task

package
v0.0.0-...-fd96df4 Latest Latest
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 Go to latest Published: Dec 20, 2024 License: Apache-2.0 Imports: 43 Imported by: 122

Documentation

Overview

Package task models the task, the simplest unit of execution for Evergreen.

Index

Constants

View Source 
const (
	Collection    = "tasks"
	OldCollection = "old_tasks"
)
View Source 
const (

	// UnschedulableThreshold is the threshold after which a task waiting to
	// dispatch should be unscheduled due to staleness.
	UnschedulableThreshold = 7 * 24 * time.Hour
)
View Source 
const VersionLimit = 50

Variables

View Source 
var (
	// BSON fields for the task struct
	IdKey                          = bsonutil.MustHaveTag(Task{}, "Id")
	SecretKey                      = bsonutil.MustHaveTag(Task{}, "Secret")
	CreateTimeKey                  = bsonutil.MustHaveTag(Task{}, "CreateTime")
	DispatchTimeKey                = bsonutil.MustHaveTag(Task{}, "DispatchTime")
	ScheduledTimeKey               = bsonutil.MustHaveTag(Task{}, "ScheduledTime")
	ContainerAllocatedTimeKey      = bsonutil.MustHaveTag(Task{}, "ContainerAllocatedTime")
	StartTimeKey                   = bsonutil.MustHaveTag(Task{}, "StartTime")
	FinishTimeKey                  = bsonutil.MustHaveTag(Task{}, "FinishTime")
	ActivatedTimeKey               = bsonutil.MustHaveTag(Task{}, "ActivatedTime")
	DependenciesMetTimeKey         = bsonutil.MustHaveTag(Task{}, "DependenciesMetTime")
	VersionKey                     = bsonutil.MustHaveTag(Task{}, "Version")
	ProjectKey                     = bsonutil.MustHaveTag(Task{}, "Project")
	RevisionKey                    = bsonutil.MustHaveTag(Task{}, "Revision")
	LastHeartbeatKey               = bsonutil.MustHaveTag(Task{}, "LastHeartbeat")
	ActivatedKey                   = bsonutil.MustHaveTag(Task{}, "Activated")
	ContainerAllocatedKey          = bsonutil.MustHaveTag(Task{}, "ContainerAllocated")
	ContainerAllocationAttemptsKey = bsonutil.MustHaveTag(Task{}, "ContainerAllocationAttempts")
	DeactivatedForDependencyKey    = bsonutil.MustHaveTag(Task{}, "DeactivatedForDependency")
	BuildIdKey                     = bsonutil.MustHaveTag(Task{}, "BuildId")
	DistroIdKey                    = bsonutil.MustHaveTag(Task{}, "DistroId")
	SecondaryDistrosKey            = bsonutil.MustHaveTag(Task{}, "SecondaryDistros")
	BuildVariantKey                = bsonutil.MustHaveTag(Task{}, "BuildVariant")
	DependsOnKey                   = bsonutil.MustHaveTag(Task{}, "DependsOn")
	UnattainableDependencyKey      = bsonutil.MustHaveTag(Task{}, "UnattainableDependency")
	OverrideDependenciesKey        = bsonutil.MustHaveTag(Task{}, "OverrideDependencies")
	NumDependentsKey               = bsonutil.MustHaveTag(Task{}, "NumDependents")
	DisplayNameKey                 = bsonutil.MustHaveTag(Task{}, "DisplayName")
	ExecutionPlatformKey           = bsonutil.MustHaveTag(Task{}, "ExecutionPlatform")
	HostIdKey                      = bsonutil.MustHaveTag(Task{}, "HostId")
	PodIDKey                       = bsonutil.MustHaveTag(Task{}, "PodID")
	AgentVersionKey                = bsonutil.MustHaveTag(Task{}, "AgentVersion")
	ExecutionKey                   = bsonutil.MustHaveTag(Task{}, "Execution")
	LatestParentExecutionKey       = bsonutil.MustHaveTag(Task{}, "LatestParentExecution")
	OldTaskIdKey                   = bsonutil.MustHaveTag(Task{}, "OldTaskId")
	ArchivedKey                    = bsonutil.MustHaveTag(Task{}, "Archived")
	CanResetKey                    = bsonutil.MustHaveTag(Task{}, "CanReset")
	CheckRunIdKey                  = bsonutil.MustHaveTag(Task{}, "CheckRunId")
	RevisionOrderNumberKey         = bsonutil.MustHaveTag(Task{}, "RevisionOrderNumber")
	RequesterKey                   = bsonutil.MustHaveTag(Task{}, "Requester")
	StatusKey                      = bsonutil.MustHaveTag(Task{}, "Status")
	DetailsKey                     = bsonutil.MustHaveTag(Task{}, "Details")
	AbortedKey                     = bsonutil.MustHaveTag(Task{}, "Aborted")
	AbortInfoKey                   = bsonutil.MustHaveTag(Task{}, "AbortInfo")
	TimeTakenKey                   = bsonutil.MustHaveTag(Task{}, "TimeTaken")
	ExpectedDurationKey            = bsonutil.MustHaveTag(Task{}, "ExpectedDuration")
	ExpectedDurationStddevKey      = bsonutil.MustHaveTag(Task{}, "ExpectedDurationStdDev")
	DurationPredictionKey          = bsonutil.MustHaveTag(Task{}, "DurationPrediction")
	PriorityKey                    = bsonutil.MustHaveTag(Task{}, "Priority")
	ActivatedByKey                 = bsonutil.MustHaveTag(Task{}, "ActivatedBy")
	StepbackInfoKey                = bsonutil.MustHaveTag(Task{}, "StepbackInfo")
	ExecutionTasksKey              = bsonutil.MustHaveTag(Task{}, "ExecutionTasks")
	DisplayOnlyKey                 = bsonutil.MustHaveTag(Task{}, "DisplayOnly")
	DisplayTaskIdKey               = bsonutil.MustHaveTag(Task{}, "DisplayTaskId")
	ParentPatchIDKey               = bsonutil.MustHaveTag(Task{}, "ParentPatchID")
	TaskGroupKey                   = bsonutil.MustHaveTag(Task{}, "TaskGroup")
	TaskGroupMaxHostsKey           = bsonutil.MustHaveTag(Task{}, "TaskGroupMaxHosts")
	TaskGroupOrderKey              = bsonutil.MustHaveTag(Task{}, "TaskGroupOrder")
	GenerateTaskKey                = bsonutil.MustHaveTag(Task{}, "GenerateTask")
	GeneratedTasksKey              = bsonutil.MustHaveTag(Task{}, "GeneratedTasks")
	GeneratedByKey                 = bsonutil.MustHaveTag(Task{}, "GeneratedBy")
	TaskOutputInfoKey              = bsonutil.MustHaveTag(Task{}, "TaskOutputInfo")
	ResultsServiceKey              = bsonutil.MustHaveTag(Task{}, "ResultsService")
	HasCedarResultsKey             = bsonutil.MustHaveTag(Task{}, "HasCedarResults")
	ResultsFailedKey               = bsonutil.MustHaveTag(Task{}, "ResultsFailed")
	IsGithubCheckKey               = bsonutil.MustHaveTag(Task{}, "IsGithubCheck")
	HostCreateDetailsKey           = bsonutil.MustHaveTag(Task{}, "HostCreateDetails")

	GeneratedJSONAsStringKey               = bsonutil.MustHaveTag(Task{}, "GeneratedJSONAsString")
	GeneratedJSONStorageMethodKey          = bsonutil.MustHaveTag(Task{}, "GeneratedJSONStorageMethod")
	GenerateTasksErrorKey                  = bsonutil.MustHaveTag(Task{}, "GenerateTasksError")
	GeneratedTasksToActivateKey            = bsonutil.MustHaveTag(Task{}, "GeneratedTasksToActivate")
	NumGeneratedTasksKey                   = bsonutil.MustHaveTag(Task{}, "NumGeneratedTasks")
	EstimatedNumGeneratedTasksKey          = bsonutil.MustHaveTag(Task{}, "EstimatedNumGeneratedTasks")
	NumActivatedGeneratedTasksKey          = bsonutil.MustHaveTag(Task{}, "NumActivatedGeneratedTasks")
	EstimatedNumActivatedGeneratedTasksKey = bsonutil.MustHaveTag(Task{}, "EstimatedNumActivatedGeneratedTasks")
	ResetWhenFinishedKey                   = bsonutil.MustHaveTag(Task{}, "ResetWhenFinished")
	ResetFailedWhenFinishedKey             = bsonutil.MustHaveTag(Task{}, "ResetFailedWhenFinished")
	NumAutomaticRestartsKey                = bsonutil.MustHaveTag(Task{}, "NumAutomaticRestarts")
	IsAutomaticRestartKey                  = bsonutil.MustHaveTag(Task{}, "IsAutomaticRestart")
	CommitQueueMergeKey                    = bsonutil.MustHaveTag(Task{}, "CommitQueueMerge")
	DisplayStatusKey                       = bsonutil.MustHaveTag(Task{}, "DisplayStatus")
	DisplayStatusCacheKey                  = bsonutil.MustHaveTag(Task{}, "DisplayStatusCache")
	BaseTaskKey                            = bsonutil.MustHaveTag(Task{}, "BaseTask")
	BuildVariantDisplayNameKey             = bsonutil.MustHaveTag(Task{}, "BuildVariantDisplayName")
	IsEssentialToSucceedKey                = bsonutil.MustHaveTag(Task{}, "IsEssentialToSucceed")
	HasAnnotationsKey                      = bsonutil.MustHaveTag(Task{}, "HasAnnotations")
	NumNextTaskDispatchesKey               = bsonutil.MustHaveTag(Task{}, "NumNextTaskDispatches")
	CachedProjectStorageMethodKey          = bsonutil.MustHaveTag(Task{}, "CachedProjectStorageMethod")
)
View Source 
var (
	// BSON fields for stepback information
	LastFailingStepbackTaskIdKey = bsonutil.MustHaveTag(StepbackInfo{}, "LastFailingStepbackTaskId")
	LastPassingStepbackTaskIdKey = bsonutil.MustHaveTag(StepbackInfo{}, "LastPassingStepbackTaskId")
	NextStepbackTaskIdKey        = bsonutil.MustHaveTag(StepbackInfo{}, "NextStepbackTaskId")
	PreviousStepbackTaskIdKey    = bsonutil.MustHaveTag(StepbackInfo{}, "PreviousStepbackTaskId")
	GeneratedStepbackInfoKey     = bsonutil.MustHaveTag(StepbackInfo{}, "GeneratedStepbackInfo")
	StepbackInfoDisplayNameKey   = bsonutil.MustHaveTag(StepbackInfo{}, "DisplayName")
	StepbackInfoBuildVariantKey  = bsonutil.MustHaveTag(StepbackInfo{}, "BuildVariant")
)
View Source 
var (
	// BSON fields for task status details struct
	TaskEndDetailStatus      = bsonutil.MustHaveTag(apimodels.TaskEndDetail{}, "Status")
	TaskEndDetailTimedOut    = bsonutil.MustHaveTag(apimodels.TaskEndDetail{}, "TimedOut")
	TaskEndDetailType        = bsonutil.MustHaveTag(apimodels.TaskEndDetail{}, "Type")
	TaskEndDetailDescription = bsonutil.MustHaveTag(apimodels.TaskEndDetail{}, "Description")
)
View Source 
var (
	// BSON fields for task dependency struct
	DependencyTaskIdKey             = bsonutil.MustHaveTag(Dependency{}, "TaskId")
	DependencyStatusKey             = bsonutil.MustHaveTag(Dependency{}, "Status")
	DependencyUnattainableKey       = bsonutil.MustHaveTag(Dependency{}, "Unattainable")
	DependencyFinishedKey           = bsonutil.MustHaveTag(Dependency{}, "Finished")
	DependencyOmitGeneratedTasksKey = bsonutil.MustHaveTag(Dependency{}, "OmitGeneratedTasks")
)
View Source 
var (
	FinishedOpts = []bson.M{{
		StatusKey: bson.M{
			"$in": []string{
				evergreen.TaskFailed,
				evergreen.TaskSucceeded,
			},
		},
	},
	}

