A B C E F G H I M N O P R S T U W

A

AbstractActor - Class in org.requirementsascode

An actor can be anything with a behavior.

AbstractActor() - Constructor for class org.requirementsascode.AbstractActor

Creates an actor with a name equal to the current class' simple name.

AbstractActor(String) - Constructor for class org.requirementsascode.AbstractActor

Creates an actor with the specified name.

AbstractContinues - Class in org.requirementsascode.systemreaction

AbstractContinues(String) - Constructor for class org.requirementsascode.systemreaction.AbstractContinues

AbstractContinuesAfter - Class in org.requirementsascode.systemreaction

AbstractContinuesAfter(String, FlowStep) - Constructor for class org.requirementsascode.systemreaction.AbstractContinuesAfter

accept(ModelRunner) - Method in class org.requirementsascode.systemreaction.AbstractContinuesAfter

accept(ModelRunner) - Method in class org.requirementsascode.systemreaction.ContinuesWithoutAlternativeAt

accept(T) - Method in class org.requirementsascode.systemreaction.IgnoresIt

Actor - Class in org.requirementsascode

An actor with dynamically attachable behavior.

Actor() - Constructor for class org.requirementsascode.Actor

Creates an actor with a name equal to the current class' simple name.

Actor(String) - Constructor for class org.requirementsascode.Actor

Creates an actor with the specified name.

after(String) - Method in class org.requirementsascode.builder.FlowPart

Starts the flow after the specified step has been run, in this flow's use case.

After - Class in org.requirementsascode.flowposition

Tests whether the specified step was the last step run.

After(FlowStep) - Constructor for class org.requirementsascode.flowposition.After

Tests whether the specified step was the last step run.

anytime() - Method in class org.requirementsascode.builder.FlowPart

Starts the flow after any step that has been run, or at the beginning.

Anytime - Class in org.requirementsascode.flowposition

Anytime() - Constructor for class org.requirementsascode.flowposition.Anytime

apply(T) - Method in class org.requirementsascode.SystemReaction

as(AbstractActor...) - Method in class org.requirementsascode.builder.StepPart

Defines which actors (i.e. user groups) can cause the system to react to the message of this step.

as(AbstractActor) - Method in class org.requirementsascode.builder.UseCasePart

Define a default actor that will be used for each step of the use case, unless it is overwritten by specific actors for the steps (with as).

as(AbstractActor) - Method in class org.requirementsascode.ModelRunner

After you called this method, the runner will only react in steps that have explicitly set the specified actor as one of its actors, or that are declared as "autonomous system reactions".

B

basicFlow() - Method in class org.requirementsascode.builder.UseCasePart

Start the "happy day scenario" where all is fine and dandy.

behavior() - Method in class org.requirementsascode.AbstractActor

Override this method to provide the model for the actor's behavior.

behavior() - Method in class org.requirementsascode.Actor

build() - Method in class org.requirementsascode.builder.FlowlessSystemPart

Returns the model that has been built.

build() - Method in class org.requirementsascode.builder.FlowlessToPart

Returns the model that has been built.

build() - Method in class org.requirementsascode.builder.ModelBuilder

Returns the model built so far.

build() - Method in class org.requirementsascode.builder.StepSystemPart

Returns the model built so far.

build() - Method in class org.requirementsascode.builder.StepToPart

Returns the model built so far.

build() - Method in class org.requirementsascode.builder.UseCasePart

Returns the model that has been built.

builder() - Static method in class org.requirementsascode.Model

The only way to build a model and its parts is to use the builder returned by this method.

C

canReactTo(Class<? extends Object>) - Method in class org.requirementsascode.ModelRunner

Returns whether at least one step can react to a message of the specified class.

condition(Condition) - Method in class org.requirementsascode.builder.FlowlessSystemPart

Constrains the condition for triggering a system reaction: only if the specified condition is true, a system reaction can be triggered.

condition(Condition) - Method in class org.requirementsascode.builder.FlowlessToPart

Constrains the condition for triggering a system reaction: only if the specified condition is true, a system reaction can be triggered.

condition(Condition) - Method in class org.requirementsascode.builder.FlowPart

Constrains the flow's condition: only if the specified condition is true, the flow is started.

condition(Condition) - Method in class org.requirementsascode.builder.FlowPositionPart

Constrains the flow's condition: only if the specified condition is true as well (beside the flow position), the flow is started.

condition(Condition) - Method in class org.requirementsascode.builder.ModelBuilder

Only if the specified condition is true, the message is handled.

condition(Condition) - Method in class org.requirementsascode.builder.UseCasePart

Constrains the condition for triggering a system reaction: only if the specified condition is true, a system reaction can be triggered.

