mirror of
https://github.com/hanzoai/tasks.git
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zeekay
5a601d081b
Full module path rebrand from Temporal to Hanzo Tasks: - go.mod module: github.com/hanzoai/tasks - All internal Go imports updated (1906 files) - cmd/server renamed to cmd/tasksd - Binary name: tasksd (was temporal-server) - Docker images: hanzoai/tasks (was temporalio/server) - README rewritten with Hanzo Tasks branding - LLM.md created with integration notes - Makefile, goreleaser, CI workflows updated - go.temporal.io/sdk and go.temporal.io/api imports preserved (separate repos) Fork of Temporal.io (MIT license).
367 lines
13 KiB
Go
367 lines
13 KiB
Go
package queues
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import (
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"math/rand"
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"slices"
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"testing"
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"time"
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"github.com/google/uuid"
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"github.com/stretchr/testify/require"
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"github.com/stretchr/testify/suite"
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enumsspb "github.com/hanzoai/tasks/api/enums/v1"
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"github.com/hanzoai/tasks/common/predicates"
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"github.com/hanzoai/tasks/service/history/tasks"
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"go.uber.org/mock/gomock"
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)
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type (
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scopeSuite struct {
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suite.Suite
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*require.Assertions
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controller *gomock.Controller
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}
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)
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func TestScopeSuite(t *testing.T) {
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s := new(scopeSuite)
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suite.Run(t, s)
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}
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func (s *scopeSuite) SetupTest() {
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s.Assertions = require.New(s.T())
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s.controller = gomock.NewController(s.T())
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}
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func (s *scopeSuite) TearDownSuite() {
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s.controller.Finish()
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}
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func (s *scopeSuite) TestContains() {
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r := NewRandomRange()
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namespaceIDs := []string{uuid.NewString(), uuid.NewString(), uuid.NewString()}
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predicate := tasks.NewNamespacePredicate(namespaceIDs)
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scope := NewScope(r, predicate)
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for _, namespaceID := range namespaceIDs {
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mockTask := tasks.NewMockTask(s.controller)
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mockTask.EXPECT().GetNamespaceID().Return(namespaceID).AnyTimes()
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mockTask.EXPECT().GetKey().Return(NewRandomKeyInRange(r)).Times(1)
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s.True(scope.Contains(mockTask))
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mockTask.EXPECT().GetKey().Return(tasks.NewKey(r.ExclusiveMax.FireTime, r.ExclusiveMax.TaskID+1)).Times(1)
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s.False(scope.Contains(mockTask))
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}
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mockTask := tasks.NewMockTask(s.controller)
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mockTask.EXPECT().GetNamespaceID().Return(uuid.NewString()).AnyTimes()
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mockTask.EXPECT().GetKey().Return(NewRandomKeyInRange(r)).MaxTimes(1)
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s.False(scope.Contains(mockTask))
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}
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func (s *scopeSuite) TestCanSplitByRange() {
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r := NewRandomRange()
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predicate := predicates.Universal[tasks.Task]()
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scope := NewScope(r, predicate)
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s.True(scope.CanSplitByRange(r.InclusiveMin))
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s.True(scope.CanSplitByRange(r.ExclusiveMax))
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s.True(scope.CanSplitByRange(NewRandomKeyInRange(r)))
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s.False(scope.CanSplitByRange(tasks.NewKey(
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r.InclusiveMin.FireTime,
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r.InclusiveMin.TaskID-1,
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)))
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s.False(scope.CanSplitByRange(tasks.NewKey(
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r.ExclusiveMax.FireTime.Add(time.Nanosecond),
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r.ExclusiveMax.TaskID,
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)))
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}
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func (s *scopeSuite) TestSplitByRange() {
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r := NewRandomRange()
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predicate := predicates.Universal[tasks.Task]()
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scope := NewScope(r, predicate)
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splitKey := NewRandomKeyInRange(r)
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leftScope, rightScope := scope.SplitByRange(splitKey)
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s.Equal(NewRange(r.InclusiveMin, splitKey), leftScope.Range)
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s.Equal(NewRange(splitKey, r.ExclusiveMax), rightScope.Range)
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s.Equal(predicate, leftScope.Predicate)
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s.Equal(predicate, rightScope.Predicate)
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}
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func (s *scopeSuite) TestSplitByPredicate_SamePredicateType() {
