plumber

package module
v4.11.4 Latest Latest
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 Go to latest Published: Oct 30, 2022 License: MIT Imports: 28 Imported by: 2

README

plumber

Description

A library for creating quick and effective CLI applications that have the process management build inside it.

Documentation

Index

Constants

View Source 
const (
	LOG_LEVEL_DEFAULT LogLevel = 0
	LOG_LEVEL_PANIC   LogLevel = logrus.PanicLevel
	LOG_LEVEL_FATAL   LogLevel = logrus.FatalLevel
	LOG_LEVEL_ERROR   LogLevel = logrus.ErrorLevel
	LOG_LEVEL_WARN    LogLevel = logrus.WarnLevel
	LOG_LEVEL_INFO    LogLevel = logrus.InfoLevel
	LOG_LEVEL_DEBUG   LogLevel = logrus.DebugLevel
	LOG_LEVEL_TRACE   LogLevel = logrus.TraceLevel
	LOG_FIELD_CONTEXT string   = "context"
	LOG_FIELD_STATUS  string   = "status"
)
View Source 
const CLI_FLAGS_CATEGORY = "CLI"
View Source 
const (
	MARK_ROUTINE string = "MARK_ROUTINE"
)

Variables

View Source 
var CliDefaultFlags = []cli.Flag{
	&cli.BoolFlag{
		Category: CLI_FLAGS_CATEGORY,
		Name:     "ci",
		Usage:    "Sets whether this is running inside a CI/CD environment.",
		Hidden:   true,
		EnvVars:  []string{"CI"},
	},

	&cli.BoolFlag{
		Category: CLI_FLAGS_CATEGORY,
		Name:     "debug",
		Usage:    "Enable debugging for the application.",
		EnvVars:  []string{"DEBUG"},
		Hidden:   true,
	},

	&cli.StringFlag{
		Category: CLI_FLAGS_CATEGORY,
		Name:     "env-file",
		Usage:    "Environment files to inject.",
		EnvVars:  []string{"ENV_FILE"},
		Hidden:   true,
	},

	&cli.StringFlag{
		Category: CLI_FLAGS_CATEGORY,
		Name:     "log-level",
		Usage:    `Define the log level for the application. enum("PANIC", "FATAL", "WARNING", "INFO", "DEBUG", "TRACE")`,
		EnvVars:  []string{"LOG_LEVEL"},
		Value:    logrus.InfoLevel.String(),
	},
}

Functions

This section is empty.

Types

type AppChannel 

type AppChannel struct {
	// to communicate the errors while not blocking
	Err chan error
	// to communicate the errors while not blocking
	CustomErr chan ErrorWithLogger
	// Fatal errors
	Fatal chan error
	// to communicate the errors while not blocking
	CustomFatal chan ErrorWithLogger
	// terminate channel
	Interrupt chan os.Signal
	// exit channel
	Exit *broadcaster.Broadcaster[int]
}

type AppEnvironment 

type AppEnvironment struct {
	Debug bool
	CI    bool
}

type Command 

type Command[Pipe TaskListData] struct {
	Command *exec.Cmd
	Plumber *Plumber

	Log *logrus.Entry
	// contains filtered or unexported fields
}

func NewCommand 

func NewCommand[Pipe TaskListData](
	task *Task[Pipe],
	command string,
	args ...string,
) *Command[Pipe]

func (*Command[Pipe]) AddSelfToTheParentTask 

func (c *Command[Pipe]) AddSelfToTheParentTask(pt *Task[Pipe]) *Command[Pipe]

func (*Command[Pipe]) AddSelfToTheTask 

func (c *Command[Pipe]) AddSelfToTheTask() *Command[Pipe]

func (*Command[Pipe]) AppendArgs 

func (c *Command[Pipe]) AppendArgs(args ...string) *Command[Pipe]

Command.AppendArgs Appends arguments to the command.

func (*Command[Pipe]) AppendDirectEnvironment 

func (c *Command[Pipe]) AppendDirectEnvironment(environment ...string) *Command[Pipe]

Command.AppendDirectEnvironment Appends environment variables to command as directly.

func (*Command[Pipe]) AppendEnvironment 

func (c *Command[Pipe]) AppendEnvironment(environment map[string]string) *Command[Pipe]

Command.AppendEnvironment Appends environment variables to command as map.

