def __call__(self, expected):
self._expected = expected
return self
def match(self, actual):
self._actual = actual
return self._actual is self._expected
def message_for_failed_should(self):
return "%r was expected to be %r" % (self._actual, self._expected)
def message_for_failed_should_not(self):
return "%r was not expected to be %r" % (self._actual, self._expected)
matcher(Be)
@matcher
def include():
return (lambda container, item: item in container, "%r does %sinclude %r")
@matcher
def contain():
return (lambda container, item: item in container, "%r does %scontain %r")
@matcher
def equal_to():
return (lambda x, y: x == y, "%r is %sequal to %r")
def __call__(self, expected):
self._expected = expected
return self
def match(self, actual):
self._actual = actual
return self._actual is self._expected
def message_for_failed_should(self):
return "%r was expected to be %r" % (self._actual, self._expected)
def message_for_failed_should_not(self):
return "%r was not expected to be %r" % (self._actual, self._expected)
matcher(Be)
class EqualTo(object):
name = 'equal_to'
def __call__(self, expected, diff=False, case_sensitive=True):
self._expected = expected
self._make_diff = diff
self._case_sensitive = case_sensitive
return self
def match(self, actual):
self._actual = actual
self._diff = ''
status, self._actual
)
if self._response_data:
response = 'Response Data:\n"{0}"'.format(self._response_data)
message = '\n'.join([message, response])
return message
def message_for_failed_should_not(self):
return 'Expected the status code not to be {0}'.format(status)
return Checker
# Make be_xxx matchers for all the status codes
_status_codes = HTTP_STATUS_CODES.keys()
for code in _status_codes:
matcher(make_status_checker('be', code))
matcher(make_status_checker('abort', code))
matcher(make_status_checker('return', code))
@matcher
class RedirectMatcher(object):
''' A matcher to check for redirects '''
name = 'redirect_to'
def __call__(self, location):
self._expected = 'http://localhost' + location
self._status_ok = True
return self
def match(self, response):
def __call__(self, expected):
self._expected = expected
return self
def match(self, actual):
self._actual = actual
return self._actual is self._expected
def message_for_failed_should(self):
return "%r was expected to be %r" % (self._actual, self._expected)
def message_for_failed_should_not(self):
return "%r was not expected to be %r" % (self._actual, self._expected)
matcher(Be)
@matcher
def include():
return (lambda container, item: item in container, "%r does %sinclude %r")
@matcher
def contain():
return (lambda container, item: item in container, "%r does %scontain %r")
@matcher
def equal_to():
return (lambda x, y: x == y, '%r is %sequal to %r')
self._kwargs = kwargs
return self
def match(self, function):
function()
self._calls = self._called_dingus.calls('()',
*self._args, **self._kwargs)
if self._times:
return len(self._calls) == self._times
else:
return len(self._calls) > 0
def message_for_failed_should(self):
msg = repr(self._called_dingus)
if not self._calls:
msg += " has not been called"
else:
msg += (" was called %d times" % len(self._calls))
if self._args or self._kwargs:
msg += " with params %r %r" % (self._args, self._kwargs)
if self._times:
msg += ", expected %d" % self._times
return msg
def message_for_failed_should_not(self):
return "%s was unexpectedly called" % repr(self._called_dingus)
matcher(Call)