Condition - Interface in org.requirementsascode

A condition, as part of a model.

continuesAfter(String) - Method in class org.requirementsascode.builder.StepAsPart

Makes the model runner continue after the specified step.

continuesAfter(String) - Method in class org.requirementsascode.builder.StepPart

Makes the model runner continue after the specified step.

ContinuesAfter - Class in org.requirementsascode.systemreaction

ContinuesAfter(String, UseCase) - Constructor for class org.requirementsascode.systemreaction.ContinuesAfter

continuesAt(String) - Method in class org.requirementsascode.builder.StepAsPart

Makes the model runner continue at the specified step.

continuesAt(String) - Method in class org.requirementsascode.builder.StepPart

Makes the model runner continue at the specified step.

ContinuesAt - Class in org.requirementsascode.systemreaction

ContinuesAt(String, UseCase) - Constructor for class org.requirementsascode.systemreaction.ContinuesAt

continuesWithoutAlternativeAt(String) - Method in class org.requirementsascode.builder.StepAsPart

Makes the model runner continue at the specified step.

continuesWithoutAlternativeAt(String) - Method in class org.requirementsascode.builder.StepPart

Makes the model runner continue at the specified step.

ContinuesWithoutAlternativeAt - Class in org.requirementsascode.systemreaction

ContinuesWithoutAlternativeAt(String, FlowStep) - Constructor for class org.requirementsascode.systemreaction.ContinuesWithoutAlternativeAt

createRunnerWithBehaviorIfPresent() - Method in class org.requirementsascode.AbstractActor

E

ElementAlreadyInModel - Exception in org.requirementsascode.exception

Exception that is thrown when somebody tries to create a new model element, and a model element with the same name is already in the model.

ElementAlreadyInModel(String) - Constructor for exception org.requirementsascode.exception.ElementAlreadyInModel

equals(Object) - Method in class org.requirementsascode.AbstractActor

evaluate() - Method in interface org.requirementsascode.Condition

EventQueue - Class in org.requirementsascode.queue

A simple event queue that forwards events to an event consumer, one at a time.

EventQueue(Consumer<Object>) - Constructor for class org.requirementsascode.queue.EventQueue

Create an event queue whose events will be consumed by the specified consumer.

F

findActor(String) - Method in class org.requirementsascode.Model

Finds the actor with the specified name, contained in this model.

findFlow(String) - Method in class org.requirementsascode.UseCase

Finds the flow with the specified name, contained in this use case.

findStep(String) - Method in class org.requirementsascode.UseCase

Finds the step with the specified name, contained in this use case.

findUseCase(String) - Method in class org.requirementsascode.Model

Finds the use case with the specified name, contained in this model.

flow(String) - Method in class org.requirementsascode.builder.StepSystemPart

Creates a new flow in the current use case.

flow(String) - Method in class org.requirementsascode.builder.StepToPart

Creates a new flow in the current use case.

flow(String) - Method in class org.requirementsascode.builder.UseCasePart

Start a flow with the specified name.

Flow - Class in org.requirementsascode

A flow defines a sequence of steps that lead the user through a use case.

FlowConditionPart - Class in org.requirementsascode.builder

Part used by the ModelBuilder to build a Model.

FlowlessConditionPart - Class in org.requirementsascode.builder

Part used by the ModelBuilder to build a Model.

FlowlessStep - Class in org.requirementsascode

A step that is not part of a flow (i.e. no flow definition in the model).

FlowlessStepPart - Class in org.requirementsascode.builder

FlowlessSystemPart<T> - Class in org.requirementsascode.builder

Part used by the ModelBuilder to build a Model.

FlowlessToPart - Class in org.requirementsascode.builder

flowlessToPart(StepSystemPart<?>, AbstractActor, long) - Static method in class org.requirementsascode.builder.FlowlessToPart

FlowlessUserPart<T> - Class in org.requirementsascode.builder

Part used by the ModelBuilder to build a Model.

