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// Code generated by protoc-gen-go. DO NOT EDIT.
internal/cmd/generate-protos: initial commit Create a single binary for handling generation of protos. This replaces previous logic spread throughout the repo in: * regenerate.bash * cmd/protoc-gen-go/golden_test.go * cmd/protoc-gen-go-grpc/golden_test.go * (indirectly) internal/protogen/goldentest One of the problems with the former approaches is that they relied on a version of protoc that was specific to a developer's workstation. This meant that the result of generation was not hermetic. To address this, we rely on the hard-coded version of protobuf specified in the test.bash script. A summary of changes in this CL are: * The internal_gengo.GenerateFile and internal_gengogrpc.GenerateFile functions are unified to have consistent signatures. It seems that the former accepted a *protogen.GeneratedFile to support v1 where gRPC code was generated into the same file as the base .pb.go file. However, the same functionality can be achieved by having the function return the generated file object. * The test.bash script patches the protobuf toolchain to have properly specified go_package options in each proto source file. * The test.bash script accepts a "-regenerate" argument. * Add generation for the well-known types. Contrary to how these were laid out in the v1 repo, all the well-known types are placed in the same Go package. * Add generation for the conformance proto. * Remove regenerate.bash * Remove internal/protogen * Remove cmd/protoc-gen-go/golden_test.go * Remove cmd/protoc-gen-go-grpc/golden_test.go * Add cmd/protoc-gen-go/annotation_test.go Change-Id: I4a1a97ae6f66e2fabcf4e4d292c95ab2a2db0248 Reviewed-on: https://go-review.googlesource.com/c/164477 Reviewed-by: Damien Neil <dneil@google.com>
2019-02-27 21:46:29 -08:00
// source: pb2/test.proto
package pb2
import (
protoreflect "github.com/golang/protobuf/v2/reflect/protoreflect"
protoregistry "github.com/golang/protobuf/v2/reflect/protoregistry"
protoiface "github.com/golang/protobuf/v2/runtime/protoiface"
protoimpl "github.com/golang/protobuf/v2/runtime/protoimpl"
internal/cmd/generate-protos: initial commit Create a single binary for handling generation of protos. This replaces previous logic spread throughout the repo in: * regenerate.bash * cmd/protoc-gen-go/golden_test.go * cmd/protoc-gen-go-grpc/golden_test.go * (indirectly) internal/protogen/goldentest One of the problems with the former approaches is that they relied on a version of protoc that was specific to a developer's workstation. This meant that the result of generation was not hermetic. To address this, we rely on the hard-coded version of protobuf specified in the test.bash script. A summary of changes in this CL are: * The internal_gengo.GenerateFile and internal_gengogrpc.GenerateFile functions are unified to have consistent signatures. It seems that the former accepted a *protogen.GeneratedFile to support v1 where gRPC code was generated into the same file as the base .pb.go file. However, the same functionality can be achieved by having the function return the generated file object. * The test.bash script patches the protobuf toolchain to have properly specified go_package options in each proto source file. * The test.bash script accepts a "-regenerate" argument. * Add generation for the well-known types. Contrary to how these were laid out in the v1 repo, all the well-known types are placed in the same Go package. * Add generation for the conformance proto. * Remove regenerate.bash * Remove internal/protogen * Remove cmd/protoc-gen-go/golden_test.go * Remove cmd/protoc-gen-go-grpc/golden_test.go * Add cmd/protoc-gen-go/annotation_test.go Change-Id: I4a1a97ae6f66e2fabcf4e4d292c95ab2a2db0248 Reviewed-on: https://go-review.googlesource.com/c/164477 Reviewed-by: Damien Neil <dneil@google.com>
2019-02-27 21:46:29 -08:00
known "github.com/golang/protobuf/v2/types/known"
sync "sync"
)
const _ = protoimpl.EnforceVersion(protoimpl.Version - 0)
type Enum int32
const (
Enum_ONE Enum = 1
Enum_TWO Enum = 2
Enum_TEN Enum = 10
)
// Deprecated: Use Enum.Type.Values instead.
var Enum_name = map[int32]string{
1: "ONE",
2: "TWO",
10: "TEN",
}
// Deprecated: Use Enum.Type.Values instead.
var Enum_value = map[string]int32{
"ONE": 1,
"TWO": 2,
"TEN": 10,
}
func (x Enum) Enum() *Enum {
return &x
}
func (x Enum) String() string {
return protoimpl.X.EnumStringOf(x.Type(), protoreflect.EnumNumber(x))
}
func (Enum) Type() protoreflect.EnumType {
return xxx_File_pb2_test_proto_enumTypes[0]
}
func (x Enum) Number() protoreflect.EnumNumber {
return protoreflect.EnumNumber(x)
}
// Deprecated: Do not use.
func (x *Enum) UnmarshalJSON(b []byte) error {
num, err := protoimpl.X.UnmarshalJSONEnum(x.Type(), b)
if err != nil {
return err
}
*x = Enum(num)
return nil
}
// Deprecated: Use Enum.Type instead.
func (Enum) EnumDescriptor() ([]byte, []int) {
return xxx_File_pb2_test_proto_rawDescGZIP(), []int{0}
}
type Enums_NestedEnum int32
const (
Enums_UNO Enums_NestedEnum = 1
Enums_DOS Enums_NestedEnum = 2
Enums_DIEZ Enums_NestedEnum = 10
)
// Deprecated: Use Enums_NestedEnum.Type.Values instead.
var Enums_NestedEnum_name = map[int32]string{
1: "UNO",
2: "DOS",
10: "DIEZ",
}
// Deprecated: Use Enums_NestedEnum.Type.Values instead.
var Enums_NestedEnum_value = map[string]int32{
"UNO": 1,
"DOS": 2,
"DIEZ": 10,
}
func (x Enums_NestedEnum) Enum() *Enums_NestedEnum {
return &x
}
func (x Enums_NestedEnum) String() string {
return protoimpl.X.EnumStringOf(x.Type(), protoreflect.EnumNumber(x))
}
func (Enums_NestedEnum) Type() protoreflect.EnumType {
return xxx_File_pb2_test_proto_enumTypes[1]
}
func (x Enums_NestedEnum) Number() protoreflect.EnumNumber {
return protoreflect.EnumNumber(x)
}
// Deprecated: Do not use.
func (x *Enums_NestedEnum) UnmarshalJSON(b []byte) error {
num, err := protoimpl.X.UnmarshalJSONEnum(x.Type(), b)
if err != nil {
return err
}
*x = Enums_NestedEnum(num)
return nil
}
// Deprecated: Use Enums_NestedEnum.Type instead.
func (Enums_NestedEnum) EnumDescriptor() ([]byte, []int) {
return xxx_File_pb2_test_proto_rawDescGZIP(), []int{1, 0}
}
// Scalars contains optional scalar fields.
type Scalars struct {
OptBool *bool `protobuf:"varint,1,opt,name=opt_bool,json=optBool" json:"opt_bool,omitempty"`
OptInt32 *int32 `protobuf:"varint,2,opt,name=opt_int32,json=optInt32" json:"opt_int32,omitempty"`
OptInt64 *int64 `protobuf:"varint,3,opt,name=opt_int64,json=optInt64" json:"opt_int64,omitempty"`
OptUint32 *uint32 `protobuf:"varint,4,opt,name=opt_uint32,json=optUint32" json:"opt_uint32,omitempty"`
OptUint64 *uint64 `protobuf:"varint,5,opt,name=opt_uint64,json=optUint64" json:"opt_uint64,omitempty"`
OptSint32 *int32 `protobuf:"zigzag32,6,opt,name=opt_sint32,json=optSint32" json:"opt_sint32,omitempty"`
OptSint64 *int64 `protobuf:"zigzag64,7,opt,name=opt_sint64,json=optSint64" json:"opt_sint64,omitempty"`
OptFixed32 *uint32 `protobuf:"fixed32,8,opt,name=opt_fixed32,json=optFixed32" json:"opt_fixed32,omitempty"`
OptFixed64 *uint64 `protobuf:"fixed64,9,opt,name=opt_fixed64,json=optFixed64" json:"opt_fixed64,omitempty"`
OptSfixed32 *int32 `protobuf:"fixed32,10,opt,name=opt_sfixed32,json=optSfixed32" json:"opt_sfixed32,omitempty"`
OptSfixed64 *int64 `protobuf:"fixed64,11,opt,name=opt_sfixed64,json=optSfixed64" json:"opt_sfixed64,omitempty"`
OptFloat *float32 `protobuf:"fixed32,20,opt,name=opt_float,json=optFloat" json:"opt_float,omitempty"`
OptDouble *float64 `protobuf:"fixed64,21,opt,name=opt_double,json=optDouble" json:"opt_double,omitempty"`
OptBytes []byte `protobuf:"bytes,14,opt,name=opt_bytes,json=optBytes" json:"opt_bytes,omitempty"`
OptString *string `protobuf:"bytes,13,opt,name=opt_string,json=optString" json:"opt_string,omitempty"`
XXX_NoUnkeyedLiteral struct{} `json:"-"`
XXX_unrecognized []byte `json:"-"`
XXX_sizecache int32 `json:"-"`
}
func (x *Scalars) Reset() {
*x = Scalars{}
}
func (x *Scalars) String() string {
return protoimpl.X.MessageStringOf(x)
}
func (*Scalars) ProtoMessage() {}
func (x *Scalars) ProtoReflect() protoreflect.Message {
return xxx_File_pb2_test_proto_messageTypes[0].MessageOf(x)
}
func (m *Scalars) XXX_Methods() *protoiface.Methods {
return xxx_File_pb2_test_proto_messageTypes[0].Methods()
}
// Deprecated: Use Scalars.ProtoReflect.Type instead.
func (*Scalars) Descriptor() ([]byte, []int) {
return xxx_File_pb2_test_proto_rawDescGZIP(), []int{0}
}
func (x *Scalars) GetOptBool() bool {
if x != nil && x.OptBool != nil {
return *x.OptBool
}
return false
}
func (x *Scalars) GetOptInt32() int32 {
if x != nil && x.OptInt32 != nil {
return *x.OptInt32
}
return 0
}
func (x *Scalars) GetOptInt64() int64 {
if x != nil && x.OptInt64 != nil {
return *x.OptInt64
}
return 0
}
func (x *Scalars) GetOptUint32() uint32 {
if x != nil && x.OptUint32 != nil {
return *x.OptUint32
}
return 0
}
func (x *Scalars) GetOptUint64() uint64 {
if x != nil && x.OptUint64 != nil {
return *x.OptUint64
}
return 0
}
func (x *Scalars) GetOptSint32() int32 {
if x != nil && x.OptSint32 != nil {
return *x.OptSint32
}
return 0
}
func (x *Scalars) GetOptSint64() int64 {
if x != nil && x.OptSint64 != nil {
return *x.OptSint64
}
return 0
}
func (x *Scalars) GetOptFixed32() uint32 {
if x != nil && x.OptFixed32 != nil {
return *x.OptFixed32
}
return 0
}
func (x *Scalars) GetOptFixed64() uint64 {
if x != nil && x.OptFixed64 != nil {
return *x.OptFixed64
}
return 0
}
func (x *Scalars) GetOptSfixed32() int32 {
if x != nil && x.OptSfixed32 != nil {
return *x.OptSfixed32
}
return 0
}
func (x *Scalars) GetOptSfixed64() int64 {
if x != nil && x.OptSfixed64 != nil {
return *x.OptSfixed64
}
return 0
}
func (x *Scalars) GetOptFloat() float32 {
if x != nil && x.OptFloat != nil {
return *x.OptFloat
}
return 0
}
func (x *Scalars) GetOptDouble() float64 {
if x != nil && x.OptDouble != nil {
return *x.OptDouble
}
return 0
}
func (x *Scalars) GetOptBytes() []byte {
if x != nil {
return x.OptBytes
}
return nil
}
func (x *Scalars) GetOptString() string {
if x != nil && x.OptString != nil {
return *x.OptString
}
return ""
}
// Message contains enum fields.
type Enums struct {
OptEnum *Enum `protobuf:"varint,1,opt,name=opt_enum,json=optEnum,enum=pb2.Enum" json:"opt_enum,omitempty"`
RptEnum []Enum `protobuf:"varint,2,rep,name=rpt_enum,json=rptEnum,enum=pb2.Enum" json:"rpt_enum,omitempty"`
OptNestedEnum *Enums_NestedEnum `protobuf:"varint,3,opt,name=opt_nested_enum,json=optNestedEnum,enum=pb2.Enums_NestedEnum" json:"opt_nested_enum,omitempty"`
RptNestedEnum []Enums_NestedEnum `protobuf:"varint,4,rep,name=rpt_nested_enum,json=rptNestedEnum,enum=pb2.Enums_NestedEnum" json:"rpt_nested_enum,omitempty"`
XXX_NoUnkeyedLiteral struct{} `json:"-"`
XXX_unrecognized []byte `json:"-"`
XXX_sizecache int32 `json:"-"`
}
func (x *Enums) Reset() {
*x = Enums{}
}
func (x *Enums) String() string {
return protoimpl.X.MessageStringOf(x)
}
func (*Enums) ProtoMessage() {}
func (x *Enums) ProtoReflect() protoreflect.Message {
return xxx_File_pb2_test_proto_messageTypes[1].MessageOf(x)
}
func (m *Enums) XXX_Methods() *protoiface.Methods {
return xxx_File_pb2_test_proto_messageTypes[1].Methods()
}
// Deprecated: Use Enums.ProtoReflect.Type instead.
func (*Enums) Descriptor() ([]byte, []int) {
return xxx_File_pb2_test_proto_rawDescGZIP(), []int{1}
}
func (x *Enums) GetOptEnum() Enum {
if x != nil && x.OptEnum != nil {
return *x.OptEnum
}
return Enum_ONE
}
func (x *Enums) GetRptEnum() []Enum {
if x != nil {
return x.RptEnum
}
return nil
}
func (x *Enums) GetOptNestedEnum() Enums_NestedEnum {
if x != nil && x.OptNestedEnum != nil {
return *x.OptNestedEnum
}
return Enums_UNO
}
func (x *Enums) GetRptNestedEnum() []Enums_NestedEnum {
if x != nil {
return x.RptNestedEnum
}
return nil
}
// Message contains repeated fields.
