/* static */ void RegAlloc::formatRegisters(RegAlloc& regs, char* s, Fragment *frag)
{
if (!frag || !frag->lirbuf)
return;
LirNameMap *names = frag->lirbuf->names;
for(int i=0; i<(LastReg+1); i++)
{
LIns* ins = regs.active[i];
Register r = (Register)i;
if (ins && regs.isFree(r))
{ NanoAssertMsg( 0, "Coding error; register is both free and active! " ); }
//if (!ins && !regs.isFree(r))
// { NanoAssertMsg( 0, "Coding error; register is not in the free list when it should be" ); }
if (!ins)
continue;
s += strlen(s);
const char* rname = ins->isQuad() ? fpn(r) : gpn(r);
sprintf(s, " %s(%s)", rname, names->formatRef(ins));
}
}
void RegAlloc::formatRegisters(char* s, Fragment *frag)
{
if (!frag || !frag->lirbuf)
return;
LirNameMap *names = frag->lirbuf->names;
for (Register r = FirstReg; r <= LastReg; r = nextreg(r))
{
LIns *ins = getActive(r);
if (!ins)
continue;
NanoAssertMsg(!isFree(r), "Coding error; register is both free and active! " );
if (ins->isop(LIR_param) && ins->paramKind()==1 && r == Assembler::savedRegs[ins->paramArg()]) {
// dont print callee-saved regs that arent used
continue;
}
s += VMPI_strlen(s);
const char* rname = ins->isQuad() ? fpn(r) : gpn(r);
VMPI_sprintf(s, " %s(%s)", rname, names->formatRef(ins));
}
}
