def test_v2():
pact = Consumer("consumer").has_pact_with(Provider("provider"),
version="2.0.0")
pact.given("the condition exists").upon_receiving(
"a request").with_request(
"GET", "/path",
query="fields=first,second").will_respond_with(200, body="ok")
result = pact.construct_pact(pact._interactions[0])
assert result == {
"consumer": {
"name": "consumer"
},
"provider": {
"name": "provider"
},
"interactions": [{
"description":
"a request",
"providerState":
"the condition exists",
"request":
dict(method="GET", path="/path", query="fields=first,second"),
"response":
dict(status=200, body="ok"),
}],
"metadata":
dict(pactSpecification=dict(version="2.0.0")),
}
def test_like_v3():
pact = (
Consumer("consumer")
.has_pact_with(Provider("provider"), version="3.0.0")
.given("the condition exists")
.upon_receiving("a request")
.with_request("GET", "/path", query=dict(fields=Like(["first,second"])))
.will_respond_with(200, body="ok")
)
result = pact.construct_pact(pact._interactions[0])
assert result == {
"consumer": {"name": "consumer"},
"provider": {"name": "provider"},
"interactions": [
{
"description": "a request",
"providerStates": [{"name": "the condition exists", "params": {}}],
"request": dict(
method="GET",
path="/path",
query=dict(fields=["first,second"]),
matchingRules={"query": {"fields": {"matchers": [{"match": "type"}]}}},
),
"response": dict(status=200, body="ok"),
}
],
"metadata": dict(pactSpecification=dict(version="3.0.0")),
}
def test_v3(query_field):
pact = Consumer('consumer').has_pact_with(Provider('provider'),
version='3.0.0')
pact.given([{'name': "the condition exists", 'params': {}}]).upon_receiving("a request") \
.with_request("GET", "/path", query=dict(fields=query_field)).will_respond_with(200, body='ok')
result = pact.construct_pact(pact._interactions[0])
assert result == {
'consumer': {
'name': 'consumer'
},
'provider': {
'name': 'provider'
},
'interactions': [{
'description':
'a request',
'providerStates': [{
'name': 'the condition exists',
'params': {}
}],
'request':
dict(method='GET',
path='/path',
query=dict(fields=['first,second'])),
'response':
dict(status=200, body='ok'),
}],
'metadata':
dict(pactSpecification=dict(version='3.0.0'))
}
def test_v2_not_allowed():
with pytest.raises(Includes.NotAllowed):
Consumer("C").has_pact_with(
Provider("P"),
version="2.0.0").given("g").upon_receiving("r").with_request(
"post", "/foo", body=Includes("bee",
"been")).will_respond_with(200)
def test_full_payload_v2():
pact = Consumer("consumer").has_pact_with(Provider("provider"), version="2.0.0")
(
pact.given("UserA exists and is not an administrator")
.upon_receiving("a request for UserA")
.with_request(
"get", "/users/UserA", headers={"Accept": "application/json"}, query="term=test"
)
.will_respond_with(
200, body={"username": "******"}, headers={"Content-Type": "application/json"}
)
)
result = pact.construct_pact(pact._interactions[0])
assert result == {
"consumer": {"name": "consumer"},
"provider": {"name": "provider"},
"interactions": [
{
"description": "a request for UserA",
"providerState": "UserA exists and is not an administrator",
"request": dict(
method="get",
path="/users/UserA",
headers={"Accept": "application/json"},
query="term=test",
),
"response": dict(
status=200,
body={"username": "******"},
headers={"Content-Type": "application/json"},
),
}
],
"metadata": dict(pactSpecification=dict(version="2.0.0")),
}
def test_mock_usage_fail_validation():
pact = Consumer('C').has_pact_with(Provider('P'), version='3.0.0') \
.given("g").upon_receiving("r").with_request("post", "/foo", body=Like({"a": "spam", "b": Equals("bee")})) \
.will_respond_with(200)
with pytest.raises(AssertionError), pact:
requests.post(pact.uri + '/foo', json={"a": "ham", "b": "wasp"})
