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SSetTopology Class Reference

#include <SSetTopology.h>

Inherits STopology.

Inherited by SSingleTopology.

Inheritance diagram for SSetTopology:

[legend]List of all members.

Public Methods
	SSetTopology (int cardinality)
virtual	~SSetTopology ()
virtual STopologyMod &	getModifier ()
virtual int	getCount () const
virtual int	getIDAt (int pos) const
virtual int	getPos (int ID) const
virtual bool	isPosFree (int pos) const
virtual leda_list< int >	getFreePos () const
virtual bool	canEmbedAt (const STopology &top, int pos) const
virtual leda_list< int >	canEmbedAt (const STopology &top) const
virtual void	embed (const STopology &top, int pos, int ID)
virtual void	remove (int ID)
virtual bool	fitsInto (const STopology *top) const
virtual void	embed (const STopology &top, const SComplexPosition *pComplexPos, int ID)
virtual leda_list< int >	getEmbeddedIDs () const
virtual void	clear ()
virtual leda_string	getClassifier () const=0
virtual bool	isInstanceOf (const leda_string &classifier) const=0
virtual void	assureInstanceOf (const leda_string &classifier) const=0
void	addObserver (SObserver &obs)
void	deleteObserver (SObserver &obs)
void	notifyObservers (const SEvent &event)
Friends
class	SSetTopologyMod

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Detailed Description

Set topology, its classifier is "set". The SSetTopology basically has no topology. The positions are ignored when embedding. All Jobs are allocated to the leftmost positions in an ordered way. If an ID is removed all IDs to the right of it move left and fill the gap. Access the modifier to set properties.

See also:

SSetTopologyMod

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Constructor & Destructor Documentation

SSetTopology::SSetTopology (  int    cardinality )

Constructor Parameters: cardinality  size of set

virtual SSetTopology::~SSetTopology (    )  [inline, virtual]

Destructor

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Member Function Documentation

void SObservable::addObserver (  SObserver &    obs )  [inline, inherited]

Here another component can register himself as observer of this component Parameters: obs  observer that wants to be notified of events created by this class

virtual void STypeInfo::assureInstanceOf (  const leda_string &    classifier )  const [pure virtual, inherited]

The same as isInstanceOf(), only that the program is stopped with an error in case of failure Parameters: classifier  e.g. "P", "Q", "R", etc

leda_list< int > SSetTopology::canEmbedAt (  const STopology &    top )  const [virtual]

Return a list of all position where the topology may be embedded (list contains one zero-entry) Parameters: top  topology Returns: list of positions Reimplemented from STopology. Reimplemented in SSingleTopology.

bool SSetTopology::canEmbedAt (  const STopology &    top, int    pos )  const [virtual]

Return whether the topology can be embedded at a certain position Parameters: pos  The position is ignored here Returns: true if topology can be embedded, otherwise false Implements STopology. Reimplemented in SSingleTopology.

void STopology::clear (    )  [virtual, inherited]

Remove all embedded objects. Attention: This method has a very inefficient default implementation. Reimplemented in SHypercube, and SMeshN.

void SObservable::deleteObserver (  SObserver &    obs )  [inline, inherited]

Here another component can delete himself from the list of observers of this component Parameters: obs  observer that doesn't want to be notified anymore

virtual void STopology::embed (  const STopology &    top, const SComplexPosition *    pComplexPos, int    ID )  [inline, virtual, inherited]

Reimplemented in SHypercube, and SMeshN.

void SSetTopology::embed (  const STopology &    top, int    pos, int    ID )  [virtual]

Embed topology. Parameters: top  topology pos  The position is ignored here ID  ID of the embedded topology Implements STopology. Reimplemented in SSingleTopology.

virtual bool SSetTopology::fitsInto (  const STopology *    top )  const [inline, virtual]

Test whether this Topology is at most as large as another Parameters: top  topology to compare with Implements STopology. Reimplemented in SSingleTopology.

virtual leda_string STypeInfo::getClassifier (    )  [pure virtual, inherited]

Get the classifier of the object, using the classification scheme. E.g. "P" for Identical Processors Returns: classifier string

virtual int SSetTopology::getCount (    )  const [inline, virtual]

Return the number of positions in the linearized representation. Only positions 0..getCount()-1 are allowed. Returns: number of positions (= size of set) Implements STopology. Reimplemented in SSingleTopology.

leda_list< int > STopology::getEmbeddedIDs (    )  [virtual, inherited]

Get all IDs that are currently embedded in the topology. Attention: This method has a very inefficient default implementation. Returns: list of embedded IDs

virtual leda_list<int> SSetTopology::getFreePos (    )  const [inline, virtual]

Get a list with as many zero-entries as there are free positions Returns: list of free positions Reimplemented from STopology. Reimplemented in SSingleTopology.

virtual int SSetTopology::getIDAt (  int    pos )  const [inline, virtual]

Return ID of the topology which is overlapping position 'pos' Parameters: pos  position Returns: topology ID (-1 if none) Implements STopology. Reimplemented in SSingleTopology.

virtual STopologyMod& SSetTopology::getModifier (    )  [inline, virtual]

Get access to the modifier Implements STopology. Reimplemented in SSingleTopology.

virtual int SSetTopology::getPos (  int    ID )  const [inline, virtual]

Return position at which the topology with id 'ID' is currently embedded. This method has no meaning for SSetTopology since the jobs are not embedded at fixed positions. Parameters: ID  topology ID Returns: position Implements STopology. Reimplemented in SSingleTopology.

virtual bool STypeInfo::isInstanceOf (  const leda_string &    classifier )  const [pure virtual, inherited]

Checks whether the object is an instance of the specified or a specialized class Parameters: classifier  e.g. "P", "Q", "R", etc Returns: true if the object can be casted to the specified class

virtual bool SSetTopology::isPosFree (  int    pos )  const [inline, virtual]

Return whether there is at least one free position left. Parameters: pos  The position is ignored here Returns: true if no topology overlaps with 'pos', otherise false Implements STopology. Reimplemented in SSingleTopology.

void SObservable::notifyObservers (  const SEvent &    event )  [inline, inherited]

Inform all observers of this component about an event. The Observers will receive this event by their SObserver::update()-method. Parameters: event  an event that is sent to all observers of this component See also: SObserver::update()

void SSetTopology::remove (  int    ID )  [virtual]

Reverse the embedding Parameters: ID  ID of topology Implements STopology. Reimplemented in SSingleTopology.

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Friends And Related Function Documentation

friend class SSetTopologyMod [friend]

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

• model/topos/SSetTopology.h
• model/topos/SSetTopology.cpp

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