awit-dbackup-0.0.22/ 0000755 0000000 0000000 00000000000 12404357737 012660 5 ustar root root awit-dbackup-0.0.22/docs/ 0000755 0000000 0000000 00000000000 12404357737 013610 5 ustar root root awit-dbackup-0.0.22/docs/dbackup.sgml 0000644 0000000 0000000 00000024335 12404357737 016114 0 ustar root root manpage.1'. You may view
the manual page with: `docbook-to-man manpage.sgml | nroff -man |
less'. A typical entry in a Makefile or Makefile.am is:
manpage.1: manpage.sgml
docbook-to-man $< > $@
The docbook-to-man binary is found in the docbook-to-man package.
Please remember that if you create the nroff version in one of the
debian/rules file targets (such as build), you will need to include
docbook-to-man in your Build-Depends control field.
-->
Nigel">
Kukard">
2014-09-11 08:17">
8">
nkukard@lbsd.net">
AWIT-DBACKUP">
Debian">
GNU">
GPL">
]>
&dhemail;
&dhfirstname;
&dhsurname;
2010&dhusername;
&dhdate;
&dhucpackage;
&dhsection;
&dhpackage;AWIT-DBackup is a powerful per-directory backup utility.&dhpackage;GENERAL_OPTIONS--backup BACKUP_OPTIONS--restore RESTORE_OPTIONSSRCDSTDESCRIPTION
This is a backup software package which creates one archive per directory it backs up. This makes searching through the
backup much easier as you can look for which files you're after in the directory hierarchy. It will only backup directories
which have changed, which makes it rsync friendly.
GENERAL OPTIONSConfiguration file to use.5 = debug, 4 = info, 3 = notice, 2 = warning, 1 = errorPerform a backup operation.Perform a restore operation.
Path to tar binary. This should almost never need to be specified, it is used to specify a different tar binary to use
other than the default system binary. Some versions of tar used to have bugs preventing correct operation, this allowed
specification of an alternative binary to use.
Manifest format to use, currently the two supported formats is "null" for \\0 (null) termination of entries or "newline"
for \\n (newline) termination of entries. This should not need to be overridden.
Display commandline help.BACKUP OPTIONS
Upgrade backup to new dbackup version. This will cause all archives to be refreshed if they were generated with an
older version of AWIT DBackup.
<gzip|bzip2|xz|lz|none>
Compression method to use. Defaults to using xz, or bzip2 if xz is unavailable. Parallel versions of these Compression
programs will be used if they exist. Here is the order compression programs are looked for: gzip = pigz > gzip, bzip2
= pbzip2 > lbzip2 > bzip2, xz = pxz > pixz > xz, lz = plzip > pdlzip > clzip.
Exclude the most common data directories which contain temporary or state information or which is not useful, a list
of these is displayed by running dbackup --help.
Exclude the most common system directories including /dev, /proc/, /sys, /run, for the complete list see
dbackup --help.
Exclude a path based on a Perl regular expression, this should include separators and can be specified multiple times.
eg. --exclude-path=',/old$,'
Exclude files based on a regular expression, this should include separators and can be specified multiple times.
eg. --exclude-file='/\.bak$/'
Exclude filesystem types from being transversed for backup. This can be specified multiple times. eg. --exclude-fs=shm
Add an additional system directory to exclude. The system defaults already include /dev, /run, /tmp... etc. This can be
specified multiple times.
Add an additional data directory to exclude. The data directory defaults already include /var/lib/mysql,
/var/lib/pgsql, /var/amavis/tmp/, /var/spool/squid, /var/cache/yum, /var/cache/apt/archives ... etc. This can be
specified multiple times.
System base to apply the exclusions to. This can be specified multiple times.This is passed to tar only. It will not cause errors if files that cannot be read.RESTORE OPTIONSPass --keep-newer to tar. Don't replace existing files that are newer than their archive copies.Pass --keep-old-files to tar. Don't replace existing files when extracting, rather throw an error.SEE ALSOtar(1).AUTHORThis manual page was written by &author; <&dhemail;>.
Permission is granted to copy, distribute and/or modify this
document under the terms of the &gnu; General Public License,
Version 3 any later version published by the Free Software
Foundation.
On Debian systems, the complete text of the GNU General Public
License can be found in /usr/share/common-licenses/GPL-3.
awit-dbackup-0.0.22/dbackup.conf 0000644 0000000 0000000 00000001076 12404357737 015144 0 ustar root root # The parameters in this file correspond to the commandline arguments
# that can be given for the --backup option
[backup]
# Uncomment this to exclude system-dir's from backup
#exclude-system=1
# System bases are kernel isolated virtual machines, like chroots.
# The system-dir's are appended to these in the tests for exclusion.
#exclude-system-base=/
#exclude-system-base=/vservers/my-linux-vserver
#exclude-system-base=/chroots/my-chroot
# System dirs not to backup
#exclude-system-dir=/sys
#exclude-system-dir=/proc
#exclude-system-dir=/dev
#exclude-system-dir=/tmp
awit-dbackup-0.0.22/dbackup 0000755 0000000 0000000 00000133146 12404357737 014227 0 ustar root root #!/usr/bin/perl -w
# Copyright (c) 2010-2014, AllWorldIT
#
# 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 .
#
#
# Author: Nigel Kukard
# TODO:
# - USE incremental backups!!!! fucking awesome
#
# - Read in defaultSystemExcl extras from /proc/mounts
# - proc, nfs, nfs4, fusectl fuse.glusterfs, sysfs, tmpfs, devtmpfs, devpts
#
use strict;
use Compress::Zlib;
use Config::IniFiles;
use Cwd;
use Fcntl qw (:mode);
use File::Find;
use File::Path qw( rmtree mkpath );
use File::Spec;
use Getopt::Long;
use POSIX qw (strftime lchown);
use Data::Dumper;
use MIME::Base64;
my $VERSION = "0.0.22-1";
# System dirs we don't care about
my @defaultSystemExcl = ("/dev","/run","/proc","/sys","/tmp","/var/tmp","/misc","/media","/mnt");
# These should be backed up separately
my @defaultDataExcl = (
# We cannot backup the DB reliably by just copying files
"/var/lib/mysql","/var/lib/pgsql",
# Exclude amavis working files
"/var/amavis/tmp/",
"/var/lib/amavis/tmp/",
"/var/spool/amavis/virusmails/",
"/var/spool/mailman/retry",
# Exclude postfix queues
"/var/spool/postfix/active",
"/var/spool/postfix/defer",
"/var/spool/postfix/deferred",
"/var/spool/postfix/public",
"/var/spool/postfix/private",
# Exclude squid cache
"/var/spool/squid",
# Yum cache
"/var/cache/yum",
# Apt cache
"/var/cache/apt/archives",
# cPanel
"/home/virtfs"
);
# Backup constants
use constant {
LOG_DEBUG => 5,
LOG_INFO => 4,
LOG_NOTICE => 3,
LOG_WARNING => 2,
LOG_ERROR => 1
};
use constant {
ST_FILE_CHANGED => 1,
ST_DIR_NEW => 2,
ST_DIR_SYS => 4,
ST_DIR_CHANGED => 8,
ST_FILE_ATTR_CHANGED => 16,
ST_FILE_NEW => 32
};
# Main config
my %config = (
'log-level' => LOG_NOTICE,
'tar' => 'tar',
'exclude-system' => 0,
'backup-upgrade' => 0,
'compress' => "bzip2"
);
# Choose default compression method
if (checkPATH("xz")) {
$config{'compress'} = "xz";
}
print(STDERR "AWIT-DBackup v$VERSION, Copyright (c) 2010-2014, AllWorldIT\n\n");
# Grab options
my %optctl = ();
GetOptions(\%optctl,
"help",
"config=s",
"log-level=i",
"tar=s",
"manifest-format=s",
"backup",
"backup-upgrade",
"compress:s",
"exclude-system",
"system-base=s@",
"system-dir=s@",
"tar-ignore-failed-read=s@",
"exclude-data",
"data-dir=s@",
"exclude-file=s@",
"exclude-path=s@",
"exclude-fs-type=s@",
"restore",
"tar-keep-newer",
"tar-keep-old-files",
);
# Check for help
if (defined($optctl{'help'})) {
displayHelp();
exit 0;
}
# Check for invalid combination
if (defined($optctl{'backup'}) && defined($optctl{'restore'})) {
print(STDERR "ERROR: Cannot backup AND restore at the same time\n\n");
displayHelp();
exit 1;
}
# Make sure we only have 2 additional args
if (@ARGV > 2 || @ARGV < 2) {
print(STDERR "ERROR: Invalid number of arguments\n\n");
displayHelp();
exit 1;
}
# Check both dirs exist...
if (! -d $ARGV[0]) {
print(STDERR "ERROR: Source directory '".$ARGV[0]."' does not exist!\n\n");
exit 1;
}
if (! -d $ARGV[1]) {
print(STDERR "ERROR: Destination directory '".$ARGV[1]."' does not exist!\n\n");
exit 1;
}
# If backup file is specified and it does not exist, throw an error
if (defined($optctl{'config'}) && ! -f $optctl{'config'}) {
print(STDERR "ERROR: Configuration file '".$optctl{'config'}."' NOT found!\n");
exit 1;
}
# Check config file was specified, if not set default
my $configFile;
if (!defined($configFile = $optctl{'config'})) {
$configFile = "/etc/dbackup.conf";
}
# If we have a config file, read it in
if (-f $configFile) {
# Use config file, ignore case
tie my %inifile, 'Config::IniFiles', (
-file => $optctl{'config'},
-nocase => 1
) or die "Failed to open config file '".$optctl{'config'}."': ".join("\n",@Config::IniFiles::errors);
