def test_widget_cloud_collection(self):
obj = CloudProvisioning()
obj.client = BlazeMeterClientEmul(logging.getLogger(''))
obj.test = CloudCollectionTest(obj.client, None, None, None, None,
logging.getLogger(''))
obj.client.results.append({
"result": {
"sessions": [{
"id": "session-id",
"locationId": "loc-name",
"readyStatus": {
"servers": ["server" for _ in range(10)]
},
}]
}
})
obj.client.results.append({
"result": {
"sessions": [{
"id": "session-id",
"name": "loc-name/scenario",
"configuration": {}
}]
}
})
obj.test.get_master_status()
widget = obj.get_widget()
widget.update()
self.assertEqual("None #None\n scenario:\n Agents in loc-name: 10\n",
widget.text.get_text()[0])
def test_widget_cloud_collection(self):
obj = CloudProvisioning()
obj.client = BlazeMeterClientEmul(logging.getLogger(''))
obj.test = CloudCollectionTest({}, {}, obj.client, None, None, None, logging.getLogger(''))
obj.client.results.append({"result": {"sessions": [
{
"id": "session-id",
"locationId": "loc-name",
"readyStatus": {
"servers": ["server" for _ in range(10)]
},
}
]}})
obj.client.results.append({"result": {"sessions": [
{
"id": "session-id",
"name": "loc-name/scenario",
"configuration": {}
}
]}})
obj.test.get_master_status()
widget = obj.get_widget()
widget.update()
self.assertEqual("None #None\n scenario:\n Agents in loc-name: 10\n", widget.text.get_text()[0])
def test_widget_cloud_test(self):
obj = CloudProvisioning()
obj.client = BlazeMeterClientEmul(logging.getLogger(''))
obj.test = CloudTaurusTest({}, {}, obj.client, None, None, None, logging.getLogger(''))
obj.client.results.append({"result": []})
obj.client.results.append({"result": {"sessions": [
{
"name": "executor/scenario/location",
"configuration": {}
}
]}})
obj.client.results.append({"result": {"sessions": [
{
"name": "executor/scenario/location",
"configuration": {
"location": "loc-name",
"serversCount": "10"
}
}
]}})
widget = obj.get_widget()
widget.update()
widget.update()
widget.update()
widget.update()
self.assertEqual("None #None\n executor scenario:\n Agents in loc-name: 10\n", widget.text.get_text()[0])
def test_cloud_config_cleanup(self):
obj = CloudProvisioning()
obj.engine = EngineEmul()
obj.engine.config.merge({
ScenarioExecutor.EXEC: {
"concurrency": {
"local": 1,
"cloud": 10,
},
"locations": {
"us-east-1": 1,
"us-west": 2
}
},
})
obj.parameters = obj.engine.config['execution']
obj.test = CloudTaurusTest(obj.engine.config['execution'], {},
obj.client, None, None, "name",
logging.getLogger(''))
cloud_config = obj.test.prepare_cloud_config(obj.engine.config)
execution = cloud_config["execution"][0]
self.assertNotIn("throughput", execution)
self.assertNotIn("ramp-up", execution)
self.assertNotIn("hold-for", execution)
self.assertNotIn("steps", execution)
def test_widget_cloud_test(self):
obj = CloudProvisioning()
obj.client = BlazeMeterClientEmul(logging.getLogger(''))
obj.test = CloudTaurusTest(obj.client, None, None, None, None,
logging.getLogger(''))
obj.client.results.append({"result": []})
obj.client.results.append({
"result": {
"sessions": [{
"name": "executor/scenario/location",
"configuration": {}
}]
}
})
obj.client.results.append({
"result": {
"sessions": [{
"name": "executor/scenario/location",
"configuration": {
"location": "loc-name",
"serversCount": "10"
}
}]
}
})
widget = obj.get_widget()
widget.update()
widget.update()
widget.update()
widget.update()
self.assertEqual(
"None #None\n executor scenario:\n Agents in loc-name: 10\n",
widget.text.get_text()[0])
def test_cloud_config_cleanup(self):
obj = CloudProvisioning()
obj.engine = EngineEmul()
obj.engine.config.merge({
ScenarioExecutor.EXEC: {
"concurrency": {
"local": 1,
"cloud": 10,
},
"locations": {
"us-east-1": 1,
"us-west": 2
}
},
})
obj.parameters = obj.engine.config['execution']
obj.test = CloudTaurusTest(obj.engine.config['execution'], {}, obj.client, None, None, "name",
logging.getLogger(''))
cloud_config = obj.test.prepare_cloud_config(obj.engine.config)
execution = cloud_config["execution"][0]
self.assertNotIn("throughput", execution)
self.assertNotIn("ramp-up", execution)
self.assertNotIn("hold-for", execution)
self.assertNotIn("steps", execution)
