def run_test_reattach(self, debug_info):
options = {'debugOptions': ['RedirectOutput']}
with self.start_debugging(debug_info) as dbg:
session = dbg.session
stopped1 = session.get_awaiter_for_event('stopped')
(_, req_launch_attach, _, _, _, _) = lifecycle_handshake(
session,
debug_info.starttype,
options=options,
threads=True)
Awaitable.wait_all(req_launch_attach, stopped1)
thread_id = stopped1.event.body['threadId']
req_disconnect = session.send_request('disconnect', restart=False)
req_disconnect.wait()
time.sleep(1)
(_, req_launch_attach, _, _, _, _) = lifecycle_handshake(
session,
debug_info.starttype,
options=options,
threads=True)
Awaitable.wait_all(req_launch_attach)
self.set_var_to_end_loop(session, thread_id)
session.send_request('continue', threadId=thread_id)
received = list(_strip_newline_output_events(session.received))
self.assert_contains(received, [
self.new_event('exited', exitCode=0),
self.new_event('terminated'),
])
def run_test_breaking_into_unhandled_exceptions(self, debug_info,
expected_source_name):
excbreakpoints = [{'filters': ['uncaught']}]
options = {'debugOptions': ['RedirectOutput']}
with self.start_debugging(debug_info) as dbg:
stopped = dbg.session.get_awaiter_for_event('stopped')
(_, req_launch_attach, _, _, _, _) = lifecycle_handshake(
dbg.session,
debug_info.starttype,
excbreakpoints=excbreakpoints,
options=options,
threads=True)
req_launch_attach.wait(timeout=3.0)
stopped.wait(timeout=3.0)
self.assertEqual(stopped.event.body['text'], 'ArithmeticError')
self.assertEqual(stopped.event.body['description'], 'Hello')
thread_id = stopped.event.body['threadId']
req_exc_info = dbg.session.send_request(
'exceptionInfo',
threadId=thread_id,
)
req_exc_info.wait()
exc_info = req_exc_info.resp.body
self.assert_is_subset(
exc_info, {
'exceptionId': 'ArithmeticError',
'breakMode': 'unhandled',
'details': {
'typeName': 'ArithmeticError',
'source': expected_source_name
}
})
continued = dbg.session.get_awaiter_for_event('continued')
dbg.session.send_request(
'continue',
threadId=thread_id,
).wait()
Awaitable.wait_all(continued)
received = list(_strip_newline_output_events(dbg.session.received))
# TODO: Re-enable after fixing #685
#self.assertEqual(
# len(self.find_events(received, 'output', {'category': 'stdout'})),
# 1)
std_errs = self.find_events(received, 'output', {'category': 'stderr'})
self.assertGreaterEqual(len(std_errs), 1)
std_err_msg = ''.join([msg.body['output'] for msg in std_errs])
self.assertIn('ArithmeticError: Hello', std_err_msg)
self.assert_contains(received, [
self.new_event('continued', threadId=thread_id),
# TODO: Re-enable after fixing #685
# self.new_event('output', category='stdout', output='one'),
self.new_event('exited', exitCode=0),
self.new_event('terminated'),
])
def test_attach_embedded(self):
lockfile = self.workspace.lockfile()
done, waitscript = lockfile.wait_in_script()
addr = Address('localhost', 8888)
script = dedent("""
from __future__ import print_function
import sys
sys.path.insert(0, {!r})
import ptvsd
ptvsd.enable_attach({}, redirect_output={})
ptvsd.wait_for_attach()
print('success!', end='')
%s
""").format(os.getcwd(), tuple(addr), True)
filename = self.write_script('spam.py', script % waitscript)
with DebugAdapter.start_embedded(addr, filename) as adapter:
with DebugClient() as editor:
session = editor.attach_socket(addr, adapter)
(req_initialize, req_launch, req_config, _, _,
_) = lifecycle_handshake(session, 'attach')
Awaitable.wait_all(req_initialize, req_launch)
done()
adapter.wait()
for i in range(10):
