def test_valid_new_module(self):
sink = ModulesEventSink()
mgr = ModulesManager(sink)
orig_module = sys.modules['ptvsd.untangle']
expected_module = ANY.dict_with({
'id': ANY.int,
'name': orig_module.__name__,
'package': orig_module.__package__,
'path': orig_module.__file__,
'version': orig_module.__version__,
})
assert expected_module == mgr.add_or_get_from_path(
ptvsd.untangle.__file__)
assert 1 == len(sink.event_data)
assert [expected_module] == mgr.get_all()
assert sink.event_data == [
{
'event': 'module',
'args': {
'reason': 'new',
'module': expected_module,
},
},
]
def test_set_variable(pyfile, run_as, start_method):
@pyfile
def code_to_debug():
import backchannel
from dbgimporter import import_and_enable_debugger
import_and_enable_debugger()
import ptvsd
a = 1
ptvsd.break_into_debugger()
backchannel.write_json(a)
with DebugSession() as session:
session.initialize(
target=(run_as, code_to_debug),
start_method=start_method,
ignore_unobserved=[Event('continued')],
use_backchannel=True,
)
session.start_debugging()
hit = session.wait_for_thread_stopped()
resp_scopes = session.send_request('scopes',
arguments={
'frameId': hit.frame_id
}).wait_for_response()
scopes = resp_scopes.body['scopes']
assert len(scopes) > 0
resp_variables = session.send_request(
'variables',
arguments={
'variablesReference': scopes[0]['variablesReference']
}).wait_for_response()
variables = list(v for v in resp_variables.body['variables']
if v['name'] == 'a')
assert len(variables) == 1
assert variables[0] == {
'type': 'int',
'value': '1',
'name': 'a',
'evaluateName': "a"
}
resp_set_variable = session.send_request(
'setVariable',
arguments={
'variablesReference': scopes[0]['variablesReference'],
'name': 'a',
'value': '1000'
}).wait_for_response()
assert resp_set_variable.body == ANY.dict_with({
'type': 'int',
'value': '1000'
})
session.send_request('continue').wait_for_response(freeze=False)
assert session.read_json() == 1000
session.wait_for_exit()
def test_exit_normally_with_wait_on_abnormal_exit_enabled(
debug_session, pyfile, run_as, start_method):
@pyfile
def code_to_debug():
from dbgimporter import import_and_enable_debugger
import_and_enable_debugger()
print('one')
print('two')
print('three')
debug_session.debug_options += ['WaitOnAbnormalExit']
bp_line = 5
bp_file = code_to_debug
debug_session.initialize(target=(run_as, bp_file),
start_method=start_method)
debug_session.set_breakpoints(bp_file, [bp_line])
debug_session.start_debugging()
debug_session.wait_for_next(Event('stopped'),
ANY.dict_with({'reason': 'breakpoint'}))
debug_session.send_request('continue').wait_for_response()
debug_session.wait_for_next(Event('continued'))
debug_session.proceed()
debug_session.wait_for_next(Event('exited'))
output = [
e.body['output']
for e in debug_session.all_occurrences_of(Event('output'))
if len(e.body['output']) >= 3 and e.body['category'] == 'stdout'
]
assert len(output) == 3
assert output == ['one', 'two', 'three']
debug_session.wait_for_exit()
def test_add_multi_thread(self):
sink = ModulesEventSink()
self.mgr = ModulesManager(sink)
orig_module = sys.modules['ptvsd.untangle']
expected_module = ANY.dict_with({
'id': ANY.int,
'name': orig_module.__name__,
'package': orig_module.__package__,
'path': orig_module.__file__,
'version': orig_module.__version__,
})
self.path = orig_module.__file__
def thread_worker(test, expected):
time.sleep(0.01)
assert expected_module == test.mgr.add_or_get_from_path(test.path)
threads = []
for _ in range(10):
thread = threading.Thread(target=thread_worker,
args=(self, expected_module))
threads.append(thread)
thread.start()
for thread in threads:
thread.join()
assert 1 == len(sink.event_data)
assert [expected_module] == self.mgr.get_all()
def test_completions_scope(debug_session, pyfile, bp_line, run_as,
start_method):
@pyfile
def code_to_debug():
from dbgimporter import import_and_enable_debugger
import_and_enable_debugger()
class SomeClass():
def __init__(self, someVar):
self.some_var = someVar
def do_someting(self):
someVariable = self.some_var
return someVariable
def someFunction(someVar):
someVariable = someVar
return SomeClass(someVariable).do_someting()
someFunction('value')
print('done')
expected = expected_at_line[bp_line]
debug_session.ignore_unobserved += [Event('stopped'), Event('continued')]
debug_session.initialize(target=(run_as, code_to_debug),
start_method=start_method)
debug_session.set_breakpoints(code_to_debug, [bp_line])
debug_session.start_debugging()
thread_stopped = debug_session.wait_for_next(
Event('stopped'), ANY.dict_with({'reason': 'breakpoint'}))
assert thread_stopped.body['threadId'] is not None
tid = thread_stopped.body['threadId']
resp_stacktrace = debug_session.send_request('stackTrace',
arguments={
'threadId': tid,
}).wait_for_response()
assert resp_stacktrace.body['totalFrames'] > 0
frames = resp_stacktrace.body['stackFrames']
assert len(frames) > 0
fid = frames[0]['id']
resp_completions = debug_session.send_request('completions',
arguments={
'text': 'some',
'frameId': fid,
'column': 1
}).wait_for_response()
targets = resp_completions.body['targets']
debug_session.send_request('continue').wait_for_response()
debug_session.wait_for_next(Event('continued'))
targets.sort(key=lambda t: t['label'])
expected.sort(key=lambda t: t['label'])
assert targets == expected
debug_session.wait_for_exit()
def test_run(debug_session, pyfile, run_as):
@pyfile
def code_to_debug():
import os
import sys
import backchannel
print('begin')
assert backchannel.read_json() == 'continue'
backchannel.write_json(os.path.abspath(sys.modules['ptvsd'].__file__))
print('end')
if run_as == 'file':
debug_session.prepare_to_run(filename=code_to_debug, backchannel=True)
elif run_as == 'module':
debug_session.add_file_to_pythonpath(code_to_debug)
debug_session.prepare_to_run(module='code_to_debug', backchannel=True)
elif run_as == 'code':
with open(code_to_debug, 'r') as f:
code = f.read()
debug_session.prepare_to_run(code=code, backchannel=True)
else:
pytest.fail()
debug_session.start_debugging()
assert debug_session.timeline.is_frozen
process_event, = debug_session.all_occurrences_of(Event('process'))
assert process_event == Event(
'process',
ANY.dict_with({
'name':
