def test():
# We'll add no project file, so the only sources that should
# be fond are VUnit's files
it.assertIn('vunit', sys.modules)
project_filename = p.join(TEST_CONFIG_PARSER_SUPPORT_PATH,
'builder_only_project.prj')
with mock.patch('hdlcc.builders.MSim.file_types',
new_callable=mock.PropertyMock,
return_value=('vhdl', 'systemverilog')):
parser = ConfigParser(project_filename)
sources = parser.getSources()
_logger.info("Sources found:")
for source in sources:
_logger.info("- %s", source)
vunit_files = 0
for source in sources:
if 'vunit' in source.filename.lower():
vunit_files += 1
it.assertEqual(len(sources), vunit_files,
"We should only find VUnit files")
for filetype in ('vhdl', 'systemverilog'):
it.assertIn(filetype, [x.filetype for x in sources],
"We should find %s files" % filetype)
def test():
# We'll add no project file, so the only sources that should
# be fond are VUnit's files
it.assertIn('vunit', sys.modules)
project_filename = p.join(TEST_CONFIG_PARSER_SUPPORT_PATH,
'builder_only_project.prj')
with mock.patch('hdlcc.builders.MSim.file_types',
new_callable=mock.PropertyMock,
return_value=('vhdl', 'systemverilog')):
parser = ConfigParser(project_filename)
sources = parser.getSources()
_logger.info("Sources found:")
for source in sources:
_logger.info("- %s", source)
vunit_files = 0
for source in sources:
if 'vunit' in source.filename.lower():
vunit_files += 1
it.assertEqual(len(sources), vunit_files,
"We should only find VUnit files")
for filetype in ('vhdl', 'systemverilog'):
it.assertIn(filetype, [x.filetype for x in sources],
"We should find %s files" % filetype)
def test():
# We'll add no project file, so the only sources that should
# be fond are VUnit's files
project_filename = p.join(TEST_CONFIG_PARSER_SUPPORT_PATH,
'builder_only_project.prj')
parser = ConfigParser(project_filename)
sources = parser.getSources()
it.assertEquals(
sources, [], "We shouldn't find any source but found %s" %
", ".join([x.filename for x in sources]))
def test():
# We'll add no project file, so the only sources that should
# be fond are VUnit's files
project_filename = p.join(TEST_CONFIG_PARSER_SUPPORT_PATH,
'builder_only_project.prj')
parser = ConfigParser(project_filename)
sources = parser.getSources()
it.assertEquals(
sources, [], "We shouldn't find any source but found %s" %
", ".join([x.filename for x in sources]))
def test():
with it.assertRaises(hdlcc.exceptions.UnknownParameterError):
parser = ConfigParser(p.join(TEST_CONFIG_PARSER_SUPPORT_PATH,
'project_unknown_parm.prj'))
parser.getSources()
class HdlCodeCheckerBase(object):
"""
HDL Code Checker project builder class
"""
_USE_THREADS = True
_MAX_REBUILD_ATTEMPTS = 20
__metaclass__ = abc.ABCMeta
def __init__(self, project_file=None):
self._start_dir = p.abspath(os.curdir)
self._logger = logging.getLogger(__name__)
self._build_sequence_cache = {}
self.project_file = project_file
self._config = None
self.builder = None
self._setupEnvIfNeeded()
self._saveCache()
def _getCacheFilename(self, target_dir=None):
"""
Returns the cache file name for a given project file
"""
if target_dir is None:
if self._config is None or self._config.getBuilder() == 'fallback':
return None
else:
target_dir = self._config.getTargetDir()
return p.join(target_dir, '.hdlcc.cache')
def _saveCache(self):
"""
Dumps project object to a file to recover its state later
"""
cache_fname = self._getCacheFilename()
if self.builder.builder_name == 'fallback' or cache_fname is None:
self._logger.debug("Skipping cache save")
return
state = {'serializer' : serializer.__name__,
'_logger': {'name' : self._logger.name,
'level' : self._logger.level},
'builder' : self.builder.getState(),
'_config' : self._config.getState()}
self._logger.debug("Saving state to '%s'", cache_fname)
if not p.exists(p.dirname(cache_fname)):