type Repeats struct {
RptBool []bool `protobuf:"varint,1,rep,name=rpt_bool,json=rptBool" json:"rpt_bool,omitempty"`
RptInt32 []int32 `protobuf:"varint,2,rep,name=rpt_int32,json=rptInt32" json:"rpt_int32,omitempty"`
RptInt64 []int64 `protobuf:"varint,3,rep,name=rpt_int64,json=rptInt64" json:"rpt_int64,omitempty"`
RptUint32 []uint32 `protobuf:"varint,4,rep,name=rpt_uint32,json=rptUint32" json:"rpt_uint32,omitempty"`
RptUint64 []uint64 `protobuf:"varint,5,rep,name=rpt_uint64,json=rptUint64" json:"rpt_uint64,omitempty"`
RptFloat []float32 `protobuf:"fixed32,6,rep,name=rpt_float,json=rptFloat" json:"rpt_float,omitempty"`
RptDouble []float64 `protobuf:"fixed64,7,rep,name=rpt_double,json=rptDouble" json:"rpt_double,omitempty"`
RptString []string `protobuf:"bytes,8,rep,name=rpt_string,json=rptString" json:"rpt_string,omitempty"`
RptBytes [][]byte `protobuf:"bytes,9,rep,name=rpt_bytes,json=rptBytes" json:"rpt_bytes,omitempty"`
XXX_NoUnkeyedLiteral struct{} `json:"-"`
XXX_unrecognized []byte `json:"-"`
XXX_sizecache int32 `json:"-"`
}
func (x *Repeats) Reset() {
*x = Repeats{}
}
func (x *Repeats) String() string {
return protoimpl.X.MessageStringOf(x)
}
func (*Repeats) ProtoMessage() {}
func (x *Repeats) ProtoReflect() protoreflect.Message {
return xxx_File_pb2_test_proto_messageTypes[2].MessageOf(x)
}
func (m *Repeats) XXX_Methods() *protoiface.Methods {
return xxx_File_pb2_test_proto_messageTypes[2].Methods()
}
// Deprecated: Use Repeats.ProtoReflect.Type instead.
func (*Repeats) Descriptor() ([]byte, []int) {
return xxx_File_pb2_test_proto_rawDescGZIP(), []int{2}
}
func (x *Repeats) GetRptBool() []bool {
if x != nil {
return x.RptBool
}
return nil
}
func (x *Repeats) GetRptInt32() []int32 {
if x != nil {
return x.RptInt32
}
return nil
}
func (x *Repeats) GetRptInt64() []int64 {
if x != nil {
return x.RptInt64
}
return nil
}
func (x *Repeats) GetRptUint32() []uint32 {
if x != nil {
return x.RptUint32
}
return nil
}
func (x *Repeats) GetRptUint64() []uint64 {
if x != nil {
return x.RptUint64
}
return nil
}
func (x *Repeats) GetRptFloat() []float32 {
if x != nil {
return x.RptFloat
}
return nil
}
func (x *Repeats) GetRptDouble() []float64 {
if x != nil {
return x.RptDouble
}
return nil
}
func (x *Repeats) GetRptString() []string {
if x != nil {
return x.RptString
}
return nil
}
func (x *Repeats) GetRptBytes() [][]byte {
if x != nil {
return x.RptBytes
}
return nil
}
// Message type used as submessage.
type Nested struct {
OptString *string `protobuf:"bytes,1,opt,name=opt_string,json=optString" json:"opt_string,omitempty"`
OptNested *Nested `protobuf:"bytes,2,opt,name=opt_nested,json=optNested" json:"opt_nested,omitempty"`
XXX_NoUnkeyedLiteral struct{} `json:"-"`
XXX_unrecognized []byte `json:"-"`
XXX_sizecache int32 `json:"-"`
}
func (x *Nested) Reset() {
*x = Nested{}
}
func (x *Nested) String() string {
return protoimpl.X.MessageStringOf(x)
}
func (*Nested) ProtoMessage() {}
func (x *Nested) ProtoReflect() protoreflect.Message {
return xxx_File_pb2_test_proto_messageTypes[3].MessageOf(x)
}
func (m *Nested) XXX_Methods() *protoiface.Methods {
return xxx_File_pb2_test_proto_messageTypes[3].Methods()
}
// Deprecated: Use Nested.ProtoReflect.Type instead.
func (*Nested) Descriptor() ([]byte, []int) {
return xxx_File_pb2_test_proto_rawDescGZIP(), []int{3}
}
func (x *Nested) GetOptString() string {
if x != nil && x.OptString != nil {
return *x.OptString
}
return ""
}
func (x *Nested) GetOptNested() *Nested {
if x != nil {
return x.OptNested
}
return nil
}
// Message contains message and group fields.
type Nests struct {
OptNested *Nested `protobuf:"bytes,1,opt,name=opt_nested,json=optNested" json:"opt_nested,omitempty"`
Optgroup *Nests_OptGroup `protobuf:"group,2,opt,name=OptGroup,json=optgroup" json:"optgroup,omitempty"`
RptNested []*Nested `protobuf:"bytes,4,rep,name=rpt_nested,json=rptNested" json:"rpt_nested,omitempty"`
Rptgroup []*Nests_RptGroup `protobuf:"group,5,rep,name=RptGroup,json=rptgroup" json:"rptgroup,omitempty"`
XXX_NoUnkeyedLiteral struct{} `json:"-"`
XXX_unrecognized []byte `json:"-"`
XXX_sizecache int32 `json:"-"`
}
func (x *Nests) Reset() {
*x = Nests{}
}
func (x *Nests) String() string {
return protoimpl.X.MessageStringOf(x)
}
func (*Nests) ProtoMessage() {}
func (x *Nests) ProtoReflect() protoreflect.Message {
return xxx_File_pb2_test_proto_messageTypes[4].MessageOf(x)
}
func (m *Nests) XXX_Methods() *protoiface.Methods {
return xxx_File_pb2_test_proto_messageTypes[4].Methods()
}
// Deprecated: Use Nests.ProtoReflect.Type instead.
func (*Nests) Descriptor() ([]byte, []int) {
return xxx_File_pb2_test_proto_rawDescGZIP(), []int{4}
}
func (x *Nests) GetOptNested() *Nested {
if x != nil {
return x.OptNested
}
return nil
}
func (x *Nests) GetOptgroup() *Nests_OptGroup {
if x != nil {
return x.Optgroup
}
return nil
}
func (x *Nests) GetRptNested() []*Nested {
if x != nil {
return x.RptNested
}
return nil
}
func (x *Nests) GetRptgroup() []*Nests_RptGroup {
if x != nil {
return x.Rptgroup
}
return nil
}
// Message contains required fields.
type Requireds struct {
ReqBool *bool `protobuf:"varint,1,req,name=req_bool,json=reqBool" json:"req_bool,omitempty"`
ReqSfixed64 *int64 `protobuf:"fixed64,2,req,name=req_sfixed64,json=reqSfixed64" json:"req_sfixed64,omitempty"`
ReqDouble *float64 `protobuf:"fixed64,3,req,name=req_double,json=reqDouble" json:"req_double,omitempty"`
ReqString *string `protobuf:"bytes,4,req,name=req_string,json=reqString" json:"req_string,omitempty"`
ReqEnum *Enum `protobuf:"varint,5,req,name=req_enum,json=reqEnum,enum=pb2.Enum" json:"req_enum,omitempty"`
ReqNested *Nested `protobuf:"bytes,6,req,name=req_nested,json=reqNested" json:"req_nested,omitempty"`
XXX_NoUnkeyedLiteral struct{} `json:"-"`
XXX_unrecognized []byte `json:"-"`
XXX_sizecache int32 `json:"-"`
}
func (x *Requireds) Reset() {
*x = Requireds{}
}
func (x *Requireds) String() string {
return protoimpl.X.MessageStringOf(x)
}
func (*Requireds) ProtoMessage() {}
func (x *Requireds) ProtoReflect() protoreflect.Message {
return xxx_File_pb2_test_proto_messageTypes[5].MessageOf(x)
}
func (m *Requireds) XXX_Methods() *protoiface.Methods {
return xxx_File_pb2_test_proto_messageTypes[5].Methods()
}
// Deprecated: Use Requireds.ProtoReflect.Type instead.
func (*Requireds) Descriptor() ([]byte, []int) {
return xxx_File_pb2_test_proto_rawDescGZIP(), []int{5}
}
func (x *Requireds) GetReqBool() bool {
if x != nil && x.ReqBool != nil {
return *x.ReqBool
}
return false
}
func (x *Requireds) GetReqSfixed64() int64 {
if x != nil && x.ReqSfixed64 != nil {
return *x.ReqSfixed64
}
return 0
}
func (x *Requireds) GetReqDouble() float64 {
if x != nil && x.ReqDouble != nil {
return *x.ReqDouble
}
return 0
}
func (x *Requireds) GetReqString() string {
if x != nil && x.ReqString != nil {
return *x.ReqString
}
return ""
}
func (x *Requireds) GetReqEnum() Enum {
if x != nil && x.ReqEnum != nil {
return *x.ReqEnum
}
return Enum_ONE
}
func (x *Requireds) GetReqNested() *Nested {
if x != nil {
return x.ReqNested
}
return nil
}
// Message contains both required and optional fields.
type PartialRequired struct {
ReqString *string `protobuf:"bytes,1,req,name=req_string,json=reqString" json:"req_string,omitempty"`
OptString *string `protobuf:"bytes,2,opt,name=opt_string,json=optString" json:"opt_string,omitempty"`
XXX_NoUnkeyedLiteral struct{} `json:"-"`
XXX_unrecognized []byte `json:"-"`
XXX_sizecache int32 `json:"-"`
}
func (x *PartialRequired) Reset() {
*x = PartialRequired{}
}
func (x *PartialRequired) String() string {
return protoimpl.X.MessageStringOf(x)
}
func (*PartialRequired) ProtoMessage() {}
func (x *PartialRequired) ProtoReflect() protoreflect.Message {
return xxx_File_pb2_test_proto_messageTypes[6].MessageOf(x)
}
func (m *PartialRequired) XXX_Methods() *protoiface.Methods {
return xxx_File_pb2_test_proto_messageTypes[6].Methods()
}
// Deprecated: Use PartialRequired.ProtoReflect.Type instead.
func (*PartialRequired) Descriptor() ([]byte, []int) {
return xxx_File_pb2_test_proto_rawDescGZIP(), []int{6}
}
func (x *PartialRequired) GetReqString() string {
if x != nil && x.ReqString != nil {
return *x.ReqString
}
return ""
}
func (x *PartialRequired) GetOptString() string {
if x != nil && x.OptString != nil {
return *x.OptString
}
return ""
}
type NestedWithRequired struct {
ReqString *string `protobuf:"bytes,1,req,name=req_string,json=reqString" json:"req_string,omitempty"`
XXX_NoUnkeyedLiteral struct{} `json:"-"`
XXX_unrecognized []byte `json:"-"`
XXX_sizecache int32 `json:"-"`
}
func (x *NestedWithRequired) Reset() {
*x = NestedWithRequired{}
}
func (x *NestedWithRequired) String() string {
return protoimpl.X.MessageStringOf(x)
}
func (*NestedWithRequired) ProtoMessage() {}
func (x *NestedWithRequired) ProtoReflect() protoreflect.Message {
return xxx_File_pb2_test_proto_messageTypes[7].MessageOf(x)
}
func (m *NestedWithRequired) XXX_Methods() *protoiface.Methods {
return xxx_File_pb2_test_proto_messageTypes[7].Methods()
}
// Deprecated: Use NestedWithRequired.ProtoReflect.Type instead.
func (*NestedWithRequired) Descriptor() ([]byte, []int) {
return xxx_File_pb2_test_proto_rawDescGZIP(), []int{7}
}
func (x *NestedWithRequired) GetReqString() string {
if x != nil && x.ReqString != nil {
return *x.ReqString
}
return ""
}
type IndirectRequired struct {
OptNested *NestedWithRequired `protobuf:"bytes,1,opt,name=opt_nested,json=optNested" json:"opt_nested,omitempty"`
RptNested []*NestedWithRequired `protobuf:"bytes,2,rep,name=rpt_nested,json=rptNested" json:"rpt_nested,omitempty"`
StrToNested map[string]*NestedWithRequired `protobuf:"bytes,3,rep,name=str_to_nested,json=strToNested" json:"str_to_nested,omitempty" protobuf_key:"bytes,1,opt,name=key" protobuf_val:"bytes,2,opt,name=value"`
// Types that are valid to be assigned to Union:
// *IndirectRequired_OneofNested
Union isIndirectRequired_Union `protobuf_oneof:"union"`
XXX_NoUnkeyedLiteral struct{} `json:"-"`
XXX_unrecognized []byte `json:"-"`
XXX_sizecache int32 `json:"-"`
}
func (x *IndirectRequired) Reset() {
*x = IndirectRequired{}
}
func (x *IndirectRequired) String() string {
return protoimpl.X.MessageStringOf(x)
}
func (*IndirectRequired) ProtoMessage() {}
func (x *IndirectRequired) ProtoReflect() protoreflect.Message {
return xxx_File_pb2_test_proto_messageTypes[8].MessageOf(x)
}
func (m *IndirectRequired) XXX_Methods() *protoiface.Methods {
return xxx_File_pb2_test_proto_messageTypes[8].Methods()
}
// Deprecated: Use IndirectRequired.ProtoReflect.Type instead.
func (*IndirectRequired) Descriptor() ([]byte, []int) {
return xxx_File_pb2_test_proto_rawDescGZIP(), []int{8}
}
func (x *IndirectRequired) GetOptNested() *NestedWithRequired {
if x != nil {
return x.OptNested
}
return nil
}
func (x *IndirectRequired) GetRptNested() []*NestedWithRequired {
if x != nil {
return x.RptNested
}
return nil
}
func (x *IndirectRequired) GetStrToNested() map[string]*NestedWithRequired {
if x != nil {
return x.StrToNested
}
return nil
}
func (m *IndirectRequired) GetUnion() isIndirectRequired_Union {
if m != nil {
return m.Union
}
return nil
}
func (x *IndirectRequired) GetOneofNested() *NestedWithRequired {
if x, ok := x.GetUnion().(*IndirectRequired_OneofNested); ok {
return x.OneofNested
}
return nil
}
// XXX_OneofWrappers is for the internal use of the proto package.
func (*IndirectRequired) XXX_OneofWrappers() []interface{} {
return []interface{}{
(*IndirectRequired_OneofNested)(nil),
}
}
type isIndirectRequired_Union interface {
isIndirectRequired_Union()
}
type IndirectRequired_OneofNested struct {
OneofNested *NestedWithRequired `protobuf:"bytes,4,opt,name=oneof_nested,json=oneofNested,oneof"`
}
func (*IndirectRequired_OneofNested) isIndirectRequired_Union() {}
type Extensions struct {
OptString *string `protobuf:"bytes,1,opt,name=opt_string,json=optString" json:"opt_string,omitempty"`
OptBool *bool `protobuf:"varint,101,opt,name=opt_bool,json=optBool" json:"opt_bool,omitempty"`
OptInt32 *int32 `protobuf:"varint,2,opt,name=opt_int32,json=optInt32" json:"opt_int32,omitempty"`
XXX_NoUnkeyedLiteral struct{} `json:"-"`
XXX_InternalExtensions protoimpl.ExtensionFieldsV1 `json:"-"`
XXX_unrecognized []byte `json:"-"`
XXX_sizecache int32 `json:"-"`
}
func (x *Extensions) Reset() {
*x = Extensions{}
}
func (x *Extensions) String() string {
return protoimpl.X.MessageStringOf(x)
}
func (*Extensions) ProtoMessage() {}
func (x *Extensions) ProtoReflect() protoreflect.Message {
return xxx_File_pb2_test_proto_messageTypes[9].MessageOf(x)
}
func (m *Extensions) XXX_Methods() *protoiface.Methods {
return xxx_File_pb2_test_proto_messageTypes[9].Methods()
}
// Deprecated: Use Extensions.ProtoReflect.Type instead.