ANY if run_as == 'code' else ANY.such_that(lambda name: (
# There can be a difference in file extension (.py/.pyc/.pyo) on clean runs.
name == code_to_debug or name == code_to_debug + 'c' or name ==
code_to_debug + 'o')),
}))
debug_session.write_json('continue')
ptvsd_path = debug_session.read_json()
expected_ptvsd_path = os.path.abspath(ptvsd.__file__)
assert (ptvsd_path == expected_ptvsd_path
or ptvsd_path == expected_ptvsd_path + 'c'
or ptvsd_path == expected_ptvsd_path + 'o')
debug_session.wait_for_exit()
def test_set_variable(debug_session, pyfile, run_as):
@pyfile
def code_to_debug():
a = 1
print(a)
bp_line = 2
bp_file = code_to_debug
debug_session.common_setup(bp_file, run_as, breakpoints=[bp_line])
debug_session.start_debugging()
hit = debug_session.wait_for_thread_stopped()
resp_scopes = debug_session.send_request('scopes',
arguments={
'frameId': hit.frame_id
}).wait_for_response()
scopes = resp_scopes.body['scopes']
assert len(scopes) > 0
resp_variables = debug_session.send_request(
'variables',
arguments={
'variablesReference': scopes[0]['variablesReference']
}).wait_for_response()
variables = list(v for v in resp_variables.body['variables']
if v['name'] == 'a')
assert len(variables) == 1
assert variables[0] == {
'type': 'int',
'value': '1',
'name': 'a',
'evaluateName': "a"
}
resp_set_variable = debug_session.send_request(
'setVariable',
arguments={
'variablesReference': scopes[0]['variablesReference'],
'name': 'a',
'value': '1000'
}).wait_for_response()
assert resp_set_variable.body == ANY.dict_with({
'type': 'int',
'value': '1000'
})
debug_session.send_request('continue').wait_for_response()
debug_session.wait_for_next(Event('continued'))
debug_session.wait_for_next(Event('output'))
output = [
e for e in debug_session.all_occurrences_of(Event('output'))
if e.body['output'].startswith('1000')
]
assert any(output)
debug_session.wait_for_exit()
def test_wait_on_abnormal_exit_enabled(debug_session, pyfile, run_as):
@pyfile
def code_to_debug():
import sys
print('one')
print('two')
print('three')
sys.exit(12345)
debug_session.debug_options += ['WaitOnAbnormalExit']
bp_line = 5
bp_file = code_to_debug
_common_setup(debug_session, bp_file, run_as)
debug_session.send_request('setBreakpoints',
arguments={
'source': {
'path': bp_file
},
'breakpoints': [
{
'line': bp_line
},
],
}).wait_for_response()
debug_session.start_debugging()
debug_session.wait_for_next(Event('stopped'),
ANY.dict_with({'reason': 'breakpoint'}))
debug_session.send_request('continue').wait_for_response()
debug_session.wait_for_next(Event('continued'))
debug_session.proceed()
debug_session.expected_returncode = ANY.int
debug_session.wait_for_next(Event('exited'))
output = [
e.body['output']
for e in debug_session.all_occurrences_of(Event('output'))
if len(e.body['output']) >= 3 and e.body['category'] == 'stdout'
]
assert len(output) == 3
assert output == ['one', 'two', 'three']
debug_session.process.stdin.write(b' \r\n')
debug_session.wait_for_exit()
def _decode(text):
if isinstance(text, bytes):
return text.decode('utf-8')
return text
assert any(l for l in debug_session.output_data['OUT']
if _decode(l).startswith('Press'))
def test_run(pyfile, run_as, start_method):
@pyfile
def code_to_debug():
import os
import sys
import backchannel
from dbgimporter import import_and_enable_debugger
import_and_enable_debugger()
print('begin')
assert backchannel.read_json() == 'continue'
backchannel.write_json(os.path.abspath(sys.modules['ptvsd'].__file__))
print('end')
with DebugSession() as session:
session.initialize(target=(run_as, code_to_debug),
start_method=start_method,
use_backchannel=True)
session.start_debugging()
assert session.timeline.is_frozen
process_event, = session.all_occurrences_of(Event('process'))
assert process_event == Event(
'process',
ANY.dict_with({
'name':
ANY if run_as == 'code' else ANY.such_that(lambda name: (
# There can be a difference in file extension (.py/.pyc/.pyo) on clean runs.
name == code_to_debug or name == code_to_debug + 'c' or
name == code_to_debug + 'o')),
}))
session.write_json('continue')
ptvsd_path = session.read_json()
expected_ptvsd_path = os.path.abspath(ptvsd.__file__)
assert (ptvsd_path == expected_ptvsd_path
or ptvsd_path == expected_ptvsd_path + 'c'
or ptvsd_path == expected_ptvsd_path + 'o')
session.wait_for_exit()
def test_wait_on_abnormal_exit_enabled(debug_session, pyfile, run_as,
start_method):
@pyfile
def code_to_debug():
import sys
from dbgimporter import import_and_enable_debugger
import_and_enable_debugger()
print('one')
print('two')
print('three')
sys.exit(12345)
debug_session.debug_options += ['WaitOnAbnormalExit']
bp_line = 7
bp_file = code_to_debug
debug_session.initialize(target=(run_as, bp_file),
start_method=start_method)
debug_session.set_breakpoints(bp_file, [bp_line])
debug_session.start_debugging()
debug_session.wait_for_next(Event('stopped'),
ANY.dict_with({'reason': 'breakpoint'}))
debug_session.send_request('continue').wait_for_response()
debug_session.wait_for_next(Event('continued'))
debug_session.proceed()
debug_session.expected_returncode = ANY.int
debug_session.wait_for_next(Event('exited'))
output = [
e.body['output']
for e in debug_session.all_occurrences_of(Event('output'))
if len(e.body['output']) >= 3 and e.body['category'] == 'stdout'
]
assert len(output) == 3
assert output == ['one', 'two', 'three']
debug_session.process.stdin.write(b' \r\n')
debug_session.wait_for_exit()
def _decode(text):
if isinstance(text, bytes):
return text.decode('utf-8')
return text
assert any(l for l in debug_session.output_data['OUT']