def get_pact(self):
if not self.__class__._pact:
self.__class__._pact = Consumer(self.consumer_name).has_pact_with(
Provider(self.provider_name),
version="3.0.0",
port=self.mock_server_port)
return self.__class__._pact
def test_like_v2():
pact = Consumer('consumer').has_pact_with(Provider('provider'),
version='2.0.0')
pact.given("the condition exists").upon_receiving("a request") \
.with_request("GET", "/path", query=Like("fields=first,second")).will_respond_with(200, body='ok')
result = pact.construct_pact(pact._interactions[0])
assert result == {
'consumer': {
'name': 'consumer'
},
'provider': {
'name': 'provider'
},
'interactions': [{
'description':
'a request',
'providerState':
'the condition exists',
'request':
dict(method='GET',
path='/path',
query='fields=first,second',
matchingRules={'$.query': {
'match': 'type'
}}),
'response':
dict(status=200, body='ok'),
}],
'metadata':
dict(pactSpecification=dict(version='2.0.0'))
}
def test_full_payload_v3():
pact = Consumer('consumer').has_pact_with(Provider('provider'), version='3.0.0')
(pact
.given([{"name": "User exists and is not an administrator", "params": {"username": "******"}}])
.upon_receiving('a request for UserA')
.with_request('get', '/users/UserA', headers={'Accept': 'application/json'}, query=dict(term=['test']))
.will_respond_with(200, body={'username': '******'}, headers={'Content-Type': 'application/json'}))
result = pact.construct_pact(pact._interactions[0])
assert result == {
'consumer': {'name': 'consumer'},
'provider': {'name': 'provider'},
'interactions': [
{
'description': 'a request for UserA',
'providerStates': [{
"name": "User exists and is not an administrator",
"params": {"username": "******"}
}],
'request': dict(method='get', path='/users/UserA', headers={'Accept': 'application/json'},
query=dict(term=['test'])),
'response': dict(status=200, body={'username': '******'},
headers={'Content-Type': 'application/json'})
}
],
'metadata': dict(pactSpecification=dict(version='3.0.0'))
}
def pact():
pact = Consumer('Consumer').has_pact_with(Provider('Provider'),
host_name='localhost',
port=1234,
pact_dir='/usr/src/app/pact')
pact.start_service()
atexit.register(pact.stop_service)
return pact
def test_mock_usage_pass_validation():
pact = Consumer('C').has_pact_with(Provider('P'), version='3.0.0') \
.given("g").upon_receiving("r").with_request("post", "/foo", body=Like({"a": "spam",
"b": Includes("bee", 'been')})) \
.will_respond_with(200)
with pact:
requests.post(pact.uri + '/foo', json={"a": "ham", "b": "has bee in it"})
def test_mock_usage_pass_validation():
pact = (Consumer("C").has_pact_with(
Provider("P"),
version="3.0.0").given("g").upon_receiving("r").with_request(
"post", "/foo", body=Like({
"a": "spam",
"b": Equals("bee")
})).will_respond_with(200))
with pact:
requests.post(pact.uri + "/foo", json={"a": "ham", "b": "bee"})
def test_mock_usage_fail_validation():
pact = (Consumer("C").has_pact_with(
Provider("P"),
version="3.0.0").given("g").upon_receiving("r").with_request(
"post",
"/foo",
body=Like({
"a": "spam",
"b": Includes("bee", "been")
})).will_respond_with(200))
with pytest.raises(AssertionError), pact:
requests.post(pact.uri + "/foo", json={"a": "ham", "b": "wasp"})
def setUp(self):
global pact
pact = Consumer('UseCaseMetadataProject').has_pact_with(
Provider('PortMetadata'), port=3000)
self.app = create_app()
self.client = self.app.test_client()
self.user1 = User("MaxMustermann")
self.service1 = OAuth2Service(
servicename="TestService",
implements=["metadata"],
authorize_url="http://localhost/oauth/authorize",
refresh_url="http://localhost/oauth/token",
client_id="MNO",
client_secret="UVW")
self.token1 = OAuth2Token(self.user1, self.service1, "ABC", "X_ABC")