	// This should reflect Task.GetDisplayStatus()
	DisplayStatusExpression = bson.M{
		"$switch": bson.M{
			"branches": []bson.M{
				{
					"case": bson.M{
						"$eq": []interface{}{"$" + HasAnnotationsKey, true},
					},
					"then": evergreen.TaskKnownIssue,
				},
				{
					"case": bson.M{
						"$eq": []interface{}{"$" + AbortedKey, true},
					},
					"then": evergreen.TaskAborted,
				},
				{
					"case": bson.M{
						"$eq": []string{"$" + StatusKey, evergreen.TaskSucceeded},
					},
					"then": evergreen.TaskSucceeded,
				},
				{
					"case": bson.M{
						"$eq": []string{"$" + bsonutil.GetDottedKeyName(DetailsKey, TaskEndDetailType), evergreen.CommandTypeSetup},
					},
					"then": evergreen.TaskSetupFailed,
				},
				{
					"case": bson.M{
						"$and": []bson.M{
							{"$eq": []string{"$" + bsonutil.GetDottedKeyName(DetailsKey, TaskEndDetailType), evergreen.CommandTypeSystem}},
							{"$eq": []interface{}{"$" + bsonutil.GetDottedKeyName(DetailsKey, TaskEndDetailTimedOut), true}},
							{"$eq": []string{"$" + bsonutil.GetDottedKeyName(DetailsKey, TaskEndDetailDescription), evergreen.TaskDescriptionHeartbeat}},
						},
					},
					"then": evergreen.TaskSystemUnresponse,
				},
				{
					"case": bson.M{
						"$and": []bson.M{
							{"$eq": []string{"$" + bsonutil.GetDottedKeyName(DetailsKey, TaskEndDetailType), evergreen.CommandTypeSystem}},
							{"$eq": []interface{}{"$" + bsonutil.GetDottedKeyName(DetailsKey, TaskEndDetailTimedOut), true}},
						},
					},
					"then": evergreen.TaskSystemTimedOut,
				},
				{
					"case": bson.M{
						"$eq": []string{"$" + bsonutil.GetDottedKeyName(DetailsKey, TaskEndDetailType), evergreen.CommandTypeSystem},
					},
					"then": evergreen.TaskSystemFailed,
				},
				{
					"case": bson.M{
						"$eq": []interface{}{"$" + bsonutil.GetDottedKeyName(DetailsKey, TaskEndDetailTimedOut), true},
					},
					"then": evergreen.TaskTimedOut,
				},

				{
					"case": bson.M{
						"$and": []bson.M{
							{"$eq": []interface{}{"$" + ActivatedKey, false}},
							{"$eq": []string{"$" + StatusKey, evergreen.TaskUndispatched}},
						},
					},
					"then": evergreen.TaskUnscheduled,
				},

				{
					"case": bson.M{
						"$and": []bson.M{
							{"$eq": []string{"$" + StatusKey, evergreen.TaskUndispatched}},
							{"$ne": []interface{}{"$" + OverrideDependenciesKey, true}},
							isUnattainable,
						},
					},
					"then": evergreen.TaskStatusBlocked,
				},

				{
					"case": bson.M{
						"$and": []bson.M{
							{"$eq": []string{"$" + StatusKey, evergreen.TaskUndispatched}},
							{"$eq": []interface{}{"$" + ActivatedKey, true}},
						},
					},
					"then": evergreen.TaskWillRun,
				},
			},
			"default": "$" + StatusKey,
		},
	}
)
View Source 
var (
	ActivatedTasksByDistroIndex = bson.D{
		{Key: DistroIdKey, Value: 1},
		{Key: StatusKey, Value: 1},
		{Key: ActivatedKey, Value: 1},
		{Key: PriorityKey, Value: 1},
		{Key: OverrideDependenciesKey, Value: 1},
		{Key: UnattainableDependencyKey, Value: 1},
	}
)
View Source 
var All = db.Query(nil)

All returns all tasks.

View Source 
var (
	AllStatuses = "*"
)
View Source 
var BaseTaskStatusKey = bsonutil.GetDottedKeyName(BaseTaskKey, StatusKey)
View Source 
var DurationIndex = bson.D{
	{Key: ProjectKey, Value: 1},
	{Key: BuildVariantKey, Value: 1},
	{Key: DisplayNameKey, Value: 1},
	{Key: StatusKey, Value: 1},
	{Key: FinishTimeKey, Value: 1},
	{Key: StartTimeKey, Value: 1},
}
View Source 
var (
	IsDispatchedOrStarted = bson.M{
		StatusKey: bson.M{"$in": []string{evergreen.TaskStarted, evergreen.TaskDispatched}},
	}
)
View Source 
var StatusFields = []string{
	BuildIdKey,
	DisplayNameKey,
	StatusKey,
	DetailsKey,
	StartTimeKey,
	TimeTakenKey,
	ActivatedKey,
	DependsOnKey,
}

Functions

func AbortAndMarkResetTasksForBuild 

func AbortAndMarkResetTasksForBuild(ctx context.Context, buildID string, taskIDs []string, caller string) error

AbortAndMarkResetTasksForBuild aborts and marks in-progress tasks to reset from the specified task IDs and build ID. If no task IDs are specified, all in-progress tasks belonging to the build are aborted and marked to reset.

func AbortAndMarkResetTasksForVersion 

func AbortAndMarkResetTasksForVersion(ctx context.Context, versionID string, taskIDs []string, caller string) error

AbortAndMarkResetTasksForVersion aborts and marks in-progress tasks to reset from the specified task IDs and version ID. If no task IDs are specified, all in-progress tasks belonging to the version are aborted and marked to reset.

func AbortBuildTasks 

func AbortBuildTasks(buildId string, reason AbortInfo) error

AbortBuildTasks sets the abort flag on all tasks associated with the build which are in an abortable

func AbortVersionTasks 

func AbortVersionTasks(versionId string, reason AbortInfo) error

AbortVersionTasks sets the abort flag on all tasks associated with the version which are in an abortable state

func ActivateTasks 

func ActivateTasks(tasks []Task, activationTime time.Time, updateDependencies bool, caller string) error

ActivateTasks sets all given tasks to active, logs them as activated, and proceeds to activate any dependencies that were deactivated.

func ActivateTasksByIdsWithDependencies 

func ActivateTasksByIdsWithDependencies(ids []string, caller string) error

ActivateTasksByIdsWithDependencies activates the given tasks and their dependencies.

func AddDisplayTaskIdToExecTasks 

func AddDisplayTaskIdToExecTasks(displayTaskId string, execTasksToUpdate []string) error

func AddExecTasksToDisplayTask 

func AddExecTasksToDisplayTask(displayTaskId string, execTasks []string, displayTaskActivated bool) error

func AddGeneratedStepbackInfoForGenerator 

func AddGeneratedStepbackInfoForGenerator(taskId string, s StepbackInfo) error

AddGeneratedStepbackInfoForGenerator appends a new StepbackInfo to the task's GeneratedStepbackInfo.

func AddHostCreateDetails 

func AddHostCreateDetails(taskId, hostId string, execution int, hostCreateError error) error

func AddIssueToAnnotation 

func AddIssueToAnnotation(ctx context.Context, taskId string, execution int, issue annotations.IssueLink, username string) error

AddIssueToAnnotation adds an issue onto an existing annotation and marks its associated task document as having annotations.

func Aggregate 

func Aggregate(pipeline []bson.M, results interface{}) error

func AnyActiveTasks 

func AnyActiveTasks(tasks []Task) bool

func ArchiveMany 

func ArchiveMany(ctx context.Context, tasks []Task) error

ArchiveMany accepts tasks and display tasks (no execution tasks). The function expects that each one is going to be archived and progressed to the next execution. For execution tasks in display tasks, it will properly account for archiving only tasks that should be if failed.

func ByAborted 

func ByAborted(aborted bool) bson.M

ByAborted creates a query to return tasks with an aborted state

func ByActivatedBeforeRevisionWithStatuses 

func ByActivatedBeforeRevisionWithStatuses(revisionOrder int, statuses []string, buildVariant string, displayName string, project string) (bson.M, []string)

func ByActivation 

func ByActivation(active bool) bson.M

ByActivation creates a query to return tasks with an activated state

func ByBeforeRevision 

func ByBeforeRevision(revisionOrder int, buildVariant, displayName, project, requester string) (bson.M, []string)

func ByBeforeRevisionWithStatusesAndRequesters 

func ByBeforeRevisionWithStatusesAndRequesters(revisionOrder int, statuses []string, buildVariant, displayName, project string, requesters []string) bson.M

func ByBuildId 

func ByBuildId(buildId string) bson.M

ByBuildId creates a query to return tasks with a certain build id

func ByBuildIdAndGithubChecks 

func ByBuildIdAndGithubChecks(buildId string) bson.M

ByBuildIdAndGithubChecks creates a query to return github check tasks with a certain build ID.

func ByBuildIds 

func ByBuildIds(buildIds []string) bson.M

ByBuildIds creates a query to return tasks in buildsIds

func ByCommit 

func ByCommit(revision, buildVariant, displayName, project, requester string) bson.M

ByCommit creates a query on Evergreen as the requester on a revision, buildVariant, displayName and project.

func ByDifferentFailedBuildVariants 

func ByDifferentFailedBuildVariants(revision, buildVariant, displayName, project, requester string) bson.M

ByDifferentFailedBuildVariants returns a query for all failed tasks on a revision that are not of a buildVariant

func ByExecutionPlatform 

func ByExecutionPlatform(platform ExecutionPlatform) bson.M

ByExecutionPlatform returns the query to find tasks matching the given execution platform. If the empty string is given, the task is assumed to be the default of ExecutionPlatformHost.

func ByExecutionTask 

func ByExecutionTask(taskId string) bson.M

func ByExecutionTasks 

func ByExecutionTasks(ids []string) bson.M

func ById 

func ById(id string) bson.M

ById creates a query that finds a task by its _id.

func ByIdAndExecution 

func ByIdAndExecution(id string, execution int) bson.M

ByIdAndExecution creates a query that finds a task by its _id and execution.

func ByIds 

func ByIds(ids []string) bson.M

ByIds creates a query that finds all tasks with the given ids.

func ByIdsAndStatus 

func ByIdsAndStatus(taskIds []string, statuses []string) bson.M

ByIdsBuildIdAndStatus creates a query to return tasks with a certain build id and statuses

func ByOldTaskID 

func ByOldTaskID(id string) bson.M

func ByPreviousCommit 

func ByPreviousCommit(buildVariant, displayName, project, requester string, order int) bson.M

ByPreviousCommit creates a query on Evergreen as the requester on a previous revision with the same buildVariant, displayName and project

func ByStaleRunningTask 

func ByStaleRunningTask(staleness time.Duration) bson.M

ByStaleRunningTask creates a query that finds any running tasks whose last heartbeat was at least the specified threshold ago.

func ByStatuses 

func ByStatuses(statuses []string, buildVariant, displayName, project, requester string) bson.M

func ByTimeStartedAndFailed 

func ByTimeStartedAndFailed(startTime, endTime time.Time, commandTypes []string) bson.M

ByTimeStartedAndFailed returns all failed tasks that started or finished between 2 given times

func ByVersion 

func ByVersion(version string) bson.M

ByVersion creates a query to return tasks with a certain version id

func ByVersionWithChildTasks 

func ByVersionWithChildTasks(version string) bson.M

ByVersionWithChildTasks creates a query to return tasks or child tasks associated with the given version.

func ByVersions 

func ByVersions(versionIDs []string) bson.M

ByVersions produces a query that returns tasks for the given version.

func ByVersionsForNameAndVariant 

func ByVersionsForNameAndVariant(versions, displayNames []string, buildVariant string) bson.M

func ByVersionsWithChildTasks 

func ByVersionsWithChildTasks(versionIDs []string) bson.M

ByVersionsWithChildTasks produces a query that returns tasks and child tasks for the given version.

func CheckUsersPatchTaskLimit 

func CheckUsersPatchTaskLimit(requester, username string, includeDisplayAndTaskGroups bool, tasks ...Task) error

CheckUsersPatchTaskLimit takes in an input list of tasks that is set to get activated, and checks if they're non commit-queue patch tasks, and that the request has been submitted by a user. If so, the maximum hourly patch tasks counter will be incremented accordingly. The includeDisplayAndTaskGroups parameter indicates that execution tasks and single host task group tasks are to be counted as part of the limit update, otherwise they will be ignored.

func Count 

func Count(query db.Q) (int, error)

Count returns the number of tasks that satisfy the given query.

func CountActivatedTasksForVersion 

func CountActivatedTasksForVersion(versionId string) (int, error)

func CountLargeParserProjectTasks 

func CountLargeParserProjectTasks() (int, error)

CountLargeParserProjectTasks counts the number of tasks running with parser projects stored in s3.

func CountNumExecutionsForInterval 

func CountNumExecutionsForInterval(input NumExecutionsForIntervalInput) (int, error)

func DeactivateDependencies 

func DeactivateDependencies(tasks []string, caller string) error

DeactivateDependencies gets all tasks that are blocked by the given tasks (this could be 1st level or recursive) and deactivates them. Then it sends out the event logs for the deactivation.

