How to use DoAfter method of got Package

Best Got code snippet using got.DoAfter

drivers_test.go

Source:drivers_test.go Github

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...33 }34 err = d.addTask(TaskInit{35 Key: "somekey",36 Name: "testClear",37 DoAfter: time.Now(),38 CreatedBy: "test_runner",39 Data: map[string]interface{}{},40 })41 if err != nil {42 t.Error(err)43 continue44 }45 if err = checkLength(d, 1); err != nil {46 t.Error(err)47 continue48 }49 err = d.clear()50 if err != nil {51 t.Error(err)52 }53 if err = checkLength(d, 0); err != nil {54 t.Error(err)55 continue56 }57 }58}59func checkLength(d Driver, length int64) error {60 fetchedLength, err := d.getQueueLength()61 if err != nil {62 return err63 }64 if length != fetchedLength {65 return fmt.Errorf("expected length %d, but had %d", length, fetchedLength)66 }67 return nil68}69func TestCountTask(t *testing.T) {70 for _, d := range drivers {71 err := d.addTask(TaskInit{72 Key: "somekey",73 Name: "testCount",74 DoAfter: time.Now(),75 CreatedBy: "test_runner",76 Data: map[string]interface{}{},77 })78 if err != nil {79 t.Error(err)80 }81 err = d.addTask(TaskInit{82 Key: "somekey",83 Name: "testCount1",84 DoAfter: time.Now(),85 CreatedBy: "test_runner",86 Data: map[string]interface{}{},87 })88 if err != nil {89 t.Error(err)90 }91 totalLength, err := d.getQueueLength()92 if err != nil {93 t.Error(err)94 }95 if totalLength != 2 {96 t.Errorf("expected 2 tasks got %d", totalLength)97 }98 taskCount, err := d.getTaskCount("testCount")99 if err != nil {100 t.Error(err)101 }102 if taskCount != 1 {103 t.Errorf("expected 1 task with the name 'testCount' got %d", taskCount)104 }105 task, err := d.pop()106 if err != nil {107 t.Error(err)108 }109 err = d.complete(task, "test done")110 if err != nil {111 t.Error(err)112 }113 task, err = d.pop()114 if err != nil {115 t.Error(err)116 }117 err = d.fail(task, "test fail")118 if err != nil {119 t.Error(err)120 }121 taskCount, err = d.getTaskCount("testCount")122 if err != nil {123 t.Error(err)124 }125 if taskCount != 0 {126 t.Errorf("expected 0 task with the name 'testCount' got %d", taskCount)127 }128 }129}130func TestAddTask(t *testing.T) {131 for _, d := range drivers {132 taskKey := hashKey("something")133 data := map[string]interface{}{134 "exampleString": "val1",135 "exampleBool": true,136 }137 taskName := "testMSAddTask"138 err := d.addTask(TaskInit{139 Key: taskKey,140 Name: taskName,141 DoAfter: time.Now(),142 CreatedBy: "test_runner",143 Data: data,144 })145 if err != nil {146 t.Error(err)147 }148 }149}150func TestPop(t *testing.T) {151 taskKey := hashKey("customer_update:123")152 data := map[string]interface{}{153 "exampleString": "val1",154 "exampleBool": true,155 }156 taskName := "customer_update"157 for _, d := range drivers {158 // Clear the queue:159 err := d.clear()160 if err != nil {161 t.Error(err)162 }163 // First check for ErrNoTasks if we pop with no tasks:164 _, err = d.pop()165 if err != ErrNoTasks {166 if err != nil {167 t.Error(err)168 } else {169 t.Error("Expected ErrNoTasks but had no error")170 }171 continue172 }173 // Add a task to test with:174 err = d.addTask(TaskInit{175 Key: taskKey,176 Name: taskName,177 DoAfter: time.Now(),178 CreatedBy: "test_runner",179 Data: data,180 })181 if err != nil {182 t.Error(err)183 }184 // Pop task should return that task:185 task, err := d.pop()186 if err != nil {187 t.Error(err)188 continue189 }190 if task.Key != taskKey {191 t.Errorf("Key mismatch (%s): task.Key %s, taskKey %s", d.name(), task.Key, taskKey)192 }193 if task.Name != taskName {194 t.Errorf("Name mismatch (%s): task.Name %s, taskName %s", d.name(), task.Name, taskName)195 }196 if !reflect.DeepEqual(data, task.Data) {197 t.Errorf("Data mismatch (%s): task.Data: %+v, data: %+v", d.name(), task.Data, data)198 }199 // Clean up our pop:200 d.cleanup(task)201 }202}203func TestCompleteTask(t *testing.T) {204 // Case: items A, B, and C are created in order. Pop needs to grab oldest items in queue, but *most recent* for any particular taskName. In this case, C should be popped, and A and B never