public void Ctc1()
{
CpuEmitterUtils._ctc1_impl(state, Rd, Rt);
AdvancePC();
}
public void Rotr() => AdvancePC().SetRD(CpuEmitterUtils._rotr_impl(RT_u, Pos));
public void Break()
{
CpuEmitterUtils._break_impl(state, state.Pc, i.Value);
AdvancePC();
}
public void cvt_w_s() => AdvancePC().SetFD_I(CpuEmitterUtils._cvt_w_s_impl(state, FS));
public void Cache()
{
CpuEmitterUtils._cache_impl(state, state.Pc, i.Value);
AdvancePC();
}
public void Sync()
{
CpuEmitterUtils._sync_impl(state, state.Pc, i.Value);
AdvancePC();
}
public void Lwr() => AdvancePC().SetRT(CpuEmitterUtils._lwr_exec(state, RS_u, IMM_s, RT_u));
public void Swr()
{
AdvancePC();
CpuEmitterUtils._swr_exec(state, RS_u, IMM_s, RT_u);
}
public void Clo() => AdvancePC().SetRD(CpuEmitterUtils._clo_impl(RS_u));
public void Wsbw() => AdvancePC().SetRD(CpuEmitterUtils._wsbw_impl(RT_u));
public void Ins()
{
AdvancePC();
SetRT(CpuEmitterUtils._ins_impl(RT_u, RS_u, (int)i.Pos, (int)i.SizeI));
}
public void Ext()
{
AdvancePC();
SetRT(CpuEmitterUtils._ext_impl(RS_u, (int)i.Pos, (int)i.SizeE));
}
public void Divu()
{
AdvancePC();
CpuEmitterUtils._divu_impl(state, RS_u, RT_u);
}
public void Div()
{
AdvancePC();
CpuEmitterUtils._div_impl(state, RS, RT);
}
public void Bitrev() => AdvancePC().SetRD(CpuEmitterUtils._bitrev_impl(RT_u));