func DeactivateStepbackTask 

func DeactivateStepbackTask(ctx context.Context, projectId, buildVariantName, taskName, caller string) error

DeactivateStepbackTask deactivates and aborts the matching stepback task.

func DeactivateTasks 

func DeactivateTasks(tasks []Task, updateDependencies bool, caller string) error

func DisplayTasksByVersion 

func DisplayTasksByVersion(version string, includeNeverActivatedTasks bool) bson.M

DisplayTasksByVersion produces a query that returns all display tasks for the given version.

func FailedTasksByIds 

func FailedTasksByIds(taskIds []string) bson.M

func FailedTasksByVersion 

func FailedTasksByVersion(version string) bson.M

FailedTasksByVersion produces a query that returns all failed tasks for the given version.

func FindAllTaskIDsFromBuild 

func FindAllTaskIDsFromBuild(buildId string) ([]string, error)

FindAllTaskIDsFromBuild returns a list of task IDs associated with a build.

func FindAllTaskIDsFromVersion 

func FindAllTaskIDsFromVersion(versionId string) ([]string, error)

FindAllTaskIDsFromVersion returns a list of task IDs associated with a version.

func FindExecTasksToReset 

func FindExecTasksToReset(t *Task) ([]string, error)

func FindProjectForTask 

func FindProjectForTask(taskID string) (string, error)

func FindTaskNamesByBuildVariant 

func FindTaskNamesByBuildVariant(projectId string, buildVariant string, repoOrderNumber int) ([]string, error)

FindTaskNamesByBuildVariant returns a list of unique task names for a given build variant

func FindVariantsWithTask 

func FindVariantsWithTask(taskName, project string, orderMin, orderMax int) ([]string, error)

FindVariantsWithTask returns a list of build variants between specified commits that contain a specific task name

func GeneratedJSONInsert 

func GeneratedJSONInsert(ctx context.Context, settings *evergreen.Settings, t *Task, files GeneratedJSONFiles, method evergreen.ParserProjectStorageMethod) error

GeneratedJSONInsert is a convenience wrapper to insert all generated JSON files for the given task to persistent storage.

func GeneratedJSONInsertWithS3Fallback 

func GeneratedJSONInsertWithS3Fallback(ctx context.Context, settings *evergreen.Settings, t *Task, files GeneratedJSONFiles, method evergreen.ParserProjectStorageMethod) (evergreen.ParserProjectStorageMethod, error)

GeneratedJSONInsertWithS3Fallback attempts to insert the generated JSON files into persistent storage using the given storage method. If it fails due to DB document size limitations, it will attempt to fall back to using S3 to store it. If it succeeds, this returns the actual storage method used to persist the generated JSON files; otherwise, it returns the originally-requested storage method.

func GetBaseStatusesForActivatedTasks 

func GetBaseStatusesForActivatedTasks(ctx context.Context, versionID string, baseVersionID string) ([]string, error)

GetBaseStatusesForActivatedTasks returns the base statuses for activated tasks on a version.

func GetFormattedTimeSpent 

func GetFormattedTimeSpent(tasks []Task) (string, string)

GetFormattedTimeSpent returns the total time_taken and makespan of tasks as a formatted string

func GetLatestExecution 

func GetLatestExecution(taskId string) (int, error)

func GetPendingGenerateTasks 

func GetPendingGenerateTasks(ctx context.Context) (int, error)

GetPendingGenerateTasks returns an estimated number of tasks the current dispatched tasks will generate.

func GetResultCountList 

func GetResultCountList(statuses []StatusItem) map[string][]Stat

func GetSystemFailureDetails 

func GetSystemFailureDetails(description string) apimodels.TaskEndDetail

GetSystemFailureDetails returns a task's end details based on an input description.

func GetTaskStatusesByVersion 

func GetTaskStatusesByVersion(ctx context.Context, versionID string) ([]string, error)

GetTaskStatusesByVersion gets all unique task display statuses for a specific version

func GetTimeSpent 

func GetTimeSpent(tasks []Task) (time.Duration, time.Duration)

GetTimeSpent returns the total time_taken and makespan of tasks

func HasActivatedDependentTasks 

func HasActivatedDependentTasks(taskId string) (bool, error)

HasActivatedDependentTasks returns true if there are active tasks waiting on the given task.

func HasMatchingTasks 

func HasMatchingTasks(ctx context.Context, versionID string, opts HasMatchingTasksOptions) (bool, error)

HasMatchingTasks returns true if the version has tasks with the given statuses

func HasUnfinishedTaskForVersions 

func HasUnfinishedTaskForVersions(versionIds []string, taskName, variantName string) (bool, error)

HasUnfinishedTaskForVersions returns true if there are any scheduled but unfinished tasks matching the given conditions.

func MakeOldID 

func MakeOldID(taskID string, execution int) string

func MarkGeneratedTasks 

func MarkGeneratedTasks(taskID string) error

MarkGeneratedTasks marks that the task has generated tasks.

func MarkGeneratedTasksErr 

func MarkGeneratedTasksErr(taskID string, errorToSet error) error

MarkGeneratedTasksErr marks that the task hit errors generating tasks.

func MarkTasksAsContainerDeallocated 

func MarkTasksAsContainerDeallocated(taskIDs []string) error

MarkTasksAsContainerDeallocated marks multiple container tasks as no longer allocated containers.

func MoveIssueToSuspectedIssue 

func MoveIssueToSuspectedIssue(ctx context.Context, taskId string, taskExecution int, issue annotations.IssueLink, username string) error

MoveIssueToSuspectedIssue removes an issue from an existing annotation and adds it to its suspected issues, and unsets its associated task document as having annotations if this was the last issue removed from the annotation.

func MoveSuspectedIssueToIssue 

func MoveSuspectedIssueToIssue(ctx context.Context, taskId string, taskExecution int, issue annotations.IssueLink, username string) error

MoveSuspectedIssueToIssue removes a suspected issue from an existing annotation and adds it to its issues, and marks its associated task document as having annotations.

func NonExecutionTasksByVersions 

func NonExecutionTasksByVersions(versions []string) bson.M

NonExecutionTasksByVersions will filter out newer execution tasks that store if they have a display task. Old execution tasks without display task ID populated will still be returned.

func PatchAnnotation 

func PatchAnnotation(ctx context.Context, a *annotations.TaskAnnotation, userDisplayName string, upsert bool) error

PatchAnnotation adds issues onto existing annotations, and marks its associated task document as having annotations if the patch includes a non-nil Issues field.

func PotentiallyBlockedTasksByIds 

func PotentiallyBlockedTasksByIds(taskIds []string) bson.M

PotentiallyBlockedTasksByIds finds tasks with the given task ids that have dependencies (these could be completed or not), do not have override dependencies set to true, and the dependencies met time has not been set.

func Remove 

func Remove(id string) error

Remove deletes the task of the given id from the database

func RemoveIssueFromAnnotation 

func RemoveIssueFromAnnotation(ctx context.Context, taskId string, execution int, issue annotations.IssueLink) error

RemoveIssueFromAnnotation removes an issue from an existing annotation, and unsets its associated task document as having annotations if this was the last issue removed from the annotation.

func ResetTasks 

func ResetTasks(tasks []Task, caller string) error

ResetTasks performs the same DB updates as (*Task).Reset, but resets many tasks instead of a single one.

func ScheduledContainerTasksQuery 

func ScheduledContainerTasksQuery() bson.M

ScheduledContainerTasksQuery returns a query indicating if the container is in a state where it is scheduled to run and is logically equivalent to (Task).isContainerScheduled. This encompasses two potential states:

  1. A container is not yet allocated to the task but it's ready to be allocated one. Note that this is a subset of all tasks that could eventually run (i.e. evergreen.TaskWillRun from (Task).GetDisplayStatus), because a container task is not scheduled until all of its dependencies have been met.
  2. The container is allocated but the agent has not picked up the task yet.

func SetGeneratedStepbackInfoForGenerator 

func SetGeneratedStepbackInfoForGenerator(ctx context.Context, taskId string, s StepbackInfo) error

SetGeneratedStepbackInfoForGenerator sets the StepbackInfo's GeneratedStepbackInfo element with the same DisplayName and BuildVariant as the input StepbackInfo.

func SetLastAndPreviousStepbackIds 

func SetLastAndPreviousStepbackIds(taskId string, s StepbackInfo) error

SetLastAndPreviousStepbackIds sets the LastFailingStepbackTaskId, LastPassingStepbackTaskId, and PreviousStepbackTaskId for a given task id.

func SetNextStepbackId 

func SetNextStepbackId(taskId string, s StepbackInfo) error

SetNextStepbackId sets the NextStepbackTaskId for a given task id.

func SetTasksScheduledTime 

func SetTasksScheduledTime(tasks []Task, scheduledTime time.Time) error

SetTasksScheduledTime takes a list of tasks and a time, and then sets the scheduled time in the database for the tasks if it is currently unset

func TaskSliceToMap 

func TaskSliceToMap(tasks []Task) map[string]Task

func TasksByBuildIdPipeline 

func TasksByBuildIdPipeline(buildId, taskId, taskStatus string,
	limit, sortDir int) []bson.M

TasksByBuildIdPipeline fetches the pipeline to get the retrieve all tasks associated with a given build.

func TasksByProjectAndCommitPipeline 

func TasksByProjectAndCommitPipeline(opts GetTasksByProjectAndCommitOptions) []bson.M

TasksByProjectAndCommitPipeline fetches the pipeline to get the retrieve all mainline commit tasks associated with a given project and commit hash. Filtering by task status, task name, and buildvariant name are optionally available.

func UndispatchedContainerTasksQuery 

func UndispatchedContainerTasksQuery() bson.M

UndispatchedContainerTasksQuery returns a query retrieving all undispatched container tasks.

func UpdateAll 

func UpdateAll(query interface{}, update interface{}) (*adb.ChangeInfo, error)

func UpdateAllWithHint 

func UpdateAllWithHint(ctx context.Context, query interface{}, update interface{}, hint interface{}) (*adb.ChangeInfo, error)

func UpdateHasAnnotations 

func UpdateHasAnnotations(ctx context.Context, taskId string, execution int, hasAnnotations bool) error

UpdateHasAnnotations updates a task's HasAnnotations flag, indicating if there are any annotations with populated IssuesKey for its id / execution pair.

func UpdateOne 

func UpdateOne(query interface{}, update interface{}) error

UpdateOne updates one task.

func UpdateOneContext 

func UpdateOneContext(ctx context.Context, query interface{}, update interface{}) error

func UpdateSchedulingLimit 

func UpdateSchedulingLimit(username, requester string, numTasksModified int, activated bool) error

UpdateSchedulingLimit retrieves a user from the DB and updates their hourly scheduling limit info if they are not a service user.

func UpsertAnnotation 

func UpsertAnnotation(ctx context.Context, a *annotations.TaskAnnotation, userDisplayName string) error

UpsertAnnotation upserts a task annotation, and marks its associated task document as having annotations if the upsert includes a non-nil Issues field.

