How to use Time method of proto Package

Best Rod code snippet using proto.Time

diskmetricstore_test.go

Source:diskmetricstore_test.go Github

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...43 },44 Untyped: &dto.Untyped{45 Value: proto.Float64(-3e3),46 },47 TimestampMs: proto.Int64(103948),48 },49 },50 }51 mf1b = &dto.MetricFamily{52 Name: proto.String("mf1"),53 Type: dto.MetricType_UNTYPED.Enum(),54 Metric: []*dto.Metric{55 {56 Label: []*dto.LabelPair{57 {58 Name: proto.String("job"),59 Value: proto.String("job1"),60 },61 {62 Name: proto.String("instance"),63 Value: proto.String("instance2"),64 },65 },66 Untyped: &dto.Untyped{67 Value: proto.Float64(42),68 },69 },70 },71 }72 mf1c = &dto.MetricFamily{73 Name: proto.String("mf1"),74 Type: dto.MetricType_UNTYPED.Enum(),75 Metric: []*dto.Metric{76 {77 Label: []*dto.LabelPair{78 {79 Name: proto.String("job"),80 Value: proto.String("job2"),81 },82 {83 Name: proto.String("instance"),84 Value: proto.String("instance1"),85 },86 },87 Untyped: &dto.Untyped{88 Value: proto.Float64(42),89 },90 },91 },92 }93 mf1d = &dto.MetricFamily{94 Name: proto.String("mf1"),95 Type: dto.MetricType_UNTYPED.Enum(),96 Metric: []*dto.Metric{97 {98 Label: []*dto.LabelPair{99 {100 Name: proto.String("job"),101 Value: proto.String("job3"),102 },103 {104 Name: proto.String("instance"),105 Value: proto.String("instance2"),106 },107 },108 Untyped: &dto.Untyped{109 Value: proto.Float64(42),110 },111 },112 },113 }114 // mf1acd is merged from mf1a, mf1c, mf1d.115 mf1acd = &dto.MetricFamily{116 Name: proto.String("mf1"),117 Type: dto.MetricType_UNTYPED.Enum(),118 Metric: []*dto.Metric{119 {120 Label: []*dto.LabelPair{121 {122 Name: proto.String("job"),123 Value: proto.String("job1"),124 },125 {126 Name: proto.String("instance"),127 Value: proto.String("instance2"),128 },129 },130 Untyped: &dto.Untyped{131 Value: proto.Float64(-3e3),132 },133 TimestampMs: proto.Int64(103948),134 },135 {136 Label: []*dto.LabelPair{137 {138 Name: proto.String("job"),139 Value: proto.String("job2"),140 },141 {142 Name: proto.String("instance"),143 Value: proto.String("instance1"),144 },145 },146 Untyped: &dto.Untyped{147 Value: proto.Float64(42),148 },149 },150 {151 Label: []*dto.LabelPair{152 {153 Name: proto.String("job"),154 Value: proto.String("job3"),155 },156 {157 Name: proto.String("instance"),158 Value: proto.String("instance2"),159 },160 },161 Untyped: &dto.Untyped{162 Value: proto.Float64(42),163 },164 },165 },166 }167 mf2 = &dto.MetricFamily{168 Name: proto.String("mf2"),169 Help: proto.String("doc string 2"),170 Type: dto.MetricType_GAUGE.Enum(),171 Metric: []*dto.Metric{172 {173 Label: []*dto.LabelPair{174 {175 Name: proto.String("job"),176 Value: proto.String("job1"),177 },178 {179 Name: proto.String("instance"),180 Value: proto.String("instance2"),181 },182 {183 Name: proto.String("labelname"),184 Value: proto.String("val2"),185 },186 {187 Name: proto.String("basename"),188 Value: proto.String("basevalue2"),189 },190 },191 Gauge: &dto.Gauge{192 Value: proto.Float64(math.Inf(+1)),193 },194 TimestampMs: proto.Int64(54321),195 },196 {197 Label: []*dto.LabelPair{198 {199 Name: proto.String("job"),200 Value: proto.String("job1"),201 },202 {203 Name: proto.String("instance"),204 Value: proto.String("instance2"),205 },206 {207 Name: proto.String("labelname"),208 Value: proto.String("val1"),209 },210 },211 Gauge: &dto.Gauge{212 