def _get_lock_requirement(self, lock_type):
if lock_type == PatchLock.no_lock:
return None
version = self.reference_variant.version if self.reference_variant \
else self.variant.version
return get_lock_request(self.variant.name,
version,
lock_type,
weak=False)
def get_lock_requests(self):
"""Take the current context, and the current patch locks, and determine
the effective requests that will be added to the main request.
Returns:
A dict of (PatchLock, [Requirement]) tuples. Each requirement will be
a weak package reference. If there is no current context, an empty
dict will be returned.
"""
d = defaultdict(list)
if self._context:
for variant in self._context.resolved_packages:
name = variant.name
version = variant.version
lock = self.patch_locks.get(name)
if lock is None:
lock = self.default_patch_lock
request = get_lock_request(name, version, lock)
if request is not None:
d[lock].append(request)
return d
def get_lock_requests(self):
"""Take the current context, and the current patch locks, and determine
the effective requests that will be added to the main request.
Returns:
A dict of (PatchLock, [Requirement]) tuples. Each requirement will be
a weak package reference. If there is no current context, an empty
dict will be returned.
"""
d = defaultdict(list)
if self._context:
for variant in self._context.resolved_packages:
name = variant.name
version = variant.version
lock = self.patch_locks.get(name)
if lock is None:
lock = self.default_patch_lock
request = get_lock_request(name, version, lock)
if request is not None:
d[lock].append(request)
return d
def _get_lock_requirement(self, lock_type):
if lock_type == PatchLock.no_lock:
return None
version = self.reference_variant.version if self.reference_variant \
else self.variant.version
return get_lock_request(self.variant.name, version, lock_type, weak=False)