func (*Command[Pipe]) EnableStreamRecording 

func (c *Command[Pipe]) EnableStreamRecording() *Command[Pipe]

func (*Command[Pipe]) EnableTerminator 

func (c *Command[Pipe]) EnableTerminator() *Command[Pipe]

func (*Command[Pipe]) EnsureIsAlive 

func (c *Command[Pipe]) EnsureIsAlive() *Command[Pipe]

func (*Command[Pipe]) GetCombinedStream 

func (c *Command[Pipe]) GetCombinedStream() []string

func (*Command[Pipe]) GetFormattedCommand 

func (c *Command[Pipe]) GetFormattedCommand() string

func (*Command[Pipe]) GetStderrStream 

func (c *Command[Pipe]) GetStderrStream() []string

func (*Command[Pipe]) GetStdoutStream 

func (c *Command[Pipe]) GetStdoutStream() []string

func (*Command[Pipe]) IsDisabled 

func (c *Command[Pipe]) IsDisabled() bool

func (*Command[Pipe]) Job 

func (c *Command[Pipe]) Job() Job

func (*Command[Pipe]) Run 

func (c *Command[Pipe]) Run() error

Command.Run Run the defined command.

func (*Command[Pipe]) RunSet 

func (c *Command[Pipe]) RunSet() error

func (*Command[Pipe]) Set 

func (c *Command[Pipe]) Set(fn CommandFn[Pipe]) *Command[Pipe]

Command.Set Sets the command details.

func (*Command[Pipe]) SetDir 

func (c *Command[Pipe]) SetDir(dir string) *Command[Pipe]

Command.SetDir Sets the directory of the command.

func (*Command[Pipe]) SetIgnoreError 

func (c *Command[Pipe]) SetIgnoreError() *Command[Pipe]

func (*Command[Pipe]) SetLogLevel 

func (c *Command[Pipe]) SetLogLevel(
	stdout LogLevel,
	stderr LogLevel,
	lifetime LogLevel,
) *Command[Pipe]

Command.SetLogLevel Sets the log level specific to this command.

func (*Command[Pipe]) SetMaskOsEnvironment 

func (c *Command[Pipe]) SetMaskOsEnvironment() *Command[Pipe]

func (*Command[Pipe]) SetOnTerminator 

func (c *Command[Pipe]) SetOnTerminator(fn CommandFn[Pipe]) *Command[Pipe]

func (*Command[Pipe]) SetPath 

func (c *Command[Pipe]) SetPath(dir string) *Command[Pipe]

Command.SetPath Sets the directory of the command.

func (*Command[Pipe]) ShouldDisable 

func (c *Command[Pipe]) ShouldDisable(fn TaskPredicateFn[Pipe]) *Command[Pipe]

func (*Command[Pipe]) ShouldRunAfter 

func (c *Command[Pipe]) ShouldRunAfter(fn CommandFn[Pipe]) *Command[Pipe]

type CommandFn 

type CommandFn[Pipe TaskListData] func(*Command[Pipe]) error

type CommandOptions 

type CommandOptions[Pipe TaskListData] struct {
	Disable TaskPredicateFn[Pipe]
}

type DeprecationNotice 

type DeprecationNotice struct {
	Message     string
	Environment []string
	Flag        []string
	Level       LogLevel
}

type ErrorWithLogger 

type ErrorWithLogger struct {
	Log *logrus.Entry
	Err error
}

type GuardHandlerFn 

type GuardHandlerFn[Pipe TaskListData] func(*TaskList[Pipe])

type Job 

type Job = floc.Job

type JobPredicate 

type JobPredicate = floc.Predicate

type JobWrapperFn 

type JobWrapperFn func(job Job) Job

type LogLevel 

type LogLevel = logrus.Level

type Plumber 

type Plumber struct {
	Cli         *cli.App
	Log         *logrus.Logger
	Environment AppEnvironment
	Channel     AppChannel
	Terminator

	PlumberOnTerminateFn

	DocsFile                        string
	DocsExcludeFlags                bool
	DocsExcludeEnvironmentVariables bool
	DocsExcludeHelpCommand          bool

	DeprecationNotices []DeprecationNotice
	// contains filtered or unexported fields
}

func (*Plumber) AppendFlags 

func (p *Plumber) AppendFlags(flags ...[]cli.Flag) []cli.Flag

Cli.AppendFlags Appends flags together.

