Product SiteDocumentation Site

21.4.4. ABRT Specific Configuration

Standard ABRT installation currently provides the following ABRT specific configuration files:
The following configuration directives are supported in the /etc/abrt/abrt.conf file:
WatchCrashdumpArchiveDir = /var/spool/abrt-upload
This directive is commented out by default. Enable it if you want abrtd to auto-unpack crashdump tarball archives (.tar.gz) which are located in the specified directory. In the example above, it is the /var/spool/abrt-upload/ directory. Whichever directory you specify in this directive, you must ensure that it exists and it is writable for abrtd. The ABRT daemon will not create it automatically.

Do not modify this option in SELinux

If you are using SELinux, do not modify the default setting of this option unless you reflect the change in SELinux rules. Changing the location for crashdump archives without previous modification of respective rules will cause SELinux denials. See the abrt_selinux(8) manual page for more information on running ABRT in SELinux.
Remember that if you enable this option when using SELinux, you need to execute the following command in order to set the appropriate boolean allowing ABRT to write into the public_content_rw_t domain: 
 setsebool -P abrt_anon_write 1
MaxCrashReportsSize = <size_in_megabytes>
This option sets the amount of storage space, in megabytes, used by ABRT to store all problem information from all users. The default setting is 1000 MB. Once the quota specified here has been met, ABRT will continue catching problems, and in order to make room for the new crash dumps, it will delete the oldest and largest ones.
DumpLocation = /var/spool/abrt
This directive is commented out by default. It specifies the location where problem data directories are created and in which problem core dumps and all other problem data are stored. The default location is set to the /var/spool/abrt directory. Whichever directory you specify in this directive, you must ensure that it exists and it is writable for abrtd.

Do not modify this option in SELinux

Do not modify the default setting of this option if you are using SELinux. Changing the dump location will cause SELinux denials unless you reflect the change in respective SELinux rules first. See the abrt_selinux(8) manual page for more information on running ABRT in SELinux.
Remember that if you enable this option when using SELinux, you need to execute the following command in order to set the appropriate boolean allowing ABRT to write into the public_content_rw_t domain: 
 setsebool -P abrt_anon_write 1
The following configuration directives are supported in the /etc/abrt/abrt-action-save-package-data.conf file:
OpenGPGCheck = <yes/no>
Setting the OpenGPGCheck directive to yes (the default setting) tells ABRT to only analyze and handle crashes in applications provided by packages which are signed by the GPG keys whose locations are listed in the /etc/abrt/gpg_keys file. Setting OpenGPGCheck to no tells ABRT to catch crashes in all programs.
BlackList = nspluginwrapper, valgrind, strace, [<MORE_PACKAGES> ]
Crashes in packages and binaries listed after the BlackList directive will not be handled by ABRT. If you want ABRT to ignore other packages and binaries, list them here separated by commas.
ProcessUnpackaged = <yes/no>
This directive tells ABRT whether to process crashes in executables that do not belong to any package. The default setting is no.
BlackListedPaths = /usr/share/doc/*, */example*
Crashes in executables in these paths will be ignored by ABRT.
The following configuration directives are supported in the /etc/abrt/plugins/CCpp.conf file:
MakeCompatCore = <yes/no>
This directive specifies whether ABRT's core catching hook should create a core file, as it could be done if ABRT would not be installed. The core file is typically created in the current directory of the crashed program but only if the ulimit -c setting allows it. The directive is set to yes by default.
SaveBinaryImage = <yes/no>
This directive specifies whether ABRT's core catching hook should save a binary image to a core dump. It is useful when debugging crashes which occurred in binaries that were deleted. The default setting is no.