def test_clang37_plist(self):
"""
Check plist generated by clang 3.7 checker name should be in the plist
file.
"""
clang37_plist = os.path.join(
self.__plist_test_files, 'clang-3.7.plist')
files, bugs = plist_parser.parse_plist(clang37_plist)
self.assertEquals(files, self.__found_file_names)
self.assertEquals(len(bugs), 3)
valid_checker_names = []
valid_checker_names.extend(self.__found_checker_names)
for bug in bugs:
# Checker name should be in the plist file.
self.assertNotEqual(bug.checker_name, 'NOT FOUND')
self.assertIn(bug.checker_name, valid_checker_names)
if bug.checker_name == 'core.DivideZero':
self.__core_div_bug_event(bug.get_last_event())
if bug.checker_name == 'core.StackAddressEscape':
self.__core_stack_addr_esc_event(bug.get_last_event())
self.assertNotEquals(bug.hash_value, '')
def handle_results(self):
source = self.analyzed_source_file
_, source_file_name = ntpath.split(source)
plist = self.get_analyzer_result_file()
try:
_, bugs = plist_parser.parse_plist(plist)
except Exception as ex:
LOG.error('The generated plist is not valid!')
LOG.error(ex)
return 1
err_code = self.analyzer_returncode
if err_code == 0:
if len(bugs) > 0:
self.__output.write(
'%s found %d defect(s) while analyzing %s\n\n' %
(self.buildaction.analyzer_type, len(bugs),
source_file_name))
self.__print_bugs(bugs)
else:
self.__output.write('%s found no defects while analyzing %s\n' %
(self.buildaction.analyzer_type,
source_file_name))
return err_code
else:
self.__output.write('Analyzing %s with %s failed.\n' %
(source_file_name,
self.buildaction.analyzer_type))
return err_code
def handle_results(self):
source = self.analyzed_source_file
_, source_file_name = ntpath.split(source)
plist = self.get_analyzer_result_file()
try:
_, bugs = plist_parser.parse_plist(plist)
except Exception as ex:
LOG.error('The generated plist is not valid!')
LOG.error(ex)
return 1
err_code = self.analyzer_returncode
if err_code == 0:
if len(bugs) > 0:
self.__output.write(
'%s found %d defect(s) while analyzing %s\n\n' %
(self.buildaction.analyzer_type, len(bugs),
source_file_name))
self.__print_bugs(bugs)
else:
self.__output.write(
'%s found no defects while analyzing %s\n' %
(self.buildaction.analyzer_type, source_file_name))
return err_code
else:
self.__output.write(
'Analyzing %s with %s failed.\n' %
(source_file_name, self.buildaction.analyzer_type))
return err_code
def test_no_bug_file(self):
"""There was no bug in the checked file."""
no_bug_plist = os.path.join(self.__plist_test_files,
'clang-3.7-noerror.plist')
files, bugs = plist_parser.parse_plist(no_bug_plist)
self.assertEquals(files, [])
self.assertEquals(bugs, [])
def test_no_bug_file(self):
"""There was no bug in the checked file."""
no_bug_plist = os.path.join(
self.__plist_test_files, 'clang-3.7-noerror.plist')
files, bugs = plist_parser.parse_plist(no_bug_plist)
self.assertEquals(files, [])
self.assertEquals(bugs, [])
def test_clang38_trunk_plist(self):
"""
Check plist generated by clang 3.8 trunk checker name and bug hash
should be in the plist file.
"""
clang38_plist = os.path.join(
self.__plist_test_files, 'clang-3.8-trunk.plist')
files, bugs = plist_parser.parse_plist(clang38_plist)
self.assertEquals(files, self.__found_file_names)
self.assertEquals(len(bugs), 3)
valid_checker_names = []
valid_checker_names.extend(self.__found_checker_names)
for bug in bugs:
