KDevelop::SpecializationStore Class Reference

This class allows dynamic management of "current" specializations for declarations. More...

#include <specializationstore.h>

List of all members.

Public Member Functions
DUContext *	applySpecialization (KDevelop::DUContext *context, KDevelop::TopDUContext *source, bool recursive=true)
KDevelop::Declaration *	applySpecialization (KDevelop::Declaration *declaration, KDevelop::TopDUContext *source, bool recursive=true)
void	clear ()
void	clear (DeclarationId declaration)
IndexedInstantiationInformation	get (DeclarationId declaration)
void	set (DeclarationId declaration, IndexedInstantiationInformation specialization)
Static Public Member Functions
static SpecializationStore &	self ()

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Detailed Description

This class allows dynamic management of "current" specializations for declarations.

The specializations will be applied in editors, and wherever it makes sense. For example, this is used in C++ to get code-completion and use-building within instantiated template-classes/functions.

Definition at line 39 of file specializationstore.h.

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Member Function Documentation

DUContext * KDevelop::SpecializationStore::applySpecialization	(	KDevelop::DUContext *	context,
		KDevelop::TopDUContext *	source,
		bool	recursive = true
	)

Applies the known specializations for the given context using the DUContext::specialize() function.

If no specializations are known, returns the original context.

Parameters:

	context	The context to specialize
	source	The top-context from where to start searching
	recursive	Whether parent-contexts should be checked for known specializations, and those applied. This is a bit more expensive then just doing a local check.

Definition at line 88 of file specializationstore.cpp.

Declaration * KDevelop::SpecializationStore::applySpecialization	(	KDevelop::Declaration *	declaration,
		KDevelop::TopDUContext *	source,
		bool	recursive = true
	)

Applies the known specializations for the given declaration using the Declaration::specialize() function.

If no specializations are known, the original declaration is returned.

Parameters:

	declaration	The declaration to specialize
	source	The top-context from where to start searching
	recursive	Whether parent-contexts should be checked for known specializations, and those applied. This is a bit more expensive then just doing a local check.

Definition at line 60 of file specializationstore.cpp.

void KDevelop::SpecializationStore::clear

(

)

Clears all registered specializations.

Definition at line 56 of file specializationstore.cpp.

void KDevelop::SpecializationStore::clear

(

DeclarationId

declaration

)

Clears the specialization registered for the given declaration-id.

Definition at line 50 of file specializationstore.cpp.

IndexedInstantiationInformation KDevelop::SpecializationStore::get

(

DeclarationId

declaration

)

Gets the registered specialization for the given declaration-id, or zero.

Definition at line 42 of file specializationstore.cpp.

void KDevelop::SpecializationStore::set	(	DeclarationId	declaration,
		IndexedInstantiationInformation	specialization
	)

Adds/updates the current specialization for the given declaration-id.

Definition at line 37 of file specializationstore.cpp.

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

• specializationstore.h
• specializationstore.cpp