def _importVunitFiles(self, vunit_module):
"""
Imports VUnit sources from a VUnit module
"""
# I'm not sure how this would work because VUnit specifies a
# single VHDL revision for a whole project, so there can be
# incompatibilities as this is really used
vunit_project = vunit_module.from_argv(
['--output-path',
p.join(self._parms['target_dir'], 'vunit')])
# OSVVM is always avilable
vunit_project.add_osvvm()
# Communication library and array utility library are only
# available on VHDL 2008
if vunit_project.vhdl_standard == '2008':
for func in (vunit_project.add_com, vunit_project.add_array_util):
try:
func()
except: # pragma: no cover pylint:disable=bare-except
self._logger.exception("Error running '%s'", str(func))
raise
# Get extra flags for building VUnit sources
if self.getBuilder() in _VUNIT_FLAGS:
vunit_flags = _VUNIT_FLAGS[self.getBuilder()][
vunit_project.vhdl_standard]
else:
vunit_flags = []
_source_file_args = []
for vunit_source_obj in vunit_project.get_compile_order():
path = p.abspath(vunit_source_obj.name)
library = vunit_source_obj.library.name
_source_file_args.append({
'filename':
path,
'library':
library,
'flags':
vunit_flags if path.endswith('.vhd') else []
})
for source in getSourceFileObjects(_source_file_args):
self._sources[source.filename] = source
def _doParseConfigFile(self):
"""
Parse the configuration file without any previous checking
"""
self._logger.info("Parsing '%s'", self.filename)
self._updateTimestamp()
source_path_list = []
source_build_list = []
for _line in open(self.filename, mode='rb').readlines():
line = _replaceCfgComments("", _line.decode(errors='ignore'))
line_source_list, line_build_list = self._parseLine(line)
source_path_list += line_source_list
source_build_list += line_build_list
# At this point we have a list of sources parsed from the config
# file and the info we need to build each one. We'll use a pool
# to speed up parsing (important especially for libraries with
# many files. The multiprocessing.Pool class used to hang, so
# watch out if this behaves well enough to be used
for source in getSourceFileObjects(source_build_list):
self._logger.debug("Adding source %s", source)
self._sources[source.filename] = source
self._cleanUpSourcesList(source_path_list)
# If no builder was configured, try to discover
if 'builder' not in self._parms.keys():
self._discoverBuilder()
# Set default flags if the user hasn't specified any
self._setDefaultBuildFlagsIfNeeded()
# If after parsing we haven't found the configured target
# dir, we'll use '.hdlcc' as default
if 'target_dir' not in self._parms.keys():
self._parms['target_dir'] = ".hdlcc"
# If the configured target folder is not absolute, we assume it
# should be relative to the folder where the configuration file
# resides
if not p.isabs(self._parms['target_dir']):
self._parms['target_dir'] = p.join(p.dirname(self.filename),
self._parms['target_dir'])
self._parms['target_dir'] = p.abspath(self._parms['target_dir'])
def _doParseConfigFile(self):
"""
Parse the configuration file without any previous checking
"""
self._logger.info("Parsing '%s'", self.filename)
self._updateTimestamp()
source_path_list = []
source_build_list = []
for _line in open(self.filename, mode='rb').readlines():
line = _replaceCfgComments("", _line.decode(errors='ignore'))
line_source_list, line_build_list = self._parseLine(line)
source_path_list += line_source_list
source_build_list += line_build_list
# At this point we have a list of sources parsed from the config
# file and the info we need to build each one. We'll use a pool
# to speed up parsing (important especially for libraries with
# many files. The multiprocessing.Pool class used to hang, so
# watch out if this behaves well enough to be used
self._logger.info("Adding %d sources", len(source_build_list))
for source in getSourceFileObjects(source_build_list):
self._sources[source.filename] = source
self._cleanUpSourcesList(source_path_list)
# If no builder was configured, try to discover
if 'builder' not in self._parms.keys():
self._discoverBuilder()
# Set default flags if the user hasn't specified any
self._setDefaultBuildFlagsIfNeeded()
# If after parsing we haven't found the configured target
# dir, we'll use '.hdlcc' as default
if 'target_dir' not in self._parms.keys():
self._parms['target_dir'] = ".hdlcc"
# If the configured target folder is not absolute, we assume it
# should be relative to the folder where the configuration file
# resides
if not p.isabs(self._parms['target_dir']):
self._parms['target_dir'] = p.join(p.dirname(self.filename),
self._parms['target_dir'])
self._parms['target_dir'] = p.abspath(self._parms['target_dir'])
def _importVunitFiles(self, vunit_module):
"""
Imports VUnit sources from a VUnit module
"""
# I'm not sure how this would work because VUnit specifies a
# single VHDL revision for a whole project, so there can be
# incompatibilities as this is really used
vunit_project = vunit_module.from_argv(
['--output-path', p.join(self._parms['target_dir'], 'vunit')])
# OSVVM is always avilable
vunit_project.add_osvvm()
# Communication library and array utility library are only
# available on VHDL 2008
if vunit_project.vhdl_standard == '2008':
for func in (vunit_project.add_com,
vunit_project.add_array_util):
try:
func()
except: # pragma: no cover pylint:disable=bare-except
self._logger.exception("Error running '%s'", str(func))
raise
# Get extra flags for building VUnit sources
if self.getBuilder() in _VUNIT_FLAGS:
vunit_flags = _VUNIT_FLAGS[self.getBuilder()][vunit_project.vhdl_standard]
else:
vunit_flags = []
_source_file_args = []
for vunit_source_obj in vunit_project.get_compile_order():
path = p.abspath(vunit_source_obj.name)
library = vunit_source_obj.library.name
_source_file_args.append(
{'filename' : path,
'library' : library,
'flags' : vunit_flags if path.endswith('.vhd') else []})
for source in getSourceFileObjects(_source_file_args):
self._sources[source.filename] = source