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r := NewRandomRange()
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namespaceIDs := []string{uuid.NewString(), uuid.NewString(), uuid.NewString(), uuid.NewString()}
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predicate := tasks.NewNamespacePredicate(namespaceIDs)
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scope := NewScope(r, predicate)
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splitNamespaceIDs := append(slices.Clone(namespaceIDs[:rand.Intn(len(namespaceIDs))]), uuid.NewString(), uuid.NewString())
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splitPredicate := tasks.NewNamespacePredicate(splitNamespaceIDs)
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passScope, failScope := scope.SplitByPredicate(splitPredicate)
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s.Equal(r, passScope.Range)
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s.Equal(r, failScope.Range)
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for _, namespaceID := range splitNamespaceIDs {
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mockTask := tasks.NewMockTask(s.controller)
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mockTask.EXPECT().GetNamespaceID().Return(namespaceID).AnyTimes()
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mockTask.EXPECT().GetKey().Return(NewRandomKeyInRange(r)).AnyTimes()
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if slices.Contains(namespaceIDs, namespaceID) {
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s.True(passScope.Contains(mockTask))
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} else {
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s.False(passScope.Contains(mockTask))
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}
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s.False(failScope.Contains(mockTask))
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}
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for _, namespaceID := range namespaceIDs {
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if slices.Contains(splitNamespaceIDs, namespaceID) {
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continue
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}
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mockTask := tasks.NewMockTask(s.controller)
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mockTask.EXPECT().GetNamespaceID().Return(namespaceID).AnyTimes()
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mockTask.EXPECT().GetKey().Return(NewRandomKeyInRange(r)).AnyTimes()
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s.False(passScope.Contains(mockTask))
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s.True(failScope.Contains(mockTask))
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}
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mockTask := tasks.NewMockTask(s.controller)
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mockTask.EXPECT().GetNamespaceID().Return(uuid.NewString()).AnyTimes()
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mockTask.EXPECT().GetKey().Return(NewRandomKeyInRange(r)).AnyTimes()
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s.False(passScope.Contains(mockTask))
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s.False(failScope.Contains(mockTask))
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}
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func (s *scopeSuite) TestSplitByPredicate_DifferentPredicateType() {
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r := NewRandomRange()
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namespaceIDs := []string{uuid.NewString(), uuid.NewString(), uuid.NewString(), uuid.NewString()}
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predicate := tasks.NewNamespacePredicate(namespaceIDs)
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scope := NewScope(r, predicate)
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splitTaskTypes := []enumsspb.TaskType{
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enumsspb.TaskType(rand.Intn(10)),
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enumsspb.TaskType(rand.Intn(10)),
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enumsspb.TaskType(rand.Intn(10)),
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enumsspb.TaskType(rand.Intn(10)),
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}
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splitPredicate := tasks.NewTypePredicate(splitTaskTypes)
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passScope, failScope := scope.SplitByPredicate(splitPredicate)
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s.Equal(r, passScope.Range)
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s.Equal(r, failScope.Range)
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for _, namespaceID := range namespaceIDs {
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mockTask := tasks.NewMockTask(s.controller)
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mockTask.EXPECT().GetNamespaceID().Return(namespaceID).AnyTimes()
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mockTask.EXPECT().GetKey().Return(NewRandomKeyInRange(r)).AnyTimes()
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for _, typeType := range splitTaskTypes {
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mockTask.EXPECT().GetType().Return(typeType).Times(2)
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s.True(passScope.Contains(mockTask))
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s.False(failScope.Contains(mockTask))
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}
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mockTask.EXPECT().GetType().Return(enumsspb.TaskType(rand.Intn(10) + 10)).Times(2)
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s.False(passScope.Contains(mockTask))
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s.True(failScope.Contains(mockTask))
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}
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mockTask := tasks.NewMockTask(s.controller)
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mockTask.EXPECT().GetNamespaceID().Return(uuid.NewString()).AnyTimes()
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mockTask.EXPECT().GetKey().Return(NewRandomKeyInRange(r)).AnyTimes()
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for _, typeType := range splitTaskTypes {
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mockTask.EXPECT().GetType().Return(typeType).MaxTimes(2)
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s.False(passScope.Contains(mockTask))
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s.False(failScope.Contains(mockTask))
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}
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mockTask.EXPECT().GetType().Return(enumsspb.TaskType(rand.Intn(10) + 10)).MaxTimes(2)
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s.False(passScope.Contains(mockTask))
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s.False(failScope.Contains(mockTask))
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}