func (*Extensions) Descriptor() ([]byte, []int) {
return xxx_File_pb2_test_proto_rawDescGZIP(), []int{9}
}
var extRange_Extensions = []protoiface.ExtensionRangeV1{
{Start: 20, End: 100},
}
// Deprecated: Use Extensions.ProtoReflect.Type.ExtensionRanges instead.
func (*Extensions) ExtensionRangeArray() []protoiface.ExtensionRangeV1 {
return extRange_Extensions
}
func (x *Extensions) GetOptString() string {
if x != nil && x.OptString != nil {
return *x.OptString
}
return ""
}
func (x *Extensions) GetOptBool() bool {
if x != nil && x.OptBool != nil {
return *x.OptBool
}
return false
}
func (x *Extensions) GetOptInt32() int32 {
if x != nil && x.OptInt32 != nil {
return *x.OptInt32
}
return 0
}
type ExtensionsContainer struct {
XXX_NoUnkeyedLiteral struct{} `json:"-"`
XXX_unrecognized []byte `json:"-"`
XXX_sizecache int32 `json:"-"`
}
func (x *ExtensionsContainer) Reset() {
*x = ExtensionsContainer{}
}
func (x *ExtensionsContainer) String() string {
return protoimpl.X.MessageStringOf(x)
}
func (*ExtensionsContainer) ProtoMessage() {}
func (x *ExtensionsContainer) ProtoReflect() protoreflect.Message {
return xxx_File_pb2_test_proto_messageTypes[10].MessageOf(x)
}
func (m *ExtensionsContainer) XXX_Methods() *protoiface.Methods {
return xxx_File_pb2_test_proto_messageTypes[10].Methods()
}
// Deprecated: Use ExtensionsContainer.ProtoReflect.Type instead.
func (*ExtensionsContainer) Descriptor() ([]byte, []int) {
return xxx_File_pb2_test_proto_rawDescGZIP(), []int{10}
}
type MessageSet struct {
XXX_NoUnkeyedLiteral struct{} `json:"-"`
XXX_InternalExtensions protoimpl.ExtensionFieldsV1 `protobuf_messageset:"1" json:"-"`
XXX_unrecognized []byte `json:"-"`
XXX_sizecache int32 `json:"-"`
}
func (x *MessageSet) Reset() {
*x = MessageSet{}
}
func (x *MessageSet) String() string {
return protoimpl.X.MessageStringOf(x)
}
func (*MessageSet) ProtoMessage() {}
func (x *MessageSet) ProtoReflect() protoreflect.Message {
return xxx_File_pb2_test_proto_messageTypes[11].MessageOf(x)
}
func (m *MessageSet) XXX_Methods() *protoiface.Methods {
return xxx_File_pb2_test_proto_messageTypes[11].Methods()
}
// Deprecated: Use MessageSet.ProtoReflect.Type instead.
func (*MessageSet) Descriptor() ([]byte, []int) {
return xxx_File_pb2_test_proto_rawDescGZIP(), []int{11}
}
var extRange_MessageSet = []protoiface.ExtensionRangeV1{
{Start: 4, End: 2147483646},
}
// Deprecated: Use MessageSet.ProtoReflect.Type.ExtensionRanges instead.
func (*MessageSet) ExtensionRangeArray() []protoiface.ExtensionRangeV1 {
return extRange_MessageSet
}
type MessageSetExtension struct {
OptString *string `protobuf:"bytes,1,opt,name=opt_string,json=optString" json:"opt_string,omitempty"`
XXX_NoUnkeyedLiteral struct{} `json:"-"`
XXX_unrecognized []byte `json:"-"`
XXX_sizecache int32 `json:"-"`
}
func (x *MessageSetExtension) Reset() {
*x = MessageSetExtension{}
}
func (x *MessageSetExtension) String() string {
return protoimpl.X.MessageStringOf(x)
}
func (*MessageSetExtension) ProtoMessage() {}
func (x *MessageSetExtension) ProtoReflect() protoreflect.Message {
return xxx_File_pb2_test_proto_messageTypes[12].MessageOf(x)
}
func (m *MessageSetExtension) XXX_Methods() *protoiface.Methods {
return xxx_File_pb2_test_proto_messageTypes[12].Methods()
}
// Deprecated: Use MessageSetExtension.ProtoReflect.Type instead.
func (*MessageSetExtension) Descriptor() ([]byte, []int) {
return xxx_File_pb2_test_proto_rawDescGZIP(), []int{12}
}
func (x *MessageSetExtension) GetOptString() string {
if x != nil && x.OptString != nil {
return *x.OptString
}
return ""
}
type FakeMessageSet struct {
XXX_NoUnkeyedLiteral struct{} `json:"-"`
XXX_InternalExtensions protoimpl.ExtensionFieldsV1 `json:"-"`
XXX_unrecognized []byte `json:"-"`
XXX_sizecache int32 `json:"-"`
}
func (x *FakeMessageSet) Reset() {
*x = FakeMessageSet{}
}
func (x *FakeMessageSet) String() string {
return protoimpl.X.MessageStringOf(x)
}
func (*FakeMessageSet) ProtoMessage() {}
func (x *FakeMessageSet) ProtoReflect() protoreflect.Message {
return xxx_File_pb2_test_proto_messageTypes[13].MessageOf(x)
}
func (m *FakeMessageSet) XXX_Methods() *protoiface.Methods {
return xxx_File_pb2_test_proto_messageTypes[13].Methods()
}
// Deprecated: Use FakeMessageSet.ProtoReflect.Type instead.
func (*FakeMessageSet) Descriptor() ([]byte, []int) {
return xxx_File_pb2_test_proto_rawDescGZIP(), []int{13}
}
var extRange_FakeMessageSet = []protoiface.ExtensionRangeV1{
{Start: 4, End: 536870911},
}
// Deprecated: Use FakeMessageSet.ProtoReflect.Type.ExtensionRanges instead.
func (*FakeMessageSet) ExtensionRangeArray() []protoiface.ExtensionRangeV1 {
return extRange_FakeMessageSet
}
type FakeMessageSetExtension struct {
OptString *string `protobuf:"bytes,1,opt,name=opt_string,json=optString" json:"opt_string,omitempty"`
XXX_NoUnkeyedLiteral struct{} `json:"-"`
XXX_unrecognized []byte `json:"-"`
XXX_sizecache int32 `json:"-"`
}
func (x *FakeMessageSetExtension) Reset() {
*x = FakeMessageSetExtension{}
}
func (x *FakeMessageSetExtension) String() string {
return protoimpl.X.MessageStringOf(x)
}
func (*FakeMessageSetExtension) ProtoMessage() {}
func (x *FakeMessageSetExtension) ProtoReflect() protoreflect.Message {
return xxx_File_pb2_test_proto_messageTypes[14].MessageOf(x)
}
func (m *FakeMessageSetExtension) XXX_Methods() *protoiface.Methods {
return xxx_File_pb2_test_proto_messageTypes[14].Methods()
}
// Deprecated: Use FakeMessageSetExtension.ProtoReflect.Type instead.
func (*FakeMessageSetExtension) Descriptor() ([]byte, []int) {
return xxx_File_pb2_test_proto_rawDescGZIP(), []int{14}
}
func (x *FakeMessageSetExtension) GetOptString() string {
if x != nil && x.OptString != nil {
return *x.OptString
}
return ""
}
// Message contains well-known type fields.
type KnownTypes struct {
internal/cmd/generate-protos: initial commit Create a single binary for handling generation of protos. This replaces previous logic spread throughout the repo in: * regenerate.bash * cmd/protoc-gen-go/golden_test.go * cmd/protoc-gen-go-grpc/golden_test.go * (indirectly) internal/protogen/goldentest One of the problems with the former approaches is that they relied on a version of protoc that was specific to a developer's workstation. This meant that the result of generation was not hermetic. To address this, we rely on the hard-coded version of protobuf specified in the test.bash script. A summary of changes in this CL are: * The internal_gengo.GenerateFile and internal_gengogrpc.GenerateFile functions are unified to have consistent signatures. It seems that the former accepted a *protogen.GeneratedFile to support v1 where gRPC code was generated into the same file as the base .pb.go file. However, the same functionality can be achieved by having the function return the generated file object. * The test.bash script patches the protobuf toolchain to have properly specified go_package options in each proto source file. * The test.bash script accepts a "-regenerate" argument. * Add generation for the well-known types. Contrary to how these were laid out in the v1 repo, all the well-known types are placed in the same Go package. * Add generation for the conformance proto. * Remove regenerate.bash * Remove internal/protogen * Remove cmd/protoc-gen-go/golden_test.go * Remove cmd/protoc-gen-go-grpc/golden_test.go * Add cmd/protoc-gen-go/annotation_test.go Change-Id: I4a1a97ae6f66e2fabcf4e4d292c95ab2a2db0248 Reviewed-on: https://go-review.googlesource.com/c/164477 Reviewed-by: Damien Neil <dneil@google.com>
2019-02-27 21:46:29 -08:00
OptBool *known.BoolValue `protobuf:"bytes,1,opt,name=opt_bool,json=optBool" json:"opt_bool,omitempty"`
OptInt32 *known.Int32Value `protobuf:"bytes,2,opt,name=opt_int32,json=optInt32" json:"opt_int32,omitempty"`
OptInt64 *known.Int64Value `protobuf:"bytes,3,opt,name=opt_int64,json=optInt64" json:"opt_int64,omitempty"`
OptUint32 *known.UInt32Value `protobuf:"bytes,4,opt,name=opt_uint32,json=optUint32" json:"opt_uint32,omitempty"`
OptUint64 *known.UInt64Value `protobuf:"bytes,5,opt,name=opt_uint64,json=optUint64" json:"opt_uint64,omitempty"`
OptFloat *known.FloatValue `protobuf:"bytes,6,opt,name=opt_float,json=optFloat" json:"opt_float,omitempty"`
OptDouble *known.DoubleValue `protobuf:"bytes,7,opt,name=opt_double,json=optDouble" json:"opt_double,omitempty"`
OptString *known.StringValue `protobuf:"bytes,8,opt,name=opt_string,json=optString" json:"opt_string,omitempty"`
OptBytes *known.BytesValue `protobuf:"bytes,9,opt,name=opt_bytes,json=optBytes" json:"opt_bytes,omitempty"`
OptDuration *known.Duration `protobuf:"bytes,20,opt,name=opt_duration,json=optDuration" json:"opt_duration,omitempty"`
OptTimestamp *known.Timestamp `protobuf:"bytes,21,opt,name=opt_timestamp,json=optTimestamp" json:"opt_timestamp,omitempty"`
OptStruct *known.Struct `protobuf:"bytes,25,opt,name=opt_struct,json=optStruct" json:"opt_struct,omitempty"`
OptList *known.ListValue `protobuf:"bytes,26,opt,name=opt_list,json=optList" json:"opt_list,omitempty"`
OptValue *known.Value `protobuf:"bytes,27,opt,name=opt_value,json=optValue" json:"opt_value,omitempty"`
OptNull *known.NullValue `protobuf:"varint,28,opt,name=opt_null,json=optNull,enum=google.protobuf.NullValue" json:"opt_null,omitempty"`
internal/cmd/generate-protos: initial commit Create a single binary for handling generation of protos. This replaces previous logic spread throughout the repo in: * regenerate.bash * cmd/protoc-gen-go/golden_test.go * cmd/protoc-gen-go-grpc/golden_test.go * (indirectly) internal/protogen/goldentest One of the problems with the former approaches is that they relied on a version of protoc that was specific to a developer's workstation. This meant that the result of generation was not hermetic. To address this, we rely on the hard-coded version of protobuf specified in the test.bash script. A summary of changes in this CL are: * The internal_gengo.GenerateFile and internal_gengogrpc.GenerateFile functions are unified to have consistent signatures. It seems that the former accepted a *protogen.GeneratedFile to support v1 where gRPC code was generated into the same file as the base .pb.go file. However, the same functionality can be achieved by having the function return the generated file object. * The test.bash script patches the protobuf toolchain to have properly specified go_package options in each proto source file. * The test.bash script accepts a "-regenerate" argument. * Add generation for the well-known types. Contrary to how these were laid out in the v1 repo, all the well-known types are placed in the same Go package. * Add generation for the conformance proto. * Remove regenerate.bash * Remove internal/protogen * Remove cmd/protoc-gen-go/golden_test.go * Remove cmd/protoc-gen-go-grpc/golden_test.go * Add cmd/protoc-gen-go/annotation_test.go Change-Id: I4a1a97ae6f66e2fabcf4e4d292c95ab2a2db0248 Reviewed-on: https://go-review.googlesource.com/c/164477 Reviewed-by: Damien Neil <dneil@google.com>
2019-02-27 21:46:29 -08:00
OptEmpty *known.Empty `protobuf:"bytes,30,opt,name=opt_empty,json=optEmpty" json:"opt_empty,omitempty"`
OptAny *known.Any `protobuf:"bytes,32,opt,name=opt_any,json=optAny" json:"opt_any,omitempty"`
OptFieldmask *known.FieldMask `protobuf:"bytes,40,opt,name=opt_fieldmask,json=optFieldmask" json:"opt_fieldmask,omitempty"`
internal/cmd/generate-protos: initial commit Create a single binary for handling generation of protos. This replaces previous logic spread throughout the repo in: * regenerate.bash * cmd/protoc-gen-go/golden_test.go * cmd/protoc-gen-go-grpc/golden_test.go * (indirectly) internal/protogen/goldentest One of the problems with the former approaches is that they relied on a version of protoc that was specific to a developer's workstation. This meant that the result of generation was not hermetic. To address this, we rely on the hard-coded version of protobuf specified in the test.bash script. A summary of changes in this CL are: * The internal_gengo.GenerateFile and internal_gengogrpc.GenerateFile functions are unified to have consistent signatures. It seems that the former accepted a *protogen.GeneratedFile to support v1 where gRPC code was generated into the same file as the base .pb.go file. However, the same functionality can be achieved by having the function return the generated file object. * The test.bash script patches the protobuf toolchain to have properly specified go_package options in each proto source file. * The test.bash script accepts a "-regenerate" argument. * Add generation for the well-known types. Contrary to how these were laid out in the v1 repo, all the well-known types are placed in the same Go package. * Add generation for the conformance proto. * Remove regenerate.bash * Remove internal/protogen * Remove cmd/protoc-gen-go/golden_test.go * Remove cmd/protoc-gen-go-grpc/golden_test.go * Add cmd/protoc-gen-go/annotation_test.go Change-Id: I4a1a97ae6f66e2fabcf4e4d292c95ab2a2db0248 Reviewed-on: https://go-review.googlesource.com/c/164477 Reviewed-by: Damien Neil <dneil@google.com>
2019-02-27 21:46:29 -08:00
XXX_NoUnkeyedLiteral struct{} `json:"-"`
XXX_unrecognized []byte `json:"-"`
XXX_sizecache int32 `json:"-"`
}
func (x *KnownTypes) Reset() {
*x = KnownTypes{}
}
func (x *KnownTypes) String() string {
return protoimpl.X.MessageStringOf(x)
}
func (*KnownTypes) ProtoMessage() {}
func (x *KnownTypes) ProtoReflect() protoreflect.Message {
return xxx_File_pb2_test_proto_messageTypes[15].MessageOf(x)
}
func (m *KnownTypes) XXX_Methods() *protoiface.Methods {
return xxx_File_pb2_test_proto_messageTypes[15].Methods()
}
// Deprecated: Use KnownTypes.ProtoReflect.Type instead.
