def test_loop_execution_no_wait(self):
adhesive.process.process = read_bpmn_file(
"test/adhesive/xml/loop.bpmn")
process_executor = ProcessExecutor(adhesive.process, wait_tasks=False)
data = process_executor.execute()
assert_equal_execution(
{
"Build Germanium Image on mac": 1,
"Build Germanium Image on windows": 1,
"Build Germanium Image on linux": 1,
"Test Browser ie on linux": 1,
"Cleanup Platform linux": 3,
"Cleanup Platform windows": 3,
"Cleanup Platform mac": 3,
"Test Browser chrome on linux": 1,
"Test Browser edge on linux": 1,
"Test Browser edge on windows": 1,
"Test Browser chrome on windows": 1,
"Test Browser ie on windows": 1,
"Test Browser chrome on mac": 1,
"Test Browser edge on mac": 1,
"Test Browser ie on mac": 1,
},
data.executions,
)
self.assertFalse(process_executor.events)
def test_link_back_execution(self):
adhesive.process.process = read_bpmn_file("test/adhesive/xml/link-back.bpmn")
process_executor = ProcessExecutor(adhesive.process)
data = process_executor.execute()
assert_equal_execution(
{
"Increment X by 1": 5,
"Build Germanium Image": 1,
},
data.executions,
)
self.assertFalse(process_executor.events)
def test_link_back_execution(self):
adhesive.process.process = read_bpmn_file(
"test/adhesive/xml/user-task-join.bpmn"
)
process_executor = ProcessExecutor(
adhesive.process, ut_provider=TestUserTaskProvider()
)
data = process_executor.execute()
self.assertEqual("OK", data.OK)
self.assertEqual("Cancel", data.Cancel)
self.assertEqual("branch", data.branch)
self.assertEqual("12.0", data.version)
self.assertFalse(process_executor.events)
def test_basic_execution(self):
"""
Load a simple process and execute it.
"""
adhesive.process.process = read_bpmn_file(
"test/adhesive/xml/adhesive-basic.bpmn")
process_executor = ProcessExecutor(adhesive.process)
data = process_executor.execute()
assert_equal_execution(
{
"Build Germanium Image": 1,
},
data.executions,
)
self.assertFalse(process_executor.events)
def test_parallel_gateway_non_wait(self):
"""
Load a process with a gateway and test it..
"""
adhesive.process.process = read_bpmn_file(
"test/adhesive/xml/gateway-parallel.bpmn")
process_executor = ProcessExecutor(adhesive.process)
data = process_executor.execute()
assert_equal_execution(
{
"Test Chrome": 3,
"Build Germanium Image": 3,
},
data.executions,
)
self.assertFalse(process_executor.events)
def test_error_propagates_up(self):
"""
Load a process with a gateway and test it..
"""
adhesive.process.process = read_bpmn_file(
"test/adhesive/xml/error-event-subprocess-propagates-up.bpmn")
process_executor = ProcessExecutor(adhesive.process)
data = process_executor.execute()
assert_equal_execution(
{
"Error Was Caught": 1,
},
data.executions,
)
self.assertFalse(process_executor.events)
def test_log_redirection(self):
"""
Load a process with a gateway and test it..
"""
adhesive.process.process = read_bpmn_file(
"test/adhesive/xml/redirect-logs.bpmn")
process_executor = ProcessExecutor(adhesive.process)
data = process_executor.execute()
assert_equal_execution(
{
"sh: echo hello world && echo bad world >&2 && echo good world":
1,
"Store current execution id": 1,
},
data.executions,
)
self.assertFalse(process_executor.events)
adhesive_temp_folder = config.current.temp_folder
path_to_glob = os.path.join(adhesive_temp_folder, data.execution_id,
"logs", "_4", "*", "stdout")
log_path = glob.glob(path_to_glob)
if not log_path:
raise Exception(
f"Unable to match any file for glob {path_to_glob}")
with open(log_path[0], "rt") as f:
self.assertEqual(
f.read(),
"sh: echo hello world && "
"echo bad world >&2 && "
"echo good world\nhello world\ngood world\n",
)
log_path = glob.glob(
os.path.join(adhesive_temp_folder, data.execution_id, "logs", "_4",
"*", "stderr"))
with open(log_path[0], "rt") as f:
self.assertEqual(f.read(), "bad world\n")
def test_script_task_execution(self):
adhesive.process.process = read_bpmn_file(
"test/adhesive/xml/script.bpmn")
process_executor = ProcessExecutor(adhesive.process)
data = process_executor.execute()
assert_equal_execution(
{
"Script Task": 1,
"Build Germanium Image": 1,
},
data.executions,
)
self.assertFalse(
process_executor.events,
"Some events were not unregistered and/or executed.",
)
def test_exclusive_gateway_non_wait(self):
"""
Load a process with a gateway and test it..