popped, and C's completion count as a completion for A and B. This way we avoid updating multiple times with the same data.205 tasks := []Task{206 {207 Key: "testCompleteTask1",208 Name: "testCompleteTask",209 Data: map[string]interface{}{"order": 1},210 },211 {212 Key: "testCompleteTask1",213 Name: "testCompleteTask",214 Data: map[string]interface{}{"order": 2},215 },216 {217 Key: "testCompleteTask1",218 Name: "testCompleteTask",219 Data: map[string]interface{}{"order": 3},220 },221 }222 for _, d := range drivers {223 // Clear the queue:224 err := d.clear()225 if err != nil {226 t.Error(err)227 continue228 }229 // Create tasks:230 for _, task := range tasks {231 err = d.addTask(TaskInit{232 Key: task.Key,233 Name: task.Name,234 DoAfter: time.Now(),235 CreatedBy: "test_runner",236 Data: task.Data,237 })238 time.Sleep(100 * time.Millisecond)239 if err != nil {240 t.Error(err)241 continue242 }243 }244 // Pop, contrary to name, should fetch oldest first:245 task, err := d.pop()246 if err != nil {247 t.Error(err)248 continue249 }250 if int(task.Data["order"].(float64)) != 1 {251 t.Errorf("Expected task to have 'order' of 1, but was %d", int(task.Data["order"].(float64)))252 continue253 }254 // Mark task as completed:255 err = d.complete(task, "None")256 if err != nil {257 t.Error(err)258 continue259 }260 // Pop new task, to check that we have none returned after third:261 for i := 0; i < 2; i++ {262 err = popAndComplete(d)263 if err != nil {264 t.Error(err)265 }266 }267 _, err = d.pop()268 if err != ErrNoTasks {269 if err != nil {270 t.Errorf("Expected ErrNoTasks but had: %s", err)271 } else {272 t.Error("Expected ErrNoTasks, but no error returned")273 }274 continue275 }276 }277}278func popAndComplete(d Driver) error {279 task, err := d.pop()280 if err != nil {281 return err282 }283 return d.complete(task, "None")284}285func TestPopNotDoneYet(t *testing.T) {286 // Case 1: item A is created and popped, requesting a customer update. Customer data is pulled from database and prepared to send to remote system. In the meantime, item B is added before A's action is completed. A now completes, and marks that taskName as completed. The systems are now out of sync because B required an update based on newer data, but A's action completion marked taskName as completed.287 tasks := []Task{288 {289 Key: "testCompleteTask1",290 Name: "testCompleteTask",291 Data: map[string]interface{}{"order": 1},292 },293 {294 Key: "testCompleteTask1",295 Name: "testCompleteTask",296 Data: map[string]interface{}{"order": 2},297 },298 {299 Key: "testCompleteTask1",300 Name: "testCompleteTask",301 Data: map[string]interface{}{"order": 3},302 },303 }304 for _, d := range drivers {305 // Clear the queue:306 err := d.clear()307 if err != nil {308 t.Error(err)309 continue310 }311 // Create the first two tasks:312 for i := 0; i < 2; i++ {313 task := tasks[i]314 err = d.addTask(TaskInit{315 Key: task.Key,316 Name: task.Name,317 DoAfter: time.Now(),318 CreatedBy: "test_runner",319 Data: task.Data,320 })321 time.Sleep(100 * time.Millisecond)322 if err != nil {323 t.Error(err)324 continue325 }326 }327 // Pop oldest, and it should be the "order"=2 task328 task, err := d.pop()329 if err != nil {330 t.Error(err)331 continue332 }333 if int(task.Data["order"].(float64)) != 1 {334 t.Errorf("Expected task to have 'order' of 1, but was %d", int(task.Data["order"].(float64)))335 continue336 }337 // Add the third task:338 err = d.addTask(TaskInit{339 Key: tasks[2].Key,340 Name: tasks[2].Name,341 DoAfter: time.Now(),342 CreatedBy: "test_runner",343 Data: tasks[2].Data,344 })345 if err != nil {346 t.Error(err)347 continue348 }349 // Mark task as completed:350 err = d.complete(task, "None")351 if err != nil {352 t.Error(err)353 continue354 }355 // Pop new task, to check that task with order 2 is returned:356 task, err = d.pop()357 if err != nil {358 t.Error(err)359 continue360 }361 if int(task.Data["order"].(float64)) != 2 {362 t.Errorf("Expected task to have 'order' of 2, but was %d", int(task.Data["order"].