def test_passed(self):
e = Executor()
g = make_test(
"test_core.cc",
DUMMYPATH,
[
"[==========] Running 1 test from 1 test case.",
"[----------] Global test environment set-up.",
"[----------] 1 test from core",
"[ RUN ] core.ok",
"[ OK ] core.ok (0 ms)",
"[----------] 1 test from core (1 ms total)",
"",
"[----------] Global test environment tear-down",
"[==========] 1 test from 1 test case ran. (1 ms total)",
"[ PASSED ] 1 test.",
],
)
results = e.test([g])
assert results == {
"total_runtime": 0.001,
"total_passed": 1,
"total_failed": 0,
"failures": [],
}
def test_filter(self):
e = Executor()
g = make_test(
"test_core.cc",
DUMMYPATH,
[
"[==========] Running 1 test from 1 test case.",
"[----------] Global test environment set-up.",
"[----------] 1 test from core",
"[ RUN ] core.ok",
"test_core.cc:12: Failure",
"Value of: 2",
"Expected: ok()",
"Which is: 42",
"[ FAILED ] core.ok (0 ms)",
"[----------] 1 test from core (0 ms total)",
"",
"[----------] Global test environment tear-down",
"[==========] 1 test from 1 test case ran. (0 ms total)",
"[ PASSED ] 0 tests.",
"[ FAILED ] 1 test, listed below:",
"[ FAILED ] core.ok",
"",
" 1 FAILED TEST",
],
)
e.test([g])
assert e.test_filter() == {DUMMYPATH: ["core.ok"]}
e.clear_filter()
assert e.test_filter() == {}
def test_mixed_results(self):
e = Executor()
g = make_test(
"test_core.cc",
DUMMYPATH,
[
"[==========] Running 2 tests from 1 test case.",
"[----------] Global test environment set-up.",
"[----------] 2 test from core",
"[ RUN ] core.test",
"[ OK ] core.test (0 ms)",
"[ RUN ] core.ok",
"test_core.cc:12: Failure",
"Value of: 2",
"Expected: ok()",
"Which is: 42",
"[ FAILED ] core.ok (0 ms)",
"[----------] 2 tests from core (1 ms total)",
"",
"[----------] Global test environment tear-down",
"[==========] 2 tests from 1 test case ran. (1 ms total)",
"[ PASSED ] 1 test.",
"[ FAILED ] 1 test, listed below:",
"[ FAILED ] core.ok",
"",
" 1 FAILED TEST",
],
)
results = e.test([g])
assert results == {
"total_runtime": 0.001,
"total_passed": 1,
"total_failed": 1,
"failures": [
[
"core.ok",
[
"test_core.cc:12: Failure",
"Value of: 2",
"Expected: ok()",
"Which is: 42",
],
[],
FAILED,
]
],
}
def test_filter(self):
e = Executor()
g = make_test('test_core.cc', DUMMYPATH, [
'[==========] Running 1 test from 1 test case.',
'[----------] Global test environment set-up.',
'[----------] 1 test from core',
'[ RUN ] core.ok',
'test_core.cc:12: Failure',
'Value of: 2',
'Expected: ok()',
'Which is: 42',
'[ FAILED ] core.ok (0 ms)',
'[----------] 1 test from core (0 ms total)',
'',
'[----------] Global test environment tear-down',
'[==========] 1 test from 1 test case ran. (0 ms total)',
'[ PASSED ] 0 tests.',
'[ FAILED ] 1 test, listed below:',
'[ FAILED ] core.ok',
'',
' 1 FAILED TEST',
])
e.test([g])
assert e.test_filter() == {DUMMYPATH: ['core.ok']}
e.clear_filter()
assert e.test_filter() == {}
def test_windows_seh_crash(self):
e = Executor()
g = make_test(
"test_core.cc",
DUMMYPATH,
[
"[==========] Running 1 test from 1 test case.",
"[----------] Global test environment set-up.",
"[----------] 1 test from core",
"[ RUN ] core.ok",
"unknown file: error: SEH exception with code 0xc0000005 thrown in"
" the test body",
"[ FAILED ] core.ok (0 ms)",
"[----------] 1 test from core (1 ms total)",
"",
"[----------] Global test environment tear-down",
"[==========] 1 test from 1 test case ran. (1 ms total)",
"[ PASSED ] 0 tests.",
"[ FAILED ] 1 test, listed below:",
"[ FAILED ] core.ok",
"",
" 1 FAILED TEST",
],
)
results = e.test([g])
assert results == {
"total_runtime": 0.001,
"total_passed": 0,
"total_failed": 1,
"failures": [
[
"core.ok",
[
"SEH Exception",
"unknown file: error: SEH exception with code "
"0xc0000005 thrown in the test body",
],
[],
CRASHED,
]
],
}
def test_mixed_results(self):
e = Executor()
g = make_test('test_core.cc', DUMMYPATH, [
'[==========] Running 2 tests from 1 test case.',
'[----------] Global test environment set-up.',
'[----------] 2 test from core',
'[ RUN ] core.test',
'[ OK ] core.test (0 ms)',
'[ RUN ] core.ok',
'test_core.cc:12: Failure',
'Value of: 2',
'Expected: ok()',
'Which is: 42',
'[ FAILED ] core.ok (0 ms)',
'[----------] 2 tests from core (1 ms total)',
'',
'[----------] Global test environment tear-down',
