The DtScriptedTaskTask will encapsulate the variables defined by a scripted task in the variable bindings object. More...

Inheritance diagram for DtScriptedTask:

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Classes
struct	identity
class	ScriptedTaskFormatter

Public Member Functions
	DtScriptedTask ()
virtual	~DtScriptedTask ()
virtual bool	init ()=0
	Initializer.
virtual const DtString &	scriptId () const =0
	Script id.
virtual void	setScriptId (const DtString &)=0
virtual DtRwVariableBindings &	variables ()=0
	Access to variables.
virtual const DtRwVariableBindings &	variables () const =0
virtual DtRwVariableBindings &	variableDataTypes ()=0
	Access to the data types that represent the variables.
virtual const DtRwVariableBindings &	variableDataTypes () const =0
virtual DtString	allVariablesStringRep (const DtString &scriptName="") const =0
virtual void	setValue (const DtString &variableName, bool, const char *type=DtScriptedTaskCheckBoxVariable)
	{@ Convenience methods that will allow for the adding and retrieving values that are valid for this scripted task
virtual void	setValue (const DtString &variableName, int, const char *type=DtScriptedTaskIntegerVariable)
virtual void	setValue (const DtString &variableName, double, const char *type=DtScriptedTaskDoubleVariable)
virtual void	setValue (const DtString &variableName, const std::string &, const char *type=DtScriptedTaskStringVariable)
virtual void	setValue (const DtString &variableName, const DtString &, const char *type=DtScriptedTaskStringVariable)
virtual void	setValue (const DtString &variableName, const char , const char type=DtScriptedTaskStringVariable)
virtual void	setValue (const DtString &variableName, const DtUUID &, const char *type=DtScriptedTaskSimulationObjectVariable)
virtual void	setValue (const DtString &variableName, const DtVector &, const char *type=DtScriptedTaskLocationVariable)
virtual void	setValue (const DtString &variableName, const DtEntityType &, const char *type=DtScriptedTaskEntityTypeVariable)
virtual void	setValue (const DtString &variableName, const DtTaitBryan &, const char *type=DtScriptedTaskOrientationVariable)
virtual void	setValue (const DtString &variableName, const DtRwOffsetVectorList &)
virtual void	setValue (const DtString &variableName, const DtRwVectorList &)
virtual void	setValue (const DtString &variableName, const std::vector< DtUUID > &)
virtual void	setValue (const DtString &variableName, const std::vector< DtVector > &)
virtual void	setValue (const DtString &variableName, const std::map< DtString, int > &)
virtual void	setValue (const DtString &variableName, const std::map< DtString, double > &)
virtual void	setValue (const DtString &variableName, const std::map< DtString, DtString > &)
virtual void	setLocation (const DtString &variableName, const DtVector &)
	Since there are multiple types that take a vector, overload with different types that will be set.
virtual void	setLocationWithoutAltitude (const DtString &variableName, const DtVector &)
virtual void	setOffset (const DtString &variableName, const DtRwOffsetVector &)
virtual void	setTime (const DtString &variableName, double)
virtual void	setDateTime (const DtString &variableName, double)
virtual void	setRange (const DtString &variableName, double)
virtual void	setAltitude (const DtString &variableName, double)
virtual void	setHeading (const DtString &variableName, double)
virtual void	setValue (const DtString &variableName, const DtReaderWriter &, const char *scriptedTaskType)
	The reader/writer value will be cloned and added to the variables with the given variable name and the scripted task variable type (see vrfScriptedTaskConstants.h)
template<typename RWValue , typename AssignType >
void	setValue (const DtString &variableName, AssignType value, const char *type)
	General template assignment that will create a new instance of a reader/writer and assign a value to it.
template<typename T >
boost::optional< T >	getValue (const DtString &variableName) const
virtual const DtReaderWriter *	getValueRW (const DtString &name) const
	Returns the base reader/writer value.
virtual DtReaderWriter *	getValueRW (const DtString &name)

virtual int	netRepSize () const =0
	Returns the size of the full network representation (control object name included) padded to an 8-byte boundary.
virtual bool	setFromNet (const char *contentBuffer, unsigned contentSize)=0
	Fills in the task from the network buffer.
virtual char *	setToNet (char *)=0

Static Public Member Functions
static void	setScriptedTaskFormatter (ScriptedTaskFormatter *)
static ScriptedTaskFormatter *	scriptedTaskFormatter ()

Static Protected Attributes
static ScriptedTaskFormatter *	theScriptedTaskFormatter

Private Member Functions
template<typename RWValue , typename AssignType >
void	setValue (const DtString &variableName, AssignType value, const char *type, identity< RWValue >, identity< AssignType >)
	Linux does not allow specialization of member functions within the same class, so to overcome this setValue calls a private version of the function with arguments set to the template types in order to specialize the function.
void	setValue (const DtString &variableName, std::map< DtString, DtString > value, const char *type, identity< DtRwStringAttributeList >, identity< std::map< DtString, DtString > >)

Detailed Description

The DtScriptedTaskTask will encapsulate the variables defined by a scripted task in the variable bindings object.