def test_eachlike():
pact = (Consumer("consumer").has_pact_with(
Provider("provider"),
version="2.0.0").given("the condition exists").upon_receiving(
"a request").with_request("POST", "/path",
body=EachLike(1)).will_respond_with(
200, body={"results": EachLike(1)}))
result = pact.construct_pact(pact._interactions[0])
assert result == {
"consumer": {
"name": "consumer"
},
"provider": {
"name": "provider"
},
"interactions": [{
"description":
"a request",
"providerState":
"the condition exists",
"request":
dict(
method="POST",
path="/path",
body=[1],
matchingRules={"$.body": {
"match": "type",
"min": 1
}},
),
"response":
dict(
status=200,
body={"results": [1]},
matchingRules={"$.body.results": {
"match": "type",
"min": 1
}},
),
}],
"metadata":
dict(pactSpecification=dict(version="2.0.0")),
}
def test_eachlike():
pact = (Consumer('consumer').has_pact_with(
Provider('provider'),
version='2.0.0').given("the condition exists").upon_receiving(
"a request").with_request("POST", "/path",
body=EachLike(1)).will_respond_with(
200, body={"results": EachLike(1)}))
result = pact.construct_pact(pact._interactions[0])
assert result == {
'consumer': {
'name': 'consumer'
},
'provider': {
'name': 'provider'
},
'interactions': [{
'description':
'a request',
'providerState':
'the condition exists',
'request':
dict(method='POST',
path='/path',
body=[1],
matchingRules={'$.body': {
'match': 'type',
'min': 1
}}),
'response':
dict(status=200,
body={'results': [1]},
matchingRules={'$.body.results': {
'match': 'type',
'min': 1
}}),
}],
'metadata':
dict(pactSpecification=dict(version='2.0.0'))
}
def test_v3():
pact = Consumer("consumer").has_pact_with(Provider("provider"),
version="3.0.0")
pact.given([
dict(name="the condition exists", params={}),
dict(name="the user exists", params=dict(username="******")),
]).upon_receiving("a request").with_request(
"GET", "/path").will_respond_with(200, body="ok")
result = pact.construct_pact(pact._interactions[0])
assert result == {
"consumer": {
"name": "consumer"
},
"provider": {
"name": "provider"
},
"interactions": [{
"description":
"a request",
"providerStates": [
{
"name": "the condition exists",
"params": {}
},
{
"name": "the user exists",
"params": {
"username": "******"
}
},
],
"request":
dict(method="GET", path="/path"),
"response":
dict(status=200, body="ok"),
}],
"metadata":
dict(pactSpecification=dict(version="3.0.0")),
}
def test_null(version):
pact = Consumer('consumer').has_pact_with(Provider('provider'),
version=version)
pact.given(None).upon_receiving("a request").with_request("GET", "/path") \
.will_respond_with(200, body='ok')
result = pact.construct_pact(pact._interactions[0])
assert result == {
'consumer': {
'name': 'consumer'
},
'provider': {
'name': 'provider'
},
'interactions': [{
'description': 'a request',
'request': dict(method='GET', path='/path'),
'response': dict(status=200, body='ok'),
}],
'metadata':
dict(pactSpecification=dict(version=version))
}
def test_null(version):
pact = Consumer("consumer").has_pact_with(Provider("provider"),
version=version)
pact.given(None).upon_receiving("a request").with_request(
"GET", "/path").will_respond_with(200, body="ok")
result = pact.construct_pact(pact._interactions[0])
assert result == {
"consumer": {
"name": "consumer"
},
"provider": {
"name": "provider"
},
"interactions": [{
"description": "a request",
"request": dict(method="GET", path="/path"),
"response": dict(status=200, body="ok"),
}],
"metadata":
dict(pactSpecification=dict(version=version)),
}
def test_v3():
pact = Consumer('consumer').has_pact_with(Provider('provider'),
version='3.0.0')
pact.given([
dict(name="the condition exists", params={}),
dict(name="the user exists", params=dict(username='******')),