# Checker name should be in the plist file.
self.assertNotEqual(bug.checker_name, 'NOT FOUND')
self.assertIn(bug.checker_name, valid_checker_names)
if bug.checker_name == 'core.DivideZero':
self.__core_div_bug_event(bug.get_last_event())
self.assertEquals(
bug.hash_value, '79e31a6ba028f0b7d9779faf4a6cb9cf')
if bug.checker_name == 'core.StackAddressEscape':
self.__core_stack_addr_esc_event(bug.get_last_event())
self.assertEquals(
bug.hash_value, 'f7b5072d428e890f2d309217f3ead16f')
if bug.checker_name == 'deadcode.DeadStores':
self.assertEquals(
bug.hash_value, '8714f42d8328bc78d5d7bff6ced918cc')
def test_clang38_trunk_plist(self):
"""
Check plist generated by clang 3.8 trunk checker name and bug hash
should be in the plist file.
"""
clang38_plist = os.path.join(self.__plist_test_files,
'clang-3.8-trunk.plist')
files, bugs = plist_parser.parse_plist(clang38_plist)
self.assertEquals(files, self.__found_file_names)
self.assertEquals(len(bugs), 3)
valid_checker_names = []
valid_checker_names.extend(self.__found_checker_names)
for bug in bugs:
# Checker name should be in the plist file.
self.assertNotEqual(bug.checker_name, 'NOT FOUND')
self.assertIn(bug.checker_name, valid_checker_names)
if bug.checker_name == 'core.DivideZero':
self.__core_div_bug_event(bug.get_last_event())
self.assertEquals(bug.hash_value,
'79e31a6ba028f0b7d9779faf4a6cb9cf')
if bug.checker_name == 'core.StackAddressEscape':
self.__core_stack_addr_esc_event(bug.get_last_event())
self.assertEquals(bug.hash_value,
'f7b5072d428e890f2d309217f3ead16f')
if bug.checker_name == 'deadcode.DeadStores':
self.assertEquals(bug.hash_value,
'8714f42d8328bc78d5d7bff6ced918cc')
def test_clang37_plist(self):
"""
Check plist generated by clang 3.7 checker name should be in the plist
file.
"""
clang37_plist = os.path.join(self.__plist_test_files,
'clang-3.7.plist')
files, bugs = plist_parser.parse_plist(clang37_plist)
self.assertEquals(files, self.__found_file_names)
self.assertEquals(len(bugs), 3)
valid_checker_names = []
valid_checker_names.extend(self.__found_checker_names)
for bug in bugs:
# Checker name should be in the plist file.
self.assertNotEqual(bug.checker_name, 'NOT FOUND')
self.assertIn(bug.checker_name, valid_checker_names)
if bug.checker_name == 'core.DivideZero':
self.__core_div_bug_event(bug.get_last_event())
if bug.checker_name == 'core.StackAddressEscape':
self.__core_stack_addr_esc_event(bug.get_last_event())
self.assertNotEquals(bug.hash_value, '')
def handle_plist(self, plist):
try:
_, bugs = plist_parser.parse_plist(plist)
except Exception as ex:
LOG.error('The generated plist is not valid!')
LOG.debug(ex)
return 1
self.__print_bugs(bugs)
def handle_plist(self, plist):
try:
_, bugs = plist_parser.parse_plist(plist)
except Exception as ex:
LOG.error('The generated plist is not valid!')
LOG.debug(ex)
return 1
self.__print_bugs(bugs)
def handle_plist(self, plist):
try:
_, bugs = plist_parser.parse_plist(plist)
except Exception as ex:
LOG.error('The generated plist is not valid!')
LOG.error(ex)
return 1
if len(bugs) > 0:
self.__output.write("%s contains %d defect(s)\n\n" % (plist, len(bugs)))
self.__print_bugs(bugs)
else:
self.__output.write("%s doesn't contain any defects\n" % plist)
def handle_plist(self, plist):
try:
_, bugs = plist_parser.parse_plist(plist)
except Exception as ex:
LOG.error('The generated plist is not valid!')
