body_hash stringlengths 64 64 | body stringlengths 23 109k | docstring stringlengths 1 57k | path stringlengths 4 198 | name stringlengths 1 115 | repository_name stringlengths 7 111 | repository_stars float64 0 191k | lang stringclasses 1
value | body_without_docstring stringlengths 14 108k | unified stringlengths 45 133k |
|---|---|---|---|---|---|---|---|---|---|
f3c29b476c194fce7eeaabc23a4bf9825bd9ad78a2696f7b8b3a805ba5fb6a1e | def read_data_list(self, names):
'\n :return: List of ResultsData objects, corresponding to each object name\n '
if self.is_hdf5:
with h5py.File(self.path, 'r') as file:
return extract_data_by_names_hdf5(names, file, self.group)
else:
return extract_data_by_names(na... | :return: List of ResultsData objects, corresponding to each object name | FBEM/postproc.py | read_data_list | icemtel/stokes | 0 | python | def read_data_list(self, names):
'\n \n '
if self.is_hdf5:
with h5py.File(self.path, 'r') as file:
return extract_data_by_names_hdf5(names, file, self.group)
else:
return extract_data_by_names(names, self.path) | def read_data_list(self, names):
'\n \n '
if self.is_hdf5:
with h5py.File(self.path, 'r') as file:
return extract_data_by_names_hdf5(names, file, self.group)
else:
return extract_data_by_names(names, self.path)<|docstring|>:return: List of ResultsData objects, corre... |
3b6fc6349f3bc6e799ee4f7acf81344e8ec3b684c746bc0ca361b8e90ff1f115 | def url_resolver(url):
'Resolve url for both documentation and Github online.\n\n If the url is an IPython notebook links to the correct path.\n\n Args:\n url: the path to the link (not always a full url)\n\n Returns:\n a local url to either the documentation or the Github\n\n '
if (url[(-... | Resolve url for both documentation and Github online.
If the url is an IPython notebook links to the correct path.
Args:
url: the path to the link (not always a full url)
Returns:
a local url to either the documentation or the Github | doc/conf.py | url_resolver | faical-yannick-congo/sso-backend | 0 | python | def url_resolver(url):
'Resolve url for both documentation and Github online.\n\n If the url is an IPython notebook links to the correct path.\n\n Args:\n url: the path to the link (not always a full url)\n\n Returns:\n a local url to either the documentation or the Github\n\n '
if (url[(-... | def url_resolver(url):
'Resolve url for both documentation and Github online.\n\n If the url is an IPython notebook links to the correct path.\n\n Args:\n url: the path to the link (not always a full url)\n\n Returns:\n a local url to either the documentation or the Github\n\n '
if (url[(-... |
9205e86947f052be46eed60b59d4fdd8b37f8d42c62f8dd04ea070b44e6cf880 | def transform(self, data_block):
'\n Compare the job IDs between the jobs acquired from both sides. Output the\n comparison results, as # jobs in both, # jobs in factory/Nersc only, # jobs\n running on Nersc, and # jobs in factory without an ID.\n '
self.logger.debug('in CompareNersc... | Compare the job IDs between the jobs acquired from both sides. Output the
comparison results, as # jobs in both, # jobs in factory/Nersc only, # jobs
running on Nersc, and # jobs in factory without an ID. | src/decisionengine_modules/NERSC/transforms/CompareNerscFactoryJobs.py | transform | goodenou/decisionengine_modules | 2 | python | def transform(self, data_block):
'\n Compare the job IDs between the jobs acquired from both sides. Output the\n comparison results, as # jobs in both, # jobs in factory/Nersc only, # jobs\n running on Nersc, and # jobs in factory without an ID.\n '
self.logger.debug('in CompareNersc... | def transform(self, data_block):
'\n Compare the job IDs between the jobs acquired from both sides. Output the\n comparison results, as # jobs in both, # jobs in factory/Nersc only, # jobs\n running on Nersc, and # jobs in factory without an ID.\n '
self.logger.debug('in CompareNersc... |
e0e898b409fdb0ad560ecb796fb34aa9d879a1076588f65a7c87dace0540b9d5 | def race_summary(request):
'Race summary statistics'
northEastLat = request.GET.get('neLat')
northEastLon = request.GET.get('neLon', [])
southWestLat = request.GET.get('swLat', [])
southWestLon = request.GET.get('swLon', [])
geoids = get_censustract_geoids(request, northEastLat, northEastLon, so... | Race summary statistics | institutions/censusdata/views.py | race_summary | sephcoster/mapusaurus | 0 | python | def race_summary(request):
northEastLat = request.GET.get('neLat')
northEastLon = request.GET.get('neLon', [])
southWestLat = request.GET.get('swLat', [])
southWestLon = request.GET.get('swLon', [])
geoids = get_censustract_geoids(request, northEastLat, northEastLon, southWestLat, southWestLon)... | def race_summary(request):
northEastLat = request.GET.get('neLat')
northEastLon = request.GET.get('neLon', [])
southWestLat = request.GET.get('swLat', [])
southWestLon = request.GET.get('swLon', [])
geoids = get_censustract_geoids(request, northEastLat, northEastLon, southWestLat, southWestLon)... |
d0f57efbb84b0df36d3cb95197545304ee705e4a8ce28ca67f83a4a1a8136c5c | @pytest.fixture(scope='function', autouse=True)
def watchdog_not_running(self, platform_api_conn):
' Fixture that automatically runs on each test case and\n verifies that watchdog is not running before the test begins\n and disables it after the test ends'
assert (not watchdog.is_armed(platform_ap... | Fixture that automatically runs on each test case and
verifies that watchdog is not running before the test begins
and disables it after the test ends | tests/platform_tests/api/test_watchdog.py | watchdog_not_running | yozhao101/sonic-mgmt | 1 | python | @pytest.fixture(scope='function', autouse=True)
def watchdog_not_running(self, platform_api_conn):
' Fixture that automatically runs on each test case and\n verifies that watchdog is not running before the test begins\n and disables it after the test ends'
assert (not watchdog.is_armed(platform_ap... | @pytest.fixture(scope='function', autouse=True)
def watchdog_not_running(self, platform_api_conn):
' Fixture that automatically runs on each test case and\n verifies that watchdog is not running before the test begins\n and disables it after the test ends'
assert (not watchdog.is_armed(platform_ap... |
7bfde2b2bbdba1d4c6d7a4fba5b6a5142fe1a92f1b507381be9b851a8a2fff41 | @pytest.fixture(scope='module')
def conf(self, request, duthost):
' Reads the watchdog test configuration file @TEST_CONFIG_FILE and\n results in a dictionary which holds parameters for test '
test_config = None
with open(TEST_CONFIG_FILE) as stream:
test_config = yaml.safe_load(stream)
c... | Reads the watchdog test configuration file @TEST_CONFIG_FILE and
results in a dictionary which holds parameters for test | tests/platform_tests/api/test_watchdog.py | conf | yozhao101/sonic-mgmt | 1 | python | @pytest.fixture(scope='module')
def conf(self, request, duthost):
' Reads the watchdog test configuration file @TEST_CONFIG_FILE and\n results in a dictionary which holds parameters for test '
test_config = None
with open(TEST_CONFIG_FILE) as stream:
test_config = yaml.safe_load(stream)
c... | @pytest.fixture(scope='module')
def conf(self, request, duthost):
' Reads the watchdog test configuration file @TEST_CONFIG_FILE and\n results in a dictionary which holds parameters for test '
test_config = None
with open(TEST_CONFIG_FILE) as stream:
test_config = yaml.safe_load(stream)
c... |
1b1e6bc8919bc395dad091f51dc360a8ba0d12ef24b50fa394a35f0fd2f845e5 | def test_arm_disarm_states(self, duthost, localhost, platform_api_conn, conf):
' arm watchdog with a valid timeout value, verify it is in armed state,\n disarm watchdog and verify it is in disarmed state\n '
watchdog_timeout = conf['valid_timeout']
actual_timeout = watchdog.arm(platform_api_co... | arm watchdog with a valid timeout value, verify it is in armed state,
disarm watchdog and verify it is in disarmed state | tests/platform_tests/api/test_watchdog.py | test_arm_disarm_states | yozhao101/sonic-mgmt | 1 | python | def test_arm_disarm_states(self, duthost, localhost, platform_api_conn, conf):
' arm watchdog with a valid timeout value, verify it is in armed state,\n disarm watchdog and verify it is in disarmed state\n '
watchdog_timeout = conf['valid_timeout']
actual_timeout = watchdog.arm(platform_api_co... | def test_arm_disarm_states(self, duthost, localhost, platform_api_conn, conf):
' arm watchdog with a valid timeout value, verify it is in armed state,\n disarm watchdog and verify it is in disarmed state\n '
watchdog_timeout = conf['valid_timeout']
actual_timeout = watchdog.arm(platform_api_co... |
570b2c65bb48628d63e4b80a5b151f00d68acb6a7b995fb6274945ec61d5734b | def test_remaining_time(self, duthost, platform_api_conn, conf):
' arm watchdog with a valid timeout and verify that remaining time API works correctly '
watchdog_timeout = conf['valid_timeout']
assert (watchdog.get_remaining_time(platform_api_conn) == (- 1))
actual_timeout = watchdog.arm(platform_api_c... | arm watchdog with a valid timeout and verify that remaining time API works correctly | tests/platform_tests/api/test_watchdog.py | test_remaining_time | yozhao101/sonic-mgmt | 1 | python | def test_remaining_time(self, duthost, platform_api_conn, conf):
' '
watchdog_timeout = conf['valid_timeout']
assert (watchdog.get_remaining_time(platform_api_conn) == (- 1))
actual_timeout = watchdog.arm(platform_api_conn, watchdog_timeout)
remaining_time = watchdog.get_remaining_time(platform_api... | def test_remaining_time(self, duthost, platform_api_conn, conf):
' '
watchdog_timeout = conf['valid_timeout']
assert (watchdog.get_remaining_time(platform_api_conn) == (- 1))
actual_timeout = watchdog.arm(platform_api_conn, watchdog_timeout)
remaining_time = watchdog.get_remaining_time(platform_api... |
ac6c4eab426be8d4701098571688372967ed942aa2f59a2fbb5be16e6daa3f49 | def test_periodic_arm(self, duthost, platform_api_conn, conf):
' arm watchdog several times as watchdog deamon would and verify API behaves correctly '
watchdog_timeout = conf['valid_timeout']
actual_timeout = watchdog.arm(platform_api_conn, watchdog_timeout)
time.sleep(TEST_WAIT_TIME_SECONDS)
remai... | arm watchdog several times as watchdog deamon would and verify API behaves correctly | tests/platform_tests/api/test_watchdog.py | test_periodic_arm | yozhao101/sonic-mgmt | 1 | python | def test_periodic_arm(self, duthost, platform_api_conn, conf):
' '
watchdog_timeout = conf['valid_timeout']
actual_timeout = watchdog.arm(platform_api_conn, watchdog_timeout)
time.sleep(TEST_WAIT_TIME_SECONDS)
remaining_time = watchdog.get_remaining_time(platform_api_conn)
actual_timeout_new = ... | def test_periodic_arm(self, duthost, platform_api_conn, conf):
' '
watchdog_timeout = conf['valid_timeout']
actual_timeout = watchdog.arm(platform_api_conn, watchdog_timeout)
time.sleep(TEST_WAIT_TIME_SECONDS)
remaining_time = watchdog.get_remaining_time(platform_api_conn)
actual_timeout_new = ... |
387243c8e7a08e9c6c88f067712773f519279327c3b7ca34d73755b87b352a8f | def test_arm_different_timeout_greater(self, duthost, platform_api_conn, conf):
' arm the watchdog with greater timeout value and verify new timeout was accepted;\n If platform accepts only single valid timeout value, @greater_timeout should be None.\n '
watchdog_timeout = conf['valid_timeout']
... | arm the watchdog with greater timeout value and verify new timeout was accepted;
If platform accepts only single valid timeout value, @greater_timeout should be None. | tests/platform_tests/api/test_watchdog.py | test_arm_different_timeout_greater | yozhao101/sonic-mgmt | 1 | python | def test_arm_different_timeout_greater(self, duthost, platform_api_conn, conf):
' arm the watchdog with greater timeout value and verify new timeout was accepted;\n If platform accepts only single valid timeout value, @greater_timeout should be None.\n '
watchdog_timeout = conf['valid_timeout']
... | def test_arm_different_timeout_greater(self, duthost, platform_api_conn, conf):
' arm the watchdog with greater timeout value and verify new timeout was accepted;\n If platform accepts only single valid timeout value, @greater_timeout should be None.\n '
watchdog_timeout = conf['valid_timeout']
... |
6d736be2b86d8877d70e798129963e00d8868047b48ed1bd163526d5ab1933e9 | def test_arm_different_timeout_smaller(self, duthost, platform_api_conn, conf):
' arm the watchdog with smaller timeout value and verify new timeout was accepted;\n If platform accepts only single valid timeout value, @greater_timeout should be None.\n '
watchdog_timeout = conf['greater_timeout']
... | arm the watchdog with smaller timeout value and verify new timeout was accepted;
If platform accepts only single valid timeout value, @greater_timeout should be None. | tests/platform_tests/api/test_watchdog.py | test_arm_different_timeout_smaller | yozhao101/sonic-mgmt | 1 | python | def test_arm_different_timeout_smaller(self, duthost, platform_api_conn, conf):
' arm the watchdog with smaller timeout value and verify new timeout was accepted;\n If platform accepts only single valid timeout value, @greater_timeout should be None.\n '
watchdog_timeout = conf['greater_timeout']
... | def test_arm_different_timeout_smaller(self, duthost, platform_api_conn, conf):
' arm the watchdog with smaller timeout value and verify new timeout was accepted;\n If platform accepts only single valid timeout value, @greater_timeout should be None.\n '
watchdog_timeout = conf['greater_timeout']
... |
5f02b710e2f542763516f48c495bb76488da750f98917d2b81b247966fe1d7bd | def test_arm_too_big_timeout(self, duthost, platform_api_conn, conf):
' try to arm the watchdog with timeout that is too big for hardware watchdog;\n If no such limitation exist, @too_big_timeout should be None for such platform.\n '