os.mkdir(p.dirname(cache_fname))
dump(state, open(cache_fname, 'w'))
def _recoverCache(self, target_dir):
"""
Tries to recover cached info for the given project_file. If
something goes wrong, assume the cache is invalid and return
nothing. Otherwise, return the cached object
"""
cache_fname = self._getCacheFilename(target_dir)
# if self.project_file is None or cache_fname is None:
if cache_fname is None:
self._logger.warning("Can't recover cache from None")
return
_logger.debug("Trying to recover from '%s'", cache_fname)
cache = None
if not p.exists(cache_fname): # pragma: no cover
_logger.debug("File not found")
return
try:
cache = serializer.load(open(cache_fname, 'r'))
self._handleUiInfo("Recovered cache from '%s' (used '%s')" %
(cache_fname, serializer.__package__))
self._setState(cache)
self.builder.checkEnvironment()
except ValueError:
self._handleUiError(
"Unable to recover cache from '%s' using '%s'\n"
"Traceback:\n%s" % \
(cache_fname, serializer.__package__,
traceback.format_exc()))
def _setupEnvIfNeeded(self):
"""
Updates or creates the environment, which includes checking
if the configuration file should be parsed and creating the
appropriate builder objects
"""
try:
# If the configuration is undefined, try to extract the
# target dir from the project file so we can have a hint of
# where the cache file should be
if self._config is None and self.project_file is not None:
target_dir, _ = ConfigParser.simpleParse(self.project_file)
self._recoverCache(target_dir)
# No configuration defined means we failed to recover it
# from the cache
if self._config is None:
self._config = ConfigParser(self.project_file)
# If the builder is still undefined we failed to recover
# from cache
if self.builder is None:
builder_name = self._config.getBuilder()
builder_class = hdlcc.builders.getBuilderByName(builder_name)
self.builder = builder_class(self._config.getTargetDir())
self._logger.info("Selected builder is '%s'",
self.builder.builder_name)
assert self.builder is not None
except hdlcc.exceptions.SanityCheckError as exc:
self._handleUiError("Failed to create builder '%s'" % exc.builder)
self.builder = hdlcc.builders.Fallback(self._config.getTargetDir())
def clean(self):
"""
Clean up generated files
"""
cache_fname = self._getCacheFilename()
if cache_fname is not None and p.exists(cache_fname):
_logger.debug("Removing cached info in '%s'", cache_fname)
os.remove(cache_fname)
target_dir = self._config.getTargetDir()
if p.exists(target_dir):
_logger.debug("Removing target dir '%s'", target_dir)
shutil.rmtree(target_dir)
del self._config
del self.builder
self._config = None
self.builder = None
def _setState(self, state):
"""
Serializer load implementation
"""
self._logger = logging.getLogger(state['_logger']['name'])
self._logger.setLevel(state['_logger']['level'])
del state['_logger']
self._config = ConfigParser.recoverFromState(state['_config'])
builder_name = self._config.getBuilder()
self._logger.debug("Recovered builder is '%s'", builder_name)
builder_class = hdlcc.builders.getBuilderByName(builder_name)
self.builder = builder_class.recoverFromState(state['builder'])
@abc.abstractmethod
def _handleUiInfo(self, message):
"""
Method that should be overriden to handle info messages from
HDL Code Checker to the user
"""
@abc.abstractmethod
def _handleUiWarning(self, message):
"""
Method that should be overriden to handle warning messages
from HDL Code Checker to the user
"""
@abc.abstractmethod
def _handleUiError(self, message):
"""
Method that should be overriden to handle errors messages
from HDL Code Checker to the user
"""
def _getSourceByPath(self, path):
"""
Get the source object, flags and any additional info to be displayed
"""
source = None
remarks = []
try:
source = self._config.getSourceByPath(path)
except KeyError:
pass
# If the source file was not found on the configuration file, add this
# as a remark.
# Also, create a source parser object with some library so the user can
# at least have some info on the source
if source is None:
if self.builder.builder_name != 'fallback':
remarks += [{
'checker' : 'hdlcc',
'line_number' : '',
'column' : '',
'filename' : '',
'error_number' : '',
'error_type' : 'W',
'error_message' : 'Path "%s" not found in project file' %
p.abspath(path)}]
self._logger.info("Path %s not found in the project file",
p.abspath(path))
cls = VhdlParser if getFileType(path) == 'vhdl' else VerilogParser
source = cls(path, library='undefined')
return source, remarks
def _resolveRelativeNames(self, source):
"""
Translate raw dependency list parsed from a given source to the
project name space
"""
for dependency in source.getDependencies():
if dependency['library'] in self.builder.getBuiltinLibraries() or \
dependency['unit'] == 'all' or \
(dependency['library'] == source.library and \
dependency['unit'] in [x['name'] for x in source.getDesignUnits()]):
continue
yield dependency['library'], dependency['unit']
@staticmethod
def _sortBuildMessages(records):
"""
Sorts a given set of build records
"""
return sorted(records, key=lambda x: \
(x['error_type'], str(x['line_number']), str(x['error_number'])))
def getBuildSequence(self, source):
"""
Wrapper to _getBuildSequence passing the initial build sequence
list empty and caching the result
"""
# Despite we renew the cache when on buffer enter, we must also
# check if any file has been changed by some background process
# that the editor is unaware of (Vivado maybe?) To cope with
# this, we'll check if the newest modification time of the build
# sequence hasn't changed since we cached the build sequence
key = str(source.filename)
if key not in self._build_sequence_cache:
build_sequence = []
self._getBuildSequence(source, build_sequence)
if build_sequence:
timestamp = max([x.getmtime() for x in build_sequence])
else:
timestamp = 0
self._build_sequence_cache[key] = {
'sequence': build_sequence,
'timestamp' : timestamp}
else:
cached_sequence = self._build_sequence_cache[key]['sequence']
cached_timestamp = self._build_sequence_cache[key]['timestamp']
if cached_sequence:
current_timestamp = max([x.getmtime() for x in cached_sequence])
else:
current_timestamp = 0
if current_timestamp > cached_timestamp:
build_sequence = []
self._build_sequence_cache[key] = {
'sequence': build_sequence,
'timestamp' : current_timestamp}
return self._build_sequence_cache[key]['sequence']
def _getBuildSequence(self, source, build_sequence, reference=None):
"""
Recursively finds out the dependencies of the given source file
"""
self._logger.debug("Checking build sequence for %s", source)
for library, unit in self._resolveRelativeNames(source):
# Get a list of source files that contains this design unit
dependencies_list = self._config.discoverSourceDependencies(
unit, library)
if not dependencies_list:
continue
dependency = dependencies_list[0]
# If we found more than a single file, then multiple files
# have the same entity or package name and we failed to
# identify the real file
if len(dependencies_list) != 1:
self._handleUiWarning(
"Returning dependency '%s' for %s.%s in file '%s', but "
"there were %d other matches: %s. The selected option may "
"be sub-optimal" % (
dependency.filename, library, unit, source.filename,
len(dependencies_list),
', '.join([x.filename for x in dependencies_list])))
# Check if we found out that a dependency is the same we
# found in the previous call to break the circular loop
if dependency == reference:
return removeDuplicates(build_sequence)
if dependency not in build_sequence:
self._getBuildSequence(dependency, reference=source,
build_sequence=build_sequence)
if dependency not in build_sequence:
build_sequence.append(dependency)
build_sequence = removeDuplicates(build_sequence)
def _getBuilderMessages(self, source, batch_mode=False):
"""
Builds the given source taking care of recursively building its
dependencies first
"""
try:
flags = self._config.getBuildFlags(source.filename, batch_mode)
except KeyError:
flags = []
self._logger.info("Building '%s', batch_mode = %s",
str(source.filename), batch_mode)
build_sequence = self.getBuildSequence(source)
self._logger.debug("Compilation build_sequence is:\n%s",
"\n".join([x.filename for x in build_sequence]))
for _source in build_sequence:
_flags = self._config.getBuildFlags(_source.filename,
batch_mode=False)
_ = self._buildAndHandleRebuilds(_source, forced=False,
flags=_flags)
source_records = self._buildAndHandleRebuilds(source, forced=True,
flags=flags)
return self._sortBuildMessages(source_records)
def _buildAndHandleRebuilds(self, source, *args, **kwargs):
"""
Builds the given source and handle any files that might require
rebuilding until there is nothing to rebuild. The number of iteractions
is fixed in 10.
