Uses of Class
dspl.intermediate.instructions.ArithmaticInstruction

Packages that use ArithmaticInstruction

dspl.backend
dspl.backend.x86

Uses of ArithmaticInstruction in dspl.backend

Methods in dspl.backend with parameters of type ArithmaticInstruction

abstract void	ArithmaticInstructionProcessor.processAddition(ArithmaticInstruction instr, SymbolTable st, AssemblyfileGenerator afg) Process an Addition Arithmatic Operation
void	ArithmaticInstructionProcessor.processArithmaticInstructor(ArithmaticInstruction instr, SymbolTable st, AssemblyfileGenerator afg) Process an Arithmatic Instruction
abstract void	ArithmaticInstructionProcessor.processAssignment(ArithmaticInstruction instr, SymbolTable st, AssemblyfileGenerator afg) Process an Assignment Operation
abstract void	ArithmaticInstructionProcessor.processConversion(ArithmaticInstruction instr, SymbolTable st, AssemblyfileGenerator afg) Process a Conversion Operation
abstract void	ArithmaticInstructionProcessor.processConvolution(ArithmaticInstruction instr, SymbolTable st, AssemblyfileGenerator afg) Process a Convolution Operation
abstract void	ArithmaticInstructionProcessor.processDivision(ArithmaticInstruction instr, SymbolTable st, AssemblyfileGenerator afg) Process a Divison Operation
abstract void	ArithmaticInstructionProcessor.processMultiplication(ArithmaticInstruction instr, SymbolTable st, AssemblyfileGenerator afg) Process a Multiplication Operation
abstract void	ArithmaticInstructionProcessor.processSubtraction(ArithmaticInstruction instr, SymbolTable st, AssemblyfileGenerator afg) Process a Subtraction Operation

Uses of ArithmaticInstruction in dspl.backend.x86

Methods in dspl.backend.x86 with parameters of type ArithmaticInstruction

void	X86ArithmaticInstructionrProcessor.processAddition(ArithmaticInstruction instr, SymbolTable st, AssemblyfileGenerator afg) Convert an addition operation into the necessary x86 asm instruction(s)
void	X86ArithmaticInstructionrProcessor.processAssignment(ArithmaticInstruction instr, SymbolTable st, AssemblyfileGenerator afg) x86 assignment.
private void	X86ArithmaticInstructionrProcessor.processAtomicFPInstruction(ArithmaticInstruction instr, SymbolTable st, AssemblyfileGenerator afg, java.lang.String fpOp)
private void	X86ArithmaticInstructionrProcessor.processAtomicInstruction(ArithmaticInstruction instr, SymbolTable st, AssemblyfileGenerator afg, java.lang.String atomicOp, boolean explicitlyStateEax)
void	X86ArithmaticInstructionrProcessor.processConversion(ArithmaticInstruction instr, SymbolTable st, AssemblyfileGenerator afg) Conversion of natural numbers (ubyte,byte,int,uint) is based upon gcc output...
void	X86ArithmaticInstructionrProcessor.processConvolution(ArithmaticInstruction instr, SymbolTable st, AssemblyfileGenerator afg)
void	X86ArithmaticInstructionrProcessor.processDivision(ArithmaticInstruction instr, SymbolTable st, AssemblyfileGenerator afg)
void	X86ArithmaticInstructionrProcessor.processMultiplication(ArithmaticInstruction instr, SymbolTable st, AssemblyfileGenerator afg)
private void	X86ArithmaticInstructionrProcessor.processNonVectorizedArrayArithmatic(ArithmaticInstruction instr, SymbolTable st, AssemblyfileGenerator afg, java.lang.String arithInst, boolean explicitlyStateEax) Helper function to process arithmatic instructions on arrays which cannot be performed with vectorized instructions and thus require a loop-based single value computation for each element in the arrays
void	X86ArithmaticInstructionrProcessor.processSubtraction(ArithmaticInstruction instr, SymbolTable st, AssemblyfileGenerator afg)
private void	X86ArithmaticInstructionrProcessor.processVectorFPDiv(ArithmaticInstruction instr, SymbolTable st, AssemblyfileGenerator afg)
private void	X86ArithmaticInstructionrProcessor.processVectorInstruction(ArithmaticInstruction instr, SymbolTable st, AssemblyfileGenerator afg, java.lang.String sseOp) Code Overview: Example: "iC = iA + iB;" where all three are integer arrays of same length.