A task manager is responsible for creating new tasks. More...

#include <Manager.h>

Inheritance diagram for smtk::task::Manager:

Collaboration diagram for smtk::task::Manager:

Public Types
using	ResourceObjectMap = std::map< smtk::resource::Resource , std::unordered_set< smtk::resource::PersistentObject > >
	A map of objects grouped by their parent resource. More...

using	TaskInstances = smtk::task::Instances
	Managed instances of Task objects (and a registry of Task classes).

using	AdaptorInstances = smtk::task::adaptor::Instances
	Managed instances of Adaptor objects (and a registry of Adaptor classes).

using	PortInstances = smtk::task::PortInstances
	Managed instances of Port objects (and a registry od Port subclasses).

using	AgentFactory = smtk::common::Factory< smtk::task::Agent, Task * >
	The signatures the agent factory uses to construct agents.

Public Member Functions
	smtkTypeMacroBase (smtk::task::Manager)

	smtkCreateMacro (smtk::task::Manager)

	Manager (smtk::resource::Resource *parent)

	Manager (const Manager &)=delete

void	operator= (const Manager &)=delete

TaskInstances &	taskInstances ()
	Return the set of managed task instances. More...

const TaskInstances &	taskInstances () const

Active &	active ()
	Return a tracker for the active task.

const Active &	active () const

AdaptorInstances &	adaptorInstances ()
	Return the set of managed adaptor instances. More...

const AdaptorInstances &	adaptorInstances () const

PortInstances &	portInstances ()
	Return the set of managed task-port instances. More...

const PortInstances &	portInstances () const

const AgentFactory &	agentFactory () const
	Return a factory to create agents for tasks.

AgentFactory &	agentFactory ()

smtk::common::Managers::Ptr	managers () const
	Return the managers instance that contains this manager, if it exists.

void	setManagers (const smtk::common::Managers::Ptr &managers)

nlohmann::json	getStyle (const smtk::string::Token &styleClass) const
	Given a style key, return a style config.

nlohmann::json	getStyles () const

void	setStyles (const nlohmann::json &styles)

smtk::resource::Resource *	resource () const
	If this manager is owned by a resource (typically a project), return it.

ResourceObjectMap	workflowObjects (const nlohmann::json &spec, Task *task=nullptr)
	Given a filter spec, return a set of objects grouped by their parent resources. More...

ResourceObjectMap	workflowObjects (const smtk::view::Configuration::Component &spec, Task *task=nullptr)

bool	isResourceRelevant (const std::shared_ptr< smtk::resource::Resource > &resource, const nlohmann::json &spec)
	Return true if the resource matches the filter spec provided.

bool	isResourceRelevant (smtk::resource::Resource *resource, const nlohmann::json &spec)

bool	isResourceRelevant (const std::shared_ptr< smtk::resource::Resource > &resource, const smtk::view::Configuration::Component &spec)

bool	isResourceRelevant (smtk::resource::Resource *resource, const smtk::view::Configuration::Component &spec)

Gallery &	gallery ()
	Return a gallery of Task Worklets.

const Gallery &	gallery () const

smtk::common::Categories::Expression &	toplevelExpression ()
	Return the category expression constraint for placing worklets at the top-level of the workflow.

const smtk::common::Categories::Expression &	toplevelExpression () const

TaskManagerTaskObservers &	taskObservers ()
	Return the set of observers of task events (so you can insert/remove an observer).

TaskManagerAdaptorObservers &	adaptorObservers ()
	Return the set of observers of adaptor events (so you can insert/remove an observer).

TaskManagerWorkflowObservers &	workflowObservers ()
	Return the set of observers of workflow events (so you can insert/remove an observer).

bool	changePortId (Port *port, std::function< bool()> fp)
	Change the ID of a Port. More...

bool	changePortName (Port *port, const std::string &newName, std::function< bool()> fp)
	Change the Name of a Port. More...

Static Public Member Functions
static constexpr smtk::operation::Observers::Priority	operationObserverPriority ()
	Use an elevated priority for the task-manager's observation of operations. More...

Detailed Description

A task manager is responsible for creating new tasks.

Eventually, the task manager will also hold an inventory of created tasks and be a clearinghouse for task state transitions.

Member Typedef Documentation

◆ ResourceObjectMap

using smtk::task::Manager::ResourceObjectMap = std::map<smtk::resource::Resource*, std::unordered_set<smtk::resource::PersistentObject*> >

A map of objects grouped by their parent resource.

If a resource itself is intended for selection, one entry of its target set of objects will be the null pointer.

Member Function Documentation

◆ adaptorInstances()

AdaptorInstances& smtk::task::Manager::adaptorInstances ( )

inline

Return the set of managed adaptor instances.

This class also acts as a registrar for Adaptor subclasses.

◆ changePortId()

bool smtk::task::Manager::changePortId	(	Port *	port,
		std::function< bool()>	fp
	)

Change the ID of a Port.

This method is used to update internal data structures. Please use task::Port::setId to change the name of the Port - it will call this method with an appropriate lambda.

◆ changePortName()

bool smtk::task::Manager::changePortName	(	Port *	port,
		const std::string &	newName,
		std::function< bool()>	fp
	)

Change the Name of a Port.

This method is used to update internal data structures. Please use task::Port::setName to change the name of the Port - it will call this method with an appropriate lambda.

◆ operationObserverPriority()

static constexpr smtk::operation::Observers::Priority smtk::task::Manager::operationObserverPriority ( )

inlinestaticconstexpr

Use an elevated priority for the task-manager's observation of operations.

This is done so that task-related events are emitted before other ordinary-priority operation observations (especially hint-processing).

◆ portInstances()

PortInstances& smtk::task::Manager::portInstances ( )

inline

Return the set of managed task-port instances.

This class also acts as a registrar for Port subclasses.

◆ taskInstances()

TaskInstances& smtk::task::Manager::taskInstances ( )

inline

Return the set of managed task instances.

This class also acts as a registrar for Task subclasses.

◆ workflowObjects()

Manager::ResourceObjectMap smtk::task::Manager::workflowObjects	(	const nlohmann::json &	spec,
		Task *	task = `nullptr`
	)

Given a filter spec, return a set of objects grouped by their parent resources.

The objects are drawn – according to the spec – from either ports of the active task or resources owned by the parent of this task manager (assuming it is a project). If a resource itself is intended to be part of the result, one of the object pointers in that resource's target set will be the null pointer.

The variant that accepts a JSON spec is for use inside task-manager style. The variant that accepts a Configuration::Component spec is for use inside view-configuration XML. The two forms of spec are similar but not identical in order to improve readability and reduce maintenance overhead.

The documentation for this class was generated from the following files:

/home/docs/checkouts/readthedocs.org/user_builds/smtk/checkouts/release/smtk/task/Manager.h
/home/docs/checkouts/readthedocs.org/user_builds/smtk/checkouts/release/smtk/task/Manager.cxx

Public Types

Public Member Functions

Static Public Member Functions

Detailed Description

Member Typedef Documentation

◆ ResourceObjectMap

Member Function Documentation

◆ adaptorInstances()

◆ changePortId()

◆ changePortName()

◆ operationObserverPriority()

◆ portInstances()

◆ taskInstances()

◆ workflowObjects()