"""
# Limit the amount of calls to rebuild the same file to avoid
# hanging the server
for _ in range(self._MAX_REBUILD_ATTEMPTS):
records, rebuilds = self.builder.build(source, *args, **kwargs)
if rebuilds:
self._handleRebuilds(rebuilds, source)
else:
return records
self._handleUiError("Unable to build '%s' after %d attempts" %
(source, self._MAX_REBUILD_ATTEMPTS))
def _handleRebuilds(self, rebuilds, source):
"""
Resolves hints found in the rebuild list into source objects
and rebuild them
"""
self._logger.info("Building '%s' triggers rebuilding: %s",
source, ", ".join([str(x) for x in rebuilds]))
for rebuild in rebuilds:
self._logger.debug("Rebuild hint: '%s'", rebuild)
if 'rebuild_path' in rebuild:
rebuild_sources = [self._getSourceByPath(rebuild['rebuild_path'])[0]]
else:
unit_name = rebuild.get('unit_name', None)
library_name = rebuild.get('library_name', None)
unit_type = rebuild.get('unit_type', None)
if library_name is not None:
rebuild_sources = self._config.findSourcesByDesignUnit(
unit_name, library_name)
elif unit_type is not None:
library = source.getMatchingLibrary(
unit_type, unit_name)
rebuild_sources = self._config.findSourcesByDesignUnit(
unit_name, library)
else: # pragma: no cover
assert False, ', '.join([x.filename for x in rebuild_sources])
for rebuild_source in rebuild_sources:
self._getBuilderMessages(rebuild_source,
batch_mode=True)
def _isBuilderCallable(self):
"""
Checks if all preconditions for calling the builder have been
met
"""
if self._config.filename is None:
return False
return True
def getMessagesByPath(self, path, *args, **kwargs):
"""
Returns the messages for the given path, including messages
from the configured builder (if available) and static checks
"""
self._setupEnvIfNeeded()
source, remarks = self._getSourceByPath(path)
return self._sortBuildMessages(
self.getMessagesBySource(source, *args, **kwargs) + remarks)
def getMessagesBySource(self, source, batch_mode=False):
"""
Returns the messages for the given source, including messages
from the configured builder (if available) and static checks
Extra arguments are
"""
self._setupEnvIfNeeded()
if self._USE_THREADS:
records = []
pool = ThreadPool()
static_check = pool.apply_async(
getStaticMessages, args=(source.getSourceContent().split('\n'), ))
if self._isBuilderCallable():
builder_check = pool.apply_async(self._getBuilderMessages,
args=[source, batch_mode])
records += builder_check.get()
records += static_check.get()
pool.terminate()
pool.join()
else:
records = getStaticMessages(source.getSourceContent().split('\n'))
if self._isBuilderCallable():
records += self._getBuilderMessages(source, batch_mode)
self._saveCache()
return records
def getMessagesWithText(self, path, content):
"""
Gets messages from a given path with a different content, for
the cases when the buffer content has been modified
"""
self._logger.debug("Getting messages for '%s' with content", path)
self._setupEnvIfNeeded()
source, remarks = self._getSourceByPath(path)
source.setBufferContent(content)
messages = self.getMessagesBySource(source)
source.clearBufferContent()
return messages + remarks
def getSources(self):
"""
Returns a list of VhdlSourceFile objects parsed
"""
self._setupEnvIfNeeded()
return self._config.getSources()
def onBufferVisit(self, path):
"""
Runs tasks whenever a buffer is being visited. Currently this
means caching the build sequence before the file is actually
checked, so the overall wait time is reduced
"""
self._setupEnvIfNeeded()
source, _ = self._getSourceByPath(path)
_ = self.getBuildSequence(source)
def onBufferLeave(self, _):
"""
Runs actions when leaving a buffer.