The variable bindings will contain the variable name, the type of object and the variables value. This class will also contain the script id of the script that should be run with these valuesMinimal set of items a scripted task (or set) must implement to be considered a scripted task/set

Constructor & Destructor Documentation

DtScriptedTask::DtScriptedTask ( )

inline

virtual DtScriptedTask::~DtScriptedTask ( )

inlinevirtual

Member Function Documentation

virtual bool DtScriptedTask::init ( )

pure virtual

Initializer.

Implemented in DtScriptedTaskTemplate< T >, DtScriptedTaskTemplate< DtSimTask >, and DtScriptedTaskTemplate< DtSetDataRequest >.

virtual const DtString& DtScriptedTask::scriptId ( ) const

pure virtual

Script id.

Implemented in DtScriptedTaskTemplate< T >, DtScriptedTaskTemplate< DtSimTask >, and DtScriptedTaskTemplate< DtSetDataRequest >.

virtual void DtScriptedTask::setScriptId ( const DtString & )

pure virtual

Implemented in DtScriptedTaskTemplate< T >, DtScriptedTaskTemplate< DtSimTask >, and DtScriptedTaskTemplate< DtSetDataRequest >.

virtual DtRwVariableBindings& DtScriptedTask::variables ( )

pure virtual

Access to variables.

Implemented in DtScriptedTaskTemplate< T >, DtScriptedTaskTemplate< DtSimTask >, and DtScriptedTaskTemplate< DtSetDataRequest >.

virtual const DtRwVariableBindings& DtScriptedTask::variables ( ) const

pure virtual

Implemented in DtScriptedTaskTemplate< T >, DtScriptedTaskTemplate< DtSimTask >, and DtScriptedTaskTemplate< DtSetDataRequest >.

virtual DtRwVariableBindings& DtScriptedTask::variableDataTypes ( )

pure virtual

Access to the data types that represent the variables.

This is the internal scripted task data type separate from the rw type

Implemented in DtScriptedTaskTemplate< T >, DtScriptedTaskTemplate< DtSimTask >, and DtScriptedTaskTemplate< DtSetDataRequest >.

virtual const DtRwVariableBindings& DtScriptedTask::variableDataTypes ( ) const

pure virtual

Implemented in DtScriptedTaskTemplate< T >, DtScriptedTaskTemplate< DtSimTask >, and DtScriptedTaskTemplate< DtSetDataRequest >.

virtual int DtScriptedTask::netRepSize ( ) const

pure virtual

Returns the size of the full network representation (control object name included) padded to an 8-byte boundary.

Network transfer

Implemented in DtScriptedTaskTemplate< T >, DtScriptedTaskTemplate< DtSimTask >, and DtScriptedTaskTemplate< DtSetDataRequest >.

virtual bool DtScriptedTask::setFromNet	(	const char *	contentBuffer,
		unsigned	contentSize
	)

pure virtual

Fills in the task from the network buffer.

Implemented in DtScriptedTaskTemplate< T >, DtScriptedTaskTemplate< DtSimTask >, and DtScriptedTaskTemplate< DtSetDataRequest >.

virtual char* DtScriptedTask::setToNet ( char * )

pure virtual

Implemented in DtScriptedTaskTemplate< T >, DtScriptedTaskTemplate< DtSimTask >, and DtScriptedTaskTemplate< DtSetDataRequest >.

static void DtScriptedTask::setScriptedTaskFormatter ( ScriptedTaskFormatter * )

static

static ScriptedTaskFormatter* DtScriptedTask::scriptedTaskFormatter ( )

static

virtual DtString DtScriptedTask::allVariablesStringRep ( const DtString & scriptName = "" ) const

pure virtual

Implemented in DtScriptedTaskTemplate< T >, DtScriptedTaskTemplate< DtSimTask >, and DtScriptedTaskTemplate< DtSetDataRequest >.

virtual void DtScriptedTask::setValue	(	const DtString &	variableName,
		bool	,
		const char *	type = `DtScriptedTaskCheckBoxVariable`
	)

virtual

{@ Convenience methods that will allow for the adding and retrieving values that are valid for this scripted task

virtual void DtScriptedTask::setValue	(	const DtString &	variableName,
		int	,
		const char *	type = `DtScriptedTaskIntegerVariable`
	)

virtual

virtual void DtScriptedTask::setValue	(	const DtString &	variableName,
		double	,
		const char *	type = `DtScriptedTaskDoubleVariable`
	)

virtual

virtual void DtScriptedTask::setValue	(	const DtString &	variableName,
		const std::string &	,
		const char *	type = `DtScriptedTaskStringVariable`
	)

virtual

virtual void DtScriptedTask::setValue	(	const DtString &	variableName,
		const DtString &	,
		const char *	type = `DtScriptedTaskStringVariable`
	)