watchdog_timeout = conf['too_big_timeout']
if (watchdog_time... | try to arm the watchdog with timeout that is too big for hardware watchdog;
If no such limitation exist, @too_big_timeout should be None for such platform. | tests/platform_tests/api/test_watchdog.py | test_arm_too_big_timeout | yozhao101/sonic-mgmt | 1 | python | def test_arm_too_big_timeout(self, duthost, platform_api_conn, conf):
' try to arm the watchdog with timeout that is too big for hardware watchdog;\n If no such limitation exist, @too_big_timeout should be None for such platform.\n '
watchdog_timeout = conf['too_big_timeout']
if (watchdog_time... | def test_arm_too_big_timeout(self, duthost, platform_api_conn, conf):
' try to arm the watchdog with timeout that is too big for hardware watchdog;\n If no such limitation exist, @too_big_timeout should be None for such platform.\n '
watchdog_timeout = conf['too_big_timeout']
if (watchdog_time... |
506383a8b331ebbe8fd613eff286a6876aa28f3f6980e18ad274cd31c32ba8fa | def test_arm_negative_timeout(self, duthost, platform_api_conn):
' try to arm the watchdog with negative value '
watchdog_timeout = (- 1)
actual_timeout = watchdog.arm(platform_api_conn, watchdog_timeout)
assert (actual_timeout == (- 1)) | try to arm the watchdog with negative value | tests/platform_tests/api/test_watchdog.py | test_arm_negative_timeout | yozhao101/sonic-mgmt | 1 | python | def test_arm_negative_timeout(self, duthost, platform_api_conn):
' '
watchdog_timeout = (- 1)
actual_timeout = watchdog.arm(platform_api_conn, watchdog_timeout)
assert (actual_timeout == (- 1)) | def test_arm_negative_timeout(self, duthost, platform_api_conn):
' '
watchdog_timeout = (- 1)
actual_timeout = watchdog.arm(platform_api_conn, watchdog_timeout)
assert (actual_timeout == (- 1))<|docstring|>try to arm the watchdog with negative value<|endoftext|> |
05adddc38df03e3c5183c7c93e2a1a4a7504e502808426ce38585835871351c2 | @pytest.mark.disable_loganalyzer
def test_reboot(self, duthost, localhost, platform_api_conn, conf):
' arm the watchdog and verify it did its job after timeout expiration '
watchdog_timeout = conf['valid_timeout']
actual_timeout = watchdog.arm(platform_api_conn, watchdog_timeout)
assert (actual_timeout ... | arm the watchdog and verify it did its job after timeout expiration | tests/platform_tests/api/test_watchdog.py | test_reboot | yozhao101/sonic-mgmt | 1 | python | @pytest.mark.disable_loganalyzer
def test_reboot(self, duthost, localhost, platform_api_conn, conf):
' '
watchdog_timeout = conf['valid_timeout']
actual_timeout = watchdog.arm(platform_api_conn, watchdog_timeout)
assert (actual_timeout != (- 1))
res = localhost.wait_for(host=duthost.hostname, port=... | @pytest.mark.disable_loganalyzer
def test_reboot(self, duthost, localhost, platform_api_conn, conf):
' '
watchdog_timeout = conf['valid_timeout']
actual_timeout = watchdog.arm(platform_api_conn, watchdog_timeout)
assert (actual_timeout != (- 1))
res = localhost.wait_for(host=duthost.hostname, port=... |
fd9a686fa9fabc0d5348f75514725ad4133cb62e681e2bd8f118f7434550935d | def __init__(self, dataload_obj=None, bkgrd_subtraction_dict=None, data_dict_idx=None, overview=True, sputter_time=None, offval=0, plotflag=True, plotspan=True, plot_legend=None, normalize_subtraction=False, name=None, spectra_colors=None, **kws):
'Class for holding the spectra objects taken on a sample\n\n ... | Class for holding the spectra objects taken on a sample
All of the elemental spectra will be stored in this sample object. There is
the option of loading data from multiple different sources. Additionally, this
can serve as a general purpose spectra holder
Parameters
----------
dataload_obj : object holding the dat... | sample.py | __init__ | cassberk/xps_peakfit | 1 | python | def __init__(self, dataload_obj=None, bkgrd_subtraction_dict=None, data_dict_idx=None, overview=True, sputter_time=None, offval=0, plotflag=True, plotspan=True, plot_legend=None, normalize_subtraction=False, name=None, spectra_colors=None, **kws):
'Class for holding the spectra objects taken on a sample\n\n ... | def __init__(self, dataload_obj=None, bkgrd_subtraction_dict=None, data_dict_idx=None, overview=True, sputter_time=None, offval=0, plotflag=True, plotspan=True, plot_legend=None, normalize_subtraction=False, name=None, spectra_colors=None, **kws):
'Class for holding the spectra objects taken on a sample\n\n ... |
329cdcb4ab61479c19016233777f9ddc93336ea5b44d166bacf96b07805e680e | def xps_overview(self, subpars=None, plotflag=True, plotspan=True, analyze=True):
'Returns an overview of the spectra that are held in sample.\n\n The overview plots all of the raw signals, the background subtracted\n signals and the calculated atomic percent\n\n Parameters\n ----------\n ... | Returns an overview of the spectra that are held in sample.
The overview plots all of the raw signals, the background subtracted
signals and the calculated atomic percent
Parameters
----------
subpars : dict
Optional: ability to enter custom background subtraction parameters. If
None it will use the defa... | sample.py | xps_overview | cassberk/xps_peakfit | 1 | python | def xps_overview(self, subpars=None, plotflag=True, plotspan=True, analyze=True):
'Returns an overview of the spectra that are held in sample.\n\n The overview plots all of the raw signals, the background subtracted\n signals and the calculated atomic percent\n\n Parameters\n ----------\n ... | def xps_overview(self, subpars=None, plotflag=True, plotspan=True, analyze=True):
'Returns an overview of the spectra that are held in sample.\n\n The overview plots all of the raw signals, the background subtracted\n signals and the calculated atomic percent\n\n Parameters\n ----------\n ... |
376b3eb541d8ee0fd1b77c078152486e9352e6e80418f42cc27b5357abb816bc | def bg_sub_all(self):
'Backgrounds subtraction on all the scans in all the spectra objects.\n\n Calls spectra.bg_sub() on all spectra \n\n Parameters\n ----------\n\n Returns\n -------\n\n See Also\n --------\n :func: spectra.bg_sub()\n '
for spectr... | Backgrounds subtraction on all the scans in all the spectra objects.
Calls spectra.bg_sub() on all spectra
Parameters
----------
Returns
-------
See Also
--------
:func: spectra.bg_sub() | sample.py | bg_sub_all | cassberk/xps_peakfit | 1 | python | def bg_sub_all(self):
'Backgrounds subtraction on all the scans in all the spectra objects.\n\n Calls spectra.bg_sub() on all spectra \n\n Parameters\n ----------\n\n Returns\n -------\n\n See Also\n --------\n :func: spectra.bg_sub()\n '
for spectr... | def bg_sub_all(self):
'Backgrounds subtraction on all the scans in all the spectra objects.\n\n Calls spectra.bg_sub() on all spectra \n\n Parameters\n ----------\n\n Returns\n -------\n\n See Also\n --------\n :func: spectra.bg_sub()\n '
for spectr... |
177c6a423091f610e3974d0763696c7490b7a231eb198192f6e5d6ebfe8b9395 | def plot_all_spectra(self, offval=0, plotspan=False, saveflag=0, filepath='', fig=None, ax=None, figdim=None, done_it=False):
'Plots all of the raw spectra data in the sample object. It will plot the spectra from highest to lowest binding energy\n \n\n Parameters\n ----------\n\n Returns... | Plots all of the raw spectra data in the sample object. It will plot the spectra from highest to lowest binding energy
Parameters
----------
Returns
-------
matplotlib figure : fig
dict : matplotlib axes
Subplots of all the Raw spectra data. Keys are the orbital names. values are the matplotlib axes object | sample.py | plot_all_spectra | cassberk/xps_peakfit | 1 | python | def plot_all_spectra(self, offval=0, plotspan=False, saveflag=0, filepath=, fig=None, ax=None, figdim=None, done_it=False):
'Plots all of the raw spectra data in the sample object. It will plot the spectra from highest to lowest binding energy\n \n\n Parameters\n ----------\n\n Returns\n... | def plot_all_spectra(self, offval=0, plotspan=False, saveflag=0, filepath=, fig=None, ax=None, figdim=None, done_it=False):
'Plots all of the raw spectra data in the sample object. It will plot the spectra from highest to lowest binding energy\n \n\n Parameters\n ----------\n\n Returns\n... |
3036209b2b0f70136d55bbc5b300c824af22074c5d3d0a0db5f355a94e9bc298 | def plot_all_sub(self, offval=0):
'Plots all of the background subtracted spectra\n\n Parameters\n ----------\n offval : int,float\n Will stack each spectra by offval value\n\n Returns\n -------\n matplotlib figures : fig\n Multi-plot plots of the data.... | Plots all of the background subtracted spectra
Parameters
----------
offval : int,float
Will stack each spectra by offval value
Returns
-------
matplotlib figures : fig
Multi-plot plots of the data.
See Also
--------
:func: plot_all_spectra(), plot_all_sub(), plot_atomic_percent() | sample.py | plot_all_sub | cassberk/xps_peakfit | 1 | python | def plot_all_sub(self, offval=0):
'Plots all of the background subtracted spectra\n\n Parameters\n ----------\n offval : int,float\n Will stack each spectra by offval value\n\n Returns\n -------\n matplotlib figures : fig\n Multi-plot plots of the data.... | def plot_all_sub(self, offval=0):
'Plots all of the background subtracted spectra\n\n Parameters\n ----------\n offval : int,float\n Will stack each spectra by offval value\n\n Returns\n -------\n matplotlib figures : fig\n Multi-plot plots of the data.... |
c1583374a937007f159dad27288b58e55218be80983bb917979a75acdb30431c | def plot_atomic_percent(self, infig=None, inax=None, **pltkwargs):
'Plots the atomic percent\n\n Parameters\n ----------\n infig: matplotlib.fig\n Pass in a figure to plot multiple samples on same graph\n inax: matplotlib.axes\n Pass in axes to plot multiple samples o... | Plots the atomic percent
Parameters
----------
infig: matplotlib.fig
Pass in a figure to plot multiple samples on same graph
inax: matplotlib.axes
Pass in axes to plot multiple samples on same graph
Returns
-------
matplotlib figures : fig
Multi-plot plots of the data.
See Also
--------
:func: plot_all_spec... | sample.py | plot_atomic_percent | cassberk/xps_peakfit | 1 | python | def plot_atomic_percent(self, infig=None, inax=None, **pltkwargs):
'Plots the atomic percent\n\n Parameters\n ----------\n infig: matplotlib.fig\n Pass in a figure to plot multiple samples on same graph\n inax: matplotlib.axes\n Pass in axes to plot multiple samples o... | def plot_atomic_percent(self, infig=None, inax=None, **pltkwargs):
'Plots the atomic percent\n\n Parameters\n ----------\n infig: matplotlib.fig\n Pass in a figure to plot multiple samples on same graph\n inax: matplotlib.axes\n Pass in axes to plot multiple samples o... |
d027195083731a9ab830b16993c03acea3ca68a6b513493f6dabc7a85624544c | def get_root(root):
'\n 查看root是否为当前的文档下面，是就返回\n '
path = os.getcwd()
while (root != os.path.basename(path)):
path = os.path.dirname(path)
return path | 查看root是否为当前的文档下面，是就返回 | test/meituan/NewTxt.py | get_root | loetcn/UNT | 2 | python | def get_root(root):
'\n \n '
path = os.getcwd()
while (root != os.path.basename(path)):
path = os.path.dirname(path)
return path | def get_root(root):
'\n \n '
path = os.getcwd()
while (root != os.path.basename(path)):
path = os.path.dirname(path)
return path<|docstring|>查看root是否为当前的文档下面，是就返回<|endoftext|> |
6c3d8696f2b1f19d7535e78120a05108c82f82d6f82e2109e0d91f01b5ca7a5a | def newTxt(Root, FILE, newFile):
'\n 新建文件夹在FILE中，newFile为新建的txt名字。\n 并且返回txtPath的读写行为。\n '
ROOT = get_root(Root)
try:
os.mkdir(os.path.join(ROOT, FILE))
config.LOG.debug((('新建文件夹' + FILE) + '成功！'))
txtPath = open((((FILE + '\\') + newFile) + '.txt'), 'a+')
config.LOG... | 新建文件夹在FILE中，newFile为新建的txt名字。
并且返回txtPath的读写行为。 | test/meituan/NewTxt.py | newTxt | loetcn/UNT | 2 | python | def newTxt(Root, FILE, newFile):
'\n 新建文件夹在FILE中，newFile为新建的txt名字。\n 并且返回txtPath的读写行为。\n '
ROOT = get_root(Root)
try:
os.mkdir(os.path.join(ROOT, FILE))
config.LOG.debug((('新建文件夹' + FILE) + '成功！'))
txtPath = open((((FILE + '\\') + newFile) + '.txt'), 'a+')
config.LOG... | def newTxt(Root, FILE, newFile):
'\n 新建文件夹在FILE中，newFile为新建的txt名字。\n 并且返回txtPath的读写行为。\n '
ROOT = get_root(Root)
try:
os.mkdir(os.path.join(ROOT, FILE))
config.LOG.debug((('新建文件夹' + FILE) + '成功！'))
txtPath = open((((FILE + '\\') + newFile) + '.txt'), 'a+')
config.LOG... |
04d6e38bb5f6fe028d2727f910dc7f731d55b757d168386f59f1d66d464574e1 | def split_txt_list(FILE):
'\n 获取FILE文件夹中的所有的.txt格式的文件，返回filenamelist。\n '
import glob
cwd = os.getcwd()
FILE = ((str(get_root('pachong2')) + '\\') + FILE)
if FILE:
os.chdir(FILE)
filenamelist = []
for filename in glob.glob('*.txt'):
filenamelist.append(str(filename))
... | 获取FILE文件夹中的所有的.txt格式的文件，返回filenamelist。 | test/meituan/NewTxt.py | split_txt_list | loetcn/UNT | 2 | python | def split_txt_list(FILE):
'\n \n '
import glob
cwd = os.getcwd()
FILE = ((str(get_root('pachong2')) + '\\') + FILE)
if FILE:
os.chdir(FILE)
filenamelist = []
for filename in glob.glob('*.txt'):
filenamelist.append(str(filename))
config.LOG.debug('成功获取FILE文件夹里面的txt文件... | def split_txt_list(FILE):
'\n \n '
import glob
cwd = os.getcwd()
FILE = ((str(get_root('pachong2')) + '\\') + FILE)
if FILE:
os.chdir(FILE)
filenamelist = []
for filename in glob.glob('*.txt'):
filenamelist.append(str(filename))
config.LOG.debug('成功获取FILE文件夹里面的txt文件... |
85be2ceab8a4a34bd69887f025f67588151e7736d081019644bb9dceb933fd3e | def __init__(self, camera, light, name, x, y, z, rx, ry, rz, sx, sy, sz, cx, cy, cz):
'\n Arguments:\n *light*\n Light instance: if None then Light.instance() will be used.\n *name*\n Name string for identification.\n *x, y, z*\n Location of the origin of the shape, stored in ... | Arguments:
*light*
Light instance: if None then Light.instance() will be used.