func (*KnownTypes) Descriptor() ([]byte, []int) {
return xxx_File_pb2_test_proto_rawDescGZIP(), []int{15}
}
func (x *KnownTypes) GetOptBool() *known.BoolValue {
if x != nil {
return x.OptBool
}
return nil
}
func (x *KnownTypes) GetOptInt32() *known.Int32Value {
if x != nil {
return x.OptInt32
}
return nil
}
func (x *KnownTypes) GetOptInt64() *known.Int64Value {
if x != nil {
return x.OptInt64
}
return nil
}
func (x *KnownTypes) GetOptUint32() *known.UInt32Value {
if x != nil {
return x.OptUint32
}
return nil
}
func (x *KnownTypes) GetOptUint64() *known.UInt64Value {
if x != nil {
return x.OptUint64
}
return nil
}
func (x *KnownTypes) GetOptFloat() *known.FloatValue {
if x != nil {
return x.OptFloat
}
return nil
}
func (x *KnownTypes) GetOptDouble() *known.DoubleValue {
if x != nil {
return x.OptDouble
}
return nil
}
func (x *KnownTypes) GetOptString() *known.StringValue {
if x != nil {
return x.OptString
}
return nil
}
func (x *KnownTypes) GetOptBytes() *known.BytesValue {
if x != nil {
return x.OptBytes
}
return nil
}
func (x *KnownTypes) GetOptDuration() *known.Duration {
if x != nil {
return x.OptDuration
}
return nil
}
func (x *KnownTypes) GetOptTimestamp() *known.Timestamp {
if x != nil {
return x.OptTimestamp
}
return nil
}
func (x *KnownTypes) GetOptStruct() *known.Struct {
if x != nil {
return x.OptStruct
}
return nil
}
func (x *KnownTypes) GetOptList() *known.ListValue {
if x != nil {
return x.OptList
}
return nil
}
func (x *KnownTypes) GetOptValue() *known.Value {
if x != nil {
return x.OptValue
}
return nil
}
func (x *KnownTypes) GetOptNull() known.NullValue {
if x != nil && x.OptNull != nil {
return *x.OptNull
}
return known.NullValue_NULL_VALUE
}
func (x *KnownTypes) GetOptEmpty() *known.Empty {
if x != nil {
return x.OptEmpty
}
return nil
}
func (x *KnownTypes) GetOptAny() *known.Any {
if x != nil {
return x.OptAny
}
return nil
}
func (x *KnownTypes) GetOptFieldmask() *known.FieldMask {
if x != nil {
return x.OptFieldmask
}
return nil
}
type Nests_OptGroup struct {
OptString *string `protobuf:"bytes,1,opt,name=opt_string,json=optString" json:"opt_string,omitempty"`
OptNested *Nested `protobuf:"bytes,2,opt,name=opt_nested,json=optNested" json:"opt_nested,omitempty"`
Optnestedgroup *Nests_OptGroup_OptNestedGroup `protobuf:"group,3,opt,name=OptNestedGroup,json=optnestedgroup" json:"optnestedgroup,omitempty"`
XXX_NoUnkeyedLiteral struct{} `json:"-"`
XXX_unrecognized []byte `json:"-"`
XXX_sizecache int32 `json:"-"`
}
func (x *Nests_OptGroup) Reset() {
*x = Nests_OptGroup{}
}
func (x *Nests_OptGroup) String() string {
return protoimpl.X.MessageStringOf(x)
}
func (*Nests_OptGroup) ProtoMessage() {}
func (x *Nests_OptGroup) ProtoReflect() protoreflect.Message {
return xxx_File_pb2_test_proto_messageTypes[16].MessageOf(x)
}
func (m *Nests_OptGroup) XXX_Methods() *protoiface.Methods {
return xxx_File_pb2_test_proto_messageTypes[16].Methods()
}
// Deprecated: Use Nests_OptGroup.ProtoReflect.Type instead.
func (*Nests_OptGroup) Descriptor() ([]byte, []int) {
return xxx_File_pb2_test_proto_rawDescGZIP(), []int{4, 0}
}
func (x *Nests_OptGroup) GetOptString() string {
if x != nil && x.OptString != nil {
return *x.OptString
}
return ""
}
func (x *Nests_OptGroup) GetOptNested() *Nested {
if x != nil {
return x.OptNested
}
return nil
}
func (x *Nests_OptGroup) GetOptnestedgroup() *Nests_OptGroup_OptNestedGroup {
if x != nil {
return x.Optnestedgroup
}
return nil
}
type Nests_RptGroup struct {
RptString []string `protobuf:"bytes,1,rep,name=rpt_string,json=rptString" json:"rpt_string,omitempty"`
XXX_NoUnkeyedLiteral struct{} `json:"-"`
XXX_unrecognized []byte `json:"-"`
XXX_sizecache int32 `json:"-"`
}
func (x *Nests_RptGroup) Reset() {
*x = Nests_RptGroup{}
}
func (x *Nests_RptGroup) String() string {
return protoimpl.X.MessageStringOf(x)
}
func (*Nests_RptGroup) ProtoMessage() {}
func (x *Nests_RptGroup) ProtoReflect() protoreflect.Message {
return xxx_File_pb2_test_proto_messageTypes[17].MessageOf(x)
}
func (m *Nests_RptGroup) XXX_Methods() *protoiface.Methods {
return xxx_File_pb2_test_proto_messageTypes[17].Methods()
}
// Deprecated: Use Nests_RptGroup.ProtoReflect.Type instead.
func (*Nests_RptGroup) Descriptor() ([]byte, []int) {
return xxx_File_pb2_test_proto_rawDescGZIP(), []int{4, 1}
}
func (x *Nests_RptGroup) GetRptString() []string {
if x != nil {
return x.RptString
}
return nil
}
type Nests_OptGroup_OptNestedGroup struct {
OptFixed32 *uint32 `protobuf:"fixed32,1,opt,name=opt_fixed32,json=optFixed32" json:"opt_fixed32,omitempty"`
XXX_NoUnkeyedLiteral struct{} `json:"-"`
XXX_unrecognized []byte `json:"-"`
XXX_sizecache int32 `json:"-"`
}
func (x *Nests_OptGroup_OptNestedGroup) Reset() {
*x = Nests_OptGroup_OptNestedGroup{}
}
func (x *Nests_OptGroup_OptNestedGroup) String() string {
return protoimpl.X.MessageStringOf(x)
}
func (*Nests_OptGroup_OptNestedGroup) ProtoMessage() {}
func (x *Nests_OptGroup_OptNestedGroup) ProtoReflect() protoreflect.Message {
return xxx_File_pb2_test_proto_messageTypes[18].MessageOf(x)
}
func (m *Nests_OptGroup_OptNestedGroup) XXX_Methods() *protoiface.Methods {
return xxx_File_pb2_test_proto_messageTypes[18].Methods()
}
// Deprecated: Use Nests_OptGroup_OptNestedGroup.ProtoReflect.Type instead.
func (*Nests_OptGroup_OptNestedGroup) Descriptor() ([]byte, []int) {
return xxx_File_pb2_test_proto_rawDescGZIP(), []int{4, 0, 0}
}
func (x *Nests_OptGroup_OptNestedGroup) GetOptFixed32() uint32 {
if x != nil && x.OptFixed32 != nil {
return *x.OptFixed32
}
return 0
}
var xxx_File_pb2_test_proto_extDescs = []protoiface.ExtensionDescV1{
{
ExtendedType: (*Extensions)(nil),
ExtensionType: (*bool)(nil),
Field: 21,
Name: "pb2.opt_ext_bool",
Tag: "varint,21,opt,name=opt_ext_bool",
Filename: "pb2/test.proto",
},
{
ExtendedType: (*Extensions)(nil),
ExtensionType: (*string)(nil),
Field: 22,
Name: "pb2.opt_ext_string",
Tag: "bytes,22,opt,name=opt_ext_string",
Filename: "pb2/test.proto",
},
{
ExtendedType: (*Extensions)(nil),
ExtensionType: (*Enum)(nil),
Field: 23,
Name: "pb2.opt_ext_enum",
Tag: "varint,23,opt,name=opt_ext_enum,enum=pb2.Enum",
Filename: "pb2/test.proto",
},
{
ExtendedType: (*Extensions)(nil),
ExtensionType: (*Nested)(nil),
Field: 24,
Name: "pb2.opt_ext_nested",
Tag: "bytes,24,opt,name=opt_ext_nested",
Filename: "pb2/test.proto",
},
{
ExtendedType: (*Extensions)(nil),
ExtensionType: (*PartialRequired)(nil),
Field: 25,
Name: "pb2.opt_ext_partial",
Tag: "bytes,25,opt,name=opt_ext_partial",
Filename: "pb2/test.proto",
},
{
ExtendedType: (*Extensions)(nil),
ExtensionType: ([]uint32)(nil),
Field: 31,
Name: "pb2.rpt_ext_fixed32",
Tag: "fixed32,31,rep,name=rpt_ext_fixed32",
Filename: "pb2/test.proto",
},
{
ExtendedType: (*Extensions)(nil),
ExtensionType: ([]Enum)(nil),
Field: 32,
Name: "pb2.rpt_ext_enum",
Tag: "varint,32,rep,name=rpt_ext_enum,enum=pb2.Enum",
Filename: "pb2/test.proto",
},
{
ExtendedType: (*Extensions)(nil),
ExtensionType: ([]*Nested)(nil),
Field: 33,
Name: "pb2.rpt_ext_nested",
Tag: "bytes,33,rep,name=rpt_ext_nested",
Filename: "pb2/test.proto",
},
{
ExtendedType: (*MessageSet)(nil),
ExtensionType: (*FakeMessageSetExtension)(nil),
Field: 50,
Name: "pb2.",
Tag: "bytes,50,opt,name=message_set_extension",
Filename: "pb2/test.proto",
},
{
ExtendedType: (*Extensions)(nil),
ExtensionType: (*bool)(nil),
Field: 51,
Name: "pb2.ExtensionsContainer.opt_ext_bool",
Tag: "varint,51,opt,name=opt_ext_bool",
Filename: "pb2/test.proto",
},
{
ExtendedType: (*Extensions)(nil),
ExtensionType: (*string)(nil),
Field: 52,
Name: "pb2.ExtensionsContainer.opt_ext_string",
Tag: "bytes,52,opt,name=opt_ext_string",
Filename: "pb2/test.proto",
},
{
ExtendedType: (*Extensions)(nil),
ExtensionType: (*Enum)(nil),
Field: 53,
Name: "pb2.ExtensionsContainer.opt_ext_enum",
Tag: "varint,53,opt,name=opt_ext_enum,enum=pb2.Enum",
Filename: "pb2/test.proto",
},
{
ExtendedType: (*Extensions)(nil),
ExtensionType: (*Nested)(nil),
Field: 54,
Name: "pb2.ExtensionsContainer.opt_ext_nested",
Tag: "bytes,54,opt,name=opt_ext_nested",
Filename: "pb2/test.proto",
},
{
ExtendedType: (*Extensions)(nil),
ExtensionType: (*PartialRequired)(nil),
Field: 55,
Name: "pb2.ExtensionsContainer.opt_ext_partial",
Tag: "bytes,55,opt,name=opt_ext_partial",
Filename: "pb2/test.proto",
},
{
ExtendedType: (*Extensions)(nil),
ExtensionType: ([]string)(nil),
Field: 61,
Name: "pb2.ExtensionsContainer.rpt_ext_string",
Tag: "bytes,61,rep,name=rpt_ext_string",
Filename: "pb2/test.proto",
},
{
ExtendedType: (*Extensions)(nil),
ExtensionType: ([]Enum)(nil),
Field: 62,
Name: "pb2.ExtensionsContainer.rpt_ext_enum",
Tag: "varint,62,rep,name=rpt_ext_enum,enum=pb2.Enum",
Filename: "pb2/test.proto",
},
{
ExtendedType: (*Extensions)(nil),
ExtensionType: ([]*Nested)(nil),
Field: 63,
Name: "pb2.ExtensionsContainer.rpt_ext_nested",
Tag: "bytes,63,rep,name=rpt_ext_nested",
Filename: "pb2/test.proto",
},
{
ExtendedType: (*MessageSet)(nil),
ExtensionType: (*MessageSetExtension)(nil),
Field: 10,
Name: "pb2.MessageSetExtension",
Tag: "bytes,10,opt,name=message_set_extension",
Filename: "pb2/test.proto",
},
{
ExtendedType: (*MessageSet)(nil),
ExtensionType: (*MessageSetExtension)(nil),
Field: 20,
Name: "pb2.MessageSetExtension.not_message_set_extension",
Tag: "bytes,20,opt,name=not_message_set_extension",
Filename: "pb2/test.proto",
},
{
ExtendedType: (*MessageSet)(nil),
ExtensionType: (*Nested)(nil),
Field: 30,
Name: "pb2.MessageSetExtension.ext_nested",
Tag: "bytes,30,opt,name=ext_nested",
Filename: "pb2/test.proto",
},
{
ExtendedType: (*FakeMessageSet)(nil),
ExtensionType: (*FakeMessageSetExtension)(nil),
Field: 10,
Name: "pb2.FakeMessageSetExtension.message_set_extension",
Tag: "bytes,10,opt,name=message_set_extension",
Filename: "pb2/test.proto",
},
}
var (
// extend pb2.Extensions { optional bool opt_ext_bool = 21; }
E_OptExtBool = &xxx_File_pb2_test_proto_extDescs[0]
// extend pb2.Extensions { optional string opt_ext_string = 22; }
E_OptExtString = &xxx_File_pb2_test_proto_extDescs[1]
// extend pb2.Extensions { optional pb2.Enum opt_ext_enum = 23; }
E_OptExtEnum = &xxx_File_pb2_test_proto_extDescs[2]
// extend pb2.Extensions { optional pb2.Nested opt_ext_nested = 24; }
E_OptExtNested = &xxx_File_pb2_test_proto_extDescs[3]
// extend pb2.Extensions { optional pb2.PartialRequired opt_ext_partial = 25; }
E_OptExtPartial = &xxx_File_pb2_test_proto_extDescs[4]
// extend pb2.Extensions { repeated fixed32 rpt_ext_fixed32 = 31; }
E_RptExtFixed32 = &xxx_File_pb2_test_proto_extDescs[5]
// extend pb2.Extensions { repeated pb2.Enum rpt_ext_enum = 32; }
E_RptExtEnum = &xxx_File_pb2_test_proto_extDescs[6]
// extend pb2.Extensions { repeated pb2.Nested rpt_ext_nested = 33; }
E_RptExtNested = &xxx_File_pb2_test_proto_extDescs[7]
// extend pb2.MessageSet { optional pb2.FakeMessageSetExtension message_set_extension = 50; }
E_MessageSetExtension = &xxx_File_pb2_test_proto_extDescs[8]
// extend pb2.Extensions { optional bool opt_ext_bool = 51; }
E_ExtensionsContainer_OptExtBool = &xxx_File_pb2_test_proto_extDescs[9]
// extend pb2.Extensions { optional string opt_ext_string = 52; }
E_ExtensionsContainer_OptExtString = &xxx_File_pb2_test_proto_extDescs[10]
// extend pb2.Extensions { optional pb2.Enum opt_ext_enum = 53; }
E_ExtensionsContainer_OptExtEnum = &xxx_File_pb2_test_proto_extDescs[11]
// extend pb2.Extensions { optional pb2.Nested opt_ext_nested = 54; }
E_ExtensionsContainer_OptExtNested = &xxx_File_pb2_test_proto_extDescs[12]
// extend pb2.Extensions { optional pb2.PartialRequired opt_ext_partial = 55; }
E_ExtensionsContainer_OptExtPartial = &xxx_File_pb2_test_proto_extDescs[13]
// extend pb2.Extensions { repeated string rpt_ext_string = 61; }
E_ExtensionsContainer_RptExtString = &xxx_File_pb2_test_proto_extDescs[14]
// extend pb2.Extensions { repeated pb2.Enum rpt_ext_enum = 62; }
E_ExtensionsContainer_RptExtEnum = &xxx_File_pb2_test_proto_extDescs[15]
// extend pb2.Extensions { repeated pb2.Nested rpt_ext_nested = 63; }
E_ExtensionsContainer_RptExtNested = &xxx_File_pb2_test_proto_extDescs[16]
// extend pb2.MessageSet { optional pb2.MessageSetExtension message_set_extension = 10; }
E_MessageSetExtension_MessageSetExtension = &xxx_File_pb2_test_proto_extDescs[17]
// extend pb2.MessageSet { optional pb2.MessageSetExtension not_message_set_extension = 20; }
E_MessageSetExtension_NotMessageSetExtension = &xxx_File_pb2_test_proto_extDescs[18]
// extend pb2.MessageSet { optional pb2.Nested ext_nested = 30; }
E_MessageSetExtension_ExtNested = &xxx_File_pb2_test_proto_extDescs[19]
// extend pb2.FakeMessageSet { optional pb2.FakeMessageSetExtension message_set_extension = 10; }
E_FakeMessageSetExtension_MessageSetExtension = &xxx_File_pb2_test_proto_extDescs[20]
)
var File_pb2_test_proto protoreflect.FileDescriptor
var xxx_File_pb2_test_proto_rawDesc = []byte{
internal/cmd/generate-protos: initial commit Create a single binary for handling generation of protos. This replaces previous logic spread throughout the repo in: * regenerate.bash * cmd/protoc-gen-go/golden_test.go * cmd/protoc-gen-go-grpc/golden_test.go * (indirectly) internal/protogen/goldentest One of the problems with the former approaches is that they relied on a version of protoc that was specific to a developer's workstation. This meant that the result of generation was not hermetic. To address this, we rely on the hard-coded version of protobuf specified in the test.bash script. A summary of changes in this CL are: * The internal_gengo.GenerateFile and internal_gengogrpc.GenerateFile functions are unified to have consistent signatures. It seems that the former accepted a *protogen.GeneratedFile to support v1 where gRPC code was generated into the same file as the base .pb.go file. However, the same functionality can be achieved by having the function return the generated file object. * The test.bash script patches the protobuf toolchain to have properly specified go_package options in each proto source file. * The test.bash script accepts a "-regenerate" argument. * Add generation for the well-known types. Contrary to how these were laid out in the v1 repo, all the well-known types are placed in the same Go package. * Add generation for the conformance proto. * Remove regenerate.bash * Remove internal/protogen * Remove cmd/protoc-gen-go/golden_test.go * Remove cmd/protoc-gen-go-grpc/golden_test.go * Add cmd/protoc-gen-go/annotation_test.go Change-Id: I4a1a97ae6f66e2fabcf4e4d292c95ab2a2db0248 Reviewed-on: https://go-review.googlesource.com/c/164477 Reviewed-by: Damien Neil <dneil@google.com>
2019-02-27 21:46:29 -08:00
