%%
+
%%
\chapter{New Features}
\index[general]{New Features}
This chapter presents the new features added to the development 2.5.x
-versions to be released as Bacula version 3.0.0 near the end of 2008.
+versions to be released as Bacula version 3.0.0 sometime in April 2009.
-\section{Accurate}
+\section{Accurate Backup}
\index[general]{Accurate Backup}
-As with most other backup programs, Bacula decides what files to backup
-for Incremental and Differental backup by comparing the change (st\_ctime)
-and modification (st\_mtime) times of the file to the time the last backup completed.
-If one of those two times is later than the last backup time, then the file
-will be backed up. This does not, however, permit tracking what files have
-been deleted and will miss any file with an old time that may have been
-restored or moved on the client filesystem.
-
-If the {\bf Accurate = \lt{}yes|no\gt{}} directive is enabled (default no) in the
-Job resource, the job will be run as an Accurate Job. For a {\bf Full}
-backup, there is no difference, but for {\bf Differential} and {\bf Incremental}
-backups, the Director will send a list of all previous files backed up, and the
-File daemon will use that list to determine if any new files have been added or
-or moved and if any files have been deleted. This allows Bacula to make an accurate
-backup of your system to that point in time so that if you do a restore, it
-will restore your system exactly. One note of caution about using Accurate backup is that
-it requires more resources (CPU and memory) on both the Director and
-the Client machines to create the list of previous files backed up, to send that
-list to the File daemon, for the File daemon to keep the list (possibly very big)
-in memory, and for the File daemon to do comparisons between every file in the
-FileSet and the list.
+
+As with most other backup programs, by default Bacula decides what files to
+backup for Incremental and Differental backup by comparing the change
+(st\_ctime) and modification (st\_mtime) times of the file to the time the last
+backup completed. If one of those two times is later than the last backup
+time, then the file will be backed up. This does not, however, permit tracking
+what files have been deleted and will miss any file with an old time that may
+have been restored to or moved onto the client filesystem.
+
+\subsection{Accurate = \lt{}yes|no\gt{}}
+If the {\bf Accurate = \lt{}yes|no\gt{}} directive is enabled (default no) in
+the Job resource, the job will be run as an Accurate Job. For a {\bf Full}
+backup, there is no difference, but for {\bf Differential} and {\bf
+ Incremental} backups, the Director will send a list of all previous files
+backed up, and the File daemon will use that list to determine if any new files
+have been added or or moved and if any files have been deleted. This allows
+Bacula to make an accurate backup of your system to that point in time so that
+if you do a restore, it will restore your system exactly.
+
+One note of caution
+about using Accurate backup is that it requires more resources (CPU and memory)
+on both the Director and the Client machines to create the list of previous
+files backed up, to send that list to the File daemon, for the File daemon to
+keep the list (possibly very big) in memory, and for the File daemon to do
+comparisons between every file in the FileSet and the list. In particular,
+if your client has lots of files (more than a few million), you will need
+lots of memory on the client machine.
+
+Accurate must not be enabled when backing up with a plugin that is not
+specially designed to work with Accurate. If you enable it, your restores
+will probably not work correctly.
+
+This project was funded by Bacula Systems.
+
\section{Copy Jobs}
\index[general]{Copy Jobs}
-A new {\bf Copy} job type has been implemented. It is essentially
-identical to the existing Migration feature with the exception that
-the Job that is copied is left unchanged. This essentially creates
-two identical copies of the same backup. The Copy Job runs without
-using the File daemon by copying the data from the old backup Volume to
-a different Volume in a different Pool. See the Migration documentation
-for additional details.
+
+A new {\bf Copy} job type 'C' has been implemented. It is similar to the
+existing Migration feature with the exception that the Job that is copied is
+left unchanged. This essentially creates two identical copies of the same
+backup. However, the copy is treated as a copy rather than a backup job, and
+hence is not directly available for restore. The {\bf restore} command lists
+copy jobs and allows selection of copies by using \texttt{jobid=}
+option. If the keyword {\bf copies} is present on the command line, Bacula will
+display the list of all copies for selected jobs.
+
+\begin{verbatim}
+* restore copies
+[...]
+These JobIds have copies as follows:
++-------+------------------------------------+-----------+------------------+
+| JobId | Job | CopyJobId | MediaType |
++-------+------------------------------------+-----------+------------------+
+| 2 | CopyJobSave.2009-02-17_16.31.00.11 | 7 | DiskChangerMedia |
++-------+------------------------------------+-----------+------------------+
++-------+-------+----------+----------+---------------------+------------------+
+| JobId | Level | JobFiles | JobBytes | StartTime | VolumeName |
++-------+-------+----------+----------+---------------------+------------------+
+| 19 | F | 6274 | 76565018 | 2009-02-17 16:30:45 | ChangerVolume002 |
+| 2 | I | 1 | 5 | 2009-02-17 16:30:51 | FileVolume001 |
++-------+-------+----------+----------+---------------------+------------------+
+You have selected the following JobIds: 19,2
+
+Building directory tree for JobId(s) 19,2 ... ++++++++++++++++++++++++++++++++++++++++++++
+5,611 files inserted into the tree.
+...
+\end{verbatim}
+
+
+The Copy Job runs without using the File daemon by copying the data from the
+old backup Volume to a different Volume in a different Pool. See the Migration
+documentation for additional details. For copy Jobs there is a new selection
+criterium named PoolUncopiedJobs which copies all jobs from a pool to an other
+pool which were not copied before. Next to that the client, volume, job or sql
+query are possible ways of selecting jobs which should be copied. Selection
+types like smallestvolume, oldestvolume, pooloccupancy and pooltime are
+probably more suited for migration jobs only. But we could imagine some people
+have a valid use for those kind of copy jobs too.
+
+If bacula founds a copy when a job record is purged (deleted) from the catalog,
+it will promote the copy as \textsl{real} backup and will make it available for
+automatic restore. If more than one copy is available, it will promote the copy
+with the smallest jobid.
+
+A nice solution which can be build with the new copy jobs is what is
+called the disk-to-disk-to-tape backup (DTDTT). A sample config could
+look somethings like the one below:
+
+\begin{verbatim}
+Pool {
+ Name = FullBackupsVirtualPool
+ Pool Type = Backup
+ Purge Oldest Volume = Yes
+ Storage = vtl
+ NextPool = FullBackupsTapePool
+}
+
+Pool {
+ Name = FullBackupsTapePool
+ Pool Type = Backup
+ Recycle = Yes
+ AutoPrune = Yes
+ Volume Retention = 365 days
+ Storage = superloader
+}
+
+#
+# Fake fileset for copy jobs
+#
+Fileset {
+ Name = None
+ Include {
+ Options {
+ signature = MD5
+ }
+ }
+}
+
+#
+# Fake client for copy jobs
+#
+Client {
+ Name = None
+ Address = localhost
+ Password = "NoNe"
+ Catalog = MyCatalog
+}
+
+#
+# Default template for a CopyDiskToTape Job
+#
+JobDefs {
+ Name = CopyDiskToTape
+ Type = Copy
+ Messages = StandardCopy
+ Client = None
+ FileSet = None
+ Selection Type = PoolUncopiedJobs
+ Maximum Concurrent Jobs = 10
+ SpoolData = No
+ Allow Duplicate Jobs = Yes
+ Allow Higher Duplicates = No
+ Cancel Queued Duplicates = No
+ Cancel Running Duplicates = No
+ Priority = 13
+}
+
+Schedule {
+ Name = DaySchedule7:00
+ Run = Level=Full daily at 7:00
+}
+
+Job {
+ Name = CopyDiskToTapeFullBackups
+ Enabled = Yes
+ Schedule = DaySchedule7:00
+ Pool = FullBackupsVirtualPool
+ JobDefs = CopyDiskToTape
+}
+\end{verbatim}
+
+The example above had 2 pool which are copied using the PoolUncopiedJobs
+selection criteria. Normal Full backups go to the Virtual pool and are copied
+to the Tape pool the next morning.
+
+The command \texttt{list copies [jobid=x,y,z]} lists copies for a given
+\textbf{jobid}.
+
+\begin{verbatim}
+*list copies
++-------+------------------------------------+-----------+------------------+
+| JobId | Job | CopyJobId | MediaType |
++-------+------------------------------------+-----------+------------------+
+| 9 | CopyJobSave.2008-12-20_22.26.49.05 | 11 | DiskChangerMedia |
++-------+------------------------------------+-----------+------------------+
+\end{verbatim}
+
+\section{ACL Updates}
+\index[general]{ACL Updates}
+The whole ACL code had been overhauled and in this version each platforms has
+different streams for each type of acl available on such an platform. As ACLs
+between platforms tend to be not that portable (most implement POSIX acls but
+some use an other draft or a completely different format) we currently only
+allow certain platform specific ACL streams to be decoded and restored on the
+same platform that they were created on. The old code allowed to restore ACL
+cross platform but the comments already mention that not being to wise. For
+backward compatability the new code will accept the two old ACL streams and
+handle those with the platform specific handler. But for all new backups it
+will save the ACLs using the new streams.
+
+Currently the following platforms support ACLs:
+
+\begin{itemize}
+ \item {\bf AIX}
+ \item {\bf Darwin/OSX}
+ \item {\bf FreeBSD}
+ \item {\bf HPUX}
+ \item {\bf IRIX}
+ \item {\bf Linux}
+ \item {\bf Tru64}
+ \item {\bf Solaris}
+\end{itemize}
+
+Currently we support the following ACL types (these ACL streams use a reserved
+part of the stream numbers):
+
+\begin{itemize}
+\item {\bf STREAM\_ACL\_AIX\_TEXT} 1000 AIX specific string representation from
+ acl\_get
+ \item {\bf STREAM\_ACL\_DARWIN\_ACCESS\_ACL} 1001 Darwin (OSX) specific acl\_t
+ string representation from acl\_to\_text (POSIX acl)
+ \item {\bf STREAM\_ACL\_FREEBSD\_DEFAULT\_ACL} 1002 FreeBSD specific acl\_t
+ string representation from acl\_to\_text (POSIX acl) for default acls.