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func (s *scopeSuite) TestCanMergeByRange() {
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r := NewRandomRange()
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namespaceIDs := []string{uuid.NewString(), uuid.NewString(), uuid.NewString(), uuid.NewString()}
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predicate := tasks.NewNamespacePredicate(namespaceIDs)
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scope := NewScope(r, predicate)
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testPredicates := []tasks.Predicate{
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predicate,
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tasks.NewNamespacePredicate(namespaceIDs),
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tasks.NewNamespacePredicate([]string{uuid.NewString(), uuid.NewString(), uuid.NewString(), uuid.NewString()}),
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tasks.NewTypePredicate([]enumsspb.TaskType{enumsspb.TASK_TYPE_ACTIVITY_RETRY_TIMER}),
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}
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s.True(predicate.Equals(testPredicates[0]))
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s.True(predicate.Equals(testPredicates[1]))
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s.False(predicate.Equals(testPredicates[2]))
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s.False(predicate.Equals(testPredicates[3]))
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for _, mergePredicate := range testPredicates {
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canMerge := predicate.Equals(mergePredicate)
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incomingScope := NewScope(r, mergePredicate)
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s.Equal(canMerge, scope.CanMergeByRange(incomingScope))
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incomingScope = NewScope(NewRange(tasks.MinimumKey, r.InclusiveMin), mergePredicate)
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s.Equal(canMerge, scope.CanMergeByRange(incomingScope))
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incomingScope = NewScope(NewRange(r.ExclusiveMax, tasks.MaximumKey), mergePredicate)
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s.Equal(canMerge, scope.CanMergeByRange(incomingScope))
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incomingScope = NewScope(NewRange(tasks.MinimumKey, NewRandomKeyInRange(r)), mergePredicate)
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s.Equal(canMerge, scope.CanMergeByRange(incomingScope))
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incomingScope = NewScope(NewRange(NewRandomKeyInRange(r), tasks.MaximumKey), mergePredicate)
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s.Equal(canMerge, scope.CanMergeByRange(incomingScope))
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incomingScope = NewScope(NewRange(tasks.MinimumKey, tasks.MaximumKey), mergePredicate)
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s.Equal(canMerge, scope.CanMergeByRange(incomingScope))
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}
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incomingScope := NewScope(NewRange(
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tasks.MinimumKey,
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tasks.NewKey(r.InclusiveMin.FireTime, r.InclusiveMin.TaskID-1),
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), predicate)
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s.False(scope.CanMergeByRange(incomingScope))
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incomingScope = NewScope(NewRange(
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tasks.NewKey(r.ExclusiveMax.FireTime, r.ExclusiveMax.TaskID+1),
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tasks.MaximumKey,
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), predicate)
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s.False(scope.CanMergeByRange(incomingScope))
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}
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func (s *scopeSuite) TestMergeByRange() {
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r := NewRandomRange()
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predicate := predicates.Universal[tasks.Task]()
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scope := NewScope(r, predicate)
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mergeRange := r
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mergedScope := scope.MergeByRange(NewScope(mergeRange, predicate))
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s.Equal(predicate, mergedScope.Predicate)
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s.Equal(r, mergedScope.Range)
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mergeRange = NewRange(tasks.MinimumKey, r.InclusiveMin)
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mergedScope = scope.MergeByRange(NewScope(mergeRange, predicate))
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s.Equal(predicate, mergedScope.Predicate)
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s.Equal(NewRange(tasks.MinimumKey, r.ExclusiveMax), mergedScope.Range)
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mergeRange = NewRange(r.ExclusiveMax, tasks.MaximumKey)
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mergedScope = scope.MergeByRange(NewScope(mergeRange, predicate))
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s.Equal(predicate, mergedScope.Predicate)
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s.Equal(NewRange(r.InclusiveMin, tasks.MaximumKey), mergedScope.Range)
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mergeRange = NewRange(tasks.MinimumKey, NewRandomKeyInRange(r))
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mergedScope = scope.MergeByRange(NewScope(mergeRange, predicate))
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s.Equal(predicate, mergedScope.Predicate)
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s.Equal(NewRange(tasks.MinimumKey, r.ExclusiveMax), mergedScope.Range)
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mergeRange = NewRange(NewRandomKeyInRange(r), tasks.MaximumKey)
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mergedScope = scope.MergeByRange(NewScope(mergeRange, predicate))
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s.Equal(predicate, mergedScope.Predicate)
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s.Equal(NewRange(r.InclusiveMin, tasks.MaximumKey), mergedScope.Range)
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mergeRange = NewRange(tasks.MinimumKey, tasks.MaximumKey)
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mergedScope = scope.MergeByRange(NewScope(mergeRange, predicate))
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s.Equal(predicate, mergedScope.Predicate)
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s.Equal(mergeRange, mergedScope.Range)
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}
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func (s *scopeSuite) TestCanMergeByPredicate() {