# Check if we actually have something...
if (defined($inifile{'backup'})) {
# Loop with config items
foreach my $item (keys %{$inifile{'backup'}}) {
$config{$item} = $inifile{'backup'}{$item};
}
}
}
#
# Process config
#
if (!defined($config{'system-base'})) {
# Quick hack to see if we have a cmdline option
if (!defined($optctl{'system-base'})) {
$config{'system-base'} = ["/"];
} else {
$config{'system-base'} = [];
}
} else {
$config{'system-base'} = toArray($config{'system-base'});
}
if (!defined($config{'system-dir'})) {
$config{'system-dir'} = [];
} else {
$config{'system-dir'} = toArray($config{'system-dir'});
}
if (!defined($config{'tar-ignore-failed-read'})) {
$config{'tar-ignore-failed-read'} = [];
} else {
$config{'tar-ignore-failed-read'} = toArray($config{'tar-ignore-failed-read'});
}
if (!defined($config{'data-dir'})) {
$config{'data-dir'} = [];
} else {
$config{'data-dir'} = toArray($config{'data-dir'});
}
if (!defined($config{'exclude-file'})) {
$config{'exclude-file'} = [];
} else {
$config{'exclude-file'} = toArray($config{'exclude-file'});
}
if (!defined($config{'exclude-path'})) {
$config{'exclude-path'} = [];
} else {
$config{'exclude-path'} = toArray($config{'exclude-path'});
}
if (!defined($config{'exclude-fs-type'})) {
$config{'exclude-fs-type'} = [];
} else {
$config{'exclude-fs-type'} = toArray($config{'exclude-fs-type'});
}
#
# Check commandline options
#
if (defined($optctl{'backup-upgrade'})) {
$config{'backup-upgrade'} = 1;
}
if (defined($optctl{'compress'})) {
# Why use --compress with --restore?
if (defined($optctl{'restore'})) {
print(STDERR "WARNING: The use of --compress with --restore does not make sense\n");
}
# Make sure its valid
if (
$optctl{'compress'} ne "xz" &&
$optctl{'compress'} ne "bzip2" &&
$optctl{'compress'} ne "gzip" &&
$optctl{'compress'} ne "lz" &&
$optctl{'compress'} ne "none"
) {
print(STDERR "ERROR: Compression is invalid, valid values are: xz bzip2 gzip lz none\n\n");
displayHelp();
exit 1;
}
$config{'compress'} = $optctl{'compress'};
}
if (defined($optctl{'tar'})) {
# Check if tar is executable
if ( -x $optctl{'tar'}) {
$config{'tar'} = $optctl{'tar'};
} else {
print(STDERR "ERROR: tar '".$optctl{'tar'}."' does not exist or is not executable\n");
}
}
my $tarVer = getTarVer($config{'tar'});
if (defined($optctl{'log-level'})) {
$config{'log-level'} = $optctl{'log-level'};
}
if (defined($optctl{'manifest-format'})) {
if (
$optctl{'manifest-format'} ne "null" &&
$optctl{'manifest-format'} ne "newline"
) {
print(STDERR "ERROR: Manifest format is invalid, valid values are: null newline\n\n");
displayHelp();
exit 1;
}
$config{'manifest-format'} = $optctl{'manifest-format'};
}
if (defined($optctl{'exclude-system'})) {
$config{'exclude-system'} = 1;
}
if (defined($optctl{'system-base'})) {
push(@{$config{'system-base'}},@{$optctl{'system-base'}});
}
if (defined($optctl{'system-dir'})) {
push(@{$config{'system-dir'}},@{$optctl{'system-dir'}});
}
if (defined($optctl{'tar-ignore-failed-read'})) {
push(@{$config{'tar-ignore-failed-read'}},@{$optctl{'tar-ignore-failed-read'}});
}
if (defined($optctl{'data-dir'})) {
push(@{$config{'data-dir'}},@{$optctl{'data-dir'}});
}
if (defined($optctl{'exclude-file'})) {
push(@{$config{'exclude-file'}},@{$optctl{'exclude-file'}});
}
if (defined($optctl{'exclude-path'})) {
push(@{$config{'exclude-path'}},@{$optctl{'exclude-path'}});
}
if (defined($optctl{'exclude-fs-type'})) {
push(@{$config{'exclude-fs-type'}},@{$optctl{'exclude-fs-type'}});
}
if (@{$config{'exclude-fs-type'}} > 0) {
# Pull in mounts
open(my $fh,"<","/proc/mounts")
or die "ERROR: Failed to open '/proc/mounts': $!";
while (my $line = <$fh>) {
chomp($line);
# Split off items we need
my (undef,$path,$type) = split(/\s+/,$line);
# Loop with types and check
foreach my $item (@{$config{'exclude-fs-type'}}) {
if ($item eq $type) {
push(@{$config{'exclude-path'}},$path);
}
}
}
close($fh);
}
# Look for parallel versions of the compression program we going to use
$config{'compress-gzip'} = "gzip";
if (checkPATH("pigz")) {
$config{'compress-gzip'} = "pigz";
}
$config{'compress-bzip2'} = "bzip2";
if (checkPATH("pbzip2")) {
$config{'compress-bzip2'} = "pbzip2";
} elsif (checkPATH("lbzip2")) {
$config{'compress-lbzip2'} = "lbzip2";
}
$config{'compress-xz'} = "xz";
if (checkPATH("pxz")) {
$config{'compress-xz'} = "pxz";
} elsif (checkPATH("pixz")) {
$config{'compress-xz'} = "pixz";
}
$config{'compress-lz'} = "clzip";
if (checkPATH("plzip")) {
$config{'compress-lz'} = "plzip";
} elsif (checkPATH("pdlzip")) {
$config{'compress-lz'} = "pdlzip";
}
# Sanitize the source and dest
my $sourceDir = File::Spec->rel2abs($ARGV[0]);
my $destDir = File::Spec->rel2abs($ARGV[1]);
# Backup function
sub backup
{
our ($source,$dest) = @_;
# State infor for current dir
our %doBackup;
our %srcFileList;
our %srcDirList;
# Original .state file read in during backup
our %origFileList;
our %origDirList;
our %origPathAttribs;
# New attributes
our %newPathAttribs;
# Preprocess dir
sub backup_preprocess {
my @list = @_;
# Strip first part of the path
(my $path = $File::Find::dir) =~ s#^$source/?##;
# Check if this dir should be backed up or not....
if ( -f "$source/$path/.nodbackup" ) {
printLog(LOG_INFO,"S: Path '[$source]/($path)' EXCLUDED from backup with .nodbackup\n");
return ();
}
# Exclude trash folders
if ( "$source/$path" =~ /(\.Trash-[0-9]{4})$/) {
printLog(LOG_INFO,"S: Path '[$source]/($path)' EXCLUDED from backup, Linux trash folder\n");
return ();
}
# Make sure even if we processing empty dirs that we actually record it
if (!defined($srcFileList{$path})) {
# Just set to empty hash ref
$srcFileList{$path} = {};
}
# Exclude system directories
if ($config{'exclude-system'}) {
# Loop through system dirs
foreach my $sysdir (@{$config{'system-base'}}) {
# Loop with system paths
foreach my $excl (@defaultSystemExcl,@{$config{'system-dir'}}) {
# Sanitize path
my $testPath = File::Spec->rel2abs("$sysdir/$excl");
# Check...
if ("/$path" eq $testPath) {
printLog(LOG_INFO,"S: Path '[$source]/($path)' is a system directory, ignoring files\n");
$doBackup{$path} |= ST_DIR_SYS;
return ();
}
}
# Check if we excluding data dirs
if (defined($config{'exclude-data'})) {
# Loop with data dirs
foreach my $excl (@defaultDataExcl,@{$config{'data-dir'}}) {
# Sanitize path
my $testPath = File::Spec->rel2abs("$sysdir/$excl");
# Check...
if ("/$path" eq $testPath) {
printLog(LOG_INFO,"S: Path '[$source]/($path)' is a data directory, ignoring files\n");
$doBackup{$path} |= ST_DIR_SYS;
return ();
}
}
}
}
}
# Exclude paths
foreach my $item (@{$config{'exclude-path'}}) {
# Check...
if ("/$path" =~ $item) {
printLog(LOG_INFO,"S: Path '[$source]/($path)' is an excluded path, ignoring files\n");
$doBackup{$path} |= ST_DIR_SYS;
return ();
}
}
# Check if this dir exists on the backup, if not we need to back it up obviously...
if ( ! -d "$dest/$path") {
$doBackup{$path} |= ST_DIR_NEW;
# This can probably only be because a backup was continued
} elsif ( ! -f "$dest/$path/.dbackup-state" ) {
# First backup will never have the main dir .dbackup-state file existing
if ($path ne "") {
printLog(LOG_WARNING,"State file '[$dest]/($path)/.dbackup-state' does not exist\n");
}
$doBackup{$path} |= ST_DIR_NEW;
}
# Cannot read in for new dirs can we...
if (($doBackup{$path} & ST_DIR_NEW) != ST_DIR_NEW) {
# Load state file
loadStateFile("$dest/$path/.dbackup-state",$path,\%origFileList,\%origDirList,\%origPathAttribs);
# Check we have at least the version attribute
if (!defined($origPathAttribs{$path}) || !defined($origPathAttribs{$path}->{'dbackup.version'})) {
printLog(LOG_ERROR,"No dbackup version information found in '[$dest]/($path)/.dbackup-state', IGNORING\n");
delete($origDirList{$path});
delete($origFileList{$path});
# NK:
# Sanity check, some versions created empty'ish .dbackup-state files with no sequence < 2012-01-21
# If we have a manifest, we should have a backup, therefore a format and sequence
} elsif (
-f "$dest/$path/dbackup0.manifest" && (
!defined($origPathAttribs{$path}->{'format'}) ||
!defined($origPathAttribs{$path}->{'sequence'})
)
) {
printLog(LOG_ERROR,"No dbackup format/sequence information found in ".
