def test_match_get_problem_nonexistent(self):
'''
Test that match_get_problem exits on non-existent problem
'''
with self.assertRaises(SystemExit):
match_get_problem('nope')
def test_match_get_problem_nonexistent(self):
'''
Test that match_get_problem exits on non-existent problem
'''
with self.assertRaises(SystemExit):
match_get_problem('nope')
def test_match_get_problem_multiple(self):
'''
Test that match_get_problem fails when multiple problems match
'''
with captured_output() as (cap_stdout, cap_stderr):
with self.assertRaises(SystemExit):
match_get_problem('pavucontrol')
stdout = cap_stdout.getvalue()
self.assertIn("Ambiguous", stdout)
self.assertIn("pavucontrol@bc60a5c", stdout)
self.assertIn("pavucontrol@acbea5c", stdout)
def test_match_get_problem_multiple(self):
'''
Test that match_get_problem fails when multiple problems match
'''
with captured_output() as (cap_stdout, cap_stderr):
with self.assertRaises(SystemExit):
match_get_problem('pavucontrol')
stdout = cap_stdout.getvalue()
self.assertIn("Ambiguous", stdout)
self.assertIn("pavucontrol@bc60a5c", stdout)
self.assertIn("pavucontrol@acbea5c", stdout)
def test_match_get_problem_multiple_allowed(self):
'''
Test that match_get_problem matches multiple problems when allowed
'''
p = match_get_problem('pavucontrol', allow_multiple=True)
self.assertEqual(len(p), 2)
def test_match_get_problem_multiple_allowed(self):
'''
Test that match_get_problem matches multiple problems when allowed
'''
p = match_get_problem('pavucontrol', allow_multiple=True)
self.assertEqual(len(p), 2)
def test_match_get_problem_last(self):
'''
Test that match_get_problem matches last problem
'''
p = match_get_problem('last')
self.assertEqual(p.uid, 1234)
def test_match_get_problem_simple(self):
'''
Test that match_get_problem matches unique pattern
'''
p = match_get_problem('polkitd')
self.assertEqual(p.component, 'polkitd')
def gdb(args):
prob = match_get_problem(args.MATCH, auth=args.auth)
if not isinstance(prob, problem.Ccpp):
which = 'This'
if args.MATCH == 'last':
which = 'Last'
print('{} problem is not of a C/C++ type. Can\'t run gdb'
.format(which))
sys.exit(1)
prob.chown()
if args.debuginfo_install:
di_install(args)
cmd = config.GDB_CMD.format(di_path=config.DEBUGINFO_PATH)
with remember_cwd():
try:
os.chdir(prob.path)
except OSError:
print(_('Permission denied: \'{}\'\n'
'If this is a system problem'
' try running this command as root')
.format(prob.path))
sys.exit(1)
subprocess.call(cmd, shell=True)
def test_match_get_problem_last(self):
'''
Test that match_get_problem matches last problem
'''
p = match_get_problem('last')
self.assertEqual(p.uid, 1234)
def test_match_get_problem_simple(self):
'''
Test that match_get_problem matches unique pattern
'''
p = match_get_problem('polkitd')
self.assertEqual(p.component, 'polkitd')
def info(args):
prob = match_get_problem(args.MATCH, allow_multiple=True, auth=args.auth)
if not args.fmt:
fmt = config.FULL_FMT
if args.pretty != 'full':
fmt = getattr(config, '{}_FMT'.format(args.pretty.upper()))
print(fmt_problems(prob, fmt=fmt))
def info(args):
prob = match_get_problem(args.MATCH, allow_multiple=True, auth=args.auth)
if not args.fmt:
fmt = config.FULL_FMT
if args.pretty != "full":
fmt = getattr(config, "{}_FMT".format(args.pretty.upper()))
print(fmt_problems(prob, fmt=fmt))
def backtrace(args):
prob = match_get_problem(args.MATCH, auth=args.auth)
if hasattr(prob, 'backtrace'):
print(fmt_problems(prob, fmt=config.BACKTRACE_FMT))
else:
print(_('Problem has no backtrace'))
if isinstance(prob, problem.Ccpp):
ret = ask_yes_no(_('Start retracing process?'))
if ret:
retrace(args)
print(fmt_problems(prob, fmt=config.BACKTRACE_FMT))
def remove(args):
prob = match_get_problem(args.MATCH, auth=args.auth)
print(fmt_problems(prob, fmt=config.FULL_FMT))
ret = True
if not args.f and (args.i or args.MATCH == 'last'):
# force prompt for last problem to avoid accidents
ret = ask_yes_no(_('Are you sure you want to delete this problem?'))
if ret:
prob.delete()
print(_('Removed'))
def test_match_get_problem_empty_database(self):
'''
Test that match_get_problem handles no problems in database
'''
import problem
with clitests.monkey_patch(problem, 'list', lambda *args, **kwargs: []):
with captured_output() as (cap_stdout, cap_stderr):
with self.assertRaises(SystemExit):
match_get_problem('nope')
stdout = cap_stdout.getvalue()
self.assertIn("No problem(s) matched", stdout)
# Similar with last
with captured_output() as (cap_stdout, cap_stderr):
with self.assertRaises(SystemExit):
match_get_problem('last')
stdout = cap_stdout.getvalue()
self.assertIn("No problems", stdout)
def test_match_get_problem_empty_database(self):
'''
Test that match_get_problem handles no problems in database
'''
import problem
with clitests.monkey_patch(problem, 'list',
lambda *args, **kwargs: []):
with captured_output() as (cap_stdout, cap_stderr):
with self.assertRaises(SystemExit):
match_get_problem('nope')
stdout = cap_stdout.getvalue()
self.assertIn("No problem(s) matched", stdout)
# Similar with last
with captured_output() as (cap_stdout, cap_stderr):
with self.assertRaises(SystemExit):
match_get_problem('last')
stdout = cap_stdout.getvalue()
self.assertIn("No problems", stdout)
def report(args):
prob = match_get_problem(args.MATCH, auth=args.auth)
if prob.not_reportable and not args.unsafe:
if reportclient.verbose > 0:
print(prob.not_reportable_reason)
print(_('Problem \'{0}\' cannot be reported').format(prob.short_id))
sys.exit(1)
flags = libreport.LIBREPORT_WAIT | libreport.LIBREPORT_RUN_CLI
if args.unsafe:
flags |= libreport.LIBREPORT_IGNORE_NOT_REPORTABLE
prob.chown()
libreport.report_problem_in_dir(prob.path, flags)
def retrace(args):
# we might not get these var if called from backtrace
local, remote, auth = False, False, False
if hasattr(args, "local"):
local = args.local
if hasattr(args, "remote"):
remote = args.remote
if hasattr(args, "force"):
force = args.force
prob = match_get_problem(args.MATCH, auth=args.auth)
if hasattr(prob, "backtrace") and not force:
print(_("Problem already has a backtrace"))
print(_("Run abrt retrace with -f/--force to retrace again"))
ret = ask_yes_no(_("Show backtrace?"))
if ret:
print(fmt_problems(prob, fmt=config.BACKTRACE_FMT))
elif not isinstance(prob, problem.Ccpp):
print(_("No retracing possible for this problem type"))
else:
if not (local or remote): # ask..
ret = ask_yes_no(
_(
"Upload core dump and perform remote"
" retracing? (It may contain sensitive data)."
" If your answer is 'No', a stack trace will"
" be generated locally. Local retracing"
" requires downloading potentially large amount"
" of debuginfo data"
)
)
if ret:
remote = True
else:
local = True
prob.chown()
if remote:
print(_("Remote retracing"))
run_event("analyze_RetraceServer", prob)
else:
print(_("Local retracing"))
run_event("analyze_LocalGDB", prob)
def retrace(args):
# we might not get these var if called from backtrace
local, remote, auth = False, False, False
if hasattr(args, 'local'):
local = args.local
if hasattr(args, 'remote'):
remote = args.remote
if hasattr(args, 'force'):
force = args.force
prob = match_get_problem(args.MATCH, auth=args.auth)
if hasattr(prob, 'backtrace') and not force:
print(_('Problem already has a backtrace'))
print(_('Run abrt retrace with -f/--force to retrace again'))
ret = ask_yes_no(_('Show backtrace?'))
if ret:
print(fmt_problems(prob, fmt=config.BACKTRACE_FMT))
elif not isinstance(prob, problem.Ccpp):
print(_('No retracing possible for this problem type'))
else:
if not (local or remote): # ask..
ret = ask_yes_no(
_('Upload core dump and perform remote'
' retracing? (It may contain sensitive data).'
' If your answer is \'No\', a stack trace will'
' be generated locally. Local retracing'
' requires downloading potentially large amount'
' of debuginfo data'))
if ret:
remote = True
else:
local = True
prob.chown()
if remote:
print(_('Remote retracing'))
run_event('analyze_RetraceServer', prob)
else:
print(_('Local retracing'))
run_event('analyze_LocalGDB', prob)
def di_install(args):
prob = match_get_problem(args.MATCH, auth=args.auth)
if not isinstance(prob, problem.Ccpp):
which = _("This")
if args.MATCH == "last":
which = _("Last")
print(_("{} problem is not of a C/C++ type. Can't install debuginfo").format(which))
sys.exit(1)
prob.chown()
with remember_cwd():
try:
os.chdir(prob.path)
except OSError:
print(
_("Permission denied: '{}'\n" "If this is a system problem" " try running this command as root").format(
prob.path
)
)
sys.exit(1)
subprocess.call(config.DEBUGINFO_INSTALL_CMD, shell=True)
def report(args):
prob = match_get_problem(args.MATCH, auth=args.auth)
libreport.report_problem_in_dir(
prob.path, libreport.LIBREPORT_WAIT | libreport.LIBREPORT_RUN_CLI)
def report(args):
prob = match_get_problem(args.MATCH, auth=args.auth)
libreport.report_problem_in_dir(prob.path, libreport.LIBREPORT_WAIT | libreport.LIBREPORT_RUN_CLI)