# It could take some additional time for the adapter
# to actually get the success output, so, wait for the
# expected condition in a busy loop.
out = adapter.output.decode('utf-8')
if 'success!' in out:
break
import time
time.sleep(.1)
received = list(_strip_newline_output_events(session.received))
self.assert_contains(received, [
self.new_version_event(session.received),
self.new_response(req_initialize.req, **INITIALIZE_RESPONSE),
self.new_event('initialized'),
self.new_response(req_launch.req),
self.new_response(req_config.req),
self.new_event(
'process', **{
'isLocalProcess': True,
'systemProcessId': adapter.pid,
'startMethod': 'attach',
'name': filename,
}),
self.new_event('output', output='success!', category='stdout'),
self.new_event('exited', exitCode=0),
self.new_event('terminated'),
])
self.assertIn('success!', out)
def run_test_breaking_into_handled_exceptions(self, debug_info):
excbreakpoints = [{'filters': ['raised', 'uncaught']}]
options = {'debugOptions': ['RedirectOutput']}
with self.start_debugging(debug_info) as dbg:
stopped = dbg.session.get_awaiter_for_event('stopped')
(_, req_launch_attach, _, _, _,
_) = lifecycle_handshake(dbg.session,
debug_info.starttype,
excbreakpoints=excbreakpoints,
options=options,
threads=True)
Awaitable.wait_all(req_launch_attach, stopped)
self.assertEqual(stopped.event.body['text'], 'ArithmeticError')
self.assertIn("ArithmeticError('Hello'",
stopped.event.body['description'])
thread_id = stopped.event.body['threadId']
req_exc_info = dbg.session.send_request(
'exceptionInfo',
threadId=thread_id,
)
req_exc_info.wait()
exc_info = req_exc_info.resp.body
self.assert_is_subset(
exc_info,
{
'exceptionId': 'ArithmeticError',
'breakMode': 'always',
'details': {
'typeName': 'ArithmeticError',
# 'source': debug_info.filename
}
})
continued = dbg.session.get_awaiter_for_event('continued')
dbg.session.send_request(
'continue',
threadId=thread_id,
).wait()
Awaitable.wait_all(continued)
received = list(_strip_newline_output_events(dbg.session.received))
self.assert_contains(received, [
self.new_event('continued', threadId=thread_id),
self.new_event('output', category='stdout', output='end'),
self.new_event('exited', exitCode=0),
self.new_event('terminated'),
])
def run_test_breaking_into_raised_exceptions_only(self, debug_info,
expected_source_name):
# NOTE: for this case we will be using a unhandled exception. The
# behavior expected here is that it breaks once when the exception
# was raised but not during postmortem
excbreakpoints = [{'filters': ['raised']}]
options = {'debugOptions': ['RedirectOutput']}
with self.start_debugging(debug_info) as dbg:
stopped = dbg.session.get_awaiter_for_event('stopped')
(_, req_launch_attach, _, _, _,
_) = lifecycle_handshake(dbg.session,
debug_info.starttype,
excbreakpoints=excbreakpoints,
options=options)
Awaitable.wait_all(req_launch_attach, stopped)
self.assertEqual(stopped.event.body['text'], 'ArithmeticError')
self.assertEqual(stopped.event.body['description'], 'Hello')
thread_id = stopped.event.body['threadId']
req_exc_info = dbg.session.send_request('exceptionInfo',
threadId=thread_id)
req_exc_info.wait()
exc_info = req_exc_info.resp.body
self.assert_is_subset(
exc_info, {
'exceptionId': 'ArithmeticError',
'breakMode': 'always',
'details': {
'typeName': 'ArithmeticError',
'source': expected_source_name
}
})
continued = dbg.session.get_awaiter_for_event('continued')
dbg.session.send_request(
'continue',
threadId=thread_id,
).wait()
Awaitable.wait_all(continued)
received = list(_strip_newline_output_events(dbg.session.received))
self.assert_contains(received, [
self.new_event('continued', threadId=thread_id),
self.new_event('exited', exitCode=0),
self.new_event('terminated'),
])
def run_test_termination(self, debug_info):
with self.start_debugging(debug_info) as dbg:
session = dbg.session
exited = session.get_awaiter_for_event('exited')
terminated = session.get_awaiter_for_event('terminated')
(_, req_launch, _, _, _,