"'[$dest]/($path)/.dbackup-state', IGNORING\n");
delete($origDirList{$path});
delete($origFileList{$path});
# Check if we going to upgrade...
} else {
# Are we doing backup upgrades?
if ($config{'backup-upgrade'}) {
# Pull in versions
my $a = getNumericVer($origPathAttribs{$path}->{'dbackup.version'});
my $b = getNumericVer($VERSION);
# Compare
if (
$a < 16 # Things before 0.0.16 may have .dbackup-state issues and missing
# required info.
) {
# Check if end in .x
if ($VERSION =~ /\.x$/) {
printLog(LOG_WARNING,"S: Path '[$source]/($path)' ".
"cannot be upgraded, dbackup is TRUNK version\n");
} else {
printLog(LOG_INFO,"S: Path '[$source]/($path)' will be backed up, upgrading\n");
delete($origDirList{$path});
delete($origFileList{$path});
# Force state file update if dir is empty
$doBackup{$path} |= ST_DIR_CHANGED;
}
}
}
}
}
# Apply filter...
if ((@{$config{'exclude-file'}}) > 0) {
my @newList;
foreach my $item (@list) {
my $match = 0;
# Apply only to files
if ( -f "$source/$path/$item") {
# Loop with exclude filters
foreach my $filter (@{$config{'exclude-file'}}) {
# Check for match
if ($item =~ $filter) {
printLog(LOG_INFO,"S: Path '[$source]/($path)/$item' matches file exclude filter, ignoring\n");
# XXX: NK - If this ws backed up before and now not, dir has changed?
$match = 1;
last;
}
}
}
# If not matched, add to new list
if (!$match) {
push(@newList,$item);
}
}
# Replace the list now
@list = @newList;
}
return @list;
}
# Process files
sub backup_process {
my $name = $File::Find::name;
# Strip first part of the path
(my $path = $File::Find::dir) =~ s#^$source/?##;
# Store current filename
my $item = $_;
# We use lstat so we don't follow symlinks that don't exist
my @stat = lstat($name);
# Split it up
my ($dev,$ino,$mode,$nlink,$uid,$gid,$rdev,$size,$atime,$mtime,
$ctime,$blksize,$blocks) = @stat;
# Process directory
if (S_ISDIR($mode)) {
# Skip over main dir
if ($item eq ".") {
return;
}
# Make sure sub dirs have a santized name
my $ppath = ($path ne "") ? "$path/$item" : $item;
# Set default flags to nothing...
$doBackup{$ppath} = 0;
# Ok, lets see whats going on with the dir
if (!defined($origDirList{$path}->{$item})) {
printLog(LOG_DEBUG,"S: Directory '[$source]/($path)/$item' is new\n");
$doBackup{$path} |= ST_DIR_CHANGED;
# Check if mtime matches
} elsif (
!defined($origDirList{$path}->{$item}->{'mtime'}) ||
$origDirList{$path}->{$item}->{'mtime'} ne $mtime
) {
printLog(LOG_DEBUG,"S: Directory '[$source]/($path)/$item' was modified\n");
$doBackup{$path} |= ST_DIR_CHANGED;
# Check if uid matches
} elsif (
!defined($origDirList{$path}->{$item}->{'uid'}) ||
$origDirList{$path}->{$item}->{'uid'} ne $uid
) {
printLog(LOG_DEBUG,"S: Directory '[$source]/($path)/$item' UID was changed\n");
$doBackup{$path} |= ST_DIR_CHANGED;
# Check if gid matches
} elsif (
!defined($origDirList{$path}->{$item}->{'gid'}) ||
$origDirList{$path}->{$item}->{'gid'} ne $gid
) {
printLog(LOG_DEBUG,"S: Directory '[$source]/($path)/$item' GID was changed\n");
$doBackup{$path} |= ST_DIR_CHANGED;
# Check if mode matches
} elsif (
!defined($origDirList{$path}->{$item}->{'mode'}) ||
$origDirList{$path}->{$item}->{'mode'} ne $mode
) {
printLog(LOG_DEBUG,"S: Directory '[$source]/($path)/$item' MODE was changed\n");
$doBackup{$path} |= ST_DIR_CHANGED;
}
# Record details...
$srcDirList{$path}->{$item}->{'size'} = $size;
$srcDirList{$path}->{$item}->{'ctime'} = $ctime;
$srcDirList{$path}->{$item}->{'atime'} = $atime;
$srcDirList{$path}->{$item}->{'mtime'} = $mtime;
$srcDirList{$path}->{$item}->{'uid'} = $uid;
$srcDirList{$path}->{$item}->{'gid'} = $gid;
$srcDirList{$path}->{$item}->{'mode'} = $mode;
return;
# Check if we're a socket
} elsif (S_ISSOCK($mode)) {
# Blatently ignore...
return;
}
# Initialize file state
my $state = 0;
# Check if file does not exists on backup
if (!defined($origFileList{$path}->{$item})) {
if (($doBackup{$path} & ST_DIR_NEW) != ST_DIR_NEW) {
printLog(LOG_DEBUG,"S: File '[$source]/($path)/$item' is new\n");
}
$state |= ST_FILE_NEW;
# Check if size matches
} elsif (
!defined($origFileList{$path}->{$item}->{'size'}) ||
$origFileList{$path}->{$item}->{'size'} ne $size
) {
printLog(LOG_DEBUG,"S: File '[$source]/($path)/$item' has different size\n");
$state |= ST_FILE_CHANGED;
#
# NK: Does not like chmod changes to files???
#
# Check if ctime matches
# } elsif (
# !defined($origFileList{$path}->{$item}->{'ctime'}) ||
# $origFileList{$path}->{$item}->{'ctime'} ne $ctime
# ) {
# printLog(LOG_DEBUG,"S: File '[$source]/($path)/$item' was recreated\n");
# $state |= ST_FILE_CHANGED;
# Check if mtime matches
} elsif (
!defined($origFileList{$path}->{$item}->{'mtime'}) ||
$origFileList{$path}->{$item}->{'mtime'} ne $mtime
) {
printLog(LOG_DEBUG,"S: File '[$source]/($path)/$item' was modified\n");
$state |= ST_FILE_CHANGED;
# Check if uid matches
} elsif (
!defined($origFileList{$path}->{$item}->{'uid'}) ||
$origFileList{$path}->{$item}->{'uid'} ne $uid
) {
printLog(LOG_DEBUG,"S: File '[$source]/($path)/$item' UID was changed\n");
$state |= ST_FILE_ATTR_CHANGED
# Check if gid matches
} elsif (
!defined($origFileList{$path}->{$item}->{'gid'}) ||
$origFileList{$path}->{$item}->{'gid'} ne $gid
) {
printLog(LOG_DEBUG,"S: File '[$source]/($path)/$item' GID was changed\n");
$state |= ST_FILE_ATTR_CHANGED;
# Check if mode matches
} elsif (
!defined($origFileList{$path}->{$item}->{'mode'}) ||
$origFileList{$path}->{$item}->{'mode'} ne $mode
) {
printLog(LOG_DEBUG,"S: File '[$source]/($path)/$item' MODE was changed\n");
$state |= ST_FILE_ATTR_CHANGED;
}
# Update state of path, this is used below, the $state is used to track WHAT changed
if ($state) {
$doBackup{$path} |= ST_FILE_CHANGED;
}
# Record details...
$srcFileList{$path}->{$item}->{'size'} = $size;
$srcFileList{$path}->{$item}->{'ctime'} = $ctime;
$srcFileList{$path}->{$item}->{'atime'} = $atime;
$srcFileList{$path}->{$item}->{'mtime'} = $mtime;
$srcFileList{$path}->{$item}->{'uid'} = $uid;
$srcFileList{$path}->{$item}->{'gid'} = $gid;
$srcFileList{$path}->{$item}->{'mode'} = $mode;
$srcFileList{$path}->{$item}->{'_state'} = $state;
}
# Time to do stuff
sub backup_postprocess {
# Strip first part of the path
(my $path = $File::Find::dir) =~ s#^$source/?##;
# Get current lists
my $curDirList = $srcDirList{$path};
my $curFileList = $srcFileList{$path};
# Compare the two file lists, we know what was added, lets see if anything was removed
foreach my $fname (keys %{$origFileList{$path}}) {
if (!defined($srcFileList{$path}->{$fname})) {
printLog(LOG_DEBUG,"File '[$source]/($path)/$fname' removed\n");
$doBackup{$path} |= ST_FILE_CHANGED;
}
}
# Create backup dir
if (($doBackup{$path} & ST_DIR_NEW) == ST_DIR_NEW && ! -d "$dest/$path") {
mkpath("$dest/$path");