func (*Plumber) AppendSecrets 

func (p *Plumber) AppendSecrets(secrets ...string) *Plumber

func (*Plumber) EnableTerminator 

func (p *Plumber) EnableTerminator() *Plumber

func (*Plumber) New 

func (p *Plumber) New(
	fn func(a *Plumber) *cli.App,
) *Plumber

Cli.New Creates a new plumber for pipes.

func (*Plumber) RegisterTerminated 

func (p *Plumber) RegisterTerminated() *Plumber

func (*Plumber) RegisterTerminator 

func (p *Plumber) RegisterTerminator() *Plumber

func (*Plumber) Run 

func (p *Plumber) Run()

Cli.Run Starts the application.

func (*Plumber) SendCustomError 

func (p *Plumber) SendCustomError(log *logrus.Entry, err error) *Plumber

func (*Plumber) SendCustomFatal 

func (p *Plumber) SendCustomFatal(log *logrus.Entry, err error) *Plumber

func (*Plumber) SendError 

func (p *Plumber) SendError(err error) *Plumber

func (*Plumber) SendExit 

func (p *Plumber) SendExit(code int) *Plumber

func (*Plumber) SendFatal 

func (p *Plumber) SendFatal(err error) *Plumber

func (*Plumber) SendTerminate 

func (p *Plumber) SendTerminate(sig os.Signal, code int)

func (*Plumber) SetOnTerminate 

func (p *Plumber) SetOnTerminate(fn PlumberOnTerminateFn) *Plumber

Cli.SetOnTerminate Sets the action that would be executed on terminate.

func (*Plumber) Terminate 

func (p *Plumber) Terminate(code int)

App.Terminate Terminates the application.

type PlumberOnTerminateFn 

type PlumberOnTerminateFn func() error

type Result 

type Result = floc.Result
const (
	TASK_ANY       Result = floc.None
	TASK_COMPLETED Result = floc.Completed
	TASK_CANCELLED Result = floc.Canceled
	TASK_FAILED    Result = floc.Failed
)

type ResultMask 

type ResultMask = floc.ResultMask

type Task 

type Task[Pipe TaskListData] struct {
	Name string

	Plumber *Plumber
	Log     *logrus.Entry
	Channel *AppChannel
	Lock    *sync.RWMutex

	Pipe    *Pipe
	Control floc.Control
	// contains filtered or unexported fields
}

func NewTask 

func NewTask[Pipe TaskListData](tl *TaskList[Pipe], name ...string) *Task[Pipe]

func (*Task[Pipe]) AddCommands 

func (t *Task[Pipe]) AddCommands(commands ...*Command[Pipe]) *Task[Pipe]

func (*Task[Pipe]) AddSelfToTheParent 

func (t *Task[Pipe]) AddSelfToTheParent(
	fn func(pt *Task[Pipe], st *Task[Pipe]),
) *Task[Pipe]

func (*Task[Pipe]) AddSelfToTheParentAsParallel 

func (t *Task[Pipe]) AddSelfToTheParentAsParallel() *Task[Pipe]

func (*Task[Pipe]) AddSelfToTheParentAsSequence 

func (t *Task[Pipe]) AddSelfToTheParentAsSequence() *Task[Pipe]

func (*Task[Pipe]) CreateCommand 

func (t *Task[Pipe]) CreateCommand(command string, args ...string) *Command[Pipe]

func (*Task[Pipe]) CreateSubtask 

func (t *Task[Pipe]) CreateSubtask(name ...string) *Task[Pipe]

func (*Task[Pipe]) EnableTerminator 

func (t *Task[Pipe]) EnableTerminator() *Task[Pipe]

func (*Task[Pipe]) ExtendSubtask 

func (t *Task[Pipe]) ExtendSubtask(fn JobWrapperFn) *Task[Pipe]

func (*Task[Pipe]) GetCommandJobAsJobParallel 

func (t *Task[Pipe]) GetCommandJobAsJobParallel() Job

func (*Task[Pipe]) GetCommandJobAsJobSequence 

func (t *Task[Pipe]) GetCommandJobAsJobSequence() Job

func (*Task[Pipe]) GetCommandJobs 

func (t *Task[Pipe]) GetCommandJobs() []Job

func (*Task[Pipe]) GetCommands 

func (t *Task[Pipe]) GetCommands() []*Command[Pipe]

func (*Task[Pipe]) GetSubtasks 

func (t *Task[Pipe]) GetSubtasks() Job

func (*Task[Pipe]) HasParent 

func (t *Task[Pipe]) HasParent() bool

func (*Task[Pipe]) IsDisabled 

func (t *Task[Pipe]) IsDisabled() bool

func (*Task[Pipe]) IsMarkedAsRoutine 

func (t *Task[Pipe]) IsMarkedAsRoutine() bool

func (*Task[Pipe]) IsSkipped 

func (t *Task[Pipe]) IsSkipped() bool

func (*Task[Pipe]) Job 

func (t *Task[Pipe]) Job() Job

func (*Task[Pipe]) Run 

func (t *Task[Pipe]) Run() error

func (*Task[Pipe]) RunCommandJobAsJobParallel 

func (t *Task[Pipe]) RunCommandJobAsJobParallel() error

func (*Task[Pipe]) RunCommandJobAsJobParallelWithExtension 

func (t *Task[Pipe]) RunCommandJobAsJobParallelWithExtension(fn JobWrapperFn) error

func (*Task[Pipe]) RunCommandJobAsJobSequence 

func (t *Task[Pipe]) RunCommandJobAsJobSequence() error

func (*Task[Pipe]) RunCommandJobAsJobSequenceWithExtension 

func (t *Task[Pipe]) RunCommandJobAsJobSequenceWithExtension(fn JobWrapperFn) error

func (*Task[Pipe]) RunSubtasks 

func (t *Task[Pipe]) RunSubtasks() error

func (*Task[Pipe]) RunSubtasksWithExtension 

func (t *Task[Pipe]) RunSubtasksWithExtension(fn func(job Job) Job) error

func (*Task[Pipe]) SendError 

func (t *Task[Pipe]) SendError(err error) *Task[Pipe]

func (*Task[Pipe]) SendExit 

func (t *Task[Pipe]) SendExit(code int) *Task[Pipe]

func (*Task[Pipe]) SendFatal 

func (t *Task[Pipe]) SendFatal(err error) *Task[Pipe]

func (*Task[Pipe]) Set 

func (t *Task[Pipe]) Set(fn TaskFn[Pipe]) *Task[Pipe]

func (*Task[Pipe]) SetJobWrapper 

func (t *Task[Pipe]) SetJobWrapper(fn JobWrapperFn) *Task[Pipe]

func (*Task[Pipe]) SetMarks 

func (t *Task[Pipe]) SetMarks(marks ...string) *Task[Pipe]

func (*Task[Pipe]) SetOnTerminator 

func (t *Task[Pipe]) SetOnTerminator(fn TaskFn[Pipe]) *Task[Pipe]

func (*Task[Pipe]) SetSubtask 

func (t *Task[Pipe]) SetSubtask(job Job) *Task[Pipe]

func (*Task[Pipe]) ShouldDisable 

func (t *Task[Pipe]) ShouldDisable(fn TaskPredicateFn[Pipe]) *Task[Pipe]

func (*Task[Pipe]) ShouldRunAfter 

func (t *Task[Pipe]) ShouldRunAfter(fn TaskFn[Pipe]) *Task[Pipe]

func (*Task[Pipe]) ShouldRunBefore 

func (t *Task[Pipe]) ShouldRunBefore(fn TaskFn[Pipe]) *Task[Pipe]

func (*Task[Pipe]) ShouldSkip 

func (t *Task[Pipe]) ShouldSkip(fn TaskPredicateFn[Pipe]) *Task[Pipe]

func (*Task[Pipe]) ToParent 

func (t *Task[Pipe]) ToParent(
	parent *Task[Pipe],
	fn func(pt *Task[Pipe], st *Task[Pipe]),
) *Task[Pipe]

type TaskFn 

type TaskFn[Pipe TaskListData] func(t *Task[Pipe]) error

type TaskList 

type TaskList[Pipe TaskListData] struct {
	Tasks Job

	Plumber *Plumber

	CliContext *cli.Context
	Pipe       Pipe
	Lock       *sync.RWMutex
	Log        *logrus.Logger
	Channel    *AppChannel
	Control    floc.Control
	// contains filtered or unexported fields
}

func (*TaskList[Pipe]) CreateBasicJob 

func (t *TaskList[Pipe]) CreateBasicJob(fn func() error) Job

func (*TaskList[Pipe]) CreateJob 

func (t *TaskList[Pipe]) CreateJob(fn func(tl *TaskList[Pipe]) error) Job

func (*TaskList[Pipe]) CreateTask 

func (t *TaskList[Pipe]) CreateTask(name ...string) *Task[Pipe]

func (*TaskList[Pipe]) GetTasks 

func (t *TaskList[Pipe]) GetTasks() Job

func (*TaskList[Pipe]) GuardAlways 

func (t *TaskList[Pipe]) GuardAlways(job Job) Job

Always run this job!