"""
pass
def test():
with it.assertRaises(hdlcc.exceptions.UnknownParameterError):
parser = ConfigParser(
p.join(TEST_CONFIG_PARSER_SUPPORT_PATH,
'project_unknown_parm.prj'))
parser.getSources()
class HdlCodeCheckerBase(object):
"""
HDL Code Checker project builder class
"""
_USE_THREADS = True
_MAX_REBUILD_ATTEMPTS = 20
__metaclass__ = abc.ABCMeta
def __init__(self, project_file=None):
self._start_dir = p.abspath(os.curdir)
self._logger = logging.getLogger(__name__)
self._build_sequence_cache = {}
self.project_file = project_file
self._config = None
self.builder = None
self._setupEnvIfNeeded()
self._saveCache()
def _getCacheFilename(self, target_dir=None):
"""
Returns the cache file name for a given project file
"""
if target_dir is None:
if self._config is None or self._config.getBuilder() == 'fallback':
return None
else:
target_dir = self._config.getTargetDir()
return p.join(target_dir, '.hdlcc.cache')
def _saveCache(self):
"""
Dumps project object to a file to recover its state later
"""
cache_fname = self._getCacheFilename()
if self.builder.builder_name == 'fallback' or cache_fname is None:
self._logger.debug("Skipping cache save")
return
state = {
'serializer': serializer.__name__,
'_logger': {
'name': self._logger.name,
'level': self._logger.level
},
'builder': self.builder.getState(),
'_config': self._config.getState()
}
self._logger.debug("Saving state to '%s'", cache_fname)
if not p.exists(p.dirname(cache_fname)):
os.mkdir(p.dirname(cache_fname))
dump(state, open(cache_fname, 'w'))
def _recoverCache(self, target_dir):
"""
Tries to recover cached info for the given project_file. If
something goes wrong, assume the cache is invalid and return
nothing. Otherwise, return the cached object
"""
cache_fname = self._getCacheFilename(target_dir)
# if self.project_file is None or cache_fname is None:
if cache_fname is None:
self._logger.warning("Can't recover cache from None")
return
_logger.debug("Trying to recover from '%s'", cache_fname)
cache = None
if not p.exists(cache_fname): # pragma: no cover
_logger.debug("File not found")
return
try:
cache = serializer.load(open(cache_fname, 'r'))
self._handleUiInfo("Recovered cache from '%s' (used '%s')" %
(cache_fname, serializer.__package__))
self._setState(cache)
self.builder.checkEnvironment()
except ValueError:
self._handleUiError(
"Unable to recover cache from '%s' using '%s'\n"
"Traceback:\n%s" % \
(cache_fname, serializer.__package__,
traceback.format_exc()))
def _setupEnvIfNeeded(self):
"""
Updates or creates the environment, which includes checking
if the configuration file should be parsed and creating the
appropriate builder objects
"""
try:
# If the configuration is undefined, try to extract the
# target dir from the project file so we can have a hint of
# where the cache file should be
if self._config is None and self.project_file is not None:
target_dir, _ = ConfigParser.simpleParse(self.project_file)
self._recoverCache(target_dir)
# No configuration defined means we failed to recover it
# from the cache
if self._config is None:
self._config = ConfigParser(self.project_file)
# If the builder is still undefined we failed to recover
# from cache
if self.builder is None:
builder_name = self._config.getBuilder()
builder_class = hdlcc.builders.getBuilderByName(builder_name)
self.builder = builder_class(self._config.getTargetDir())
self._logger.info("Selected builder is '%s'",
self.builder.builder_name)
assert self.builder is not None
except hdlcc.exceptions.SanityCheckError as exc:
self._handleUiError("Failed to create builder '%s'" % exc.builder)
self.builder = hdlcc.builders.Fallback(self._config.getTargetDir())
def clean(self):
"""
Clean up generated files
"""
cache_fname = self._getCacheFilename()
if cache_fname is not None and p.exists(cache_fname):
_logger.debug("Removing cached info in '%s'", cache_fname)
os.remove(cache_fname)
target_dir = self._config.getTargetDir()
if p.exists(target_dir):
_logger.debug("Removing target dir '%s'", target_dir)
shutil.rmtree(target_dir)
del self._config
del self.builder
self._config = None
self.builder = None
def _setState(self, state):
"""
Serializer load implementation
"""
self._logger = logging.getLogger(state['_logger']['name'])
self._logger.setLevel(state['_logger']['level'])
del state['_logger']
self._config = ConfigParser.recoverFromState(state['_config'])
builder_name = self._config.getBuilder()
self._logger.debug("Recovered builder is '%s'", builder_name)
builder_class = hdlcc.builders.getBuilderByName(builder_name)
self.builder = builder_class.recoverFromState(state['builder'])
@abc.abstractmethod
def _handleUiInfo(self, message):
"""
Method that should be overriden to handle info messages from
HDL Code Checker to the user
"""
@abc.abstractmethod
def _handleUiWarning(self, message):
"""
Method that should be overriden to handle warning messages
from HDL Code Checker to the user
"""
@abc.abstractmethod
def _handleUiError(self, message):
"""
Method that should be overriden to handle errors messages
from HDL Code Checker to the user
"""
def getSourceByPath(self, path):
"""
Get the source object, flags and any additional info to be displayed
"""
source = None
remarks = []
try:
source = self._config.getSourceByPath(path)
except KeyError:
pass
# If the source file was not found on the configuration file, add this
# as a remark.
# Also, create a source parser object with some library so the user can
# at least have some info on the source
if source is None:
if self.builder.builder_name != 'fallback':
remarks += [{
'checker':
'hdlcc',
'line_number':
'',
'column':
'',
'filename':
'',
'error_number':
'',
'error_type':
'W',
'error_message':
'Path "%s" not found in project file' % p.abspath(path)
}]
self._logger.info("Path %s not found in the project file",
p.abspath(path))
cls = VhdlParser if getFileType(path) == 'vhdl' else VerilogParser
source = cls(path, library='undefined')
return source, remarks
def _resolveRelativeNames(self, source):
"""
Translate raw dependency list parsed from a given source to the
project name space
"""
for dependency in source.getDependencies():
if dependency['library'] in self.builder.getBuiltinLibraries() or \
dependency['unit'] == 'all' or \
(dependency['library'] == source.library and \
dependency['unit'] in [x['name'] for x in source.getDesignUnits()]):
continue
yield dependency['library'], dependency['unit']
@staticmethod
def _sortBuildMessages(records):
"""
Sorts a given set of build records
"""
return sorted(records, key=lambda x: \
(x['error_type'], str(x['line_number']), str(x['error_number'])))
def updateBuildSequenceCache(self, source):
"""
Wrapper to _getBuildSequence passing the initial build sequence
list empty and caching the result
"""
# Despite we renew the cache when on buffer enter, we must also
# check if any file has been changed by some background process
# that the editor is unaware of (Vivado maybe?) To cope with
# this, we'll check if the newest modification time of the build
# sequence hasn't changed since we cached the build sequence
key = str(source.filename)
if key not in self._build_sequence_cache:
build_sequence = []
self._getBuildSequence(source, build_sequence)
if build_sequence:
timestamp = max([x.getmtime() for x in build_sequence])
else:
timestamp = 0
self._build_sequence_cache[key] = {
'sequence': build_sequence,
'timestamp': timestamp
}
else:
cached_sequence = self._build_sequence_cache[key]['sequence']
cached_timestamp = self._build_sequence_cache[key]['timestamp']
if cached_sequence:
current_timestamp = max(
[x.getmtime()
for x in cached_sequence] + [source.getmtime()])
else:
current_timestamp = 0
if current_timestamp > cached_timestamp:
self._logger.debug("Timestamp change, rescanning build "
"sequence")
build_sequence = []
self._getBuildSequence(source, build_sequence)
self._build_sequence_cache[key] = {
'sequence': build_sequence,
'timestamp': current_timestamp
}
return self._build_sequence_cache[key]['sequence']
def _getBuildSequence(self, source, build_sequence, reference=None):
"""
Recursively finds out the dependencies of the given source file
"""
self._logger.debug("Checking build sequence for %s", source)
for library, unit in self._resolveRelativeNames(source):
# Get a list of source files that contains this design unit
dependencies_list = self._config.discoverSourceDependencies(
unit, library)
if not dependencies_list:
continue
dependency = dependencies_list[0]
# If we found more than a single file, then multiple files
# have the same entity or package name and we failed to
# identify the real file
if len(dependencies_list) != 1:
self._handleUiWarning(
"Returning dependency '%s' for %s.%s in file '%s', but "
"there were %d other matches: %s. The selected option may "
"be sub-optimal" %
(dependency.filename, library, unit, source.filename,
len(dependencies_list), ', '.join(
[x.filename for x in dependencies_list])))
# Check if we found out that a dependency is the same we
# found in the previous call to break the circular loop
if dependency == reference:
return removeDuplicates(build_sequence)
if dependency not in build_sequence:
self._getBuildSequence(dependency,
reference=source,
build_sequence=build_sequence)
if dependency not in build_sequence:
build_sequence.append(dependency)
build_sequence = removeDuplicates(build_sequence)
def _getBuilderMessages(self, source, batch_mode=False):
"""
Builds the given source taking care of recursively building its
dependencies first
"""
try:
flags = self._config.getBuildFlags(source.filename, batch_mode)
except KeyError:
flags = []
self._logger.info("Building '%s', batch_mode = %s",
str(source.filename), batch_mode)
build_sequence = self.updateBuildSequenceCache(source)
self._logger.debug("Compilation build_sequence is:\n%s",
"\n".join([x.filename for x in build_sequence]))
for _source in build_sequence:
_flags = self._config.getBuildFlags(_source.filename,
batch_mode=False)
_ = self._buildAndHandleRebuilds(_source,
forced=False,
flags=_flags)
source_records = self._buildAndHandleRebuilds(source,
forced=True,
flags=flags)
return self._sortBuildMessages(source_records)
def _buildAndHandleRebuilds(self, source, *args, **kwargs):
"""
Builds the given source and handle any files that might require
rebuilding until there is nothing to rebuild. The number of iteractions
is fixed in 10.