LOG.error(ex)
return 1
if len(bugs) > 0:
self.__output.write("%s contains %d defect(s)\n\n" %
(plist, len(bugs)))
self.__print_bugs(bugs)
else:
self.__output.write("%s doesn't contain any defects\n" % plist)
def handle_results(self):
"""
send the plist content to the database
server API calls should be used in one connection
- addBuildAction
- addReport
- needFileContent
- addFileContent
- finishBuildAction
"""
with client.get_connection() as connection:
LOG.debug('Storing original build and analyzer command to the database')
_, source_file_name = ntpath.split(self.analyzed_source_file)
analisys_id = connection.add_build_action(self.__run_id,
self.buildaction.original_command,
' '.join(self.analyzer_cmd),
self.buildaction.analyzer_type,
source_file_name)
# store buildaction and analyzer command to the database
if self.analyzer_returncode == 0:
LOG.info(self.buildaction.analyzer_type + ' analyzed ' +
source_file_name + ' successfully.')
plist_file = self.get_analyzer_result_file()
try:
files, bugs = plist_parser.parse_plist(plist_file)
except Exception as ex:
LOG.debug(str(ex))
msg = 'Parsing the generated result file failed'
LOG.error(msg + ' ' + plist_file)
connection.finish_build_action(analisys_id, msg)
return 1
self.__store_bugs(files, bugs, connection, analisys_id)
else:
LOG.info('Analysing ' + source_file_name +
' with ' + self.buildaction.analyzer_type +
' failed.')
connection.finish_build_action(analisys_id, self.analyzer_stderr)
def handle_results(self):
source = self.analyzed_source_file
_, source_file_name = ntpath.split(source)
plist = self.get_analyzer_result_file()
try:
_, bugs = plist_parser.parse_plist(plist)
except Exception as ex:
LOG.error('The generated plist is not valid!')
LOG.error(ex)
return 1
err_code = self.analyzer_returncode
if err_code == 0:
if len(bugs) > 0:
self.__output.write(
'%s found %d defect(s) while analyzing %s\n\n' %
(self.buildaction.analyzer_type, len(bugs),
source_file_name))
else:
self.__output.write(
'%s found no defects while analyzing %s\n' %
(self.buildaction.analyzer_type, source_file_name))
return err_code
index_format = ' %%%dd, ' % int(
math.floor(math.log10(len(bugs))) + 1)
for bug in bugs:
last_event = bug.get_last_event()
self.__output.write(self.__format_bug_event(last_event))
self.__output.write('\n')
self.__output.write(self.__format_location(last_event))
self.__output.write('\n')
if self.__print_steps:
self.__output.write(' Steps:\n')
for index, event in enumerate(bug.events()):
self.__output.write(index_format % (index + 1))
self.__output.write(self.__format_bug_event(event))
self.__output.write('\n')
self.__output.write('\n')
else:
self.__output.write(
'Analyzing %s with %s failed.\n' %
(source_file_name, self.buildaction.analyzer_type))
return err_code
def handle_results(self):
"""
Send the plist content to the database.
Server API calls should be used in one connection.
- addBuildAction
- addReport
- needFileContent
- addFileContent
- finishBuildAction
"""
with client.get_connection() as connection:
LOG.debug('Storing original build and analyzer command '
'to the database.')
_, source_file_name = ntpath.split(self.analyzed_source_file)
if LoggerFactory.get_log_level() == logger.DEBUG:
analyzer_cmd = ' '.join(self.analyzer_cmd)
else:
analyzer_cmd = ''
build_cmd_hash = self.buildaction.original_command_hash
analysis_id = \
connection.add_build_action(self.__run_id,
build_cmd_hash,
analyzer_cmd,
self.buildaction.analyzer_type,
source_file_name)
assert self.analyzer_returncode == 0
plist_file = self.analyzer_result_file
try:
files, bugs = plist_parser.parse_plist(plist_file)
except Exception as ex:
LOG.debug(str(ex))
msg = 'Parsing the generated result file failed.'
LOG.error(msg + ' ' + plist_file)
connection.finish_build_action(analysis_id, msg)
return 1
self.__store_bugs(files, bugs, connection, analysis_id)
connection.finish_build_action(analysis_id, self.analyzer_stderr)
def handle_results(self):
"""
Send the plist content to the database.
Server API calls should be used in one connection.
