def getStateFor(self, jellier):
tm = self.original
m = tm.method
d = adict(name = qual(m).split('.')[-1],
klass = qual(m.im_class),
fullName = qual(m),
setUp = qual(m.im_class.setUp),
tearDown = qual(m.im_class.tearDown))
for eqattr in ['module', 'timeout', 'runs', 'startTime',
'endTime', 'skip', 'todo', 'hasTbs',
'status', 'failures', 'errors', 'results']:
d[eqattr] = getattr(tm, eqattr, None)
if eqattr in ['failures', 'errors', 'results']:
d[eqattr] = [f.cleanFailure() for f in d.get(eqattr, [])]
return d
SEPARATOR = '-' * 79
DOUBLE_SEPARATOR = '=' * 79
_basefmt = "caught exception in %s, your TestCase is broken\n\n"
SET_UP_CLASS_WARN = _basefmt % 'setUpClass'
SET_UP_WARN = _basefmt % 'setUp'
TEAR_DOWN_WARN = _basefmt % 'tearDown'
TEAR_DOWN_CLASS_WARN = _basefmt % 'tearDownClass'
DIRTY_REACTOR_POLICY_WARN = "This failure will cause all methods in your class to be reported as ERRORs in the summary"
UNCLEAN_REACTOR_WARN = "REACTOR UNCLEAN! traceback(s) follow: "
PASSED, FAILED = "PASSED", "FAILED"
methNameWarnMsg = adict(setUpClass = SET_UP_CLASS_WARN,
setUp = SET_UP_WARN,
tearDown = TEAR_DOWN_WARN,
tearDownClass = TEAR_DOWN_CLASS_WARN)
# ----------------------------------------------------------------------------
def makeLoggingMethod(name, f):
def loggingMethod(*a, **kw):
print "%s.%s(*%r, **%r)" % (name, f.func_name, a, kw)
return f(*a, **kw)
return loggingMethod
class MethodCallLoggingType(type):
def __new__(cls, name, bases, attrs):
for (k, v) in attrs.items():
if isinstance(v, types.FunctionType):
attrs[k] = makeLoggingMethod(name, v)
