def test_problem_types(self):
for ptype, internal in problem.PROBLEM_TYPES.items():
class_name = ptype.lower().capitalize()
prinstance = getattr(problem, class_name)('Front fell off')
tools.eq_(prinstance.type, internal)
tools.eq_(prinstance.analyzer, internal)
unpr = problem.Unknown('Front not found')
tools.eq_(unpr.type, 'libreport')
def test_problemify_unknown(self):
prob = problem.Unknown('Front not found')
prob._proxy = self.proxy
prob.add_current_process_data()
ident = prob.save()
prob2 = problem.tools.problemify(ident, self.proxy)
assert type(prob2) == problem.Unknown
prob.delete()
def problemify(probdir, proxy):
by_analyzer = dict(
zip(problem.PROBLEM_TYPES.values(), problem.PROBLEM_TYPES.keys()))
analyzer = proxy.get_item(probdir, 'analyzer')
reason = proxy.get_item(probdir, 'reason')
if analyzer not in by_analyzer:
return problem.Unknown(reason)
class_name = by_analyzer[analyzer].lower().capitalize()
prob = getattr(problem, class_name)(reason)
prob._probdir = probdir
prob._persisted = True
prob._proxy = proxy
return prob
def problemify(probdir, proxy):
by_typ = dict(
zip(problem.PROBLEM_TYPES.values(), problem.PROBLEM_TYPES.keys()))
typ = proxy.get_item(probdir, 'type')
reason = proxy.get_item(probdir, 'reason')
if typ not in by_typ:
return problem.Unknown(reason)
class_name = by_typ[typ].lower().capitalize()
prob = getattr(problem, class_name)(reason)
prob._probdir = probdir
prob._persisted = True
prob._proxy = proxy
return prob