Fennel: PointerPointerInstructionRegister Class Reference

template<template< typename > class INSTCLASS2>

static void PointerPointerInstructionRegister::registerTypes ( vector< StandardTypeDescriptorOrdinal > const & t ) [inline, static, private]

Definition at line 500 of file PointerPointerInstruction.h.

00500                                                                   {
00501 
00502         for (uint i = 0; i < t.size(); i++) {
00503             StandardTypeDescriptorOrdinal type = t[i];
00504             // Type <char> below is a placeholder and is ignored.
00505             InstructionSignature sig = INSTCLASS2<char>::signature(type);
00506             switch (type) {
00507                 // Array_Text, below, does not allow assembly programs
00508                 // of to have say, pointer to int16s, but the language
00509                 // does not have pointers defined other than
00510                 // c,vc,b,vb, so this is OK for now.
00511 #define Fennel_InstructionRegisterSwitch_Array 1
00512 #include "fennel/calculator/InstructionRegisterSwitch.h"
00513             default:
00514                 throw std::logic_error("Default InstructionRegister");
00515             }
00516         }
00517     }

static void PointerPointerInstructionRegister::registerInstructions ( ) [inline, static]

Definition at line 521 of file PointerPointerInstruction.h.

References StandardTypeDescriptor::isArray(), and InstructionSignature::typeVector().

Referenced by InstructionFactory::registerInstructions().

00521                            {
00522         vector<StandardTypeDescriptorOrdinal> t;
00523         // isArray, below, does not allow assembly programs of to
00524         // have say, pointer to int16s, but the language does not have
00525         // pointers defined other than c,vc,b,vb, so this is OK for now.
00526         t = InstructionSignature::typeVector(StandardTypeDescriptor::isArray);
00527 
00528         // Have to do full fennel:: qualification of template
00529         // arguments below to prevent template argument 'TMPLT', of
00530         // this encapsulating class, from perverting NativeAdd into
00531         // NativeAdd<TMPLT> or something like
00532         // that. Anyway. Fennel::NativeAdd works just fine.
00533         registerTypes<fennel::PointerAdd>(t);
00534         registerTypes<fennel::PointerSub>(t);
00535         registerTypes<fennel::PointerMove>(t);
00536         registerTypes<fennel::PointerRef>(t);
00537         registerTypes<fennel::PointerToNull>(t);
00538     }

template<typename TYPE1, template< typename > class INSTCLASS>

static void InstructionRegister::registerInstance ( StandardTypeDescriptorOrdinal type ) [inline, static, protected, inherited]

Definition at line 139 of file Instruction.h.

References InstructionFactory::getInstructionTable().

Referenced by ReturnInstructionRegister::registerInstructions().

00140     {
00141         StringToCreateFn* instMap = InstructionFactory::getInstructionTable();
00142         (*instMap)[INSTCLASS<TYPE1>::signature(type).compute()] =
00143             &INSTCLASS<TYPE1>::create;
00144     }

template<typename IGNOREDDATATYPE, class INSTCLASS>

static void InstructionRegister::registerInstance ( StandardTypeDescriptorOrdinal type ) [inline, static, protected, inherited]

Definition at line 161 of file Instruction.h.

References InstructionFactory::getInstructionTable().

00162     {
00163         StringToCreateFn* instMap = InstructionFactory::getInstructionTable();
00164         (*instMap)[INSTCLASS::signature(type).compute()] =
00165             &INSTCLASS::create;
00166     }

template<typename TYPE1, typename TYPE2, template< typename, typename > class INSTCLASS>

static void InstructionRegister::registerInstance2	(	StandardTypeDescriptorOrdinal	type1,
		StandardTypeDescriptorOrdinal	type2
	)			`[inline, static, protected, inherited]`

Definition at line 150 of file Instruction.h.

References InstructionFactory::getInstructionTable().

00153     {
00154         StringToCreateFn* instMap = InstructionFactory::getInstructionTable();
00155         (*instMap)[INSTCLASS<TYPE1,TYPE2>::signature(type1, type2).compute()] =
00156             &INSTCLASS<TYPE1,TYPE2>::create;
00157     }

PointerPointerInstructionRegister Class Reference

Static Public Member Functions

Static Private Member Functions

Detailed Description

Member Function Documentation


Static Public Member Functions
static void	registerInstructions ()
Static Private Member Functions
template<template< typename > class INSTCLASS2>
static void	registerTypes (vector< StandardTypeDescriptorOrdinal > const &t)
template<typename TYPE1, template< typename > class INSTCLASS>
static void	registerInstance (StandardTypeDescriptorOrdinal type)
template<typename IGNOREDDATATYPE, class INSTCLASS>
static void	registerInstance (StandardTypeDescriptorOrdinal type)
template<typename TYPE1, typename TYPE2, template< typename, typename > class INSTCLASS>
static void	registerInstance2 (StandardTypeDescriptorOrdinal type1, StandardTypeDescriptorOrdinal type2)