- addBuildAction
- addReport
- needFileContent
- addFileContent
- finishBuildAction
"""
with client.get_connection() as connection:
LOG.debug('Storing original build and analyzer command '
'to the database.')
_, source_file_name = ntpath.split(self.analyzed_source_file)
if LoggerFactory.get_log_level() == logger.DEBUG:
analyzer_cmd = ' '.join(self.analyzer_cmd)
else:
analyzer_cmd = ''
build_cmd_hash = self.buildaction.original_command_hash
analysis_id = \
connection.add_build_action(self.__run_id,
build_cmd_hash,
analyzer_cmd,
self.buildaction.analyzer_type,
source_file_name)
assert self.analyzer_returncode == 0
plist_file = self.analyzer_result_file
try:
files, bugs = plist_parser.parse_plist(plist_file)
except Exception as ex:
LOG.debug(str(ex))
msg = 'Parsing the generated result file failed.'
LOG.error(msg + ' ' + plist_file)
connection.finish_build_action(analysis_id, msg)
return 1
self.__store_bugs(files, bugs, connection, analysis_id)
connection.finish_build_action(analysis_id, self.analyzer_stderr)
def handle_plist(self, plist):
with client.get_connection() as connection:
# TODO: When the analyzer name can be read from PList, then it
# should be passed too.
# TODO: File name should be read from the PList and passed.
analysis_id = connection.add_build_action(
self.__run_id, plist, 'Build action from plist', '', '')
try:
files, bugs = plist_parser.parse_plist(plist)
except Exception as ex:
msg = 'Parsing the generated result file failed'
LOG.error(msg + ' ' + plist)
LOG.error(str(ex))
connection.finish_build_action(analysis_id, msg)
return 1
self.__store_bugs(files, bugs, connection, analysis_id)
connection.finish_build_action(analysis_id, self.analyzer_stderr)
def on_result(**args):
LOG.debug(args['check_command'])
source = args['source_file']
plist = args['report_plist']
if not os.path.isfile(plist):
LOG.info('Checking %s failed!' % (source))
return 1
try:
_, bugs = plist_parser.parse_plist(plist)
except Exception:
LOG.error('The generated plist is not valid!')
return 1
err_code = args['err_code']
if len(bugs) > 0:
output.write('%d defect(s) found while checking %s:\n\n' %
(len(bugs), source))
else:
output.write('No defects found in %s :-)\n' % source)
return err_code
index_format = ' %%%dd, ' % int(math.floor(math.log10(len(bugs)))+1)
for bug in bugs:
last_event = bug.get_last_event()
output.write(format_bug_event(last_event))
output.write('\n')
output.write(format_location(last_event))
output.write('\n')
if print_steps:
output.write(' Steps:\n')
for index, event in enumerate(bug.events()):
output.write(index_format % (index + 1))
output.write(format_bug_event(event))
output.write('\n')
output.write('\n')
return err_code
def handle_plist(self, plist):
with client.get_connection() as connection:
# TODO: When the analyzer name can be read from PList, then it
# should be passed too.
# TODO: File name should be read from the PList and passed.
analisys_id = connection.add_build_action(self.__run_id,
plist,
'Build action from plist',
'',
'')
try:
files, bugs = plist_parser.parse_plist(plist)
except Exception as ex:
msg = 'Parsing the generated result file failed'
LOG.error(msg + ' ' + plist)
connection.finish_build_action(analysis_id, msg)
return 1
self.__store_bugs(files, bugs, connection, analisys_id)
connection.finish_build_action(analisys_id, self.analyzer_stderr)
def test_clang35_plist(self):
"""
Check plist generated by clang 3.5 checker name is not in the plist
file plist parser tries to find out the name.
