type_desc.qualified_package
for type_name, type_desc in type_map.items()
if next_version_upgrade(type_name, type_map, next_version_upgrade_memo)
]).union(set(['envoy.config.retry.previous_priorities', 'envoy.config.cluster.redis']))
# Generate type map entries for upgraded types. We run this twice to allow
# things like a v2 deprecated map field's synthesized map entry to forward
# propagate to v4alpha (for shadowing purposes).
for _ in range(2):
type_map.update([
upgraded_type_with_description(type_name, type_desc)
for type_name, type_desc in type_map.items()
if type_desc.qualified_package in next_versions_pkgs and (
type_desc.active or type_desc.deprecated_type or type_desc.map_entry)
])
# Generate the type database proto. To provide some stability across runs, in
# terms of the emitted proto binary blob that we track in git, we sort before
# loading the map entries in the proto. This seems to work in practice, but
# has no guarantees.
type_db = TypeDb()
next_proto_info = {}
for t in sorted(type_map):
type_desc = type_db.types[t]
type_desc.qualified_package = type_map[t].qualified_package
type_desc.proto_path = type_map[t].proto_path
# Write out proto text.
with open(out_path, 'w') as f:
f.write(str(type_db))
upgraded_types = []
for type_name, type_desc in type_map.items():
if type_desc.qualified_package in next_versions_pkgs:
upgrade_type_desc = TypeDescription()
upgrade_type_desc.qualified_package = UpgradedType(
type_desc.qualified_package)
upgrade_type_desc.proto_path = UpgradedPath(type_desc.proto_path)
upgraded_types.append((UpgradedType(type_name), upgrade_type_desc))
for n, t in upgraded_types:
type_map[n] = t
# Generate the type database proto. To provide some stability across runs, in
# terms of the emitted proto binary blob that we track in git, we sort before
# loading the map entries in the proto. This seems to work in practice, but
# has no guarantees.
type_db = TypeDb()
next_proto_path = {}
for t in sorted(type_map):
type_desc = type_db.types[t]
type_desc.qualified_package = type_map[t].qualified_package
type_desc.proto_path = type_map[t].proto_path
if type_desc.qualified_package in next_versions_pkgs:
type_desc.next_version_type_name = UpgradedType(t)
assert (type_desc.next_version_type_name != t)
next_proto_path[type_map[t].proto_path] = type_map[
type_desc.next_version_type_name].proto_path
for pkg in sorted(all_pkgs):
if pkg in next_versions_pkgs:
type_db.next_version_packages[pkg] = UpgradedType(pkg)
for proto_path in sorted(next_proto_path):
type_db.next_version_proto_paths[proto_path] = UpgradedPath(proto_path)
def load_type_db(type_db_path):
global _typedb
_typedb = TypeDb()
with open(type_db_path, 'r') as f:
text_format.Merge(f.read(), _typedb)
def load_type_db(type_db_path):
type_db = TypeDb()
with open(type_db_path, 'r') as f:
text_format.Merge(f.read(), type_db)
return type_db
def LoadTypeDb():
typedb = TypeDb()
with open(os.getenv('TYPE_DB_PATH'), 'r') as f:
text_format.Merge(f.read(), typedb)
return typedb