func (*TaskList[Pipe]) GuardIgnorePanic 

func (t *TaskList[Pipe]) GuardIgnorePanic(job Job) Job

func (*TaskList[Pipe]) GuardOnPanic 

func (t *TaskList[Pipe]) GuardOnPanic(job Job, fn GuardHandlerFn[Pipe]) Job

OnPanic protects the job from falling into panic. In addition it takes PanicTrigger func which is called in case of panic. Guarding the job from falling into panic is effective only if the job runs in the current goroutine.

func (*TaskList[Pipe]) GuardOnTimeout 

func (t *TaskList[Pipe]) GuardOnTimeout(
	job Job,
	fn GuardHandlerFn[Pipe],
	timeout time.Duration,
) Job

OnTimeout protects the job from taking too much time on execution. In addition it takes TimeoutTrigger func (t *TaskList[Pipe]) which called if time is out. The job is run in it's own goroutine while the current goroutine waits until the job finished or time went out or the flow is finished.

func (*TaskList[Pipe]) GuardPanic 

func (t *TaskList[Pipe]) GuardPanic(job Job) Job

Panic protects the job from falling into panic. On panic the flow will be canceled with the ErrPanic result. Guarding the job from falling into panic is effective only if the job runs in the current goroutine.

func (*TaskList[Pipe]) GuardResume 

func (t *TaskList[Pipe]) GuardResume(job Job, mask Result) Job

Resume resumes execution of the flow possibly finished by the job. If the mask is empty execution will be resumed regardless the reason it was finished. Otherwise execution will be resumed if the reason it finished with is masked.

func (*TaskList[Pipe]) GuardTimeout 

func (t *TaskList[Pipe]) GuardTimeout(job Job, timeout time.Duration) Job

GuardTimeout protects the job from taking too much time on execution. The job is run in it's own goroutine while the current goroutine waits until the job finished or time went out or the flow is finished.

func (*TaskList[Pipe]) Job 

func (t *TaskList[Pipe]) Job() Job

func (*TaskList[Pipe]) JobBackground 

func (t *TaskList[Pipe]) JobBackground(job Job) Job

JobBackground starts the job in it's own goroutine. The function does not track the lifecycle of the job started and does no synchronization with it therefore the job running in background may remain active even if the flow is finished. The function assumes the job is aware of the flow state and/or synchronization and termination of it is implemented outside. 

floc.Run(run.Background(
	func(ctx floc.Context, ctrl floc.Control) error {
		for !ctrl.IsFinished() {
			fmt.Println(time.Now())
		}

		return nil
	}
})

Summary:

  • Run jobs in goroutines : YES
  • Wait all jobs finish : NO
  • Run order : SINGLE

Diagram: 

--+----------->
  |
  +-->[JOB]

func (*TaskList[Pipe]) JobDelay 

func (t *TaskList[Pipe]) JobDelay(job Job, delay time.Duration) Job

JobDelay does delay before starting the job.

Summary:

  • Run jobs in goroutines : NO
  • Wait all jobs finish : YES
  • Run order : SINGLE

Diagram: 

--(DELAY)-->[JOB]-->

func (*TaskList[Pipe]) JobElse 

func (t *TaskList[Pipe]) JobElse(job Job) Job

JobElse just returns the job unmodified. Else is used for expressiveness and can be omitted.

Summary:

  • Run jobs in goroutines : N/A
  • Wait all jobs finish : N/A
  • Run order : N/A

Diagram: 

----[JOB]--->

func (*TaskList[Pipe]) JobIf 

func (t *TaskList[Pipe]) JobIf(predicate JobPredicate, jobs ...Job) Job

JobIf runs the first job if the condition is met and runs the second job, if it's passed, if the condition is not met. The function panics if no or more than two jobs are given.