Value: proto.Float64(math.Inf(-1)),213 },214 },215 },216 }217 mf3 = &dto.MetricFamily{218 Name: proto.String("mf3"),219 Type: dto.MetricType_UNTYPED.Enum(),220 Metric: []*dto.Metric{221 {222 Label: []*dto.LabelPair{223 {224 Name: proto.String("job"),225 Value: proto.String("job1"),226 },227 {228 Name: proto.String("instance"),229 Value: proto.String("instance1"),230 },231 },232 Untyped: &dto.Untyped{233 Value: proto.Float64(42),234 },235 },236 },237 }238 mf4 = &dto.MetricFamily{239 Name: proto.String("mf4"),240 Type: dto.MetricType_UNTYPED.Enum(),241 Metric: []*dto.Metric{242 {243 Label: []*dto.LabelPair{244 {245 Name: proto.String("job"),246 Value: proto.String("job3"),247 },248 {249 Name: proto.String("instance"),250 Value: proto.String("instance2"),251 },252 },253 Untyped: &dto.Untyped{254 Value: proto.Float64(3.4345),255 },256 },257 },258 }259 mf5 = &dto.MetricFamily{260 Name: proto.String("mf5"),261 Type: dto.MetricType_SUMMARY.Enum(),262 Metric: []*dto.Metric{263 {264 Label: []*dto.LabelPair{265 {266 Name: proto.String("job"),267 Value: proto.String("job5"),268 },269 {270 Name: proto.String("instance"),271 Value: proto.String("instance5"),272 },273 },274 Summary: &dto.Summary{275 SampleCount: proto.Uint64(0),276 SampleSum: proto.Float64(0),277 },278 },279 },280 }281)282func addGroup(283 mg GroupingKeyToMetricGroup,284 groupingLabels map[string]string,285 metrics NameToTimestampedMetricFamilyMap,286) {287 mg[model.LabelsToSignature(groupingLabels)] = MetricGroup{288 Labels: groupingLabels,289 Metrics: metrics,290 }291}292func TestGetMetricFamilies(t *testing.T) {293 testTime := time.Now()294 mg := GroupingKeyToMetricGroup{}295 addGroup(296 mg,297 map[string]string{298 "job": "job1",299 "instance": "instance1",300 },301 NameToTimestampedMetricFamilyMap{302 "mf2": TimestampedMetricFamily{303 Timestamp: testTime,304 GobbableMetricFamily: (*GobbableMetricFamily)(mf2),305 },306 },307 )308 addGroup(309 mg,310 map[string]string{311 "job": "job1",312 "instance": "instance2",313 },314 NameToTimestampedMetricFamilyMap{315 "mf1": TimestampedMetricFamily{316 Timestamp: testTime,317 GobbableMetricFamily: (*GobbableMetricFamily)(mf1a),318 },319 "mf3": TimestampedMetricFamily{320 Timestamp: testTime,321 GobbableMetricFamily: (*GobbableMetricFamily)(mf3),322 },323 },324 )325 addGroup(326 mg,327 map[string]string{328 "job": "job2",329 "instance": "instance1",330 },331 NameToTimestampedMetricFamilyMap{332 "mf1": TimestampedMetricFamily{333 Timestamp: testTime,334 GobbableMetricFamily: (*GobbableMetricFamily)(mf1c),335 },336 },337 )338 addGroup(339 mg,340 map[string]string{341 "job": "job3",342 "instance": "instance1",343 },344 NameToTimestampedMetricFamilyMap{},345 )346 addGroup(347 mg,348 map[string]string{349 "job": "job3",350 "instance": "instance2",351 },352 NameToTimestampedMetricFamilyMap{353 "mf4": TimestampedMetricFamily{354 Timestamp: testTime,355 GobbableMetricFamily: (*GobbableMetricFamily)(mf4),356 },357 "mf1": TimestampedMetricFamily{358 Timestamp: testTime,359 GobbableMetricFamily: (*GobbableMetricFamily)(mf1d),360 },361 },362 )363 addGroup(364 mg,365 map[string]string{366 "job": "job4",367 },368 NameToTimestampedMetricFamilyMap{},369 )370 dms := &DiskMetricStore{metricGroups: mg}371 if err := checkMetricFamilies(dms, mf1acd, mf2, mf3, mf4); err != nil {372 t.Error(err)373 }374}375func TestAddDeletePersistRestore(t *testing.T) {376 tempDir, err := ioutil.TempDir("", "diskmetricstore.TestAddDeletePersistRestore.")377 if err != nil {378 t.Fatal(err)379 }380 defer os.RemoveAll(tempDir)381 fileName := path.Join(tempDir, "persistence")382 dms := NewDiskMetricStore(fileName, 100*time.Millisecond)383 // Submit a single simple metric family.384 ts1 := time.Now()385 dms.SubmitWriteRequest(WriteRequest{386 Labels: map[string]string{387 "job": "job1",388 "instance": "instance1",389 },390 Timestamp: ts1,391 MetricFamilies: map[string]*dto.MetricFamily{"mf3": mf3},392 })393 time.Sleep(20 * time.Millisecond) // Give loop() time to process.394 if err := checkMetricFamilies(dms, mf3); err != nil {395 t.Error(err)396 }397 // Submit two metric families for a different instance.398 ts2 := ts1.Add(time.Second)399 dms.SubmitWriteRequest(WriteRequest{400 Labels: map[string]string{401 "job": "job1",402 "instance": "instance2",403 },404 Timestamp: ts2,405 MetricFamilies: map[string]*dto.MetricFamily{"mf1": mf1b, "mf2": mf2},406 })407 time.Sleep(20 * time.Millisecond) // Give loop() time to process.408 if err := checkMetricFamilies(dms, mf1b, mf2, mf3); err != nil {409 t.Error(err)410 }411 // Submit a metric family with the same name for the same job/instance again.412 // Should overwrite the previous metric family for the same job/instance413 ts3 := ts2.Add(time.Second)414 dms.SubmitWriteRequest(WriteRequest{415 Labels: map[string]string{416 "job": "job1",417 "instance": "instance2",418 },419 Timestamp: ts3,420 MetricFamilies: map[string]*dto.MetricFamily{"mf1": mf1a},421 })422 time.Sleep(20 * time.Millisecond) // Give loop() time to process.423 if err := checkMetricFamilies(dms, mf1a, mf2, mf3); err != nil {424 t.Error(err)425 }426 // Add a new group by job, with a summary without any observations yet.427 ts4 := ts3.Add(time.Second)428 dms.SubmitWriteRequest(WriteRequest{429 Labels: map[string]string{430 "job": "job5",431 },432 Timestamp: ts4,433 MetricFamilies: map[string]*dto.MetricFamily{"mf5": mf5},434 })435 time.Sleep(20 * time.Millisecond) // Give loop() time to process.436 if err := checkMetricFamilies(dms, mf1a, mf2, mf3, mf5); err != nil {437 t.Error(err)438 }439 // Shutdown the dms.440 if err := dms.Shutdown(); err != nil {441 t.Fatal(err)442 }443 // Load it again.444 dms = NewDiskMetricStore(fileName, 100*time.Millisecond)445 if err := checkMetricFamilies(dms, mf1a, mf2, mf3, mf5); err != nil {446 t.Error(err)447 }448 // Spot-check timestamp.449 tmf := dms.metricGroups[model.LabelsToSignature(map[string]string{450 "job": "job1",451 "instance": "instance2",452 })].Metrics["mf1"]453 if expected, got := ts3, tmf.Timestamp; !expected.Equal(got) {454 t.Errorf("Expected timestamp %v, got %v.", expected, got)455 }456 // Delete two groups.457 dms.SubmitWriteRequest(WriteRequest{458 Labels: map[string]string{459 "job": "job1",460 "instance": "instance1",461 },462 })463 dms.SubmitWriteRequest(WriteRequest{464 Labels: map[string]string{465 "job": "job5",466 },467 })468 time.Sleep(20 * time.Millisecond) // Give loop() time to process.469 if err := checkMetricFamilies(dms, mf1a, mf2); err != nil {470 t.Error(err)471 }472 // Submit another one.473 ts5 := ts4.Add(time.Second)474 dms.SubmitWriteRequest(WriteRequest{475 Labels: map[string]string{476 "job": "job3",477 "instance": "instance2",478 },479 Timestamp: ts5,480 MetricFamilies: map[string]*dto.MetricFamily{"mf4": mf4},481 })482 time.Sleep(20 * time.Millisecond) // Give loop() time to process.483 if err := checkMetricFamilies(dms, mf1a, mf2, mf4); err != nil {484 t.Error(err)485 }486 // Delete a job does not remove anything because there is no suitable487 // grouping.488 dms.SubmitWriteRequest(WriteRequest{489 Labels: map[string]string{490 "job": "job1",491 },492 })493 time.Sleep(20 * time.Millisecond) // Give loop() time to process.494 if err := checkMetricFamilies(dms, mf1a, mf2, mf4); err != nil {495 t.Error(err)496 }497 // Delete another group.498 dms.SubmitWriteRequest(WriteRequest{499 Labels: map[string]string{500 "job": "job3",501 "instance": "instance2",502 },503 })504 time.Sleep(20 * time.Millisecond) // Give loop() time to process.505 if err := checkMetricFamilies(dms, mf1a, mf2); err != nil {506 t.Error(err)507 }508 // Check that no empty map entry for job3 was left behind.509 if _, stillExists := dms.metricGroups[model.LabelsToSignature(map[string]string{510 "job": "job3",511 "instance": "instance2",512 })]; stillExists {513 t.Error("An instance map for 'job3' still exists.")514 }515 // Shutdown the dms again, directly after a number of write request516 // (to check draining).517 for i := 0; i < 10; i++ {518 dms.SubmitWriteRequest(WriteRequest{519 Labels: map[string]string{520 "job": "job3",521 "instance": "instance2",522 },523 Timestamp: ts4,524 MetricFamilies: map[string]*dto.MetricFamily{"mf4": mf4},525 })526 }527 if err := dms.Shutdown(); err != nil {528 t.Fatal(err)529 }530 if err := checkMetricFamilies(dms, mf1a, mf2, mf4); err != nil {531 t.Error(err)532 }533}534func TestNoPersistence(t *testing.T) {535 dms := NewDiskMetricStore("", 100*time.Millisecond)536 ts1 := time.Now()537 dms.SubmitWriteRequest(WriteRequest{538 Labels: map[string]string{539 "job": "job1",540 "instance": "instance1",541 },542 Timestamp: ts1,543 MetricFamilies: map[string]*dto.MetricFamily{"mf3": mf3},544 })545 time.Sleep(20 * time.Millisecond) // Give loop() time to process.546 if err := checkMetricFamilies(dms, mf3); err != nil {547 t.Error(err)548 }549 if err := dms.Shutdown(); err != nil {550 t.Fatal(err)551 }552 dms = NewDiskMetricStore("", 100*time.Millisecond)553 if err := checkMetricFamilies(dms); err != nil {554 t.Error(err)555 }556 if err := dms.Ready(); err != nil {557 t.Error(err)558 }559 if err := dms.Healthy(); err != nil {560 t.Error(err)561 }562}563func TestLegacyRestore(t *testing.T) {564 tempDir, err := ioutil.TempDir("", "diskmetricstore.TestLegacyRestore.")565 if err != nil {566 t.Fatal(err)567 }568 defer os.RemoveAll(tempDir)569 fileName := path.Join(tempDir, "persistence")570 dms := NewDiskMetricStore(fileName, 100*time.Millisecond)571 // Submit a single simple metric family.572 ts1 := time.Now()573 dms.SubmitWriteRequest(WriteRequest{574 Labels: map[string]string{575 "job": "job1",576 "instance": "instance1",577 },578 Timestamp: ts1,579 MetricFamilies: map[string]*dto.MetricFamily{"mf3": mf3},580 })581 time.Sleep(20 * time.Millisecond) // Give loop() time to process.582 if err := checkMetricFamilies(dms, mf3); err != nil {583 t.Error(err)584 }585 // Manipulate dms internals to simulate the legacy persistence format.586 for _, mg := range dms.metricGroups {587 tmf := mg.Metrics["mf3"]588 tmf.MetricFamily = (*dto.MetricFamily)(tmf.GobbableMetricFamily)589 tmf.GobbableMetricFamily = nil590 mg.Metrics["mf3"] = tmf591 }592 // Shutdown the dms to persist in legacy format....

