/** Insert the assembler representation of the instruction into the output stream. */
public void assembler(Assembler asm, Emit emit) {
if (nullified()) emit.emit("nop ! ");
emit.emit(Opcodes.getOp(this));
emit.emit(getOperandSizeLabel());
emit.emit('\t');
emit.emit(asm.assembleRegister(reg));
}
public void assemble(Emit emit, String source, Enumeration<String> comments) {
while (comments.hasMoreElements()) {
emit.emit("\t# ");
emit.emit(comments.nextElement());
emit.endLine();
}
if (!nis) {
emit.emit("\t# Instruction Scheduling");
emit.endLine();
}
XyzAssembler asm = new XyzAssembler(this, source, !nis);
asm.assemble(emit, dataAreas);
}
/** Insert the assembler representation of the instruction into the output stream. */
public void assembler(Assembler asm, Emit emit) {
if (nullified()) emit.emit("nop ! ");
emit.emit(Opcodes.getOp(opcode));
emit.emit('\t');
emit.emit(asm.assembleRegister(rd));
emit.emit(',');
emit.emit("0x" + Integer.toHexString(cv));
emit.emit(',');
emit.emit("0x" + Integer.toHexString(cv2));
}
/** Insert the assembler representation of the instruction into the output stream. */
public void assembler(Assembler gen, Emit emit) {
emit.emit(Opcodes.getOp(this));
emit.emit("\t%");
if (opcode == Opcodes.RR) emit.emit(SparcGenerator.sRegs[rs1]);
else emit.emit(SparcGenerator.pRegs[rs1]);
emit.emit(',');
emit.emit(gen.assembleRegister(rd));
}
/** Insert the assembler representation of the instruction into the output stream. */
public void assembler(Assembler gen, Emit emit) {
emit.emit(Opcodes.getOp(this));
emit.emit(" 0(");
emit.emit(gen.assembleRegister(ra));
emit.emit(')');
}
public void assembler(Assembler asm, Emit emit) {
emit.emit(Opcodes.getOp(this));
emit.emit('\t');
emit.emit(asm.assembleRegister(ra));
emit.emit(',');
if (displacement != null) {
Displacement d = displacement;
if (d instanceof OffsetDisplacement) {
d = ((OffsetDisplacement) d).getBase();
}
if (d instanceof StackDisplacement) {
long disp = displacement.getDisplacement();
if (opcode == Opcodes.LDA) {
emit.emit("0x");
emit.emit(Long.toHexString(disp & 0xffff));
} else {
emit.emit("0x");
emit.emit(Long.toHexString((disp >> 16) & 0xffff));
}
} else if (displacement.isNumeric()) {
long disp = displacement.getDisplacement();
emit.emit((disp << 48) >> 48);
} else {
emit.emit(displacement.assembler(asm));
}
}
emit.emit('(');
emit.emit(asm.assembleRegister(rb));
emit.emit(')');
if (displacement != null) {
emit.emit(((AlphaAssembler) asm).relocationInfo(displacement, relocType));
}
}
/** Insert the assembler representation of the instruction into the output stream. */
public void assembler(Assembler gen, Emit emit) {
emit.emit(Opcodes.getOp(this));
}
/** Assemble the delay slot instruction. */
protected final void assembleDelay(Assembler asm, Emit emit) {
emit.endLine();
emit.emit('\t');
if (delaySlot != null) delaySlot.assembler(asm, emit);
else emit.emit("nop");
}
/** Insert the assembler representation of the instruction into the output stream. */
public void assembler(Assembler asm, Emit emit) {
emit.emit(Opcodes.getOp(this));
emit.emit('\t');
emit.emit(const22);
}