(float64)))363 continue364 }365 d.cleanup(task)366 }367}368func TestCancelTask(t *testing.T) {369 // Cancel a task. A task is cancelled when no action is found for a task370 tasks := []Task{371 {372 Key: "testCancelTask1",373 Name: "testCancelTask",374 Data: map[string]interface{}{},375 },376 }377 for _, d := range drivers {378 // Clear the queue:379 err := d.clear()380 if err != nil {381 t.Error(err)382 continue383 }384 // Create task:385 for _, task := range tasks {386 err = d.addTask(TaskInit{387 Key: task.Key,388 Name: task.Name,389 DoAfter: time.Now(),390 CreatedBy: "test_runner",391 Data: task.Data,392 })393 if err != nil {394 t.Error(err)395 continue396 }397 }398 // Pop most recent399 task, err := d.pop()400 if err != nil {401 t.Error(err)402 continue403 }404 // Mark task as cancelled:405 err = d.cancel(task, "Cancelled")406 if err != nil {407 t.Error(err)408 continue409 }410 // Pop new task, to check that we have none returned:411 task, err = d.pop()412 if err != ErrNoTasks {413 if err != nil {414 t.Errorf("Expected ErrNoTasks but had: %s", err)415 } else {416 t.Error("Expected ErrNoTasks, but no error returned")417 }418 continue419 }420 }421}422func TestFailTask(t *testing.T) {423 // Fail a task. A task is failed if there was an error when it returned424 tasks := []Task{425 {426 Key: "testFailTask1",427 Name: "testFailTask",428 Data: map[string]interface{}{},429 },430 }431 for _, d := range drivers {432 // Clear the queue:433 err := d.clear()434 if err != nil {435 t.Error(err)436 continue437 }438 // Create task:439 for _, task := range tasks {440 err = d.addTask(TaskInit{441 Key: task.Key,442 Name: task.Name,443 DoAfter: time.Now(),444 CreatedBy: "test_runner",445 Data: task.Data,446 })447 if err != nil {448 t.Error(err)449 continue450 }451 }452 // Pop most recent453 task, err := d.pop()454 if err != nil {455 t.Error(err)456 continue457 }458 // Mark task as failed:459 err = d.fail(task, "Cancelled")460 if err != nil {461 t.Error(err)462 continue463 }464 // Pop new task, to check that we have none returned:465 task, err = d.pop()466 if err != ErrNoTasks {467 if err != nil {468 t.Errorf("Expected ErrNoTasks but had: %s", err)469 } else {470 t.Error("Expected ErrNoTasks, but no error returned")471 }472 continue473 }474 }475}476func TestTaskOrders(t *testing.T) {477 // If task A is created first, then task B, task A should be popped first478 tasks := []Task{479 {480 Key: "TestTaskOrders1",481 Name: "FakeTaskType",482 Data: map[string]interface{}{"order": 1},483 },484 {485 Key: "TestTaskOrders2",486 Name: "FakeTaskType",487 Data: map[string]interface{}{"order": 2},488 },489 {490 Key: "TestTaskOrders3",491 Name: "FakeTaskType",492 Data: map[string]interface{}{"order": 3},493 },494 }495 for _, d := range drivers {496 // Clear the queue:497 err := d.clear()498 if err != nil {499 t.Error(err)500 continue501 }502 // Create the tasks503 for _, task := range tasks {504 err = d.addTask(TaskInit{505 Key: task.Key,506 Name: task.Name,507 DoAfter: time.Now(),508 CreatedBy: "test_runner",509 Data: task.Data,510 })511 time.Sleep(100 * time.Millisecond)512 if err != nil {513 t.Error(err)514 continue515 }516 }517 // Should now be able to fetch each task in the order they were added518 for _, task := range tasks {519 fetched, err := d.pop()520 if err != nil {521 t.Error(err)522 continue523 }524 if fetched.Key != task.Key {525 t.Errorf("Expected task with key %s, but had key %s", task.Key, fetched.Key)526 }527 err = d.complete(fetched, "Completed")528 if err != nil {529 t.Error(err)530 continue531 }532 }533 }534}535func TestTaskRetry(t *testing.T) {536 for _, d := range drivers {537 taskKey := "testTaskRetry1"538 // Clear the queue539 err := d.clear()540 if err != nil {541 t.Error(err)542 continue543 }544 err = d.addTask(TaskInit{545 Key: taskKey,546 Name: "testTaskRetry1",547 DoAfter: time.Now(),548 CreatedBy: "test_runner",549 Data: map[string]interface{}{},550 })551 if err != nil {552 t.Error(err)553 continue554 }555 // Fetch the task (which is only task in queue):556 task, err := d.pop()557 if err != nil {558 t.Error(err)559 continue560 }561 // Now we set this task as marked for retry:...

