def check_position(self, test_path, expected):
"""
Check license detection in file or folder against expected result.
"""
test_location = self.get_test_loc(test_path)
result = []
for detected in detect.detect_license(test_location):
dlicense, sline, eline, schar, echar, _rid, _score = detected
keys = dlicense, sline, eline, schar, echar
result.append(keys)
assert expected == result
def validate_license_detection(self):
# ignore anything returned but the license key
detections = detect.detect_license(license_file)
# the detected license key is the first member of the returned tuple
# for each detection
# FIXME: we should check that we have one and only one exact match
detected = [d[0] for d in detections]
msg = ('%(expected_license)r is not in '
'detected: %(detected)r'
'through full detection: %(detections)r') % locals()
assert expected_license in detected, msg
def check_position(self, test_path, expected):
"""
Check license detection in file or folder against expected result.
"""
test_location = self.get_test_loc(test_path)
result = []
for detected in detect.detect_license(test_location):
dlicense, sline, eline, schar, echar, _rid, _score = detected
keys = dlicense, sline, eline, schar, echar
result.append(keys)
assert expected == result
def validate_license_detection(self):
# ignore anything returned but the license key
detections = detect.detect_license(license_file)
# the detected license key is the first member of the returned tuple
# for each detection
# FIXME: we should check that we have one and only one exact match
detected = [d[0] for d in detections]
msg = ('%(expected_license)r is not in '
'detected: %(detected)r'
'through full detection: %(detections)r') % locals()
assert expected_license in detected, msg
def data_driven_test_function(self):
test_loc = self.get_test_loc(test_file)
result = list(detect.detect_license(test_loc, perfect=True))
# the detected license is the first member of the returned tuple
license_result = [d[0] for d in result]
try:
if sort:
assert sorted(expected_licenses) == sorted(license_result)
else:
assert expected_licenses == license_result
except:
# on failure, we compare against the full results to get
# additional failure details, including the test_file
if sort:
assert sorted(expected_licenses) == ['test file: '+ test_file] + sorted(license_result)
else:
assert expected_licenses == ['test file: '+ test_file] + result
def data_driven_test_function(self):
test_loc = self.get_test_loc(test_file)
result = list(detect.detect_license(test_loc, perfect=True))
# the detected license is the first member of the returned tuple
license_result = [d[0] for d in result]
try:
if sort:
assert sorted(expected_licenses) == sorted(license_result)
else:
assert expected_licenses == license_result
except:
# on failure, we compare against the full results to get
# additional failure details, including the test_file
if sort:
assert sorted(expected_licenses) == [
'test file: ' + test_file
] + sorted(license_result)
else:
assert expected_licenses == ['test file: ' + test_file
] + result
def detect_lic():
for location in locations:
list(detect.detect_license(location, perfect=True))