Types

type AbortInfo 

type AbortInfo struct {
	User       string `bson:"user,omitempty" json:"user,omitempty"`
	TaskID     string `bson:"task_id,omitempty" json:"task_id,omitempty"`
	NewVersion string `bson:"new_version,omitempty" json:"new_version,omitempty"`
	PRClosed   bool   `bson:"pr_closed,omitempty" json:"pr_closed,omitempty"`
}

type BaseTaskInfo 

type BaseTaskInfo struct {
	Id     string `bson:"_id" json:"id"`
	Status string `bson:"status" json:"status"`
}

BaseTaskInfo is a subset of task fields that should be returned for patch tasks. The bson keys must match those of the actual task document

type BuildVariantTuple 

type BuildVariantTuple struct {
	BuildVariant string `bson:"build_variant"`
	DisplayName  string `bson:"build_variant_display_name"`
}

func FindUniqueBuildVariantNamesByTask 

func FindUniqueBuildVariantNamesByTask(projectId string, taskName string, repoOrderNumber int) ([]*BuildVariantTuple, error)

FindUniqueBuildVariantNamesByTask returns a list of unique build variants names and their display names for a given task name. It attempts to return the most recent display name for each build variant to avoid returning duplicates caused by display names changing. It only checks the last 50 versions that ran for a given task name.

type ByPriority 

type ByPriority []Task

ByPriority sorts execution tasks within a parent display task according to their display statuses (and has nothing to do with its scheduling priority).

func (ByPriority) Len 

func (p ByPriority) Len() int

func (ByPriority) Less 

func (p ByPriority) Less(i, j int) bool

func (ByPriority) Swap 

func (p ByPriority) Swap(i, j int)

type ContainerOptions 

type ContainerOptions struct {
	CPU        int    `bson:"cpu,omitempty" json:"cpu"`
	MemoryMB   int    `bson:"memory_mb,omitempty" json:"memory_mb"`
	WorkingDir string `bson:"working_dir,omitempty" json:"working_dir"`
	Image      string `bson:"image,omitempty" json:"image"`
	// RepoCredsName is the name of the project container secret containing the
	// repository credentials.
	RepoCredsName  string                   `bson:"repo_creds_name,omitempty" json:"repo_creds_name"`
	OS             evergreen.ContainerOS    `bson:"os,omitempty" json:"os"`
	Arch           evergreen.ContainerArch  `bson:"arch,omitempty" json:"arch"`
	WindowsVersion evergreen.WindowsVersion `bson:"windows_version,omitempty" json:"windows_version"`
}

ContainerOptions represent options to create the container to run a task.

func (ContainerOptions) IsZero 

func (o ContainerOptions) IsZero() bool

IsZero implements the bsoncodec.Zeroer interface for the sake of defining the zero value for BSON marshalling.

type Dependency 

type Dependency struct {
	TaskId       string `bson:"_id" json:"id"`
	Status       string `bson:"status" json:"status"`
	Unattainable bool   `bson:"unattainable" json:"unattainable"`
	// Finished indicates if the task's dependency has finished running or not.
	Finished bool `bson:"finished" json:"finished"`
	// OmitGeneratedTasks causes tasks that depend on a generator task to not depend on
	// the generated tasks if this is set
	OmitGeneratedTasks bool `bson:"omit_generated_tasks,omitempty" json:"omit_generated_tasks,omitempty"`
}

Dependency represents a task that must be completed before the owning task can be scheduled.

func GetAllDependencies 

func GetAllDependencies(taskIDs []string, taskMap map[string]*Task) ([]Dependency, error)

GetAllDependencies returns all the dependencies the tasks in taskIDs rely on

func (*Dependency) SetBSON 

func (d *Dependency) SetBSON(raw mgobson.Raw) error

SetBSON allows us to use dependency representation of both just task Ids and of true Dependency structs. 

TODO eventually drop all of this switching

func (*Dependency) UnmarshalBSON 

func (d *Dependency) UnmarshalBSON(in []byte) error

type DependencyCycles 

type DependencyCycles [][]TaskNode

DependencyCycles is a jagged array of node cycles.

func (DependencyCycles) String 

func (dc DependencyCycles) String() string

String represents DependencyCycles as a string.

type DependencyEdge 

type DependencyEdge struct {
	// Status is the status specified by the dependency, if any.
	Status string
	// From is the node the edge begins from.
	From TaskNode
	// To is the node the edge points to.
	To TaskNode
}

DependencyEdge is a representation of a dependency in the graph.

type DependencyGraph 

type DependencyGraph struct {
	// contains filtered or unexported fields
}

DependencyGraph models task dependency relationships as a directed graph. Use NewDependencyGraph to initialize a new DependencyGraph.

func NewDependencyGraph 

func NewDependencyGraph(transposed bool) DependencyGraph

NewDependencyGraph returns an initialized DependencyGraph. transposed determines the direction of edges in the graph. If transposed is false, edges point from dependent tasks to the tasks they depend on. If transposed is true, edges point from depended on tasks to the tasks that depend on them.

func VersionDependencyGraph 

func VersionDependencyGraph(versionID string, transposed bool) (DependencyGraph, error)

VersionDependencyGraph finds all the tasks from the version given by versionID and constructs a DependencyGraph from them.

func (*DependencyGraph) AddEdge 

func (g *DependencyGraph) AddEdge(dependentTask, dependedOnTask TaskNode, status string)

AddEdge adds an edge between tasks in the graph. The edge direction is determined by whether the DependencyGraph is transposed. Noop if one of the nodes doesn't exist in the graph.

func (*DependencyGraph) AddTaskNode 

func (g *DependencyGraph) AddTaskNode(tNode TaskNode)

AddTaskNode adds a node to the graph.

func (*DependencyGraph) Cycles 

func (g *DependencyGraph) Cycles() DependencyCycles

Cycles returns cycles in the graph, if any. Self-loops are also considered cycles.

func (*DependencyGraph) DepthFirstSearch 

func (g *DependencyGraph) DepthFirstSearch(start, target TaskNode, traverseEdge func(edge DependencyEdge) bool) bool

DepthFirstSearch begins a DFS from start and returns whether target is reachable. If traverseEdge is not nil an edge is only traversed if traverseEdge returns true on that edge.

func (*DependencyGraph) EdgesIntoTask 

func (g *DependencyGraph) EdgesIntoTask(t TaskNode) []DependencyEdge

EdgesIntoTask returns all the edges that point to t. For a regular graph these edges are tasks that directly depend on t. If the graph is transposed these edges are tasks t directly depends on.

func (*DependencyGraph) GetDependencyEdge 

func (g *DependencyGraph) GetDependencyEdge(fromTask, toTask TaskNode) *DependencyEdge

GetDependencyEdge returns a pointer to the edge from fromNode to toNode. If the edge doesn't exist it returns nil.

func (*DependencyGraph) Nodes 

func (g *DependencyGraph) Nodes() []TaskNode

Nodes returns a slice of all the task nodes in the graph.

func (*DependencyGraph) TopologicalStableSort 

func (g *DependencyGraph) TopologicalStableSort() ([]TaskNode, error)

TopologicalStableSort sorts the nodes in the graph topologically. It is stable in the sense that when a topological ordering is ambiguous the order the tasks were added to the graph prevails. To sort with all dependent tasks before the tasks they depend on use the default graph. To sort with all depended on tasks before the tasks that depend on them use a transposed graph.

type DisplayTaskCache 

type DisplayTaskCache struct {
	// contains filtered or unexported fields
}

func NewDisplayTaskCache 

func NewDisplayTaskCache() DisplayTaskCache

func (*DisplayTaskCache) Get 

func (c *DisplayTaskCache) Get(t *Task) (*Task, error)

func (*DisplayTaskCache) List 

func (c *DisplayTaskCache) List() []*Task

type ExecutionPlatform 

type ExecutionPlatform string

ExecutionPlatform indicates the type of environment that the task runs in. 

const (
	// ExecutionPlatformHost indicates that the task runs in a host.
	ExecutionPlatformHost ExecutionPlatform = "host"
	// ExecutionPlatformContainer indicates that the task runs in a container.
	ExecutionPlatformContainer ExecutionPlatform = "container"
)

type GeneratedJSONFileStorage 

type GeneratedJSONFileStorage interface {
	// FindByTaskID finds all generated JSON files for a given task.
	Find(ctx context.Context, t *Task) (GeneratedJSONFiles, error)
	// Insert inserts all the generated JSON files for the given task. If any
	// of the files already exist, they are replaced.
	Insert(ctx context.Context, t *Task, files GeneratedJSONFiles) error
}

GeneratedJSONFileStorage is an interface for accessing a task's generated JSON for generate.tasks to update the project YAML.

func GetGeneratedJSONFileStorage 

func GetGeneratedJSONFileStorage(ctx context.Context, settings *evergreen.Settings, method evergreen.ParserProjectStorageMethod) (GeneratedJSONFileStorage, error)

GetGeneratedJSONFileStorage returns the generated JSON file storage mechanism to access the persistent copy of it. Users of the returned GeneratedJSONFileStorage must call Close once they are finished using it.

type GeneratedJSONFiles 

type GeneratedJSONFiles []string

GeneratedJSONFiles represent files used by a task for generate.tasks to update the project YAML.

func GeneratedJSONFind 

func GeneratedJSONFind(ctx context.Context, settings *evergreen.Settings, t *Task) (GeneratedJSONFiles, error)

GeneratedJSONFind is a convenience wrapper to insert all generated JSON files for the given task to persistent storage.

type GeneratedTaskInfo 

type GeneratedTaskInfo struct {
	TaskID                  string
	TaskName                string
	BuildID                 string
	BuildVariant            string
	BuildVariantDisplayName string
}

GeneratedTaskInfo contains basic information about a generated task.

func FindGeneratedTasksFromID 

func FindGeneratedTasksFromID(generatorID string) ([]GeneratedTaskInfo, error)

FindGeneratedTasksFromID finds all tasks that were generated by the given generator task and returns the filtered information.

type GetTasksByProjectAndCommitOptions 

type GetTasksByProjectAndCommitOptions struct {
	Project        string
	CommitHash     string
	StartingTaskId string
	Status         string
	VariantName    string
	VariantRegex   string
	TaskName       string
	Limit          int
}

type GetTasksByVersionOptions 

type GetTasksByVersionOptions struct {
	Statuses                   []string
	BaseStatuses               []string
	Variants                   []string
	TaskNames                  []string
	Page                       int
	Limit                      int
	FieldsToProject            []string
	Sorts                      []TasksSortOrder
	IncludeExecutionTasks      bool
	IncludeNeverActivatedTasks bool // NeverActivated tasks are tasks that lack an activation time
	BaseVersionID              string
}

type GroupedTaskStatusCount 

type GroupedTaskStatusCount struct {
	Variant      string         `bson:"variant"`
	DisplayName  string         `bson:"display_name"`
	StatusCounts []*StatusCount `bson:"status_counts"`
}

func GetGroupedTaskStatsByVersion 

func GetGroupedTaskStatsByVersion(ctx context.Context, versionID string, opts GetTasksByVersionOptions) ([]*GroupedTaskStatusCount, error)

type HasMatchingTasksOptions 

type HasMatchingTasksOptions struct {
	TaskNames                  []string
	Variants                   []string
	Statuses                   []string
	IncludeNeverActivatedTasks bool
	UseSlowAnnotationsLookup   bool
}

type HostCreateDetail 

type HostCreateDetail struct {
	HostId string `bson:"host_id" json:"host_id"`
	Error  string `bson:"error" json:"error"`
}

type NumExecutionsForIntervalInput 

type NumExecutionsForIntervalInput struct {
	ProjectId    string
	BuildVarName string
	TaskName     string
	Requesters   []string
	StartTime    time.Time
	EndTime      time.Time
}

type PriorityBreakdown 

type PriorityBreakdown struct {
	// InitialPriorityImpact represents how much of the total priority can be attributed to the
	// original priority set on a task.
	InitialPriorityImpact int64
	// TaskGroupImpact represents how much of the total priority can be attributed to a
	// task being in a task group.
	TaskGroupImpact int64
	// GeneratorTaskImpact represents how much of the total priority can be attributed to a
	// task having a generate.tasks command in it.
	GeneratorTaskImpact int64
	// CommitQueueImpact represents how much of the total priority can be attributed to a task
	// being in the commit queue.
	CommitQueueImpact int64
}

PriorityBreakdown contains information on how much various factors impacted the custom priority value that is used in the queue sorting value equation.

type RankValueBreakdown 

type RankValueBreakdown struct {
	// CommitQueueImpact represents how much of the total rank value can be attributed to a task
	// being in the commit queue.
	CommitQueueImpact int64
	// NumDependentsImpact represents how much of the total rank value can be attributed to the number
	// of tasks that are dependents of a task.
	NumDependentsImpact int64
	// EstimatedRuntimeImpact represents how much of the total rank value can be attributed to the
	// estimated runtime of a task.
	EstimatedRuntimeImpact int64
	// MainlineWaitTimeImpact represents how much of the total rank value can be attributed to
	// how long a mainline task has been waiting for dispatch.
	MainlineWaitTimeImpact int64
	// StepbackImpact represents how much of the total rank value can be attributed to
	// a task being activated by the stepback process.
	StepbackImpact int64
	// PatchImpact represents how much of the total rank value can be attributed to a task
	// being part of a patch.
	PatchImpact int64
	// PatchWaitTimeImpact represents how much of the total rank value can be attributed to
	// how long a patch task has been waiting for dispatch.
	PatchWaitTimeImpact int64
}

RankValueBreakdown contains information on how much various factors impacted the custom rank value that is used in the queue sorting value equation.

type ResultCounts 

type ResultCounts struct {
	Total              int `json:"total"`
	Inactive           int `json:"inactive"`
	Unstarted          int `json:"unstarted"`
	Started            int `json:"started"`
	Succeeded          int `json:"succeeded"`
	Failed             int `json:"failed"`
	SetupFailed        int `json:"setup-failed"`
	SystemFailed       int `json:"system-failed"`
	SystemUnresponsive int `json:"system-unresponsive"`
	SystemTimedOut     int `json:"system-timed-out"`
	TestTimedOut       int `json:"test-timed-out"`

	message.Base `json:"metadata,omitempty"`
	// contains filtered or unexported fields
}

ResultCounts stores a collection of counters related to.