FlowPart - Class in org.requirementsascode.builder

Part used by the ModelBuilder to build a Model.

FlowPosition - Class in org.requirementsascode.flowposition

FlowPosition(FlowStep) - Constructor for class org.requirementsascode.flowposition.FlowPosition

FlowPositionPart - Class in org.requirementsascode.builder

FlowStep - Class in org.requirementsascode

G

getActors() - Method in class org.requirementsascode.Model

Returns the actors contained in this model.

getActors() - Method in class org.requirementsascode.Step

getBasicFlow() - Method in class org.requirementsascode.UseCase

The basic flow defines the 'happy day scenario' of the use case: no exceptions are handled in it, all steps are assumed to go well.

getCondition() - Method in class org.requirementsascode.Flow

Convenience method that returns the condition of the flow.

getCondition() - Method in class org.requirementsascode.Step

getCondition() - Method in class org.requirementsascode.StepToBeRun

Returns the precondition that needs to be true to trigger the system reaction when StepToBeRun.run() is called.

getFirstStep() - Method in class org.requirementsascode.Flow

Returns the first step of the flow

getFlow() - Method in class org.requirementsascode.FlowStep

getFlowPosition() - Method in class org.requirementsascode.Flow

Convenience method that returns the position of the flow (as defined e.g. by "InsteadOf").

getFlowPosition() - Method in class org.requirementsascode.FlowStep

getFlows() - Method in class org.requirementsascode.UseCase

Returns the flows contained in this use case.

getLatestFlow() - Method in class org.requirementsascode.ModelRunner

Returns the flow the latest step that has been run is contained in.

getLatestStep() - Method in class org.requirementsascode.ModelRunner

Returns the latest step that has been run by this runner.

getMessage() - Method in class org.requirementsascode.StepToBeRun

Returns the message object that will be passed to the system reaction when StepToBeRun.run() is called.

getMessageClass() - Method in class org.requirementsascode.Step

getModelObject() - Method in class org.requirementsascode.SystemReaction

getModelRunner() - Method in class org.requirementsascode.AbstractActor

Call this method from a subclass to customize the way the actor runs the behavior.

getName() - Method in class org.requirementsascode.AbstractActor

Returns the name of the actor.

getPredicate() - Method in class org.requirementsascode.FlowlessStep

getPredicate() - Method in class org.requirementsascode.InterruptableFlowStep

getPredicate() - Method in class org.requirementsascode.InterruptingFlowStep

getPredicate() - Method in class org.requirementsascode.Step

getPreviousStepInFlow() - Method in class org.requirementsascode.FlowStep

getPublishTo() - Method in class org.requirementsascode.Step

getReactToTypes() - Method in class org.requirementsascode.ModelRunner

Returns the classes of messages the runner can react to.

getReactWhile() - Method in class org.requirementsascode.FlowStep

getRecordedMessages() - Method in class org.requirementsascode.ModelRunner

Returns the recorded messages that the runner reacted to so far.

getRecordedStepNames() - Method in class org.requirementsascode.ModelRunner

Returns the recorded names of the steps that have been run so far.

getSize() - Method in class org.requirementsascode.queue.EventQueue

getStep() - Method in class org.requirementsascode.flowposition.FlowPosition

getStepName() - Method in class org.requirementsascode.StepToBeRun

Returns the name of the step whose system reaction is performed when StepToBeRun.run() is called.

getStepName() - Method in class org.requirementsascode.systemreaction.AbstractContinues

getSteps() - Method in class org.requirementsascode.Flow

Returns the steps contained in this flow.

getSteps() - Method in class org.requirementsascode.Model

Returns the steps of use cases contained in this model.

getSteps() - Method in class org.requirementsascode.UseCase

Returns the steps contained in this use case.

getStepsOf(UseCase) - Method in class org.requirementsascode.AbstractActor

Returns the steps this actor is connected with, for the specified use case.

getStepsThatCanReactTo(Class<? extends Object>) - Method in class org.requirementsascode.ModelRunner

Returns the steps in the model that can react to the specified message class.

getSystemActor() - Method in class org.requirementsascode.Model

Returns the actor representing the system.

getSystemReaction() - Method in class org.requirementsascode.Step

getSystemReaction() - Method in class org.requirementsascode.StepToBeRun

Returns the system reaction to be executed when StepToBeRun.run() is called.

getUseCase() - Method in class org.requirementsascode.Flow

Returns the use case this flow is part of.

getUseCase() - Method in class org.requirementsascode.Step

getUseCases() - Method in class org.requirementsascode.AbstractActor

Returns the use cases this actor is associated with, as an external user.

getUseCases() - Method in class org.requirementsascode.Model

Returns the use cases contained in this model.

getUserActor() - Method in class org.requirementsascode.Model

Returns the actor representing the default user.