For expressiveness Then() and Else() can be used. 

flow := run.If(testSomething,
  run.Then(doSomething),
  run.Else(doSomethingElse),
)

Summary:

  • Run jobs in goroutines : NO
  • Wait all jobs finish : YES
  • Run order : SINGLE

Diagram: 

                    +----->[JOB_1]---+
                    | YES            |
--(CONDITION MET?)--+                +-->
                    | NO             |
                    +----->[JOB_2]---+

func (*TaskList[Pipe]) JobIfNot 

func (t *TaskList[Pipe]) JobIfNot(predicate JobPredicate, jobs ...Job) Job

JobIfNot runs the first job if the condition is not met and runs the second job, if it's passed, if the condition is met. The function panics if no or more than two jobs are given.

For expressiveness Then() and Else() can be used. 

flow := run.IfNot(testSomething,
  run.Then(doSomething),
  run.Else(doSomethingElse),
)

Summary:

  • Run jobs in goroutines : NO
  • Wait all jobs finish : YES
  • Run order : SINGLE

Diagram: 

                    +----->[JOB_1]---+
                    | NO             |
--(CONDITION MET?)--+                +-->
                    | YES            |
                    +----->[JOB_2]---+

func (*TaskList[Pipe]) JobLoop 

func (t *TaskList[Pipe]) JobLoop(job Job) Job

JobLoop repeats running the job forever.

Summary:

  • Run jobs in goroutines : NO
  • Wait all jobs finish : YES
  • Run order : SINGLE

Diagram: 

  +----------+
  |          |
  V          |
----->[JOB]--+

func (*TaskList[Pipe]) JobLoopWithWaitAfter 

func (t *TaskList[Pipe]) JobLoopWithWaitAfter(job Job, delay time.Duration) Job

func (*TaskList[Pipe]) JobParallel 

func (t *TaskList[Pipe]) JobParallel(jobs ...Job) Job

JobParallel runs jobs in their own goroutines and waits until all of them finish.

Summary:

  • Run jobs in goroutines : YES
  • Wait all jobs finish : YES
  • Run order : PARALLEL

Diagram: 

  +-->[JOB_1]--+
  |            |
--+-->  ..   --+-->
  |            |
  +-->[JOB_N]--+

func (*TaskList[Pipe]) JobRepeat 

func (t *TaskList[Pipe]) JobRepeat(job Job, times int) Job

JobRepeat repeats running the job for N times.

Summary:

  • Run jobs in goroutines : NO
  • Wait all jobs finish : YES
  • Run order : SINGLE

Diagram: 

                        NO
  +-----------[JOB]<---------+
  |                          |
  V                          | YES
----(ITERATED COUNT TIMES?)--+---->

func (*TaskList[Pipe]) JobSequence 

func (t *TaskList[Pipe]) JobSequence(jobs ...Job) Job

JobSequence runs jobs sequentially, one by one.

Summary:

  • Run jobs in goroutines : NO
  • Wait all jobs finish : YES
  • Run order : SEQUENCE

Diagram: 

-->[JOB_1]-...->[JOB_N]-->

func (*TaskList[Pipe]) JobThen 

func (t *TaskList[Pipe]) JobThen(job Job) Job

Then just returns the job unmodified. Then is used for expressiveness and can be omitted.

Summary:

  • Run jobs in goroutines : N/A
  • Wait all jobs finish : N/A
  • Run order : N/A

Diagram: 

----[JOB]--->

func (*TaskList[Pipe]) JobWait 

func (t *TaskList[Pipe]) JobWait(predicate JobPredicate, sleep time.Duration) Job

JobWait waits until the condition is met. The function falls into sleep with the duration given between condition checks. The function does not run any job actually and just repeatedly checks predicate's return value. When the predicate returns true the function finishes.

Summary:

  • Run jobs in goroutines : N/A
  • Wait all jobs finish : N/A
  • Run order : N/A

Diagram: 

                  NO
  +------(SLEEP)------+
  |                   |
  V                   | YES
----(CONDITION MET?)--+----->

func (*TaskList[Pipe]) JobWaitForTerminator 

func (t *TaskList[Pipe]) JobWaitForTerminator() Job

func (*TaskList[Pipe]) JobWhile 

func (t *TaskList[Pipe]) JobWhile(predicate JobPredicate, job Job) Job

JobWhile repeats running the job while the condition is met.