This type implements the grip/message.Composer interface and may be passed directly to grip loggers.

func GetResultCounts 

func GetResultCounts(tasks []Task) *ResultCounts

GetResultCounts takes a list of tasks and collects their outcomes using the same status as the.

func (*ResultCounts) Loggable 

func (c *ResultCounts) Loggable() bool

func (*ResultCounts) Raw 

func (c *ResultCounts) Raw() interface{}

func (*ResultCounts) String 

func (c *ResultCounts) String() string

type SortingValueBreakdown 

type SortingValueBreakdown struct {
	TaskGroupLength    int64
	TotalValue         int64
	PriorityBreakdown  PriorityBreakdown
	RankValueBreakdown RankValueBreakdown
}

SortingValueBreakdown is the full breakdown of the final value used to sort on in the queue, with accompanying breakdowns of priority and rank value.

type Stat 

type Stat struct {
	Name  string `bson:"name"`
	Count int    `bson:"count"`
}

type StatusCount 

type StatusCount struct {
	Status string `bson:"status"`
	Count  int    `bson:"count"`
}

type StatusItem 

type StatusItem struct {
	Status string `bson:"status"`
	Stats  []Stat `bson:"stats"`
}

func GetRecentTaskStats 

func GetRecentTaskStats(period time.Duration, nameKey string) ([]StatusItem, error)

type StepbackInfo 

type StepbackInfo struct {
	// LastFailingStepbackTaskId stores the last failing task while doing stepback.
	LastFailingStepbackTaskId string `bson:"last_failing_stepback_task_id,omitempty" json:"last_failing_stepback_task_id"`
	// LastPassingStepbackTaskId stores the last passing task while doing stepback.
	LastPassingStepbackTaskId string `bson:"last_passing_stepback_task_id,omitempty" json:"last_passing_stepback_task_id"`
	// NextStepbackTaskId stores the next task id to stepback to when doing bisect stepback. This
	// is the middle of LastFailingStepbackTaskId and LastPassingStepbackTaskId of the last iteration.
	NextStepbackTaskId string `bson:"next_stepback_task_id,omitempty" json:"next_stepback_task_id"`
	// PreviousStepbackTaskId stores the last stepback iteration id.
	PreviousStepbackTaskId string `bson:"previous_stepback_task_id,omitempty" json:"previous_stepback_task_id"`
	// GeneratedStepbackInfo stores information on a generator for it's generated tasks.
	GeneratedStepbackInfo []StepbackInfo `bson:"generated_stepback_info,omitempty" json:"generated_stepback_info,omitempty"`

	// Generator fields only (responsible for propogating stepback in its generated tasks).
	// DisplayName is the display name of the generated task.
	DisplayName string `bson:"display_name,omitempty" json:"display_name,omitempty"`
	// BuildVariant is the build variant of the generated task.
	BuildVariant string `bson:"build_variant,omitempty" json:"build_variant,omitempty"`
}

StepbackInfo helps determine which task to bisect to when performing stepback.

func (*StepbackInfo) GetStepbackInfoForGeneratedTask 

func (s *StepbackInfo) GetStepbackInfoForGeneratedTask(displayName string, buildVariant string) *StepbackInfo

GetStepbackInfoForGeneratedTask returns the StepbackInfo for a generated task that's on a generator task.

func (*StepbackInfo) IsZero 

func (s *StepbackInfo) IsZero() bool

IsZero returns true if the StepbackInfo is empty or nil. It does not include GeneratedStepbackInfo in the check because those do not cause a generator to stepback.

type SyncAtEndOptions 

type SyncAtEndOptions struct {
	Enabled  bool          `bson:"enabled,omitempty" json:"enabled,omitempty"`
	Statuses []string      `bson:"statuses,omitempty" json:"statuses,omitempty"`
	Timeout  time.Duration `bson:"timeout,omitempty" json:"timeout,omitempty"`
}

type Task 

type Task struct {
	Id     string `bson:"_id" json:"id"`
	Secret string `bson:"secret" json:"secret"`

	// time information for task
	// CreateTime - the creation time for the task, derived from the commit time or the patch creation time.
	// DispatchTime - the time the task runner starts up the agent on the host.
	// ScheduledTime - the time the task is scheduled.
	// StartTime - the time the agent starts the task on the host after spinning it up.
	// FinishTime - the time the task was completed on the remote host.
	// ActivatedTime - the time the task was marked as available to be scheduled, automatically or by a developer.
	// DependenciesMet - for tasks that have dependencies, the time all dependencies are met.
	// ContainerAllocated - for tasks that run on containers, the time the container was allocated.
	CreateTime             time.Time `bson:"create_time" json:"create_time"`
	IngestTime             time.Time `bson:"injest_time" json:"ingest_time"`
	DispatchTime           time.Time `bson:"dispatch_time" json:"dispatch_time"`
	ScheduledTime          time.Time `bson:"scheduled_time" json:"scheduled_time"`
	StartTime              time.Time `bson:"start_time" json:"start_time"`
	FinishTime             time.Time `bson:"finish_time" json:"finish_time"`
	ActivatedTime          time.Time `bson:"activated_time" json:"activated_time"`
	DependenciesMetTime    time.Time `bson:"dependencies_met_time,omitempty" json:"dependencies_met_time,omitempty"`
	ContainerAllocatedTime time.Time `bson:"container_allocated_time,omitempty" json:"container_allocated_time,omitempty"`

	Version string `bson:"version" json:"version,omitempty"`
	// Project is the project id of the task.
	Project  string `bson:"branch" json:"branch,omitempty"`
	Revision string `bson:"gitspec" json:"gitspec"`
	// Priority is a specifiable value that adds weight to the prioritization that task will be given in its
	// corresponding distro task queue.
	Priority int64 `bson:"priority" json:"priority"`
	// SortingValueBreakdown is not persisted to the db, but stored in memory and passed to the task queue document.
	// It contains information on what factors led to the overall queue ranking value for the task.
	SortingValueBreakdown SortingValueBreakdown `bson:"-" json:"sorting_value_breakdown"`
	TaskGroup             string                `bson:"task_group" json:"task_group"`
	TaskGroupMaxHosts     int                   `bson:"task_group_max_hosts,omitempty" json:"task_group_max_hosts,omitempty"`
	TaskGroupOrder        int                   `bson:"task_group_order,omitempty" json:"task_group_order,omitempty"`
	ResultsService        string                `bson:"results_service,omitempty" json:"results_service,omitempty"`
	HasCedarResults       bool                  `bson:"has_cedar_results,omitempty" json:"has_cedar_results,omitempty"`
	ResultsFailed         bool                  `bson:"results_failed,omitempty" json:"results_failed,omitempty"`
	MustHaveResults       bool                  `bson:"must_have_results,omitempty" json:"must_have_results,omitempty"`
	// only relevant if the task is running.  the time of the last heartbeat
	// sent back by the agent
	LastHeartbeat time.Time `bson:"last_heartbeat" json:"last_heartbeat"`

	// Activated indicates whether the task should be scheduled to run or not.
	Activated                bool   `bson:"activated" json:"activated"`
	ActivatedBy              string `bson:"activated_by" json:"activated_by"`
	DeactivatedForDependency bool   `bson:"deactivated_for_dependency" json:"deactivated_for_dependency"`

	// ContainerAllocated indicates whether this task has been allocated a
	// container to run it. It only applies to tasks running in containers.
	ContainerAllocated bool `bson:"container_allocated" json:"container_allocated"`
	// ContainerAllocationAttempts is the number of times this task has
	// been allocated a container to run it (for a single execution).
	ContainerAllocationAttempts int `bson:"container_allocation_attempts" json:"container_allocation_attempts"`

	BuildId  string `bson:"build_id" json:"build_id"`
	DistroId string `bson:"distro" json:"distro"`
	// Container is the name of the container configuration for running a
	// container task.
	Container string `bson:"container,omitempty" json:"container,omitempty"`
	// ContainerOpts contains the options to configure the container that will
	// run the task.
	ContainerOpts           ContainerOptions `bson:"container_options,omitempty" json:"container_options,omitempty"`
	BuildVariant            string           `bson:"build_variant" json:"build_variant"`
	BuildVariantDisplayName string           `bson:"build_variant_display_name" json:"-"`
	DependsOn               []Dependency     `bson:"depends_on" json:"depends_on"`
	// UnattainableDependency caches the contents of DependsOn for more
	// efficient querying. It is true if any of its dependencies is unattainable
	// and is false if all of its dependencies are attainable.
	UnattainableDependency bool `bson:"unattainable_dependency" json:"unattainable_dependency"`
	NumDependents          int  `bson:"num_dependents,omitempty" json:"num_dependents,omitempty"`
	// OverrideDependencies indicates whether a task should override its dependencies. If set, it will not
	// wait for its dependencies to finish before running.
	OverrideDependencies bool `bson:"override_dependencies,omitempty" json:"override_dependencies,omitempty"`

	// SecondaryDistros refer to the optional secondary distros that can be
	// associated with a task. This is used for running tasks in case there are
	// idle hosts in a distro with an empty primary queue. This is a distinct concept
	// from distro aliases (i.e. alternative distro names).
	// Tags refer to outdated naming; maintained for compatibility.
	SecondaryDistros []string `bson:"distro_aliases,omitempty" json:"distro_aliases,omitempty"`

	// Human-readable name
	DisplayName string `bson:"display_name" json:"display_name"`

	// Tags that describe the task
	Tags []string `bson:"tags,omitempty" json:"tags,omitempty"`

	// The host the task was run on. This value is only set for host tasks.
	HostId string `bson:"host_id,omitempty" json:"host_id"`

	// PodID is the pod that was assigned to run the task. This value is only
	// set for container tasks.
	PodID string `bson:"pod_id,omitempty" json:"pod_id"`

	// ExecutionPlatform determines the execution environment that the task runs
	// in.
	ExecutionPlatform ExecutionPlatform `bson:"execution_platform,omitempty" json:"execution_platform,omitempty"`

	// The version of the agent this task was run on.
	AgentVersion string `bson:"agent_version,omitempty" json:"agent_version,omitempty"`
	// TaskOutputInfo holds the information for the interface that
	// coordinates persistent storage of a task's output data.
	// There are four possible scenarios:
	//     1. The task will never have output data (e.g., display tasks)
	//        and, therefore, the value is and always will be nil.
	//     2. The task does not have output data yet, but can in the future
	//        if/when dispatched, and, therefore, the value is currently
	//        nil.
	//     3. The task has been dispatched with the task output information
	//        initialized and the application can safely use this field to
	//        fetch any output data. If the task has not finished running,
	//        the output data is accessible but may not be complete yet.
	//     4. The task has data but was run before the introduction of the
	//        field and should be initialized before the application can
	//        safely fetch any output data.
	// This field should *never* be accessed directly, instead call
	// `Task.getTaskOutputSafe()`.
	TaskOutputInfo *taskoutput.TaskOutput `bson:"task_output_info,omitempty" json:"task_output_info,omitempty"`

	// Set to true if the task should be considered for mainline github checks
	IsGithubCheck bool `bson:"is_github_check,omitempty" json:"is_github_check,omitempty"`

	// CheckRunPath is a local file path to an output json file for the checkrun.
	CheckRunPath *string `bson:"check_run_path,omitempty" json:"check_run_path,omitempty"`

	// CheckRunId is the id for the checkrun that was created in github.
	// This is used to update the checkrun for future executions of the task.
	CheckRunId *int64 `bson:"check_run_id,omitempty" json:"check_run_id,omitempty"`

	// CanReset indicates that the task has successfully archived and is in a valid state to be reset.
	CanReset bool `bson:"can_reset,omitempty" json:"can_reset,omitempty"`

	Execution int    `bson:"execution" json:"execution"`
	OldTaskId string `bson:"old_task_id,omitempty" json:"old_task_id,omitempty"`
	Archived  bool   `bson:"archived,omitempty" json:"archived,omitempty"`

	// RevisionOrderNumber for user-submitted patches is the user's current patch submission count.
	// For mainline commits for a project, it is the amount of versions for that repositry so far.
	RevisionOrderNumber int `bson:"order,omitempty" json:"order,omitempty"`

	// task requester - this is used to help tell the
	// reason this task was created. e.g. it could be
	// because the repotracker requested it (via tracking the
	// repository) or it was triggered by a developer
	// patch request
	Requester string `bson:"r" json:"r"`

	// tasks that are part of a child patch will store the id and patch number of the parent patch
	ParentPatchID     string `bson:"parent_patch_id,omitempty" json:"parent_patch_id,omitempty"`
	ParentPatchNumber int    `bson:"parent_patch_number,omitempty" json:"parent_patch_number,omitempty"`