*name*
Name string for identification.
*x, y, z*
Location of the origin of the shape, stored in a uniform array.
*rx, ry, rz*
Rotation of shape in degrees about each axis.
*sx, sy, sz*
Scale in each direction.
... | code/python/external/pi3d/Shape.py | __init__ | rec/echomesh | 30 | python | def __init__(self, camera, light, name, x, y, z, rx, ry, rz, sx, sy, sz, cx, cy, cz):
'\n Arguments:\n *light*\n Light instance: if None then Light.instance() will be used.\n *name*\n Name string for identification.\n *x, y, z*\n Location of the origin of the shape, stored in ... | def __init__(self, camera, light, name, x, y, z, rx, ry, rz, sx, sy, sz, cx, cy, cz):
'\n Arguments:\n *light*\n Light instance: if None then Light.instance() will be used.\n *name*\n Name string for identification.\n *x, y, z*\n Location of the origin of the shape, stored in ... |
e8ba4af4b45a982189242e9f74841b5566f17849a261116748dbc82e6750ed3a | def draw(self, shader=None, txtrs=None, ntl=None, shny=None, camera=None):
'If called without parameters, there has to have been a previous call to\n set_draw_details() for each Buffer in buf[].\n NB there is no facility for setting umult and vmult with draw: they must be\n set using set_draw_details or Bu... | If called without parameters, there has to have been a previous call to
set_draw_details() for each Buffer in buf[].
NB there is no facility for setting umult and vmult with draw: they must be
set using set_draw_details or Buffer.set_draw_details. | code/python/external/pi3d/Shape.py | draw | rec/echomesh | 30 | python | def draw(self, shader=None, txtrs=None, ntl=None, shny=None, camera=None):
'If called without parameters, there has to have been a previous call to\n set_draw_details() for each Buffer in buf[].\n NB there is no facility for setting umult and vmult with draw: they must be\n set using set_draw_details or Bu... | def draw(self, shader=None, txtrs=None, ntl=None, shny=None, camera=None):
'If called without parameters, there has to have been a previous call to\n set_draw_details() for each Buffer in buf[].\n NB there is no facility for setting umult and vmult with draw: they must be\n set using set_draw_details or Bu... |
f8acdd85ce21ec6fe5f4d23f3f5601323f448c6e7be8b1c5123620406590c903 | def set_shader(self, shader):
"Wrapper method to set just the Shader for all the Buffer objects of\n this Shape. Used, for instance, in a Model where the Textures have been\n defined in the obj & mtl files, so you can't use set_draw_details.\n\n Arguments:\n\n *shader*\n Shader to use\n\n "
... | Wrapper method to set just the Shader for all the Buffer objects of
this Shape. Used, for instance, in a Model where the Textures have been
defined in the obj & mtl files, so you can't use set_draw_details.
Arguments:
*shader*
Shader to use | code/python/external/pi3d/Shape.py | set_shader | rec/echomesh | 30 | python | def set_shader(self, shader):
"Wrapper method to set just the Shader for all the Buffer objects of\n this Shape. Used, for instance, in a Model where the Textures have been\n defined in the obj & mtl files, so you can't use set_draw_details.\n\n Arguments:\n\n *shader*\n Shader to use\n\n "
... | def set_shader(self, shader):
"Wrapper method to set just the Shader for all the Buffer objects of\n this Shape. Used, for instance, in a Model where the Textures have been\n defined in the obj & mtl files, so you can't use set_draw_details.\n\n Arguments:\n\n *shader*\n Shader to use\n\n "
... |
b2ff6876f87a00bf06d5c881b1127a7435a27501e893fb49f4a17462b88303e9 | def set_normal_shine(self, normtex, ntiles=1.0, shinetex=None, shiny=0.0, is_uv=True):
"Used to set some of the draw details for all Buffers in Shape.\n This is useful where a Model object has been loaded from an obj file and\n the textures assigned automatically.\n\n Arguments:\n *normtex*\n N... | Used to set some of the draw details for all Buffers in Shape.
This is useful where a Model object has been loaded from an obj file and
the textures assigned automatically.
Arguments:
*normtex*
Normal map Texture to use.
Keyword arguments:
*ntiles*
Multiplier for the tiling of the normal map.
*shinetex*... | code/python/external/pi3d/Shape.py | set_normal_shine | rec/echomesh | 30 | python | def set_normal_shine(self, normtex, ntiles=1.0, shinetex=None, shiny=0.0, is_uv=True):
"Used to set some of the draw details for all Buffers in Shape.\n This is useful where a Model object has been loaded from an obj file and\n the textures assigned automatically.\n\n Arguments:\n *normtex*\n N... | def set_normal_shine(self, normtex, ntiles=1.0, shinetex=None, shiny=0.0, is_uv=True):
"Used to set some of the draw details for all Buffers in Shape.\n This is useful where a Model object has been loaded from an obj file and\n the textures assigned automatically.\n\n Arguments:\n *normtex*\n N... |
c0f06d20d158877243153697e48167964ef529b109f949ff461b13b1e9892e2c | def set_draw_details(self, shader, textures, ntiles=0.0, shiny=0.0, umult=1.0, vmult=1.0):
'Wrapper to call set_draw_details() for each Buffer object.\n\n Arguments:\n *shader*\n Shader object\n *textures*\n array of Texture objects\n '
self.shader = shader
for b in self.buf:
... | Wrapper to call set_draw_details() for each Buffer object.
Arguments:
*shader*
Shader object
*textures*
array of Texture objects | code/python/external/pi3d/Shape.py | set_draw_details | rec/echomesh | 30 | python | def set_draw_details(self, shader, textures, ntiles=0.0, shiny=0.0, umult=1.0, vmult=1.0):
'Wrapper to call set_draw_details() for each Buffer object.\n\n Arguments:\n *shader*\n Shader object\n *textures*\n array of Texture objects\n '
self.shader = shader
for b in self.buf:
... | def set_draw_details(self, shader, textures, ntiles=0.0, shiny=0.0, umult=1.0, vmult=1.0):
'Wrapper to call set_draw_details() for each Buffer object.\n\n Arguments:\n *shader*\n Shader object\n *textures*\n array of Texture objects\n '
self.shader = shader
for b in self.buf:
... |
c6fb05095191598fd7b39bc4e2d04a9295abe50c4e929ab4a24c1cb077ee5ee6 | def set_material(self, material):
'Wrapper for setting material shade in each Buffer object.\n\n Arguments:\n *material*\n tuple (rgb)\n '
for b in self.buf:
b.set_material(material) | Wrapper for setting material shade in each Buffer object.
Arguments:
*material*
tuple (rgb) | code/python/external/pi3d/Shape.py | set_material | rec/echomesh | 30 | python | def set_material(self, material):
'Wrapper for setting material shade in each Buffer object.\n\n Arguments:\n *material*\n tuple (rgb)\n '
for b in self.buf:
b.set_material(material) | def set_material(self, material):
'Wrapper for setting material shade in each Buffer object.\n\n Arguments:\n *material*\n tuple (rgb)\n '
for b in self.buf:
b.set_material(material)<|docstring|>Wrapper for setting material shade in each Buffer object.
Arguments:
*material*
tupl... |
f3e4453183ffc8863d67ab44d34b752df3378ef51cc80f886b78726a3b8625de | def set_fog(self, fogshade, fogdist):
'Set fog for this Shape only, it uses the shader smoothblend function from\n 1/3 fogdist to fogdist.\n\n Arguments:\n *fogshade*\n tuple (rgba)\n *fogdist*\n distance from Camera at which Shape is 100% fogshade\n '
self.unif[12:15] = fogshad... | Set fog for this Shape only, it uses the shader smoothblend function from
1/3 fogdist to fogdist.
Arguments:
*fogshade*
tuple (rgba)
*fogdist*
distance from Camera at which Shape is 100% fogshade | code/python/external/pi3d/Shape.py | set_fog | rec/echomesh | 30 | python | def set_fog(self, fogshade, fogdist):
'Set fog for this Shape only, it uses the shader smoothblend function from\n 1/3 fogdist to fogdist.\n\n Arguments:\n *fogshade*\n tuple (rgba)\n *fogdist*\n distance from Camera at which Shape is 100% fogshade\n '
self.unif[12:15] = fogshad... | def set_fog(self, fogshade, fogdist):
'Set fog for this Shape only, it uses the shader smoothblend function from\n 1/3 fogdist to fogdist.\n\n Arguments:\n *fogshade*\n tuple (rgba)\n *fogdist*\n distance from Camera at which Shape is 100% fogshade\n '
self.unif[12:15] = fogshad... |
fa17d03c31fab8aabe601dc5b35fbb3b56e1bf5fe64928c494b11a567f6e45ed | def set_light(self, light, num=0):
'Set the values of the lights.\n\n Arguments:\n *light*\n Light object to use\n *num*\n number of the light to set\n '
if ((num > 1) or (num < 0)):
num = 0
stn = (24 + (num * 9))
self.unif[stn:(stn + 3)] = light.lightpos[0:3]
s... | Set the values of the lights.
Arguments:
*light*
Light object to use
*num*
number of the light to set | code/python/external/pi3d/Shape.py | set_light | rec/echomesh | 30 | python | def set_light(self, light, num=0):
'Set the values of the lights.\n\n Arguments:\n *light*\n Light object to use\n *num*\n number of the light to set\n '
if ((num > 1) or (num < 0)):
num = 0
stn = (24 + (num * 9))
self.unif[stn:(stn + 3)] = light.lightpos[0:3]
s... | def set_light(self, light, num=0):
'Set the values of the lights.\n\n Arguments:\n *light*\n Light object to use\n *num*\n number of the light to set\n '
if ((num > 1) or (num < 0)):
num = 0
stn = (24 + (num * 9))
self.unif[stn:(stn + 3)] = light.lightpos[0:3]
s... |
93d03af069a5d9845e7cd04b27bd977990cdcabb2af4f0a2c979db825eab518f | def set_2d_size(self, w=None, h=None, x=0, y=0):
'saves size to be drawn and location in pixels for use by 2d shader\n\n Keyword arguments:\n\n *w*\n Width, pixels.\n *h*\n Height, pixels.\n *x*\n Left edge of image from left edge of display, pixels.\n *y*\n Top of... | saves size to be drawn and location in pixels for use by 2d shader
Keyword arguments:
*w*
Width, pixels.
*h*
Height, pixels.
*x*
Left edge of image from left edge of display, pixels.
*y*
Top of image from top of display, pixels | code/python/external/pi3d/Shape.py | set_2d_size | rec/echomesh | 30 | python | def set_2d_size(self, w=None, h=None, x=0, y=0):
'saves size to be drawn and location in pixels for use by 2d shader\n\n Keyword arguments:\n\n *w*\n Width, pixels.\n *h*\n Height, pixels.\n *x*\n Left edge of image from left edge of display, pixels.\n *y*\n Top of... | def set_2d_size(self, w=None, h=None, x=0, y=0):
'saves size to be drawn and location in pixels for use by 2d shader\n\n Keyword arguments:\n\n *w*\n Width, pixels.\n *h*\n Height, pixels.\n *x*\n Left edge of image from left edge of display, pixels.\n *y*\n Top of... |
a96de2565c36251ae4faaa7cc3b1a9c59304d32f900c53553f42576b343abde9 | def set_2d_location(self, x, y):
'saves location in pixels for use by 2d shader\n\n Arguments:\n\n *x*\n Left edge of image from left edge of display, pixels.\n *y*\n Top of image from top of display, pixels\n\n '
self.unif[42:44] = [x, y] | saves location in pixels for use by 2d shader
Arguments:
*x*
Left edge of image from left edge of display, pixels.
