https://un5qen1ap21t2epmhw.julianrbryant.com/reference/python/Recent content in Python Reference on Protocol Buffers DocumentationHugoenhttps://un5qen1ap21t2epmhw.julianrbryant.com/reference/python/python-generated/Mon, 01 Jan 0001 00:00:00 +0000https://un5qen1ap21t2epmhw.julianrbryant.com/reference/python/python-generated/Any differences between proto2, proto3, and Editions generated code are highlighted - note that these differences are in the generated code as described in this document, not the base message classes/interfaces, which are the same across all versions. You should read the proto2 language guide, proto3 language guide, and/or Editions guide before reading this document. The Python Protocol Buffers implementation is a little different from C++ and Java. In Python, the compiler only outputs code to build descriptors for the generated classes, and a Python metaclass does the real work.https://un5qen1ap21t2epmhw.julianrbryant.com/reference/python/python-comparison/Mon, 01 Jan 0001 00:00:00 +0000https://un5qen1ap21t2epmhw.julianrbryant.com/reference/python/python-comparison/Because of how proto data is serialized, you cannot rely on the wire representation of a proto message instance to determine if its content is the same as another instance. A subset of the ways that a wire-format proto message instance can vary include the following: The protobuf schema changes in certain ways. A map field stores its values in a different order. The binary is built with different flags (such as opt vs.https://un5qen1ap21t2epmhw.julianrbryant.com/reference/python/api-docs-link/Mon, 01 Jan 0001 00:00:00 +0000https://un5qen1ap21t2epmhw.julianrbryant.com/reference/python/api-docs-link/