	// Status represents the various stages the task could be in. Note that this
	// task status is distinct from the way a task status is displayed in the
	// UI. For example, a task that has failed will have a status of
	// evergreen.TaskFailed regardless of the specific cause of failure.
	// However, in the UI, the displayed status supports more granular failure
	// type such as system failed and setup failed by checking this status and
	// the task status details.
	Status    string                  `bson:"status" json:"status"`
	Details   apimodels.TaskEndDetail `bson:"details" json:"task_end_details"`
	Aborted   bool                    `bson:"abort,omitempty" json:"abort"`
	AbortInfo AbortInfo               `bson:"abort_info,omitempty" json:"abort_info,omitempty"`

	// HostCreateDetails stores information about why host.create failed for this task
	HostCreateDetails []HostCreateDetail `bson:"host_create_details,omitempty" json:"host_create_details,omitempty"`
	// DisplayStatus is not persisted to the db. It is the status to display in the UI.
	// It may be added via aggregation
	DisplayStatus string `bson:"display_status,omitempty" json:"display_status,omitempty"`
	// DisplayStatusCache is semantically the same as DisplayStatus, but is persisted to the DB, unlike DisplayStatus.
	DisplayStatusCache string `bson:"display_status_cache,omitempty" json:"display_status_cache,omitempty"`
	// BaseTask is not persisted to the db. It is the data of the task on the base commit
	// It may be added via aggregation
	BaseTask BaseTaskInfo `bson:"base_task" json:"base_task"`

	// TimeTaken is how long the task took to execute (if it has finished) or how long the task has been running (if it has started)
	TimeTaken time.Duration `bson:"time_taken" json:"time_taken"`
	// WaitSinceDependenciesMet is populated in GetDistroQueueInfo, used for host allocation
	WaitSinceDependenciesMet time.Duration `bson:"wait_since_dependencies_met,omitempty" json:"wait_since_dependencies_met,omitempty"`

	// how long we expect the task to take from start to
	// finish. expected duration is the legacy value, but the UI
	// probably depends on it, so we maintain both values.
	ExpectedDuration       time.Duration            `bson:"expected_duration,omitempty" json:"expected_duration,omitempty"`
	ExpectedDurationStdDev time.Duration            `bson:"expected_duration_std_dev,omitempty" json:"expected_duration_std_dev,omitempty"`
	DurationPrediction     util.CachedDurationValue `bson:"duration_prediction,omitempty" json:"-"`

	// test results embedded from the testresults collection
	LocalTestResults []testresult.TestResult `bson:"-" json:"test_results"`

	// display task fields
	DisplayOnly           bool     `bson:"display_only,omitempty" json:"display_only,omitempty"`
	ExecutionTasks        []string `bson:"execution_tasks,omitempty" json:"execution_tasks,omitempty"`
	LatestParentExecution int      `bson:"latest_parent_execution" json:"latest_parent_execution"`

	StepbackInfo *StepbackInfo `bson:"stepback_info,omitempty" json:"stepback_info,omitempty"`

	// ResetWhenFinished indicates that a task should be reset once it is
	// finished running. This is typically to deal with tasks that should be
	// reset but cannot do so yet because they're currently running. This and
	// ResetFailedWhenFinished are mutually exclusive settings.
	ResetWhenFinished bool `bson:"reset_when_finished,omitempty" json:"reset_when_finished,omitempty"`
	// ResetWhenFinished indicates that a task should be reset once it is
	// finished running and only reset if it fails. This is typically to deal
	// with tasks that should be reset on failure but cannot do so yet because
	// they're currently running. This and ResetWhenFinished are mutually
	// exclusive settings.
	ResetFailedWhenFinished bool `bson:"reset_failed_when_finished,omitempty" json:"reset_failed_when_finished,omitempty"`
	// NumAutomaticRestarts is the number of times the task has been programmatically restarted via a failed agent command.
	NumAutomaticRestarts int `bson:"num_automatic_restarts,omitempty" json:"num_automatic_restarts,omitempty"`
	// IsAutomaticRestart indicates that the task was restarted via a failing agent command that was set to retry on failure.
	IsAutomaticRestart bool  `bson:"is_automatic_restart,omitempty" json:"is_automatic_restart,omitempty"`
	DisplayTask        *Task `bson:"-" json:"-"` // this is a local pointer from an exec to display task

	// DisplayTaskId is set to the display task ID if the task is an execution task, the empty string if it's not an execution task,
	// and is nil if we haven't yet checked whether or not this task has a display task.
	DisplayTaskId *string `bson:"display_task_id,omitempty" json:"display_task_id,omitempty"`

	// GenerateTask indicates that the task generates other tasks, which the
	// scheduler will use to prioritize this task. This will not be set for
	// tasks where the generate.tasks command runs outside of the main task
	// block (e.g. pre, timeout).
	GenerateTask bool `bson:"generate_task,omitempty" json:"generate_task,omitempty"`
	// GeneratedTasks indicates that the task has already generated other tasks. This fields
	// allows us to noop future requests, since a task should only generate others once.
	GeneratedTasks bool `bson:"generated_tasks,omitempty" json:"generated_tasks,omitempty"`
	// GeneratedBy, if present, is the ID of the task that generated this task.
	GeneratedBy string `bson:"generated_by,omitempty" json:"generated_by,omitempty"`
	// GeneratedJSONAsString is the configuration information to update the
	// project YAML for generate.tasks. This is only used to store the
	// configuration if GeneratedJSONStorageMethod is unset or is explicitly set
	// to "db".
	GeneratedJSONAsString GeneratedJSONFiles `bson:"generated_json,omitempty" json:"generated_json,omitempty"`
	// GeneratedJSONStorageMethod describes how the generated JSON for
	// generate.tasks is stored for this task before it's merged with the
	// existing project YAML.
	GeneratedJSONStorageMethod evergreen.ParserProjectStorageMethod `bson:"generated_json_storage_method,omitempty" json:"generated_json_storage_method,omitempty"`
	// GenerateTasksError any encountered while generating tasks.
	GenerateTasksError string `bson:"generate_error,omitempty" json:"generate_error,omitempty"`
	// GeneratedTasksToActivate is only populated if we want to override activation for these generated tasks, because of stepback.
	// Maps the build variant to a list of task names.
	GeneratedTasksToActivate map[string][]string `bson:"generated_tasks_to_stepback,omitempty" json:"generated_tasks_to_stepback,omitempty"`
	// NumGeneratedTasks is the number of tasks that this task has generated.
	NumGeneratedTasks int `bson:"num_generated_tasks,omitempty" json:"num_generated_tasks,omitempty"`
	// EstimatedNumGeneratedTasks is the estimated number of tasks that this task will generate.
	EstimatedNumGeneratedTasks *int `bson:"estimated_num_generated_tasks,omitempty" json:"estimated_num_generated_tasks,omitempty"`
	// NumActivatedGeneratedTasks is the number of tasks that this task has generated and activated.
	NumActivatedGeneratedTasks int `bson:"num_activated_generated_tasks,omitempty" json:"num_activated_generated_tasks,omitempty"`
	// EstimatedNumActivatedGeneratedTasks is the estimated number of tasks that this task will generate and activate.
	EstimatedNumActivatedGeneratedTasks *int `bson:"estimated_num_activated_generated_tasks,omitempty" json:"estimated_num_activated_generated_tasks,omitempty"`

	// Fields set if triggered by an upstream build
	TriggerID    string `bson:"trigger_id,omitempty" json:"trigger_id,omitempty"`
	TriggerType  string `bson:"trigger_type,omitempty" json:"trigger_type,omitempty"`
	TriggerEvent string `bson:"trigger_event,omitempty" json:"trigger_event,omitempty"`

	CommitQueueMerge bool `bson:"commit_queue_merge,omitempty" json:"commit_queue_merge,omitempty"`

	CanSync       bool             `bson:"can_sync" json:"can_sync"`
	SyncAtEndOpts SyncAtEndOptions `bson:"sync_at_end_opts,omitempty" json:"sync_at_end_opts,omitempty"`

	// IsEssentialToSucceed indicates that this task must finish in order for
	// its build and version to be considered successful. For example, tasks
	// selected by the GitHub PR alias must succeed for the GitHub PR requester
	// before its build or version can be reported as successful, but tasks
	// manually scheduled by the user afterwards are not required.
	IsEssentialToSucceed bool `bson:"is_essential_to_succeed" json:"is_essential_to_succeed"`
	// HasAnnotations indicates whether there exist task annotations with this task's
	// execution and id that have a populated Issues key
	HasAnnotations bool `bson:"has_annotations" json:"has_annotations"`

	// NumNextTaskDispatches is the number of times the task has been dispatched to run on a
	// host or in a container. This is used to determine if the task seems to be stuck.
	NumNextTaskDispatches int `bson:"num_next_task_dispatches" json:"num_next_task_dispatches"`

	// CachedProjectStorageMethod is a cached value how the parser project for this task's version was
	// stored at the time this task was created. If this is empty, the default storage method is StorageMethodDB.
	CachedProjectStorageMethod evergreen.ParserProjectStorageMethod `bson:"cached_project_storage_method" json:"cached_project_storage_method,omitempty"`
}

func AddParentDisplayTasks 

func AddParentDisplayTasks(tasks []Task) ([]Task, error)

func ByBeforeMidwayTaskFromIds 

func ByBeforeMidwayTaskFromIds(t1Id, t2Id string) (*Task, error)

ByBeforeMidwayTaskFromIds tries to get the midway task between two tasks but if it does not find it (i.e. periodic builds), it gets the closest task (with lower order number). If there are no matching tasks, or the task it gets is out of bounds, it returns the given lower order revision task.

It verifies that the tasks are from the same project, requester, build variant, and display name.

func FilterTasksOnStatus 

func FilterTasksOnStatus(tasks []Task, statuses ...string) []Task

FilterTasksOnStatus tasks in a slice of tasks and removes tasks whose result status do not match the passed-in statuses

func Find 

func Find(filter bson.M) ([]Task, error)

Find returns all tasks that satisfy the query it also filters out display tasks from the results.

func FindActivatedByVersionWithoutDisplay 

func FindActivatedByVersionWithoutDisplay(versionId string) ([]Task, error)

func FindActivatedStepbackTaskByName 

func FindActivatedStepbackTaskByName(projectId string, variantName string, taskName string) (*Task, error)

FindActivatedStepbackTaskByName queries for running/scheduled stepback tasks with matching build variant and task name.

func FindAll 

func FindAll(query db.Q) ([]Task, error)

Find returns really all tasks that satisfy the query.

func FindAllDependencyTasksToModify 

func FindAllDependencyTasksToModify(tasks []Task, isBlocking, ignoreDependencyStatusForBlocking bool) ([]Task, error)

FindAllDependencyTasksToModify finds tasks that depend on the given tasks. The isBlocking parameter indicates whether we are fetching tasks to unblock them, and if so, for each task, all dependencies that have been marked unattainable will be retrieved. Otherwise, we are fetching tasks to block them, and for each task, all dependencies that have a status that that would block the task from running (i.e., it is inconsistent with the task's Dependency.Status field) and have not been marked unattainable will be retrieved. The ignoreDependencyStatusForBlocking parameter indicates whether all tasks that depend on the given need to be updated for a blocking operation (for example, if a single host task group host terminates before completing the group and we need to block all later tasks regardless of their Dependency.Status field).

