def test_wrapper_name():
assert get_name(Wrapper(42)) == 'int'
assert get_name(Wrapper('eat at joe.')) == 'str'
assert get_name(Wrapper(str)) == 'str'
assert get_name(Wrapper(object)) == 'object'
assert get_name(Wrapper(foo)) == 'foo'
assert get_name(Wrapper(foo())) == 'foo'
assert get_name(Wrapper(bar)) == 'bar'
assert get_name(Wrapper(bar())) == 'baz'
assert get_name(Wrapper(get_name)) == 'get_name'
def test_get_name():
assert get_name(42) == 'int'
assert get_name('eat at joe.') == 'str'
assert get_name(str) == 'str'
assert get_name(object) == 'object'
assert get_name(get_name) == 'get_name'
assert get_name(foo) == 'foo'
assert get_name(foo()) == 'foo'
assert get_name(bar) == 'bar'
assert get_name(bar()) == 'baz'
def test_get_name():
assert get_name(42) == 'int'
assert get_name('eat at joe.') == 'str'
assert get_name(str) == 'str'
assert get_name(object) == 'object'
assert get_name(get_name) == 'get_name'
assert get_name(foo) == 'foo'
assert get_name(foo()) == 'foo'
assert get_name(bar) == 'bar'
assert get_name(bar()) == 'baz'
def test_wrapper_name():
assert get_name(Wrapper(42)) == 'int'
assert get_name(Wrapper('eat at joe.')) == 'str'
assert get_name(Wrapper(str)) == 'str'
assert get_name(Wrapper(object)) == 'object'
assert get_name(Wrapper(foo)) == 'foo'
assert get_name(Wrapper(foo())) == 'foo'
assert get_name(Wrapper(bar)) == 'bar'
assert get_name(Wrapper(bar())) == 'baz'
assert get_name(Wrapper(get_name)) == 'get_name'
def test_wrapper_name():
assert get_name(Wrapper(42)) == "int"
assert get_name(Wrapper("eat at joe.")) == "str"
assert get_name(Wrapper(str)) == "str"
assert get_name(Wrapper(object)) == "object"
assert get_name(Wrapper(foo)) == "foo"
assert get_name(Wrapper(foo())) == "foo"
assert get_name(Wrapper(bar)) == "bar"
assert get_name(Wrapper(bar())) == "baz"
assert get_name(Wrapper(get_name)) == "get_name"
def test_get_name():
assert get_name(42) == "int"
assert get_name("eat at joe.") == "str"
assert get_name(str) == "str"
assert get_name(object) == "object"
assert get_name(get_name) == "get_name"
assert get_name(foo) == "foo"
assert get_name(foo()) == "foo"
assert get_name(bar) == "bar"
assert get_name(bar()) == "baz"
def stop(self):
if not self.started:
raise RuntimeError(
"This context cannot be stopped as it never started ({}).".
format(get_name(self)))
self._stopped = True
def stop(self):
if not self.started:
raise RuntimeError(
'This context cannot be stopped as it never started ({}).'.
format(get_name(self)))
self._stopped = True
if self._stopped: # Stopping twice has no effect
return
def stop(self):
if not self.started:
raise RuntimeError('Cannot stop an unstarted node ({}).'.format(get_name(self)))
if self._stopped:
return
try:
with unrecoverable(self.handle_error):
self._stack.teardown()
finally:
self._stopped = True
def start(self):
if self.started:
raise RuntimeError('Cannot start a node twice ({}).'.format(get_name(self)))
self._started = True
self._stack = ContextCurrifier(self.wrapped, *self._get_initial_context())
with unrecoverable(self.handle_error):
self._stack.setup(self)
for enhancer in self._enhancers:
with unrecoverable(self.handle_error):
enhancer.start(self)
def __repr__(self):
name, type_name = get_name(self), get_name(type(self))
return '<{}({}{}){}>'.format(type_name, self.alive_str, name,
self.get_statistics_as_string(prefix=' '))
def register_api(x, __all__=__all__):
__all__.append(get_name(x))
return x
def _ident(graph, i):
escaped_index = str(i)
escaped_name = json.dumps(get_name(graph[i]))
return '{{{} [label={}]}}'.format(escaped_index, escaped_name)
def start(self):
if self.started:
raise RuntimeError("This context is already started ({}).".format(
get_name(self)))
self._started = True
def stop(self):
if not self.started:
raise RuntimeError('This context cannot be stopped as it never started ({}).'.format(get_name(self)))
self._stopped = True
if self._stopped: # Stopping twice has no effect
return
def start(self):
if self.started:
raise RuntimeError('This context is already started ({}).'.format(get_name(self)))
self._started = True
