static void find_offset(FastShad *greg, FastShad *gspec, uint64_t offset, uint64_t labels_per_reg, FastShad **dest, uint64_t *addr) {
#ifdef TARGET_PPC
if (cpu_contains(gpr, offset)) {
#else
if (cpu_contains(regs, offset)) {
#endif
*dest = greg;
#ifdef TARGET_PPC
*addr = (offset - cpu_off(gpr)) * labels_per_reg / sizeof(((CPUArchState *)0)->gpr[0]);
#else
*addr = (offset - cpu_off(regs)) * labels_per_reg / sizeof(((CPUArchState *)0)->regs[0]);
#endif
} else {
*dest= gspec;
*addr= offset;
}
}
bool is_irrelevant(int64_t offset) {
#ifdef TARGET_I386
bool relevant = cpu_contains(regs, offset) ||
cpu_contains(eip, offset) ||
cpu_contains(fpregs, offset) ||
cpu_contains(xmm_regs, offset) ||
cpu_contains(xmm_t0, offset) ||
cpu_contains(mmx_t0, offset);
return !relevant;
#else
return offset < 0 || (size_t)offset >= sizeof(CPUArchState);
#endif
}
static void find_offset(FastShad *greg, FastShad *gspec, uint64_t offset, uint64_t labels_per_reg, FastShad **dest, uint64_t *addr) {
if (cpu_contains(regs, offset)) {
*dest = greg;
*addr = (offset - cpu_off(regs)) * labels_per_reg / sizeof(((CPUState *)0)->regs[0]);
} else {
*dest= gspec;
*addr= offset;
}
}
bool is_irrelevant(int64_t offset) {
#ifdef TARGET_I386
bool relevant = cpu_contains(regs, offset) ||
cpu_contains(fpregs, offset) ||
cpu_contains(xmm_regs, offset) ||
cpu_contains(xmm_t0, offset) ||
cpu_contains(mmx_t0, offset) ||
cpu_contains(ymmh_regs, offset);
return !relevant;
#else
bool irrelevant = offset < 0 || (size_t)offset >= sizeof(CPUState);
irrelevant |= offset == cpu_off(panda_guest_pc);
irrelevant |= offset == cpu_off(rr_guest_instr_count);
return irrelevant;
#endif
}
