def set_package_info(target):
"""Set Package and Dependencies field"""
if not os.path.isfile(target):
raise SystemError("%s is not a file" % target)
report = Report()
with open(target, 'rb') as f:
try:
report.load(f)
except Exception as exc:
raise SystemError("Cannot load file %s: %s" % (target, exc))
additional_deps = ""
if 'ExecutablePath' in report and re.search('samba', report['ExecutablePath']):
try:
for pkg_name in ('openchangeserver', 'openchange-rpcproxy', 'openchange-ocsmanager',
'sogo-openchange'):
packaging.get_version(pkg_name)
report.add_package_info(pkg_name)
if additional_deps:
additional_deps += '\n'
additional_deps += report['Package'] + "\n" + report['Dependencies']
except ValueError:
# Any of previous packages is not installed
pass
# Add executable deps
report.add_package_info()
if additional_deps:
report['Dependencies'] += '\n' + additional_deps
report['Dependencies'] = '\n'.join(sorted(set(report['Dependencies'].split('\n'))))
with open(target, 'wb') as f:
report.write(f)
def run(target):
crashes_files = []
if os.path.isdir(target):
for fname in os.listdir(target):
crashes_files.append(os.path.join(target, fname))
elif os.path.isfile(target):
crashes_files = [target]
else:
raise SystemError("%s is not a directory neither a file" % target)
for fpath in crashes_files:
report = Report()
# This may lead to bad guesses...
if fpath.endswith('.gz'):
open_f = gzip.open
else:
open_f = open
with open_f(fpath, 'rb') as f:
try:
report.load(f)
log('%s loaded.' % fpath)
except Exception as exc:
log("Cannot load %s: %s" % (fpath, exc))
continue
if 'Package' in report:
log("%s has already the Package field: %s" %
(fpath, report['Package']))
else:
try:
mapped_package = map_package(report)
except KeyError as exc:
log("Cannot map the package field %s: %s" % (fpath, exc))
continue
log("%s package is set to %s" % (fpath, mapped_package))
report['Package'] = "%s %s" % (mapped_package[0],
mapped_package[1])
with open_f(fpath, 'wb') as f:
report.write(f)
def run(target):
crashes_files = []
if os.path.isdir(target):
for fname in os.listdir(target):
crashes_files.append(os.path.join(target, fname))
elif os.path.isfile(target):
crashes_files = [target]
else:
raise SystemError("%s is not a directory neither a file" % target)
for fpath in crashes_files:
report = Report()
# This may lead to bad guesses...
if fpath.endswith('.gz'):
open_f = gzip.open
else:
open_f = open
with open_f(fpath, 'rb') as f:
try:
report.load(f)
log('%s loaded.' % fpath)
except Exception as exc:
log("Cannot load %s: %s" % (fpath, exc))
continue
if 'Package' in report:
log("%s has already the Package field: %s" % (fpath, report['Package']))
else:
try:
mapped_package = map_package(report)
except KeyError as exc:
log("Cannot map the package field %s: %s" % (fpath, exc))
continue
log("%s package is set to %s" % (fpath, mapped_package))
report['Package'] = "%s %s" % (mapped_package[0], mapped_package[1])
with open_f(fpath, 'wb') as f:
report.write(f)
def _write_apport_report_to_file(exc_info):
import traceback
from apport.report import Report
exc_type, exc_object, exc_tb = exc_info
pr = Report()
# add_proc_info sets the ExecutablePath, InterpreterPath, etc.
pr.add_proc_info()
# It also adds ProcMaps which for us is rarely useful and mostly noise, so
# let's remove it.
del pr['ProcMaps']
pr.add_user_info()
# Package and SourcePackage are needed so that apport will report about even
# non-packaged versions of bzr; also this reports on their packaged
# dependencies which is useful.
pr['SourcePackage'] = 'bzr'
pr['Package'] = 'bzr'
pr['CommandLine'] = pprint.pformat(sys.argv)
pr['BzrVersion'] = bzrlib.__version__
pr['PythonVersion'] = bzrlib._format_version_tuple(sys.version_info)
pr['Platform'] = platform.platform(aliased=1)
pr['UserEncoding'] = osutils.get_user_encoding()
pr['FileSystemEncoding'] = sys.getfilesystemencoding()
pr['Locale'] = os.environ.get('LANG', 'C')
pr['BzrPlugins'] = _format_plugin_list()
pr['PythonLoadedModules'] = _format_module_list()
pr['BzrDebugFlags'] = pprint.pformat(debug.debug_flags)
# actually we'd rather file directly against the upstream product, but
# apport does seem to count on there being one in there; we might need to
# redirect it elsewhere anyhow
pr['SourcePackage'] = 'bzr'
pr['Package'] = 'bzr'
# tell apport to file directly against the bzr package using
# <https://bugs.launchpad.net/bzr/+bug/391015>
#
# XXX: unfortunately apport may crash later if the crashdb definition
# file isn't present
pr['CrashDb'] = 'bzr'
tb_file = StringIO()
traceback.print_exception(exc_type, exc_object, exc_tb, file=tb_file)
pr['Traceback'] = tb_file.getvalue()
_attach_log_tail(pr)
# We want to use the 'bzr' crashdb so that it gets sent directly upstream,
# which is a reasonable default for most internal errors. However, if we
# set it here then apport will crash later if it doesn't know about that
# crashdb. Instead, we rely on the bzr package installing both a
# source hook telling crashes to go to this crashdb, and a crashdb
# configuration describing it.
# these may contain some sensitive info (smtp_passwords)
# TODO: strip that out and attach the rest
#
#attach_file_if_exists(report,
# os.path.join(dot_bzr, 'bazaar.conf', 'BzrConfig')
#attach_file_if_exists(report,
# os.path.join(dot_bzr, 'locations.conf', 'BzrLocations')
# strip username, hostname, etc
pr.anonymize()
if pr.check_ignored():
# eg configured off in ~/.apport-ignore.xml
return None
else:
crash_file_name, crash_file = _open_crash_file()
pr.write(crash_file)
crash_file.close()
return crash_file_name
def _write_apport_report_to_file(exc_info):
import traceback
from apport.report import Report
exc_type, exc_object, exc_tb = exc_info
pr = Report()
# add_proc_info sets the ExecutablePath, InterpreterPath, etc.
pr.add_proc_info()
# It also adds ProcMaps which for us is rarely useful and mostly noise, so
# let's remove it.
del pr['ProcMaps']
pr.add_user_info()
# Package and SourcePackage are needed so that apport will report about even
# non-packaged versions of brz; also this reports on their packaged
# dependencies which is useful.
pr['SourcePackage'] = 'brz'
pr['Package'] = 'brz'
pr['CommandLine'] = pprint.pformat(sys.argv)
pr['BrzVersion'] = breezy.__version__
pr['PythonVersion'] = breezy._format_version_tuple(sys.version_info)
pr['Platform'] = platform.platform(aliased=1)
pr['UserEncoding'] = osutils.get_user_encoding()
pr['FileSystemEncoding'] = sys.getfilesystemencoding()
pr['Locale'] = os.environ.get('LANG', 'C')
pr['BrzPlugins'] = _format_plugin_list()
pr['PythonLoadedModules'] = _format_module_list()
pr['BrzDebugFlags'] = pprint.pformat(debug.debug_flags)
# actually we'd rather file directly against the upstream product, but
# apport does seem to count on there being one in there; we might need to
# redirect it elsewhere anyhow
pr['SourcePackage'] = 'brz'
pr['Package'] = 'brz'
# tell apport to file directly against the brz package using
# <https://bugs.launchpad.net/bzr/+bug/391015>
#
# XXX: unfortunately apport may crash later if the crashdb definition
# file isn't present
pr['CrashDb'] = 'brz'
tb_file = StringIO()
traceback.print_exception(exc_type, exc_object, exc_tb, file=tb_file)
pr['Traceback'] = tb_file.getvalue()
_attach_log_tail(pr)
# We want to use the 'brz' crashdb so that it gets sent directly upstream,
# which is a reasonable default for most internal errors. However, if we
# set it here then apport will crash later if it doesn't know about that
# crashdb. Instead, we rely on the brz package installing both a
# source hook telling crashes to go to this crashdb, and a crashdb
# configuration describing it.
# these may contain some sensitive info (smtp_passwords)
# TODO: strip that out and attach the rest
#
# attach_file_if_exists(report,
# os.path.join(dot_brz, 'breezy.conf', 'BrzConfig')
# attach_file_if_exists(report,
# os.path.join(dot_brz, 'locations.conf', 'BrzLocations')
# strip username, hostname, etc
pr.anonymize()
if pr.check_ignored():
# eg configured off in ~/.apport-ignore.xml
return None
else:
crash_file_name, crash_file = _open_crash_file()
pr.write(crash_file)
crash_file.close()
return crash_file_name