]).upon_receiving("a request").with_request(
"GET", "/path").will_respond_with(200, body='ok')
result = pact.construct_pact(pact._interactions[0])
assert result == {
'consumer': {
'name': 'consumer'
},
'provider': {
'name': 'provider'
},
'interactions': [{
'description':
'a request',
'providerStates': [{
'name': 'the condition exists',
'params': {}
}, {
'name': 'the user exists',
'params': {
'username': '******'
}
}],
'request':
dict(method='GET', path='/path'),
'response':
dict(status=200, body='ok'),
}],
'metadata':
dict(pactSpecification=dict(version='3.0.0'))
}
api_key = os.getenv("ZENODO_API_KEY", default=None)
def create_app():
from src import bootstrap
# creates a test client
app = bootstrap(use_default_error=True,
address="http://localhost:3000").app
# propagate the exceptions to the test client
app.config.update({"TESTING": True})
return app
pact = Consumer("PortZenodo").has_pact_with(Provider("Zenodo"), port=3000)
unittest.TestCase.maxDiff = None
class TestPortZenodo(unittest.TestCase):
def setUp(self):
self.app = create_app()
self.client = self.app.test_client()
@classmethod
def tearDownClass(cls):
pass
def tearDown(self):
pass
import atexit
import unittest
import requests
from pactman import Consumer, Provider, Term, Like
from pactman.verifier.pytest_plugin import pact_verifier
pact = Consumer('Consumer').has_pact_with(
Provider('Provider'),
file_write_mode="override",
use_mocking_server=False,
pact_dir="C:\\Users\\abdulsha\\PycharmProjects\\pact-python-master\\Pacts")
# pact.start_mocking()
# atexit.register(pact.stop_mocking)
class Generate_POC_PACTS(unittest.TestCase):
def test_generate_pact_from_consumer_end(self):
# Setting up Expected Response
expected = {'skip': 0, 'limit': 150}
pact.given('A Support User exists and is not an administrator'
).upon_receiving('a request for API support').with_request(
method='GET',
path='/api',
).will_respond_with(200, body=expected)
# When a request is hit to Server, would it retrieve the expected data
with pact:
result = requests.get(pact.uri + '/api')
app = bootstrap(
use_optimizer={
"compress": False,
"minify": False
},
use_default_error=True,
testing=address,
).app
# propagate the exceptions to the test client
app.config.update({"TESTING": True})
return app
pact = Consumer("UseCaseTokenStorage").has_pact_with(
Provider("CentralServiceTokenStorage"), port=3000)
class Test_TokenServiceServer(unittest.TestCase):
def run(self, result=None):
# this make pact as context in every test available.
with pact as p:
super(Test_TokenServiceServer, self).run(result)
def setUp(self):
self.app = create_app()
self.client = self.app.test_client()
def test_redirect(self):
code = "XYZABC"
user = User("user")
from RDS import Token, OAuth2Token, User, LoginService, OAuth2Service, Util
def create_app():
from src import bootstrap
# creates a test client
app = bootstrap(use_default_error=True, testing=True).app
return app
pact_host_port = 3000
pact_host_fqdn = f"http://localhost:{pact_host_port}"
pact = Consumer("CentralServiceTokenStorage").has_pact_with(
Provider("OAuth-Provider"), port=pact_host_port)
class TestTokenStorageServer(unittest.TestCase):
def setUp(self):
self.app = create_app()
self.client = self.app.test_client()
self.empty_storage = Storage()
self.success = {"success": True}
self.user1 = User("Max Mustermann")
self.user2 = User("Mimi Mimikri")
self.user3 = User("Karla Kolumda")
from lib.Research import Research
from pactman import Consumer, Provider
import unittest
pact = Consumer('UseCaseMetadataResearch').has_pact_with(
Provider('PortMetadata'), port=3000)
testing_address = "localhost:3000"
class Test_Research(unittest.TestCase):
def test_research_init_researchId(self):
userId = 0
researchIndex = 0
researchId = 1
ports = [