if _decode(l).startswith('Press'))
def test_with_tab_in_output(pyfile, run_as, start_method):
@pyfile
def code_to_debug():
from dbgimporter import import_and_enable_debugger
import_and_enable_debugger()
print('Hello\tWorld')
with DebugSession() as session:
session.initialize(target=(run_as, code_to_debug),
start_method=start_method)
session.start_debugging()
session.wait_for_exit()
output = session.all_occurrences_of(
Event('output', ANY.dict_with({'category': 'stdout'})))
output_str = ''.join(o.body['output'] for o in output)
assert output_str.startswith('Hello\tWorld')
def _common_setup(debug_session, path, run_as):
debug_session.ignore_unobserved += [
Event('thread', ANY.dict_with({'reason': 'started'})),
Event('module')
]
if run_as == 'file':
debug_session.prepare_to_run(filename=path)
elif run_as == 'module':
debug_session.add_file_to_pythonpath(path)
debug_session.prepare_to_run(module='code_to_debug')
elif run_as == 'code':
with open(path, 'r') as f:
code = f.read()
debug_session.prepare_to_run(code=code)
else:
pytest.fail()
def test_get_only_module(self):
sink = ModulesEventSink()
mgr = ModulesManager(sink)
expected_module = ANY.dict_with({
'id': 1,
'name': 'abc.xyz',
'package': 'abc',
'path': '/abc/xyz.py',
'version': '1.2.3.4a1',
})
mgr.path_to_module_id['/abc/xyz.py'] = 1
mgr.module_id_to_details[1] = expected_module
assert expected_module == mgr.add_or_get_from_path('/abc/xyz.py')
assert 0 == len(sink.event_data)
assert [expected_module] == mgr.get_all()
def test_log_point(pyfile, run_as, start_method):
@pyfile
def code_to_debug():
from dbgimporter import import_and_enable_debugger
import_and_enable_debugger()
a = 10
for i in range(1, a):
print('value: %d' % i)
bp_line = 5
with DebugSession() as session:
session.initialize(
target=(run_as, code_to_debug),
start_method=start_method,
ignore_unobserved=[Event('continued')],
)
session.send_request('setBreakpoints',
arguments={
'source': {
'path': code_to_debug
},
'breakpoints': [{
'line': bp_line,
'logMessage': 'log: {a + i}'
}],
}).wait_for_response()
session.start_debugging()
session.wait_for_exit()
assert session.get_stderr_as_string() == b''
output = session.all_occurrences_of(
Event('output', ANY.dict_with({'category': 'stdout'})))
output_str = ''.join(o.body['output'] for o in output)
logged = sorted(
int(i) for i in re.findall(r"log:\s([0-9]*)", output_str))
values = sorted(
int(i) for i in re.findall(r"value:\s([0-9]*)", output_str))
# NOTE: Due to https://github.com/Microsoft/ptvsd/issues/1028 we may not get
# all output events. Once that is fixed we should check for the exact output
# and log value
assert len(logged) > 0
assert len(values) > 0
def test_exit_normally_with_wait_on_abnormal_exit_enabled(
debug_session, pyfile, run_as):
@pyfile
def code_to_debug():
print('one')
print('two')
print('three')
debug_session.debug_options += ['WaitOnAbnormalExit']
bp_line = 3
bp_file = code_to_debug
_common_setup(debug_session, bp_file, run_as)
debug_session.send_request('setBreakpoints',
arguments={
'source': {
'path': bp_file
},
'breakpoints': [
{
'line': bp_line
},
],
}).wait_for_response()
debug_session.start_debugging()
debug_session.wait_for_next(Event('stopped'),
ANY.dict_with({'reason': 'breakpoint'}))
debug_session.send_request('continue').wait_for_response()
debug_session.wait_for_next(Event('continued'))
debug_session.proceed()
debug_session.wait_for_next(Event('exited'))
output = [
e.body['output']
for e in debug_session.all_occurrences_of(Event('output'))
if len(e.body['output']) >= 3 and e.body['category'] == 'stdout'
]
assert len(output) == 3
assert output == ['one', 'two', 'three']
debug_session.wait_for_exit()
def test_break_on_entry(debug_session, pyfile, run_as, start_method):
@pyfile
def code_to_debug():
from dbgimporter import import_and_enable_debugger
import_and_enable_debugger()
print('one')
print('two')
print('three')
debug_session.debug_options += ['StopOnEntry']
debug_session.initialize(target=(run_as, code_to_debug),
start_method=start_method)
debug_session.start_debugging()
thread_stopped = debug_session.wait_for_next(
Event('stopped'), ANY.dict_with({'reason': 'step'}))
assert thread_stopped.body['threadId'] is not None
tid = thread_stopped.body['threadId']
resp_stacktrace = debug_session.send_request('stackTrace',
arguments={
'threadId': tid,
}).wait_for_response()
assert resp_stacktrace.body['totalFrames'] > 0
frames = resp_stacktrace.body['stackFrames']
assert frames[0]['line'] == 1
debug_session.send_request('continue').wait_for_response()
debug_session.wait_for_next(Event('continued'))
debug_session.wait_for_next(Event('exited'))
output = [
e.body['output']
for e in debug_session.all_occurrences_of(Event('output'))
if len(e.body['output']) >= 3 and e.body['category'] == 'stdout'
]
assert len(output) == 3
assert output == ['one', 'two', 'three']
debug_session.wait_for_exit()
def test_flask_exception_no_multiproc(ex_type, start_method):
ex_line = {
'handled': 21,
'unhandled': 33,
}[ex_type]
with DebugSession() as session:
_initialize_flask_session_no_multiproc(session, start_method)
session.send_request('setExceptionBreakpoints',
arguments={
'filters': ['raised', 'uncaught'],
}).wait_for_response()
session.start_debugging()
# wait for Flask web server to start
wait_for_connection(FLASK_PORT)
base_link = FLASK_LINK
link = base_link + ex_type if base_link.endswith('/') else ('/' +
ex_type)
web_request = get_web_content(link, {})
thread_stopped = session.wait_for_next(
Event('stopped', ANY.dict_with({'reason': 'exception'})))
assert thread_stopped == Event(
'stopped',
ANY.dict_with({
'reason':
'exception',
'text':
ANY.such_that(lambda s: s.endswith('ArithmeticError')),
'description':
'Hello'
}))
tid = thread_stopped.body['threadId']
resp_exception_info = session.send_request('exceptionInfo',
arguments={
'threadId': tid,
}).wait_for_response()
exception = resp_exception_info.body
assert exception == {
'exceptionId':
ANY.such_that(lambda s: s.endswith('ArithmeticError')),
'breakMode': 'always',
'description': 'Hello',
'details': {
'message': 'Hello',
'typeName':
ANY.such_that(lambda s: s.endswith('ArithmeticError')),
'source': ANY.such_that(lambda s: compare_path(s, FLASK1_APP)),
'stackTrace': ANY.such_that(lambda s: True)
}
}
resp_stacktrace = session.send_request('stackTrace',
arguments={
'threadId': tid,
}).wait_for_response()
assert resp_stacktrace.body['totalFrames'] > 0
frames = resp_stacktrace.body['stackFrames']
assert frames[0] == {
'id': ANY.int,
'name': 'bad_route_' + ex_type,
'source': {
'sourceReference': ANY.int,
'path': ANY.such_that(lambda s: compare_path(s, FLASK1_APP)),
},
'line': ex_line,
'column': 1,
}
session.send_request('continue').wait_for_response(freeze=False)
# ignore response for exception tests
web_request.wait_for_response()
# shutdown to web server
link = base_link + 'exit' if base_link.endswith('/') else '/exit'
get_web_content(link).wait_for_response()
session.wait_for_exit()
def test_variables_and_evaluate(debug_session, pyfile, run_as, start_method):
@pyfile
def code_to_debug():
from dbgimporter import import_and_enable_debugger
import_and_enable_debugger()
a = 1
b = {"one": 1, "two": 2}
c = 3
print([a, b, c])
bp_line = 6
bp_file = code_to_debug
debug_session.initialize(target=(run_as, bp_file),
start_method=start_method)
debug_session.set_breakpoints(bp_file, [bp_line])
debug_session.start_debugging()
hit = debug_session.wait_for_thread_stopped()
resp_scopes = debug_session.send_request('scopes',
arguments={
'frameId': hit.frame_id,
}).wait_for_response()
scopes = resp_scopes.body['scopes']
assert len(scopes) > 0
resp_variables = debug_session.send_request(
'variables',
arguments={
'variablesReference': scopes[0]['variablesReference']
}).wait_for_response()
variables = list(v for v in resp_variables.body['variables']
if v['name'] in ['a', 'b', 'c'])
assert len(variables) == 3
# variables should be sorted alphabetically
assert ['a', 'b', 'c'] == list(v['name'] for v in variables)
# get contents of 'b'
resp_b_variables = debug_session.send_request(
'variables',
arguments={
'variablesReference': variables[1]['variablesReference']
}).wait_for_response()
b_variables = resp_b_variables.body['variables']
assert len(b_variables) == 3
assert b_variables[0] == {
'type': 'int',
'value': '1',
'name': ANY.such_that(lambda x: x.find('one') > 0),
'evaluateName': "b['one']"
}
assert b_variables[1] == {
'type': 'int',
'value': '2',
'name': ANY.such_that(lambda x: x.find('two') > 0),
'evaluateName': "b['two']"
}
assert b_variables[2] == {
'type': 'int',
'value': '2',
'name': '__len__',
'evaluateName': "b.__len__"
}
# simple variable
resp_evaluate1 = debug_session.send_request('evaluate',
arguments={
'expression': 'a',
'frameId': hit.frame_id,
}).wait_for_response()
assert resp_evaluate1.body == ANY.dict_with({'type': 'int', 'result': '1'})
# dict variable
resp_evaluate2 = debug_session.send_request('evaluate',
arguments={
'expression': 'b["one"]',
'frameId': hit.frame_id,
}).wait_for_response()
assert resp_evaluate2.body == ANY.dict_with({'type': 'int', 'result': '1'})
# expression evaluate
resp_evaluate3 = debug_session.send_request('evaluate',
arguments={
'expression':
'a + b["one"]',
'frameId': hit.frame_id,
}).wait_for_response()
assert resp_evaluate3.body == ANY.dict_with({'type': 'int', 'result': '2'})
debug_session.send_request('continue').wait_for_response()
debug_session.wait_for_next(Event('continued'))
debug_session.wait_for_exit()
def test_return_values(pyfile, run_as, start_method):
@pyfile
def code_to_debug():
from dbgimporter import import_and_enable_debugger
import_and_enable_debugger()
class MyClass(object):
def do_something(self):
return 'did something'
def my_func():
return 'did more things'
MyClass().do_something()
my_func()
print('done')
expected1 = ANY.dict_with({
'name':
'(return) MyClass.do_something',
'value':
"'did something'",
'type':
'str',
'presentationHint':
ANY.dict_with({'attributes':
ANY.such_that(lambda x: 'readOnly' in x)}),
})
expected2 = ANY.dict_with({
'name':
'(return) my_func',
'value':
"'did more things'",
'type':
'str',
'presentationHint':
ANY.dict_with({'attributes':
ANY.such_that(lambda x: 'readOnly' in x)}),
})
with DebugSession() as session:
session.initialize(target=(run_as, code_to_debug),
start_method=start_method,
debug_options=['ShowReturnValue'],
ignore_unobserved=[Event('continued')])
session.set_breakpoints(code_to_debug, [8])
session.start_debugging()
hit = session.wait_for_thread_stopped()
session.send_request('next', {
'threadId': hit.thread_id
}).wait_for_response()
hit = session.wait_for_thread_stopped(reason='step')
resp_scopes = session.send_request('scopes',
arguments={
'frameId': hit.frame_id
}).wait_for_response()
scopes = resp_scopes.body['scopes']
assert len(scopes) > 0
resp_variables = session.send_request(
'variables',
arguments={
'variablesReference': scopes[0]['variablesReference']
}).wait_for_response()
variables = list(v for v in resp_variables.body['variables']
if v['name'].startswith('(return)'))
assert variables == [expected1]
session.send_request('next', {
'threadId': hit.thread_id
}).wait_for_response()