H

handleException(Exception) - Method in class org.requirementsascode.ModelRunner

Overwrite this method to control what happens exactly when an exception is thrown by a system reaction.

handleUnhandledWith(Consumer<Object>) - Method in class org.requirementsascode.ModelRunner

Define handler for messages that the runner doesn't react to.

handleWith(Consumer<StepToBeRun>) - Method in class org.requirementsascode.ModelRunner

Define a custom message handler.

hasActor(String) - Method in class org.requirementsascode.Model

Checks whether this model contains the specified actor.

hasFlow(String) - Method in class org.requirementsascode.UseCase

Checks whether this use case contains the specified flow.

hashCode() - Method in class org.requirementsascode.AbstractActor

hasStep(String) - Method in class org.requirementsascode.UseCase

Checks whether this use case contains the specified step.

hasUseCase(String) - Method in class org.requirementsascode.Model

Checks whether this model contains the specified use case.

I

IgnoresIt<T> - Class in org.requirementsascode.systemreaction

IgnoresIt() - Constructor for class org.requirementsascode.systemreaction.IgnoresIt

InfiniteRepetition - Exception in org.requirementsascode.exception

Exception that is thrown when internally, a StackOverflowException occurs.

InfiniteRepetition(Step) - Constructor for exception org.requirementsascode.exception.InfiniteRepetition

insteadOf(String) - Method in class org.requirementsascode.builder.FlowPart

Starts the flow as an alternative to the specified step, in this flow's use case.

InsteadOf - Class in org.requirementsascode.flowposition

InsteadOf(FlowStep) - Constructor for class org.requirementsascode.flowposition.InsteadOf

InterruptableFlowStep - Class in org.requirementsascode

An interruptable flow step is either the first step of a flow without a user specified condition, or a step that is not the first step (in any flow).

InterruptingFlowStep - Class in org.requirementsascode

isEmpty() - Method in class org.requirementsascode.queue.EventQueue

Returns whether this queue is empty.

isRunnerAtRightPositionFor(FlowStep, ModelRunner) - Method in class org.requirementsascode.flowposition.After

isRunnerAtRightPositionFor(FlowStep, ModelRunner) - Method in class org.requirementsascode.flowposition.Anytime

isRunnerAtRightPositionFor(FlowStep, ModelRunner) - Method in class org.requirementsascode.flowposition.FlowPosition

isRunnerAtRightPositionFor(FlowStep, ModelRunner) - Method in class org.requirementsascode.flowposition.InsteadOf

isRunning() - Method in class org.requirementsascode.ModelRunner

Returns whether the runner is currently running.

M

MissingUseCaseStepPart - Exception in org.requirementsascode.exception

Exception that is thrown when the model runner tries to to access a certain part of a step, but that part does not exist.

MissingUseCaseStepPart(Step, String) - Constructor for exception org.requirementsascode.exception.MissingUseCaseStepPart

Model - Class in org.requirementsascode

A model is a container for events/commands and the system reactions that handle them.

ModelBuilder - Class in org.requirementsascode.builder

Class that builds a Model, in a fluent way.

ModelBuilder(Model) - Constructor for class org.requirementsascode.builder.ModelBuilder

ModelRunner - Class in org.requirementsascode

A model runner is a highly configurable controller that receives messages and conditionally calls methods that handle them (the "system reactions").

ModelRunner() - Constructor for class org.requirementsascode.ModelRunner

Constructor for creating a model runner.

ModelRunner.As - Class in org.requirementsascode

MoreThanOneStepCanReact - Exception in org.requirementsascode.exception

Exception that is thrown when more than one step could react to a certain message.

