honey::DepNode< Data_, Key_, Alloc_ > Class Template Reference

Dependency node for insertion into graph. More...

#include <Dep.h>

Public Types
enum	DepType { DepType::out, DepType::in }
typedef Data_	Data
typedef Key_	Key
template<class T >
using	Alloc = Alloc_< T >
typedef stdutil::unordered_map< Key, DepType, Alloc >	DepMap

Public Member Functions
	DepNode (const Data &data=Data(), const Key &key=Key())
void	setData (const Data &data)
	Set the data that this node contains. More...
const Data &	getData () const
Data &	getData ()
	operator const Data & () const
	Implicit cast to the data at this node. More...
	operator Data & ()
const Data &	operator* () const
	Get the data at this node. More...
Data &	operator* ()
const Data &	operator-> () const
Data &	operator-> ()
void	setKey (const Key &key)
	Set the key used to identify this node. More...
const Key &	getKey () const
Key &	getKey ()
void	add (const Key &key, DepType type=DepType::out)
	Add a dependency link. More...
void	remove (const Key &key)
	Remove a dependency link. More...
void	clear ()
	Remove all dependency links. More...
const DepMap &	deps () const
	Get dep links. More...

Static Public Member Functions
static DepType	depTypeOpp (DepType type)
	Get opposite dependency type. More...

Static Public Attributes
static const int	depTypeMax = 2

Detailed Description

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>
class honey::DepNode< Data_, Key_, Alloc_ >

Dependency node for insertion into graph.

Member Typedef Documentation

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

template<class T >

using honey::DepNode< Data_, Key_, Alloc_ >::Alloc = Alloc_<T>

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

typedef Data_ honey::DepNode< Data_, Key_, Alloc_ >::Data

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

typedef stdutil::unordered_map<Key, DepType, Alloc> honey::DepNode< Data_, Key_, Alloc_ >::DepMap

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

typedef Key_ honey::DepNode< Data_, Key_, Alloc_ >::Key

Member Enumeration Documentation

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

enum honey::DepNode::DepType

strong

Enumerator
out	this node depends on the target node
in	this node is depended on by the target node

Constructor & Destructor Documentation

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

honey::DepNode< Data_, Key_, Alloc_ >::DepNode ( const Data &  data = Data(), const Key &  key = Key()  )

inline

Member Function Documentation

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

void honey::DepNode< Data_, Key_, Alloc_ >::add ( const Key &  key, DepType  type = DepType::out  )

inline

Add a dependency link.

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

void honey::DepNode< Data_, Key_, Alloc_ >::clear ( )

inline

Remove all dependency links.

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

const DepMap& honey::DepNode< Data_, Key_, Alloc_ >::deps ( ) const

inline

Get dep links.

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

static DepType honey::DepNode< Data_, Key_, Alloc_ >::depTypeOpp ( DepType  type )

inlinestatic

Get opposite dependency type.

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

const Data& honey::DepNode< Data_, Key_, Alloc_ >::getData ( ) const

inline

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

Data& honey::DepNode< Data_, Key_, Alloc_ >::getData ( )

inline

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

const Key& honey::DepNode< Data_, Key_, Alloc_ >::getKey ( ) const

inline

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

Key& honey::DepNode< Data_, Key_, Alloc_ >::getKey ( )

inline

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

honey::DepNode< Data_, Key_, Alloc_ >::operator const Data & ( ) const

inline

Implicit cast to the data at this node.

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

honey::DepNode< Data_, Key_, Alloc_ >::operator Data & ( )

inline

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

const Data& honey::DepNode< Data_, Key_, Alloc_ >::operator* ( ) const

inline

Get the data at this node.

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

Data& honey::DepNode< Data_, Key_, Alloc_ >::operator* ( )

inline

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

const Data& honey::DepNode< Data_, Key_, Alloc_ >::operator-> ( ) const

inline

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

Data& honey::DepNode< Data_, Key_, Alloc_ >::operator-> ( )

inline

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

void honey::DepNode< Data_, Key_, Alloc_ >::remove ( const Key &  key )

inline

Remove a dependency link.

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

void honey::DepNode< Data_, Key_, Alloc_ >::setData ( const Data &  data )

inline

Set the data that this node contains.

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

void honey::DepNode< Data_, Key_, Alloc_ >::setKey ( const Key &  key )

inline

Set the key used to identify this node.

Member Data Documentation

template<class Data_, class Key_ = Id, template< class > class Alloc_ = SmallAllocator>

const int honey::DepNode< Data_, Key_, Alloc_ >::depTypeMax = 2

static

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

• src/common/Honey/Graph/Dep.h