"""
clang35_plist = os.path.join(self.__plist_test_files,
'clang-3.5.plist')
files, bugs = plist_parser.parse_plist(clang35_plist)
self.assertEquals(files, self.__found_file_names)
self.assertEquals(len(bugs), 3)
valid_checker_names = []
valid_checker_names.extend(self.__found_checker_names)
valid_checker_names.extend(self.__not_found_checker_names)
for bug in bugs:
self.assertIn(bug.checker_name, valid_checker_names)
if bug.checker_name == 'core.DivideZero':
self.__core_div_bug_event(bug.get_last_event())
if bug.checker_name == 'NOT FOUND':
self.__core_stack_addr_esc_event(bug.get_last_event())
self.assertIn(bug.hash_value, self.__framework_generated_hashes)
def test_clang34_plist(self):
"""
Check plist generated by clang 3.4 checker name is not in the plist
file plist parser tries to find out the name.
"""
clang34_plist = os.path.join(
self.__plist_test_files, 'clang-3.4.plist')
files, bugs = plist_parser.parse_plist(clang34_plist)
self.assertEquals(files, self.__found_file_names)
self.assertEquals(len(bugs), 3)
valid_checker_names = []
valid_checker_names.extend(self.__found_checker_names)
valid_checker_names.extend(self.__not_found_checker_names)
for bug in bugs:
self.assertIn(bug.checker_name, valid_checker_names)
if bug.checker_name == 'core.DivideZero':
self.__core_div_bug_event(bug.get_last_event())
if bug.checker_name == 'NOT FOUND':
self.__core_stack_addr_esc_event(bug.get_last_event())
self.assertIn(bug.hash_value, self.__framework_generated_hashes)
def handle_results(self):
plist = self.analyzer_result_file
try:
_, bugs = plist_parser.parse_plist(plist)
except Exception as ex:
LOG.error('The generated plist is not valid!')
LOG.error(ex)
return 1
err_code = self.analyzer_returncode
if err_code == 0:
try:
# No lock when consuming plist.
self.__lock.acquire() if self.__lock else None
self.__print_bugs(bugs)
finally:
self.__lock.release() if self.__lock else None
else:
self.__output.write('Analyzing %s with %s failed.\n' %
(ntpath.basename(self.analyzed_source_file),
self.buildaction.analyzer_type))
return err_code
def handle_results(self):
plist = self.analyzer_result_file
try:
_, bugs = plist_parser.parse_plist(plist)
except Exception as ex:
LOG.error('The generated plist is not valid!')
LOG.error(ex)
return 1
err_code = self.analyzer_returncode
if err_code == 0:
try:
# No lock when consuming plist.
self.__lock.acquire() if self.__lock else None
self.__print_bugs(bugs)
finally:
self.__lock.release() if self.__lock else None
else:
self.__output.write('Analyzing %s with %s failed.\n' %
(ntpath.basename(self.analyzed_source_file),
self.buildaction.analyzer_type))
return err_code
def send_plist_content(connection, plist_file, build_action_id, run_id,
severity_map, should_skip):
try:
files, bugs = plist_parser.parse_plist(plist_file)
except Exception:
LOG.info('The generated plist is not valid, so parsing failed.')
return
file_ids = {}
# Send content of file to the server if needed
for file_name in files:
file_descriptor = connection.need_file_content(file_name)
file_ids[file_name] = file_descriptor.fileId
if file_descriptor.needed:
with open(file_name, 'r') as source_file:
file_content = source_file.read()
compressed_file = zlib.compress(file_content, zlib.Z_BEST_COMPRESSION)
# TODO: we may not use the file content in the end
# depending on skippaths
connection.add_file_content(file_descriptor.fileId, compressed_file)
report_ids = []
for bug in bugs:
events = bug.events()
if events and should_skip(events[-1].start_pos.file_path):
# Issue #20: this bug is in a file which should be skipped
LOG.debug(bug.hash_value + ' is skipped (in ' +
events[-1].start_pos.file_path + ")")
continue
# create remaining data for bugs and send them to the server
bug_paths = []
for path in bug.paths():
bug_paths.append(shared.ttypes.BugPathPos(path.start_pos.line,