*y*
Top of image from top of display, pixels | code/python/external/pi3d/Shape.py | set_2d_location | rec/echomesh | 30 | python | def set_2d_location(self, x, y):
'saves location in pixels for use by 2d shader\n\n Arguments:\n\n *x*\n Left edge of image from left edge of display, pixels.\n *y*\n Top of image from top of display, pixels\n\n '
self.unif[42:44] = [x, y] | def set_2d_location(self, x, y):
'saves location in pixels for use by 2d shader\n\n Arguments:\n\n *x*\n Left edge of image from left edge of display, pixels.\n *y*\n Top of image from top of display, pixels\n\n '
self.unif[42:44] = [x, y]<|docstring|>saves location in pixels for u... |
b4362a4b2ea235981b9ae6b23ff336cca432320da3d81e5d82c3f180a3294c5f | def set_custom_data(self, index_from, data):
'save general purpose custom data for use by any shader **NB it is up\n to the user to provide data in the form of a suitable array of values\n that will fit into the space available in the unif array**\n\n Arguments:\n\n *index_from*\n start index i... | save general purpose custom data for use by any shader **NB it is up
to the user to provide data in the form of a suitable array of values
that will fit into the space available in the unif array**
Arguments:
*index_from*
start index in unif array for filling data should be 48 to 59 though
42 to 47 could be... | code/python/external/pi3d/Shape.py | set_custom_data | rec/echomesh | 30 | python | def set_custom_data(self, index_from, data):
'save general purpose custom data for use by any shader **NB it is up\n to the user to provide data in the form of a suitable array of values\n that will fit into the space available in the unif array**\n\n Arguments:\n\n *index_from*\n start index i... | def set_custom_data(self, index_from, data):
'save general purpose custom data for use by any shader **NB it is up\n to the user to provide data in the form of a suitable array of values\n that will fit into the space available in the unif array**\n\n Arguments:\n\n *index_from*\n start index i... |
e7ea3ff6f776b252a1ca2810ef2de49940dea43afee35492af39f8ac3a1bb97b | def x(self):
'get value of x'
return self.unif[0] | get value of x | code/python/external/pi3d/Shape.py | x | rec/echomesh | 30 | python | def x(self):
return self.unif[0] | def x(self):
return self.unif[0]<|docstring|>get value of x<|endoftext|> |
846557d6828205fb5e0ce4070f76b329e4f706285f4c532c600640727acbcb8b | def y(self):
'get value of y'
return self.unif[1] | get value of y | code/python/external/pi3d/Shape.py | y | rec/echomesh | 30 | python | def y(self):
return self.unif[1] | def y(self):
return self.unif[1]<|docstring|>get value of y<|endoftext|> |
648bc0c555c3dfebf3eaf30323925b66371f7f61e827b5f4a2c06b7f530245ec | def z(self):
'get value of z'
return self.unif[2] | get value of z | code/python/external/pi3d/Shape.py | z | rec/echomesh | 30 | python | def z(self):
return self.unif[2] | def z(self):
return self.unif[2]<|docstring|>get value of z<|endoftext|> |
d6873067938c1e8ce20430b87857231cc801ecbf07161d6eaa9da2324acb8bd3 | def scale(self, sx, sy, sz):
'Arguments:\n\n *sx*\n x scale\n *sy*\n y scale\n *sz*\n z scale\n '
self.scl[(0, 0)] = sx
self.scl[(1, 1)] = sy
self.scl[(2, 2)] = sz
self.unif[6:9] = (sx, sy, sz)
self.MFlg = True | Arguments:
*sx*
x scale
*sy*
y scale
*sz*
z scale | code/python/external/pi3d/Shape.py | scale | rec/echomesh | 30 | python | def scale(self, sx, sy, sz):
'Arguments:\n\n *sx*\n x scale\n *sy*\n y scale\n *sz*\n z scale\n '
self.scl[(0, 0)] = sx
self.scl[(1, 1)] = sy
self.scl[(2, 2)] = sz
self.unif[6:9] = (sx, sy, sz)
self.MFlg = True | def scale(self, sx, sy, sz):
'Arguments:\n\n *sx*\n x scale\n *sy*\n y scale\n *sz*\n z scale\n '
self.scl[(0, 0)] = sx
self.scl[(1, 1)] = sy
self.scl[(2, 2)] = sz
self.unif[6:9] = (sx, sy, sz)
self.MFlg = True<|docstring|>Arguments:
*sx*
x scale
*sy*
... |
82b52670a3528c08c5c6418ec253dbeb4cbf64748916a1dc88f6dc27b3f56815 | def position(self, x, y, z):
'Arguments:\n\n *x*\n x position\n *y*\n y position\n *z*\n z position\n '
self.tr1[(3, 0)] = (x - self.unif[9])
self.tr1[(3, 1)] = (y - self.unif[10])
self.tr1[(3, 2)] = (z - self.unif[11])
self.unif[0:3] = (x, y, z)
self.MFlg ... | Arguments:
*x*
x position
*y*
y position
*z*
z position | code/python/external/pi3d/Shape.py | position | rec/echomesh | 30 | python | def position(self, x, y, z):
'Arguments:\n\n *x*\n x position\n *y*\n y position\n *z*\n z position\n '
self.tr1[(3, 0)] = (x - self.unif[9])
self.tr1[(3, 1)] = (y - self.unif[10])
self.tr1[(3, 2)] = (z - self.unif[11])
self.unif[0:3] = (x, y, z)
self.MFlg ... | def position(self, x, y, z):
'Arguments:\n\n *x*\n x position\n *y*\n y position\n *z*\n z position\n '
self.tr1[(3, 0)] = (x - self.unif[9])
self.tr1[(3, 1)] = (y - self.unif[10])
self.tr1[(3, 2)] = (z - self.unif[11])
self.unif[0:3] = (x, y, z)
self.MFlg ... |
a2365d1beef40ed65b4c81eee734b74a03fc486ec999caa31e98c2f67b16c561 | def positionX(self, v):
'Arguments:\n\n *v*\n x position\n '
self.tr1[(3, 0)] = (v - self.unif[9])
self.unif[0] = v
self.MFlg = True | Arguments:
*v*
x position | code/python/external/pi3d/Shape.py | positionX | rec/echomesh | 30 | python | def positionX(self, v):
'Arguments:\n\n *v*\n x position\n '
self.tr1[(3, 0)] = (v - self.unif[9])
self.unif[0] = v
self.MFlg = True | def positionX(self, v):
'Arguments:\n\n *v*\n x position\n '
self.tr1[(3, 0)] = (v - self.unif[9])
self.unif[0] = v
self.MFlg = True<|docstring|>Arguments:
*v*
x position<|endoftext|> |
bc77a1f0b0e2d33458a45071c47adb3cd335db48896c59716afed7f07636c5d1 | def positionY(self, v):
'Arguments:\n\n *v*\n y position\n '
self.tr1[(3, 1)] = (v - self.unif[10])
self.unif[1] = v
self.MFlg = True | Arguments:
*v*
y position | code/python/external/pi3d/Shape.py | positionY | rec/echomesh | 30 | python | def positionY(self, v):
'Arguments:\n\n *v*\n y position\n '
self.tr1[(3, 1)] = (v - self.unif[10])
self.unif[1] = v
self.MFlg = True | def positionY(self, v):
'Arguments:\n\n *v*\n y position\n '
self.tr1[(3, 1)] = (v - self.unif[10])
self.unif[1] = v
self.MFlg = True<|docstring|>Arguments:
*v*
y position<|endoftext|> |
709d434041f0a6f4763248318c9b74735e7216df8f8b8120dc536a3174c4fc63 | def positionZ(self, v):
'Arguments:\n\n *v*\n z position\n '
self.tr1[(3, 2)] = (v - self.unif[11])
self.unif[2] = v
self.MFlg = True | Arguments:
*v*
z position | code/python/external/pi3d/Shape.py | positionZ | rec/echomesh | 30 | python | def positionZ(self, v):
'Arguments:\n\n *v*\n z position\n '
self.tr1[(3, 2)] = (v - self.unif[11])
self.unif[2] = v
self.MFlg = True | def positionZ(self, v):
'Arguments:\n\n *v*\n z position\n '
self.tr1[(3, 2)] = (v - self.unif[11])
self.unif[2] = v
self.MFlg = True<|docstring|>Arguments:
*v*
z position<|endoftext|> |
481bf83f79d33ff9ef6f3e08f49a73b8bbaa819ceaad97f67a27a239422b04e6 | def translate(self, dx, dy, dz):
'Arguments:\n\n *dx*\n x translation\n *dy*\n y translation\n *dz*\n z translation\n '
self.tr1[(3, 0)] += dx
self.tr1[(3, 1)] += dy
self.tr1[(3, 2)] += dz
self.MFlg = True
self.unif[0] += dx
self.unif[1] += dy
self.... | Arguments:
*dx*
x translation
*dy*
y translation
*dz*
z translation | code/python/external/pi3d/Shape.py | translate | rec/echomesh | 30 | python | def translate(self, dx, dy, dz):
'Arguments:\n\n *dx*\n x translation\n *dy*\n y translation\n *dz*\n z translation\n '
self.tr1[(3, 0)] += dx
self.tr1[(3, 1)] += dy
self.tr1[(3, 2)] += dz
self.MFlg = True
self.unif[0] += dx
self.unif[1] += dy
self.... | def translate(self, dx, dy, dz):
'Arguments:\n\n *dx*\n x translation\n *dy*\n y translation\n *dz*\n z translation\n '
self.tr1[(3, 0)] += dx
self.tr1[(3, 1)] += dy
self.tr1[(3, 2)] += dz
self.MFlg = True
self.unif[0] += dx
self.unif[1] += dy
self.... |
60680ea710d2e75d92fab4b668ed2ce96173a68a77c1240e05c0bb8c77d072ad | def translateX(self, v):
'Arguments:\n\n *v*\n x translation\n '
self.tr1[(3, 0)] += v
self.unif[0] += v
self.MFlg = True | Arguments:
*v*
x translation | code/python/external/pi3d/Shape.py | translateX | rec/echomesh | 30 | python | def translateX(self, v):
'Arguments:\n\n *v*\n x translation\n '
self.tr1[(3, 0)] += v
self.unif[0] += v
self.MFlg = True | def translateX(self, v):
'Arguments:\n\n *v*\n x translation\n '
self.tr1[(3, 0)] += v
self.unif[0] += v
self.MFlg = True<|docstring|>Arguments:
*v*
x translation<|endoftext|> |
058b6a6d32acb7a5d6adb9f04daa04ea47c1d15777227f31c183b17b9e9517b4 | def translateY(self, v):
'Arguments:\n\n *v*\n y translation\n '
self.tr1[(3, 1)] += v
self.unif[1] += v
self.MFlg = True | Arguments:
*v*
y translation | code/python/external/pi3d/Shape.py | translateY | rec/echomesh | 30 | python | def translateY(self, v):
'Arguments:\n\n *v*\n y translation\n '
self.tr1[(3, 1)] += v
self.unif[1] += v
self.MFlg = True | def translateY(self, v):
'Arguments:\n\n *v*\n y translation\n '
self.tr1[(3, 1)] += v
self.unif[1] += v
self.MFlg = True<|docstring|>Arguments:
*v*
y translation<|endoftext|> |
419b608fc4cec36a6bf0db9831a3f0c20f17ac0a65b31c0e2dcd057925f275ab | def translateZ(self, v):
'Arguments:\n\n *v*\n z translation\n '
self.tr1[(3, 2)] += v
self.unif[2] += v
self.MFlg = True | Arguments:
*v*
z translation | code/python/external/pi3d/Shape.py | translateZ | rec/echomesh | 30 | python | def translateZ(self, v):
'Arguments:\n\n *v*\n z translation\n '
self.tr1[(3, 2)] += v
self.unif[2] += v
self.MFlg = True | def translateZ(self, v):
'Arguments:\n\n *v*\n z translation\n '
self.tr1[(3, 2)] += v
self.unif[2] += v
self.MFlg = True<|docstring|>Arguments:
*v*
z translation<|endoftext|> |
5d5ce6059d043cc71b3d1bb9f9b378ff1a888f6dd0635093a64f309cd3a6c8ba | def rotateToX(self, v):
'Arguments:\n\n *v*\n x rotation\n '
(s, c) = (sin(radians(v)), cos(radians(v)))
self.rox[(1, 1)] = self.rox[(2, 2)] = c
self.rox[(1, 2)] = s
self.rox[(2, 1)] = (- s)
self.unif[3] = v
self.MFlg = True | Arguments:
*v*
x rotation | code/python/external/pi3d/Shape.py | rotateToX | rec/echomesh | 30 | python | def rotateToX(self, v):
'Arguments:\n\n *v*\n x rotation\n '
(s, c) = (sin(radians(v)), cos(radians(v)))
self.rox[(1, 1)] = self.rox[(2, 2)] = c
self.rox[(1, 2)] = s
self.rox[(2, 1)] = (- s)
self.unif[3] = v
self.MFlg = True | def rotateToX(self, v):
'Arguments:\n\n *v*\n x rotation\n '
(s, c) = (sin(radians(v)), cos(radians(v)))
self.rox[(1, 1)] = self.rox[(2, 2)] = c
self.rox[(1, 2)] = s
self.rox[(2, 1)] = (- s)
self.unif[3] = v
self.MFlg = True<|docstring|>Arguments:
*v*
x rotation<|endoftext|... |
df736c51ca25e51eab77883594d58a8eabaa91fd41b7e8eafc3481feb53dc601 | def rotateToY(self, v):
'Arguments:\n\n *v*\n y rotation\n '
(s, c) = (sin(radians(v)), cos(radians(v)))
self.roy[(0, 0)] = self.roy[(2, 2)] = c
self.roy[(0, 2)] = (- s)
self.roy[(2, 0)] = s
self.unif[4] = v
self.MFlg = True | Arguments:
*v*
y rotation | code/python/external/pi3d/Shape.py | rotateToY | rec/echomesh | 30 | python | def rotateToY(self, v):
'Arguments:\n\n *v*\n y rotation\n '
(s, c) = (sin(radians(v)), cos(radians(v)))
self.roy[(0, 0)] = self.roy[(2, 2)] = c
self.roy[(0, 2)] = (- s)
self.roy[(2, 0)] = s
self.unif[4] = v
self.MFlg = True | def rotateToY(self, v):
'Arguments:\n\n *v*\n y rotation\n '
(s, c) = (sin(radians(v)), cos(radians(v)))
self.roy[(0, 0)] = self.roy[(2, 2)] = c
self.roy[(0, 2)] = (- s)
self.roy[(2, 0)] = s
self.unif[4] = v
self.MFlg = True<|docstring|>Arguments:
*v*
y rotation<|endoftext|... |
6648762588692af63070ae4d0233db74e91578c205aa19d0eaba04f378bc5894 | def rotateToZ(self, v):
'Arguments:\n\n *v*\n z rotation\n '
(s, c) = (sin(radians(v)), cos(radians(v)))
self.roz[(0, 0)] = self.roz[(1, 1)] = c
self.roz[(0, 1)] = s
self.roz[(1, 0)] = (- s)
self.unif[5] = v
self.MFlg = True | Arguments:
*v*
z rotation | code/python/external/pi3d/Shape.py | rotateToZ | rec/echomesh | 30 | python | def rotateToZ(self, v):
'Arguments:\n\n *v*\n z rotation\n '
(s, c) = (sin(radians(v)), cos(radians(v)))
self.roz[(0, 0)] = self.roz[(1, 1)] = c
self.roz[(0, 1)] = s
self.roz[(1, 0)] = (- s)
self.unif[5] = v
self.MFlg = True | def rotateToZ(self, v):
'Arguments:\n\n *v*\n z rotation\n '
(s, c) = (sin(radians(v)), cos(radians(v)))
self.roz[(0, 0)] = self.roz[(1, 1)] = c
self.roz[(0, 1)] = s
self.roz[(1, 0)] = (- s)
self.unif[5] = v
self.MFlg = True<|docstring|>Arguments:
*v*
z rotation<|endoftext|... |
f8019f7dc045b398562bd6a762dd6f5ac31c83e169b847a4963a7617d7292b9d | def rotateIncX(self, v):
'Arguments:\n\n *v*\n x rotational increment\n '
self.unif[3] += v
(s, c) = (sin(radians(self.unif[3])), cos(radians(self.unif[3])))
self.rox[(1, 1)] = self.rox[(2, 2)] = c
self.rox[(1, 2)] = s
self.rox[(2, 1)] = (- s)
self.MFlg = True | Arguments:
*v*
x rotational increment | code/python/external/pi3d/Shape.py | rotateIncX | rec/echomesh | 30 | python | def rotateIncX(self, v):
'Arguments:\n\n *v*\n x rotational increment\n '
self.unif[3] += v
(s, c) = (sin(radians(self.unif[3])), cos(radians(self.unif[3])))
self.rox[(1, 1)] = self.rox[(2, 2)] = c
self.rox[(1, 2)] = s
self.rox[(2, 1)] = (- s)
self.MFlg = True | def rotateIncX(self, v):
'Arguments:\n\n *v*\n x rotational increment\n '
self.unif[3] += v
(s, c) = (sin(radians(self.unif[3])), cos(radians(self.unif[3])))
self.rox[(1, 1)] = self.rox[(2, 2)] = c
self.rox[(1, 2)] = s
self.rox[(2, 1)] = (- s)
self.MFlg = True<|docstring|>Argu... |
aec50bbe7698e695f94b879dea2b1468938bfc940cd9abb15724da7a8c0e67b2 | def rotateIncY(self, v):
'Arguments:\n\n *v*\n y rotational increment\n '
self.unif[4] += v
(s, c) = (sin(radians(self.unif[4])), cos(radians(self.unif[4])))
self.roy[(0, 0)] = self.roy[(2, 2)] = c
self.roy[(0, 2)] = (- s)
self.roy[(2, 0)] = s
self.MFlg = True | Arguments:
*v*
y rotational increment | code/python/external/pi3d/Shape.py | rotateIncY | rec/echomesh | 30 | python | def rotateIncY(self, v):
'Arguments:\n\n *v*\n y rotational increment\n '
self.unif[4] += v
(s, c) = (sin(radians(self.unif[4])), cos(radians(self.unif[4])))
self.roy[(0, 0)] = self.roy[(2, 2)] = c
self.roy[(0, 2)] = (- s)
self.roy[(2, 0)] = s
self.MFlg = True | def rotateIncY(self, v):
'Arguments:\n\n *v*\n y rotational increment\n '
self.unif[4] += v
(s, c) = (sin(radians(self.unif[4])), cos(radians(self.unif[4])))
self.roy[(0, 0)] = self.roy[(2, 2)] = c
self.roy[(0, 2)] = (- s)
self.roy[(2, 0)] = s
self.MFlg = True<|docstring|>Argu... |
74f4ce910eceee4676f98358b240cced01c40d69bd756de1f09f2de55c005561 | def rotateIncZ(self, v):
'Arguments:\n\n *v*\n z rotational increment\n '
self.unif[5] += v
(s, c) = (sin(radians(self.unif[5])), cos(radians(self.unif[5])))
self.roz[(0, 0)] = self.roz[(1, 1)] = c
self.roz[(0, 1)] = s
self.roz[(1, 0)] = (- s)
self.MFlg = True | Arguments:
*v*
z rotational increment | code/python/external/pi3d/Shape.py | rotateIncZ | rec/echomesh | 30 | python | def rotateIncZ(self, v):
'Arguments:\n\n *v*\n z rotational increment\n '
self.unif[5] += v
(s, c) = (sin(radians(self.unif[5])), cos(radians(self.unif[5])))
self.roz[(0, 0)] = self.roz[(1, 1)] = c
self.roz[(0, 1)] = s
self.roz[(1, 0)] = (- s)
self.MFlg = True | def rotateIncZ(self, v):
'Arguments:\n\n *v*\n z rotational increment\n '
self.unif[5] += v
(s, c) = (sin(radians(self.unif[5])), cos(radians(self.unif[5])))
self.roz[(0, 0)] = self.roz[(1, 1)] = c
self.roz[(0, 1)] = s
self.roz[(1, 0)] = (- s)
self.MFlg = True<|docstring|>Argu... |
e83ea36f7cd114c0dff76eeae1b68b2243ec5d187e087aae36b5c220f2003b1f | def _add_vertex(self, vert, norm, texc):
'add vertex,normal and tex_coords ...'