MoreThanOneStepCanReact(Collection<Step>) - Constructor for exception org.requirementsascode.exception.MoreThanOneStepCanReact

N

newFlow(String) - Method in class org.requirementsascode.UseCase

Creates a new flow in this use case.

newFlowlessStep(String, Condition) - Method in class org.requirementsascode.UseCase

Creates a step that is independent of a flow.

newInterruptableFlowStep(String, Flow) - Method in class org.requirementsascode.UseCase

Creates a step that can be "interrupted", that is: interrupting steps are performed instead of this step when their flow position is correct and their condition is fulfilled.

newInterruptingFlowStep(String, Flow, FlowPosition, Condition) - Method in class org.requirementsascode.UseCase

Creates a new step that can interrupt other flows.

newUseCase(String) - Method in class org.requirementsascode.Model

NoSuchElementInModel - Exception in org.requirementsascode.exception

Exception that is thrown when an element should be in the model because it is referenced from somewhere, but it can't be found.

NoSuchElementInModel(String) - Constructor for exception org.requirementsascode.exception.NoSuchElementInModel

O

on(Class<T>) - Method in class org.requirementsascode.builder.FlowlessConditionPart

Defines the type of messages or exceptions that will cause a system reaction, given that the condition is fulfilled.

on(Class<T>) - Method in class org.requirementsascode.builder.FlowlessStepPart

Defines the type of system event objects or exceptions that this step handles.

on(Class<U>) - Method in class org.requirementsascode.builder.FlowlessSystemPart

Defines the type of messages or exceptions that will cause a system reaction.

on(Class<U>) - Method in class org.requirementsascode.builder.FlowlessToPart

Defines the type of messages or exceptions that will cause a system reaction.

on(Class<T>) - Method in class org.requirementsascode.builder.ModelBuilder

Creates a handler for messages or exceptions of the specified type.

on(Class<T>) - Method in class org.requirementsascode.builder.StepPart

Defines the type of system event objects or exceptions that this step handles.

on(Class<T>) - Method in class org.requirementsascode.builder.UseCasePart

Defines the type of events or exceptions that will cause a system reaction.

orAfter(FlowStep) - Method in class org.requirementsascode.flowposition.FlowPosition

orAfter(FlowStep) - Method in class org.requirementsascode.FlowStep

org.requirementsascode - package org.requirementsascode

Core package of requirementsascode, containing everything you need to create a model and run it.

org.requirementsascode.builder - package org.requirementsascode.builder

org.requirementsascode.exception - package org.requirementsascode.exception

Exception package of requirementsascode, containing all the exceptions that are thrown by requirementsascode during model creation and running.

org.requirementsascode.flowposition - package org.requirementsascode.flowposition

org.requirementsascode.queue - package org.requirementsascode.queue

org.requirementsascode.systemreaction - package org.requirementsascode.systemreaction

P

publishWith(Consumer<Object>) - Method in class org.requirementsascode.ModelRunner

Define a custom publisher for events.

put(Object) - Method in class org.requirementsascode.queue.EventQueue

Puts an event in the queue, that will be provided to the consumer (if the event queue hasn't been stopped).

R

reactTo(T) - Method in class org.requirementsascode.AbstractActor

Call this method to provide a message (i.e. command or event object) to the actor.

reactTo(Object, AbstractActor) - Method in class org.requirementsascode.AbstractActor

Same as AbstractActor.reactTo(Object), but with the specified actor as the calling user's role.

reactTo(T) - Method in class org.requirementsascode.ModelRunner.As

reactTo(Object...) - Method in class org.requirementsascode.ModelRunner.As

reactTo(Object...) - Method in class org.requirementsascode.ModelRunner

Call this method to provide several messages to the runner.

reactTo(T) - Method in class org.requirementsascode.ModelRunner

Call this method to provide a message (i.e. command or event object) to the runner.

reactWhile(Condition) - Method in class org.requirementsascode.builder.StepSystemPart

React to this step's message as long as the condition is fulfilled.

reactWhile(Condition) - Method in class org.requirementsascode.builder.StepToPart

React to this step's message as long as the condition is fulfilled.

restart() - Method in class org.requirementsascode.ModelRunner

Restarts the runner, resetting it to its original defaults ("no flow has been run, no step has been run").

run(Model) - Method in class org.requirementsascode.ModelRunner.As

run(Model) - Method in class org.requirementsascode.ModelRunner

Configures the runner to use the specified model.

run() - Method in class org.requirementsascode.StepToBeRun

Triggers the system reaction of this step, and publishes the resulting event.

S

setActors(AbstractActor[]) - Method in class org.requirementsascode.Step

setLatestStep(Step) - Method in class org.requirementsascode.ModelRunner

Sets the latest step run by the runner.

setMessageClass(Class<?>) - Method in class org.requirementsascode.Step

setPublishTo(AbstractActor) - Method in class org.requirementsascode.Step

setReactWhile(Condition) - Method in class org.requirementsascode.FlowStep

setSystemReaction(Runnable) - Method in class org.requirementsascode.Step

setSystemReaction(Consumer<? super T>) - Method in class org.requirementsascode.Step

setSystemReaction(Function<? super T, ?>) - Method in class org.requirementsascode.Step

setSystemReaction(Supplier<? super T>) - Method in class org.requirementsascode.Step

startRecording() - Method in class org.requirementsascode.ModelRunner

After calling this method, until recording is stopped, messages and step names are recorded.

step(String) - Method in class org.requirementsascode.builder.FlowConditionPart

Creates the first step of this flow.

step(String) - Method in class org.requirementsascode.builder.FlowlessConditionPart

Creates a named step.

step(String) - Method in class org.requirementsascode.builder.FlowlessSystemPart

Creates a named step.

step(String) - Method in class org.requirementsascode.builder.FlowlessToPart

Creates a named step.

step(String) - Method in class org.requirementsascode.builder.FlowPart

Creates the first step of this flow, without specifying position or condition.

step(String) - Method in class org.requirementsascode.builder.FlowPositionPart

Creates the first step of this flow.

step(String) - Method in class org.requirementsascode.builder.ModelBuilder

Creates a named step.

step(String) - Method in class org.requirementsascode.builder.StepSystemPart

Creates a new step in this flow, with the specified name, that follows the current step in sequence.

step(String) - Method in class org.requirementsascode.builder.StepToPart

Creates a new step in this flow, with the specified name, that follows the current step in sequence.

step(String) - Method in class org.requirementsascode.builder.StepUserPart

Creates a new step in this flow, with the specified name, that follows the current step in sequence.

step(String) - Method in class org.requirementsascode.builder.UseCasePart

Creates a named step.

Step - Class in org.requirementsascode

A step is a part of a use case.

StepAsPart - Class in org.requirementsascode.builder

Part used by the ModelBuilder to build a Model.

StepPart - Class in org.requirementsascode.builder

Part used by the ModelBuilder to build a Model.

StepSystemPart<T> - Class in org.requirementsascode.builder

Part used by the ModelBuilder to build a Model.

StepToBeRun - Class in org.requirementsascode

Use an instance of this class if you want to find out the details about the step to be run in a custom message handler, and to trigger the system reaction.

StepToPart<T> - Class in org.requirementsascode.builder

stepToPart(StepSystemPart<T>, AbstractActor) - Static method in class org.requirementsascode.builder.StepToPart

StepUserPart<T> - Class in org.requirementsascode.builder

Part used by the ModelBuilder to build a Model.

stop() - Method in class org.requirementsascode.ModelRunner

Stops the runner.

stop() - Method in class org.requirementsascode.queue.EventQueue

Stop providing events to the consumer.

stopRecording() - Method in class org.requirementsascode.ModelRunner

When calling this method, recording is stopped.

system(Runnable) - Method in class org.requirementsascode.builder.FlowlessConditionPart

Defines an "autonomous system reaction", meaning the system will react without needing a message provided via ModelRunner.reactTo(Object).

system(Runnable) - Method in class org.requirementsascode.builder.FlowlessStepPart

Defines an "autonomous system reaction", meaning the system will react without needing a message provided via ModelRunner.reactTo(Object).

system(Consumer<? super T>) - Method in class org.requirementsascode.builder.FlowlessUserPart

Defines the system reaction.

system(Runnable) - Method in class org.requirementsascode.builder.FlowlessUserPart

Defines the system reaction.

system(Runnable) - Method in class org.requirementsascode.builder.StepAsPart

Defines an "autonomous system reaction", meaning the system will react without needing a message provided via ModelRunner.reactTo(Object).

system(Runnable) - Method in class org.requirementsascode.builder.StepPart

Defines an "autonomous system reaction", meaning the system will react without needing a message provided via ModelRunner.reactTo(Object).

system(Consumer<? super T>) - Method in class org.requirementsascode.builder.StepUserPart

Defines the system reaction.

system(Runnable) - Method in class org.requirementsascode.builder.StepUserPart

Defines the system reaction.

systemPublish(Supplier<?>) - Method in class org.requirementsascode.builder.FlowlessConditionPart

Defines an "autonomous system reaction", meaning the system will react without needing a message provided via ModelRunner.reactTo(Object).

systemPublish(Supplier<?>) - Method in class org.requirementsascode.builder.FlowlessStepPart

Defines an "autonomous system reaction", meaning the system will react without needing a message provided via ModelRunner.reactTo(Object).

systemPublish(Function<? super T, ?>) - Method in class org.requirementsascode.builder.FlowlessUserPart

Defines the system reaction.

systemPublish(Supplier<? super T>) - Method in class org.requirementsascode.builder.FlowlessUserPart

Defines the system reaction.

systemPublish(Supplier<?>) - Method in class org.requirementsascode.builder.StepAsPart

Defines an "autonomous system reaction", meaning the system will react without needing a message provided via ModelRunner.reactTo(Object).

systemPublish(Supplier<?>) - Method in class org.requirementsascode.builder.StepPart

Defines an "autonomous system reaction", meaning the system will react without needing a message provided via ModelRunner.reactTo(Object).

systemPublish(Function<? super T, ?>) - Method in class org.requirementsascode.builder.StepUserPart

Defines the system reaction.

SystemReaction<T> - Class in org.requirementsascode

An instance of this class represents a system reaction as a function, even if it has been specified as a Consumer or Runnable by the user of the library.

T

test(ModelRunner) - Method in class org.requirementsascode.flowposition.FlowPosition

to(AbstractActor) - Method in class org.requirementsascode.builder.FlowlessSystemPart

Specifies the recipient of the message.

to(AbstractActor) - Method in class org.requirementsascode.builder.StepSystemPart

Specifies the recipient of the message.

toPredicate(Condition) - Static method in class org.requirementsascode.Step

toString() - Method in class org.requirementsascode.AbstractActor

U

useCase(String) - Method in class org.requirementsascode.builder.FlowlessSystemPart

Creates a new use case in the current model, and returns a part for building its details.

useCase(String) - Method in class org.requirementsascode.builder.FlowlessToPart

Creates a new use case in the current model, and returns a part for building its details.

useCase(String) - Method in class org.requirementsascode.builder.ModelBuilder

Creates a new use case in the current model, and returns a part for building its details.

useCase(String) - Method in class org.requirementsascode.builder.StepSystemPart

Creates a new use case in the current model.

useCase(String) - Method in class org.requirementsascode.builder.StepToPart

Creates a new use case in the current model.

UseCase - Class in org.requirementsascode

A use case, as part of a model.

UseCasePart - Class in org.requirementsascode.builder

Part used by the ModelBuilder to build a Model.

user(Class<T>) - Method in class org.requirementsascode.builder.FlowlessConditionPart

Defines the type of user commands that this step accepts.

user(Class<T>) - Method in class org.requirementsascode.builder.FlowlessStepPart

Defines the type of user commands that this step accepts.

user(Class<U>) - Method in class org.requirementsascode.builder.FlowlessSystemPart

Defines the type of commands that will cause a system reaction.

user(Class<U>) - Method in class org.requirementsascode.builder.FlowlessToPart

Defines the type of commands that will cause a system reaction.

user(Class<T>) - Method in class org.requirementsascode.builder.ModelBuilder

Creates a handler for commands of the specified type.

user(Class<T>) - Method in class org.requirementsascode.builder.StepAsPart

Defines the type of user commands that this step accepts.

user(Class<T>) - Method in class org.requirementsascode.builder.StepPart

Defines the type of user command objects that this step accepts.

user(Class<T>) - Method in class org.requirementsascode.builder.UseCasePart

Defines the type of commands that will cause a system reaction.

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withBehavior(Model) - Method in class org.requirementsascode.Actor

Attach the specified behavior to the actor.

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