This must find tasks in smaller chunks to avoid the 16 MB query size limit - if the number of tasks is large, a single query could be too large and the DB will reject it.

func FindAllFirstExecution 

func FindAllFirstExecution(query db.Q) ([]Task, error)

func FindAllOld 

func FindAllOld(query db.Q) ([]Task, error)

Find returns really all tasks that satisfy the query.

func FindAllTasksFromVersionWithDependencies 

func FindAllTasksFromVersionWithDependencies(versionId string) ([]Task, error)

FindAllTasksFromVersionWithDependencies finds all tasks in a version and includes only their dependencies.

func FindByExecutionTasksAndMaxExecution 

func FindByExecutionTasksAndMaxExecution(taskIds []string, execution int, filters ...bson.E) ([]Task, error)

FindByExecutionTasksAndMaxExecution returns the tasks corresponding to the passed in taskIds and execution, or the most recent executions of those tasks if they do not have a matching execution.

func FindByIdExecution 

func FindByIdExecution(id string, execution *int) (*Task, error)

FindByIdExecution returns a single task with the given ID and execution. If execution is nil, the latest execution is returned.

func FindCompletedTasksByBuild 

func FindCompletedTasksByBuild(ctx context.Context, buildID string, taskIDs []string) ([]Task, error)

FindCompletedTasksByBuild returns all completed tasks belonging to the given build ID. Excludes execution tasks. If no taskIDs are specified, all completed tasks belonging to the build are returned.

func FindCompletedTasksByVersion 

func FindCompletedTasksByVersion(ctx context.Context, versionID string, taskIDs []string) ([]Task, error)

FindCompletedTasksByVersion returns all completed tasks belonging to the given version ID. Excludes execution tasks. If no task IDs are specified, all completed tasks belonging to the version are returned.

func FindHostRunnable 

func FindHostRunnable(ctx context.Context, distroID string, removeDeps bool) ([]Task, error)

FindHostRunnable finds all host tasks that can be scheduled for a distro with an additional consideration for whether the task's dependencies are met. If removeDeps is true, tasks with unmet dependencies are excluded.

func FindHostSchedulable 

func FindHostSchedulable(ctx context.Context, distroID string) ([]Task, error)

FindHostSchedulable finds all tasks that can be scheduled for a distro primary queue.

func FindHostSchedulableForAlias 

func FindHostSchedulableForAlias(ctx context.Context, id string) ([]Task, error)

FindHostSchedulableForAlias finds all tasks that can be scheduled for a distro secondary queue.

func FindMergeTaskForVersion 

func FindMergeTaskForVersion(versionId string) (*Task, error)

func FindNeedsContainerAllocation 

func FindNeedsContainerAllocation() ([]Task, error)

FindNeedsContainerAllocation returns all container tasks that are waiting for a container to be allocated to them sorted by activation time.

func FindOld 

func FindOld(filter bson.M) ([]Task, error)

FindOld returns all non-display tasks from the old tasks collection that satisfy the given query.

func FindOldWithDisplayTasks 

func FindOldWithDisplayTasks(filter bson.M) ([]Task, error)

FindOldWithDisplayTasks returns all display and execution tasks from the old collection that satisfy the given query.

func FindOne 

func FindOne(query db.Q) (*Task, error)

FindOne returns a single task that satisfies the query.

func FindOneId 

func FindOneId(id string) (*Task, error)

FindOneId returns a single task with the given ID.

func FindOneIdAndExecution 

func FindOneIdAndExecution(id string, execution int) (*Task, error)

FindOneIdAndExecution returns a single task with the given ID and execution.

func FindOneIdAndExecutionWithDisplayStatus 

func FindOneIdAndExecutionWithDisplayStatus(id string, execution *int) (*Task, error)

FindOneIdAndExecutionWithDisplayStatus returns a single task with the given ID and execution, with display statuses added.

func FindOneIdOldOrNew 

func FindOneIdOldOrNew(id string, execution int) (*Task, error)

FindOneIdOldOrNew returns a single task with the given ID and execution, first looking in the old tasks collection, then the tasks collection.

func FindOneIdWithFields 

func FindOneIdWithFields(id string, projected ...string) (*Task, error)

FindOneIdWithFields returns a single task with the given ID, projecting only the given fields.

func FindOneOld 

func FindOneOld(filter bson.M) (*Task, error)

FindOneOld returns a single task from the old tasks collection that satifisfies the given query.

func FindOneOldByIdAndExecution 

func FindOneOldByIdAndExecution(id string, execution int) (*Task, error)

FindOneOldByIdAndExecution returns a single task from the old tasks collection with the given ID and execution.

func FindOneOldByIdAndExecutionWithDisplayStatus 

func FindOneOldByIdAndExecutionWithDisplayStatus(id string, execution *int) (*Task, error)

FindOneOldByIdAndExecutionWithDisplayStatus returns a single task with the given ID and execution from the old tasks collection, with display statuses added.

func FindOneOldId 

func FindOneOldId(id string) (*Task, error)

func FindOneOldWithFields 

func FindOneOldWithFields(filter bson.M, fields ...string) (*Task, error)

func FindStuckDispatching 

func FindStuckDispatching() ([]Task, error)

FindStuckDispatching returns all "stuck" tasks. A task is considered stuck if it has a "dispatched" status for more than 30 minutes.

func FindTaskForVersion 

func FindTaskForVersion(versionId, taskName, variantName string) (*Task, error)

FindTaskForVersion returns a task matching the given version and task info.

func FindTaskGroupFromBuild 

func FindTaskGroupFromBuild(buildId, taskGroup string) ([]Task, error)

func FindTasksFromVersions 

func FindTasksFromVersions(versionIds []string) ([]Task, error)

FindTasksFromVersions returns all tasks associated with the given versions. Note that this only returns a few key fields.

func FindWithFields 

func FindWithFields(filter bson.M, fields ...string) ([]Task, error)

func FindWithSort 

func FindWithSort(filter bson.M, sort []string) ([]Task, error)

func GenerateNotRun 

func GenerateNotRun() ([]Task, error)

GenerateNotRun returns tasks that have requested to generate tasks.

func GetLatestTaskFromImage 

func GetLatestTaskFromImage(ctx context.Context, imageID string) (*Task, error)

GetLatestTaskFromImage retrieves the latest task from all the distros corresponding to the imageID.

func GetRecentTasks 

func GetRecentTasks(period time.Duration) ([]Task, error)

GetRecentTasks returns the task results used by the recent_tasks endpoints.

func GetRecursiveDependenciesUp 

func GetRecursiveDependenciesUp(tasks []Task, depCache map[string]Task) ([]Task, error)

GetRecursiveDependenciesUp returns all tasks recursively depended upon that are not in the original task slice (this includes earlier tasks in task groups, if applicable). depCache should originally be nil. We assume there are no dependency cycles.

func GetTasksByVersion 

func GetTasksByVersion(ctx context.Context, versionID string, opts GetTasksByVersionOptions) ([]Task, int, error)

GetTasksByVersion gets all tasks for a specific version Query results can be filtered by task name, variant name and status in addition to being paginated and limited

func MarkAllForUnattainableDependencies 

func MarkAllForUnattainableDependencies(ctx context.Context, tasks []Task, dependencyIDs []string, unattainable bool) ([]Task, error)

MarkAllForUnattainableDependencies updates many tasks (taskIDs) to mark a subset of all their dependencies (dependencyIDs) as attainable or not. If marking the dependencies unattainable, it creates an event log for each newly blocked task. This returns all the tasks after the update.

func UnscheduleStaleUnderwaterHostTasks 

func UnscheduleStaleUnderwaterHostTasks(ctx context.Context, distroID string) ([]Task, error)

UnscheduleStaleUnderwaterHostTasks Removes host tasks older than the unscheduable threshold (e.g. one week) from the scheduler queue. If you pass an empty string as an argument to this function, this operation will select tasks from all distros.

func (*Task) AddDependency 

func (t *Task) AddDependency(ctx context.Context, d Dependency) error

func (*Task) AllDependenciesSatisfied 

func (t *Task) AllDependenciesSatisfied(cache map[string]Task) (bool, error)

AllDependenciesSatisfied inspects the tasks first-order dependencies with regards to the cached tasks, and reports if all of the dependencies have been satisfied.

If the cached tasks do not include a dependency specified by one of the tasks, the function returns an error.

func (*Task) Archive 

func (t *Task) Archive(ctx context.Context) error

Archive modifies the current execution of the task so that it is no longer considered the latest execution. This task execution is inserted into the old_tasks collection. If this is a display task, its execution tasks are also archived.

func (*Task) Blocked 

func (t *Task) Blocked() bool

Blocked returns if a task cannot run given the state of the task

func (*Task) BlockedState 

func (t *Task) BlockedState(dependencies map[string]*Task) (string, error)

func (*Task) CircularDependencies 

func (t *Task) CircularDependencies() error

CircularDependencies detects if any tasks in this version are part of a dependency cycle Note that it does not check inter-version dependencies, because only evergreen can add those

func (*Task) CountSimilarFailingTasks 

func (t *Task) CountSimilarFailingTasks() (int, error)

CountSimilarFailingTasks returns a count of all tasks with the same project, same display name, and in other buildvariants, that have failed in the same revision

func (*Task) CreateTestResultsTaskOptions 

func (t *Task) CreateTestResultsTaskOptions() ([]testresult.TaskOptions, error)

CreateTestResultsTaskOptions returns the options required for fetching test results for the task.

Calling this function explicitly is typically not necessary. In cases where additional tasks are required for fetching test results, such as when sorting results by some base status, using this function to populate those task options is useful.

func (*Task) DependenciesMet 

func (t *Task) DependenciesMet(depCaches map[string]Task) (bool, error)

DependenciesMet checks whether the dependencies for the task have all completed successfully. If any of the dependencies exist in the map that is passed in, they are used to check rather than fetching from the database. All queries are cached back into the map for later use.

func (*Task) FetchExpectedDuration 

func (t *Task) FetchExpectedDuration() util.DurationStats

func (*Task) FindAbortingAndResettingDependencies 

func (t *Task) FindAbortingAndResettingDependencies() ([]Task, error)

in the process of aborting and will eventually reset themselves.

func (*Task) FindTaskOnBaseCommit 

func (t *Task) FindTaskOnBaseCommit() (*Task, error)

FindTaskOnBaseCommit returns the task that is on the base commit.

func (*Task) FindTaskOnPreviousCommit 

func (t *Task) FindTaskOnPreviousCommit() (*Task, error)

func (*Task) GetDeactivatedBlockingDependencies 

func (t *Task) GetDeactivatedBlockingDependencies(depCache map[string]Task) ([]string, error)

GetDeactivatedBlockingDependencies gets all blocking tasks that are not finished and are not activated. These tasks are not going to run unless they are manually activated.

func (*Task) GetDisplayStatus 

func (t *Task) GetDisplayStatus() string

GetDisplayStatus finds and sets DisplayStatus to the task. It should reflect the statuses assigned during the addDisplayStatus aggregation step.

func (*Task) GetDisplayTask 

func (t *Task) GetDisplayTask() (*Task, error)

func (*Task) GetFailedTestSample 

func (t *Task) GetFailedTestSample(ctx context.Context, env evergreen.Environment) ([]string, error)

GetTestResultsStats returns a sample of test names (up to 10) that failed in the task. If the task does not have any results or does not have any failing tests, a nil slice is returned.

func (*Task) GetFinishedBlockingDependencies 

func (t *Task) GetFinishedBlockingDependencies(depCache map[string]Task) ([]Task, error)

GetFinishedBlockingDependencies gets all blocking tasks that are finished or blocked.

func (*Task) GetJQL 

func (t *Task) GetJQL(searchProjects []string) string

Generates a jira JQL string from the task When we search in jira for a task we search in the specified JIRA project If there are any test results, then we only search by test file name of all of the failed tests. Otherwise we search by the task name.

func (*Task) GetTaskGroupString 

func (t *Task) GetTaskGroupString() string

func (*Task) GetTaskLogs 

func (t *Task) GetTaskLogs(ctx context.Context, getOpts taskoutput.TaskLogGetOptions) (log.LogIterator, error)

GetTaskLogs returns the task's task logs with the given options.

func (*Task) GetTaskOutputWithError 

func (t *Task) GetTaskOutputWithError() (*taskoutput.TaskOutput, error)

GetTaskOutputInfoWithError is a convenience function to avoid panics when accessing the task output data.

func (*Task) GetTestLogs 

func (t *Task) GetTestLogs(ctx context.Context, getOpts taskoutput.TestLogGetOptions) (log.LogIterator, error)

GetTestLogs returns the task's test logs with the specified options.

func (*Task) GetTestResults 

func (t *Task) GetTestResults(ctx context.Context, env evergreen.Environment, filterOpts *testresult.FilterOptions) (testresult.TaskTestResults, error)

GetTestResults returns the task's test results filtered, sorted, and paginated as specified by the optional filter options.

func (*Task) GetTestResultsStats 

func (t *Task) GetTestResultsStats(ctx context.Context, env evergreen.Environment) (testresult.TaskTestResultsStats, error)

GetTestResultsStats returns basic statistics of the task's test results.

func (*Task) HasCheckRun 

func (t *Task) HasCheckRun() bool

HasCheckRun retruns true if the task specifies a check run path.

func (*Task) HasDependenciesMet 

func (t *Task) HasDependenciesMet() bool

HasDependenciesMet indicates whether the task has had its dependencies met.

func (*Task) HasResults 

func (t *Task) HasResults() bool

HasResults returns whether the task has test results or not.

func (*Task) IncNumNextTaskDispatches 

func (t *Task) IncNumNextTaskDispatches() error

IncNumNextTaskDispatches sets the number of times a host has requested this task and execution as its next task.

func (*Task) Insert 

func (t *Task) Insert() error

Insert writes the task to the db.

func (*Task) IsAbortable 

func (t *Task) IsAbortable() bool

IsAbortable returns true if the task can be aborted.

func (*Task) IsContainerDispatchable 

func (t *Task) IsContainerDispatchable() bool

IsContainerDispatchable returns true if the task should run in a container and can be dispatched.

func (*Task) IsContainerTask 

func (t *Task) IsContainerTask() bool

IsContainerTask returns true if it's a task that runs on containers.

func (*Task) IsDispatchable 

func (t *Task) IsDispatchable() bool

IsDispatchable returns true if the task should make progress towards dispatching to run.

func (*Task) IsFinished 

func (t *Task) IsFinished() bool

IsFinished returns true if the task is no longer running

func (*Task) IsHostDispatchable 

func (t *Task) IsHostDispatchable() bool

IsHostDispatchable returns true if the task should run on a host and can be dispatched.

func (*Task) IsHostTask 

func (t *Task) IsHostTask() bool

IsHostTask returns true if it's a task that runs on hosts.

func (*Task) IsInProgress 

func (t *Task) IsInProgress() bool

IsInProgress returns true if the task has been dispatched and is about to run, or is already running.

func (*Task) IsPartOfDisplay 

func (t *Task) IsPartOfDisplay() bool

func (*Task) IsPartOfSingleHostTaskGroup 

func (t *Task) IsPartOfSingleHostTaskGroup() bool

func (*Task) IsPatchRequest 

func (t *Task) IsPatchRequest() bool

func (*Task) IsRestartFailedOnly 

func (t *Task) IsRestartFailedOnly() bool

IsRestartFailedOnly returns true if the task should only restart failed tests.

func (*Task) IsStuckTask 

func (t *Task) IsStuckTask() bool

IsStuckTask returns true if the task has been dispatched over the system limit

func (*Task) IsUnfinishedSystemUnresponsive 

func (t *Task) IsUnfinishedSystemUnresponsive() bool

IsUnfinishedSystemUnresponsive returns true only if this is an unfinished system unresponsive task (i.e. not on max execution)

func (*Task) IsUnscheduled 

func (t *Task) IsUnscheduled() bool

IsUnscheduled returns true if a task is unscheduled and will not run. This is logically equivalent to evergreen.TaskUnscheduled from (Task).GetDisplayStatus.

func (*Task) MarkAsContainerAllocated 

func (t *Task) MarkAsContainerAllocated(ctx context.Context, env evergreen.Environment) error

MarkAsContainerAllocated marks a container task as allocated a container. This will fail if the task is not in a state where it needs a container to be allocated to it.

func (*Task) MarkAsContainerDeallocated 

func (t *Task) MarkAsContainerDeallocated(ctx context.Context, env evergreen.Environment) error

MarkAsContainerDeallocated marks a container task that was allocated as no longer allocated a container.

func (*Task) MarkAsContainerDispatched 

func (t *Task) MarkAsContainerDispatched(ctx context.Context, env evergreen.Environment, podID, agentVersion string) error

MarkAsContainerDispatched marks that the container task has been dispatched to a pod.

func (*Task) MarkAsHostDispatched 

func (t *Task) MarkAsHostDispatched(hostID, distroID, agentRevision string, dispatchTime time.Time) error

MarkAsHostDispatched marks that the task has been dispatched onto a particular host. If the task is part of a display task, the display task is also marked as dispatched to a host. Returns an error if any of the database updates fail.

func (*Task) MarkAsHostDispatchedWithContext 

func (t *Task) MarkAsHostDispatchedWithContext(ctx context.Context, env evergreen.Environment, hostID, distroID, agentRevision string, dispatchTime time.Time) error

MarkAsHostDispatchedWithContext marks that the task has been dispatched onto a particular host. Unlike MarkAsHostDispatched, this does not update the parent display task.

func (*Task) MarkAsHostUndispatchedWithContext 

func (t *Task) MarkAsHostUndispatchedWithContext(ctx context.Context, env evergreen.Environment) error

MarkAsHostUndispatchedWithContext marks that the host task is undispatched. If the task is already dispatched to a host, it aborts the dispatch by undoing the dispatch updates. This is the inverse operation of MarkAsHostDispatchedWithContext.

func (*Task) MarkDependenciesFinished 

func (t *Task) MarkDependenciesFinished(ctx context.Context, finished bool) error

MarkDependenciesFinished updates all direct dependencies on this task to cache whether or not this task has finished running.

func (*Task) MarkEnd 

func (t *Task) MarkEnd(finishTime time.Time, detail *apimodels.TaskEndDetail) error

MarkEnd handles the Task updates associated with ending a task. If the task's start time is zero at this time, it will set it to the finish time minus the timeout time.

func (*Task) MarkFailed 

func (t *Task) MarkFailed() error

MarkFailed changes the state of the task to failed.

func (*Task) MarkStart 

func (t *Task) MarkStart(startTime time.Time) error

MarkStart updates the task's start time and sets the status to started

func (*Task) MarkSystemFailed 

func (t *Task) MarkSystemFailed(description string) error

func (*Task) MarkUnscheduled 

func (t *Task) MarkUnscheduled() error

MarkUnscheduled marks the task as undispatched and updates it in the database

func (*Task) MarshalBSON 

func (t *Task) MarshalBSON() ([]byte, error)

func (*Task) PopulateTestResults 

func (t *Task) PopulateTestResults(ctx context.Context) error

PopulateTestResults populates the task's LocalTestResults field with any test results the task may have. If the results are already populated, this function no-ops.

func (*Task) PreviousCompletedTask 

func (t *Task) PreviousCompletedTask(project string, statuses []string) (*Task, error)

Find the previously completed task for the same project + build variant + display name combination as the specified task

func (*Task) RemainingContainerAllocationAttempts 

func (t *Task) RemainingContainerAllocationAttempts() int

RemainingContainerAllocationAttempts returns the number of times this task execution is allowed to try allocating a container.

func (*Task) RemoveDependency 

func (t *Task) RemoveDependency(dependencyId string) error

func (*Task) Reset 

func (t *Task) Reset(ctx context.Context, caller string) error

Reset sets the task state to a state in which it is scheduled to re-run.

func (*Task) ResultStatus 

func (t *Task) ResultStatus() string

ResultStatus returns the status for this task that should be displayed in the UI. It uses a combination of the TaskEndDetails and the Task's status to determine the state of the task.

func (*Task) S3Path 

func (t *Task) S3Path(bv, name string) string

S3Path returns the path to a task's directory dump in S3.

func (*Task) SatisfiesDependency 

func (t *Task) SatisfiesDependency(depTask *Task) bool

SatisfiesDependency checks a task the receiver task depends on to see if its status satisfies a dependency. If the "Status" field is unset, default to checking that is succeeded.

func (*Task) SetAborted 

func (t *Task) SetAborted(ctx context.Context, reason AbortInfo) error

SetAborted sets the abort field and abort info of task to aborted and prevents the task from being reset when finished.

func (*Task) SetCheckRunId 

func (t *Task) SetCheckRunId(checkRunId int64) error

SetCheckRunId sets the checkRunId for the task

func (*Task) SetDisplayTaskID 

func (t *Task) SetDisplayTaskID(id string) error

func (*Task) SetGenerateTasksEstimations 

func (t *Task) SetGenerateTasksEstimations(ctx context.Context) error

SetGenerateTasksEstimations calculates and caches the estimated number of tasks that this task will generate. To be called only in task creation.

func (*Task) SetGeneratedJSON 

func (t *Task) SetGeneratedJSON(files GeneratedJSONFiles) error

SetGeneratedJSON sets JSON data to generate tasks from. If the generated JSON files have already been stored, this is a no-op.

func (*Task) SetGeneratedJSONStorageMethod 

func (t *Task) SetGeneratedJSONStorageMethod(method evergreen.ParserProjectStorageMethod) error

SetGeneratedJSONStorageMethod sets the task's generated JSON file storage method. If it's already been set, this is a no-op.

func (*Task) SetGeneratedTasksToActivate 

func (t *Task) SetGeneratedTasksToActivate(buildVariantName, taskName string) error

SetGeneratedTasksToActivate adds a task to stepback after activation

func (*Task) SetNumActivatedGeneratedTasks 

func (t *Task) SetNumActivatedGeneratedTasks(numActivatedGeneratedTasks int) error

SetNumActivatedGeneratedTasks sets the number of activated generated tasks to the given value.

func (*Task) SetNumDependents 

func (t *Task) SetNumDependents() error

func (*Task) SetNumGeneratedTasks 

func (t *Task) SetNumGeneratedTasks(numGeneratedTasks int) error

SetNumGeneratedTasks sets the number of generated tasks to the given value.

func (*Task) SetOverrideDependencies 

func (t *Task) SetOverrideDependencies(userID string) error

func (*Task) SetResetFailedWhenFinished 

func (t *Task) SetResetFailedWhenFinished(caller string) error

SetResetFailedWhenFinished requests that a display task only restarts failed tasks.

func (*Task) SetResetWhenFinished 

func (t *Task) SetResetWhenFinished(caller string) error

SetResetWhenFinished requests that a display task or single-host task group reset itself when finished. Will mark itself as system failed.

func (*Task) SetResetWhenFinishedWithInc 

func (t *Task) SetResetWhenFinishedWithInc() error

SetResetWhenFinishedWithInc requests that a task (that was marked to automatically reset when finished via the agent status server) reset itself when finished. It will also increment the number of automatic resets the task has performed.

func (*Task) SetResultsInfo 

func (t *Task) SetResultsInfo(service string, failedResults bool) error

SetResultsInfo sets the task's test results info.

Note that if failedResults is false, ResultsFailed is not set. This is because in cases where multiple calls to attach test results are made for a task, only one call needs to have a test failure for the ResultsFailed field to be set to true.

func (*Task) SetSortingValueBreakdownAttributes 

func (t *Task) SetSortingValueBreakdownAttributes(ctx context.Context, breakdown SortingValueBreakdown)

SetSortingValueBreakdownAttributes saves a full breakdown which compartmentalizes each factor that played a role in computing the overall value used to sort it in the queue, and creates a honeycomb trace with this data to enable dashboards/analysis.

func (*Task) SetTaskGroupInfo 

func (t *Task) SetTaskGroupInfo() error

func (*Task) ShouldAllocateContainer 

func (t *Task) ShouldAllocateContainer() bool

ShouldAllocateContainer indicates whether a task should be allocated a container or not.

func (*Task) String 

func (t *Task) String() (taskStruct string)

String represents the stringified version of a task

func (*Task) ToTaskNode 

func (t *Task) ToTaskNode() TaskNode

func (*Task) UnmarshalBSON 

func (t *Task) UnmarshalBSON(in []byte) error

func (*Task) UpdateDependsOn 

func (t *Task) UpdateDependsOn(status string, newDependencyIDs []string) error

UpdateDependsOn appends new dependencies to tasks that already depend on this task if the task does not explicitly omit having generated tasks as dependencies

func (*Task) UpdateHeartbeat 

func (t *Task) UpdateHeartbeat() error

UpdateHeartbeat updates the heartbeat to be the current time

func (*Task) WillRun 

func (t *Task) WillRun() bool

WillRun returns true if the task will run eventually, but has not started running yet. This is logically equivalent to evergreen.TaskWillRun from (Task).GetDisplayStatus.

type TaskNode 

type TaskNode struct {
	// Name is the display name of the task.
	Name string
	// Variant is the build variant of the task.
	Variant string
	// ID is the task's ID.
	ID string
}

TaskNode is the representation of a task in the graph.

func (TaskNode) String 

func (t TaskNode) String() string

String represents TaskNode as a string.

type TaskStats 

type TaskStats struct {
	Counts []StatusCount `bson:"counts"`
	ETA    *time.Time    `bson:"eta"`
}

func GetTaskStatsByVersion 

func GetTaskStatsByVersion(ctx context.Context, versionID string, opts GetTasksByVersionOptions) (*TaskStats, error)

type TaskStatusCount 

type TaskStatusCount struct {
	Succeeded    int `json:"succeeded"`
	Failed       int `json:"failed"`
	Started      int `json:"started"`
	Undispatched int `json:"undispatched"`
	Inactive     int `json:"inactive"`
	Dispatched   int `json:"dispatched"`
	TimedOut     int `json:"timed_out"`
}

TaskStatusCount holds counts for task statuses

func (*TaskStatusCount) IncrementStatus 

func (tsc *TaskStatusCount) IncrementStatus(status string, statusDetails apimodels.TaskEndDetail)

type Tasks 

type Tasks []*Task

func (Tasks) Export 

func (t Tasks) Export() []Task

func (Tasks) Insert 

func (t Tasks) Insert() error

func (Tasks) InsertUnordered 

func (t Tasks) InsertUnordered(ctx context.Context) error

func (Tasks) Len 

func (t Tasks) Len() int

func (Tasks) Less 

func (t Tasks) Less(i, j int) bool

func (Tasks) Swap 

func (t Tasks) Swap(i, j int)

type TasksSortOrder 

type TasksSortOrder struct {
	Key   string
	Order int
}

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