_skeleton module'''
#
# Copyright (C) 2014 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from clickreviews.cr_skeleton import ClickReviewSkeleton
import clickreviews.cr_tests as cr_tests
class TestClickReviewSkeleton(cr_tests.TestClickReview):
"""Tests for the lint review tool."""
def test_check_foo(self):
'''Test check_foo()'''
c = ClickReviewSkeleton(self.test_name)
c.check_foo()
r = c.click_report
# We should end up with 1 info
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_bar(self):
'''Test check_bar()'''
c = ClickReviewSkeleton(self.test_name)
c.check_bar()
r = c.click_report
# We should end up with 1 error
expected_counts = {'info': 0, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_baz(self):
'''Test check_baz()'''
c = ClickReviewSkeleton(self.test_name)
c.check_baz()
r = c.click_report
# We should end up with 1 warning
expected_counts = {'info': 0, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
# Check specific entries
expected = dict()
expected['info'] = dict()
expected['warn'] = dict()
name = c._get_check_name('baz')
expected['warn'][name] = {"text": "TODO",
"link": "http://example.com"}
expected['error'] = dict()
self.check_results(r, expected=expected)
def test_output(self):
'''Test output'''
# Update the control field and output the changes
self.set_test_control('Package', "my.mock.app.name")
self.set_test_manifest('name', "my.mock.app.name")
self._update_test_name()
import pprint
import json
print('''
= test output =
== Mock filename ==
%s
== Mock control ==
%s
== Mock manifest ==''' % (self.test_name, cr_tests.TEST_CONTROL))
pprint.pprint(json.loads(cr_tests.TEST_MANIFEST))
def test_check_peer_hooks(self):
'''Test check_peer_hooks()'''
c = ClickReviewSkeleton(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["skeleton"] = "foo.skeleton"
# add any required peer hooks
tmp["desktop"] = "foo.desktop"
tmp["apparmor"] = "foo.apparmor"
# update the manifest and test_manifest
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks()
r = c.click_report
# We should end up with 2 info
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_peer_hooks_disallowed(self):
'''Test check_peer_hooks() - disallowed'''
c = ClickReviewSkeleton(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["skeleton"] = "foo.skeleton"
# add any required peer hooks
tmp["desktop"] = "foo.desktop"
tmp["apparmor"] = "foo.apparmor"
# add something not allowed
tmp["nonexistent"] = "nonexistent-hook"
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_peer_hooks_required(self):
'''Test check_peer_hooks() - required'''
c = ClickReviewSkeleton(self.test_name)
# create a new hooks database for our peer hooks tests
tmp = dict()
# add our hook
tmp["skeleton"] = "foo.skeleton"
# skip adding required hooks
c.manifest["hooks"][self.default_appname] = tmp
self._update_test_manifest()
# do the test
c.check_peer_hooks()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
click-reviewers-tools-0.44~16.04.1/clickreviews/tests/test_cr_systemd.py 0000664 0000000 0000000 00000115263 12666350676 023165 0 ustar '''test_cr_systemd.py: tests for the cr_systemd module'''
#
# Copyright (C) 2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from clickreviews.cr_systemd import ClickReviewSystemd
import clickreviews.cr_tests as cr_tests
class TestClickReviewSystemd(cr_tests.TestClickReview):
"""Tests for the lint review tool."""
def setUp(self):
super().setUp()
self.set_test_pkgfmt("snap", "15.04")
def _create_ports(self):
ports = {'internal': {'int1': {"port": '8081/tcp', "negotiable": True}},
'external': {'ext1': {"port": '80/tcp', "negotiable": False},
'ext2': {"port": '88/udp'}
}
}
return ports
def _set_service(self, entries, name=None):
d = dict()
if name is None:
d['name'] = self.default_appname
else:
d['name'] = name
for (key, value) in entries:
d[key] = value
self.set_test_pkg_yaml("services", [d])
self.set_test_systemd(d['name'], 'name', d['name'])
def test_check_snappy_required(self):
'''Test check_required() - has start and description'''
self.set_test_systemd(self.default_appname,
key="start",
value="bin/foo")
self.set_test_systemd(self.default_appname,
key="description",
value="something")
c = ClickReviewSystemd(self.test_name)
c.check_snappy_required()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_required_empty_value(self):
'''Test check_snappy_required() - empty start'''
self.set_test_systemd(self.default_appname,
key="start",
value="")
self.set_test_systemd(self.default_appname,
key="description",
value="something")
c = ClickReviewSystemd(self.test_name)
c.check_snappy_required()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_required_bad_value(self):
'''Test check_snappy_required() - bad start'''
self.set_test_systemd(self.default_appname,
key="start",
value=[])
self.set_test_systemd(self.default_appname,
key="description",
value="something")
c = ClickReviewSystemd(self.test_name)
c.check_snappy_required()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_required_multiple(self):
'''Test check_snappy_required() - multiple'''
self.set_test_systemd(self.default_appname,
key="start",
value="/bin/foo")
self.set_test_systemd(self.default_appname,
key="description",
value="something")
self.set_test_systemd(self.default_appname,
key="stop",
value="/bin/foo-stop")
c = ClickReviewSystemd(self.test_name)
c.check_snappy_required()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_required_multiple2(self):
'''Test check_snappy_required() - multiple with nonexistent'''
self.set_test_systemd(self.default_appname,
key="start",
value="/bin/foo")
self.set_test_systemd(self.default_appname,
key="description",
value="something")
self.set_test_systemd(self.default_appname,
key="nonexistent",
value="foo")
c = ClickReviewSystemd(self.test_name)
c.check_snappy_required()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_optional_none(self):
'''Test check_snappy_optional() - start only'''
self.set_test_systemd(self.default_appname,
key="start",
value="/bin/foo")
c = ClickReviewSystemd(self.test_name)
c.check_snappy_optional()
r = c.click_report
expected_counts = {'info': 9, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_optional_stop_empty(self):
'''Test check_snappy_optional() - with empty stop'''
self.set_test_systemd(self.default_appname,
key="start",
value="/bin/foo")
self.set_test_systemd(self.default_appname,
key="stop",
value="")
c = ClickReviewSystemd(self.test_name)
c.check_snappy_optional()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_optional_stop_bad(self):
'''Test check_snappy_optional() - with bad stop'''
self.set_test_systemd(self.default_appname,
key="start",
value="/bin/foo")
self.set_test_systemd(self.default_appname,
key="stop",
value=[])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_optional()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_optional_stop_nonexistent(self):
'''Test check_snappy_optional() - with stop plus nonexistent'''
self.set_test_systemd(self.default_appname,
key="start",
value="/bin/foo")
self.set_test_systemd(self.default_appname,
key="stop",
value="bin/bar")
self.set_test_systemd(self.default_appname,
key="nonexistent",
value="foo")
c = ClickReviewSystemd(self.test_name)
c.check_snappy_optional()
r = c.click_report
expected_counts = {'info': 9, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_optional_stop_without_start(self):
'''Test check_snappy_optional() - with stop, no start'''
self.set_test_systemd(self.default_appname,
key="stop",
value="/bin/bar")
c = ClickReviewSystemd(self.test_name)
c.check_snappy_optional()
r = c.click_report
expected_counts = {'info': 9, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_optional_stop_without_start2(self):
'''Test check_snappy_optional() - with stop, nonexistent, no start'''
self.set_test_systemd(self.default_appname,
key="stop",
value="/bin/bar")
self.set_test_systemd(self.default_appname,
key="nonexistent",
value="example.com")
c = ClickReviewSystemd(self.test_name)
c.check_snappy_optional()
r = c.click_report
expected_counts = {'info': 9, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_unknown(self):
'''Test check_snappy_unknown()'''
self.set_test_systemd(self.default_appname,
key="nonexistent",
value="foo")
c = ClickReviewSystemd(self.test_name)
c.check_snappy_unknown()
r = c.click_report
expected_counts = {'info': 0, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_unknown_multiple(self):
'''Test check_snappy_unknown() - multiple with nonexistent'''
self.set_test_systemd(self.default_appname,
key="start",
value="/bin/foo")
self.set_test_systemd(self.default_appname,
key="stop",
value="bin/bar")
self.set_test_systemd(self.default_appname,
key="nonexistent",
value="foo")
c = ClickReviewSystemd(self.test_name)
c.check_snappy_unknown()
r = c.click_report
expected_counts = {'info': 0, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_service_description(self):
'''Test check_snappy_service_description()'''
self._set_service([("description", "some description")])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_description()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_service_description_unspecified(self):
'''Test check_snappy_service_description() - unspecified'''
# self._set_service([("description", None)])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_description()
r = c.click_report
# required check is done elsewhere, so no error
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_service_description_empty(self):
'''Test check_snappy_service_description() - empty'''
self._set_service([("description", "")])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_description()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_start(self):
'''Test check_snappy_service_start()'''
self._set_service([("start", "some/start")])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_start()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_service_start_unspecified(self):
'''Test check_snappy_service_start() - unspecified'''
# self._set_service([("start", None)])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_start()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_service_start_empty(self):
'''Test check_snappy_service_start() - empty'''
self._set_service([("start", "")])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_start()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_start_absolute_path(self):
'''Test check_snappy_service_start() - absolute path'''
self._set_service([("start", "/foo/bar/some/start")])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_start()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_stop(self):
'''Test check_snappy_service_stop()'''
self._set_service([("stop", "some/stop")])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_stop()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_service_stop_unspecified(self):
'''Test check_snappy_service_stop() - unspecified'''
# self._set_service([("stop", None)])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_stop()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_service_stop_empty(self):
'''Test check_snappy_service_stop() - empty'''
self._set_service([("stop", "")])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_stop()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_stop_absolute_path(self):
'''Test check_snappy_service_stop() - absolute path'''
self._set_service([("stop", "/foo/bar/some/stop")])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_stop()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_poststop(self):
'''Test check_snappy_service_poststop()'''
self._set_service([("poststop", "some/poststop")])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_poststop()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_service_poststop_unspecified(self):
'''Test check_snappy_service_poststop() - unspecified'''
# self._set_service([("poststop", None)])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_poststop()
r = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_service_poststop_empty(self):
'''Test check_snappy_service_poststop() - empty'''
self._set_service([("poststop", "")])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_poststop()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_poststop_absolute_path(self):
'''Test check_snappy_service_poststop() - absolute path'''
self._set_service([("poststop", "/foo/bar/some/poststop")])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_poststop()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_stop_timeout(self):
'''Test check_snappy_service_stop_timeout()'''
self._set_service([("start", "bin/foo"),
("description", "something"),
("stop-timeout", 30)])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_stop_timeout()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_service_stop_timeout_granularity(self):
'''Test check_snappy_service_stop_timeout()'''
self._set_service([("start", "bin/foo"),
("description", "something"),
("stop-timeout", '30s')])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_stop_timeout()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_service_stop_timeout_empty(self):
'''Test check_snappy_service_stop_timeout() - empty'''
self._set_service([("start", "bin/foo"),
("description", "something"),
("stop-timeout", "")])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_stop_timeout()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_stop_timeout_bad(self):
'''Test check_snappy_service_stop_timeout() - bad'''
self._set_service([("start", "bin/foo"),
("description", "something"),
("stop-timeout", "a")])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_stop_timeout()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_stop_timeout_bad_granularity(self):
'''Test check_snappy_service_stop_timeout() - bad with granularity'''
self._set_service([("start", "bin/foo"),
("description", "something"),
("stop-timeout", "30a")])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_stop_timeout()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_stop_timeout_range_low(self):
'''Test check_snappy_service_stop_timeout() - out of range (low)'''
self._set_service([("start", "bin/foo"),
("description", "something"),
("stop-timeout", -1)])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_stop_timeout()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_stop_timeout_range_high(self):
'''Test check_snappy_service_stop_timeout() - out of range (high)'''
self._set_service([("start", "bin/foo"),
("description", "something"),
("stop-timeout", 61)])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_stop_timeout()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_bus_name_pkgname(self):
'''Test check_snappy_service_bus_name() - pkgname'''
name = self.test_name.split('_')[0]
self.set_test_pkg_yaml("name", name)
self._set_service([("start", "bin/test-app"),
("description", "something"),
("bus-name", name)])
self.set_test_pkg_yaml("type", 'framework')
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_bus_name()
r = c.click_report
expected_counts = {'info': 4, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_service_bus_name_appname(self):
'''Test check_snappy_service_bus_name() - appname'''
name = self.test_name.split('_')[0]
self._set_service([("start", "bin/test-app"),
("description", "something"),
("bus-name", "%s.%s" % (name, "test-app"))])
self.set_test_pkg_yaml("type", 'framework')
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_bus_name()
r = c.click_report
expected_counts = {'info': 4, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_service_bus_name_missing_framework_app(self):
'''Test check_snappy_service_bus_name() - missing framework (app)'''
name = self.test_name.split('_')[0]
self._set_service([("start", "bin/test-app"),
("description", "something"),
("bus-name", "%s.%s" % (name, "test-app"))])
self.set_test_pkg_yaml("type", 'app')
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_bus_name()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_bus_name_missing_framework_oem(self):
'''Test check_snappy_service_bus_name() - missing framework (oem)'''
name = self.test_name.split('_')[0]
self._set_service([("start", "bin/test-app"),
("description", "something"),
("bus-name", "%s.%s" % (name, "test-app"))])
self.set_test_pkg_yaml("type", 'oem')
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_bus_name()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_bus_name_pkgname_bad(self):
'''Test check_snappy_service_bus_name() - bad pkgname'''
name = self.test_name.split('_')[0]
self.set_test_pkg_yaml("name", name)
self._set_service([("start", "bin/test-app"),
("description", "something"),
("bus-name", name + "-bad")])
self.set_test_pkg_yaml("type", 'framework')
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_bus_name()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_bus_name_appname_bad(self):
'''Test check_snappy_service_bus_name() - bad appname'''
name = self.test_name.split('_')[0]
self._set_service([("start", "bin/test-app"),
("description", "something"),
("bus-name", "%s.%s-bad" % (name, "test-app"))])
self.set_test_pkg_yaml("type", 'framework')
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_bus_name()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_bus_name_empty(self):
'''Test check_snappy_service_bus_name() - bad (empty)'''
name = self.test_name.split('_')[0]
self.set_test_pkg_yaml("name", name)
self._set_service([("start", "bin/test-app"),
("description", "something"),
("bus-name", "")])
self.set_test_pkg_yaml("type", 'framework')
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_bus_name()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_bus_name_bad_regex(self):
'''Test check_snappy_service_bus_name() - bad (regex)'''
name = self.test_name.split('_')[0]
self.set_test_pkg_yaml("name", name)
self._set_service([("start", "bin/test-app"),
("description", "something"),
("bus-name", "name$")])
self.set_test_pkg_yaml("type", 'framework')
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_bus_name()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 2}
self.check_results(r, expected_counts)
def test_check_snappy_service_ports(self):
'''Test check_snappy_service_ports()'''
ports = self._create_ports()
self.set_test_systemd(self.default_appname, "ports", ports)
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_ports()
r = c.click_report
expected_counts = {'info': 8, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_service_ports_internal(self):
'''Test check_snappy_service_ports() - internal'''
ports = self._create_ports()
del ports['internal']
self.set_test_systemd(self.default_appname, "ports", ports)
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_ports()
r = c.click_report
expected_counts = {'info': 6, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_service_ports_external(self):
'''Test check_snappy_service_ports() - external'''
ports = self._create_ports()
del ports['external']
self.set_test_systemd(self.default_appname, "ports", ports)
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_ports()
r = c.click_report
expected_counts = {'info': 4, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_service_ports_empty(self):
'''Test check_snappy_service_ports() - empty'''
ports = self._create_ports()
del ports['internal']
del ports['external']
self.set_test_systemd(self.default_appname, "ports", ports)
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_ports_bad_key(self):
'''Test check_snappy_service_ports() - bad key'''
ports = self._create_ports()
ports['xternal'] = ports['external']
del ports['external']
self.set_test_systemd(self.default_appname, "ports", ports)
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_ports_missing_internal(self):
'''Test check_snappy_service_ports() - missing internal'''
ports = self._create_ports()
del ports['internal']['int1']
self.set_test_systemd(self.default_appname, "ports", ports)
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_ports_missing_external(self):
'''Test check_snappy_service_ports() - missing external'''
ports = self._create_ports()
del ports['external']['ext1']
del ports['external']['ext2']
self.set_test_systemd(self.default_appname, "ports", ports)
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_ports_missing_external_subkey(self):
'''Test check_snappy_service_ports() - missing external subkey'''
ports = self._create_ports()
del ports['external']['ext2']['port']
self.set_test_systemd(self.default_appname, "ports", ports)
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_ports_invalid_internal_subkey(self):
'''Test check_snappy_service_ports() - invalid internal subkey'''
ports = self._create_ports()
ports['internal']['int1']['prt'] = ports['internal']['int1']['port']
del ports['internal']['int1']['port']
del ports['internal']['int1']['negotiable']
self.set_test_systemd(self.default_appname, "ports", ports)
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_ports_invalid_internal_port(self):
'''Test check_snappy_service_ports() - invalid internal port'''
ports = self._create_ports()
ports['internal']['int1']['port'] = "bad/8080"
self.set_test_systemd(self.default_appname, "ports", ports)
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_ports_invalid_internal_low_port(self):
'''Test check_snappy_service_ports() - invalid internal low port'''
ports = self._create_ports()
ports['internal']['int1']['port'] = "0/tcp"
self.set_test_systemd(self.default_appname, "ports", ports)
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_ports_invalid_internal_high_port(self):
'''Test check_snappy_service_ports() - invalid internal high port'''
ports = self._create_ports()
ports['internal']['int1']['port'] = "65536/tcp"
self.set_test_systemd(self.default_appname, "ports", ports)
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_ports_invalid_internal_negotiable(self):
'''Test check_snappy_service_ports() - invalid internal negotiable'''
ports = self._create_ports()
ports['internal']['int1']['negotiable'] = -99999999
self.set_test_systemd(self.default_appname, "ports", ports)
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_ports()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_listen_stream_abspkgname(self):
'''Test check_snappy_service_listen_stream() - @pkgname'''
name = self.test_name.split('_')[0]
self.set_test_pkg_yaml("name", name)
self._set_service([("start", "bin/test-app"),
("description", "something"),
("listen-stream", '@%s' % name)])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_listen_stream()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_service_listen_stream_abspkgname2(self):
'''Test check_snappy_service_listen_stream() - @pkgname_'''
name = self.test_name.split('_')[0]
self.set_test_pkg_yaml("name", name)
self._set_service([("start", "bin/test-app"),
("description", "something"),
("listen-stream", '@%s_something' % name)])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_listen_stream()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_service_listen_stream_bad_abstract(self):
'''Test check_snappy_service_listen_stream() - bad (wrong name)'''
name = self.test_name.split('_')[0]
self.set_test_pkg_yaml("name", name)
self._set_service([("start", "bin/test-app"),
("description", "something"),
("listen-stream", '@%s/nomatch' % name)])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_listen_stream()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_listen_stream_bad_relative(self):
'''Test check_snappy_service_listen_stream() - bad (not / or @)'''
name = self.test_name.split('_')[0]
self.set_test_pkg_yaml("name", name)
self._set_service([("start", "bin/test-app"),
("description", "something"),
("listen-stream", name)])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_listen_stream()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_listen_stream_empty(self):
'''Test check_snappy_service_listen_stream() - empty'''
name = self.test_name.split('_')[0]
self.set_test_pkg_yaml("name", name)
self._set_service([("start", "bin/test-app"),
("description", "something"),
("listen-stream", "")])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_listen_stream()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_socket_user(self):
'''Test check_snappy_service_socket_user()'''
name = self.test_name.split('_')[0]
self.set_test_pkg_yaml("name", name)
self._set_service([("start", "bin/test-app"),
("description", "something"),
("listen-stream", '@%s' % name),
("socket-user", name)])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_socket_user()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_socket_user_no_listen_stream(self):
'''Test check_snappy_service_socket_user() - missing listen-stream'''
name = self.test_name.split('_')[0]
self.set_test_pkg_yaml("name", name)
self._set_service([("start", "bin/test-app"),
("description", "something"),
("socket-user", name)])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_socket_user()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 2}
self.check_results(r, expected_counts)
def test_check_snappy_service_socket_user_bad(self):
'''Test check_snappy_service_socket_user() - bad user'''
name = self.test_name.split('_')[0]
self.set_test_pkg_yaml("name", name)
self._set_service([("start", "bin/test-app"),
("description", "something"),
("listen-stream", '@%s' % name),
("socket-user", name + "nomatch")])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_socket_user()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 2}
self.check_results(r, expected_counts)
def test_check_snappy_service_socket_group(self):
'''Test check_snappy_service_socket_group()'''
name = self.test_name.split('_')[0]
self.set_test_pkg_yaml("name", name)
self._set_service([("start", "bin/test-app"),
("description", "something"),
("listen-stream", '@%s' % name),
("socket-group", name)])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_socket_group()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_service_socket_group_no_listen_stream(self):
'''Test check_snappy_service_socket_group() - missing listen-stream'''
name = self.test_name.split('_')[0]
self.set_test_pkg_yaml("name", name)
self._set_service([("start", "bin/test-app"),
("description", "something"),
("socket-group", name)])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_socket_group()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 2}
self.check_results(r, expected_counts)
def test_check_snappy_service_socket_group_bad(self):
'''Test check_snappy_service_socket_group() - bad group'''
name = self.test_name.split('_')[0]
self.set_test_pkg_yaml("name", name)
self._set_service([("start", "bin/test-app"),
("description", "something"),
("listen-stream", '@%s' % name),
("socket-group", name + "nomatch")])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_socket_group()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 2}
self.check_results(r, expected_counts)
def test_check_snappy_service_socket(self):
'''Test check_snappy_service_socket()'''
name = self.test_name.split('_')[0]
self.set_test_pkg_yaml("name", name)
self._set_service([("start", "bin/test-app"),
("description", "something"),
("listen-stream", '@%s' % name),
("socket", True)])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_socket()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_service_socket_no_listen_stream(self):
'''Test check_snappy_service_socket() - missing listen-stream'''
name = self.test_name.split('_')[0]
self.set_test_pkg_yaml("name", name)
self._set_service([("start", "bin/test-app"),
("description", "something"),
("socket", True)])
c = ClickReviewSystemd(self.test_name)
c.check_snappy_service_socket()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
click-reviewers-tools-0.44~16.04.1/clickreviews/tests/test_cr_bin_path.py 0000664 0000000 0000000 00000015426 12666350676 023261 0 ustar '''test_cr_bin_path.py: tests for the cr_bin_path module'''
#
# Copyright (C) 2014 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from clickreviews.cr_bin_path import ClickReviewBinPath
import clickreviews.cr_tests as cr_tests
class TestClickReviewBinPath(cr_tests.TestClickReview):
"""Tests for the bin-path review tool."""
def setUp(self):
super().setUp()
self.set_test_pkgfmt("snap", "15.04")
def _set_binary(self, entries, name=None):
d = dict()
if name is None:
d['name'] = self.default_appname
else:
d['name'] = name
for (key, value) in entries:
d[key] = value
self.set_test_pkg_yaml("binaries", [d])
if 'exec' in d:
self.set_test_bin_path(d['name'], d['exec'])
else:
self.set_test_bin_path(d['name'], d['name'])
def test_check_path(self):
'''Test check_path()'''
self.set_test_bin_path(self.default_appname, "bin/foo.exe")
c = ClickReviewBinPath(self.test_name)
c.check_path()
r = c.click_report
# We should end up with 1 info
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_path_nonexecutable(self):
'''Test check_path() - nonexecutable'''
self.set_test_bin_path(self.default_appname, "bin/foo.nonexec")
c = ClickReviewBinPath(self.test_name)
c.check_path()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_required(self):
'''Test check_snappy_required()'''
self._set_binary([("exec", "bin/foo")])
c = ClickReviewBinPath(self.test_name)
c.check_snappy_required()
r = c.click_report
# Only 'name' is required at this time so 0s for all
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_required_empty_value(self):
'''Test check_snappy_required() - empty exec'''
self._set_binary([("exec", "")])
c = ClickReviewBinPath(self.test_name)
c.check_snappy_required()
r = c.click_report
# Only 'name' is required at this time so 0s for all
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_required_bad_value(self):
'''Test check_snappy_required() - bad exec'''
self._set_binary([("exec", [])])
c = ClickReviewBinPath(self.test_name)
c.check_snappy_required()
r = c.click_report
# Only 'name' is required at this time so 0s for all
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_required_multiple(self):
'''Test check_snappy_required() - multiple'''
self._set_binary([("exec", "bin/foo"),
("description", "foo desc")])
c = ClickReviewBinPath(self.test_name)
c.check_snappy_required()
r = c.click_report
# Only 'name' is required at this time so 0s for all
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_optional(self):
'''Test check_snappy_optional()'''
self._set_binary([("description", "some description")])
c = ClickReviewBinPath(self.test_name)
c.check_snappy_optional()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_optional_empty_value(self):
'''Test check_snappy_optional() - empty description'''
self._set_binary([("description", "")])
c = ClickReviewBinPath(self.test_name)
c.check_snappy_optional()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_optional_bad_value(self):
'''Test check_snappy_optional() - bad description'''
self._set_binary([("description", [])])
c = ClickReviewBinPath(self.test_name)
c.check_snappy_optional()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
def test_check_snappy_unknown(self):
'''Test check_snappy_unknown()'''
self._set_binary([("nonexistent", "foo")])
c = ClickReviewBinPath(self.test_name)
c.check_snappy_unknown()
r = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_snappy_unknown_multiple(self):
'''Test check_snappy_unknown() - multiple'''
self._set_binary([("exec", "bin/foo"),
("nonexistent", "foo")])
c = ClickReviewBinPath(self.test_name)
c.check_snappy_unknown()
r = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(r, expected_counts)
def test_check_binary_description(self):
'''Test check_binary_description()'''
self._set_binary([("description", "some description")])
c = ClickReviewBinPath(self.test_name)
c.check_binary_description()
r = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_binary_description_unspecified(self):
'''Test check_binary_description() - unspecified'''
self._set_binary([("exec", "foo")])
c = ClickReviewBinPath(self.test_name)
c.check_binary_description()
r = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(r, expected_counts)
def test_check_binary_description_empty(self):
'''Test check_binary_description() - empty'''
self._set_binary([("description", "")])
c = ClickReviewBinPath(self.test_name)
c.check_binary_description()
r = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(r, expected_counts)
click-reviewers-tools-0.44~16.04.1/clickreviews/tests/test_remote.py 0000664 0000000 0000000 00000002115 12666350676 022273 0 ustar import time
from unittest import TestCase
from unittest.mock import patch
from clickreviews.remote import UPDATE_INTERVAL, _update_is_necessary
class RemoteTestCase(TestCase):
def patch_path(self):
p = patch('clickreviews.remote.os.path')
self.mock_path = p.start()
self.addCleanup(p.stop)
def patch_time(self, now):
p = patch('clickreviews.remote.time.time')
self.mock_time = p.start()
self.mock_time.return_value = now
self.addCleanup(p.stop)
def test_no_update_needed(self):
now = time.time()
self.patch_time(now)
self.patch_path()
# last update was 10 seconds ago
self.mock_path.getmtime.return_value = now - 10
self.assertFalse(_update_is_necessary('some-file'))
def test_update_needed(self):
now = time.time()
self.patch_time(now)
self.patch_path()
# last update was UPDATE_INTERVAL + 10 seconds ago
self.mock_path.getmtime.return_value = now - UPDATE_INTERVAL - 10
self.assertTrue(_update_is_necessary('some-file'))
click-reviewers-tools-0.44~16.04.1/clickreviews/tests/utils.py 0000664 0000000 0000000 00000025160 12666354404 021077 0 ustar '''utils.py: test utils for click reviewer tools'''
#
# Copyright (C) 2013-2016 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from clickreviews.common import (
MKSQUASHFS_OPTS
)
import json
import os
import shutil
import subprocess
import tempfile
def make_snap2(name='test', pkgfmt_type='snap', pkgfmt_version='16.04',
version='1.0', summary="An application", extra_files=None,
output_dir=None):
'''Return the path to a snap v2 package with the given data.
Caller is responsible for deleting the output_dir afterwards.
'''
assert(pkgfmt_type == "snap" and pkgfmt_version != "15.04")
build_dir = tempfile.mkdtemp()
try:
make_dir_structure(build_dir, pkgfmt_type=pkgfmt_type,
pkgfmt_version=pkgfmt_version,
extra_files=extra_files)
write_icon(build_dir)
description = summary
write_meta_data2(build_dir, name, version, summary, description)
pkg_path = build_package(build_dir, name, version, pkgfmt_type,
pkgfmt_version, output_dir=output_dir)
finally:
shutil.rmtree(build_dir)
return pkg_path
def make_click(name='test', pkgfmt_type='click', pkgfmt_version='0.4',
package_types=None, version='1.0', title="An application",
framework='ubuntu-sdk-15.04', extra_files=None,
output_dir=None):
"""Return the path to a click/snap package with the given data.
Caller is responsible for deleting the output_dir afterwards.
"""
assert(pkgfmt_type == "click" or (pkgfmt_type == "snap" and
pkgfmt_version == "15.04"))
is_snap1 = (pkgfmt_type == "snap")
build_dir = tempfile.mkdtemp()
package_types = package_types or []
try:
make_dir_structure(build_dir, pkgfmt_type=pkgfmt_type,
pkgfmt_version=pkgfmt_version,
extra_files=extra_files)
write_icon(build_dir)
write_manifest(build_dir, name, version,
title, framework, package_types,
is_snap1)
write_control(build_dir, name, version, title, pkgfmt_version)
write_preinst(build_dir)
write_apparmor_profile(build_dir, name)
write_other_files(build_dir)
if pkgfmt_type == 'snap':
write_meta_data(build_dir, name, version, title, framework)
pkg_path = build_package(build_dir, name, version, pkgfmt_type,
pkgfmt_version, output_dir=output_dir)
finally:
shutil.rmtree(build_dir)
return pkg_path
def make_dir_structure(path, pkgfmt_type, pkgfmt_version, extra_files=None):
'''Create the mandatory dir structure and extra_files. Format for
extra_files:
path/to/file create empty file in path
path/to/dir/ create empty dir in path
path/to/source,path/to/link create symlink in path
path/to/source:path/to/link copy source to path
For symlink and copy, source can be an absolute path for pointing
outside of the dir (for symlinks) or copying into the package.
'''
extra_files = extra_files or []
directories = ['meta'] # write_icon() and write_manifest() assume this
if pkgfmt_type == 'click' or pkgfmt_version == 15.04:
directories.append('DEBIAN')
# enumerate the directories to create
for extra_file in extra_files:
if ',' in extra_file:
extra = extra_file.split(',', 1)[1]
elif ':' in extra_file:
extra = extra_file.split(':', 1)[1]
else:
extra = extra_file
if extra.startswith('/'):
extra = extra[1:]
if extra.endswith('/'):
directories.append(extra)
else:
directories.append(os.path.dirname(extra))
# make the enumerated directories
for directory in directories:
directory = os.path.join(path, directory)
if not os.path.exists(directory):
os.makedirs(directory)
for extra_file in extra_files:
if extra_file.endswith('/'): # nothing more to do for directories
continue
source_link = None
source_path = None
if ',' in extra_file:
(source_link, target_path) = extra_file.split(',', 1)
elif ':' in extra_file:
(source_path, target_path) = extra_file.split(':', 1)
else:
target_path = extra_file
dirname, basename = os.path.split(target_path)
if basename != '':
if source_path:
if not source_path.startswith('/'):
source_path = os.path.join(path, source_path)
shutil.copyfile(source_path, os.path.join(path, target_path))
elif source_link:
cur = os.getcwd()
if target_path.startswith('/'):
target_path = os.path.join(path, target_path[1:])
else:
os.chdir(path)
os.symlink(source_link, target_path)
os.chdir(cur)
else:
with open(os.path.join(path, target_path), 'wb'):
pass
def write_icon(path):
source_path = os.path.join(os.getcwd(), 'clickreviews/data/icon.png')
target_path = os.path.join(path, 'meta', 'icon.png')
shutil.copyfile(source_path, target_path)
def write_manifest(path, name, version, title, framework, types, is_snap):
manifest_content = {'framework': framework,
'maintainer': 'Someone ',
'name': name,
'title': title,
'version': version,
'icon': 'meta/icon.png',
'hooks': {'app': {'apparmor':
'meta/{}.apparmor'.format(name),
},
},
'description': 'This is a test app.',
}
if types:
if is_snap:
manifest_content.update({'type': types[0]})
else:
if "scope" in types:
manifest_content['hooks']['app'].update({'scope': ""})
if "application" in types:
manifest_content['hooks']['app'].update({'desktop': ""})
manifest_paths = [
os.path.join(path, 'DEBIAN', 'manifest'),
os.path.join(path, 'manifest.json'),
]
for manifest_path in manifest_paths:
with open(manifest_path, 'w') as f:
json.dump(manifest_content, f)
def write_meta_data(path, name, version, title, framework):
yaml_path = os.path.join(path, 'meta', 'package.yaml')
content = """architectures:
icon: meta/icon.png
name: {}
version: {}
framework: {}
vendor: 'Someone ',
""".format(name, version, framework)
# don't overwrite 'copy' via make_dir_structure()
if not os.path.exists(yaml_path):
with open(yaml_path, 'w') as f:
f.write(content)
with open(os.path.join(path, 'meta', 'readme.md'), 'w') as f:
f.write(title)
def write_meta_data2(path, name, version, summary, description, yaml=None):
yaml_path = os.path.join(path, 'meta', 'snap.yaml')
if yaml:
content = yaml
else:
content = """architectures: [ all ]
name: {}
version: {}
summary: {}
description: {}
""".format(name, version, summary, description)
# don't overwrite 'copy' via make_dir_structure()
if not os.path.exists(yaml_path):
with open(yaml_path, 'w') as f:
f.write(content)
def write_control(path, name, version, title, pkgfmt_version):
control_path = os.path.join(path, 'DEBIAN', 'control')
control_content = {'Package': name,
'Version': version,
'Click-Version': pkgfmt_version,
'Architecture': 'all',
'Maintainer': 'Someone ',
'Installed-Size': '123',
'Description': title,
}
with open(control_path, 'w') as f:
for key, value in control_content.items():
f.write(key + ": " + value + "\n")
def write_preinst(path):
preinst_path = os.path.join(path, 'DEBIAN', 'preinst')
with open(preinst_path, 'w') as f:
f.write("""#! /bin/sh
echo "Click packages may not be installed directly using dpkg."
echo "Use 'click install' instead."
exit 1
""")
os.chmod(preinst_path, 0o775)
def write_apparmor_profile(path, name):
profile_path = os.path.join(path, 'meta', '{}.apparmor'.format(name))
profile = {
'policy_version': 1.3,
'policy_groups': [],
}
with open(profile_path, 'w') as f:
json.dump(profile, f)
def write_other_files(path):
def write_empty_file(path, perms=0o664):
with open(path, 'wb'):
pass
os.chmod(path, perms)
write_empty_file(os.path.join(path, 'DEBIAN', 'md5sums'))
def build_package(path, name, version, pkgfmt_type, pkgfmt_version,
output_dir=None):
filename = "{}_{}_all.{}".format(name, version, pkgfmt_type)
output_dir = output_dir or tempfile.mkdtemp()
output_path = os.path.join(output_dir, filename)
if pkgfmt_type == "snap" and pkgfmt_version != "15.04":
args = ['mksquashfs', path, output_path] + MKSQUASHFS_OPTS
# debugging
# subprocess.check_call(args)
# subprocess.check_call(['unsquashfs', '-lls', output_path])
subprocess.check_call(args, stdout=open(os.devnull, 'w'))
else: # click and snap v1
# Note: We're not using 'click build' here as it corrects errors (such
# as filtering out a .click directory present in the build). We want
# to test with manually constructed, potentially tampered-with
# clicks/snaps. Ideally, we'd be using click rather than dpkg to
# construct the click without filtering any files in the build dir.
subprocess.check_call(['dpkg-deb', '-b', path, output_path])
return output_path
click-reviewers-tools-0.44~16.04.1/clickreviews/tests/test_sr_security.py 0000664 0000000 0000000 00000102477 12733312662 023353 0 ustar '''test_sr_security.py: tests for the sr_security module'''
#
# Copyright (C) 2013-2016 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
from unittest import TestCase
import os
import shutil
import tempfile
from clickreviews.common import cleanup_unpack
from clickreviews.common import check_results as common_check_results
from clickreviews.sr_security import SnapReviewSecurity
import clickreviews.sr_tests as sr_tests
from clickreviews.tests import utils
class TestSnapReviewSecurity(sr_tests.TestSnapReview):
"""Tests for the security lint review tool."""