Summary:

  • Run jobs in goroutines : NO
  • Wait all jobs finish : YES
  • Run order : SINGLE

Diagram: 

                  YES
  +-------[JOB]<------+
  |                   |
  V                   | NO
----(CONDITION MET?)--+---->

func (*TaskList[Pipe]) New 

func (t *TaskList[Pipe]) New(p *Plumber) *TaskList[Pipe]

func (*TaskList[Pipe]) NewResultMask 

func (t *TaskList[Pipe]) NewResultMask(mask Result) ResultMask

NewResultMask constructs new instance from the mask given.

func (*TaskList[Pipe]) Predicate 

func (t *TaskList[Pipe]) Predicate(fn TaskListPredicateFn[Pipe]) JobPredicate

TaskList.Predicate Creates a new floc predicate out of the given conditions.

func (*TaskList[Pipe]) PredicateAnd 

func (t *TaskList[Pipe]) PredicateAnd(predicates ...JobPredicate) JobPredicate

PredicateAnd returns a predicate which chains multiple predicates into a condition with AND logic. The result predicate finishes calculation of the condition as fast as the result is known. The function panics if the number of predicates is less than 2.

The result predicate tests the condition as follows. 

[PRED_1] AND ... AND [PRED_N]

func (*TaskList[Pipe]) PredicateNot 

func (t *TaskList[Pipe]) PredicateNot(predicate JobPredicate) JobPredicate

PredicateNot returns the negated value of the predicate.

The result predicate tests the condition as follows. 

NOT [PRED]

func (*TaskList[Pipe]) PredicateOr 

func (t *TaskList[Pipe]) PredicateOr(predicates ...JobPredicate) JobPredicate

PredicateOr returns a predicate which chains multiple predicates into a condition with OR logic. The result predicate finishes calculation of the condition as fast as the result is known.

The result predicate tests the condition as follows. 

[PRED_1] OR ... OR [PRED_N]

func (*TaskList[Pipe]) PredicateXor 

func (t *TaskList[Pipe]) PredicateXor(predicates ...JobPredicate) JobPredicate

Xor returns a predicate which chains multiple predicates into a condition with XOR logic. The result predicate finishes calculation of the condition as fast as the result is known.

The result predicate tests the condition as follows. 

(([PRED_1] XOR [PRED_2]) ... XOR [PRED_N])

func (*TaskList[Pipe]) Run 

func (t *TaskList[Pipe]) Run() error

func (*TaskList[Pipe]) RunJobs 

func (t *TaskList[Pipe]) RunJobs(job Job) error

func (*TaskList[Pipe]) Set 

func (t *TaskList[Pipe]) Set(fn TaskListJobFn[Pipe]) *TaskList[Pipe]

func (*TaskList[Pipe]) SetCliContext 

func (t *TaskList[Pipe]) SetCliContext(ctx *cli.Context) *TaskList[Pipe]

func (*TaskList[Pipe]) SetDelimiter 

func (t *TaskList[Pipe]) SetDelimiter(delimiter string) *TaskList[Pipe]

func (*TaskList[Pipe]) SetTasks 

func (t *TaskList[Pipe]) SetTasks(tasks Job) *TaskList[Pipe]

func (*TaskList[Pipe]) ShouldRunAfter 

func (t *TaskList[Pipe]) ShouldRunAfter(fn TaskListFn[Pipe]) *TaskList[Pipe]

func (*TaskList[Pipe]) ShouldRunBefore 

func (t *TaskList[Pipe]) ShouldRunBefore(fn TaskListFn[Pipe]) *TaskList[Pipe]

func (*TaskList[Pipe]) Validate 

func (t *TaskList[Pipe]) Validate(data TaskListData) error

type TaskListData 

type TaskListData interface {
	any
}

type TaskListFn 

type TaskListFn[Pipe TaskListData] func(*TaskList[Pipe]) error

type TaskListJobFn 

type TaskListJobFn[Pipe TaskListData] func(*TaskList[Pipe]) Job

type TaskListPredicateFn 

type TaskListPredicateFn[Pipe TaskListData] func(*TaskList[Pipe]) bool

type TaskOptions 

type TaskOptions[Pipe TaskListData] struct {
	Skip    TaskPredicateFn[Pipe]
	Disable TaskPredicateFn[Pipe]
}

type TaskPredicateFn 

type TaskPredicateFn[Pipe TaskListData] func(t *Task[Pipe]) bool

type Terminator 

type Terminator struct {
	Enabled         bool
	ShouldTerminate *broadcaster.Broadcaster[os.Signal]
	Terminated      *broadcaster.Broadcaster[bool]
	Lock            *sync.RWMutex
	// contains filtered or unexported fields
}

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