#include <IntegralNativeInstruction.h>
Inheritance diagram for IntegralNativeOr< TMPLT >:
Public Member Functions | |
IntegralNativeOr (RegisterRef< TMPLT > *result, RegisterRef< TMPLT > *op1, RegisterRef< TMPLT > *op2, StandardTypeDescriptorOrdinal nativeType) | |
virtual | ~IntegralNativeOr () |
virtual void | exec (TProgramCounter &pc) const |
void | describe (string &out, bool values) const |
Static Public Member Functions | |
static const char * | longName () |
static const char * | shortName () |
static int | numArgs () |
static InstructionSignature | signature (StandardTypeDescriptorOrdinal type) |
static Instruction * | create (InstructionSignature const &sig) |
Protected Member Functions | |
void | describeHelper (string &out, bool values, const char *longName, const char *shortName, RegisterReference *result, RegisterReference *op1, RegisterReference *op2) const |
Protected Attributes | |
RegisterRef< TMPLT > * | mResult |
RegisterRef< TMPLT > * | mOp1 |
RegisterRef< TMPLT > * | mOp2 |
StandardTypeDescriptorOrdinal | mNativeType |
Friends | |
class | fennel::Calculator |
Definition at line 247 of file IntegralNativeInstruction.h.
IntegralNativeOr< TMPLT >::IntegralNativeOr | ( | RegisterRef< TMPLT > * | result, | |
RegisterRef< TMPLT > * | op1, | |||
RegisterRef< TMPLT > * | op2, | |||
StandardTypeDescriptorOrdinal | nativeType | |||
) | [inline, explicit] |
Definition at line 251 of file IntegralNativeInstruction.h.
Referenced by IntegralNativeOr< TMPLT >::create().
00256 : IntegralNativeInstruction<TMPLT>(result, op1, op2, nativeType) 00257 {}
virtual IntegralNativeOr< TMPLT >::~IntegralNativeOr | ( | ) | [inline, virtual] |
virtual void IntegralNativeOr< TMPLT >::exec | ( | TProgramCounter & | pc | ) | const [inline, virtual] |
Implements Instruction.
Definition at line 261 of file IntegralNativeInstruction.h.
00261 { 00262 pc++; 00263 // making up null semantics here 00264 if (NativeInstruction<TMPLT>::mOp1->isNull() || 00265 NativeInstruction<TMPLT>::mOp2->isNull()) { 00266 IntegralNativeInstruction<TMPLT>::mResult->toNull(); 00267 } else { 00268 IntegralNativeInstruction<TMPLT>::mResult->value( 00269 NativeInstruction<TMPLT>::mOp1->value() | 00270 NativeInstruction<TMPLT>::mOp2->value()); 00271 } 00272 }
static const char* IntegralNativeOr< TMPLT >::longName | ( | ) | [inline, static] |
Definition at line 274 of file IntegralNativeInstruction.h.
Referenced by IntegralNativeOr< TMPLT >::describe().
static const char* IntegralNativeOr< TMPLT >::shortName | ( | ) | [inline, static] |
Definition at line 279 of file IntegralNativeInstruction.h.
Referenced by IntegralNativeOr< TMPLT >::describe(), and IntegralNativeOr< TMPLT >::signature().
static int IntegralNativeOr< TMPLT >::numArgs | ( | ) | [inline, static] |
Definition at line 284 of file IntegralNativeInstruction.h.
Referenced by IntegralNativeOr< TMPLT >::create(), and IntegralNativeOr< TMPLT >::signature().
void IntegralNativeOr< TMPLT >::describe | ( | string & | out, | |
bool | values | |||
) | const [inline, virtual] |
Implements Instruction.
Definition at line 289 of file IntegralNativeInstruction.h.
References Instruction::describeHelper(), IntegralNativeOr< TMPLT >::longName(), and IntegralNativeOr< TMPLT >::shortName().
00289 { 00290 describeHelper( 00291 out, values, longName(), shortName(), 00292 IntegralNativeInstruction<TMPLT>::mResult, 00293 NativeInstruction<TMPLT>::mOp1, 00294 NativeInstruction<TMPLT>::mOp2); 00295 }
static InstructionSignature IntegralNativeOr< TMPLT >::signature | ( | StandardTypeDescriptorOrdinal | type | ) | [inline, static] |
Definition at line 298 of file IntegralNativeInstruction.h.
References IntegralNativeOr< TMPLT >::numArgs(), and IntegralNativeOr< TMPLT >::shortName().
00298 { 00299 vector<StandardTypeDescriptorOrdinal> v(numArgs(), type); 00300 return InstructionSignature(shortName(), v); 00301 }
static Instruction* IntegralNativeOr< TMPLT >::create | ( | InstructionSignature const & | sig | ) | [inline, static] |
Definition at line 304 of file IntegralNativeInstruction.h.
References IntegralNativeOr< TMPLT >::IntegralNativeOr(), IntegralNativeOr< TMPLT >::numArgs(), and InstructionSignature::size().