self.verts.append(vert)
self.norms.append(norm)
self.texcoords.append(texc) | add vertex,normal and tex_coords ... | code/python/external/pi3d/Shape.py | _add_vertex | rec/echomesh | 30 | python | def _add_vertex(self, vert, norm, texc):
self.verts.append(vert)
self.norms.append(norm)
self.texcoords.append(texc) | def _add_vertex(self, vert, norm, texc):
self.verts.append(vert)
self.norms.append(norm)
self.texcoords.append(texc)<|docstring|>add vertex,normal and tex_coords ...<|endoftext|> |
3b8703b47742502fc99613b563cd0925feb6f08274d9fb5f98e2095f1a321261 | def _add_tri(self, indx):
'add triangle refs.'
self.inds.append(indx) | add triangle refs. | code/python/external/pi3d/Shape.py | _add_tri | rec/echomesh | 30 | python | def _add_tri(self, indx):
self.inds.append(indx) | def _add_tri(self, indx):
self.inds.append(indx)<|docstring|>add triangle refs.<|endoftext|> |
cdadf462c55fe9e3e827f4b4d1e5315b68407ae4f450e6d2849edf9b91770ec0 | def _lathe(self, path, sides=12, rise=0.0, loops=1.0):
'Returns a Buffer object by rotating the points defined in path.\n\n Arguments:\n *path*\n An array of points [(x0, y0), (x1, y1) ...] to rotate around\n the y axis.\n\n Keyword arguments:\n *sides*\n Number of sides to divi... | Returns a Buffer object by rotating the points defined in path.
Arguments:
*path*
An array of points [(x0, y0), (x1, y1) ...] to rotate around
the y axis.
Keyword arguments:
*sides*
Number of sides to divide each rotation into.
*rise*
Amount to increment the path y values for each rotation (ie h... | code/python/external/pi3d/Shape.py | _lathe | rec/echomesh | 30 | python | def _lathe(self, path, sides=12, rise=0.0, loops=1.0):
'Returns a Buffer object by rotating the points defined in path.\n\n Arguments:\n *path*\n An array of points [(x0, y0), (x1, y1) ...] to rotate around\n the y axis.\n\n Keyword arguments:\n *sides*\n Number of sides to divi... | def _lathe(self, path, sides=12, rise=0.0, loops=1.0):
'Returns a Buffer object by rotating the points defined in path.\n\n Arguments:\n *path*\n An array of points [(x0, y0), (x1, y1) ...] to rotate around\n the y axis.\n\n Keyword arguments:\n *sides*\n Number of sides to divi... |
366f05decd43dd4cfd31a4ad5d2bc45f91871ab8d2ad1eb5c6fe878007ffce41 | def request(self, method, request, credentials=None, extra_headers=None, json_payload=None):
'\n Executes a request.\n\n :param request: the GET request to execute.\n :return: response JSON object; False if the HTTP status code distinct\n to 200.\n '
authentication = ()
... | Executes a request.
:param request: the GET request to execute.
:return: response JSON object; False if the HTTP status code distinct
to 200. | gitssue/request/requests.py | request | julenpardo/Gitssue | 0 | python | def request(self, method, request, credentials=None, extra_headers=None, json_payload=None):
'\n Executes a request.\n\n :param request: the GET request to execute.\n :return: response JSON object; False if the HTTP status code distinct\n to 200.\n '
authentication = ()
... | def request(self, method, request, credentials=None, extra_headers=None, json_payload=None):
'\n Executes a request.\n\n :param request: the GET request to execute.\n :return: response JSON object; False if the HTTP status code distinct\n to 200.\n '
authentication = ()
... |
a215d6e6e15de0b3c3a6ab8d683f9d99452f375376ccfcde8cb91fbec1cad2d7 | def assertRegexp(self, text, regex, msg=None):
'Wrapper around the different names for assertRegexp....'
for name in ['assertRegex', 'assertRegexpMatches']:
if hasattr(self, name):
return getattr(self, name)(text, regex, msg)
self.assertTrue(False, 'No method to check assertRegexp') | Wrapper around the different names for assertRegexp.... | didyoumean/didyoumean_re_tests.py | assertRegexp | SylvainDe/DidYouMean-Python | 76 | python | def assertRegexp(self, text, regex, msg=None):
for name in ['assertRegex', 'assertRegexpMatches']:
if hasattr(self, name):
return getattr(self, name)(text, regex, msg)
self.assertTrue(False, 'No method to check assertRegexp') | def assertRegexp(self, text, regex, msg=None):
for name in ['assertRegex', 'assertRegexpMatches']:
if hasattr(self, name):
return getattr(self, name)(text, regex, msg)
self.assertTrue(False, 'No method to check assertRegexp')<|docstring|>Wrapper around the different names for assertRege... |
9079eb71a679d6a0475fbc96fcb7dd21ab28fc26de665f587a88fa6966263e48 | def assertNotRegexp(self, text, regex, msg=None):
'Wrapper around the different names for assertRegexpNot....'
for name in ['assertNotRegex', 'assertNotRegexpMatches']:
if hasattr(self, name):
return getattr(self, name)(text, regex, msg)
self.assertTrue(False, 'No method to check assertN... | Wrapper around the different names for assertRegexpNot.... | didyoumean/didyoumean_re_tests.py | assertNotRegexp | SylvainDe/DidYouMean-Python | 76 | python | def assertNotRegexp(self, text, regex, msg=None):
for name in ['assertNotRegex', 'assertNotRegexpMatches']:
if hasattr(self, name):
return getattr(self, name)(text, regex, msg)
self.assertTrue(False, 'No method to check assertNotRegexp') | def assertNotRegexp(self, text, regex, msg=None):
for name in ['assertNotRegex', 'assertNotRegexpMatches']:
if hasattr(self, name):
return getattr(self, name)(text, regex, msg)
self.assertTrue(False, 'No method to check assertNotRegexp')<|docstring|>Wrapper around the different names fo... |
88a3f9274776f4edbd06346cd8cc53268d5355db94688cfa5351eba3ad30e1ae | def re_matches(self, text, regexp, results):
'Check that text matches regexp and gives the right match groups.\n\n result is a tuple containing the expected return values for groups()\n and groupdict().\n '
(groups, named_groups) = results
self.assertRegexp(text, regexp)
match = re.... | Check that text matches regexp and gives the right match groups.
result is a tuple containing the expected return values for groups()
and groupdict(). | didyoumean/didyoumean_re_tests.py | re_matches | SylvainDe/DidYouMean-Python | 76 | python | def re_matches(self, text, regexp, results):
'Check that text matches regexp and gives the right match groups.\n\n result is a tuple containing the expected return values for groups()\n and groupdict().\n '
(groups, named_groups) = results
self.assertRegexp(text, regexp)
match = re.... | def re_matches(self, text, regexp, results):
'Check that text matches regexp and gives the right match groups.\n\n result is a tuple containing the expected return values for groups()\n and groupdict().\n '
(groups, named_groups) = results
self.assertRegexp(text, regexp)
match = re.... |
805e19115496931d5fb2efa9a2a20ffd7ad9c76f3be52357928091d9d0db8634 | def check_more_about_re(self, text, regexp):
'Check various properties about the regexp.\n\n Properties checked are configurable via global constants. These\n properties are not stricly speaking required but they help to\n detect potential issues much more quickly.\n '
if CHECK_RE_VA... | Check various properties about the regexp.
Properties checked are configurable via global constants. These
properties are not stricly speaking required but they help to
detect potential issues much more quickly. | didyoumean/didyoumean_re_tests.py | check_more_about_re | SylvainDe/DidYouMean-Python | 76 | python | def check_more_about_re(self, text, regexp):
'Check various properties about the regexp.\n\n Properties checked are configurable via global constants. These\n properties are not stricly speaking required but they help to\n detect potential issues much more quickly.\n '
if CHECK_RE_VA... | def check_more_about_re(self, text, regexp):
'Check various properties about the regexp.\n\n Properties checked are configurable via global constants. These\n properties are not stricly speaking required but they help to\n detect potential issues much more quickly.\n '
if CHECK_RE_VA... |
19e7b39abae56099b099f10c7089f1facbcc568add1c57e7b1e8436d2bdd7d56 | def test_var_name(self):
'Test VAR_NAME.'
regex = (('^' + re.VAR_NAME) + '$')
real_names = (set(locals().keys()) | set(globals().keys()))
names = (['a', 'a1', '_a1', 'aa_bb'] + list(real_names))
for name in names:
self.assertRegexp(name, regex)
for name in ['1a']:
self.assertNotR... | Test VAR_NAME. | didyoumean/didyoumean_re_tests.py | test_var_name | SylvainDe/DidYouMean-Python | 76 | python | def test_var_name(self):
regex = (('^' + re.VAR_NAME) + '$')
real_names = (set(locals().keys()) | set(globals().keys()))
names = (['a', 'a1', '_a1', 'aa_bb'] + list(real_names))
for name in names:
self.assertRegexp(name, regex)
for name in ['1a']:
self.assertNotRegexp(name, rege... | def test_var_name(self):
regex = (('^' + re.VAR_NAME) + '$')
real_names = (set(locals().keys()) | set(globals().keys()))
names = (['a', 'a1', '_a1', 'aa_bb'] + list(real_names))
for name in names:
self.assertRegexp(name, regex)
for name in ['1a']:
self.assertNotRegexp(name, rege... |
24eed1fdfb3b3be514a991359a1bf831d4b3cea3059bece59fa387fe6edbcaca | def test_attr_name(self):
'Test ATTR_NAME.'
regex = (('^' + re.ATTR_NAME) + '$')
real_attrs = set()
for o in get_subclasses(object):
try:
real_attrs.update(dir(o))
except AttributeError:
pass
attrs = (['do_stuff', '__magic__'] + list(real_attrs))
for attr ... | Test ATTR_NAME. | didyoumean/didyoumean_re_tests.py | test_attr_name | SylvainDe/DidYouMean-Python | 76 | python | def test_attr_name(self):
regex = (('^' + re.ATTR_NAME) + '$')
real_attrs = set()
for o in get_subclasses(object):
try:
real_attrs.update(dir(o))
except AttributeError:
pass
attrs = (['do_stuff', '__magic__'] + list(real_attrs))
for attr in attrs:
... | def test_attr_name(self):
regex = (('^' + re.ATTR_NAME) + '$')
real_attrs = set()
for o in get_subclasses(object):
try:
real_attrs.update(dir(o))
except AttributeError:
pass
attrs = (['do_stuff', '__magic__'] + list(real_attrs))
for attr in attrs:
... |
3463ef1973450296bdcf4dfdef0655e1b0370160fba586a2bcc42d0ca39d2a4e | def test_type_name(self):
'Test TYPE_NAME.'
regex = (('^' + re.TYPE_NAME) + '$')
real_types = set((c.__name__ for c in get_subclasses(object)))
types = (['str', 'int', 'method-wrapper', 'builtin_function', 'builtin_function_or_method'] + list(real_types))
for type_ in types:
if (type_ != 'sy... | Test TYPE_NAME. | didyoumean/didyoumean_re_tests.py | test_type_name | SylvainDe/DidYouMean-Python | 76 | python | def test_type_name(self):
regex = (('^' + re.TYPE_NAME) + '$')
real_types = set((c.__name__ for c in get_subclasses(object)))
types = (['str', 'int', 'method-wrapper', 'builtin_function', 'builtin_function_or_method'] + list(real_types))
for type_ in types:
if (type_ != 'symtable entry'):
... | def test_type_name(self):
regex = (('^' + re.TYPE_NAME) + '$')
real_types = set((c.__name__ for c in get_subclasses(object)))
types = (['str', 'int', 'method-wrapper', 'builtin_function', 'builtin_function_or_method'] + list(real_types))
for type_ in types:
if (type_ != 'symtable entry'):
... |
60242d400ea491b1346568a25d62f851501ab2e88afdb68d4d632d8f08c5741d | def test_func_name(self):
'Test FUNC_NAME.'