virtual

virtual void DtScriptedTask::setValue	(	const DtString &	variableName,
		const char *	,
		const char *	type = `DtScriptedTaskStringVariable`
	)

virtual

virtual void DtScriptedTask::setValue	(	const DtString &	variableName,
		const DtUUID &	,
		const char *	type = `DtScriptedTaskSimulationObjectVariable`
	)

virtual

virtual void DtScriptedTask::setValue	(	const DtString &	variableName,
		const DtVector &	,
		const char *	type = `DtScriptedTaskLocationVariable`
	)

virtual

virtual void DtScriptedTask::setValue	(	const DtString &	variableName,
		const DtEntityType &	,
		const char *	type = `DtScriptedTaskEntityTypeVariable`
	)

virtual

virtual void DtScriptedTask::setValue	(	const DtString &	variableName,
		const DtTaitBryan &	,
		const char *	type = `DtScriptedTaskOrientationVariable`
	)

virtual

virtual void DtScriptedTask::setValue	(	const DtString &	variableName,
		const DtRwOffsetVectorList &
	)

virtual

virtual void DtScriptedTask::setValue	(	const DtString &	variableName,
		const DtRwVectorList &
	)

virtual

virtual void DtScriptedTask::setValue	(	const DtString &	variableName,
		const std::vector< DtUUID > &
	)

virtual

virtual void DtScriptedTask::setValue	(	const DtString &	variableName,
		const std::vector< DtVector > &
	)

virtual

virtual void DtScriptedTask::setValue	(	const DtString &	variableName,
		const std::map< DtString, int > &
	)

virtual

virtual void DtScriptedTask::setValue	(	const DtString &	variableName,
		const std::map< DtString, double > &
	)

virtual

virtual void DtScriptedTask::setValue	(	const DtString &	variableName,
		const std::map< DtString, DtString > &
	)

virtual

virtual void DtScriptedTask::setLocation	(	const DtString &	variableName,
		const DtVector &
	)

virtual

Since there are multiple types that take a vector, overload with different types that will be set.

virtual void DtScriptedTask::setLocationWithoutAltitude	(	const DtString &	variableName,
		const DtVector &
	)

virtual

virtual void DtScriptedTask::setOffset	(	const DtString &	variableName,
		const DtRwOffsetVector &
	)

virtual

virtual void DtScriptedTask::setTime	(	const DtString &	variableName,
		double
	)

virtual

virtual void DtScriptedTask::setDateTime	(	const DtString &	variableName,
		double
	)

virtual

virtual void DtScriptedTask::setRange	(	const DtString &	variableName,
		double
	)

virtual

virtual void DtScriptedTask::setAltitude	(	const DtString &	variableName,
		double
	)

virtual

virtual void DtScriptedTask::setHeading	(	const DtString &	variableName,
		double
	)

virtual

virtual void DtScriptedTask::setValue	(	const DtString &	variableName,
		const DtReaderWriter &	,
		const char *	scriptedTaskType
	)

virtual

The reader/writer value will be cloned and added to the variables with the given variable name and the scripted task variable type (see vrfScriptedTaskConstants.h)

template<typename RWValue , typename AssignType >

void DtScriptedTask::setValue	(	const DtString &	variableName,
		AssignType	value,
		const char *	type
	)

inline

General template assignment that will create a new instance of a reader/writer and assign a value to it.

template<typename RWValue , typename AssignType >

void DtScriptedTask::setValue	(	const DtString &	variableName,
		AssignType	value,
		const char *	type,
		identity< RWValue >	,
		identity< AssignType >
	)

inlineprivate

Linux does not allow specialization of member functions within the same class, so to overcome this setValue calls a private version of the function with arguments set to the template types in order to specialize the function.

See: https://stackoverflow.com/questions/3052579/explicit-specialization-in-non-namespace-scope

void DtScriptedTask::setValue	(	const DtString &	variableName,
		std::map< DtString, DtString >	value,
		const char *	type,
		identity< DtRwStringAttributeList >	,
		identity< std::map< DtString, DtString > >
	)

inlineprivate

References DtRwStringAttributeList::setFromMap().

template<typename T >

boost::optional<T> DtScriptedTask::getValue ( const DtString & variableName ) const

inline

virtual const DtReaderWriter* DtScriptedTask::getValueRW ( const DtString & name ) const

virtual

Returns the base reader/writer value.

virtual DtReaderWriter* DtScriptedTask::getValueRW ( const DtString & name )

virtual

Member Data Documentation

ScriptedTaskFormatter* DtScriptedTask::theScriptedTaskFormatter

staticprotected

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

/exports/nfedora7-1/nightly/docs/vrforcesDevelopment.tot/include/vrftasks/scriptedTaskTask.h

Classes

Public Member Functions

Static Public Member Functions

Static Protected Attributes

Private Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation