Gert van der Knokke
libz80 with compilation problems (uses up to much ram)
Revision 0:b612024f5aee, committed 2011-03-10
- Comitter:
- gertk
- Date:
- Thu Mar 10 20:32:59 2011 +0000
- Child:
- 1:78a39c3a30f6
- Commit message:
- not yet functional !
Changed in this revision
--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/opcodes_decl.h Thu Mar 10 20:32:59 2011 +0000 @@ -0,0 +1,1136 @@ +static void ADC_A_off_HL (Z80Context* ctx); +static void ADC_A_off_IX_d (Z80Context* ctx); +static void ADC_A_off_IY_d (Z80Context* ctx); +static void ADC_A_A (Z80Context* ctx); +static void ADC_A_B (Z80Context* ctx); +static void ADC_A_C (Z80Context* ctx); +static void ADC_A_D (Z80Context* ctx); +static void ADC_A_E (Z80Context* ctx); +static void ADC_A_H (Z80Context* ctx); +static void ADC_A_IXh (Z80Context* ctx); +static void ADC_A_IXl (Z80Context* ctx); +static void ADC_A_IYh (Z80Context* ctx); +static void ADC_A_IYl (Z80Context* ctx); +static void ADC_A_L (Z80Context* ctx); +static void ADC_A_n (Z80Context* ctx); +static void ADC_HL_BC (Z80Context* ctx); +static void ADC_HL_DE (Z80Context* ctx); +static void ADC_HL_HL (Z80Context* ctx); +static void ADC_HL_SP (Z80Context* ctx); +static void ADD_A_off_HL (Z80Context* ctx); +static void ADD_A_off_IX_d (Z80Context* ctx); +static void ADD_A_off_IY_d (Z80Context* ctx); +static void ADD_A_A (Z80Context* ctx); +static void ADD_A_B (Z80Context* ctx); +static void ADD_A_C (Z80Context* ctx); +static void ADD_A_D (Z80Context* ctx); +static void ADD_A_E (Z80Context* ctx); +static void ADD_A_H (Z80Context* ctx); +static void ADD_A_IXh (Z80Context* ctx); +static void ADD_A_IXl (Z80Context* ctx); +static void ADD_A_IYh (Z80Context* ctx); +static void ADD_A_IYl (Z80Context* ctx); +static void ADD_A_L (Z80Context* ctx); +static void ADD_A_n (Z80Context* ctx); +static void ADD_HL_BC (Z80Context* ctx); +static void ADD_HL_DE (Z80Context* ctx); +static void ADD_HL_HL (Z80Context* ctx); +static void ADD_HL_SP (Z80Context* ctx); +static void ADD_IX_BC (Z80Context* ctx); +static void ADD_IX_DE (Z80Context* ctx); +static void ADD_IX_IX (Z80Context* ctx); +static void ADD_IX_SP (Z80Context* ctx); +static void ADD_IY_BC (Z80Context* ctx); +static void ADD_IY_DE (Z80Context* ctx); +static void ADD_IY_IY (Z80Context* ctx); +static void ADD_IY_SP (Z80Context* ctx); +static void AND_off_HL (Z80Context* ctx); +static void AND_off_IX_d (Z80Context* ctx); +static void AND_off_IY_d (Z80Context* ctx); +static void AND_A (Z80Context* ctx); +static void AND_B (Z80Context* ctx); +static void AND_C (Z80Context* ctx); +static void AND_D (Z80Context* ctx); +static void AND_E (Z80Context* ctx); +static void AND_H (Z80Context* ctx); +static void AND_IXh (Z80Context* ctx); +static void AND_IXl (Z80Context* ctx); +static void AND_IYh (Z80Context* ctx); +static void AND_IYl (Z80Context* ctx); +static void AND_L (Z80Context* ctx); +static void AND_n (Z80Context* ctx); +static void BIT_0_off_HL (Z80Context* ctx); +static void BIT_0_off_IX_d (Z80Context* ctx); +static void BIT_0_off_IY_d (Z80Context* ctx); +static void BIT_0_A (Z80Context* ctx); +static void BIT_0_B (Z80Context* ctx); +static void BIT_0_C (Z80Context* ctx); +static void BIT_0_D (Z80Context* ctx); +static void BIT_0_E (Z80Context* ctx); +static void BIT_0_H (Z80Context* ctx); +static void BIT_0_L (Z80Context* ctx); +static void BIT_1_off_HL (Z80Context* ctx); +static void BIT_1_off_IX_d (Z80Context* ctx); +static void BIT_1_off_IY_d (Z80Context* ctx); +static void BIT_1_A (Z80Context* ctx); +static void BIT_1_B (Z80Context* ctx); +static void BIT_1_C (Z80Context* ctx); +static void BIT_1_D (Z80Context* ctx); +static void BIT_1_E (Z80Context* ctx); +static void BIT_1_H (Z80Context* ctx); +static void BIT_1_L (Z80Context* ctx); +static void BIT_2_off_HL (Z80Context* ctx); +static void BIT_2_off_IX_d (Z80Context* ctx); +static void BIT_2_off_IY_d (Z80Context* ctx); +static void BIT_2_A (Z80Context* ctx); +static void BIT_2_B (Z80Context* ctx); +static void BIT_2_C (Z80Context* ctx); +static void BIT_2_D (Z80Context* ctx); +static void BIT_2_E (Z80Context* ctx); +static void BIT_2_H (Z80Context* ctx); +static void BIT_2_L (Z80Context* ctx); +static void BIT_3_off_HL (Z80Context* ctx); +static void BIT_3_off_IX_d (Z80Context* ctx); +static void BIT_3_off_IY_d (Z80Context* ctx); +static void BIT_3_A (Z80Context* ctx); +static void BIT_3_B (Z80Context* ctx); +static void BIT_3_C (Z80Context* ctx); +static void BIT_3_D (Z80Context* ctx); +static void BIT_3_E (Z80Context* ctx); +static void BIT_3_H (Z80Context* ctx); +static void BIT_3_L (Z80Context* ctx); +static void BIT_4_off_HL (Z80Context* ctx); +static void BIT_4_off_IX_d (Z80Context* ctx); +static void BIT_4_off_IY_d (Z80Context* ctx); +static void BIT_4_A (Z80Context* ctx); +static void BIT_4_B (Z80Context* ctx); +static void BIT_4_C (Z80Context* ctx); +static void BIT_4_D (Z80Context* ctx); +static void BIT_4_E (Z80Context* ctx); +static void BIT_4_H (Z80Context* ctx); +static void BIT_4_L (Z80Context* ctx); +static void BIT_5_off_HL (Z80Context* ctx); +static void BIT_5_off_IX_d (Z80Context* ctx); +static void BIT_5_off_IY_d (Z80Context* ctx); +static void BIT_5_A (Z80Context* ctx); +static void BIT_5_B (Z80Context* ctx); +static void BIT_5_C (Z80Context* ctx); +static void BIT_5_D (Z80Context* ctx); +static void BIT_5_E (Z80Context* ctx); +static void BIT_5_H (Z80Context* ctx); +static void BIT_5_L (Z80Context* ctx); +static void BIT_6_off_HL (Z80Context* ctx); +static void BIT_6_off_IX_d (Z80Context* ctx); +static void BIT_6_off_IY_d (Z80Context* ctx); +static void BIT_6_A (Z80Context* ctx); +static void BIT_6_B (Z80Context* ctx); +static void BIT_6_C (Z80Context* ctx); +static void BIT_6_D (Z80Context* ctx); +static void BIT_6_E (Z80Context* ctx); +static void BIT_6_H (Z80Context* ctx); +static void BIT_6_L (Z80Context* ctx); +static void BIT_7_off_HL (Z80Context* ctx); +static void BIT_7_off_IX_d (Z80Context* ctx); +static void BIT_7_off_IY_d (Z80Context* ctx); +static void BIT_7_A (Z80Context* ctx); +static void BIT_7_B (Z80Context* ctx); +static void BIT_7_C (Z80Context* ctx); +static void BIT_7_D (Z80Context* ctx); +static void BIT_7_E (Z80Context* ctx); +static void BIT_7_H (Z80Context* ctx); +static void BIT_7_L (Z80Context* ctx); +static void CALL_off_nn (Z80Context* ctx); +static void CALL_C_off_nn (Z80Context* ctx); +static void CALL_M_off_nn (Z80Context* ctx); +static void CALL_NC_off_nn (Z80Context* ctx); +static void CALL_NZ_off_nn (Z80Context* ctx); +static void CALL_P_off_nn (Z80Context* ctx); +static void CALL_PE_off_nn (Z80Context* ctx); +static void CALL_PO_off_nn (Z80Context* ctx); +static void CALL_Z_off_nn (Z80Context* ctx); +static void CCF (Z80Context* ctx); +static void CP_off_HL (Z80Context* ctx); +static void CP_off_IX_d (Z80Context* ctx); +static void CP_off_IY_d (Z80Context* ctx); +static void CP_A (Z80Context* ctx); +static void CP_B (Z80Context* ctx); +static void CP_C (Z80Context* ctx); +static void CP_D (Z80Context* ctx); +static void CP_E (Z80Context* ctx); +static void CP_H (Z80Context* ctx); +static void CP_IXh (Z80Context* ctx); +static void CP_IXl (Z80Context* ctx); +static void CP_IYh (Z80Context* ctx); +static void CP_IYl (Z80Context* ctx); +static void CP_L (Z80Context* ctx); +static void CP_n (Z80Context* ctx); +static void CPD (Z80Context* ctx); +static void CPDR (Z80Context* ctx); +static void CPI (Z80Context* ctx); +static void CPIR (Z80Context* ctx); +static void CPL (Z80Context* ctx); +static void DAA (Z80Context* ctx); +static void DEC_off_HL (Z80Context* ctx); +static void DEC_off_IX_d (Z80Context* ctx); +static void DEC_off_IY_d (Z80Context* ctx); +static void DEC_A (Z80Context* ctx); +static void DEC_B (Z80Context* ctx); +static void DEC_BC (Z80Context* ctx); +static void DEC_C (Z80Context* ctx); +static void DEC_D (Z80Context* ctx); +static void DEC_DE (Z80Context* ctx); +static void DEC_E (Z80Context* ctx); +static void DEC_H (Z80Context* ctx); +static void DEC_HL (Z80Context* ctx); +static void DEC_IX (Z80Context* ctx); +static void DEC_IXh (Z80Context* ctx); +static void DEC_IXl (Z80Context* ctx); +static void DEC_IY (Z80Context* ctx); +static void DEC_IYh (Z80Context* ctx); +static void DEC_IYl (Z80Context* ctx); +static void DEC_L (Z80Context* ctx); +static void DEC_SP (Z80Context* ctx); +static void DI (Z80Context* ctx); +static void DJNZ_off_PC_e_ (Z80Context* ctx); +static void EI (Z80Context* ctx); +static void EX_off_SP_HL (Z80Context* ctx); +static void EX_off_SP_IX (Z80Context* ctx); +static void EX_off_SP_IY (Z80Context* ctx); +static void EX_AF_AF_ (Z80Context* ctx); +static void EX_DE_HL (Z80Context* ctx); +static void EXX (Z80Context* ctx); +static void HALT (Z80Context* ctx); +static void IM_0 (Z80Context* ctx); +static void IM_1 (Z80Context* ctx); +static void IM_2 (Z80Context* ctx); +static void IN_A_off_C (Z80Context* ctx); +static void IN_A_off_n (Z80Context* ctx); +static void IN_B_off_C (Z80Context* ctx); +static void IN_C_off_C (Z80Context* ctx); +static void IN_D_off_C (Z80Context* ctx); +static void IN_E_off_C (Z80Context* ctx); +static void IN_F_off_C (Z80Context* ctx); +static void IN_H_off_C (Z80Context* ctx); +static void IN_L_off_C (Z80Context* ctx); +static void INC_off_HL (Z80Context* ctx); +static void INC_off_IX_d (Z80Context* ctx); +static void INC_off_IY_d (Z80Context* ctx); +static void INC_A (Z80Context* ctx); +static void INC_B (Z80Context* ctx); +static void INC_BC (Z80Context* ctx); +static void INC_C (Z80Context* ctx); +static void INC_D (Z80Context* ctx); +static void INC_DE (Z80Context* ctx); +static void INC_E (Z80Context* ctx); +static void INC_H (Z80Context* ctx); +static void INC_HL (Z80Context* ctx); +static void INC_IX (Z80Context* ctx); +static void INC_IXh (Z80Context* ctx); +static void INC_IXl (Z80Context* ctx); +static void INC_IY (Z80Context* ctx); +static void INC_IYh (Z80Context* ctx); +static void INC_IYl (Z80Context* ctx); +static void INC_L (Z80Context* ctx); +static void INC_SP (Z80Context* ctx); +static void IND (Z80Context* ctx); +static void INDR (Z80Context* ctx); +static void INI (Z80Context* ctx); +static void INIR (Z80Context* ctx); +static void JP_off_HL (Z80Context* ctx); +static void JP_off_IX (Z80Context* ctx); +static void JP_off_IY (Z80Context* ctx); +static void JP_off_nn (Z80Context* ctx); +static void JP_C_off_nn (Z80Context* ctx); +static void JP_M_off_nn (Z80Context* ctx); +static void JP_NC_off_nn (Z80Context* ctx); +static void JP_NZ_off_nn (Z80Context* ctx); +static void JP_P_off_nn (Z80Context* ctx); +static void JP_PE_off_nn (Z80Context* ctx); +static void JP_PO_off_nn (Z80Context* ctx); +static void JP_Z_off_nn (Z80Context* ctx); +static void JR_off_PC_e (Z80Context* ctx); +static void JR_C_off_PC_e (Z80Context* ctx); +static void JR_NC_off_PC_e (Z80Context* ctx); +static void JR_NZ_off_PC_e (Z80Context* ctx); +static void JR_Z_off_PC_e (Z80Context* ctx); +static void LD_off_BC_A (Z80Context* ctx); +static void LD_off_DE_A (Z80Context* ctx); +static void LD_off_HL_A (Z80Context* ctx); +static void LD_off_HL_B (Z80Context* ctx); +static void LD_off_HL_C (Z80Context* ctx); +static void LD_off_HL_D (Z80Context* ctx); +static void LD_off_HL_E (Z80Context* ctx); +static void LD_off_HL_H (Z80Context* ctx); +static void LD_off_HL_L (Z80Context* ctx); +static void LD_off_HL_n (Z80Context* ctx); +static void LD_off_IX_d_A (Z80Context* ctx); +static void LD_off_IX_d_B (Z80Context* ctx); +static void LD_off_IX_d_C (Z80Context* ctx); +static void LD_off_IX_d_D (Z80Context* ctx); +static void LD_off_IX_d_E (Z80Context* ctx); +static void LD_off_IX_d_H (Z80Context* ctx); +static void LD_off_IX_d_L (Z80Context* ctx); +static void LD_off_IX_d_n (Z80Context* ctx); +static void LD_off_IY_d_A (Z80Context* ctx); +static void LD_off_IY_d_B (Z80Context* ctx); +static void LD_off_IY_d_C (Z80Context* ctx); +static void LD_off_IY_d_D (Z80Context* ctx); +static void LD_off_IY_d_E (Z80Context* ctx); +static void LD_off_IY_d_H (Z80Context* ctx); +static void LD_off_IY_d_L (Z80Context* ctx); +static void LD_off_IY_d_n (Z80Context* ctx); +static void LD_off_nn_A (Z80Context* ctx); +static void LD_off_nn_BC (Z80Context* ctx); +static void LD_off_nn_DE (Z80Context* ctx); +static void LD_off_nn_HL (Z80Context* ctx); +static void LD_off_nn_IX (Z80Context* ctx); +static void LD_off_nn_IY (Z80Context* ctx); +static void LD_off_nn_SP (Z80Context* ctx); +static void LD_A_off_BC (Z80Context* ctx); +static void LD_A_off_DE (Z80Context* ctx); +static void LD_A_off_HL (Z80Context* ctx); +static void LD_A_off_IX_d (Z80Context* ctx); +static void LD_A_off_IY_d (Z80Context* ctx); +static void LD_A_off_nn (Z80Context* ctx); +static void LD_A_A (Z80Context* ctx); +static void LD_A_B (Z80Context* ctx); +static void LD_A_C (Z80Context* ctx); +static void LD_A_D (Z80Context* ctx); +static void LD_A_E (Z80Context* ctx); +static void LD_A_H (Z80Context* ctx); +static void LD_A_I (Z80Context* ctx); +static void LD_A_IXh (Z80Context* ctx); +static void LD_A_IXl (Z80Context* ctx); +static void LD_A_IYh (Z80Context* ctx); +static void LD_A_IYl (Z80Context* ctx); +static void LD_A_L (Z80Context* ctx); +static void LD_A_n (Z80Context* ctx); +static void LD_A_R (Z80Context* ctx); +static void LD_A_RES_0_off_IX_d (Z80Context* ctx); +static void LD_A_RES_0_off_IY_d (Z80Context* ctx); +static void LD_A_RES_1_off_IX_d (Z80Context* ctx); +static void LD_A_RES_1_off_IY_d (Z80Context* ctx); +static void LD_A_RES_2_off_IX_d (Z80Context* ctx); +static void LD_A_RES_2_off_IY_d (Z80Context* ctx); +static void LD_A_RES_3_off_IX_d (Z80Context* ctx); +static void LD_A_RES_3_off_IY_d (Z80Context* ctx); +static void LD_A_RES_4_off_IX_d (Z80Context* ctx); +static void LD_A_RES_4_off_IY_d (Z80Context* ctx); +static void LD_A_RES_5_off_IX_d (Z80Context* ctx); +static void LD_A_RES_5_off_IY_d (Z80Context* ctx); +static void LD_A_RES_6_off_IX_d (Z80Context* ctx); +static void LD_A_RES_6_off_IY_d (Z80Context* ctx); +static void LD_A_RES_7_off_IX_d (Z80Context* ctx); +static void LD_A_RES_7_off_IY_d (Z80Context* ctx); +static void LD_A_RL_off_IX_d (Z80Context* ctx); +static void LD_A_RL_off_IY_d (Z80Context* ctx); +static void LD_A_RLC_off_IX_d (Z80Context* ctx); +static void LD_A_RLC_off_IY_d (Z80Context* ctx); +static void LD_A_RR_off_IX_d (Z80Context* ctx); +static void LD_A_RR_off_IY_d (Z80Context* ctx); +static void LD_A_RRC_off_IX_d (Z80Context* ctx); +static void LD_A_RRC_off_IY_d (Z80Context* ctx); +static void LD_A_SET_0_off_IX_d (Z80Context* ctx); +static void LD_A_SET_0_off_IY_d (Z80Context* ctx); +static void LD_A_SET_1_off_IX_d (Z80Context* ctx); +static void LD_A_SET_1_off_IY_d (Z80Context* ctx); +static void LD_A_SET_2_off_IX_d (Z80Context* ctx); +static void LD_A_SET_2_off_IY_d (Z80Context* ctx); +static void LD_A_SET_3_off_IX_d (Z80Context* ctx); +static void LD_A_SET_3_off_IY_d (Z80Context* ctx); +static void LD_A_SET_4_off_IX_d (Z80Context* ctx); +static void LD_A_SET_4_off_IY_d (Z80Context* ctx); +static void LD_A_SET_5_off_IX_d (Z80Context* ctx); +static void LD_A_SET_5_off_IY_d (Z80Context* ctx); +static void LD_A_SET_6_off_IX_d (Z80Context* ctx); +static void LD_A_SET_6_off_IY_d (Z80Context* ctx); +static void LD_A_SET_7_off_IX_d (Z80Context* ctx); +static void LD_A_SET_7_off_IY_d (Z80Context* ctx); +static void LD_A_SLA_off_IX_d (Z80Context* ctx); +static void LD_A_SLA_off_IY_d (Z80Context* ctx); +static void LD_A_SLL_off_IX_d (Z80Context* ctx); +static void LD_A_SLL_off_IY_d (Z80Context* ctx); +static void LD_A_SRA_off_IX_d (Z80Context* ctx); +static void LD_A_SRA_off_IY_d (Z80Context* ctx); +static void LD_A_SRL_off_IX_d (Z80Context* ctx); +static void LD_A_SRL_off_IY_d (Z80Context* ctx); +static void LD_B_off_HL (Z80Context* ctx); +static void LD_B_off_IX_d (Z80Context* ctx); +static void LD_B_off_IY_d (Z80Context* ctx); +static void LD_B_A (Z80Context* ctx); +static void LD_B_B (Z80Context* ctx); +static void LD_B_C (Z80Context* ctx); +static void LD_B_D (Z80Context* ctx); +static void LD_B_E (Z80Context* ctx); +static void LD_B_H (Z80Context* ctx); +static void LD_B_IXh (Z80Context* ctx); +static void LD_B_IXl (Z80Context* ctx); +static void LD_B_IYh (Z80Context* ctx); +static void LD_B_IYl (Z80Context* ctx); +static void LD_B_L (Z80Context* ctx); +static void LD_B_n (Z80Context* ctx); +static void LD_B_RES_0_off_IX_d (Z80Context* ctx); +static void LD_B_RES_0_off_IY_d (Z80Context* ctx); +static void LD_B_RES_1_off_IX_d (Z80Context* ctx); +static void LD_B_RES_1_off_IY_d (Z80Context* ctx); +static void LD_B_RES_2_off_IX_d (Z80Context* ctx); +static void LD_B_RES_2_off_IY_d (Z80Context* ctx); +static void LD_B_RES_3_off_IX_d (Z80Context* ctx); +static void LD_B_RES_3_off_IY_d (Z80Context* ctx); +static void LD_B_RES_4_off_IX_d (Z80Context* ctx); +static void LD_B_RES_4_off_IY_d (Z80Context* ctx); +static void LD_B_RES_5_off_IX_d (Z80Context* ctx); +static void LD_B_RES_5_off_IY_d (Z80Context* ctx); +static void LD_B_RES_6_off_IX_d (Z80Context* ctx); +static void LD_B_RES_6_off_IY_d (Z80Context* ctx); +static void LD_B_RES_7_off_IX_d (Z80Context* ctx); +static void LD_B_RES_7_off_IY_d (Z80Context* ctx); +static void LD_B_RL_off_IX_d (Z80Context* ctx); +static void LD_B_RL_off_IY_d (Z80Context* ctx); +static void LD_B_RLC_off_IX_d (Z80Context* ctx); +static void LD_B_RLC_off_IY_d (Z80Context* ctx); +static void LD_B_RR_off_IX_d (Z80Context* ctx); +static void LD_B_RR_off_IY_d (Z80Context* ctx); +static void LD_B_RRC_off_IX_d (Z80Context* ctx); +static void LD_B_RRC_off_IY_d (Z80Context* ctx); +static void LD_B_SET_0_off_IX_d (Z80Context* ctx); +static void LD_B_SET_0_off_IY_d (Z80Context* ctx); +static void LD_B_SET_1_off_IX_d (Z80Context* ctx); +static void LD_B_SET_1_off_IY_d (Z80Context* ctx); +static void LD_B_SET_2_off_IX_d (Z80Context* ctx); +static void LD_B_SET_2_off_IY_d (Z80Context* ctx); +static void LD_B_SET_3_off_IX_d (Z80Context* ctx); +static void LD_B_SET_3_off_IY_d (Z80Context* ctx); +static void LD_B_SET_4_off_IX_d (Z80Context* ctx); +static void LD_B_SET_4_off_IY_d (Z80Context* ctx); +static void LD_B_SET_5_off_IX_d (Z80Context* ctx); +static void LD_B_SET_5_off_IY_d (Z80Context* ctx); +static void LD_B_SET_6_off_IX_d (Z80Context* ctx); +static void LD_B_SET_6_off_IY_d (Z80Context* ctx); +static void LD_B_SET_7_off_IX_d (Z80Context* ctx); +static void LD_B_SET_7_off_IY_d (Z80Context* ctx); +static void LD_B_SLA_off_IX_d (Z80Context* ctx); +static void LD_B_SLA_off_IY_d (Z80Context* ctx); +static void LD_B_SLL_off_IX_d (Z80Context* ctx); +static void LD_B_SLL_off_IY_d (Z80Context* ctx); +static void LD_B_SRA_off_IX_d (Z80Context* ctx); +static void LD_B_SRA_off_IY_d (Z80Context* ctx); +static void LD_B_SRL_off_IX_d (Z80Context* ctx); +static void LD_B_SRL_off_IY_d (Z80Context* ctx); +static void LD_BC_off_nn (Z80Context* ctx); +static void LD_BC_nn (Z80Context* ctx); +static void LD_C_off_HL (Z80Context* ctx); +static void LD_C_off_IX_d (Z80Context* ctx); +static void LD_C_off_IY_d (Z80Context* ctx); +static void LD_C_A (Z80Context* ctx); +static void LD_C_B (Z80Context* ctx); +static void LD_C_C (Z80Context* ctx); +static void LD_C_D (Z80Context* ctx); +static void LD_C_E (Z80Context* ctx); +static void LD_C_H (Z80Context* ctx); +static void LD_C_IXh (Z80Context* ctx); +static void LD_C_IXl (Z80Context* ctx); +static void LD_C_IYh (Z80Context* ctx); +static void LD_C_IYl (Z80Context* ctx); +static void LD_C_L (Z80Context* ctx); +static void LD_C_n (Z80Context* ctx); +static void LD_C_RES_0_off_IX_d (Z80Context* ctx); +static void LD_C_RES_0_off_IY_d (Z80Context* ctx); +static void LD_C_RES_1_off_IX_d (Z80Context* ctx); +static void LD_C_RES_1_off_IY_d (Z80Context* ctx); +static void LD_C_RES_2_off_IX_d (Z80Context* ctx); +static void LD_C_RES_2_off_IY_d (Z80Context* ctx); +static void LD_C_RES_3_off_IX_d (Z80Context* ctx); +static void LD_C_RES_3_off_IY_d (Z80Context* ctx); +static void LD_C_RES_4_off_IX_d (Z80Context* ctx); +static void LD_C_RES_4_off_IY_d (Z80Context* ctx); +static void LD_C_RES_5_off_IX_d (Z80Context* ctx); +static void LD_C_RES_5_off_IY_d (Z80Context* ctx); +static void LD_C_RES_6_off_IX_d (Z80Context* ctx); +static void LD_C_RES_6_off_IY_d (Z80Context* ctx); +static void LD_C_RES_7_off_IX_d (Z80Context* ctx); +static void LD_C_RES_7_off_IY_d (Z80Context* ctx); +static void LD_C_RL_off_IX_d (Z80Context* ctx); +static void LD_C_RL_off_IY_d (Z80Context* ctx); +static void LD_C_RLC_off_IX_d (Z80Context* ctx); +static void LD_C_RLC_off_IY_d (Z80Context* ctx); +static void LD_C_RR_off_IX_d (Z80Context* ctx); +static void LD_C_RR_off_IY_d (Z80Context* ctx); +static void LD_C_RRC_off_IX_d (Z80Context* ctx); +static void LD_C_RRC_off_IY_d (Z80Context* ctx); +static void LD_C_SET_0_off_IX_d (Z80Context* ctx); +static void LD_C_SET_0_off_IY_d (Z80Context* ctx); +static void LD_C_SET_1_off_IX_d (Z80Context* ctx); +static void LD_C_SET_1_off_IY_d (Z80Context* ctx); +static void LD_C_SET_2_off_IX_d (Z80Context* ctx); +static void LD_C_SET_2_off_IY_d (Z80Context* ctx); +static void LD_C_SET_3_off_IX_d (Z80Context* ctx); +static void LD_C_SET_3_off_IY_d (Z80Context* ctx); +static void LD_C_SET_4_off_IX_d (Z80Context* ctx); +static void LD_C_SET_4_off_IY_d (Z80Context* ctx); +static void LD_C_SET_5_off_IX_d (Z80Context* ctx); +static void LD_C_SET_5_off_IY_d (Z80Context* ctx); +static void LD_C_SET_6_off_IX_d (Z80Context* ctx); +static void LD_C_SET_6_off_IY_d (Z80Context* ctx); +static void LD_C_SET_7_off_IX_d (Z80Context* ctx); +static void LD_C_SET_7_off_IY_d (Z80Context* ctx); +static void LD_C_SLA_off_IX_d (Z80Context* ctx); +static void LD_C_SLA_off_IY_d (Z80Context* ctx); +static void LD_C_SLL_off_IX_d (Z80Context* ctx); +static void LD_C_SLL_off_IY_d (Z80Context* ctx); +static void LD_C_SRA_off_IX_d (Z80Context* ctx); +static void LD_C_SRA_off_IY_d (Z80Context* ctx); +static void LD_C_SRL_off_IX_d (Z80Context* ctx); +static void LD_C_SRL_off_IY_d (Z80Context* ctx); +static void LD_D_off_HL (Z80Context* ctx); +static void LD_D_off_IX_d (Z80Context* ctx); +static void LD_D_off_IY_d (Z80Context* ctx); +static void LD_D_A (Z80Context* ctx); +static void LD_D_B (Z80Context* ctx); +static void LD_D_C (Z80Context* ctx); +static void LD_D_D (Z80Context* ctx); +static void LD_D_E (Z80Context* ctx); +static void LD_D_H (Z80Context* ctx); +static void LD_D_IXh (Z80Context* ctx); +static void LD_D_IXl (Z80Context* ctx); +static void LD_D_IYh (Z80Context* ctx); +static void LD_D_IYl (Z80Context* ctx); +static void LD_D_L (Z80Context* ctx); +static void LD_D_n (Z80Context* ctx); +static void LD_D_RES_0_off_IX_d (Z80Context* ctx); +static void LD_D_RES_0_off_IY_d (Z80Context* ctx); +static void LD_D_RES_1_off_IX_d (Z80Context* ctx); +static void LD_D_RES_1_off_IY_d (Z80Context* ctx); +static void LD_D_RES_2_off_IX_d (Z80Context* ctx); +static void LD_D_RES_2_off_IY_d (Z80Context* ctx); +static void LD_D_RES_3_off_IX_d (Z80Context* ctx); +static void LD_D_RES_3_off_IY_d (Z80Context* ctx); +static void LD_D_RES_4_off_IX_d (Z80Context* ctx); +static void LD_D_RES_4_off_IY_d (Z80Context* ctx); +static void LD_D_RES_5_off_IX_d (Z80Context* ctx); +static void LD_D_RES_5_off_IY_d (Z80Context* ctx); +static void LD_D_RES_6_off_IX_d (Z80Context* ctx); +static void LD_D_RES_6_off_IY_d (Z80Context* ctx); +static void LD_D_RES_7_off_IX_d (Z80Context* ctx); +static void LD_D_RES_7_off_IY_d (Z80Context* ctx); +static void LD_D_RL_off_IX_d (Z80Context* ctx); +static void LD_D_RL_off_IY_d (Z80Context* ctx); +static void LD_D_RLC_off_IX_d (Z80Context* ctx); +static void LD_D_RLC_off_IY_d (Z80Context* ctx); +static void LD_D_RR_off_IX_d (Z80Context* ctx); +static void LD_D_RR_off_IY_d (Z80Context* ctx); +static void LD_D_RRC_off_IX_d (Z80Context* ctx); +static void LD_D_RRC_off_IY_d (Z80Context* ctx); +static void LD_D_SET_0_off_IX_d (Z80Context* ctx); +static void LD_D_SET_0_off_IY_d (Z80Context* ctx); +static void LD_D_SET_1_off_IX_d (Z80Context* ctx); +static void LD_D_SET_1_off_IY_d (Z80Context* ctx); +static void LD_D_SET_2_off_IX_d (Z80Context* ctx); +static void LD_D_SET_2_off_IY_d (Z80Context* ctx); +static void LD_D_SET_3_off_IX_d (Z80Context* ctx); +static void LD_D_SET_3_off_IY_d (Z80Context* ctx); +static void LD_D_SET_4_off_IX_d (Z80Context* ctx); +static void LD_D_SET_4_off_IY_d (Z80Context* ctx); +static void LD_D_SET_5_off_IX_d (Z80Context* ctx); +static void LD_D_SET_5_off_IY_d (Z80Context* ctx); +static void LD_D_SET_6_off_IX_d (Z80Context* ctx); +static void LD_D_SET_6_off_IY_d (Z80Context* ctx); +static void LD_D_SET_7_off_IX_d (Z80Context* ctx); +static void LD_D_SET_7_off_IY_d (Z80Context* ctx); +static void LD_D_SLA_off_IX_d (Z80Context* ctx); +static void LD_D_SLA_off_IY_d (Z80Context* ctx); +static void LD_D_SLL_off_IX_d (Z80Context* ctx); +static void LD_D_SLL_off_IY_d (Z80Context* ctx); +static void LD_D_SRA_off_IX_d (Z80Context* ctx); +static void LD_D_SRA_off_IY_d (Z80Context* ctx); +static void LD_D_SRL_off_IX_d (Z80Context* ctx); +static void LD_D_SRL_off_IY_d (Z80Context* ctx); +static void LD_DE_off_nn (Z80Context* ctx); +static void LD_DE_nn (Z80Context* ctx); +static void LD_E_off_HL (Z80Context* ctx); +static void LD_E_off_IX_d (Z80Context* ctx); +static void LD_E_off_IY_d (Z80Context* ctx); +static void LD_E_A (Z80Context* ctx); +static void LD_E_B (Z80Context* ctx); +static void LD_E_C (Z80Context* ctx); +static void LD_E_D (Z80Context* ctx); +static void LD_E_E (Z80Context* ctx); +static void LD_E_H (Z80Context* ctx); +static void LD_E_IXh (Z80Context* ctx); +static void LD_E_IXl (Z80Context* ctx); +static void LD_E_IYh (Z80Context* ctx); +static void LD_E_IYl (Z80Context* ctx); +static void LD_E_L (Z80Context* ctx); +static void LD_E_n (Z80Context* ctx); +static void LD_E_RES_0_off_IX_d (Z80Context* ctx); +static void LD_E_RES_0_off_IY_d (Z80Context* ctx); +static void LD_E_RES_1_off_IX_d (Z80Context* ctx); +static void LD_E_RES_1_off_IY_d (Z80Context* ctx); +static void LD_E_RES_2_off_IX_d (Z80Context* ctx); +static void LD_E_RES_2_off_IY_d (Z80Context* ctx); +static void LD_E_RES_3_off_IX_d (Z80Context* ctx); +static void LD_E_RES_3_off_IY_d (Z80Context* ctx); +static void LD_E_RES_4_off_IX_d (Z80Context* ctx); +static void LD_E_RES_4_off_IY_d (Z80Context* ctx); +static void LD_E_RES_5_off_IX_d (Z80Context* ctx); +static void LD_E_RES_5_off_IY_d (Z80Context* ctx); +static void LD_E_RES_6_off_IX_d (Z80Context* ctx); +static void LD_E_RES_6_off_IY_d (Z80Context* ctx); +static void LD_E_RES_7_off_IX_d (Z80Context* ctx); +static void LD_E_RES_7_off_IY_d (Z80Context* ctx); +static void LD_E_RL_off_IX_d (Z80Context* ctx); +static void LD_E_RL_off_IY_d (Z80Context* ctx); +static void LD_E_RLC_off_IX_d (Z80Context* ctx); +static void LD_E_RLC_off_IY_d (Z80Context* ctx); +static void LD_E_RR_off_IX_d (Z80Context* ctx); +static void LD_E_RR_off_IY_d (Z80Context* ctx); +static void LD_E_RRC_off_IX_d (Z80Context* ctx); +static void LD_E_RRC_off_IY_d (Z80Context* ctx); +static void LD_E_SET_0_off_IX_d (Z80Context* ctx); +static void LD_E_SET_0_off_IY_d (Z80Context* ctx); +static void LD_E_SET_1_off_IX_d (Z80Context* ctx); +static void LD_E_SET_1_off_IY_d (Z80Context* ctx); +static void LD_E_SET_2_off_IX_d (Z80Context* ctx); +static void LD_E_SET_2_off_IY_d (Z80Context* ctx); +static void LD_E_SET_3_off_IX_d (Z80Context* ctx); +static void LD_E_SET_3_off_IY_d (Z80Context* ctx); +static void LD_E_SET_4_off_IX_d (Z80Context* ctx); +static void LD_E_SET_4_off_IY_d (Z80Context* ctx); +static void LD_E_SET_5_off_IX_d (Z80Context* ctx); +static void LD_E_SET_5_off_IY_d (Z80Context* ctx); +static void LD_E_SET_6_off_IX_d (Z80Context* ctx); +static void LD_E_SET_6_off_IY_d (Z80Context* ctx); +static void LD_E_SET_7_off_IX_d (Z80Context* ctx); +static void LD_E_SET_7_off_IY_d (Z80Context* ctx); +static void LD_E_SLA_off_IX_d (Z80Context* ctx); +static void LD_E_SLA_off_IY_d (Z80Context* ctx); +static void LD_E_SLL_off_IX_d (Z80Context* ctx); +static void LD_E_SLL_off_IY_d (Z80Context* ctx); +static void LD_E_SRA_off_IX_d (Z80Context* ctx); +static void LD_E_SRA_off_IY_d (Z80Context* ctx); +static void LD_E_SRL_off_IX_d (Z80Context* ctx); +static void LD_E_SRL_off_IY_d (Z80Context* ctx); +static void LD_H_off_HL (Z80Context* ctx); +static void LD_H_off_IX_d (Z80Context* ctx); +static void LD_H_off_IY_d (Z80Context* ctx); +static void LD_H_A (Z80Context* ctx); +static void LD_H_B (Z80Context* ctx); +static void LD_H_C (Z80Context* ctx); +static void LD_H_D (Z80Context* ctx); +static void LD_H_E (Z80Context* ctx); +static void LD_H_H (Z80Context* ctx); +static void LD_H_L (Z80Context* ctx); +static void LD_H_n (Z80Context* ctx); +static void LD_H_RES_0_off_IX_d (Z80Context* ctx); +static void LD_H_RES_0_off_IY_d (Z80Context* ctx); +static void LD_H_RES_1_off_IX_d (Z80Context* ctx); +static void LD_H_RES_1_off_IY_d (Z80Context* ctx); +static void LD_H_RES_2_off_IX_d (Z80Context* ctx); +static void LD_H_RES_2_off_IY_d (Z80Context* ctx); +static void LD_H_RES_3_off_IX_d (Z80Context* ctx); +static void LD_H_RES_3_off_IY_d (Z80Context* ctx); +static void LD_H_RES_4_off_IX_d (Z80Context* ctx); +static void LD_H_RES_4_off_IY_d (Z80Context* ctx); +static void LD_H_RES_5_off_IX_d (Z80Context* ctx); +static void LD_H_RES_5_off_IY_d (Z80Context* ctx); +static void LD_H_RES_6_off_IX_d (Z80Context* ctx); +static void LD_H_RES_6_off_IY_d (Z80Context* ctx); +static void LD_H_RES_7_off_IX_d (Z80Context* ctx); +static void LD_H_RES_7_off_IY_d (Z80Context* ctx); +static void LD_H_RL_off_IX_d (Z80Context* ctx); +static void LD_H_RL_off_IY_d (Z80Context* ctx); +static void LD_H_RLC_off_IX_d (Z80Context* ctx); +static void LD_H_RLC_off_IY_d (Z80Context* ctx); +static void LD_H_RR_off_IX_d (Z80Context* ctx); +static void LD_H_RR_off_IY_d (Z80Context* ctx); +static void LD_H_RRC_off_IX_d (Z80Context* ctx); +static void LD_H_RRC_off_IY_d (Z80Context* ctx); +static void LD_H_SET_0_off_IX_d (Z80Context* ctx); +static void LD_H_SET_0_off_IY_d (Z80Context* ctx); +static void LD_H_SET_1_off_IX_d (Z80Context* ctx); +static void LD_H_SET_1_off_IY_d (Z80Context* ctx); +static void LD_H_SET_2_off_IX_d (Z80Context* ctx); +static void LD_H_SET_2_off_IY_d (Z80Context* ctx); +static void LD_H_SET_3_off_IX_d (Z80Context* ctx); +static void LD_H_SET_3_off_IY_d (Z80Context* ctx); +static void LD_H_SET_4_off_IX_d (Z80Context* ctx); +static void LD_H_SET_4_off_IY_d (Z80Context* ctx); +static void LD_H_SET_5_off_IX_d (Z80Context* ctx); +static void LD_H_SET_5_off_IY_d (Z80Context* ctx); +static void LD_H_SET_6_off_IX_d (Z80Context* ctx); +static void LD_H_SET_6_off_IY_d (Z80Context* ctx); +static void LD_H_SET_7_off_IX_d (Z80Context* ctx); +static void LD_H_SET_7_off_IY_d (Z80Context* ctx); +static void LD_H_SLA_off_IX_d (Z80Context* ctx); +static void LD_H_SLA_off_IY_d (Z80Context* ctx); +static void LD_H_SLL_off_IX_d (Z80Context* ctx); +static void LD_H_SLL_off_IY_d (Z80Context* ctx); +static void LD_H_SRA_off_IX_d (Z80Context* ctx); +static void LD_H_SRA_off_IY_d (Z80Context* ctx); +static void LD_H_SRL_off_IX_d (Z80Context* ctx); +static void LD_H_SRL_off_IY_d (Z80Context* ctx); +static void LD_HL_off_nn (Z80Context* ctx); +static void LD_HL_nn (Z80Context* ctx); +static void LD_I_A (Z80Context* ctx); +static void LD_IX_off_nn (Z80Context* ctx); +static void LD_IX_nn (Z80Context* ctx); +static void LD_IXh_A (Z80Context* ctx); +static void LD_IXh_B (Z80Context* ctx); +static void LD_IXh_C (Z80Context* ctx); +static void LD_IXh_D (Z80Context* ctx); +static void LD_IXh_E (Z80Context* ctx); +static void LD_IXh_IXh (Z80Context* ctx); +static void LD_IXh_IXl (Z80Context* ctx); +static void LD_IXh_n (Z80Context* ctx); +static void LD_IXl_A (Z80Context* ctx); +static void LD_IXl_B (Z80Context* ctx); +static void LD_IXl_C (Z80Context* ctx); +static void LD_IXl_D (Z80Context* ctx); +static void LD_IXl_E (Z80Context* ctx); +static void LD_IXl_IXh (Z80Context* ctx); +static void LD_IXl_IXl (Z80Context* ctx); +static void LD_IXl_n (Z80Context* ctx); +static void LD_IY_off_nn (Z80Context* ctx); +static void LD_IY_nn (Z80Context* ctx); +static void LD_IYh_A (Z80Context* ctx); +static void LD_IYh_B (Z80Context* ctx); +static void LD_IYh_C (Z80Context* ctx); +static void LD_IYh_D (Z80Context* ctx); +static void LD_IYh_E (Z80Context* ctx); +static void LD_IYh_IYh (Z80Context* ctx); +static void LD_IYh_IYl (Z80Context* ctx); +static void LD_IYh_n (Z80Context* ctx); +static void LD_IYl_A (Z80Context* ctx); +static void LD_IYl_B (Z80Context* ctx); +static void LD_IYl_C (Z80Context* ctx); +static void LD_IYl_D (Z80Context* ctx); +static void LD_IYl_E (Z80Context* ctx); +static void LD_IYl_IYh (Z80Context* ctx); +static void LD_IYl_IYl (Z80Context* ctx); +static void LD_IYl_n (Z80Context* ctx); +static void LD_L_off_HL (Z80Context* ctx); +static void LD_L_off_IX_d (Z80Context* ctx); +static void LD_L_off_IY_d (Z80Context* ctx); +static void LD_L_A (Z80Context* ctx); +static void LD_L_B (Z80Context* ctx); +static void LD_L_C (Z80Context* ctx); +static void LD_L_D (Z80Context* ctx); +static void LD_L_E (Z80Context* ctx); +static void LD_L_H (Z80Context* ctx); +static void LD_L_L (Z80Context* ctx); +static void LD_L_n (Z80Context* ctx); +static void LD_L_RES_0_off_IX_d (Z80Context* ctx); +static void LD_L_RES_0_off_IY_d (Z80Context* ctx); +static void LD_L_RES_1_off_IX_d (Z80Context* ctx); +static void LD_L_RES_1_off_IY_d (Z80Context* ctx); +static void LD_L_RES_2_off_IX_d (Z80Context* ctx); +static void LD_L_RES_2_off_IY_d (Z80Context* ctx); +static void LD_L_RES_3_off_IX_d (Z80Context* ctx); +static void LD_L_RES_3_off_IY_d (Z80Context* ctx); +static void LD_L_RES_4_off_IX_d (Z80Context* ctx); +static void LD_L_RES_4_off_IY_d (Z80Context* ctx); +static void LD_L_RES_5_off_IX_d (Z80Context* ctx); +static void LD_L_RES_5_off_IY_d (Z80Context* ctx); +static void LD_L_RES_6_off_IX_d (Z80Context* ctx); +static void LD_L_RES_6_off_IY_d (Z80Context* ctx); +static void LD_L_RES_7_off_IX_d (Z80Context* ctx); +static void LD_L_RES_7_off_IY_d (Z80Context* ctx); +static void LD_L_RL_off_IX_d (Z80Context* ctx); +static void LD_L_RL_off_IY_d (Z80Context* ctx); +static void LD_L_RLC_off_IX_d (Z80Context* ctx); +static void LD_L_RLC_off_IY_d (Z80Context* ctx); +static void LD_L_RR_off_IX_d (Z80Context* ctx); +static void LD_L_RR_off_IY_d (Z80Context* ctx); +static void LD_L_RRC_off_IX_d (Z80Context* ctx); +static void LD_L_RRC_off_IY_d (Z80Context* ctx); +static void LD_L_SET_0_off_IX_d (Z80Context* ctx); +static void LD_L_SET_0_off_IY_d (Z80Context* ctx); +static void LD_L_SET_1_off_IX_d (Z80Context* ctx); +static void LD_L_SET_1_off_IY_d (Z80Context* ctx); +static void LD_L_SET_2_off_IX_d (Z80Context* ctx); +static void LD_L_SET_2_off_IY_d (Z80Context* ctx); +static void LD_L_SET_3_off_IX_d (Z80Context* ctx); +static void LD_L_SET_3_off_IY_d (Z80Context* ctx); +static void LD_L_SET_4_off_IX_d (Z80Context* ctx); +static void LD_L_SET_4_off_IY_d (Z80Context* ctx); +static void LD_L_SET_5_off_IX_d (Z80Context* ctx); +static void LD_L_SET_5_off_IY_d (Z80Context* ctx); +static void LD_L_SET_6_off_IX_d (Z80Context* ctx); +static void LD_L_SET_6_off_IY_d (Z80Context* ctx); +static void LD_L_SET_7_off_IX_d (Z80Context* ctx); +static void LD_L_SET_7_off_IY_d (Z80Context* ctx); +static void LD_L_SLA_off_IX_d (Z80Context* ctx); +static void LD_L_SLA_off_IY_d (Z80Context* ctx); +static void LD_L_SLL_off_IX_d (Z80Context* ctx); +static void LD_L_SLL_off_IY_d (Z80Context* ctx); +static void LD_L_SRA_off_IX_d (Z80Context* ctx); +static void LD_L_SRA_off_IY_d (Z80Context* ctx); +static void LD_L_SRL_off_IX_d (Z80Context* ctx); +static void LD_L_SRL_off_IY_d (Z80Context* ctx); +static void LD_R_A (Z80Context* ctx); +static void LD_SP_off_nn (Z80Context* ctx); +static void LD_SP_HL (Z80Context* ctx); +static void LD_SP_IX (Z80Context* ctx); +static void LD_SP_IY (Z80Context* ctx); +static void LD_SP_nn (Z80Context* ctx); +static void LDD (Z80Context* ctx); +static void LDDR (Z80Context* ctx); +static void LDI (Z80Context* ctx); +static void LDIR (Z80Context* ctx); +static void NEG (Z80Context* ctx); +static void NOP (Z80Context* ctx); +static void OR_off_HL (Z80Context* ctx); +static void OR_off_IX_d (Z80Context* ctx); +static void OR_off_IY_d (Z80Context* ctx); +static void OR_A (Z80Context* ctx); +static void OR_B (Z80Context* ctx); +static void OR_C (Z80Context* ctx); +static void OR_D (Z80Context* ctx); +static void OR_E (Z80Context* ctx); +static void OR_H (Z80Context* ctx); +static void OR_IXh (Z80Context* ctx); +static void OR_IXl (Z80Context* ctx); +static void OR_IYh (Z80Context* ctx); +static void OR_IYl (Z80Context* ctx); +static void OR_L (Z80Context* ctx); +static void OR_n (Z80Context* ctx); +static void OTDR (Z80Context* ctx); +static void OTIR (Z80Context* ctx); +static void OUT_off_C_0 (Z80Context* ctx); +static void OUT_off_C_A (Z80Context* ctx); +static void OUT_off_C_B (Z80Context* ctx); +static void OUT_off_C_C (Z80Context* ctx); +static void OUT_off_C_D (Z80Context* ctx); +static void OUT_off_C_E (Z80Context* ctx); +static void OUT_off_C_H (Z80Context* ctx); +static void OUT_off_C_L (Z80Context* ctx); +static void OUT_off_n_A (Z80Context* ctx); +static void OUTD (Z80Context* ctx); +static void OUTI (Z80Context* ctx); +static void POP_AF (Z80Context* ctx); +static void POP_BC (Z80Context* ctx); +static void POP_DE (Z80Context* ctx); +static void POP_HL (Z80Context* ctx); +static void POP_IX (Z80Context* ctx); +static void POP_IY (Z80Context* ctx); +static void PUSH_AF (Z80Context* ctx); +static void PUSH_BC (Z80Context* ctx); +static void PUSH_DE (Z80Context* ctx); +static void PUSH_HL (Z80Context* ctx); +static void PUSH_IX (Z80Context* ctx); +static void PUSH_IY (Z80Context* ctx); +static void RES_0_off_HL (Z80Context* ctx); +static void RES_0_off_IX_d (Z80Context* ctx); +static void RES_0_off_IY_d (Z80Context* ctx); +static void RES_0_A (Z80Context* ctx); +static void RES_0_B (Z80Context* ctx); +static void RES_0_C (Z80Context* ctx); +static void RES_0_D (Z80Context* ctx); +static void RES_0_E (Z80Context* ctx); +static void RES_0_H (Z80Context* ctx); +static void RES_0_L (Z80Context* ctx); +static void RES_1_off_HL (Z80Context* ctx); +static void RES_1_off_IX_d (Z80Context* ctx); +static void RES_1_off_IY_d (Z80Context* ctx); +static void RES_1_A (Z80Context* ctx); +static void RES_1_B (Z80Context* ctx); +static void RES_1_C (Z80Context* ctx); +static void RES_1_D (Z80Context* ctx); +static void RES_1_E (Z80Context* ctx); +static void RES_1_H (Z80Context* ctx); +static void RES_1_L (Z80Context* ctx); +static void RES_2_off_HL (Z80Context* ctx); +static void RES_2_off_IX_d (Z80Context* ctx); +static void RES_2_off_IY_d (Z80Context* ctx); +static void RES_2_A (Z80Context* ctx); +static void RES_2_B (Z80Context* ctx); +static void RES_2_C (Z80Context* ctx); +static void RES_2_D (Z80Context* ctx); +static void RES_2_E (Z80Context* ctx); +static void RES_2_H (Z80Context* ctx); +static void RES_2_L (Z80Context* ctx); +static void RES_3_off_HL (Z80Context* ctx); +static void RES_3_off_IX_d (Z80Context* ctx); +static void RES_3_off_IY_d (Z80Context* ctx); +static void RES_3_A (Z80Context* ctx); +static void RES_3_B (Z80Context* ctx); +static void RES_3_C (Z80Context* ctx); +static void RES_3_D (Z80Context* ctx); +static void RES_3_E (Z80Context* ctx); +static void RES_3_H (Z80Context* ctx); +static void RES_3_L (Z80Context* ctx); +static void RES_4_off_HL (Z80Context* ctx); +static void RES_4_off_IX_d (Z80Context* ctx); +static void RES_4_off_IY_d (Z80Context* ctx); +static void RES_4_A (Z80Context* ctx); +static void RES_4_B (Z80Context* ctx); +static void RES_4_C (Z80Context* ctx); +static void RES_4_D (Z80Context* ctx); +static void RES_4_E (Z80Context* ctx); +static void RES_4_H (Z80Context* ctx); +static void RES_4_L (Z80Context* ctx); +static void RES_5_off_HL (Z80Context* ctx); +static void RES_5_off_IX_d (Z80Context* ctx); +static void RES_5_off_IY_d (Z80Context* ctx); +static void RES_5_A (Z80Context* ctx); +static void RES_5_B (Z80Context* ctx); +static void RES_5_C (Z80Context* ctx); +static void RES_5_D (Z80Context* ctx); +static void RES_5_E (Z80Context* ctx); +static void RES_5_H (Z80Context* ctx); +static void RES_5_L (Z80Context* ctx); +static void RES_6_off_HL (Z80Context* ctx); +static void RES_6_off_IX_d (Z80Context* ctx); +static void RES_6_off_IY_d (Z80Context* ctx); +static void RES_6_A (Z80Context* ctx); +static void RES_6_B (Z80Context* ctx); +static void RES_6_C (Z80Context* ctx); +static void RES_6_D (Z80Context* ctx); +static void RES_6_E (Z80Context* ctx); +static void RES_6_H (Z80Context* ctx); +static void RES_6_L (Z80Context* ctx); +static void RES_7_off_HL (Z80Context* ctx); +static void RES_7_off_IX_d (Z80Context* ctx); +static void RES_7_off_IY_d (Z80Context* ctx); +static void RES_7_A (Z80Context* ctx); +static void RES_7_B (Z80Context* ctx); +static void RES_7_C (Z80Context* ctx); +static void RES_7_D (Z80Context* ctx); +static void RES_7_E (Z80Context* ctx); +static void RES_7_H (Z80Context* ctx); +static void RES_7_L (Z80Context* ctx); +static void RET (Z80Context* ctx); +static void RET_C (Z80Context* ctx); +static void RET_M (Z80Context* ctx); +static void RET_NC (Z80Context* ctx); +static void RET_NZ (Z80Context* ctx); +static void RET_P (Z80Context* ctx); +static void RET_PE (Z80Context* ctx); +static void RET_PO (Z80Context* ctx); +static void RET_Z (Z80Context* ctx); +static void RETI (Z80Context* ctx); +static void RETN (Z80Context* ctx); +static void RL_off_HL (Z80Context* ctx); +static void RL_off_IX_d (Z80Context* ctx); +static void RL_off_IY_d (Z80Context* ctx); +static void RL_A (Z80Context* ctx); +static void RL_B (Z80Context* ctx); +static void RL_C (Z80Context* ctx); +static void RL_D (Z80Context* ctx); +static void RL_E (Z80Context* ctx); +static void RL_H (Z80Context* ctx); +static void RL_L (Z80Context* ctx); +static void RLA (Z80Context* ctx); +static void RLC_off_HL (Z80Context* ctx); +static void RLC_off_IX_d (Z80Context* ctx); +static void RLC_off_IY_d (Z80Context* ctx); +static void RLC_A (Z80Context* ctx); +static void RLC_B (Z80Context* ctx); +static void RLC_C (Z80Context* ctx); +static void RLC_D (Z80Context* ctx); +static void RLC_E (Z80Context* ctx); +static void RLC_H (Z80Context* ctx); +static void RLC_L (Z80Context* ctx); +static void RLCA (Z80Context* ctx); +static void RLD (Z80Context* ctx); +static void RR_off_HL (Z80Context* ctx); +static void RR_off_IX_d (Z80Context* ctx); +static void RR_off_IY_d (Z80Context* ctx); +static void RR_A (Z80Context* ctx); +static void RR_B (Z80Context* ctx); +static void RR_C (Z80Context* ctx); +static void RR_D (Z80Context* ctx); +static void RR_E (Z80Context* ctx); +static void RR_H (Z80Context* ctx); +static void RR_L (Z80Context* ctx); +static void RRA (Z80Context* ctx); +static void RRC_off_HL (Z80Context* ctx); +static void RRC_off_IX_d (Z80Context* ctx); +static void RRC_off_IY_d (Z80Context* ctx); +static void RRC_A (Z80Context* ctx); +static void RRC_B (Z80Context* ctx); +static void RRC_C (Z80Context* ctx); +static void RRC_D (Z80Context* ctx); +static void RRC_E (Z80Context* ctx); +static void RRC_H (Z80Context* ctx); +static void RRC_L (Z80Context* ctx); +static void RRCA (Z80Context* ctx); +static void RRD (Z80Context* ctx); +static void RST_0H (Z80Context* ctx); +static void RST_10H (Z80Context* ctx); +static void RST_18H (Z80Context* ctx); +static void RST_20H (Z80Context* ctx); +static void RST_28H (Z80Context* ctx); +static void RST_30H (Z80Context* ctx); +static void RST_38H (Z80Context* ctx); +static void RST_8H (Z80Context* ctx); +static void SBC_A_off_HL (Z80Context* ctx); +static void SBC_A_off_IX_d (Z80Context* ctx); +static void SBC_A_off_IY_d (Z80Context* ctx); +static void SBC_A_A (Z80Context* ctx); +static void SBC_A_B (Z80Context* ctx); +static void SBC_A_C (Z80Context* ctx); +static void SBC_A_D (Z80Context* ctx); +static void SBC_A_E (Z80Context* ctx); +static void SBC_A_H (Z80Context* ctx); +static void SBC_A_IXh (Z80Context* ctx); +static void SBC_A_IXl (Z80Context* ctx); +static void SBC_A_IYh (Z80Context* ctx); +static void SBC_A_IYl (Z80Context* ctx); +static void SBC_A_L (Z80Context* ctx); +static void SBC_A_n (Z80Context* ctx); +static void SBC_HL_BC (Z80Context* ctx); +static void SBC_HL_DE (Z80Context* ctx); +static void SBC_HL_HL (Z80Context* ctx); +static void SBC_HL_SP (Z80Context* ctx); +static void SCF (Z80Context* ctx); +static void SET_0_off_HL (Z80Context* ctx); +static void SET_0_off_IX_d (Z80Context* ctx); +static void SET_0_off_IY_d (Z80Context* ctx); +static void SET_0_A (Z80Context* ctx); +static void SET_0_B (Z80Context* ctx); +static void SET_0_C (Z80Context* ctx); +static void SET_0_D (Z80Context* ctx); +static void SET_0_E (Z80Context* ctx); +static void SET_0_H (Z80Context* ctx); +static void SET_0_L (Z80Context* ctx); +static void SET_1_off_HL (Z80Context* ctx); +static void SET_1_off_IX_d (Z80Context* ctx); +static void SET_1_off_IY_d (Z80Context* ctx); +static void SET_1_A (Z80Context* ctx); +static void SET_1_B (Z80Context* ctx); +static void SET_1_C (Z80Context* ctx); +static void SET_1_D (Z80Context* ctx); +static void SET_1_E (Z80Context* ctx); +static void SET_1_H (Z80Context* ctx); +static void SET_1_L (Z80Context* ctx); +static void SET_2_off_HL (Z80Context* ctx); +static void SET_2_off_IX_d (Z80Context* ctx); +static void SET_2_off_IY_d (Z80Context* ctx); +static void SET_2_A (Z80Context* ctx); +static void SET_2_B (Z80Context* ctx); +static void SET_2_C (Z80Context* ctx); +static void SET_2_D (Z80Context* ctx); +static void SET_2_E (Z80Context* ctx); +static void SET_2_H (Z80Context* ctx); +static void SET_2_L (Z80Context* ctx); +static void SET_3_off_HL (Z80Context* ctx); +static void SET_3_off_IX_d (Z80Context* ctx); +static void SET_3_off_IY_d (Z80Context* ctx); +static void SET_3_A (Z80Context* ctx); +static void SET_3_B (Z80Context* ctx); +static void SET_3_C (Z80Context* ctx); +static void SET_3_D (Z80Context* ctx); +static void SET_3_E (Z80Context* ctx); +static void SET_3_H (Z80Context* ctx); +static void SET_3_L (Z80Context* ctx); +static void SET_4_off_HL (Z80Context* ctx); +static void SET_4_off_IX_d (Z80Context* ctx); +static void SET_4_off_IY_d (Z80Context* ctx); +static void SET_4_A (Z80Context* ctx); +static void SET_4_B (Z80Context* ctx); +static void SET_4_C (Z80Context* ctx); +static void SET_4_D (Z80Context* ctx); +static void SET_4_E (Z80Context* ctx); +static void SET_4_H (Z80Context* ctx); +static void SET_4_L (Z80Context* ctx); +static void SET_5_off_HL (Z80Context* ctx); +static void SET_5_off_IX_d (Z80Context* ctx); +static void SET_5_off_IY_d (Z80Context* ctx); +static void SET_5_A (Z80Context* ctx); +static void SET_5_B (Z80Context* ctx); +static void SET_5_C (Z80Context* ctx); +static void SET_5_D (Z80Context* ctx); +static void SET_5_E (Z80Context* ctx); +static void SET_5_H (Z80Context* ctx); +static void SET_5_L (Z80Context* ctx); +static void SET_6_off_HL (Z80Context* ctx); +static void SET_6_off_IX_d (Z80Context* ctx); +static void SET_6_off_IY_d (Z80Context* ctx); +static void SET_6_A (Z80Context* ctx); +static void SET_6_B (Z80Context* ctx); +static void SET_6_C (Z80Context* ctx); +static void SET_6_D (Z80Context* ctx); +static void SET_6_E (Z80Context* ctx); +static void SET_6_H (Z80Context* ctx); +static void SET_6_L (Z80Context* ctx); +static void SET_7_off_HL (Z80Context* ctx); +static void SET_7_off_IX_d (Z80Context* ctx); +static void SET_7_off_IY_d (Z80Context* ctx); +static void SET_7_A (Z80Context* ctx); +static void SET_7_B (Z80Context* ctx); +static void SET_7_C (Z80Context* ctx); +static void SET_7_D (Z80Context* ctx); +static void SET_7_E (Z80Context* ctx); +static void SET_7_H (Z80Context* ctx); +static void SET_7_L (Z80Context* ctx); +static void SLA_off_HL (Z80Context* ctx); +static void SLA_off_IX_d (Z80Context* ctx); +static void SLA_off_IY_d (Z80Context* ctx); +static void SLA_A (Z80Context* ctx); +static void SLA_B (Z80Context* ctx); +static void SLA_C (Z80Context* ctx); +static void SLA_D (Z80Context* ctx); +static void SLA_E (Z80Context* ctx); +static void SLA_H (Z80Context* ctx); +static void SLA_L (Z80Context* ctx); +static void SLL_off_HL (Z80Context* ctx); +static void SLL_off_IX_d (Z80Context* ctx); +static void SLL_off_IY_d (Z80Context* ctx); +static void SLL_A (Z80Context* ctx); +static void SLL_B (Z80Context* ctx); +static void SLL_C (Z80Context* ctx); +static void SLL_D (Z80Context* ctx); +static void SLL_E (Z80Context* ctx); +static void SLL_H (Z80Context* ctx); +static void SLL_L (Z80Context* ctx); +static void SRA_off_HL (Z80Context* ctx); +static void SRA_off_IX_d (Z80Context* ctx); +static void SRA_off_IY_d (Z80Context* ctx); +static void SRA_A (Z80Context* ctx); +static void SRA_B (Z80Context* ctx); +static void SRA_C (Z80Context* ctx); +static void SRA_D (Z80Context* ctx); +static void SRA_E (Z80Context* ctx); +static void SRA_H (Z80Context* ctx); +static void SRA_L (Z80Context* ctx); +static void SRL_off_HL (Z80Context* ctx); +static void SRL_off_IX_d (Z80Context* ctx); +static void SRL_off_IY_d (Z80Context* ctx); +static void SRL_A (Z80Context* ctx); +static void SRL_B (Z80Context* ctx); +static void SRL_C (Z80Context* ctx); +static void SRL_D (Z80Context* ctx); +static void SRL_E (Z80Context* ctx); +static void SRL_H (Z80Context* ctx); +static void SRL_L (Z80Context* ctx); +static void SUB_A_off_HL (Z80Context* ctx); +static void SUB_A_off_IX_d (Z80Context* ctx); +static void SUB_A_off_IY_d (Z80Context* ctx); +static void SUB_A_A (Z80Context* ctx); +static void SUB_A_B (Z80Context* ctx); +static void SUB_A_C (Z80Context* ctx); +static void SUB_A_D (Z80Context* ctx); +static void SUB_A_E (Z80Context* ctx); +static void SUB_A_H (Z80Context* ctx); +static void SUB_A_IXh (Z80Context* ctx); +static void SUB_A_IXl (Z80Context* ctx); +static void SUB_A_IYh (Z80Context* ctx); +static void SUB_A_IYl (Z80Context* ctx); +static void SUB_A_L (Z80Context* ctx); +static void SUB_A_n (Z80Context* ctx); +static void XOR_off_HL (Z80Context* ctx); +static void XOR_off_IX_d (Z80Context* ctx); +static void XOR_off_IY_d (Z80Context* ctx); +static void XOR_A (Z80Context* ctx); +static void XOR_B (Z80Context* ctx); +static void XOR_C (Z80Context* ctx); +static void XOR_D (Z80Context* ctx); +static void XOR_E (Z80Context* ctx); +static void XOR_H (Z80Context* ctx); +static void XOR_IXh (Z80Context* ctx); +static void XOR_IXl (Z80Context* ctx); +static void XOR_IYh (Z80Context* ctx); +static void XOR_IYl (Z80Context* ctx); +static void XOR_L (Z80Context* ctx); +static void XOR_n (Z80Context* ctx); \ No newline at end of file
--- /dev/null Thu Jan 01 00:00:00 1970 +0000
+++ b/opcodes_impl.c Thu Mar 10 20:32:59 2011 +0000
@@ -0,0 +1,8156 @@
+static void ADC_A_off_HL (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, read8(ctx, WR.HL), F1_ADC, F2_ADC);
+}
+
+
+static void ADC_A_off_IX_d (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, read8(ctx, WR.IX + read8(ctx, ctx->PC++)), F1_ADC, F2_ADC);
+
+}
+
+
+static void ADC_A_off_IY_d (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, read8(ctx, WR.IY + read8(ctx, ctx->PC++)), F1_ADC, F2_ADC);
+
+}
+
+
+static void ADC_A_A (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.A, F1_ADC, F2_ADC);
+}
+
+
+static void ADC_A_B (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.B, F1_ADC, F2_ADC);
+}
+
+
+static void ADC_A_C (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.C, F1_ADC, F2_ADC);
+}
+
+
+static void ADC_A_D (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.D, F1_ADC, F2_ADC);
+}
+
+
+static void ADC_A_E (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.E, F1_ADC, F2_ADC);
+}
+
+
+static void ADC_A_H (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.H, F1_ADC, F2_ADC);
+}
+
+
+static void ADC_A_IXh (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.IXh, F1_ADC, F2_ADC);
+}
+
+
+static void ADC_A_IXl (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.IXl, F1_ADC, F2_ADC);
+}
+
+
+static void ADC_A_IYh (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.IYh, F1_ADC, F2_ADC);
+}
+
+
+static void ADC_A_IYl (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.IYl, F1_ADC, F2_ADC);
+}
+
+
+static void ADC_A_L (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.L, F1_ADC, F2_ADC);
+}
+
+
+static void ADC_A_n (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, read8(ctx, ctx->PC++), F1_ADC, F2_ADC);
+}
+
+
+static void ADC_HL_BC (Z80Context* ctx)
+{
+ WR.HL += WR.BC + GETFLAG(F_C);
+}
+
+
+static void ADC_HL_DE (Z80Context* ctx)
+{
+ WR.HL += WR.DE + GETFLAG(F_C);
+}
+
+
+static void ADC_HL_HL (Z80Context* ctx)
+{
+ WR.HL += WR.HL + GETFLAG(F_C);
+}
+
+
+static void ADC_HL_SP (Z80Context* ctx)
+{
+ WR.HL += WR.SP + GETFLAG(F_C);
+}
+
+
+static void ADD_A_off_HL (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, read8(ctx, WR.HL), F1_ADD, F2_ADD);
+}
+
+
+static void ADD_A_off_IX_d (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, read8(ctx, WR.IX + read8(ctx, ctx->PC++)), F1_ADD, F2_ADD);
+
+}
+
+
+static void ADD_A_off_IY_d (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, read8(ctx, WR.IY + read8(ctx, ctx->PC++)), F1_ADD, F2_ADD);
+
+}
+
+
+static void ADD_A_A (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.A, F1_ADD, F2_ADD);
+}
+
+
+static void ADD_A_B (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.B, F1_ADD, F2_ADD);
+}
+
+
+static void ADD_A_C (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.C, F1_ADD, F2_ADD);
+}
+
+
+static void ADD_A_D (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.D, F1_ADD, F2_ADD);
+}
+
+
+static void ADD_A_E (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.E, F1_ADD, F2_ADD);
+}
+
+
+static void ADD_A_H (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.H, F1_ADD, F2_ADD);
+}
+
+
+static void ADD_A_IXh (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.IXh, F1_ADD, F2_ADD);
+}
+
+
+static void ADD_A_IXl (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.IXl, F1_ADD, F2_ADD);
+}
+
+
+static void ADD_A_IYh (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.IYh, F1_ADD, F2_ADD);
+}
+
+
+static void ADD_A_IYl (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.IYl, F1_ADD, F2_ADD);
+}
+
+
+static void ADD_A_L (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.L, F1_ADD, F2_ADD);
+}
+
+
+static void ADD_A_n (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, read8(ctx, ctx->PC++), F1_ADD, F2_ADD);
+}
+
+
+static void ADD_HL_BC (Z80Context* ctx)
+{
+ WR.HL += WR.BC;
+
+}
+
+
+static void ADD_HL_DE (Z80Context* ctx)
+{
+ WR.HL += WR.DE;
+
+}
+
+
+static void ADD_HL_HL (Z80Context* ctx)
+{
+ WR.HL += WR.HL;
+
+}
+
+
+static void ADD_HL_SP (Z80Context* ctx)
+{
+ WR.HL += WR.SP;
+
+}
+
+
+static void ADD_IX_BC (Z80Context* ctx)
+{
+ WR.IX += WR.BC;
+
+
+}
+
+
+static void ADD_IX_DE (Z80Context* ctx)
+{
+ WR.IX += WR.DE;
+
+
+}
+
+
+static void ADD_IX_IX (Z80Context* ctx)
+{
+ WR.IX += WR.IX;
+
+
+}
+
+
+static void ADD_IX_SP (Z80Context* ctx)
+{
+ WR.IX += WR.SP;
+
+
+}
+
+
+static void ADD_IY_BC (Z80Context* ctx)
+{
+ WR.IY += WR.BC;
+
+
+}
+
+
+static void ADD_IY_DE (Z80Context* ctx)
+{
+ WR.IY += WR.DE;
+
+
+}
+
+
+static void ADD_IY_IY (Z80Context* ctx)
+{
+ WR.IY += WR.IY;
+
+
+}
+
+
+static void ADD_IY_SP (Z80Context* ctx)
+{
+ WR.IY += WR.SP;
+
+
+}
+
+
+static void AND_off_HL (Z80Context* ctx)
+{
+ doAND(ctx, read8(ctx, WR.HL));
+}
+
+
+static void AND_off_IX_d (Z80Context* ctx)
+{
+ doAND(ctx, read8(ctx, WR.IX + read8(ctx, ctx->PC++)));
+}
+
+
+static void AND_off_IY_d (Z80Context* ctx)
+{
+ doAND(ctx, read8(ctx, WR.IY + read8(ctx, ctx->PC++)));
+}
+
+
+static void AND_A (Z80Context* ctx)
+{
+ doAND(ctx, BR.A);
+}
+
+
+static void AND_B (Z80Context* ctx)
+{
+ doAND(ctx, BR.B);
+}
+
+
+static void AND_C (Z80Context* ctx)
+{
+ doAND(ctx, BR.C);
+}
+
+
+static void AND_D (Z80Context* ctx)
+{
+ doAND(ctx, BR.D);
+}
+
+
+static void AND_E (Z80Context* ctx)
+{
+ doAND(ctx, BR.E);
+}
+
+
+static void AND_H (Z80Context* ctx)
+{
+ doAND(ctx, BR.H);
+}
+
+
+static void AND_IXh (Z80Context* ctx)
+{
+ doAND(ctx, BR.IXh);
+}
+
+
+static void AND_IXl (Z80Context* ctx)
+{
+ doAND(ctx, BR.IXl);
+}
+
+
+static void AND_IYh (Z80Context* ctx)
+{
+ doAND(ctx, BR.IYh);
+}
+
+
+static void AND_IYl (Z80Context* ctx)
+{
+ doAND(ctx, BR.IYl);
+}
+
+
+static void AND_L (Z80Context* ctx)
+{
+ doAND(ctx, BR.L);
+}
+
+
+static void AND_n (Z80Context* ctx)
+{
+ doAND(ctx, read8(ctx, ctx->PC++));
+}
+
+
+static void BIT_0_off_HL (Z80Context* ctx)
+{
+ doBIT(ctx, 0, read8(ctx, WR.HL));
+}
+
+
+static void BIT_0_off_IX_d (Z80Context* ctx)
+{
+ doBIT(ctx, 0, read8(ctx, WR.IX + read8(ctx, ctx->PC++)));
+
+}
+
+
+static void BIT_0_off_IY_d (Z80Context* ctx)
+{
+ doBIT(ctx, 0, read8(ctx, WR.IY + read8(ctx, ctx->PC++)));
+
+}
+
+
+static void BIT_0_A (Z80Context* ctx)
+{
+ doBIT(ctx, 0, BR.A);
+}
+
+
+static void BIT_0_B (Z80Context* ctx)
+{
+ doBIT(ctx, 0, BR.B);
+}
+
+
+static void BIT_0_C (Z80Context* ctx)
+{
+ doBIT(ctx, 0, BR.C);
+}
+
+
+static void BIT_0_D (Z80Context* ctx)
+{
+ doBIT(ctx, 0, BR.D);
+}
+
+
+static void BIT_0_E (Z80Context* ctx)
+{
+ doBIT(ctx, 0, BR.E);
+}
+
+
+static void BIT_0_H (Z80Context* ctx)
+{
+ doBIT(ctx, 0, BR.H);
+}
+
+
+static void BIT_0_L (Z80Context* ctx)
+{
+ doBIT(ctx, 0, BR.L);
+}
+
+
+static void BIT_1_off_HL (Z80Context* ctx)
+{
+ doBIT(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void BIT_1_off_IX_d (Z80Context* ctx)
+{
+ doBIT(ctx, 1, read8(ctx, WR.IX + read8(ctx, ctx->PC++)));
+
+}
+
+
+static void BIT_1_off_IY_d (Z80Context* ctx)
+{
+ doBIT(ctx, 1, read8(ctx, WR.IY + read8(ctx, ctx->PC++)));
+
+}
+
+
+static void BIT_1_A (Z80Context* ctx)
+{
+ doBIT(ctx, 1, BR.A);
+}
+
+
+static void BIT_1_B (Z80Context* ctx)
+{
+ doBIT(ctx, 1, BR.B);
+}
+
+
+static void BIT_1_C (Z80Context* ctx)
+{
+ doBIT(ctx, 1, BR.C);
+}
+
+
+static void BIT_1_D (Z80Context* ctx)
+{
+ doBIT(ctx, 1, BR.D);
+}
+
+
+static void BIT_1_E (Z80Context* ctx)
+{
+ doBIT(ctx, 1, BR.E);
+}
+
+
+static void BIT_1_H (Z80Context* ctx)
+{
+ doBIT(ctx, 1, BR.H);
+}
+
+
+static void BIT_1_L (Z80Context* ctx)
+{
+ doBIT(ctx, 1, BR.L);
+}
+
+
+static void BIT_2_off_HL (Z80Context* ctx)
+{
+ doBIT(ctx, 2, read8(ctx, WR.HL));
+}
+
+
+static void BIT_2_off_IX_d (Z80Context* ctx)
+{
+ doBIT(ctx, 2, read8(ctx, WR.IX + read8(ctx, ctx->PC++)));
+
+}
+
+
+static void BIT_2_off_IY_d (Z80Context* ctx)
+{
+ doBIT(ctx, 2, read8(ctx, WR.IY + read8(ctx, ctx->PC++)));
+
+}
+
+
+static void BIT_2_A (Z80Context* ctx)
+{
+ doBIT(ctx, 2, BR.A);
+}
+
+
+static void BIT_2_B (Z80Context* ctx)
+{
+ doBIT(ctx, 2, BR.B);
+}
+
+
+static void BIT_2_C (Z80Context* ctx)
+{
+ doBIT(ctx, 2, BR.C);
+}
+
+
+static void BIT_2_D (Z80Context* ctx)
+{
+ doBIT(ctx, 2, BR.D);
+}
+
+
+static void BIT_2_E (Z80Context* ctx)
+{
+ doBIT(ctx, 2, BR.E);
+}
+
+
+static void BIT_2_H (Z80Context* ctx)
+{
+ doBIT(ctx, 2, BR.H);
+}
+
+
+static void BIT_2_L (Z80Context* ctx)
+{
+ doBIT(ctx, 2, BR.L);
+}
+
+
+static void BIT_3_off_HL (Z80Context* ctx)
+{
+ doBIT(ctx, 3, read8(ctx, WR.HL));
+}
+
+
+static void BIT_3_off_IX_d (Z80Context* ctx)
+{
+ doBIT(ctx, 3, read8(ctx, WR.IX + read8(ctx, ctx->PC++)));
+
+}
+
+
+static void BIT_3_off_IY_d (Z80Context* ctx)
+{
+ doBIT(ctx, 3, read8(ctx, WR.IY + read8(ctx, ctx->PC++)));
+
+}
+
+
+static void BIT_3_A (Z80Context* ctx)
+{
+ doBIT(ctx, 3, BR.A);
+}
+
+
+static void BIT_3_B (Z80Context* ctx)
+{
+ doBIT(ctx, 3, BR.B);
+}
+
+
+static void BIT_3_C (Z80Context* ctx)
+{
+ doBIT(ctx, 3, BR.C);
+}
+
+
+static void BIT_3_D (Z80Context* ctx)
+{
+ doBIT(ctx, 3, BR.D);
+}
+
+
+static void BIT_3_E (Z80Context* ctx)
+{
+ doBIT(ctx, 3, BR.E);
+}
+
+
+static void BIT_3_H (Z80Context* ctx)
+{
+ doBIT(ctx, 3, BR.H);
+}
+
+
+static void BIT_3_L (Z80Context* ctx)
+{
+ doBIT(ctx, 3, BR.L);
+}
+
+
+static void BIT_4_off_HL (Z80Context* ctx)
+{
+ doBIT(ctx, 4, read8(ctx, WR.HL));
+}
+
+
+static void BIT_4_off_IX_d (Z80Context* ctx)
+{
+ doBIT(ctx, 4, read8(ctx, WR.IX + read8(ctx, ctx->PC++)));
+
+}
+
+
+static void BIT_4_off_IY_d (Z80Context* ctx)
+{
+ doBIT(ctx, 4, read8(ctx, WR.IY + read8(ctx, ctx->PC++)));
+
+}
+
+
+static void BIT_4_A (Z80Context* ctx)
+{
+ doBIT(ctx, 4, BR.A);
+}
+
+
+static void BIT_4_B (Z80Context* ctx)
+{
+ doBIT(ctx, 4, BR.B);
+}
+
+
+static void BIT_4_C (Z80Context* ctx)
+{
+ doBIT(ctx, 4, BR.C);
+}
+
+
+static void BIT_4_D (Z80Context* ctx)
+{
+ doBIT(ctx, 4, BR.D);
+}
+
+
+static void BIT_4_E (Z80Context* ctx)
+{
+ doBIT(ctx, 4, BR.E);
+}
+
+
+static void BIT_4_H (Z80Context* ctx)
+{
+ doBIT(ctx, 4, BR.H);
+}
+
+
+static void BIT_4_L (Z80Context* ctx)
+{
+ doBIT(ctx, 4, BR.L);
+}
+
+
+static void BIT_5_off_HL (Z80Context* ctx)
+{
+ doBIT(ctx, 5, read8(ctx, WR.HL));
+}
+
+
+static void BIT_5_off_IX_d (Z80Context* ctx)
+{
+ doBIT(ctx, 5, read8(ctx, WR.IX + read8(ctx, ctx->PC++)));
+
+}
+
+
+static void BIT_5_off_IY_d (Z80Context* ctx)
+{
+ doBIT(ctx, 5, read8(ctx, WR.IY + read8(ctx, ctx->PC++)));
+
+}
+
+
+static void BIT_5_A (Z80Context* ctx)
+{
+ doBIT(ctx, 5, BR.A);
+}
+
+
+static void BIT_5_B (Z80Context* ctx)
+{
+ doBIT(ctx, 5, BR.B);
+}
+
+
+static void BIT_5_C (Z80Context* ctx)
+{
+ doBIT(ctx, 5, BR.C);
+}
+
+
+static void BIT_5_D (Z80Context* ctx)
+{
+ doBIT(ctx, 5, BR.D);
+}
+
+
+static void BIT_5_E (Z80Context* ctx)
+{
+ doBIT(ctx, 5, BR.E);
+}
+
+
+static void BIT_5_H (Z80Context* ctx)
+{
+ doBIT(ctx, 5, BR.H);
+}
+
+
+static void BIT_5_L (Z80Context* ctx)
+{
+ doBIT(ctx, 5, BR.L);
+}
+
+
+static void BIT_6_off_HL (Z80Context* ctx)
+{
+ doBIT(ctx, 6, read8(ctx, WR.HL));
+}
+
+
+static void BIT_6_off_IX_d (Z80Context* ctx)
+{
+ doBIT(ctx, 6, read8(ctx, WR.IX + read8(ctx, ctx->PC++)));
+
+}
+
+
+static void BIT_6_off_IY_d (Z80Context* ctx)
+{
+ doBIT(ctx, 6, read8(ctx, WR.IY + read8(ctx, ctx->PC++)));
+
+}
+
+
+static void BIT_6_A (Z80Context* ctx)
+{
+ doBIT(ctx, 6, BR.A);
+}
+
+
+static void BIT_6_B (Z80Context* ctx)
+{
+ doBIT(ctx, 6, BR.B);
+}
+
+
+static void BIT_6_C (Z80Context* ctx)
+{
+ doBIT(ctx, 6, BR.C);
+}
+
+
+static void BIT_6_D (Z80Context* ctx)
+{
+ doBIT(ctx, 6, BR.D);
+}
+
+
+static void BIT_6_E (Z80Context* ctx)
+{
+ doBIT(ctx, 6, BR.E);
+}
+
+
+static void BIT_6_H (Z80Context* ctx)
+{
+ doBIT(ctx, 6, BR.H);
+}
+
+
+static void BIT_6_L (Z80Context* ctx)
+{
+ doBIT(ctx, 6, BR.L);
+}
+
+
+static void BIT_7_off_HL (Z80Context* ctx)
+{
+ doBIT(ctx, 7, read8(ctx, WR.HL));
+}
+
+
+static void BIT_7_off_IX_d (Z80Context* ctx)
+{
+ doBIT(ctx, 7, read8(ctx, WR.IX + read8(ctx, ctx->PC++)));
+
+}
+
+
+static void BIT_7_off_IY_d (Z80Context* ctx)
+{
+ doBIT(ctx, 7, read8(ctx, WR.IY + read8(ctx, ctx->PC++)));
+
+}
+
+
+static void BIT_7_A (Z80Context* ctx)
+{
+ doBIT(ctx, 7, BR.A);
+}
+
+
+static void BIT_7_B (Z80Context* ctx)
+{
+ doBIT(ctx, 7, BR.B);
+}
+
+
+static void BIT_7_C (Z80Context* ctx)
+{
+ doBIT(ctx, 7, BR.C);
+}
+
+
+static void BIT_7_D (Z80Context* ctx)
+{
+ doBIT(ctx, 7, BR.D);
+}
+
+
+static void BIT_7_E (Z80Context* ctx)
+{
+ doBIT(ctx, 7, BR.E);
+}
+
+
+static void BIT_7_H (Z80Context* ctx)
+{
+ doBIT(ctx, 7, BR.H);
+}
+
+
+static void BIT_7_L (Z80Context* ctx)
+{
+ doBIT(ctx, 7, BR.L);
+}
+
+
+static void CALL_off_nn (Z80Context* ctx)
+{
+ ushort addr = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+ if (condition(ctx, C_))
+ {
+ doPush(ctx, ctx->PC);
+ ctx->PC = addr;
+ }
+
+}
+
+
+static void CALL_C_off_nn (Z80Context* ctx)
+{
+ ushort addr = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+ if (condition(ctx, C_C))
+ {
+ doPush(ctx, ctx->PC);
+ ctx->PC = addr;
+ }
+
+}
+
+
+static void CALL_M_off_nn (Z80Context* ctx)
+{
+ ushort addr = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+ if (condition(ctx, C_M))
+ {
+ doPush(ctx, ctx->PC);
+ ctx->PC = addr;
+ }
+
+}
+
+
+static void CALL_NC_off_nn (Z80Context* ctx)
+{
+ ushort addr = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+ if (condition(ctx, C_NC))
+ {
+ doPush(ctx, ctx->PC);
+ ctx->PC = addr;
+ }
+
+}
+
+
+static void CALL_NZ_off_nn (Z80Context* ctx)
+{
+ ushort addr = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+ if (condition(ctx, C_NZ))
+ {
+ doPush(ctx, ctx->PC);
+ ctx->PC = addr;
+ }
+
+}
+
+
+static void CALL_P_off_nn (Z80Context* ctx)
+{
+ ushort addr = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+ if (condition(ctx, C_P))
+ {
+ doPush(ctx, ctx->PC);
+ ctx->PC = addr;
+ }
+
+}
+
+
+static void CALL_PE_off_nn (Z80Context* ctx)
+{
+ ushort addr = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+ if (condition(ctx, C_PE))
+ {
+ doPush(ctx, ctx->PC);
+ ctx->PC = addr;
+ }
+
+}
+
+
+static void CALL_PO_off_nn (Z80Context* ctx)
+{
+ ushort addr = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+ if (condition(ctx, C_PO))
+ {
+ doPush(ctx, ctx->PC);
+ ctx->PC = addr;
+ }
+
+}
+
+
+static void CALL_Z_off_nn (Z80Context* ctx)
+{
+ ushort addr = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+ if (condition(ctx, C_Z))
+ {
+ doPush(ctx, ctx->PC);
+ ctx->PC = addr;
+ }
+
+}
+
+
+static void CCF (Z80Context* ctx)
+{
+ VALFLAG(F_C, (1 - (byte)GETFLAG(F_C) != 0));
+ RESFLAG(F_N);
+
+}
+
+
+static void CP_off_HL (Z80Context* ctx)
+{
+ byte val = read8(ctx, WR.HL);
+ doArithmetic(ctx, val, 0, 1);
+ adjustFlags(ctx, val);
+}
+
+
+static void CP_off_IX_d (Z80Context* ctx)
+{
+ byte val = read8(ctx, WR.IX + read8(ctx, ctx->PC++));
+ doArithmetic(ctx, val, 0, 1);
+ adjustFlags(ctx, val);
+}
+
+
+static void CP_off_IY_d (Z80Context* ctx)
+{
+ byte val = read8(ctx, WR.IY + read8(ctx, ctx->PC++));
+ doArithmetic(ctx, val, 0, 1);
+ adjustFlags(ctx, val);
+}
+
+
+static void CP_A (Z80Context* ctx)
+{
+ doArithmetic(ctx, BR.A, 0, 1);
+ adjustFlags(ctx, BR.A);
+}
+
+
+static void CP_B (Z80Context* ctx)
+{
+ doArithmetic(ctx, BR.B, 0, 1);
+ adjustFlags(ctx, BR.B);
+}
+
+
+static void CP_C (Z80Context* ctx)
+{
+ doArithmetic(ctx, BR.C, 0, 1);
+ adjustFlags(ctx, BR.C);
+}
+
+
+static void CP_D (Z80Context* ctx)
+{
+ doArithmetic(ctx, BR.D, 0, 1);
+ adjustFlags(ctx, BR.D);
+}
+
+
+static void CP_E (Z80Context* ctx)
+{
+ doArithmetic(ctx, BR.E, 0, 1);
+ adjustFlags(ctx, BR.E);
+}
+
+
+static void CP_H (Z80Context* ctx)
+{
+ doArithmetic(ctx, BR.H, 0, 1);
+ adjustFlags(ctx, BR.H);
+}
+
+
+static void CP_IXh (Z80Context* ctx)
+{
+ doArithmetic(ctx, BR.IXh, 0, 1);
+ adjustFlags(ctx, BR.IXh);
+}
+
+
+static void CP_IXl (Z80Context* ctx)
+{
+ doArithmetic(ctx, BR.IXl, 0, 1);
+ adjustFlags(ctx, BR.IXl);
+}
+
+
+static void CP_IYh (Z80Context* ctx)
+{
+ doArithmetic(ctx, BR.IYh, 0, 1);
+ adjustFlags(ctx, BR.IYh);
+}
+
+
