# This configuration file specifies which programs should be run

# when the specified event occurs in problem directory lifetime.

#

# It consists of directives and rules.

#

# Directives start with a reserved word. Currently, there is only one

# directive, "include". Its format is "include FILE".

# It causes files which match FILE to be read and

# parsed as if they are inserted textually where this directive

# occurs. FILE can use shell pattern metacharacters (*,?,etc) to

# specify multiple files. Relative paths are interpreted relative

# to current file.

#

# Rule starts with a line with non-space leading character.

# All subsequent lines which start with space or tab form one rule.

#

# EVENT=post-create

#

#         cp /etc/example.conf .

#         uptime > uptime

#         echo $HOSTNAME `uname -r`

#

# This example event will copy `/etc/example.conf` to newly created

# problem directory, store current uptime in `uptime` file

# and prints current hostname and uname to logs.

#

# Rules may be commented out with #. One # is sufficient to comment out

# even a multi-line rule (no need to comment out every line).

#

# Rules specify which programs to run on the problem directory.

# Each rule may have conditions to be checked before the program is run.

#

# Conditions have form VAR[!]=VAL or VAL~=REGEX, where VAR is either

# word "EVENT" or a name of problem directory element to be checked

# (for example, "executable", "package", hostname" etc).

#

# If all conditions match, the remaining part of the rule

# (the "program" part) is run in the shell.

# All shell language constructs are valid.

# All stdout and stderr output is captured and passed to abrt

# and possibly to abrt's frontends and shown to the user.

#

# If the program terminates with nonzero exit code,

# the event processing is considered unsuccessful and is stopped.

# Last captured output line, if any, is considered to be

# the error message indicating the reason of the failure,

# and may be used by abrt as such.

#

# If the program terminates successfully, next rule is read

# and processed. This process is repeated until the end of this file.

# Determine in which package/component the crash happened (if not yet done):

EVENT=post-create container_cmdline= remote!=1 component=

        abrt-action-save-package-data

# Store information about the container:

EVENT=post-create container_cmdline!= remote!=1

      /usr/libexec/abrt-action-save-container-data || :

# Example: if you want all users (not just root) to be able to see some problems:

#EVENT=post-create

        rm uid; chmod a+rX .

EVENT=post-create remote!=1

        # uid file is missing for problems visible to all users

        # (oops scanner is often set up to not create it).

        # Record username only if uid element is present:

        if [ -f uid ]; then getent passwd "`cat uid`" | cut -d: -f1 >username; fi

        # Save cpuinfo because crashes in some components are

        # related to HW acceleration. The file must be captured for all crashes

        # because of the library vs. executable problem.

        if command -v lscpu >/dev/null 2>&1; then

            # use lscpu if installed

            lscpu > $DUMP_DIR/cpuinfo

        else

            cp /proc/cpuinfo $DUMP_DIR/cpuinfo

        fi

# Record runlevel (if not yet done) and don't return non-0 if it fails:

EVENT=post-create runlevel= remote!=1

        runlevel >runlevel 2>&1

        exit 0

# A dummy EVENT=post-create for uploaded problems.

# abrtd would delete uploaded problems without this EVENT.

EVENT=post-create remote=1

        echo "Processing uploaded problem : $DUMP_DIR"

# Example:

# if you want to upload data immediately at the moment of a crash to

# a remote directory:

# (this example shows how to upload the crash data on

#  a ABRT centralized crash collection client; man abrt-upload-watch)

#

# CAUTION:

#   The event 'notify' is used because it will ensure that the uploaded problem

#   data will contain results of all post-create events.

#

#   The event 'notify' might not get executed if any of the post-create events

#   decide that the problem should be ignored by ABRT (e.g. unpackaged program,

#   unsigned package, ...).

#

#   For duplicate problems, abrtd executes the event 'notify-dup'. If you want

#   to upload also duplicate occurrences of a single problem, copy the lines

#   below and change "EVENT=notify" to "EVENT=notify-dup".

#

#EVENT=notify

        reporter-upload -u scp://user:password@server.name/var/spool/abrt-upload/ || :

# Example:

# if you want to upload data immediately at the moment of a crash to

# a remote file

#

# CAUTION:

#   The event 'notify' is used because it will ensure that the uploaded problem

#   data will contain results for all post-create events.

#

#   The event 'notify' might not get executed if any of the post-create events

#   decide that the problem should be ignored by ABRT (e.g. unpackaged program,

#   unsigned package, ...).

#

#   For duplicate problems, abrtd executes the event 'notify-dup'. If you want

#   to upload also duplicate occurrences of a single problem, copy the lines

#   below and change "EVENT=notify" to "EVENT=notify-dup".

#

#EVENT=notify

        reporter-upload -u scp://user:password@server.name/tmp/crash.tar.gz || :

#open-gui event is used by abrt-gui's "Edit"->"Open problem data"

EVENT=open-gui

        report-gtk -x -- "$DUMP_DIR"

# Notify a new crash

EVENT=notify

        abrt-action-notify -d $DUMP_DIR

        true # ignore failures because we want to run all 'notify' events

# Notify a new occurrence of a single crash

EVENT=notify-dup

        abrt-action-notify -d $DUMP_DIR

        true # ignore failures because we want to run all 'notify' events