def test_all_no_parameters_fail(self):
for action, cadasta_endpoint in post_files_api_map.items():
print "testing {action}".format(action=action),
# read our expected json output as <action_name>.json
filepath = os.path.join(self.data_dir, ".".join([action, "json"]))
body = open(filepath).read()
# add the expected parameters (everything is a 1)
api_url = cadasta_endpoint.url
url_args = dict([(a[1], 1) for a in string.Formatter().parse(api_url) if a[1]])
# if this endpoint needs no parameters, quit early, test does not
# apply
if not url_args:
return
# make sure the point parameters are filled out
endpoint = urljoin(self.test_api, api_url).format(**url_args)
# fake out our response
responses.add(responses.POST, endpoint, body=body, content_type="application/json")
# call our action with no arguments
assert_raises(toolkit.ValidationError, helpers.call_action, action)
print "\t[OK]"
def test_all_no_parameters_fail(self):
for action, cadasta_endpoint in post_files_api_map.items():
print 'testing {action}'.format(action=action),
# read our expected json output as <action_name>.json
filepath = os.path.join(self.data_dir, '.'.join([action, 'json']))
body = open(filepath).read()
# add the expected parameters (everything is a 1)
api_url = cadasta_endpoint.url
url_args = dict([(a[1], 1)
for a in string.Formatter().parse(api_url)
if a[1]])
# if this endpoint needs no parameters, quit early, test does not
# apply
if not url_args:
return
# make sure the point parameters are filled out
endpoint = urljoin(self.test_api, api_url).format(**url_args)
# fake out our response
responses.add(responses.POST,
endpoint,
body=body,
content_type="application/json")
# call our action with no arguments
assert_raises(toolkit.ValidationError, helpers.call_action, action)
print '\t[OK]'
def test_all_post_actions_success(self):
for action, cadasta_endpoint in post_files_api_map.items():
print "testing {action}".format(action=action),
# read our expected json output as <action_name>.json
filepath = os.path.join(self.data_dir, ".".join([action, "json"]))
body = open(filepath).read()
expected = json.loads(body)
# add the expected parameters (everything is a 1)
api_url = cadasta_endpoint.url
url_args = dict([(a[1], 1) for a in string.Formatter().parse(api_url) if a[1]])
# make sure the point parameters are filled out
endpoint = urljoin(self.test_api, api_url).format(**url_args)
# fake out our response
responses.add(responses.POST, endpoint, body=body, content_type="application/json")
if cadasta_endpoint.upload_fields:
for upload_field in cadasta_endpoint.upload_fields:
url_args[upload_field] = {"file": StringIO("test file"), "filename": "testfile.doc"}
# call our action with the same arguments passed
result = helpers.call_action(action, **url_args)
# check a file upload was sent
# assert_in(
# 'Content-Disposition: form-data; name="filedata"; '
# 'filename="filedata"\r\n\r\ntest file',
# responses.calls[0].request.body
# )
assert_equal(expected, result)
print "\t[OK]"
def test_all_post_actions_success(self):
for action, cadasta_endpoint in post_files_api_map.items():
print 'testing {action}'.format(action=action),
# read our expected json output as <action_name>.json
filepath = os.path.join(self.data_dir, '.'.join([action, 'json']))
body = open(filepath).read()
expected = json.loads(body)
# add the expected parameters (everything is a 1)
api_url = cadasta_endpoint.url
url_args = dict([(a[1], 1)
for a in string.Formatter().parse(api_url)
if a[1]])
# make sure the point parameters are filled out
endpoint = urljoin(self.test_api, api_url).format(**url_args)
# fake out our response
responses.add(responses.POST,
endpoint,
body=body,
content_type="application/json")
if cadasta_endpoint.upload_fields:
for upload_field in cadasta_endpoint.upload_fields:
url_args[upload_field] = StringIO('test file')
# call our action with the same arguments passed
result = helpers.call_action(action, **url_args)
# check a file upload was sent
assert_in(
'Content-Disposition: form-data; name="filedata"; '
'filename="filedata"\r\n\r\ntest file',
responses.calls[0].request.body)
assert_equal(expected, result)
print '\t[OK]'