+static void CP_IYl (Z80Context* ctx)
+{
+ doArithmetic(ctx, BR.IYl, 0, 1);
+ adjustFlags(ctx, BR.IYl);
+}
+
+
+static void CP_L (Z80Context* ctx)
+{
+ doArithmetic(ctx, BR.L, 0, 1);
+ adjustFlags(ctx, BR.L);
+}
+
+
+static void CP_n (Z80Context* ctx)
+{
+ byte val = read8(ctx, ctx->PC++);
+ doArithmetic(ctx, val, 0, 1);
+ adjustFlags(ctx, val);
+}
+
+
+static void CPD (Z80Context* ctx)
+{
+ CP_off_HL(ctx);
+ WR.HL--;
+ WR.BC--;
+ VALFLAG(F_PV, WR.BC != 0);
+}
+
+
+static void CPDR (Z80Context* ctx)
+{
+ do
+ {
+ CPD(ctx);
+ } while ((WR.BC != 0) && (BR.A != read8(ctx, WR.HL)));
+
+}
+
+
+static void CPI (Z80Context* ctx)
+{
+ CP_off_HL(ctx);
+ WR.HL++;
+ WR.BC--;
+ VALFLAG(F_PV, WR.BC != 0);
+}
+
+
+static void CPIR (Z80Context* ctx)
+{
+ do
+ {
+ CPI(ctx);
+ } while ((WR.BC != 0) && (BR.A != read8(ctx, WR.HL)));
+
+}
+
+
+static void CPL (Z80Context* ctx)
+{
+ BR.A = ~BR.A;
+ SETFLAG(F_H | F_N);
+
+}
+
+
+static void DAA (Z80Context* ctx)
+{
+ doDAA(ctx);
+
+}
+
+
+static void DEC_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doIncDec(ctx, read8(ctx, WR.HL), ID_DEC));
+}
+
+
+static void DEC_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doIncDec(ctx, read8(ctx, WR.IX + off), ID_DEC));
+
+}
+
+
+static void DEC_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doIncDec(ctx, read8(ctx, WR.IY + off), ID_DEC));
+
+}
+
+
+static void DEC_A (Z80Context* ctx)
+{
+ BR.A = doIncDec(ctx, BR.A, ID_DEC);
+}
+
+
+static void DEC_B (Z80Context* ctx)
+{
+ BR.B = doIncDec(ctx, BR.B, ID_DEC);
+}
+
+
+static void DEC_BC (Z80Context* ctx)
+{
+ BR.B = doIncDec(ctx, BR.B, ID_DEC);
+}
+
+
+static void DEC_C (Z80Context* ctx)
+{
+ BR.C = doIncDec(ctx, BR.C, ID_DEC);
+}
+
+
+static void DEC_D (Z80Context* ctx)
+{
+ BR.D = doIncDec(ctx, BR.D, ID_DEC);
+}
+
+
+static void DEC_DE (Z80Context* ctx)
+{
+ BR.D = doIncDec(ctx, BR.D, ID_DEC);
+}
+
+
+static void DEC_E (Z80Context* ctx)
+{
+ BR.E = doIncDec(ctx, BR.E, ID_DEC);
+}
+
+
+static void DEC_H (Z80Context* ctx)
+{
+ BR.H = doIncDec(ctx, BR.H, ID_DEC);
+}
+
+
+static void DEC_HL (Z80Context* ctx)
+{
+ BR.H = doIncDec(ctx, BR.H, ID_DEC);
+}
+
+
+static void DEC_IX (Z80Context* ctx)
+{
+ WR.IX = doIncDec(ctx, WR.IX, ID_DEC);
+
+}
+
+
+static void DEC_IXh (Z80Context* ctx)
+{
+ BR.IXh = doIncDec(ctx, BR.IXh, ID_DEC);
+}
+
+
+static void DEC_IXl (Z80Context* ctx)
+{
+ BR.IXl = doIncDec(ctx, BR.IXl, ID_DEC);
+}
+
+
+static void DEC_IY (Z80Context* ctx)
+{
+ WR.IY = doIncDec(ctx, WR.IY, ID_DEC);
+
+}
+
+
+static void DEC_IYh (Z80Context* ctx)
+{
+ BR.IYh = doIncDec(ctx, BR.IYh, ID_DEC);
+}
+
+
+static void DEC_IYl (Z80Context* ctx)
+{
+ BR.IYl = doIncDec(ctx, BR.IYl, ID_DEC);
+}
+
+
+static void DEC_L (Z80Context* ctx)
+{
+ BR.L = doIncDec(ctx, BR.L, ID_DEC);
+}
+
+
+static void DEC_SP (Z80Context* ctx)
+{
+ WR.SP = doIncDec(ctx, WR.SP, ID_DEC);
+
+}
+
+
+static void DI (Z80Context* ctx)
+{
+ ctx->IFF1 = ctx->IFF2 = IE_DI;
+}
+
+
+static void DJNZ_off_PC_e_ (Z80Context* ctx)
+{
+ int off = doComplement(read8(ctx, ctx->PC++));
+ BR.B--;
+ if (BR.B)
+ ctx->PC += off;
+}
+
+
+static void EI (Z80Context* ctx)
+{
+ ctx->IFF1 = ctx->IFF2 = IE_EI;
+}
+
+
+static void EX_off_SP_HL (Z80Context* ctx)
+{
+ ushort tmp = read16(ctx, WR.SP);
+ write16(ctx, WR.SP, WR.HL);
+ WR.HL = tmp;
+}
+
+
+static void EX_off_SP_IX (Z80Context* ctx)
+{
+ ushort tmp = read16(ctx, WR.SP);
+ write16(ctx, WR.SP, WR.IX);
+ WR.IX = tmp;
+}
+
+
+static void EX_off_SP_IY (Z80Context* ctx)
+{
+ ushort tmp = read16(ctx, WR.SP);
+ write16(ctx, WR.SP, WR.IY);
+ WR.IY = tmp;
+}
+
+
+static void EX_AF_AF_ (Z80Context* ctx)
+{
+ ushort tmp = ctx->R1.wr.AF;
+ ctx->R1.wr.AF = ctx->R2.wr.AF;
+ ctx->R2.wr.AF = tmp;
+}
+
+
+static void EX_DE_HL (Z80Context* ctx)
+{
+ ushort tmp = WR.DE;
+ WR.DE = WR.HL;
+ WR.HL = tmp;
+}
+
+
+static void EXX (Z80Context* ctx)
+{
+ ushort tmp;
+ tmp = ctx->R1.wr.BC;
+ ctx->R1.wr.BC = ctx->R2.wr.BC;
+ ctx->R2.wr.BC = tmp;
+
+ tmp = ctx->R1.wr.DE;
+ ctx->R1.wr.DE = ctx->R2.wr.DE;
+ ctx->R2.wr.DE = tmp;
+
+ tmp = ctx->R1.wr.HL;
+ ctx->R1.wr.HL = ctx->R2.wr.HL;
+ ctx->R2.wr.HL = tmp;
+}
+
+
+static void HALT (Z80Context* ctx)
+{
+ /* What should we do here? */
+}
+
+
+static void IM_0 (Z80Context* ctx)
+{
+ ctx->IM = 0;
+}
+
+
+static void IM_1 (Z80Context* ctx)
+{
+ ctx->IM = 1;
+}
+
+
+static void IM_2 (Z80Context* ctx)
+{
+ ctx->IM = 2;
+}
+
+
+static void IN_A_off_C (Z80Context* ctx)
+{
+ BR.A = ioRead(ctx, BR.C);
+}
+
+
+static void IN_A_off_n (Z80Context* ctx)
+{
+ byte port = read8(ctx, ctx->PC++);
+ BR.A = ioRead(ctx, port);
+}
+
+
+static void IN_B_off_C (Z80Context* ctx)
+{
+ BR.B = ioRead(ctx, BR.C);
+}
+
+
+static void IN_C_off_C (Z80Context* ctx)
+{
+ BR.C = ioRead(ctx, BR.C);
+}
+
+
+static void IN_D_off_C (Z80Context* ctx)
+{
+ BR.D = ioRead(ctx, BR.C);
+}
+
+
+static void IN_E_off_C (Z80Context* ctx)
+{
+ BR.E = ioRead(ctx, BR.C);
+}
+
+
+static void IN_F_off_C (Z80Context* ctx)
+{
+ BR.F = ioRead(ctx, BR.C);
+}
+
+
+static void IN_H_off_C (Z80Context* ctx)
+{
+ BR.H = ioRead(ctx, BR.C);
+}
+
+
+static void IN_L_off_C (Z80Context* ctx)
+{
+ BR.L = ioRead(ctx, BR.C);
+}
+
+
+static void INC_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doIncDec(ctx, read8(ctx, WR.HL), ID_INC));
+}
+
+
+static void INC_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doIncDec(ctx, read8(ctx, WR.IX + off), ID_INC));
+
+}
+
+
+static void INC_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doIncDec(ctx, read8(ctx, WR.IY + off), ID_INC));
+
+}
+
+
+static void INC_A (Z80Context* ctx)
+{
+ BR.A = doIncDec(ctx, BR.A, ID_INC);
+}
+
+
+static void INC_B (Z80Context* ctx)
+{
+ BR.B = doIncDec(ctx, BR.B, ID_INC);
+}
+
+
+static void INC_BC (Z80Context* ctx)
+{
+ BR.B = doIncDec(ctx, BR.B, ID_INC);
+}
+
+
+static void INC_C (Z80Context* ctx)
+{
+ BR.C = doIncDec(ctx, BR.C, ID_INC);
+}
+
+
+static void INC_D (Z80Context* ctx)
+{
+ BR.D = doIncDec(ctx, BR.D, ID_INC);
+}
+
+
+static void INC_DE (Z80Context* ctx)
+{
+ BR.D = doIncDec(ctx, BR.D, ID_INC);
+}
+
+
+static void INC_E (Z80Context* ctx)
+{
+ BR.E = doIncDec(ctx, BR.E, ID_INC);
+}
+
+
+static void INC_H (Z80Context* ctx)
+{
+ BR.H = doIncDec(ctx, BR.H, ID_INC);
+}
+
+
+static void INC_HL (Z80Context* ctx)
+{
+ BR.H = doIncDec(ctx, BR.H, ID_INC);
+}
+
+
+static void INC_IX (Z80Context* ctx)
+{
+ WR.IX = doIncDec(ctx, WR.IX, ID_INC);
+
+}
+
+
+static void INC_IXh (Z80Context* ctx)
+{
+ BR.IXh = doIncDec(ctx, BR.IXh, ID_INC);
+}
+
+
+static void INC_IXl (Z80Context* ctx)
+{
+ BR.IXl = doIncDec(ctx, BR.IXl, ID_INC);
+}
+
+
+static void INC_IY (Z80Context* ctx)
+{
+ WR.IY = doIncDec(ctx, WR.IY, ID_INC);
+
+}
+
+
+static void INC_IYh (Z80Context* ctx)
+{
+ BR.IYh = doIncDec(ctx, BR.IYh, ID_INC);
+}
+
+
+static void INC_IYl (Z80Context* ctx)
+{
+ BR.IYl = doIncDec(ctx, BR.IYl, ID_INC);
+}
+
+
+static void INC_L (Z80Context* ctx)
+{
+ BR.L = doIncDec(ctx, BR.L, ID_INC);
+}
+
+
+static void INC_SP (Z80Context* ctx)
+{
+ WR.SP = doIncDec(ctx, WR.SP, ID_INC);
+
+}
+
+
+static void IND (Z80Context* ctx)
+{
+ byte val = ioRead(ctx, BR.C);
+ write8(ctx, WR.HL, val);
+ WR.HL--;
+ BR.B = doIncDec(ctx, BR.B, ID_DEC);
+ VALFLAG(F_N, (val & 0x80) != 0);
+
+}
+
+
+static void INDR (Z80Context* ctx)
+{
+ do
+ {
+ IND(ctx);
+ } while(BR.B != 0);
+ SETFLAG(F_Z);
+ RESFLAG(F_5 | F_3 | F_S);
+}
+
+
+static void INI (Z80Context* ctx)
+{
+ byte val = ioRead(ctx, BR.C);
+ write8(ctx, WR.HL, val);
+ WR.HL++;
+ BR.B = doIncDec(ctx, BR.B, ID_DEC);
+ VALFLAG(F_N, (val & 0x80) != 0);
+}
+
+
+static void INIR (Z80Context* ctx)
+{
+ do
+ {
+ INI(ctx);
+ } while(BR.B != 0);
+ SETFLAG(F_Z);
+ RESFLAG(F_5 | F_3 | F_S);
+}
+
+
+static void JP_off_HL (Z80Context* ctx)
+{
+ ctx->PC = WR.HL;
+
+}
+
+
+static void JP_off_IX (Z80Context* ctx)
+{
+ ctx->PC = WR.IX;
+
+}
+
+
+static void JP_off_IY (Z80Context* ctx)
+{
+ ctx->PC = WR.IY;
+
+}
+
+
+static void JP_off_nn (Z80Context* ctx)
+{
+ ushort addr = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+ if (condition(ctx, C_))
+ ctx->PC = addr;
+
+}
+
+
+static void JP_C_off_nn (Z80Context* ctx)
+{
+ ushort addr = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+ if (condition(ctx, C_C))
+ ctx->PC = addr;
+
+}
+
+
+static void JP_M_off_nn (Z80Context* ctx)
+{
+ ushort addr = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+ if (condition(ctx, C_M))
+ ctx->PC = addr;
+
+}
+
+
+static void JP_NC_off_nn (Z80Context* ctx)
+{
+ ushort addr = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+ if (condition(ctx, C_NC))
+ ctx->PC = addr;
+
+}
+
+
+static void JP_NZ_off_nn (Z80Context* ctx)
+{
+ ushort addr = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+ if (condition(ctx, C_NZ))
+ ctx->PC = addr;
+
+}
+
+
+static void JP_P_off_nn (Z80Context* ctx)
+{
+ ushort addr = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+ if (condition(ctx, C_P))
+ ctx->PC = addr;
+
+}
+
+
+static void JP_PE_off_nn (Z80Context* ctx)
+{
+ ushort addr = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+ if (condition(ctx, C_PE))
+ ctx->PC = addr;
+
+}
+
+
+static void JP_PO_off_nn (Z80Context* ctx)
+{
+ ushort addr = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+ if (condition(ctx, C_PO))
+ ctx->PC = addr;
+
+}
+
+
+static void JP_Z_off_nn (Z80Context* ctx)
+{
+ ushort addr = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+ if (condition(ctx, C_Z))
+ ctx->PC = addr;
+
+}
+
+
+static void JR_off_PC_e (Z80Context* ctx)
+{
+ int off = doComplement(read8(ctx, ctx->PC++));
+ if (condition(ctx, C_))
+ ctx->PC += off;
+}
+
+
+static void JR_C_off_PC_e (Z80Context* ctx)
+{
+ int off = doComplement(read8(ctx, ctx->PC++));
+ if (condition(ctx, C_C))
+ ctx->PC += off;
+}
+
+
+static void JR_NC_off_PC_e (Z80Context* ctx)
+{
+ int off = doComplement(read8(ctx, ctx->PC++));
+ if (condition(ctx, C_NC))
+ ctx->PC += off;
+}
+
+
+static void JR_NZ_off_PC_e (Z80Context* ctx)
+{
+ int off = doComplement(read8(ctx, ctx->PC++));
+ if (condition(ctx, C_NZ))
+ ctx->PC += off;
+}
+
+
+static void JR_Z_off_PC_e (Z80Context* ctx)
+{
+ int off = doComplement(read8(ctx, ctx->PC++));
+ if (condition(ctx, C_Z))
+ ctx->PC += off;
+}
+
+
+static void LD_off_BC_A (Z80Context* ctx)
+{
+ write8(ctx, WR.BC, BR.A);
+}
+
+
+static void LD_off_DE_A (Z80Context* ctx)
+{
+ write8(ctx, WR.DE, BR.A);
+}
+
+
+static void LD_off_HL_A (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, BR.A);
+}
+
+
+static void LD_off_HL_B (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, BR.B);
+}
+
+
+static void LD_off_HL_C (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, BR.C);
+}
+
+
+static void LD_off_HL_D (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, BR.D);
+}
+
+
+static void LD_off_HL_E (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, BR.E);
+}
+
+
+static void LD_off_HL_H (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, BR.H);
+}
+
+
+static void LD_off_HL_L (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, BR.L);
+}
+
+
+static void LD_off_HL_n (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, read8(ctx, ctx->PC++));
+
+}
+
+
+static void LD_off_IX_d_A (Z80Context* ctx)
+{
+ write8(ctx, WR.IX + read8(ctx, ctx->PC++), BR.A);
+
+}
+
+
+static void LD_off_IX_d_B (Z80Context* ctx)
+{
+ write8(ctx, WR.IX + read8(ctx, ctx->PC++), BR.B);
+
+}
+
+
+static void LD_off_IX_d_C (Z80Context* ctx)
+{
+ write8(ctx, WR.IX + read8(ctx, ctx->PC++), BR.C);
+
+}
+
+
+static void LD_off_IX_d_D (Z80Context* ctx)
+{
+ write8(ctx, WR.IX + read8(ctx, ctx->PC++), BR.D);
+
+}
+
+
+static void LD_off_IX_d_E (Z80Context* ctx)
+{
+ write8(ctx, WR.IX + read8(ctx, ctx->PC++), BR.E);
+
+}
+
+
+static void LD_off_IX_d_H (Z80Context* ctx)
+{
+ write8(ctx, WR.IX + read8(ctx, ctx->PC++), BR.H);
+
+}
+
+
+static void LD_off_IX_d_L (Z80Context* ctx)
+{
+ write8(ctx, WR.IX + read8(ctx, ctx->PC++), BR.L);
+
+}
+
+
+static void LD_off_IX_d_n (Z80Context* ctx)
+{
+ write8(ctx, WR.IX + read8(ctx, ctx->PC++), read8(ctx, ctx->PC++));
+
+}
+
+
+static void LD_off_IY_d_A (Z80Context* ctx)
+{
+ write8(ctx, WR.IY + read8(ctx, ctx->PC++), BR.A);
+
+}
+
+
+static void LD_off_IY_d_B (Z80Context* ctx)
+{
+ write8(ctx, WR.IY + read8(ctx, ctx->PC++), BR.B);
+
+}
+
+
+static void LD_off_IY_d_C (Z80Context* ctx)
+{
+ write8(ctx, WR.IY + read8(ctx, ctx->PC++), BR.C);
+
+}
+
+
+static void LD_off_IY_d_D (Z80Context* ctx)
+{
+ write8(ctx, WR.IY + read8(ctx, ctx->PC++), BR.D);
+
+}
+
+
+static void LD_off_IY_d_E (Z80Context* ctx)
+{
+ write8(ctx, WR.IY + read8(ctx, ctx->PC++), BR.E);
+
+}
+
+
+static void LD_off_IY_d_H (Z80Context* ctx)
+{
+ write8(ctx, WR.IY + read8(ctx, ctx->PC++), BR.H);
+
+}
+
+
+static void LD_off_IY_d_L (Z80Context* ctx)
+{
+ write8(ctx, WR.IY + read8(ctx, ctx->PC++), BR.L);
+
+}
+
+
+static void LD_off_IY_d_n (Z80Context* ctx)
+{
+ write8(ctx, WR.IY + read8(ctx, ctx->PC++), read8(ctx, ctx->PC++));
+
+}
+
+
+static void LD_off_nn_A (Z80Context* ctx)
+{
+ write8(ctx, read16(ctx, ctx->PC), BR.A);
+ ctx->PC += 2;
+
+}
+
+
+static void LD_off_nn_BC (Z80Context* ctx)
+{
+ write16(ctx, read16(ctx, ctx->PC), WR.BC);
+ ctx->PC += 2;
+
+}
+
+
+static void LD_off_nn_DE (Z80Context* ctx)
+{
+ write16(ctx, read16(ctx, ctx->PC), WR.DE);
+ ctx->PC += 2;
+
+}
+
+
+static void LD_off_nn_HL (Z80Context* ctx)
+{
+ write16(ctx, read16(ctx, ctx->PC), WR.HL);
+ ctx->PC += 2;
+
+}
+
+
+static void LD_off_nn_IX (Z80Context* ctx)
+{
+ write16(ctx, read16(ctx, ctx->PC), WR.IX);
+ ctx->PC += 2;
+
+}
+
+
+static void LD_off_nn_IY (Z80Context* ctx)
+{
+ write16(ctx, read16(ctx, ctx->PC), WR.IY);
+ ctx->PC += 2;
+
+}
+
+
+static void LD_off_nn_SP (Z80Context* ctx)
+{
+ write16(ctx, read16(ctx, ctx->PC), WR.SP);
+ ctx->PC += 2;
+
+}
+
+
+static void LD_A_off_BC (Z80Context* ctx)
+{
+ BR.A = read8(ctx, WR.BC);
+}
+
+
+static void LD_A_off_DE (Z80Context* ctx)
+{
+ BR.A = read8(ctx, WR.DE);
+}
+
+
+static void LD_A_off_HL (Z80Context* ctx)
+{
+ BR.A = read8(ctx, WR.HL);
+}
+
+
+static void LD_A_off_IX_d (Z80Context* ctx)
+{
+ BR.A = read8(ctx, WR.IX + read8(ctx, ctx->PC++));
+}
+
+
+static void LD_A_off_IY_d (Z80Context* ctx)
+{
+ BR.A = read8(ctx, WR.IY + read8(ctx, ctx->PC++));
+}
+
+
+static void LD_A_off_nn (Z80Context* ctx)
+{
+ BR.A = read8(ctx, read16(ctx, ctx->PC));
+ ctx->PC += 2;
+
+}
+
+
+static void LD_A_A (Z80Context* ctx)
+{
+ BR.A = BR.A;
+}
+
+
+static void LD_A_B (Z80Context* ctx)
+{
+ BR.A = BR.B;
+}
+
+
+static void LD_A_C (Z80Context* ctx)
+{
+ BR.A = BR.C;
+}
+
+
+static void LD_A_D (Z80Context* ctx)
+{
+ BR.A = BR.D;
+}
+
+
+static void LD_A_E (Z80Context* ctx)
+{
+ BR.A = BR.E;
+}
+
+
+static void LD_A_H (Z80Context* ctx)
+{
+ BR.A = BR.H;
+}
+
+
+static void LD_A_I (Z80Context* ctx)
+{
+ BR.A = ctx->I;
+
+ adjustFlags(ctx, BR.A);
+ RESFLAG(F_H | F_N);
+ VALFLAG(F_PV, ctx->IFF2);
+ VALFLAG(F_S, (BR.A & 0x80) != 0);
+ VALFLAG(F_Z, (BR.A == 0));
+
+}
+
+
+static void LD_A_IXh (Z80Context* ctx)
+{
+ BR.A = BR.IXh;
+}
+
+
+static void LD_A_IXl (Z80Context* ctx)
+{
+ BR.A = BR.IXl;
+}
+
+
+static void LD_A_IYh (Z80Context* ctx)
+{
+ BR.A = BR.IYh;
+}
+
+
+static void LD_A_IYl (Z80Context* ctx)
+{
+ BR.A = BR.IYl;
+}
+
+
+static void LD_A_L (Z80Context* ctx)
+{
+ BR.A = BR.L;
+}
+
+
+static void LD_A_n (Z80Context* ctx)
+{
+ BR.A = read8(ctx, ctx->PC++);
+
+}
+
+
+static void LD_A_R (Z80Context* ctx)
+{
+ BR.A = ctx->R;
+
+ adjustFlags(ctx, BR.A);
+ RESFLAG(F_H | F_N);
+ VALFLAG(F_PV, ctx->IFF2);
+ VALFLAG(F_S, (BR.A & 0x80) != 0);
+ VALFLAG(F_Z, (BR.A == 0));
+
+}
+
+
+static void LD_A_RES_0_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_RES, 0, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.A);
+}
+
+
+static void LD_A_RES_0_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_RES, 0, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.A);
+}
+
+
+static void LD_A_RES_1_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_RES, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.A);
+}
+
+
+static void LD_A_RES_1_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_RES, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.A);
+}
+
+
+static void LD_A_RES_2_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_RES, 2, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.A);
+}
+
+
+static void LD_A_RES_2_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_RES, 2, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.A);
+}
+
+
+static void LD_A_RES_3_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_RES, 3, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.A);
+}
+
+
+static void LD_A_RES_3_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_RES, 3, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.A);
+}
+
+
+static void LD_A_RES_4_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_RES, 4, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.A);
+}
+
+
+static void LD_A_RES_4_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_RES, 4, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.A);
+}
+
+
+static void LD_A_RES_5_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_RES, 5, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.A);
+}
+
+
+static void LD_A_RES_5_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_RES, 5, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.A);
+}
+
+
+static void LD_A_RES_6_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_RES, 6, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.A);
+}
+
+
+static void LD_A_RES_6_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_RES, 6, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.A);
+}
+
+
+static void LD_A_RES_7_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_RES, 7, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.A);
+}
+
+
+static void LD_A_RES_7_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_RES, 7, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.A);
+}
+
+
+static void LD_A_RL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doRL(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.A);
+}
+
+
+static void LD_A_RL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doRL(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.A);
+}
+
+
+static void LD_A_RLC_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doRLC(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.A);
+}
+
+
+static void LD_A_RLC_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doRLC(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.A);
+}
+
+
+static void LD_A_RR_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doRR(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.A);
+}
+
+
+static void LD_A_RR_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doRR(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.A);
+}
+
+
+static void LD_A_RRC_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doRRC(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.A);
+}
+
+
+static void LD_A_RRC_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doRRC(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.A);
+}
+
+
+static void LD_A_SET_0_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_SET, 0, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.A);
+}
+
+
+static void LD_A_SET_0_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_SET, 0, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.A);
+}
+
+
+static void LD_A_SET_1_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_SET, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.A);
+}
+
+
+static void LD_A_SET_1_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_SET, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.A);
+}
+
+
+static void LD_A_SET_2_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_SET, 2, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.A);
+}
+
+
+static void LD_A_SET_2_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_SET, 2, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.A);
+}
+
+
+static void LD_A_SET_3_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_SET, 3, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.A);
+}
+
+
+static void LD_A_SET_3_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_SET, 3, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.A);
+}
+
+
+static void LD_A_SET_4_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_SET, 4, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.A);
+}
+
+
+static void LD_A_SET_4_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_SET, 4, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.A);
+}
+
+
+static void LD_A_SET_5_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_SET, 5, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.A);
+}
+
+
+static void LD_A_SET_5_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_SET, 5, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.A);
+}
+
+
+static void LD_A_SET_6_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_SET, 6, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.A);
+}
+
+
+static void LD_A_SET_6_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_SET, 6, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.A);
+}
+
+
+static void LD_A_SET_7_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_SET, 7, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.A);
+}
+
+
+static void LD_A_SET_7_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSetRes(ctx, SR_SET, 7, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.A);
+}
+
+
+static void LD_A_SLA_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSL(ctx, read8(ctx, WR.IX + off), 1);
+ write8(ctx, WR.IX + off, BR.A);
+
+}
+
+
+static void LD_A_SLA_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSL(ctx, read8(ctx, WR.IY + off), 1);
+ write8(ctx, WR.IY + off, BR.A);
+
+}
+
+
+static void LD_A_SLL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSL(ctx, read8(ctx, WR.IX + off), 0);
+ write8(ctx, WR.IX + off, BR.A);
+
+}
+
+
+static void LD_A_SLL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSL(ctx, read8(ctx, WR.IY + off), 0);
+ write8(ctx, WR.IY + off, BR.A);
+
+}
+
+
+static void LD_A_SRA_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSR(ctx, read8(ctx, WR.IX + off), 1);
+ write8(ctx, WR.IX + off, BR.A);
+
+}
+
+