+ \item {\bf STREAM\_ACL\_FREEBSD\_ACCESS\_ACL} 1003 FreeBSD specific acl\_t
+ string representation from acl\_to\_text (POSIX acl) for access acls.
+ \item {\bf STREAM\_ACL\_HPUX\_ACL\_ENTRY} 1004 HPUX specific acl\_entry
+ string representation from acltostr (POSIX acl)
+ \item {\bf STREAM\_ACL\_IRIX\_DEFAULT\_ACL} 1005 IRIX specific acl\_t string
+ representation from acl\_to\_text (POSIX acl) for default acls.
+ \item {\bf STREAM\_ACL\_IRIX\_ACCESS\_ACL} 1006 IRIX specific acl\_t string
+ representation from acl\_to\_text (POSIX acl) for access acls.
+ \item {\bf STREAM\_ACL\_LINUX\_DEFAULT\_ACL} 1007 Linux specific acl\_t
+ string representation from acl\_to\_text (POSIX acl) for default acls.
+ \item {\bf STREAM\_ACL\_LINUX\_ACCESS\_ACL} 1008 Linux specific acl\_t string
+ representation from acl\_to\_text (POSIX acl) for access acls.
+ \item {\bf STREAM\_ACL\_TRU64\_DEFAULT\_ACL} 1009 Tru64 specific acl\_t
+ string representation from acl\_to\_text (POSIX acl) for default acls.
+ \item {\bf STREAM\_ACL\_TRU64\_DEFAULT\_DIR\_ACL} 1010 Tru64 specific acl\_t
+ string representation from acl\_to\_text (POSIX acl) for default acls.
+ \item {\bf STREAM\_ACL\_TRU64\_ACCESS\_ACL} 1011 Tru64 specific acl\_t string
+ representation from acl\_to\_text (POSIX acl) for access acls.
+ \item {\bf STREAM\_ACL\_SOLARIS\_ACLENT} 1012 Solaris specific aclent\_t
+ string representation from acltotext or acl\_totext (POSIX acl)
+ \item {\bf STREAM\_ACL\_SOLARIS\_ACE} 1013 Solaris specific ace\_t string
+ representation from from acl\_totext (NFSv4 or ZFS acl)
+\end{itemize}
+
+In future versions we might support conversion functions from one type of acl
+into an other for types that are either the same or easily convertable. For now
+the streams are seperate and restoring them on a platform that doesn't
+recognize them will give you a warning.
+
+\section{Extended Attributes}
+\index[general]{Extended Attributes}
+Something that was on the project list for some time is now implemented for
+platforms that support a similar kind of interface. Its the support for backup
+and restore of so called extended attributes. As extended attributes are so
+platform specific these attributes are saved in seperate streams for each
+platform. Restores of the extended attributes can only be performed on the
+same platform the backup was done. There is support for all types of extended
+attributes, but restoring from one type of filesystem onto an other type of
+filesystem on the same platform may lead to supprises. As extended attributes
+can contain any type of data they are stored as a series of so called
+value-pairs. This data must be seen as mostly binary and is stored as such.
+As security labels from selinux are also extended attributes this option also
+stores those labels and no specific code is enabled for handling selinux
+security labels.
+
+Currently the following platforms support extended attributes:
+\begin{itemize}
+ \item {\bf Darwin/OSX}
+ \item {\bf FreeBSD}
+ \item {\bf Linux}
+ \item {\bf NetBSD}
+\end{itemize}
+
+On linux acls are also extended attributes, as such when you enable ACLs on a
+Linux platform it will NOT save the same data twice e.g. it will save the ACLs
+and not the same exteneded attribute.
+
+To enable the backup of extended attributes please add the following to your
+fileset definition.
+\begin{verbatim}
+ FileSet {
+ Name = "MyFileSet"
+ Include {
+ Options {
+ signature = MD5
+ xattrsupport = yes
+ }
+ File = ...
+ }
+ }
+\end{verbatim}
+
+\section{Shared objects}
+\index[general]{Shared objects}
+A default build of Bacula will now create the libraries as shared objects
+(.so) rather than static libraries as was previously the case.
+The shared libraries are built using {\bf libtool} so it should be quite
+portable.
+
+An important advantage of using shared objects is that on a machine with the
+Directory, File daemon, the Storage daemon, and a console, you will have only
+one copy of the code in memory rather than four copies. Also the total size of
+the binary release is smaller since the library code appears only once rather
+than once for every program that uses it; this results in significant reduction
+in the size of the binaries particularly for the utility tools.
+
+In order for the system loader to find the shared objects when loading the
+Bacula binaries, the Bacula shared objects must either be in a shared object
+directory known to the loader (typically /usr/lib) or they must be in the
+directory that may be specified on the {\bf ./configure} line using the {\bf
+ {-}{-}libdir} option as:
+
+\begin{verbatim}
+ ./configure --libdir=/full-path/dir
+\end{verbatim}
+
+the default is /usr/lib. If {-}{-}libdir is specified, there should be
+no need to modify your loader configuration provided that
+the shared objects are installed in that directory (Bacula
+does this with the make install command). The shared objects
+that Bacula references are:
+
+\begin{verbatim}
+libbaccfg.so
+libbacfind.so
+libbacpy.so
+libbac.so
+\end{verbatim}
+
+These files are symbolically linked to the real shared object file,
+which has a version number to permit running multiple versions of
+the libraries if desired (not normally the case).
+
+If you have problems with libtool or you wish to use the old
+way of building static libraries, or you want to build a static
+version of Bacula you may disable
+libtool on the configure command line with:
+
+\begin{verbatim}
+ ./configure --disable-libtool
+\end{verbatim}
+
+
+\section{Building Static versions of Bacula}
+\index[general]{Static linking}
+In order to build static versions of Bacula, in addition
+to configuration options that were needed you now must
+also add --disable-libtool. Example
+
+\begin{verbatim}
+ ./configure --enable-static-client-only --disable-libtool
+\end{verbatim}
+
\section{Virtual Backup (Vbackup)}
\index[general]{Virtual Backup}
In some respects the Vbackup feature works similar to a Migration job, in
that Bacula normally reads the data from the pool specified in the
Job resource, and writes it to the {\bf Next Pool} specified in the
-Job resource. The input Storage resource and the Output Storage resource
-must be different.
+Job resource. Note, this means that usually the output from the Virtual
+Backup is written into a different pool from where your prior backups
+are saved. Doing it this way guarantees that you will not get a deadlock
+situation attempting to read and write to the same volume in the Storage
+daemon. If you then want to do subsequent backups, you may need to
+move the Virtual Full Volume back to your normal backup pool.
+Alternatively, you can set your {\bf Next Pool} to point to the current
+pool. This will cause Bacula to read and write to Volumes in the
+current pool. In general, this will work, but doing the Virtual Full
+requires reading more than one Volume, this procedure may cause a
+deadlock where Bacula is writing on a Volume that is later needed
+for reading.
The Vbackup is enabled on a Job by Job in the Job resource by specifying
a level of {\bf VirtualFull}.
And it would produce a new Full backup without using the client, and the output
would be written to the {\bf Full} Pool which uses the Diskchanger Storage.
+If the Virtual Full is run, and there are no prior Jobs, the Virtual Full will
+fail with an error.
+
+Note, the Start and End time of the Virtual Full backup is set to the
+values for the last job included in the Virtual Full (in the above example,
+it is an Increment). This is so that if another incremental is done, which
+will be based on the Virtual Full, it will backup all files from the
+last Job included in the Virtual Full rather than from the time the Virtual
+Full was actually run.
+
+
+
+\section{Catalog Format}
+\index[general]{Catalog Format}
+Bacula 3.0 comes with some changes to the catalog format. The upgrade
+operation will convert the FileId field of the File table from 32 bits (max 4
+billion table entries) to 64 bits (very large number of items). The
+conversion process can take a bit of time and will likely DOUBLE THE SIZE of
+your catalog during the conversion. Also you won't be able to run jobs during
+this conversion period. For example, a 3 million file catalog will take 2
+minutes to upgrade on a normal machine. Please don't forget to make a valid
+backup of your database before executing the upgrade script. See the
+ReleaseNotes for additional details.
+
+\section{64 bit Windows Client}
+\index[general]{Win64 Client}
+Unfortunately, Microsoft's implementation of Volume Shadown Copy (VSS) on
+their 64 bit OS versions is not compatible with a 32 bit Bacula Client.
+As a consequence, we are also releasing a 64 bit version of the Bacula
+Windows Client (win64bacula-3.0.0.exe) that does work with VSS.
+These binaries should only be installed on 64 bit Windows operating systems.
+What is important is not your hardware but whether or not you have
+a 64 bit version of the Windows OS.
+
+Compared to the Win32 Bacula Client, the 64 bit release contains a few differences:
+\begin{enumerate}
+\item Before installing the Win64 Bacula Client, you must totally
+ deinstall any prior 2.4.x Client installation using the
+ Bacula deinstallation (see the menu item). You may want
+ to save your .conf files first.
+\item Only the Client (File daemon) is ported to Win64, the Director
+ and the Storage daemon are not in the 64 bit Windows installer.
+\item bwx-console is not yet ported.
+\item bconsole is ported but it has not been tested.
+\item The documentation is not included in the installer.
+\item Due to Vista security restrictions imposed on a default installation
+ of Vista, before upgrading the Client, you must manually stop
+ any prior version of Bacula from running, otherwise the install
+ will fail.
+\item Due to Vista security restrictions imposed on a default installation
+ of Vista, attempting to edit the conf files via the menu items
+ will fail. You must directly edit the files with appropriate
+ permissions. Generally double clicking on the appropriate .conf
+ file will work providing you have sufficient permissions.
+\item All Bacula files are now installed in
+ {\bf C:/Program Files/Bacula} except the main menu items,
+ which are installed as before. This vastly simplifies the installation.
+\item If you are running on a foreign language version of Windows, most
+ likely {\bf C:/Program Files} does not exist, so you should use the
+ Custom installation and enter an appropriate location to install
+ the files.
+\item The 3.0.0 Win32 Client continues to install files in the locations used
+ by prior versions. For the next version we will convert it to use
+ the same installation conventions as the Win64 version.
+\end{enumerate}
+
+This project was funded by Bacula Systems.
+
+
\section{Duplicate Job Control}
\index[general]{Duplicate Jobs}
The new version of Bacula provides four new directives that
They are:
-\begin{description}
-\item [Allow Duplicate Jobs = \lt{}yes|no\gt{}]
+\subsection{Allow Duplicate Jobs = \lt{}yes|no\gt{}}
+\index[general]{Allow Duplicate Jobs}
If this directive is enabled duplicate jobs will be run. If
the directive is set to {\bf no} (default) then only one job of a given name
may run at one time, and the action that Bacula takes to ensure only
one job runs is determined by the other directives (see below).
-\item [Allow Higher Duplicates = \lt{}yes|no\gt{}]
+\subsection{Allow Higher Duplicates = \lt{}yes|no\gt{}}
+\index[general]{Allow Higher Duplicates}
If this directive is set to {\bf yes} (default) the job with a higher
priority (lower priority number) will be permitted to run. If the
priorities of the two jobs are the same, the outcome is determined by
other directives (see below).
-\item [Cancel Queued Duplicates = \lt{}yes|no\gt{}]
+\subsection{Cancel Queued Duplicates = \lt{}yes|no\gt{}}
+\index[general]{Cancel Queued Duplicates}
If this directive is set to {\bf yes} (default) any job that is
already queued to run but not yet running will be canceled.
-\item [Cancel Running Duplicates = \lt{}yes|no\gt{}]
+\subsection{Cancel Running Duplicates = \lt{}yes|no\gt{}}
+\index[general]{Cancel Running Duplicates}
If this directive is set to {\bf yes} any job that is already running
will be canceled. The default is {\bf no}.
-\end{description}
+
\section{TLS Authentication}
\index[general]{TLS Authentication}
encryption (TLS Enable, TLS Verify Peer, TLS Certificate, ...) and
a new directive:
+\subsection{TLS Authenticate = yes}
\begin{verbatim}
TLS Authenticate = yes
\end{verbatim}
Client for the File daemon, and Storage for the Storage daemon).
When {\bf TLS Authenticate} is enabled, after doing the CRAM-MD5
-authentication, Bacula will do the normal TLS authentication, then TLS
-encryption will be turned off.
+authentication, Bacula will also do TLS authentication, then TLS
+encryption will be turned off, and the rest of the communication between
+the two Bacula daemons will be done without encryption.
-If you want to encrypt communications data, do not turn on {\bf TLS
-Authenticate}.
+If you want to encrypt communications data, use the normal TLS directives
+but do not turn on {\bf TLS Authenticate}.
\section{bextract non-portable Win32 data}
\index[general]{bextract handles Win32 non-portable data}
state file might not contain all the run data. This version of
the Bacula daemons updates the state file on each job termination.
-\section{MaxFullInterval}
+\section{MaxFullInterval = \lt{}time-interval\gt{}}
\index[general]{MaxFullInterval}
The new Job resource directive {\bf Max Full Interval = \lt{}time-interval\gt{}}
can be used to specify the maximum time interval between {\bf Full} backup
{\bf Incremental} or {\bf Differential}, it will be automatically
upgraded to a {\bf Full} backup.
-\section{MaxDiffInterval}
+\section{MaxDiffInterval = \lt{}time-interval\gt{}}
\index[general]{MaxDiffInterval}
The new Job resource directive {\bf Max Diff Interval = \lt{}time-interval\gt{}}
can be used to specify the maximum time interval between {\bf Differential} backup
{\bf Incremental}, it will be automatically
upgraded to a {\bf Differential} backup.
-\section{No Dump Flag}
+\section{Honor No Dump Flag = \lt{}yes|no\gt{}}
\index[general]{MaxDiffInterval}
On FreeBSD systems, each file has a {\bf no dump flag} that can be set
by the user, and when it is set it is an indication to backup programs
The default value is {\bf no}.
-\section{Ignore Dir}
+\section{Exclude Dir Containing = \lt{}filename-string\gt{}}
\index[general]{IgnoreDir}
-The {\bf Ignore Dir = \lt{}filename\gt{}} is a new directive that can be added to the Include
-section of the FileSet resource. If the specified
-filename is found on the Client in any directory to be backed up,
-the whole directory will be ignored (not backed up).
-For example:
+The {\bf ExcludeDirContaining = \lt{}filename\gt{}} is a new directive that
+can be added to the Include section of the FileSet resource. If the specified
+filename ({\bf filename-string}) is found on the Client in any directory to be
+backed up, the whole directory will be ignored (not backed up). For example:
\begin{verbatim}
# List of files to be backed up
signature = MD5
}
File = /home
- IgnoreDir = .excludeme
+ Exclude Dir Containing = .excludeme
}
}
\end{verbatim}
/home/user/temp
\end{verbatim}
-
+NOTE: subdirectories will not be backed up. That is, the directive
+applies to the two directories in question and any children (be they
+files, directories, etc).
\section{Bacula Plugins}
\index[general]{Plugin}
-Support for shared object plugins has been implemented in the Linux
-(and Unix) File daemon. The API will be documented separately in
+Support for shared object plugins has been implemented in the Linux, Unix
+and Win32 File daemons. The API will be documented separately in
the Developer's Guide or in a new document. For the moment, there is
a single plugin named {\bf bpipe} that allows an external program to
get control to backup and restore a file.
Plugins are also planned (partially implemented) in the Director and the
-Storage daemon. The code is also implemented to work on Win32 machines,
-but it has not yet been tested.
+Storage daemon.
\subsection{Plugin Directory}
+\index[general]{Plugin Directory}
Each daemon (DIR, FD, SD) has a new {\bf Plugin Directory} directive that may
be added to the daemon definition resource. The directory takes a quoted
string argument, which is the name of the directory in which the daemon can
load any plugins. Since each plugin has a distinctive name, all the daemons
can share the same plugin directory.
-
-
\subsection{Plugin Options}
+\index[general]{Plugin Options}
The {\bf Plugin Options} directive takes a quoted string
arguement (after the equal sign) and may be specified in the
-Job resource. The options specified will be passed to the plugin
-when it is run. The value defined in the Job resource can be modified
+Job resource. The options specified will be passed to all plugins
+when they are run. This each plugin must know what it is looking
+for. The value defined in the Job resource can be modified
by the user when he runs a Job via the {\bf bconsole} command line
prompts.
-Note: this directive may be specified, but it is not yet passed to
+Note: this directive may be specified, and there is code to modify
+the string in the run command, but the plugin options are not yet passed to
the plugin (i.e. not fully implemented).
\subsection{Plugin Options ACL}
+\index[general]{Plugin Options ACL}
The {\bf Plugin Options ACL} directive may be specified in the
Director's Console resource. It functions as all the other ACL commands
do by permitting users running restricted consoles to specify a
definition. Without this directive restricted consoles may not modify
the Plugin Options.
-\subsection{Plugin}
+\subsection{Plugin = \lt{}plugin-command-string\gt{}}
+\index[general]{Plugin}
The {\bf Plugin} directive is specified in the Include section of
a FileSet resource where you put your {\bf File = xxx} directives.
For example:
plugin.
\section{The bpipe Plugin}
+\index[general]{The bpipe Plugin}
The {\bf bpipe} plugin is provided in the directory src/plugins/fd/bpipe-fd.c of
the Bacula source distribution. When the plugin is compiled and linking into
the resulting dynamic shared object (DSO), it will have the name {\bf bpipe-fd.so}.
you can backup any kind of data (ASCII or binary) depending
on the program called.
-\section{libdbi framework}
+\section{Microsoft Exchange Server 2003/2007 Plugin}
+\index[general]{Microsoft Exchange Server 2003/2007 Plugin}
+\subsection{Background}
+The Exchange plugin was made possible by a funded development project
+between Equiinet Ltd -- www.equiinet.com (many thanks) and Bacula Systems.
+The code for the plugin was written by James Harper, and the Bacula core
+code by Kern Sibbald. All the code for this funded development has become
+part of the Bacula project. Thanks to everyone who made it happen.
+
+\subsection{Concepts}
+Although it is possible to backup Exchange using Bacula VSS the Exchange
+plugin adds a good deal of functionality, because while Bacula VSS
+completes a full backup (snapshot) of Exchange, it does
+not support Incremental or Differential backups, restoring is more
+complicated, and a single database restore is not possible.
+
+Microsoft Exchange organises its storage into Storage Groups with
+Databases inside them. A default installation of Exchange will have a
+single Storage Group called 'First Storage Group', with two Databases
+inside it, "Mailbox Store (SERVER NAME)" and
+"Public Folder Store (SERVER NAME)",
+which hold user email and public folders respectively.
+
+In the default configuration, Exchange logs everything that happens to
+log files, such that if you have a backup, and all the log files since,
+you can restore to the present time. Each Storage Group has its own set
+of log files and operates independently of any other Storage Groups. At
+the Storage Group level, the logging can be turned off by enabling a
+function called "Enable circular logging". At this time the Exchange
+plugin will not function if this option is enabled.
+
+The plugin allows backing up of entire storage groups, and the restoring
+of entire storage groups or individual databases. Backing up and
+restoring at the individual mailbox or email item is not supported but
+can be simulated by use of the "Recovery" Storage Group (see below).
+
+\subsection{Installing}
+The Exchange plugin requires a DLL that is shipped with Microsoft
+Exchanger Server called {\bf esebcli2.dll}. Assuming Exchange is installed
+correctly the Exchange plugin should find this automatically and run
+without any additional installation.
+
+If the DLL can not be found automatically it will need to be copied into
+the Bacula installation
+directory (eg C:\verb+\+Program Files\verb+\+Bacula\verb+\+bin). The Exchange API DLL is
+named esebcli2.dll and is found in C:\verb+\+Program Files\verb+\+Exchsrvr\verb+\+bin on a
+default Exchange installation.
+
+\subsection{Backup up}
+To back up an Exchange server the Fileset definition must contain at
+least {\bf Plugin = "exchange:/@EXCHANGE/Microsoft Information Store"} for
+the backup to work correctly. The 'exchange:' bit tells Bacula to look
+for the exchange plugin, the '@EXCHANGE' bit makes sure all the backed
+up files are prefixed with something that isn't going to share a name
+with something outside the plugin, and the 'Microsoft Information Store'
+bit is required also. It is also possible to add the name of a storage
+group to the "Plugin =" line, eg \\
+{\bf Plugin = "exchange:/@EXCHANGE/Microsoft Information Store/First Storage Group"} \\
+if you want only a single storage group backed up.
+
+Additionally, you can suffix the 'Plugin =' directive with
+":notrunconfull" which will tell the plugin not to truncate the Exchange
+database at the end of a full backup.
+
+An Incremental or Differential backup will backup only the database logs
+for each Storage Group by inspecting the "modified date" on each
+physical log file. Because of the way the Exchange API works, the last
+logfile backed up on each backup will always be backed up by the next
+Incremental or Differential backup too. This adds 5MB to each
+Incremental or Differential backup size but otherwise does not cause any
+problems.
+
+By default, a normal VSS fileset containing all the drive letters will
+also back up the Exchange databases using VSS. This will interfere with
+the plugin and Exchange's shared ideas of when the last full backup was
+done, and may also truncate log files incorrectly. It is important,
+therefore, that the Exchange database files be excluded from the backup,
+although the folders the files are in should be included, or they will
+have to be recreated manually if a baremetal restore is done.
+
+\begin{verbatim}
+FileSet {
+ Include {
+ File = C:/Program Files/Exchsrvr/mdbdata
+ Plugin = "exchange:..."
+ }
+ Exclude {
+ File = C:/Program Files/Exchsrvr/mdbdata/E00.chk
+ File = C:/Program Files/Exchsrvr/mdbdata/E00.log
+ File = C:/Program Files/Exchsrvr/mdbdata/E000000F.log
+ File = C:/Program Files/Exchsrvr/mdbdata/E0000010.log
+ File = C:/Program Files/Exchsrvr/mdbdata/E0000011.log
+ File = C:/Program Files/Exchsrvr/mdbdata/E00tmp.log
+ File = C:/Program Files/Exchsrvr/mdbdata/priv1.edb
+ }
+}
+\end{verbatim}
+
+The advantage of excluding the above files is that you can significantly
+reduce the size of your backup since all the important Exchange files
+will be properly saved by the Plugin.
+
+
+\subsection{Restoring}
+The restore operation is much the same as a normal Bacula restore, with
+the following provisos:
+
+\begin{itemize}
+\item The {\bf Where} restore option must not be specified
+\item Each Database directory must be marked as a whole. You cannot just
+ select (say) the .edb file and not the others.
+\item If a Storage Group is restored, the directory of the Storage Group
+ must be marked too.
+\item It is possible to restore only a subset of the available log files,
+ but they {\bf must} be contiguous. Exchange will fail to restore correctly
+ if a log file is missing from the sequence of log files
+\item Each database to be restored must be dismounted and marked as "Can be
+ overwritten by restore"
+\item If an entire Storage Group is to be restored (eg all databases and
+ logs in the Storage Group), then it is best to manually delete the
+ database files from the server (eg C:\verb+\+Program Files\verb+\+Exchsrvr\verb+\+mdbdata\verb+\+*)
+ as Exchange can get confused by stray log files lying around.
+\end{itemize}
+
+\subsection{Restoring to the Recovery Storage Group}
+The concept of the Recovery Storage Group is well documented by
+Microsoft
+\elink{http://support.microsoft.com/kb/824126}{http://support.microsoft.com/kb/824126},
+but to briefly summarize...
+
+Microsoft Exchange allows the creation of an additional Storage Group
+called the Recovery Storage Group, which is used to restore an older
+copy of a database (e.g. before a mailbox was deleted) into without
+messing with the current live data. This is required as the Standard and
+Small Business Server versions of Exchange can not ordinarily have more
+than one Storage Group.
+
+To create the Recovery Storage Group, drill down to the Server in Exchange
+System Manager, right click, and select
+{\bf "New -> Recovery Storage Group..."}. Accept or change the file
+locations and click OK. On the Recovery Storage Group, right click and
+select {\bf "Add Database to Recover..."} and select the database you will
+be restoring.
+
+Restore only the single database nominated as the database in the
+Recovery Storage Group. Exchange will redirect the restore to the
+Recovery Storage Group automatically.
+Then run the restore.
+
+\subsection{Restoring on Microsoft Server 2007}
+Apparently the {\bf Exmerge} program no longer exists in Microsoft Server
+2007, and henc you use a new proceedure for recovering a single mail box.
+This procedure is ducomented by Microsoft at:
+\elink{http://technet.microsoft.com/en-us/library/aa997694.aspx}{http://technet.microsoft.com/en-us/library/aa997694.aspx},
+and involves using the {\bf Restore-Mailbox} and {\bf
+Get-MailboxStatistics} shell commands.
+
+\subsection{Caveats}
+This plugin is still being developed, so you should consider it
+currently in BETA test, and thus use in a production environment
+should be done only after very careful testing.
+
+When doing a full backup, the Exchange database logs are truncated by
+Exchange as soon as the plugin has completed the backup. If the data
+never makes it to the backup medium (eg because of spooling) then the
+logs will still be truncated, but they will also not have been backed
+up. A solution to this is being worked on. You will have to schedule a
+new Full backup to ensure that your next backups will be usable.
+
+The "Enable Circular Logging" option cannot be enabled or the plugin
+will fail.
+
+Exchange insists that a successful Full backup must have taken place if
+an Incremental or Differential backup is desired, and the plugin will
+fail if this is not the case. If a restore is done, Exchange will
+require that a Full backup be done before an Incremental or Differential
+backup is done.
+
+The plugin will most likely not work well if another backup application
+(eg NTBACKUP) is backing up the Exchange database, especially if the
+other backup application is truncating the log files.
+
+The Exchange plugin has not been tested with the {\bf Accurate} option, so
+we recommend either carefully testing or that you avoid this option for
+the current time.
+
+The Exchange plugin is not called during processing the bconsole {\bf
+estimate} command, and so anything that would be backed up by the plugin
+will not be added to the estimate total that is displayed.
+
+
+\section{libdbi Framework}
+\index[general]{libdbi Framework}
As a general guideline, Bacula has support for a few catalog database drivers
+(MySQL, PostgreSQL, SQLite)
coded natively by the Bacula team. With the libdbi implementation, which is a
Bacula driver that uses libdbi to access the catalog, we have an open field to
use many different kinds database engines following the needs of users.
You can download them and compile them on your system or install the packages
from your OS distribution.
+\section{Console Command Additions and Enhancements}
+\index[general]{Console Additions}
-\section{Display Autochanger Content}
+\subsection{Display Autochanger Content}
\index[general]{StatusSlots}
-The {\bf status slots storage=\lt{}storage-name\gt{}} command displays autochanger content.
+The {\bf status slots storage=\lt{}storage-name\gt{}} command displays
+autochanger content.
\footnotesize
\begin{verbatim}
- Slot | Volume Name | Status | Media Type | Pool | Loaded |
-------+---------------+----------+-------------------+------------+---------|
- 1 | 00001 | Append | DiskChangerMedia | Default | 0 |
- 2 | 00002 | Append | DiskChangerMedia | Default | 0 |
- 3*| 00003 | Append | DiskChangerMedia | Scratch | 0 |
- 4 | | | | | 0 |
+ Slot | Volume Name | Status | Media Type | Pool |
+------+---------------+----------+-------------------+------------|
+ 1 | 00001 | Append | DiskChangerMedia | Default |
+ 2 | 00002 | Append | DiskChangerMedia | Default |
+ 3*| 00003 | Append | DiskChangerMedia | Scratch |
+ 4 | | | | |
\end{verbatim}
\normalsize
{\bf update slots} command to synchronize autochanger content with your
catalog.
+\subsection{list joblog job=xxx or jobid=nnn}
+\index[general]{list joblog}
+A new list command has been added that allows you to list the contents
+of the Job Log stored in the catalog for either a Job Name (fully qualified)
+or for a particular JobId. The {\bf llist} command will include a line with
+the time and date of the entry.
+
+Note for the catalog to have Job Log entries, you must have a directive
+such as:
+
+\begin{verbatim}
+ catalog = all
+\end{verbatim}
+
+In your Director's {\bf Messages} resource.
+
+\subsection{Use separator for multiple commands}
+\index[general]{Command Separator}
+ When using bconsole with readline, you can set the command separator with
+ \textbf{@separator} command to one
+ of those characters to write commands who require multiple input in one line.
+\begin{verbatim}
+ !$%&'()*+,-/:;<>?[]^`{|}~
+\end{verbatim}
+
+\subsection{Deleting Volumes}
+The delete volume bconsole command has been modified to
+require an asterisk (*) in front of a MediaId otherwise the
+value you enter is a taken to be a Volume name. This is so that
+users may delete numeric Volume names. The previous Bacula versions
+assumed that all input that started with a number was a MediaId.
+
+This new behavior is indicated in the prompt if you read it
+carefully.
+
+\section{Bare Metal Recovery}
+The old bare metal recovery project is essentially dead. One
+of the main features of it was that it would build a recovery
+CD based on the kernel on your system. The problem was that
+every distribution has a different boot procedure and different
+scripts, and worse yet, the boot procedures and scripts change
+from one distribution to another. This meant that maintaining
+(keeping up with the changes) the rescue CD was too much work.
+
+To replace it, a new bare metal recovery USB boot stick has been developed
+by Bacula Systems. This technology involves remastering a Ubuntu LiveCD to
+boot from a USB key.
+
+Advantages:
+\begin{enumerate}
+\item Recovery can be done from within graphical environment.
+\item Recovery can be done in a shell.
+\item Ubuntu boots on a large number of Linux systems.
+\item The process of updating the system and adding new
+ packages is not too difficult.
+\item The USB key can easily be upgraded to newer Ubuntu versions.
+\item The USB key has writable partitions for modifications to
+ the OS and for modification to your home directory.
+\item You can add new files/directories to the USB key very easily.
+\item You can save the environment from multiple machines on
+ one USB key.
+\item Bacula Systems is funding its ongoing development.
+\end{enumerate}
+
+The disadvantages are:
+\begin{enumerate}
+\item The USB key is usable but currently under development.
+\item Not everyone may be familiar with Ubuntu (no worse
+ than using Knoppix)
+\item Some older OSes cannot be booted from USB. This can
+ be resolved by first booting a Ubuntu LiveCD then plugging
+ in the USB key.
+\item Currently the documentation is sketchy and not yet added
+ to the main manual. See below ...
+\end{enumerate}
+
+The documentation and the code can be found in the {\bf rescue} package
+in the directory {\bf linux/usb}.
+
\section{Miscellaneous}
\index[general]{Misc New Features}
-\begin{description}
-\item [Virtual Tape Emulation]
+\subsection{Allow Mixed Priority = \lt{}yes|no\gt{}}
+\index[general]{Allow Mixed Priority}
+ This directive is only implemented in version 2.5 and later. When
+ set to {\bf yes} (default {\bf no}), this job may run even if lower
+ priority jobs are already running. This means a high priority job
+ will not have to wait for other jobs to finish before starting.
+ The scheduler will only mix priorities when all running jobs have
+ this set to true.
+
+ Note that only higher priority jobs will start early. Suppose the
+ director will allow two concurrent jobs, and that two jobs with
+ priority 10 are running, with two more in the queue. If a job with
+ priority 5 is added to the queue, it will be run as soon as one of
+ the running jobs finishes. However, new priority 10 jobs will not
+ be run until the priority 5 job has finished.
+
+\subsection{Bootstrap File Directive -- FileRegex}
+\index[general]{Bootstrap File Directive}
+ {\bf FileRegex} is a new command that can be added to the bootstrap
+ (.bsr) file. The value is a regular expression. When specified, only
+ matching filenames will be restored.
+
+ During a restore, if all File records are pruned from the catalog
+ for a Job, normally Bacula can restore only all files saved. That
+ is there is no way using the catalog to select individual files.
+ With this new feature, Bacula will ask if you want to specify a Regex
+ expression for extracting only a part of the full backup.
+
+\begin{verbatim}
+ Building directory tree for JobId(s) 1,3 ...
+ There were no files inserted into the tree, so file selection
+ is not possible.Most likely your retention policy pruned the files
+
+ Do you want to restore all the files? (yes|no): no
+
+ Regexp matching files to restore? (empty to abort): /tmp/regress/(bin|tests)/
+ Bootstrap records written to /tmp/regress/working/zog4-dir.restore.1.bsr
+\end{verbatim}
+
+\subsection{Bootstrap File Optimization Changes}
+In order to permit proper seeking on disk files, we have extended the bootstrap
+file format to include a {\bf VolStartAddr} and {\bf VolEndAddr} records. Each
+takes a 64 bit unsigned integer range (i.e. nnn-mmm) which defines the start
+address range and end address range respectively. These two directives replace
+the {\bf VolStartFile}, {\bf VolEndFile}, {\bf VolStartBlock} and {\bf
+ VolEndBlock} directives. Bootstrap files containing the old directives will
+still work, but will not properly take advantage of proper disk seeking, and
+may read completely to the end of a disk volume during a restore. With the new
+format (automatically generated by the new Director), restores will seek
+properly and stop reading the volume when all the files have been restored.
+
+\subsection{Solaris ZFS/NFSv4 ACLs}
+This is an upgrade of the previous Solaris ACL backup code
+to the new library format, which will backup both the old
+POSIX(UFS) ACLs as well as the ZFS ACLs.
+
+The new code can also restore POSIX(UFS) ACLs to a ZFS filesystem
+(it will translate the POSIX(UFS)) ACL into a ZFS/NFSv4 one) it can also
+be used to transfer from UFS to ZFS filesystems.
+
+
+\subsection{Virtual Tape Emulation}
+\index[general]{Virtual Tape Emulation}
We now have a Virtual Tape emulator that allows us to run though 99.9\% of
the tape code but actually reading and writing to a disk file. Used with the
\textbf{disk-changer} script, you can now emulate an autochanger with 10 drives
and 700 slots. This feature is most useful in testing. It is enabled
by using {\bf Device Type = vtape} in the Storage daemon's Device
-directive. This feature is only implemented on Linux machines.
+directive. This feature is only implemented on Linux machines and should not be
+used for production.
-\item [Bat Enhancements]
+\subsection{Bat Enhancements}
+\index[general]{Bat Enhancements}
Bat (the Bacula Administration Tool) GUI program has been significantly
enhanced and stabilized. In particular, there are new table based status
commands; it can now be easily localized using Qt4 Linguist.
The Bat communications protocol has been significantly enhanced to improve
-GUI handling.
+GUI handling. Note, you {\bf must} use a the bat that is distributed with
+the Director you are using otherwise the communications protocol will not
+work.
-\item [RunScript Enhancements]
+\subsection{RunScript Enhancements}
+\index[general]{RunScript Enhancements}
The {\bf RunScript} resource has been enhanced to permit multiple
commands per RunScript. Simply specify multiple {\bf Command} directives
in your RunScript.
}
\end{verbatim}
-A new Client RunScript {\bf RunsWhen} keyword of {\bf AfterVSS} has been implemented, which
-runs the command after the Volume Shadow Copy has been made.
+A new Client RunScript {\bf RunsWhen} keyword of {\bf AfterVSS} has been
+implemented, which runs the command after the Volume Shadow Copy has been made.
Console commands can be specified within a RunScript by using:
{\bf Console = \lt{}command\gt{}}, however, this command has not been
We would appreciate feedback. Due to the recursive nature of this command, we
may remove it before the final release.
-\item [Status Enhancements]
+\subsection{Status Enhancements}
+\index[general]{Status Enhancements}
The bconsole {\bf status dir} output has been enhanced to indicate
Storage daemon job spooling and despooling activity.
-\item [Connect Timeout]
+\subsection{Connect Timeout}
+\index[general]{Connect Timeout}
The default connect timeout to the File
daemon has been set to 3 minutes. Previously it was 30 minutes.
-\item [ftruncate for NFS Volumes]
+\subsection{ftruncate for NFS Volumes}
+\index[general]{ftruncate for NFS Volumes}
If you write to a Volume mounted by NFS (say on a local file server),
in previous Bacula versions, when the Volume was recycled, it was not
properly truncated because NFS does not implement ftruncate (file
written code (actually a kind user) that deletes and recreates the Volume,
thus accomplishing the same thing as a truncate.
-\item [Support for Ubuntu]
+\subsection{Support for Ubuntu}
The new version of Bacula now recognizes the Ubuntu (and Kubuntu)
version of Linux, and thus now provides correct autostart routines.
Since Ubuntu officially supports Bacula, you can also obtain any
recent release of Bacula from the Ubuntu repositories.
-\item[Recycling enhancements]
+\subsection{Recycle Pool = \lt{}pool-name\gt{}}
+\index[general]{Recycle Pool}
The new \textbf{RecyclePool} directive defines to which pool the Volume will
be placed (moved) when it is recycled. Without this directive, a Volume will
remain in the same pool when it is recycled. With this directive, it can be
probably most useful when defined in the Scratch pool, so that volumes will
be recycled back into the Scratch pool.
-\item [FD Version]
+\subsection{FD Version}
+\index[general]{FD Version}
The File daemon to Director protocol now includes a version
-number, which will help us in future versions automatically determine
+number, which although there is no visible change for users,
+will help us in future versions automatically determine
if a File daemon is not compatible.
-\item [Max Run Sched Time]
+\subsection{Max Run Sched Time = \lt{}time-period-in-seconds\gt{}}
+\index[general]{Max Run Sched Time}
The time specifies the maximum allowed time that a job may run, counted from
when the job was scheduled. This can be useful to prevent jobs from running
during working hours. We can see it like \texttt{Max Start Delay + Max Run
Time}.
-\item [Max Wait Time]
+\subsection{Max Wait Time = \lt{}time-period-in-seconds\gt{}}
+\index[general]{Max Wait Time}
Previous \textbf{MaxWaitTime} directives aren't working as expected, instead
of checking the maximum allowed time that a job may block for a resource,
-those directives worked like \textbf{MaxRunTime}. Some users are reporting to use
-\textbf{Incr/Diff/Full Max Wait Time} to control the maximum run time of their job
-depending on the level. Now, they have to use \textbf{Incr/Diff/Full Max Run Time}.
-\textbf{Incr/Diff/Full Max Wait Time} directives are now deprecated.
+those directives worked like \textbf{MaxRunTime}. Some users are reporting to
+use \textbf{Incr/Diff/Full Max Wait Time} to control the maximum run time of
+their job depending on the level. Now, they have to use
+\textbf{Incr/Diff/Full Max Run Time}. \textbf{Incr/Diff/Full Max Wait Time}
+directives are now deprecated.
+
+\subsection{Incremental|Differential Max Wait Time = \lt{}time-period-in-seconds\gt{}}
+\index[general]{Incremental Max Wait Time}
+\index[general]{Differential Max Wait Time}
-\item [Incremental|Differential Max Wait Time = \lt{}time\gt{}]
-Theses directives have been deprecated in favor of \texttt{Incremental|Differential
-Max Run Time}.
+These directives have been deprecated in favor of
+\texttt{Incremental|Differential Max Run Time}.
-\item [Max Run Time directives]
+\subsection{Max Run Time directives}
+\index[general]{Max Run Time directives}
Using \textbf{Full/Diff/Incr Max Run Time}, it's now possible to specify the
maximum allowed time that a job can run depending on the level.
\addcontentsline{lof}{figure}{Job time control directives}
\includegraphics{\idir different_time.eps}
-\item [Statistics Enhancements]
-If you (or your boss) want to have statistics on your backups, you could use
-a few SQL queries on the Job table to report how many:
+\subsection{Statistics Enhancements}
+\index[general]{Statistics Enhancements}
+If you (or probably your boss) want to have statistics on your backups to
+provide some \textit{Service Level Agreement} indicators, you could use a few
+SQL queries on the Job table to report how many:
+
\begin{itemize}
\item jobs have run
\item jobs have been successful
\item ...
\end{itemize}
-However, these statistics are accurate only if your job retention is greater than
-your statistics period. Ie, if jobs are purged from the catalog, you won't be
-able to use them.
+However, these statistics are accurate only if your job retention is greater
+than your statistics period. Ie, if jobs are purged from the catalog, you won't
+be able to use them.
+
+Now, you can use the \textbf{update stats [days=num]} console command to fill
+the JobHistory table with new Job records. If you want to be sure to take in
+account only \textbf{good jobs}, ie if one of your important job has failed but
+you have fixed the problem and restarted it on time, you probably want to
+delete the first \textit{bad} job record and keep only the successful one. For
+that simply let your staff do the job, and update JobHistory table after two or
+three days depending on your organization using the \textbf{[days=num]} option.
+
+These statistics records aren't used for restoring, but mainly for
+capacity planning, billings, etc.
-Now, you can use the \textbf{update stats [days=num]} console command to fill the
-JobStat table with new Job records.
+The Bweb interface provides a statistics module that can use this feature. You
+can also use tools like Talend or extract information by yourself.
The \textbf{Statistics Retention = \lt{}time\gt{}} director directive defines
the length of time that Bacula will keep statistics job records in the Catalog
-database after the Job End time. (In \texttt{JobStat} table) When this time
+database after the Job End time. (In \texttt{JobHistory} table) When this time
period expires, and if user runs \texttt{prune stats} command, Bacula will
prune (remove) Job records that are older than the specified period.
-These statistics records aren't used for restore purpose, but mainly for
-capacity planning, billings, etc.
-
You can use the following Job resource in your nightly \textbf{BackupCatalog}
job to maintain statistics.
\begin{verbatim}
}
\end{verbatim}
-\item [Spooling Enhancements]
-A new job directive permits to specify the spool size per job. This is used
+\subsection{ScratchPool = \lt{}pool-resource-name\gt{}}
+\index[general]{ScratchPool}
+This directive permits to specify a specific \textsl{Scratch} pool for the
+current pool. This is useful when using multiple storage sharing the same
+mediatype or when you want to dedicate volumes to a particular set of pool.
+
+\subsection{Enhanced Attribute Despooling}
+\index[general]{Attribute Despooling}
+If the storage daemon and the Director are on the same machine, the spool file
+that contains attributes is read directly by the Director instead of being
+transmitted across the network. That should reduce load and speedup insertion.
+
+\subsection{SpoolSize = \lt{}size-specification-in-bytes\gt{}}
+\index[general]{SpoolSize}
+A new Job directive permits to specify the spool size per job. This is used
in advanced job tunning. {\bf SpoolSize={\it bytes}}
-\end{description}
-
-\section{Building Bacula Plugins}
-There is currently one sample program {\bf example-plugin-fd.c} and
-one working plugin {\bf bpipe-fd.c} that can be found in the Bacula
-{\bf src/plugins/fd} directory. Both are built with the following:
-
-\begin{verbatim}
- cd <bacula-source>
- ./configure <your-options>
- make
- ...
- cd src/plugins/fd
- make
- make test
-\end{verbatim}
-
-After building Bacula and changing into the src/plugins/fd directory,
-the {\bf make} command will build the {\bf bpipe-fd.so} plugin, which
-is a very useful and working program.
-
-The {\bf make test} command will build the {\bf example-plugin-fd.so}
-plugin and a binary named {\bf main}, which is build from the source
-code located in {\bf src/filed/fd\_plugins.c}.
-
-If you execute {\bf ./main}, it will load and run the example-plugin-fd
-plugin simulating a small number of the calling sequences that Bacula uses
-in calling a real plugin. This allows you to do initial testing of
-your plugin prior to trying it with Bacula.
-
-You can get a good idea of how to write your own plugin by first
-studying the example-plugin-fd, and actually running it. Then
-it can also be instructive to read the bpipe-fd.c code as it is
-a real plugin, which is still rather simple and small.
-
-When actually writing your own plugin, you may use the example-plugin-fd.c
-code as a template for your code.
-
-
-%%
-%%
-
-\chapter{Bacula FD Plugin API}
-To write a Bacula plugin, you create a dynamic shared object
-program (or dll on Win32) with a particular name and two
-exported entry points, place it in the {\bf Plugins Directory}, which is defined in the
-{\bf bacula-fd.conf} file in the {\bf Client} resource, and when the FD
-starts, it will load all the plugins that end with {\bf -fd.so} (or {\bf -fd.dll}
-on Win32) found in that directory.
-
-Once the File daemon loads the plugins, it asks the OS for the
-two entry points (loadPlugin and unloadPlugin) then calls the
-{\bf loadPlugin} entry point (see below).
-
-Bacula passes information to the plugin through this call and it gets
-back information that it needs to use the plugin. Later, Bacula
- will call particular functions that are defined by the
-{\bf loadPlugin} interface.
-
-When Bacula is finished with the plugin
-(when Bacula is going to exit), it will call the {\bf unloadPlugin}
-entry point.
-
-The two entry points are:
+\subsection{MaxConsoleConnections = \lt{}number\gt{}}
+\index[general]{MaxConsoleConnections}
+A new director directive permits to specify the maximum number of Console
+Connections that could run concurrently. The default is set to 20, but you may
+set it to a larger number.
-\begin{verbatim}
-bRC loadPlugin(bInfo *lbinfo, bFuncs *lbfuncs, pInfo **pinfo, pFuncs **pfuncs)
-
-and
-
-bRC unloadPlugin()
-\end{verbatim}
+\subsection{VerId = \lt{}string\gt{}}
+\index[general]{VerId}
+A new director directive permits to specify a personnal identifier that will be
+displayed in the \texttt{version} command.
-both these external entry points to the shared object are defined as C entry points
-to avoid name mangling complications with C++. However, the shared object
-can actually be written in any language (preferrably C or C++) providing that it
-follows C language calling conventions.
-
-The definitions for {\bf bRC} and the arguments are {\bf
-src/filed/fd-plugins.h} and so this header file needs to be included in
-your plugin. It along with {\bf src/lib/plugins.h} define basically the whole
-plugin interface. Within this header file, it includes the following
-files:
-
-\begin{verbatim}
-#include <sys/types.h>
-#include "config.h"
-#include "bc_types.h"
-#include "lib/plugins.h"
-#include <sys/stat.h>
-\end{verbatim}
-
-Aside from the {\bf bc\_types.h} and {\bf confit.h} headers, the plugin definition uses the
-minimum code from Bacula. The bc\_types.h file is required to ensure that
-the data type defintions in arguments correspond to the Bacula core code.
-
-The return codes are defined as:
-\begin{verbatim}
-typedef enum {
- bRC_OK = 0, /* OK */
- bRC_Stop = 1, /* Stop calling other plugins */
- bRC_Error = 2, /* Some kind of error */
- bRC_More = 3, /* More files to backup */
-} bRC;
-\end{verbatim}
-
-
-At a future point in time, we hope to make the Bacula libbac.a into a
-shared object so that the plugin can use much more of Bacula's
-infrastructure, but for this first cut, we have tried to minimize the
-dependence on Bacula.
-
-\section{loadPlugin}
-As previously mentioned, the {\bf loadPlugin} entry point in the plugin
-is called immediately after Bacula loads the plugin when the File daemon
-itself is first starting. This entry point is only called once during the
-execution of the File daemon. In calling the
-plugin, the first two arguments are information from Bacula that
-is passed to the plugin, and the last two arguments are information
-about the plugin that the plugin must return to Bacula. The call is:
-
-\begin{verbatim}
-bRC loadPlugin(bInfo *lbinfo, bFuncs *lbfuncs, pInfo **pinfo, pFuncs **pfuncs)
-\end{verbatim}
-
-and the arguments are:
-
-\begin{description}
-\item [lbinfo]
-This is information about Bacula in general. Currently, the only value
-defined in the bInfo structure is the version, which is the Bacula plugin
-interface version, currently defined as 1. The {\bf size} is set to the
-byte size of the structure. The exact definition of the bInfo structure
-as of this writing is:
-
-\begin{verbatim}
-typedef struct s_baculaInfo {
- uint32_t size;
- uint32_t version;
-} bInfo;
-\end{verbatim}
-
-\item [lbfuncs]
-The bFuncs structure defines the callback entry points within Bacula
-that the plugin can use register events, get Bacula values, set
-Bacula values, and send messages to the Job output or debug output.
-
-The exact definition as of this writing is:
-\begin{verbatim}
-typedef struct s_baculaFuncs {
- uint32_t size;
- uint32_t version;
- bRC (*registerBaculaEvents)(bpContext *ctx, ...);
- bRC (*getBaculaValue)(bpContext *ctx, bVariable var, void *value);
- bRC (*setBaculaValue)(bpContext *ctx, bVariable var, void *value);
- bRC (*JobMessage)(bpContext *ctx, const char *file, int line,
- int type, time_t mtime, const char *fmt, ...);
- bRC (*DebugMessage)(bpContext *ctx, const char *file, int line,
- int level, const char *fmt, ...);
-} bFuncs;
-\end{verbatim}
-
-We will discuss these entry points and how to use them a bit later when
-describing the plugin code.
-
-
-\item [pInfo]
-When the loadPlugin entry point is called, the plugin must initialize
-an information structure about the plugin and return a pointer to
-this structure to Bacula.
-
-The exact definition as of this writing is:
-
-\begin{verbatim}
-typedef struct s_pluginInfo {
- uint32_t size;
- uint32_t version;
- const char *plugin_magic;
- const char *plugin_license;
- const char *plugin_author;
- const char *plugin_date;
- const char *plugin_version;
- const char *plugin_description;
-} pInfo;
-\end{verbatim}
-
-Where:
- \begin{description}
- \item [version] is the current Bacula defined plugin interface version, currently
- set to 1. If the interface version differs from the current version of
- Bacula, the plugin will not be run (not yet implemented).
- \item [plugin\_magic] is a pointer to the text string "*FDPluginData*", a
- sort of sanity check. If this value is not specified, the plugin
- will not be run (not yet implemented).
- \item [plugin\_license] is a pointer to a text string that describes the
- plugin license. Bacula will only accept compatible licenses (not yet
- implemented).
- \item [plugin\_author] is a pointer to the text name of the author of the program.
- This string can be anything but is generally the author's name.
- \item [plugin\_date] is the pointer text string containing the date of the plugin.
- This string can be anything but is generally some human readable form of
- the date.
- \item [plugin\_version] is a pointer to a text string containing the version of
- the plugin. The contents are determined by the plugin writer.
- \item [plugin\_description] is a pointer to a string describing what the
- plugin does. The contents are determined by the plugin writer.
- \end{description}
-
-The pInfo structure must be defined in static memory because Bacula does not
-copy it and may refer to the values at any time while the plugin is
-loaded. All values must be supplied or the plugin will not run (not yet
-implemented). All text strings must be either ASCII or UTF-8 strings that
-are terminated with a zero byte.
-
-\item [pFuncs]
-When the loadPlugin entry point is called, the plugin must initialize
-an entry point structure about the plugin and return a pointer to
-this structure to Bacula. This structure contains pointer to each
-of the entry points that the plugin must provide for Bacula. When
-Bacula is actually running the plugin, it will call the defined
-entry points at particular times. All entry points must be defined.
-
-The pFuncs structure must be defined in static memory because Bacula does not
-copy it and may refer to the values at any time while the plugin is
-loaded.
-
-The exact definition as of this writing is:
-
-\begin{verbatim}
-typedef struct s_pluginFuncs {
- uint32_t size;
- uint32_t version;
- bRC (*newPlugin)(bpContext *ctx);
- bRC (*freePlugin)(bpContext *ctx);
- bRC (*getPluginValue)(bpContext *ctx, pVariable var, void *value);
- bRC (*setPluginValue)(bpContext *ctx, pVariable var, void *value);
- bRC (*handlePluginEvent)(bpContext *ctx, bEvent *event, void *value);
- bRC (*startBackupFile)(bpContext *ctx, struct save_pkt *sp);
- bRC (*endBackupFile)(bpContext *ctx);
- bRC (*startRestoreFile)(bpContext *ctx, const char *cmd);
- bRC (*endRestoreFile)(bpContext *ctx);
- bRC (*pluginIO)(bpContext *ctx, struct io_pkt *io);
- bRC (*createFile)(bpContext *ctx, struct restore_pkt *rp);
- bRC (*setFileAttributes)(bpContext *ctx, struct restore_pkt *rp);
-} pFuncs;
-\end{verbatim}
-
-The details of the entry points will be presented in
-separate sections below.
-
-Where:
- \begin{description}
- \item [size] is the byte size of the structure.
- \item [version] is the plugin interface version currently set to 1.
- \end{description}
-
-Sample code for loadPlugin:
-\begin{verbatim}
- bfuncs = lbfuncs; /* set Bacula funct pointers */
- binfo = lbinfo;
- *pinfo = &pluginInfo; /* return pointer to our info */
- *pfuncs = &pluginFuncs; /* return pointer to our functions */
-
- return bRC_OK;
-\end{verbatim}
-
-where pluginInfo and pluginFuncs are statically defined structures.
-See bpipe-fd.c for details.
-
-
-
-\end{description}
-
-\section{Plugin Entry Points}
-This section will describe each of the entry points (subroutines) within
-the plugin that the plugin must provide for Bacula, when they are called
-and their arguments. As noted above, pointers to these subroutines are
-passed back to Bacula in the pFuncs structure when Bacula calls the
-loadPlugin() externally defined entry point.
-
-\subsection{newPlugin(bpContext *ctx)}
- This is the entry point that Bacula will call
- when a new "instance" of the plugin is created. This typically
- happens at the beginning of a Job. If 10 Jobs are running
- simultaneously, there will be at least 10 instances of the
- plugin.
-
- The bpContext structure will be passed to the plugin, and
- during this call, if the plugin needs to have its private
- working storage that is associated with the particular
- instance of the plugin, it should create it from the heap
- (malloc the memory) and store a pointer to
- its private working storage in the {\bf pContext} variable.
- Note: since Bacula is a multi-threaded program, you must not
- keep any variable data in your plugin unless it is truely meant
- to apply globally to the whole plugin. In addition, you must
- be aware that except the first and last call to the plugin
- (loadPlugin and unloadPlugin) all the other calls will be
- made by threads that correspond to a Bacula job. The
- bpContext that will be passed for each thread will remain the
- same throughout the Job thus you can keep your privat Job specific
- data in it ({\bf bContext}).
-
-\begin{verbatim}
-typedef struct s_bpContext {
- void *pContext; /* Plugin private context */
- void *bContext; /* Bacula private context */
-} bpContext;
-
-\end{verbatim}
-
- This context pointer will be passed as the first argument to all
- the entry points that Bacula calls within the plugin. Needless
- to say, the plugin should not change the bContext variable, which
- is Bacula's private context pointer for this instance (Job) of this
- plugin.
-
-\subsection{freePlugin(bpContext *ctx)}
-This entry point is called when the
-this instance of the plugin is no longer needed (the Job is
-ending), and the plugin should release all memory it may
-have allocated for this particular instance (Job) i.e. the pContext.
-This is not the final termination
-of the plugin signaled by a call to {\bf unloadPlugin}.
-Any other instances (Job) will
-continue to run, and the entry point {\bf newPlugin} may be called
-again if other jobs start.
-
-\subsection{getPluginValue(bpContext *ctx, pVariable var, void *value)}
-Bacula will call this entry point to get
-a value from the plugin. This entry point is currently not called.
-
-\subsection{setPluginValue(bpContext *ctx, pVariable var, void *value)}
-Bacula will call this entry point to set
-a value in the plugin. This entry point is currently not called.
-
-\subsection{handlePluginEvent(bpContext *ctx, bEvent *event, void *value)}
-This entry point is called when Bacula
-encounters certain events (discussed below). This is, in fact, the
-main way that most plugins get control when a Job runs and how
-they know what is happening in the job. It can be likened to the
-{\bf RunScript} feature that calls external programs and scripts,
-and is very similar to the Bacula Python interface.
-When the plugin is called, Bacula passes it the pointer to an event
-structure (bEvent), which currently has one item, the eventType:
-
-\begin{verbatim}
-typedef struct s_bEvent {
- uint32_t eventType;
-} bEvent;
-\end{verbatim}
-
- which defines what event has been triggered, and for each event,
- Bacula will pass a pointer to a value associated with that event.
- If no value is associated with a particular event, Bacula will
- pass a NULL pointer, so the plugin must be careful to always check
- value pointer prior to dereferencing it.
-
- The current list of events are:
-
-\begin{verbatim}
-typedef enum {
- bEventJobStart = 1,
- bEventJobEnd = 2,
- bEventStartBackupJob = 3,
- bEventEndBackupJob = 4,
- bEventStartRestoreJob = 5,
- bEventEndRestoreJob = 6,
- bEventStartVerifyJob = 7,
- bEventEndVerifyJob = 8,
- bEventBackupCommand = 9,
- bEventRestoreCommand = 10,
- bEventLevel = 11,
- bEventSince = 12,
-} bEventType;
-
-\end{verbatim}
-
-Most of the above are self-explanatory.
-
-\begin{description}
- \item [bEventJobStart] is called whenever a Job starts. The value
- passed is a pointer to a string that contains: "Jobid=nnn
- Job=job-name". Where nnn will be replaced by the JobId and job-name
- will be replaced by the Job name. The variable is temporary so if you
- need the values, you must copy them.
-
- \item [bEventJobEnd] is called whenever a Job ends. No value is passed.
-
- \item [bEventStartBackupJob] is called when a Backup Job begins. No value
- is passed.
-
- \item [bEventEndBackupJob] is called when a Backup Job ends. No value is
- passed.
-
- \item [bEventStartRestoreJob] is called when a Restore Job starts. No value
- is passed.
-
- \item [bEventEndRestoreJob] is called when a Restore Job ends. No value is
- passed.
-
- \item [bEventStartVerifyJob] is called when a Verify Job starts. No value
- is passed.
-
- \item [bEventEndVerifyJob] is called when a Verify Job ends. No value
- is passed.
-
- \item [bEventBackupCommand] is called prior to the bEventStartBackupJob and
- the plugin is passed the command string (everything after the equal sign
- in "Plugin =" as the value.
-
- Note, if you intend to backup a file, this is an important first point to
- write code that copies the command string passed into your pContext area
- so that you will know that a backup is being performed and you will know
- the full contents of the "Plugin =" command (i.e. what to backup and
- what virtual filename the user wants to call it.
-
- \item [bEventRestoreCommand] is called prior to the bEventStartRestoreJob and
- the plugin is passed the command string (everything after the equal sign
- in "Plugin =" as the value.
-
- See the notes above concerning backup and the command string. This is the
- point at which Bacula passes you the original command string that was
- specified during the backup, so you will want to save it in your pContext
- area for later use when Bacula calls the plugin again.
-
- \item [bEventLevel] is called when the level is set for a new Job. The value
- is a 32 bit integer stored in the void*, which represents the Job Level code.
-
- \item [bEventSince] is called when the since time is set for a new Job. The
- value is a time\_t time at which the last job was run.
-\end{description}
-
-During each of the above calls, the plugin receives either no specific value or
-only one value, which in some cases may not be sufficient. However, knowing the
-context of the event, the plugin can call back to the Bacula entry points it
-was passed during the {\bf loadPlugin} call and get to a number of Bacula variables.
-(at the current time few Bacula variables are implemented, but it easily extended
-at a future time and as needs require).
-
-\subsection{startBackupFile(bpContext *ctx, struct save\_pkt *sp)}
-Called when beginning the backup of a file. Here Bacula provides you
-with a pointer to the {\bf save\_pkt} structure and you must fill in
-this packet with the "attribute" data of the file.
-
-\begin{verbatim}
- struct save_pkt {
- char *fname; /* Full path and filename */
- char *link; /* Link name if any */
- struct stat statp; /* System stat() packet for file */
- int32_t type; /* FT_xx for this file */
- uint32_t flags; /* Bacula internal flags */
- bool portable; /* set if data format is portable */
- char *cmd; /* command */
-};
-\end{verbatim}
-
-The second argument is a pointer to the {\bf save\_pkt} structure for the file
-to be backed up. The plugin is responsible for filling in all the fields
-of the {\bf save\_pkt}. If you are backing up
-a real file, then generally, the statp structure can be filled in by doing
-a {\bf stat} system call on the file.
-
-If you are backing up a database or
-something that is more complex, you might want to create a virtual file.
-That is a file that does not actually exist on the filesystem, but represents
-say an object that you are backing up. In that case, you need to ensure
-that the {\bf fname} string that you pass back is unique so that it
-does not conflict with a real file on the system, and you need to
-artifically create values in the statp packet.
-
-Example programs such as {\bf bpipe-fd.c} show how to set these fields.
-You must take care not to store pointers the stack in the pointer fields such
-as fname and link, because when you return from your function, your stack entries
-will be destroyed. The solution in that case is to malloc() and return the pointer
-to it. In order to not have memory leaks, you should store a pointer to all memory
-allocated in your pContext structure so that in subsequent calls or at termination,
-you can release it back to the system.
-
-Once the backup has begun, Bacula will call your plugin at the {\bf pluginIO}
-entry point to "read" the data to be backed up. Please see the {\bf bpipe-fd.c}
-plugin for how to do I/O.
-
-Example of filling in the save\_pkt as used in bpipe-fd.c:
-
-\begin{verbatim}
- struct plugin_ctx *p_ctx = (struct plugin_ctx *)ctx->pContext;
- time_t now = time(NULL);
- sp->fname = p_ctx->fname;
- sp->statp.st_mode = 0700 | S_IFREG;
- sp->statp.st_ctime = now;
- sp->statp.st_mtime = now;
- sp->statp.st_atime = now;
- sp->statp.st_size = -1;
- sp->statp.st_blksize = 4096;
- sp->statp.st_blocks = 1;
- p_ctx->backup = true;
- return bRC_OK;
-\end{verbatim}
-
-Note: the filename to be created has already been created from the
-command string previously sent to the plugin and is in the plugin
-context (p\_ctx->fname) and is a malloc()ed string. This example
-creates a regular file (S\_IFREG), with various fields being created.
-
-In general, the sequence of commands issued from Bacula to the plugin
-to do a backup while processing the "Plugin = " directive are:
-
-\begin{enumerate}
- \item generate a bEventBackupCommand event to the specified plugin
- and pass it the command string.
- \item make a startPluginBackup call to the plugin, which
- fills in the data needed in save\_pkt to save as the file
- attributes and to put on the Volume and in the catalog.
- \item call Bacula's internal save\_file() subroutine to save the specified
- file. The plugin will then be called at pluginIO() to "open"
- the file, and then to read the file data.
- Note, if you are dealing with a virtual file, the "open" operation
- is something the plugin does internally and it doesn't necessarily
- mean opening a file on the filesystem. For example in the case of
- the bpipe-fd.c program, it initiates a pipe to the requested program.
- Finally when the plugin signals to Bacula that all the data was read,
- Bacula will call the plugin with the "close" pluginIO() function.
-\end{enumerate}
-
-
-\subsection{endBackupFile(bpContext *ctx)}
-Called at the end of backing up a file. If the plugin's work
-is done, it should return bRC\_OK. If the plugin wishes to create another
-file and back it up, then it must return bRC\_More (not yet implemented).
-This is probably a good time to release any malloc()ed memory you used to
-pass back filenames.
-
-\subsection{startRestoreFile(bpContext *ctx, const char *cmd)}
-Not implemented.
-
-
-\subsection{endRestoreFile(bpContext *ctx)}
-Called when done restoring a file.
-
-\subsection{pluginIO(bpContext *ctx, struct io\_pkt *io)}
-Called to do the input (backup) or output (restore) of data from or to a
-file.
-
-\begin{verbatim}
- enum {
- IO_OPEN = 1,
- IO_READ = 2,
- IO_WRITE = 3,
- IO_CLOSE = 4,
- IO_SEEK = 5
-};
-
-struct io_pkt {
- int32_t func; /* Function code */
- int32_t count; /* read/write count */
- mode_t mode; /* permissions for created files */
- int32_t flags; /* open flags (e.g. O_WRONLY ...) */
- char *buf; /* read/write buffer */
- int32_t status; /* return status */
- int32_t io_errno; /* errno code */
- int32_t whence;
- boffset_t offset;
-};
-\end{verbatim}
-
-
-\subsection{createFile(bpContext *ctx, struct restore\_pkt *rp)}
-Called to create a file during a Restore job before restoring the data. The data in the
-restore\_pkt is passed to the plugin and is based on the data that was
-originally given by the plugin during the backup and the current user
-restore settings (e.g. where, RegexWhere, replace). This allows the
-plugin to first create a file (if necessary) so that the data can
-be transmitted to it. The next call to the plugin will be a
-pluginIO command with a request to open the file write-only.
-
-\begin{verbatim}
-
-struct restore_pkt {
- int32_t stream; /* attribute stream id */
- int32_t data_stream; /* id of data stream to follow */
- int32_t type; /* file type FT */
- int32_t file_index; /* file index */
- int32_t LinkFI; /* file index to data if hard link */
- uid_t uid; /* userid */
- struct stat statp; /* decoded stat packet */
- const char *attrEx; /* extended attributes if any */
- const char *ofname; /* output filename */
- const char *olname; /* output link name */
- const char *where; /* where */
- const char *RegexWhere; /* regex where */
- int replace; /* replace flag */
-};
-\end{verbatim}
+\subsection{dbcheck enhancements}
+\index[general]{dbcheck enhancements}
+If you are using Mysql, dbcheck will now ask you if you want to create
+temporary indexes to speed up orphaned Path and Filename elimination.
-\subsection{setFileAttributes(bpContext *ctx, struct restore\_pkt *rp)}
-This is call not yet implemented.
+A new \texttt{-B} option allows you to print catalog information in a simple
+text based format. This is useful to backup it in a secure way.
\begin{verbatim}
-struct restore_pkt {
- int32_t stream; /* attribute stream id */
- int32_t data_stream; /* id of data stream to follow */
- int32_t type; /* file type FT */
- int32_t file_index; /* file index */
- int32_t LinkFI; /* file index to data if hard link */
- uid_t uid; /* userid */
- struct stat statp; /* decoded stat packet */
- const char *attrEx; /* extended attributes if any */
- const char *ofname; /* output filename */
- const char *olname; /* output link name */
- const char *where; /* where */
- const char *RegexWhere; /* regex where */
- int replace; /* replace flag */
-};
-\end{verbatim}
\ No newline at end of file
+ $ dbcheck -B
+ catalog=MyCatalog
+ db_type=SQLite
+ db_name=regress
+ db_driver=
+ db_user=regress
+ db_password=
+ db_address=
+ db_port=0
+ db_socket=
+\end{verbatim} %$
+
+You can now specify the database connection port in the command line.
+
+\subsection{{-}{-}docdir configure option}
+\index[general]{{-}{-}docdir configure option}
+You can use {-}{-}docdir= on the ./configure command to
+specify the directory where you want Bacula to install the
+LICENSE, ReleaseNotes, ChangeLog, ... files. The default is
+{\bf /usr/share/doc/bacula}.
+
+\subsection{{-}{-}htmldir configure option}
+\index[general]{{-}{-}htmldir configure option}
+You can use {-}{-}htmldir= on the ./configure command to
+specify the directory where you want Bacula to install the bat html help
+files. The default is {\bf /usr/share/doc/bacula/html}
+
+\subsection{{-}{-}with-plugindir configure option}
+\index[general]{{-}{-}plugindir configure option}
+You can use {-}{-}plugindir= on the ./configure command to
+specify the directory where you want Bacula to install
+the plugins (currently only bpipe-fd). The default is
+/usr/lib.
projects / bacula / docs / blobdiff