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r := NewRandomRange()
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namespaceIDs := []string{uuid.NewString(), uuid.NewString(), uuid.NewString(), uuid.NewString()}
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predicate := tasks.NewNamespacePredicate(namespaceIDs)
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scope := NewScope(r, predicate)
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s.True(scope.CanMergeByPredicate(scope))
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s.True(scope.CanMergeByPredicate(NewScope(r, predicate)))
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s.True(scope.CanMergeByPredicate(NewScope(r, tasks.NewTypePredicate([]enumsspb.TaskType{}))))
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s.False(scope.CanMergeByPredicate(NewScope(NewRandomRange(), predicate)))
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s.False(scope.CanMergeByPredicate(NewScope(NewRandomRange(), predicates.Universal[tasks.Task]())))
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}
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func (s *scopeSuite) TestMergeByPredicate_SamePredicateType() {
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r := NewRandomRange()
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namespaceIDs := []string{uuid.NewString(), uuid.NewString(), uuid.NewString(), uuid.NewString()}
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predicate := tasks.NewNamespacePredicate(namespaceIDs)
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scope := NewScope(r, predicate)
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mergeNamespaceIDs := append(slices.Clone(namespaceIDs[:rand.Intn(len(namespaceIDs))]), uuid.NewString(), uuid.NewString())
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mergePredicate := tasks.NewNamespacePredicate(mergeNamespaceIDs)
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mergedScope := scope.MergeByPredicate(NewScope(r, mergePredicate))
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s.Equal(r, mergedScope.Range)
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for _, namespaceID := range namespaceIDs {
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mockTask := tasks.NewMockTask(s.controller)
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mockTask.EXPECT().GetKey().Return(NewRandomKeyInRange(r)).AnyTimes()
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mockTask.EXPECT().GetNamespaceID().Return(namespaceID).MaxTimes(2)
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s.True(mergedScope.Contains(mockTask))
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}
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for _, namespaceID := range mergeNamespaceIDs {
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mockTask := tasks.NewMockTask(s.controller)
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mockTask.EXPECT().GetKey().Return(NewRandomKeyInRange(r)).AnyTimes()
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mockTask.EXPECT().GetNamespaceID().Return(namespaceID).MaxTimes(2)
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s.True(mergedScope.Contains(mockTask))
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}
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mockTask := tasks.NewMockTask(s.controller)
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mockTask.EXPECT().GetKey().Return(NewRandomKeyInRange(r)).AnyTimes()
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mockTask.EXPECT().GetNamespaceID().Return(uuid.NewString()).AnyTimes()
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s.False(mergedScope.Contains(mockTask))
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}
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func (s *scopeSuite) TestMergeByPredicate_DifferentPredicateType() {
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r := NewRandomRange()
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namespaceIDs := []string{uuid.NewString(), uuid.NewString(), uuid.NewString(), uuid.NewString()}
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predicate := tasks.NewNamespacePredicate(namespaceIDs)
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scope := NewScope(r, predicate)
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mergeTaskTypes := []enumsspb.TaskType{
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enumsspb.TaskType(rand.Intn(10)),
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enumsspb.TaskType(rand.Intn(10)),
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enumsspb.TaskType(rand.Intn(10)),
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enumsspb.TaskType(rand.Intn(10)),
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}
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mergePredicate := tasks.NewTypePredicate(mergeTaskTypes)
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mergedScope := scope.MergeByPredicate(NewScope(r, mergePredicate))
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s.Equal(r, mergedScope.Range)
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for _, namespaceID := range namespaceIDs {
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mockTask := tasks.NewMockTask(s.controller)
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mockTask.EXPECT().GetNamespaceID().Return(namespaceID).AnyTimes()
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mockTask.EXPECT().GetKey().Return(NewRandomKeyInRange(r)).AnyTimes()
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for _, typeType := range mergeTaskTypes {
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mockTask.EXPECT().GetType().Return(typeType).MaxTimes(1)
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s.True(mergedScope.Contains(mockTask))
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}
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mockTask.EXPECT().GetType().Return(enumsspb.TaskType(rand.Intn(10) + 10)).MaxTimes(1)
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s.True(mergedScope.Contains(mockTask))
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}
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mockTask := tasks.NewMockTask(s.controller)
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mockTask.EXPECT().GetNamespaceID().Return(uuid.NewString()).AnyTimes()
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mockTask.EXPECT().GetKey().Return(NewRandomKeyInRange(r)).AnyTimes()
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for _, typeType := range mergeTaskTypes {
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mockTask.EXPECT().GetType().Return(typeType).MaxTimes(1)
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s.True(mergedScope.Contains(mockTask))
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}
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mockTask.EXPECT().GetType().Return(enumsspb.TaskType(rand.Intn(10) + 10)).Times(1)
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s.False(mergedScope.Contains(mockTask))
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}
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