pinapa-primitives.def File Reference

Declaration of SystemC type of instructions. More...

Functions
	PINAPA_DECLARE_PRIMITIVE (PINAPA_TYPE, Type.(decoration of TREE_TYPE field in the tree)) PINAPA_DECLARE_PRIMITIVE(SC_WRITE
A function call< tt > port	write (value)</tt >) PINAPA_DECLARE_PRIMITIVE(SC_READ
A function call< tt > port A function call< tt > port	read (value)</tt >) PINAPA_DECLARE_PRIMITIVE(SC_WAIT
A function call< tt > port A function call< tt > port A function call< tt >	wait (...)</tt >) PINAPA_DECLARE_PRIMITIVE(TLM_IS_ERROR
A function call< tt > port A function call< tt > port A function call< tt > Call to a	next_trigger () function in SystemC) PINAPA_DECLARE_PRIMITIVE(PINAPA_TLM_BASIC_READ
A function call< tt > port A function call< tt > port A function call< tt > Call to a A function call< tt > port A function call< tt > port A function call< tt > port A function call< tt > port A function call< tt > module	pv_wait ()</tt > on a TLM module) PINAPA_DECLARE_PRIMITIVE(TLM_PV_NEXT_TRIGGER
A function call< tt > port A function call< tt > port A function call< tt > Call to a A function call< tt > port A function call< tt > port A function call< tt > port A function call< tt > port A function call< tt > module A function call< tt > module	pv_next_trigger ()</tt > on a TLM module) PINAPA_DECLARE_PRIMITIVE(TLM_IS_SYNCHRO

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Detailed Description

Declaration of SystemC type of instructions.

This file is designed to be included several times with different definitions of PINAPA_DECLARE_PRIMITIVE. Typical use is :

 #define PINAPA_BEGIN_DOX
 #define PINAPA_END_DOX

 typedef enum {
 #ifdef PINAPA_INSIDE_DOXYGEN
 #define PINAPA_DECLARE_PRIMITIVE(prim, com) PINAPA_BEGIN_DOX com PINAPA_END_DOX prim,
 #else
 #define PINAPA_DECLARE_PRIMITIVE(prim, com) prim,
 #endif

 #include "pinapa-primitives.def"
 } sc_primitive_t;

See pinapa-tree-decoration.h for an example.

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Function Documentation

A function call<tt> port A function call<tt> port A function call<tt> Call to a next_trigger

(

)

Referenced by sc_core::sc_module::next_trigger().

PINAPA_DECLARE_PRIMITIVE	(	PINAPA_TYPE	,
		Type.	decoration of TREE_TYPE field in the tree
	)

A function call<tt> port A function call<tt> port A function call<tt> Call to a A function call<tt> port A function call<tt> port A function call<tt> port A function call<tt> port A function call<tt> module A function call<tt> module pv_next_trigger

(

)

A function call<tt> port A function call<tt> port A function call<tt> Call to a A function call<tt> port A function call<tt> port A function call<tt> port A function call<tt> port A function call<tt> module pv_wait

(

)

A function call< tt > port A function call< tt > port A function call< tt > Call to a A function call< tt > port A function call< tt > port A function call< tt > port read

(

value

)

Referenced by sc_core::sc_inout< sc_dt::sc_biguint< W > >::end_of_elaboration(), sc_core::sc_in< sc_dt::sc_biguint< W > >::end_of_elaboration(), sc_core::sc_inout< sc_dt::sc_uint< W > >::end_of_elaboration(), sc_core::sc_in< sc_dt::sc_uint< W > >::end_of_elaboration(), sc_core::sc_inout< sc_dt::sc_bigint< W > >::end_of_elaboration(), sc_core::sc_in< sc_dt::sc_bigint< W > >::end_of_elaboration(), sc_core::sc_inout< sc_dt::sc_int< W > >::end_of_elaboration(), sc_core::sc_in< sc_dt::sc_int< W > >::end_of_elaboration(), and SC_MODULE().

A function call<tt> port A function call<tt> port A function call<tt> wait

(

...

)

Referenced by mcast_pkt_switch::entry(), source::entry(), sender::entry(), paging::entry(), mmxu::entry(), icache::entry(), floating::entry(), fft::entry(), fetch::entry(), exec::entry(), decode::entry(), dcache::entry(), bios::entry(), pinapa_gcc_analyze_function_hook(), SC_MODULE(), sc_core::scx_barrier::wait(), sc_core::sc_module::wait(), sc_core::sc_join::wait(), and sc_core::sc_join::wait_clocked().

A function call< tt > port A function call< tt > port A function call< tt > Call to a A function call< tt > port A function call< tt > port A function call< tt > port A function call< tt > port write

(

value

)

Referenced by sc_core::sc_inout< T >::end_of_elaboration(), and sc_core::sc_signal< sc_dt::sc_logic >::operator=().