_) = lifecycle_handshake(dbg.session,
debug_info.starttype,
threads=True)
Awaitable.wait_all(req_launch,
session.get_awaiter_for_event('thread'))
disconnect = session.send_request('disconnect')
Awaitable.wait_all(exited, terminated, disconnect)
def run_test_attach_or_launch(self, debug_info, end_loop=False):
options = {'debugOptions': ['RedirectOutput']}
with self.start_debugging(debug_info) as dbg:
session = dbg.session
stopped = session.get_awaiter_for_event('stopped')
(_, req_launch_attach, _, _, _, _) = lifecycle_handshake(
session,
debug_info.starttype,
options=options)
Awaitable.wait_all(req_launch_attach, stopped)
thread_id = stopped.event.body['threadId']
if end_loop:
self.set_var_to_end_loop(session, thread_id)
session.send_request('continue', threadId=thread_id)
received = list(_strip_newline_output_events(dbg.session.received))
self.assert_contains(received, [
self.new_event('output', category='stdout', output='one'),
self.new_event('output', category='stdout', output='two'),
self.new_event('continued', threadId=thread_id),
self.new_event('exited', exitCode=0),
self.new_event('terminated'),
])
def run_test_with_unhandled_exception(self, debug_info, framework,
expected_source_name):
if (debug_info.starttype == 'attach'):
pathMappings = []
pathMappings.append({
'localRoot': debug_info.cwd,
'remoteRoot': debug_info.cwd
})
options = {
'debugOptions': ['RedirectOutput', framework],
'pathMappings': pathMappings
}
else:
options = {'debugOptions': ['RedirectOutput', framework]}
excbreakpoints = [{'filters': ['raised', 'uncaught']}]
with self.start_debugging(debug_info) as dbg:
session = dbg.session
with session.wait_for_event('stopped') as result:
(
_,
req_launch_attach,
_,
_,
_,
_,
) = lifecycle_handshake(session,
debug_info.starttype,
options=options,
excbreakpoints=excbreakpoints)
req_launch_attach.wait()
# wait for flask web server start
count = 0
base_path = None
while base_path is None and count < 10:
outevent = session.get_awaiter_for_event('output')
Awaitable.wait_all(outevent)
events = self.find_events(session.received, 'output')
count += 1
for e in events:
matches = re.findall(re_link, e.body['output'])
if len(matches) > 0 and len(matches[0]) > 0 and \
len(matches[0][0].strip()) > 0:
base_path = matches[0][0]
break
# connect to web server
path = base_path + \
'unhandled' if base_path.endswith('/') else '/unhandled'
web_result = {}
web_client_thread = threading.Thread(
target=get_web_string_no_error,
args=(path, web_result),
name='test.webClient')
web_client_thread.start()
event = result['msg']
thread_id = event.body['threadId']
req_exc_info = dbg.session.send_request(
'exceptionInfo',
threadId=thread_id,
)
req_exc_info.wait()
exc_info = req_exc_info.resp.body
self.assert_is_subset(
exc_info, {
'exceptionId': 'ArithmeticError',
'breakMode': 'always',
'details': {
'typeName': 'ArithmeticError',
'source': expected_source_name
}
})
continued = dbg.session.get_awaiter_for_event('continued')
dbg.session.send_request(
'continue',
threadId=thread_id,
).wait()
Awaitable.wait_all(continued)
# Shutdown webserver
path = base_path + 'exit' if base_path.endswith('/') else '/exit'
web_client_thread = threading.Thread(
target=get_web_string_no_error,
args=(path, None),
name='test.webClient.shutdown')
web_client_thread.start()
web_client_thread.join(timeout=1)
received = list(_strip_newline_output_events(dbg.session.received))
if framework != 'Django':
# TODO: Figure out better way to shutdown Django
self.assert_contains(received, [
self.new_event('exited', exitCode=0),
self.new_event('terminated'),
])
def run_test_with_break_points(self, debug_info, **kwargs):
bp_filename = kwargs.pop('bp_filename')
bp_line = kwargs.pop('bp_line')
bp_name = kwargs.pop('bp_name')
bp_var_value = kwargs.pop('bp_var_value')
framework = kwargs.pop('framework', 'Django')
if (debug_info.starttype == 'attach'):
pathMappings = []
pathMappings.append({
'localRoot': debug_info.cwd,
'remoteRoot': debug_info.cwd
})
options = {