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internal/cmd/generate-protos: initial commit Create a single binary for handling generation of protos. This replaces previous logic spread throughout the repo in: * regenerate.bash * cmd/protoc-gen-go/golden_test.go * cmd/protoc-gen-go-grpc/golden_test.go * (indirectly) internal/protogen/goldentest One of the problems with the former approaches is that they relied on a version of protoc that was specific to a developer's workstation. This meant that the result of generation was not hermetic. To address this, we rely on the hard-coded version of protobuf specified in the test.bash script. A summary of changes in this CL are: * The internal_gengo.GenerateFile and internal_gengogrpc.GenerateFile functions are unified to have consistent signatures. It seems that the former accepted a *protogen.GeneratedFile to support v1 where gRPC code was generated into the same file as the base .pb.go file. However, the same functionality can be achieved by having the function return the generated file object. * The test.bash script patches the protobuf toolchain to have properly specified go_package options in each proto source file. * The test.bash script accepts a "-regenerate" argument. * Add generation for the well-known types. Contrary to how these were laid out in the v1 repo, all the well-known types are placed in the same Go package. * Add generation for the conformance proto. * Remove regenerate.bash * Remove internal/protogen * Remove cmd/protoc-gen-go/golden_test.go * Remove cmd/protoc-gen-go-grpc/golden_test.go * Add cmd/protoc-gen-go/annotation_test.go Change-Id: I4a1a97ae6f66e2fabcf4e4d292c95ab2a2db0248 Reviewed-on: https://go-review.googlesource.com/c/164477 Reviewed-by: Damien Neil <dneil@google.com>
2019-02-27 21:46:29 -08:00
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internal/cmd/generate-protos: initial commit Create a single binary for handling generation of protos. This replaces previous logic spread throughout the repo in: * regenerate.bash * cmd/protoc-gen-go/golden_test.go * cmd/protoc-gen-go-grpc/golden_test.go * (indirectly) internal/protogen/goldentest One of the problems with the former approaches is that they relied on a version of protoc that was specific to a developer's workstation. This meant that the result of generation was not hermetic. To address this, we rely on the hard-coded version of protobuf specified in the test.bash script. A summary of changes in this CL are: * The internal_gengo.GenerateFile and internal_gengogrpc.GenerateFile functions are unified to have consistent signatures. It seems that the former accepted a *protogen.GeneratedFile to support v1 where gRPC code was generated into the same file as the base .pb.go file. However, the same functionality can be achieved by having the function return the generated file object. * The test.bash script patches the protobuf toolchain to have properly specified go_package options in each proto source file. * The test.bash script accepts a "-regenerate" argument. * Add generation for the well-known types. Contrary to how these were laid out in the v1 repo, all the well-known types are placed in the same Go package. * Add generation for the conformance proto. * Remove regenerate.bash * Remove internal/protogen * Remove cmd/protoc-gen-go/golden_test.go * Remove cmd/protoc-gen-go-grpc/golden_test.go * Add cmd/protoc-gen-go/annotation_test.go Change-Id: I4a1a97ae6f66e2fabcf4e4d292c95ab2a2db0248 Reviewed-on: https://go-review.googlesource.com/c/164477 Reviewed-by: Damien Neil <dneil@google.com>
2019-02-27 21:46:29 -08:00
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internal/cmd/generate-protos: initial commit Create a single binary for handling generation of protos. This replaces previous logic spread throughout the repo in: * regenerate.bash * cmd/protoc-gen-go/golden_test.go * cmd/protoc-gen-go-grpc/golden_test.go * (indirectly) internal/protogen/goldentest One of the problems with the former approaches is that they relied on a version of protoc that was specific to a developer's workstation. This meant that the result of generation was not hermetic. To address this, we rely on the hard-coded version of protobuf specified in the test.bash script. A summary of changes in this CL are: * The internal_gengo.GenerateFile and internal_gengogrpc.GenerateFile functions are unified to have consistent signatures. It seems that the former accepted a *protogen.GeneratedFile to support v1 where gRPC code was generated into the same file as the base .pb.go file. However, the same functionality can be achieved by having the function return the generated file object. * The test.bash script patches the protobuf toolchain to have properly specified go_package options in each proto source file. * The test.bash script accepts a "-regenerate" argument. * Add generation for the well-known types. Contrary to how these were laid out in the v1 repo, all the well-known types are placed in the same Go package. * Add generation for the conformance proto. * Remove regenerate.bash * Remove internal/protogen * Remove cmd/protoc-gen-go/golden_test.go * Remove cmd/protoc-gen-go-grpc/golden_test.go * Add cmd/protoc-gen-go/annotation_test.go Change-Id: I4a1a97ae6f66e2fabcf4e4d292c95ab2a2db0248 Reviewed-on: https://go-review.googlesource.com/c/164477 Reviewed-by: Damien Neil <dneil@google.com>
2019-02-27 21:46:29 -08:00
}
var (
xxx_File_pb2_test_proto_rawDesc_once sync.Once
xxx_File_pb2_test_proto_rawDesc_data = xxx_File_pb2_test_proto_rawDesc
)
func xxx_File_pb2_test_proto_rawDescGZIP() []byte {
xxx_File_pb2_test_proto_rawDesc_once.Do(func() {
xxx_File_pb2_test_proto_rawDesc_data = protoimpl.X.CompressGZIP(xxx_File_pb2_test_proto_rawDesc_data)
})
return xxx_File_pb2_test_proto_rawDesc_data
}
var xxx_File_pb2_test_proto_enumTypes = make([]protoreflect.EnumType, 2)
var xxx_File_pb2_test_proto_messageTypes = make([]protoimpl.MessageType, 20)
internal/cmd/generate-protos: initial commit Create a single binary for handling generation of protos. This replaces previous logic spread throughout the repo in: * regenerate.bash * cmd/protoc-gen-go/golden_test.go * cmd/protoc-gen-go-grpc/golden_test.go * (indirectly) internal/protogen/goldentest One of the problems with the former approaches is that they relied on a version of protoc that was specific to a developer's workstation. This meant that the result of generation was not hermetic. To address this, we rely on the hard-coded version of protobuf specified in the test.bash script. A summary of changes in this CL are: * The internal_gengo.GenerateFile and internal_gengogrpc.GenerateFile functions are unified to have consistent signatures. It seems that the former accepted a *protogen.GeneratedFile to support v1 where gRPC code was generated into the same file as the base .pb.go file. However, the same functionality can be achieved by having the function return the generated file object. * The test.bash script patches the protobuf toolchain to have properly specified go_package options in each proto source file. * The test.bash script accepts a "-regenerate" argument. * Add generation for the well-known types. Contrary to how these were laid out in the v1 repo, all the well-known types are placed in the same Go package. * Add generation for the conformance proto. * Remove regenerate.bash * Remove internal/protogen * Remove cmd/protoc-gen-go/golden_test.go * Remove cmd/protoc-gen-go-grpc/golden_test.go * Add cmd/protoc-gen-go/annotation_test.go Change-Id: I4a1a97ae6f66e2fabcf4e4d292c95ab2a2db0248 Reviewed-on: https://go-review.googlesource.com/c/164477 Reviewed-by: Damien Neil <dneil@google.com>
2019-02-27 21:46:29 -08:00
var xxx_File_pb2_test_proto_goTypes = []interface{}{
internal/fileinit: generate reflect data structures from raw descriptors This CL takes a significantly different approach to generating support for protobuf reflection. The previous approach involved generating a large number of Go literals to represent the reflection information. While that approach was correct, it resulted in too much binary bloat. The approach taken here initializes the reflection information from the raw descriptor proto, which is a relatively dense representation of the protobuf reflection information. In order to keep initialization cost low, several measures were taken: * At program init, the bare minimum is parsed in order to initialize naming information for enums, messages, extensions, and services declared in the file. This is done because those top-level declarations are often relevant for registration. * Only upon first are most of the other data structures for protobuf reflection actually initialized. * Instead of using proto.Unmarshal, a hand-written unmarshaler is used. This allows us to avoid a dependendency on the descriptor proto and also because the API for the descriptor proto is fundamentally non-performant since it requires an allocation for every primitive field. At a high-level, the new implementation lives in internal/fileinit. Several changes were made to other parts of the repository: * cmd/protoc-gen-go: * Stop compressing the raw descriptors. While compression does reduce the size of the descriptors by approximately 2x, it is a pre-mature optimization since the descriptors themselves are around 1% of the total binary bloat that is due to generated protobufs. * Seeding protobuf reflection from the raw descriptor significantly simplifies the generator implementation since it is no longer responsible for constructing a tree of Go literals to represent the same information. * We remove the generation of the shadow types and instead call protoimpl.MessageType.MessageOf. Unfortunately, this incurs an allocation for every call to ProtoReflect since we need to allocate a tuple that wraps a pointer to the message value, and a pointer to message type. * internal/impl: * We add a MessageType.GoType field and make it required that it is set prior to first use. This is done so that we can avoid calling MessageType.init except for when it is actually needed. The allows code to call (*FooMessage)(nil).ProtoReflect().Type() without fearing that the init code will run, possibly triggering a recursive deadlock (where the init code depends on getting the Type of some dependency which may be declared within the same file). * internal/cmd/generate-types: * The code to generate reflect/prototype/protofile_list_gen.go was copied and altered to generated internal/fileinit.desc_list_gen.go. At a high-level this CL adds significant technical complexity. However, this is offset by several possible future changes: * The prototype package can be drastically simplified. We can probably reimplement internal/legacy to use internal/fileinit instead, allowing us to drop another dependency on the prototype package. As a result, we can probably delete most of the constructor types in that package. * With the prototype package significantly pruned, and the fact that generated code no longer depend on depends on that package, we can consider merging what's left of prototype into protodesc. Change-Id: I6090f023f2e1b6afaf62bd3ae883566242e30715 Reviewed-on: https://go-review.googlesource.com/c/158539 Reviewed-by: Herbie Ong <herbie@google.com> Reviewed-by: Joe Tsai <thebrokentoaster@gmail.com>
2019-01-18 09:32:24 -08:00
(Enum)(0), // 0: pb2.Enum
(Enums_NestedEnum)(0), // 1: pb2.Enums.NestedEnum
(*Scalars)(nil), // 2: pb2.Scalars
(*Enums)(nil), // 3: pb2.Enums
(*Repeats)(nil), // 4: pb2.Repeats
(*Nested)(nil), // 5: pb2.Nested
(*Nests)(nil), // 6: pb2.Nests
internal/fileinit: generate reflect data structures from raw descriptors This CL takes a significantly different approach to generating support for protobuf reflection. The previous approach involved generating a large number of Go literals to represent the reflection information. While that approach was correct, it resulted in too much binary bloat. The approach taken here initializes the reflection information from the raw descriptor proto, which is a relatively dense representation of the protobuf reflection information. In order to keep initialization cost low, several measures were taken: * At program init, the bare minimum is parsed in order to initialize naming information for enums, messages, extensions, and services declared in the file. This is done because those top-level declarations are often relevant for registration. * Only upon first are most of the other data structures for protobuf reflection actually initialized. * Instead of using proto.Unmarshal, a hand-written unmarshaler is used. This allows us to avoid a dependendency on the descriptor proto and also because the API for the descriptor proto is fundamentally non-performant since it requires an allocation for every primitive field. At a high-level, the new implementation lives in internal/fileinit. Several changes were made to other parts of the repository: * cmd/protoc-gen-go: * Stop compressing the raw descriptors. While compression does reduce the size of the descriptors by approximately 2x, it is a pre-mature optimization since the descriptors themselves are around 1% of the total binary bloat that is due to generated protobufs. * Seeding protobuf reflection from the raw descriptor significantly simplifies the generator implementation since it is no longer responsible for constructing a tree of Go literals to represent the same information. * We remove the generation of the shadow types and instead call protoimpl.MessageType.MessageOf. Unfortunately, this incurs an allocation for every call to ProtoReflect since we need to allocate a tuple that wraps a pointer to the message value, and a pointer to message type. * internal/impl: * We add a MessageType.GoType field and make it required that it is set prior to first use. This is done so that we can avoid calling MessageType.init except for when it is actually needed. The allows code to call (*FooMessage)(nil).ProtoReflect().Type() without fearing that the init code will run, possibly triggering a recursive deadlock (where the init code depends on getting the Type of some dependency which may be declared within the same file). * internal/cmd/generate-types: * The code to generate reflect/prototype/protofile_list_gen.go was copied and altered to generated internal/fileinit.desc_list_gen.go. At a high-level this CL adds significant technical complexity. However, this is offset by several possible future changes: * The prototype package can be drastically simplified. We can probably reimplement internal/legacy to use internal/fileinit instead, allowing us to drop another dependency on the prototype package. As a result, we can probably delete most of the constructor types in that package. * With the prototype package significantly pruned, and the fact that generated code no longer depend on depends on that package, we can consider merging what's left of prototype into protodesc. Change-Id: I6090f023f2e1b6afaf62bd3ae883566242e30715 Reviewed-on: https://go-review.googlesource.com/c/158539 Reviewed-by: Herbie Ong <herbie@google.com> Reviewed-by: Joe Tsai <thebrokentoaster@gmail.com>
2019-01-18 09:32:24 -08:00
(*Requireds)(nil), // 7: pb2.Requireds
(*PartialRequired)(nil), // 8: pb2.PartialRequired
(*NestedWithRequired)(nil), // 9: pb2.NestedWithRequired
(*IndirectRequired)(nil), // 10: pb2.IndirectRequired
