How to use Test method of proto_test Package

Best Rod code snippet using proto_test.Test

protobuf.go

Source:protobuf.go Github

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1package main2import (3 "bytes"4 gzip "compress/gzip"5 "encoding/base64"6 "encoding/json"7 "fmt"8 "github.com/golang/protobuf/proto"9 "github.com/incognitochain/go-incognito-sdk-v2/coin"10 "github.com/incognitochain/go-incognito-sdk-v2/common"11 "github.com/incognitochain/go-incognito-sdk-v2/crypto"12 "github.com/incognitochain/go-incognito-sdk-v2/metadata"13 "github.com/incognitochain/go-incognito-sdk-v2/privacy"14 "github.com/incognitochain/go-incognito-sdk-v2/privacy/v2/bulletproofs"15 "github.com/incognitochain/go-incognito-sdk-v2/transaction/tx_ver2"16 "github.com/thanhn-inc/data-serialization-benchmark/proto_test"17 "io/ioutil"18)19func ScalarToProtoBuf(sc *crypto.Scalar) *proto_test.PbScalar {20 if sc == nil {21 return nil22 }23 return &proto_test.PbScalar{Key: sc.ToBytesS()}24}25func ProtoBufToScalar(protoSc *proto_test.PbScalar) *crypto.Scalar {26 if protoSc == nil {27 return nil28 }29 return new(crypto.Scalar).FromBytesS(protoSc.Key)30}31func PointToProtoBuf(p *crypto.Point) *proto_test.PbPoint {32 if p == nil {33 return nil34 }35 return &proto_test.PbPoint{Key: p.ToBytesS()}36}37func ProtoBufToPoint(protoPoint *proto_test.PbPoint) *crypto.Point {38 if protoPoint == nil {39 return nil40 }41 res, _ := new(crypto.Point).FromBytesS(protoPoint.Key)42 return res43}44func CoinV2ToProtoBuf(c *coin.CoinV2) *proto_test.PbCoinV2 {45 res := new(proto_test.PbCoinV2)46 res.Version = int32(c.GetVersion())47 res.Info = c.GetInfo()48 res.PublicKey = PointToProtoBuf(c.GetPublicKey())49 res.Commitment = PointToProtoBuf(c.GetCommitment())50 res.KeyImage = PointToProtoBuf(c.GetKeyImage())51 res.SharedConcealRandom = ScalarToProtoBuf(c.GetSharedConcealRandom())52 res.SharedRandom = ScalarToProtoBuf(c.GetSharedRandom())53 if c.GetTxRandom() != nil {54 res.TxRandom = c.GetTxRandom().Bytes()55 }56 res.Mask = ScalarToProtoBuf(c.GetRandomness())57 res.Amount = ScalarToProtoBuf(c.GetAmount())58 res.AssetTag = PointToProtoBuf(c.GetAssetTag())59 return res60}61func InnerProofToProtoBuf(p *bulletproofs.InnerProductProof) *proto_test.PbInnerProductProof {62 res := new(proto_test.PbInnerProductProof)63 L := make([]*proto_test.PbPoint, 0)64 for _, lElem := range p.L() {65 L = append(L, PointToProtoBuf(lElem))66 }67 res.L = L68 R := make([]*proto_test.PbPoint, 0)69 for _, rElem := range p.R() {70 R = append(R, PointToProtoBuf(rElem))71 }72 res.R = R73 res.A = ScalarToProtoBuf(p.A())74 res.B = ScalarToProtoBuf(p.B())75 res.P = PointToProtoBuf(p.P())76 return res77}78func RangeProofToProtoBuf(p *bulletproofs.RangeProof) *proto_test.PbRangeProof {79 res := new(proto_test.PbRangeProof)80 res.CmsValues = make([]*proto_test.PbPoint, 0)81 for _, cmsValue := range p.GetCmsValues() {82 res.CmsValues = append(res.CmsValues, PointToProtoBuf(cmsValue))83 }84 res.A = PointToProtoBuf(p.A())85 res.S = PointToProtoBuf(p.S())86 res.T1 = PointToProtoBuf(p.T1())87 res.T2 = PointToProtoBuf(p.T2())88 res.TauX = ScalarToProtoBuf(p.TauX())89 res.THat = ScalarToProtoBuf(p.THat())90 res.Mu = ScalarToProtoBuf(p.Mu())91 res.InnerProof = InnerProofToProtoBuf(p.InnerProof())92 return res93}94func ProofV2ToProtoBuf(p *privacy.ProofV2) (*proto_test.PbProofV2, error) {95 res := new(proto_test.PbProofV2)96 res.Version = int32(p.Version)97 tmpRangeProof, ok := p.GetRangeProof().