regex = (('^' + re.FUNC_NAME) + '$')
real_funcs = [(lambda x: x), range, dir, dict.get, list.index, classmethod]
real_func_names = [f.__name__ for f in real_funcs]
more_func_names = ['get', 'range', '<lambda>', 'print']
for func in (real_func_names + m... | Test FUNC_NAME. | didyoumean/didyoumean_re_tests.py | test_func_name | SylvainDe/DidYouMean-Python | 76 | python | def test_func_name(self):
regex = (('^' + re.FUNC_NAME) + '$')
real_funcs = [(lambda x: x), range, dir, dict.get, list.index, classmethod]
real_func_names = [f.__name__ for f in real_funcs]
more_func_names = ['get', 'range', '<lambda>', 'print']
for func in (real_func_names + more_func_names):
... | def test_func_name(self):
regex = (('^' + re.FUNC_NAME) + '$')
real_funcs = [(lambda x: x), range, dir, dict.get, list.index, classmethod]
real_func_names = [f.__name__ for f in real_funcs]
more_func_names = ['get', 'range', '<lambda>', 'print']
for func in (real_func_names + more_func_names):
... |
e0713e261957e4eef0a44f72f9aa27f869bd3a914026045703f0e842de9717fe | def test_qual_func_name(self):
'Test QUAL_FUNC_NAME.'
regex = (('^' + re.QUAL_FUNC_NAME) + '$')
real_funcs = [(lambda x: x), range, dir, dict.get, list.index, classmethod]
real_func_names = [f.__qualname__ for f in real_funcs if hasattr(f, '__qualname__')]
more_func_names = ['struct.pack', 'deque.in... | Test QUAL_FUNC_NAME. | didyoumean/didyoumean_re_tests.py | test_qual_func_name | SylvainDe/DidYouMean-Python | 76 | python | def test_qual_func_name(self):
regex = (('^' + re.QUAL_FUNC_NAME) + '$')
real_funcs = [(lambda x: x), range, dir, dict.get, list.index, classmethod]
real_func_names = [f.__qualname__ for f in real_funcs if hasattr(f, '__qualname__')]
more_func_names = ['struct.pack', 'deque.index', 'Struct.pack']
... | def test_qual_func_name(self):
regex = (('^' + re.QUAL_FUNC_NAME) + '$')
real_funcs = [(lambda x: x), range, dir, dict.get, list.index, classmethod]
real_func_names = [f.__qualname__ for f in real_funcs if hasattr(f, '__qualname__')]
more_func_names = ['struct.pack', 'deque.index', 'Struct.pack']
... |
b5355ee44b76d01eb258292bdb260be9968e882780b67f5aef867c4dd7a9be05 | def test_module_name(self):
'Test MODULE_NAME.'
regex = (('^' + re.MODULE_NAME) + '$')
real_modules = set(sys.modules.keys())
modules = (['sys', 'unittest.runner'] + list(real_modules))
for mod in modules:
if (not mod.startswith('$coverage')):
self.assertRegexp(mod, regex) | Test MODULE_NAME. | didyoumean/didyoumean_re_tests.py | test_module_name | SylvainDe/DidYouMean-Python | 76 | python | def test_module_name(self):
regex = (('^' + re.MODULE_NAME) + '$')
real_modules = set(sys.modules.keys())
modules = (['sys', 'unittest.runner'] + list(real_modules))
for mod in modules:
if (not mod.startswith('$coverage')):
self.assertRegexp(mod, regex) | def test_module_name(self):
regex = (('^' + re.MODULE_NAME) + '$')
real_modules = set(sys.modules.keys())
modules = (['sys', 'unittest.runner'] + list(real_modules))
for mod in modules:
if (not mod.startswith('$coverage')):
self.assertRegexp(mod, regex)<|docstring|>Test MODULE_N... |
0cac77e3999cf9cb2c26ae600b661e92f70e403ebc8160b4efd7ea4f1499115b | def test_unbound_assignment(self):
'Test VARREFBEFOREASSIGN_RE.'
msgs = ["local variable 'some_var' referenced before assignment", "free variable 'some_var' referenced before assignment in enclosing scope"]
groups = ('some_var',)
named_groups = {'name': 'some_var'}
results = (groups, named_groups)
... | Test VARREFBEFOREASSIGN_RE. | didyoumean/didyoumean_re_tests.py | test_unbound_assignment | SylvainDe/DidYouMean-Python | 76 | python | def test_unbound_assignment(self):
msgs = ["local variable 'some_var' referenced before assignment", "free variable 'some_var' referenced before assignment in enclosing scope"]
groups = ('some_var',)
named_groups = {'name': 'some_var'}
results = (groups, named_groups)
for msg in msgs:
s... | def test_unbound_assignment(self):
msgs = ["local variable 'some_var' referenced before assignment", "free variable 'some_var' referenced before assignment in enclosing scope"]
groups = ('some_var',)
named_groups = {'name': 'some_var'}
results = (groups, named_groups)
for msg in msgs:
s... |
4b745b4eb11c6e4f2b3db62657ee0411b5bd1ce42c570986fe42b16957af4558 | def test_name_not_defined(self):
'Test NAMENOTDEFINED_RE.'
msgs = ["name 'some_name' is not defined", "global name 'some_name' is not defined"]
groups = ('some_name',)
named_groups = {'name': 'some_name'}
results = (groups, named_groups)
for msg in msgs:
self.re_matches(msg, re.NAMENOTDE... | Test NAMENOTDEFINED_RE. | didyoumean/didyoumean_re_tests.py | test_name_not_defined | SylvainDe/DidYouMean-Python | 76 | python | def test_name_not_defined(self):
msgs = ["name 'some_name' is not defined", "global name 'some_name' is not defined"]
groups = ('some_name',)
named_groups = {'name': 'some_name'}
results = (groups, named_groups)
for msg in msgs:
self.re_matches(msg, re.NAMENOTDEFINED_RE, results) | def test_name_not_defined(self):
msgs = ["name 'some_name' is not defined", "global name 'some_name' is not defined"]
groups = ('some_name',)
named_groups = {'name': 'some_name'}
results = (groups, named_groups)
for msg in msgs:
self.re_matches(msg, re.NAMENOTDEFINED_RE, results)<|docst... |
0db954bd5018448e31a901b557fa04c1e92f45760d99a1daf15da3bc23bcf687 | def test_attribute_error(self):
'Test ATTRIBUTEERROR_RE.'
group_msg = {('some.class', 'attri'): ["'some.class' object has no attribute 'attri'"], ('SomeClass', 'attri'): ["SomeClass instance has no attribute 'attri'", "class SomeClass has no attribute 'attri'", "type object 'SomeClass' has no attribute 'attri'"... | Test ATTRIBUTEERROR_RE. | didyoumean/didyoumean_re_tests.py | test_attribute_error | SylvainDe/DidYouMean-Python | 76 | python | def test_attribute_error(self):
group_msg = {('some.class', 'attri'): ["'some.class' object has no attribute 'attri'"], ('SomeClass', 'attri'): ["SomeClass instance has no attribute 'attri'", "class SomeClass has no attribute 'attri'", "type object 'SomeClass' has no attribute 'attri'"]}
for (groups, msgs)... | def test_attribute_error(self):
group_msg = {('some.class', 'attri'): ["'some.class' object has no attribute 'attri'"], ('SomeClass', 'attri'): ["SomeClass instance has no attribute 'attri'", "class SomeClass has no attribute 'attri'", "type object 'SomeClass' has no attribute 'attri'"]}
for (groups, msgs)... |
dcd8a13528cb896b7226d5b8ec6c0196485bf8351469c1c7462e947044101cc1 | def test_module_attribute_error(self):
'Test MODULEHASNOATTRIBUTE_RE.'
msg = "module 'some_module' has no attribute 'attri'"
groups = ('some_module', 'attri')
(_, attr) = groups
named_groups = {'attr': attr}
results = (groups, named_groups)
self.re_matches(msg, re.MODULEHASNOATTRIBUTE_RE, re... | Test MODULEHASNOATTRIBUTE_RE. | didyoumean/didyoumean_re_tests.py | test_module_attribute_error | SylvainDe/DidYouMean-Python | 76 | python | def test_module_attribute_error(self):
msg = "module 'some_module' has no attribute 'attri'"
groups = ('some_module', 'attri')
(_, attr) = groups
named_groups = {'attr': attr}
results = (groups, named_groups)
self.re_matches(msg, re.MODULEHASNOATTRIBUTE_RE, results) | def test_module_attribute_error(self):
msg = "module 'some_module' has no attribute 'attri'"
groups = ('some_module', 'attri')
(_, attr) = groups
named_groups = {'attr': attr}
results = (groups, named_groups)
self.re_matches(msg, re.MODULEHASNOATTRIBUTE_RE, results)<|docstring|>Test MODULEH... |
8255a0f88e65eb7ae601e7017fb53bfa5102e4ca6d3df2c96568ec393ba4e659 | def test_cannot_import(self):
'Test CANNOTIMPORT_RE.'
msgs = ['cannot import name pie', "cannot import name 'pie'", "cannot import name 'pie' from 'math' (/some/path)", "cannot import name 'pie' from 'math' (unknown location)"]
name = 'pie'
groups = (name,)
named_groups = {'name': name}
results ... | Test CANNOTIMPORT_RE. | didyoumean/didyoumean_re_tests.py | test_cannot_import | SylvainDe/DidYouMean-Python | 76 | python | def test_cannot_import(self):
msgs = ['cannot import name pie', "cannot import name 'pie'", "cannot import name 'pie' from 'math' (/some/path)", "cannot import name 'pie' from 'math' (unknown location)"]
name = 'pie'
groups = (name,)
named_groups = {'name': name}
results = (groups, named_groups... | def test_cannot_import(self):
msgs = ['cannot import name pie', "cannot import name 'pie'", "cannot import name 'pie' from 'math' (/some/path)", "cannot import name 'pie' from 'math' (unknown location)"]
name = 'pie'
groups = (name,)
named_groups = {'name': name}
results = (groups, named_groups... |
f0cbfeaf2dbaa49c0a1675c14f521f6710c57484529a8a41fe3b926d1a7d7094 | def test_no_module_named(self):
'Test NOMODULE_RE.'
msgs = ['No module named fake_module', "No module named 'fake_module'"]
groups = ('fake_module',)
results = (groups, dict())
for msg in msgs:
self.re_matches(msg, re.NOMODULE_RE, results) | Test NOMODULE_RE. | didyoumean/didyoumean_re_tests.py | test_no_module_named | SylvainDe/DidYouMean-Python | 76 | python | def test_no_module_named(self):
msgs = ['No module named fake_module', "No module named 'fake_module'"]
groups = ('fake_module',)
results = (groups, dict())
for msg in msgs:
self.re_matches(msg, re.NOMODULE_RE, results) | def test_no_module_named(self):
msgs = ['No module named fake_module', "No module named 'fake_module'"]
groups = ('fake_module',)
results = (groups, dict())
for msg in msgs:
self.re_matches(msg, re.NOMODULE_RE, results)<|docstring|>Test NOMODULE_RE.<|endoftext|> |
0399f3408ba69d62ea9e44b217cb61092a4e5b896fd443bb4061ffd40af8fb64 | def test_index_out_of_range(self):
'Test INDEXOUTOFRANGE_RE.'
msg = 'list index out of range'
self.re_matches(msg, re.INDEXOUTOFRANGE_RE, NO_GROUP) | Test INDEXOUTOFRANGE_RE. | didyoumean/didyoumean_re_tests.py | test_index_out_of_range | SylvainDe/DidYouMean-Python | 76 | python | def test_index_out_of_range(self):
msg = 'list index out of range'
self.re_matches(msg, re.INDEXOUTOFRANGE_RE, NO_GROUP) | def test_index_out_of_range(self):
msg = 'list index out of range'
self.re_matches(msg, re.INDEXOUTOFRANGE_RE, NO_GROUP)<|docstring|>Test INDEXOUTOFRANGE_RE.<|endoftext|> |
82a71f98c5be69faf987b4f591975c12506355cd7ccfcd707b0a1e233093d521 | def test_unsubscriptable(self):
'Test UNSUBSCRIPTABLE_RE.'
msgs = ["'function' object is unsubscriptable", "'function' object is not subscriptable", "'function' object is not subscriptable (key 0)"]
groups = ('function',)
results = (groups, dict())
for msg in msgs:
self.re_matches(msg, re.UN... | Test UNSUBSCRIPTABLE_RE. | didyoumean/didyoumean_re_tests.py | test_unsubscriptable | SylvainDe/DidYouMean-Python | 76 | python | def test_unsubscriptable(self):
msgs = ["'function' object is unsubscriptable", "'function' object is not subscriptable", "'function' object is not subscriptable (key 0)"]
groups = ('function',)
results = (groups, dict())
for msg in msgs:
self.re_matches(msg, re.UNSUBSCRIPTABLE_RE, results) | def test_unsubscriptable(self):
msgs = ["'function' object is unsubscriptable", "'function' object is not subscriptable", "'function' object is not subscriptable (key 0)"]
groups = ('function',)
results = (groups, dict())
for msg in msgs:
self.re_matches(msg, re.UNSUBSCRIPTABLE_RE, results)... |
489f50ba9d080ede7437f0024a83a5e99d66c83a7b1e4c262ff13c84d0fcd77d | def test_unexpected_kw_arg(self):
'Test UNEXPECTED_KEYWORDARG_RE.'
msgs = [("some_func() got an unexpected keyword argument 'a'", ('some_func', 'a')), ("<lambda>() got an unexpected keyword argument 'a'", ('<lambda>', 'a')), ("MyClass.func() got an unexpected keyword argument 'a'", ('MyClass.func', 'a'))]
f... | Test UNEXPECTED_KEYWORDARG_RE. | didyoumean/didyoumean_re_tests.py | test_unexpected_kw_arg | SylvainDe/DidYouMean-Python | 76 | python | def test_unexpected_kw_arg(self):
msgs = [("some_func() got an unexpected keyword argument 'a'", ('some_func', 'a')), ("<lambda>() got an unexpected keyword argument 'a'", ('<lambda>', 'a')), ("MyClass.func() got an unexpected keyword argument 'a'", ('MyClass.func', 'a'))]
for (msg, groups) in msgs:
... | def test_unexpected_kw_arg(self):
msgs = [("some_func() got an unexpected keyword argument 'a'", ('some_func', 'a')), ("<lambda>() got an unexpected keyword argument 'a'", ('<lambda>', 'a')), ("MyClass.func() got an unexpected keyword argument 'a'", ('MyClass.func', 'a'))]
for (msg, groups) in msgs:
... |
67267e3d6d5a4e9ae683246bb0cc9d23f11ebafb2d909333c1eb9d31b5a99b94 | def test_unexpected_kw_arg2(self):
'Test UNEXPECTED_KEYWORDARG2_RE.'