def setUp(self):
super().setUp()
self.set_test_pkgfmt("snap", "16.04")
def _create_top_plugs(self):
plugs = {'iface-network': {'interface': 'network'},
'network-bind': {},
}
return plugs
def _create_apps_plugs(self):
plugs = {'app1': {'plugs': ['iface-network']},
'app2': {'plugs': ['network-bind']},
'app3': {'plugs': ['iface-network', 'network-bind']},
}
return plugs
def _create_top_slots(self):
slots = {'iface-slot1': {'interface': 'network'},
'network-bind': {},
}
return slots
def _create_apps_slots(self):
slots = {'app1': {'slots': ['iface-slot1']},
'app2': {'slots': ['network-bind']},
}
return slots
def test_all_checks_as_v2(self):
'''Test snap v2 has checks'''
self.set_test_pkgfmt("snap", "16.04")
plugs = self._create_top_plugs()
self.set_test_snap_yaml("plugs", plugs)
c = SnapReviewSecurity(self.test_name)
c.do_checks()
sum = 0
for i in c.click_report:
sum += len(c.click_report[i])
self.assertTrue(sum != 0)
def test_all_checks_as_v1(self):
'''Test snap v1 has no checks'''
self.set_test_pkgfmt("snap", "15.04")
c = SnapReviewSecurity(self.test_name)
c.do_checks()
sum = 0
for i in c.click_report:
sum += len(c.click_report[i])
self.assertTrue(sum == 0)
def test_all_checks_as_click(self):
'''Test click format has no checks'''
self.set_test_pkgfmt("click", "0.4")
c = SnapReviewSecurity(self.test_name)
c.do_checks()
sum = 0
for i in c.click_report:
sum += len(c.click_report[i])
self.assertTrue(sum == 0)
def test_check_security_policy_vendor(self):
'''Test check_security_policy_vendor()'''
c = SnapReviewSecurity(self.test_name)
c.check_security_policy_vendor()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_policy_vendor_missing(self):
'''Test check_security_policy_vendor() - missing'''
c = SnapReviewSecurity(self.test_name)
c.aa_policy.pop("ubuntu-core", None)
c.check_security_policy_vendor()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_policy_version(self):
'''Test check_security_policy_vesion()'''
c = SnapReviewSecurity(self.test_name)
c.check_security_policy_version()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_policy_version_missing(self):
'''Test check_security_policy_vesion()'''
c = SnapReviewSecurity(self.test_name)
c.aa_policy["ubuntu-core"].pop("16.04", None)
c.check_security_policy_version()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_plugs(self):
''' Test check_security_plugs()'''
plugs = self._create_top_plugs()
self.set_test_snap_yaml("plugs", plugs)
c = SnapReviewSecurity(self.test_name)
c.check_security_plugs()
report = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_plugs_none(self):
''' Test check_security_plugs() - None'''
self.set_test_snap_yaml("plugs", None)
c = SnapReviewSecurity(self.test_name)
c.check_security_plugs()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_plugs_empty(self):
''' Test check_security_plugs() - empty'''
self.set_test_snap_yaml("plugs", {})
c = SnapReviewSecurity(self.test_name)
c.check_security_plugs()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_plugs_debug(self):
''' Test check_security_plugs() - debug'''
plugs = self._create_top_plugs()
plugs['debug'] = {}
self.set_test_snap_yaml("plugs", plugs)
c = SnapReviewSecurity(self.test_name)
c.aa_policy["ubuntu-core"]["16.04"]["policy_groups"]["reserved"].append("debug")
c.check_security_plugs()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_plugs_reserved(self):
''' Test check_security_plugs() - reserved'''
plugs = self._create_top_plugs()
plugs['rsrved'] = {}
self.set_test_snap_yaml("plugs", plugs)
c = SnapReviewSecurity(self.test_name)
c.aa_policy["ubuntu-core"]["16.04"]["policy_groups"]["reserved"].append("rsrved")
c.check_security_plugs()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_plugs_reserved_strict(self):
''' Test check_security_plugs() - reserved (strict)'''
plugs = self._create_top_plugs()
plugs['rsrved'] = {}
self.set_test_snap_yaml("plugs", plugs)
self.set_test_snap_yaml("confinement", "strict")
c = SnapReviewSecurity(self.test_name)
c.aa_policy["ubuntu-core"]["16.04"]["policy_groups"]["reserved"].append("rsrved")
c.check_security_plugs()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_plugs_reserved_devmode(self):
''' Test check_security_plugs() - reserved (devmode)'''
plugs = self._create_top_plugs()
plugs['rsrved'] = {}
self.set_test_snap_yaml("plugs", plugs)
self.set_test_snap_yaml("confinement", "devmode")
c = SnapReviewSecurity(self.test_name)
c.aa_policy["ubuntu-core"]["16.04"]["policy_groups"]["reserved"].append("rsrved")
c.check_security_plugs()
report = c.click_report
expected_counts = {'info': 3, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
expected = dict()
expected['error'] = dict()
expected['warn'] = dict()
expected['info'] = dict()
name = 'security-snap-v2:plug_safe:rsrved:rsrved'
expected['info'][name] = {"text": "[ERROR] reserved interface "
"'rsrved' for vetted applications "
"only",
"manual_review": False}
self.check_results(report, expected=expected)
def test_check_security_plugs_no_plugs(self):
''' Test check_security_plugs() - no plugs'''
self.set_test_snap_yaml("plugs", None)
c = SnapReviewSecurity(self.test_name)
c.check_security_plugs()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_plugs_unknown_type(self):
''' Test check_security_plugs() - unknown type'''
plugs = self._create_top_plugs()
plugs['bad-type'] = {}
self.set_test_snap_yaml("plugs", plugs)
c = SnapReviewSecurity(self.test_name)
c.aa_policy["ubuntu-core"]["16.04"]["policy_groups"]["nonexistent"] = ["bad-type"]
c.check_security_plugs()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_plugs_nonexistent(self):
''' Test check_security_plugs() - nonexistent'''
plugs = dict()
plugs['nonexistent'] = {}
self.set_test_snap_yaml("plugs", plugs)
c = SnapReviewSecurity(self.test_name)
c.check_security_plugs()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_apps_plugs(self):
''' Test check_security_apps_plugs()'''
plugs = self._create_top_plugs()
apps = self._create_apps_plugs()
self.set_test_snap_yaml("plugs", plugs)
self.set_test_snap_yaml("apps", apps)
c = SnapReviewSecurity(self.test_name)
c.check_security_apps_plugs()
report = c.click_report
expected_counts = {'info': 2, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
# Note: c.check_security_apps_plugs() only checks plugs that are not
# referenced in the toplevel plugs so while self._create_apps_plugs()
# has four apps, only two of the apps reference plugs not in the
# toplevel plugs.
expected = dict()
expected['error'] = dict()
expected['warn'] = dict()
expected['info'] = dict()
name = 'security-snap-v2:app_plug_safe:app2:network-bind'
expected['info'][name] = {"text": "OK"}
name = 'security-snap-v2:app_plug_safe:app3:network-bind'
expected['info'][name] = {"text": "OK"}
self.check_results(report, expected=expected)
def test_check_security_apps_plugs_no_apps(self):
''' Test check_security_apps_plugs() - No apps'''
self.set_test_snap_yaml("apps", None)
c = SnapReviewSecurity(self.test_name)
c.check_security_apps_plugs()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_apps_plugs_none(self):
''' Test check_security_apps_plugs() - app with no plugs'''
apps = {'app1': {'plugs': {}}}
self.set_test_snap_yaml("apps", apps)
c = SnapReviewSecurity(self.test_name)
c.check_security_apps_plugs()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_apps_plugs_bad(self):
''' Test check_security_apps_plugs() - bad'''
apps = {'app1': {'plugs': [{}]}}
self.set_test_snap_yaml("apps", apps)
c = SnapReviewSecurity(self.test_name)
c.check_security_apps_plugs()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_apps_plugs_empty(self):
''' Test check_security_apps_plugs() - empty'''
apps = {'app1': {'plugs': []}}
self.set_test_snap_yaml("apps", apps)
c = SnapReviewSecurity(self.test_name)
c.check_security_apps_plugs()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_slots(self):
''' Test check_security_slots()'''
slots = self._create_top_slots()
self.set_test_snap_yaml("slots", slots)
c = SnapReviewSecurity(self.test_name)
c.check_security_slots()
report = c.click_report
# specifying slots currently requires manual review
expected_counts = {'info': 2, 'warn': 2, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_slots_mpris(self):
''' Test check_security_slots() - mpris'''
slots = dict()
slots['mpris'] = {}
self.set_test_snap_yaml("slots", slots)
c = SnapReviewSecurity(self.test_name)
c.check_security_slots()
report = c.click_report
# specifying slots currently requires manual review, unless a safe slot
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_slots_content(self):
''' Test check_security_slots() - content'''
slots = dict()
slots['content'] = {}
self.set_test_snap_yaml("slots", slots)
c = SnapReviewSecurity(self.test_name)
c.check_security_slots()
report = c.click_report
# specifying slots currently requires manual review, unless a safe slot
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_slots_none(self):
''' Test check_security_slots() - None'''
self.set_test_snap_yaml("slots", None)
c = SnapReviewSecurity(self.test_name)
c.check_security_slots()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_slots_empty(self):
''' Test check_security_slots() - empty'''
self.set_test_snap_yaml("slots", {})
c = SnapReviewSecurity(self.test_name)
c.check_security_slots()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_slots_debug(self):
''' Test check_security_slots() - debug'''
slots = self._create_top_slots()
slots['debug'] = {}
self.set_test_snap_yaml("slots", slots)
c = SnapReviewSecurity(self.test_name)
c.aa_policy["ubuntu-core"]["16.04"]["policy_groups"]["reserved"].append("debug")
c.check_security_slots()
report = c.click_report
expected_counts = {'info': None, 'warn': None, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_slots_reserved(self):
''' Test check_security_slots() - reserved'''
slots = self._create_top_slots()
slots['rsrved'] = {}
self.set_test_snap_yaml("slots", slots)
c = SnapReviewSecurity(self.test_name)
c.aa_policy["ubuntu-core"]["16.04"]["policy_groups"]["reserved"].append("rsrved")
c.check_security_slots()
report = c.click_report
expected_counts = {'info': None, 'warn': None, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_slots_reserved_strict(self):
''' Test check_security_slots() - reserved (strict)'''
slots = self._create_top_slots()
slots['rsrved'] = {}
self.set_test_snap_yaml("slots", slots)
self.set_test_snap_yaml("confinement", "strict")
c = SnapReviewSecurity(self.test_name)
c.aa_policy["ubuntu-core"]["16.04"]["policy_groups"]["reserved"].append("rsrved")
c.check_security_slots()
report = c.click_report
expected_counts = {'info': None, 'warn': 3, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_slots_reserved_devmode(self):
''' Test check_security_plugs() - reserved (devmode)'''
slots = self._create_top_slots()
slots['rsrved'] = {}
self.set_test_snap_yaml("slots", slots)
self.set_test_snap_yaml("confinement", "devmode")
c = SnapReviewSecurity(self.test_name)
c.aa_policy["ubuntu-core"]["16.04"]["policy_groups"]["reserved"].append("rsrved")
c.check_security_slots()
report = c.click_report
expected_counts = {'info': 6, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
expected = dict()
expected['error'] = dict()
expected['warn'] = dict()
expected['info'] = dict()
name = 'security-snap-v2:slot_safe:rsrved:rsrved'
expected['info'][name] = {"text": "[ERROR] reserved interface "
"'rsrved' for vetted applications "
"only",
"manual_review": False}
name = 'security-snap-v2:is_slot:rsrved:rsrved'
expected['info'][name] = {"text": "[WARN] (NEEDS REVIEW) slots "
"requires approval",
"manual_review": False}
self.check_results(report, expected=expected)
def test_check_security_slots_unknown_type(self):
''' Test check_security_slots() - unknown type'''
slots = self._create_top_slots()
slots['bad-type'] = {}
self.set_test_snap_yaml("slots", slots)
c = SnapReviewSecurity(self.test_name)
c.aa_policy["ubuntu-core"]["16.04"]["policy_groups"]["nonexistent"] = ["bad-type"]
c.check_security_slots()
report = c.click_report
expected_counts = {'info': None, 'warn': None, 'error': 1}
self.check_results(report, expected_counts)
def test_check_security_slots_nonexistent(self):
''' Test check_security_slots() - nonexistent'''
slots = dict()
slots['nonexistent'] = {}
self.set_test_snap_yaml("slots", slots)
c = SnapReviewSecurity(self.test_name)
c.check_security_slots()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_apps_slots(self):
''' Test check_security_apps_slots()'''
slots = self._create_top_slots()
apps = self._create_apps_slots()
self.set_test_snap_yaml("slots", slots)
self.set_test_snap_yaml("apps", apps)
c = SnapReviewSecurity(self.test_name)
c.check_security_apps_slots()
report = c.click_report
expected_counts = {'info': 1, 'warn': 1, 'error': 0}
self.check_results(report, expected_counts)
# Note: c.check_security_apps_slots() only checks slots that are not
# referenced in the toplevel slots so while self._create_apps_slots()
# has two apps, only one of the apps reference slots not in the
# toplevel slots.
expected = dict()
expected['error'] = dict()
expected['warn'] = dict()
expected['info'] = dict()
name = 'security-snap-v2:app_slot_safe:app2:network-bind'
expected['info'][name] = {"text": "OK"}
self.check_results(report, expected=expected)
def test_check_security_apps_slots_none(self):
''' Test check_security_apps_slots() - None'''
self.set_test_snap_yaml("apps", None)
c = SnapReviewSecurity(self.test_name)
c.check_security_apps_slots()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_apps_slots_bad(self):
''' Test check_security_apps_slots() - bad'''
apps = {'app1': {'slots': [{}]}}
self.set_test_snap_yaml("apps", apps)
c = SnapReviewSecurity(self.test_name)
c.check_security_apps_slots()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_security_apps_slots_empty(self):
''' Test check_security_apps_slots() - empty'''
apps = {'app1': {'slots': []}}
self.set_test_snap_yaml("apps", apps)
c = SnapReviewSecurity(self.test_name)
c.check_security_apps_slots()
report = c.click_report
expected_counts = {'info': 0, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_apparmor_profile_name_length(self):
'''Test check_apparmor_profile_name_length()'''
apps = {'app1': {'plugs': ['iface-caps']}}
self.set_test_snap_yaml("apps", apps)
c = SnapReviewSecurity(self.test_name)
c.check_apparmor_profile_name_length()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_apparmor_profile_name_length_no_plugs(self):
'''Test check_apparmor_profile_name_length()'''
apps = {'app1': {}}
self.set_test_snap_yaml("apps", apps)
c = SnapReviewSecurity(self.test_name)
c.check_apparmor_profile_name_length()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_apparmor_profile_name_length_bad(self):
'''Test check_apparmor_profile_name_length() - too long'''
self.set_test_snap_yaml('name', 'A' * 253)
apps = {'app1': {'plugs': ['iface-caps']}}
self.set_test_snap_yaml("apps", apps)
c = SnapReviewSecurity(self.test_name)
c.check_apparmor_profile_name_length()
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_apparmor_profile_name_length_bad2(self):
'''Test check_apparmor_profile_name_length() - longer than advised'''
self.set_test_snap_yaml('name', 'A' * 100)
apps = {'app1': {'plugs': ['iface-caps']}}
self.set_test_snap_yaml("apps", apps)
c = SnapReviewSecurity(self.test_name)
c.check_apparmor_profile_name_length()
report = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(report, expected_counts)
class TestSnapReviewSecurityNoMock(TestCase):
"""Tests without mocks where they are not needed."""
def setUp(self):
# XXX cleanup_unpack() is required because global variables
# UNPACK_DIR, RAW_UNPACK_DIR are initialised to None at module
# load time, but updated when a real (non-Mock) test runs, such as
# here. While, at the same time, two of the existing tests using
# mocks depend on both global vars being None. Ideally, those
# global vars should be refactored away.
self.addCleanup(cleanup_unpack)
super().setUp()
def mkdtemp(self):
"""Create a temp dir which is cleaned up after test."""
tmp_dir = tempfile.mkdtemp()
self.addCleanup(shutil.rmtree, tmp_dir)
return tmp_dir
def check_results(self, report,
expected_counts={'info': 1, 'warn': 0, 'error': 0},
expected=None):
common_check_results(self, report, expected_counts, expected)
def test_check_squashfs_resquash(self):
'''Test check_squashfs_resquash()'''
package = utils.make_snap2(output_dir=self.mkdtemp())
c = SnapReviewSecurity(package)
c.check_squashfs_resquash()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_squashfs_resquash_no_fstime(self):
'''Test check_squashfs_resquash() - no -fstime'''
output_dir = self.mkdtemp()
package = utils.make_snap2(output_dir=output_dir)
c = SnapReviewSecurity(package)
# fake unsquashfs
unsquashfs = os.path.join(output_dir, 'unsquashfs')
content = '''#!/bin/sh
echo test error: -fstime failure
exit 1
'''
with open(unsquashfs, 'w') as f:
f.write(content)
os.chmod(unsquashfs, 0o775)
old_path = os.environ['PATH']
if old_path:
os.environ['PATH'] = "%s:%s" % (output_dir, os.environ['PATH'])
else:
os.environ['PATH'] = output_dir # pragma: nocover
c.check_squashfs_resquash()
os.environ['PATH'] = old_path
report = c.click_report
expected_counts = {'info': None, 'warn': 1, 'error': 0}
self.check_results(report, expected_counts)
def test_check_squashfs_resquash_unsquashfs_fail(self):
'''Test check_squashfs_resquash() - unsquashfs failure'''
output_dir = self.mkdtemp()
package = utils.make_snap2(output_dir=output_dir)
c = SnapReviewSecurity(package)
# fake unsquashfs
unsquashfs = os.path.join(output_dir, 'unsquashfs')
content = '''#!/bin/sh
if [ "$1" = "-fstime" ]; then
exit 0
fi
echo test error: unsquashfs failure
exit 1
'''
with open(unsquashfs, 'w') as f:
f.write(content)
os.chmod(unsquashfs, 0o775)
old_path = os.environ['PATH']
if old_path:
os.environ['PATH'] = "%s:%s" % (output_dir, os.environ['PATH'])
else:
os.environ['PATH'] = output_dir # pragma: nocover
c.check_squashfs_resquash()
os.environ['PATH'] = old_path
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_squashfs_resquash_mksquashfs_fail(self):
'''Test check_squashfs_resquash() - mksquashfs failure'''
output_dir = self.mkdtemp()
package = utils.make_snap2(output_dir=output_dir)
c = SnapReviewSecurity(package)
# fake mksquashfs
mksquashfs = os.path.join(output_dir, 'mksquashfs')
content = '''#!/bin/sh
echo test error: mksquashfs failure
exit 1
'''
with open(mksquashfs, 'w') as f:
f.write(content)
os.chmod(mksquashfs, 0o775)
old_path = os.environ['PATH']
if old_path:
os.environ['PATH'] = "%s:%s" % (output_dir, os.environ['PATH'])
else:
os.environ['PATH'] = output_dir # pragma: nocover
c.check_squashfs_resquash()
os.environ['PATH'] = old_path
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_squashfs_resquash_sha512sum_fail(self):
'''Test check_squashfs_resquash() - sha512sum failure'''
output_dir = self.mkdtemp()
package = utils.make_snap2(output_dir=output_dir)
c = SnapReviewSecurity(package)
# fake sha512sum
sha512sum = os.path.join(output_dir, 'sha512sum')
content = '''#!/bin/sh
bn=`basename "$1"`
if [ "$bn" = "test_1.0_all.snap" ]; then
echo test error: sha512sum failure
exit 1
fi
exit 0
'''
with open(sha512sum, 'w') as f:
f.write(content)
os.chmod(sha512sum, 0o775)
old_path = os.environ['PATH']
if old_path:
os.environ['PATH'] = "%s:%s" % (output_dir, os.environ['PATH'])
else:
os.environ['PATH'] = output_dir # pragma: nocover
c.check_squashfs_resquash()
os.environ['PATH'] = old_path
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_squashfs_resquash_sha512sum_fail_repacked(self):
'''Test check_squashfs_resquash() - sha512sum failure (repacked)'''
output_dir = self.mkdtemp()
package = utils.make_snap2(output_dir=output_dir)
c = SnapReviewSecurity(package)
# fake sha512sum
sha512sum = os.path.join(output_dir, 'sha512sum')
content = '''#!/bin/sh
bn=`basename "$1"`
if [ "$bn" != "test_1.0_all.snap" ]; then
echo test error: sha512sum failure
exit 1
fi
echo deadbeef $1
exit 0
'''
with open(sha512sum, 'w') as f:
f.write(content)
os.chmod(sha512sum, 0o775)
old_path = os.environ['PATH']
if old_path:
os.environ['PATH'] = "%s:%s" % (output_dir, os.environ['PATH'])
else:
os.environ['PATH'] = output_dir # pragma: nocover
c.check_squashfs_resquash()
os.environ['PATH'] = old_path
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
def test_check_squashfs_resquash_sha512sum_mismatch(self):
'''Test check_squashfs_resquash() - sha512sum mismatch'''
output_dir = self.mkdtemp()
package = utils.make_snap2(output_dir=output_dir)
c = SnapReviewSecurity(package)
# fake sha512sum
sha512sum = os.path.join(output_dir, 'sha512sum')
content = '''#!/bin/sh
bn=`basename "$1"`
if [ "$bn" = "test_1.0_all.snap" ]; then
echo beefeeee $1
else
echo deadbeef $1
fi
exit 0
'''
with open(sha512sum, 'w') as f:
f.write(content)
os.chmod(sha512sum, 0o775)
old_path = os.environ['PATH']
if old_path:
os.environ['PATH'] = "%s:%s" % (output_dir, os.environ['PATH'])
else:
os.environ['PATH'] = output_dir # pragma: nocover
c.check_squashfs_resquash()
os.environ['PATH'] = old_path
report = c.click_report
# FIXME: this should error but we've turned it into an info until the
# squashfs-tools bugs can be fixed
# expected_counts = {'info': None, 'warn': 0, 'error': 1}
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_squashfs_resquash_sha512sum_mismatch_os(self):
'''Test check_squashfs_resquash() - sha512sum mismatch - os snap'''
output_dir = self.mkdtemp()
package = utils.make_snap2(output_dir=output_dir)
sy_path = os.path.join(output_dir, 'snap.yaml')
content = '''
name: test
version: 0.1
summary: some thing
description: some desc
architectures: [ amd64 ]
type: os
'''
with open(sy_path, 'w') as f:
f.write(content)
package = utils.make_snap2(output_dir=output_dir,
extra_files=['%s:meta/snap.yaml' % sy_path]
)
c = SnapReviewSecurity(package)
# fake sha512sum
sha512sum = os.path.join(output_dir, 'sha512sum')
content = '''#!/bin/sh
bn=`basename "$1"`
if [ "$bn" = "test_1.0_all.snap" ]; then
echo beefeeee $1
else
echo deadbeef $1
fi
exit 0
'''
with open(sha512sum, 'w') as f:
f.write(content)
os.chmod(sha512sum, 0o775)
old_path = os.environ['PATH']
if old_path:
os.environ['PATH'] = "%s:%s" % (output_dir, os.environ['PATH'])
else:
os.environ['PATH'] = output_dir # pragma: nocover
c.check_squashfs_resquash()
os.environ['PATH'] = old_path
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
def test_check_squashfs_resquash_1555305(self):
'''Test check_squashfs_resquash()'''
package = utils.make_snap2(output_dir=self.mkdtemp(),
extra_files=['/some/where,outside'])
c = SnapReviewSecurity(package)
c.check_squashfs_resquash()
report = c.click_report
expected_counts = {'info': 1, 'warn': 0, 'error': 0}
self.check_results(report, expected_counts)
expected = dict()
expected['error'] = dict()
expected['warn'] = dict()
expected['info'] = dict()
name = 'security-snap-v2:squashfs_resquash_1555305'
expected['info'][name] = {"link": "https://launchpad.net/bugs/1555305"}
self.check_results(report, expected=expected)
def test_check_squashfs_resquash_unsquashfs_fail_1555305(self):
'''Test check_squashfs_resquash() - unsquashfs failure'''
output_dir = self.mkdtemp()
package = utils.make_snap2(output_dir=output_dir)
c = SnapReviewSecurity(package)
# fake unsquashfs
unsquashfs = os.path.join(output_dir, 'unsquashfs')
content = '''#!/bin/sh
if [ "$1" = "-fstime" ] || [ "$1" = "-lls" ]; then
exit 0
fi
echo test error: unsquashfs failure
exit 1
'''
with open(unsquashfs, 'w') as f:
f.write(content)
os.chmod(unsquashfs, 0o775)
old_path = os.environ['PATH']
if old_path:
os.environ['PATH'] = "%s:%s" % (output_dir, os.environ['PATH'])
else:
os.environ['PATH'] = output_dir # pragma: nocover
c.check_squashfs_resquash()
os.environ['PATH'] = old_path
report = c.click_report
expected_counts = {'info': None, 'warn': 0, 'error': 1}
self.check_results(report, expected_counts)
click-reviewers-tools-0.44~16.04.1/clickreviews/cr_skeleton.py 0000664 0000000 0000000 00000005166 12666350672 021114 0 ustar '''cr_skeleton.py: click skeleton'''
#
# Copyright (C) 2014-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
from clickreviews.cr_common import ClickReview
class ClickReviewSkeleton(ClickReview):
'''This class represents click lint reviews'''
def __init__(self, fn, overrides=None):
# Many test classes are for verify click hooks. 'peer_hooks' is used
# to declare what hooks may be use with my_hook. When using this
# mechanism, ClickReview.check_peer_hooks() is run for you.
peer_hooks = dict()
my_hook = 'skeleton'
peer_hooks[my_hook] = dict()
peer_hooks[my_hook]['allowed'] = ["desktop", "apparmor", "urls"]
peer_hooks[my_hook]['required'] = ["desktop", "apparmor"]
ClickReview.__init__(self, fn, "skeleton", peer_hooks=peer_hooks,
overrides=overrides)
if not self.is_click and not self.is_snap1:
return
# If not a hooks test, skip the above and omit peer_hooks like so:
# ClickReview.__init__(self, fn, "skeleton")
def check_foo(self):
'''Check foo'''
if not self.is_click and not self.is_snap1:
return
t = 'info'
n = self._get_check_name('foo')
s = "OK"
if False:
t = 'error'
s = "some message"
self._add_result(t, n, s)
def check_bar(self):
'''Check bar'''
if not self.is_click and not self.is_snap1:
return
t = 'info'
n = self._get_check_name('bar')
s = "OK"
if True:
t = 'error'
s = "some message"
self._add_result(t, n, s)
def check_baz(self):
'''Check baz'''
if not self.is_click and not self.is_snap1:
return
n = self._get_check_name('baz')
self._add_result('warn', n, 'TODO', link="http://example.com")
# Spawn a shell to pause the script (run 'exit' to continue)
# import subprocess
# print(self.unpack_dir)
# subprocess.call(['bash'])
click-reviewers-tools-0.44~16.04.1/clickreviews/sr_skeleton.py 0000664 0000000 0000000 00000003566 12666350672 021136 0 ustar '''sr_skeleton.py: click skeleton'''
#
# Copyright (C) 2014-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
from clickreviews.sr_common import SnapReview
class SnapReviewSkeleton(SnapReview):
'''This class represents click lint reviews'''
def __init__(self, fn, overrides=None):
SnapReview.__init__(self, fn, "skeleton-snap-v2", overrides=overrides)
def check_foo(self):
'''Check foo'''
if not self.is_snap2:
return
t = 'info'
n = self._get_check_name('foo')
s = "OK"
if False:
t = 'error'
s = "some message"
self._add_result(t, n, s)
def check_bar(self):
'''Check bar'''
if not self.is_snap2:
return
t = 'info'
n = self._get_check_name('bar')
s = "OK"
if True:
t = 'error'
s = "some message"
self._add_result(t, n, s)
def check_baz(self):
'''Check baz'''
if not self.is_snap2:
return
n = self._get_check_name('baz')
self._add_result('warn', n, 'TODO', link="http://example.com")
# Spawn a shell to pause the script (run 'exit' to continue)
# import subprocess
# print(self.unpack_dir)
# subprocess.call(['bash'])
click-reviewers-tools-0.44~16.04.1/clickreviews/sr_lint.py 0000664 0000000 0000000 00000130224 12733306735 020244 0 ustar '''sr_lint.py: lint checks'''
#
# Copyright (C) 2013-2016 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
from clickreviews.sr_common import (
SnapReview,
)
from clickreviews.common import (
find_external_symlinks,
)
import glob
import os
import re
class SnapReviewLint(SnapReview):
'''This class represents snap lint reviews'''
def __init__(self, fn, overrides=None):
'''Set up the class.'''
SnapReview.__init__(self, fn, "lint-snap-v2", overrides=overrides)
if not self.is_snap2:
return
self.valid_compiled_architectures = ['armhf',
'i386',
'amd64',
'arm64',
'ppc64el',
's390x',
]
self.valid_architectures = ['all'] + self.valid_compiled_architectures
self.vcs_files = ['.bzr*',
# '.excludes', # autogenerated by SDK
'.git*',
'.idea',
'.svn*',
'.hg',
'.project',
'CVS*',
'RCS*'
]
self._list_all_compiled_binaries()
# Valid values for 'type' in packaging yaml
# - app
# - kernel
# - gadget
# - os
self.valid_snap_types = ['app',
'kernel',
'gadget',
'os',
]
self.redflagged_snap_types = ['kernel',
'gadget',
'os',
]
def check_architectures(self):
'''Check architectures in snap.yaml is valid'''
if not self.is_snap2:
return
t = 'info'
n = self._get_check_name('architecture_valid')
s = 'OK'
key = 'architectures'
if key not in self.snap_yaml:
s = 'OK (%s not specified)' % key
self._add_result(t, n, s)
return
if not isinstance(self.snap_yaml[key], list):
t = 'error'
s = "invalid %s entry: %s (not a list)" % (key,
self.snap_yaml[key])
else:
bad_archs = []
for arch in self.snap_yaml[key]:
if arch not in self.valid_architectures:
bad_archs.append(arch)
if len(bad_archs) > 0:
t = 'error'
s = "invalid multi architecture: %s" % ",".join(bad_archs)
self._add_result(t, n, s)
def check_description(self):
'''Check description'''
if not self.is_snap2:
return
key = 'description'
t = 'info'
n = self._get_check_name('%s_present' % key)
s = 'OK'
if key not in self.snap_yaml:
s = 'OK (optional %s field not specified)' % key
self._add_result(t, n, s)
return
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name(key)
s = 'OK'
if not isinstance(self.snap_yaml[key], str):
t = 'error'
s = "invalid %s entry: %s (not a str)" % (key, self.snap_yaml[key])
self._add_result(t, n, s)
return
elif len(self.snap_yaml[key]) < 1:
t = 'error'
s = "invalid %s entry (empty)" % (key)
elif len(self.snap_yaml[key]) < len(self.snap_yaml['name']):
t = 'info'
s = "%s is too short: '%s'" % (key, self.snap_yaml[key])
self._add_result(t, n, s)
# TODO: verify this is a field
def check_license_agreement(self):
'''Check license-agreement'''
if not self.is_snap2:
return
key = 'license-agreement'
t = 'info'
n = self._get_check_name('%s_present' % key)
s = 'OK'
if key not in self.snap_yaml:
s = 'OK (optional %s field not specified)' % key
self._add_result(t, n, s)
return
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name(key)
s = 'OK'
if not isinstance(self.snap_yaml[key], str):
t = 'error'
s = "invalid %s entry: %s (not a str)" % (key, self.snap_yaml[key])
self._add_result(t, n, s)
return
elif len(self.snap_yaml[key]) < 1:
t = 'error'
s = "invalid %s entry (empty)" % (key)
self._add_result(t, n, s)
return
self._add_result(t, n, s)
def check_license_version(self):
'''license-version'''
if not self.is_snap2:
return
key = 'license-version'
t = 'info'
n = self._get_check_name('%s_present' % key)
s = 'OK'
if key not in self.snap_yaml:
s = 'OK (optional %s field not specified)' % key
self._add_result(t, n, s)
return
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name(key)
s = 'OK'
if not isinstance(self.snap_yaml[key], str):
t = 'error'
s = "invalid %s entry: %s (not a str)" % (key, self.snap_yaml[key])
self._add_result(t, n, s)
return
elif len(self.snap_yaml[key]) < 1:
t = 'error'
s = "invalid %s entry (empty)" % (key)
self._add_result(t, n, s)
return
self._add_result(t, n, s)
def check_name(self):
'''Check package name'''
if not self.is_snap2:
return
t = 'info'
n = self._get_check_name('name_valid')
s = 'OK'
if 'name' not in self.snap_yaml:
t = 'error'
s = "could not find 'name' in yaml"
elif not isinstance(self.snap_yaml['name'], str):
t = 'error'
s = "malformed 'name': %s (not a str)" % (self.snap_yaml['name'])
elif not self._verify_pkgname(self.snap_yaml['name']):
t = 'error'
s = "malformed 'name': '%s'" % self.snap_yaml['name']
self._add_result(t, n, s)
def check_summary(self):
'''Check summary'''
if not self.is_snap2:
return
key = 'summary'
t = 'info'
n = self._get_check_name('%s_present' % key)
s = 'OK'
if key not in self.snap_yaml:
s = 'OK (optional %s field not specified)' % key
self._add_result(t, n, s)
return
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name(key)
s = 'OK'
if not isinstance(self.snap_yaml[key], str):
t = 'error'
s = "invalid %s entry: %s (not a str)" % (key, self.snap_yaml[key])
self._add_result(t, n, s)
return
elif len(self.snap_yaml[key]) < 1:
t = 'error'
s = "invalid %s entry (empty)" % (key)
elif len(self.snap_yaml[key]) < len(self.snap_yaml['name']):
t = 'info'
s = "%s is too short: '%s'" % (key, self.snap_yaml[key])
self._add_result(t, n, s)
def check_type(self):
'''Check type'''
if not self.is_snap2 or 'type' not in self.snap_yaml:
return
t = 'info'
n = self._get_check_name('snap_type_valid')
s = 'OK'
if self.snap_yaml['type'] not in self.valid_snap_types:
t = 'error'
s = "unknown 'type': '%s'" % self.snap_yaml['type']
self._add_result(t, n, s)
def check_type_redflagged(self):
'''Check if type is redflagged'''
if not self.is_snap2 or 'type' not in self.snap_yaml:
return
t = 'info'
n = self._get_check_name('snap_type_redflag')
s = "OK"
manual_review = False
if self.snap_yaml['type'] in self.redflagged_snap_types:
t = 'error'
s = "(NEEDS REVIEW) type '%s' not allowed" % self.snap_yaml['type']
manual_review = True
self._add_result(t, n, s, manual_review=manual_review)
def check_version(self):
'''Check package version'''
if not self.is_snap2:
return
t = 'info'
n = self._get_check_name('version_valid')
s = 'OK'
if 'version' not in self.snap_yaml:
t = 'error'
s = "could not find 'version' in yaml"
elif not self._verify_pkgversion(self.snap_yaml['version']):
t = 'error'
s = "malformed 'version': '%s'" % self.snap_yaml['version']
self._add_result(t, n, s)
def check_config(self):
'''Check config'''
if not self.is_snap2:
return
fn = os.path.join(self._get_unpack_dir(), 'meta/hooks/config')
if fn not in self.pkg_files:
return
t = 'info'
n = self._get_check_name('config_hook_executable')
s = 'OK'
if not self._check_innerpath_executable(fn):
t = 'error'
s = 'meta/hooks/config is not executable'
self._add_result(t, n, s)
def check_icon(self):
'''Check icon'''
# see docs/meta.md and docs/gadget.md
if not self.is_snap2 or 'icon' not in self.snap_yaml:
return
# Snappy icons may be specified in the gadget snap.yaml, but not in
# app snap.yaml. With apps, the icon may be in meta/gui/icon.png and
# this file is optional. Therefore, for apps, there is nothing to do.
t = 'info'
n = self._get_check_name('icon_present')
s = 'OK'
if 'type' in self.snap_yaml and self.snap_yaml['type'] != "gadget":
t = 'warn'
s = 'icon only used with gadget snaps'
self._add_result(t, n, s)
return
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('icon_empty')
s = 'OK'
if len(self.snap_yaml['icon']) == 0:
t = 'error'
s = "icon entry is empty"
self._add_result(t, n, s)
return
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('icon_absolute_path')
s = 'OK'
if self.snap_yaml['icon'].startswith('/'):
t = 'error'
s = "icon entry '%s' should not specify absolute path" % \
self.snap_yaml['icon']
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('icon_exists')
s = 'OK'
fn = self._path_join(self._get_unpack_dir(), self.snap_yaml['icon'])
if fn not in self.pkg_files:
t = 'error'
s = "icon entry '%s' does not exist" % self.snap_yaml['icon']
self._add_result(t, n, s)
def check_unknown_entries(self):
'''Check for any unknown fields'''
if not self.is_snap2:
return
t = 'info'
n = self._get_check_name('unknown_field')
s = 'OK'
unknown = []
for f in self.snap_yaml:
if f not in self.snappy_required + self.snappy_optional:
unknown.append(f)
if len(unknown) > 0:
t = 'warn'
s = "unknown entries in snap.yaml: '%s'" % \
(",".join(sorted(unknown)))
self._add_result(t, n, s)
def check_apps(self):
'''Check apps'''
if not self.is_snap2:
return
key = 'apps'
t = 'info'
n = self._get_check_name('%s_present' % key)
s = 'OK'
if key not in self.snap_yaml:
s = 'OK (optional %s field not specified)' % key
self._add_result(t, n, s)
return
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name(key)
s = 'OK'
if not isinstance(self.snap_yaml[key], dict):
t = 'error'
s = "invalid %s entry: %s (not a dict)" % (key,
self.snap_yaml[key])
self._add_result(t, n, s)
return
elif len(self.snap_yaml[key].keys()) < 1:
t = 'error'
s = "invalid %s entry (empty)" % (key)
self._add_result(t, n, s)
return
self._add_result(t, n, s)
for app in self.snap_yaml[key]:
t = 'info'
n = self._get_check_name('%s_entry' % key, app=app)
s = 'OK'
if not isinstance(self.snap_yaml[key][app], dict):
t = 'error'
s = "invalid entry: %s (not a dict)" % (
self.snap_yaml[key][app])
self._add_result(t, n, s)
continue
elif len(self.snap_yaml[key][app].keys()) < 1:
t = 'error'
s = "invalid entry for '%s' (empty)" % (app)
self._add_result(t, n, s)
continue
elif not self._verify_appname(app):
t = 'error'
s = "malformed app name: '%s'" % app
self._add_result(t, n, s)
continue
self._add_result(t, n, s)
for field in self.apps_required:
t = 'info'
n = self._get_check_name('%s_required' % key, app=app)
s = 'OK'
if field not in self.snap_yaml[key][app]:
t = 'error'
s = "required field '%s' not specified" % field
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('%s_unknown' % key, app=app)
s = 'OK'
unknown = []
for field in self.snap_yaml[key][app]:
if field not in self.apps_required + self.apps_optional:
unknown.append(field)
if len(unknown) > 0:
t = 'warn'
s = "unknown fields for app '%s': '%s'" % (
app, ",".join(sorted(unknown)))
self._add_result(t, n, s)
def _verify_value_is_file(self, app, key):
t = 'info'
n = self._get_check_name('%s' % key, app=app)
s = 'OK'
if not isinstance(self.snap_yaml['apps'][app][key], str):
t = 'error'
s = "%s '%s' (not a str)" % (key,
self.snap_yaml['apps'][app][key])
self._add_result(t, n, s)
elif len(self.snap_yaml['apps'][app][key]) < 1:
t = 'error'
s = "invalid %s (empty)" % (key)
self._add_result(t, n, s)
else:
fn = self._path_join(self._get_unpack_dir(),
os.path.normpath(
self.snap_yaml['apps'][app][key]))
if fn not in self.pkg_files:
print("does not exist")
print(self.pkg_files)
t = 'error'
s = "%s does not exist" % (
self.snap_yaml['apps'][app][key])
self._add_result(t, n, s)
def check_apps_command(self):
'''Check apps - command'''
if not self.is_snap2 or 'apps' not in self.snap_yaml:
return
for app in self.snap_yaml['apps']:
key = 'command'
if key not in self.snap_yaml['apps'][app]:
# We check for required elsewhere
continue
self._verify_value_is_file(app, key)
def check_apps_stop_command(self):
'''Check apps - stop-command'''
if not self.is_snap2 or 'apps' not in self.snap_yaml:
return
for app in self.snap_yaml['apps']:
key = 'stop-command'
if key not in self.snap_yaml['apps'][app]:
# We check for required elsewhere
continue
self._verify_value_is_file(app, key)
def check_apps_post_stop_command(self):
'''Check apps - post-stop-command'''
if not self.is_snap2 or 'apps' not in self.snap_yaml:
return
for app in self.snap_yaml['apps']:
key = 'post-stop-command'
if key not in self.snap_yaml['apps'][app]:
# We check for required elsewhere
continue
self._verify_value_is_file(app, key)
def check_apps_stop_timeout(self):
'''Check apps - stop-timeout'''
if not self.is_snap2 or 'apps' not in self.snap_yaml:
return
for app in self.snap_yaml['apps']:
key = 'stop-timeout'
if key not in self.snap_yaml['apps'][app]:
# We check for required elsewhere
continue
t = 'info'
n = self._get_check_name('%s' % key, app=app)
s = "OK"
if not isinstance(self.snap_yaml['apps'][app][key], int) and \
not isinstance(self.snap_yaml['apps'][app][key], str):
t = 'error'
s = "'%s' is not a string or integer" % key
elif not re.search(r'[0-9]+[ms]?$',
str(self.snap_yaml['apps'][app][key])):
t = 'error'
s = "'%s' is not of form NN[ms] (%s)" % \
(self.snap_yaml['apps'][app][key], key)
self._add_result(t, n, s)
if t == 'error':
continue
t = 'info'
n = self._get_check_name('%s_range' % key, app=app)
s = "OK"
st = int(str(self.snap_yaml['apps'][app][key]).rstrip(r'[ms]'))
if st < 0 or st > 60:
t = 'error'
s = "stop-timeout '%d' out of range (0-60)" % \
self.snap_yaml['apps'][app][key]
self._add_result(t, n, s)
def _verify_valid_values(self, app, key, valid):
'''Verify valid values for key in app'''
t = 'info'
n = self._get_check_name('%s' % key, app=app)
s = 'OK'
if not isinstance(self.snap_yaml['apps'][app][key], str):
t = 'error'
s = "%s '%s' (not a str)" % (key,
self.snap_yaml['apps'][app][key])
self._add_result(t, n, s)
elif len(self.snap_yaml['apps'][app][key]) < 1:
t = 'error'
s = "invalid %s (empty)" % (key)
self._add_result(t, n, s)
elif self.snap_yaml['apps'][app][key] not in valid:
t = 'error'
s = "invalid %s: '%s'" % (key, self.snap_yaml['apps'][app][key])
self._add_result(t, n, s)
def check_apps_daemon(self):
'''Check apps - daemon'''
if not self.is_snap2 or 'apps' not in self.snap_yaml:
return
valid = ["simple",
"forking",
"oneshot",
"dbus",
]
for app in self.snap_yaml['apps']:
key = 'daemon'
if key not in self.snap_yaml['apps'][app]:
# We check for required elsewhere
continue
self._verify_valid_values(app, key, valid)
def check_apps_nondaemon(self):
'''Check apps - non-daemon'''
if not self.is_snap2 or 'apps' not in self.snap_yaml:
return
# Certain options require 'daemon' so list the keys that are shared
# by services and binaries
ok_keys = ['command', 'environment', 'plugs', 'slots']
for app in self.snap_yaml['apps']:
needs_daemon = []
for key in self.snap_yaml['apps'][app]:
if key not in self.apps_optional or \
key == 'daemon' or \
key in ok_keys or \
'daemon' in self.snap_yaml['apps'][app]:
continue
needs_daemon.append(key)
t = 'info'
n = self._get_check_name('daemon_required', app=app)
s = "OK"
if len(needs_daemon) > 0:
t = 'error'
s = "'%s' must be used with 'daemon'" % ",".join(needs_daemon)
self._add_result(t, n, s)
def check_apps_restart_condition(self):
'''Check apps - restart-condition'''
if not self.is_snap2 or 'apps' not in self.snap_yaml:
return
valid = ["always",
"never",
"on-abnormal",
"on-abort",
"on-failure",
"on-success",
]
for app in self.snap_yaml['apps']:
key = 'restart-condition'
if key not in self.snap_yaml['apps'][app]:
# We check for required elsewhere
continue
self._verify_valid_values(app, key, valid)
def check_apps_ports(self):
'''Check apps - ports'''
if not self.is_snap2 or 'apps' not in self.snap_yaml:
return
valid_keys = ['internal', 'external']
valid_subkeys = ['port', 'negotiable']
for app in self.snap_yaml['apps']:
if 'ports' not in self.snap_yaml['apps'][app]:
# We check for required elsewhere
continue
t = 'info'
n = self._get_check_name('ports', app=app)
s = 'OK'
l = None
if not isinstance(self.snap_yaml['apps'][app]['ports'], dict):
t = 'error'
s = "ports '%s' (not a dict)" % (
self.snap_yaml['apps'][app]['ports'])
elif len(self.snap_yaml['apps'][app]['ports'].keys()) < 1:
t = 'error'
s = "'ports' must contain 'internal' and/or 'external'"
self._add_result(t, n, s, l)
if t == 'error':
continue
# unknown
unknown = []
for key in self.snap_yaml['apps'][app]['ports']:
if key not in valid_keys:
unknown.append(key)
if len(unknown) > 0:
t = 'error'
n = self._get_check_name('ports_unknown_key', extra=key,
app=app)
s = "Unknown '%s' for ports" % (",".join(unknown))
self._add_result(t, n, s)
port_pat = re.compile(r'^[0-9]+/[a-z0-9\-]+$')
for key in valid_keys:
if key not in self.snap_yaml['apps'][app]['ports']:
continue
if len(self.snap_yaml['apps'][app]['ports'][key].keys()) < 1:
t = 'error'
n = self._get_check_name('ports', extra=key, app=app)
s = 'Could not find any %s ports' % key
self._add_result(t, n, s)
continue
for tagname in self.snap_yaml['apps'][app]['ports'][key]:
entry = self.snap_yaml['apps'][app]['ports'][key][tagname]
if len(entry.keys()) < 1 or ('negotiable' not in entry and
'port' not in entry):
t = 'error'
n = self._get_check_name('ports', extra=key, app=app)
s = "Could not find 'port' or 'negotiable' in '%s'" % \
tagname
self._add_result(t, n, s)
continue
# unknown
unknown = []
for subkey in entry:
if subkey not in valid_subkeys:
unknown.append(subkey)
if len(unknown) > 0:
t = 'error'
n = self._get_check_name('ports_unknown_subkey',
extra=key, app=app)
s = "Unknown '%s' for %s" % (",".join(unknown),
tagname)
self._add_result(t, n, s)
# port
subkey = 'port'
t = 'info'
n = self._get_check_name('ports_%s_format' % tagname,
extra=subkey)
s = 'OK'
if subkey not in entry:
s = 'OK (skipped, not found)'
elif not isinstance(entry[subkey], str):
t = 'error'
s = "invalid entry: %s (not a str)" % (entry[subkey])
else:
tmp = entry[subkey].split('/')
if not port_pat.search(entry[subkey]) or \
int(tmp[0]) < 1 or int(tmp[0]) > 65535:
t = 'error'
s = "'%s' should be of form " % entry[subkey] + \
"'port/protocol' where port is an integer " + \
"(1-65535) and protocol is found in " + \
"/etc/protocols"
self._add_result(t, n, s)
# negotiable
subkey = 'negotiable'
t = 'info'
n = self._get_check_name('ports_%s_format' % tagname,
extra=subkey)
s = 'OK'
if subkey not in entry:
s = 'OK (skipped, not found)'
elif not isinstance(entry[subkey], bool):
t = 'error'
s = "'%s: %s' should be either 'yes' or 'no'" % \
(subkey, entry[subkey])
self._add_result(t, n, s)
def check_apps_socket(self):
'''Check apps - socket'''
if not self.is_snap2 or 'apps' not in self.snap_yaml:
return
for app in self.snap_yaml['apps']:
key = 'socket'
if key not in self.snap_yaml['apps'][app]:
# We check for required elsewhere
continue
t = 'info'
n = self._get_check_name(key, app=app)
s = 'OK'
if not isinstance(self.snap_yaml['apps'][app][key], bool):
t = 'error'
s = "'%s: %s' should be either 'yes' or 'no'" % (
key, self.snap_yaml['apps'][app][key])
elif 'listen-stream' not in self.snap_yaml['apps'][app]:
t = 'error'
s = "'socket' specified without 'listen-stream'"
self._add_result(t, n, s)
def check_apps_listen_stream(self):
'''Check apps - listen-stream'''
if not self.is_snap2 or 'apps' not in self.snap_yaml:
return
for app in self.snap_yaml['apps']:
key = 'listen-stream'
if key not in self.snap_yaml['apps'][app]:
# We check for required elsewhere
continue
t = 'info'
n = self._get_check_name(key, app=app)
s = 'OK'
if not isinstance(self.snap_yaml['apps'][app][key], str):
t = 'error'
s = "invalid entry: %s (not a str)" % (
self.snap_yaml['apps'][app][key])
elif len(self.snap_yaml['apps'][app][key]) == 0:
t = 'error'
s = "'%s' is empty" % key
self._add_result(t, n, s)
if t == 'error':
continue
t = 'info'
n = self._get_check_name('%s_matches_name' % key, app=app)
s = 'OK'
sock = self.snap_yaml['apps'][app][key]
pkgname = self.snap_yaml['name']
if sock.startswith('@'):
if sock != '@%s' % pkgname and \
not sock.startswith('@%s_' % pkgname):
t = 'error'
s = ("abstract socket '%s' is neither '%s' nor starts "
"with '%s'" % (sock, '@%s' % pkgname,
'@%s_' % pkgname))
elif sock.startswith('/'):
found = False
for path in ["/tmp/",
"/var/lib/snaps/%s/" % pkgname,
"/var/lib/snaps/%s." % pkgname,
"/run/shm/snaps/%s/" % pkgname,
"/run/shm/snaps/%s." % pkgname]:
if sock.startswith(path):
found = True
break
if not found:
t = 'error'
s = ("named socket '%s' should be in a writable "
"app-specific area or /tmp" % sock)
else:
t = 'error'
s = ("'%s' does not specify an abstract socket (starts "
"with '@') or absolute filename" % (sock))
self._add_result(t, n, s)
def _verify_valid_socket(self, app, key):
'''Verify valid values for socket key'''
t = 'info'
n = self._get_check_name(key, app=app)
s = 'OK'
if not isinstance(self.snap_yaml['apps'][app][key], str):
t = 'error'
s = "invalid entry: %s (not a str)" % (
self.snap_yaml['apps'][app][key])
elif len(self.snap_yaml['apps'][app][key]) == 0:
t = 'error'
s = "'%s' is empty" % key
elif 'listen-stream' not in self.snap_yaml['apps'][app]:
t = 'error'
s = "'%s' specified without 'listen-stream'" % key
self._add_result(t, n, s)
if t == 'error':
return
t = 'error'
n = self._get_check_name('%s_reserved' % key, app=app)
s = "'%s' should not be used until snappy supports per-app users" \
% key
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name("%s_matches_name" % key, app=app)
s = 'OK'
if self.snap_yaml['apps'][app][key] != self.snap_yaml['name']:
t = 'error'
s = "'%s' != '%s'" % (self.snap_yaml['apps'][app][key],
self.snap_yaml['name'])
self._add_result(t, n, s)
def check_apps_socket_user(self):
'''Check apps - socket-user'''
if not self.is_snap2 or 'apps' not in self.snap_yaml:
return
for app in self.snap_yaml['apps']:
key = 'socket-user'
if key not in self.snap_yaml['apps'][app]:
# We check for required elsewhere
continue
self._verify_valid_socket(app, key)
def check_apps_socket_group(self):
'''Check apps - socket-group'''
if not self.is_snap2 or 'apps' not in self.snap_yaml:
return
for app in self.snap_yaml['apps']:
key = 'socket-group'
if key not in self.snap_yaml['apps'][app]:
# We check for required elsewhere
continue
self._verify_valid_socket(app, key)
def _verify_interfaces(self, iface_type):
for iface in self.snap_yaml[iface_type]:
# If the 'interface' name is the same as the 'iface' name, then
# 'interface' is optional since the interface name and the iface
# name are the same
interface = iface
spec = self.snap_yaml[iface_type][iface]
if isinstance(spec, str):
# Abbreviated syntax (no attributes)
# :
# :
interface = spec
elif 'interface' in spec:
# Full specification.
# :
# :
# interface:
interface = spec['interface']
# Validate indirect (specified via alias) interfaces:
if interface != iface:
key = 'interface'
t = 'info'
n = self._get_check_name(iface_type, app=key, extra=interface)
s = 'OK'
if not isinstance(interface, str):
t = 'error'
s = "invalid %s: %s (not a str)" % (key, interface)
elif len(interface) == 0:
t = 'error'
s = "'%s' is empty" % key
self._add_result(t, n, s)
if t == 'error':
continue
# Check interfaces whitelist.
t = 'info'
n = self._get_check_name(iface_type, app=interface, extra=iface)
s = 'OK'
if interface not in self.interfaces:
t = 'error'
s = "unknown interface '%s'" % interface
self._add_result(t, n, s)
if t == 'error':
continue
# Abbreviated interfaces don't have attributes, done checking.
if isinstance(spec, str):
continue
# Check interface attributes.
for attrib in spec:
if attrib == 'interface':
continue
t = 'info'
n = self._get_check_name('%s_attributes' % iface_type,
app=iface, extra=attrib)
s = "OK"
attrib_key = "%s/%s" % (attrib, iface_type)
if attrib_key not in self.interfaces[interface]:
t = 'error'
s = "unknown attribute '%s' for interface '%s' (%s)" % (
attrib, interface, iface_type)
elif not isinstance(
spec[attrib], type(self.interfaces[interface][attrib_key])):
t = 'error'
s = "'%s' is not '%s'" % \
(attrib,
type(self.interfaces[interface][attrib_key]).__name__)
self._add_result(t, n, s)
def check_plugs(self):
'''Check plugs'''
iface_type = 'plugs'
if not self.is_snap2 or iface_type not in self.snap_yaml:
return
self._verify_interfaces(iface_type)
def _verify_app_interfaces(self, app, key):
t = 'info'
n = self._get_check_name("app_%s" % key, app=app)
s = "OK"
if not isinstance(self.snap_yaml['apps'][app][key], list):
t = 'error'
s = "invalid '%s' entry: '%s' (not a list)" % (
key, self.snap_yaml['apps'][app][key])
elif len(self.snap_yaml['apps'][app][key]) < 1:
t = 'error'
s = "invalid %s entry (empty)" % (key)
self._add_result(t, n, s)
if t == 'error':
return
# The interface referenced in the app's 'key' field (plugs/slots) can
# either be a known interface (when the interface name reference and
# the interface is the same) or can reference a name in the snap's
# toplevel 'key' (plugs/slots) mapping
for ref in self.snap_yaml['apps'][app][key]:
t = 'info'
n = self._get_check_name('app_%s_plug_reference' % key,
app=app,
extra=ref)
s = "OK"
if not isinstance(ref, str):
t = 'error'
s = "invalid %s interface name reference: '%s' (not a str)" \
% (key, ref)
elif ref not in self.interfaces and \
(key not in self.snap_yaml or
ref not in self.snap_yaml[key]):
t = 'error'
s = "unknown %s interface name reference '%s'" % (key, ref)
self._add_result(t, n, s)
def check_apps_plugs(self):
'''Check apps plugs'''
if not self.is_snap2 or 'apps' not in self.snap_yaml:
return
for app in self.snap_yaml['apps']:
key = 'plugs'
if key not in self.snap_yaml['apps'][app]:
continue
self._verify_app_interfaces(app, key)
def check_slots(self):
'''Check slots'''
iface_type = 'slots'
if not self.is_snap2 or iface_type not in self.snap_yaml:
return
self._verify_interfaces(iface_type)
def check_apps_slots(self):
'''Check apps slots'''
if not self.is_snap2 or 'apps' not in self.snap_yaml:
return
for app in self.snap_yaml['apps']:
key = 'slots'
if key not in self.snap_yaml['apps'][app]:
continue
self._verify_app_interfaces(app, key)
def check_external_symlinks(self):
'''Check snap for external symlinks'''
if not self.is_snap2:
return
# Note: unclear if gadget snaps can legitimately have external
# symlinks, but err on side of caution. kernel snaps for reference
# kernels ship a dangling lib/modules/.../build (like on desktop) but
# also may have legitimate symlinks in lib/firmware, so just allow
# them.
if 'type' in self.snap_yaml and (self.snap_yaml['type'] == 'os' or
self.snap_yaml['type'] == 'kernel'):
return
t = 'info'
n = self._get_check_name('external_symlinks')
s = 'OK'
links = find_external_symlinks(self._get_unpack_dir(), self.pkg_files)
if len(links) > 0:
t = 'error'
s = 'package contains external symlinks: %s' % ', '.join(links)
self._add_result(t, n, s)
def check_architecture_all(self):
'''Check if actually architecture all'''
if not self.is_snap2:
return
if 'architectures' in self.snap_yaml and \
'all' not in self.snap_yaml['architectures']:
return
t = 'info'
n = self._get_check_name('valid_contents_for_architecture')
s = 'OK'
# look for compiled code
x_binaries = []
for i in self.pkg_bin_files:
# .pyc files are arch-independent
if i.endswith(".pyc"):
continue
x_binaries.append(os.path.relpath(i, self._get_unpack_dir()))
if len(x_binaries) > 0:
t = 'error'
s = "found binaries for architecture 'all': %s" % \
", ".join(x_binaries)
self._add_result(t, n, s)
def check_architecture_specified_needed(self):
'''Check if the specified architecture is actually needed'''
if not self.is_snap2 or 'architectures' not in self.snap_yaml:
return
if 'all' in self.snap_yaml['architectures']:
return
for arch in self.snap_yaml['architectures']:
t = 'info'
n = self._get_check_name('architecture_specified_needed',
extra=arch)
s = 'OK'
if len(self.pkg_bin_files) == 0:
t = 'warn'
s = "Could not find compiled binaries for architecture '%s'" \
% arch
self._add_result(t, n, s)
def check_vcs(self):
'''Check for VCS files in the package'''
if not self.is_snap2:
return
t = 'info'
n = self._get_check_name('vcs_files')
s = 'OK'
found = []
for d in self.vcs_files:
entries = glob.glob("%s/%s" % (self._get_unpack_dir(), d))
if len(entries) > 0:
for i in entries:
found.append(os.path.relpath(i, self.unpack_dir))
if len(found) > 0:
t = 'warn'
s = 'found VCS files in package: %s' % ", ".join(found)
self._add_result(t, n, s)
def check_epoch(self):
'''Check epoch'''
if not self.is_snap2 or 'epoch' not in self.snap_yaml:
return
t = 'info'
n = self._get_check_name('epoch_valid')
s = 'OK'
if not isinstance(self.snap_yaml['epoch'], int):
t = 'error'
s = "malformed 'epoch': %s (not an integer)" % (
self.snap_yaml['epoch'])
elif int(self.snap_yaml['epoch']) < 0:
t = 'error'
s = "malformed 'epoch': '%s' should be positive integer" % (
self.snap_yaml['epoch'])
self._add_result(t, n, s)
def check_confinement(self):
'''Check confinement'''
if not self.is_snap2 or 'confinement' not in self.snap_yaml:
return
allowed = ['strict', 'devmode']
t = 'info'
n = self._get_check_name('confinement_valid')
s = 'OK'
if not isinstance(self.snap_yaml['confinement'], str):
t = 'error'
s = "malformed 'confinement': %s (not a string)" % (
self.snap_yaml['confinement'])
elif self.snap_yaml['confinement'] not in allowed:
t = 'error'
s = "malformed 'confinement': '%s' should be one of '%s'" % (
self.snap_yaml['confinement'], ", ".join(allowed))
elif self.snap_yaml['type'] not in ['app', 'kernel']:
t = 'error'
s = "'confinement' should only be specified with 'type: app'"
self._add_result(t, n, s)
def _verify_env(self, env, app=None):
t = 'info'
n = self._get_check_name('environment_valid', app=app)
s = 'OK'
if not isinstance(env, dict):
t = 'error'
s = "invalid environment: %s (not a dict)" % env
self._add_result(t, n, s)
# http://pubs.opengroup.org/onlinepubs/000095399/basedefs/xbd_chap08.html
invalid = ['=', '\0']
portable_pat = re.compile(r'^[A-Z_][A-Z0-9_]*$')
lenient_pat = re.compile(r'^[a-zA-Z0-9_]+$')
for key in env:
t = 'info'
n = self._get_check_name('environment_key_valid', app=app,
extra=key)
s = 'OK'
l = None
invalid_chars = []
for c in invalid:
if c in key:
invalid_chars.append(c)
if len(invalid_chars) > 0:
t = 'error'
s = "found invalid characters '%s'" % ", ".join(invalid_chars)
elif not portable_pat.search(key) and lenient_pat.search(key):
t = 'info'
s = "'%s' is not shell portable" % key
l = "http://pubs.opengroup.org/onlinepubs/000095399/basedefs/xbd_chap08.html"
elif not lenient_pat.search(key):
t = 'warn'
s = "unusual characters in '%s' " % key + \
"(should be '^[a-zA-Z0-9_]+$')"
self._add_result(t, n, s, link=l)
# The only limit on the contents of an arg appear to be the length
# but that is goint to be language and system dependent, so don't
# worry about it here (this would simply be a bug in the software)
t = 'info'
n = n = self._get_check_name('environment_value_valid', app=app,
extra=key)
s = 'OK'
if not isinstance(env[key], str):
t = 'error'
s = "invalid environment value for '%s': %s" % (key, env[key])
self._add_result(t, n, s)
def check_environment(self):
'''Check environment'''
if not self.is_snap2 or 'environment' not in self.snap_yaml:
return
self._verify_env(self.snap_yaml['environment'])
def check_apps_environment(self):
'''Check apps environment'''
if not self.is_snap2 or 'apps' not in self.snap_yaml:
return
for app in self.snap_yaml['apps']:
key = 'environment'
if key not in self.snap_yaml['apps'][app]:
continue
self._verify_env(self.snap_yaml['apps'][app]['environment'],
app=app)
click-reviewers-tools-0.44~16.04.1/clickreviews/cr_framework.py 0000664 0000000 0000000 00000023515 12666350672 021263 0 ustar '''cr_framework.py: click framework'''
#
# Copyright (C) 2014-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
from clickreviews.cr_common import ClickReview, error, open_file_read
import glob
import os
import re
class ClickReviewFramework(ClickReview):
'''This class represents click framework reviews'''
def __init__(self, fn, overrides=None):
ClickReview.__init__(self, fn, "framework", overrides=overrides)
self.frameworks_file = dict()
self.frameworks = dict()
if not self.is_snap1:
return
if self.manifest is not None:
for app in self.manifest['hooks']:
if 'framework' not in self.manifest['hooks'][app]:
# msg("Skipped missing framework hook for '%s'" % app)
continue
if not isinstance(self.manifest['hooks'][app]['framework'], str):
error("manifest malformed: hooks/%s/framework is not str" %
app)
(full_fn, data) = self._extract_framework(app)
self.frameworks_file[app] = full_fn
self.frameworks[app] = data
self.framework_policy_dirs = ['apparmor', 'seccomp']
self.framework_policy_subdirs = ['templates', 'policygroups']
(self.framework_policy, self.framework_policy_unknown) = \
self._extract_framework_policy()
def _extract_framework(self, app):
'''Get framework for app'''
rel = self.manifest['hooks'][app]['framework']
fn = os.path.join(self.unpack_dir, rel)
if not os.path.exists(fn):
error("Could not find '%s'" % rel)
data = dict()
fh = open_file_read(fn)
for line in fh.readlines():
tmp = line.split(':')
if len(tmp) != 2:
continue
data[tmp[0].strip()] = tmp[1].strip()
fh.close()
return (fn, data)
def _extract_framework_policy(self):
'''Get framework policy files'''
policy_dict = dict()
unknown = []
fpdir = os.path.join(self.unpack_dir, "meta", "framework-policy")
for i in glob.glob("%s/*" % fpdir):
rel_i = os.path.basename(i)
if not os.path.isdir(i) or rel_i not in self.framework_policy_dirs:
unknown.append(os.path.relpath(i, self.unpack_dir))
continue
policy_dict[rel_i] = dict()
for j in glob.glob("%s/*" % i):
rel_j = os.path.basename(j)
if not os.path.isdir(j) or \
rel_j not in self.framework_policy_subdirs:
unknown.append(os.path.relpath(j, self.unpack_dir))
continue
policy_dict[rel_i][rel_j] = dict()
for k in glob.glob("%s/*" % j):
rel_k = os.path.basename(k)
if not os.path.isfile(k):
unknown.append(os.path.relpath(k, self.unpack_dir))
continue
fh = open_file_read(k)
policy_dict[rel_i][rel_j][rel_k] = fh.read()
fh.close()
return (policy_dict, unknown)
def _has_framework_in_metadir(self):
'''Check if snap has meta/.framework'''
if not self.is_snap1:
return False
return os.path.exists(os.path.join(self.unpack_dir, 'meta',
'%s.framework' %
self.pkg_yaml['name']))
def check_framework_hook_obsolete(self):
'''Check manifest doesn't specify 'framework' hook'''
if not self.is_snap1:
return
t = 'info'
n = self._get_check_name("obsolete_declaration")
s = "OK"
if len(self.frameworks) > 0:
t = 'error'
s = "framework hook found for '%s'" % \
",".join(sorted(self.frameworks))
self._add_result(t, n, s)
def check_snappy_framework_file_obsolete(self):
'''Check snap doesn't ship .framework file'''
if not self.is_snap1 or self.pkg_yaml['type'] != 'framework':
return
t = 'info'
n = self._get_check_name("obsolete_framework_file")
s = "OK"
if self._has_framework_in_metadir():
t = 'warn'
s = "found '%s.framework' (safe to remove)" % self.pkg_yaml['name']
self._add_result(t, n, s)
def check_snappy_framework_depends(self):
'''Check framework doesn't depend on other frameworks'''
if not self.is_snap1 or self.pkg_yaml['type'] != 'framework':
return
t = 'info'
n = self._get_check_name("dependency")
s = "OK"
if "frameworks" in self.pkg_yaml:
t = 'error'
s = "'type: framework' may not specify 'frameworks'"
self._add_result(t, n, s)
def check_snappy_framework_policy(self):
'''Check framework ships at least some policy'''
if not self.is_snap1 or self.pkg_yaml['type'] != 'framework':
return
t = 'info'
n = self._get_check_name("policies")
s = "OK"
found = False
for i in self.framework_policy_dirs:
if i not in self.framework_policy:
continue
for j in self.framework_policy_subdirs:
if j not in self.framework_policy[i]:
continue
if len(self.framework_policy[i][j].keys()) > 0:
found = True
if not found:
t = 'warn'
s = "security policy not found"
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name("policy_unknown")
s = "OK"
if len(self.framework_policy_unknown) > 0:
t = 'warn'
s = "framework policy has unexpected entries: '%s'" % \
",".join(self.framework_policy_unknown)
self._add_result(t, n, s)
def check_snappy_framework_policy_metadata(self):
'''Check framework policy has expected meta data'''
if not self.is_snap1 or self.pkg_yaml['type'] != 'framework':
return
t = 'info'
n = self._get_check_name("policy_metadata")
s = "OK"
msgs = []
for term in ["# Description: ", "# Usage: "]:
for i in self.framework_policy_dirs:
if i not in self.framework_policy:
continue
for j in self.framework_policy_subdirs:
if j not in self.framework_policy[i]:
continue
for k in self.framework_policy[i][j].keys():
found = False
for l in self.framework_policy[i][j][k].splitlines():
if l.startswith(term):
found = True
if not found:
msgs.append("'%s' in '%s/%s/%s'" % (term, i, j, k))
if len(msgs) > 0:
t = 'error'
s = "Could not find meta data: %s" % ",".join(msgs)
self._add_result(t, n, s)
def check_snappy_framework_policy_matching(self):
'''Check framework policy ships apparmor and seccomp for each'''
if not self.is_snap1 or self.pkg_yaml['type'] != 'framework':
return
t = 'info'
n = self._get_check_name("has_all_policy")
s = "OK"
if len(self.framework_policy.keys()) == 0:
s = "OK (skipped missing policy)"
self._add_result(t, n, s)
return
for i in self.framework_policy:
for j in self.framework_policy[i]:
for k in self.framework_policy[i][j]:
for other in self.framework_policy_dirs:
if t == i:
continue
t = 'info'
n = self._get_check_name(
"policy", extra="%s/%s/%s" % (i, j, k))
s = "OK"
if j not in self.framework_policy[other] or \
k not in self.framework_policy[other][j]:
t = 'error'
s = "Could not find matching '%s/%s/%s'" % (other,
j, k)
self._add_result(t, n, s)
def check_snappy_framework_policy_filenames(self):
'''Check framework policy file names'''
if not self.is_snap1 or self.pkg_yaml['type'] != 'framework':
return
for i in self.framework_policy:
for j in self.framework_policy[i]:
for k in self.framework_policy[i][j]:
f = "%s/%s/%s" % (i, j, k)
t = 'info'
n = self._get_check_name(
"policy_valid_name", extra=f)
s = "OK"
if not re.search(r'^[a-z0-9][a-z0-9+\.-]+$', k):
t = 'error'
s = "'%s' should match '^[a-z0-9][a-z0-9+\.-]+$'" % f
elif k.startswith(self.pkg_yaml['name']):
t = 'warn'
s = "'%s' should not begin with package name" % f
self._add_result(t, n, s)
click-reviewers-tools-0.44~16.04.1/clickreviews/cr_url_dispatcher.py 0000664 0000000 0000000 00000015006 12666350672 022272 0 ustar '''cr_url dispatcher.py: click url_dispatcher'''
#
# Copyright (C) 2014-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
from clickreviews.cr_common import ClickReview, error, open_file_read
import json
import os
# https://wiki.ubuntu.com/URLDispatcher
class ClickReviewUrlDispatcher(ClickReview):
'''This class represents click lint reviews'''
def __init__(self, fn, overrides=None):
peer_hooks = dict()
my_hook = 'urls'
peer_hooks[my_hook] = dict()
peer_hooks[my_hook]['allowed'] = ClickReview.app_allowed_peer_hooks
peer_hooks[my_hook]['required'] = []
ClickReview.__init__(self, fn, "url_dispatcher", peer_hooks=peer_hooks,
overrides=overrides)
if not self.is_click and not self.is_snap1:
return
self.required_keys = ['protocol']
self.optional_keys = ['domain-suffix']
self.url_dispatcher_files = dict() # click-show-files and tests
self.url_dispatcher = dict()
if self.manifest is None:
return
for app in self.manifest['hooks']:
if 'urls' not in self.manifest['hooks'][app]:
# msg("Skipped missing urls hook for '%s'" % app)
continue
if not isinstance(self.manifest['hooks'][app]['urls'], str):
error("manifest malformed: hooks/%s/urls is not str" % app)
(full_fn, jd) = self._extract_url_dispatcher(app)
self.url_dispatcher_files[app] = full_fn
self.url_dispatcher[app] = jd
def _extract_url_dispatcher(self, app):
'''Get url dispatcher json'''
u = self.manifest['hooks'][app]['urls']
if not u:
error("'urls' definition is empty for '%s'" % app)
fn = os.path.join(self.unpack_dir, u)
if not os.path.isfile(fn):
error("'%s' is not a file" % fn)
bn = os.path.basename(fn)
if not os.path.exists(fn):
error("Could not find '%s'" % bn)
fh = open_file_read(fn)
contents = ""
for line in fh.readlines():
contents += line
fh.close()
try:
jd = json.loads(contents)
except Exception as e:
error("url-dispatcher json unparseable: %s (%s):\n%s" % (bn,
str(e), contents))
if not isinstance(jd, list):
error("url-dispatcher json is malformed: %s:\n%s" % (bn, contents))
return (fn, jd)
def check_required(self):
'''Check url-dispatcher required fields'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.url_dispatcher):
for r in self.required_keys:
found = False
t = 'info'
n = self._get_check_name('required_entry', app=app, extra=r)
s = "OK"
for entry in self.url_dispatcher[app]:
if not isinstance(entry, dict):
t = 'error'
s = "'%s' is not a dict" % str(entry)
self._add_result(t, n, s)
continue
if r in entry:
if not isinstance(entry[r], str):
t = 'error'
s = "'%s' is not a string" % r
elif entry[r] == "":
t = 'error'
s = "'%s' is empty" % r
else:
found = True
if not found and t != 'error':
t = 'error'
s = "Missing required field '%s'" % r
self._add_result(t, n, s)
def check_optional(self):
'''Check url-dispatcher optional fields'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.url_dispatcher):
for o in self.optional_keys:
found = False
t = 'info'
n = self._get_check_name('optional_entry', app=app, extra=o)
s = "OK"
for entry in self.url_dispatcher[app]:
if not isinstance(entry, dict):
t = 'error'
s = "'%s' is not a dict" % str(entry)
self._add_result(t, n, s)
continue
if o in entry:
if not isinstance(entry[o], str):
t = 'error'
s = "'%s' is not a string" % o
elif entry[o] == "":
t = 'error'
s = "'%s' is empty" % o
else:
found = True
if not found and t != 'error':
s = "OK (skip missing)"
self._add_result(t, n, s)
def check_unknown(self):
'''Check url-dispatcher unknown fields'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.url_dispatcher):
unknown = []
for entry in self.url_dispatcher[app]:
t = 'info'
n = self._get_check_name('unknown_entry', app=app)
s = "OK"
if not isinstance(entry, dict):
t = 'error'
s = "'%s' is not a dict" % str(entry)
self._add_result(t, n, s)
continue
for f in entry.keys():
if f not in self.required_keys and \
f not in self.optional_keys:
unknown.append(f)
if len(unknown) == 1:
t = 'warn'
s = "Unknown field '%s'" % unknown[0]
elif len(unknown) > 1:
t = 'warn'
s = "Unknown fields '%s'" % ", ".join(unknown)
self._add_result(t, n, s)
click-reviewers-tools-0.44~16.04.1/clickreviews/cr_security.py 0000664 0000000 0000000 00000171371 12666401043 021126 0 ustar '''cr_security.py: click security checks'''
#
# Copyright (C) 2013-2016 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
from clickreviews.common import (
AA_PROFILE_NAME_MAXLEN,
AA_PROFILE_NAME_ADVLEN,
)
from clickreviews.cr_common import ClickReview, error, open_file_read
import clickreviews.cr_common as cr_common
import clickreviews.apparmor_policy as apparmor_policy
import copy
import json
import os
class ClickReviewSecurity(ClickReview):
'''This class represents click lint reviews'''
def __init__(self, fn, overrides=None):
peer_hooks = dict()
my_hook = 'apparmor'
peer_hooks[my_hook] = dict()
# Basically, everything except frameworks
peer_hooks[my_hook]['allowed'] = ClickReview.app_allowed_peer_hooks + \
ClickReview.scope_allowed_peer_hooks + \
ClickReview.service_allowed_peer_hooks + \
['pay-ui']
peer_hooks[my_hook]['required'] = []
my_hook2 = 'apparmor-profile'
peer_hooks[my_hook2] = dict()
# Basically, everything except frameworks
peer_hooks[my_hook2]['allowed'] = \
ClickReview.service_allowed_peer_hooks
peer_hooks[my_hook2]['required'] = []
ClickReview.__init__(self, fn, "security", peer_hooks=peer_hooks,
overrides=overrides)
if not self.is_click and not self.is_snap1:
return
# If local_copy is None, then this will check the server to see if
# we are up to date. However, if we are working within the development
# tree, use it unconditionally.
local_copy = None
branch_fn = os.path.join(os.path.dirname(__file__),
'../data/apparmor-easyprof-ubuntu.json')
if os.path.exists(branch_fn):
local_copy = branch_fn
p = apparmor_policy.ApparmorPolicy(local_copy)
self.aa_policy = p.policy
self.all_fields = ['abstractions',
'author',
'binary',
'comment',
'copyright',
'name',
'policy_groups',
'policy_vendor',
'policy_version',
'read_path',
'template',
'template_variables',
'write_path']
self.ignored_fields = ['author',
'comment',
'copyright',
'name']
self.required_fields = ['policy_version']
self.redflag_fields = ['abstractions',
'binary',
'read_path',
'template_variables',
'write_path']
self.allowed_webapp_policy_groups = ['accounts',
'audio',
'camera',
'connectivity',
'content_exchange',
'content_exchange_source',
'keep-display-on',
'location',
'microphone',
'networking',
'video',
'webview']
self.allowed_push_helper_policy_groups = ['push-notification-client']
self.allowed_network_scope_policy_groups = ['accounts', 'networking']
self.required_ubuntu_account_plugin_policy_groups = ['accounts',
'networking']
self.allowed_ubuntu_account_plugin_policy_groups = \
self.required_ubuntu_account_plugin_policy_groups + \
['audio', 'webview']
self.redflag_templates = ['unconfined']
# TODO: how to deal with other vendors
self.extraneous_ubuntu_templates = ['ubuntu-sdk',
'default']
# framework policy is based on major framework version. In 13.10, there
# was only 'ubuntu-sdk-13.10', but in 14.04, there will be several,
# like 'ubuntu-sdk-14.04-html5', 'ubuntu-sdk-14.04-platform', etc
# TODO: in 15.10 we will be using the policy version will match the
# release framework, so we can simplify these checks
self.major_framework_policy = {
'ubuntu-sdk-13.10': {
'policy_version': 1.0,
},
'ubuntu-sdk-14.04': {
'policy_version': 1.1,
},
'ubuntu-sdk-14.10': {
'policy_version': 1.2,
},
'ubuntu-sdk-15.04': {
'policy_version': 1.3,
},
'ubuntu-core-15.04': {
'policy_vendor': 'ubuntu-core',
'policy_version': 15.04,
},
}
framework_overrides = self.overrides.get('framework', {})
self._override_framework_policies(framework_overrides)
# snappy
self.sec_skipped_types = ['oem',
'os',
'kernel'] # these don't need security items
self.security_manifests = dict()
self.security_apps = []
self.security_profiles = dict()
self.security_apps_profiles = []
if self.manifest is None and self.is_snap1:
for exe_t in ['services', 'binaries']:
if exe_t not in self.pkg_yaml:
continue
for item in self.pkg_yaml[exe_t]:
if 'name' not in item:
continue
app = "%s/%s" % (exe_t, item['name'])
if 'security-policy' in item:
if 'apparmor' not in item['security-policy']:
continue
rel_fn = item['security-policy']['apparmor']
self.security_profiles[rel_fn] = \
self._extract_security_profile(app)
self.security_apps_profiles.append(app)
continue
# Fake a security manifest for code reuse
# FIXME: this needs to be updated when we have 'target'
m = dict()
m['policy_vendor'] = "ubuntu-core"
m['policy_version'] = self._pkgfmt_version()
if 'security-template' in item:
m['template'] = item['security-template']
else:
m['template'] = 'default'
if 'caps' in item:
m['policy_groups'] = item['caps']
elif self._pkgfmt_version() == "15.04":
m['policy_groups'] = ['networking']
else:
m['policy_groups'] = ['network-client']
self.security_manifests[app] = m
self.security_apps.append(app)
else:
self.security_manifests = dict()
self.security_apps = []
for app in self.manifest['hooks']:
if 'apparmor' not in self.manifest['hooks'][app]:
# msg("Skipped missing apparmor hook for '%s'" % app)
continue
if not isinstance(self.manifest['hooks'][app]['apparmor'], str):
error("manifest malformed: hooks/%s/apparmor is not str" % app)
rel_fn = self.manifest['hooks'][app]['apparmor']
self.security_manifests[rel_fn] = \
self._extract_security_manifest(app)
self.security_apps.append(app)
for app in self.manifest['hooks']:
if 'apparmor-profile' not in self.manifest['hooks'][app]:
# msg("Skipped missing apparmor hook for '%s'" % app)
continue
if not isinstance(self.manifest['hooks'][app]['apparmor-profile'],
str):
error("manifest malformed: hooks/%s/apparmor-profile is not "
"str" % app)
rel_fn = self.manifest['hooks'][app]['apparmor-profile']
self.security_profiles[rel_fn] = \
self._extract_security_profile(app)
self.security_apps_profiles.append(app)
def _override_framework_policies(self, overrides):
# override major framework policies
self.major_framework_policy.update(overrides)
# override apparmor policies
for name, data in overrides.items():
vendor = data.get('policy_vendor')
version = str(data.get('policy_version'))
if vendor not in self.aa_policy:
self.aa_policy[vendor] = {}
if version not in self.aa_policy[vendor]:
# just ensure the version is defined
# TODO: add support to override templates and policy groups
self.aa_policy[vendor][version] = {}
def _extract_security_manifest(self, app):
'''Extract security manifest and verify it has the expected
structure'''
d = self.manifest['hooks'][app]['apparmor']
fn = os.path.join(self.unpack_dir, d)
rel_fn = self.manifest['hooks'][app]['apparmor']
try:
m = json.load(cr_common.open_file_read(fn))
except Exception:
error("Could not load '%s'. Is it properly formatted?" % rel_fn)
mp = json.dumps(m, sort_keys=True, indent=2, separators=(',', ': '))
if not isinstance(m, dict):
error("'%s' malformed:\n%s" % (rel_fn, mp))
for k in sorted(m):
if k not in self.all_fields:
error("'%s' malformed: unsupported field '%s':\n%s" % (rel_fn,
k, mp))
if k in ['abstractions', 'policy_groups', 'read_path',
'write_path']:
if not isinstance(m[k], list):
error("'%s' malformed: '%s' is not list:\n%s" % (rel_fn,
k, mp))
elif k == 'template_variables':
if not isinstance(m[k], dict):
error("'%s' malformed: '%s' is not dict:\n%s" % (rel_fn,
k, mp))
elif k == "policy_version":
# python and Qt don't agree on the JSON output of floats that
# are integers (ie, 1.0 vs 1). LP: #1214618
if not isinstance(m[k], float) and not isinstance(m[k], int):
error("'%s' malformed: '%s' is not a JSON number:\n%s" %
(rel_fn, k, mp))
if isinstance(m[k], int):
m[k] = float(m[k])
else:
if not isinstance(m[k], str):
error("'%s' malformed: '%s' is not str:\n%s" % (rel_fn,
k, mp))
return m
def _get_security_manifest(self, app):
'''Get the security manifest for app'''
if app not in self.manifest['hooks']:
error("Could not find '%s' in click manifest" % app)
elif 'apparmor' not in self.manifest['hooks'][app]:
error("Could not find apparmor hook for '%s' in click manifest" %
app)
f = self.manifest['hooks'][app]['apparmor']
m = self.security_manifests[f]
return (f, m)
def _extract_security_profile(self, app):
'''Extract security profile'''
rel_fn = self.manifest['hooks'][app]['apparmor-profile']
fn = os.path.join(self.unpack_dir, rel_fn)
if not os.path.exists(fn):
error("Could not find '%s'" % rel_fn)
fh = open_file_read(fn)
contents = ""
for line in fh.readlines():
contents += line
fh.close()
# We could try to run this through apparmor_parser, but that is going
# to be system dependent (eg, a profile may reference features on a
# new parser and fail here on the local parser)
return contents
def _get_security_profile(self, app):
'''Get the security profile for app'''
if app not in self.manifest['hooks']:
error("Could not find '%s' in click manifest" % app)
elif 'apparmor-profile' not in self.manifest['hooks'][app]:
error("Could not find apparmor-profile hook for '%s' in click "
"manifest" % app)
f = self.manifest['hooks'][app]['apparmor-profile']
p = self.security_profiles[f]
return (f, p)
def _get_highest_policy_version(self, vendor):
'''Determine highest policy version for the vendor'''
if vendor not in self.aa_policy:
error("Could not find vendor '%s'" % vendor, do_exit=False)
return None
return float(sorted(self.aa_policy[vendor].keys())[-1])
def check_policy_vendor(self):
'''Check policy_vendor'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.security_apps):
(f, m) = self._get_security_manifest(app)
t = 'info'
n = self._get_check_name('policy_vendor', extra=f)
s = "OK"
if 'policy_vendor' in m and \
m['policy_vendor'] not in self.aa_policy:
t = 'error'
s = "policy_vendor '%s' not found" % m['policy_vendor']
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('policy_vendor_matches_framework', extra=f)
s = "OK"
if 'policy_vendor' in m: # policy_vendor is optional
found_major = False
for name, data in self.major_framework_policy.items():
framework = self.manifest['framework']
# snappy compat manifest supports comma-separated list
# for framework
if self.is_snap1 and ',' in framework:
# For now, we know the release framework is appended.
# TODO: fix for multiple frameworks
framework = framework.split(',')[-1]
if not framework.startswith(name):
continue
elif 'policy_vendor' not in data:
# when not specified, default to 'ubuntu'
data['policy_vendor'] = "ubuntu"
found_major = True
if m['policy_vendor'] != data['policy_vendor']:
t = 'error'
s = '%s != %s (%s)' % (str(m['policy_vendor']),
data['policy_vendor'],
framework)
if not found_major:
t = 'error'
s = "Invalid framework '%s'" % framework
self._add_result(t, n, s)
def check_policy_version(self):
'''Check policy version'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.security_apps):
(f, m) = self._get_security_manifest(app)
n = self._get_check_name('policy_version_exists', extra=f)
if 'policy_version' not in m:
self._add_result('error', n,
'could not find policy_version in manifest')
continue
t = 'info'
s = "OK"
vendor = "ubuntu"
if 'policy_vendor' in m:
vendor = m['policy_vendor']
version = str(m['policy_version'])
if vendor not in self.aa_policy or \
not self._has_policy_version(vendor, version):
t = 'error'
s = 'could not find policy for %s/%s' % (vendor, version)
self._add_result(t, n, s)
highest = self._get_highest_policy_version(vendor)
t = 'info'
n = self._get_check_name(
'policy_version_is_highest',
extra='(%s, %s)' % (str(highest), f))
s = "OK"
l = None
if float(m['policy_version']) != highest:
t = 'info'
l = 'http://askubuntu.com/q/562116/94326'
s = '%s != %s' % (str(m['policy_version']), str(highest))
self._add_result(t, n, s, l)
t = 'info'
n = self._get_check_name('policy_version_matches_framework', extra=f)
s = "OK"
found_major = False
for name, data in self.major_framework_policy.items():
framework = self.manifest['framework']
# snappy compat manifest supports comma-separated list
# for framework
if self.is_snap1 and ',' in framework:
# For now, we know the release framework is appended.
# TODO: fix for multiple frameworks
framework = framework.split(',')[-1]
if not framework.startswith(name):
continue
found_major = True
if m['policy_version'] != data['policy_version']:
t = 'error'
l = 'http://askubuntu.com/q/686347'
s = '%s != %s (%s)' % (str(m['policy_version']),
data['policy_version'],
framework)
if not found_major:
t = 'error'
s = "Invalid framework '%s'" % framework
self._add_result(t, n, s, l)
def check_template(self):
'''Check template'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.security_apps):
(f, m) = self._get_security_manifest(app)
t = 'info'
n = self._get_check_name('template_with_policy_version', extra=f)
s = "OK"
if 'policy_version' not in m:
self._add_result('error', n,
'could not find policy_version in manifest')
continue
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('template_valid', extra=f)
s = "OK"
l = 'http://askubuntu.com/q/671403'
manual_review = False
if 'template' not in m:
# If template not specified, we just use the default
self._add_result(t, n, 'OK (none specified)')
continue
elif m['template'] in self.redflag_templates:
t = 'error'
s = "(NEEDS REVIEW) '%s' not allowed" % m['template']
manual_review = True
elif ('policy_vendor' not in m or m['policy_vendor'] == 'ubuntu') \
and m['template'] in self.extraneous_ubuntu_templates:
t = 'warn'
s = "No need to specify '%s' template" % m['template']
self._add_result(t, n, s, l, manual_review=manual_review)
t = 'info'
n = self._get_check_name('template_exists', extra=f)
s = "OK"
vendor = "ubuntu"
if 'policy_vendor' in m:
vendor = m['policy_vendor']
version = str(m['policy_version'])
templates = self._get_templates(vendor, version)
if len(templates) < 1:
t = 'error'
s = 'could not find templates'
self._add_result(t, n, s)
continue
self._add_result(t, n, s)
found = False
if m['template'] in self._get_templates(vendor, version):
found = True
elif self.is_snap1:
frameworks = []
if 'framework' in self.pkg_yaml:
frameworks = [x.strip() for x in
self.pkg_yaml['framework'].split(',')]
elif 'frameworks' in self.pkg_yaml:
frameworks = self.pkg_yaml['frameworks']
elif 'type' in self.pkg_yaml and \
self.pkg_yaml['type'] == 'framework':
# frameworks may reference their own policy groups
frameworks.append(self.pkg_yaml['name'])
for f in frameworks:
if m['template'].startswith("%s_" % f):
found = True
break
if not found:
t = 'error'
s = "specified unsupported template '%s'" % m['template']
self._add_result(t, n, s)
def check_policy_groups_webapps(self):
'''Check policy_groups for webapps'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.security_apps):
(f, m) = self._get_security_manifest(app)
t = 'info'
n = self._get_check_name('policy_groups_webapp', extra=f)
s = "OK"
webapp_template = "ubuntu-webapp"
if 'template' not in m or m['template'] != webapp_template:
# self._add_result(t, n, s)
continue
if 'policy_groups' not in m or \
'networking' not in m['policy_groups']:
self._add_result('error', n,
"required group 'networking' not found")
continue
bad = []
for p in m['policy_groups']:
if p not in self.allowed_webapp_policy_groups:
bad.append(p)
if len(bad) > 0:
t = 'error'
s = "found unusual policy groups: %s" % ", ".join(bad)
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('policy_groups_webapp_webview', extra=f)
s = "OK"
if self.manifest['framework'] == "ubuntu-sdk-13.10":
s = "SKIPPED (webview not available in 13.10)"
elif 'webview' not in m['policy_groups']:
t = 'warn'
s = "'webview' not specified. Webapp may not function"
self._add_result(t, n, s)
def check_policy_groups_push_helpers(self):
'''Check policy groups for push-helpers'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.security_apps):
(f, m) = self._get_security_manifest(app)
t = 'info'
n = self._get_check_name('policy_groups_push_helper', extra=f)
s = "OK"
if 'template' not in m or m['template'] != 'ubuntu-push-helper':
continue
if 'policy_groups' not in m or \
'push-notification-client' not in m['policy_groups']:
self._add_result('error', n,
"required group 'push-notification-client' "
"not found")
continue
bad = []
for p in m['policy_groups']:
if p not in self.allowed_push_helper_policy_groups:
bad.append(p)
elif p == "networking" or p == "network-client":
# The above covers this, but let's be very explicit and
# never allow networking with push-helpers
bad.append(p)
if len(bad) > 0:
t = 'error'
s = "found unusual policy groups: %s" % ", ".join(bad)
self._add_result(t, n, s)
def check_policy_groups_scopes(self):
'''Check policy_groups for scopes'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.security_apps):
(f, m) = self._get_security_manifest(app)
t = 'info'
n = self._get_check_name('policy_groups_scopes', extra=f)
s = "OK"
# jdstrand, 2014-06-05: ubuntu-scope-local-content is no longer available
# scope_templates = ['ubuntu-scope-network',
# 'ubuntu-scope-local-content']
scope_templates = ['ubuntu-scope-network']
if 'template' not in m or m['template'] not in scope_templates:
continue
if 'policy_groups' not in m:
continue
bad = []
for p in m['policy_groups']:
if m['template'] == 'ubuntu-scope-network':
# networking scopes should have extremely limited access
if p not in self.allowed_network_scope_policy_groups:
bad.append(p)
# jdstrand, 2014-06-05: ubuntu-scope-local-content is no longer available
# elif m['template'] == 'ubuntu-scope-local-content':
# if p == 'networking':
# bad.append(p)
if len(bad) > 0:
t = 'error'
s = "found inappropriate policy groups: %s" % ", ".join(bad)
self._add_result(t, n, s)
def check_policy_groups_ubuntu_account_plugin(self):
'''Check policy_groups for ubuntu-account-plugin template'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.security_apps):
(f, m) = self._get_security_manifest(app)
if 'template' not in m or m['template'] != 'ubuntu-account-plugin':
continue
t = 'info'
n = self._get_check_name(
'required_policy_groups_ubuntu_account_plugin', extra=f)
s = "OK"
if 'policy_groups' not in m:
self._add_result('error', n,
"required policy groups not found")
continue
missing = []
for p in self.required_ubuntu_account_plugin_policy_groups:
if p not in m['policy_groups']:
missing.append(p)
if len(missing) > 0:
t = 'error'
s = "missing required policy groups: %s" % ", ".join(missing)
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name(
'policy_groups_ubuntu_account_plugin', extra=f)
s = "OK"
bad = []
for p in m['policy_groups']:
if p not in self.allowed_ubuntu_account_plugin_policy_groups:
bad.append(p)
if len(bad) > 0:
t = 'error'
s = "found unusual policy groups: %s" % ", ".join(bad)
self._add_result(t, n, s)
def check_policy_groups(self):
'''Check policy_groups'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.security_apps):
(f, m) = self._get_security_manifest(app)
t = 'info'
n = self._get_check_name('policy_groups_exists', app=app, extra=f)
if 'policy_groups' not in m:
# If template not specified, we just use the default
self._add_result('info', n, 'no policy groups specified')
continue
elif 'policy_version' not in m:
self._add_result('error', n,
'could not find policy_version in manifest')
continue
s = "OK"
vendor = "ubuntu"
if 'policy_vendor' in m:
vendor = m['policy_vendor']
version = str(m['policy_version'])
policy_groups = self._get_policy_groups(version=version, vendor=vendor)
if len(policy_groups) < 1:
t = 'error'
s = 'could not find policy groups'
self._add_result(t, n, s)
continue
self._add_result(t, n, s)
# Check for duplicates
t = 'info'
n = self._get_check_name('policy_groups_duplicates', app=app, extra=f)
s = 'OK'
tmp = []
for p in m['policy_groups']:
if m['policy_groups'].count(p) > 1 and p not in tmp:
tmp.append(p)
if len(tmp) > 0:
tmp.sort()
t = 'error'
s = 'duplicate policy groups found: %s' % ", ".join(tmp)
self._add_result(t, n, s)
frameworks = []
if self.is_snap1:
if 'framework' in self.pkg_yaml:
frameworks = [x.strip() for x in
self.pkg_yaml['framework'].split(',')]
elif 'frameworks' in self.pkg_yaml:
frameworks = self.pkg_yaml['frameworks']
elif 'type' in self.pkg_yaml and \
self.pkg_yaml['type'] == 'framework':
# frameworks may reference their own policy groups
frameworks.append(self.pkg_yaml['name'])
# If we got here, we can see if valid policy groups were specified
for i in m['policy_groups']:
t = 'info'
n = self._get_check_name('policy_groups_valid', app=app, extra=i)
s = 'OK'
# SDK will leave and empty policy group, report but don't
# deny
if i == "":
t = 'error'
s = 'found empty policy group'
self._add_result(t, n, s)
continue
found = False
framework_found = False
for j in policy_groups:
if i == os.path.basename(j):
found = True
break
else:
for f in frameworks:
if i.startswith("%s_" % f):
framework_found = True
break
if framework_found:
found = True
break
if not found:
t = 'error'
s = "unsupported policy_group '%s'" % i
self._add_result(t, n, s)
if found:
t = 'info'
n = self._get_check_name(
'policy_groups_safe', app=app, extra=i)
s = 'OK'
l = None
manual_review = False
if framework_found:
aa_type = 'framework'
else:
aa_type = self._get_policy_group_type(vendor, version,
i)
if i == "debug":
t = 'error'
s = "(REJECT) %s policy group " % aa_type + \
"'%s': not for production use" % (i)
elif aa_type == "reserved":
t = 'error'
s = "(NEEDS REVIEW) %s policy group " % aa_type + \
"'%s': vetted applications only" % (i)
if i == "debug":
l = 'http://askubuntu.com/a/562123/94326'
manual_review = True
elif aa_type == 'framework':
s = "OK (matches '%s' framework)" % i.split('_')[0]
elif aa_type != "common":
t = 'error'
s = "policy group '%s' has " % i + \
"unknown type '%s'" % (aa_type)
self._add_result(t, n, s, l, manual_review=manual_review)
def check_ignored(self):
'''Check ignored fields'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.security_apps):
(f, m) = self._get_security_manifest(app)
t = 'info'
n = self._get_check_name('ignored_fields', extra=f)
s = "OK"
found = []
for i in self.ignored_fields:
if i in m:
found.append(i)
if len(found) > 0:
t = 'warn'
s = "found ignored fields: %s" % ", ".join(found)
self._add_result(t, n, s)
def check_redflag(self):
'''Check redflag fields'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.security_apps):
(f, m) = self._get_security_manifest(app)
t = 'info'
n = self._get_check_name('redflag_fields', extra=f)
s = "OK"
found = []
for i in self.redflag_fields:
if i in m:
if i == 'policy_vendor' and \
m[i] in ['ubuntu', 'ubuntu-snappy']:
continue
found.append(i)
if len(found) > 0:
t = 'error'
s = "found redflagged fields (needs human review): %s" % \
", ".join(found)
self._add_result(t, n, s)
def check_required(self):
'''Check required fields'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.security_apps):
(f, m) = self._get_security_manifest(app)
t = 'info'
n = self._get_check_name('required_fields', extra=f)
s = "OK"
not_found = []
for i in self.required_fields:
if i not in m:
not_found.append(i)
if len(not_found) > 0:
t = 'error'
s = "missing required fields: %s" % ", ".join(not_found)
self._add_result(t, n, s)
def check_apparmor_profile(self):
'''Check apparmor-profile'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.security_apps_profiles):
(f, p) = self._get_security_profile(app)
searches = ['###VAR###',
'###PROFILEATTACH###',
'@{CLICK_DIR}',
'@{APP_PKGNAME}',
'@{APP_VERSION}',
]
for v in searches:
t = 'info'
n = self._get_check_name(
'apparmor_profile', extra='%s (%s)' % (v, f))
s = "OK"
if v not in p:
if v.startswith('@') and \
("# Unrestricted AppArmor policy" in p or
"# This profile offers no protection" in p):
self._add_result('info', n,
"SKIPPED for '%s' (boilerplate)" % v)
else:
self._add_result('warn', n,
"could not find '%s' in profile" % v)
continue
self._add_result(t, n, s)
# This will be really nice to get rid of when the click compat manifest
# is gone
def _compare_security_yamls(self, yaml, click_m):
'''Compare two security yamls'''
def find_match(name, key, value, my_dict):
if 'name' in my_dict and my_dict['name'] == name and \
key in my_dict and my_dict[key] == value:
return True
return False
for first in [yaml, click_m]:
if first == yaml:
second = click_m
second_m = "click-manifest"
first_m = "package.yaml"
else:
second = yaml
first_m = "click-manifest"
second_m = "package.yaml"
for exe_t in ['binaries', 'services']:
t = 'info'
n = self._get_check_name('yaml_%s' % exe_t)
s = 'OK'
if exe_t in first and exe_t not in second:
t = 'error'
s = "%s missing '%s'" % (second_m, exe_t)
elif exe_t not in first and exe_t in second:
t = 'error'
s = "%s has extra '%s'" % (second_m, exe_t)
self._add_result(t, n, s)
if t == 'error':
continue
elif exe_t not in first and exe_t not in second:
continue
t = 'info'
n = self._get_check_name('yaml_%s_entries' % exe_t)
s = 'OK'
if len(first[exe_t]) < len(second[exe_t]):
t = 'error'
s = "%s has extra '%s' entries" % (second_m, exe_t)
self._add_result(t, n, s)
for fapp in first[exe_t]:
t = 'info'
n = self._get_check_name(
'yaml_%s' % exe_t, app=fapp['name'])
s = 'OK'
sapp = None
for tmp in second[exe_t]:
if tmp['name'] == fapp['name']:
sapp = tmp
if sapp is None:
t = 'error'
s = "%s missing '%s'" % (second_m, fapp['name'])
self._add_result(t, n, s)
continue
elif first == yaml and "security-override" in fapp or \
second == yaml and "security-override" in sapp:
# no reason to check security-override since apparmor
# hook entry will point to this file
continue
elif first == yaml and "security-policy" in fapp or \
second == yaml and "security-policy" in sapp:
# no reason to check security-policy since apparmor
# profile hook is used instead
continue
elif 'caps' not in fapp and 'caps' not in sapp and \
second == yaml and 'security-template' not in sapp:
# no caps in yaml, policy_groups is empty in click
# manifest, unless security-template is in yaml
t = 'error'
s = "'policy_groups' not found in click manifest " + \
"(should default to ['network-client'])"
self._add_result(t, n, s)
continue
self._add_result(t, n, s)
for key in ['security-template', 'caps']:
t = 'info'
n = self._get_check_name(
'yaml_%s' % exe_t, extra=second_m)
s = 'OK'
if key not in fapp:
continue
if key == 'caps':
fapp['caps'] = set(fapp['caps'])
if 'caps' in sapp:
sapp['caps'] = set(sapp['caps'])
if not find_match(fapp['name'], key, fapp[key], sapp):
# handle snappy defaults for security-template
# and caps
if key == 'security-template' and \
second == yaml and key not in sapp and \
key in fapp and fapp[key] == 'default':
# if yaml missing security-template, click may
# specify 'default'
self._add_result(t, n, s)
continue
elif key == 'caps' and second == yaml and \
'security-template' in sapp and \
key not in sapp and \
(key not in fapp or key in fapp and
fapp[key] == set([])):
# when security-template is specified, then
# caps won't default to 'networking' when
# missing, so click manifest can omit or be []
self._add_result(t, n, s)
continue
elif key == 'caps' and second == yaml and \
'security-template' not in sapp and \
key not in sapp and key in fapp and \
(fapp[key] == set(['networking']) or
fapp[key] == set(['network-client'])):
# no caps in yaml, policy_groups is networking
# in click manifest when security-template not
# specified in yaml
self._add_result(t, n, s)
continue
elif key == 'caps' and second == click_m and \
key not in sapp and key in fapp and \
fapp[key] == set([]):
# no caps in click manifest, caps is [] in yaml
self._add_result(t, n, s)
continue
t = 'error'
s = "%s has different '%s' for '%s'" % \
(second_m, key, fapp['name']) + \
" - '%s:%s' vs '%s:%s'" % (first_m, fapp,
second_m, sapp)
self._add_result(t, n, s)
def _convert_click_security_to_yaml(self):
'''Convert click manifest to yaml'''
converted = dict()
# The click compat manifest does not have a 1 to 1 mapping to
# package.yaml (ie, can't differentiate between services and
# binaries) so look the appname up in the package.yaml to know
# if it is a service or binary
yaml_services = []
if 'services' in self.pkg_yaml:
yaml_services = [e['name'] for e in self.pkg_yaml['services']
if 'name' in e]
yaml_binaries = []
if 'binaries' in self.pkg_yaml:
for e in self.pkg_yaml['binaries']:
if 'exec' in e:
yaml_binaries.append(e['name'])
else:
yaml_binaries.append(e['name'].split('/')[-1])
for app in sorted(self.security_apps):
if app == 'snappy-config':
# the apparmor policy for snappy-config is autogenerated and
# not represented in the yaml
continue
if app in yaml_services:
key = 'services'
elif app in yaml_binaries:
key = 'binaries'
else:
t = 'error'
n = self._get_check_name('yaml_and_click', app=app)
s = "'%s' in click manifest missing from package.yaml" % app
self._add_result(t, n, s)
continue
if key not in converted:
converted[key] = []
tmp = dict()
tmp['name'] = app
(f, m) = self._get_security_manifest(app)
if 'template' in m:
tmp['security-template'] = m['template']
if 'policy_groups' in m:
tmp['caps'] = m['policy_groups']
converted[key].append(copy.deepcopy(tmp))
for app in sorted(self.security_apps_profiles):
if app in yaml_services:
key = 'services'
elif app in yaml_binaries:
key = 'binaries'
else:
t = 'error'
n = self._get_check_name('yaml_and_click', app=app)
s = "'%s' in click manifest missing from package.yaml" % app
self._add_result(t, n, s)
continue
if key not in converted:
converted[key] = []
tmp = dict()
tmp['name'] = app
(f, p) = self._get_security_profile(app)
tmp['security-policy'] = {'apparmor': f}
converted[key].append(copy.deepcopy(tmp))
return copy.deepcopy(converted)
def check_security_yaml_and_click(self):
'''Verify click and security yaml are in sync (not including
override)
'''
if not self.is_click and not self.is_snap1:
return
if self.is_click or self.pkg_yaml['type'] in self.sec_skipped_types:
return
# setup a small dict that is a subset of self.pkg_yaml
yml = dict()
for exe_t in ['binaries', 'services']:
if exe_t not in self.pkg_yaml:
continue
yml[exe_t] = copy.deepcopy(self.pkg_yaml[exe_t])
for item in yml[exe_t]:
# account for binaries doing different things with 'name/exec'
if exe_t == 'binaries' and 'exec' not in item and \
'/' in item['name']:
item['name'] = os.path.basename(item['name'])
converted = self._convert_click_security_to_yaml()
# don't compare the security yaml and the click if the yaml isn't
# formatted right. This avoids confusing errors for the user
error = False
for exe_t in yml.keys():
for item in yml[exe_t]:
if 'security-template' in item and \
not isinstance(item['security-template'], str):
error = True
continue
elif 'caps' in item and not isinstance(item['caps'], list):
error = True
continue
if error:
t = 'info'
n = self._get_check_name('yaml_and_click')
s = "SKIPPED (yaml errors)"
self._add_result(t, n, s)
return
self._compare_security_yamls(yml, converted)
def check_security_yaml_override_and_click(self):
'''Verify click and security yaml override are in sync'''
if not self.is_click and not self.is_snap1:
return
if self.is_click or self.pkg_yaml['type'] in self.sec_skipped_types:
return
for exe_t in ['services', 'binaries']:
if exe_t not in self.pkg_yaml:
continue
for item in self.pkg_yaml[exe_t]:
if 'name' not in item:
t = 'error'
n = self._get_check_name('yaml_override_click_name')
s = "package.yaml malformed. Could not find 'name' " + \
"for entry in '%s'" % item
self._add_result(t, n, s)
continue
app = item['name']
t = 'info'
n = self._get_check_name('yaml_override_click', app=app)
s = "OK"
if 'security-override' not in item:
s = "OK (skipping unspecified override)"
elif 'apparmor' not in item['security-override']:
t = 'error'
s = "'apparmor' not specified in 'security-override' " + \
"for '%s'" % app
elif item['security-override']['apparmor'] not in \
self.security_manifests:
t = 'error'
s = "'%s' not found in click manifest for '%s'" % \
(item['security-override']['apparmor'], app)
# NOTE: we skip 'seccomp' because there isn't currently a
# click hook for it
self._add_result(t, n, s)
def check_security_yaml_override(self):
'''Verify security yaml override'''
if not self.is_click and not self.is_snap1:
return
if not self.is_snap1:
return
for exe_t in ['services', 'binaries']:
if exe_t not in self.pkg_yaml:
continue
for item in self.pkg_yaml[exe_t]:
if 'name' not in item:
t = 'error'
n = self._get_check_name('yaml_override_name')
s = "package.yaml malformed. Could not find 'name' " + \
"for entry in '%s'" % item
self._add_result(t, n, s)
continue
app = item['name']
t = 'info'
n = self._get_check_name('yaml_override_format', app=app)
s = "OK"
if 'security-override' not in item:
s = "OK (skipping unspecified override)"
else:
if 'apparmor' not in item['security-override']:
t = 'error'
s = "'apparmor' not specified in 'security-override' " + \
"for '%s'" % app
elif 'seccomp' not in item['security-override']:
t = 'error'
s = "'seccomp' not specified in 'security-override' " + \
"for '%s'" % app
self._add_result(t, n, s)
def check_security_yaml_policy(self):
'''Verify security yaml policy'''
if not self.is_click and not self.is_snap1:
return
if not self.is_snap1:
return
for exe_t in ['services', 'binaries']:
if exe_t not in self.pkg_yaml:
continue
for item in self.pkg_yaml[exe_t]:
if 'name' not in item:
t = 'error'
n = self._get_check_name('yaml_policy_name')
s = "package.yaml malformed. Could not find 'name' " + \
"for entry in '%s'" % item
self._add_result(t, n, s)
continue
app = item['name']
t = 'info'
n = self._get_check_name('yaml_policy_format', app=app)
s = "OK"
if 'security-policy' not in item:
s = "OK (skipping unspecified policy)"
elif 'apparmor' not in item['security-policy']:
t = 'error'
s = "'apparmor' not specified in 'security-policy' " + \
"for '%s'" % app
elif 'seccomp' not in item['security-policy']:
t = 'error'
s = "'seccomp' not specified in 'security-policy' for " + \
"'%s'" % app
self._add_result(t, n, s)
if 'security-policy' in item:
t = 'error'
n = self._get_check_name('yaml_policy_present')
s = "(NEEDS REVIEW) 'security-policy' not allowed"
l = 'https://developer.ubuntu.com/en/snappy/guides/security-policy/'
m = True
self._add_result(t, n, s, link=l, manual_review=m)
def check_security_yaml_combinations(self):
'''Verify security yaml uses valid combinations'''
if not self.is_click and not self.is_snap1:
return
if not self.is_snap1 or self.pkg_yaml['type'] in self.sec_skipped_types:
return
for exe_t in ['services', 'binaries']:
if exe_t not in self.pkg_yaml:
continue
for item in self.pkg_yaml[exe_t]:
if 'name' not in item:
t = 'error'
n = self._get_check_name('yaml_combinations_name')
s = "package.yaml malformed. Could not find 'name' " + \
"for entry in '%s'" % item
self._add_result(t, n, s)
continue
app = item['name']
t = 'info'
n = self._get_check_name('yaml_combinations', app=app)
s = "OK"
if "security-policy" in item:
for i in ['security-override', 'security-template',
'caps']:
if i in item:
t = 'error'
s = "Found '%s' with 'security-policy'" % (i)
break
elif "security-override" in item:
for i in ['security-policy', 'security-template', 'caps']:
if i in item:
t = 'error'
s = "Found '%s' with 'security-override'" % (i)
break
self._add_result(t, n, s)
def check_security_template(self):
'''Check snap security-template'''
if not self.is_click and not self.is_snap1:
return
if not self.is_snap1 or self.pkg_yaml['type'] in self.sec_skipped_types:
return
for exe_t in ['services', 'binaries']:
if exe_t not in self.pkg_yaml:
continue
for item in self.pkg_yaml[exe_t]:
if 'security-template' not in item:
tmpl = ""
else:
tmpl = item['security-template']
if 'name' not in item:
t = 'error'
n = self._get_check_name('yaml_security-template_name')
s = "package.yaml malformed. Could not find 'name' " + \
"for entry in '%s'" % item
self._add_result(t, n, s)
continue
# Handle bin/exec concept with bianries
app = os.path.basename(item['name'])
t = 'info'
n = self._get_check_name('yaml_security-template', app=app)
s = "OK"
if not isinstance(tmpl, str):
t = 'error'
s = "'%s/%s' malformed: '%s' is not str" % (exe_t, app,
tmpl)
self._add_result(t, n, s)
continue
self._add_result(t, n, s)
if self.is_snap1:
t = 'info'
n = self._get_check_name('yaml_security-template_in_manifest', app=app)
s = "OK"
if app not in self.manifest['hooks']:
t = 'error'
s = "'%s' not found in click manifest" % app
self._add_result(t, n, s)
continue
elif 'apparmor' not in self.manifest['hooks'][app] and \
'apparmor-profile' not in self.manifest['hooks'][app]:
t = 'error'
s = "'apparmor' not found in click manifest for '%s'" % app
self._add_result(t, n, s)
continue
# TODO: error if not 'common' or is 'unconfined'
def check_security_caps(self):
'''Check snap caps'''
if not self.is_click and not self.is_snap1:
return
if not self.is_snap1 or self.pkg_yaml['type'] in self.sec_skipped_types:
return
for exe_t in ['services', 'binaries']:
if exe_t not in self.pkg_yaml:
continue
for item in self.pkg_yaml[exe_t]:
if 'caps' not in item:
tmpl = []
else:
tmpl = item['caps']
if 'name' not in item:
t = 'error'
n = self._get_check_name('yaml_caps_name')
s = "package.yaml malformed. Could not find 'name' " + \
"for entry in '%s'" % item
self._add_result(t, n, s)
continue
# Handle bin/exec concept with bianries
app = os.path.basename(item['name'])
t = 'info'
n = self._get_check_name('yaml_caps', app=app)
s = "OK"
if not isinstance(tmpl, list):
t = 'error'
s = "'%s/%s' malformed: '%s' is not list" % (exe_t, app,
tmpl)
self._add_result(t, n, s)
continue
self._add_result(t, n, s)
if self.is_snap1:
t = 'info'
n = self._get_check_name('yaml_caps_in_manifest', app=app)
s = "OK"
if app not in self.manifest['hooks']:
t = 'error'
s = "'%s' not found in click manifest" % app
self._add_result(t, n, s)
continue
elif 'apparmor' not in self.manifest['hooks'][app] and \
'apparmor-profile' not in self.manifest['hooks'][app]:
t = 'error'
s = "'apparmor' not found in click manifest for '%s'" % app
self._add_result(t, n, s)
continue
# TODO: error if not 'common'
def check_template_online_accounts_provider(self):
'''Check template for online accounts account-provider'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.security_apps):
(f, m) = self._get_security_manifest(app)
t = 'info'
n = self._get_check_name('template_account_provider', extra=f)
s = "OK"
if 'account-provider' not in self.manifest['hooks'][app]:
continue
if 'template' not in m or m['template'] != "ubuntu-account-plugin":
t = 'error'
s = "template is not 'ubuntu-account-plugin'"
self._add_result(t, n, s)
def check_template_online_accounts_qml_plugin(self):
'''Check template for online accounts account-qml-plugin'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.security_apps):
(f, m) = self._get_security_manifest(app)
t = 'info'
n = self._get_check_name('template_account_qml_plugin', extra=f)
s = "OK"
if 'account-qml-plugin' not in self.manifest['hooks'][app]:
continue
if 'template' not in m or m['template'] != "ubuntu-account-plugin":
t = 'error'
s = "template is not 'ubuntu-account-plugin'"
self._add_result(t, n, s)
def check_apparmor_profile_name_length(self):
'''Check AppArmor profile name length'''
if not self.is_click and not self.is_snap1:
return
maxlen = AA_PROFILE_NAME_MAXLEN
advlen = AA_PROFILE_NAME_ADVLEN
for app in sorted(self.security_apps):
(f, m) = self._get_security_manifest(app)
t = 'info'
n = self._get_check_name('profile_name_length', extra=f)
s = "OK"
profile = "%s_%s_%s" % (self.click_pkgname, app,
self.click_version)
if len(profile) > maxlen:
t = 'error'
s = ("'%s' too long (exceeds %d characters). Please shorten "
"'%s', '%s' and/or '%s'" % (profile, maxlen,
self.click_pkgname, app,
self.click_version))
elif len(profile) > advlen:
t = 'warn'
s = ("'%s' is long (exceeds %d characters) and thus could be "
"problematic in certain environments. Please consider "
"shortening '%s', '%s' and/or '%s'" % (profile, advlen,
self.click_pkgname,
app,
self.click_version)
)
self._add_result(t, n, s)
click-reviewers-tools-0.44~16.04.1/clickreviews/cr_systemd.py 0000664 0000000 0000000 00000061617 12666350672 020763 0 ustar '''cr_systemd.py: click systemd'''
#
# Copyright (C) 2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
from clickreviews.cr_common import ClickReview, error
import copy
import re
class ClickReviewSystemd(ClickReview):
'''This class represents click lint reviews'''
def __init__(self, fn, overrides=None):
# systemd isn't implemented as a hook any more so don't setup peerhooks
ClickReview.__init__(self, fn, "snappy-systemd", overrides=overrides)
self.systemd_files = dict() # click-show-files and tests
self.systemd = dict()
if not self.is_snap1:
return
# snappy-systemd currently only allows specifying:
# - start (required)
# - description (required)
# - stop
# - poststop
# - stop-timeout
# - caps (checked in in cr_security.py)
# - security-template (checked in in cr_security.py)
# - security-override (checked in in cr_security.py)
# - security-policy (checked in in cr_security.py)
self.required_keys = ['start', 'description']
self.optional_keys = ['stop',
'poststop',
'stop-timeout',
'bus-name',
'listen-stream',
'socket',
'socket-user',
'socket-group',
'ports'
] + self.snappy_exe_security
if self.is_snap1 and 'services' in self.pkg_yaml:
if len(self.pkg_yaml['services']) == 0:
error("package.yaml malformed: 'services' is empty")
for service in self.pkg_yaml['services']:
if 'name' not in service:
error("package.yaml malformed: required 'name' not found "
"for entry in %s" % self.pkg_yaml['services'])
elif not isinstance(service['name'], str):
error("package.yaml malformed: required 'name' is not str"
"for entry in %s" % self.pkg_yaml['services'])
app = service['name']
self.systemd[app] = copy.deepcopy(service)
del self.systemd[app]['name']
def _verify_required(self, my_dict, test_str):
for app in sorted(my_dict):
for r in self.required_keys:
found = False
t = 'info'
n = self._get_check_name(
'%s_required_key' % test_str, extra=r, app=app)
s = "OK"
if r in my_dict[app]:
if not isinstance(my_dict[app][r], str):
t = 'error'
s = "'%s' is not a string" % r
elif my_dict[app][r] == "":
t = 'error'
s = "'%s' is empty" % r
else:
found = True
if not found and t != 'error':
t = 'error'
s = "Missing required field '%s'" % r
self._add_result(t, n, s)
def check_snappy_required(self):
'''Check for package.yaml required fields'''
if not self.is_snap1 or 'services' not in self.pkg_yaml:
return
self._verify_required(self._create_dict(self.pkg_yaml['services']),
'package_yaml')
def _verify_optional(self, my_dict, test_str):
for app in sorted(my_dict):
for o in self.optional_keys:
if o in self.snappy_exe_security:
continue # checked in cr_security.py
found = False
t = 'info'
n = self._get_check_name(
'%s_optional_key' % test_str, extra=o, app=app)
s = "OK"
if o in my_dict[app]:
if o == 'stop-timeout':
if isinstance(my_dict[app][o], int):
found = True
elif not isinstance(my_dict[app][o], str):
t = 'error'
s = "'%s' is not a string or integer" % o
elif not re.search(r'[0-9]+[ms]?$', my_dict[app][o]):
t = 'error'
s = "'%s' is not of form NN[ms] (%s)" % \
(my_dict[app][o], o)
else:
found = True
elif o == 'ports':
if not isinstance(my_dict[app][o], dict):
t = 'error'
s = "'%s' is not dictionary" % o
elif o == 'socket':
if not isinstance(my_dict[app][o], bool):
t = 'error'
s = "'%s' is not boolean" % o
elif not isinstance(my_dict[app][o], str):
t = 'error'
s = "'%s' is not a string" % o
elif my_dict[app][o] == "":
t = 'error'
s = "'%s' is empty" % o
else:
found = True
if not found and t != 'error':
s = "OK (skip missing)"
self._add_result(t, n, s)
def check_snappy_optional(self):
'''Check snappy packate.yaml optional fields'''
if not self.is_snap1 or 'services' not in self.pkg_yaml:
return
self._verify_optional(self._create_dict(self.pkg_yaml['services']),
'package_yaml')
def _verify_unknown(self, my_dict, test_str):
for app in sorted(my_dict):
unknown = []
t = 'info'
n = self._get_check_name('%s_unknown_key' % test_str, app=app)
s = "OK"
for f in my_dict[app].keys():
if f not in self.required_keys and \
f not in self.optional_keys:
unknown.append(f)
if len(unknown) == 1:
t = 'warn'
s = "Unknown field '%s'" % unknown[0]
elif len(unknown) > 1:
t = 'warn'
s = "Unknown fields '%s'" % ", ".join(unknown)
self._add_result(t, n, s)
def check_snappy_unknown(self):
'''Check snappy package.yaml unknown fields'''
if not self.is_snap1 or 'services' not in self.pkg_yaml:
return
self._verify_unknown(self._create_dict(self.pkg_yaml['services']),
'package_yaml')
def _verify_service_description(self, my_dict, test_str):
'''Check snappy systemd description'''
for app in sorted(my_dict):
t = 'info'
n = self._get_check_name('%s_description_present' % test_str, app=app)
s = 'OK'
if 'description' not in my_dict[app]:
s = 'required description field not specified'
self._add_result('error', n, s)
return
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('%s_description_empty' % test_str, app=app)
s = 'OK'
if len(my_dict[app]['description']) == 0:
t = 'error'
s = "description is empty"
self._add_result(t, n, s)
def check_snappy_service_description(self):
'''Check snappy package.yaml description'''
if not self.is_snap1 or 'services' not in self.pkg_yaml:
return
self._verify_service_description(self._create_dict(
self.pkg_yaml['services']),
'package_yaml')
def _verify_entry(self, my_dict, d, test_str):
for app in sorted(my_dict):
if d not in my_dict[app]:
continue
t = 'info'
n = self._get_check_name('%s_empty' % test_str, extra=d, app=app)
s = 'OK'
if len(my_dict[app][d]) == 0:
t = 'error'
s = "%s entry is empty" % d
self._add_result(t, n, s)
continue
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('%s_absolute_path' % test_str, extra=d, app=app)
s = 'OK'
if my_dict[app][d].startswith('/'):
t = 'error'
s = "'%s' should not specify absolute path" % my_dict[app][d]
self._add_result(t, n, s)
def check_snappy_service_start(self):
'''Check snappy package.yaml start'''
if not self.is_snap1 or 'services' not in self.pkg_yaml:
return
self._verify_entry(self._create_dict(self.pkg_yaml['services']),
'start', 'package_yaml')
def check_snappy_service_stop(self):
'''Check snappy package.yaml stop'''
if not self.is_snap1 or 'services' not in self.pkg_yaml:
return
self._verify_entry(self._create_dict(self.pkg_yaml['services']),
'stop', 'package_yaml')
def check_snappy_service_poststop(self):
'''Check snappy package.yaml poststop'''
if not self.is_snap1 or 'services' not in self.pkg_yaml:
return
self._verify_entry(self._create_dict(self.pkg_yaml['services']),
'poststop', 'package_yaml')
def _verify_service_stop_timeout(self, my_dict, test_str):
for app in sorted(my_dict):
t = 'info'
n = self._get_check_name('%s_stop_timeout' % test_str, app=app)
s = "OK"
if 'stop-timeout' not in my_dict[app]:
s = "OK (skip missing)"
self._add_result(t, n, s)
return
st = my_dict[app]['stop-timeout']
if not isinstance(st, int) and not isinstance(st, str):
t = 'error'
s = 'stop-timeout is not a string or integer'
self._add_result(t, n, s)
return
if isinstance(st, str):
if re.search(r'[0-9]+[ms]?$', st):
st = int(st.rstrip(r'[ms]'))
else:
t = 'error'
s = "'%s' is not of form NN[ms] (%s)" % (my_dict[app], st)
self._add_result(t, n, s)
return
if st < 0 or st > 60:
t = 'error'
s = "stop-timeout '%d' out of range (0-60)" % \
my_dict[app]['stop-timeout']
self._add_result(t, n, s)
def check_snappy_service_stop_timeout(self):
'''Check snappy package.yaml stop-timeout'''
if not self.is_snap1 or 'services' not in self.pkg_yaml:
return
self._verify_service_stop_timeout(self._create_dict(
self.pkg_yaml['services']),
'package_yaml')
def _verify_service_bus_name(self, pkgname, my_dict, test_str, is_fwk):
for app in sorted(my_dict):
if 'bus-name' not in my_dict[app]:
continue
t = 'info'
n = self._get_check_name('%s_bus-name_framework' % test_str,
app=app)
s = 'OK'
if not is_fwk:
t = 'error'
s = "Use of bus-name requires package be of 'type: framework'"
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('%s_bus-name_empty' % test_str, app=app)
s = 'OK'
if len(my_dict[app]['bus-name']) == 0:
t = 'error'
s = "'bus-name' is empty"
self._add_result(t, n, s)
continue
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('%s_bus-name_format' % test_str, app=app)
l = None
s = 'OK'
if not re.search(r'^[A-Za-z0-9][A-Za-z0-9_-]*(\.[A-Za-z0-9][A-Za-z0-9_-]*)+$',
my_dict[app]['bus-name']):
t = 'error'
l = 'http://dbus.freedesktop.org/doc/dbus-specification.html'
s = "'%s' is not of form '^[A-Za-z0-9][A-Za-z0-9_-]*(\\.[A-Za-z0-9][A-Za-z0-9_-]*)+$'" % \
(my_dict[app]['bus-name'])
self._add_result(t, n, s, l)
t = 'info'
n = self._get_check_name('%s_bus-name_matches_name' % test_str, app=app)
s = 'OK'
suggested = [pkgname,
"%s.%s" % (pkgname, app)
]
found = False
for name in suggested:
if my_dict[app]['bus-name'].endswith(name):
found = True
break
if not found:
t = 'error'
s = "'%s' doesn't end with one of: %s" % \
(my_dict[app]['bus-name'], ", ".join(suggested))
self._add_result(t, n, s)
def check_snappy_service_bus_name(self):
'''Check snappy package.yaml bus-name'''
if not self.is_snap1 or 'services' not in self.pkg_yaml:
return
is_framework = False
if 'type' in self.pkg_yaml and self.pkg_yaml['type'] == 'framework':
is_framework = True
self._verify_service_bus_name(self.pkg_yaml['name'],
self._create_dict(
self.pkg_yaml['services']),
'package_yaml',
is_framework)
def _verify_service_ports(self, pkgname, my_dict, test_str):
for app in sorted(my_dict):
if 'ports' not in my_dict[app]:
continue
t = 'info'
n = self._get_check_name('%s_ports_empty' % test_str, app=app)
s = 'OK'
if len(my_dict[app]['ports'].keys()) == 0:
t = 'error'
s = "'ports' must contain 'internal' and/or 'external'"
self._add_result(t, n, s)
continue
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('%s_ports_bad_key' % test_str, app=app)
s = 'OK'
badkeys = []
for i in my_dict[app]['ports'].keys():
if i not in ['internal', 'external']:
badkeys.append(i)
if len(badkeys) > 0:
t = 'error'
s = "Unknown '%s' found in 'ports'" % ",".join(badkeys)
self._add_result(t, n, s)
port_pat = re.compile(r'^[0-9]+/[a-z0-9\-]+$')
for key in ['internal', 'external']:
if key not in my_dict[app]['ports']:
continue
if len(my_dict[app]['ports'][key].keys()) < 1:
t = 'error'
n = self._get_check_name('%s_ports' % test_str, extra=key, app=app)
s = 'Could not find any %s ports' % key
self._add_result(t, n, s)
continue
for tagname in my_dict[app]['ports'][key]:
entry = my_dict[app]['ports'][key][tagname]
if len(entry.keys()) < 1:
t = 'error'
n = self._get_check_name('%s_ports' % test_str, extra=key, app=app)
s = 'Could not find any subkeys for %s' % tagname
self._add_result(t, n, s)
continue
# Annoyingly, the snappy-systemd file uses 'Port' and
# 'Negotiable' instead of 'port' and 'negotiable' from the
# yaml
if (test_str == 'package_yaml' and
'negotiable' not in entry and
'port' not in entry) or \
(test_str == 'hook' and
'Negotiable' not in entry and
'Port' not in entry):
t = 'error'
n = self._get_check_name('%s_ports_invalid' % test_str, extra=key, app=app)
s = "Must specify specify at least 'port' or " + \
"'negotiable'"
self._add_result(t, n, s)
continue
# port
subkey = 'port'
if test_str == 'hook':
subkey = 'Port'
t = 'info'
n = self._get_check_name('%s_ports_%s_format' % (test_str, tagname), extra=subkey)
s = 'OK'
if subkey not in entry:
s = 'OK (skipped, not found)'
else:
tmp = entry[subkey].split('/')
if not port_pat.search(entry[subkey]) or \
int(tmp[0]) < 1 or int(tmp[0]) > 65535:
t = 'error'
s = "'%s' should be of form " % entry[subkey] + \
"'port/protocol' where port is an integer " + \
"(1-65535) and protocol is found in " + \
"/etc/protocols"
self._add_result(t, n, s)
# negotiable
subkey = 'negotiable'
if test_str == 'hook':
subkey = 'Negotiable'
t = 'info'
n = self._get_check_name('%s_ports_%s_format' % (test_str, tagname), extra=subkey)
s = 'OK'
if subkey not in entry:
s = 'OK (skipped, not found)'
elif entry[subkey] not in [True, False]:
t = 'error'
s = "'%s: %s' should be either 'yes' or 'no'" % \
(subkey, entry[subkey])
self._add_result(t, n, s)
def check_snappy_service_ports(self):
'''Check snappy package.yaml ports'''
if not self.is_snap1 or 'services' not in self.pkg_yaml:
return
self._verify_service_ports(self.pkg_yaml['name'],
self._create_dict(
self.pkg_yaml['services']),
'package_yaml')
def _verify_service_listen_stream(self, pkgname, my_dict, test_str):
for app in sorted(my_dict):
if 'listen-stream' not in my_dict[app]:
continue
t = 'info'
n = self._get_check_name('%s_listen-stream_empty' % test_str,
app=app)
s = 'OK'
if len(my_dict[app]['listen-stream']) == 0:
t = 'error'
s = "'listen-stream' is empty"
self._add_result(t, n, s)
continue
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('%s_listen-stream_matches_name' %
test_str, app=app)
s = 'OK'
sock = my_dict[app]['listen-stream']
if sock.startswith('@'):
if sock != '@%s' % pkgname and \
not sock.startswith('@%s_' % pkgname):
t = 'error'
s = ("abstract socket '%s' is neither '%s' nor starts "
"with '%s'" % (sock, '@%s' % pkgname,
'@%s_' % pkgname))
elif sock.startswith('/'):
found = False
for path in ["/tmp/",
"/var/lib/apps/%s/" % pkgname,
"/var/lib/apps/%s." % pkgname,
"/run/shm/snaps/%s/" % pkgname,
"/run/shm/snaps/%s." % pkgname]:
if sock.startswith(path):
found = True
break
if not found:
t = 'error'
s = ("named socket '%s' should be in a writable"
"app-specific area or /tmp" % sock)
else:
t = 'error'
s = ("'%s' does not specify an abstract socket (starts "
"with '@') or absolute filename" % (sock))
self._add_result(t, n, s)
def check_snappy_service_listen_stream(self):
'''Check snappy package.yaml listen-stream'''
if not self.is_snap1 or 'services' not in self.pkg_yaml:
return
self._verify_service_listen_stream(self.pkg_yaml['name'],
self._create_dict(
self.pkg_yaml['services']),
'package_yaml')
def check_snappy_service_socket_user(self):
'''Check snappy package.yaml socket-user'''
if not self.is_snap1 or 'services' not in self.pkg_yaml:
return
my_dict = self._create_dict(self.pkg_yaml['services'])
for app in sorted(my_dict):
if 'socket-user' not in my_dict[app]:
continue
t = 'error'
n = self._get_check_name('package_yaml_socket-user', app=app)
s = "'socket-user' should not be used until snappy supports " + \
"per-app users"
self._add_result(t, n, s, manual_review=True)
t = 'info'
n = self._get_check_name('package_yaml_socket-user_matches',
app=app)
s = "OK"
if my_dict[app]['socket-user'] != self.pkg_yaml['name']:
t = 'error'
s = "'%s' != '%s'" % (my_dict[app]['socket-user'],
self.pkg_yaml['name'])
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('package_yaml_socket-user_listen-stream',
app=app)
s = "OK"
if 'listen-stream' not in my_dict[app]:
t = 'error'
s = "'socket-user' specified without 'listen-stream'"
self._add_result(t, n, s)
def check_snappy_service_socket_group(self):
'''Check snappy package.yaml socket-group'''
if not self.is_snap1 or 'services' not in self.pkg_yaml:
return
my_dict = self._create_dict(self.pkg_yaml['services'])
for app in sorted(my_dict):
if 'socket-group' not in my_dict[app]:
continue
t = 'error'
n = self._get_check_name('package_yaml_socket-group', app=app)
s = "'socket-group' should not be used until snappy supports " + \
"per-app groups"
self._add_result(t, n, s, manual_review=True)
t = 'info'
n = self._get_check_name('package_yaml_socket-group_matches',
app=app)
s = "OK"
if my_dict[app]['socket-group'] != self.pkg_yaml['name']:
t = 'error'
s = "'%s' != '%s'" % (my_dict[app]['socket-group'],
self.pkg_yaml['name'])
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('package_yaml_socket-group_listen-stream',
app=app)
s = "OK"
if 'listen-stream' not in my_dict[app]:
t = 'error'
s = "'socket-group' specified without 'listen-stream'"
self._add_result(t, n, s)
def check_snappy_service_socket(self):
'''Check snappy package.yaml socket'''
if not self.is_snap1 or 'services' not in self.pkg_yaml:
return
my_dict = self._create_dict(self.pkg_yaml['services'])
for app in sorted(my_dict):
if 'socket' not in my_dict[app]:
continue
t = 'info'
n = self._get_check_name('package_yaml_socket_listen-stream',
app=app)
s = "OK"
if 'listen-stream' not in my_dict[app]:
t = 'error'
s = "'socket' specified without 'listen-stream'"
self._add_result(t, n, s)
click-reviewers-tools-0.44~16.04.1/clickreviews/common.py 0000664 0000000 0000000 00000053776 12744147072 020101 0 ustar '''common.py: common classes and functions'''
#
# Copyright (C) 2013-2016 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
import atexit
import codecs
import inspect
import json
import logging
import magic
import os
import re
import shutil
import subprocess
import sys
import tempfile
import types
DEBUGGING = False
UNPACK_DIR = None
RAW_UNPACK_DIR = None
TMP_DIR = None
VALID_SYSCALL = r'^[a-z0-9_]{2,64}$'
# This needs to match up with snapcraft
MKSQUASHFS_OPTS = ['-noappend', '-comp', 'xz', '-all-root', '-no-xattrs']
# There are quite a few kernel interfaces that can cause problems with
# long profile names. These are outlined in
# https://launchpad.net/bugs/1499544. The big issue is that the audit
# message must fit within PAGE_SIZE (at least 4096 on supported archs),
# so long names could push the audit message to be too big, which would
# result in a denial for that rule (but, only if the rule would've
# allowed it). Giving a hard-error on maxlen since we know that this
# will be a problem. The advisory length is what it is since we know
# that compound labels are sometimes logged and so a snappy system
# running an app in a snappy container or a QA testbed running apps
# under LXC
AA_PROFILE_NAME_MAXLEN = 230 # 245 minus a bit for child profiles
AA_PROFILE_NAME_ADVLEN = 100
def cleanup_unpack():
global UNPACK_DIR
if UNPACK_DIR is not None and os.path.isdir(UNPACK_DIR):
recursive_rm(UNPACK_DIR)
UNPACK_DIR = None
global RAW_UNPACK_DIR
if RAW_UNPACK_DIR is not None and os.path.isdir(RAW_UNPACK_DIR):
recursive_rm(RAW_UNPACK_DIR)
RAW_UNPACK_DIR = None
global TMP_DIR
if TMP_DIR is not None and os.path.isdir(TMP_DIR):
recursive_rm(TMP_DIR)
TMP_DIR = None
atexit.register(cleanup_unpack)
#
# Utility classes
#
class ReviewException(Exception):
'''This class represents Review exceptions'''
def __init__(self, value):
self.value = value
def __str__(self):
return repr(self.value)
class Review(object):
'''Common review class'''
magic_binary_file_descriptions = [
'application/x-executable; charset=binary',
'application/x-sharedlib; charset=binary',
'application/x-object; charset=binary',
'application/octet-stream; charset=binary'
]
def __init__(self, fn, review_type, overrides=None):
self.pkg_filename = fn
self._check_package_exists()
self.review_type = review_type
# TODO: rename as pkg_report
self.click_report = dict()
self.result_types = ['info', 'warn', 'error']
for r in self.result_types:
self.click_report[r] = dict()
self.click_report_output = "json"
global UNPACK_DIR
if UNPACK_DIR is None:
UNPACK_DIR = unpack_pkg(fn)
self.unpack_dir = UNPACK_DIR
global RAW_UNPACK_DIR
if RAW_UNPACK_DIR is None:
RAW_UNPACK_DIR = raw_unpack_pkg(fn)
self.raw_unpack_dir = RAW_UNPACK_DIR
self.is_click = False
self.is_snap1 = False
self.is_snap2 = False
self.pkgfmt = {"type": "", "version": ""}
(self.pkgfmt["type"], pkgver) = detect_package(fn, self.unpack_dir)
if self._pkgfmt_type() == "snap":
if pkgver < 2:
self.is_snap1 = True
self.pkgfmt["version"] = "15.04"
else:
self.is_snap2 = True
self.pkgfmt["version"] = "16.04"
elif self._pkgfmt_type() == "click":
self.pkgfmt["version"] = "0.4"
self.is_click = True
else:
error("Unknown package type: '%s'" % self._pkgfmt_type())
# Get a list of all unpacked files
self.pkg_files = []
self._list_all_files()
# Setup what is needed to get a list of all unpacked compiled binaries
self.mime = magic.open(magic.MAGIC_MIME)
self.mime.load()
self.pkg_bin_files = []
# Don't run this here since only cr_lint.py and cr_functional.py need
# it now
# self._list_all_compiled_binaries()
self.overrides = overrides if overrides is not None else {}
self.override_result_type = None
def _check_innerpath_executable(self, fn):
'''Check that the provided path exists and is executable'''
return os.access(fn, os.X_OK)
def _extract_statinfo(self, fn):
'''Extract statinfo from file'''
try:
st = os.stat(fn)
except Exception:
return None
return st
def _path_join(self, dirname, rest):
return os.path.join(dirname, rest)
def _get_sha512sum(self, fn):
'''Get sha512sum of file'''
(rc, out) = cmd(['sha512sum', fn])
if rc != 0:
return None
return out.split()[0]
def _pkgfmt_type(self):
'''Return the package format type'''
if "type" not in self.pkgfmt:
return ""
return self.pkgfmt["type"]
def _pkgfmt_version(self):
'''Return the package format version'''
if "version" not in self.pkgfmt:
return ""
return self.pkgfmt["version"]
def _check_package_exists(self):
'''Check that the provided package exists'''
if not os.path.exists(self.pkg_filename):
error("Could not find '%s'" % self.pkg_filename)
def _list_all_files(self):
'''List all files included in this click package.'''