(*Extensions)(nil), // 11: pb2.Extensions
(*ExtensionsContainer)(nil), // 12: pb2.ExtensionsContainer
(*MessageSet)(nil), // 13: pb2.MessageSet
(*MessageSetExtension)(nil), // 14: pb2.MessageSetExtension
(*FakeMessageSet)(nil), // 15: pb2.FakeMessageSet
(*FakeMessageSetExtension)(nil), // 16: pb2.FakeMessageSetExtension
(*KnownTypes)(nil), // 17: pb2.KnownTypes
(*Nests_OptGroup)(nil), // 18: pb2.Nests.OptGroup
(*Nests_RptGroup)(nil), // 19: pb2.Nests.RptGroup
(*Nests_OptGroup_OptNestedGroup)(nil), // 20: pb2.Nests.OptGroup.OptNestedGroup
nil, // 21: pb2.IndirectRequired.StrToNestedEntry
internal/cmd/generate-protos: initial commit Create a single binary for handling generation of protos. This replaces previous logic spread throughout the repo in: * regenerate.bash * cmd/protoc-gen-go/golden_test.go * cmd/protoc-gen-go-grpc/golden_test.go * (indirectly) internal/protogen/goldentest One of the problems with the former approaches is that they relied on a version of protoc that was specific to a developer's workstation. This meant that the result of generation was not hermetic. To address this, we rely on the hard-coded version of protobuf specified in the test.bash script. A summary of changes in this CL are: * The internal_gengo.GenerateFile and internal_gengogrpc.GenerateFile functions are unified to have consistent signatures. It seems that the former accepted a *protogen.GeneratedFile to support v1 where gRPC code was generated into the same file as the base .pb.go file. However, the same functionality can be achieved by having the function return the generated file object. * The test.bash script patches the protobuf toolchain to have properly specified go_package options in each proto source file. * The test.bash script accepts a "-regenerate" argument. * Add generation for the well-known types. Contrary to how these were laid out in the v1 repo, all the well-known types are placed in the same Go package. * Add generation for the conformance proto. * Remove regenerate.bash * Remove internal/protogen * Remove cmd/protoc-gen-go/golden_test.go * Remove cmd/protoc-gen-go-grpc/golden_test.go * Add cmd/protoc-gen-go/annotation_test.go Change-Id: I4a1a97ae6f66e2fabcf4e4d292c95ab2a2db0248 Reviewed-on: https://go-review.googlesource.com/c/164477 Reviewed-by: Damien Neil <dneil@google.com>
2019-02-27 21:46:29 -08:00
(*known.BoolValue)(nil), // 22: google.protobuf.BoolValue
(*known.Int32Value)(nil), // 23: google.protobuf.Int32Value
(*known.Int64Value)(nil), // 24: google.protobuf.Int64Value
(*known.UInt32Value)(nil), // 25: google.protobuf.UInt32Value
(*known.UInt64Value)(nil), // 26: google.protobuf.UInt64Value
(*known.FloatValue)(nil), // 27: google.protobuf.FloatValue
(*known.DoubleValue)(nil), // 28: google.protobuf.DoubleValue
(*known.StringValue)(nil), // 29: google.protobuf.StringValue
(*known.BytesValue)(nil), // 30: google.protobuf.BytesValue
(*known.Duration)(nil), // 31: google.protobuf.Duration
(*known.Timestamp)(nil), // 32: google.protobuf.Timestamp
(*known.Struct)(nil), // 33: google.protobuf.Struct
(*known.ListValue)(nil), // 34: google.protobuf.ListValue
(*known.Value)(nil), // 35: google.protobuf.Value
(known.NullValue)(0), // 36: google.protobuf.NullValue
(*known.Empty)(nil), // 37: google.protobuf.Empty
(*known.Any)(nil), // 38: google.protobuf.Any
(*known.FieldMask)(nil), // 39: google.protobuf.FieldMask
internal/cmd/generate-protos: initial commit Create a single binary for handling generation of protos. This replaces previous logic spread throughout the repo in: * regenerate.bash * cmd/protoc-gen-go/golden_test.go * cmd/protoc-gen-go-grpc/golden_test.go * (indirectly) internal/protogen/goldentest One of the problems with the former approaches is that they relied on a version of protoc that was specific to a developer's workstation. This meant that the result of generation was not hermetic. To address this, we rely on the hard-coded version of protobuf specified in the test.bash script. A summary of changes in this CL are: * The internal_gengo.GenerateFile and internal_gengogrpc.GenerateFile functions are unified to have consistent signatures. It seems that the former accepted a *protogen.GeneratedFile to support v1 where gRPC code was generated into the same file as the base .pb.go file. However, the same functionality can be achieved by having the function return the generated file object. * The test.bash script patches the protobuf toolchain to have properly specified go_package options in each proto source file. * The test.bash script accepts a "-regenerate" argument. * Add generation for the well-known types. Contrary to how these were laid out in the v1 repo, all the well-known types are placed in the same Go package. * Add generation for the conformance proto. * Remove regenerate.bash * Remove internal/protogen * Remove cmd/protoc-gen-go/golden_test.go * Remove cmd/protoc-gen-go-grpc/golden_test.go * Add cmd/protoc-gen-go/annotation_test.go Change-Id: I4a1a97ae6f66e2fabcf4e4d292c95ab2a2db0248 Reviewed-on: https://go-review.googlesource.com/c/164477 Reviewed-by: Damien Neil <dneil@google.com>
2019-02-27 21:46:29 -08:00
}
var xxx_File_pb2_test_proto_depIdxs = []int32{
11, // pb2.opt_ext_bool:extendee -> pb2.Extensions
11, // pb2.opt_ext_string:extendee -> pb2.Extensions
11, // pb2.opt_ext_enum:extendee -> pb2.Extensions
11, // pb2.opt_ext_nested:extendee -> pb2.Extensions
11, // pb2.opt_ext_partial:extendee -> pb2.Extensions
11, // pb2.rpt_ext_fixed32:extendee -> pb2.Extensions
11, // pb2.rpt_ext_enum:extendee -> pb2.Extensions
11, // pb2.rpt_ext_nested:extendee -> pb2.Extensions
13, // pb2.message_set_extension:extendee -> pb2.MessageSet
11, // pb2.ExtensionsContainer.opt_ext_bool:extendee -> pb2.Extensions
11, // pb2.ExtensionsContainer.opt_ext_string:extendee -> pb2.Extensions
11, // pb2.ExtensionsContainer.opt_ext_enum:extendee -> pb2.Extensions
11, // pb2.ExtensionsContainer.opt_ext_nested:extendee -> pb2.Extensions
11, // pb2.ExtensionsContainer.opt_ext_partial:extendee -> pb2.Extensions
11, // pb2.ExtensionsContainer.rpt_ext_string:extendee -> pb2.Extensions
11, // pb2.ExtensionsContainer.rpt_ext_enum:extendee -> pb2.Extensions
11, // pb2.ExtensionsContainer.rpt_ext_nested:extendee -> pb2.Extensions
13, // pb2.MessageSetExtension.message_set_extension:extendee -> pb2.MessageSet
13, // pb2.MessageSetExtension.not_message_set_extension:extendee -> pb2.MessageSet
13, // pb2.MessageSetExtension.ext_nested:extendee -> pb2.MessageSet
15, // pb2.FakeMessageSetExtension.message_set_extension:extendee -> pb2.FakeMessageSet
internal/fileinit: generate reflect data structures from raw descriptors This CL takes a significantly different approach to generating support for protobuf reflection. The previous approach involved generating a large number of Go literals to represent the reflection information. While that approach was correct, it resulted in too much binary bloat. The approach taken here initializes the reflection information from the raw descriptor proto, which is a relatively dense representation of the protobuf reflection information. In order to keep initialization cost low, several measures were taken: * At program init, the bare minimum is parsed in order to initialize naming information for enums, messages, extensions, and services declared in the file. This is done because those top-level declarations are often relevant for registration. * Only upon first are most of the other data structures for protobuf reflection actually initialized. * Instead of using proto.Unmarshal, a hand-written unmarshaler is used. This allows us to avoid a dependendency on the descriptor proto and also because the API for the descriptor proto is fundamentally non-performant since it requires an allocation for every primitive field. At a high-level, the new implementation lives in internal/fileinit. Several changes were made to other parts of the repository: * cmd/protoc-gen-go: * Stop compressing the raw descriptors. While compression does reduce the size of the descriptors by approximately 2x, it is a pre-mature optimization since the descriptors themselves are around 1% of the total binary bloat that is due to generated protobufs. * Seeding protobuf reflection from the raw descriptor significantly simplifies the generator implementation since it is no longer responsible for constructing a tree of Go literals to represent the same information. * We remove the generation of the shadow types and instead call protoimpl.MessageType.MessageOf. Unfortunately, this incurs an allocation for every call to ProtoReflect since we need to allocate a tuple that wraps a pointer to the message value, and a pointer to message type. * internal/impl: * We add a MessageType.GoType field and make it required that it is set prior to first use. This is done so that we can avoid calling MessageType.init except for when it is actually needed. The allows code to call (*FooMessage)(nil).ProtoReflect().Type() without fearing that the init code will run, possibly triggering a recursive deadlock (where the init code depends on getting the Type of some dependency which may be declared within the same file). * internal/cmd/generate-types: * The code to generate reflect/prototype/protofile_list_gen.go was copied and altered to generated internal/fileinit.desc_list_gen.go. At a high-level this CL adds significant technical complexity. However, this is offset by several possible future changes: * The prototype package can be drastically simplified. We can probably reimplement internal/legacy to use internal/fileinit instead, allowing us to drop another dependency on the prototype package. As a result, we can probably delete most of the constructor types in that package. * With the prototype package significantly pruned, and the fact that generated code no longer depend on depends on that package, we can consider merging what's left of prototype into protodesc. Change-Id: I6090f023f2e1b6afaf62bd3ae883566242e30715 Reviewed-on: https://go-review.googlesource.com/c/158539 Reviewed-by: Herbie Ong <herbie@google.com> Reviewed-by: Joe Tsai <thebrokentoaster@gmail.com>
2019-01-18 09:32:24 -08:00
0, // pb2.Enums.opt_enum:type_name -> pb2.Enum
0, // pb2.Enums.rpt_enum:type_name -> pb2.Enum
1, // pb2.Enums.opt_nested_enum:type_name -> pb2.Enums.NestedEnum
1, // pb2.Enums.rpt_nested_enum:type_name -> pb2.Enums.NestedEnum
5, // pb2.Nested.opt_nested:type_name -> pb2.Nested
5, // pb2.Nests.opt_nested:type_name -> pb2.Nested
18, // pb2.Nests.optgroup:type_name -> pb2.Nests.OptGroup
5, // pb2.Nests.rpt_nested:type_name -> pb2.Nested
19, // pb2.Nests.rptgroup:type_name -> pb2.Nests.RptGroup
internal/fileinit: generate reflect data structures from raw descriptors This CL takes a significantly different approach to generating support for protobuf reflection. The previous approach involved generating a large number of Go literals to represent the reflection information. While that approach was correct, it resulted in too much binary bloat. The approach taken here initializes the reflection information from the raw descriptor proto, which is a relatively dense representation of the protobuf reflection information. In order to keep initialization cost low, several measures were taken: * At program init, the bare minimum is parsed in order to initialize naming information for enums, messages, extensions, and services declared in the file. This is done because those top-level declarations are often relevant for registration. * Only upon first are most of the other data structures for protobuf reflection actually initialized. * Instead of using proto.Unmarshal, a hand-written unmarshaler is used. This allows us to avoid a dependendency on the descriptor proto and also because the API for the descriptor proto is fundamentally non-performant since it requires an allocation for every primitive field. At a high-level, the new implementation lives in internal/fileinit. Several changes were made to other parts of the repository: * cmd/protoc-gen-go: * Stop compressing the raw descriptors. While compression does reduce the size of the descriptors by approximately 2x, it is a pre-mature optimization since the descriptors themselves are around 1% of the total binary bloat that is due to generated protobufs. * Seeding protobuf reflection from the raw descriptor significantly simplifies the generator implementation since it is no longer responsible for constructing a tree of Go literals to represent the same information. * We remove the generation of the shadow types and instead call protoimpl.MessageType.MessageOf. Unfortunately, this incurs an allocation for every call to ProtoReflect since we need to allocate a tuple that wraps a pointer to the message value, and a pointer to message type. * internal/impl: * We add a MessageType.GoType field and make it required that it is set prior to first use. This is done so that we can avoid calling MessageType.init except for when it is actually needed. The allows code to call (*FooMessage)(nil).ProtoReflect().Type() without fearing that the init code will run, possibly triggering a recursive deadlock (where the init code depends on getting the Type of some dependency which may be declared within the same file). * internal/cmd/generate-types: * The code to generate reflect/prototype/protofile_list_gen.go was copied and altered to generated internal/fileinit.desc_list_gen.go. At a high-level this CL adds significant technical complexity. However, this is offset by several possible future changes: * The prototype package can be drastically simplified. We can probably reimplement internal/legacy to use internal/fileinit instead, allowing us to drop another dependency on the prototype package. As a result, we can probably delete most of the constructor types in that package. * With the prototype package significantly pruned, and the fact that generated code no longer depend on depends on that package, we can consider merging what's left of prototype into protodesc. Change-Id: I6090f023f2e1b6afaf62bd3ae883566242e30715 Reviewed-on: https://go-review.googlesource.com/c/158539 Reviewed-by: Herbie Ong <herbie@google.com> Reviewed-by: Joe Tsai <thebrokentoaster@gmail.com>
2019-01-18 09:32:24 -08:00
0, // pb2.Requireds.req_enum:type_name -> pb2.Enum
5, // pb2.Requireds.req_nested:type_name -> pb2.Nested
9, // pb2.IndirectRequired.opt_nested:type_name -> pb2.NestedWithRequired
9, // pb2.IndirectRequired.rpt_nested:type_name -> pb2.NestedWithRequired
21, // pb2.IndirectRequired.str_to_nested:type_name -> pb2.IndirectRequired.StrToNestedEntry
9, // pb2.IndirectRequired.oneof_nested:type_name -> pb2.NestedWithRequired
22, // pb2.KnownTypes.opt_bool:type_name -> google.protobuf.BoolValue
23, // pb2.KnownTypes.opt_int32:type_name -> google.protobuf.Int32Value
24, // pb2.KnownTypes.opt_int64:type_name -> google.protobuf.Int64Value
25, // pb2.KnownTypes.opt_uint32:type_name -> google.protobuf.UInt32Value