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actorloop.go

Source:actorloop.go Github

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...79 return func(st *Looper) {80 st.gutil = st.gutil.Before(before)81 }82}83// DoAfter will get called after the goroutine func, it can be deferred84func DoAfter(after func(), deferred ...bool) LooperOption {85 return func(st *Looper) {86 st.gutil = st.gutil.After(after, deferred...)87 }88}89// WithContext passes this context to the actor's Loop method90func WithContext(ctx context.Context) LooperOption {91 return func(st *Looper) {92 st.ctx = ctx93 }94}95// WithLogger uses this logger to log errors96func WithLogger(l Logger) LooperOption {97 return func(st *Looper) {98 st.l = l...

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utils_test.go

Source:utils_test.go Github

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...64 ut.Has(ut.Req("", s.URL("/c")).String(), "ysmood/got")65 ut.Req(http.MethodPost, s.URL("/d"), 1)66 ut.Req(http.MethodPost, s.URL("/f"), http.Header{"Test-Header": {"ok"}}, got.ReqMIME(".json"), 1)67 }68 ut.DoAfter(time.Hour, func() {})69 m := &mock{t: t}70 mut := got.New(m)71 m.msg = ""72 mut.Log("a", 1)73 ut.Eq(m.msg, "a 1\n")74 m.msg = ""75 ut.Panic(func() {76 buf := bytes.NewBufferString("a")77 mut.JSON(buf)78 })79 ut.Eq(m.msg, "invalid character 'a' looking for beginning of value\n")80 m.msg = ""81 ut.Panic(func() {82 mut.Fatal("test skip")...