00305 { 00306 assert(sig.size() == numArgs()); 00307 return new IntegralNativeOr( 00308 static_cast<RegisterRef<TMPLT>*> (sig[0]), 00309 static_cast<RegisterRef<TMPLT>*> (sig[1]), 00310 static_cast<RegisterRef<TMPLT>*> (sig[2]), 00311 (sig[0])->type()); 00312 }
void Instruction::describeHelper | ( | string & | out, | |
bool | values, | |||
const char * | longName, | |||
const char * | shortName, | |||
RegisterReference * | result, | |||
RegisterReference * | op1, | |||
RegisterReference * | op2 | |||
) | const [inline, protected, inherited] |
Definition at line 68 of file Instruction.h.
References RegisterReference::isNull(), RegisterReference::isValid(), RegisterReference::toString(), and RegisterReference::valueToString().
Referenced by PointerToNull< PTR_TYPE >::describe(), PointerRef< PTR_TYPE >::describe(), PointerMove< PTR_TYPE >::describe(), PointerSub< PTR_TYPE >::describe(), PointerAdd< PTR_TYPE >::describe(), PointerPutSize< PTR_TYPE >::describe(), NativeToNull< TMPLT >::describe(), NativeRef< TMPLT >::describe(), NativeMove< TMPLT >::describe(), NativeRound< TMPLT >::describe(), NativeNeg< TMPLT >::describe(), NativeDiv< TMPLT >::describe(), NativeMul< TMPLT >::describe(), NativeSub< TMPLT >::describe(), NativeAdd< TMPLT >::describe(), PointerGetMaxSize< PTR_TYPE >::describe(), PointerGetSize< PTR_TYPE >::describe(), IntegralNativeShiftRight< TMPLT >::describe(), IntegralNativeShiftLeft< TMPLT >::describe(), IntegralNativeOr< TMPLT >::describe(), IntegralNativeAnd< TMPLT >::describe(), IntegralNativeMod< TMPLT >::describe(), CastCast< RESULT_T, SOURCE_T >::describe(), BoolPointerIsNotNull< PTR_TYPE >::describe(), BoolPointerIsNull< PTR_TYPE >::describe(), BoolPointerLessEqual< PTR_TYPE >::describe(), BoolPointerLess< PTR_TYPE >::describe(), BoolPointerGreaterEqual< PTR_TYPE >::describe(), BoolPointerGreater< PTR_TYPE >::describe(), BoolPointerNotEqual< PTR_TYPE >::describe(), BoolPointerEqual< PTR_TYPE >::describe(), BoolNativeIsNotNull< TMPLT >::describe(), BoolNativeIsNull< TMPLT >::describe(), BoolNativeLessEqual< TMPLT >::describe(), BoolNativeLess< TMPLT >::describe(), BoolNativeGreaterEqual< TMPLT >::describe(), BoolNativeGreater< TMPLT >::describe(), BoolNativeNotEqual< TMPLT >::describe(), BoolNativeEqual< TMPLT >::describe(), BoolToNull::describe(), BoolIsNotNull::describe(), BoolIsNull::describe(), BoolLessEqual::describe(), BoolLess::describe(), BoolGreaterEqual::describe(), BoolGreater::describe(), BoolNotEqual::describe(), BoolEqual::describe(), BoolIsNot::describe(), BoolIs::describe(), BoolRef::describe(), BoolMove::describe(), BoolNot::describe(), BoolAnd::describe(), and BoolOr::describe().
00076 { 00077 out = longName; 00078 out += ": "; 00079 out += result->toString(); 00080 if (values) { 00081 out += " ( "; 00082 if (result->isNull()) { 00083 out += "NULL"; 00084 } else { 00085 out += result->valueToString(); 00086 } 00087 out += " ) "; 00088 } 00089 out += " = "; 00090 00091 if (!op2 || !op2->isValid()) { // if < 2 operands 00092 out += " "; 00093 out += shortName; 00094 out += " "; 00095 } 00096 if (op1 && op1->isValid()) { // 1 or 2 operands 00097 out += op1->toString(); 00098 if (values) { 00099 out += " ( "; 00100 if (op1->isNull()) { 00101 out += "NULL"; 00102 } else { 00103 out += op1->valueToString(); 00104 } 00105 out += " ) "; 00106 } 00107 } 00108 if (op2 && op2->isValid()) { // 2 operands 00109 out += " "; 00110 out += shortName; 00111 out += " "; 00112 out += op2->toString(); 00113 if (values) { 00114 out += " ( "; 00115 if (op2->isNull()) { 00116 out += "NULL"; 00117 } else { 00118 out += op2->valueToString(); 00119 } 00120 out += " ) "; 00121 } 00122 } 00123 }
friend class fennel::Calculator [friend, inherited] |
Definition at line 64 of file Instruction.h.
RegisterRef<TMPLT>* IntegralNativeInstruction< TMPLT >::mResult [protected, inherited] |
Definition at line 96 of file IntegralNativeInstruction.h.
RegisterRef<TMPLT>* NativeInstruction< TMPLT >::mOp1 [protected, inherited] |
Definition at line 109 of file NativeInstruction.h.
RegisterRef<TMPLT>* NativeInstruction< TMPLT >::mOp2 [protected, inherited] |
Definition at line 110 of file NativeInstruction.h.
StandardTypeDescriptorOrdinal NativeInstruction< TMPLT >::mNativeType [protected, inherited] |
Definition at line 111 of file NativeInstruction.h.