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��gpg_keys.confnu��[�����������GPGKeysDir = /etc/pki/rpm-gpg/
PK�������rY��`F��F��	��abrt.confnu��[�����������# Enable this if you want abrtd to auto-unpack crashdump tarballs which appear
# in this directory (for example, uploaded via ftp, scp etc).
# Note: you must ensure that whatever directory you specify here exists
# and is writable for abrtd. abrtd will not create it automatically.
#
#WatchCrashdumpArchiveDir = /var/spool/abrt-upload

# Max size for crash storage [MiB] or 0 for unlimited
#
MaxCrashReportsSize = 5000

# Specify where you want to store coredumps and all files which are needed for
# reporting. (default:/var/spool/abrt)
#
# Changing dump location could cause problems with SELinux. See man abrt_selinux(8).
#
#DumpLocation = /var/spool/abrt

# If you want to automatically clean the upload directory you have to tweak the
# selinux policy.
#
DeleteUploaded = no

# A name of event which is run automatically after problem's detection. The
# event should perform some fast analysis and exit with 70 if the
# problem is known.
#
# In order to run this event automatically after detection, the
# AutoreportingEnabled option must be configured to 'yes'
#
# Default value: report_uReport
#
AutoreportingEvent = report_uReport

# Enables automatic running of the event configured in AutoreportingEvent option.
#
AutoreportingEnabled = no

# Enables shortened GUI reporting where the reporting is interrupted after
# AutoreportingEvent is done.
#
# Default value: Yes but only if application is running in GNOME desktop
#                session; otherwise No.
#
# ShortenedReporting = yes

# Disable this option if you want to allow regular users to have file system
#  rights to read the problem data stored in DumpLocation.
#
#  Caution:
#  THE PROBLEM DATA CONTAINS EXCERPTS OF /var/log/messages, dmesg AND sosreport
#  data GENERATED BY abrtd UNDER THE USER root.
PrivateReports = yes

# Allows ABRT tools to detect problems in ABRT itself. By increasing the value
# you can force ABRT to detect, process and report problems in ABRT. You have
# to bare in mind that ABRT might fall into an infinite loop when handling
# problems caused by itself.
# The default is 0 (non debug mode).
#
# DebugLevel = 0
PK�������rY��������������plugins/vmcore.confnu��[�����������# Do you want vmcore to be copied, or moved from /var/crash to /var/spool/abrt?
# (default is to copy, but it may duplicate way too much data)
CopyVMcore = yes
PK�������rYi�`g����������plugins/python.confnu��[�����������# If set to 'no', unhandled python exceptions will be caught
# and saved even in scripts which are run without full path
# in sys.argv[0].
# Default is 'yes': do not save them.
#RequireAbsolutePath = yes
PK�������rY�%�������plugins/oops.confnu��[�����������# Lot of Machine Check Exceptions are correctable and thus not interesting to
# users. Moreover some hardware may produce plenty of MCEs by design.
#
# Setting the following option to 'yes' will configure ABRT to detect only
# the fatal MCEs.
#
OnlyFatalMCE = no
PK�������rY����c��c����plugins/CCpp.confnu��[�����������# Configuration file for CCpp hook

# CCpp hook writes its template to the "/proc/sys/kernel/core_pattern" file
# and stores the original template in the "/var/run/abrt/saved_core_pattern"
# file. If you want CCpp hook to create a core dump file named according to
# the original template as well, set 'MakeCompatCore' to 'yes'.
# If the original template string starts with "|", the string "core" is used
# instead of the template.
# For more information about naming core dump files see 'man 5 core'.
MakeCompatCore = yes

# The option allows you to set limit for the core file size in MiB.
#
# This value is compared to value of the MaxCrashReportSize configuration
# option from (/etc/abrt.conf) and the lower value is used as the limit.
#
# If MaxCoreFileSize is 0 then the value of MaxCrashReportSize is the limit.
# If MaxCrashReportSize is 0 then the value of MaxCoreFileSize is the limit.
# If both values are 0 then the core file size is unlimited.
MaxCoreFileSize = 0

# Do you want a copy of crashed binary be saved?
# (useful, for example, when _deleted binary_ segfaults)
SaveBinaryImage = no

# When this option is set to 'yes', core backtrace is generated
# from the memory image of the crashing process. Only the crash
# thread is present in the backtrace.
CreateCoreBacktrace = no

# Save full coredump? If set to 'no', coredump won't be saved
# and you won't be able to report the crash to Bugzilla. Only
# useful with CreateCoreBacktrace set to 'yes'. Please
# note that if this option is set to 'no' and MakeCompatCore
# is set to 'yes', the core is still written to the current
# directory.
SaveFullCore = yes

# Used for debugging the hook
#VerboseLog = 2

# Specify where you want to store debuginfos (default: /var/cache/abrt-di)
#
#DebuginfoLocation = /var/cache/abrt-di

# ABRT will ignore crashes in executables whose absolute path matches one of
# specified patterns.
#
#IgnoredPaths =

# ABRT will process only crashes of either allowed users or users who are
# members of allowed group. If no allowed users nor allowed group are specified
# ABRT will process crashes of all users.
#
#AllowedUsers =
#AllowedGroups =
PK�������rY3�i����������plugins/xorg.confnu��[�����������# List of modules which, when loaded, should make
# Xorg crashes non-reportable.
# Names should be without "_drv.so" suffix:
BlacklistedXorgModules = nvidia, fglrx, vboxvideo
PK�������rY |]R��R��"��abrt-action-save-package-data.confnu��[�����������# With this option set to "yes",
# only crashes in signed packages will be analyzed.
# the list of public keys used to check the signature is
# in the file gpg_keys
#
# How can I check the GPG key used to sign an installed pacakge on
# Red hat Enterprise Linux:
# https://access.redhat.com/solutions/1120013
#
# Product Signing (GPG) Keys:
# https://access.redhat.com/security/team/key
#
OpenGPGCheck = yes

# Blacklisted packages
#
BlackList = nspluginwrapper, valgrind, strace, mono-core

# Process crashes in executables which do not belong to any package?
#
ProcessUnpackaged = no

# Blacklisted executable paths (shell patterns)
#
BlackListedPaths = /usr/share/doc/*, */example*, /usr/bin/nspluginviewer, /usr/lib/xulrunner-*/plugin-container

# interpreters names
Interpreters = python2, python2.7, python, python3, python3.3, perl, perl5.16.2
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