+static void LD_A_SRA_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSR(ctx, read8(ctx, WR.IY + off), 1);
+ write8(ctx, WR.IY + off, BR.A);
+
+}
+
+
+static void LD_A_SRL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSR(ctx, read8(ctx, WR.IX + off), 0);
+ write8(ctx, WR.IX + off, BR.A);
+
+}
+
+
+static void LD_A_SRL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.A = doSR(ctx, read8(ctx, WR.IY + off), 0);
+ write8(ctx, WR.IY + off, BR.A);
+
+}
+
+
+static void LD_B_off_HL (Z80Context* ctx)
+{
+ BR.B = read8(ctx, WR.HL);
+}
+
+
+static void LD_B_off_IX_d (Z80Context* ctx)
+{
+ BR.B = read8(ctx, WR.IX + read8(ctx, ctx->PC++));
+}
+
+
+static void LD_B_off_IY_d (Z80Context* ctx)
+{
+ BR.B = read8(ctx, WR.IY + read8(ctx, ctx->PC++));
+}
+
+
+static void LD_B_A (Z80Context* ctx)
+{
+ BR.B = BR.A;
+}
+
+
+static void LD_B_B (Z80Context* ctx)
+{
+ BR.B = BR.B;
+}
+
+
+static void LD_B_C (Z80Context* ctx)
+{
+ BR.B = BR.C;
+}
+
+
+static void LD_B_D (Z80Context* ctx)
+{
+ BR.B = BR.D;
+}
+
+
+static void LD_B_E (Z80Context* ctx)
+{
+ BR.B = BR.E;
+}
+
+
+static void LD_B_H (Z80Context* ctx)
+{
+ BR.B = BR.H;
+}
+
+
+static void LD_B_IXh (Z80Context* ctx)
+{
+ BR.B = BR.IXh;
+}
+
+
+static void LD_B_IXl (Z80Context* ctx)
+{
+ BR.B = BR.IXl;
+}
+
+
+static void LD_B_IYh (Z80Context* ctx)
+{
+ BR.B = BR.IYh;
+}
+
+
+static void LD_B_IYl (Z80Context* ctx)
+{
+ BR.B = BR.IYl;
+}
+
+
+static void LD_B_L (Z80Context* ctx)
+{
+ BR.B = BR.L;
+}
+
+
+static void LD_B_n (Z80Context* ctx)
+{
+ BR.B = read8(ctx, ctx->PC++);
+
+}
+
+
+static void LD_B_RES_0_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_RES, 0, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.B);
+}
+
+
+static void LD_B_RES_0_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_RES, 0, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.B);
+}
+
+
+static void LD_B_RES_1_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_RES, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.B);
+}
+
+
+static void LD_B_RES_1_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_RES, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.B);
+}
+
+
+static void LD_B_RES_2_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_RES, 2, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.B);
+}
+
+
+static void LD_B_RES_2_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_RES, 2, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.B);
+}
+
+
+static void LD_B_RES_3_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_RES, 3, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.B);
+}
+
+
+static void LD_B_RES_3_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_RES, 3, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.B);
+}
+
+
+static void LD_B_RES_4_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_RES, 4, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.B);
+}
+
+
+static void LD_B_RES_4_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_RES, 4, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.B);
+}
+
+
+static void LD_B_RES_5_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_RES, 5, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.B);
+}
+
+
+static void LD_B_RES_5_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_RES, 5, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.B);
+}
+
+
+static void LD_B_RES_6_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_RES, 6, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.B);
+}
+
+
+static void LD_B_RES_6_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_RES, 6, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.B);
+}
+
+
+static void LD_B_RES_7_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_RES, 7, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.B);
+}
+
+
+static void LD_B_RES_7_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_RES, 7, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.B);
+}
+
+
+static void LD_B_RL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doRL(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.B);
+}
+
+
+static void LD_B_RL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doRL(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.B);
+}
+
+
+static void LD_B_RLC_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doRLC(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.B);
+}
+
+
+static void LD_B_RLC_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doRLC(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.B);
+}
+
+
+static void LD_B_RR_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doRR(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.B);
+}
+
+
+static void LD_B_RR_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doRR(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.B);
+}
+
+
+static void LD_B_RRC_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doRRC(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.B);
+}
+
+
+static void LD_B_RRC_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doRRC(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.B);
+}
+
+
+static void LD_B_SET_0_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_SET, 0, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.B);
+}
+
+
+static void LD_B_SET_0_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_SET, 0, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.B);
+}
+
+
+static void LD_B_SET_1_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_SET, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.B);
+}
+
+
+static void LD_B_SET_1_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_SET, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.B);
+}
+
+
+static void LD_B_SET_2_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_SET, 2, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.B);
+}
+
+
+static void LD_B_SET_2_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_SET, 2, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.B);
+}
+
+
+static void LD_B_SET_3_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_SET, 3, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.B);
+}
+
+
+static void LD_B_SET_3_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_SET, 3, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.B);
+}
+
+
+static void LD_B_SET_4_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_SET, 4, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.B);
+}
+
+
+static void LD_B_SET_4_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_SET, 4, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.B);
+}
+
+
+static void LD_B_SET_5_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_SET, 5, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.B);
+}
+
+
+static void LD_B_SET_5_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_SET, 5, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.B);
+}
+
+
+static void LD_B_SET_6_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_SET, 6, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.B);
+}
+
+
+static void LD_B_SET_6_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_SET, 6, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.B);
+}
+
+
+static void LD_B_SET_7_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_SET, 7, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.B);
+}
+
+
+static void LD_B_SET_7_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSetRes(ctx, SR_SET, 7, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.B);
+}
+
+
+static void LD_B_SLA_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSL(ctx, read8(ctx, WR.IX + off), 1);
+ write8(ctx, WR.IX + off, BR.B);
+
+}
+
+
+static void LD_B_SLA_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSL(ctx, read8(ctx, WR.IY + off), 1);
+ write8(ctx, WR.IY + off, BR.B);
+
+}
+
+
+static void LD_B_SLL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSL(ctx, read8(ctx, WR.IX + off), 0);
+ write8(ctx, WR.IX + off, BR.B);
+
+}
+
+
+static void LD_B_SLL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSL(ctx, read8(ctx, WR.IY + off), 0);
+ write8(ctx, WR.IY + off, BR.B);
+
+}
+
+
+static void LD_B_SRA_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSR(ctx, read8(ctx, WR.IX + off), 1);
+ write8(ctx, WR.IX + off, BR.B);
+
+}
+
+
+static void LD_B_SRA_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSR(ctx, read8(ctx, WR.IY + off), 1);
+ write8(ctx, WR.IY + off, BR.B);
+
+}
+
+
+static void LD_B_SRL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSR(ctx, read8(ctx, WR.IX + off), 0);
+ write8(ctx, WR.IX + off, BR.B);
+
+}
+
+
+static void LD_B_SRL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.B = doSR(ctx, read8(ctx, WR.IY + off), 0);
+ write8(ctx, WR.IY + off, BR.B);
+
+}
+
+
+static void LD_BC_off_nn (Z80Context* ctx)
+{
+ WR.BC = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+}
+
+
+static void LD_BC_nn (Z80Context* ctx)
+{
+ WR.BC = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+
+}
+
+
+static void LD_C_off_HL (Z80Context* ctx)
+{
+ BR.C = read8(ctx, WR.HL);
+}
+
+
+static void LD_C_off_IX_d (Z80Context* ctx)
+{
+ BR.C = read8(ctx, WR.IX + read8(ctx, ctx->PC++));
+}
+
+
+static void LD_C_off_IY_d (Z80Context* ctx)
+{
+ BR.C = read8(ctx, WR.IY + read8(ctx, ctx->PC++));
+}
+
+
+static void LD_C_A (Z80Context* ctx)
+{
+ BR.C = BR.A;
+}
+
+
+static void LD_C_B (Z80Context* ctx)
+{
+ BR.C = BR.B;
+}
+
+
+static void LD_C_C (Z80Context* ctx)
+{
+ BR.C = BR.C;
+}
+
+
+static void LD_C_D (Z80Context* ctx)
+{
+ BR.C = BR.D;
+}
+
+
+static void LD_C_E (Z80Context* ctx)
+{
+ BR.C = BR.E;
+}
+
+
+static void LD_C_H (Z80Context* ctx)
+{
+ BR.C = BR.H;
+}
+
+
+static void LD_C_IXh (Z80Context* ctx)
+{
+ BR.C = BR.IXh;
+}
+
+
+static void LD_C_IXl (Z80Context* ctx)
+{
+ BR.C = BR.IXl;
+}
+
+
+static void LD_C_IYh (Z80Context* ctx)
+{
+ BR.C = BR.IYh;
+}
+
+
+static void LD_C_IYl (Z80Context* ctx)
+{
+ BR.C = BR.IYl;
+}
+
+
+static void LD_C_L (Z80Context* ctx)
+{
+ BR.C = BR.L;
+}
+
+
+static void LD_C_n (Z80Context* ctx)
+{
+ BR.C = read8(ctx, ctx->PC++);
+
+}
+
+
+static void LD_C_RES_0_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_RES, 0, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.C);
+}
+
+
+static void LD_C_RES_0_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_RES, 0, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.C);
+}
+
+
+static void LD_C_RES_1_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_RES, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.C);
+}
+
+
+static void LD_C_RES_1_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_RES, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.C);
+}
+
+
+static void LD_C_RES_2_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_RES, 2, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.C);
+}
+
+
+static void LD_C_RES_2_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_RES, 2, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.C);
+}
+
+
+static void LD_C_RES_3_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_RES, 3, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.C);
+}
+
+
+static void LD_C_RES_3_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_RES, 3, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.C);
+}
+
+
+static void LD_C_RES_4_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_RES, 4, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.C);
+}
+
+
+static void LD_C_RES_4_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_RES, 4, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.C);
+}
+
+
+static void LD_C_RES_5_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_RES, 5, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.C);
+}
+
+
+static void LD_C_RES_5_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_RES, 5, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.C);
+}
+
+
+static void LD_C_RES_6_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_RES, 6, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.C);
+}
+
+
+static void LD_C_RES_6_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_RES, 6, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.C);
+}
+
+
+static void LD_C_RES_7_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_RES, 7, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.C);
+}
+
+
+static void LD_C_RES_7_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_RES, 7, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.C);
+}
+
+
+static void LD_C_RL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doRL(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.C);
+}
+
+
+static void LD_C_RL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doRL(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.C);
+}
+
+
+static void LD_C_RLC_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doRLC(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.C);
+}
+
+
+static void LD_C_RLC_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doRLC(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.C);
+}
+
+
+static void LD_C_RR_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doRR(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.C);
+}
+
+
+static void LD_C_RR_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doRR(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.C);
+}
+
+
+static void LD_C_RRC_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doRRC(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.C);
+}
+
+
+static void LD_C_RRC_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doRRC(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.C);
+}
+
+
+static void LD_C_SET_0_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_SET, 0, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.C);
+}
+
+
+static void LD_C_SET_0_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_SET, 0, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.C);
+}
+
+
+static void LD_C_SET_1_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_SET, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.C);
+}
+
+
+static void LD_C_SET_1_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_SET, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.C);
+}
+
+
+static void LD_C_SET_2_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_SET, 2, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.C);
+}
+
+
+static void LD_C_SET_2_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_SET, 2, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.C);
+}
+
+
+static void LD_C_SET_3_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_SET, 3, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.C);
+}
+
+
+static void LD_C_SET_3_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_SET, 3, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.C);
+}
+
+
+static void LD_C_SET_4_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_SET, 4, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.C);
+}
+
+
+static void LD_C_SET_4_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_SET, 4, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.C);
+}
+
+
+static void LD_C_SET_5_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_SET, 5, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.C);
+}
+
+
+static void LD_C_SET_5_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_SET, 5, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.C);
+}
+
+
+static void LD_C_SET_6_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_SET, 6, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.C);
+}
+
+
+static void LD_C_SET_6_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_SET, 6, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.C);
+}
+
+
+static void LD_C_SET_7_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_SET, 7, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.C);
+}
+
+
+static void LD_C_SET_7_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSetRes(ctx, SR_SET, 7, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.C);
+}
+
+
+static void LD_C_SLA_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSL(ctx, read8(ctx, WR.IX + off), 1);
+ write8(ctx, WR.IX + off, BR.C);
+
+}
+
+
+static void LD_C_SLA_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSL(ctx, read8(ctx, WR.IY + off), 1);
+ write8(ctx, WR.IY + off, BR.C);
+
+}
+
+
+static void LD_C_SLL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSL(ctx, read8(ctx, WR.IX + off), 0);
+ write8(ctx, WR.IX + off, BR.C);
+
+}
+
+
+static void LD_C_SLL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSL(ctx, read8(ctx, WR.IY + off), 0);
+ write8(ctx, WR.IY + off, BR.C);
+
+}
+
+
+static void LD_C_SRA_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSR(ctx, read8(ctx, WR.IX + off), 1);
+ write8(ctx, WR.IX + off, BR.C);
+
+}
+
+
+static void LD_C_SRA_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSR(ctx, read8(ctx, WR.IY + off), 1);
+ write8(ctx, WR.IY + off, BR.C);
+
+}
+
+
+static void LD_C_SRL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSR(ctx, read8(ctx, WR.IX + off), 0);
+ write8(ctx, WR.IX + off, BR.C);
+
+}
+
+
+static void LD_C_SRL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.C = doSR(ctx, read8(ctx, WR.IY + off), 0);
+ write8(ctx, WR.IY + off, BR.C);
+
+}
+
+
+static void LD_D_off_HL (Z80Context* ctx)
+{
+ BR.D = read8(ctx, WR.HL);
+}
+
+
+static void LD_D_off_IX_d (Z80Context* ctx)
+{
+ BR.D = read8(ctx, WR.IX + read8(ctx, ctx->PC++));
+}
+
+
+static void LD_D_off_IY_d (Z80Context* ctx)
+{
+ BR.D = read8(ctx, WR.IY + read8(ctx, ctx->PC++));
+}
+
+
+static void LD_D_A (Z80Context* ctx)
+{
+ BR.D = BR.A;
+}
+
+
+static void LD_D_B (Z80Context* ctx)
+{
+ BR.D = BR.B;
+}
+
+
+static void LD_D_C (Z80Context* ctx)
+{
+ BR.D = BR.C;
+}
+
+
+static void LD_D_D (Z80Context* ctx)
+{
+ BR.D = BR.D;
+}
+
+
+static void LD_D_E (Z80Context* ctx)
+{
+ BR.D = BR.E;
+}
+
+
+static void LD_D_H (Z80Context* ctx)
+{
+ BR.D = BR.H;
+}
+
+
+static void LD_D_IXh (Z80Context* ctx)
+{
+ BR.D = BR.IXh;
+}
+
+
+static void LD_D_IXl (Z80Context* ctx)
+{
+ BR.D = BR.IXl;
+}
+
+
+static void LD_D_IYh (Z80Context* ctx)
+{
+ BR.D = BR.IYh;
+}
+
+
+static void LD_D_IYl (Z80Context* ctx)
+{
+ BR.D = BR.IYl;
+}
+
+
+static void LD_D_L (Z80Context* ctx)
+{
+ BR.D = BR.L;
+}
+
+
+static void LD_D_n (Z80Context* ctx)
+{
+ BR.D = read8(ctx, ctx->PC++);
+
+}
+
+
+static void LD_D_RES_0_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_RES, 0, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.D);
+}
+
+
+static void LD_D_RES_0_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_RES, 0, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.D);
+}
+
+
+static void LD_D_RES_1_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_RES, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.D);
+}
+
+
+static void LD_D_RES_1_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_RES, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.D);
+}
+
+
+static void LD_D_RES_2_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_RES, 2, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.D);
+}
+
+
+static void LD_D_RES_2_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_RES, 2, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.D);
+}
+
+
+static void LD_D_RES_3_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_RES, 3, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.D);
+}
+
+
+static void LD_D_RES_3_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_RES, 3, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.D);
+}
+
+
+static void LD_D_RES_4_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_RES, 4, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.D);
+}
+
+
+static void LD_D_RES_4_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_RES, 4, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.D);
+}
+
+
+static void LD_D_RES_5_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_RES, 5, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.D);
+}
+
+
+static void LD_D_RES_5_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_RES, 5, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.D);
+}
+
+
+static void LD_D_RES_6_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_RES, 6, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.D);
+}
+
+
+static void LD_D_RES_6_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_RES, 6, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.D);
+}
+
+
+static void LD_D_RES_7_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_RES, 7, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.D);
+}
+
+
+static void LD_D_RES_7_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_RES, 7, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.D);
+}
+
+
+static void LD_D_RL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doRL(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.D);
+}
+
+
+static void LD_D_RL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doRL(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.D);
+}
+
+
+static void LD_D_RLC_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doRLC(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.D);
+}
+
+
+static void LD_D_RLC_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doRLC(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.D);
+}
+
+
+static void LD_D_RR_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doRR(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.D);
+}
+
+
+static void LD_D_RR_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doRR(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.D);
+}
+
+
+static void LD_D_RRC_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doRRC(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.D);
+}
+
+
+static void LD_D_RRC_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doRRC(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.D);
+}
+
+
+static void LD_D_SET_0_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_SET, 0, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.D);
+}
+
+
+static void LD_D_SET_0_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_SET, 0, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.D);
