Uses of Interface
org.scijava.module.Module

Packages that use Module

Package	Description
org.scijava.command
org.scijava.display
org.scijava.module
org.scijava.module.event
org.scijava.module.process
org.scijava.options
org.scijava.script
org.scijava.ui
org.scijava.widget

Uses of Module in org.scijava.command

Classes in org.scijava.command that implement Module

Modifier and Type	Class and Description
class	CommandModule Module adapter class for working with a Command instance.
class	DynamicCommand A command with a variable number of inputs and outputs.
class	Inputs A way to build a dynamic set of inputs, whose values are then harvested by the preprocessing framework.
class	InteractiveCommand A command intended to be run interactively.
class	ModuleCommand A command which implements Module directly (rather than using the CommandModule adapter class).

Methods in org.scijava.command that return Module

Modifier and Type	Method and Description
Module	CommandInfo.createModule()
Module	CommandInfo.createModule(Command commandInstance) Instantiates the module described by this module info, around the specified existing command instance.

Uses of Module in org.scijava.display

Methods in org.scijava.display with parameters of type Module

Modifier and Type	Method and Description
void	DisplayPostprocessor.process(Module module)
void	ActiveDisplayPreprocessor.process(Module module)

Uses of Module in org.scijava.module

Subinterfaces of Module in org.scijava.module

Modifier and Type	Interface and Description
interface	MutableModule Module extension allowing manipulation of its metadata.

Classes in org.scijava.module that implement Module

Modifier and Type	Class and Description
class	AbstractModule Abstract superclass of Module implementations.
class	DefaultMutableModule Default MutableModule implementation, intended for subclassing.

Methods in org.scijava.module with type parameters of type Module

Modifier and Type	Method and Description
<M extends Module> Future<M>	ModuleService.run(M module, boolean process, Map<String,Object> inputMap) Executes the given module.
<M extends Module> Future<M>	DefaultModuleService.run(M module, boolean process, Map<String,Object> inputMap)
<M extends Module> Future<M>	ModuleService.run(M module, boolean process, Object... inputs) Executes the given module.
<M extends Module> Future<M>	DefaultModuleService.run(M module, boolean process, Object... inputs)
<M extends Module> Future<M>	ModuleService.run(M module, List<? extends ModulePreprocessor> pre, List<? extends ModulePostprocessor> post, Map<String,Object> inputMap) Executes the given module.
<M extends Module> Future<M>	DefaultModuleService.run(M module, List<? extends ModulePreprocessor> pre, List<? extends ModulePostprocessor> post, Map<String,Object> inputMap)
<M extends Module> Future<M>	ModuleService.run(M module, List<? extends ModulePreprocessor> pre, List<? extends ModulePostprocessor> post, Object... inputs) Executes the given module.
<M extends Module> Future<M>	DefaultModuleService.run(M module, List<? extends ModulePreprocessor> pre, List<? extends ModulePostprocessor> post, Object... inputs)
<M extends Module> M	ModuleService.waitFor(Future<M> future) Blocks until the given module is finished executing.
<M extends Module> M	DefaultModuleService.waitFor(Future<M> future)

Methods in org.scijava.module that return Module

Modifier and Type	Method and Description
Module	ModuleRunner.call()
default Module	MutableModuleInfo.createModule()
Module	ModuleInfo.createModule() Instantiates the module described by this module info.
Module	ModuleService.createModule(ModuleInfo info) Creates an instance of the given module.
Module	DefaultModuleService.createModule(ModuleInfo info)