hit = session.wait_for_thread_stopped(reason='step')
# Scope should not have changed so use the same scope
resp_variables = session.send_request(
'variables',
arguments={
'variablesReference': scopes[0]['variablesReference']
}).wait_for_response()
variables = list(v for v in resp_variables.body['variables']
if v['name'].startswith('(return)'))
assert variables == [expected1, expected2]
session.send_request('continue').wait_for_response()
session.wait_for_exit()
def test_variables_and_evaluate(debug_session, simple_hit_paused_on_break):
hit = simple_hit_paused_on_break
resp_scopes = debug_session.send_request('scopes',
arguments={
'frameId': hit.frame_id,
}).wait_for_response()
scopes = resp_scopes.body['scopes']
assert len(scopes) > 0
resp_variables = debug_session.send_request(
'variables',
arguments={
'variablesReference': scopes[0]['variablesReference']
}).wait_for_response()
variables = list(v for v in resp_variables.body['variables']
if v['name'] in ['a', 'b', 'c'])
assert len(variables) == 3
# variables should be sorted alphabetically
assert ['a', 'b', 'c'] == list(v['name'] for v in variables)
# get contents of 'b'
resp_b_variables = debug_session.send_request(
'variables',
arguments={
'variablesReference': variables[1]['variablesReference']
}).wait_for_response()
b_variables = resp_b_variables.body['variables']
assert len(b_variables) == 3
assert b_variables[0] == {
'type': 'int',
'value': '1',
'name': ANY.such_that(lambda x: x.find('one') > 0),
'evaluateName': "b['one']"
}
assert b_variables[1] == {
'type': 'int',
'value': '2',
'name': ANY.such_that(lambda x: x.find('two') > 0),
'evaluateName': "b['two']"
}
assert b_variables[2] == {
'type': 'int',
'value': '2',
'name': '__len__',
'evaluateName': "b.__len__"
}
# simple variable
resp_evaluate1 = debug_session.send_request('evaluate',
arguments={
'expression': 'a',
'frameId': hit.frame_id,
}).wait_for_response()
assert resp_evaluate1.body == ANY.dict_with({'type': 'int', 'result': '1'})
# dict variable
resp_evaluate2 = debug_session.send_request('evaluate',
arguments={
'expression': 'b["one"]',
'frameId': hit.frame_id,
}).wait_for_response()
assert resp_evaluate2.body == ANY.dict_with({'type': 'int', 'result': '1'})
# expression evaluate
resp_evaluate3 = debug_session.send_request('evaluate',
arguments={
'expression':
'a + b["one"]',
'frameId': hit.frame_id,
}).wait_for_response()
assert resp_evaluate3.body == ANY.dict_with({'type': 'int', 'result': '2'})
def test_multiprocessing(debug_session, pyfile):
@pyfile
def code_to_debug():
import multiprocessing
import platform
import sys
def child_of_child(q):
print('entering child of child')
assert q.get() == 2
q.put(3)
print('leaving child of child')
def child(q):
print('entering child')
assert q.get() == 1
print('spawning child of child')
p = multiprocessing.Process(target=child_of_child, args=(q, ))
p.start()
p.join()
assert q.get() == 3
q.put(4)
print('leaving child')
if __name__ == '__main__':
import backchannel
if sys.version_info >= (3, 4):
multiprocessing.set_start_method('spawn')
else:
assert platform.system() == 'Windows'
print('spawning child')
q = multiprocessing.Queue()
p = multiprocessing.Process(target=child, args=(q, ))
p.start()
print('child spawned')
backchannel.write_json(p.pid)
q.put(1)
assert backchannel.read_json() == 'continue'
q.put(2)
p.join()
assert q.get() == 4
q.close()
backchannel.write_json('done')
debug_session.ignore_unobserved += [
# The queue module can spawn helper background threads, depending on Python version
# and platform. Since this is an implementation detail, we don't care about those.
Event('thread', ANY.dict_with({'reason': 'started'}))
]
debug_session.multiprocess = True
debug_session.prepare_to_run(filename=code_to_debug, backchannel=True)
debug_session.start_debugging()
root_start_request, = debug_session.all_occurrences_of(
Request('launch') | Request('attach'))
root_process, = debug_session.all_occurrences_of(Event('process'))
root_pid = int(root_process.body['systemProcessId'])
child_pid = debug_session.read_json()
child_subprocess = debug_session.wait_for_next(Event('ptvsd_subprocess'))
assert child_subprocess == Event(
'ptvsd_subprocess', {
'rootProcessId': root_pid,
'parentProcessId': root_pid,
'processId': child_pid,
'port': ANY.int,
'rootStartRequest': {
'seq': ANY.int,
'type': 'request',
'command': root_start_request.command,
'arguments': root_start_request.arguments,
}
})
child_port = child_subprocess.body['port']
child_session = DebugSession(method='attach_socket', ptvsd_port=child_port)
child_session.ignore_unobserved = debug_session.ignore_unobserved
child_session.connect()
child_session.handshake()
child_session.start_debugging()
debug_session.proceed()
child_child_subprocess = debug_session.wait_for_next(
Event('ptvsd_subprocess'))
assert child_child_subprocess == Event(
'ptvsd_subprocess', {
'rootProcessId': root_pid,
'parentProcessId': child_pid,
'processId': ANY.int,
'port': ANY.int,
'rootStartRequest': {
'seq': ANY.int,
'type': 'request',
'command': root_start_request.command,
'arguments': root_start_request.arguments,
}
})
child_child_port = child_child_subprocess.body['port']
child_child_session = DebugSession(method='attach_socket',
ptvsd_port=child_child_port)
child_child_session.ignore_unobserved = debug_session.ignore_unobserved
child_child_session.connect()
child_child_session.handshake()
child_child_session.start_debugging(freeze=False)
debug_session.write_json('continue')
if sys.version_info >= (3, ):
child_child_session.wait_for_termination()
child_session.wait_for_termination()
else:
# These should really be wait_for_termination(), but child processes don't send the
# usual sequence of events leading to 'terminate' when they exit for some unclear
# reason (ptvsd bug?). So, just wait till they drop connection.
child_child_session.wait_for_disconnect()
child_session.wait_for_disconnect()
assert debug_session.read_json() == 'done'
def test_django_breakpoint_no_multiproc(debug_session, bp_file, bp_line,
bp_name, start_method):
debug_session.initialize(
start_method=start_method,
target=('file', DJANGO1_MANAGE),
program_args=['runserver', '--noreload', '--nothreading'],
debug_options=['Django'],
cwd=DJANGO1_ROOT,
expected_returncode=ANY.int, # No clean way to kill Flask server
)
bp_var_content = 'Django-Django-Test'
debug_session.set_breakpoints(bp_file, [bp_line])
debug_session.start_debugging()
# wait for Django server to start
wait_for_connection(DJANGO_PORT)
web_request = get_web_content(DJANGO_LINK, {})
thread_stopped = debug_session.wait_for_next(
Event('stopped', ANY.dict_with({'reason': 'breakpoint'})))
assert thread_stopped.body['threadId'] is not None
tid = thread_stopped.body['threadId']
resp_stacktrace = debug_session.send_request('stackTrace',
arguments={
'threadId': tid,
}).wait_for_response()
assert resp_stacktrace.body['totalFrames'] > 1
frames = resp_stacktrace.body['stackFrames']
assert frames[0] == {
'id': 1,
'name': bp_name,
'source': {
'sourceReference': ANY,
'path': ANY.such_that(lambda s: compare_path(s, bp_file)),
},
'line': bp_line,
'column': 1,
}
fid = frames[0]['id']
resp_scopes = debug_session.send_request('scopes',
arguments={
'frameId': fid
}).wait_for_response()
scopes = resp_scopes.body['scopes']
assert len(scopes) > 0
resp_variables = debug_session.send_request(
'variables',
arguments={
'variablesReference': scopes[0]['variablesReference']
}).wait_for_response()
variables = list(v for v in resp_variables.body['variables']
if v['name'] == 'content')
assert variables == [{
'name': 'content',
'type': 'str',
'value': repr(bp_var_content),
'presentationHint': {
'attributes': ['rawString']
},
'evaluateName': 'content'
}]
debug_session.send_request('continue').wait_for_response()
debug_session.wait_for_next(Event('continued'))
web_content = web_request.wait_for_response()
assert web_content.find(bp_var_content) != -1
# shutdown to web server
link = DJANGO_LINK + 'exit'
get_web_content(link).wait_for_response()
def test_vsc_exception_options_raise_with_except(pyfile, run_as, start_method,
raised, uncaught):
@pyfile
def code_to_debug():
from dbgimporter import import_and_enable_debugger
import_and_enable_debugger()
def raise_with_except():
try:
raise ArithmeticError('bad code')
except Exception:
pass
raise_with_except()
ex_line = 5
filters = []
filters += ['raised'] if raised == 'raisedOn' else []
filters += ['uncaught'] if uncaught == 'uncaughtOn' else []
with DebugSession() as session:
session.initialize(
target=(run_as, code_to_debug),
start_method=start_method,
ignore_unobserved=[Event('continued')],
)
session.send_request('setExceptionBreakpoints', {
'filters': filters
}).wait_for_response()
session.start_debugging()
expected = ANY.dict_with({
'exceptionId':
ANY.such_that(lambda s: s.endswith('ArithmeticError')),
'description':
'bad code',
'breakMode':
'always' if raised == 'raisedOn' else 'unhandled',
'details':
ANY.dict_with({
'typeName':
ANY.such_that(lambda s: s.endswith('ArithmeticError')),
'message':
'bad code',
'source':
ANY.such_that(lambda s: compare_path(code_to_debug, s)),
}),
})
if raised == 'raisedOn':
hit = session.wait_for_thread_stopped(reason='exception')
frames = hit.stacktrace.body['stackFrames']
assert ex_line == frames[0]['line']
resp_exc_info = session.send_request('exceptionInfo', {
'threadId': hit.thread_id
}).wait_for_response()
assert resp_exc_info.body == expected
session.send_request('continue').wait_for_response(freeze=False)
# uncaught should not 'stop' matter since the exception is caught
session.wait_for_exit()
def test_django_breakpoint_multiproc(debug_session, start_method):
debug_session.initialize(
start_method=start_method,
target=('file', DJANGO1_MANAGE),
multiprocess=True,
program_args=[
'runserver',
],
debug_options=['Django'],
cwd=DJANGO1_ROOT,
ignore_events=[Event('stopped'), Event('continued')],
expected_returncode=ANY.int, # No clean way to kill Flask server
)
bp_line = 40
bp_var_content = 'Django-Django-Test'
debug_session.set_breakpoints(DJANGO1_MANAGE, [bp_line])
debug_session.start_debugging()
child_session = _wait_for_child_process(debug_session)
child_session.send_request('setBreakpoints',
arguments={
'source': {
'path': DJANGO1_MANAGE
},
'breakpoints': [
{
'line': bp_line
},
],
}).wait_for_response()
child_session.start_debugging()
# wait for Django server to start
while True:
child_session.proceed()
o = child_session.wait_for_next(Event('output'))
if get_url_from_str(o.body['output']) is not None:
break
web_request = get_web_content(DJANGO_LINK, {})
thread_stopped = child_session.wait_for_next(
Event('stopped', ANY.dict_with({'reason': 'breakpoint'})))
assert thread_stopped.body['threadId'] is not None
tid = thread_stopped.body['threadId']
resp_stacktrace = child_session.send_request('stackTrace',
arguments={
'threadId': tid,
}).wait_for_response()
assert resp_stacktrace.body['totalFrames'] > 0
frames = resp_stacktrace.body['stackFrames']
assert frames[0] == {
'id': ANY.int,
'name': 'home',
'source': {
'sourceReference': ANY.int,
'path': ANY.such_that(lambda s: compare_path(s, DJANGO1_MANAGE)),
},
'line': bp_line,
'column': 1,
}
fid = frames[0]['id']
resp_scopes = child_session.send_request('scopes',
arguments={
'frameId': fid
}).wait_for_response()
scopes = resp_scopes.body['scopes']
assert len(scopes) > 0
resp_variables = child_session.send_request(
'variables',
arguments={
'variablesReference': scopes[0]['variablesReference']
}).wait_for_response()
variables = list(v for v in resp_variables.body['variables']
if v['name'] == 'content')
assert variables == [{
'name': 'content',
'type': 'str',