}
# NK:
# Before we do anything, we copy our previous attributes.
# If we do not write an archive below, we still have our stuff.
# If there is something special, we still have it. Best idea? right?
foreach my $item (keys %{$origPathAttribs{$path}}) {
$newPathAttribs{$path}->{$item} = $origPathAttribs{$path}->{$item};
}
# Check if we need to backup this dir
if (($doBackup{$path} & ST_FILE_CHANGED) == ST_FILE_CHANGED) {
printLog(LOG_INFO,"B: Path '[$source]/$path' backing up\n");
# If we not backing up a system dir, we create a manifest and backup the files
if (($doBackup{$path} & ST_DIR_SYS) != ST_DIR_SYS) {
# Did file contents change?
my $changedFiles = 0;
my $changedAttrs = 0;
my @newFiles = ();
my @manifestList;
# Take a look quick...
foreach my $item (sort keys %{$curFileList}) {
# Lets see whats happened...
if (($curFileList->{$item}->{'_state'} & ST_FILE_NEW) == ST_FILE_NEW) {
push(@newFiles,$item);
}
if (($curFileList->{$item}->{'_state'} & ST_FILE_CHANGED) == ST_FILE_CHANGED) {
$changedFiles = 1;
}
if (($curFileList->{$item}->{'_state'} & ST_FILE_ATTR_CHANGED) == ST_FILE_ATTR_CHANGED) {
$changedAttrs = 1;
}
}
# If we don't have a sequence, this is a new backup?
if (!defined($newPathAttribs{$path}->{'sequence'} = $origPathAttribs{$path}->{'sequence'})) {
$newPathAttribs{$path}->{'sequence'} = 0;
@manifestList = keys %{$curFileList};
} else {
# If this is new files, then just inc the counter
if (@newFiles > 0 && !$changedFiles && !$changedAttrs) {
$newPathAttribs{$path}->{'sequence'}++;
@manifestList = @newFiles;
# If files changed we blow everything away
} else {
$newPathAttribs{$path}->{'sequence'} = 0;
# Remove old files
removeBackups(
"$dest/$path",
$origPathAttribs{$path}->{'format'},
$origPathAttribs{$path}->{'compression'},
$origPathAttribs{$path}->{'sequence'}
);
@manifestList = keys %{$curFileList};
}
}
# Get current sequence
my $seq = $newPathAttribs{$path}->{'sequence'};
# Setup tar args
my @tarArgs = ();
my $tarExt;
if ($config{'compress'} eq "xz") {
push(@tarArgs,"--use-compress-program",$config{'compress-xz'});
$tarExt = ".xz";
} elsif ($config{'compress'} eq "bzip2") {
push(@tarArgs,"--use-compress-program",$config{'compress-bzip2'});
$tarExt = ".bz2";
} elsif ($config{'compress'} eq "gzip") {
push(@tarArgs,"--use-compress-program",$config{'compress-gzip'});
$tarExt = ".gz";
} elsif ($config{'compress'} eq "lz") {
push(@tarArgs,"--use-compress-program",$config{'compress-lz'});
$tarExt = ".lz";
} elsif ($config{'compress'} eq "none") {
$tarExt = "";
}
# Save format and compression
$newPathAttribs{$path}->{'format'} = "tar";
$newPathAttribs{$path}->{'compression'} = $config{'compress'};
# Sort out manifest format
my $manifestDelim;
# Are we overriding the manifest format?
if (defined($config{'manifest-format'})) {
$newPathAttribs{$path}->{'manifest.format'} = $config{'manifest-format'};
} else {
# If not choose best
if (defined($origPathAttribs{$path}->{'manifest.format'})) {
$newPathAttribs{$path}->{'manifest.format'} = $origPathAttribs{$path}->{'manifest.format'};
} else {
# Tar pre-1.22 is buggered with \0 manifest files
if ($tarVer > 122) {
$newPathAttribs{$path}->{'manifest.format'} = "null";
} else {
$newPathAttribs{$path}->{'manifest.format'} = "newline";
}
}
}
# Setup manifest delim & tar options
if ($newPathAttribs{$path}->{'manifest.format'} eq "null") {
push(@tarArgs,"--null");
push(@tarArgs,"--files-from", "$dest/$path/dbackup$seq.manifest");
push(@tarArgs,"--no-unquote");
$manifestDelim = "\0";
} elsif ($newPathAttribs{$path}->{'manifest.format'} eq "newline") {
push(@tarArgs,"--files-from", "$dest/$path/dbackup$seq.manifest");
$manifestDelim = "\n";
} else {
printLog(LOG_ERROR,"Invalid manifest.format '".$newPathAttribs{$path}->{'manifest.format'}."'\n");
exit 1;
}
# File list to backup
open(my $fh,">","$dest/$path/dbackup$seq.manifest")
or die "Failed to open '[$dest]/($path)/dbackup$seq.manifest': $!";
foreach my $item (@manifestList) {
# Sanity check to see if this filename is going to work
if ($manifestDelim eq "\n" && $item =~ /[\n"'\\]/) {
printLog(LOG_ERROR,"ERROR: Your version of tar cannot backup => path:'$path', file '$item'\n");
next;
}
# If this is not the top dir, use /
if ($path ne "") {
print($fh "$path/$item$manifestDelim");
# If it is, don't use /
} else {
print($fh "$item$manifestDelim");
}
}
close($fh);
# tar specifics...
if ($newPathAttribs{$path}->{'format'} eq "tar") {
# Exclude paths for tar-ignore-failed-read
foreach my $item (@{$config{'tar-ignore-failed-read'}}) {
# Check...
if ("/$path" eq $item) {
printLog(LOG_NOTICE,"B: Path '[$source]/$path' ignore-failed-read passed to tar\n");
push(@tarArgs,"--ignore-failed-read",$path);
}
}
}
# Change dir and start backup
system(
"tar",
"--create",
"--verbose",
# Output file
"--file", "$dest/$path/dbackup$seq.tar$tarExt",
# cd into here first...
"--directory", "$source",
# Do not recurse
"--no-recursion",
# Output to this file
"--index-file", "$dest/$path/dbackup$seq.index",
# Incremental options
# "--listed-incremental", "$dest/$path/dbackup.snar",
# "--no-check-device",
@tarArgs
);
if ($? == -1) {
printLog(LOG_ERROR,"Failed to execute: $!\n");
exit 1;
} elsif ($? & 127) {
printLog(LOG_ERROR,"Child died with signal ".($? & 127)."\n");
exit 1;
} else {
my $retcode = $? >> 8;
# If tar died, lets die too
if ($retcode >= 2) {
printLog(LOG_ERROR,"tar died with error code $retcode\n");
# exit 1;
}
}
} else { # if (($doBackup{$path} & ST_DIR_SYS) != ST_DIR_SYS) {
# Remove old files
removeBackups(
"$dest/$path",
$origPathAttribs{$path}->{'format'},
$origPathAttribs{$path}->{'compression'},
$origPathAttribs{$path}->{'sequence'}
);
}
} # if (($doBackup{$path} & ST_FILE_CHANGED) == ST_FILE_CHANGED) {
# Check if we need to record directory changes...
if (
($doBackup{$path} & ST_FILE_CHANGED) == ST_FILE_CHANGED ||
($doBackup{$path} & ST_DIR_CHANGED) == ST_DIR_CHANGED ||
($doBackup{$path} & ST_DIR_NEW) == ST_DIR_NEW
) {
# If we have a revision, bump it
if (defined($newPathAttribs{$path}->{'revision'} = $origPathAttribs{$path}->{'revision'})) {
$newPathAttribs{$path}->{'revision'} = $origPathAttribs{$path}->{'revision'} + 1;
} else {
$newPathAttribs{$path}->{'revision'} = 0;
}
# Set this as the dbackup that created this file
$newPathAttribs{$path}->{'dbackup.version'} = $VERSION;
printLog(LOG_DEBUG,"B: Writing state '[$source]/($path)' - revision ".$newPathAttribs{$path}->{'revision'}."\n");
# Write out state, we do this AFTER we have backed up, so if we stopped, we can just continue
my $gz = gzopen("$dest/$path/.dbackup-state","wb")
or die "Failed to open '[$dest]/($path)/.dbackup-state': $!";
# Loop with attributes
foreach my $item (keys %{$newPathAttribs{$path}}) {
$gz->gzwrite(join("\0",
"a",
$item,
$newPathAttribs{$path}->{$item}
)."\n"
);
}
# Loop with directory list
foreach my $item (sort keys %{$curDirList}) {
my $ename = encode_base64($item);
$ename =~ s/\n//g;
# Save state of source files
$gz->gzwrite(join("\0",
"d",
$ename,
$curDirList->{$item}->{'ctime'},
$curDirList->{$item}->{'atime'},
$curDirList->{$item}->{'mtime'},
$curDirList->{$item}->{'uid'},
$curDirList->{$item}->{'gid'},
$curDirList->{$item}->{'mode'}
)."\n"
);
}
# Loop with file list
foreach my $item (sort keys %{$curFileList}) {
my $ename = encode_base64($item);
$ename =~ s/\n//g;
# Save state of source files
$gz->gzwrite(join("\0",
"f",
$ename,
$curFileList->{$item}->{'size'},
$curFileList->{$item}->{'ctime'},
$curFileList->{$item}->{'atime'},
$curFileList->{$item}->{'mtime'},
$curFileList->{$item}->{'uid'},
$curFileList->{$item}->{'gid'},
$curFileList->{$item}->{'mode'}
)."\n"
);
}
# Finally close
$gz->gzclose();
}
# State clear
delete($origFileList{$path});
}
printLog(LOG_NOTICE,"BACKUP START: $source => $dest\n");
printLog(LOG_INFO,"Compression: ".$config{'compress'}." [".$config{'compress-'.$config{'compress'}}."]\n");
# Check if we excluding system files
if ($config{'exclude-system'}) {
printLog(LOG_NOTICE,"Exclude System Base: ".join(", ",@{$config{'system-base'}})."\n");
printLog(LOG_NOTICE,"Exclude System Dirs: ".join(", ",@defaultSystemExcl,@{$config{'system-dir'}})."\n");