for root, dirnames, filenames in os.walk(self.unpack_dir):
for f in filenames:
self.pkg_files.append(os.path.join(root, f))
def _check_if_message_catalog(self, fn):
'''Check if file is a message catalog (.mo file).'''
if fn.endswith('.mo'):
return True
return False
def _list_all_compiled_binaries(self):
'''List all compiled binaries in this click package.'''
for i in self.pkg_files:
res = self.mime.file(i)
if res in self.magic_binary_file_descriptions and \
not self._check_if_message_catalog(i):
self.pkg_bin_files.append(i)
def _get_check_name(self, name, app='', extra=''):
name = ':'.join([self.review_type, name])
if app:
name += ':' + app
if extra:
name += ':' + extra
return name
def _verify_pkgversion(self, v):
'''Verify package name'''
if not isinstance(v, (str, int, float)):
return False
re_valid_version = re.compile(r'^((\d+):)?' # epoch
'([A-Za-z0-9.+:~-]+?)' # upstream
'(-([A-Za-z0-9+.~]+))?$') # debian
if re_valid_version.match(str(v)):
return True
return False
def _get_policy_versions(self, vendor):
'''Get the supported AppArmor policy versions'''
if not self.aa_policy:
return None
if vendor not in self.aa_policy:
error("Could not find vendor '%s'" % vendor, do_exit=False)
return None
supported_policy_versions = []
for i in self.aa_policy[vendor].keys():
supported_policy_versions.append("%.1f" % float(i))
return sorted(supported_policy_versions)
def _get_templates(self, vendor, version, aa_type="all"):
'''Get templates by type'''
if not self.aa_policy:
return None
templates = []
if aa_type == "all":
for k in self.aa_policy[vendor][version]['templates'].keys():
templates += self.aa_policy[vendor][version]['templates'][k]
else:
templates = self.aa_policy[vendor][version]['templates'][aa_type]
return sorted(templates)
def _has_policy_version(self, vendor, version):
'''Determine if has specified policy version'''
if not self.aa_policy:
return None
if vendor not in self.aa_policy:
error("Could not find vendor '%s'" % vendor, do_exit=False)
return False
if str(version) not in self.aa_policy[vendor]:
return False
return True
def _get_policy_groups(self, vendor, version, aa_type="all"):
'''Get policy groups by type'''
if not self.aa_policy:
return None
groups = []
if vendor not in self.aa_policy:
error("Could not find vendor '%s'" % vendor, do_exit=False)
return groups
if not self._has_policy_version(vendor, version):
error("Could not find version '%s'" % version, do_exit=False)
return groups
v = str(version)
if aa_type == "all":
for k in self.aa_policy[vendor][v]['policy_groups'].keys():
groups += self.aa_policy[vendor][v]['policy_groups'][k]
else:
groups = self.aa_policy[vendor][v]['policy_groups'][aa_type]
return sorted(groups)
def _get_policy_group_type(self, vendor, version, policy_group):
'''Return policy group type'''
if not self.aa_policy:
return None
for t in self.aa_policy[vendor][version]['policy_groups']:
if policy_group in self.aa_policy[vendor][version]['policy_groups'][t]:
return t
return None
def _get_template_type(self, vendor, version, template):
'''Return template type'''
if not self.aa_policy:
return None
for t in self.aa_policy[vendor][version]['templates']:
if template in self.aa_policy[vendor][version]['templates'][t]:
return t
return None
# click_report[][] =
# result_type: info, warn, error
# review_name: name of the check (prefixed with self.review_type)
# result: contents of the review
# link: url for more information
# manual_review: force manual review
# override_result_type: prefix results with [] and set
# result_type to override_result_type
def _add_result(self, result_type, review_name, result, link=None,
manual_review=False, override_result_type=None):
'''Add result to report'''
if result_type not in self.result_types:
error("Invalid result type '%s'" % result_type)
prefix = ""
if override_result_type is not None:
if override_result_type not in self.result_types:
error("Invalid override result type '%s'" %
override_result_type)
prefix = "[%s] " % result_type.upper()
result_type = override_result_type
if review_name not in self.click_report[result_type]:
# log info about check so it can be collected into the
# check-names.list file
# format should be
# CHECK||
msg = 'CHECK|{}|{}'
name = ':'.join(review_name.split(':')[:2])
link_text = link if link is not None else ""
logging.debug(msg.format(name, link_text))
self.click_report[result_type][review_name] = dict()
self.click_report[result_type][review_name].update({
'text': "%s%s" % (prefix, result),
'manual_review': manual_review,
})
if link is not None:
self.click_report[result_type][review_name]["link"] = link
def do_report(self):
'''Print report'''
if self.click_report_output == "console":
# TODO: format better
import pprint
pprint.pprint(self.click_report)
elif self.click_report_output == "json":
import json
msg(json.dumps(self.click_report,
sort_keys=True,
indent=2,
separators=(',', ': ')))
rc = 0
if len(self.click_report['error']):
rc = 2
elif len(self.click_report['warn']):
rc = 1
return rc
def do_checks(self):
'''Run all methods that start with check_'''
methodList = [name for name, member in
inspect.getmembers(self, inspect.ismethod)
if isinstance(member, types.MethodType)]
for methodname in methodList:
if not methodname.startswith("check_"):
continue
func = getattr(self, methodname)
func()
def set_review_type(self, name):
'''Set review name'''
self.review_type = name
#
# Utility functions
#
def error(out, exit_code=1, do_exit=True):
'''Print error message and exit'''
try:
print("ERROR: %s" % (out), file=sys.stderr)
except IOError:
pass
if do_exit:
sys.exit(exit_code)
def warn(out):
'''Print warning message'''
try:
print("WARN: %s" % (out), file=sys.stderr)
except IOError:
pass
def msg(out, output=sys.stdout):
'''Print message'''
try:
print("%s" % (out), file=output)
except IOError:
pass
def debug(out):
'''Print debug message'''
global DEBUGGING
if DEBUGGING:
try:
print("DEBUG: %s" % (out), file=sys.stderr)
except IOError:
pass
def cmd(command):
'''Try to execute the given command.'''
debug(command)
try:
sp = subprocess.Popen(command, stdout=subprocess.PIPE,
stderr=subprocess.STDOUT)
except OSError as ex:
return [127, str(ex)]
if sys.version_info[0] >= 3:
out = sp.communicate()[0].decode('ascii', 'ignore')
else:
out = sp.communicate()[0]
return [sp.returncode, out]
def cmd_pipe(command1, command2):
'''Try to pipe command1 into command2.'''
try:
sp1 = subprocess.Popen(command1, stdout=subprocess.PIPE)
sp2 = subprocess.Popen(command2, stdin=sp1.stdout)
except OSError as ex:
return [127, str(ex)]
if sys.version_info[0] >= 3:
out = sp2.communicate()[0].decode('ascii', 'ignore')
else:
out = sp2.communicate()[0]
return [sp2.returncode, out]
def _unpack_cmd(cmd_args, d, dest):
'''Low level unpack helper'''
curdir = os.getcwd()
os.chdir(d)
(rc, out) = cmd(cmd_args)
os.chdir(curdir)
if rc != 0:
if os.path.isdir(d):
recursive_rm(d)
error("unpacking failed with '%d':\n%s" % (rc, out))
if dest is None:
dest = d
else:
shutil.move(d, dest)
return dest
def _unpack_snap_squashfs(snap_pkg, dest):
'''Unpack a squashfs based snap package to dest'''
d = tempfile.mkdtemp(prefix='review-')
return _unpack_cmd(['unsquashfs', '-f', '-d', d,
os.path.abspath(snap_pkg)], d, dest)
def _unpack_click_deb(pkg, dest):
d = tempfile.mkdtemp(prefix='review-')
return _unpack_cmd(['dpkg-deb', '-R',
os.path.abspath(pkg), d], d, dest)
def unpack_pkg(fn, dest=None):
'''Unpack package'''
if not os.path.isfile(fn):
error("Could not find '%s'" % fn)
pkg = fn
if not pkg.startswith('/'):
pkg = os.path.abspath(pkg)
if dest is not None and os.path.exists(dest):
error("'%s' exists. Aborting." % dest)
# check if its a squashfs based snap
if is_squashfs(pkg):
return _unpack_snap_squashfs(fn, dest)
return _unpack_click_deb(fn, dest)
def is_squashfs(filename):
'''Return true if the given filename as a squashfs header'''
with open(filename, 'rb') as f:
header = f.read(10)
return header.startswith(b"hsqs")
def raw_unpack_pkg(fn, dest=None):
'''Unpack raw package'''
if not os.path.isfile(fn):
error("Could not find '%s'" % fn)
pkg = fn
if not pkg.startswith('/'):
pkg = os.path.abspath(pkg)
# nothing to do for squashfs images
if is_squashfs(pkg):
return ""
if dest is not None and os.path.exists(dest):
error("'%s' exists. Aborting." % dest)
d = tempfile.mkdtemp(prefix='review-')
curdir = os.getcwd()
os.chdir(d)
(rc, out) = cmd(['ar', 'x', pkg])
os.chdir(curdir)
if rc != 0:
if os.path.isdir(d):
recursive_rm(d)
error("'ar x' failed with '%d':\n%s" % (rc, out))
if dest is None:
dest = d
else:
shutil.move(d, dest)
return dest
def create_tempdir():
'''Create/reuse a temporary directory that is automatically cleaned up'''
global TMP_DIR
if TMP_DIR is None:
TMP_DIR = tempfile.mkdtemp(prefix='review-')
return TMP_DIR
def open_file_read(path):
'''Open specified file read-only'''
try:
orig = codecs.open(path, 'r', "UTF-8")
except Exception:
raise
return orig
def recursive_rm(dirPath, contents_only=False):
'''recursively remove directory'''
names = os.listdir(dirPath)
for name in names:
path = os.path.join(dirPath, name)
if os.path.islink(path) or not os.path.isdir(path):
os.unlink(path)
else:
recursive_rm(path)
if contents_only is False:
os.rmdir(dirPath)
def run_check(cls):
if len(sys.argv) < 2:
error("Must give path to package")
# extract args
fn = sys.argv[1]
if len(sys.argv) > 2:
overrides = json.loads(sys.argv[2])
else:
overrides = None
review = cls(fn, overrides=overrides)
review.do_checks()
rc = review.do_report()
sys.exit(rc)
def detect_package(fn, dir=None):
'''Detect what type of package this is'''
pkgtype = None
pkgver = None
if not os.path.isfile(fn):
error("Could not find '%s'" % fn)
if dir is None:
unpack_dir = unpack_pkg(fn)
else:
unpack_dir = dir
if not os.path.isdir(unpack_dir):
error("Could not find '%s'" % unpack_dir)
pkg = fn
if not pkg.startswith('/'):
pkg = os.path.abspath(pkg)
# check if its a squashfs based snap
if is_squashfs(pkg):
# 16.04+ squashfs snaps
pkgtype = "snap"
pkgver = 2
elif os.path.exists(os.path.join(unpack_dir, "meta/package.yaml")):
# 15.04 ar-based snaps
pkgtype = "snap"
pkgver = 1
else:
pkgtype = "click"
pkgver = 1
if dir is None and os.path.isdir(unpack_dir):
recursive_rm(unpack_dir)
return (pkgtype, pkgver)
def find_external_symlinks(unpack_dir, pkg_files):
'''Check if symlinks in the package go out to the system.'''
common = '(-[0-9.]+)?\.so(\.[0-9.]+)?'
libc6_libs = ['ld-*.so',
'libanl',
'libBrokenLocale',
'libc',
'libcidn',
'libcrypt',
'libdl',
'libmemusage',
'libm',
'libmvec',
'libnsl',
'libnss_compat',
'libnss_dns',
'libnss_files',
'libnss_hesiod',
'libnss_nisplus',
'libnss_nis',
'libpcprofile',
'libpthread',
'libresolv',
'librt',
'libSegFault',
'libthread_db',
'libutil',
]
libc6_pats = []
for lib in libc6_libs:
libc6_pats.append(re.compile(r'%s%s' % (lib, common)))
libc6_pats.append(re.compile(r'ld-*.so$'))
libc6_pats.append(re.compile(r'ld-linux-.*.so\.[0-9.]+$'))
def _in_patterns(pats, f):
for pat in pats:
if pat.search(f):
return True
return False
external_symlinks = list(filter(lambda link: not
os.path.realpath(link).startswith(
unpack_dir) and
not _in_patterns(libc6_pats,
os.path.basename(link)),
pkg_files))
return [os.path.relpath(i, unpack_dir) for i in external_symlinks]
# check_results(report, expected_counts, expected)
# Verify exact counts of types
# expected_counts={'info': 1, 'warn': 0, 'error': 0}
# self.check_results(report, expected_counts)
# Verify counts of warn and error types
# expected_counts={'info': None, 'warn': 0, 'error': 0}
# self.check_results(report, expected_counts)
# Verify exact messages:
# expected = dict()
# expected['info'] = dict()
# expected['warn'] = dict()
# expected['warn']['skeleton_baz'] = "TODO"
# expected['error'] = dict()
# self.check_results(r, expected=expected)
def check_results(testobj, report,
expected_counts={'info': 1, 'warn': 0, 'error': 0},
expected=None):
if expected is not None:
for t in expected.keys():
for r in expected[t]:
testobj.assertTrue(r in report[t],
"Could not find '%s' (%s) in:\n%s" %
(r, t, json.dumps(report, indent=2)))
for k in expected[t][r]:
testobj.assertTrue(k in report[t][r],
"Could not find '%s' (%s) in:\n%s" %
(k, r, json.dumps(report, indent=2)))
testobj.assertEqual(expected[t][r][k], report[t][r][k])
else:
for k in expected_counts.keys():
if expected_counts[k] is None:
continue
testobj.assertEqual(len(report[k]), expected_counts[k],
"(%s not equal)\n%s" %
(k, json.dumps(report, indent=2)))
click-reviewers-tools-0.44~16.04.1/clickreviews/sr_tests.py 0000664 0000000 0000000 00000017053 12703500173 020431 0 ustar '''sr_tests.py: common setup and tests for test modules'''
#
# Copyright (C) 2013-2016 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
import io
import os
import yaml
from unittest.mock import patch
from unittest import TestCase
from clickreviews.common import (
check_results as common_check_results
)
# These should be set in the test cases
TEST_SNAP_YAML = ""
TEST_PKGFMT_TYPE = "snap"
TEST_PKGFMT_VERSION = "16.04"
TEST_UNPACK_DIR = "/fake"
TEST_SECURITY_PROFILES = dict()
#
# Mock override functions
#
def _mock_func(self):
'''Fake test function'''
return
def _extract_snap_yaml(self):
'''Pretend we read the package.yaml file'''
return io.StringIO(TEST_SNAP_YAML)
def _path_join(self, d, fn):
'''Pretend we have a tempdir'''
return os.path.join("/fake", fn)
def _check_innerpath_executable(self, fn):
'''Pretend we a file'''
if '.nonexec' in fn:
return False
return True
def _pkgfmt_type(self):
'''Pretend we found the pkgfmt type'''
return TEST_PKGFMT_TYPE
def _detect_package(self, fn):
'''Pretend we detected the package'''
ver = 2
if TEST_PKGFMT_VERSION == "15.04":
ver = 1
return (TEST_PKGFMT_TYPE, ver)
def __get_unpack_dir(self):
'''Pretend we found the unpack dir'''
return TEST_UNPACK_DIR
def create_patches():
# http://docs.python.org/3.4/library/unittest.mock-examples.html
# Mock patching. Don't use decorators but instead patch in setUp() of the
# child.
patches = []
patches.append(patch('clickreviews.common.Review._check_package_exists',
_mock_func))
patches.append(patch(
'clickreviews.sr_common.SnapReview._extract_snap_yaml',
_extract_snap_yaml))
patches.append(patch(
'clickreviews.sr_common.SnapReview._path_join',
_path_join))
patches.append(patch('clickreviews.common.unpack_pkg', _mock_func))
patches.append(patch('clickreviews.common.raw_unpack_pkg', _mock_func))
patches.append(patch('clickreviews.common.detect_package',
_detect_package))
patches.append(patch('clickreviews.sr_common.SnapReview._list_all_files',
_mock_func))
patches.append(patch(
'clickreviews.sr_common.SnapReview._list_all_compiled_binaries',
_mock_func))
patches.append(patch('clickreviews.common.Review._list_all_files',
_mock_func))
patches.append(patch(
'clickreviews.common.Review._list_all_compiled_binaries',
_mock_func))
patches.append(patch(
'clickreviews.common.Review._check_innerpath_executable',
_check_innerpath_executable))
# sr_common
patches.append(patch('clickreviews.sr_common.SnapReview._get_unpack_dir',
__get_unpack_dir))
# pkgfmt
patches.append(patch("clickreviews.sr_common.SnapReview._pkgfmt_type",
_pkgfmt_type))
return patches
class TestSnapReview(TestCase):
"""Tests for the snap review tool."""
def __init__(self, *args):
TestCase.__init__(self, *args)
self._reset_test_data()
def _reset_test_data(self):
self.test_snap_yaml = dict()
self.set_test_pkgfmt("snap", "16.04")
self.set_test_snap_yaml("name", "foo")
self.set_test_snap_yaml("version", "0.1")
self.set_test_snap_yaml("description", "Test description")
self.set_test_snap_yaml("summary", "Test summary")
self.set_test_snap_yaml("architectures", ["all"])
apps = dict()
apps["bar"] = dict()
apps["bar"]["command"] = "bin/bar"
self.set_test_snap_yaml("apps", apps)
# mockup a package name
self._update_test_name()
# reset the security profiles
self.test_security_profiles = dict()
def _update_test_snap_yaml(self):
global TEST_SNAP_YAML
TEST_SNAP_YAML = yaml.dump(self.test_snap_yaml,
default_flow_style=False,
indent=4)
def _update_test_security_profiles(self):
global TEST_SECURITY_PROFILES
TEST_SECURITY_PROFILES = dict()
if len(self.test_security_profiles.keys()) == 0:
TEST_SECURITY_PROFILES = dict()
else:
for plug in self.test_security_profiles.keys():
TEST_SECURITY_PROFILES[plug] = \
self.test_security_profiles[plug]
def _update_test_name(self):
self.test_name = "%s.origin_%s_%s.snap" % (
self.test_snap_yaml["name"],
self.test_snap_yaml["version"],
self.test_snap_yaml["architectures"][0])
def check_results(self, report,
expected_counts={'info': 1, 'warn': 0, 'error': 0},
expected=None):
common_check_results(self, report, expected_counts, expected)
def check_manual_review(self, report, check_name,
result_type='error', manual_review=True):
result = report[result_type][check_name]
self.assertEqual(result['manual_review'], manual_review)
def set_test_snap_yaml(self, key, value):
'''Set key in meta/snap.yaml to value. If value is None, remove
key'''
if value is None:
if key in self.test_snap_yaml:
self.test_snap_yaml.pop(key, None)
else:
self.test_snap_yaml[key] = value
self._update_test_snap_yaml()
def set_test_security_profile(self, plug, key, policy):
'''Set policy in security profile for key'''
if policy is None:
if plug in self.test_security_profiles and \
key in self.test_security_profiles[plug]:
self.test_security_profiles[plug].pop(key)
elif key is None:
if plug in self.test_security_profiles:
self.test_security_profiles.pop(plug)
elif plug is None:
self.test_security_profiles = dict()
else:
if plug not in self.test_security_profiles:
self.test_security_profiles[plug] = dict()
self.test_security_profiles[plug][key] = policy
self._update_test_security_profiles()
def set_test_pkgfmt(self, t, v):
global TEST_PKGFMT_TYPE
global TEST_PKGFMT_VERSION
TEST_PKGFMT_TYPE = t
TEST_PKGFMT_VERSION = v
def set_test_unpack_dir(self, d):
global TEST_UNPACK_DIR
TEST_UNPACK_DIR = d
def setUp(self):
'''Make sure our patches are applied everywhere'''
patches = create_patches()
for p in patches:
p.start()
self.addCleanup(p.stop)
def tearDown(self):
'''Make sure we reset everything to known good values'''
global TEST_SNAP_YAML
TEST_SNAP_YAML = ""
global TEST_SECURITY_PROFILES
TEST_SECURITY_PROFILES = dict()
global TEST_PKGFMT_TYPE
TEST_PKGFMT_TYPE = "snap"
global TEST_PKGFMT_VERSION
TEST_PKGFMT_VERSION = "16.04"
global TEST_UNPACK_DIR
TEST_UNPACK_DIR = "/fake"
self._reset_test_data()
click-reviewers-tools-0.44~16.04.1/clickreviews/cr_content_hub.py 0000664 0000000 0000000 00000011355 12666350672 021575 0 ustar '''cr_content_hub.py: click content-hub checks'''
#
# Copyright (C) 2014-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
from clickreviews.cr_common import ClickReview, error, open_file_read
import json
import os
class ClickReviewContentHub(ClickReview):
'''This class represents click lint reviews'''
def __init__(self, fn, overrides=None):
peer_hooks = dict()
my_hook = 'content-hub'
peer_hooks[my_hook] = dict()
peer_hooks[my_hook]['allowed'] = ClickReview.app_allowed_peer_hooks
peer_hooks[my_hook]['required'] = []
ClickReview.__init__(self, fn, "content_hub", peer_hooks=peer_hooks,
overrides=overrides)
if not self.is_click and not self.is_snap1:
return
self.valid_keys = ['destination', 'share', 'source']
self.content_hub_files = dict() # click-show-files and tests
self.content_hub = dict()
if self.manifest is None:
return
for app in self.manifest['hooks']:
if 'content-hub' not in self.manifest['hooks'][app]:
# msg("Skipped missing content-hub hook for '%s'" % app)
continue
if not isinstance(self.manifest['hooks'][app]['content-hub'], str):
error("manifest malformed: hooks/%s/urls is not str" % app)
(full_fn, jd) = self._extract_content_hub(app)
self.content_hub_files[app] = full_fn
self.content_hub[app] = jd
def _extract_content_hub(self, app):
'''Get content-hub hook content'''
c = self.manifest['hooks'][app]['content-hub']
fn = os.path.join(self.unpack_dir, c)
bn = os.path.basename(fn)
if not os.path.exists(fn):
error("Could not find '%s'" % bn)
fh = open_file_read(fn)
contents = ""
for line in fh.readlines():
contents += line
fh.close()
try:
jd = json.loads(contents)
except Exception as e:
error("content-hub json unparseable: %s (%s):\n%s" % (bn,
str(e), contents))
if not isinstance(jd, dict):
error("content-hub json is malformed: %s:\n%s" % (bn, contents))
return (fn, jd)
def check_valid(self):
'''Check validity of content-hub entries'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.content_hub):
for k in self.content_hub[app].keys():
t = "info"
n = self._get_check_name('valid', app=app, extra=k)
s = "OK"
if not isinstance(self.content_hub[app][k], list):
t = "error"
s = "'%s' is not a list" % k
elif len(self.content_hub[app][k]) < 1:
t = "error"
s = "'%s' is empty" % k
self._add_result(t, n, s)
if t == "error":
continue
for v in self.content_hub[app][k]:
t = "info"
n = self._get_check_name('valid_value', app=app, extra=k)
s = "OK"
if not isinstance(v, str):
t = "error"
s = "'%s' is not a string" % k
elif v == "":
t = "error"
s = "'%s' is empty" % k
self._add_result(t, n, s)
def check_unknown_keys(self):
'''Check unknown'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.content_hub):
unknown = []
t = "info"
n = self._get_check_name('unknown', app=app)
s = "OK"
for key in self.content_hub[app].keys():
if key not in self.valid_keys:
unknown.append(key)
if len(unknown) == 1:
t = "warn"
s = "Unknown field '%s'" % unknown[0]
elif len(unknown) > 1:
t = "warn"
s = "Unknown fields '%s'" % ", ".join(unknown)
self._add_result(t, n, s)
click-reviewers-tools-0.44~16.04.1/clickreviews/apparmor_policy.py 0000664 0000000 0000000 00000002746 12750115316 021771 0 ustar #
# Copyright (C) 2014 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
import os
import clickreviews.remote
USER_DATA_FILE = os.path.join(clickreviews.remote.DATA_DIR,
'apparmor-easyprof-ubuntu.json')
# XXX: This is a hack and will be gone, as soon as myapps has an API for this.
AA_POLICY_DATA_URL = \
"http://bazaar.launchpad.net/~store-reviewers/click-reviewers-tools/trunk/download/head:/apparmoreasyprofubun-20140711222314-oeohtxzvf9a58fa6-1/apparmor-easyprof-ubuntu.json"
def get_policy_file(fn):
if fn is None:
fn = USER_DATA_FILE
clickreviews.remote.get_remote_file(fn, AA_POLICY_DATA_URL)
class ApparmorPolicy(object):
def __init__(self, local_copy_fn=None):
self.policy = clickreviews.remote.read_cr_file(USER_DATA_FILE,
AA_POLICY_DATA_URL,
local_copy_fn)
click-reviewers-tools-0.44~16.04.1/clickreviews/cr_functional.py 0000664 0000000 0000000 00000016335 12666350672 021432 0 ustar '''cr_functional.py: click functional'''
#
# Copyright (C) 2013-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
import binascii
import os
import re
from clickreviews.cr_common import ClickReview, open_file_read
# TODO: for QML apps, see if i18n.domain('%s') matches X-Ubuntu-Gettext-Domain
# compiled apps can use organizationName to match X-Ubuntu-Gettext-Domain
class ClickReviewFunctional(ClickReview):
'''This class represents click lint reviews'''
def __init__(self, fn, overrides=None):
ClickReview.__init__(self, fn, "functional", overrides=overrides)
if not self.is_click and not self.is_snap1:
return
self.qml_files = []
for i in self.pkg_files:
if i.endswith(".qml"):
self.qml_files.append(i)
self._list_all_compiled_binaries()
def check_applicationName(self):
'''Check applicationName matches click manifest'''
if not self.is_click and not self.is_snap1:
return
if self.manifest is None:
return
t = 'info'
n = self._get_check_name('qml_applicationName_matches_manifest')
s = "OK"
l = None
# find file with MainView in the QML
mv = '\s*MainView\s*(\s+{)?'
pat_mv = re.compile(r'\n%s' % mv)
qmls = dict()
for i in self.qml_files:
qml = open_file_read(i).read()
if pat_mv.search(qml):
qmls[i] = qml
# LP: #1256841 - QML apps with C++ using QSettings shouldn't
# typically set applicationName in the QML
for i in self.pkg_bin_files:
f = open(i, 'rb')
data = str(binascii.b2a_qp(f.read()))
f.close()
if 'QSettings' in data:
s = "OK (binary uses QSettings)"
self._add_result(t, n, s)
return
if len(self.qml_files) == 0:
s = "OK (not QML)"
self._add_result(t, n, s)
return
elif len(qmls) == 0:
s = "SKIP: could not find MainView in QML files"
self._add_result(t, n, s)
return
pat_mvl = re.compile(r'^%s' % mv)
pat_appname = re.compile(r'^\s*applicationName\s*:\s*["\']')
ok = False
appnames = dict()
for k in qmls.keys():
in_mainview = False
for line in qmls[k].splitlines():
if in_mainview and pat_appname.search(line):
appname = line.split(':', 1)[1].strip('"\' \t\n\r\f\v;')
appnames[os.path.relpath(k, self.unpack_dir)] = appname
if appname == self.click_pkgname:
ok = True
break
elif pat_mvl.search(line):
in_mainview = True
if ok:
break
if len(appnames) == 0 or not ok:
if len(self.pkg_bin_files) == 0:
t = "warn"
l = 'http://askubuntu.com/questions/417371/what-does-functional-qml-applicationname-matches-manifest-mean/417372'
if len(appnames) == 0:
s = "could not find applicationName in: %s" % \
", ".join(sorted(list(map(
lambda x: os.path.relpath(x, self.unpack_dir), qmls))))
else: # not ok
s = "click manifest name '%s' not found in: " % \
self.click_pkgname + "%s" % \
", ".join(sorted(list(map(
lambda x: "%s ('%s')" % (x, appnames[x]), appnames))))
if len(self.pkg_bin_files) == 0:
s += ". Application may not work properly when confined."
else:
s += ". May be ok (detected as compiled application)."
