Uses of Class
byucc.jhdl.parsers.edif.sablecc.node.APort

Packages that use APort

byucc.jhdl.parsers.edif.sablecc.analysis
byucc.jhdl.parsers.edif.sablecc.translation

Uses of APort in byucc.jhdl.parsers.edif.sablecc.analysis

Methods in byucc.jhdl.parsers.edif.sablecc.analysis with parameters of type APort

void	DepthFirstAdapter.inAPort(APort node)
void	DepthFirstAdapter.outAPort(APort node)
void	DepthFirstAdapter.caseAPort(APort node)
void	AnalysisAdapter.caseAPort(APort node)
void	ReversedDepthFirstAdapter.inAPort(APort node)
void	ReversedDepthFirstAdapter.outAPort(APort node)
void	ReversedDepthFirstAdapter.caseAPort(APort node)
void	Analysis.caseAPort(APort node)

Uses of APort in byucc.jhdl.parsers.edif.sablecc.translation

Methods in byucc.jhdl.parsers.edif.sablecc.translation with parameters of type APort

void	EdifToJHDLTranslator.inAPort(APort node) f0 -> f1 -> f2 -> portNameDef() f3 -> ( direction() | unused() | designator() | dcFaninLoad() | dcFanoutLoad() | dcMaxFanin() | acLoad() | portDelay() | property() | comment() | userData() )* f4 ->
void	EdifToJHDLTranslator.outAPort(APort node) This method will first add the current port into the portList ( if single wire, just add it, if bus, add bus name and all member wires ), then it processes the bus-look-like wire and create a respected bus if it does not exist or add it to the existing bus.