'debugOptions': ['RedirectOutput', framework],
'pathMappings': pathMappings
}
else:
options = {'debugOptions': ['RedirectOutput', framework]}
breakpoints = [{
'source': {
'path': bp_filename
},
'breakpoints': [{
'line': bp_line
}]
}]
with self.start_debugging(debug_info) as dbg:
session = dbg.session
with session.wait_for_event('stopped') as result:
(
_,
req_launch_attach,
_,
_,
_,
_,
) = lifecycle_handshake(session,
debug_info.starttype,
options=options,
breakpoints=breakpoints)
req_launch_attach.wait()
# wait for flask web server start
count = 0
path = None
while path is None and count < 10:
outevent = session.get_awaiter_for_event('output')
Awaitable.wait_all(outevent)
events = self.find_events(session.received, 'output')
count += 1
for e in events:
matches = re.findall(re_link, e.body['output'])
if len(matches) > 0 and len(matches[0]) > 0 and \
len(matches[0][0].strip()) > 0:
path = matches[0][0]
break
# connect to web server
web_result = {}
web_client_thread = threading.Thread(
target=get_web_string_no_error,
args=(path, web_result),
name='test.webClient')
web_client_thread.start()
event = result['msg']
tid = event.body['threadId']
req_stacktrace = session.send_request(
'stackTrace',
threadId=tid,
)
req_stacktrace.wait()
stacktrace = req_stacktrace.resp.body
frame_id = stacktrace['stackFrames'][0]['id']
req_scopes = session.send_request(
'scopes',
frameId=frame_id,
)
req_scopes.wait()
scopes = req_scopes.resp.body['scopes']
variables_reference = scopes[0]['variablesReference']
req_variables = session.send_request(
'variables',
variablesReference=variables_reference,
)
req_variables.wait()
variables = req_variables.resp.body['variables']
session.send_request(
'continue',
threadId=tid,
)
# wait for flask rendering thread to exit
web_client_thread.join(timeout=0.1)
# shutdown to web server
path += 'exit' if path.endswith('/') else '/exit'
web_client_thread = threading.Thread(
target=get_web_string_no_error,
args=(path, None),
name='test.webClient.shutdown')
web_client_thread.start()
web_client_thread.join(timeout=1)
received = list(_strip_newline_output_events(session.received))
self.assertGreaterEqual(stacktrace['totalFrames'], 1)
self.assert_is_subset(
stacktrace,
{
# We get Python and PTVSD frames as well.
# 'totalFrames': 2,
'stackFrames': [{
'id': 1,
'name': bp_name,
'source': {
'sourceReference': 0,
'path': bp_filename
},
'line': bp_line,
'column': 1,
}],
})
variables = list(v for v in variables if v['name'] == 'content')
self.assert_is_subset(variables, [{
'name': 'content',
'type': 'str',
'value': repr(bp_var_value),
'presentationHint': {
'attributes': ['rawString']
},
'evaluateName': 'content'
}])
self.assertTrue(web_result['content'].find(bp_var_value) != -1)
self.assert_contains(received, [
self.new_event(
'stopped',
reason='breakpoint',
threadId=tid,
text=None,
description=None,
),
self.new_event('continued', threadId=tid),
])
if framework != 'Django':
# TODO: Figure out better way to shutdown Django
self.assert_contains(received, [
self.new_event('exited', exitCode=0),
self.new_event('terminated'),
])
def test_attach_breakpoints(self):
# See https://github.com/Microsoft/ptvsd/issues/448.
addr = Address('localhost', 8888)
filename = self.write_script('spam.py', """
import sys
sys.path.insert(0, {!r})
import ptvsd
addr = {}
ptvsd.enable_attach(addr)
print('== waiting for attach ==')
# <waiting>
ptvsd.wait_for_attach()
# <attached>
print('== attached! ==')
# <bp 2>
print('== done waiting ==')
""".format(ROOT, tuple(addr)))
lockfile1 = self.workspace.lockfile()
done1, _ = set_lock(filename, lockfile1, 'waiting')
lockfile2 = self.workspace.lockfile()
done2, script = set_lock(filename, lockfile2, 'bp 2')
bp1 = find_line(script, 'attached')
bp2 = find_line(script, 'bp 2')
breakpoints = [{
'source': {'path': filename},
'breakpoints': [
{'line': bp1},
{'line': bp2},
],
}]
options = {
'pathMappings': [
{
'localRoot': os.path.dirname(filename),
'remoteRoot': os.path.dirname(filename)