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protom.go

Source:protom.go Github

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...11 return &pbsample.GooseDBVersion{12 Id: int64(tt.ID),13 VersionId: tt.VersionID,14 IsApplied: tt.IsApplied,15 Tstamp: pbToTime(tt.Tstamp.Time),16 }17}18func NewGooseDBVersionSliceToProto(tt []*GooseDBVersion) []*pbsample.GooseDBVersion {19 res := make([]*pbsample.GooseDBVersion, len(tt))20 for i := range tt {21 res[i] = NewGooseDBVersionToProto(tt[i])22 }23 return res24}25func NewGooseDBVersionFromProto(proto *pbsample.GooseDBVersion) *GooseDBVersion {26 if proto == nil {27 return nil28 }29 return &GooseDBVersion{30 ID: int(proto.Id),31 VersionID: proto.VersionId,32 IsApplied: proto.IsApplied,33 Tstamp: pbFromNullTime(proto.Tstamp),34 }35}36func NewGooseDBVersionSliceFromProto(list []*pbsample.GooseDBVersion) []*GooseDBVersion {37 res := make([]*GooseDBVersion, len(list))38 for i := range list {39 res[i] = NewGooseDBVersionFromProto(list[i])40 }41 return res42}43func NewMinioToProto(tt *Minio) *pbsample.Minio {44 if tt == nil {45 return nil46 }47 return &pbsample.Minio{48 Id: tt.ID.String(),49 Bucket: tt.Bucket,50 ObjectId: tt.ObjectID,51 Name: tt.Name,52 FileType: tt.FileType,53 FileSize: int64(tt.FileSize),54 Label: tt.Label.JSON,55 UserLogin: tt.UserLogin,56 CreatedAt: pbToTime(tt.CreatedAt),57 IsConfirm: tt.IsConfirm,58 }59}60func NewMinioSliceToProto(tt []*Minio) []*pbsample.Minio {61 res := make([]*pbsample.Minio, len(tt))62 for i := range tt {63 res[i] = NewMinioToProto(tt[i])64 }65 return res66}67func NewMinioFromProto(proto *pbsample.Minio) *Minio {68 if proto == nil {69 return nil70 }71 return &Minio{72 ID: uuid.MustParse(proto.Id),73 Bucket: proto.Bucket,74 ObjectID: proto.ObjectId,75 Name: proto.Name,76 FileType: proto.FileType,77 FileSize: int(proto.FileSize),78 Label: pbFromNullJSON(proto.Label),79 UserLogin: proto.UserLogin,80 CreatedAt: pbFromTime(proto.CreatedAt),81 IsConfirm: proto.IsConfirm,82 }83}84func NewMinioSliceFromProto(list []*pbsample.Minio) []*Minio {85 res := make([]*Minio, len(list))86 for i := range list {87 res[i] = NewMinioFromProto(list[i])88 }89 return res90}91func NewOrderToProto(tt *Order) *pbsample.Order {92 if tt == nil {93 return nil94 }95 return &pbsample.Order{96 Id: tt.ID,97 UserId: tt.UserID.Int64,98 Number: int64(tt.Number),99 Status: tt.Status,100 CreatedAt: pbToTime(tt.CreatedAt),101 UpdatedAt: pbToTime(tt.UpdatedAt),102 DeletedAt: pbToTime(tt.DeletedAt.Time),103 }104}105func NewOrderSliceToProto(tt []*Order) []*pbsample.Order {106 res := make([]*pbsample.Order, len(tt))107 for i := range tt {108 res[i] = NewOrderToProto(tt[i])109 }110 return res111}112func NewOrderFromProto(proto *pbsample.Order) *Order {113 if proto == nil {114 return nil115 }116 return &Order{117 ID: proto.Id,118 UserID: pbFromNullInt64(proto.UserId),119 Number: int(proto.Number),120 