'value': repr(bp_var_content),
'presentationHint': {
'attributes': ['rawString']
},
'evaluateName': 'content'
}]
child_session.send_request('continue').wait_for_response()
child_session.wait_for_next(Event('continued'))
web_content = web_request.wait_for_response()
assert web_content.find(bp_var_content) != -1
# shutdown to web server
link = DJANGO_LINK + 'exit'
get_web_content(link).wait_for_response()
def test_django_exception_no_multiproc(debug_session, ex_type, ex_line,
start_method):
debug_session.initialize(
start_method=start_method,
target=('file', DJANGO1_MANAGE),
program_args=['runserver', '--noreload', '--nothreading'],
debug_options=['Django'],
cwd=DJANGO1_ROOT,
expected_returncode=ANY.int, # No clean way to kill Flask server
)
debug_session.send_request('setExceptionBreakpoints',
arguments={
'filters': ['raised', 'uncaught'],
}).wait_for_response()
debug_session.start_debugging()
wait_for_connection(DJANGO_PORT)
base_link = DJANGO_LINK
link = base_link + ex_type if base_link.endswith('/') else ('/' + ex_type)
web_request = get_web_content(link, {})
thread_stopped = debug_session.wait_for_next(
Event('stopped', ANY.dict_with({'reason': 'exception'})))
assert thread_stopped == Event(
'stopped',
ANY.dict_with({
'reason':
'exception',
'text':
ANY.such_that(lambda s: s.endswith('ArithmeticError')),
'description':
'Hello'
}))
tid = thread_stopped.body['threadId']
resp_exception_info = debug_session.send_request('exceptionInfo',
arguments={
'threadId': tid,
}).wait_for_response()
exception = resp_exception_info.body
assert exception == {
'exceptionId': ANY.such_that(lambda s: s.endswith('ArithmeticError')),
'breakMode': 'always',
'description': 'Hello',
'details': {
'message': 'Hello',
'typeName': ANY.such_that(lambda s: s.endswith('ArithmeticError')),
'source': ANY.such_that(lambda s: compare_path(s, DJANGO1_MANAGE)),
'stackTrace': ANY.such_that(lambda s: True),
}
}
resp_stacktrace = debug_session.send_request('stackTrace',
arguments={
'threadId': tid,
}).wait_for_response()
assert resp_stacktrace.body['totalFrames'] > 1
frames = resp_stacktrace.body['stackFrames']
assert frames[0] == {
'id': ANY,
'name': 'bad_route_' + ex_type,
'source': {
'sourceReference': ANY,
'path': ANY.such_that(lambda s: compare_path(s, DJANGO1_MANAGE)),
},
'line': ex_line,
'column': 1,
}
debug_session.send_request('continue').wait_for_response()
debug_session.wait_for_next(Event('continued'))
# ignore response for exception tests
web_request.wait_for_response()
# shutdown to web server
link = base_link + 'exit' if base_link.endswith('/') else '/exit'
get_web_content(link).wait_for_response()
def test_conditional_breakpoint(pyfile, run_as, start_method, condition_key):
@pyfile
def code_to_debug():
from dbgimporter import import_and_enable_debugger
import_and_enable_debugger()
for i in range(0, 10):
print(i)
expected = {
'condition_var': ('condition', 'i==5', '5', 1),
'hitCondition_#': ('hitCondition', '5', '4', 1),
'hitCondition_eq': ('hitCondition', '==5', '4', 1),
'hitCondition_gt': ('hitCondition', '>5', '5', 5),
'hitCondition_ge': ('hitCondition', '>=5', '4', 6),
'hitCondition_lt': ('hitCondition', '<5', '0', 4),
'hitCondition_le': ('hitCondition', '<=5', '0', 5),
'hitCondition_mod': ('hitCondition', '%3', '2', 3),
}
condition_type, condition, value, hits = expected[condition_key]
bp_line = 4
with DebugSession() as session:
session.initialize(
target=(run_as, code_to_debug),
start_method=start_method,
ignore_unobserved=[Event('continued')],
)
session.send_request('setBreakpoints',
arguments={
'source': {
'path': code_to_debug
},
'breakpoints': [{
'line': bp_line,
condition_type: condition
}],
}).wait_for_response()
session.start_debugging()
hit = session.wait_for_thread_stopped()
frames = hit.stacktrace.body['stackFrames']
assert bp_line == frames[0]['line']
resp_scopes = session.send_request('scopes',
arguments={
'frameId': hit.frame_id
}).wait_for_response()
scopes = resp_scopes.body['scopes']
assert len(scopes) > 0
resp_variables = session.send_request(
'variables',
arguments={
'variablesReference': scopes[0]['variablesReference']
}).wait_for_response()
variables = list(v for v in resp_variables.body['variables']
if v['name'] == 'i')
assert variables == [
ANY.dict_with({
'name': 'i',
'type': 'int',
'value': value,
'evaluateName': 'i'
})
]
session.send_request('continue').wait_for_response(freeze=False)
for i in range(1, hits):
session.wait_for_thread_stopped()
session.send_request('continue').wait_for_response(freeze=False)
session.wait_for_exit()
def test_vsc_exception_options_raise_without_except(pyfile, run_as,
start_method, raised,
uncaught):
@pyfile
def code_to_debug():
from dbgimporter import import_and_enable_debugger
import_and_enable_debugger()
def raise_without_except():
raise ArithmeticError('bad code')
raise_without_except()
ex_line = 4
filters = []
filters += ['raised'] if raised == 'raisedOn' else []
filters += ['uncaught'] if uncaught == 'uncaughtOn' else []
with DebugSession() as session:
session.initialize(
target=(run_as, code_to_debug),
start_method=start_method,
ignore_unobserved=[Event('continued'),
Event('stopped')],
expected_returncode=ANY.int,
)
session.send_request('setExceptionBreakpoints', {
'filters': filters
}).wait_for_response()
session.start_debugging()
expected = ANY.dict_with({
'exceptionId':
ANY.such_that(lambda s: s.endswith('ArithmeticError')),
'description':
'bad code',
'breakMode':
'always' if raised == 'raisedOn' else 'unhandled',
'details':
ANY.dict_with({
'typeName':
ANY.such_that(lambda s: s.endswith('ArithmeticError')),
'message':
'bad code',
'source':
ANY.such_that(lambda s: compare_path(code_to_debug, s)),
}),
})
if raised == 'raisedOn':
hit = session.wait_for_thread_stopped(reason='exception')
frames = hit.stacktrace.body['stackFrames']
assert ex_line == frames[0]['line']
resp_exc_info = session.send_request('exceptionInfo', {
'threadId': hit.thread_id
}).wait_for_response()
assert resp_exc_info.body == expected
session.send_request('continue').wait_for_response(freeze=False)
# NOTE: debugger stops at each frame if raised and is uncaught
# This behavior can be changed by updating 'notify_on_handled_exceptions'
# setting we send to pydevd to notify only once. In our test code, we have
# two frames, hence two stops.
session.wait_for_thread_stopped(reason='exception')
session.send_request('continue').wait_for_response(freeze=False)
if uncaught == 'uncaughtOn':
hit = session.wait_for_thread_stopped(reason='exception')
frames = hit.stacktrace.body['stackFrames']
assert ex_line == frames[0]['line']
resp_exc_info = session.send_request('exceptionInfo', {
'threadId': hit.thread_id
}).wait_for_response()
assert resp_exc_info.body == expected
session.send_request('continue').wait_for_response(freeze=False)
session.wait_for_exit()
def test_flask_breakpoint_multiproc(start_method):
env = {
'FLASK_APP': 'app',
'FLASK_ENV': 'development',
'FLASK_DEBUG': '1',
}
if platform.system() != 'Windows':
locale = 'en_US.utf8' if platform.system(
) == 'Linux' else 'en_US.UTF-8'
env.update({
'LC_ALL': locale,
'LANG': locale,
})
with DebugSession() as parent_session:
parent_session.initialize(
start_method=start_method,
target=('module', 'flask'),
multiprocess=True,
program_args=[
'run',
],
ignore_unobserved=[Event('stopped'),
Event('continued')],
debug_options=['Jinja'],
cwd=FLASK1_ROOT,
env=env,
expected_returncode=ANY.int, # No clean way to kill Flask server
)
bp_line = 11
bp_var_content = 'Flask-Jinja-Test'
parent_session.set_breakpoints(FLASK1_APP, [bp_line])
parent_session.start_debugging()
with parent_session.connect_to_next_child_session() as child_session:
child_session.send_request('setBreakpoints',
arguments={
'source': {
'path': FLASK1_APP
},
'breakpoints': [
{
'line': bp_line
},
],
}).wait_for_response()
child_session.start_debugging()
# wait for Flask server to start
wait_for_connection(FLASK_PORT)
web_request = get_web_content(FLASK_LINK, {})
thread_stopped = child_session.wait_for_next(
Event('stopped', ANY.dict_with({'reason': 'breakpoint'})))
assert thread_stopped.body['threadId'] is not None
tid = thread_stopped.body['threadId']
resp_stacktrace = child_session.send_request(
'stackTrace', arguments={
'threadId': tid,
}).wait_for_response()
assert resp_stacktrace.body['totalFrames'] > 0
frames = resp_stacktrace.body['stackFrames']
assert frames[0] == {
'id': ANY.int,
'name': 'home',
'source': {
'sourceReference': ANY.int,
'path':
ANY.such_that(lambda s: compare_path(s, FLASK1_APP)),
},
'line': bp_line,
'column': 1,
}
fid = frames[0]['id']
resp_scopes = child_session.send_request('scopes',
arguments={
'frameId': fid
}).wait_for_response()
scopes = resp_scopes.body['scopes']
assert len(scopes) > 0
resp_variables = child_session.send_request(
'variables',
arguments={
'variablesReference': scopes[0]['variablesReference']
}).wait_for_response()
variables = [
v for v in resp_variables.body['variables']
if v['name'] == 'content'
]
assert variables == [{
'name': 'content',
'type': 'str',
'value': repr(bp_var_content),
'presentationHint': {
'attributes': ['rawString']
},
'evaluateName': 'content'
}]
child_session.send_request('continue').wait_for_response(
freeze=False)
web_content = web_request.wait_for_response()
assert web_content.find(bp_var_content) != -1
# shutdown to web server
link = FLASK_LINK + 'exit'
get_web_content(link).wait_for_response()
child_session.wait_for_termination()
parent_session.wait_for_exit()
def test_flask_breakpoint_no_multiproc(bp_target, start_method):
bp_file, bp_line, bp_name = {
'code': (FLASK1_APP, 11, 'home'),
'template': (FLASK1_TEMPLATE, 8, 'template')
}[bp_target]
with DebugSession() as session:
_initialize_flask_session_no_multiproc(session, start_method)
bp_var_content = 'Flask-Jinja-Test'
session.set_breakpoints(bp_file, [bp_line])
session.start_debugging()
# wait for Flask web server to start
wait_for_connection(FLASK_PORT)
link = FLASK_LINK
web_request = get_web_content(link, {})
thread_stopped = session.wait_for_next(
Event('stopped'), ANY.dict_with({'reason': 'breakpoint'}))
assert thread_stopped.body['threadId'] is not None
tid = thread_stopped.body['threadId']
resp_stacktrace = session.send_request('stackTrace',
arguments={
'threadId': tid,
}).wait_for_response()
assert resp_stacktrace.body['totalFrames'] > 0
frames = resp_stacktrace.body['stackFrames']
assert frames[0] == {
'id': ANY.int,
'name': bp_name,
'source': {
'sourceReference': ANY.int,
'path': ANY.such_that(lambda s: compare_path(s, bp_file)),
},
'line': bp_line,
'column': 1,
}
fid = frames[0]['id']
resp_scopes = session.send_request('scopes',
arguments={
'frameId': fid
}).wait_for_response()
scopes = resp_scopes.body['scopes']
assert len(scopes) > 0
resp_variables = session.send_request(
'variables',
arguments={
'variablesReference': scopes[0]['variablesReference']
}).wait_for_response()
variables = list(v for v in resp_variables.body['variables']
if v['name'] == 'content')
assert variables == [{
'name': 'content',
'type': 'str',
'value': repr(bp_var_content),
'presentationHint': {
'attributes': ['rawString']
},
'evaluateName': 'content'
}]
session.send_request('continue').wait_for_response(freeze=False)
web_content = web_request.wait_for_response()
assert web_content.find(bp_var_content) != -1
# shutdown to web server
link = FLASK_LINK + 'exit'
get_web_content(link).wait_for_response()
session.wait_for_exit()
def test_condition_with_log_point(pyfile, run_as, start_method):
@pyfile
def code_to_debug():
from dbgimporter import import_and_enable_debugger
import_and_enable_debugger()
a = 10
for i in range(1, a):
print('value: %d' % i)
bp_line = 5
with DebugSession() as session:
session.initialize(
target=(run_as, code_to_debug),
start_method=start_method,
ignore_unobserved=[Event('continued')],
)
session.send_request('setBreakpoints',
arguments={
'source': {
'path': code_to_debug
},
'breakpoints': [{
'line': bp_line,
'logMessage': 'log: {a + i}',
'condition': 'i==5'
}],
}).wait_for_response()
session.start_debugging()
hit = session.wait_for_thread_stopped()
frames = hit.stacktrace.body['stackFrames']
assert bp_line == frames[0]['line']
resp_scopes = session.send_request('scopes',
arguments={
'frameId': hit.frame_id
}).wait_for_response()
scopes = resp_scopes.body['scopes']
assert len(scopes) > 0
resp_variables = session.send_request(
'variables',
arguments={
'variablesReference': scopes[0]['variablesReference']
}).wait_for_response()
variables = list(v for v in resp_variables.body['variables']
if v['name'] == 'i')
assert variables == [
ANY.dict_with({
'name': 'i',
'type': 'int',
'value': '5',
'evaluateName': 'i'
})
]
session.send_request('continue').wait_for_response(freeze=False)
session.wait_for_exit()
assert session.get_stderr_as_string() == b''
output = session.all_occurrences_of(
Event('output', ANY.dict_with({'category': 'stdout'})))
output_str = ''.join(o.body['output'] for o in output)
logged = sorted(
int(i) for i in re.findall(r"log:\s([0-9]*)", output_str))
values = sorted(
int(i) for i in re.findall(r"value:\s([0-9]*)", output_str))
assert 15 in logged
assert 5 in values