+}
+
+
+static void LD_D_SET_1_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_SET, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.D);
+}
+
+
+static void LD_D_SET_1_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_SET, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.D);
+}
+
+
+static void LD_D_SET_2_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_SET, 2, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.D);
+}
+
+
+static void LD_D_SET_2_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_SET, 2, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.D);
+}
+
+
+static void LD_D_SET_3_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_SET, 3, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.D);
+}
+
+
+static void LD_D_SET_3_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_SET, 3, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.D);
+}
+
+
+static void LD_D_SET_4_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_SET, 4, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.D);
+}
+
+
+static void LD_D_SET_4_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_SET, 4, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.D);
+}
+
+
+static void LD_D_SET_5_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_SET, 5, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.D);
+}
+
+
+static void LD_D_SET_5_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_SET, 5, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.D);
+}
+
+
+static void LD_D_SET_6_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_SET, 6, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.D);
+}
+
+
+static void LD_D_SET_6_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_SET, 6, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.D);
+}
+
+
+static void LD_D_SET_7_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_SET, 7, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.D);
+}
+
+
+static void LD_D_SET_7_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSetRes(ctx, SR_SET, 7, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.D);
+}
+
+
+static void LD_D_SLA_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSL(ctx, read8(ctx, WR.IX + off), 1);
+ write8(ctx, WR.IX + off, BR.D);
+
+}
+
+
+static void LD_D_SLA_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSL(ctx, read8(ctx, WR.IY + off), 1);
+ write8(ctx, WR.IY + off, BR.D);
+
+}
+
+
+static void LD_D_SLL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSL(ctx, read8(ctx, WR.IX + off), 0);
+ write8(ctx, WR.IX + off, BR.D);
+
+}
+
+
+static void LD_D_SLL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSL(ctx, read8(ctx, WR.IY + off), 0);
+ write8(ctx, WR.IY + off, BR.D);
+
+}
+
+
+static void LD_D_SRA_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSR(ctx, read8(ctx, WR.IX + off), 1);
+ write8(ctx, WR.IX + off, BR.D);
+
+}
+
+
+static void LD_D_SRA_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSR(ctx, read8(ctx, WR.IY + off), 1);
+ write8(ctx, WR.IY + off, BR.D);
+
+}
+
+
+static void LD_D_SRL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSR(ctx, read8(ctx, WR.IX + off), 0);
+ write8(ctx, WR.IX + off, BR.D);
+
+}
+
+
+static void LD_D_SRL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.D = doSR(ctx, read8(ctx, WR.IY + off), 0);
+ write8(ctx, WR.IY + off, BR.D);
+
+}
+
+
+static void LD_DE_off_nn (Z80Context* ctx)
+{
+ WR.DE = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+}
+
+
+static void LD_DE_nn (Z80Context* ctx)
+{
+ WR.DE = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+
+}
+
+
+static void LD_E_off_HL (Z80Context* ctx)
+{
+ BR.E = read8(ctx, WR.HL);
+}
+
+
+static void LD_E_off_IX_d (Z80Context* ctx)
+{
+ BR.E = read8(ctx, WR.IX + read8(ctx, ctx->PC++));
+}
+
+
+static void LD_E_off_IY_d (Z80Context* ctx)
+{
+ BR.E = read8(ctx, WR.IY + read8(ctx, ctx->PC++));
+}
+
+
+static void LD_E_A (Z80Context* ctx)
+{
+ BR.E = BR.A;
+}
+
+
+static void LD_E_B (Z80Context* ctx)
+{
+ BR.E = BR.B;
+}
+
+
+static void LD_E_C (Z80Context* ctx)
+{
+ BR.E = BR.C;
+}
+
+
+static void LD_E_D (Z80Context* ctx)
+{
+ BR.E = BR.D;
+}
+
+
+static void LD_E_E (Z80Context* ctx)
+{
+ BR.E = BR.E;
+}
+
+
+static void LD_E_H (Z80Context* ctx)
+{
+ BR.E = BR.H;
+}
+
+
+static void LD_E_IXh (Z80Context* ctx)
+{
+ BR.E = BR.IXh;
+}
+
+
+static void LD_E_IXl (Z80Context* ctx)
+{
+ BR.E = BR.IXl;
+}
+
+
+static void LD_E_IYh (Z80Context* ctx)
+{
+ BR.E = BR.IYh;
+}
+
+
+static void LD_E_IYl (Z80Context* ctx)
+{
+ BR.E = BR.IYl;
+}
+
+
+static void LD_E_L (Z80Context* ctx)
+{
+ BR.E = BR.L;
+}
+
+
+static void LD_E_n (Z80Context* ctx)
+{
+ BR.E = read8(ctx, ctx->PC++);
+
+}
+
+
+static void LD_E_RES_0_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_RES, 0, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.E);
+}
+
+
+static void LD_E_RES_0_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_RES, 0, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.E);
+}
+
+
+static void LD_E_RES_1_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_RES, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.E);
+}
+
+
+static void LD_E_RES_1_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_RES, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.E);
+}
+
+
+static void LD_E_RES_2_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_RES, 2, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.E);
+}
+
+
+static void LD_E_RES_2_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_RES, 2, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.E);
+}
+
+
+static void LD_E_RES_3_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_RES, 3, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.E);
+}
+
+
+static void LD_E_RES_3_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_RES, 3, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.E);
+}
+
+
+static void LD_E_RES_4_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_RES, 4, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.E);
+}
+
+
+static void LD_E_RES_4_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_RES, 4, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.E);
+}
+
+
+static void LD_E_RES_5_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_RES, 5, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.E);
+}
+
+
+static void LD_E_RES_5_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_RES, 5, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.E);
+}
+
+
+static void LD_E_RES_6_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_RES, 6, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.E);
+}
+
+
+static void LD_E_RES_6_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_RES, 6, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.E);
+}
+
+
+static void LD_E_RES_7_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_RES, 7, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.E);
+}
+
+
+static void LD_E_RES_7_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_RES, 7, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.E);
+}
+
+
+static void LD_E_RL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doRL(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.E);
+}
+
+
+static void LD_E_RL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doRL(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.E);
+}
+
+
+static void LD_E_RLC_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doRLC(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.E);
+}
+
+
+static void LD_E_RLC_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doRLC(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.E);
+}
+
+
+static void LD_E_RR_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doRR(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.E);
+}
+
+
+static void LD_E_RR_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doRR(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.E);
+}
+
+
+static void LD_E_RRC_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doRRC(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.E);
+}
+
+
+static void LD_E_RRC_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doRRC(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.E);
+}
+
+
+static void LD_E_SET_0_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_SET, 0, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.E);
+}
+
+
+static void LD_E_SET_0_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_SET, 0, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.E);
+}
+
+
+static void LD_E_SET_1_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_SET, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.E);
+}
+
+
+static void LD_E_SET_1_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_SET, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.E);
+}
+
+
+static void LD_E_SET_2_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_SET, 2, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.E);
+}
+
+
+static void LD_E_SET_2_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_SET, 2, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.E);
+}
+
+
+static void LD_E_SET_3_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_SET, 3, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.E);
+}
+
+
+static void LD_E_SET_3_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_SET, 3, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.E);
+}
+
+
+static void LD_E_SET_4_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_SET, 4, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.E);
+}
+
+
+static void LD_E_SET_4_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_SET, 4, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.E);
+}
+
+
+static void LD_E_SET_5_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_SET, 5, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.E);
+}
+
+
+static void LD_E_SET_5_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_SET, 5, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.E);
+}
+
+
+static void LD_E_SET_6_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_SET, 6, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.E);
+}
+
+
+static void LD_E_SET_6_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_SET, 6, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.E);
+}
+
+
+static void LD_E_SET_7_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_SET, 7, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.E);
+}
+
+
+static void LD_E_SET_7_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSetRes(ctx, SR_SET, 7, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.E);
+}
+
+
+static void LD_E_SLA_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSL(ctx, read8(ctx, WR.IX + off), 1);
+ write8(ctx, WR.IX + off, BR.E);
+
+}
+
+
+static void LD_E_SLA_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSL(ctx, read8(ctx, WR.IY + off), 1);
+ write8(ctx, WR.IY + off, BR.E);
+
+}
+
+
+static void LD_E_SLL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSL(ctx, read8(ctx, WR.IX + off), 0);
+ write8(ctx, WR.IX + off, BR.E);
+
+}
+
+
+static void LD_E_SLL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSL(ctx, read8(ctx, WR.IY + off), 0);
+ write8(ctx, WR.IY + off, BR.E);
+
+}
+
+
+static void LD_E_SRA_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSR(ctx, read8(ctx, WR.IX + off), 1);
+ write8(ctx, WR.IX + off, BR.E);
+
+}
+
+
+static void LD_E_SRA_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSR(ctx, read8(ctx, WR.IY + off), 1);
+ write8(ctx, WR.IY + off, BR.E);
+
+}
+
+
+static void LD_E_SRL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSR(ctx, read8(ctx, WR.IX + off), 0);
+ write8(ctx, WR.IX + off, BR.E);
+
+}
+
+
+static void LD_E_SRL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.E = doSR(ctx, read8(ctx, WR.IY + off), 0);
+ write8(ctx, WR.IY + off, BR.E);
+
+}
+
+
+static void LD_H_off_HL (Z80Context* ctx)
+{
+ BR.H = read8(ctx, WR.HL);
+}
+
+
+static void LD_H_off_IX_d (Z80Context* ctx)
+{
+ BR.H = read8(ctx, WR.IX + read8(ctx, ctx->PC++));
+}
+
+
+static void LD_H_off_IY_d (Z80Context* ctx)
+{
+ BR.H = read8(ctx, WR.IY + read8(ctx, ctx->PC++));
+}
+
+
+static void LD_H_A (Z80Context* ctx)
+{
+ BR.H = BR.A;
+}
+
+
+static void LD_H_B (Z80Context* ctx)
+{
+ BR.H = BR.B;
+}
+
+
+static void LD_H_C (Z80Context* ctx)
+{
+ BR.H = BR.C;
+}
+
+
+static void LD_H_D (Z80Context* ctx)
+{
+ BR.H = BR.D;
+}
+
+
+static void LD_H_E (Z80Context* ctx)
+{
+ BR.H = BR.E;
+}
+
+
+static void LD_H_H (Z80Context* ctx)
+{
+ BR.H = BR.H;
+}
+
+
+static void LD_H_L (Z80Context* ctx)
+{
+ BR.H = BR.L;
+}
+
+
+static void LD_H_n (Z80Context* ctx)
+{
+ BR.H = read8(ctx, ctx->PC++);
+
+}
+
+
+static void LD_H_RES_0_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_RES, 0, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.H);
+}
+
+
+static void LD_H_RES_0_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_RES, 0, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.H);
+}
+
+
+static void LD_H_RES_1_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_RES, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.H);
+}
+
+
+static void LD_H_RES_1_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_RES, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.H);
+}
+
+
+static void LD_H_RES_2_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_RES, 2, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.H);
+}
+
+
+static void LD_H_RES_2_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_RES, 2, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.H);
+}
+
+
+static void LD_H_RES_3_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_RES, 3, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.H);
+}
+
+
+static void LD_H_RES_3_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_RES, 3, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.H);
+}
+
+
+static void LD_H_RES_4_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_RES, 4, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.H);
+}
+
+
+static void LD_H_RES_4_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_RES, 4, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.H);
+}
+
+
+static void LD_H_RES_5_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_RES, 5, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.H);
+}
+
+
+static void LD_H_RES_5_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_RES, 5, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.H);
+}
+
+
+static void LD_H_RES_6_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_RES, 6, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.H);
+}
+
+
+static void LD_H_RES_6_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_RES, 6, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.H);
+}
+
+
+static void LD_H_RES_7_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_RES, 7, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.H);
+}
+
+
+static void LD_H_RES_7_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_RES, 7, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.H);
+}
+
+
+static void LD_H_RL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doRL(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.H);
+}
+
+
+static void LD_H_RL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doRL(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.H);
+}
+
+
+static void LD_H_RLC_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doRLC(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.H);
+}
+
+
+static void LD_H_RLC_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doRLC(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.H);
+}
+
+
+static void LD_H_RR_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doRR(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.H);
+}
+
+
+static void LD_H_RR_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doRR(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.H);
+}
+
+
+static void LD_H_RRC_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doRRC(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.H);
+}
+
+
+static void LD_H_RRC_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doRRC(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.H);
+}
+
+
+static void LD_H_SET_0_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_SET, 0, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.H);
+}
+
+
+static void LD_H_SET_0_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_SET, 0, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.H);
+}
+
+
+static void LD_H_SET_1_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_SET, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.H);
+}
+
+
+static void LD_H_SET_1_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_SET, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.H);
+}
+
+
+static void LD_H_SET_2_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_SET, 2, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.H);
+}
+
+
+static void LD_H_SET_2_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_SET, 2, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.H);
+}
+
+
+static void LD_H_SET_3_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_SET, 3, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.H);
+}
+
+
+static void LD_H_SET_3_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_SET, 3, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.H);
+}
+
+
+static void LD_H_SET_4_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_SET, 4, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.H);
+}
+
+
+static void LD_H_SET_4_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_SET, 4, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.H);
+}
+
+
+static void LD_H_SET_5_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_SET, 5, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.H);
+}
+
+
+static void LD_H_SET_5_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_SET, 5, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.H);
+}
+
+
+static void LD_H_SET_6_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_SET, 6, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.H);
+}
+
+
+static void LD_H_SET_6_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_SET, 6, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.H);
+}
+
+
+static void LD_H_SET_7_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_SET, 7, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.H);
+}
+
+
+static void LD_H_SET_7_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSetRes(ctx, SR_SET, 7, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.H);
+}
+
+
+static void LD_H_SLA_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSL(ctx, read8(ctx, WR.IX + off), 1);
+ write8(ctx, WR.IX + off, BR.H);
+
+}
+
+
+static void LD_H_SLA_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSL(ctx, read8(ctx, WR.IY + off), 1);
+ write8(ctx, WR.IY + off, BR.H);
+
+}
+
+
+static void LD_H_SLL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSL(ctx, read8(ctx, WR.IX + off), 0);
+ write8(ctx, WR.IX + off, BR.H);
+
+}
+
+
+static void LD_H_SLL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSL(ctx, read8(ctx, WR.IY + off), 0);
+ write8(ctx, WR.IY + off, BR.H);
+
+}
+
+
+static void LD_H_SRA_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSR(ctx, read8(ctx, WR.IX + off), 1);
+ write8(ctx, WR.IX + off, BR.H);
+
+}
+
+
+static void LD_H_SRA_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSR(ctx, read8(ctx, WR.IY + off), 1);
+ write8(ctx, WR.IY + off, BR.H);
+
+}
+
+
+static void LD_H_SRL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSR(ctx, read8(ctx, WR.IX + off), 0);
+ write8(ctx, WR.IX + off, BR.H);
+
+}
+
+
+static void LD_H_SRL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.H = doSR(ctx, read8(ctx, WR.IY + off), 0);
+ write8(ctx, WR.IY + off, BR.H);
+
+}
+
+
+static void LD_HL_off_nn (Z80Context* ctx)
+{
+ WR.HL = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+}
+
+
+static void LD_HL_nn (Z80Context* ctx)
+{
+ WR.HL = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+
+}
+
+
+static void LD_I_A (Z80Context* ctx)
+{
+ ctx->I = BR.A;
+}
+
+
+static void LD_IX_off_nn (Z80Context* ctx)
+{
+ ushort addr = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+ WR.IX = read16(ctx, addr);
+}
+
+
+static void LD_IX_nn (Z80Context* ctx)
+{
+ WR.IX = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+
+}
+
+
+static void LD_IXh_A (Z80Context* ctx)
+{
+ BR.IXh = BR.A;
+}
+
+
+static void LD_IXh_B (Z80Context* ctx)
+{
+ BR.IXh = BR.B;
+}
+
+
+static void LD_IXh_C (Z80Context* ctx)
+{
+ BR.IXh = BR.C;
+}
+
+
+static void LD_IXh_D (Z80Context* ctx)
+{
+ BR.IXh = BR.D;
+}
+
+
+static void LD_IXh_E (Z80Context* ctx)
+{
+ BR.IXh = BR.E;
+}
+
+
+static void LD_IXh_IXh (Z80Context* ctx)
+{
+ BR.IXh = BR.IXh;
+}
+
+
+static void LD_IXh_IXl (Z80Context* ctx)
+{
+ BR.IXh = BR.IXl;
+}
+
+
+static void LD_IXh_n (Z80Context* ctx)
+{
+ BR.IXh = read8(ctx, ctx->PC++);
+
+}
+
+
+static void LD_IXl_A (Z80Context* ctx)
+{
+ BR.IXl = BR.A;
+}
+
+
+static void LD_IXl_B (Z80Context* ctx)
+{
+ BR.IXl = BR.B;
+}
+
+
+static void LD_IXl_C (Z80Context* ctx)
+{
+ BR.IXl = BR.C;
+}
+
+
+static void LD_IXl_D (Z80Context* ctx)
+{
+ BR.IXl = BR.D;
+}
+
+
+static void LD_IXl_E (Z80Context* ctx)
+{
+ BR.IXl = BR.E;
+}
+
+
+static void LD_IXl_IXh (Z80Context* ctx)
+{
+ BR.IXl = BR.IXh;
+}
+
+
+static void LD_IXl_IXl (Z80Context* ctx)
+{
+ BR.IXl = BR.IXl;
+}
+
+
+static void LD_IXl_n (Z80Context* ctx)
+{
+ BR.IXl = read8(ctx, ctx->PC++);
+
+}
+
+
+static void LD_IY_off_nn (Z80Context* ctx)
+{
+ ushort addr = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+ WR.IY = read16(ctx, addr);
+}
+
+
+static void LD_IY_nn (Z80Context* ctx)
+{
+ WR.IY = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+
+}
+
+
+static void LD_IYh_A (Z80Context* ctx)
+{
+ BR.IYh = BR.A;
+}
+
+
+static void LD_IYh_B (Z80Context* ctx)
+{
+ BR.IYh = BR.B;
+}
+
+
+static void LD_IYh_C (Z80Context* ctx)
+{
+ BR.IYh = BR.C;
+}
+
+
+static void LD_IYh_D (Z80Context* ctx)
+{
+ BR.IYh = BR.D;
+}