# If we excluding data too...
if ($config{'exclude-data'}) {
printLog(LOG_NOTICE,"Exclude Data Dirs: ".join(", ",@defaultDataExcl,@{$config{'data-dir'}})."\n");
}
}
printLog(LOG_NOTICE,"Exclude Paths: ".join(", ",@{$config{'exclude-path'}})."\n");
printLog(LOG_NOTICE,"Exclude Files: ".join(", ",@{$config{'exclude-file'}})."\n");
# We need an entry for our main dir before we start
$doBackup{""} = 0;
# This basically does our backup for us...
find (
{
preprocess => \&backup_preprocess,
wanted => \&backup_process,
postprocess => \&backup_postprocess
},
$source
);
printLog(LOG_INFO,"Processing stale directories...\n");
my @rmlist;
# Total item by item
find (
{
wanted => sub { },
# We just need post processing ...
postprocess => sub {
# Strip first part of the path
(my $path = $File::Find::dir) =~ s#^$dest/?##;
# Does this dir exist on the backup, but not on the fileserver?
if (!defined($srcFileList{$path})) {
push(@rmlist,$path);
}
},
},
$dest
);
foreach my $rmitem ( @rmlist ) {
printLog(LOG_DEBUG,"Remove path '[$dest]/($rmitem)'\n");
rmtree("$dest/$rmitem");
}
printLog(LOG_NOTICE,"BACKUP END\n");
}
# If we backing up or restoring, we need to check the compression program
if (defined($optctl{'backup'}) || defined($optctl{'restore'})) {
# One last check for to make sure the compression program exists
if (checkPATH(my $compressProgram = "compress-".$config{'compress'})) {
print(STDERR "ERROR: Compression program '$compressProgram' cannot be found in path!");
exit 1;
}
}
# Check if we backing up
if (defined($optctl{'backup'})) {
backup($sourceDir,$destDir);
# Or restoring...
} elsif (defined($optctl{'restore'})) {
restore($sourceDir,$destDir);
} else {
print(STDERR "ERROR: No command given\n\n");
displayHelp();
exit 1;
}
# Restore function
sub restore
{
our ($source,$dest) = @_;
# State infor for current dir
our %origFileList;
our %origDirList;
our %origPathAttribs;
# Preprocess dir
sub restore_preprocess {
my @list = @_;
# Strip first part of the path
(my $path = $File::Find::dir) =~ s#^$source/?##;
# Check if we have all our source files
if ( ! -f "$source/$path/.dbackup-state" ) {
printLog(LOG_WARNING,"S: Path '[$source]/($path)' is MISSING .dbackup-state\n");
return @list;
}
# Load state file
loadStateFile("$source/$path/.dbackup-state",$path,\%origFileList,\%origDirList,\%origPathAttribs);
# Check we have at least the version attribute
if (!defined($origPathAttribs{$path}) || !defined($origPathAttribs{$path}->{'dbackup.version'})) {
printLog(LOG_ERROR, "No dbackup version information found in '[$source]/($path)/.dbackup-state', IGNORING\n");
delete($origDirList{$path});
delete($origFileList{$path});
return @list;
}
# During our check, we need to create the dir, we may not have a backup file
# so we do it here.
if ( ! -d "$dest/$path") {
printLog(LOG_INFO,"R: Path '[$dest]/($path)' creating directory\n");
mkpath("$dest/$path");
}
# The lack of a sequence number probably means we didn't output any tar files during backup
if (!defined($origPathAttribs{$path}->{'sequence'})) {
return @list;
}
# Loop through backup sequences
for (my $seq = 0; $seq <= $origPathAttribs{$path}->{'sequence'}; $seq++) {
printLog(LOG_DEBUG,"R: Path '[$dest]/($path)' restoring data ".($seq+1)." of ".
($origPathAttribs{$path}->{'sequence'}+1)."\n");
# Args for tar
my @tarArgs = ();
my $tarExt;
if ($origPathAttribs{$path}->{'compression'} eq "xz") {
push(@tarArgs,"--use-compress-program",$config{'compress-xz'});
$tarExt = ".xz";
} elsif ($origPathAttribs{$path}->{'compression'} eq "bzip2") {
push(@tarArgs,"--use-compress-program",$config{'compress-bzip2'});
$tarExt = ".bz2";
} elsif ($origPathAttribs{$path}->{'compression'} eq "gzip") {
push(@tarArgs,"--use-compress-program",$config{'compress-gzip'});
$tarExt = ".gz";
} elsif ($origPathAttribs{$path}->{'compression'} eq "lz") {
push(@tarArgs,"--use-compress-program",$config{'compress-lz'});
$tarExt = ".lz";
} elsif ($origPathAttribs{$path}->{'compression'} eq "none") {
$tarExt = "";
}
# Check what type of backup we did
if ( ! -f "$source/$path/dbackup$seq.tar$tarExt" ) {
# If we have any other part of the backup, show a message
if (
( -f "$source/$path/dbackup$seq.index" ||
-f "$source/$path/dbackup$seq.manifest" ||
-f "$source/$path/dbackup$seq.snar" ) && $seq > 0
) {
printLog(LOG_WARNING,"Backup file '[$source]/($path)/dbackup$seq.tar$tarExt' not found, IGNORING\n");
}
return @list;
}
# Check we have files we need/created
if ( ! -f "$source/$path/dbackup$seq.index" ) {
printLog(LOG_WARNING,"Manifest file '[$source]/($path)/dbackup$seq.index' not found\n");
return @list;
}
if ( ! -f "$source/$path/dbackup$seq.manifest" ) {
printLog(LOG_WARNING,"Manifest file '[$source]/($path)/dbackup$seq.manifest' not found\n");
return @list;
}
# Check if manifest.format is undefined, if it is, use the default
if (!defined($origPathAttribs{$path}->{'manifest.format'})) {
# Check if we have a commandline override
if (defined($optctl{'manifest-format'})) {
$origPathAttribs{$path}->{'manifest.format'} = $optctl{'manifest-format'};
} else {
# NK:
# Default to null
# This saves us from having to regenerate manifest.format attrs and backups for older
# versions of dbackup.
$origPathAttribs{$path}->{'manifest.format'} = "null";
}
}
# Setup manifest delim & tar options
if ($origPathAttribs{$path}->{'manifest.format'} eq "null") {
push(@tarArgs,"--null");
push(@tarArgs,"--files-from", "$source/$path/dbackup$seq.manifest");
push(@tarArgs,"--no-unquote");
} elsif ($origPathAttribs{$path}->{'manifest.format'} eq "newline") {
push(@tarArgs,"--files-from", "$source/$path/dbackup$seq.manifest");
} else {
printLog(LOG_ERROR,"Invalid manifest.format '".$origPathAttribs{$path}->{'manifest.format'}.
"' for '[$source]/($path)', try setting the default with --manifest-format=\n");
exit 1;
}
# Sanity check
if ($tarVer < 122 && $origPathAttribs{$path}->{'manifest.format'} eq "null") {
printLog(LOG_ERROR,"Your version of tar does NOT support manifest.format of 'null'\n");
exit 1;
}
# Other tar options
if (defined($optctl{'tar-keep-newer'})) {
push(@tarArgs,"--keep-newer-files");
}
if (defined($optctl{'tar-keep-old-files'})) {
push(@tarArgs,"--keep-old-files");
}
# Change dir and start backup
system(
"tar",
"--extract",
# Output file
"--file", "$source/$path/dbackup$seq.tar$tarExt",
# cd into here first...
"--directory", "$dest",
# Do not recurse
"--no-recursion",
# Incremental options
# "--incremental",
@tarArgs
);
if ($? == -1) {
printLog(LOG_ERROR,"Failed to execute: $!\n");
exit 1;
} elsif ($? & 127) {
printLog(LOG_ERROR,"Child died with signal ".($? & 127)."\n");
exit 1;
} else {
my $retcode = $? >> 8;
# If tar died, lets die too
if ($retcode >= 2) {
printLog(LOG_ERROR,"tar died with error code $retcode\n");
# exit 1;
}
}
}
return @list;
}
# Process files
sub restore_process {
my $name = $File::Find::name;
# Strip first part of the path
(my $path = $File::Find::dir) =~ s#^$source/?##;
# Store current filename
my $item = $_;
# print(STDERR "PROCESS: Path = $path, Name = $name, Item = $item)\n");
}
# Time to do stuff
sub restore_postprocess {
# Strip first part of the path
(my $path = $File::Find::dir) =~ s#^$source/?##;
printLog(LOG_DEBUG,"R: Path '[$dest]/($path)' restoring meta-data\n");
# Loop with directories in this path
foreach my $dname (keys %{$origDirList{$path}}) {
# Set dir
my $dir = $origDirList{$path}->{$dname};
# Full dirname
my $fdirname = "$dest/$path/$dname";
# Could be a dir with no contents of one which was ignored, in which case we must create it
if (! -d $fdirname) {
printLog(LOG_INFO,"R: Path '[$dest]/($path)/$dname' creating missing directory\n");
mkpath($fdirname);
}
# Restore attribs
if (!chown($dir->{'uid'},$dir->{'gid'},$fdirname)) {
printLog(LOG_ERROR,"Failed to chown(".$dir->{'uid'}.",".$dir->{'gid'}.") '$fdirname': $!\n");
}
if (!chmod($dir->{'mode'},$fdirname)) {
printLog(LOG_ERROR,"Failed to chmod(".$dir->{'mode'}.") '$fdirname': $!\n");
}
if (!utime($dir->{'atime'},$dir->{'mtime'},$fdirname)) {
printLog(LOG_ERROR,"Failed to utime(".$dir->{'atime'}.",".$dir->{'mtime'}.") '$fdirname': $!\n");
}
}
# Loop with files in this path
foreach my $fname (keys %{$origFileList{$path}}) {
# Set dir
my $file = $origFileList{$path}->{$fname};
# Full dirname
my $ffilename = "$dest/$path/$fname";
# Restore for links and files
if (!lchown($file->{'uid'},$file->{'gid'},$ffilename)) {
printLog(LOG_ERROR,"Failed to lchown(".$file->{'uid'}.",".$file->{'gid'}.") '$ffilename': $!\n");
}
# Ignore links for the rest...
next if (S_ISLNK($file->{'mode'}));
# Restore mode & utime only for files
if (!chmod($file->{'mode'},$ffilename)) {
printLog(LOG_ERROR,"Failed to chmod(".$file->{'mode'}.") '$ffilename': $!\n");
}
if (!utime($file->{'atime'},$file->{'mtime'},$ffilename)) {
printLog(LOG_ERROR,"Failed to utime(".$file->{'atime'}.",".$file->{'mtime'}.") '$ffilename': $!\n");
}
}
}
printLog(LOG_NOTICE,"RESTORE START: $source => $dest\n");
# This basically does our backup for us...
find (
{
preprocess => \&restore_preprocess,
wanted => \&restore_process,
postprocess => \&restore_postprocess
},
$source
);
printLog(LOG_NOTICE,"RESTORE END\n");
}
# Display log line
sub printLog {
my ($level,$msg,@args) = @_;
# Work out level txt all nicely
my $levelTxt = "UNKNOWN";
if ($level == LOG_DEBUG) {
$levelTxt = "DEBUG";
} elsif ($level == LOG_INFO) {
$levelTxt = "INFO";
} elsif ($level == LOG_NOTICE) {
$levelTxt = "NOTICE";
} elsif ($level == LOG_WARNING) {
$levelTxt = "WARNING";
} elsif ($level == LOG_ERROR) {
$levelTxt = "ERROR";
}
# Check log level
if ($level <= $config{'log-level'}) {
printf(STDERR "%s/$levelTxt: %s", strftime('%F %T',localtime()), $msg, @args);
}
}
# Display usage
sub displayHelp {
# Build some strings we need
my $systemDirStr = join (", ",@defaultSystemExcl);
my $dataDirStr = join (", ",@defaultDataExcl);
print(STDERR<
General Options:
--help What you seeing now.
--config=file Config file to use.
--log-level 5 = debug, 4 = info, 3 = notice
2 = warning, 1 = error
--tar Path to tar binary.
Backing Options:
--backup Backup src to dst.
--backup-upgrade Upgrade backup to new dbackup ver.
--compress= Compression method to use defaults
to using xz, or bzip2 if xz unavail.
--exclude-data Exclude all data dirs listed below.
--exclude-system Exclude system dirs listed below.
--exclude-path=pcre PCRE to exclude paths from backup.
--exclude-file=pcre PCRE to exclude files from backup.
--exclude-fs-type=fstype Filesystem type to exclude.
--data-dir=dir Add an additional data directory.
--system-dir=dir Add an additional system directory.
--system-base=path Add a system base. This defaults to /
and this option will override that.
--tar-ignore-failed-read=path This is passed to tar only. It will
not cause errors of files that cannot
be read for the path matched.
Restore Options:
--restore Restore src to dst.
--tar-keep-newer Do not overwrite newer files.
--tar-keep-old-files Don't replace existing files.
Builtins:
---------
system-dirs:
$systemDirStr
data-dirs:
$dataDirStr
EOF
}
#
# LIBRARY
#
sub loadStateFile {
my ($statefile,$key,$fileList,$dirList,$pathAttribs) = @_;
# Read in backup state file, we do it here because we may not have a backup file
# to restore
my $gz = gzopen($statefile,"rb")
or die "FATAL ERROR: Failed to open '$statefile': $!";
# Read in file list
my $line;
while ($gz->gzreadline($line) > 0) {
chomp($line);
# Pull out array of items
my @aline = split(/\0/,$line);
my $type = shift(@aline);
# Check if its defined
if (defined($type)) {
# If its a file...
if ($type eq "f") {
my ($ename,$size,$ctime,$atime,$mtime,$uid,$gid,$mode) = @aline;
my $name = decode_base64($ename);
# Setup our hash
$fileList->{$key}->{$name}->{'size'} = $size;
$fileList->{$key}->{$name}->{'ctime'} = $ctime;
$fileList->{$key}->{$name}->{'atime'} = $atime;
$fileList->{$key}->{$name}->{'mtime'} = $mtime;
$fileList->{$key}->{$name}->{'uid'} = $uid;
$fileList->{$key}->{$name}->{'gid'} = $gid;
$fileList->{$key}->{$name}->{'mode'} = $mode;
# If its a dir
} elsif ($type eq "d") {
my ($ename,$ctime,$atime,$mtime,$uid,$gid,$mode) = @aline;
my $name = decode_base64($ename);
# Setup our hash
$dirList->{$key}->{$name}->{'ctime'} = $ctime;
$dirList->{$key}->{$name}->{'atime'} = $atime;
$dirList->{$key}->{$name}->{'mtime'} = $mtime;
$dirList->{$key}->{$name}->{'uid'} = $uid;
$dirList->{$key}->{$name}->{'gid'} = $gid;
$dirList->{$key}->{$name}->{'mode'} = $mode;
# Attribute
} elsif ($type eq "a") {
my ($name,$value) = @aline;
$pathAttribs->{$key}->{$name} = $value;
# Unknown
} else {
print(STDERR "ERROR: Invalid type '$type' in '$statefile'\n");
exit 1;
}
}
}
# Close gzip file
$gz->gzclose();
}
# Remove backup and its sequences
sub removeBackups
{
my ($path,$format,$compression,$seqs) = @_;
# Loop through backup sequences
for (my $i = 0; $i <= $seqs; $i++) {
my $tarExt;
if ($compression eq "xz") {
$tarExt = ".xz";
} elsif ($compression eq "bzip2") {
$tarExt = ".bz2";
} elsif ($compression eq "gzip") {
$tarExt = ".gz";
} elsif ($compression eq "lz") {
$tarExt = ".lz";
} elsif ($compression eq "none") {
$tarExt = "";
}
# Unlink backup files
if (-f "$path/dbackup$i.tar$tarExt") {
unlink("$path/dbackup$i.tar$tarExt")
or die "ERROR: Failed to remove file '$path/dbackup$i.tar$tarExt': $!";
}
# Unlink manifest
if (-f "$path/dbackup$i.manifest") {
unlink("$path/dbackup$i.manifest")
or die "ERROR: Failed to remove file '$path/dbackup$i.manifest': $!";
}
# Unlink index
if (-f "$path/dbackup$i.index") {
unlink("$path/dbackup$i.index")
or die "ERROR: Failed to remove file '$path/dbackup$i.index': $!";
}
# Unlink snar
if (-f "$path/dbackup$i.snar") {
unlink("$path/dbackup$i.snar")
or die "ERROR: Failed to remove file '$path/dbackup$i.snar': $!";
}
}
}
# Convert a possible string to an array, or return the array if it is indeed an array
sub toArray
{
my $param = shift;
if (ref $param eq "ARRAY") {
return $param;
} else {
return [ split(/\n/,$param) ];
}
}
# Grab tar version
sub getTarVer
{
my $tar = shift;
# Open tar and grab its version string
open(my $ph, "-|", $config{'tar'} . " --version")
or die "FAILED to execute '".$config{'tar'}."': $!";
if (!($tarVer = <$ph>)) {
print(STDERR "ERROR: Failed to read tar version\n");
exit 1;
}
close($ph);
# Convert version string into integer and return it
($tarVer) = ($tarVer =~ /([0-9]+\.[0-9]+)/);
if (!defined($tarVer) || $tarVer eq "") {
print(STDERR "ERROR: Failed to parse tar version\n");
exit 1;
}
$tarVer =~ s/\.//g;
if ($tarVer < 100) {
print(STDERR "ERROR: Failed to read tar version or your version is simply too old\n");
exit 1;
}
return $tarVer;
}
# Convert a triplet version into an integer
sub getNumericVer
{
my $a = shift;
# 000 000 000
my @a = split(/\./,$a);
# Quick fix for devel versions
$a[2] = 0 if ($a[2] eq "x");
$a[2] =~ s/[a-z]$//;
return ( ($a[0]*1000000) + ($a[1]*1000) + $a[2] );
}
# Function to check if a binary is in our PATH
sub checkPATH
{
my $binary = shift;
# Loop with PATH components
for my $path (split(/:/,$ENV{PATH})) {
# And check if the binary is executable
if (-x "$path/$binary") {
return 1;
}
}
return 0;
}
# vim: ts=4
awit-dbackup-0.0.22/LICENSE 0000644 0000000 0000000 00000104513 12404357737 013671 0 ustar root root GNU GENERAL PUBLIC LICENSE
Version 3, 29 June 2007
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state the exclusion of warranty; and each file should have at least
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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.
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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
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Copyright (C)
This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
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under certain conditions; type `show c' for details.