path.start_pos.col, path.end_pos.line, path.end_pos.col,
file_ids[path.start_pos.file_path]))
bug_events = []
for event in bug.events():
bug_events.append(shared.ttypes.BugPathEvent(event.start_pos.line,
event.start_pos.col, event.end_pos.line, event.end_pos.col,
event.msg, file_ids[event.start_pos.file_path]))
bug_hash = bug.hash_value
LOG.debug('Bug hash: ' + bug_hash)
severity_name = severity_map.get(bug.checker_name, 'UNSPECIFIED')
severity = shared.ttypes.Severity._NAMES_TO_VALUES[severity_name]
suppress = False
source_file = bug.file_path
last_bug_event = bug.events()[-1]
bug_line = last_bug_event.start_pos.line
LOG.debug('Checking source for suppress comment')
sp_handler = suppress_handler.SourceSuppressHandler(source_file,
bug_line)
LOG.debug(source_file)
LOG.debug(bug_line)
LOG.debug(bug.checker_name)
# check for suppress comment
supp = sp_handler.check_source_suppress()
if supp:
# something shoud be suppressed
suppress_checkers = sp_handler.suppressed_checkers()
if bug.checker_name in suppress_checkers or \
suppress_checkers == ['all']:
suppress = True
file_path, file_name = ntpath.split(source_file)
# checker_hash, file_name, comment
to_suppress = (bug_hash,
file_name,
sp_handler.suppress_comment())
LOG.debug(to_suppress)
connection.add_suppress_bug([to_suppress])
report_id = connection.add_report(build_action_id,
file_ids[bug.file_path],
bug_hash,
bug.msg,
bug_paths,
bug_events,
bug.checker_name,
bug.category,
bug.type,
severity,
suppress)
report_ids.append(report_id)
def test_empty_file(self):
"""Plist file is empty."""
empty_plist = os.path.join(self.__plist_test_files, 'empty_file')
files, bugs = plist_parser.parse_plist(empty_plist)
self.assertEquals(files, [])
self.assertEquals(bugs, [])
def test_empty_file(self):
"""Plist file is empty."""
empty_plist = os.path.join(self.__plist_test_files, 'empty_file')
files, bugs = plist_parser.parse_plist(empty_plist)
self.assertEquals(files, [])
self.assertEquals(bugs, [])
def handle_results(self):
"""
send the plist content to the database
server API calls should be used in one connection
- addBuildAction
- addReport
- needFileContent
- addFileContent
- finishBuildAction
"""
with client.get_connection() as connection:
LOG.debug(
'Storing original build and analyzer command to the database')
analisys_id = connection.add_build_action(
self.__run_id, self.buildaction.original_command,
' '.join(self.analyzer_cmd))
# store buildaction and analyzer command to the database
_, source_file_name = ntpath.split(self.analyzed_source_file)
if self.analyzer_returncode == 0:
LOG.info(self.buildaction.analyzer_type + ' analyzed ' +
source_file_name + ' successfully.')
plist_file = self.get_analyzer_result_file()
try:
files, bugs = plist_parser.parse_plist(plist_file)
except Exception as ex:
LOG.debug(str(ex))
msg = 'Parsing the generated result file failed'
LOG.error(msg + ' ' + plist_file)
connection.finish_build_action(analisys_id, msg)
return 1
file_ids = {}
# Send content of file to the server if needed
for file_name in files:
file_descriptor = connection.need_file_content(
self.__run_id, file_name)
file_ids[file_name] = file_descriptor.fileId
if file_descriptor.needed:
with open(file_name, 'r') as source_file:
file_content = source_file.read()
compressed_file = zlib.compress(
file_content, zlib.Z_BEST_COMPRESSION)
# TODO: we may not use the file content in the end
# depending on skippaths
LOG.debug('storing file content to the database')
connection.add_file_content(file_descriptor.fileId,
compressed_file)
# skipping bugs in header files handled here
report_ids = []
for bug in bugs:
events = bug.events()
# skip list handler can be None if no config file is set
if self.skiplist_handler:
if events and self.skiplist_handler.should_skip(
events[-1].start_pos.file_path):
# Issue #20: this bug is in a file which should be skipped
LOG.debug(bug.hash_value + ' is skipped (in ' +