+
+
+static void LD_IYh_E (Z80Context* ctx)
+{
+ BR.IYh = BR.E;
+}
+
+
+static void LD_IYh_IYh (Z80Context* ctx)
+{
+ BR.IYh = BR.IYh;
+}
+
+
+static void LD_IYh_IYl (Z80Context* ctx)
+{
+ BR.IYh = BR.IYl;
+}
+
+
+static void LD_IYh_n (Z80Context* ctx)
+{
+ BR.IYh = read8(ctx, ctx->PC++);
+
+}
+
+
+static void LD_IYl_A (Z80Context* ctx)
+{
+ BR.IYl = BR.A;
+}
+
+
+static void LD_IYl_B (Z80Context* ctx)
+{
+ BR.IYl = BR.B;
+}
+
+
+static void LD_IYl_C (Z80Context* ctx)
+{
+ BR.IYl = BR.C;
+}
+
+
+static void LD_IYl_D (Z80Context* ctx)
+{
+ BR.IYl = BR.D;
+}
+
+
+static void LD_IYl_E (Z80Context* ctx)
+{
+ BR.IYl = BR.E;
+}
+
+
+static void LD_IYl_IYh (Z80Context* ctx)
+{
+ BR.IYl = BR.IYh;
+}
+
+
+static void LD_IYl_IYl (Z80Context* ctx)
+{
+ BR.IYl = BR.IYl;
+}
+
+
+static void LD_IYl_n (Z80Context* ctx)
+{
+ BR.IYl = read8(ctx, ctx->PC++);
+
+}
+
+
+static void LD_L_off_HL (Z80Context* ctx)
+{
+ BR.L = read8(ctx, WR.HL);
+}
+
+
+static void LD_L_off_IX_d (Z80Context* ctx)
+{
+ BR.L = read8(ctx, WR.IX + read8(ctx, ctx->PC++));
+}
+
+
+static void LD_L_off_IY_d (Z80Context* ctx)
+{
+ BR.L = read8(ctx, WR.IY + read8(ctx, ctx->PC++));
+}
+
+
+static void LD_L_A (Z80Context* ctx)
+{
+ BR.L = BR.A;
+}
+
+
+static void LD_L_B (Z80Context* ctx)
+{
+ BR.L = BR.B;
+}
+
+
+static void LD_L_C (Z80Context* ctx)
+{
+ BR.L = BR.C;
+}
+
+
+static void LD_L_D (Z80Context* ctx)
+{
+ BR.L = BR.D;
+}
+
+
+static void LD_L_E (Z80Context* ctx)
+{
+ BR.L = BR.E;
+}
+
+
+static void LD_L_H (Z80Context* ctx)
+{
+ BR.L = BR.H;
+}
+
+
+static void LD_L_L (Z80Context* ctx)
+{
+ BR.L = BR.L;
+}
+
+
+static void LD_L_n (Z80Context* ctx)
+{
+ BR.L = read8(ctx, ctx->PC++);
+
+}
+
+
+static void LD_L_RES_0_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_RES, 0, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.L);
+}
+
+
+static void LD_L_RES_0_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_RES, 0, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.L);
+}
+
+
+static void LD_L_RES_1_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_RES, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.L);
+}
+
+
+static void LD_L_RES_1_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_RES, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.L);
+}
+
+
+static void LD_L_RES_2_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_RES, 2, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.L);
+}
+
+
+static void LD_L_RES_2_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_RES, 2, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.L);
+}
+
+
+static void LD_L_RES_3_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_RES, 3, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.L);
+}
+
+
+static void LD_L_RES_3_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_RES, 3, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.L);
+}
+
+
+static void LD_L_RES_4_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_RES, 4, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.L);
+}
+
+
+static void LD_L_RES_4_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_RES, 4, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.L);
+}
+
+
+static void LD_L_RES_5_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_RES, 5, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.L);
+}
+
+
+static void LD_L_RES_5_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_RES, 5, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.L);
+}
+
+
+static void LD_L_RES_6_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_RES, 6, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.L);
+}
+
+
+static void LD_L_RES_6_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_RES, 6, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.L);
+}
+
+
+static void LD_L_RES_7_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_RES, 7, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.L);
+}
+
+
+static void LD_L_RES_7_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_RES, 7, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.L);
+}
+
+
+static void LD_L_RL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doRL(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.L);
+}
+
+
+static void LD_L_RL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doRL(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.L);
+}
+
+
+static void LD_L_RLC_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doRLC(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.L);
+}
+
+
+static void LD_L_RLC_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doRLC(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.L);
+}
+
+
+static void LD_L_RR_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doRR(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.L);
+}
+
+
+static void LD_L_RR_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doRR(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.L);
+}
+
+
+static void LD_L_RRC_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doRRC(ctx, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.L);
+}
+
+
+static void LD_L_RRC_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doRRC(ctx, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.L);
+}
+
+
+static void LD_L_SET_0_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_SET, 0, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.L);
+}
+
+
+static void LD_L_SET_0_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_SET, 0, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.L);
+}
+
+
+static void LD_L_SET_1_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_SET, 1, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.L);
+}
+
+
+static void LD_L_SET_1_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_SET, 1, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.L);
+}
+
+
+static void LD_L_SET_2_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_SET, 2, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.L);
+}
+
+
+static void LD_L_SET_2_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_SET, 2, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.L);
+}
+
+
+static void LD_L_SET_3_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_SET, 3, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.L);
+}
+
+
+static void LD_L_SET_3_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_SET, 3, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.L);
+}
+
+
+static void LD_L_SET_4_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_SET, 4, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.L);
+}
+
+
+static void LD_L_SET_4_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_SET, 4, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.L);
+}
+
+
+static void LD_L_SET_5_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_SET, 5, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.L);
+}
+
+
+static void LD_L_SET_5_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_SET, 5, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.L);
+}
+
+
+static void LD_L_SET_6_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_SET, 6, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.L);
+}
+
+
+static void LD_L_SET_6_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_SET, 6, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.L);
+}
+
+
+static void LD_L_SET_7_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_SET, 7, read8(ctx, WR.IX + off));
+ write8(ctx, WR.IX + off, BR.L);
+}
+
+
+static void LD_L_SET_7_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSetRes(ctx, SR_SET, 7, read8(ctx, WR.IY + off));
+ write8(ctx, WR.IY + off, BR.L);
+}
+
+
+static void LD_L_SLA_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSL(ctx, read8(ctx, WR.IX + off), 1);
+ write8(ctx, WR.IX + off, BR.L);
+
+}
+
+
+static void LD_L_SLA_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSL(ctx, read8(ctx, WR.IY + off), 1);
+ write8(ctx, WR.IY + off, BR.L);
+
+}
+
+
+static void LD_L_SLL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSL(ctx, read8(ctx, WR.IX + off), 0);
+ write8(ctx, WR.IX + off, BR.L);
+
+}
+
+
+static void LD_L_SLL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSL(ctx, read8(ctx, WR.IY + off), 0);
+ write8(ctx, WR.IY + off, BR.L);
+
+}
+
+
+static void LD_L_SRA_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSR(ctx, read8(ctx, WR.IX + off), 1);
+ write8(ctx, WR.IX + off, BR.L);
+
+}
+
+
+static void LD_L_SRA_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSR(ctx, read8(ctx, WR.IY + off), 1);
+ write8(ctx, WR.IY + off, BR.L);
+
+}
+
+
+static void LD_L_SRL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSR(ctx, read8(ctx, WR.IX + off), 0);
+ write8(ctx, WR.IX + off, BR.L);
+
+}
+
+
+static void LD_L_SRL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ BR.L = doSR(ctx, read8(ctx, WR.IY + off), 0);
+ write8(ctx, WR.IY + off, BR.L);
+
+}
+
+
+static void LD_R_A (Z80Context* ctx)
+{
+ ctx->R = BR.A;
+}
+
+
+static void LD_SP_off_nn (Z80Context* ctx)
+{
+ WR.SP = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+}
+
+
+static void LD_SP_HL (Z80Context* ctx)
+{
+ WR.SP = WR.HL;
+}
+
+
+static void LD_SP_IX (Z80Context* ctx)
+{
+ WR.SP = WR.IX;
+}
+
+
+static void LD_SP_IY (Z80Context* ctx)
+{
+ WR.SP = WR.IY;
+}
+
+
+static void LD_SP_nn (Z80Context* ctx)
+{
+ WR.SP = read16(ctx, ctx->PC);
+ ctx->PC += 2;
+
+}
+
+
+static void LDD (Z80Context* ctx)
+{
+ byte val = read8(ctx, WR.HL);
+ write8(ctx, WR.DE, val);
+ WR.DE--;
+ WR.HL--;
+ WR.BC--;
+
+ VALFLAG(F_5, ((BR.A + val) & F_5) != 0);
+ VALFLAG(F_3, ((BR.A + val) & F_3) != 0);
+ RESFLAG(F_H | F_N);
+ VALFLAG(F_PV, WR.BC != 0);
+
+}
+
+
+static void LDDR (Z80Context* ctx)
+{
+ do
+ {
+ LDD(ctx);
+ } while (WR.BC);
+}
+
+
+static void LDI (Z80Context* ctx)
+{
+ byte val = read8(ctx, WR.HL);
+ write8(ctx, WR.DE, val);
+ WR.DE++;
+ WR.HL++;
+ WR.BC--;
+
+ VALFLAG(F_5, ((BR.A + val) & F_5) != 0);
+ VALFLAG(F_3, ((BR.A + val) & F_3) != 0);
+ RESFLAG(F_H | F_N);
+ VALFLAG(F_PV, WR.BC != 0);
+}
+
+
+static void LDIR (Z80Context* ctx)
+{
+ do
+ {
+ LDI(ctx);
+ } while (WR.BC);
+}
+
+
+static void NEG (Z80Context* ctx)
+{
+ CPL(ctx);
+}
+
+
+static void NOP (Z80Context* ctx)
+{
+ /* NOP */
+
+}
+
+
+static void OR_off_HL (Z80Context* ctx)
+{
+ doOR(ctx, read8(ctx, WR.HL));
+}
+
+
+static void OR_off_IX_d (Z80Context* ctx)
+{
+ doOR(ctx, read8(ctx, WR.IX + read8(ctx, ctx->PC++)));
+}
+
+
+static void OR_off_IY_d (Z80Context* ctx)
+{
+ doOR(ctx, read8(ctx, WR.IY + read8(ctx, ctx->PC++)));
+}
+
+
+static void OR_A (Z80Context* ctx)
+{
+ doOR(ctx, BR.A);
+}
+
+
+static void OR_B (Z80Context* ctx)
+{
+ doOR(ctx, BR.B);
+}
+
+
+static void OR_C (Z80Context* ctx)
+{
+ doOR(ctx, BR.C);
+}
+
+
+static void OR_D (Z80Context* ctx)
+{
+ doOR(ctx, BR.D);
+}
+
+
+static void OR_E (Z80Context* ctx)
+{
+ doOR(ctx, BR.E);
+}
+
+
+static void OR_H (Z80Context* ctx)
+{
+ doOR(ctx, BR.H);
+}
+
+
+static void OR_IXh (Z80Context* ctx)
+{
+ doOR(ctx, BR.IXh);
+}
+
+
+static void OR_IXl (Z80Context* ctx)
+{
+ doOR(ctx, BR.IXl);
+}
+
+
+static void OR_IYh (Z80Context* ctx)
+{
+ doOR(ctx, BR.IYh);
+}
+
+
+static void OR_IYl (Z80Context* ctx)
+{
+ doOR(ctx, BR.IYl);
+}
+
+
+static void OR_L (Z80Context* ctx)
+{
+ doOR(ctx, BR.L);
+}
+
+
+static void OR_n (Z80Context* ctx)
+{
+ doOR(ctx, read8(ctx, ctx->PC++));
+}
+
+
+static void OTDR (Z80Context* ctx)
+{
+ do
+ {
+ OUTD(ctx);
+ } while (BR.B);
+ SETFLAG(F_Z);
+ RESFLAG(F_S | F_5 | F_3);
+}
+
+
+static void OTIR (Z80Context* ctx)
+{
+ do
+ {
+ OUTI(ctx);
+ } while (BR.B);
+ SETFLAG(F_Z);
+ RESFLAG(F_S | F_5 | F_3);
+}
+
+
+static void OUT_off_C_0 (Z80Context* ctx)
+{
+ ioWrite(ctx, BR.C, 0);
+
+}
+
+
+static void OUT_off_C_A (Z80Context* ctx)
+{
+ ioWrite(ctx, BR.C, BR.A);
+}
+
+
+static void OUT_off_C_B (Z80Context* ctx)
+{
+ ioWrite(ctx, BR.C, BR.B);
+}
+
+
+static void OUT_off_C_C (Z80Context* ctx)
+{
+ ioWrite(ctx, BR.C, BR.C);
+}
+
+
+static void OUT_off_C_D (Z80Context* ctx)
+{
+ ioWrite(ctx, BR.C, BR.D);
+}
+
+
+static void OUT_off_C_E (Z80Context* ctx)
+{
+ ioWrite(ctx, BR.C, BR.E);
+}
+
+
+static void OUT_off_C_H (Z80Context* ctx)
+{
+ ioWrite(ctx, BR.C, BR.H);
+}
+
+
+static void OUT_off_C_L (Z80Context* ctx)
+{
+ ioWrite(ctx, BR.C, BR.L);
+}
+
+
+static void OUT_off_n_A (Z80Context* ctx)
+{
+ ioWrite(ctx, read8(ctx, ctx->PC++), BR.A);
+}
+
+
+static void OUTD (Z80Context* ctx)
+{
+ ioWrite(ctx, BR.C, read8(ctx, WR.HL));
+ WR.HL--;
+ BR.B = doIncDec(ctx, BR.B, 1);
+}
+
+
+static void OUTI (Z80Context* ctx)
+{
+ ioWrite(ctx, BR.C, read8(ctx, WR.HL));
+ WR.HL++;
+ BR.B = doIncDec(ctx, BR.B, 1);
+}
+
+
+static void POP_AF (Z80Context* ctx)
+{
+ WR.AF = doPop(ctx);
+}
+
+
+static void POP_BC (Z80Context* ctx)
+{
+ WR.BC = doPop(ctx);
+}
+
+
+static void POP_DE (Z80Context* ctx)
+{
+ WR.DE = doPop(ctx);
+}
+
+
+static void POP_HL (Z80Context* ctx)
+{
+ WR.HL = doPop(ctx);
+}
+
+
+static void POP_IX (Z80Context* ctx)
+{
+ WR.IX = doPop(ctx);
+}
+
+
+static void POP_IY (Z80Context* ctx)
+{
+ WR.IY = doPop(ctx);
+}
+
+
+static void PUSH_AF (Z80Context* ctx)
+{
+ doPush(ctx, WR.AF);
+}
+
+
+static void PUSH_BC (Z80Context* ctx)
+{
+ doPush(ctx, WR.BC);
+}
+
+
+static void PUSH_DE (Z80Context* ctx)
+{
+ doPush(ctx, WR.DE);
+}
+
+
+static void PUSH_HL (Z80Context* ctx)
+{
+ doPush(ctx, WR.HL);
+}
+
+
+static void PUSH_IX (Z80Context* ctx)
+{
+ doPush(ctx, WR.IX);
+}
+
+
+static void PUSH_IY (Z80Context* ctx)
+{
+ doPush(ctx, WR.IY);
+}
+
+
+static void RES_0_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doSetRes(ctx, SR_RES, 0, read8(ctx, WR.HL)));
+}
+
+
+static void RES_0_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doSetRes(ctx, SR_RES, 0, read8(ctx, WR.IX + off)));
+
+
+}
+
+
+static void RES_0_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doSetRes(ctx, SR_RES, 0, read8(ctx, WR.IY + off)));
+
+
+}
+
+
+static void RES_0_A (Z80Context* ctx)
+{
+ BR.A = doSetRes(ctx, SR_RES, 0, BR.A);
+}
+
+
+static void RES_0_B (Z80Context* ctx)
+{
+ BR.B = doSetRes(ctx, SR_RES, 0, BR.B);
+}
+
+
+static void RES_0_C (Z80Context* ctx)
+{
+ BR.C = doSetRes(ctx, SR_RES, 0, BR.C);
+}
+
+
+static void RES_0_D (Z80Context* ctx)
+{
+ BR.D = doSetRes(ctx, SR_RES, 0, BR.D);
+}
+
+
+static void RES_0_E (Z80Context* ctx)
+{
+ BR.E = doSetRes(ctx, SR_RES, 0, BR.E);
+}
+
+
+static void RES_0_H (Z80Context* ctx)
+{
+ BR.H = doSetRes(ctx, SR_RES, 0, BR.H);
+}
+
+
+static void RES_0_L (Z80Context* ctx)
+{
+ BR.L = doSetRes(ctx, SR_RES, 0, BR.L);
+}
+
+
+static void RES_1_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doSetRes(ctx, SR_RES, 1, read8(ctx, WR.HL)));
+}
+
+
+static void RES_1_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doSetRes(ctx, SR_RES, 1, read8(ctx, WR.IX + off)));
+
+
+}
+
+
+static void RES_1_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doSetRes(ctx, SR_RES, 1, read8(ctx, WR.IY + off)));
+
+
+}
+
+
+static void RES_1_A (Z80Context* ctx)
+{
+ BR.A = doSetRes(ctx, SR_RES, 1, BR.A);
+}
+
+
+static void RES_1_B (Z80Context* ctx)
+{
+ BR.B = doSetRes(ctx, SR_RES, 1, BR.B);
+}
+
+
+static void RES_1_C (Z80Context* ctx)
+{
+ BR.C = doSetRes(ctx, SR_RES, 1, BR.C);
+}
+
+
+static void RES_1_D (Z80Context* ctx)
+{
+ BR.D = doSetRes(ctx, SR_RES, 1, BR.D);
+}
+
+
+static void RES_1_E (Z80Context* ctx)
+{
+ BR.E = doSetRes(ctx, SR_RES, 1, BR.E);
+}
+
+
+static void RES_1_H (Z80Context* ctx)
+{
+ BR.H = doSetRes(ctx, SR_RES, 1, BR.H);
+}
+
+
+static void RES_1_L (Z80Context* ctx)
+{
+ BR.L = doSetRes(ctx, SR_RES, 1, BR.L);
+}
+
+
+static void RES_2_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doSetRes(ctx, SR_RES, 2, read8(ctx, WR.HL)));
+}
+
+
+static void RES_2_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doSetRes(ctx, SR_RES, 2, read8(ctx, WR.IX + off)));
+
+
+}
+
+
+static void RES_2_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doSetRes(ctx, SR_RES, 2, read8(ctx, WR.IY + off)));
+
+
+}
+
+
+static void RES_2_A (Z80Context* ctx)
+{
+ BR.A = doSetRes(ctx, SR_RES, 2, BR.A);
+}
+
+
+static void RES_2_B (Z80Context* ctx)
+{
+ BR.B = doSetRes(ctx, SR_RES, 2, BR.B);
+}
+
+
+static void RES_2_C (Z80Context* ctx)
+{
+ BR.C = doSetRes(ctx, SR_RES, 2, BR.C);
+}
+
+
+static void RES_2_D (Z80Context* ctx)
+{
+ BR.D = doSetRes(ctx, SR_RES, 2, BR.D);
+}
+
+
+static void RES_2_E (Z80Context* ctx)
+{
+ BR.E = doSetRes(ctx, SR_RES, 2, BR.E);
+}
+
+
+static void RES_2_H (Z80Context* ctx)
+{
+ BR.H = doSetRes(ctx, SR_RES, 2, BR.H);
+}
+
+
+static void RES_2_L (Z80Context* ctx)
+{
+ BR.L = doSetRes(ctx, SR_RES, 2, BR.L);
+}
+
+
+static void RES_3_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doSetRes(ctx, SR_RES, 3, read8(ctx, WR.HL)));
+}
+
+
+static void RES_3_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doSetRes(ctx, SR_RES, 3, read8(ctx, WR.IX + off)));
+
+
+}
+
+
+static void RES_3_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doSetRes(ctx, SR_RES, 3, read8(ctx, WR.IY + off)));
+
+
+}
+
+
+static void RES_3_A (Z80Context* ctx)
+{
+ BR.A = doSetRes(ctx, SR_RES, 3, BR.A);
+}
+
+
+static void RES_3_B (Z80Context* ctx)
+{
+ BR.B = doSetRes(ctx, SR_RES, 3, BR.B);
+}
+
+
+static void RES_3_C (Z80Context* ctx)
+{
+ BR.C = doSetRes(ctx, SR_RES, 3, BR.C);
+}
+
+
+static void RES_3_D (Z80Context* ctx)
+{
+ BR.D = doSetRes(ctx, SR_RES, 3, BR.D);
+}
+
+
+static void RES_3_E (Z80Context* ctx)
+{
+ BR.E = doSetRes(ctx, SR_RES, 3, BR.E);
+}
+
+
+static void RES_3_H (Z80Context* ctx)
+{
+ BR.H = doSetRes(ctx, SR_RES, 3, BR.H);
+}
+
+
+static void RES_3_L (Z80Context* ctx)
+{
+ BR.L = doSetRes(ctx, SR_RES, 3, BR.L);
+}
+
+
+static void RES_4_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doSetRes(ctx, SR_RES, 4, read8(ctx, WR.HL)));
+}
+
+
+static void RES_4_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doSetRes(ctx, SR_RES, 4, read8(ctx, WR.IX + off)));
+
+
+}
+
+
+static void RES_4_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doSetRes(ctx, SR_RES, 4, read8(ctx, WR.IY + off)));
+
+
+}
+
+
+static void RES_4_A (Z80Context* ctx)
+{
+ BR.A = doSetRes(ctx, SR_RES, 4, BR.A);
+}
+
+
+static void RES_4_B (Z80Context* ctx)
+{
+ BR.B = doSetRes(ctx, SR_RES, 4, BR.B);
+}
+
+
+static void RES_4_C (Z80Context* ctx)
+{
+ BR.C = doSetRes(ctx, SR_RES, 4, BR.C);
+}
+
+
+static void RES_4_D (Z80Context* ctx)
+{
+ BR.D = doSetRes(ctx, SR_RES, 4, BR.D);
+}
+
+
+static void RES_4_E (Z80Context* ctx)
+{
+ BR.E = doSetRes(ctx, SR_RES, 4, BR.E);
+}
+
+
+static void RES_4_H (Z80Context* ctx)
+{
+ BR.H = doSetRes(ctx, SR_RES, 4, BR.H);
+}
+
+
+static void RES_4_L (Z80Context* ctx)
+{
+ BR.L = doSetRes(ctx, SR_RES, 4, BR.L);
+}
+
+
+static void RES_5_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doSetRes(ctx, SR_RES, 5, read8(ctx, WR.HL)));
+}
+
+
+static void RES_5_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doSetRes(ctx, SR_RES, 5, read8(ctx, WR.IX + off)));
+
+
+}
+
+
+static void RES_5_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doSetRes(ctx, SR_RES, 5, read8(ctx, WR.IY + off)));
+
+
+}
+
+
+static void RES_5_A (Z80Context* ctx)
+{
+ BR.A = doSetRes(ctx, SR_RES, 5, BR.A);
+}
+
+
+static void RES_5_B (Z80Context* ctx)
+{
+ BR.B = doSetRes(ctx, SR_RES, 5, BR.B);
+}
+
+
+static void RES_5_C (Z80Context* ctx)
+{
+ BR.C = doSetRes(ctx, SR_RES, 5, BR.C);
+}
+
+
+static void RES_5_D (Z80Context* ctx)
+{
+ BR.D = doSetRes(ctx, SR_RES, 5, BR.D);
+}
+
+
+static void RES_5_E (Z80Context* ctx)
+{
+ BR.E = doSetRes(ctx, SR_RES, 5, BR.E);
+}
+
+
+static void RES_5_H (Z80Context* ctx)
+{
+ BR.H = doSetRes(ctx, SR_RES, 5, BR.H);
+}
+
+
+static void RES_5_L (Z80Context* ctx)
+{
+ BR.L = doSetRes(ctx, SR_RES, 5, BR.L);
+}
+
+
+static void RES_6_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doSetRes(ctx, SR_RES, 6, read8(ctx, WR.HL)));
+}
+
+
+static void RES_6_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doSetRes(ctx, SR_RES, 6, read8(ctx, WR.IX + off)));
+
+
+}
+
+
+static void RES_6_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doSetRes(ctx, SR_RES, 6, read8(ctx, WR.IY + off)));
+
+
+}
+
+
+static void RES_6_A (Z80Context* ctx)
+{
+ BR.A = doSetRes(ctx, SR_RES, 6, BR.A);
+}
+
+
+static void RES_6_B (Z80Context* ctx)
+{
+ BR.B = doSetRes(ctx, SR_RES, 6, BR.B);
+}
+
+
+static void RES_6_C (Z80Context* ctx)
+{
+ BR.C = doSetRes(ctx, SR_RES, 6, BR.C);
+}
+
+
+static void RES_6_D (Z80Context* ctx)
+{
+ BR.D = doSetRes(ctx, SR_RES, 6, BR.D);
+}
+
+
+static void RES_6_E (Z80Context* ctx)
+{
+ BR.E = doSetRes(ctx, SR_RES, 6, BR.E);
+}
+
+
+static void RES_6_H (Z80Context* ctx)
+{
+ BR.H = doSetRes(ctx, SR_RES, 6, BR.H);
+}
+
+
+static void RES_6_L (Z80Context* ctx)
+{
+ BR.L = doSetRes(ctx, SR_RES, 6, BR.L);
+}
+
+
+static void RES_7_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doSetRes(ctx, SR_RES, 7, read8(ctx, WR.HL)));
+}
+
+
+static void RES_7_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doSetRes(ctx, SR_RES, 7, read8(ctx, WR.IX + off)));
+
+
+}
+
+
+static void RES_7_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doSetRes(ctx, SR_RES, 7, read8(ctx, WR.IY + off)));
+
+
+}
+
+
+static void RES_7_A (Z80Context* ctx)
+{
+ BR.A = doSetRes(ctx, SR_RES, 7, BR.A);
+}
+
+
+static void RES_7_B (Z80Context* ctx)
+{
+ BR.B = doSetRes(ctx, SR_RES, 7, BR.B);
+}
+
+
+static void RES_7_C (Z80Context* ctx)
+{
+ BR.C = doSetRes(ctx, SR_RES, 7, BR.C);
+}
+
+
+static void RES_7_D (Z80Context* ctx)
+{
+ BR.D = doSetRes(ctx, SR_RES, 7, BR.D);
+}
+
+
+static void RES_7_E (Z80Context* ctx)
+{
+ BR.E = doSetRes(ctx, SR_RES, 7, BR.E);
+}
+
+
+static void RES_7_H (Z80Context* ctx)
+{
+ BR.H = doSetRes(ctx, SR_RES, 7, BR.H);
+}
+
+
+static void RES_7_L (Z80Context* ctx)
+{
+ BR.L = doSetRes(ctx, SR_RES, 7, BR.L);
+}
+
+
+static void RET (Z80Context* ctx)
+{
+ ctx->PC = doPop(ctx);
+}
+
+
+static void RET_C (Z80Context* ctx)
+{
+ if (ctx, condition(ctx, C_C))
+ ctx->PC = doPop(ctx);
+
+}
+
+
+static void RET_M (Z80Context* ctx)
+{
+ if (ctx, condition(ctx, C_M))
+ ctx->PC = doPop(ctx);
+
+}
+
+
+static void RET_NC (Z80Context* ctx)
+{
+ if (ctx, condition(ctx, C_NC))
+ ctx->PC = doPop(ctx);
+
+}
+
+
+static void RET_NZ (Z80Context* ctx)
+{
+ if (ctx, condition(ctx, C_NZ))
+ ctx->PC = doPop(ctx);
+
+}
+
+
