Module protobuf::rt

Functions used by generated protobuf code. Should not be used by programs written by hands.

Structs

• LazyV2
  Lazily initialized data.

Traits

• ProtobufVarint
  Helper trait implemented by integer types which could be encoded as varint.
• ProtobufVarintZigzag
  Helper trait implemented by integer types which could be encoded as zigzag varint.

Functions

• bytes_size
  Size of encoded bytes field.
• compute_map_size
  Compute serialized size of map field and cache nested field sizes.
• compute_raw_varint32_size
  Given u32 value compute varint encoded length.
• compute_raw_varint64_size
  Given u64 value compute varint encoded length.
• enum_size
  Size of encoded enum field value.
• read_map_into
  Read map field.
• read_proto2_enum_with_unknown_fields_into
  Read repeated enum field into given vec, and when value is unknown store it in unknown fields which matches proto2 spec.
• read_proto3_enum_with_unknown_fields_into
  Read repeated enum field into given vec, and when value is unknown store it in unknown fields which matches proto2 spec.
• read_repeated_bool_into
  Read repeated bool field into given vec.
• read_repeated_bytes_into
  Read repeated bytes field into given vec.
• read_repeated_double_into
  Read repeated double field into given vec.
• read_repeated_enum_into
  Read repeated enum field into given vec. This function is no longer called from generated code, remove in 1.5.
• read_repeated_enum_with_unknown_fields_into
  Read repeated enum field into given vec, and when value is unknown store it in unknown fields which matches proto2 spec.
• read_repeated_fixed32_into
  Read repeated fixed32 field into given vec.
• read_repeated_fixed64_into
  Read repeated fixed64 field into given vec.
• read_repeated_float_into
  Read repeated float field into given vec.
• read_repeated_int32_into
  Read repeated int32 field into given vec.
• read_repeated_int64_into
  Read repeated int64 field into given vec.
• read_repeated_message_into
  Read repeated message field.
• read_repeated_sfixed32_into
  Read repeated sfixed32 field into given vec.
• read_repeated_sfixed64_into
  Read repeated sfixed64 field into given vec.
• read_repeated_sint32_into
  Read repeated sint32 field into given vec.
• read_repeated_sint64_into
  Read repeated sint64 field into given vec.
• read_repeated_string_into
  Read repeated string field into given vec.
• read_repeated_uint32_into
  Read repeated uint32 field into given vec.
• read_repeated_uint64_into
  Read repeated uint64 field into given vec.
• read_singular_bytes_into
  Read singular bytes field.
• read_singular_message_into
  Read singular message field.
• read_singular_proto3_bytes_into
  Read singular bytes field for proto3.
• read_singular_proto3_string_into
  Read singular string field for proto3.
• read_singular_string_into
  Read singular string field.
• read_unknown_or_skip_group
  Handle unknown field in generated code. Either store a value in unknown, or skip a group.
• string_size
  Size of encoded string field.
• tag_size
  Compute tag size. Size of tag does not depend on wire type.
• unexpected_wire_type
  Create an error for unexpected wire type.
• unknown_fields_size
  Size of encoded unknown fields size.
• value_size
  Integer value size when encoded as specified wire type.
• value_varint_zigzag_size
  Length of value when encoding with zigzag encoding with tag
• value_varint_zigzag_size_no_tag
  Integer value size when encoded as specified wire type.
• vec_packed_enum_data_size
  Size of serialized repeated packed enum field, excluding length and tag.
• vec_packed_enum_size
  Size of serialized data with length prefix and tag
• vec_packed_varint_data_size
  Size of serialized repeated packed field, excluding length and tag.
• vec_packed_varint_size
  Size of serialized data with length prefix and tag
• vec_packed_varint_zigzag_data_size
  Size of serialized repeated packed field, excluding length and tag.
• vec_packed_varint_zigzag_size
  Size of serialized data with length prefix and tag
• write_map_with_cached_sizes
  Write map, message sizes must be already known.