def problem_to_storage_values(problem):
app = problem.get_application()
if app.name:
name = app.name
else:
name = problem['human_type']
if name == "kernel" or name.startswith("kernel-"):
# Translators: if the kernel crashed we display the word "System"
# instead of "kernel". In this context "System" is like a proper
# package name, probably a nominative noun.
name = C_("package name", "System")
problem_type = problem['type']
if problem_type == "CCpp":
# Translators: These are the problem types displayed in the problem
# list under the application name
problem_type = _("Application Crash")
elif problem_type == "vmcore":
problem_type = _("System Crash")
elif problem_type == "Kerneloops":
problem_type = _("System Failure")
else:
problem_type = _("Misbehavior")
return (smart_truncate(name, length=40), fancydate(problem['date_last']),
problem_type, problem['count'], problem)
def problem_to_storage_values(problem):
app = problem.get_application()
if app.name:
name = app.name
else:
name = problem['human_type']
if name == "kernel" or name.startswith("kernel-"):
# Translators: if the kernel crashed we display the word "System"
# instead of "kernel". In this context "System" is like a proper
# package name, probably a nominative noun.
name = C_("package name", "System")
problem_type = problem['type']
if problem_type == "CCpp":
# Translators: These are the problem types displayed in the problem
# list under the application name
problem_type = _("Application Crash")
elif problem_type == "vmcore":
problem_type = _("System Crash")
elif problem_type == "Kerneloops":
problem_type = _("System Failure")
else:
problem_type = _("Misbehavior")
return (smart_truncate(name, length=40),
fancydate(problem['date_last']),
problem_type,
problem['count'],
problem)
def problem_to_storage_values(problem):
app = problem.get_application()
if app.name:
name = app.name
else:
name = problem["human_type"]
if name == "kernel":
name = _("System")
return (smart_truncate(name, length=40), fancydate(problem["date_last"]), problem["count"], problem)
def problem_to_storage_values(problem):
app = problem.get_application()
if app.name:
name = app.name
else:
name = problem['human_type']
if name == "kernel":
name = _("System")
return (smart_truncate(name, length=40), fancydate(problem['date_last']),
problem['count'], problem)
def problem_to_storage_values(problem):
# not localizable, it is a format for tree view column
app = problem.get_application()
if app.name:
name = app.name
else:
name = problem['human_type']
if name == "kernel":
name = _("System")
return ["{0!s}\n".format(smart_truncate(name, length=40)),
"{0!s}\n{1!s}".format(fancydate(problem['date_last']),
problem['count']),
problem]