self._add_result(t, n, s, l)
def check_qtwebkit(self):
'''Check that QML applications don't use QtWebKit'''
if not self.is_click and not self.is_snap1:
return
t = 'info'
n = self._get_check_name('qml_application_uses_QtWebKit')
s = "OK"
l = None
qmls = []
pat_mv = re.compile(r'\n\s*import\s+QtWebKit')
for i in self.qml_files:
qml = open_file_read(i).read()
if pat_mv.search(qml):
qmls.append(os.path.relpath(i, self.unpack_dir))
if len(qmls) > 0:
t = 'warn'
s = "Found files that use unsupported QtWebKit (should use " + \
"UbuntuWebview (Ubuntu.Components.Extras.Browser >= " + \
"0.2) or Oxide instead): %s" % " ,".join(qmls)
l = "http://askubuntu.com/questions/417342/what-does-functional-qml-application-uses-qtwebkit-mean/417343"
self._add_result(t, n, s, l)
t = 'info'
n = self._get_check_name('qml_application_uses_UbuntuWebView_0.2')
s = "OK"
l = None
if self.manifest is not None and \
self.manifest['framework'] == "ubuntu-sdk-13.10":
s = "SKIPPED (Oxide not available in ubuntu-sdk-13.10)"
else:
qmls = []
pat_mv = re.compile(r'\n\s*import\s+Ubuntu\.Components\.Extras\.Browser\s+0\.1\s*\n')
for i in self.qml_files:
qml = open_file_read(i).read()
if pat_mv.search(qml):
qmls.append(os.path.relpath(i, self.unpack_dir))
if len(qmls) > 0:
t = 'warn'
s = "Found files that use unsupported QtWebKit via " + \
"'Ubuntu.Components.Extras.Browser 0.1' (should use " + \
"Ubuntu.Components.Extras.Browser >= 0.2 or " + \
"Oxide instead): %s" % " ,".join(qmls)
l = "http://askubuntu.com/questions/417342/what-does-functional-qml-application-uses-qtwebkit-mean/417343"
self._add_result(t, n, s, l)
def check_friends(self):
'''Check that QML applications don't use deprecated Friends API'''
if not self.is_click and not self.is_snap1:
return
t = 'info'
n = self._get_check_name('qml_application_uses_friends')
s = "OK"
l = None
qmls = []
pat_mv = re.compile(r'\n\s*import\s+Friends')
for i in self.qml_files:
qml = open_file_read(i).read()
if pat_mv.search(qml):
qmls.append(os.path.relpath(i, self.unpack_dir))
if len(qmls) > 0:
t = 'error'
s = "Found files that use deprecated Friends API: %s" % " ,".join(qmls)
l = "http://askubuntu.com/questions/497551/what-does-functional-qml-application-uses-friends-mean"
self._add_result(t, n, s, l)
click-reviewers-tools-0.44~16.04.1/clickreviews/cr_online_accounts.py 0000664 0000000 0000000 00000037241 12666351155 022447 0 ustar '''cr_online_accounts.py: click online accounts'''
#
# Copyright (C) 2013-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
from clickreviews.cr_common import ClickReview, error, open_file_read
import json
import os
import re
# http://lxml.de/tutorial.html
import lxml.etree as etree
class ClickReviewAccounts(ClickReview):
'''This class represents click lint reviews'''
def __init__(self, fn, overrides=None):
peer_hooks = dict()
peer_hooks['account-application'] = dict()
peer_hooks['account-application']['allowed'] = \
ClickReview.app_allowed_peer_hooks + \
ClickReview.scope_allowed_peer_hooks
peer_hooks['account-application']['required'] = ['apparmor']
peer_hooks['account-service'] = dict()
peer_hooks['account-service']['required'] = ['account-application',
'apparmor'
]
peer_hooks['account-service']['allowed'] = \
ClickReview.app_allowed_peer_hooks + \
ClickReview.scope_allowed_peer_hooks
peer_hooks['accounts'] = dict()
peer_hooks['accounts']['allowed'] = \
[h for h in (ClickReview.app_allowed_peer_hooks +
ClickReview.scope_allowed_peer_hooks)
if not h.startswith('account-')]
peer_hooks['accounts']['required'] = ['apparmor']
peer_hooks['account-provider'] = dict()
peer_hooks['account-provider']['required'] = ['account-qml-plugin',
'apparmor'
]
peer_hooks['account-provider']['allowed'] = \
peer_hooks['account-provider']['required']
peer_hooks['account-qml-plugin'] = dict()
peer_hooks['account-qml-plugin']['required'] = ['account-provider',
'apparmor'
]
peer_hooks['account-qml-plugin']['allowed'] = \
peer_hooks['account-qml-plugin']['required']
ClickReview.__init__(self,
fn,
"online_accounts",
peer_hooks=peer_hooks,
overrides=overrides,
peer_hooks_link="https://wiki.ubuntu.com/SecurityTeam/Specifications/OnlineAccountsConfinement")
if not self.is_click and not self.is_snap1:
return
self.accounts_files = dict()
self.accounts = dict()
self.account_hooks = ['accounts',
'account-application',
'account-provider',
'account-qml-plugin',
'account-service']
if self.manifest is None:
return
for app in self.manifest['hooks']:
for h in self.account_hooks:
if h not in self.manifest['hooks'][app]:
# msg("Skipped missing %s hook for '%s'" % (h, app))
continue
if not isinstance(self.manifest['hooks'][app][h], str):
error("manifest malformed: hooks/%s/%s is not a str" % (
app, h))
(full_fn, parsed) = self._extract_account(app, h)
if app not in self.accounts_files:
self.accounts_files[app] = dict()
self.accounts_files[app][h] = full_fn
if app not in self.accounts:
self.accounts[app] = dict()
self.accounts[app][h] = parsed
self.required_keys = dict()
self.allowed_keys = dict()
self.required_keys["service"] = [
('provider', str),
]
self.allowed_keys["service"] = [
('auth', dict),
('name', str),
('description', str),
]
self.required_keys["plugin"] = [
('name', str),
('icon', str),
('qml', str),
]
self.allowed_keys["plugin"] = [
('auth', dict),
]
self.provider_re = re.compile('^[a-zA-Z0-9_.-]+$')
def _extract_account(self, app, account_type):
'''Extract accounts'''
if self.manifest is None:
return
a = self.manifest['hooks'][app][account_type]
fn = os.path.join(self.unpack_dir, a)
bn = os.path.basename(fn)
if not os.path.exists(fn):
error("Could not find '%s'" % bn)
# qml-plugin points to a QML file, so just set that we have the
# the hook present for now
if account_type == "account-qml-plugin":
return (fn, True)
elif account_type == "accounts":
fh = open_file_read(fn)
contents = ""
for line in fh.readlines():
contents += line
fh.close()
try:
jd = json.loads(contents)
except Exception as e:
error("accounts json unparseable: %s (%s):\n%s" % (bn,
str(e), contents))
if not isinstance(jd, dict):
error("accounts json is malformed: %s:\n%s" % (bn, contents))
return (fn, jd)
else:
try:
tree = etree.parse(fn)
xml = tree.getroot()
except Exception as e:
error("accounts xml unparseable: %s (%s)" % (bn, str(e)))
return (fn, xml)
def check_hooks_versions(self):
'''Check hooks versions'''
if not self.is_click and not self.is_snap1:
return
if self.manifest is None:
return
framework = self.manifest['framework']
if not framework.startswith("ubuntu-sdk"):
return
t = "error"
if framework < "ubuntu-sdk-15.04.1":
for app in sorted(self.accounts.keys()):
for hook in self.accounts[app].keys():
if hook == "accounts":
n = self._get_check_name('%s_hook' % hook, app=app)
s = "'accounts' hook is not available in '%s' (must be 15.04.1 or later)" % \
(framework)
self._add_result(t, n, s)
return
hook_state = "disallowed"
if framework < "ubuntu-sdk-16.10":
t = "warn"
hook_state = "deprecated"
for app in sorted(self.accounts.keys()):
for hook in self.accounts[app].keys():
if hook.startswith("account-"):
n = self._get_check_name('%s_hook' % hook, app=app)
s = "'%s' is %s in %s: use 'accounts' hook instead" % \
(hook, hook_state, framework)
self._add_result(t, n, s)
def _check_object(self, obj_type, obj, n):
t = "info"
s = "OK"
if not isinstance(obj, dict):
t = "error"
s = "%s is not an object" % obj_type
self._add_result(t, n, s)
return
for (k, vt) in self.required_keys[obj_type]:
if k not in obj.keys():
t = "error"
s = "required key '%s' is missing" % k
self._add_result(t, n, s)
if t == "error":
return
known_keys = self.required_keys[obj_type] + self.allowed_keys[obj_type]
for (k, v) in obj.items():
type_list = [kk[1] for kk in known_keys if kk[0] == k]
if len(type_list) < 1:
t = "error"
s = "unrecognized key '%s'" % k
self._add_result(t, n, s)
continue
if not isinstance(v, type_list[0]):
t = "error"
s = "value for '%s' must be of type %s" % (k, type_list[0])
self._add_result(t, n, s)
continue
if k == 'provider' and not self.provider_re.match(v):
t = "error"
s = "'provider' must only consist of alphanumeric characters"
self._add_result(t, n, s)
self._add_result(t, n, s)
def _check_object_list(self, app, key, obj_type, obj_list):
t = 'info'
n = self._get_check_name('accounts_%s' % key, app=app)
if not isinstance(obj_list, list):
t = "error"
s = "'%s' is not a list" % key
elif len(obj_list) < 1:
t = "error"
s = "'%s' is empty" % key
if t == "error":
self._add_result(t, n, s)
return
for (i, obj) in enumerate(obj_list):
n = self._get_check_name('accounts_%s' % (obj_type), app=app, extra=str(i))
self._check_object(obj_type, obj, n)
def check_manifest(self):
'''Check manifest'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.accounts.keys()):
account_type = "accounts"
t = 'info'
n = self._get_check_name('%s_root' % account_type, app=app)
s = "OK"
if account_type not in self.accounts[app]:
s = "OK (missing)"
self._add_result(t, n, s)
continue
has_services_or_plugin = False
n = self._get_check_name('%s_services' % account_type, app=app)
if 'services' in self.accounts[app][account_type]:
has_services_or_plugin = True
services = self.accounts[app][account_type]['services']
self._check_object_list(app, "services", "service", services)
n = self._get_check_name('%s_plugin' % account_type, app=app)
if 'plugin' in self.accounts[app][account_type]:
has_services_or_plugin = True
plugin = self.accounts[app][account_type]['plugin']
self._check_object("plugin", plugin, n)
if not has_services_or_plugin:
t = "error"
s = "either 'services' or 'plugin' key must be present"
self._add_result(t, n, s)
def check_application(self):
'''Check application'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.accounts.keys()):
account_type = "account-application"
t = 'info'
n = self._get_check_name('%s_root' % account_type, app=app)
s = "OK"
if account_type not in self.accounts[app]:
s = "OK (missing)"
self._add_result(t, n, s)
continue
root_tag = self.accounts[app][account_type].tag.lower()
if root_tag != "application":
t = 'error'
s = "'%s' is not 'application'" % root_tag
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('%s_id' % account_type, app=app)
s = "OK"
if "id" in self.accounts[app][account_type].keys():
t = 'warn'
s = "Found 'id' in application tag"
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('%s_services' % account_type, app=app)
s = "OK"
if self.accounts[app][account_type].find("services") is None:
t = 'error'
s = "Could not find '' tag"
self._add_result(t, n, s)
if t == 'error':
continue
t = 'info'
n = self._get_check_name('%s_service' % account_type, app=app)
s = "OK"
if self.accounts[app][account_type].find("./services/service") \
is None:
t = 'error'
s = "Could not find '' tag under "
self._add_result(t, n, s)
def check_service(self):
'''Check service'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.accounts.keys()):
account_type = "account-service"
t = 'info'
n = self._get_check_name('%s_root' % account_type, app=app)
s = "OK"
if account_type not in self.accounts[app]:
s = "OK (missing)"
self._add_result(t, n, s)
continue
root_tag = self.accounts[app][account_type].tag.lower()
if root_tag != "service":
t = 'error'
s = "'%s' is not 'service'" % root_tag
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('%s_id' % account_type, app=app)
s = "OK"
if "id" in self.accounts[app][account_type].keys():
t = 'warn'
s = "Found 'id' in service tag"
self._add_result(t, n, s)
if t == 'error':
continue
l = 'http://askubuntu.com/q/697173'
for tag in ['name', 'provider']:
t = 'info'
n = self._get_check_name(
'%s_%s' % (account_type, tag), app=app)
s = "OK"
if self.accounts[app][account_type].find(tag) is None:
t = 'error'
s = "Could not find '<%s>' tag" % tag
self._add_result(t, n, s, l)
def check_provider(self):
'''Check provider'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.accounts.keys()):
account_type = "account-provider"
t = 'info'
n = self._get_check_name(account_type, app=app)
s = "OK"
manual_review = False
if account_type not in self.accounts[app]:
s = "OK (missing)"
self._add_result(t, n, s)
continue
self._add_result(t, n, s, manual_review=manual_review)
t = 'info'
n = self._get_check_name('%s_root' % account_type, app=app)
s = "OK"
root_tag = self.accounts[app][account_type].tag.lower()
if root_tag != "provider":
t = 'error'
s = "'%s' is not 'provider'" % root_tag
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name('%s_id' % account_type, app=app)
s = "OK"
if "id" in self.accounts[app][account_type].keys():
t = 'warn'
s = "Found 'id' in provider tag"
self._add_result(t, n, s)
def check_qml_plugin(self):
'''Check qml-plugin'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.accounts.keys()):
account_type = "account-qml-plugin"
t = 'info'
n = self._get_check_name(account_type, app=app)
s = "OK"
manual_review = False
if account_type not in self.accounts[app]:
s = "OK (missing)"
self._add_result(t, n, s)
continue
self._add_result(t, n, s, manual_review=manual_review)
click-reviewers-tools-0.44~16.04.1/clickreviews/cr_push_helper.py 0000664 0000000 0000000 00000012740 12666350672 021602 0 ustar '''cr_push_helper.py: click push-helper checks'''
#
# Copyright (C) 2014-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
from clickreviews.cr_common import ClickReview, error, open_file_read
import json
import os
class ClickReviewPushHelper(ClickReview):
'''This class represents click lint reviews'''
def __init__(self, fn, overrides=None):
peer_hooks = dict()
my_hook = 'push-helper'
peer_hooks[my_hook] = dict()
peer_hooks[my_hook]['allowed'] = ['apparmor']
peer_hooks[my_hook]['required'] = ['apparmor']
ClickReview.__init__(self, fn, "push_helper", peer_hooks=peer_hooks,
overrides=overrides)
if not self.is_click and not self.is_snap1:
return
self.required_keys = ['exec']
self.optional_keys = ['app_id']
self.push_helper_files = dict() # click-show-files and tests
self.push_helper = dict()
if self.manifest is None:
return
for app in self.manifest['hooks']:
if 'push-helper' not in self.manifest['hooks'][app]:
# msg("Skipped missing push-helper hook for '%s'" % app)
continue
if not isinstance(self.manifest['hooks'][app]['push-helper'], str):
error("manifest malformed: hooks/%s/push-helper is not str" %
app)
(full_fn, jd) = self._extract_push_helper(app)
self.push_helper_files[app] = full_fn
self.push_helper[app] = jd
def _extract_push_helper(self, app):
'''Get push-helper hook content'''
c = self.manifest['hooks'][app]['push-helper']
fn = os.path.join(self.unpack_dir, c)
bn = os.path.basename(fn)
if not os.path.exists(fn):
error("Could not find '%s'" % bn)
fh = open_file_read(fn)
contents = ""
for line in fh.readlines():
contents += line
fh.close()
try:
jd = json.loads(contents)
except Exception as e:
error("push-helper json unparseable: %s (%s):\n%s" % (bn,
str(e), contents))
if not isinstance(jd, dict):
error("push-helper json is malformed: %s:\n%s" % (bn, contents))
return (fn, jd)
def check_valid(self):
'''Check validity of push-helper entries'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.push_helper):
for k in self.push_helper[app].keys():
t = "info"
n = self._get_check_name("valid", app=app, extra=k)
s = "OK"
if not isinstance(self.push_helper[app][k], str):
t = "error"
s = "'%s' is not a string" % k
elif self.push_helper[app][k] == "":
t = "error"
s = "'%s' is empty" % k
self._add_result(t, n, s)
for k in self.required_keys:
t = "info"
n = self._get_check_name("valid_required", app=app, extra=k)
s = "OK"
if k not in self.push_helper[app]:
t = "error"
s = "'%s' is missing" % k
self._add_result(t, n, s)
def check_unknown_keys(self):
'''Check unknown'''
if not self.is_click and not self.is_snap1:
return
for app in sorted(self.push_helper):
unknown = []
t = "info"
n = self._get_check_name("unknown", app=app)
s = "OK"
for key in self.push_helper[app].keys():
if key not in self.required_keys and \
key not in self.optional_keys:
unknown.append(key)
if len(unknown) == 1:
t = "warn"
s = "Unknown field '%s'" % unknown[0]
elif len(unknown) > 1:
t = "warn"
s = "Unknown fields '%s'" % ", ".join(unknown)
self._add_result(t, n, s)
def check_hooks(self):
'''Verify combinations of click hooks with the push-helper hook'''
if not self.is_click and not self.is_snap1:
return
if self.manifest is None:
return
for app in sorted(self.manifest['hooks']):
if app not in self.push_helper:
continue
t = "info"
n = self._get_check_name("other_hooks", app=app)
s = "OK"
bad = []
for hook in self.manifest['hooks'][app]:
# Only the apparmor hook can be used with the push-helper
if hook not in ['push-helper', 'apparmor']:
bad.append(hook)
if len(bad) > 0:
t = 'error'
s = "Found unusual hooks with push-helper: %s" % ", ".join(bad)
self._add_result(t, n, s)
click-reviewers-tools-0.44~16.04.1/clickreviews/.cr_security.py.swp 0000664 0000000 0000000 00000040000 12750115065 021774 0 ustar b0VIM 7.4 #ÚV÷Qv Fw jamie lily ~jamie/bzr-pulls/click-reviewers-tools.trunk/clickreviews/cr_security.py
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á ´ Œ e 4 â ¸ Œ e 3 Û ¯ z M Þ § ¦ 'camera', 'audio', self.allowed_webapp_policy_groups = ['accounts', 'write_path'] 'template_variables', 'read_path', 'binary', self.redflag_fields = ['abstractions', self.required_fields = ['policy_version'] 'name'] 'copyright', 'comment', self.ignored_fields = ['author', 'write_path'] 'template_variables', 'template', 'read_path', 'policy_version', 'policy_vendor', 'policy_groups', 'name', 'copyright', 'comment', 'binary', 'author', self.all_fields = ['abstractions', self.aa_policy = p.policy p = apparmor_policy.ApparmorPolicy(local_copy) local_copy = branch_fn if os.path.exists(branch_fn): '../data/apparmor-easyprof-ubuntu.json') branch_fn = os.path.join(os.path.dirname(__file__), local_copy = None # tree, use it unconditionally. # we are up to date. However, if we are working within the development # If local_copy is None, then this will check the server to see if return if not self.is_click and not self.is_snap1: overrides=overrides) ClickReview.__init__(self, fn, "security", peer_hooks=peer_hooks, peer_hooks[my_hook2]['required'] = [] ClickReview.service_allowed_peer_hooks peer_hooks[my_hook2]['allowed'] = \ # Basically, everything except frameworks peer_hooks[my_hook2] = dict() my_hook2 = 'apparmor-profile' peer_hooks[my_hook]['required'] = [] ['pay-ui'] ClickReview.service_allowed_peer_hooks + \ ClickReview.scope_allowed_peer_hooks + \ peer_hooks[my_hook]['allowed'] = ClickReview.app_allowed_peer_hooks + \ # Basically, everything except frameworks peer_hooks[my_hook] = dict() my_hook = 'apparmor' peer_hooks = dict() def __init__(self, fn, overrides=None): '''This class represents click lint reviews''' class ClickReviewSecurity(ClickReview): import os import json import copy import clickreviews.apparmor_policy as apparmor_policy import clickreviews.cr_common as cr_common from clickreviews.cr_common import ClickReview, error, open_file_read ) AA_PROFILE_NAME_ADVLEN, AA_PROFILE_NAME_MAXLEN, from clickreviews.common import ( from __future__ import print_function # along with this program. If not, see . # You should have received a copy of the GNU General Public License # # GNU General Public License for more details. # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # but WITHOUT ANY WARRANTY; without even the implied warranty of # This program is distributed in the hope that it will be useful, # # the Free Software Foundation; version 3 of the License. # it under the terms of the GNU General Public License as published by # This program is free software: you can redistribute it and/or modify # # Copyright (C) 2013-2016 Canonical Ltd. # '''cr_security.py: click security checks''' ad — Û J ³ c ? ë ¹ ˜ — q p 9 ÷
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¸ Ÿ O 3 õ Ï Î œ k 7 $ # û Ó Ò £ m V ü ¿ ‡ a E ÷ µ k % ý â “ F ù © h Û Ú self._add_result(t, n, s) ) self.click_version) app, self.click_pkgname, "shortening '%s', '%s' and/or '%s'" % (profile, advlen, "problematic in certain environments. Please consider " s = ("'%s' is long (exceeds %d characters) and thus could be " t = 'warn' elif len(profile) > advlen: self.click_version)) self.click_pkgname, app, "'%s', '%s' and/or '%s'" % (profile, maxlen, s = ("'%s' too long (exceeds %d characters). Please shorten " t = 'error' if len(profile) > maxlen: self.click_version) profile = "%s_%s_%s" % (self.click_pkgname, app, s = "OK" n = self._get_check_name('profile_name_length', extra=f) t = 'info' (f, m) = self._get_security_manifest(app) for app in sorted(self.security_apps): advlen = AA_PROFILE_NAME_ADVLEN maxlen = AA_PROFILE_NAME_MAXLEN return if not self.is_click and not self.is_snap1: '''Check AppArmor profile name length''' def check_apparmor_profile_name_length(self): self._add_result(t, n, s) s = "template is not 'ubuntu-account-plugin'" t = 'error' if 'template' not in m or m['template'] != "ubuntu-account-plugin": continue if 'account-qml-plugin' not in self.manifest['hooks'][app]: s = "OK" n = self._get_check_name('template_account_qml_plugin', extra=f) t = 'info' (f, m) = self._get_security_manifest(app) for app in sorted(self.security_apps): return if not self.is_click and not self.is_snap1: '''Check template for online accounts account-qml-plugin''' def check_template_online_accounts_qml_plugin(self): self._add_result(t, n, s) s = "template is not 'ubuntu-account-plugin'" t = 'error' if 'template' not in m or m['template'] != "ubuntu-account-plugin": continue if 'account-provider' not in self.manifest['hooks'][app]: s = "OK" n = self._get_check_name('template_account_provider', extra=f) t = 'info' (f, m) = self._get_security_manifest(app) for app in sorted(self.security_apps): return if not self.is_click and not self.is_snap1: '''Check template for online accounts account-provider''' def check_template_online_accounts_provider(self): # TODO: error if not 'common' continue self._add_result(t, n, s) s = "'apparmor' not found in click manifest for '%s'" % app t = 'error' 'apparmor-profile' not in self.manifest['hooks'][app]: elif 'apparmor' not in self.manifest['hooks'][app] and \ click-reviewers-tools-0.44~16.04.1/clickreviews/cr_bin_path.py 0000664 0000000 0000000 00000017077 12666350672 021060 0 ustar '''cr_bin_path.py: click bin-path'''
#
# Copyright (C) 2014-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
from clickreviews.cr_common import ClickReview, error
import os
class ClickReviewBinPath(ClickReview):
'''This class represents click lint reviews'''
def __init__(self, fn, overrides=None):
# bin-path is ignored by snappy install so don't bother with peerhooks
ClickReview.__init__(self, fn, "bin-path", overrides=overrides)
self.bin_paths_files = dict()
self.bin_paths = dict()
if not self.is_snap1:
return
# snappy yaml currently only allows specifying:
# - exec (optional)
# - description (optional)
self.required_keys = []
self.optional_keys = ['description', 'exec'] + self.snappy_exe_security
if self.is_snap1 and 'binaries' in self.pkg_yaml:
if len(self.pkg_yaml['binaries']) == 0:
error("package.yaml malformed: 'binaries' is empty")
for binary in self.pkg_yaml['binaries']:
if 'name' not in binary:
error("package.yaml malformed: required 'name' not found "
"for entry in %s" % self.pkg_yaml['binaries'])
elif not isinstance(binary['name'], str):
error("package.yaml malformed: required 'name' is not str"
"for entry in %s" % self.pkg_yaml['binaries'])
app = os.path.basename(binary['name'])
if 'exec' in binary:
rel = binary['exec']
else:
rel = binary['name']
self.bin_paths[app] = rel
self.bin_paths_files[app] = self._extract_bin_path(app)
def _extract_bin_path(self, app):
'''Get bin-path for app'''
rel = self.bin_paths[app]
fn = os.path.join(self.unpack_dir, rel)
if not os.path.exists(fn):
error("Could not find '%s'" % rel)
return fn
def _check_bin_path_executable(self, app):
'''Check that the provided path exists'''
fn = self.bin_paths_files[app]
return os.access(fn, os.X_OK)
def _verify_required(self, my_dict, test_str):
for app in sorted(my_dict):
for r in self.required_keys:
found = False
t = 'info'
n = self._get_check_name(
'%s_required_key' % test_str, app=app, extra=r)
s = "OK"
if r in my_dict[app]:
if not isinstance(my_dict[app][r], str):
t = 'error'
s = "'%s' is not a string" % r
elif my_dict[app][r] == "":
t = 'error'
s = "'%s' is empty" % r
else:
found = True
if not found and t != 'error':
t = 'error'
s = "Missing required field '%s'" % r
self._add_result(t, n, s)
def check_snappy_required(self):
'''Check for package.yaml required fields'''
if not self.is_snap1 or 'binaries' not in self.pkg_yaml:
return
self._verify_required(self._create_dict(self.pkg_yaml['binaries']),
'package_yaml')
def _verify_optional(self, my_dict, test_str):
for app in sorted(my_dict):
for o in self.optional_keys:
if o in self.snappy_exe_security:
continue # checked in cr_security.py
found = False
t = 'info'
n = self._get_check_name(
'%s_optional_key' % test_str, app=app, extra=o)
s = "OK"
if o in my_dict[app]:
if not isinstance(my_dict[app][o], str):
t = 'error'
s = "'%s' is not a string" % o
elif my_dict[app][o] == "":
t = 'error'
s = "'%s' is empty" % o
else:
found = True
if not found and t != 'error':
s = "OK (skip missing)"
self._add_result(t, n, s)
def check_snappy_optional(self):
'''Check snappy packate.yaml optional fields'''
if not self.is_snap1 or 'binaries' not in self.pkg_yaml:
return
self._verify_optional(self._create_dict(self.pkg_yaml['binaries']),
'package_yaml')
def _verify_unknown(self, my_dict, test_str):
for app in sorted(my_dict):
unknown = []
t = 'info'
n = self._get_check_name(
'%s_unknown_key' % test_str, app=app)
s = "OK"
for f in my_dict[app].keys():
if f not in self.required_keys and \
f not in self.optional_keys:
unknown.append(f)
if len(unknown) == 1:
t = 'warn'
s = "Unknown field '%s'" % unknown[0]
elif len(unknown) > 1:
t = 'warn'
s = "Unknown fields '%s'" % ", ".join(unknown)
self._add_result(t, n, s)
def check_snappy_unknown(self):
'''Check snappy package.yaml unknown fields'''
if not self.is_snap1 or 'binaries' not in self.pkg_yaml:
return
self._verify_unknown(self._create_dict(self.pkg_yaml['binaries']),
'package_yaml')
def check_path(self):
'''Check path exists'''
if not self.is_snap1:
return
t = 'info'
n = self._get_check_name('path_exists')
s = "OK"
for app in sorted(self.bin_paths_files):
t = 'info'
n = self._get_check_name('path_executable')
s = "OK"
if not self._check_bin_path_executable(app):
t = 'error'
s = "'%s' is not executable" % \
os.path.relpath(self.bin_paths_files[app], self.unpack_dir)
self._add_result(t, n, s)
def check_binary_description(self):
'''Check package.yaml binary description'''
if not self.is_snap1 or 'binaries' not in self.pkg_yaml:
return
my_dict = self._create_dict(self.pkg_yaml['binaries'])
for app in sorted(my_dict):
t = 'info'
n = self._get_check_name(
'package_yaml_description_present', app=app)
s = 'OK'
if 'description' not in my_dict[app]:
s = 'OK (skip missing)'
self._add_result('info', n, s)
return
self._add_result(t, n, s)
t = 'info'
n = self._get_check_name(
'package_yaml_description_empty', app=app)
s = 'OK'
if len(my_dict[app]['description']) == 0:
t = 'error'
s = "description is empty"
self._add_result(t, n, s)
click-reviewers-tools-0.44~16.04.1/bin/ 0000775 0000000 0000000 00000000000 12735271035 014270 5 ustar click-reviewers-tools-0.44~16.04.1/bin/snap-check-skeleton 0000775 0000000 0000000 00000001617 12657004405 020057 0 ustar #!/usr/bin/python3
'''snap-check-skeleton: perform snap skeleton checks'''
#
# Copyright (C) 2013-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
import clickreviews.common as common
import clickreviews.sr_skeleton as sr_skeleton
if __name__ == "__main__":
common.run_check(sr_skeleton.SnapReviewSkeleton)
click-reviewers-tools-0.44~16.04.1/bin/click-check-skeleton 0000775 0000000 0000000 00000001622 12656743640 020211 0 ustar #!/usr/bin/python3
'''click-check-skeleton: perform click skeleton checks'''
#
# Copyright (C) 2013-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
import clickreviews.common as common
import clickreviews.cr_skeleton as cr_skeleton
if __name__ == "__main__":
common.run_check(cr_skeleton.ClickReviewSkeleton)
click-reviewers-tools-0.44~16.04.1/bin/click-check-url-dispatcher 0000775 0000000 0000000 00000001665 12656743640 021322 0 ustar #!/usr/bin/python3
'''click-check-url_dispatcher: perform click url dispatcher checks'''
#
# Copyright (C) 2014-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
import clickreviews.common as common
import clickreviews.cr_url_dispatcher as cr_url_dispatcher
if __name__ == "__main__":
common.run_check(cr_url_dispatcher.ClickReviewUrlDispatcher)
click-reviewers-tools-0.44~16.04.1/bin/click-check-push-helper 0000775 0000000 0000000 00000001643 12656743640 020624 0 ustar #!/usr/bin/python3
'''click-check-push-helper: perform click push-helper checks'''
#
# Copyright (C) 2014-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
import clickreviews.common as common
import clickreviews.cr_push_helper as cr_push_helper
if __name__ == "__main__":
common.run_check(cr_push_helper.ClickReviewPushHelper)
click-reviewers-tools-0.44~16.04.1/bin/unpack-package 0000775 0000000 0000000 00000000514 12656743640 017100 0 ustar #!/usr/bin/python3
import os
import sys
from clickreviews import common
if __name__ == '__main__':
if len(sys.argv) != 3:
common.error("%s " % os.path.basename(sys.argv[0]))
pkg = sys.argv[1]
dir = sys.argv[2]
common.unpack_pkg(pkg, dir)
print("Successfully unpacked to '%s'" % dir)
click-reviewers-tools-0.44~16.04.1/bin/click-check-security 0000775 0000000 0000000 00000001615 12656743640 020236 0 ustar #!/usr/bin/python3
'''click-check-security: perform click security checks'''
#
# Copyright (C) 2013 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
import clickreviews.common as common
import clickreviews.cr_security as cr_security
if __name__ == "__main__":
common.run_check(cr_security.ClickReviewSecurity)
click-reviewers-tools-0.44~16.04.1/bin/update-apparmor-policy 0000775 0000000 0000000 00000002154 12543074466 020624 0 ustar #!/usr/bin/python3
#
# Copyright (C) 2014 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from clickreviews import apparmor_policy
import sys
def main(filename=None):
apparmor_policy.get_policy_file(filename)
if __name__ == '__main__':
try:
filename = None
if len(sys.argv) > 2:
print("Usage: %s [file]" % sys.argv[0])
sys.exit(1)
elif len(sys.argv) == 2:
filename = sys.argv[1]
main(filename)
except KeyboardInterrupt:
print('Aborted.', file=sys.stderr)
sys.exit(1)
click-reviewers-tools-0.44~16.04.1/bin/click-check-framework 0000775 0000000 0000000 00000001630 12656743640 020361 0 ustar #!/usr/bin/python3
'''click-check-framework: perform click framework checks'''
#
# Copyright (C) 2014-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
import clickreviews.common as common
import clickreviews.cr_framework as cr_framework
if __name__ == "__main__":
common.run_check(cr_framework.ClickReviewFramework)
click-reviewers-tools-0.44~16.04.1/bin/repack-click 0000775 0000000 0000000 00000004101 12656743640 016552 0 ustar #!/usr/bin/python3
# Repack a click package by using lowlevel tools so as not to change anything
# in the package (ie, don't use 'click build .' to avoid updating DEBIAN/, etc)
import sys
import os
from clickreviews import common
from debian.deb822 import Deb822
import glob
import shutil
import tempfile
def repack_click(unpack_dir, click_package):
'''Repack the click package'''
if not os.path.isdir(unpack_dir):
common.error("'%s' does not exist" % unpack_dir)
if os.path.exists(click_package):
common.error("'%s' exists" % click_package)
control_fn = os.path.join(unpack_dir, "DEBIAN/control")
if not os.path.exists(control_fn):
common.error("Could not find '%s'" % control_fn)
fh = common.open_file_read(control_fn)
tmp = list(Deb822.iter_paragraphs(fh.readlines()))
fh.close()
if len(tmp) != 1:
common.error("malformed control file: too many paragraphs")
control = tmp[0]
click_fn = "%s_%s_%s.click" % (control['Package'],
control['Version'],
control['Architecture'])
if os.path.basename(click_package) != click_fn:
common.warn("'%s' should be '%s'" % (click_package, click_fn))
tmpdir = tempfile.mkdtemp(prefix='clickreview-')
curdir = os.getcwd()
os.chdir(tmpdir)
(rc, out) = common.cmd(['dpkg-deb', '-b', '--nocheck', '-Zgzip',
os.path.abspath(unpack_dir),
os.path.join(tmpdir, click_fn)])
os.chdir(curdir)
if rc != 0:
common.recursive_rm(tmpdir)
common.error("dpkg-deb -b failed with '%d':\n%s" % (rc, out))
debfile = glob.glob("%s/*.click" % tmpdir)[0]
shutil.move(debfile, os.path.abspath(click_package))
common.recursive_rm(tmpdir)
if __name__ == '__main__':
if len(sys.argv) != 3:
common.error("%s " %
os.path.basename(sys.argv[0]))
dir = sys.argv[1]
pkg = sys.argv[2]
repack_click(dir, pkg)
print("Successfully repacked to '%s'" % pkg)
click-reviewers-tools-0.44~16.04.1/bin/click-check-desktop 0000775 0000000 0000000 00000001576 12656743640 020046 0 ustar #!/usr/bin/python3
'''click-check-desktop: perform click desktop checks'''
#
# Copyright (C) 2013-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
from clickreviews import common
from clickreviews import cr_desktop
if __name__ == "__main__":
common.run_check(cr_desktop.ClickReviewDesktop)
click-reviewers-tools-0.44~16.04.1/bin/empty-click 0000775 0000000 0000000 00000003012 12511545773 016440 0 ustar #!/usr/bin/python3
import subprocess
import tempfile
import glob
import json
import sys
import os
def create_new_manifest(click_file):
try:
output = subprocess.check_output(["click", "info", click_file])
except subprocess.CalledProcessError:
print >> sys.stderr, "click info %s failed." % click_file
sys.exit(1)
manifest = json.loads(output.decode())
manifest["version"] = manifest["version"] + "+security"
return manifest
def create_new_click(manifest):
pwd = os.getcwd()
directory = tempfile.mkdtemp()
os.chdir(directory)
with open("manifest.json", "w") as f:
f.write(json.dumps(manifest))
subprocess.call(["click", "build", "."])
new_click_file = os.path.abspath(glob.glob("*.click")[0])
subprocess.call(["mv", new_click_file, pwd])
os.chdir(pwd)
subprocess.call(["rm", "-r", directory])
return os.path.abspath(os.path.join(pwd,
os.path.basename(new_click_file)))
def main():
if len(sys.argv) != 2:
print("Usage: %s " % sys.argv[0])
sys.exit(1)
click_file = sys.argv[1]
if not os.path.exists(click_file):
print("%s does not exist." % click_file)
sys.exit(1)
manifest = create_new_manifest(click_file)
path = create_new_click(manifest)
print("Updated click package generated at: %s" % path)
if __name__ == '__main__':
try:
main()
except KeyboardInterrupt:
print >> sys.stderr, "Aborted."
sys.exit(1)
click-reviewers-tools-0.44~16.04.1/bin/click-check-scope 0000775 0000000 0000000 00000001600 12656743640 017472 0 ustar #!/usr/bin/python3
'''click-check-scope: perform click scope checks'''
#
# Copyright (C) 2014-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
import clickreviews.common as common
import clickreviews.cr_scope as cr_scope
if __name__ == "__main__":
common.run_check(cr_scope.ClickReviewScope)
click-reviewers-tools-0.44~16.04.1/bin/click-run-checks 0000775 0000000 0000000 00000002402 12657004405 017337 0 ustar #!/bin/sh
if [ -z "$1" ]; then
echo "Please specific path to click package"
exit 1
fi
c="$1"
if [ ! -f "$c" ]; then
echo "Could not find '$c'"
exit 1
fi
# prefer local script for testing, otherwise use system location
CHECKS_BIN_PATH="$(dirname $(readlink -f "$0"))"
prefer_local() {
path="${CHECKS_BIN_PATH}/$1"
if [ -x $path ]; then
"$path" "$2" || set_rc "$?"
return
fi
"$(which $1)" "$2" || set_rc "$?"
}
rc="0"
set_rc() {
# return worst offending rc
if [ "$1" = "1" ]; then
if [ "$rc" != "2" ]; then
rc="$1"
fi
elif [ "$1" = "2" ]; then
rc="$1"
fi
}
prefer_local click-show-files "$c"
CHECKS=$(ls ${CHECKS_BIN_PATH}/click-check-* ${CHECKS_BIN_PATH}/snap-check-* | egrep -v '(click-check-skeleton|click-check-lint|snap-check-skeleton)')
CHECKS="click-check-lint snap-check-lint ${CHECKS}"
for check_path in ${CHECKS}; do
check=$(basename ${check_path} ${CHECKS_BIN_PATH})
echo ""
echo "=" $check "="
prefer_local $check "$c"
done
echo ""
echo ""
if [ "$rc" = "1" ]; then
echo "** Warnings found **"
elif [ "$rc" = "2" ]; then
echo "** Errors found **"
fi
echo -n "$c: "
if [ "$rc" = "0" ]; then
echo "pass"
else
echo "FAIL"
fi
exit $rc
click-reviewers-tools-0.44~16.04.1/bin/click-show-files 0000775 0000000 0000000 00000015246 12657004405 017367 0 ustar #!/usr/bin/python3
'''check-show-files: show files'''
#
# Copyright (C) 2014-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
import os
import sys
from clickreviews import common
from clickreviews import cr_desktop
from clickreviews import cr_lint
from clickreviews import cr_security
from clickreviews import cr_url_dispatcher
from clickreviews import cr_scope
from clickreviews import cr_content_hub
from clickreviews import cr_online_accounts
from clickreviews import cr_push_helper
from clickreviews import cr_bin_path
from clickreviews import cr_framework
from clickreviews import cr_systemd
# This script just dumps important files to stdout
if __name__ == "__main__":
if len(sys.argv) < 2:
common.error("Must give path to package")
review = cr_lint.ClickReviewLint(sys.argv[1])
fn = os.path.join(review.unpack_dir, "meta", "snap.yaml")
if os.path.exists(fn): # just show snap.yaml for snap v2+ snaps
print("= %s =" % os.path.basename(fn))
fh = common.open_file_read(fn)
for line in fh.readlines():
print(line, end="")
fh.close()
print("")
sys.exit(0)
for i in sorted(review.control_files):
fh = common.open_file_read(review.control_files[i])
print("= %s =" % os.path.basename(i))
for line in fh.readlines():
print(line, end="")
fh.close()
print("")
fn = os.path.join(review.unpack_dir, "meta", "package.yaml")
if os.path.exists(fn):
print("= %s =" % os.path.basename(fn))
fh = common.open_file_read(fn)
for line in fh.readlines():
print(line, end="")
fh.close()
print("")
print("= hooks =")
review_content_hub = cr_content_hub.ClickReviewContentHub(sys.argv[1])
for app in sorted(review_content_hub.content_hub_files):
f = review_content_hub.content_hub_files[app]
fh = common.open_file_read(os.path.join(
review_content_hub.unpack_dir, f))
print("== content_hub: %s ==" % os.path.basename(f))
for line in fh.readlines():
print(line, end="")
fh.close()
print("")
review_desktop = cr_desktop.ClickReviewDesktop(sys.argv[1])
for app in sorted(review_desktop.desktop_files):
f = review_desktop.desktop_files[app]
fh = common.open_file_read(os.path.join(review_desktop.unpack_dir, f))
print("== desktop: %s ==" % os.path.basename(f))
for line in fh.readlines():
print(line, end="")
fh.close()
print("")
review_accounts = cr_online_accounts.ClickReviewAccounts(sys.argv[1])
for app in sorted(review_accounts.accounts_files):
for account_type in review_accounts.account_hooks:
if account_type not in review_accounts.accounts_files[app]:
continue
f = review_accounts.accounts_files[app][account_type]
fh = common.open_file_read(os.path.join(
review_accounts.unpack_dir, f))
print("== online %s: %s ==" % (account_type, os.path.basename(f)))
for line in fh.readlines():
print(line, end="")
fh.close()
print("")
review_push_helper = cr_push_helper.ClickReviewPushHelper(sys.argv[1])
for app in sorted(review_push_helper.push_helper_files):
f = review_push_helper.push_helper_files[app]
fh = common.open_file_read(os.path.join(
review_push_helper.unpack_dir, f))
print("== push_helper: %s ==" % os.path.basename(f))
for line in fh.readlines():
print(line, end="")
fh.close()
print("")
review_scope = cr_scope.ClickReviewScope(sys.argv[1])
for app in sorted(review_scope.scopes):
f = review_scope.scopes[app]["ini_file"]
fh = common.open_file_read(os.path.join(review_scope.unpack_dir, f))
print("== scope .INI: %s ==" % os.path.basename(f))
for line in fh.readlines():
print(line, end="")
fh.close()
print("")
review_framework = cr_framework.ClickReviewFramework(sys.argv[1])
for app in sorted(review_framework.frameworks_file):
f = os.path.join(review_framework.unpack_dir,
review_framework.frameworks_file[app])
fh = common.open_file_read(os.path.join(review_framework.unpack_dir, f))
print("== click .framework: %s ==" % os.path.basename(f))
for line in fh.readlines():
print(line, end="")
fh.close()
print("")
review_bin_path = cr_bin_path.ClickReviewBinPath(sys.argv[1])
for app in sorted(review_bin_path.bin_paths):
f = os.path.join(review_bin_path.unpack_dir, review_bin_path.bin_paths[app])
print("== bin_path: %s ==" % os.path.relpath(f, review_bin_path.unpack_dir))
print("")
review_apparmor = cr_security.ClickReviewSecurity(sys.argv[1])
for f in sorted(review_apparmor.security_manifests):
fh = common.open_file_read(os.path.join(review_apparmor.unpack_dir, f))
print("== security: %s ==" % os.path.basename(f))
for line in fh.readlines():
print(line, end="")
fh.close()
print("")
review_systemd = cr_systemd.ClickReviewSystemd(sys.argv[1])
for app in sorted(review_systemd.systemd_files):
f = review_systemd.systemd_files[app]
fh = common.open_file_read(os.path.join(review_systemd.unpack_dir, f))
print("== systemd: %s ==" % os.path.basename(f))
for line in fh.readlines():
print(line, end="")
fh.close()
print("")
review_url_dispatcher = cr_url_dispatcher.ClickReviewUrlDispatcher(sys.argv[1])
for app in sorted(review_url_dispatcher.url_dispatcher_files):
f = review_url_dispatcher.url_dispatcher_files[app]
fh = common.open_file_read(os.path.join(review_url_dispatcher.unpack_dir,
f))
print("== url_dispatcher: %s ==" % os.path.basename(f))
for line in fh.readlines():
print(line, end="")
fh.close()
print("")
# Cleanup our unpack directory
common.cleanup_unpack()
click-reviewers-tools-0.44~16.04.1/bin/click-check-bin-path 0000775 0000000 0000000 00000001621 12656743640 020066 0 ustar #!/usr/bin/python3
'''click-check-bin-path: perform click bin-path checks'''
#
# Copyright (C) 2014-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
import clickreviews.common as common
import clickreviews.cr_bin_path as cr_bin_path
if __name__ == "__main__":
common.run_check(cr_bin_path.ClickReviewBinPath)
click-reviewers-tools-0.44~16.04.1/bin/snap-check-security 0000775 0000000 0000000 00000001617 12662664277 020121 0 ustar #!/usr/bin/python3
'''snap-check-security: perform snap security checks'''
#
# Copyright (C) 2013-2016 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
import clickreviews.common as common
import clickreviews.sr_security as sr_security
if __name__ == "__main__":
common.run_check(sr_security.SnapReviewSecurity)
click-reviewers-tools-0.44~16.04.1/bin/click-check-systemd 0000775 0000000 0000000 00000001614 12656743640 020056 0 ustar #!/usr/bin/python3
'''click-check-systemd: perform click systemd checks'''
#
# Copyright (C) 2013-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
import clickreviews.common as common
import clickreviews.cr_systemd as cr_systemd
if __name__ == "__main__":
common.run_check(cr_systemd.ClickReviewSystemd)
click-reviewers-tools-0.44~16.04.1/bin/download-click 0000775 0000000 0000000 00000010006 12656743640 017115 0 ustar #!/usr/bin/python3
'''download-click: download click apps'''
#
# Copyright (C) 2013 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
import urllib.request
import optparse
import os
import shutil
import simplejson
import sys
import time
from clickreviews import common
top_url = "https://search.apps.ubuntu.com"
def get_store_json(url):
'''Download json from the store and turn it into a python obj'''
req = urllib.request.Request(url)
opener = urllib.request.build_opener()
f = opener.open(req)
obj = simplejson.load(f)
return obj
def download(entry, download_dir=None):
'''Download a click app'''
if 'resource_url' not in entry:
common.error("Could not find 'resource_url' in:\n%s" % entry)
resource_url = top_url + entry['resource_url']
res = get_store_json(resource_url)
if 'download_url' not in res:
common.error("Could not find 'download_url' in:\n%s" % res)
download_url = res['download_url']
if download_dir is None:
download_dir = os.getcwd()
elif not os.path.exists(download_dir):
os.mkdir(download_dir)
fn = os.path.join(download_dir, download_url.split('/')[-1])
if os.path.exists(fn):
common.warn("'%s' already exists, skipping" % os.path.basename(fn))
return True
common.msg("Downloading %s" % os.path.basename(fn))
# FIXME: on 2013-10-15 this will break
url = download_url + "?noauth=1"
common.msg("-- Downloading %s" % url)
# attempt to deal with intermittent failures
count = 0
max_tries = 10
result = False
err_str = ""
while not result and count < max_tries:
try:
(tmp, headers) = urllib.request.urlretrieve(url)
shutil.move(tmp, fn)
result = True
common.msg("-- Success!")
except urllib.error.HTTPError as error:
err_str = "-- urlretrieve() failed: %d: %s" % (error.code,
error.reason)
count += 1
time.sleep(5)
if not result:
common.warn("%s (tried %d times)" % (err_str, max_tries))
return result
if __name__ == "__main__":
parser = optparse.OptionParser()
parser.add_option("--all",
help="Download all published apps",
action='store_true',
default=False)
parser.add_option("-d", "--download-dir",
dest="download_dir",
help="Specifiy download directory",
metavar="DIR",
default=None)
(opt, args) = parser.parse_args()
if not opt.all and len(args) < 1:
common.error("%s --all|" % os.path.basename(sys.argv[0]))
url = top_url + "/api/v1/search?q="
items = get_store_json(url)
if not isinstance(items, list):
common.error("Didn't get valid result from: %s" % url)
errors = False
if opt.all:
for entry in items:
if not download(entry, opt.download_dir):
errors = True
else:
for pkgname in args:
entry = None
for i in items:
if i['name'] == pkgname:
entry = i
break
if not entry:
common.warn("Could not find '%s', skipping" % pkgname)
continue
if not download(entry, opt.download_dir):
errors = True
if errors:
common.error("problem downloading")
click-reviewers-tools-0.44~16.04.1/bin/snap-check-lint 0000775 0000000 0000000 00000001567 12660650204 017203 0 ustar #!/usr/bin/python3
'''snap-check-lint: perform snap lint checks'''
#
# Copyright (C) 2013-2016 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
import clickreviews.common as common
import clickreviews.sr_lint as sr_lint
if __name__ == "__main__":
common.run_check(sr_lint.SnapReviewLint)
click-reviewers-tools-0.44~16.04.1/bin/click-check-functional 0000775 0000000 0000000 00000001652 12656743640 020532 0 ustar #!/usr/bin/python3
'''click-check-functional: perform functional checks on click packages'''
#
# Copyright (C) 2013-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
import clickreviews.common as common
import clickreviews.cr_functional as cr_functional
if __name__ == "__main__":
common.run_check(cr_functional.ClickReviewFunctional)
click-reviewers-tools-0.44~16.04.1/bin/update-frameworks 0000775 0000000 0000000 00000002146 12511545773 017666 0 ustar #!/usr/bin/python3
#
# Copyright (C) 2014 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from clickreviews import frameworks
import sys
def main(filename=None):
frameworks.get_frameworks_file(filename)
if __name__ == '__main__':
try:
filename = None
if len(sys.argv) > 2:
print("Usage: %s [file]" % sys.argv[0])
sys.exit(1)
elif len(sys.argv) == 2:
filename = sys.argv[1]
main(filename)
except KeyboardInterrupt:
print('Aborted.', file=sys.stderr)
sys.exit(1)
click-reviewers-tools-0.44~16.04.1/bin/detect-package 0000775 0000000 0000000 00000000440 12656743640 017065 0 ustar #!/usr/bin/python3
import os
import sys
from clickreviews import common
if __name__ == '__main__':
if len(sys.argv) != 2:
common.error("%s " % os.path.basename(sys.argv[0]))
pkg = sys.argv[1]
(t, v) = common.detect_package(pkg)
print ("%s\t%d" % (t, v))
click-reviewers-tools-0.44~16.04.1/bin/click-check-online-accounts 0000775 0000000 0000000 00000001665 12656743640 021475 0 ustar #!/usr/bin/python3
'''click-check-online-accounts: perform click online accounts checks'''
#
# Copyright (C) 2014-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
import clickreviews.common as common
import clickreviews.cr_online_accounts as cr_online_accounts
if __name__ == "__main__":
common.run_check(cr_online_accounts.ClickReviewAccounts)
click-reviewers-tools-0.44~16.04.1/bin/click-review 0000775 0000000 0000000 00000013126 12735267057 016616 0 ustar #!/usr/bin/python3
from clickreviews import modules
import argparse
import json
import os
import sys
import textwrap
def print_findings(results, description):
'''
Print a summary of the issues found.
