def check(self):
if self[0] != 'Event':
raise exceptions.TypeError('%r not permitted as %r[0]. Has to be \'Event\'' % (self[0]))
check_type("event", self.event(), self.TESTTYPE)
check_type("id", self.id(), self.TESTTYPE)
check_type("origin", self.origin(), dict)
check_type("args", self.args(), dict)
check_type("timestamp", self.timestamp(), float, True)
def check(self):
if self[0] != 'Event':
raise exceptions.TypeError(
'%r not permitted as %r[0]. Has to be \'Event\'' % (self[0]))
check_type("event", self.event(), self.TESTTYPE)
check_type("id", self.id(), self.TESTTYPE)
check_type("origin", self.origin(), dict)
check_type("args", self.args(), dict)
check_type("timestamp", self.timestamp(), float, True)
def check(self):
if self[0] != 'Command':
raise exceptions.TypeError(
'%r not permitted as %r[0]. Has to be \'Command\'' %
(self[0], self))
check_type("command", self.command(), self.TESTTYPE)
check_type("id", self.id(), self.TESTTYPE)
check_type("args", self.args(), dict)
def test_none(self):
self.failUnlessEqual(
core.check_type("NAME", None, str, allows_none=True), None)
self.failUnlessEqual(
core.check_type("NAME", None, (str, int), allows_none=True), None)
def test_tuple(self):
self.failUnlessEqual(
core.check_type("NAME", 1, (str, int), allows_none=False), None)
def test_single(self):
self.failUnlessEqual(
core.check_type("NAME", "hello", str, allows_none=False), None)
def check(self):
if self[0] != 'Command':
raise exceptions.TypeError('%r not permitted as %r[0]. Has to be \'Command\'' % (self[0], self))
check_type("command", self.command(), self.TESTTYPE)
check_type("id", self.id(), self.TESTTYPE)
check_type("args", self.args(), dict)