Status: proto.Status,121 CreatedAt: pbFromTime(proto.CreatedAt),122 UpdatedAt: pbFromTime(proto.UpdatedAt),123 DeletedAt: pbFromNullTime(proto.DeletedAt),124 }125}126func NewOrderSliceFromProto(list []*pbsample.Order) []*Order {127 res := make([]*Order, len(list))128 for i := range list {129 res[i] = NewOrderFromProto(list[i])130 }131 return res132}133func NewRoleToProto(tt *Role) *pbsample.Role {134 if tt == nil {135 return nil136 }137 return &pbsample.Role{138 Id: tt.ID,139 Code: tt.Code,140 Description: tt.Description,141 }142}143func NewRoleSliceToProto(tt []*Role) []*pbsample.Role {144 res := make([]*pbsample.Role, len(tt))145 for i := range tt {146 res[i] = NewRoleToProto(tt[i])147 }148 return res149}150func NewRoleFromProto(proto *pbsample.Role) *Role {151 if proto == nil {152 return nil153 }154 return &Role{155 ID: proto.Id,156 Code: proto.Code,157 Description: proto.Description,158 }159}160func NewRoleSliceFromProto(list []*pbsample.Role) []*Role {161 res := make([]*Role, len(list))162 for i := range list {163 res[i] = NewRoleFromProto(list[i])164 }165 return res166}167func NewUserToProto(tt *User) *pbsample.User {168 if tt == nil {169 return nil170 }171 return &pbsample.User{172 Id: tt.ID,173 Login: tt.Login,174 Description: tt.Description.String,175 Price: tt.Price.String(),176 SummaOne: tt.SummaOne,177 SummaTwo: tt.SummaTwo,178 Cnt: int64(tt.CNT),179 Cnt2: int32(tt.CNT2),180 Cnt4: int64(tt.CNT4),181 Cnt8: tt.CNT8,182 ShardingId: tt.ShardingID.String(),183 IsOnline: tt.IsOnline,184 Metrika: tt.Metrika.JSON,185 Duration: tt.Duration.Nanoseconds(),186 Data: tt.Data.Bytes,187 Alias: tt.Alias,188 CreatedAt: pbToTime(tt.CreatedAt),189 UpdatedAt: pbToTime(tt.UpdatedAt),190 DeletedAt: pbToTime(tt.DeletedAt.Time),191 }192}193func NewUserSliceToProto(tt []*User) []*pbsample.User {194 res := make([]*pbsample.User, len(tt))195 for i := range tt {196 res[i] = NewUserToProto(tt[i])197 }198 return res199}200func NewUserFromProto(proto *pbsample.User) *User {201 if proto == nil {202 return nil203 }204 return &User{205 ID: proto.Id,206 Login: proto.Login,207 Description: pbFromNullString(proto.Description),208 Price: pbFromDecimal(proto.Price),209 SummaOne: proto.SummaOne,210 SummaTwo: proto.SummaTwo,211 CNT: int(proto.Cnt),212 CNT2: int16(proto.Cnt2),213 CNT4: int(proto.Cnt4),214 CNT8: proto.Cnt8,215 ShardingID: uuid.MustParse(proto.ShardingId),216 IsOnline: proto.IsOnline,217 Metrika: pbFromNullJSON(proto.Metrika),218 Duration: time.Duration(proto.Duration),219 Data: pbFromNullBytes(proto.Data),220 Alias: proto.Alias,221 CreatedAt: pbFromTime(proto.CreatedAt),222 UpdatedAt: pbFromTime(proto.UpdatedAt),223 DeletedAt: pbFromNullTime(proto.DeletedAt),224 }225}226func NewUserSliceFromProto(list []*pbsample.User) []*User {227 res := make([]*User, len(list))228 for i := range list {229 res[i] = NewUserFromProto(list[i])230 }231 return res232}...

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main.go

Source:main.go Github

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...69 <-exit70}71func result() {72 var (73 lastTimes int6474 interval = int64(5)75 )76 for {77 nowCount := atomic.LoadInt64(&countDown)78 nowAlive := atomic.LoadInt64(&aliveCount)79 diff := nowCount - lastTimes80 lastTimes = nowCount81 fmt.Println(fmt.Sprintf("%s alive:%d down:%d down/s:%d", time.Now().Format("2006-01-02 15:04:05"), nowAlive, nowCount, diff/interval))82 time.Sleep(time.Second * time.Duration(interval))83 }84}85func client(mid int64) {86 for {87 startClient(mid)88 time.Sleep(time.Duration(rand.Intn(10)) * time.Second)89 }90}91func startClient(key int64) {92 time.Sleep(time.Duration(rand.Intn(120)) * time.Second)93 atomic.AddInt64(&aliveCount, 1)94 quit := make(chan bool, 1)...

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Time

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1import (2func main() {3 t, _ := ptypes.TimestampProto(time.Now())4 fmt.Println(t)5 fmt.Println(t.AsTime())6}

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Time

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1import (2func main() {3 t := time.Now()4 p(t.Format(time.RFC3339))5 t1, e := time.Parse(time.RFC3339, "2012-11-01T22:08:41+00:00")6 p(t1)7 fmt.Println(t1)8 p(t.Format("3:04PM"))9 p(t.Format("Mon Jan _2 15:04:05 2006"))10 p(t.Format("2006-01-02T15:04:05.999999-07:00"))11 t2, e := time.Parse(form, "8 41 PM")12 p(t2)13 fmt.Println(t)14 _, e = time.Parse(ansic, "8:41PM")15 p(e)16}

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Time

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1import (2func main() {3 t := time.Now()4 tt, _ := ptypes.TimestampProto(t)5 fmt.Println(tt)6}7import (8func main() {9 t := time.Now()10 tt, _ := ptypes.TimestampProto(t)11 fmt.Println(tt)12 fmt.Println(ptypes.TimestampString(tt))13}14import (15func main() {16 t := time.Now()17 tt, _ := ptypes.TimestampProto(t)18 fmt.Println(tt)19 fmt.Println(ptypes.TimestampString(tt))20 fmt.Println(ptypes.Timestamp(tt))21}22import (23func main() {24 t := time.Now()25 tt, _ := ptypes.TimestampProto(t)26 fmt.Println(tt)27 fmt.Println(ptypes.TimestampString(tt))28 fmt.Println(ptypes.Timestamp(tt))29 fmt.Println(ptypes.Timestamp(tt).UnixNano

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Time

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1import (2func main() {3 t := &timestamp.Timestamp{Seconds: 1, Nanos: 2}4 tm, err := ptypes.Timestamp(t)5 if err != nil {6 fmt.Println(err)7 }8 fmt.Println(tm)9}10Golang Training (3 Courses, 3 Projects) 3 Online Courses 3 Hands-on Projects 28+ Hours Verifiable Certificate of Completion Lifetime Access Learn More

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Time

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1import (2func main() {3 t := pb.New(time.Now())4 fmt.Println(t)5 data, err := proto.Marshal(t)6 if err != nil {7 fmt.Println("marshaling error: ", err)8 }9 newT := new(pb.Timestamp)10 err = proto.Unmarshal(data, newT)11 if err != nil {12 fmt.Println("unmarshaling error: ", err)13 }14 if t.String() == newT.String() {15 fmt.Println("Timestamps are equal!")16 }17}

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Time

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1import (2func main() {3 t := time.Now()4 fmt.Println("time now is:", t)5 pt, err := ptypes.TimestampProto(t)6 if err != nil {7 fmt.Println("error in converting time to proto time")8 }9 fmt.Println("Proto time is:", pt)10}11import (12func main() {13 pt := &ptypes.Timestamp{14 }15 fmt.Println("Proto time is:", pt)16 t, err := ptypes.Timestamp(pt)17 if err != nil {18 fmt.Println("error in converting proto time to time")19 }20 fmt.Println("time is:", t)21}22import (23func main() {24 pt := &ptypes.Timestamp{25 }26 fmt.Println("Proto time is:", pt)27 t, err := ptypes.Timestamp(pt)28 if err != nil {29 fmt.Println("error in converting proto time to time")30 }31 fmt.Println("time is:", t)32}33import (34func main() {35 pt := &ptypes.Timestamp{36 }37 fmt.Println("Proto time is:", pt)38 t, err := ptypes.Timestamp(pt)39 if err != nil {40 fmt.Println("error in converting proto time to time")41 }42 fmt.Println("time is:", t)43}44import (45func main() {

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Time

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1import "google/protobuf/timestamp.proto";2message Test {3google.protobuf.Timestamp time = 1;4}5import "2.proto";6message Test2 {7Test test = 1;8}9import "1.proto";10message Test3 {11Test2 test = 1;12}13import "3.proto";14message Test4 {15Test3 test = 1;16}17import "3.proto";18message Test5 {19Test4 test = 1;20}21import "3.proto";22message Test6 {23Test5 test = 1;24}25import "3.proto";26message Test7 {27Test6 test = 1;28}29import "3.proto";30message Test8 {31Test7 test = 1;32}33import "3.proto";34message Test9 {35Test8 test = 1;36}37import "3.proto";38message Test10 {39Test9 test = 1;40}41import "3.proto";42message Test11 {43Test10 test = 1;44}45import "3.proto";46message Test12 {47Test11 test = 1;48}49import "3.proto";50message Test13 {51Test12 test = 1;52}53import "3.proto";54message Test14 {55Test13 test = 1;56}57import "3.proto";58message Test15 {59Test14 test = 1;60}61import "3.proto";62message Test16 {63Test15 test = 1;64}

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Time

Using AI Code Generation

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1func main() {2 ts := &timestamp.Timestamp{Seconds: 1000, Nanos: 0}3 t := time.Unix(ts.Seconds, int64(ts.Nanos))4 fmt.Println(t.Format(time.RFC3339))5}6func main() {7 ts := &timestamp.Timestamp{Seconds: 1000, Nanos: 0}8 t := time.Unix(ts.Seconds, int64(ts.Nanos))9 fmt.Println(t.Format(time.RFC3339))10}11func main() {12 ts := &timestamp.Timestamp{Seconds: 1000, Nanos: 0}13 t := time.Unix(ts.Seconds, int64(ts.Nanos

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