(*bulletproofs.RangeProof)98 if !ok {99 return nil, fmt.Errorf("not a valid bulletProofs")100 }101 res.RangeProof = RangeProofToProtoBuf(tmpRangeProof)102 res.InputCoins = make([]*proto_test.PbCoinV2, 0)103 for i, inCoin := range p.GetInputCoins() {104 inCoinV2, ok := inCoin.(*coin.CoinV2)105 if !ok {106 return nil, fmt.Errorf("input coin %v is not a CoinV2", i)107 }108 res.InputCoins = append(res.InputCoins, CoinV2ToProtoBuf(inCoinV2))109 }110 res.OutputCoins = make([]*proto_test.PbCoinV2, 0)111 for i, outCoin := range p.GetOutputCoins() {112 outCoinV2, ok := outCoin.(*coin.CoinV2)113 if !ok {114 return nil, fmt.Errorf("output coin %v is not a CoinV2", i)115 }116 res.OutputCoins = append(res.OutputCoins, CoinV2ToProtoBuf(outCoinV2))117 }118 tmpBytes := p.Bytes()119 protoBytes, _ := proto.Marshal(res)120 fmt.Printf("jsbLength: %v, protoLength: %v\n", len(tmpBytes), len(protoBytes))121 return res, nil122}123func MetadataToCompactBytes(md metadata.Metadata) ([]byte, error) {124 var err error125 switch md.GetType() {126 case metadata.PortalV4ShieldingRequestMeta:127 req := md.(*metadata.PortalShieldingRequest)128 res := new(proto_test.PbPortalShieldRequestMeta)129 res.Type = int32(metadata.PortalV4ShieldingRequestMeta)130 res.TokenID = req.TokenID131 res.Address = req.IncAddressStr132 res.Proof, err = base64.StdEncoding.DecodeString(req.ShieldingProof)133 if err != nil {134 return nil, err135 }136 return proto.Marshal(res)137 case metadata.PortalV4SubmitConfirmedTxMeta:138 req := md.(*metadata.PortalSubmitConfirmedTxRequest)139 res := new(proto_test.PbPortalSubmitConfirmedTxMeta)140 res.Type = int32(metadata.PortalV4SubmitConfirmedTxMeta)141 res.TokenID = req.TokenID142 res.BatchID = req.BatchID143 res.Proof, err = base64.StdEncoding.DecodeString(req.UnshieldProof)144 if err != nil {145 return nil, err146 }147 return proto.Marshal(res)148 case metadata.IssuingETHRequestMeta, metadata.IssuingBSCRequestMeta,149 metadata.IssuingPRVBEP20RequestMeta, metadata.IssuingPRVERC20RequestMeta:150 req := md.(*metadata.IssuingEVMRequest)151 res := new(proto_test.PbIssuingEVMRequest)152 res.Type = int32(req.Type)153 res.TokenID = req.IncTokenID.GetBytes()154 res.TxIndex = uint64(req.TxIndex)155 res.BlockHash = req.BlockHash.Bytes()156 proofs := make([][]byte, 0)157 for _, proofStr := range req.ProofStrs {158 proof, err := base64.StdEncoding.DecodeString(proofStr)159 if err != nil {160 return nil, err161 }162 proofs = append(proofs, proof)163 }164 res.Proofs = proofs165 return proto.Marshal(res)166 default:167 return json.Marshal(md)168 }169}170func CompactBytesToMetadata(data []byte) (md metadata.Metadata, err error) {171 if len(data) == 0 {172 return nil, nil173 }174 md, err = compactBytesToPortalV4ShieldRequest(data)175 if err == nil {176 return177 }178 md, err = compactBytesToPortalSubmitConfirmedRequest(data)179 if err == nil {180 return181 }182 md, err = compactBytesToIssuingEVMRequest(data)183 if err == nil {184 return185 }186 return metadata.ParseMetadata(data)187}188func TxToProtoBuf(tx *tx_ver2.Tx) (*proto_test.PbTxVer2, error) {189 if tx.GetType() == "cv" || tx.GetType() == "tcv" {190 return nil, fmt.Errorf("tx type %v not supported", tx.GetType())191 }192 res := new(proto_test.PbTxVer2)193 res.Version = int32(tx.Version)194 res.Type = tx.Type195 res.LockTime = tx.LockTime196 res.Fee = tx.Fee197 if tx.Info == nil {198 res.Info = nil199 } else if len(tx.Info) == 0 {200 res.Info = txInfoPlaceHolder201 } else {202 res.Info = tx.Info203 }204 res.SigPubKey = tx.SigPubKey205 res.Sig = tx.Sig206 res.LastByte = int32(tx.PubKeyLastByteSender)207 if tx.GetMetadata() != nil {208 var err error209 res.Metadata, err = MetadataToCompactBytes(tx.GetMetadata())210 if err != nil {211 return nil, err212 }213 }214 if tx.GetProof() != nil {215 //proofBytes := tx.Proof.Bytes()216 //var buf bytes.Buffer217 //zw := gzip.NewWriter(&buf)218 //_, err := zw.Write(proofBytes)219 //if err != nil {220 // return nil, err221 //}222 //223 //res.Proof = buf.Bytes()224 //_ = zw.Close()225 res.Proof = tx.GetProof().Bytes()226 }227 //proofV2, _ := tx.GetProof().(*privacy.ProofV2)228 //var err error229 //res.Proof, err = ProofV2ToProtoBuf(proofV2)230 //if err != nil {231 // return nil, err232 //}233 return res, nil234}235func ProtoBufToTx(protoTx *proto_test.PbTxVer2) (*tx_ver2.Tx, error) {236 res := new(tx_ver2.Tx)237 var err error238 if len(protoTx.Proof) != 0 {239 //zr, err := gzip.NewReader(bytes.NewReader(protoTx.Proof))240 //if err != nil {241 // return nil, err242 //}243 //proofBytes := make([]byte, defaultBytesSliceSize)244 //n, err := zr.Read(proofBytes)245 //if err != nil {246 // return nil, err247 //}248 //249 //proof := new(privacy.ProofV2)250 //err = proof.SetBytes(proofBytes[:n])251 //if err != nil {252 // return nil, err253 //}254 //res.Proof = proof255 //_ = zr.Close()256 proof := new(privacy.ProofV2)257 err = proof.SetBytes(protoTx.Proof)258 if err != nil {259 return nil, err260 }261 res.Proof = proof262 }263 res.Version = int8(protoTx.Version)264 res.Type = protoTx.Type265 res.LockTime = protoTx.LockTime266 res.Fee = protoTx.Fee267 if protoTx.Info == nil {268 res.Info = nil269 } else if bytes.Equal(protoTx.Info, txInfoPlaceHolder) {270 res.Info = []byte{}271 } else {272 res.Info = protoTx.Info273 }274 res.SigPubKey = protoTx.SigPubKey275 res.Sig = protoTx.Sig276 res.PubKeyLastByteSender = byte(protoTx.LastByte)277 res.Metadata, err = CompactBytesToMetadata(protoTx.Metadata)278 if err != nil {279 return nil, err280 }281 return res, nil282}283func TxToCompactBytes(tx *tx_ver2.Tx) ([]byte, error) {284 protoTx, err := TxToProtoBuf(tx)285 if err != nil {286 return nil, err287 }288 dataBytes, err := proto.Marshal(protoTx)289 if err != nil {290 return nil, err291 }292 //293 //return dataBytes, nil294 var buf bytes.Buffer295 zw := gzip.NewWriter(&buf)296 _, err = zw.Write(dataBytes)297 if err != nil {298 return nil, err299 }300 _ = zw.Close()301 res := buf.Bytes()302 return res, nil303}304func CompactBytesToTx(data []byte) (*tx_ver2.Tx, error) {305 zr, err := gzip.NewReader(bytes.NewReader(data))306 if err != nil {307 return nil, err308 }309 protoTxBytes, err := ioutil.ReadAll(zr)310 if err != nil {311 return nil, err312 }313 _ = zr.Close()314 protoTx := new(proto_test.PbTxVer2)315 err = proto.Unmarshal(protoTxBytes, protoTx)316 if err != nil {317 return nil, err318 }319 return ProtoBufToTx(protoTx)320}321func TokenDataV2ToProtoBuf(tokenData tx_ver2.TxTokenDataVersion2) *proto_test.PbTxTokenDataVersion2 {322 res := new(proto_test.PbTxTokenDataVersion2)323 res.ID = tokenData.PropertyID.GetBytes()324 res.Name = tokenData.PropertyName325 res.Symbol = tokenData.PropertySymbol326 res.SigPubKey = tokenData.SigPubKey327 res.Sig = tokenData.Sig328 res.Proof = tokenData.Proof.Bytes()329 res.Type = int32(tokenData.Type)330 res.Mintable = tokenData.Mintable331 return res332}333func ProtoBufToTokenDataV2(protoTokenData *proto_test.PbTxTokenDataVersion2) (*tx_ver2.TxTokenDataVersion2, error) {334 res := new(tx_ver2.TxTokenDataVersion2)335 tokenID := new(common.Hash)336 err := tokenID.SetBytes(protoTokenData.ID)337 if err != nil {338 return nil, err339 }340 res.PropertyID = *tokenID341 res.PropertyName = protoTokenData.Name342 res.PropertySymbol = protoTokenData.Symbol343 res.SigPubKey = protoTokenData.SigPubKey344 res.Sig = protoTokenData.Sig345 res.Type = int(protoTokenData.Type)346 res.Mintable = protoTokenData.Mintable347 if len(protoTokenData.Proof) != 0 {348 proof := new(privacy.ProofV2)349 err = proof.SetBytes(protoTokenData.Proof)350 if err != nil {351 return nil, err352 }353 res.Proof = proof354 }355 return res, nil356}357func TxTokenToProtoBuf(tx *tx_ver2.TxToken) (*proto_test.PbTxTokenVer2, error) {358 if tx.GetType() == "cv" || tx.GetType() == "tcv" {359 return nil, fmt.Errorf("tx type %v not supported", tx.GetType())360 }361 var err error362 res := new(proto_test.PbTxTokenVer2)363 res.Tx, err = TxToProtoBuf(tx.GetTxBase().(*tx_ver2.Tx))364 if err != nil {365 return nil, err366 }367 res.TokenData = TokenDataV2ToProtoBuf(tx.TokenData)368 return res, nil369}370func TxTokenToCompactBytes(tx *tx_ver2.TxToken) ([]byte, error) {371 protoTx, err := TxTokenToProtoBuf(tx)372 if err != nil {373 return nil, err374 }375 dataBytes, err := proto.Marshal(protoTx)376 if err != nil {377 return nil, err378 }379 var buf bytes.Buffer380 zw := gzip.NewWriter(&buf)381 _, err = zw.Write(dataBytes)382 if err != nil {383 return nil, err384 }385 _ = zw.Close()386 res := buf.Bytes()387 return res, nil388}389func ProtoBufToTxToken(protoTxToken *proto_test.PbTxTokenVer2) (*tx_ver2.TxToken, error) {390 res := new(tx_ver2.TxToken)391 tmpTx, err := ProtoBufToTx(protoTxToken.Tx)392 if err != nil {393 return nil, err394 }395 res.Tx = *tmpTx396 tmpTokenData, err := ProtoBufToTokenDataV2(protoTxToken.TokenData)397 if err != nil {398 return nil, err399 }400 res.TokenData = *tmpTokenData401 return res, nil402}...

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protolist_test.go

Source:protolist_test.go Github

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...5 "os"6 "strings"7 "testing"8)9func TestCamelCase(t *testing.T) {10 var m = map[string]string{11 "lua_out": "LuaOut",12 "query_hirable_hero": "QueryHirableHero",13 }14 for k, v := range m {15 v1 := camelCase(k)16 if v != v1 {17 t.Fatalf("camel case %s failed: %s", k, v1)18 }19 }20}21func TestSplitData(t *testing.T) {22 var lines = []string{23 "test {",24 "service1 = 1",25 "} test2 {} test3 {",26 "service2 = 2",27 "}\n",28 }29 data := strings.Join(lines, "# comment 1\r\n # comment 2 \r\n")30 result := splitData(data)31 if len(lines) != len(result) {32 t.Errorf("split data error, lines change:%d -> %d", len(lines), len(result))33 }34 for i, line := range result {35 if line != strings.TrimSpace(lines[i]) {36 t.Errorf("split data error, line:%d, %s -> %s", i, lines[i], line)37 }38 }39 modules := splitModules(result)40 n := strings.Count(data, "}")41 m := 042 for _, line := range modules {43 if line == "}" {44 m += 145 }46 t.Logf("%v", line)47 }48 if n != m {49 t.Errorf("split modules failed:%d -> %d", n, m)50 }51}52type Case struct {53 lines []string54 module Module55}56var case1 = Case{57 lines: []string{58 "test {",59 "service1 = 1",60 "service2:input1 = 2",61 "service3:input1[] = 3",62 "service4:input1[output1]=4",63 "service5:[ output1 ]=5",64 "service6:[]=6",65 "service7:.proto.test2.Service7 = 7",66 "service8:.proto.test2.Service7 [.proto.test2.Service8]= 8",67 "}",68 },69 module: Module{70 Name: "test",71 Services: []Service{72 {1, "service1", "proto_test.Service1", "proto_test.Service1_Response"},73 {2, "service2", "proto_test.Input1", "proto_test.Input1_Response"},74 {3, "service3", "proto_test.Input1", ""},75 {4, "service4", "proto_test.Input1", "proto_test.Output1"},76 {5, "service5", "proto_test.Service5", "proto_test.Output1"},77 {6, "service6", "proto_test.Service6", ""},78 {7, "service7", "proto_test2.Service7", "proto_test2.Service7_Response"},79 {8, "service8", "proto_test2.Service7", "proto_test2.Service8"},80 },81 },82}83var case2 = Case{84 lines: []string{85 "test1 {",86 "service11 = 11",87 "service12:input1 = 12",88 "service13:input1[] = 13",89 "service14:input1[output1]=14",90 "service15:[ output1 ]=15",91 "service16:[]=16",92 "}",93 },94 module: Module{95 Name: "test1",96 Services: []Service{97 {11, "service11", "proto_test1.Service11", "proto_test1.Service11_Response"},98 {12, "service12", "proto_test1.Input1", "proto_test1.Input1_Response"},99 {13, "service13", "proto_test1.Input1", ""},100 {14, "service14", "proto_test1.Input1", "proto_test1.Output1"},101 {15, "service15", "proto_test1.Service15", "proto_test1.Output1"},102 {16, "service16", "proto_test1.Service16", ""},103 },104 },105}106var cases = []Case{case1, case2}107func checkService(s1, s2 Service) bool {108 if s1.Id != s2.Id || s1.Name != s2.Name || s1.Input != s2.Input || s1.Output != s2.Output {109 fmt.Printf("service:%+v -> %+v\n", s1, s2)110 return false111 }112 return true113}114func checkModule(m1, m2 Module) bool {115 if m1.Name != m2.Name {116 return false117 }118 if len(m1.Services) != len(m2.Services) {119 return false120 }121 for i := 0; i < len(m1.Services); i++ {122 if !checkService(m1.Services[i], m2.Services[i]) {123 return false124 }125 }126 return true127}128func TestParseModule(t *testing.T) {129 for _, c := range cases {130 lines := c.lines131 module := c.module132 data := strings.Join(lines, "# test \r\n")133 m, err := ParseData(data)134 if err != nil {135 t.Fatal(err)136 }137 // t.Errorf("%+v", m)138 if !checkModule(m[0], module) {139 t.Fatalf("parse module failed, %+v ------------> %+v", module, m)140 }141 }142}143func TestParseFile(t *testing.T) {144 tmpfile, err := ioutil.TempFile(os.TempDir(), "proto")145 if err != nil {146 t.Fatal(err)147 }148 var all []string149 for _, c := range cases {150 all = append(all, strings.Join(c.lines, "# test\n"))151 }152 data := strings.Join(all, "\n")153 if _, err := tmpfile.Write([]byte(data)); err != nil {154 t.Fatal(err)155 }156 filePath := tmpfile.Name()157 tmpfile.Close()...

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main.go

Source:main.go Github

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1package main2import (3 "fmt"4 "example.com/m/v2/github.com/GrayFlash/proto_test"5 "google.golang.org/protobuf/types/known/anypb"6 // "github.com/GrayFlash/proto_test"7)8func main() {9 fmt.Println("Hello world!")10 db := &proto_test.Dashboard{}11 any, err := anypb.New(db)12 if err != nil {13 fmt.Println(err)14 }15 data := proto_test.Asset{Data: any}16 fmt.Println(data.Data)17 one := proto_test.AssetOne{Data: &proto_test.AssetOne_Dashboard{Dashboard: &proto_test.Dashboard{}}}18 fmt.Println(one.Data)19}...

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Test

Using AI Code Generation

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1import (2func main() {3 test := proto_test.Test{4 Label: proto_test.Test_Label(1),5 Type: proto_test.Test_Type(2),6 Optionalgroup: &proto_test.Test_OptionalGroup{7 RequiredField: proto.String("xx"),8 },9 }10 fmt.Println(test)11}12import (13func main() {14 test := proto_test.Test{15 Label: proto_test.Test_Label(1),16 Type: proto_test.Test_Type(2),17 Optionalgroup: &proto_test.Test_OptionalGroup{18 RequiredField: proto.String("xx"),19 },20 }21 data, err := proto.Marshal(&test)22 if err != nil {23 fmt.Println("marshaling error: ", err)24 }25 newTest := &proto_test.Test{}26 err = proto.Unmarshal(data, newTest)27 if err != nil {28 fmt.Println("unmarshaling error: ", err)29 }30 fmt.Println(newTest)31}32import (33func main() {34 test := proto_test.Test{35 Label: proto_test.Test_Label(1),36 Type: proto_test.Test_Type(2),37 Optionalgroup: &proto_test.Test_OptionalGroup{38 RequiredField: proto.String("xx"),39 },40 }41 data, err := proto.Marshal(&test)42 if err != nil {43 fmt.Println("marshaling error: ", err)44 }45 newTest := &proto_test.Test{}46 err = proto.UnmarshalMerge(data, newTest)47 if err != nil {48 fmt.Println("unmarshaling error: ", err)49 }50 fmt.Println(newTest)51}52import (

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Test

Using AI Code Generation

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1import (2func main() {3 fmt.Println("Hello World!")4 p.Test = proto.String("Hello World")5 fmt.Println(p.GetTest())6}7Your name to display (optional):

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Test

Using AI Code Generation

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1import "proto_test"2func main() {3 var t = proto_test.Test{Id: 1, Name: "Test"}4 var t2 = proto_test.Test{}5 t3 := proto_test.Test{}6 var t4 = proto_test.Test{}7 var t5 = proto_test.Test{}8 var t6 = proto_test.Test{}9 var t7 = proto_test.Test{}10 var t8 = proto_test.Test{}11 var t9 = proto_test.Test{}12 var t10 = proto_test.Test{}13 var t11 = proto_test.Test{}14 var t12 = proto_test.Test{}15 var t13 = proto_test.Test{}16 var t14 = proto_test.Test{}17 var t15 = proto_test.Test{}18 var t16 = proto_test.Test{}19 var t17 = proto_test.Test{}20 var t18 = proto_test.Test{}21 var t19 = proto_test.Test{}

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Test

Using AI Code Generation

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1import ("fmt"2func main() {3 p := proto_test.Proto_test{}4 p.Test()5 fmt.Println("Hello world!")6}7import ("fmt"8func main() {9 p := proto_test.Proto_test{}10 p.Test()11 fmt.Println("Hello world!")12}13import ("fmt"14func main() {15 p := proto_test.Proto_test{}16 p.Test()17 fmt.Println("Hello world!")18}19import ("fmt"20func main() {21 p := proto_test.Proto_test{}22 p.Test()23 fmt.Println("Hello world!")24}25import ("fmt"26func main() {27 p := proto_test.Proto_test{}28 p.Test()29 fmt.Println("Hello world!")30}31import ("fmt"32func main() {33 p := proto_test.Proto_test{}34 p.Test()35 fmt.Println("Hello world!")36}37import ("fmt"38func main() {39 p := proto_test.Proto_test{}

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