Methods in org.scijava.module that return types with arguments of type Module

Modifier and Type	Method and Description
Class<? extends Module>	DefaultMutableModuleInfo.getModuleClass()
Class<? extends Module>	MutableModuleInfo.getModuleClass() Gets the module class described by this ModuleInfo.
Future<Module>	ModuleService.run(ModuleInfo info, boolean process, Map<String,Object> inputMap) Executes the given module.
Future<Module>	DefaultModuleService.run(ModuleInfo info, boolean process, Map<String,Object> inputMap)
Future<Module>	ModuleService.run(ModuleInfo info, boolean process, Object... inputs) Executes the given module.
Future<Module>	DefaultModuleService.run(ModuleInfo info, boolean process, Object... inputs)
Future<Module>	ModuleService.run(ModuleInfo info, List<? extends ModulePreprocessor> pre, List<? extends ModulePostprocessor> post, Map<String,Object> inputMap) Executes the given module.
Future<Module>	DefaultModuleService.run(ModuleInfo info, List<? extends ModulePreprocessor> pre, List<? extends ModulePostprocessor> post, Map<String,Object> inputMap)
Future<Module>	ModuleService.run(ModuleInfo info, List<? extends ModulePreprocessor> pre, List<? extends ModulePostprocessor> post, Object... inputs) Executes the given module.
Future<Module>	DefaultModuleService.run(ModuleInfo info, List<? extends ModulePreprocessor> pre, List<? extends ModulePostprocessor> post, Object... inputs)

Methods in org.scijava.module with parameters of type Module

Modifier and Type	Method and Description
void	ModuleItem.callback(Module module) Invokes this item's callback function, if any, on the given module.
void	AbstractModuleItem.callback(Module module)
<T> ModuleItem<T>	ModuleService.getSingleInput(Module module, Class<T> type) Checks the given module for a solitary unresolved fillable input of the given type, returning the relevant ModuleItem if found, or null if not exactly one unresolved fillable input of that type.
<T> ModuleItem<T>	DefaultModuleService.getSingleInput(Module module, Class<T> type)
ModuleItem<?>	ModuleService.getSingleInput(Module module, Collection<Class<?>> types) As ModuleService.getSingleInput(Module, Class) but will match with a set of potential classes, at the cost of generic parameter safety.
ModuleItem<?>	DefaultModuleService.getSingleInput(Module module, Collection<Class<?>> types)
<T> ModuleItem<T>	ModuleService.getSingleOutput(Module module, Class<T> type) Checks the given module for a solitary unresolved output of the given type, returning the relevant ModuleItem if found, or null if not exactly one unresolved output of that type.
<T> ModuleItem<T>	DefaultModuleService.getSingleOutput(Module module, Class<T> type)
ModuleItem<?>	ModuleService.getSingleOutput(Module module, Collection<Class<?>> types) As ModuleService.getSingleOutput(Module, Class) but will match with a set of potential classes, at the cost of generic parameter safety.
ModuleItem<?>	DefaultModuleService.getSingleOutput(Module module, Collection<Class<?>> types)
T	ModuleItem.getValue(Module module) Gets the item's current value with respect to the given module.
T	AbstractModuleItem.getValue(Module module)
void	ModuleItem.initialize(Module module) Invokes this item's initializer function, if any, on the given module.
void	AbstractModuleItem.initialize(Module module)
void	ModuleService.loadInputs(Module module) Loads values from persistent storage into the given Module.
void	DefaultModuleService.loadInputs(Module module)
void	ModuleService.saveInputs(Module module) Saves values to persistent storage from the given Module.
void	DefaultModuleService.saveInputs(Module module)
void	ModuleItem.setValue(Module module, T value) Sets the item's current value with respect to the given module.
void	AbstractModuleItem.setValue(Module module, T value)
void	ModuleItem.validate(Module module) Invokes this item's validation function, if any, on the given module.
void	AbstractModuleItem.validate(Module module)

Method parameters in org.scijava.module with type arguments of type Module

Modifier and Type	Method and Description
void	DefaultMutableModuleInfo.setModuleClass(Class<? extends Module> moduleClass)
void	MutableModuleInfo.setModuleClass(Class<? extends Module> moduleClass) Sets the module class described by this ModuleInfo.

Constructors in org.scijava.module with parameters of type Module

Constructor and Description
DefaultMutableModuleItem(Module module, String name, Class<T> type)
ModuleRunner(Context context, Module module, List<? extends ModulePreprocessor> pre, List<? extends ModulePostprocessor> post)

Uses of Module in org.scijava.module.event

Methods in org.scijava.module.event that return Module

Modifier and Type	Method and Description
Module	ModuleEvent.getModule()

Constructors in org.scijava.module.event with parameters of type Module

Constructor and Description
ModuleCanceledEvent(Module module)
ModuleCanceledEvent(Module module, String reason)
ModuleErroredEvent(Module module, Throwable exc)
ModuleEvent(Module module)
ModuleExecutedEvent(Module module)
ModuleExecutingEvent(Module module)
ModuleExecutionEvent(Module module)
ModuleFinishedEvent(Module module)
ModulePostprocessEvent(Module module, ModulePostprocessor processor)
ModulePreprocessEvent(Module module, ModulePreprocessor processor)
ModuleProcessEvent(Module module, ModuleProcessor processor)
ModuleStartedEvent(Module module)

Uses of Module in org.scijava.module.process

Methods in org.scijava.module.process with parameters of type Module

Modifier and Type	Method and Description
protected String	AbstractSingleInputPreprocessor.getSingleInput(Module module, Class<?> type) Helper method to look up the name of singleton module inputs of a given type.
void	LoadInputsPreprocessor.process(Module module)
void	SaveInputsPreprocessor.process(Module module)
void	DebugPostprocessor.process(Module module)
void	InitPreprocessor.process(Module module)
void	ServicePreprocessor.process(Module module)
void	CheckInputsPreprocessor.process(Module module)
void	DebugPreprocessor.process(Module module)
void	GatewayPreprocessor.process(Module module)
void	DefaultValuePreprocessor.process(Module module)
void	LoggerPreprocessor.process(Module module)
void	ValidityPreprocessor.process(Module module)
void	ModuleProcessor.process(Module module) Performs a processing step on the given module instance.

Uses of Module in org.scijava.options

Classes in org.scijava.options that implement Module

Modifier and Type	Class and Description
class	OptionsPlugin Base class for all options-oriented plugins.

Uses of Module in org.scijava.script

Classes in org.scijava.script that implement Module

Modifier and Type	Class and Description
class	ScriptModule A Module which executes a script.

Uses of Module in org.scijava.ui

Methods in org.scijava.ui with parameters of type Module

Modifier and Type	Method and Description
void	FilePreprocessor.process(Module module)
void	AbstractInputHarvesterPlugin.process(Module module)
void	FileListPreprocessor.process(Module module)
void	UIPreprocessor.process(Module module)

Uses of Module in org.scijava.widget

Methods in org.scijava.widget that return Module

Modifier and Type	Method and Description
Module	WidgetModel.getModule() Gets the module's associated module instance.
Module	DefaultWidgetModel.getModule()

Methods in org.scijava.widget with parameters of type Module

Modifier and Type	Method and Description
void	InputHarvester.buildPanel(InputPanel<P,W> inputPanel, Module module) Populates the given InputPanel with widgets corresponding to the given Module instance.
void	AbstractInputHarvester.buildPanel(InputPanel<P,W> inputPanel, Module module)
default WidgetModel	WidgetService.createModel(InputPanel<?,?> inputPanel, Module module, ModuleItem<?> item, List<?> objectPool) Create a WidgetModel for the given module input.
default void	InputHarvester.harvest(Module module) Performs the harvesting process.
boolean	InputHarvester.harvestInputs(InputPanel<P,W> inputPanel, Module module) Gathers input values from the user or other source.
default void	InputHarvester.processResults(InputPanel<P,W> inputPanel, Module module) Does any needed processing, after input values have been harvested.

Constructors in org.scijava.widget with parameters of type Module

Constructor and Description
DefaultWidgetModel(Context context, InputPanel<?,?> inputPanel, Module module, ModuleItem<?> item, List<?> objectPool)