26, // pb2.KnownTypes.opt_uint64:type_name -> google.protobuf.UInt64Value
27, // pb2.KnownTypes.opt_float:type_name -> google.protobuf.FloatValue
28, // pb2.KnownTypes.opt_double:type_name -> google.protobuf.DoubleValue
29, // pb2.KnownTypes.opt_string:type_name -> google.protobuf.StringValue
30, // pb2.KnownTypes.opt_bytes:type_name -> google.protobuf.BytesValue
31, // pb2.KnownTypes.opt_duration:type_name -> google.protobuf.Duration
32, // pb2.KnownTypes.opt_timestamp:type_name -> google.protobuf.Timestamp
33, // pb2.KnownTypes.opt_struct:type_name -> google.protobuf.Struct
34, // pb2.KnownTypes.opt_list:type_name -> google.protobuf.ListValue
35, // pb2.KnownTypes.opt_value:type_name -> google.protobuf.Value
36, // pb2.KnownTypes.opt_null:type_name -> google.protobuf.NullValue
37, // pb2.KnownTypes.opt_empty:type_name -> google.protobuf.Empty
38, // pb2.KnownTypes.opt_any:type_name -> google.protobuf.Any
39, // pb2.KnownTypes.opt_fieldmask:type_name -> google.protobuf.FieldMask
5, // pb2.Nests.OptGroup.opt_nested:type_name -> pb2.Nested
20, // pb2.Nests.OptGroup.optnestedgroup:type_name -> pb2.Nests.OptGroup.OptNestedGroup
9, // pb2.IndirectRequired.StrToNestedEntry.value:type_name -> pb2.NestedWithRequired
internal/fileinit: generate reflect data structures from raw descriptors This CL takes a significantly different approach to generating support for protobuf reflection. The previous approach involved generating a large number of Go literals to represent the reflection information. While that approach was correct, it resulted in too much binary bloat. The approach taken here initializes the reflection information from the raw descriptor proto, which is a relatively dense representation of the protobuf reflection information. In order to keep initialization cost low, several measures were taken: * At program init, the bare minimum is parsed in order to initialize naming information for enums, messages, extensions, and services declared in the file. This is done because those top-level declarations are often relevant for registration. * Only upon first are most of the other data structures for protobuf reflection actually initialized. * Instead of using proto.Unmarshal, a hand-written unmarshaler is used. This allows us to avoid a dependendency on the descriptor proto and also because the API for the descriptor proto is fundamentally non-performant since it requires an allocation for every primitive field. At a high-level, the new implementation lives in internal/fileinit. Several changes were made to other parts of the repository: * cmd/protoc-gen-go: * Stop compressing the raw descriptors. While compression does reduce the size of the descriptors by approximately 2x, it is a pre-mature optimization since the descriptors themselves are around 1% of the total binary bloat that is due to generated protobufs. * Seeding protobuf reflection from the raw descriptor significantly simplifies the generator implementation since it is no longer responsible for constructing a tree of Go literals to represent the same information. * We remove the generation of the shadow types and instead call protoimpl.MessageType.MessageOf. Unfortunately, this incurs an allocation for every call to ProtoReflect since we need to allocate a tuple that wraps a pointer to the message value, and a pointer to message type. * internal/impl: * We add a MessageType.GoType field and make it required that it is set prior to first use. This is done so that we can avoid calling MessageType.init except for when it is actually needed. The allows code to call (*FooMessage)(nil).ProtoReflect().Type() without fearing that the init code will run, possibly triggering a recursive deadlock (where the init code depends on getting the Type of some dependency which may be declared within the same file). * internal/cmd/generate-types: * The code to generate reflect/prototype/protofile_list_gen.go was copied and altered to generated internal/fileinit.desc_list_gen.go. At a high-level this CL adds significant technical complexity. However, this is offset by several possible future changes: * The prototype package can be drastically simplified. We can probably reimplement internal/legacy to use internal/fileinit instead, allowing us to drop another dependency on the prototype package. As a result, we can probably delete most of the constructor types in that package. * With the prototype package significantly pruned, and the fact that generated code no longer depend on depends on that package, we can consider merging what's left of prototype into protodesc. Change-Id: I6090f023f2e1b6afaf62bd3ae883566242e30715 Reviewed-on: https://go-review.googlesource.com/c/158539 Reviewed-by: Herbie Ong <herbie@google.com> Reviewed-by: Joe Tsai <thebrokentoaster@gmail.com>
2019-01-18 09:32:24 -08:00
0, // pb2.opt_ext_enum:type_name -> pb2.Enum
5, // pb2.opt_ext_nested:type_name -> pb2.Nested
8, // pb2.opt_ext_partial:type_name -> pb2.PartialRequired
internal/fileinit: generate reflect data structures from raw descriptors This CL takes a significantly different approach to generating support for protobuf reflection. The previous approach involved generating a large number of Go literals to represent the reflection information. While that approach was correct, it resulted in too much binary bloat. The approach taken here initializes the reflection information from the raw descriptor proto, which is a relatively dense representation of the protobuf reflection information. In order to keep initialization cost low, several measures were taken: * At program init, the bare minimum is parsed in order to initialize naming information for enums, messages, extensions, and services declared in the file. This is done because those top-level declarations are often relevant for registration. * Only upon first are most of the other data structures for protobuf reflection actually initialized. * Instead of using proto.Unmarshal, a hand-written unmarshaler is used. This allows us to avoid a dependendency on the descriptor proto and also because the API for the descriptor proto is fundamentally non-performant since it requires an allocation for every primitive field. At a high-level, the new implementation lives in internal/fileinit. Several changes were made to other parts of the repository: * cmd/protoc-gen-go: * Stop compressing the raw descriptors. While compression does reduce the size of the descriptors by approximately 2x, it is a pre-mature optimization since the descriptors themselves are around 1% of the total binary bloat that is due to generated protobufs. * Seeding protobuf reflection from the raw descriptor significantly simplifies the generator implementation since it is no longer responsible for constructing a tree of Go literals to represent the same information. * We remove the generation of the shadow types and instead call protoimpl.MessageType.MessageOf. Unfortunately, this incurs an allocation for every call to ProtoReflect since we need to allocate a tuple that wraps a pointer to the message value, and a pointer to message type. * internal/impl: * We add a MessageType.GoType field and make it required that it is set prior to first use. This is done so that we can avoid calling MessageType.init except for when it is actually needed. The allows code to call (*FooMessage)(nil).ProtoReflect().Type() without fearing that the init code will run, possibly triggering a recursive deadlock (where the init code depends on getting the Type of some dependency which may be declared within the same file). * internal/cmd/generate-types: * The code to generate reflect/prototype/protofile_list_gen.go was copied and altered to generated internal/fileinit.desc_list_gen.go. At a high-level this CL adds significant technical complexity. However, this is offset by several possible future changes: * The prototype package can be drastically simplified. We can probably reimplement internal/legacy to use internal/fileinit instead, allowing us to drop another dependency on the prototype package. As a result, we can probably delete most of the constructor types in that package. * With the prototype package significantly pruned, and the fact that generated code no longer depend on depends on that package, we can consider merging what's left of prototype into protodesc. Change-Id: I6090f023f2e1b6afaf62bd3ae883566242e30715 Reviewed-on: https://go-review.googlesource.com/c/158539 Reviewed-by: Herbie Ong <herbie@google.com> Reviewed-by: Joe Tsai <thebrokentoaster@gmail.com>
2019-01-18 09:32:24 -08:00
0, // pb2.rpt_ext_enum:type_name -> pb2.Enum
5, // pb2.rpt_ext_nested:type_name -> pb2.Nested
16, // pb2.message_set_extension:type_name -> pb2.FakeMessageSetExtension
internal/fileinit: generate reflect data structures from raw descriptors This CL takes a significantly different approach to generating support for protobuf reflection. The previous approach involved generating a large number of Go literals to represent the reflection information. While that approach was correct, it resulted in too much binary bloat. The approach taken here initializes the reflection information from the raw descriptor proto, which is a relatively dense representation of the protobuf reflection information. In order to keep initialization cost low, several measures were taken: * At program init, the bare minimum is parsed in order to initialize naming information for enums, messages, extensions, and services declared in the file. This is done because those top-level declarations are often relevant for registration. * Only upon first are most of the other data structures for protobuf reflection actually initialized. * Instead of using proto.Unmarshal, a hand-written unmarshaler is used. This allows us to avoid a dependendency on the descriptor proto and also because the API for the descriptor proto is fundamentally non-performant since it requires an allocation for every primitive field. At a high-level, the new implementation lives in internal/fileinit. Several changes were made to other parts of the repository: * cmd/protoc-gen-go: * Stop compressing the raw descriptors. While compression does reduce the size of the descriptors by approximately 2x, it is a pre-mature optimization since the descriptors themselves are around 1% of the total binary bloat that is due to generated protobufs. * Seeding protobuf reflection from the raw descriptor significantly simplifies the generator implementation since it is no longer responsible for constructing a tree of Go literals to represent the same information. * We remove the generation of the shadow types and instead call protoimpl.MessageType.MessageOf. Unfortunately, this incurs an allocation for every call to ProtoReflect since we need to allocate a tuple that wraps a pointer to the message value, and a pointer to message type. * internal/impl: * We add a MessageType.GoType field and make it required that it is set prior to first use. This is done so that we can avoid calling MessageType.init except for when it is actually needed. The allows code to call (*FooMessage)(nil).ProtoReflect().Type() without fearing that the init code will run, possibly triggering a recursive deadlock (where the init code depends on getting the Type of some dependency which may be declared within the same file). * internal/cmd/generate-types: * The code to generate reflect/prototype/protofile_list_gen.go was copied and altered to generated internal/fileinit.desc_list_gen.go. At a high-level this CL adds significant technical complexity. However, this is offset by several possible future changes: * The prototype package can be drastically simplified. We can probably reimplement internal/legacy to use internal/fileinit instead, allowing us to drop another dependency on the prototype package. As a result, we can probably delete most of the constructor types in that package. * With the prototype package significantly pruned, and the fact that generated code no longer depend on depends on that package, we can consider merging what's left of prototype into protodesc. Change-Id: I6090f023f2e1b6afaf62bd3ae883566242e30715 Reviewed-on: https://go-review.googlesource.com/c/158539 Reviewed-by: Herbie Ong <herbie@google.com> Reviewed-by: Joe Tsai <thebrokentoaster@gmail.com>
2019-01-18 09:32:24 -08:00
0, // pb2.ExtensionsContainer.opt_ext_enum:type_name -> pb2.Enum
5, // pb2.ExtensionsContainer.opt_ext_nested:type_name -> pb2.Nested
8, // pb2.ExtensionsContainer.opt_ext_partial:type_name -> pb2.PartialRequired
internal/fileinit: generate reflect data structures from raw descriptors This CL takes a significantly different approach to generating support for protobuf reflection. The previous approach involved generating a large number of Go literals to represent the reflection information. While that approach was correct, it resulted in too much binary bloat. The approach taken here initializes the reflection information from the raw descriptor proto, which is a relatively dense representation of the protobuf reflection information. In order to keep initialization cost low, several measures were taken: * At program init, the bare minimum is parsed in order to initialize naming information for enums, messages, extensions, and services declared in the file. This is done because those top-level declarations are often relevant for registration. * Only upon first are most of the other data structures for protobuf reflection actually initialized. * Instead of using proto.Unmarshal, a hand-written unmarshaler is used. This allows us to avoid a dependendency on the descriptor proto and also because the API for the descriptor proto is fundamentally non-performant since it requires an allocation for every primitive field. At a high-level, the new implementation lives in internal/fileinit. Several changes were made to other parts of the repository: * cmd/protoc-gen-go: * Stop compressing the raw descriptors. While compression does reduce the size of the descriptors by approximately 2x, it is a pre-mature optimization since the descriptors themselves are around 1% of the total binary bloat that is due to generated protobufs. * Seeding protobuf reflection from the raw descriptor significantly simplifies the generator implementation since it is no longer responsible for constructing a tree of Go literals to represent the same information. * We remove the generation of the shadow types and instead call protoimpl.MessageType.MessageOf. Unfortunately, this incurs an allocation for every call to ProtoReflect since we need to allocate a tuple that wraps a pointer to the message value, and a pointer to message type. * internal/impl: * We add a MessageType.GoType field and make it required that it is set prior to first use. This is done so that we can avoid calling MessageType.init except for when it is actually needed. The allows code to call (*FooMessage)(nil).ProtoReflect().Type() without fearing that the init code will run, possibly triggering a recursive deadlock (where the init code depends on getting the Type of some dependency which may be declared within the same file). * internal/cmd/generate-types: * The code to generate reflect/prototype/protofile_list_gen.go was copied and altered to generated internal/fileinit.desc_list_gen.go. At a high-level this CL adds significant technical complexity. However, this is offset by several possible future changes: * The prototype package can be drastically simplified. We can probably reimplement internal/legacy to use internal/fileinit instead, allowing us to drop another dependency on the prototype package. As a result, we can probably delete most of the constructor types in that package. * With the prototype package significantly pruned, and the fact that generated code no longer depend on depends on that package, we can consider merging what's left of prototype into protodesc. Change-Id: I6090f023f2e1b6afaf62bd3ae883566242e30715 Reviewed-on: https://go-review.googlesource.com/c/158539 Reviewed-by: Herbie Ong <herbie@google.com> Reviewed-by: Joe Tsai <thebrokentoaster@gmail.com>