},
# This specific mapping is for Mac.
# For some reason temp paths on Mac get prefixed with
# `private` when returned from ptvsd.
{
'localRoot': os.path.dirname(filename),
'remoteRoot': '/private' + os.path.dirname(filename)
}
]
}
#DebugAdapter.VERBOSE = True
adapter = DebugAdapter.start_embedded(addr, filename)
with adapter:
with DebugClient() as editor:
session = editor.attach_socket(addr, adapter, timeout=5)
with session.wait_for_event('thread') as result:
with session.wait_for_event('process'):
(req_init, req_attach, req_config,
reqs_bps, _, req_threads1,
) = lifecycle_handshake(session, 'attach',
breakpoints=breakpoints,
options=options,
threads=True)
Awaitable.wait_all(req_init, req_attach, req_config)
req_bps, = reqs_bps # There should only be one.
event = result['msg']
tid = event.body['threadId']
# Grab the initial output.
out1 = next(adapter.output) # "waiting for attach"
line = adapter.output.readline()
while line:
out1 += line
line = adapter.output.readline()
with session.wait_for_event('stopped'):
# Tell the script to proceed (at "# <waiting>").
# This leads to the first breakpoint.
done1()
req_threads2, req_stacktrace1 = react_to_stopped(session, tid)
out2 = str(adapter.output) # ""
# Tell the script to proceed (at "# <bp 2>"). This
# leads to the second breakpoint. At this point
# execution is still stopped at the first breakpoint.
done2()
with session.wait_for_event('stopped'):
with session.wait_for_event('continued'):
req_continue1 = session.send_request(
'continue',
threadId=tid,
)
req_continue1.wait()
req_threads3, req_stacktrace2 = react_to_stopped(session, tid)
out3 = str(adapter.output) # "attached!"
with session.wait_for_event('continued'):
req_continue2 = session.send_request(
'continue',
threadId=tid,
)
req_continue2.wait()
adapter.wait()
out4 = str(adapter.output) # "done waiting"
# Output between enable_attach() and wait_for_attach() may
# be sent at a relatively arbitrary time (or not at all).
# So we ignore it by removing it from the message list.
received = list(_strip_output_event(session.received,
u'== waiting for attach =='))
received = list(_strip_newline_output_events(received))
# There's an ordering race with continue/continued that pops
# up occasionally. We work around that by manually fixing the
# order.
for pos, msg in _find_events(received, 'continued'):
prev = received[pos-1]
if prev.type != 'response' or prev.command != 'continue':
received.pop(pos-1)
received.insert(pos + 1, prev)
# Sometimes the proc ends before the exited and terminated
# events are received.
received = list(_strip_exit(received))
self.assert_contains(received, [
self.new_version_event(session.received),
self.new_response(req_init.req, **INITIALIZE_RESPONSE),
self.new_event('initialized'),
self.new_response(req_attach.req),
self.new_event(
'thread',
threadId=tid,
reason='started',
),
self.new_response(req_threads1.req, **{
'threads': [{
'id': 1,
'name': 'MainThread',
}],
}),
self.new_response(req_bps.req, **{
'breakpoints': [{
'id': 1,
'line': bp1,
'verified': True,
}, {
'id': 2,
'line': bp2,
'verified': True,
}],
}),
self.new_response(req_config.req),
self.new_event('process', **{
'isLocalProcess': True,
'systemProcessId': adapter.pid,
'startMethod': 'attach',
'name': filename,
}),
self.new_event(
'stopped',
threadId=tid,
reason='breakpoint',
description=None,
text=None,
),
self.new_response(req_threads2.req, **{
'threads': [{
'id': 1,
'name': 'MainThread',
}],
}),
self.new_event(
'module',
module={
'id': 1,
'name': '__main__',
'path': filename,
'package': None,
},
reason='new',
),
self.new_response(req_stacktrace1.req, **{
'totalFrames': 1,
'stackFrames': [{
'id': 1,
'name': '<module>',
'source': {
'path': filename,
'sourceReference': 0,
},
'line': bp1,
'column': 1,
}],
}),
self.new_response(req_continue1.req, **{
'allThreadsContinued': True
}),
self.new_event('continued', threadId=tid),
self.new_event(
'output',
category='stdout',
output='== attached! ==',
),
self.new_event(
'stopped',
threadId=tid,
reason='breakpoint',
description=None,
text=None,
),
self.new_response(req_threads3.req, **{
'threads': [{
'id': 1,
'name': 'MainThread',
}],
}),
self.new_response(req_stacktrace2.req, **{
'totalFrames': 1,
'stackFrames': [{
'id': 2, # TODO: Isn't this the same frame as before?
'name': '<module>',
'source': {
'path': filename,
'sourceReference': 0,
},
'line': bp2,
'column': 1,
}],
}),
self.new_response(req_continue2.req, **{
'allThreadsContinued': True
}),
self.new_event('continued', threadId=tid),
self.new_event(
'output',
category='stdout',
output='== done waiting ==',
),
#self.new_event(
# 'thread',
# threadId=tid,
# reason='exited',
#),
#self.new_event('exited', exitCode=0),
#self.new_event('terminated'),
])
# before attaching
self.assertIn(b'waiting for attach', out1)
self.assertNotIn(b'attached!', out1)
# after attaching
self.assertNotIn('attached!', out2)
# after bp1 continue
self.assertIn('attached!', out3)
self.assertNotIn('done waiting', out3)
# after bp2 continue
self.assertIn('done waiting', out4)
def test_detach_clear_and_resume(self):
addr = Address('localhost', 8888)
filename = self.write_script('spam.py', """
import sys
sys.path.insert(0, {!r})
import ptvsd
addr = {}
ptvsd.enable_attach(addr)
ptvsd.wait_for_attach()
# <before>
print('==before==')
# <after>
print('==after==')
# <done>
""".format(ROOT, tuple(addr)))
lockfile2 = self.workspace.lockfile()
done1, _ = set_lock(filename, lockfile2, 'before')
lockfile3 = self.workspace.lockfile()
_, wait2 = set_release(filename, lockfile3, 'done')
lockfile4 = self.workspace.lockfile()
done2, script = set_lock(filename, lockfile4, 'done')
bp1 = find_line(script, 'before')
bp2 = find_line(script, 'after')
#DebugAdapter.VERBOSE = True
adapter = DebugAdapter.start_embedded(addr, filename)
with adapter:
with DebugClient() as editor:
session1 = editor.attach_socket(addr, adapter, timeout=5)
with session1.wait_for_event('thread') as result:
with session1.wait_for_event('process'):
(req_init1, req_attach1, req_config1,
_, _, req_threads1,
) = lifecycle_handshake(session1, 'attach',
threads=True)
event = result['msg']
tid1 = event.body['threadId']
stopped_event = session1.get_awaiter_for_event('stopped')
req_bps = session1.send_request(
'setBreakpoints',
source={'path': filename},
breakpoints=[
{'line': bp1},
{'line': bp2},
],
)
req_bps.wait()
done1()
stopped_event.wait()
req_threads2 = session1.send_request('threads')
req_stacktrace1 = session1.send_request(
'stackTrace',
threadId=tid1,
)
out1 = str(adapter.output)
# Detach with execution stopped and 1 breakpoint left.
req_disconnect = session1.send_request('disconnect')
Awaitable.wait_all(req_threads2, req_stacktrace1, req_disconnect) # noqa
editor.detach(adapter)
try:
wait2()
except LockTimeoutError:
self.fail('execution never resumed upon detach '
'or breakpoints never cleared')
out2 = str(adapter.output)
import time
time.sleep(2)
session2 = editor.attach_socket(addr, adapter, timeout=5)
#session2.VERBOSE = True
with session2.wait_for_event('thread') as result:
with session2.wait_for_event('process'):
(req_init2, req_attach2, req_config2,
_, _, req_threads3,
) = lifecycle_handshake(session2, 'attach',
threads=True)
event = result['msg']
tid2 = event.body['threadId']
done2()
adapter.wait()
out3 = str(adapter.output)
received = list(_strip_newline_output_events(session1.received))
self.assert_contains(received, [
self.new_version_event(session1.received),
self.new_response(req_init1.req, **INITIALIZE_RESPONSE),
self.new_event('initialized'),
self.new_response(req_attach1.req),
self.new_event(
'thread',
threadId=tid1,
reason='started',
),
self.new_response(req_threads1.req, **{
'threads': [{
'id': 1,
'name': 'MainThread',
}],
}),
self.new_response(req_config1.req),
self.new_event('process', **{
'isLocalProcess': True,
'systemProcessId': adapter.pid,
'startMethod': 'attach',
'name': filename,
}),
self.new_response(req_bps.req, **{
'breakpoints': [{
'id': 1,
'line': bp1,
'verified': True,
}, {
'id': 2,
'line': bp2,
'verified': True,
}],
}),
self.new_event(
'stopped',
threadId=tid1,
reason='breakpoint',
description=None,
text=None,
),
self.new_response(req_threads2.req, **{
'threads': [{
'id': 1,
'name': 'MainThread',
}],
}),
self.new_response(req_disconnect.req),
])
self.messages.reset_all()
received = list(_strip_newline_output_events(session2.received))
# Sometimes the proc ends before the exited and terminated
# events are received.
received = list(_strip_exit(received))
self.assert_contains(received, [
self.new_version_event(session2.received),
self.new_response(req_init2.req, **INITIALIZE_RESPONSE),
self.new_event('initialized'),
self.new_response(req_attach2.req),
self.new_event(
'thread',
threadId=tid2,
reason='started',
),
self.new_response(req_threads3.req, **{
'threads': [{
'id': 1,
'name': 'MainThread',
}],
}),
self.new_response(req_config2.req),
self.new_event('process', **{
'isLocalProcess': True,
'systemProcessId': adapter.pid,
'startMethod': 'attach',
'name': filename,
}),
#self.new_event(
# 'thread',
# threadId=tid2,
# reason='exited',
#),
#self.new_event('exited', exitCode=0),
#self.new_event('terminated'),
])
# at breakpoint
self.assertEqual(out1, '')
# after detaching
self.assertIn('==before==', out2)
self.assertIn('==after==', out2)
# after reattach
self.assertEqual(out3, out2)
def run_test_breaking_into_raised_and_unhandled_exceptions(
self, debug_info, expected_source_name):
excbreakpoints = [{'filters': ['raised', 'uncaught']}]
options = {'debugOptions': ['RedirectOutput']}
expected = {
'exceptionId': 'ArithmeticError',
'breakMode': 'always',
'details': {
'typeName': 'ArithmeticError',
'source': expected_source_name
}
}
with self.start_debugging(debug_info) as dbg:
stopped = dbg.session.get_awaiter_for_event('stopped')
(_, req_launch_attach, _, _, _, _
) = lifecycle_handshake(dbg.session, debug_info.starttype,
excbreakpoints=excbreakpoints,
options=options)
Awaitable.wait_all(req_launch_attach, stopped)
self.assertEqual(stopped.event.body['text'], 'ArithmeticError')
self.assertEqual(stopped.event.body['description'], 'Hello')
thread_id = stopped.event.body['threadId']
req_exc_info = dbg.session.send_request(
'exceptionInfo',
threadId=thread_id)
req_exc_info.wait()
self.assert_is_subset(req_exc_info.resp.body, expected)
stopped2 = dbg.session.get_awaiter_for_event('stopped')
continued = dbg.session.get_awaiter_for_event('continued')
dbg.session.send_request(
'continue',