"""
adhesive.process.process = read_bpmn_file(
"test/adhesive/xml/gateway-exclusive-sign.bpmn")
process_executor = ProcessExecutor(adhesive.process, wait_tasks=False)
data = process_executor.execute()
assert_equal_execution(
{
"Test Chrome": 1,
"Test Firefox": 1,
"Build Germanium Image": 2,
},
data.executions,
)
self.assertFalse(process_executor.events)
def test_inclusive_gateway(self):
"""
Load a process with a gateway and test it..
"""
adhesive.process.process = read_bpmn_file(
"test/adhesive/xml/gateway-inclusive.bpmn")
process_executor = ProcessExecutor(adhesive.process)
data = process_executor.execute()
assert_equal_execution(
{
"Test Chrome": 1,
"Test Firefox": 1,
"Build Germanium Image": 1,
"Cleanup Broken Tasks": 1,
},
data.executions,
)
self.assertFalse(process_executor.events)
def test_exclusive_gateway_non_wait(self):
"""
Load a process with a gateway and test it..
"""
adhesive.process.process = read_bpmn_file(
"test/adhesive/xml/gateway-complex.bpmn")
process_executor = ProcessExecutor(adhesive.process, wait_tasks=False)
data = process_executor.execute()
assert_equal_execution(
{
"Test Firefox": 1,
"Test Chrome": 1,
"Test Browser chrome on linux": 2,
"Test Browser firefox on linux": 2,
},
data.executions,
)
self.assertFalse(process_executor.events)
def test_simple_execution_non_wait(self):
"""
Load a simple process and execute it.
"""
adhesive.process.process = read_bpmn_file(
"test/adhesive/xml/adhesive.bpmn")
process_executor = ProcessExecutor(adhesive.process, wait_tasks=False)
data = process_executor.execute()
assert_equal_execution(
{
"Ensure Docker Tooling": 1,
"Build Germanium Image": 1,
"Test Chrome": 1,
"Test Firefox": 1,
},
data.executions,
)
self.assertFalse(process_executor.events)
def test_error_interrupting(self):
"""
Load a process with a gateway and test it..
"""
adhesive.process.process = read_bpmn_file(
"test/adhesive/xml/error-event-interrupting.bpmn"
)
process_executor = ProcessExecutor(adhesive.process)
data = process_executor.execute()
print(data._error)
assert_equal_execution(
{
"Cleanup Broken Tasks": 1,
},
data.executions,
)
self.assertFalse(process_executor.events)
def test_sub_process_execution(self):
"""
Load a process that contains a sub process and execute it.
"""
adhesive.process.process = read_bpmn_file(
"test/adhesive/xml/adhesive_subprocess.bpmn")
process_executor = ProcessExecutor(adhesive.process)
data = process_executor.execute()
assert_equal_execution(
{
"Ensure Docker Tooling": 1,
"Build Germanium Image": 1,
"Prepare Firefox": 1,
"Test Firefox": 1,
"Test Chrome": 1,
},
data.executions,
)
self.assertFalse(process_executor.events)
def test_lane_non_wait(self):
"""
Load a process with a gateway and test it..
"""
adhesive.process.process = read_bpmn_file(
"test/adhesive/xml/lane.bpmn")
process_executor = ProcessExecutor(adhesive.process, wait_tasks=False)
data = process_executor.execute()
assert_equal_execution(
{
"Prepare Firefox": 1,
"Test Chrome": 1,
"Test Firefox": 2,
"Ensure Docker Tooling": 1,
"Build Germanium Image": 4,
},
data.executions,
)
self.assertFalse(process_executor.events)
def _build(
ut_provider: Optional["UserTaskProvider"] = None,
wait_tasks: bool = True,
initial_data=None,
):
configure_logging(config.current)
if ut_provider is None:
ut_provider = ConsoleUserTaskProvider()
return ProcessExecutor(
process, ut_provider=ut_provider,
wait_tasks=wait_tasks).execute(initial_data=initial_data)
def test_parallel_sub_processes_tasks_non_wait(self):
"""
Load a bunch of tasks in parallel.
:return:
"""
ProcessExecutor.pool = pebble.pool.ProcessPool(max_workers=6)
adhesive.process.process = read_bpmn_file(
"test/adhesive/xml/parallel5-sub-processes.bpmn")
start_time = time.time() * 1000.0
ProcessExecutor(adhesive.process, wait_tasks=False).execute()
end_time = time.time() * 1000.0
# the whole thing should be faster than 2 secs
total_time = end_time - start_time
self.assertTrue(
total_time < 2000,
f"Total time ({total_time}) should be less than 2000ms.")
self.assertTrue(
total_time >= 1000,
f"Total time ({total_time}) should be more than 1000ms.")