"""
# Limit the amount of calls to rebuild the same file to avoid
# hanging the server
for _ in range(self._MAX_REBUILD_ATTEMPTS):
records, rebuilds = self.builder.build(source, *args, **kwargs)
if rebuilds:
self._handleRebuilds(rebuilds, source)
else:
return records
self._handleUiError("Unable to build '%s' after %d attempts" %
(source, self._MAX_REBUILD_ATTEMPTS))
def _handleRebuilds(self, rebuilds, source):
"""
Resolves hints found in the rebuild list into source objects
and rebuild them
"""
self._logger.info("Building '%s' triggers rebuilding: %s", source,
", ".join([str(x) for x in rebuilds]))
for rebuild in rebuilds:
self._logger.debug("Rebuild hint: '%s'", rebuild)
if 'rebuild_path' in rebuild:
rebuild_sources = [
self.getSourceByPath(rebuild['rebuild_path'])[0]
]
else:
unit_name = rebuild.get('unit_name', None)
library_name = rebuild.get('library_name', None)
unit_type = rebuild.get('unit_type', None)
if library_name is not None:
rebuild_sources = self._config.findSourcesByDesignUnit(
unit_name, library_name)
elif unit_type is not None:
library = source.getMatchingLibrary(unit_type, unit_name)
rebuild_sources = self._config.findSourcesByDesignUnit(
unit_name, library)
else: # pragma: no cover
assert False, ', '.join(
[x.filename for x in rebuild_sources])
for rebuild_source in rebuild_sources:
self._getBuilderMessages(rebuild_source, batch_mode=True)
def _isBuilderCallable(self):
"""
Checks if all preconditions for calling the builder have been
met
"""
if self._config.filename is None:
return False
return True
def getMessagesByPath(self, path, *args, **kwargs):
"""
Returns the messages for the given path, including messages
from the configured builder (if available) and static checks
"""
self._setupEnvIfNeeded()
source, remarks = self.getSourceByPath(path)
return self._sortBuildMessages(
self.getMessagesBySource(source, *args, **kwargs) + remarks)
def getMessagesBySource(self, source, batch_mode=False):
"""
Returns the messages for the given source, including messages
from the configured builder (if available) and static checks
Extra arguments are
"""
self._setupEnvIfNeeded()
if self._USE_THREADS:
records = []
pool = ThreadPool()
static_check = pool.apply_async(
getStaticMessages,
args=(source.getRawSourceContent().split('\n'), ))
if self._isBuilderCallable():
builder_check = pool.apply_async(self._getBuilderMessages,
args=[source, batch_mode])
records += builder_check.get()
records += static_check.get()
pool.terminate()
pool.join()
else:
records = getStaticMessages(
source.getRawSourceContent().split('\n'))
if self._isBuilderCallable():
records += self._getBuilderMessages(source, batch_mode)
self._saveCache()
return records
def getMessagesWithText(self, path, content):
"""
Gets messages from a given path with a different content, for
the cases when the buffer content has been modified
"""
self._logger.debug("Getting messages for '%s' with content", path)
self._setupEnvIfNeeded()
source, remarks = self.getSourceByPath(path)
with source.havingBufferContent(content):
messages = self.getMessagesBySource(source)
# Some messages may not include the filename field when checking a
# file by content. In this case, we'll assume the empty filenames
# refer to the same filename we got in the first place
for message in messages:
if message['filename'] is None:
message['filename'] = path
return messages + remarks
def getSources(self):
"""
Returns a list of VhdlSourceFile objects parsed
"""
self._setupEnvIfNeeded()
return self._config.getSources()
def onBufferVisit(self, path):
"""
Runs tasks whenever a buffer is being visited. Currently this
means caching the build sequence before the file is actually
checked, so the overall wait time is reduced
"""
self._setupEnvIfNeeded()
source, _ = self.getSourceByPath(path)
self.updateBuildSequenceCache(source)
def onBufferLeave(self, _):
"""
Runs actions when leaving a buffer.
"""
pass