def test_ignore_keyboard_interrupt(self, monkeypatch):
def raise_x():
raise Exception('x')
my_action = tools.PythonInteractiveAction(raise_x)
got = my_action.execute()
assert isinstance(got, exceptions.TaskError)
def test_success(self):
def hello():
print('hello')
my_action = tools.PythonInteractiveAction(hello)
got = my_action.execute()
assert got is None
def test_returned_dict_saved_result_values(self):
def val(): return {'x': 3}
my_action = tools.PythonInteractiveAction(val)
got = my_action.execute()
assert got is None
assert my_action.result == {'x': 3}
assert my_action.values == {'x': 3}
def task_watch():
"""watch typescript sources, rebuilding as files change"""
if C.TESTING_IN_CI:
return
def _watch():
watchers = [
subprocess.Popen(args) for args in [
[C.JLPM, "watch"],
# [*C.LAB_EXT, "watch", "."],
]
]
def stop():
[w.terminate() for w in watchers]
[w.wait() for w in watchers]
try:
watchers[0].wait()
except KeyboardInterrupt:
pass
finally:
stop()
return True
yield dict(
name="ts",
uptodate=[lambda: False],
file_dep=[B.OK_EXT_DEV],
actions=[tools.PythonInteractiveAction(_watch)],
)
def task_watch():
"""watch typescript sources, rebuilding as files change"""
def _watch():
watchers = [
subprocess.Popen(args) for args in [
[*C.JLPM, "watch:lib"],
[*C.JLPM, "watch:ext"],
]
]
def stop():
[w.terminate() for w in watchers]
[w.wait() for w in watchers]
try:
watchers[0].wait()
except KeyboardInterrupt:
pass
finally:
stop()
return True
return dict(
uptodate=[lambda: False],
task_dep=["dev:ext"],
actions=[tools.PythonInteractiveAction(_watch)],
)
def test_returned_string_saved_result(self):
def val():
return 'hello'
my_action = tools.PythonInteractiveAction(val)
got = my_action.execute()
assert got is None
assert my_action.result == 'hello'