'''
if not description or not results:
return ''
print(description)
print(''.center(len(description), '-'))
for key in sorted(results.keys()):
print(' - %s' % key)
print('\t%s' % results[key]['text'])
if 'link' in results[key]:
print('\t%s' % results[key]['link'])
class Results(object):
results = {}
errors = {}
warnings = {}
info = {}
rc = 0
def __init__(self, args):
self.args = args
self.pkg_fn = self.args.filename
self.modules = modules.get_modules()
def _sumarise_results(self):
for module in self.results:
for key in self.results[module]['error']:
self.errors[key] = self.results[module]['error'][key]
for key in self.results[module]['warn']:
self.warnings[key] = self.results[module]['warn'][key]
if self.args.verbose:
for key in self.results[module]['info']:
self.info[key] = self.results[module]['info'][key]
def _complete_report(self):
self._sumarise_results()
if self.args.json:
print(json.dumps(self.results, sort_keys=True, indent=2,
separators=(',', ': ')))
else:
print_findings(self.errors, 'Errors')
print_findings(self.warnings, 'Warnings')
if self.args.verbose:
print_findings(self.info, 'Info')
if self.rc == 1:
print('%s: RUNTIME ERROR' % self.args.filename)
elif self.warnings or self.errors:
print('%s: FAIL' % self.args.filename)
else:
print('%s: pass' % self.args.filename)
if self.rc == 1:
# always exit(1) if there are errors
pass
elif self.errors:
self.rc = 2
elif self.warnings:
self.rc = 3
def _report_module(self, section):
'''
This is currently only used in the --sdk option.
It will print the output for each section when it's
available. This will prevent the SDK from having to wait
until all checks have been run.
'''
output = self.results[section]
print('= %s =' % section)
print(json.dumps(output, sort_keys=True, indent=2,
separators=(',', ': ')))
if output['error'] or output['warn']:
self.rc = 1
def _run_module_checks(self, module, overrides):
# What we are doing here is basically what all the
# ./bin/click-check-* scripts do as well, so for
# example something like:
#
# review = cr_push_helper.ClickReviewPushHelper(sys.argv[1])
# review.do_checks()
# rc = review.do_report()
#
section = module.replace('cr_', 'click,snap.v1_')
section = section.replace('sr_', 'snap.v2_')
try:
review = modules.init_main_class(module, self.pkg_fn,
overrides=overrides)
if review:
review.do_checks()
self.results[section] = review.click_report
return section
except Exception:
self.rc = 1
return None
def run_all_checks(self, overrides):
if self.args.sdk:
for module in self.modules:
section = self._run_module_checks(module, overrides)
if section:
self._report_module(section)
else:
for module in self.modules:
self._run_module_checks(module, overrides)
self._complete_report()
def main():
parser = argparse.ArgumentParser(
prog='click-review',
formatter_class=argparse.RawDescriptionHelpFormatter,
description='Check a click or snap package for errors',
epilog=textwrap.dedent('''\
RETURN CODES
0 found no errors or warnings
1 checks not run due to fatal error
2 found errors and/or warnings
3 found warnings
'''))
parser.add_argument('filename', type=str,
help='file to be inspected')
parser.add_argument('overrides', type=str,
nargs='?',
help='overrides to apply (eg, framework, security '
'policies, etc)',
default=None)
parser.add_argument('-v', '--verbose',
help='increase output verbosity',
action='store_true')
parser.add_argument('--json', help='print json output',
action='store_true')
parser.add_argument('--sdk',
help='use output format suitable for the Ubuntu SDK',
action='store_true')
args = parser.parse_args()
if not os.path.exists(args.filename):
print(".click file '%s' does not exist." % args.filename)
sys.exit(1)
results = Results(args)
if not results.modules:
print("No 'clickreviews' modules found.")
sys.exit(1)
overrides = None
if args.overrides:
overrides = json.loads(args.overrides)
results.run_all_checks(overrides)
sys.exit(results.rc)
if __name__ == '__main__':
try:
main()
except KeyboardInterrupt:
print("Aborted.")
sys.exit(1)
click-reviewers-tools-0.44~16.04.1/bin/click-check-content-hub 0000775 0000000 0000000 00000001643 12656743640 020616 0 ustar #!/usr/bin/python3
'''click-check-content-hub: perform click content-hub checks'''
#
# Copyright (C) 2014-2015 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
import clickreviews.common as common
import clickreviews.cr_content_hub as cr_content_hub
if __name__ == "__main__":
common.run_check(cr_content_hub.ClickReviewContentHub)
click-reviewers-tools-0.44~16.04.1/bin/click-check-lint 0000775 0000000 0000000 00000001565 12656743640 017341 0 ustar #!/usr/bin/python3
'''click-check-lint: perform click lint checks'''
#
# Copyright (C) 2013 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
from __future__ import print_function
import clickreviews.common as common
import clickreviews.cr_lint as cr_lint
if __name__ == "__main__":
common.run_check(cr_lint.ClickReviewLint)
click-reviewers-tools-0.44~16.04.1/debian/ 0000775 0000000 0000000 00000000000 12750123421 014732 5 ustar click-reviewers-tools-0.44~16.04.1/debian/copyright 0000664 0000000 0000000 00000001634 12511545773 016706 0 ustar Format: http://www.debian.org/doc/packaging-manuals/copyright-format/1.0/
Upstream-Name: click-reviewers-tools
Upstream-Contact: Ubuntu App Developers
Source: https://launchpad.net/click-reviewers-tools
Files: *
Copyright: 2013 Canonical Ltd.
License: GPL-3
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 3 of the License, or
(at your option) any later version.
.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
General Public License for more details.
.
On Debian systems, the complete text of the GNU General Public License
version 3 can be found in the /usr/share/common-licenses/GPL-3 file.
click-reviewers-tools-0.44~16.04.1/debian/control 0000664 0000000 0000000 00000002323 12674263545 016356 0 ustar Source: click-reviewers-tools
Section: devel
Priority: optional
Maintainer: Ubuntu Appstore Developers
Build-Depends: debhelper (>= 9~),
pep8,
pyflakes3,
python3-all (>= 3.2~),
python3-apt,
python3-debian,
python3-lxml,
python3-magic,
python3-setuptools,
python3-simplejson,
python3-xdg,
python3-yaml,
squashfs-tools
Standards-Version: 3.9.5
Homepage: https://launchpad.net/click-reviewers-tools
Vcs-Bzr: lp:click-reviewers-tools
Vcs-Browser: http://bazaar.launchpad.net/~click-reviewers/click-reviewers-tools/trunk/files
X-Python3-Version: >= 3.2
Package: click-reviewers-tools
Architecture: all
Depends: binutils,
python3-apt,
python3-debian,
python3-lxml,
python3-magic,
python3-simplejson,
python3-xdg,
python3-yaml,
${misc:Depends},
${python3:Depends},
squashfs-tools
Description: tools to review click packages
These scripts can be used to review click packages both manually and in a
programmatic fashion.
click-reviewers-tools-0.44~16.04.1/debian/changelog 0000664 0000000 0000000 00000100056 12750121643 016612 0 ustar click-reviewers-tools (0.44~16.04.1) xenial-proposed; urgency=medium
[ Jamie Strandboge ]
* data/apparmor-easyprof-ubuntu.json:
- add pulseaudio interface
- add bluetooth policy group for Touch for 15.04 and higher
- add location-observe and location-control
- move all core interfaces to 'common'
- add gsettings interface
- set home to auto-approve
- add mpris interface
- add camera interface
- add optical-drive interface
- add serial-port interface
- add content interface
* clickreviews/common.py:
- don't fail on libmvec.so since it comes from libc6 too (LP: #1584346)
- extend the regex to also match ld-linux-x86-64.so.2
* sr_common.py:
- update _verify_pkgname() and _verify_appname() to use the same regex as
in snapd and various tests
- update attributes to be slots or plugs side and cleanup code for
specifying attributes
* bin/click-review, clickreviews/modules.py: exit '1' if error with
init_object or running checks
* sr_lint.py:
- support 'environment' key in yaml (LP: #1583259)
- support 'confinement' key in yaml
* sr_security.py:
- specifying mpris slot should not warn
- adjust profile name length checks to use series 16 security label format
* run_tests: exit non-zero with failures, errors or unexpectedSuccesses
* cr_lint.py:
- 'puritine' is a known, but redflagged hook
- skip external symlinks and md5sums checks for puritine (since we expect
external symlinks and the hash checks fail on broken symlinks)
- 'puritine' hook should not be used with 'apparmor'
* clickreviews/apparmor_policy.py: adjust for rename of store team
(LP: #1608943)
[ Celso Providelo ]
* support for interface abbreviated syntax (LP: #1595184)
-- Jamie Strandboge Tue, 02 Aug 2016 08:43:31 -0500
click-reviewers-tools (0.43) yakkety; urgency=medium
[ Jamie Strandboge ]
* sr_lint.py:
- kernel snaps may have external symlinks
- handle top-level plugs and slots with yaml data as 'null' (LP: #1579201)
- add epoch checks (LP: #1583298)
- .pyc are arch-independent, so don't complain about them
- add confinement checks (LP: #1580819)
* data/apparmor-easyprof-ubuntu.json:
- add opengl interface as 'common' (LP: #1572140)
- add reserved bluez, network-manager and location-observe interfaces
* sr_security.py:
- remove last reference to 'cap'
- turn resquash test into info for now until the squashfs-tools bugs are
fixed and this is a reliable check
* when 'confinement' is 'devmode', override the result type to 'info'
- common.py: add override_result_type to allow in support of 'confinement'
overrides
- sr_common.py: add _devmode_override()
- sr_security.py: use override_result_type if in devmode
-- Jamie Strandboge Fri, 20 May 2016 16:01:16 -0500
click-reviewers-tools (0.42) xenial; urgency=medium
* add test to verify snapd-control is reserved
* sr_lint.py: implement interface slots checks
* sr_security.py: implement interface slots checks (force manual review for
now when specifying slots)
* debian/links: create snap-review symlink to click-review
-- Jamie Strandboge Thu, 21 Apr 2016 09:10:27 -0500
click-reviewers-tools (0.41) xenial; urgency=medium
* sr_lint.py: verify key name in the apps dictionary (LP: #1570914)
-- Jamie Strandboge Fri, 15 Apr 2016 10:24:17 -0500
click-reviewers-tools (0.40) xenial; urgency=medium
* sr_lint.py: ppc64el and s390x are valid architectures
* add bool-file interface tests
* remove obsoleted old-security interface checks
* properly handle app 'plugs' without toplevel 'plugs' (LP: #1569226)
* implement native plugs and app plugs checks
-- Jamie Strandboge Wed, 13 Apr 2016 15:19:47 -0500
click-reviewers-tools (0.39) xenial; urgency=medium
* bin/click-review:
- exit 1 if fatal error, 2 if found errors/warnings and 3 if found
warnings (LP: #1523255)
- make help output more verbose (including return codes)
- add overrides as optional positional argument
* [cs]r_lint.py: change the order of the checks so that an obsolete or
deprecated in the override takes precedence over 'available'
* migrate from skills to interfaces (LP: #1549427)
* sr_security.py:
- improve requash failure error message
- short-circuit if squashfs has symlinks (LP: 1555305)
- os snap is not built with -all-root, ignore checksum mismatch
* cr_security.py: webapps may now use camera, microphone and connectivity
* sr_lint.py:
- adjust for stop -> stop-command and poststop -> post-stop-command
- make unknown field warning for apps more clear
- normalize path specified in snap.yaml for command
* remove type framework, frameworks and bus-name checks since frameworks
aren't supported on 16.04 (LP: #1557126)
* debian/control: Build-Depends on pyflakes3 instead of pyflakes
-- Jamie Strandboge Tue, 22 Mar 2016 10:37:09 -0500
click-reviewers-tools (0.38) xenial; urgency=medium
* sr_security.py: add check_squashfs_resquash()
-- Jamie Strandboge Fri, 26 Feb 2016 08:41:28 -0600
click-reviewers-tools (0.37) xenial; urgency=medium
[ Jamie Strandboge ]
* cr_lint.py: 'accounts' hook was added in 15.04.1. The other checks are
already in place since r553 which missed this addition
* refactor and make less click-centric such that click and snap v1 tests
use existing scripts and snap v2 will use new scripts. The cr_* tests have
16.04 checks removed (since this simplifies them and this code won't be
run any way)
* add bin/detect-package and detect_package()
* rename unpack-click as unpack-package
* add snap v2 lint checks (LP: #1532842)
* add snap v2 security checks
* squashfs snaps no longer require manual review
* debian/control: bump squashfs-tools to Depends and add to Build-Depends
[ James Tait ]
* cr_lint.py: Don't check for the presence of readme.md if the package is a
squashfs filesystem. Snappy 2.0 uses squashfs as its file format, and
doesn't require readme.md.
-- Jamie Strandboge Mon, 22 Feb 2016 16:41:14 -0600
click-reviewers-tools (0.36) xenial; urgency=medium
[ Daniel Holbach ]
* Add check if suspected (using python-magic) compiled binaries
aren't actually just message catalogs (.mo files) (LP: #1530894).
[ Martin Albisetti ]
* add gadget type
[ Michael Vogt ]
* Merge partial support for snap.yaml in 16.04
-- Jamie Strandboge Mon, 01 Feb 2016 11:37:35 -0600
click-reviewers-tools (0.35.1) xenial; urgency=medium
* No change rebuild for newer python3
-- Jamie Strandboge Mon, 01 Feb 2016 10:07:35 -0600
click-reviewers-tools (0.35) xenial; urgency=medium
[ Jamie Strandboge ]
* clickreviews/cr_systemd.py:
- add checks for listen-stream, socket, socket-user and socket-group
- remove vendor checks with bus-name (LP: #1510522)
* clickreviews/cr_security.py:
- make sure that the generated profile name is under the current 253
character maximum. This might have to be adjusted after the AppArmor
stacking work is completed (LP: #1499544)
- adjust for xenial snappy defaulting to using 'network-client' instead
of 'networking'
- use 'NEEDS REVIEW' instead of 'MANUAL REVIEW'
* clickreviews/cr_lint.py:
- check if package ships .click directory
- add a few more vcs files
- remove vendor-specific checks. 'vendor' is still allowed for
compatibility with older snappy versions, but no formatting checks are
performed (LP: #1510522)
- 'Maintainer' checks in the click manifest should only be done with click
packages (LP: #1510522)
- don't prompt manual review when find .excludes file
- add kernel and os as valid snap types
- remove package filename checks. They were meaningless and hard to
maintain
- sort unknown snappy yaml keys
- use 'NEEDS REVIEW' instead of 'MANUAL REVIEW'
* clickreviews/cr_common.py:
- add valid yaml keys for kernel snaps
- add a couple more mime types for detecting binaries (useful for arm
kernels)
* update data/apparmor-easyprof-ubuntu.json for 16.04 policy
* Makefile: add json syntax check
* several changes for squashfs snaps that won't have a click manifest, etc.
Importantly, this means that only package.yaml is looked at and a lot of
click specific tests can be skipped
- cr_common.py:
+ rename a few variable to not be click specific
+ add self.pkgfmt
+ adjust __init__() to conditionally use package.yaml on squashfs,
otherwise click manifest
+ make click data structure initialization conditional on if click
or not (eg, don't run hooks code on squashfs images)
- adjust clickreviews/cr_* to conditionally run certain click-only tests
on click packages
- adjust architecture checks to use self.pkg_arch and rename
control_architecture_specified_needed as architecture_specified_needed
- cr_security.py:
+ revamp to use package.yaml on non-click instead of now nonexistent
security manifest
+ update push-helper template test to not make hooks specific
+ network-client should not be allowed with push helpers either
+ conditionally look for INSTALL_DIR on 16.04 systems in security-policy
+ adjust security-override checks on 16.04 to follow 16.04 yaml
+ make click manifest checks conditional on if click
- cr_tests.py: mock _pkgfmt_type(), _pkgfmt_version() and _is_squashfs()
[ Michael Nelson ]
* add support for non-mocked tests
[ Michael Vogt ]
* add support for squashfs snaps (currently will trigger manual review)
[ Daniel Holbach ]
* Pass absolute path of click or snap file - that way it's safe even if we
chdir (LP: #1514346).
* Allow translated scope .ini fields to have 3 letters as their lang_code
identifier, ie. 'ast'. (LP: #1517017)
* Ensure "urls" is not empty (LP: #1522777)
[ James Tait ]
* Add a handful of links to askubuntu questions to explain some of the
rejection messages.
[ Alberto Mardegan ]
* Allow "accounts" hook since the 15.04.1 framework
* Online Accounts: update to latest plugin hook format (LP: #1520605)
[ Marcus Tomlinson ]
* Forbid the internal "DebugMode" scope.ini key from making its way into the
store (LP: #1511063)
-- Jamie Strandboge Mon, 14 Dec 2015 16:09:52 -0600
click-reviewers-tools (0.34) wily; urgency=medium
[ Jamie Strandboge ]
* multiple 'desktop' hooks should only be 'info' these days (LP: #1496402)
* verify snaps that use 'bus-name' are of 'type: framework'
* clickreviews/cr_lint.py:
- snappy package.yaml defaults to 'architectures' and 'architecture' is
deprecated. Adjust and add a warning for deprecation.
- arm64 is a valid architecture now
- don't warn on libc6 libraries with check_external_symlinks
- don't traceback on broken symlinks when checking for hardcoded paths
(LP: #1502962)
* clickreviews/cr_security.py: don't complain about missing AppArmor
template vars if we detect this is unconfined boilerplate policy
-- Jamie Strandboge Fri, 09 Oct 2015 17:47:39 -0500
click-reviewers-tools (0.33) wily; urgency=medium
[ Alberto Mardegan ]
* clickreviews/cr_online_accounts.py: Do not check for "type" element in OA
.service files
* clickreviews/cr_online_accounts.py: Support the new "accounts" hook
[ Jamie Strandboge ]
* clickreviews/cr_common.py: add peer_hooks_link to __init__ and use it
as the link for missing and disallowed hooks
* clickreviews/cr_online_accounts.py: set peer_hooks_link to use
https://wiki.ubuntu.com/SecurityTeam/Specifications/OnlineAccountsConfinement
* clickreviews/tests/test_cr_online_accounts.py: don't stub or check for
"type" element in OA .service files
* Makefile: make sure check-names.list is up to date via 'make check'
[ Ricardo Kirkner ]
* Refactor to abstract check name generation.
This will be used in a follow up branch to normalize check names in a way
that allows extracting semantic meaning of check names from review results
data.
* build name from review_type, prefix, app and extra parts using : as
separator
* list all possible check types by running tests and extracting seen check
names
[ Daniel Holbach ]
* Fix pep8 issues.
-- Jamie Strandboge Thu, 10 Sep 2015 11:17:00 -0500
click-reviewers-tools (0.32) wily; urgency=medium
* data/apparmor-easyprof-ubuntu.json: add "keep-display-on" to ubuntu
common policy
* cr_security.py:
- webapps may use "keep-display-on"
- error if security-policy specified in snaps
* cr_lint.py:
- give link to frameworks guide if framework specified
- do not error if apparmor-profile specified with snap (handled by above
change)
-- Jamie Strandboge Thu, 09 Jul 2015 08:57:26 -0500
click-reviewers-tools (0.31) wily; urgency=medium
* cr_security.py:
- webview is not required with ubuntu-account-plugin
- bin-path and systemd hooks shouldn't be used any more to ascertain if an
app is a service or binary since snappy build is no longer adding them
and snappy install ignores them (LP: #1472296)
* cr_common.py: comment that snappy-systemd hook is deprecated
* cr_lint.py: comment that snappy-systemd hook is deprecated
* cr_systemd.py:
- directly parse package.yaml instead of parsing deprecated snappy-systemd
hook
- remove snappy-systemd hook checks now that it is ignored by snappy
install in stable releases
* cr_bin_path.py: remove bin-path hook checks now that it is ignored by
snappy install in stable releases
-- Jamie Strandboge Tue, 07 Jul 2015 15:11:15 -0500
click-reviewers-tools (0.30) wily; urgency=medium
* cr_security.py: verify required and allowed policy groups with the
ubuntu-account-plugin template (LP: #1468792)
* cr_systemd.py: whitespace pep8 fixes for trusty to fix FTBFS in SDK
staging ppa
-- Jamie Strandboge Fri, 26 Jun 2015 09:27:09 -0500
click-reviewers-tools (0.29) wily; urgency=medium
* README: add notes on where to upload review tools to keep projects in sync
* cr_online_accounts.py: account-provider and account-qml-plugin can now be
allowed if used with apparmor (LP: #1219644)
* cr_security.py:
- verify when account-provider and account-qml-plugin are used that the
security manifest uses the "ubuntu-account-plugin" template
- correctly update the cached json if needed
* apparmor_policy.py: fix bug that prevented get_policy_file() from working
-- Jamie Strandboge Thu, 25 Jun 2015 17:54:21 -0500
click-reviewers-tools (0.28) wily; urgency=medium
[ Jamie Strandboge ]
* Makefile: perform run-pyflakes in check target
* cr_systemd.py: add bus-name checks and update testsuite
* add security yaml checks
* cr_lint.py: don't allow same key in 'binaries' and 'services'
* cr_lint.py: implement hashes.yaml checks
* update README
* cr_desktop.py: add check to help transition away from obsoleted
ubuntu-html5-app-launcher
* cr_common.py: remove snappy 'integration' checks
* cr_systemd.py: implement ports checks
* cr_systemd.py, cr_bin_path.py: error out if services or binaries is empty,
repectively
* cr_lint.py: update pkgname checks for snaps-- shouldn't have '.' in the
name
* cr_lint.py: add snappy-config checks
* cr_lint.py: maintainer isn't needed in compat click manifest for snaps
that don't specify vendor
* debian/control: Depends on binutils (for 'ar')
[ Marcus Tomlinson ]
* cr_scope.py: add "keywords" to the list of optional scope .ini keys
-- Jamie Strandboge Wed, 10 Jun 2015 16:07:33 -0500
click-reviewers-tools (0.27) wily; urgency=medium
* cr_security.py: add ubuntu-sdk-15.04 framework and policy version
(LP: #1449368)
-- Jamie Strandboge Fri, 01 May 2015 10:46:57 -0500
click-reviewers-tools (0.26) vivid; urgency=medium
[ Jamie Strandboge ]
* adjust tests for new format for systemd stop-timeout
* add network-service and network-client policygroups for 15.04 policy
* require existence of hashes.yaml for snaps. More checks coming
* skip security yaml checks in bin-path and systemd checks
* cr_security.py: handle multiple frameworks in compat manifest
* cr_lint.py: handle multiple frameworks with snaps
-- Jamie Strandboge Fri, 01 May 2015 10:22:06 -0500
click-reviewers-tools (0.25) vivid; urgency=medium
[ Michael Vogt ]
* Fixed a number of issues raised by pyflakes.
[ Ricardo Kirkner ]
* support overrides in all click-check scripts
* refactored click checks to avoid duplication
* handle checks from branch as well as installed system-wide when running
all checks
[ Jamie Strandboge ]
* update bin-path tests for new binaries yaml
* 'oem' is a valid type
* handle missing 'hooks' in manifest with oem snaps (LP: #1434279)
* cr_common.py: add config, immutable-config and oem in support of oem snaps
* obsolete framework click hook and meta/*.framework
* don't allow 'type: framework' to specify 'frameworks'
* fix click-show-files with native snaps
* click-show-files should show package.yaml
* add framework policy checks
* update systemd tests to check package.yaml
* .strip() whitespace in control_description_match
* check_package_filename() store downloads packages with _all instead of
_multi. Account for that. We may want to remove this check entirely.
* cr_security.py: adjust for ubuntu-core/15.04 policy changes
* cr_security.py: policy_vendor is no longer redflagged
* cr_lint.py: don't strip 'all' from compat architecture list on snappy
* cr_lint.py: don't review unused control['Architecture'] on snappy
[ Fabian Ezequiel Gallina ]
* fix missing import on clickreviews/cr_framework.py
* add test for non-string framework
[ Alex Abreu ]
* fix webapp exec with no homepage url or with exec field code (LP:
#1441185)
[ James Westby ]
* Drop the checks on the package name in the filename.
The filename doesn't matter, and the store generates it anyway,
so checking it is a waste, and keeps breaking as we change the
rules.
-- Daniel Holbach Mon, 20 Apr 2015 17:26:18 +0200
click-reviewers-tools (0.24) vivid; urgency=medium
* don't fail if DEBIAN/md5sums doesn't exist with snap packages. The snap
package format uses a different method for integrity checking
* add bin/click-check-systemd
* adjust bin/click-run-checks to call click-check-systemd
-- Jamie Strandboge Wed, 18 Mar 2015 14:27:51 -0500
click-reviewers-tools (0.23) vivid; urgency=medium
* fix pep8 warning when building on trusty
-- Jamie Strandboge Mon, 09 Mar 2015 15:42:08 -0500
click-reviewers-tools (0.22) vivid; urgency=medium
[ Alexandre Abreu ]
* Relax the rule that states that webapps with a model search path shouldn't
have url patterns listed in the command line. In order to avoid confusion,
we allow this to happen (and it already works fine the command line
patterns being appended to the locally defined ones). (LP: #1406643)
[ Jamie Strandboge ]
* add testsuite test to verify apparmor-profile can't be specified with
apparmor
* add apparmor-profile hook tests
* fix test_check_optional_domain_suffix_without_protocol2() to actually test
with 'nonexistent' key
* debian/control:
- add python3-yaml to Build-Depends and Depends
- update Vcs-Bzr to point to lp:click-reviewers-tools
* add snappy-systemd hook tests and update the testsuite accordingly
* apparmor-profile hook may be used anywhere apparmor can be, but not with
apparmor itself (apparmor-profile is still redflagged)
* implement snappy package.yaml lint tests
* implement snappy package.yaml services tests
* implement snappy readme.md lint tests
* implement snappy package.yaml binaries tests
* one more snappy workaround for check_package_filename()
-- Jamie Strandboge Mon, 09 Mar 2015 15:08:44 -0500
click-reviewers-tools (0.21) vivid; urgency=medium
[ Pete Woods ]
* Add childscopes field to recognised list.
* Add documentation link of the scope config files:
CONFIGFILES in lp:unity-scopes-api.
[ Michael Vogt ]
* snappy: add two new optional fields: source, type.
[ Jamie Strandboge ]
* also use ubuntu-devel-discuss@lists.ubuntu.com to signify a core-app
* calculate arch correctly in check_package_filename()
* add ubuntu-core-15.04 to self.major_framework_policy
* add checks for self.major_framework_policy to policy_vendor checks
* bin-path should no longer require snappy-systemd hook
* warn, don't error, on 'Could not find compiled binaries for architecture'
since it might be ok to, for example, ship a shell script but you only
want it on ARM devices
* apparmor-profile is an allowed hook, but a redflagged one
* don't error that apparmor is missing if apparmor-profile is present
[ Daniel Holbach ]
* Deal with multi-arch clicks properly. (LP: #1395204)
-- Daniel Holbach Tue, 03 Mar 2015 14:17:13 +0100
click-reviewers-tools (0.20) vivid; urgency=medium
[ Martin Albisetti ]
* Remove checks that validate namespaces and email addresses, those are
better suited for the store, which knows the information about the
uploading user. (LP: #1408644)
-- Daniel Holbach Wed, 14 Jan 2015 12:12:25 +0100
click-reviewers-tools (0.19) vivid; urgency=medium
[ Ricardo Kirkner ]
* fetch framework data before running framework related checks
* use mtime instead of ctime to check remote file freshness
* allow specifying overrides for framework checks
* handle case when overrides data is malformed
[ Alexandre Abreu ]
* add support for local html5 app launch mode for webapp-container
(LP: #1388988)
[ Jamie Strandboge ]
* open scopes .ini file as utf8 (LP: #1371692)
* allow for translatable fields in the scopes .ini file (LP: #1392133)
* don't require desktop hook with systemd or framework
* com.ubuntu.snappy can use ubuntu-devel-discuss@lists.ubuntu.com
(LP: #1395007)
* add bin-path click hook checks and tests (LP: #1395001)
* add preliminary framework hook checks and tests (LP: #1395004)
* refactor hooks checks into parent class (LP: #1395005)
* sort click-review results in print_findings
* add preliminary systemd hook checks and tests
* update apparmor policy json and adjust security checks to properly handle
different policy vendors
* update data/apparmor-easyprof-ubuntu.json for 1.3
* don't warn if specifying 'default' with ubuntu-snappy vendor
* systemd hook renamed to snappy-systemd
* allow filenames to end with .snap
* allow flat namesapces in check_maintainer_email()
[ Daniel Holbach ]
* Add askubuntu explanation for policy_version_is_highest.
* Add askubuntu explanation for debug builds. (LP: #1390163)
-- Daniel Holbach Tue, 16 Dec 2014 17:07:36 +0100
click-reviewers-tools (0.18) utopic; urgency=medium
* Let setup.py handle non-ascii characters in d/changelog.
-- Daniel Holbach Wed, 15 Oct 2014 10:32:57 +0200
click-reviewers-tools (0.17) utopic; urgency=medium
* webapps may use content_exchange_source (LP: #1380694)
* online accounts shouldn't specify id and should warn when they do.
(LP: #1380534)
* click-show-files: cleanup unpack directory at end
-- Jamie Strandboge Tue, 14 Oct 2014 11:35:43 -0500
click-reviewers-tools (0.16) utopic; urgency=medium
* add i386 and amd64 to self.valid_control_architectures
-- Jamie Strandboge Thu, 09 Oct 2014 09:02:55 -0500
click-reviewers-tools (0.15) utopic; urgency=medium
* don't error in check_application() if no scope or desktop hook when pay-ui
hook is present
* updates for push security checks:
- apps may specify push-notification-client
- push-helpers must use the new 'ubuntu-push-helper' template
-- Jamie Strandboge Wed, 08 Oct 2014 15:15:53 -0500
click-reviewers-tools (0.14) utopic; urgency=medium
* don't error when account-provider and account-qml-plugin does not also
have apparmor policy. There is no policy for these yet so the errors
are confusing
* add Makefile for some convenience functions
* reuse the unpacked click dir
-- Jamie Strandboge Thu, 02 Oct 2014 15:15:58 -0500
click-reviewers-tools (0.13) utopic; urgency=medium
* reduce to 'info' when security policy does not end with .apparmor
(LP: #1358317)
-- Jamie Strandboge Wed, 01 Oct 2014 08:09:42 -0500
click-reviewers-tools (0.12) utopic; urgency=medium
[ Jamie Strandboge ]
* traceback in a more friendly way if the json can't be parsed
* adjust click-review --sdk to start reporting again (LP: #1375787)
* add additional tests for online accounts (LP: #1357211)
* explicitly mark 'networking' as bad policy group when using
push-notification-client (it was already implicitly bad)
-- Jamie Strandboge Wed, 01 Oct 2014 07:14:33 -0500
click-reviewers-tools (0.11) utopic; urgency=medium
[ Jamie Strandboge ]
* allow 'accounts' policy group with network scopes.
* fix fetch URL for apparmor json to point to json file, not html page
(LP: #1375326)
* check if security policy does not end with .apparmor (LP: #1358317)
* cleanup all the temp directories on shutdown (LP: #1370577)
* shouldn't warn when app is coreapp when it uses x-source or x-test
(LP: #1371180)
[ Daniel Holbach ]
* be clearer about unloadable ClickReview classes.
-- Jamie Strandboge Mon, 29 Sep 2014 17:01:58 -0500
click-reviewers-tools (0.10) utopic; urgency=medium
[ Daniel Holbach ]
* Split out code to find Click*Review classes in the clickreviews package
into its own module, add tests for it.
* Refactor bin/click-review to make it easier to extend.
* Add --sdk option, so the SDK can start using it. (LP: #1363857)
* Safeguard against broken clickreviews check modules, or modules that are
still in development. (LP: #1364449)
[ Jamie Strandboge ]
* There is now a special pay-ui hook instead of the payui app reusing the
desktop hook. We added a check for manual review for when the 'pay-ui'
hook was implemented in previous commits, but now we should adjust the
cr_desktop.py hook to not error when the pay-ui hook is specified but
the desktop hook is not.
* The accounts policy group is now a common policy group (14.10) and
webapps more fully integrate with accounts these days, so don't flag
accounts as unusual any more.
* Mark checks requiring manual review by using a special key in the json
data.
* Add commented out camera policy group to list of ok policygroups for
webapps.
[ Ricardo Kirkner ]
* Updated frameworks.json using myapps api. (LP: #1363096)
-- Daniel Holbach Wed, 24 Sep 2014 16:10:43 +0200
click-reviewers-tools (0.9) utopic; urgency=medium
[ Jamie Strandboge ]
* data/frameworks.json: add ubuntu-sdk-14.10-qml-dev3
* make missing --enable-back-forward informational for webapp desktop file
checks
[ Daniel Holbach ]
* special-case 'com.ubuntu.scopes'.
[ Pete Woods ]
* Match scope review with actual ini file specifications. (LP: #1350427)
* Point to the correct scope ini path.
[ Daniel Holbach ]
* Add 'click-review', a more versatile approach to what 'click-run-checks'
was doing. (LP: #1355215)
* Run pep8 during the build.
-- Daniel Holbach Wed, 20 Aug 2014 16:03:35 +0200
click-reviewers-tools (0.8) utopic; urgency=medium
[ Zoltan Balogh ]
* Give an error if the app is using deprecated Friends API (LP: #1340869)
[ Martin Albisetti, Daniel Holbach ]
* refactor the way we handle frameworks into a central static list which
should be easy to update.
[ Jamie Strandboge ]
* updated clickreviews/cr_tests.py for 14.10*dev2
* bin/repack-click: use -Zgzip when repacking to remain compatible with
debfile (ie, click install)
* warn on new hooks
* implement url-dispatcher hook checks
* implement scope hook checks
* implement content-hub hook checks
* debian/control: Build-Depends and Depends on python3-lxml
* implement account-* hook checks
* redflag the upcoming pay-ui hook
* update security tests to not require apparmor-easyprof-ubuntu or
apparmor-easyprof by using a static list to ease updating
* debian/control: drop Build-Depends and Depends on apparmor-easyprof and
apparmor-easyprof-ubuntu
* update data/apparmor-easyprof-ubuntu.json to not include friends policy
group in 1.2 (LP: #1340869)
* refactor the way we handle apparmor policy into a central static list
which should be easy to update.
* implement push-helper tests (LP: #1346481)
[ Daniel Holbach ]
* refer to documentation about click in case we encounter .deb packages.
* fix some pep8 warnings.
-- Daniel Holbach Fri, 25 Jul 2014 16:20:24 +0200
click-reviewers-tools (0.7.1) utopic; urgency=medium
* Merge r198:
[ Jamie Strandboge ]
- ubuntu-scope-local-content template is no longer available.
-- Daniel Holbach Thu, 05 Jun 2014 16:21:33 +0200
click-reviewers-tools (0.7) utopic; urgency=medium
[ Daniel Holbach ]
* clickreviews/cr_lint.py: add link to more info about "Please use newer
framework". Thanks Alan Pope.
[ Jamie Strandboge ]
* add 14.10 frameworks. Thanks Martin Albisetti for initial patch
* 13.10 frameworks should be deprecated instead of obsolete and warn when
using deprecated framework
* add click scopes checks
* special case ubuntu-devel-discuss@lists.ubuntu.com
* implement check_hooks() lint tests
* debian/control: Depends on apparmor-easyprof-ubuntu >= 1.2.2
(LP: #1324121)
-- Jamie Strandboge Wed, 28 May 2014 23:48:04 +0200
click-reviewers-tools (0.6) utopic; urgency=medium
[ Daniel Holbach ]
* d/control: bump apparmor-easyprof-ubuntu requirement to 1.0.44.
This should safeguard against #1292418 (test-suite failing on saucy).
* clickreviews/cr_desktop.py: check for deprecated execs, add
cordova-ubuntu-2.8 to the list. (LP: #1307533)
[ Jamie Strandboge ]
* clickreviews/cr_security.py:
- webview policy can be used by webapps
- content_exchange policy can be used by webapps (LP: #1308184)
- clickreviews/tests/test_cr_security.py: tests for above
- warn if webview not used with ubuntu-webapp template on non-13.10
frameworks
* clickreviews/cr_lint.py: obsolete ubuntu-sdk-13.10 framework
* clickreviews/cr_functional.py: warn if using UbuntuWebView 0.1
-- Jamie Strandboge Mon, 28 Apr 2014 13:01:08 -0500
click-reviewers-tools (0.5) trusty; urgency=medium
[ Jamie Strandboge ]
* mock self.supported_policy_versions
* support multiple frameworks on system in security tests
* add/update tests for multiple frameworks in security tests
-- Daniel Holbach Thu, 27 Feb 2014 15:30:51 +0100
click-reviewers-tools (0.4) trusty; urgency=medium
[ Daniel Holbach ]
* Check for broken icon paths in .desktop files. (LP: #1257429)
* Add initial set of askubuntu answers.
* Add ubuntu-html5-app-launcher to expected_execs.
[ Jamie Strandboge ]
* Documented and clarified the use of the scripts.
* Fix crash in __del__. (LP: #1282652)
* Add webapp-container tests.
* Document bzr hook to run tests.
-- Daniel Holbach Wed, 22 Jan 2014 17:59:26 +0100
click-reviewers-tools (0.3) trusty; urgency=medium
* d/compat: bump to 9.