2019-01-18 09:32:24 -08:00
0, // pb2.ExtensionsContainer.rpt_ext_enum:type_name -> pb2.Enum
5, // pb2.ExtensionsContainer.rpt_ext_nested:type_name -> pb2.Nested
14, // pb2.MessageSetExtension.message_set_extension:type_name -> pb2.MessageSetExtension
14, // pb2.MessageSetExtension.not_message_set_extension:type_name -> pb2.MessageSetExtension
5, // pb2.MessageSetExtension.ext_nested:type_name -> pb2.Nested
16, // pb2.FakeMessageSetExtension.message_set_extension:type_name -> pb2.FakeMessageSetExtension
internal/fileinit: generate reflect data structures from raw descriptors This CL takes a significantly different approach to generating support for protobuf reflection. The previous approach involved generating a large number of Go literals to represent the reflection information. While that approach was correct, it resulted in too much binary bloat. The approach taken here initializes the reflection information from the raw descriptor proto, which is a relatively dense representation of the protobuf reflection information. In order to keep initialization cost low, several measures were taken: * At program init, the bare minimum is parsed in order to initialize naming information for enums, messages, extensions, and services declared in the file. This is done because those top-level declarations are often relevant for registration. * Only upon first are most of the other data structures for protobuf reflection actually initialized. * Instead of using proto.Unmarshal, a hand-written unmarshaler is used. This allows us to avoid a dependendency on the descriptor proto and also because the API for the descriptor proto is fundamentally non-performant since it requires an allocation for every primitive field. At a high-level, the new implementation lives in internal/fileinit. Several changes were made to other parts of the repository: * cmd/protoc-gen-go: * Stop compressing the raw descriptors. While compression does reduce the size of the descriptors by approximately 2x, it is a pre-mature optimization since the descriptors themselves are around 1% of the total binary bloat that is due to generated protobufs. * Seeding protobuf reflection from the raw descriptor significantly simplifies the generator implementation since it is no longer responsible for constructing a tree of Go literals to represent the same information. * We remove the generation of the shadow types and instead call protoimpl.MessageType.MessageOf. Unfortunately, this incurs an allocation for every call to ProtoReflect since we need to allocate a tuple that wraps a pointer to the message value, and a pointer to message type. * internal/impl: * We add a MessageType.GoType field and make it required that it is set prior to first use. This is done so that we can avoid calling MessageType.init except for when it is actually needed. The allows code to call (*FooMessage)(nil).ProtoReflect().Type() without fearing that the init code will run, possibly triggering a recursive deadlock (where the init code depends on getting the Type of some dependency which may be declared within the same file). * internal/cmd/generate-types: * The code to generate reflect/prototype/protofile_list_gen.go was copied and altered to generated internal/fileinit.desc_list_gen.go. At a high-level this CL adds significant technical complexity. However, this is offset by several possible future changes: * The prototype package can be drastically simplified. We can probably reimplement internal/legacy to use internal/fileinit instead, allowing us to drop another dependency on the prototype package. As a result, we can probably delete most of the constructor types in that package. * With the prototype package significantly pruned, and the fact that generated code no longer depend on depends on that package, we can consider merging what's left of prototype into protodesc. Change-Id: I6090f023f2e1b6afaf62bd3ae883566242e30715 Reviewed-on: https://go-review.googlesource.com/c/158539 Reviewed-by: Herbie Ong <herbie@google.com> Reviewed-by: Joe Tsai <thebrokentoaster@gmail.com>
2019-01-18 09:32:24 -08:00
}
func init() { xxx_File_pb2_test_proto_init() }
func xxx_File_pb2_test_proto_init() {
if File_pb2_test_proto != nil {
return
}
extensionTypes := make([]protoreflect.ExtensionType, 21)
internal/cmd/generate-protos: initial commit Create a single binary for handling generation of protos. This replaces previous logic spread throughout the repo in: * regenerate.bash * cmd/protoc-gen-go/golden_test.go * cmd/protoc-gen-go-grpc/golden_test.go * (indirectly) internal/protogen/goldentest One of the problems with the former approaches is that they relied on a version of protoc that was specific to a developer's workstation. This meant that the result of generation was not hermetic. To address this, we rely on the hard-coded version of protobuf specified in the test.bash script. A summary of changes in this CL are: * The internal_gengo.GenerateFile and internal_gengogrpc.GenerateFile functions are unified to have consistent signatures. It seems that the former accepted a *protogen.GeneratedFile to support v1 where gRPC code was generated into the same file as the base .pb.go file. However, the same functionality can be achieved by having the function return the generated file object. * The test.bash script patches the protobuf toolchain to have properly specified go_package options in each proto source file. * The test.bash script accepts a "-regenerate" argument. * Add generation for the well-known types. Contrary to how these were laid out in the v1 repo, all the well-known types are placed in the same Go package. * Add generation for the conformance proto. * Remove regenerate.bash * Remove internal/protogen * Remove cmd/protoc-gen-go/golden_test.go * Remove cmd/protoc-gen-go-grpc/golden_test.go * Add cmd/protoc-gen-go/annotation_test.go Change-Id: I4a1a97ae6f66e2fabcf4e4d292c95ab2a2db0248 Reviewed-on: https://go-review.googlesource.com/c/164477 Reviewed-by: Damien Neil <dneil@google.com>
2019-02-27 21:46:29 -08:00
File_pb2_test_proto = protoimpl.FileBuilder{
RawDescriptor: xxx_File_pb2_test_proto_rawDesc,
internal/cmd/generate-protos: initial commit Create a single binary for handling generation of protos. This replaces previous logic spread throughout the repo in: * regenerate.bash * cmd/protoc-gen-go/golden_test.go * cmd/protoc-gen-go-grpc/golden_test.go * (indirectly) internal/protogen/goldentest One of the problems with the former approaches is that they relied on a version of protoc that was specific to a developer's workstation. This meant that the result of generation was not hermetic. To address this, we rely on the hard-coded version of protobuf specified in the test.bash script. A summary of changes in this CL are: * The internal_gengo.GenerateFile and internal_gengogrpc.GenerateFile functions are unified to have consistent signatures. It seems that the former accepted a *protogen.GeneratedFile to support v1 where gRPC code was generated into the same file as the base .pb.go file. However, the same functionality can be achieved by having the function return the generated file object. * The test.bash script patches the protobuf toolchain to have properly specified go_package options in each proto source file. * The test.bash script accepts a "-regenerate" argument. * Add generation for the well-known types. Contrary to how these were laid out in the v1 repo, all the well-known types are placed in the same Go package. * Add generation for the conformance proto. * Remove regenerate.bash * Remove internal/protogen * Remove cmd/protoc-gen-go/golden_test.go * Remove cmd/protoc-gen-go-grpc/golden_test.go * Add cmd/protoc-gen-go/annotation_test.go Change-Id: I4a1a97ae6f66e2fabcf4e4d292c95ab2a2db0248 Reviewed-on: https://go-review.googlesource.com/c/164477 Reviewed-by: Damien Neil <dneil@google.com>
2019-02-27 21:46:29 -08:00
GoTypes: xxx_File_pb2_test_proto_goTypes,
DependencyIndexes: xxx_File_pb2_test_proto_depIdxs,
LegacyExtensions: xxx_File_pb2_test_proto_extDescs,
EnumOutputTypes: xxx_File_pb2_test_proto_enumTypes,
MessageOutputTypes: xxx_File_pb2_test_proto_messageTypes,
ExtensionOutputTypes: extensionTypes,
FilesRegistry: protoregistry.GlobalFiles,
TypesRegistry: protoregistry.GlobalTypes,
internal/fileinit: generate reflect data structures from raw descriptors This CL takes a significantly different approach to generating support for protobuf reflection. The previous approach involved generating a large number of Go literals to represent the reflection information. While that approach was correct, it resulted in too much binary bloat. The approach taken here initializes the reflection information from the raw descriptor proto, which is a relatively dense representation of the protobuf reflection information. In order to keep initialization cost low, several measures were taken: * At program init, the bare minimum is parsed in order to initialize naming information for enums, messages, extensions, and services declared in the file. This is done because those top-level declarations are often relevant for registration. * Only upon first are most of the other data structures for protobuf reflection actually initialized. * Instead of using proto.Unmarshal, a hand-written unmarshaler is used. This allows us to avoid a dependendency on the descriptor proto and also because the API for the descriptor proto is fundamentally non-performant since it requires an allocation for every primitive field. At a high-level, the new implementation lives in internal/fileinit. Several changes were made to other parts of the repository: * cmd/protoc-gen-go: * Stop compressing the raw descriptors. While compression does reduce the size of the descriptors by approximately 2x, it is a pre-mature optimization since the descriptors themselves are around 1% of the total binary bloat that is due to generated protobufs. * Seeding protobuf reflection from the raw descriptor significantly simplifies the generator implementation since it is no longer responsible for constructing a tree of Go literals to represent the same information. * We remove the generation of the shadow types and instead call protoimpl.MessageType.MessageOf. Unfortunately, this incurs an allocation for every call to ProtoReflect since we need to allocate a tuple that wraps a pointer to the message value, and a pointer to message type. * internal/impl: * We add a MessageType.GoType field and make it required that it is set prior to first use. This is done so that we can avoid calling MessageType.init except for when it is actually needed. The allows code to call (*FooMessage)(nil).ProtoReflect().Type() without fearing that the init code will run, possibly triggering a recursive deadlock (where the init code depends on getting the Type of some dependency which may be declared within the same file). * internal/cmd/generate-types: * The code to generate reflect/prototype/protofile_list_gen.go was copied and altered to generated internal/fileinit.desc_list_gen.go. At a high-level this CL adds significant technical complexity. However, this is offset by several possible future changes: * The prototype package can be drastically simplified. We can probably reimplement internal/legacy to use internal/fileinit instead, allowing us to drop another dependency on the prototype package. As a result, we can probably delete most of the constructor types in that package. * With the prototype package significantly pruned, and the fact that generated code no longer depend on depends on that package, we can consider merging what's left of prototype into protodesc. Change-Id: I6090f023f2e1b6afaf62bd3ae883566242e30715 Reviewed-on: https://go-review.googlesource.com/c/158539 Reviewed-by: Herbie Ong <herbie@google.com> Reviewed-by: Joe Tsai <thebrokentoaster@gmail.com>
2019-01-18 09:32:24 -08:00
}.Init()
xxx_File_pb2_test_proto_rawDesc = nil
internal/cmd/generate-protos: initial commit Create a single binary for handling generation of protos. This replaces previous logic spread throughout the repo in: * regenerate.bash * cmd/protoc-gen-go/golden_test.go * cmd/protoc-gen-go-grpc/golden_test.go * (indirectly) internal/protogen/goldentest One of the problems with the former approaches is that they relied on a version of protoc that was specific to a developer's workstation. This meant that the result of generation was not hermetic. To address this, we rely on the hard-coded version of protobuf specified in the test.bash script. A summary of changes in this CL are: * The internal_gengo.GenerateFile and internal_gengogrpc.GenerateFile functions are unified to have consistent signatures. It seems that the former accepted a *protogen.GeneratedFile to support v1 where gRPC code was generated into the same file as the base .pb.go file. However, the same functionality can be achieved by having the function return the generated file object. * The test.bash script patches the protobuf toolchain to have properly specified go_package options in each proto source file. * The test.bash script accepts a "-regenerate" argument. * Add generation for the well-known types. Contrary to how these were laid out in the v1 repo, all the well-known types are placed in the same Go package. * Add generation for the conformance proto. * Remove regenerate.bash * Remove internal/protogen * Remove cmd/protoc-gen-go/golden_test.go * Remove cmd/protoc-gen-go-grpc/golden_test.go * Add cmd/protoc-gen-go/annotation_test.go Change-Id: I4a1a97ae6f66e2fabcf4e4d292c95ab2a2db0248 Reviewed-on: https://go-review.googlesource.com/c/164477 Reviewed-by: Damien Neil <dneil@google.com>
2019-02-27 21:46:29 -08:00
xxx_File_pb2_test_proto_goTypes = nil
xxx_File_pb2_test_proto_depIdxs = nil
}