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DoAfter

Using AI Code Generation

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1import (2func main() {3 fmt.Println("Start")4 got.DoAfter(2*time.Second, func() {5 fmt.Println("Done")6 })7 time.Sleep(3 * time.Second)8}9import (10func main() {11 fmt.Println("Start")12 got.DoAfter(2*time.Second, func() {13 fmt.Println("Done")14 })15 time.Sleep(3 * time.Second)16}17import (18func main() {19 fmt.Println("Start")20 got.DoAfter(2*time.Second, func() {21 fmt.Println("Done")22 })23 time.Sleep(3 * time.Second)24}25import (26func main() {27 fmt.Println("Start")28 got.DoAfter(2*time.Second, func() {29 fmt.Println("Done")30 })31 time.Sleep(3 * time.Second)32}33import (34func main() {35 fmt.Println("Start")36 got.DoAfter(2*time.Second, func() {37 fmt.Println("Done")38 })39 time.Sleep(3 * time.Second)40}41import (42func main() {43 fmt.Println("Start")44 got.DoAfter(2*time.Second, func() {45 fmt.Println("Done")46 })47 time.Sleep(3 * time.Second)48}49import (50func main() {51 fmt.Println("Start")52 got.DoAfter(2*time.Second, func() {53 fmt.Println("Done")54 })55 time.Sleep(3 * time.Second)56}57import (58func main() {59 fmt.Println("Start")

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DoAfter

Using AI Code Generation

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1import (2func main() {3 got := NewGot()4 got.DoAfter(5 * time.Second)5}6import (7func main() {8 got := NewGot()9 got.DoAfter(5 * time.Second)10}11import (12func main() {13 got := NewGot()14 got.DoAfter(5 * time.Second)15}16import (17func main() {18 got := NewGot()19 got.DoAfter(5 * time.Second)20}21import (22func main() {23 got := NewGot()24 got.DoAfter(5 * time.Second)25}26import (27func main() {28 got := NewGot()29 got.DoAfter(5 * time.Second)30}31import (32func main() {33 got := NewGot()34 got.DoAfter(5 * time.Second)35}36import (37func main() {38 got := NewGot()39 got.DoAfter(5 * time.Second)40}41import (42func main() {43 got := NewGot()44 got.DoAfter(5 * time.Second)45}46import (47func main() {48 got := NewGot()49 got.DoAfter(5 * time.Second)50}

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DoAfter

Using AI Code Generation

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1import (2func main() {3 got := &Got{}4 got.DoAfter(time.Second * 2, func() {5 fmt.Println("2 seconds have passed")6 })7}8type Got struct {9}10func (got *Got) DoAfter(d time.Duration, f func()) {11 go func() {12 time.Sleep(d)13 f()14 }()15}16import (17func main() {18 got := &Got{}19 got.DoAfter(time.Second * 2, func() {20 fmt.Println("2 seconds have passed")21 })22}23type Got struct {24}25func (got *Got) DoAfter(d time.Duration, f func()) {26 go func() {27 time.Sleep(d)28 f()29 }()30}31func (got *Got) DoAfter(d time.Duration, f func()) {32 go func() {33 time.Sleep(d)34 f()35 }()36}37func (got *Got) DoAfter(d time.Duration, f func()) {38 go func() {39 time.Sleep(d)40 f()41 }()42}43func (got *Got) DoAfter(d time.Duration, f func()) {44 go func() {45 time.Sleep(d)46 f()47 }()48}

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DoAfter

Using AI Code Generation

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1import (2func main() {3 fmt.Println("Hello, playground")4 got.DoAfter(3, func() {5 fmt.Println("This is a callback function")6 })7}8import (9func DoAfter(seconds int, callback func()) {10 time.Sleep(time.Duration(seconds) * time.Second)11 callback()12}