The hypothetical commands `show w' and `show c' should show the appropriate
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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
.
awit-dbackup-0.0.22/REQUIREMENTS 0000644 0000000 0000000 00000000335 12404357737 014527 0 ustar root root tar >= 1.22
- Previous version of tar have a --null bug, dbackup does work around this
but tar cannot backup files with very odd filenames that contain " ' \
xz
- For best compression
Compress::Zlib
Config::IniFiles
awit-dbackup-0.0.22/debian/ 0000755 0000000 0000000 00000000000 12404357737 014102 5 ustar root root awit-dbackup-0.0.22/debian/watch 0000644 0000000 0000000 00000000346 12404357737 015136 0 ustar root root version=3
opts=pgpsigurlmangle=s/$/.asc/,\
downloadurlmangle=s/\/(v?\d+\.\d+\.\d+.*)$/\/$1\/awit-dbackup-$1.tar.gz/,\
filenamemangle=s/v?(\d+\.\d+\.\d+.*)$/awit-dbackup-$1.tar.gz/ \
http://download.dbackup.org/v?(\d+\.\d+\.\d+.*)
awit-dbackup-0.0.22/debian/awit-dbackup.manpages 0000644 0000000 0000000 00000000021 12404357737 020163 0 ustar root root debian/dbackup.8
awit-dbackup-0.0.22/debian/copyright 0000644 0000000 0000000 00000002145 12404357737 016037 0 ustar root root Format: http://www.debian.org/doc/packaging-manuals/copyright-format/1.0/
Upstream-Contact: Nigel Kukard
Source: http://download.dbackup.org
Files: *
Copyright: 2010-2014 AllWorldIT contact Nigel Kukard
License: GPL-3+
Files: debian/*
Copyright: 2014 Nigel Kukard
License: GPL-3+
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.
.
You should have received a copy of the GNU General Public License
along with this program. If not, see .
.
On Debian systems, the complete text of the GNU General Public License
version 3 can be found in '/usr/share/common-licenses/GPL-3'.
awit-dbackup-0.0.22/debian/control 0000644 0000000 0000000 00000001672 12404357737 015513 0 ustar root root Source: awit-dbackup
Maintainer: Nigel Kukard
Section: contrib/utils
Priority: optional
Standards-Version: 3.9.5
Build-Depends: debhelper (>= 9), docbook-to-man
Homepage: http://www.dbackup.org
Vcs-Git: https://gitlab.devlabs.linuxassist.net/awit-dbackup/awit-dbackup.git
Vcs-Browser: https://gitlab.devlabs.linuxassist.net/awit-dbackup/awit-dbackup/tree/master
Package: awit-dbackup
Architecture: all
Depends: ${perl:Depends}, ${misc:Depends},
tar (>= 1.22),
perl (>= 5.14) | libio-compress-perl, libconfig-inifiles-perl
Recommends: pbzip2, pigz, pixz, pdlzip
Description: Flexible one archive per directory backup tool
This is a backup software package which basically creates one
archive per directory it backs up. This makes searching
through the backup much easier as you can look for which files
you're after in the directory hierarchy. It will only backup
directories which have changed, which makes it rsync friendly.
awit-dbackup-0.0.22/debian/upstream/ 0000755 0000000 0000000 00000000000 12404357737 015742 5 ustar root root awit-dbackup-0.0.22/debian/upstream/signing-key.asc 0000644 0000000 0000000 00000004135 12404357737 020661 0 ustar root root -----BEGIN PGP PUBLIC KEY BLOCK-----
Version: GnuPG v1
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o091XhVdO4pes0RYYsltc/NQ/GC9
=TvTK
-----END PGP PUBLIC KEY BLOCK-----
awit-dbackup-0.0.22/debian/clean 0000644 0000000 0000000 00000000021 12404357737 015100 0 ustar root root debian/dbackup.8
awit-dbackup-0.0.22/debian/changelog 0000644 0000000 0000000 00000000226 12404357737 015754 0 ustar root root awit-dbackup (0.0.22-1-1) stable; urgency=low
* Updated to upstream 0.0.22-1
-- Nigel Kukard Thu, 11 Sep 2014 19:46:07 +0200
awit-dbackup-0.0.22/debian/source/ 0000755 0000000 0000000 00000000000 12404357737 015402 5 ustar root root awit-dbackup-0.0.22/debian/source/format 0000644 0000000 0000000 00000000014 12404357737 016610 0 ustar root root 3.0 (quilt)
awit-dbackup-0.0.22/debian/compat 0000644 0000000 0000000 00000000002 12404357737 015300 0 ustar root root 9
awit-dbackup-0.0.22/debian/rules 0000755 0000000 0000000 00000000174 12404357737 015164 0 ustar root root #!/usr/bin/make -f
%:
dh $@
override_dh_auto_build:
docbook-to-man docs/dbackup.sgml > debian/dbackup.8
dh_auto_build
awit-dbackup-0.0.22/debian/awit-dbackup.install 0000644 0000000 0000000 00000000072 12404357737 020044 0 ustar root root # Main script
dbackup usr/sbin
# Config
dbackup.conf etc
awit-dbackup-0.0.22/ChangeLog 0000644 0000000 0000000 00000027002 12404357737 014433 0 ustar root root commit e68ad14dafe6af0c8bf59551ddc68c0f9372d781
Author: Nigel Kukard
Date: Thu Sep 11 16:28:23 2014 +0000
Fixed escaping of newline \n
commit 63c71b2ea15a46b204752cc314279d4e75eda2eb
Author: Nigel Kukard
Date: Thu Sep 11 16:24:25 2014 +0000
Don't depend on old virtual package
commit 0795dfeac60314d2df9e38a44381d24f09b1a5ad
Author: Nigel Kukard
Date: Thu Sep 11 14:45:42 2014 +0000
Cleand up output a bit
commit 473ede56e07961330547789cd039f27e40574c45
Author: Nigel Kukard
Date: Thu Sep 11 14:45:29 2014 +0000
Syntax cleanup
commit 04b8da4966320cc425fcda05df44ec1c3e8abe96
Author: Nigel Kukard
Date: Thu Sep 11 14:33:26 2014 +0000
Improved on manpage
commit d18b82094db5866ae73f1fb53baa6db2137397bd
Author: Nigel Kukard
Date: Thu Sep 11 08:15:30 2014 +0000
Fix download location
commit 574d60e240d8cbbfabef4b7a1dc3fbe48d9235df
Author: Nigel Kukard
Date: Thu Sep 11 07:54:09 2014 +0000
Commented on the install of the script
commit 9e16e3c034e63f8dd2f05872744aaedeef92d32d
Author: Nigel Kukard
Date: Thu Sep 11 07:28:28 2014 +0000
Cleaned up manpage generation
commit cbf207c05f74b1babf28e6d8f37ae566f1efe953
Author: Nigel Kukard
Date: Thu Sep 11 07:25:29 2014 +0000
Refined copyright tags and added upstream-contact
commit f16912c4d46c22f02d5e89f491960fd800c3844b
Author: Nigel Kukard
Date: Thu Sep 11 07:20:04 2014 +0000
Fixed plzip and pdlzip mixup
commit 60f00375c9686801262e51fc2974fc9d0bf6aacc
Author: Nigel Kukard
Date: Fri Jul 11 07:15:08 2014 +0000
Don't use bareword filehandles
commit ebac439a558ebe2ad6ef71cd9220936224e7bc0a
Author: Nigel Kukard
Date: Fri Jul 11 07:09:17 2014 +0000
Cosmetic syntax fixups
commit d2298f0b392e95479e0ce7a6aa7a93710239e866
Author: Nigel Kukard
Date: Fri Jul 11 07:08:55 2014 +0000
Don't use bareword file handles
commit 114d194d150bf8265f22c06bbe9b1e55f8347de9
Author: Nigel Kukard
Date: Fri Jul 11 07:08:15 2014 +0000
Check compression program exists
commit 90b994b8dba9752836d75dd685192404a0dcb09d
Author: Nigel Kukard
Date: Fri Jul 11 07:07:37 2014 +0000
Make sure the config file is not mandatory
commit c08178a6bd75d0380a3da3c582bb1c1cc4fb7853
Author: Nigel Kukard
Date: Fri Jul 11 07:06:28 2014 +0000
Added support for lzma (.lz) backup format
commit ed864216beba5966e37d00e2a10fcc0fa488bde6
Author: Nigel Kukard
Date: Fri Jul 11 06:27:18 2014 +0000
Code comment & whitespace cleanup
commit 07c930d4d1ff74438f15c763f94b3cff2aff353e
Author: Nigel Kukard
Date: Wed Jun 11 09:46:19 2014 +0000
Fixed copyright, it is GPL-3+ not GPL-2+
commit 8cfb823f2367470cf7c1a3ae264af32b949b5f63
Author: Nigel Kukard
Date: Wed Jun 11 09:46:00 2014 +0000
Fixed watch file
commit 5b6d18cce74981bd34df8a511308fbbd357836b6
Author: Nigel Kukard
Date: Mon Jun 9 14:37:56 2014 +0000
Added VCS info to control file
commit da30c89f284149d365f2f532ec244f1e5ad12441
Author: Nigel Kukard
Date: Mon Jun 9 14:38:20 2014 +0000
Fixed debian dependencies
commit 2b5cd0e4aad955b7d6673d36abb1e1045f54350c
Author: Nigel Kukard
Date: Mon Jun 9 14:03:44 2014 +0000
This is the development branch
commit d80f67f5aaeb92e7e85bd580a32510618105309e
Author: Nigel Kukard
Date: Mon Jun 9 14:02:54 2014 +0000
Added watch and upstream key
commit ce6177324d61d09999b965f982824161b8d1871a
Author: Nigel Kukard
Date: Mon Jun 9 13:58:49 2014 +0000
Fixed up debian packaging
commit 2d3d1bf1be39c832499d6544548eb1566cca87ae
Author: Nigel Kukard
Date: Mon Jun 9 13:53:14 2014 +0000
Updated copyright date
commit 3f9fae37da186425dcf72321e85e80f1143af9ec
Author: Nigel Kukard
Date: Sun Feb 9 15:35:47 2014 +0000
Fixed whitespaces
commit 6ae1e22622150d406f49c06174a40602b2efe8cd
Author: Nigel Kukard
Date: Sat Oct 26 19:34:46 2013 +0000
Bumped version
commit 09b0729ac400f2b88dda613bd4459dfbeb696d33
Author: Nigel Kukard
Date: Fri Sep 28 09:51:33 2012 +0000
Added debian packaging files
commit eec6b0d0391aa0b9927d92072838284d91c2c663
Author: Nigel Kukard
Date: Fri Sep 28 08:05:07 2012 +0000
Use default config file /etc/dbackup.conf
commit 5e51cf403919c2d4cae8536ee36c7bb6e2b1bfc2
Author: Nigel Kukard
Date: Fri Sep 28 07:56:46 2012 +0000
Fixed another help typo, thanks Psi-jack
commit 5577f228cf118cf5ba8f2bf082408aabc2a22e33
Author: Nigel Kukard
Date: Fri Sep 28 07:46:30 2012 +0000
Removed -r, only long options are supported
commit 65e83b8a55dcc3e0d32ff1d4a87e4372a3d8f87a
Author: Nigel Kukard
Date: Fri Sep 28 07:40:35 2012 +0000
Fixed typo, thanks to Psi-jack
commit 8cf0a7294924c925f630141faff4b846f2f4036a
Author: Nigel Kukard
Date: Tue Sep 25 12:42:25 2012 +0000
Don't exit if tar fails
If we exit when tar fails we may not get to backup whats after it.