events[-1].start_pos.file_path + ")")
continue
# create remaining data for bugs and send them to the server
bug_paths = []
for path in bug.paths():
bug_paths.append(
shared.ttypes.BugPathPos(
path.start_pos.line, path.start_pos.col,
path.end_pos.line, path.end_pos.col,
file_ids[path.start_pos.file_path]))
bug_events = []
for event in bug.events():
bug_events.append(
shared.ttypes.BugPathEvent(
event.start_pos.line, event.start_pos.col,
event.end_pos.line, event.end_pos.col,
event.msg,
file_ids[event.start_pos.file_path]))
bug_hash = bug.hash_value
severity_name = self.severity_map.get(
bug.checker_name, 'UNSPECIFIED')
severity = shared.ttypes.Severity._NAMES_TO_VALUES[
severity_name]
suppress = False
source_file = bug.file_path
last_bug_event = bug.events()[-1]
bug_line = last_bug_event.start_pos.line
sp_handler = suppress_handler.SourceSuppressHandler(
source_file, bug_line)
# check for suppress comment
supp = sp_handler.check_source_suppress()
if supp:
# something shoud be suppressed
suppress_checkers = sp_handler.suppressed_checkers()
if bug.checker_name in suppress_checkers or \
suppress_checkers == ['all']:
suppress = True
file_path, file_name = ntpath.split(source_file)
# checker_hash, file_name, comment
to_suppress = (bug_hash, file_name,
sp_handler.suppress_comment())
LOG.debug(to_suppress)
connection.add_suppress_bug(
self.__run_id, [to_suppress])
LOG.debug('Storing check results to the database')
report_id = connection.add_report(
analisys_id, file_ids[bug.file_path], bug_hash,
bug.msg, bug_paths, bug_events, bug.checker_name,
bug.category, bug.type, severity, suppress)
report_ids.append(report_id)
else:
LOG.info('Analysing ' + source_file_name + ' with ' +
self.buildaction.analyzer_type + ' failed.')
connection.finish_build_action(analisys_id, self.analyzer_stderr)
def send_plist_content(connection, plist_file, build_action_id, run_id,
severity_map, should_skip):
try:
files, bugs = plist_parser.parse_plist(plist_file)
except Exception as ex:
LOG.info('The generated plist is not valid, so parsing failed.')
return
file_ids = {}
# Send content of file to the server if needed
for file_name in files:
file_descriptor = connection.need_file_content(file_name)
file_ids[file_name] = file_descriptor.fileId
if file_descriptor.needed:
with open(file_name, 'r') as source_file:
file_content = source_file.read()
compressed_file = zlib.compress(file_content, zlib.Z_BEST_COMPRESSION)
# TODO: we may not use the file content in the end
# depending on skippaths
connection.add_file_content(file_descriptor.fileId, compressed_file)
report_ids = []
for bug in bugs:
events = bug.events()
if events and should_skip(events[-1].start_pos.file_path):
# Issue #20: this bug is in a file which should be skipped
LOG.debug(bug.hash_value + ' is skipped (in ' +
events[-1].start_pos.file_path + ")")
continue
# create remaining data for bugs and send them to the server
bug_paths = []
for path in bug.paths():
bug_paths.append(shared.ttypes.BugPathPos(path.start_pos.line,
path.start_pos.col, path.end_pos.line, path.end_pos.col,
file_ids[path.start_pos.file_path]))
bug_events = []
for event in bug.events():
bug_events.append(shared.ttypes.BugPathEvent(event.start_pos.line,
event.start_pos.col, event.end_pos.line, event.end_pos.col,
event.msg, file_ids[event.start_pos.file_path]))
bug_hash = bug.hash_value
bug_hash_type = bug.hash_type
LOG.debug('Bug hash: ' + bug_hash)
LOG.debug('Bug hash type: ' + str(bug_hash_type))
severity_name = severity_map.get(bug.checker_name, 'UNSPECIFIED')
severity = shared.ttypes.Severity._NAMES_TO_VALUES[severity_name]
report_id = connection.add_report(build_action_id,
file_ids[bug.file_path],
bug_hash,
bug_hash_type,
bug.msg,
bug_paths,
bug_events,
bug.checker_name,
bug.category,
bug.type,
severity)
report_ids.append(report_id)