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DoAfter

Using AI Code Generation

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1import (2func main() {3 fmt.Println("Main method")4 got := Got{}5 got.DoAfter(func() {6 fmt.Println("After method")7 })8}9import (10func main() {11 fmt.Println("Main method")12 got := Got{}13 got.DoAfter(func() {14 fmt.Println("After method")15 })16}17import (18func main() {19 fmt.Println("Main method")20 got := Got{}21 got.DoAfter(func() {22 fmt.Println("After method")23 })24}25import (26func main() {27 fmt.Println("Main method")28 got := Got{}29 got.DoAfter(func() {30 fmt.Println("After method")31 })32}33import (34func main() {35 fmt.Println("Main method")36 got := Got{}37 got.DoAfter(func() {38 fmt.Println("After method")39 })40}41import (42func main() {43 fmt.Println("Main method")44 got := Got{}45 got.DoAfter(func() {46 fmt.Println("After method")47 })48}49import (50func main() {51 fmt.Println("Main method")52 got := Got{}53 got.DoAfter(func() {54 fmt.Println("After method")55 })56}57import (58func main() {59 fmt.Println("Main method")60 got := Got{}61 got.DoAfter(func() {62 fmt.Println("After method")63 })64}65import (66func main() {67 fmt.Println("Main method")68 got := Got{}

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DoAfter

Using AI Code Generation

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1got.DoAfter(5, func() {2 fmt.Println("Hello, World!")3})4got.DoAfter(5, func() {5 fmt.Println("Hello, World!")6})7got.DoAfter(5, func() {8 fmt.Println("Hello, World!")9})10got.DoAfter(5, func() {11 fmt.Println("Hello, World!")12})13got.DoAfter(5, func() {14 fmt.Println("Hello, World!")15})16got.DoAfter(5, func() {17 fmt.Println("Hello, World!")18})19got.DoAfter(5, func() {20 fmt.Println("Hello, World!")21})22got.DoAfter(5, func() {23 fmt.Println("Hello, World!")24})25got.DoAfter(5, func() {26 fmt.Println("Hello, World!")27})28got.DoAfter(5, func() {29 fmt.Println("Hello, World!")30})31got.DoAfter(5, func() {32 fmt.Println("Hello, World!")33})

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DoAfter

Using AI Code Generation

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1import (2type Got struct {3}4func main() {5 g := Got{6 DoAfter: func(d time.Duration, f func()) {7 time.AfterFunc(d, f)8 },9 }10 g.DoAfter(2*time.Second, func() {11 fmt.Println("Hello World")12 })13 time.Sleep(3 * time.Second)14}15GoLang: How to use time.AfterFunc() method16GoLang: How to use time.After() method17GoLang: How to use time.Ticker() method18GoLang: How to use time.Timer() method19GoLang: How to use time.Sleep() method20GoLang: How to use time.Now() method21GoLang: How to use time.Date() method22GoLang: How to use time.Parse() method23GoLang: How to use time.ParseDuration() method24GoLang: How to use time.Unix() method25GoLang: How to use time.UnixNano() method26GoLang: How to use time.Format() method27GoLang: How to use time.MarshalText() method28GoLang: How to use time.MarshalBinary() method29GoLang: How to use time.MarshalJSON() method30GoLang: How to use time.UnmarshalText() method31GoLang: How to use time.UnmarshalBinary() method32GoLang: How to use time.UnmarshalJSON() method33GoLang: How to use time.Sub() method34GoLang: How to use time.Add() method35GoLang: How to use time.AddDate() method36GoLang: How to use time.In() method37GoLang: How to use time.Equal() method38GoLang: How to use time.Before() method39GoLang: How to use time.After() method40GoLang: How to use time.Zone() method41GoLang: How to use time.UTC() method42GoLang: How to use time.Local() method43GoLang: How to use time.IsZero() method44GoLang: How to use time.Round() method45GoLang: How to use time.Truncate() method46GoLang: How to use time.Clock() method47GoLang: How to use time.Date() method

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