threadId=thread_id,
).wait()
Awaitable.wait_all(stopped2, continued)
# Second hit on uncaught exception
self.assertEqual(stopped2.event.body['text'], 'ArithmeticError')
self.assertEqual(stopped2.event.body['description'], 'Hello')
req_exc_info2 = dbg.session.send_request(
'exceptionInfo',
threadId=thread_id,
)
req_exc_info2.wait()
self.assert_is_subset(req_exc_info2.resp.body, expected)
continued2 = dbg.session.get_awaiter_for_event('continued')
dbg.session.send_request(
'continue',
threadId=thread_id,
).wait()
Awaitable.wait_all(continued2)
received = list(_strip_newline_output_events(dbg.session.received))
self.assert_contains(received, [
self.new_event('continued', threadId=thread_id),
self.new_event('continued', threadId=thread_id), # expect 2 events
self.new_event('exited', exitCode=0),
self.new_event('terminated'),
])
def run_test_variables(self, debug_info):
bp_line = 3
breakpoints = [{
'source': {
'path': debug_info.filename
},
'breakpoints': [{
'line': bp_line
}]
}]
with self.start_debugging(debug_info) as dbg:
session = dbg.session
with session.wait_for_event('stopped') as result:
(
_,
req_launch_attach,
_,
_,
_,
_,
) = lifecycle_handshake(session,
debug_info.starttype,
breakpoints=breakpoints)
req_launch_attach.wait()
event = result['msg']
tid = event.body['threadId']
req_stacktrace = session.send_request(
'stackTrace',
threadId=tid,
)
req_stacktrace.wait()
frames = req_stacktrace.resp.body['stackFrames']
frame_id = frames[0]['id']
req_scopes = session.send_request(
'scopes',
frameId=frame_id,
)
req_scopes.wait()
scopes = req_scopes.resp.body['scopes']
variables_reference = scopes[0]['variablesReference']
req_variables = session.send_request(
'variables',
variablesReference=variables_reference,
)
req_variables.wait()
variables = req_variables.resp.body['variables']
var_b = list(b for b in variables if b['name'] == 'b')
var_b = var_b[0] if len(var_b) == 1 else None
if var_b is None:
var_b_variables = None
else:
var_b_ref = var_b['variablesReference']
req_variables = session.send_request(
'variables',
variablesReference=var_b_ref,
)
req_variables.wait()
var_b_variables = req_variables.resp.body['variables']
req_evaluate1 = session.send_request(
'evaluate',
expression='a',
frameId=frame_id,
)
req_evaluate2 = session.send_request(
'evaluate',
expression="b['one']",
frameId=frame_id,
)
Awaitable.wait_all(req_evaluate1, req_evaluate2)
var_a_evaluate = req_evaluate1.resp.body
var_b_one_evaluate = req_evaluate2.resp.body
session.send_request('continue', threadId=tid)
# Variables for a, b, __file__, __main__
self.assertGreaterEqual(len(variables), 3)
self.assert_is_subset(variables, [{
'name': 'a',
'type': 'int',
'value': '1',
'evaluateName': 'a'
}, {
'name': 'b',
'type': 'dict',
'value': "{'one': 1, 'two': 2}",
'evaluateName': 'b'
}, {
'name': '__builtins__',
'type': 'dict',
'evaluateName': '__builtins__'
}, {
'name': '__doc__',
'type': 'NoneType',
'value': 'None',
'evaluateName': '__doc__'
}, {
'name': '__file__',
'type': 'str',
'presentationHint': {
'attributes': ['rawString']
},
'evaluateName': '__file__'
}, {
'name': '__loader__',
'type': 'SourceFileLoader',
'evaluateName': '__loader__'
}, {
'name': '__name__',
'type': 'str',
'value': "'__main__'",
'presentationHint': {
'attributes': ['rawString']
},
'evaluateName': '__name__'
}, {
'name': '__package__',
'type': 'NoneType',
'value': 'None',
'evaluateName': '__package__'
}, {
'name': '__spec__',
'type': 'NoneType',
'value': 'None',
'evaluateName': '__spec__'
}])
self.assertEqual(var_a_evaluate, {
'type': 'int',
'result': '1',
})
assert var_b_variables is not None
self.assert_is_subset(var_b_variables, [{
'type': 'int',
'value': '1',
'evaluateName': "b['one']"
}, {
'type': 'int',
'value': '2',
'evaluateName': "b['two']"
}, {
'name': '__len__',
'type': 'int',
'value': '2',
'evaluateName': 'b.__len__'
}])
self.assertEqual(var_b_one_evaluate, {
'type': 'int',
'result': '1',
})