msg = "'this_doesnt_exist' is an invalid keyword argument for this function"
groups = ('this_doesnt_exist',)
(kw_arg,) = groups
named_groups = {'arg': kw_arg}
results = (groups, named_groups)
self.re_matches(msg, re.UNEXPEC... | Test UNEXPECTED_KEYWORDARG2_RE. | didyoumean/didyoumean_re_tests.py | test_unexpected_kw_arg2 | SylvainDe/DidYouMean-Python | 76 | python | def test_unexpected_kw_arg2(self):
msg = "'this_doesnt_exist' is an invalid keyword argument for this function"
groups = ('this_doesnt_exist',)
(kw_arg,) = groups
named_groups = {'arg': kw_arg}
results = (groups, named_groups)
self.re_matches(msg, re.UNEXPECTED_KEYWORDARG2_RE, results) | def test_unexpected_kw_arg2(self):
msg = "'this_doesnt_exist' is an invalid keyword argument for this function"
groups = ('this_doesnt_exist',)
(kw_arg,) = groups
named_groups = {'arg': kw_arg}
results = (groups, named_groups)
self.re_matches(msg, re.UNEXPECTED_KEYWORDARG2_RE, results)<|doc... |
3b7498225f8e8c8d4a2910f28678da7c31ae4173bbb3458d3fd3ab84e42ea262 | def test_unexpected_kw_arg3(self):
'Test UNEXPECTED_KEYWORDARG3_RE.'
msg = 'invalid keyword arguments to print()'
func = 'print'
groups = (func,)
named_groups = {'func': func}
results = (groups, named_groups)
self.re_matches(msg, re.UNEXPECTED_KEYWORDARG3_RE, results) | Test UNEXPECTED_KEYWORDARG3_RE. | didyoumean/didyoumean_re_tests.py | test_unexpected_kw_arg3 | SylvainDe/DidYouMean-Python | 76 | python | def test_unexpected_kw_arg3(self):
msg = 'invalid keyword arguments to print()'
func = 'print'
groups = (func,)
named_groups = {'func': func}
results = (groups, named_groups)
self.re_matches(msg, re.UNEXPECTED_KEYWORDARG3_RE, results) | def test_unexpected_kw_arg3(self):
msg = 'invalid keyword arguments to print()'
func = 'print'
groups = (func,)
named_groups = {'func': func}
results = (groups, named_groups)
self.re_matches(msg, re.UNEXPECTED_KEYWORDARG3_RE, results)<|docstring|>Test UNEXPECTED_KEYWORDARG3_RE.<|endoftext|> |
6bc772ea3fb32a5720e9561c1c25c323162fee53b5cd5f58376f3f02b4ff8667 | def test_unexpected_kw_arg4(self):
'Test UNEXPECTED_KEYWORDARG4_RE.'
msgs = [("'this_doesnt_exist' is an invalid keyword argument for int()", ('this_doesnt_exist', 'int')), ("'end_' is an invalid keyword argument for print()", ('end_', 'print')), ("'cmp' is an invalid keyword argument for sort()", ('cmp', 'sort... | Test UNEXPECTED_KEYWORDARG4_RE. | didyoumean/didyoumean_re_tests.py | test_unexpected_kw_arg4 | SylvainDe/DidYouMean-Python | 76 | python | def test_unexpected_kw_arg4(self):
msgs = [("'this_doesnt_exist' is an invalid keyword argument for int()", ('this_doesnt_exist', 'int')), ("'end_' is an invalid keyword argument for print()", ('end_', 'print')), ("'cmp' is an invalid keyword argument for sort()", ('cmp', 'sort'))]
for (msg, groups) in msg... | def test_unexpected_kw_arg4(self):
msgs = [("'this_doesnt_exist' is an invalid keyword argument for int()", ('this_doesnt_exist', 'int')), ("'end_' is an invalid keyword argument for print()", ('end_', 'print')), ("'cmp' is an invalid keyword argument for sort()", ('cmp', 'sort'))]
for (msg, groups) in msg... |
5499d432875ff7c2e22646afab031842eba2faaa1edce8791381ab00bc947d80 | def test_func_takes_no_kwarg(self):
'Test FUNC_TAKES_NO_KEYWORDARG_RE.'
msgs = [('get', 'get() takes no keyword arguments'), ('get', 'get does not take keyword arguments'), ('get', 'get() does not take keyword arguments'), ('dict.get', 'dict.get() takes no keyword arguments')]
for (func, msg) in msgs:
... | Test FUNC_TAKES_NO_KEYWORDARG_RE. | didyoumean/didyoumean_re_tests.py | test_func_takes_no_kwarg | SylvainDe/DidYouMean-Python | 76 | python | def test_func_takes_no_kwarg(self):
msgs = [('get', 'get() takes no keyword arguments'), ('get', 'get does not take keyword arguments'), ('get', 'get() does not take keyword arguments'), ('dict.get', 'dict.get() takes no keyword arguments')]
for (func, msg) in msgs:
groups = (func,)
named_g... | def test_func_takes_no_kwarg(self):
msgs = [('get', 'get() takes no keyword arguments'), ('get', 'get does not take keyword arguments'), ('get', 'get() does not take keyword arguments'), ('dict.get', 'dict.get() takes no keyword arguments')]
for (func, msg) in msgs:
groups = (func,)
named_g... |
54f01d59b6529ab32d7b00cec28279f6a0a2ec912be7f31c55b038934ce8afa9 | def test_zero_length_field(self):
'Test ZERO_LEN_FIELD_RE.'
msg = 'zero length field name in format'
self.re_matches(msg, re.ZERO_LEN_FIELD_RE, NO_GROUP) | Test ZERO_LEN_FIELD_RE. | didyoumean/didyoumean_re_tests.py | test_zero_length_field | SylvainDe/DidYouMean-Python | 76 | python | def test_zero_length_field(self):
msg = 'zero length field name in format'
self.re_matches(msg, re.ZERO_LEN_FIELD_RE, NO_GROUP) | def test_zero_length_field(self):
msg = 'zero length field name in format'
self.re_matches(msg, re.ZERO_LEN_FIELD_RE, NO_GROUP)<|docstring|>Test ZERO_LEN_FIELD_RE.<|endoftext|> |
9bffc9ad38dfec275eec8c3f99599308da956c95fcb86c82285680798b6a1cd9 | def test_math_domain_error(self):
'Test MATH_DOMAIN_ERROR_RE.'
msg = 'math domain error'
self.re_matches(msg, re.MATH_DOMAIN_ERROR_RE, NO_GROUP) | Test MATH_DOMAIN_ERROR_RE. | didyoumean/didyoumean_re_tests.py | test_math_domain_error | SylvainDe/DidYouMean-Python | 76 | python | def test_math_domain_error(self):
msg = 'math domain error'
self.re_matches(msg, re.MATH_DOMAIN_ERROR_RE, NO_GROUP) | def test_math_domain_error(self):
msg = 'math domain error'
self.re_matches(msg, re.MATH_DOMAIN_ERROR_RE, NO_GROUP)<|docstring|>Test MATH_DOMAIN_ERROR_RE.<|endoftext|> |
9edd413d291a78ddd96c5100034fcad5f553872ed1b6a1201d32e5122e525460 | def test_too_many_values(self):
'Test TOO_MANY_VALUES_UNPACK_RE.'
msgs = ['too many values to unpack', 'too many values to unpack (expected 3)']
for msg in msgs:
self.re_matches(msg, re.TOO_MANY_VALUES_UNPACK_RE, NO_GROUP) | Test TOO_MANY_VALUES_UNPACK_RE. | didyoumean/didyoumean_re_tests.py | test_too_many_values | SylvainDe/DidYouMean-Python | 76 | python | def test_too_many_values(self):
msgs = ['too many values to unpack', 'too many values to unpack (expected 3)']
for msg in msgs:
self.re_matches(msg, re.TOO_MANY_VALUES_UNPACK_RE, NO_GROUP) | def test_too_many_values(self):
msgs = ['too many values to unpack', 'too many values to unpack (expected 3)']
for msg in msgs:
self.re_matches(msg, re.TOO_MANY_VALUES_UNPACK_RE, NO_GROUP)<|docstring|>Test TOO_MANY_VALUES_UNPACK_RE.<|endoftext|> |
6bbdce8b5b91fad05a445f4c6518de295f491d019e57a82c3b0316d98eea1f8b | def test_unhashable_type(self):
'Test UNHASHABLE_RE.'
msgs = ["unhashable type: 'list'", "'list' objects are unhashable"]
groups = ('list',)
results = (groups, dict())
for msg in msgs:
self.re_matches(msg, re.UNHASHABLE_RE, results) | Test UNHASHABLE_RE. | didyoumean/didyoumean_re_tests.py | test_unhashable_type | SylvainDe/DidYouMean-Python | 76 | python | def test_unhashable_type(self):
msgs = ["unhashable type: 'list'", "'list' objects are unhashable"]
groups = ('list',)
results = (groups, dict())
for msg in msgs:
self.re_matches(msg, re.UNHASHABLE_RE, results) | def test_unhashable_type(self):
msgs = ["unhashable type: 'list'", "'list' objects are unhashable"]
groups = ('list',)
results = (groups, dict())
for msg in msgs:
self.re_matches(msg, re.UNHASHABLE_RE, results)<|docstring|>Test UNHASHABLE_RE.<|endoftext|> |
9b87b4c56894b58be59f0f009a01e811ed75fb85265a0da4216c9134075b1326 | def test_cannot_be_interpreted_as_integer(self):
'Test CANNOT_BE_INTERPRETED_INT_RE.'
msgs = {"'str' object cannot be interpreted as an integer": 'str', "'list' object cannot be interpreted as an integer": 'list'}
for (msg, typ) in msgs.items():
results = ((typ,), dict())
self.re_matches(msg... | Test CANNOT_BE_INTERPRETED_INT_RE. | didyoumean/didyoumean_re_tests.py | test_cannot_be_interpreted_as_integer | SylvainDe/DidYouMean-Python | 76 | python | def test_cannot_be_interpreted_as_integer(self):
msgs = {"'str' object cannot be interpreted as an integer": 'str', "'list' object cannot be interpreted as an integer": 'list'}
for (msg, typ) in msgs.items():
results = ((typ,), dict())
self.re_matches(msg, re.CANNOT_BE_INTERPRETED_INT_RE, r... | def test_cannot_be_interpreted_as_integer(self):
msgs = {"'str' object cannot be interpreted as an integer": 'str', "'list' object cannot be interpreted as an integer": 'list'}
for (msg, typ) in msgs.items():
results = ((typ,), dict())
self.re_matches(msg, re.CANNOT_BE_INTERPRETED_INT_RE, r... |
3347e4db78da39093615eb099f0e46f7f183719564f0e115c96a44ed63d810f4 | def test_int_expected_got(self):
'Test INTEGER_EXPECTED_GOT_RE.'
msgs = {'expected integer, got str object': 'str', 'range() integer end argument expected, got list.': 'list', 'range() integer start argument expected, got list.': 'list'}
for (msg, typ) in msgs.items():
results = ((typ,), dict())
... | Test INTEGER_EXPECTED_GOT_RE. | didyoumean/didyoumean_re_tests.py | test_int_expected_got | SylvainDe/DidYouMean-Python | 76 | python | def test_int_expected_got(self):
msgs = {'expected integer, got str object': 'str', 'range() integer end argument expected, got list.': 'list', 'range() integer start argument expected, got list.': 'list'}
for (msg, typ) in msgs.items():
results = ((typ,), dict())
self.re_matches(msg, re.IN... | def test_int_expected_got(self):
msgs = {'expected integer, got str object': 'str', 'range() integer end argument expected, got list.': 'list', 'range() integer start argument expected, got list.': 'list'}
for (msg, typ) in msgs.items():
results = ((typ,), dict())
self.re_matches(msg, re.IN... |
5540ec9530acf8fccddbbb69e9779115a116fa826a3f63c060ab1bde12b9224a | def test_indices_must_be_int(self):
'Test INDICES_MUST_BE_INT_RE.'
msgs = {'list indices must be integers, not str': 'str', 'list indices must be integers or slices, not str': 'str', 'tuple indices must be integers or slices, not str': 'str', 'list index must be an integer, not str': 'str'}
for (msg, typ) i... | Test INDICES_MUST_BE_INT_RE. | didyoumean/didyoumean_re_tests.py | test_indices_must_be_int | SylvainDe/DidYouMean-Python | 76 | python | def test_indices_must_be_int(self):
msgs = {'list indices must be integers, not str': 'str', 'list indices must be integers or slices, not str': 'str', 'tuple indices must be integers or slices, not str': 'str', 'list index must be an integer, not str': 'str'}
for (msg, typ) in msgs.items():
result... | def test_indices_must_be_int(self):
msgs = {'list indices must be integers, not str': 'str', 'list indices must be integers or slices, not str': 'str', 'tuple indices must be integers or slices, not str': 'str', 'list index must be an integer, not str': 'str'}
for (msg, typ) in msgs.items():
result... |
8cb444118091c87e233580462b58e4bcddb1309c0eacdfbb762f9d2da23252cf | def test_outside_function(self):
'Test OUTSIDE_FUNCTION_RE.'
msgs = ["'return' outside function", 'return outside function']
groups = ('return',)
results = (groups, dict())
for msg in msgs:
self.re_matches(msg, re.OUTSIDE_FUNCTION_RE, results) | Test OUTSIDE_FUNCTION_RE. | didyoumean/didyoumean_re_tests.py | test_outside_function | SylvainDe/DidYouMean-Python | 76 | python | def test_outside_function(self):
msgs = ["'return' outside function", 'return outside function']
groups = ('return',)
results = (groups, dict())
for msg in msgs:
self.re_matches(msg, re.OUTSIDE_FUNCTION_RE, results) | def test_outside_function(self):
msgs = ["'return' outside function", 'return outside function']
groups = ('return',)
results = (groups, dict())
for msg in msgs:
self.re_matches(msg, re.OUTSIDE_FUNCTION_RE, results)<|docstring|>Test OUTSIDE_FUNCTION_RE.<|endoftext|> |
add7ddd3b7a5c9b4bc2462de8b4264d69448375817bb0df1739f3375e7704c93 | def test_nb_positional_argument(self):
'Test NB_ARG_RE.'