commit 7cfdb436dc6bf1ace079cdadd81252699297c5f7
Author: Nigel Kukard
Date: Sat Sep 15 20:00:40 2012 +0000
Added more default exclusions & fixed tar dev vers
commit 1505f1b95d79f8d816a3e655b6cc34d10dad3c01
Author: Nigel Kukard
Date: Sun Jun 24 17:27:28 2012 +0000
Bumped version
commit a449d2ee978bbf44d7e32904c4d963d4434186d3
Author: Nigel Kukard
Date: Sun Jun 24 17:25:58 2012 +0000
-b is not actually supported
Thanks to Psi-Jack for picking it up
commit 93f2b2e92e96f0d8f78e41e9d14335064c9b6d41
Author: Nigel Kukard
Date: Thu Feb 2 20:58:03 2012 +0000
Fixed log levels in --help
commit d2e63f03f6ffd194bd7028ea739cfdbdfb014734
Author: Nigel Kukard
Date: Tue Jan 24 15:19:38 2012 +0000
Bump version again
commit 78461c0dd9501414a537673b9a223e9b4590205c
Merge: fd79e4b 72e1d5e
Author: Nigel Kukard
Date: Tue Jan 24 15:19:03 2012 +0000
Merge branch 'master' into v0.0.x
commit 72e1d5e04b6dd0458f7dc64e2e88109573bcb24c
Author: Nigel Kukard
Date: Tue Jan 24 15:18:31 2012 +0000
Some more logging fixes
Document version upgrades
commit fd79e4b370de8b4a772c4db56f896bc0ab3d2407
Author: Nigel Kukard
Date: Tue Jan 24 15:18:31 2012 +0000
Some more logging fixes
Document version upgrades
commit 79cf32e2d22cbe620a753e96cce4bb1b5828ec1a
Merge: c091f72 fafceef
Author: Nigel Kukard
Date: Mon Jan 23 15:46:21 2012 +0000
Merge branch 'master' into v0.0.x
commit fafceefcd166f6f90695025ad75885386ebdc251
Author: Nigel Kukard
Date: Mon Jan 23 15:45:59 2012 +0000
Improve compatibility for diff versions of Config::IniFiles
commit c091f72dabe3394c57081cfbffecf333885a487e
Merge: 27f19e6 72ae973
Author: Nigel Kukard
Date: Sun Jan 22 21:19:59 2012 +0000
Merge branch 'master' into v0.0.x
commit 72ae9739e6f41283634b72c8b0651ee6f3bf7cc2
Author: Nigel Kukard
Date: Sun Jan 22 21:19:31 2012 +0000
Force update on dir if its empty and we doing an upgrade
commit 27f19e6f473db3be7a91844fa70db4ad010215ec
Merge: 0665ee0 984e773
Author: Nigel Kukard
Date: Sun Jan 22 16:02:22 2012 +0000
Merge branch 'master' into v0.0.x
commit 984e773b23122ba4af87680ee26a82cba012a536
Author: Nigel Kukard
Date: Sun Jan 22 16:01:27 2012 +0000
Fixed up logging a bit
Added --backup-upgrade option to upgrade data
commit db2eb6bc87358cbc4df2b1122649d9d8918a8096
Author: Nigel Kukard
Date: Wed Jan 18 21:06:16 2012 +0000
Fixed another occurance of using %d instead of %s
Fixed up messages displayed a bit
commit a1585f8763e1f7bef643090346f4ced50d97e6c3
Author: Nigel Kukard
Date: Wed Jan 18 20:36:27 2012 +0000
Added squid spool to exclude list
Fixed bug reporting tar exit status
Use lchown not chown when chowing on restore
Don't chmod & utime for symlinks
Fixed UNKNOWN displaying in the logs insted of ERROR
commit 0665ee0857b06311537d5f46d564873ada026fe4
Merge: bd47913 422ad8a
Author: Nigel Kukard
Date: Fri Jan 13 10:07:00 2012 +0000
Merge branch 'master' into v0.0.x
Conflicts:
dbackup
commit bd479137cd2d47fee502eb64156544db0bb51eed
Author: Nigel Kukard
Date: Fri Jan 13 10:05:58 2012 +0000
Bumped to 0.0.15
commit 422ad8a478ccb59eeca494236c0167d7290f6309
Author: Nigel Kukard
Date: Thu Jan 12 22:29:33 2012 +0000
Added --tar-ignore-failed-read option
Improved exclusion of directories
commit 60cfdb321a6d138d765190dd89a870abad1e02e9
Author: Nigel Kukard
Date: Tue Jan 10 16:00:02 2012 +0000
Adjusted version to designate we're v0.0.x
commit 5d4ebc1bed31bc338d2c4e73cb9b8a0c75d95576
Author: Nigel Kukard
Date: Tue Jan 10 15:56:33 2012 +0000
Added yum cache to system excludes list
Updated requirements
commit 94b79db6b2753bfea914bc0bdbb7afbd847c3693
Author: Nigel Kukard
Date: Mon Jan 9 12:30:33 2012 +0000
Fixed manifest-format handling
commit f52cc55c6c0df5704b1aa18e301df285a4c445de
Author: Nigel Kukard
Date: Sat Jan 7 17:32:16 2012 +0000
Added --tar to give path to tar binary
commit 724de4c0a7670316250a2410bd8ad775f03c2cc3
Author: Nigel Kukard
Date: Sat Jan 7 17:31:30 2012 +0000
Better support for other versions of tar
commit 3253de2cc4b60d66dd90459a98cb46d8e77e8ce8
Author: Nigel Kukard
Date: Fri Jan 6 12:11:43 2012 +0000
Added postfix public socket dir exclude
commit a7095dde12dc96d1a368e7a41ee3dba2ee721a0b
Author: Nigel Kukard
Date: Fri Jan 6 05:36:53 2012 +0000
Added --exclude-fs-type to --help
commit 37af5a45dd9b6fcfdfe8c3553f1eabb4db056123
Author: Nigel Kukard
Date: Thu Jan 5 20:10:57 2012 +0000
Added --exclude-fs-type= support
Cleaned up commandline args & config args
commit 7f74758bea9eee5904bc573f410c2fa77fc1214e
Author: Nigel Kukard
Date: Thu Jan 5 12:52:20 2012 +0000
Added logging
commit e3fd3cd1f924f2c2eb6e585914b1f45a5749d4b2
Author: Nigel Kukard
Date: Wed Jan 4 13:31:17 2012 +0000
Updated config file with some more doc
commit 868e1cca4b4580a372a0d738b9953d3f6a319a51
Author: Nigel Kukard
Date: Wed Jan 4 13:30:51 2012 +0000
Various commandline updates and fixes,check --help
commit 986da204d1fa791bf8e1627dabbfc8a6972016fd
Author: Nigel Kukard
Date: Tue Jan 3 21:19:16 2012 +0000
Added --config arg to help
commit 42767794dc27af398cf06d6b27ce5d2f47124394
Author: Nigel Kukard
Date: Tue Jan 3 12:52:02 2012 +0000
Added --exclude-* options and configuration file
commit 53530daba441a34d52f9673875884afae081f550
Author: Nigel Kukard
Date: Tue Jan 3 09:05:06 2012 +0000
Fixed license, this software is GPLv3 not v2
commit a195617939fc3114061eff6c91bf427f1a038765
Author: Nigel Kukard
Date: Tue Jan 3 08:55:22 2012 +0000
Initial import