'[==========] 2 tests from 1 test case ran. (1 ms total)',
'[ PASSED ] 1 test.',
'[ FAILED ] 1 test, listed below:',
'[ FAILED ] core.ok',
'',
' 1 FAILED TEST',
])
results = e.test([g])
assert results == {
'total_runtime': 0.001,
'total_passed': 1,
'total_failed': 1,
'failures': [[
'core.ok',
[
'test_core.cc:12: Failure',
'Value of: 2',
'Expected: ok()',
'Which is: 42',
],
[],
FAILED
]]
}
def test_passed(self):
e = Executor()
g = make_test('test_core.cc', DUMMYPATH, [
'[==========] Running 1 test from 1 test case.',
'[----------] Global test environment set-up.',
'[----------] 1 test from core',
'[ RUN ] core.ok',
'[ OK ] core.ok (0 ms)',
'[----------] 1 test from core (1 ms total)',
'',
'[----------] Global test environment tear-down',
'[==========] 1 test from 1 test case ran. (1 ms total)',
'[ PASSED ] 1 test.',
])
results = e.test([g])
assert results == {
'total_runtime': 0.001,
'total_passed': 1,
'total_failed': 0,
'failures': []
}
def test_windows_seh_crash(self):
e = Executor()
g = make_test('test_core.cc', DUMMYPATH, [
'[==========] Running 1 test from 1 test case.',
'[----------] Global test environment set-up.',
'[----------] 1 test from core',
'[ RUN ] core.ok',
'unknown file: error: SEH exception with code 0xc0000005 thrown in'
' the test body',
'[ FAILED ] core.ok (0 ms)',
'[----------] 1 test from core (1 ms total)',
'',
'[----------] Global test environment tear-down',
'[==========] 1 test from 1 test case ran. (1 ms total)',
'[ PASSED ] 0 tests.',
'[ FAILED ] 1 test, listed below:',
'[ FAILED ] core.ok',
'',
' 1 FAILED TEST',
])
results = e.test([g])
assert results == {
'total_runtime': 0.001,
'total_passed': 0,
'total_failed': 1,
'failures': [[
'core.ok',
[
'SEH Exception',
'unknown file: error: SEH exception with code '
'0xc0000005 thrown in the test body',
],
[],
CRASHED
]]
}
def create_monitor(watch_path=None, patterns=None, **kwargs):
"""Creates a monitor and its subordinate objects.
By default, one reporter object is created to output to the terminal.
An optional IRC reporter may be created if irc_server is provided.
:param watch_path: (optional) the root of the source tree, either relative
or absolute. If not provided, the current working directory is assumed
to be the root of the source tree.
:param patterns: (optional) a list of file names or patterns that identify
the files to be tracked. By default, all files are tracked unless this
list is specified and not empty.
:param build_path: (optional) the desired build path. May be relative. If
not provided, it will be generated from the watch path.
:param generator: (optional) the cmake build system generator
:param defines: (optional) list of var=val strings for CMake's -D option
:param irc_server: (optional) the IRC server host if an IRC reporter is
required.
:param irc_port (optional) the IRC server port. Has no meaning without
irc_server.
:param irc_channel (optional) the IRC channel to join once connected. Has
no meaning without irc_server.
:param irc_nick (optional) the IRC nickname to use once connected. Has
no meaning without irc_server.
"""
build_config = kwargs.pop("config", None)
generator = kwargs.pop("generator", None)
watch_path = make_watch_path(watch_path)
build_path = make_build_path(kwargs.pop("build_path", None), watch_path,
build_config)
term = Terminal(stream=sys.stdout)
exclusions = kwargs.pop("exclude", [])
watcher = Watcher(watch_path, build_path, patterns, exclusions, term)
run_tests = kwargs.pop("test", False)
defines = kwargs.pop("define", [])
clean = kwargs.pop("clean", False)
if run_tests:
if defines is None:
defines = []
defines.append("ENABLE_TESTS=ON")
builder = create_builder(watch_path, build_path, generator, build_config,
defines, term, clean)
reporters = [TerminalReporter(watch_path, build_path)]
irc_server = kwargs.pop("irc_server", None)
if irc_server:
irc = IRCClient(
(kwargs.pop("irc_channel", None)
or "#{}-{}".format(__progname__, os.path.basename(watch_path))),
(kwargs.pop("irc_nick", None)
or "{}_{}".format(platform.system(), build_config)),
irc_server,
kwargs.pop("irc_port", None),
)
# print('{}@{}:{}/{}'.format(
# irc._nickname, irc.server.host, irc.server.port, irc.channel)
# )
r = IRCReporter(irc)
reporters.append(r)
executor = Executor() if run_tests else None
return Monitor(watcher, builder, executor, reporters)