* d/control:
- bump Standards-Version,
- drop X-Python-Version, we have X-Python3-Version,
- programmatical -> programmatic
* d/copyright: fix license mistake (GPL-3+ vs. GPL-3)
-- Daniel Holbach Wed, 22 Jan 2014 17:38:47 +0100
click-reviewers-tools (0.2) trusty; urgency=low
* Initial release (LP: #1230248)
-- Daniel Holbach Wed, 25 Sep 2013 14:32:32 +0200
click-reviewers-tools-0.44~16.04.1/debian/links 0000664 0000000 0000000 00000000051 12706157366 016011 0 ustar usr/bin/click-review usr/bin/snap-review
click-reviewers-tools-0.44~16.04.1/debian/rules 0000775 0000000 0000000 00000002511 12513764517 016027 0 ustar #!/usr/bin/make -f
# -*- makefile -*-
# Uncomment this to turn on verbose mode.
export DH_VERBOSE=1
%:
dh $@ --with python3 --buildsystem pybuild
PY3REQUESTED := $(shell py3versions -r)
PY3DEFAULT := $(shell py3versions -d)
# Run setup.py with the default python3 last so that the scripts use
# #!/usr/bin/python3 and not #!/usr/bin/python3.X.
PY3 := $(filter-out $(PY3DEFAULT),$(PY3REQUESTED)) python3
override_dh_auto_clean:
dh_clean
rm -rf build *.egg-info .pybuild
find -name \*.pyc -print0 | xargs -0r rm -f
find -name __pycache__ -print0 | xargs -0r rm -rf
-$(shell python3 ./bin/update-apparmor-policy ./data/apparmor-easyprof-ubuntu.json)
override_dh_auto_build:
dh_auto_build
set -ex; for python in $(PY3); do \
$$python setup.py build; \
done
override_dh_auto_install:
# setuptools likes to leave some debris around, which confuses things.
find build -name \*.pyc -print0 | xargs -0r rm -f
find build -name __pycache__ -print0 | xargs -0r rm -rf
find build -name \*.egg-info -print0 | xargs -0r rm -rf
dh_auto_install
set -ex; for python in $(PY3); do \
$$python setup.py install --install-layout=deb \
--root=$(CURDIR)/debian/tmp; \
done
ifeq (,$(filter nocheck,$(DEB_BUILD_OPTIONS)))
override_dh_auto_test:
set -ex; for python in $(PY3); do \
$$python setup.py test; \
done
./run-pep8
./run-pyflakes
endif
click-reviewers-tools-0.44~16.04.1/debian/compat 0000664 0000000 0000000 00000000002 12511545773 016145 0 ustar 9
click-reviewers-tools-0.44~16.04.1/debian/docs 0000664 0000000 0000000 00000000007 12511545773 015617 0 ustar README
click-reviewers-tools-0.44~16.04.1/check-names.list 0000664 0000000 0000000 00000023660 12736745065 016614 0 ustar bin-path:package_yaml_description_empty|
bin-path:package_yaml_description_present|
bin-path:package_yaml_optional_key|
bin-path:package_yaml_unknown_key|
bin-path:path_executable|
content_hub:peer_hooks_disallowed|
content_hub:peer_hooks_required|
content_hub:unknown|
content_hub:valid|
content_hub:valid_value|
desktop:Exec|
desktop:Exec_webapp_args_minimal_chrome|
desktop:Exec_webapp_args_required|
desktop:Exec_webapp_container|
desktop:Exec_webapp_container_13.10|
desktop:Exec_webapp_container_webapp|
desktop:Exec_webbrowser|
desktop:Exec_webbrowser_13.10|
desktop:Exec_webbrowser_target_exists|
desktop:Exec_webbrowser_target_netloc_matches_patterns|
desktop:Exec_webbrowser_target_scheme_matches_patterns|
desktop:Exec_webbrowser_webapp|
desktop:Exec_webbrowser_webapp_manifest|
desktop:Exec_webbrowser_webapp_manifest_includes_present|
desktop:Exec_webbrowser_webapp_manifest_wellformed|
desktop:Exec_webbrowser_webappModelSearchPath_present|
desktop:Exec_webbrowser_webappUrlPatterns|
desktop:Exec_webbrowser_webapp_url_patterns_has_https|
desktop:Exec_webbrowser_webapp_url_patterns_uses_safe_glob|
desktop:Exec_webbrowser_webapp_url_patterns_uses_trailing_glob|
desktop:Exec_webbrowser_webapp_url_patterns_uses_unsafe_glob|
desktop:files_usable|
desktop:peer_hooks_disallowed|
desktop:peer_hooks_required|
desktop:required_fields_not_empty|
desktop:required_keys|
desktop:validates|http://askubuntu.com/questions/417377/what-does-desktop-validates-mean/417378
desktop:X-Ubuntu-Gettext-Domain|
framework:dependency|
framework:obsolete_declaration|
framework:obsolete_framework_file|
framework:policies|
framework:policy|
framework:policy_metadata|
framework:policy_unknown|
framework:policy_valid_name|
lint:architecture_specified_needed|
lint:click_local_extensions|
lint:control_architecture_match|
lint:control_architecture_valid|
lint:control_architecture_valid_contents|
lint:control_click_version_up_to_date|http://askubuntu.com/questions/417366/what-does-lint-control-click-version-up-to-date-mean/417367
lint:control_description_match|
lint:control_has_field|
lint:control_installed_size|
lint:control_maintainer_match|
lint:control_package_match|
lint:control_structure|
lint:control_version_match|
lint:dot_click|
lint:exclusive_hooks|
lint:external_symlinks|
lint:file_mode|
lint:framework|http://askubuntu.com/questions/460512/what-framework-should-i-use-in-my-manifest-file
lint:hashes_archive-sha512_present|
lint:hashes_archive-sha512_valid|
lint:hashes_extra_files|
lint:hashes_files_present|
lint:hooks|
lint:hooks_known|
lint:hooks_multiple_apps|
lint:hooks_redflag|
lint:hooks_valid|
lint:maintainer_format|http://askubuntu.com/questions/417351/what-does-lint-maintainer-format-mean/417352
lint:maintainer_present|
lint:manifest_architecture_valid|
lint:manifest_icon_absolute_path|
lint:manifest_icon_empty|
lint:manifest_icon_present|
lint:md5sums|
lint:package yaml_architecture_valid|
lint:package_yaml_icon_absolute_path|
lint:package_yaml_icon_empty|
lint:package_yaml_icon_present|
lint:pkgname_valid|
lint:sdk_security_extension|
lint:sha512sums|
lint:snappy_architecture_deprecated|https://developer.ubuntu.com/en/snappy/guides/package-metadata/
lint:snappy_config_hook_executable|
lint:snappy_in_binaries|
lint:snappy_in_services|
lint:snappy_name_valid|
lint:snappy_readme.md|
lint:snappy_readme.md_length|
lint:snappy_type_redflag|https://developer.ubuntu.com/en/snappy/guides/frameworks/
lint:snappy_type_valid|
lint:snappy_unknown|
lint:snappy_version_valid|
lint-snap-v2:app_plugs|
lint-snap-v2:app_plugs_plug_reference|
lint-snap-v2:apps|
lint-snap-v2:apps_entry|
lint-snap-v2:app_slots|
lint-snap-v2:app_slots_plug_reference|
lint-snap-v2:apps_present|
lint-snap-v2:apps_required|
lint-snap-v2:apps_unknown|
lint-snap-v2:architecture_specified_needed|
lint-snap-v2:architecture_valid|
lint-snap-v2:command|
lint-snap-v2:config_hook_executable|
lint-snap-v2:confinement_valid|
lint-snap-v2:daemon|
lint-snap-v2:daemon_required|
lint-snap-v2:description|
lint-snap-v2:description_present|
lint-snap-v2:environment_key_valid|http://pubs.opengroup.org/onlinepubs/000095399/basedefs/xbd_chap08.html
lint-snap-v2:environment_valid|
lint-snap-v2:environment_value_valid|
lint-snap-v2:epoch_valid|
lint-snap-v2:external_symlinks|
lint-snap-v2:icon_absolute_path|
lint-snap-v2:icon_empty|
lint-snap-v2:icon_exists|
lint-snap-v2:icon_present|
lint-snap-v2:license-agreement|
lint-snap-v2:license-agreement_present|
lint-snap-v2:license-version|
lint-snap-v2:license-version_present|
lint-snap-v2:listen-stream|
lint-snap-v2:listen-stream_matches_name|
lint-snap-v2:name_valid|
lint-snap-v2:plugs|
lint-snap-v2:plugs_attributes|
lint-snap-v2:ports|
lint-snap-v2:ports_ext1_format|
lint-snap-v2:ports_ext2_format|
lint-snap-v2:ports_int1_format|
lint-snap-v2:ports_unknown_key|
lint-snap-v2:ports_unknown_subkey|
lint-snap-v2:post-stop-command|
lint-snap-v2:restart-condition|
lint-snap-v2:slots|
lint-snap-v2:slots_attributes|
lint-snap-v2:snap_type_redflag|
lint-snap-v2:snap_type_valid|
lint-snap-v2:socket|
lint-snap-v2:socket-group|
lint-snap-v2:socket-group_matches_name|
lint-snap-v2:socket-group_reserved|
lint-snap-v2:socket-user|
lint-snap-v2:socket-user_matches_name|
lint-snap-v2:socket-user_reserved|
lint-snap-v2:stop-command|
lint-snap-v2:stop-timeout|
lint-snap-v2:stop-timeout_range|
lint-snap-v2:summary|
lint-snap-v2:summary_present|
lint-snap-v2:unknown_field|
lint-snap-v2:valid_contents_for_architecture|
lint-snap-v2:vcs_files|
lint-snap-v2:version_valid|
online_accounts:account-application_hook|
online_accounts:account-application_id|
online_accounts:account-application_root|
online_accounts:account-application_service|
online_accounts:account-application_services|
online_accounts:account-provider|
online_accounts:account-provider_id|
online_accounts:account-provider_root|
online_accounts:account-qml-plugin|
online_accounts:account-service_hook|
online_accounts:account-service_id|
online_accounts:account-service_name|http://askubuntu.com/q/697173
online_accounts:account-service_provider|http://askubuntu.com/q/697173
online_accounts:account-service_root|
online_accounts:accounts_plugin|
online_accounts:accounts_service|
online_accounts:accounts_services|
online_accounts:peer_hooks_disallowed|https://wiki.ubuntu.com/SecurityTeam/Specifications/OnlineAccountsConfinement
online_accounts:peer_hooks_required|https://wiki.ubuntu.com/SecurityTeam/Specifications/OnlineAccountsConfinement
push_helper:other_hooks|
push_helper:peer_hooks_disallowed|
push_helper:peer_hooks_required|
push_helper:unknown|
push_helper:valid|
push_helper:valid_required|
scope:ini_scope_internal_fields|
scope:ini_scope_required_fields|
scope:ini_scope_section|
scope:ini_scope_unknown_fields|
scope:peer_hooks_disallowed|
scope:peer_hooks_required|
security:apparmor_profile|
security:peer_hooks_disallowed|
security:peer_hooks_required|
security:policy_groups_duplicates|
security:policy_groups_exists|
security:policy_groups_push_helper|
security:policy_groups_safe|
security:policy_groups_scopes|
security:policy_groups_ubuntu_account_plugin|
security:policy_groups_valid|
security:policy_groups_webapp|
security:policy_groups_webapp_webview|
security:policy_vendor|
security:policy_vendor_matches_framework|
security:policy_version_exists|
security:policy_version_is_highest|http://askubuntu.com/q/562116/94326
security:policy_version_matches_framework|http://askubuntu.com/q/686347
security:profile_name_length|
security:redflag_fields|
security:required_policy_groups_ubuntu_account_plugin|
security-snap-v2:app_plug_safe|
security-snap-v2:app_slot_safe|
security-snap-v2:is_slot|
security-snap-v2:plug_safe|http://askubuntu.com/a/562123/94326
security-snap-v2:policy-vendor|
security-snap-v2:policy-version|
security-snap-v2:profile_name_length|
security-snap-v2:slot_safe|http://askubuntu.com/a/562123/94326
security-snap-v2:squashfs_lls|
security-snap-v2:squashfs_repack_checksum|
security-snap-v2:squashfs_resquash|
security-snap-v2:squashfs_resquash_1555305|https://launchpad.net/bugs/1555305
security-snap-v2:squashfs_supports_fstime|
security:template_account_provider|
security:template_account_qml_plugin|
security:template_exists|
security:template_valid|http://askubuntu.com/q/671403
security:template_with_policy_version|
security:yaml_and_click|
security:yaml_binaries|
security:yaml_binaries_entries|
security:yaml_caps|
security:yaml_combinations|
security:yaml_override_click|
security:yaml_override_format|
security:yaml_policy_format|
security:yaml_policy_present|https://developer.ubuntu.com/en/snappy/guides/security-policy/
security:yaml_security-template|
security:yaml_services|
snappy-systemd:package_yaml_absolute_path|
snappy-systemd:package_yaml_bus-name_empty|
snappy-systemd:package_yaml_bus-name_format|http://dbus.freedesktop.org/doc/dbus-specification.html
snappy-systemd:package_yaml_bus-name_framework|
snappy-systemd:package_yaml_bus-name_matches_name|
snappy-systemd:package_yaml_description_empty|
snappy-systemd:package_yaml_description_present|
snappy-systemd:package_yaml_empty|
snappy-systemd:package_yaml_listen-stream_empty|
snappy-systemd:package_yaml_listen-stream_matches_name|
snappy-systemd:package_yaml_optional_key|
snappy-systemd:package_yaml_ports|
snappy-systemd:package_yaml_ports_bad_key|
snappy-systemd:package_yaml_ports_empty|
snappy-systemd:package_yaml_ports_ext1_format|
snappy-systemd:package_yaml_ports_ext2_format|
snappy-systemd:package_yaml_ports_int1_format|
snappy-systemd:package_yaml_ports_invalid|
snappy-systemd:package_yaml_required_key|
snappy-systemd:package_yaml_socket-group|
snappy-systemd:package_yaml_socket-group_listen-stream|
snappy-systemd:package_yaml_socket-group_matches|
snappy-systemd:package_yaml_socket_listen-stream|
snappy-systemd:package_yaml_socket-user|
snappy-systemd:package_yaml_socket-user_listen-stream|
snappy-systemd:package_yaml_socket-user_matches|
snappy-systemd:package_yaml_stop_timeout|
snappy-systemd:package_yaml_unknown_key|
url_dispatcher:optional_entry|
url_dispatcher:peer_hooks_disallowed|
url_dispatcher:peer_hooks_required|
url_dispatcher:required_entry|
url_dispatcher:unknown_entry|
click-reviewers-tools-0.44~16.04.1/README 0000664 0000000 0000000 00000007020 12660650204 014373 0 ustar Runnable click and snap v1 tests:
- bin/click-check-bin-path: snappy bin-path tests
- bin/click-check-content-hub: content-hub hook tests
- bin/click-check-desktop: desktop hook tests
- bin/click-check-framework: click framework tests
- bin/click-check-functional: a few functional tests
- bin/click-check-lint: lint tests
- bin/click-check-online-accounts: online accounts tests
- bin/click-check-push-helper: push-helper tests
- bin/click-check-scope: scope tests
- bin/click-check-security: security hook tests
- bin/click-check-systemd: snappy systemd tests
- bin/click-check-url-dispatcher: url-dispatcher hook tests
- bin/click-run-checks: all tests
Runnable snap v2 tests:
- bin/snap-check-lint: lint tests
- bin/snap-run-checks: all tests
This gives an alternate view on bin/click-run-checks:
- bin/click-review
Running tests locally:
$ PYTHONPATH=$PWD ./bin/click-review /path/to/click
Importable tests:
- clickreviews/cr_lint.py: lint tests
- clickreviews/cr_security.py: security hook tests
- clickreviews/cr_desktop.py: desktop hook tests
- ...
In general, add or modify tests and report by using:
self._add_result(, , )
Where is one of 'info', 'warn', 'error'. is the name of the
test (prefixed by _), which is set when creating a ClickReview
object. After all tests are run, if there are any errors, the exit status is
'2', if there are no errors but some warnings, the exit status is '1',
otherwise it is '0.
See click-check-skeleton and cr_skeleton.py for how to create new tests. In
short:
* create a click-check- and a cr_.py script based off of
the skeleton. IMPORTANT: the new script must be click-check- so
other tools that use click-reviewers-tools (eg, ubuntu-sdk) can find them.
* modify click-check- to use cr_.py
* add tests to cr_.py. If you name the tests 'check_'
ClickReview.do_checks() will enumerate and run them automatically
(substitute 'sr_' for 'cr_' for snap v2 checks)
To run tests, just execute:
$ ./run-tests # all tests
$ ./run-tests test_cr_security.py # only security tests
If you are going to develop the tools regularly, you might want to add a bzr
hook to run the testsuite before committing. Eg, add something like this to
~/.bazaar/plugins/hooks/__init__.py:
#!/usr/bin/python
from bzrlib.branch import Branch
def run_tests_crt(local, master, old_revno, old_revid, new_revno, new_revid,
seven, eight):
#print local, master, old_revno, old_revid, new_revno, new_revid, seven, eight
if 'click-reviewers-tools' in master.base:
import subprocess
print ''
rc = subprocess.call(['./run-tests'])
if rc != 0:
import sys
sys.exit(1)
Branch.hooks.install_named_hook('pre_commit',
run_tests_crt,
'click-reviewers-tools tests')
Keeping projects in sync
------------------------
In addition to archive uploads and SRUs, the following should also be updated:
- https://launchpad.net/~snappy-dev/+archive/ubuntu/tools-proposed
then keep an eye on them and when ok, ask someone to push to:
https://launchpad.net/~snappy-dev/+archive/ubuntu/tools
- https://launchpad.net/~ubuntu-sdk-team/+archive/ubuntu/staging
then keep an eye on them and when ok, ask someone to push to:
https://launchpad.net/~ubuntu-sdk-team/+archive/ubuntu/ppa
- the Ubuntu Store (ping beuno or pindonga to pull the changes from trunk)
click-reviewers-tools-0.44~16.04.1/setup.cfg 0000664 0000000 0000000 00000000052 12511545773 015343 0 ustar # E501 line too long
[pep8]
ignore = E501
click-reviewers-tools-0.44~16.04.1/data/ 0000775 0000000 0000000 00000000000 12733311377 014433 5 ustar click-reviewers-tools-0.44~16.04.1/data/apparmor-easyprof-ubuntu.json 0000664 0000000 0000000 00000020026 12733310516 022307 0 ustar {
"ubuntu": {
"1.0": {
"templates": {
"common": [
"default",
"ubuntu-sdk",
"ubuntu-webapp"
],
"reserved": [
"unconfined"
]
},
"policy_groups": {
"common": [
"audio",
"camera",
"connectivity",
"content_exchange",
"content_exchange_source",
"keep-display-on",
"location",
"microphone",
"networking",
"sensors",
"usermetrics",
"video"
],
"reserved": [
"accounts",
"calendar",
"contacts",
"friends",
"history",
"music_files",
"music_files_read",
"picture_files",
"picture_files_read",
"video_files",
"video_files_read"
]
}
},
"1.1": {
"templates": {
"common": [
"default",
"ubuntu-sdk",
"ubuntu-webapp"
],
"reserved": [
"unconfined"
]
},
"policy_groups": {
"common": [
"audio",
"camera",
"connectivity",
"content_exchange",
"content_exchange_source",
"keep-display-on",
"location",
"microphone",
"networking",
"sensors",
"usermetrics",
"video",
"webview"
],
"reserved": [
"accounts",
"calendar",
"contacts",
"debug",
"friends",
"history",
"music_files",
"music_files_read",
"picture_files",
"picture_files_read",
"video_files",
"video_files_read"
]
}
},
"1.2": {
"templates": {
"common": [
"default",
"ubuntu-account-plugin",
"ubuntu-push-helper",
"ubuntu-scope-network",
"ubuntu-sdk",
"ubuntu-webapp"
],
"reserved": [
"unconfined"
]
},
"policy_groups": {
"common": [
"accounts",
"audio",
"camera",
"connectivity",
"content_exchange",
"content_exchange_source",
"keep-display-on",
"location",
"microphone",
"networking",
"push-notification-client",
"sensors",
"usermetrics",
"video",
"webview"
],
"reserved": [
"calendar",
"contacts",
"debug",
"history",
"music_files",
"music_files_read",
"picture_files",
"picture_files_read",
"video_files",
"video_files_read"
]
}
},
"1.3": {
"templates": {
"common": [
"default",
"ubuntu-account-plugin",
"ubuntu-push-helper",
"ubuntu-scope-network",
"ubuntu-sdk",
"ubuntu-webapp"
],
"reserved": [
"unconfined"
]
},
"policy_groups": {
"common": [
"accounts",
"audio",
"camera",
"connectivity",
"content_exchange",
"content_exchange_source",
"in-app-purchases",
"keep-display-on",
"location",
"microphone",
"networking",
"push-notification-client",
"sensors",
"usermetrics",
"video",
"webview"
],
"reserved": [
"bluetooth",
"calendar",
"contacts",
"debug",
"history",
"music_files",
"music_files_read",
"picture_files",
"picture_files_read",
"video_files",
"video_files_read"
]
}
},
"15.10": {
"templates": {
"common": [
"default",
"ubuntu-account-plugin",
"ubuntu-push-helper",
"ubuntu-scope-network",
"ubuntu-sdk",
"ubuntu-webapp"
],
"reserved": [
"unconfined"
]
},
"policy_groups": {
"common": [
"accounts",
"audio",
"camera",
"connectivity",
"content_exchange",
"content_exchange_source",
"in-app-purchases",
"keep-display-on",
"location",
"microphone",
"networking",
"push-notification-client",
"sensors",
"usermetrics",
"video",
"webview"
],
"reserved": [
"bluetooth",
"calendar",
"contacts",
"debug",
"history",
"music_files",
"music_files_read",
"picture_files",
"picture_files_read",
"video_files",
"video_files_read"
]
}
},
"16.04": {
"templates": {
"common": [
"default",
"ubuntu-account-plugin",
"ubuntu-push-helper",
"ubuntu-scope-network",
"ubuntu-sdk",
"ubuntu-webapp"
],
"reserved": [
"unconfined"
]
},
"policy_groups": {
"common": [
"accounts",
"audio",
"camera",
"connectivity",
"content_exchange",
"content_exchange_source",
"in-app-purchases",
"keep-display-on",
"location",
"microphone",
"networking",
"push-notification-client",
"sensors",
"usermetrics",
"video",
"webview"
],
"reserved": [
"bluetooth",
"calendar",
"contacts",
"debug",
"history",
"music_files",
"music_files_read",
"picture_files",
"picture_files_read",
"video_files",
"video_files_read"
]
}
}
},
"ubuntu-snappy": {
"1.3": {
"templates": {
"common": [
"default"
],
"reserved": [
"unconfined"
]
},
"policy_groups": {
"common": [
"networking",
"network-service",
"network-client"
],
"reserved": []
}
}
},
"ubuntu-core": {
"15.04": {
"templates": {
"common": [
"default"
],
"reserved": [
"unconfined"
]
},
"policy_groups": {
"common": [
"network-client",
"network-service",
"networking"
],
"reserved": [
"bluez_client",
"docker_client",
"network-admin",
"network-firewall",
"network-status",
"snapd"
]
}
},
"15.10": {
"templates": {
"common": [
"default"
],
"reserved": [
"unconfined"
]
},
"policy_groups": {
"common": [
"network-client",
"network-service",
"networking"
],
"reserved": [
"bluez_client",
"docker_client",
"network-admin",
"network-firewall",
"network-status",
"snapd"
]
}
},
"16.04": {
"templates": {
"common": [
"default"
],
"reserved": []
},
"policy_groups": {
"common": [
"camera",
"bool-file",
"content",
"cups-control",
"firewall-control",
"gsettings",
"home",
"locale-control",
"log-observe",
"mount-observe",
"mpris",
"network",
"network-bind",
"network-control",
"network-observe",
"opengl",
"optical-drive",
"ppp",
"pulseaudio",
"serial-port",
"snapd-control",
"system-observe",
"timeserver-control",
"timezone-control",
"unity7",
"x11"
],
"reserved": [
"bluez",
"location-control",
"location-observe",
"network-manager",
"modem-manager"
]
}
}
}
}
click-reviewers-tools-0.44~16.04.1/setup.py 0000775 0000000 0000000 00000001235 12713206312 015226 0 ustar #! /usr/bin/env python3
from setuptools import setup, find_packages
import codecs
import glob
import os
import re
# look/set what version we have
changelog = 'debian/changelog'
if os.path.exists(changelog):
head = codecs.open(changelog, encoding='utf-8').readline()
match = re.compile('.*\((.*)\).*').match(head)
if match:
version = match.group(1)
scripts = glob.glob('bin/click-*') + glob.glob('bin/snap-*')
scripts.remove('bin/click-check-skeleton')
scripts.remove('bin/snap-check-skeleton')
setup(
name='click-reviewers-tools',
version=version,
scripts=scripts,
packages=find_packages(),
test_suite='clickreviews.tests',
)
click-reviewers-tools-0.44~16.04.1/run-pyflakes 0000775 0000000 0000000 00000000337 12513764517 016077 0 ustar #!/bin/sh
set -e
echo "= pyflakes3 ="
for i in ./bin/update-* ./bin/click-check-* ./bin/click-show-files ./bin/click-review \
./clickreviews/*py ./clickreviews/tests/*py ; do
echo "Checking $i"
pyflakes3 $i
done
click-reviewers-tools-0.44~16.04.1/run-tests 0000775 0000000 0000000 00000002255 12732766062 015424 0 ustar #!/usr/bin/python3
'''run-tests: run the test suite'''
#
# Copyright (C) 2013 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; version 3 of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see .
import sys
import unittest
# NOTE: changes to this file may also need to be made to
# 'collect-check-names-from-tests'
test_directory = 'clickreviews/tests/'
test_filename = 'test_*'
if len(sys.argv) > 1:
test_filename = sys.argv[1]
suite = unittest.TestLoader().discover(test_directory, pattern=test_filename)
test_result = unittest.TextTestRunner(verbosity=2).run(suite)
if len(test_result.errors) > 0 or len(test_result.failures) > 0 or \
len(test_result.unexpectedSuccesses) > 0:
sys.exit(1)
click-reviewers-tools-0.44~16.04.1/collect-check-names 0000775 0000000 0000000 00000000344 12565665111 017253 0 ustar #!/bin/sh
(./collect-check-names-from-tests 2>&1 | grep 'CHECK|' | cut -d '|' -f 2- \
| egrep -v '(skeleton|some-check)' | sort \
| awk -F '|' '(l && $1 != l1) {print l} {l1=$1; l=$0} END {print l}') > check-names.list
click-reviewers-tools-0.44~16.04.1/run-pep8 0000775 0000000 0000000 00000000410 12526452332 015116 0 ustar #!/bin/sh
set -e
echo "= pep8 ="
for i in ./clickreviews/*py \
./clickreviews/tests/*py \
./bin/update-* \
./bin/click-check-* \
./bin/click-show-files \
./bin/click-review ; do
echo "Checking $i"
pep8 $i
done
click-reviewers-tools-0.44~16.04.1/COPYING 0000664 0000000 0000000 00000104513 12511545773 014564 0 ustar GNU GENERAL PUBLIC LICENSE
Version 3, 29 June 2007
Copyright (C) 2007 Free Software Foundation, Inc.
Everyone is permitted to copy and distribute verbatim copies
of this license document, but changing it is not allowed.
Preamble
The GNU General Public License is a free, copyleft license for
software and other kinds of works.
The licenses for most software and other practical works are designed
to take away your freedom to share and change the works. By contrast,
the GNU General Public License is intended to guarantee your freedom to
share and change all versions of a program--to make sure it remains free
software for all its users. We, the Free Software Foundation, use the
GNU General Public License for most of our software; it applies also to
any other work released this way by its authors. You can apply it to
your programs, too.
When we speak of free software, we are referring to freedom, not
price. Our General Public Licenses are designed to make sure that you
have the freedom to distribute copies of free software (and charge for
them if you wish), that you receive source code or can get it if you
want it, that you can change the software or use pieces of it in new
free programs, and that you know you can do these things.
To protect your rights, we need to prevent others from denying you
these rights or asking you to surrender the rights. Therefore, you have
certain responsibilities if you distribute copies of the software, or if
you modify it: responsibilities to respect the freedom of others.
For example, if you distribute copies of such a program, whether
gratis or for a fee, you must pass on to the recipients the same
freedoms that you received. You must make sure that they, too, receive
or can get the source code. And you must show them these terms so they
know their rights.
Developers that use the GNU GPL protect your rights with two steps:
(1) assert copyright on the software, and (2) offer you this License
giving you legal permission to copy, distribute and/or modify it.
For the developers' and authors' protection, the GPL clearly explains
that there is no warranty for this free software. For both users' and
authors' sake, the GPL requires that modified versions be marked as
changed, so that their problems will not be attributed erroneously to
authors of previous versions.
Some devices are designed to deny users access to install or run
modified versions of the software inside them, although the manufacturer
can do so. This is fundamentally incompatible with the aim of
protecting users' freedom to change the software. The systematic
pattern of such abuse occurs in the area of products for individuals to
use, which is precisely where it is most unacceptable. Therefore, we
have designed this version of the GPL to prohibit the practice for those
products. If such problems arise substantially in other domains, we
stand ready to extend this provision to those domains in future versions
of the GPL, as needed to protect the freedom of users.
Finally, every program is threatened constantly by software patents.
States should not allow patents to restrict development and use of
software on general-purpose computers, but in those that do, we wish to
avoid the special danger that patents applied to a free program could
make it effectively proprietary. To prevent this, the GPL assures that
patents cannot be used to render the program non-free.
The precise terms and conditions for copying, distribution and
modification follow.
TERMS AND CONDITIONS
0. Definitions.
"This License" refers to version 3 of the GNU General Public License.
"Copyright" also means copyright-like laws that apply to other kinds of
works, such as semiconductor masks.
"The Program" refers to any copyrightable work licensed under this
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To "modify" a work means to copy from or adapt all or part of the work
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A "covered work" means either the unmodified Program or a work based
on the Program.
To "propagate" a work means to do anything with it that, without
permission, would make you directly or secondarily liable for
infringement under applicable copyright law, except executing it on a
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public, and in some countries other activities as well.
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An interactive user interface displays "Appropriate Legal Notices"
to the extent that it includes a convenient and prominently visible
feature that (1) displays an appropriate copyright notice, and (2)
tells the user that there is no warranty for the work (except to the
extent that warranties are provided), that licensees may convey the
work under this License, and how to view a copy of this License. If
the interface presents a list of user commands or options, such as a
menu, a prominent item in the list meets this criterion.
1. Source Code.
The "source code" for a work means the preferred form of the work
for making modifications to it. "Object code" means any non-source
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standard defined by a recognized standards body, or, in the case of
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The "System Libraries" of an executable work include anything, other
than the work as a whole, that (a) is included in the normal form of
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implementation is available to the public in source code form. A
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The "Corresponding Source" for a work in object code form means all
the source code needed to generate, install, and (for an executable
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programs which are used unmodified in performing those activities but
which are not part of the work. For example, Corresponding Source
includes interface definition files associated with source files for
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such as by intimate data communication or control flow between those
subprograms and other parts of the work.
The Corresponding Source need not include anything that users
can regenerate automatically from other parts of the Corresponding
Source.
The Corresponding Source for a work in source code form is that
same work.
2. Basic Permissions.
All rights granted under this License are granted for the term of
copyright on the Program, and are irrevocable provided the stated
conditions are met. This License explicitly affirms your unlimited
permission to run the unmodified Program. The output from running a
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content, constitutes a covered work. This License acknowledges your
rights of fair use or other equivalent, as provided by copyright law.
You may make, run and propagate covered works that you do not
convey, without conditions so long as your license otherwise remains
in force. You may convey covered works to others for the sole purpose
of having them make modifications exclusively for you, or provide you
with facilities for running those works, provided that you comply with
the terms of this License in conveying all material for which you do
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for you must do so exclusively on your behalf, under your direction
and control, on terms that prohibit them from making any copies of
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Conveying under any other circumstances is permitted solely under
the conditions stated below. Sublicensing is not allowed; section 10
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No covered work shall be deemed part of an effective technological
measure under any applicable law fulfilling obligations under article
11 of the WIPO copyright treaty adopted on 20 December 1996, or
similar laws prohibiting or restricting circumvention of such
measures.
When you convey a covered work, you waive any legal power to forbid
circumvention of technological measures to the extent such circumvention
is effected by exercising rights under this License with respect to
the covered work, and you disclaim any intention to limit operation or
modification of the work as a means of enforcing, against the work's
users, your or third parties' legal rights to forbid circumvention of
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4. Conveying Verbatim Copies.
You may convey verbatim copies of the Program's source code as you
receive it, in any medium, provided that you conspicuously and
appropriately publish on each copy an appropriate copyright notice;
keep intact all notices stating that this License and any
non-permissive terms added in accord with section 7 apply to the code;
keep intact all notices of the absence of any warranty; and give all
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You may charge any price or no price for each copy that you convey,
and you may offer support or warranty protection for a fee.
5. Conveying Modified Source Versions.
You may convey a work based on the Program, or the modifications to
produce it from the Program, in the form of source code under the
terms of section 4, provided that you also meet all of these conditions:
a) The work must carry prominent notices stating that you modified
it, and giving a relevant date.
b) The work must carry prominent notices stating that it is
released under this License and any conditions added under section
7. This requirement modifies the requirement in section 4 to
"keep intact all notices".
c) You must license the entire work, as a whole, under this
License to anyone who comes into possession of a copy. This
License will therefore apply, along with any applicable section 7
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regardless of how they are packaged. This License gives no
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d) If the work has interactive user interfaces, each must display
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interfaces that do not display Appropriate Legal Notices, your
work need not make them do so.
A compilation of a covered work with other separate and independent
works, which are not by their nature extensions of the covered work,
and which are not combined with it such as to form a larger program,
in or on a volume of a storage or distribution medium, is called an
"aggregate" if the compilation and its resulting copyright are not
used to limit the access or legal rights of the compilation's users
beyond what the individual works permit. Inclusion of a covered work
in an aggregate does not cause this License to apply to the other
parts of the aggregate.
6. Conveying Non-Source Forms.
You may convey a covered work in object code form under the terms
of sections 4 and 5, provided that you also convey the
machine-readable Corresponding Source under the terms of this License,
in one of these ways:
a) Convey the object code in, or embodied in, a physical product
(including a physical distribution medium), accompanied by the
Corresponding Source fixed on a durable physical medium
customarily used for software interchange.
b) Convey the object code in, or embodied in, a physical product
(including a physical distribution medium), accompanied by a
written offer, valid for at least three years and valid for as
long as you offer spare parts or customer support for that product
model, to give anyone who possesses the object code either (1) a
copy of the Corresponding Source for all the software in the
product that is covered by this License, on a durable physical
medium customarily used for software interchange, for a price no
more than your reasonable cost of physically performing this
conveying of source, or (2) access to copy the
Corresponding Source from a network server at no charge.
c) Convey individual copies of the object code with a copy of the
written offer to provide the Corresponding Source. This
alternative is allowed only occasionally and noncommercially, and
only if you received the object code with such an offer, in accord
with subsection 6b.
d) Convey the object code by offering access from a designated
place (gratis or for a charge), and offer equivalent access to the
Corresponding Source in the same way through the same place at no
further charge. You need not require recipients to copy the
Corresponding Source along with the object code. If the place to
copy the object code is a network server, the Corresponding Source
may be on a different server (operated by you or a third party)
that supports equivalent copying facilities, provided you maintain
clear directions next to the object code saying where to find the
Corresponding Source. Regardless of what server hosts the
Corresponding Source, you remain obligated to ensure that it is
available for as long as needed to satisfy these requirements.
e) Convey the object code using peer-to-peer transmission, provided
you inform other peers where the object code and Corresponding
Source of the work are being offered to the general public at no
charge under subsection 6d.
A separable portion of the object code, whose source code is excluded
from the Corresponding Source as a System Library, need not be
included in conveying the object code work.
A "User Product" is either (1) a "consumer product", which means any
tangible personal property which is normally used for personal, family,
or household purposes, or (2) anything designed or sold for incorporation
into a dwelling. In determining whether a product is a consumer product,
doubtful cases shall be resolved in favor of coverage. For a particular
product received by a particular user, "normally used" refers to a
typical or common use of that class of product, regardless of the status
of the particular user or of the way in which the particular user
actually uses, or expects or is expected to use, the product. A product
is a consumer product regardless of whether the product has substantial
commercial, industrial or non-consumer uses, unless such uses represent
the only significant mode of use of the product.
"Installation Information" for a User Product means any methods,
procedures, authorization keys, or other information required to install
and execute modified versions of a covered work in that User Product from
a modified version of its Corresponding Source. The information must
suffice to ensure that the continued functioning of the modified object
code is in no case prevented or interfered with solely because
modification has been made.
If you convey an object code work under this section in, or with, or
specifically for use in, a User Product, and the conveying occurs as
part of a transaction in which the right of possession and use of the
User Product is transferred to the recipient in perpetuity or for a
fixed term (regardless of how the transaction is characterized), the
Corresponding Source conveyed under this section must be accompanied
by the Installation Information. But this requirement does not apply
if neither you nor any third party retains the ability to install
modified object code on the User Product (for example, the work has
been installed in ROM).
The requirement to provide Installation Information does not include a
requirement to continue to provide support service, warranty, or updates
for a work that has been modified or installed by the recipient, or for
the User Product in which it has been modified or installed. Access to a
network may be denied when the modification itself materially and
adversely affects the operation of the network or violates the rules and
protocols for communication across the network.
Corresponding Source conveyed, and Installation Information provided,
in accord with this section must be in a format that is publicly
documented (and with an implementation available to the public in
source code form), and must require no special password or key for
unpacking, reading or copying.
7. Additional Terms.
"Additional permissions" are terms that supplement the terms of this
License by making exceptions from one or more of its conditions.
Additional permissions that are applicable to the entire Program shall
be treated as though they were included in this License, to the extent
that they are valid under applicable law. If additional permissions
apply only to part of the Program, that part may be used separately
under those permissions, but the entire Program remains governed by
this License without regard to the additional permissions.
When you convey a copy of a covered work, you may at your option
remove any additional permissions from that copy, or from any part of
it. (Additional permissions may be written to require their own
removal in certain cases when you modify the work.) You may place
additional permissions on material, added by you to a covered work,
for which you have or can give appropriate copyright permission.
Notwithstanding any other provision of this License, for material you
add to a covered work, you may (if authorized by the copyright holders of
that material) supplement the terms of this License with terms:
a) Disclaiming warranty or limiting liability differently from the
terms of sections 15 and 16 of this License; or
b) Requiring preservation of specified reasonable legal notices or
author attributions in that material or in the Appropriate Legal
Notices displayed by works containing it; or
c) Prohibiting misrepresentation of the origin of that material, or
requiring that modified versions of such material be marked in
reasonable ways as different from the original version; or
d) Limiting the use for publicity purposes of names of licensors or
authors of the material; or
e) Declining to grant rights under trademark law for use of some
trade names, trademarks, or service marks; or
f) Requiring indemnification of licensors and authors of that
material by anyone who conveys the material (or modified versions of
it) with contractual assumptions of liability to the recipient, for
any liability that these contractual assumptions directly impose on
those licensors and authors.
All other non-permissive additional terms are considered "further
restrictions" within the meaning of section 10. If the Program as you
received it, or any part of it, contains a notice stating that it is
governed by this License along with a term that is a further
restriction, you may remove that term. If a license document contains
a further restriction but permits relicensing or conveying under this
License, you may add to a covered work material governed by the terms
of that license document, provided that the further restriction does
not survive such relicensing or conveying.
If you add terms to a covered work in accord with this section, you
must place, in the relevant source files, a statement of the
additional terms that apply to those files, or a notice indicating
where to find the applicable terms.
Additional terms, permissive or non-permissive, may be stated in the
form of a separately written license, or stated as exceptions;
the above requirements apply either way.
8. Termination.
You may not propagate or modify a covered work except as expressly
provided under this License. Any attempt otherwise to propagate or
modify it is void, and will automatically terminate your rights under
this License (including any patent licenses granted under the third
paragraph of section 11).
However, if you cease all violation of this License, then your
license from a particular copyright holder is reinstated (a)
provisionally, unless and until the copyright holder explicitly and
finally terminates your license, and (b) permanently, if the copyright
holder fails to notify you of the violation by some reasonable means
prior to 60 days after the cessation.
Moreover, your license from a particular copyright holder is
reinstated permanently if the copyright holder notifies you of the
violation by some reasonable means, this is the first time you have
received notice of violation of this License (for any work) from that
copyright holder, and you cure the violation prior to 30 days after
your receipt of the notice.
Termination of your rights under this section does not terminate the
licenses of parties who have received copies or rights from you under
this License. If your rights have been terminated and not permanently
reinstated, you do not qualify to receive new licenses for the same
material under section 10.
9. Acceptance Not Required for Having Copies.
You are not required to accept this License in order to receive or
run a copy of the Program. Ancillary propagation of a covered work
occurring solely as a consequence of using peer-to-peer transmission
to receive a copy likewise does not require acceptance. However,
nothing other than this License grants you permission to propagate or
modify any covered work. These actions infringe copyright if you do
not accept this License. Therefore, by modifying or propagating a
covered work, you indicate your acceptance of this License to do so.
10. Automatic Licensing of Downstream Recipients.
Each time you convey a covered work, the recipient automatically
receives a license from the original licensors, to run, modify and
propagate that work, subject to this License. You are not responsible
for enforcing compliance by third parties with this License.
An "entity transaction" is a transaction transferring control of an
organization, or substantially all assets of one, or subdividing an
organization, or merging organizations. If propagation of a covered
work results from an entity transaction, each party to that
transaction who receives a copy of the work also receives whatever
licenses to the work the party's predecessor in interest had or could
give under the previous paragraph, plus a right to possession of the
Corresponding Source of the work from the predecessor in interest, if
the predecessor has it or can get it with reasonable efforts.
You may not impose any further restrictions on the exercise of the
rights granted or affirmed under this License. For example, you may
not impose a license fee, royalty, or other charge for exercise of
rights granted under this License, and you may not initiate litigation
(including a cross-claim or counterclaim in a lawsuit) alleging that
any patent claim is infringed by making, using, selling, offering for
sale, or importing the Program or any portion of it.
11. Patents.
A "contributor" is a copyright holder who authorizes use under this
License of the Program or a work on which the Program is based. The
work thus licensed is called the contributor's "contributor version".
A contributor's "essential patent claims" are all patent claims
owned or controlled by the contributor, whether already acquired or
hereafter acquired, that would be infringed by some manner, permitted
by this License, of making, using, or selling its contributor version,
but do not include claims that would be infringed only as a
consequence of further modification of the contributor version. For
purposes of this definition, "control" includes the right to grant
patent sublicenses in a manner consistent with the requirements of
this License.
Each contributor grants you a non-exclusive, worldwide, royalty-free
patent license under the contributor's essential patent claims, to
make, use, sell, offer for sale, import and otherwise run, modify and
propagate the contents of its contributor version.
In the following three paragraphs, a "patent license" is any express
agreement or commitment, however denominated, not to enforce a patent
(such as an express permission to practice a patent or covenant not to
sue for patent infringement). To "grant" such a patent license to a
party means to make such an agreement or commitment not to enforce a
patent against the party.
If you convey a covered work, knowingly relying on a patent license,
and the Corresponding Source of the work is not available for anyone
to copy, free of charge and under the terms of this License, through a
publicly available network server or other readily accessible means,
then you must either (1) cause the Corresponding Source to be so
available, or (2) arrange to deprive yourself of the benefit of the
patent license for this particular work, or (3) arrange, in a manner
consistent with the requirements of this License, to extend the patent
license to downstream recipients. "Knowingly relying" means you have
actual knowledge that, but for the patent license, your conveying the
covered work in a country, or your recipient's use of the covered work
in a country, would infringe one or more identifiable patents in that
country that you have reason to believe are valid.
If, pursuant to or in connection with a single transaction or
arrangement, you convey, or propagate by procuring conveyance of, a
covered work, and grant a patent license to some of the parties
receiving the covered work authorizing them to use, propagate, modify
or convey a specific copy of the covered work, then the patent license
you grant is automatically extended to all recipients of the covered
work and works based on it.
A patent license is "discriminatory" if it does not include within
the scope of its coverage, prohibits the exercise of, or is
conditioned on the non-exercise of one or more of the rights that are
specifically granted under this License. You may not convey a covered
work if you are a party to an arrangement with a third party that is
in the business of distributing software, under which you make payment
to the third party based on the extent of your activity of conveying
the work, and under which the third party grants, to any of the
parties who would receive the covered work from you, a discriminatory
patent license (a) in connection with copies of the covered work
conveyed by you (or copies made from those copies), or (b) primarily
for and in connection with specific products or compilations that
contain the covered work, unless you entered into that arrangement,
or that patent license was granted, prior to 28 March 2007.
Nothing in this License shall be construed as excluding or limiting
any implied license or other defenses to infringement that may
otherwise be available to you under applicable patent law.
12. No Surrender of Others' Freedom.
If conditions are imposed on you (whether by court order, agreement or
otherwise) that contradict the conditions of this License, they do not
excuse you from the conditions of this License. If you cannot convey a
covered work so as to satisfy simultaneously your obligations under this
License and any other pertinent obligations, then as a consequence you may
not convey it at all. For example, if you agree to terms that obligate you
to collect a royalty for further conveying from those to whom you convey
the Program, the only way you could satisfy both those terms and this
License would be to refrain entirely from conveying the Program.
13. Use with the GNU Affero General Public License.
Notwithstanding any other provision of this License, you have
permission to link or combine any covered work with a work licensed
under version 3 of the GNU Affero General Public License into a single
combined work, and to convey the resulting work. The terms of this
License will continue to apply to the part which is the covered work,
but the special requirements of the GNU Affero General Public License,
section 13, concerning interaction through a network will apply to the
combination as such.
14. Revised Versions of this License.
The Free Software Foundation may publish revised and/or new versions of
the GNU General Public License from time to time. Such new versions will
be similar in spirit to the present version, but may differ in detail to
address new problems or concerns.
Each version is given a distinguishing version number. If the
Program specifies that a certain numbered version of the GNU General
Public License "or any later version" applies to it, you have the
option of following the terms and conditions either of that numbered
version or of any later version published by the Free Software
Foundation. If the Program does not specify a version number of the
GNU General Public License, you may choose any version ever published
by the Free Software Foundation.
If the Program specifies that a proxy can decide which future
versions of the GNU General Public License can be used, that proxy's
public statement of acceptance of a version permanently authorizes you
to choose that version for the Program.
Later license versions may give you additional or different
permissions. However, no additional obligations are imposed on any
author or copyright holder as a result of your choosing to follow a
later version.
15. Disclaimer of Warranty.
THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY
APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT
HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY
OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO,
THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM
IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF
ALL NECESSARY SERVICING, REPAIR OR CORRECTION.
16. Limitation of Liability.
IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING
WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES AND/OR CONVEYS
THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY
GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE
USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF
DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD
PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS),
EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF
SUCH DAMAGES.
17. Interpretation of Sections 15 and 16.
If the disclaimer of warranty and limitation of liability provided
above cannot be given local legal effect according to their terms,
reviewing courts shall apply local law that most closely approximates
an absolute waiver of all civil liability in connection with the
Program, unless a warranty or assumption of liability accompanies a
copy of the Program in return for a fee.
END OF TERMS AND CONDITIONS
How to Apply These Terms to Your New Programs
If you develop a new program, and you want it to be of the greatest
possible use to the public, the best way to achieve this is to make it
free software which everyone can redistribute and change under these terms.
To do so, attach the following notices to the program. It is safest
to attach them to the start of each source file to most effectively
state the exclusion of warranty; and each file should have at least
the "copyright" line and a pointer to where the full notice is found.
Copyright (C)
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see .
Also add information on how to contact you by electronic and paper mail.
If the program does terminal interaction, make it output a short
notice like this when it starts in an interactive mode:
Copyright (C)
This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
The hypothetical commands `show w' and `show c' should show the appropriate
parts of the General Public License. Of course, your program's commands
might be different; for a GUI interface, you would use an "about box".
You should also get your employer (if you work as a programmer) or school,
if any, to sign a "copyright disclaimer" for the program, if necessary.
For more information on this, and how to apply and follow the GNU GPL, see
.
The GNU General Public License does not permit incorporating your program
into proprietary programs. If your program is a subroutine library, you
may consider it more useful to permit linking proprietary applications with
the library. If this is what you want to do, use the GNU Lesser General
Public License instead of this License. But first, please read
.