# no entries
[],
# one entry
[{
"port": "port-zenodo",
"properties": [{
"portType": "metadata",
"value": True
}]
}],
# two entries
[{
"port": "port-zenodo",
"properties": [{
import atexit
import pytest
import requests
from pactman import Consumer, Provider
#from pact import Consumer, Provider
#pact = Consumer('buildReader').has_pact_with(Provider('bringon'))
#pact.start_service()
#atexit.register(pact.stop_service)
pact = Consumer('Consumer').has_pact_with(Provider('Provider'), version='3.0.0')
def test_interaction():
pact.given("some data exists").upon_receiving("a request") \
.with_request("get", "/", query={"foo": ["bar"]}).will_respond_with(200)
with pact:
requests.get(pact.uri, params={"foo": ["bar"]})
def test_server_is_up():
pact.given("The Server is online").upon_receiving("a request") \
.with_request("get", "/", headers={'Content-Type': 'application/json'}) \
.will_respond_with(200, body= 'Server Works!', headers={'Content-Type': 'application/json'})
with pact:
r = requests.get(pact.uri, headers={'Content-Type': 'application/json'})
print (r.text)
def test_v2_not_allowed():
with pytest.raises(Equals.NotAllowed):
Consumer('C').has_pact_with(Provider('P'), version='2.0.0') \
.given("g").upon_receiving("r").with_request("post", "/foo", body=Equals("bee")) \
.will_respond_with(200)
import unittest
from lib.Service import Service
from pactman import Consumer, Provider
import json
from RDS import FileTransferArchive, FileTransferMode
pact = Consumer("ServiceExporter").has_pact_with(Provider("Zenodo"), port=3000)
testingaddress = "http://localhost:3000"
class Test_Service(unittest.TestCase):
@staticmethod
def requestStorageFolderGET(pact, folderpath: str, userId: str, files: list):
pact.given(
f"user {userId} has {len(files)} files in folderpath {folderpath}"
).upon_receiving(
"the filepaths for files in folder with folderpath"
).with_request(
"GET", f"/storage/folder"
).will_respond_with(
200, body={"files": files}
)
@staticmethod
def requestStorageFileGET(
pact, filepath: str, userId: str, fileContent: str, code=200
):
pact.given(f"user {userId} has a file in filepath {filepath}").upon_receiving(
"the filecontent of the given filepath"
).with_request("GET", f"/storage/file").will_respond_with(
code, body=fileContent
import unittest
from lib.ExporterService import ExporterService
from pactman import Consumer, Provider
def create_app():
from src import bootstrap
# creates a test client
app = bootstrap(use_default_error=True).app
# propagate the exceptions to the test client
app.config.update({"TESTING": True, "TESTSERVER": "http://localhost:3000"})
return app
pact = Consumer('PortZenodo').has_pact_with(Provider('Zenodo'), port=3000)
class Test_ExporterService(unittest.TestCase):
def setUp(self):
self.app = create_app()
self.client = self.app.test_client()
@unittest.skip
def test_export_zenodo_from_owncloud_working(self):
exporter = ExporterService(
testing=True, testing_address=self.app.config.get("TESTSERVER"))
# call to get file from owncloud
pact.given('file and userid are valid').upon_receiving(
'the wanted file content').with_request(
from .test_service import Test_Service
def create_app():
testing_address = "http://localhost:3000"
from src import bootstrap
# creates a test client
app = bootstrap(use_default_error=True).app
# propagate the exceptions to the test client
app.config.update({"TESTING": testing_address})
return app
pact = Consumer('ServiceExporter').has_pact_with(Provider('Zenodo'), port=3000)
unittest.TestCase.maxDiff = None
class TestServiceExporter(unittest.TestCase):
def setUp(self):
self.app = create_app()
self.client = self.app.test_client()
def test_files(self):
userId = "admin"
researchIndex = 1
userId = "admin"
researchIndex = 1
