def _update_metadata(self, pkg, ebp=None):
parsed_eapi = pkg.eapi
if not parsed_eapi.is_supported:
return {'EAPI': str(parsed_eapi)}
with processor.reuse_or_request(ebp) as my_proc:
try:
mydata = my_proc.get_keys(pkg, self._ecache)
except processor.ProcessorError as e:
raise metadata_errors.MetadataException(
pkg, 'data', 'failed sourcing ebuild', e)
inherited = mydata.pop("INHERITED", None)
# Rewrite defined_phases as needed, since we now know the EAPI.
eapi = get_eapi(mydata["EAPI"])
if parsed_eapi != eapi:
raise metadata_errors.MetadataException(
pkg, 'eapi',
f"parsed EAPI '{parsed_eapi}' doesn't match sourced EAPI '{eapi}'"
)
wipes = set(mydata)
wipes.difference_update(eapi.metadata_keys)
if mydata["DEFINED_PHASES"] != '-':
phases = mydata["DEFINED_PHASES"].split()
d = eapi.phases_rev
phases = set(d.get(x) for x in phases)
# Discard is required should we have gotten
# a phase that isn't actually in this EAPI.
phases.discard(None)
mydata["DEFINED_PHASES"] = ' '.join(sorted(phases))
if inherited:
mydata["_eclasses_"] = self._ecache.get_eclass_data(
inherited.split())
mydata['_chf_'] = chksum.LazilyHashedPath(pkg.path)
for x in wipes:
del mydata[x]
if self._cache is not None:
for cache in self._cache:
if not cache.readonly:
try:
cache[pkg.cpvstr] = mydata
except cache_errors.CacheError as e:
logger.warning("caught cache error: %s", e)
del e
continue
break
return mydata
def _update_metadata(self, pkg, ebp=None):
parsed_eapi = pkg.eapi
if not parsed_eapi.is_supported:
return {'EAPI': str(parsed_eapi)}
with processor.reuse_or_request(ebp) as my_proc:
try:
mydata = my_proc.get_keys(pkg, self._ecache)
except processor.ProcessorError as e:
raise metadata_errors.MetadataException(
pkg, 'data', 'failed sourcing ebuild', e)
inherited = mydata.pop("INHERITED", None)
# Rewrite defined_phases as needed, since we now know the EAPI.
eapi = get_eapi(mydata["EAPI"])
if parsed_eapi != eapi:
raise metadata_errors.MetadataException(
pkg, 'eapi',
f"parsed EAPI '{parsed_eapi}' doesn't match sourced EAPI '{eapi}'")
wipes = set(mydata)
wipes.difference_update(eapi.metadata_keys)
if mydata["DEFINED_PHASES"] != '-':
phases = mydata["DEFINED_PHASES"].split()
d = eapi.phases_rev
phases = set(d.get(x) for x in phases)
# Discard is required should we have gotten
# a phase that isn't actually in this EAPI.
phases.discard(None)
mydata["DEFINED_PHASES"] = ' '.join(sorted(phases))
if inherited:
mydata["_eclasses_"] = self._ecache.get_eclass_data(
inherited.split())
mydata['_chf_'] = chksum.LazilyHashedPath(pkg.path)
for x in wipes:
del mydata[x]
if self._cache is not None:
for cache in self._cache:
if not cache.readonly:
try:
cache[pkg.cpvstr] = mydata
except cache_errors.CacheError as e:
logger.warning("caught cache error: %s", e)
del e
continue
break
return mydata
def _update_metadata(self, pkg, ebp=None):
parsed_eapi = pkg.eapi_obj
if not parsed_eapi.is_supported:
return {"EAPI": parsed_eapi.magic}
with processor.reuse_or_request(ebp) as my_proc:
mydata = my_proc.get_keys(pkg, self._ecache)
inherited = mydata.pop("INHERITED", None)
# rewrite defined_phases as needed, since we now know the eapi.
eapi = get_eapi(mydata["EAPI"])
if parsed_eapi != eapi:
raise metadata_errors.MetadataException(pkg, "eapi", "parsed eapi doesn't match sourced eapi")
wipes = set(mydata)
wipes.difference_update(eapi.metadata_keys)
if mydata["DEFINED_PHASES"] != "-":
phases = mydata["DEFINED_PHASES"].split()
d = eapi.phases_rev
phases = set(d.get(x) for x in phases)
# discard is required should we have gotten
# a phase that isn't actually in this eapi
phases.discard(None)
mydata["DEFINED_PHASES"] = " ".join(sorted(phases))
if inherited:
mydata["_eclasses_"] = self._ecache.get_eclass_data(inherited.split())
else:
mydata["_eclasses_"] = {}
mydata["_chf_"] = chksum.LazilyHashedPath(pkg.path)
for x in wipes:
del mydata[x]
if self._cache is not None:
for cache in self._cache:
if not cache.readonly:
try:
cache[pkg.cpvstr] = mydata
except cache_errors.CacheError as ce:
logger.warning("caught cache error: %s" % ce)
del ce
continue
break
return mydata
def _get_ebuild_environment(self, ebp=None):
with processor.reuse_or_request(ebp) as ebp:
return ebp.get_ebuild_environment(self, self.repo.eclass_cache)
def _get_ebuild_environment(self, ebp=None):
with processor.reuse_or_request(ebp) as ebp:
return ebp.get_ebuild_environment(self, self.repo.eclass_cache)