msgs = [('some_func() takes exactly 1 argument (2 given)', 'some_func', '1', '2'), ('some_func() takes exactly 3 arguments (1 given)', 'some_func', '3', '1'), ('some_func() takes no arguments (1 given)', 'some_func', 'no', '1'), ('some_func() takes at lea... | Test NB_ARG_RE. | didyoumean/didyoumean_re_tests.py | test_nb_positional_argument | SylvainDe/DidYouMean-Python | 76 | python | def test_nb_positional_argument(self):
msgs = [('some_func() takes exactly 1 argument (2 given)', 'some_func', '1', '2'), ('some_func() takes exactly 3 arguments (1 given)', 'some_func', '3', '1'), ('some_func() takes no arguments (1 given)', 'some_func', 'no', '1'), ('some_func() takes at least 2 non-keyword ... | def test_nb_positional_argument(self):
msgs = [('some_func() takes exactly 1 argument (2 given)', 'some_func', '1', '2'), ('some_func() takes exactly 3 arguments (1 given)', 'some_func', '3', '1'), ('some_func() takes no arguments (1 given)', 'some_func', 'no', '1'), ('some_func() takes at least 2 non-keyword ... |
dc3e0abd7568f79d6166d4db0752756fe35c527c93dd4f547307b772c51d3e81 | def test_missing_positional_arg(self):
'Test MISSING_POS_ARG_RE.'
msgs = [("some_func() missing 2 required positional arguments: 'much' and 'args'", 'some_func'), ("some_func() missing 1 required positional argument: 'much'", 'some_func'), ("MyClass.some_method() missing 2 required positional arguments: 'much' ... | Test MISSING_POS_ARG_RE. | didyoumean/didyoumean_re_tests.py | test_missing_positional_arg | SylvainDe/DidYouMean-Python | 76 | python | def test_missing_positional_arg(self):
msgs = [("some_func() missing 2 required positional arguments: 'much' and 'args'", 'some_func'), ("some_func() missing 1 required positional argument: 'much'", 'some_func'), ("MyClass.some_method() missing 2 required positional arguments: 'much' and 'args'", 'MyClass.some... | def test_missing_positional_arg(self):
msgs = [("some_func() missing 2 required positional arguments: 'much' and 'args'", 'some_func'), ("some_func() missing 1 required positional argument: 'much'", 'some_func'), ("MyClass.some_method() missing 2 required positional arguments: 'much' and 'args'", 'MyClass.some... |
a493f6f3ff422069d87d8d8e3d60de5272f504a8f1ef7196519f90cfa91fb9e9 | def test_need_more_values_to_unpack(self):
'Test NEED_MORE_VALUES_RE.'
msgs = ['need more than 2 values to unpack', 'not enough values to unpack (expected 3, got 2)']
for msg in msgs:
self.re_matches(msg, re.NEED_MORE_VALUES_RE, NO_GROUP) | Test NEED_MORE_VALUES_RE. | didyoumean/didyoumean_re_tests.py | test_need_more_values_to_unpack | SylvainDe/DidYouMean-Python | 76 | python | def test_need_more_values_to_unpack(self):
msgs = ['need more than 2 values to unpack', 'not enough values to unpack (expected 3, got 2)']
for msg in msgs:
self.re_matches(msg, re.NEED_MORE_VALUES_RE, NO_GROUP) | def test_need_more_values_to_unpack(self):
msgs = ['need more than 2 values to unpack', 'not enough values to unpack (expected 3, got 2)']
for msg in msgs:
self.re_matches(msg, re.NEED_MORE_VALUES_RE, NO_GROUP)<|docstring|>Test NEED_MORE_VALUES_RE.<|endoftext|> |
b620eca9107095b1a239ab3e92c019a15f267d63de98d442c87d0212936719ee | def test_missing_parentheses(self):
'Test MISSING_PARENT_RE.'
msgs = ["Missing parentheses in call to 'exec'", "Missing parentheses in call to 'exec'. Did you mean print(...)?"]
func = 'exec'
groups = (func,)
named_groups = {'func': func}
results = (groups, named_groups)
for msg in msgs:
... | Test MISSING_PARENT_RE. | didyoumean/didyoumean_re_tests.py | test_missing_parentheses | SylvainDe/DidYouMean-Python | 76 | python | def test_missing_parentheses(self):
msgs = ["Missing parentheses in call to 'exec'", "Missing parentheses in call to 'exec'. Did you mean print(...)?"]
func = 'exec'
groups = (func,)
named_groups = {'func': func}
results = (groups, named_groups)
for msg in msgs:
self.re_matches(msg,... | def test_missing_parentheses(self):
msgs = ["Missing parentheses in call to 'exec'", "Missing parentheses in call to 'exec'. Did you mean print(...)?"]
func = 'exec'
groups = (func,)
named_groups = {'func': func}
results = (groups, named_groups)
for msg in msgs:
self.re_matches(msg,... |
2d1c5a6c05c33bc28cc3104e429ef0eee32f20ecb2691746238a982907c8be66 | def test_invalid_literal(self):
'Test INVALID_LITERAL_RE.'
msg = "invalid literal for int() with base 10: 'toto'"
groups = ('int', 'toto')
results = (groups, dict())
self.re_matches(msg, re.INVALID_LITERAL_RE, results) | Test INVALID_LITERAL_RE. | didyoumean/didyoumean_re_tests.py | test_invalid_literal | SylvainDe/DidYouMean-Python | 76 | python | def test_invalid_literal(self):
msg = "invalid literal for int() with base 10: 'toto'"
groups = ('int', 'toto')
results = (groups, dict())
self.re_matches(msg, re.INVALID_LITERAL_RE, results) | def test_invalid_literal(self):
msg = "invalid literal for int() with base 10: 'toto'"
groups = ('int', 'toto')
results = (groups, dict())
self.re_matches(msg, re.INVALID_LITERAL_RE, results)<|docstring|>Test INVALID_LITERAL_RE.<|endoftext|> |
c6d37c0722f0ce0da0f82072dee0e0af96340e0de93c313ebb9cb539757e2df9 | def test_invalid_syntax(self):
'Test INVALID_SYNTAX_RE.'
msgs = ['invalid syntax', "invalid syntax (expected ':')", "expected ':'", "invalid syntax. Maybe you meant '==' or ':=' instead of '='?"]
for msg in msgs:
self.re_matches(msg, re.INVALID_SYNTAX_RE, NO_GROUP) | Test INVALID_SYNTAX_RE. | didyoumean/didyoumean_re_tests.py | test_invalid_syntax | SylvainDe/DidYouMean-Python | 76 | python | def test_invalid_syntax(self):
msgs = ['invalid syntax', "invalid syntax (expected ':')", "expected ':'", "invalid syntax. Maybe you meant '==' or ':=' instead of '='?"]
for msg in msgs:
self.re_matches(msg, re.INVALID_SYNTAX_RE, NO_GROUP) | def test_invalid_syntax(self):
msgs = ['invalid syntax', "invalid syntax (expected ':')", "expected ':'", "invalid syntax. Maybe you meant '==' or ':=' instead of '='?"]
for msg in msgs:
self.re_matches(msg, re.INVALID_SYNTAX_RE, NO_GROUP)<|docstring|>Test INVALID_SYNTAX_RE.<|endoftext|> |
f15068918764a2cbd6953f7c9cb4c00f15527b22c8d6c119642f7be69b2fb15e | def test_invalid_comp(self):
'Test INVALID_COMP_RE.'
msg = 'invalid comparison'
self.re_matches(msg, re.INVALID_COMP_RE, NO_GROUP) | Test INVALID_COMP_RE. | didyoumean/didyoumean_re_tests.py | test_invalid_comp | SylvainDe/DidYouMean-Python | 76 | python | def test_invalid_comp(self):
msg = 'invalid comparison'
self.re_matches(msg, re.INVALID_COMP_RE, NO_GROUP) | def test_invalid_comp(self):
msg = 'invalid comparison'
self.re_matches(msg, re.INVALID_COMP_RE, NO_GROUP)<|docstring|>Test INVALID_COMP_RE.<|endoftext|> |
4e425fe57502250d152f7f913ec74dfeb5b9116729b8e85e0122aa2dc7017521 | def test_expected_length(self):
'Test EXPECTED_LENGTH_RE.'
msg = 'expected length 3, got 2'
groups = ('3', '2')
results = (groups, dict())
self.re_matches(msg, re.EXPECTED_LENGTH_RE, results) | Test EXPECTED_LENGTH_RE. | didyoumean/didyoumean_re_tests.py | test_expected_length | SylvainDe/DidYouMean-Python | 76 | python | def test_expected_length(self):
msg = 'expected length 3, got 2'
groups = ('3', '2')
results = (groups, dict())
self.re_matches(msg, re.EXPECTED_LENGTH_RE, results) | def test_expected_length(self):
msg = 'expected length 3, got 2'
groups = ('3', '2')
results = (groups, dict())
self.re_matches(msg, re.EXPECTED_LENGTH_RE, results)<|docstring|>Test EXPECTED_LENGTH_RE.<|endoftext|> |
db9a7e9c5008993441f88d30953e51100701081ebfe1f30301cd823ee4fa858e | def test_future_first(self):
'Test FUTURE_FIRST_RE.'
msgs = ['from __future__ imports must occur at the beginning of the file', '__future__ statements must appear at beginning of file']
for msg in msgs:
self.re_matches(msg, re.FUTURE_FIRST_RE, NO_GROUP) | Test FUTURE_FIRST_RE. | didyoumean/didyoumean_re_tests.py | test_future_first | SylvainDe/DidYouMean-Python | 76 | python | def test_future_first(self):
msgs = ['from __future__ imports must occur at the beginning of the file', '__future__ statements must appear at beginning of file']
for msg in msgs:
self.re_matches(msg, re.FUTURE_FIRST_RE, NO_GROUP) | def test_future_first(self):
msgs = ['from __future__ imports must occur at the beginning of the file', '__future__ statements must appear at beginning of file']
for msg in msgs:
self.re_matches(msg, re.FUTURE_FIRST_RE, NO_GROUP)<|docstring|>Test FUTURE_FIRST_RE.<|endoftext|> |
005a7c1ffa53288dc48c7e25f3e132bf19d61623576b6d1bd8fee649f6565a0f | def test_future_feature_not_def(self):
'Test FUTURE_FEATURE_NOT_DEF_RE.'
msg = 'future feature divisio is not defined'
groups = ('divisio',)
results = (groups, dict())
self.re_matches(msg, re.FUTURE_FEATURE_NOT_DEF_RE, results) | Test FUTURE_FEATURE_NOT_DEF_RE. | didyoumean/didyoumean_re_tests.py | test_future_feature_not_def | SylvainDe/DidYouMean-Python | 76 | python | def test_future_feature_not_def(self):
msg = 'future feature divisio is not defined'
groups = ('divisio',)
results = (groups, dict())
self.re_matches(msg, re.FUTURE_FEATURE_NOT_DEF_RE, results) | def test_future_feature_not_def(self):
msg = 'future feature divisio is not defined'
groups = ('divisio',)
results = (groups, dict())
self.re_matches(msg, re.FUTURE_FEATURE_NOT_DEF_RE, results)<|docstring|>Test FUTURE_FEATURE_NOT_DEF_RE.<|endoftext|> |
de09d62af3b309669c34fca37f520ae1c3ca482d5987dc1ee6f8dcc6ff90f611 | def test_result_has_too_many_items(self):
'Test RESULT_TOO_MANY_ITEMS_RE.'
msg = 'range() result has too many items'
func = 'range'
groups = (func,)
named_groups = {'func': func}
results = (groups, named_groups)
self.re_matches(msg, re.RESULT_TOO_MANY_ITEMS_RE, results) | Test RESULT_TOO_MANY_ITEMS_RE. | didyoumean/didyoumean_re_tests.py | test_result_has_too_many_items | SylvainDe/DidYouMean-Python | 76 | python | def test_result_has_too_many_items(self):
msg = 'range() result has too many items'
func = 'range'
groups = (func,)
named_groups = {'func': func}
results = (groups, named_groups)
self.re_matches(msg, re.RESULT_TOO_MANY_ITEMS_RE, results) | def test_result_has_too_many_items(self):
msg = 'range() result has too many items'
func = 'range'
groups = (func,)
named_groups = {'func': func}
results = (groups, named_groups)
self.re_matches(msg, re.RESULT_TOO_MANY_ITEMS_RE, results)<|docstring|>Test RESULT_TOO_MANY_ITEMS_RE.<|endoftext... |
b847bfb62ac1bc302cdbe52ac17601f4be4e9dd360bd663c341dfed479afac93 | def test_unqualified_exec(self):
'Test UNQUALIFIED_EXEC_RE.'
msgs = ["unqualified exec is not allowed in function 'func_name' it is a nested function", "unqualified exec is not allowed in function 'func_name' because it is a nested function", "unqualified exec is not allowed in function 'func_name' it contains ... | Test UNQUALIFIED_EXEC_RE. | didyoumean/didyoumean_re_tests.py | test_unqualified_exec | SylvainDe/DidYouMean-Python | 76 | python | def test_unqualified_exec(self):
msgs = ["unqualified exec is not allowed in function 'func_name' it is a nested function", "unqualified exec is not allowed in function 'func_name' because it is a nested function", "unqualified exec is not allowed in function 'func_name' it contains a nested function with free... | def test_unqualified_exec(self):
msgs = ["unqualified exec is not allowed in function 'func_name' it is a nested function", "unqualified exec is not allowed in function 'func_name' because it is a nested function", "unqualified exec is not allowed in function 'func_name' it contains a nested function with free... |
8890c7559fa4c4ba18eec80de74d723e0c0f22519925a35f1bce9b8857904645 | def test_import_star(self):
'Test IMPORTSTAR_RE.'
msgs = ["import * is not allowed in function 'func_name' because it is contains a nested function with free variables", "import * is not allowed in function 'func_name' because it contains a nested function with free variables", "import * is not allowed in funct... | Test IMPORTSTAR_RE. | didyoumean/didyoumean_re_tests.py | test_import_star | SylvainDe/DidYouMean-Python | 76 | python | def test_import_star(self):
msgs = ["import * is not allowed in function 'func_name' because it is contains a nested function with free variables", "import * is not allowed in function 'func_name' because it contains a nested function with free variables", "import * is not allowed in function 'func_name' becau... | def test_import_star(self):
msgs = ["import * is not allowed in function 'func_name' because it is contains a nested function with free variables", "import * is not allowed in function 'func_name' because it contains a nested function with free variables", "import * is not allowed in function 'func_name' becau... |
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