+static void RET_P (Z80Context* ctx)
+{
+ if (ctx, condition(ctx, C_P))
+ ctx->PC = doPop(ctx);
+
+}
+
+
+static void RET_PE (Z80Context* ctx)
+{
+ if (ctx, condition(ctx, C_PE))
+ ctx->PC = doPop(ctx);
+
+}
+
+
+static void RET_PO (Z80Context* ctx)
+{
+ if (ctx, condition(ctx, C_PO))
+ ctx->PC = doPop(ctx);
+
+}
+
+
+static void RET_Z (Z80Context* ctx)
+{
+ if (ctx, condition(ctx, C_Z))
+ ctx->PC = doPop(ctx);
+
+}
+
+
+static void RETI (Z80Context* ctx)
+{
+ ctx->IFF1 = ctx->IFF2;
+ RET (ctx);
+
+}
+
+
+static void RETN (Z80Context* ctx)
+{
+ ctx->IFF1 = ctx->IFF2;
+ RET(ctx);
+}
+
+
+static void RL_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doRL(ctx, 1, read8(ctx, WR.HL)));
+
+}
+
+
+static void RL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doRL(ctx, 1, read8(ctx, WR.IX + off)));
+}
+
+
+static void RL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doRL(ctx, 1, read8(ctx, WR.IY + off)));
+}
+
+
+static void RL_A (Z80Context* ctx)
+{
+ BR.A = doRL(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RL_B (Z80Context* ctx)
+{
+ BR.B = doRL(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RL_C (Z80Context* ctx)
+{
+ BR.C = doRL(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RL_D (Z80Context* ctx)
+{
+ BR.D = doRL(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RL_E (Z80Context* ctx)
+{
+ BR.E = doRL(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RL_H (Z80Context* ctx)
+{
+ BR.H = doRL(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RL_L (Z80Context* ctx)
+{
+ BR.L = doRL(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RLA (Z80Context* ctx)
+{
+ BR.A = doRL(ctx, 0, BR.A);
+
+
+}
+
+
+static void RLC_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doRLC(ctx, 1, read8(ctx, WR.HL)));
+
+}
+
+
+static void RLC_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doRLC(ctx, 1, read8(ctx, WR.IX + off)));
+}
+
+
+static void RLC_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doRLC(ctx, 1, read8(ctx, WR.IY + off)));
+}
+
+
+static void RLC_A (Z80Context* ctx)
+{
+ BR.A = doRLC(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RLC_B (Z80Context* ctx)
+{
+ BR.B = doRLC(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RLC_C (Z80Context* ctx)
+{
+ BR.C = doRLC(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RLC_D (Z80Context* ctx)
+{
+ BR.D = doRLC(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RLC_E (Z80Context* ctx)
+{
+ BR.E = doRLC(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RLC_H (Z80Context* ctx)
+{
+ BR.H = doRLC(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RLC_L (Z80Context* ctx)
+{
+ BR.L = doRLC(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RLCA (Z80Context* ctx)
+{
+ BR.A = doRLC(ctx, 0, BR.A);
+
+
+}
+
+
+static void RLD (Z80Context* ctx)
+{
+ byte Ah = BR.A & 0xF0;
+ byte hl = read8(ctx, WR.HL);
+
+ BR.A = (BR.A & 0x0F) | ((hl & 0x0F) << 4);
+ hl = (hl << 4) | Ah;
+ write8(ctx, WR.HL, hl);
+
+
+}
+
+
+static void RR_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doRR(ctx, 1, read8(ctx, WR.HL)));
+
+}
+
+
+static void RR_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doRR(ctx, 1, read8(ctx, WR.IX + off)));
+}
+
+
+static void RR_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doRR(ctx, 1, read8(ctx, WR.IY + off)));
+}
+
+
+static void RR_A (Z80Context* ctx)
+{
+ BR.A = doRR(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RR_B (Z80Context* ctx)
+{
+ BR.B = doRR(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RR_C (Z80Context* ctx)
+{
+ BR.C = doRR(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RR_D (Z80Context* ctx)
+{
+ BR.D = doRR(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RR_E (Z80Context* ctx)
+{
+ BR.E = doRR(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RR_H (Z80Context* ctx)
+{
+ BR.H = doRR(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RR_L (Z80Context* ctx)
+{
+ BR.L = doRR(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RRA (Z80Context* ctx)
+{
+ BR.A = doRR(ctx, 0, BR.A);
+
+
+}
+
+
+static void RRC_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doRRC(ctx, 1, read8(ctx, WR.HL)));
+
+}
+
+
+static void RRC_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doRRC(ctx, 1, read8(ctx, WR.IX + off)));
+}
+
+
+static void RRC_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doRRC(ctx, 1, read8(ctx, WR.IY + off)));
+}
+
+
+static void RRC_A (Z80Context* ctx)
+{
+ BR.A = doRRC(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RRC_B (Z80Context* ctx)
+{
+ BR.B = doRRC(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RRC_C (Z80Context* ctx)
+{
+ BR.C = doRRC(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RRC_D (Z80Context* ctx)
+{
+ BR.D = doRRC(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RRC_E (Z80Context* ctx)
+{
+ BR.E = doRRC(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RRC_H (Z80Context* ctx)
+{
+ BR.H = doRRC(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RRC_L (Z80Context* ctx)
+{
+ BR.L = doRRC(ctx, 1, read8(ctx, WR.HL));
+}
+
+
+static void RRCA (Z80Context* ctx)
+{
+ BR.A = doRRC(ctx, 0, BR.A);
+
+
+}
+
+
+static void RRD (Z80Context* ctx)
+{
+ byte Ah = BR.A & 0xF0;
+ byte hl = read8(ctx, WR.HL);
+
+ BR.A = (BR.A & 0x0F) | (hl & 0xF0);
+ hl = (hl >> 4) | (Ah << 4);
+
+ write8(ctx, WR.HL, hl);
+
+
+}
+
+
+static void RST_0H (Z80Context* ctx)
+{
+ doPush(ctx, ctx->PC);
+ ctx->PC = 0x00;
+
+
+}
+
+
+static void RST_10H (Z80Context* ctx)
+{
+ doPush(ctx, ctx->PC);
+ ctx->PC = 0x010;
+
+
+}
+
+
+static void RST_18H (Z80Context* ctx)
+{
+ doPush(ctx, ctx->PC);
+ ctx->PC = 0x018;
+
+
+}
+
+
+static void RST_20H (Z80Context* ctx)
+{
+ doPush(ctx, ctx->PC);
+ ctx->PC = 0x020;
+
+
+}
+
+
+static void RST_28H (Z80Context* ctx)
+{
+ doPush(ctx, ctx->PC);
+ ctx->PC = 0x028;
+
+
+}
+
+
+static void RST_30H (Z80Context* ctx)
+{
+ doPush(ctx, ctx->PC);
+ ctx->PC = 0x030;
+
+
+}
+
+
+static void RST_38H (Z80Context* ctx)
+{
+ doPush(ctx, ctx->PC);
+ ctx->PC = 0x038;
+
+
+}
+
+
+static void RST_8H (Z80Context* ctx)
+{
+ doPush(ctx, ctx->PC);
+ ctx->PC = 0x08;
+
+
+}
+
+
+static void SBC_A_off_HL (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, read8(ctx, WR.HL), F1_SBC, F2_SBC);
+}
+
+
+static void SBC_A_off_IX_d (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, read8(ctx, WR.IX + read8(ctx, ctx->PC++)), F1_SBC, F2_SBC);
+
+}
+
+
+static void SBC_A_off_IY_d (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, read8(ctx, WR.IY + read8(ctx, ctx->PC++)), F1_SBC, F2_SBC);
+
+}
+
+
+static void SBC_A_A (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.A, F1_SBC, F2_SBC);
+}
+
+
+static void SBC_A_B (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.B, F1_SBC, F2_SBC);
+}
+
+
+static void SBC_A_C (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.C, F1_SBC, F2_SBC);
+}
+
+
+static void SBC_A_D (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.D, F1_SBC, F2_SBC);
+}
+
+
+static void SBC_A_E (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.E, F1_SBC, F2_SBC);
+}
+
+
+static void SBC_A_H (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.H, F1_SBC, F2_SBC);
+}
+
+
+static void SBC_A_IXh (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.IXh, F1_SBC, F2_SBC);
+}
+
+
+static void SBC_A_IXl (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.IXl, F1_SBC, F2_SBC);
+}
+
+
+static void SBC_A_IYh (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.IYh, F1_SBC, F2_SBC);
+}
+
+
+static void SBC_A_IYl (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.IYl, F1_SBC, F2_SBC);
+}
+
+
+static void SBC_A_L (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.L, F1_SBC, F2_SBC);
+}
+
+
+static void SBC_A_n (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, read8(ctx, ctx->PC++), F1_SBC, F2_SBC);
+}
+
+
+static void SBC_HL_BC (Z80Context* ctx)
+{
+ WR.HL -= WR.BC + GETFLAG(F_C);
+
+}
+
+
+static void SBC_HL_DE (Z80Context* ctx)
+{
+ WR.HL -= WR.DE + GETFLAG(F_C);
+
+}
+
+
+static void SBC_HL_HL (Z80Context* ctx)
+{
+ WR.HL -= WR.HL + GETFLAG(F_C);
+
+}
+
+
+static void SBC_HL_SP (Z80Context* ctx)
+{
+ WR.HL -= WR.SP + GETFLAG(F_C);
+
+}
+
+
+static void SCF (Z80Context* ctx)
+{
+ SETFLAG(F_C);
+ RESFLAG(F_N | F_H);
+}
+
+
+static void SET_0_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doSetRes(ctx, SR_SET, 0, read8(ctx, WR.HL)));
+}
+
+
+static void SET_0_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doSetRes(ctx, SR_SET, 0, read8(ctx, WR.IX + off)));
+
+
+}
+
+
+static void SET_0_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doSetRes(ctx, SR_SET, 0, read8(ctx, WR.IY + off)));
+
+
+}
+
+
+static void SET_0_A (Z80Context* ctx)
+{
+ BR.A = doSetRes(ctx, SR_SET, 0, BR.A);
+}
+
+
+static void SET_0_B (Z80Context* ctx)
+{
+ BR.B = doSetRes(ctx, SR_SET, 0, BR.B);
+}
+
+
+static void SET_0_C (Z80Context* ctx)
+{
+ BR.C = doSetRes(ctx, SR_SET, 0, BR.C);
+}
+
+
+static void SET_0_D (Z80Context* ctx)
+{
+ BR.D = doSetRes(ctx, SR_SET, 0, BR.D);
+}
+
+
+static void SET_0_E (Z80Context* ctx)
+{
+ BR.E = doSetRes(ctx, SR_SET, 0, BR.E);
+}
+
+
+static void SET_0_H (Z80Context* ctx)
+{
+ BR.H = doSetRes(ctx, SR_SET, 0, BR.H);
+}
+
+
+static void SET_0_L (Z80Context* ctx)
+{
+ BR.L = doSetRes(ctx, SR_SET, 0, BR.L);
+}
+
+
+static void SET_1_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doSetRes(ctx, SR_SET, 1, read8(ctx, WR.HL)));
+}
+
+
+static void SET_1_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doSetRes(ctx, SR_SET, 1, read8(ctx, WR.IX + off)));
+
+
+}
+
+
+static void SET_1_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doSetRes(ctx, SR_SET, 1, read8(ctx, WR.IY + off)));
+
+
+}
+
+
+static void SET_1_A (Z80Context* ctx)
+{
+ BR.A = doSetRes(ctx, SR_SET, 1, BR.A);
+}
+
+
+static void SET_1_B (Z80Context* ctx)
+{
+ BR.B = doSetRes(ctx, SR_SET, 1, BR.B);
+}
+
+
+static void SET_1_C (Z80Context* ctx)
+{
+ BR.C = doSetRes(ctx, SR_SET, 1, BR.C);
+}
+
+
+static void SET_1_D (Z80Context* ctx)
+{
+ BR.D = doSetRes(ctx, SR_SET, 1, BR.D);
+}
+
+
+static void SET_1_E (Z80Context* ctx)
+{
+ BR.E = doSetRes(ctx, SR_SET, 1, BR.E);
+}
+
+
+static void SET_1_H (Z80Context* ctx)
+{
+ BR.H = doSetRes(ctx, SR_SET, 1, BR.H);
+}
+
+
+static void SET_1_L (Z80Context* ctx)
+{
+ BR.L = doSetRes(ctx, SR_SET, 1, BR.L);
+}
+
+
+static void SET_2_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doSetRes(ctx, SR_SET, 2, read8(ctx, WR.HL)));
+}
+
+
+static void SET_2_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doSetRes(ctx, SR_SET, 2, read8(ctx, WR.IX + off)));
+
+
+}
+
+
+static void SET_2_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doSetRes(ctx, SR_SET, 2, read8(ctx, WR.IY + off)));
+
+
+}
+
+
+static void SET_2_A (Z80Context* ctx)
+{
+ BR.A = doSetRes(ctx, SR_SET, 2, BR.A);
+}
+
+
+static void SET_2_B (Z80Context* ctx)
+{
+ BR.B = doSetRes(ctx, SR_SET, 2, BR.B);
+}
+
+
+static void SET_2_C (Z80Context* ctx)
+{
+ BR.C = doSetRes(ctx, SR_SET, 2, BR.C);
+}
+
+
+static void SET_2_D (Z80Context* ctx)
+{
+ BR.D = doSetRes(ctx, SR_SET, 2, BR.D);
+}
+
+
+static void SET_2_E (Z80Context* ctx)
+{
+ BR.E = doSetRes(ctx, SR_SET, 2, BR.E);
+}
+
+
+static void SET_2_H (Z80Context* ctx)
+{
+ BR.H = doSetRes(ctx, SR_SET, 2, BR.H);
+}
+
+
+static void SET_2_L (Z80Context* ctx)
+{
+ BR.L = doSetRes(ctx, SR_SET, 2, BR.L);
+}
+
+
+static void SET_3_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doSetRes(ctx, SR_SET, 3, read8(ctx, WR.HL)));
+}
+
+
+static void SET_3_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doSetRes(ctx, SR_SET, 3, read8(ctx, WR.IX + off)));
+
+
+}
+
+
+static void SET_3_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doSetRes(ctx, SR_SET, 3, read8(ctx, WR.IY + off)));
+
+
+}
+
+
+static void SET_3_A (Z80Context* ctx)
+{
+ BR.A = doSetRes(ctx, SR_SET, 3, BR.A);
+}
+
+
+static void SET_3_B (Z80Context* ctx)
+{
+ BR.B = doSetRes(ctx, SR_SET, 3, BR.B);
+}
+
+
+static void SET_3_C (Z80Context* ctx)
+{
+ BR.C = doSetRes(ctx, SR_SET, 3, BR.C);
+}
+
+
+static void SET_3_D (Z80Context* ctx)
+{
+ BR.D = doSetRes(ctx, SR_SET, 3, BR.D);
+}
+
+
+static void SET_3_E (Z80Context* ctx)
+{
+ BR.E = doSetRes(ctx, SR_SET, 3, BR.E);
+}
+
+
+static void SET_3_H (Z80Context* ctx)
+{
+ BR.H = doSetRes(ctx, SR_SET, 3, BR.H);
+}
+
+
+static void SET_3_L (Z80Context* ctx)
+{
+ BR.L = doSetRes(ctx, SR_SET, 3, BR.L);
+}
+
+
+static void SET_4_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doSetRes(ctx, SR_SET, 4, read8(ctx, WR.HL)));
+}
+
+
+static void SET_4_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doSetRes(ctx, SR_SET, 4, read8(ctx, WR.IX + off)));
+
+
+}
+
+
+static void SET_4_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doSetRes(ctx, SR_SET, 4, read8(ctx, WR.IY + off)));
+
+
+}
+
+
+static void SET_4_A (Z80Context* ctx)
+{
+ BR.A = doSetRes(ctx, SR_SET, 4, BR.A);
+}
+
+
+static void SET_4_B (Z80Context* ctx)
+{
+ BR.B = doSetRes(ctx, SR_SET, 4, BR.B);
+}
+
+
+static void SET_4_C (Z80Context* ctx)
+{
+ BR.C = doSetRes(ctx, SR_SET, 4, BR.C);
+}
+
+
+static void SET_4_D (Z80Context* ctx)
+{
+ BR.D = doSetRes(ctx, SR_SET, 4, BR.D);
+}
+
+
+static void SET_4_E (Z80Context* ctx)
+{
+ BR.E = doSetRes(ctx, SR_SET, 4, BR.E);
+}
+
+
+static void SET_4_H (Z80Context* ctx)
+{
+ BR.H = doSetRes(ctx, SR_SET, 4, BR.H);
+}
+
+
+static void SET_4_L (Z80Context* ctx)
+{
+ BR.L = doSetRes(ctx, SR_SET, 4, BR.L);
+}
+
+
+static void SET_5_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doSetRes(ctx, SR_SET, 5, read8(ctx, WR.HL)));
+}
+
+
+static void SET_5_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doSetRes(ctx, SR_SET, 5, read8(ctx, WR.IX + off)));
+
+
+}
+
+
+static void SET_5_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doSetRes(ctx, SR_SET, 5, read8(ctx, WR.IY + off)));
+
+
+}
+
+
+static void SET_5_A (Z80Context* ctx)
+{
+ BR.A = doSetRes(ctx, SR_SET, 5, BR.A);
+}
+
+
+static void SET_5_B (Z80Context* ctx)
+{
+ BR.B = doSetRes(ctx, SR_SET, 5, BR.B);
+}
+
+
+static void SET_5_C (Z80Context* ctx)
+{
+ BR.C = doSetRes(ctx, SR_SET, 5, BR.C);
+}
+
+
+static void SET_5_D (Z80Context* ctx)
+{
+ BR.D = doSetRes(ctx, SR_SET, 5, BR.D);
+}
+
+
+static void SET_5_E (Z80Context* ctx)
+{
+ BR.E = doSetRes(ctx, SR_SET, 5, BR.E);
+}
+
+
+static void SET_5_H (Z80Context* ctx)
+{
+ BR.H = doSetRes(ctx, SR_SET, 5, BR.H);
+}
+
+
+static void SET_5_L (Z80Context* ctx)
+{
+ BR.L = doSetRes(ctx, SR_SET, 5, BR.L);
+}
+
+
+static void SET_6_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doSetRes(ctx, SR_SET, 6, read8(ctx, WR.HL)));
+}
+
+
+static void SET_6_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doSetRes(ctx, SR_SET, 6, read8(ctx, WR.IX + off)));
+
+
+}
+
+
+static void SET_6_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doSetRes(ctx, SR_SET, 6, read8(ctx, WR.IY + off)));
+
+
+}
+
+
+static void SET_6_A (Z80Context* ctx)
+{
+ BR.A = doSetRes(ctx, SR_SET, 6, BR.A);
+}
+
+
+static void SET_6_B (Z80Context* ctx)
+{
+ BR.B = doSetRes(ctx, SR_SET, 6, BR.B);
+}
+
+
+static void SET_6_C (Z80Context* ctx)
+{
+ BR.C = doSetRes(ctx, SR_SET, 6, BR.C);
+}
+
+
+static void SET_6_D (Z80Context* ctx)
+{
+ BR.D = doSetRes(ctx, SR_SET, 6, BR.D);
+}
+
+
+static void SET_6_E (Z80Context* ctx)
+{
+ BR.E = doSetRes(ctx, SR_SET, 6, BR.E);
+}
+
+
+static void SET_6_H (Z80Context* ctx)
+{
+ BR.H = doSetRes(ctx, SR_SET, 6, BR.H);
+}
+
+
+static void SET_6_L (Z80Context* ctx)
+{
+ BR.L = doSetRes(ctx, SR_SET, 6, BR.L);
+}
+
+
+static void SET_7_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doSetRes(ctx, SR_SET, 7, read8(ctx, WR.HL)));
+}
+
+
+static void SET_7_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doSetRes(ctx, SR_SET, 7, read8(ctx, WR.IX + off)));
+
+
+}
+
+
+static void SET_7_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doSetRes(ctx, SR_SET, 7, read8(ctx, WR.IY + off)));
+
+
+}
+
+
+static void SET_7_A (Z80Context* ctx)
+{
+ BR.A = doSetRes(ctx, SR_SET, 7, BR.A);
+}
+
+
+static void SET_7_B (Z80Context* ctx)
+{
+ BR.B = doSetRes(ctx, SR_SET, 7, BR.B);
+}
+
+
+static void SET_7_C (Z80Context* ctx)
+{
+ BR.C = doSetRes(ctx, SR_SET, 7, BR.C);
+}
+
+
+static void SET_7_D (Z80Context* ctx)
+{
+ BR.D = doSetRes(ctx, SR_SET, 7, BR.D);
+}
+
+
+static void SET_7_E (Z80Context* ctx)
+{
+ BR.E = doSetRes(ctx, SR_SET, 7, BR.E);
+}
+
+
+static void SET_7_H (Z80Context* ctx)
+{
+ BR.H = doSetRes(ctx, SR_SET, 7, BR.H);
+}
+
+
+static void SET_7_L (Z80Context* ctx)
+{
+ BR.L = doSetRes(ctx, SR_SET, 7, BR.L);
+}
+
+
+static void SLA_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doSL(ctx, read8(ctx, WR.HL), IA_A));
+}
+
+
+static void SLA_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doSL(ctx, read8(ctx, WR.IX + off), IA_A));
+}
+
+
+static void SLA_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doSL(ctx, read8(ctx, WR.IY + off), IA_A));
+}
+
+
+static void SLA_A (Z80Context* ctx)
+{
+ BR.A = doSL(ctx, BR.A, IA_A);
+
+
+}
+
+
+static void SLA_B (Z80Context* ctx)
+{
+ BR.B = doSL(ctx, BR.B, IA_A);
+
+
+}
+
+
+static void SLA_C (Z80Context* ctx)
+{
+ BR.C = doSL(ctx, BR.C, IA_A);
+
+
+}
+
+
+static void SLA_D (Z80Context* ctx)
+{
+ BR.D = doSL(ctx, BR.D, IA_A);
+
+
+}
+
+
+static void SLA_E (Z80Context* ctx)
+{
+ BR.E = doSL(ctx, BR.E, IA_A);
+
+
+}
+
+
+static void SLA_H (Z80Context* ctx)
+{
+ BR.H = doSL(ctx, BR.H, IA_A);
+
+
+}
+
+
+static void SLA_L (Z80Context* ctx)
+{
+ BR.L = doSL(ctx, BR.L, IA_A);
+
+
+}
+
+
+static void SLL_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doSL(ctx, read8(ctx, WR.HL), IA_L));
+}
+
+
+static void SLL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doSL(ctx, read8(ctx, WR.IX + off), IA_L));
+}
+
+
+static void SLL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doSL(ctx, read8(ctx, WR.IY + off), IA_L));
+}
+
+
+static void SLL_A (Z80Context* ctx)
+{
+ BR.A = doSL(ctx, BR.A, IA_L);
+
+
+}
+
+
+static void SLL_B (Z80Context* ctx)
+{
+ BR.B = doSL(ctx, BR.B, IA_L);
+
+
+}
+
+
+static void SLL_C (Z80Context* ctx)
+{
+ BR.C = doSL(ctx, BR.C, IA_L);
+
+
+}
+
+
+static void SLL_D (Z80Context* ctx)
+{
+ BR.D = doSL(ctx, BR.D, IA_L);
+
+
+}
+
+
+static void SLL_E (Z80Context* ctx)
+{
+ BR.E = doSL(ctx, BR.E, IA_L);
+
+
+}
+
+
+static void SLL_H (Z80Context* ctx)
+{
+ BR.H = doSL(ctx, BR.H, IA_L);
+
+
+}
+
+
+static void SLL_L (Z80Context* ctx)
+{
+ BR.L = doSL(ctx, BR.L, IA_L);
+
+
+}
+
+
+static void SRA_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doSR(ctx, read8(ctx, WR.HL), IA_A));
+}
+
+
+static void SRA_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doSR(ctx, read8(ctx, WR.IX + off), IA_A));
+}
+
+
+static void SRA_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doSR(ctx, read8(ctx, WR.IY + off), IA_A));
+}
+
+
+static void SRA_A (Z80Context* ctx)
+{
+ BR.A = doSR(ctx, BR.A, IA_A);
+
+
+}
+
+
+static void SRA_B (Z80Context* ctx)
+{
+ BR.B = doSR(ctx, BR.B, IA_A);
+
+
+}
+
+
+static void SRA_C (Z80Context* ctx)
+{
+ BR.C = doSR(ctx, BR.C, IA_A);
+
+
+}
+
+
+static void SRA_D (Z80Context* ctx)
+{
+ BR.D = doSR(ctx, BR.D, IA_A);
+
+
+}
+
+
+static void SRA_E (Z80Context* ctx)
+{
+ BR.E = doSR(ctx, BR.E, IA_A);
+
+
+}
+
+
+static void SRA_H (Z80Context* ctx)
+{
+ BR.H = doSR(ctx, BR.H, IA_A);
+
+
+}
+
+
+static void SRA_L (Z80Context* ctx)
+{
+ BR.L = doSR(ctx, BR.L, IA_A);
+
+
+}
+
+
+static void SRL_off_HL (Z80Context* ctx)
+{
+ write8(ctx, WR.HL, doSR(ctx, read8(ctx, WR.HL), IA_L));
+}
+
+
+static void SRL_off_IX_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IX + off, doSR(ctx, read8(ctx, WR.IX + off), IA_L));
+}
+
+
+static void SRL_off_IY_d (Z80Context* ctx)
+{
+ byte off = read8(ctx, ctx->PC++);
+ write8(ctx, WR.IY + off, doSR(ctx, read8(ctx, WR.IY + off), IA_L));
+}
+
+
+static void SRL_A (Z80Context* ctx)
+{
+ BR.A = doSR(ctx, BR.A, IA_L);
+
+
+}
+
+
+static void SRL_B (Z80Context* ctx)
+{
+ BR.B = doSR(ctx, BR.B, IA_L);
+
+
+}
+
+
+static void SRL_C (Z80Context* ctx)
+{
+ BR.C = doSR(ctx, BR.C, IA_L);
+
+
+}
+
+
+static void SRL_D (Z80Context* ctx)
+{
+ BR.D = doSR(ctx, BR.D, IA_L);
+
+
+}
+
+
+static void SRL_E (Z80Context* ctx)
+{
+ BR.E = doSR(ctx, BR.E, IA_L);
+
+
+}
+
+
+static void SRL_H (Z80Context* ctx)
+{
+ BR.H = doSR(ctx, BR.H, IA_L);
+
+
+}
+
+
+static void SRL_L (Z80Context* ctx)
+{
+ BR.L = doSR(ctx, BR.L, IA_L);
+
+
+}
+
+
+static void SUB_A_off_HL (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, read8(ctx, WR.HL), F1_SUB, F2_SUB);
+}
+
+
+static void SUB_A_off_IX_d (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, read8(ctx, WR.IX + read8(ctx, ctx->PC++)), F1_SUB, F2_SUB);
+
+}
+
+
+static void SUB_A_off_IY_d (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, read8(ctx, WR.IY + read8(ctx, ctx->PC++)), F1_SUB, F2_SUB);
+
+}
+
+
+static void SUB_A_A (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.A, F1_SUB, F2_SUB);
+}
+
+
+static void SUB_A_B (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.B, F1_SUB, F2_SUB);
+}
+
+
+static void SUB_A_C (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.C, F1_SUB, F2_SUB);
+}
+
+
+static void SUB_A_D (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.D, F1_SUB, F2_SUB);
+}
+
+
+static void SUB_A_E (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.E, F1_SUB, F2_SUB);
+}
+
+
+static void SUB_A_H (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.H, F1_SUB, F2_SUB);
+}
+
+
+static void SUB_A_IXh (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.IXh, F1_SUB, F2_SUB);
+}
+
+
+static void SUB_A_IXl (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.IXl, F1_SUB, F2_SUB);
+}
+
+
+static void SUB_A_IYh (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.IYh, F1_SUB, F2_SUB);
+}
+
+
+static void SUB_A_IYl (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.IYl, F1_SUB, F2_SUB);
+}
+
+
+static void SUB_A_L (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, BR.L, F1_SUB, F2_SUB);
+}
+
+
+static void SUB_A_n (Z80Context* ctx)
+{
+ BR.A = doArithmetic(ctx, read8(ctx, ctx->PC++), F1_SUB, F2_SUB);
+}
+
+
+static void XOR_off_HL (Z80Context* ctx)
+{
+ doXOR(ctx, read8(ctx, WR.HL));
+}
+
+
+static void XOR_off_IX_d (Z80Context* ctx)
+{
+ doXOR(ctx, read8(ctx, WR.IX + read8(ctx, ctx->PC++)));
+}
+
+
+static void XOR_off_IY_d (Z80Context* ctx)
+{
+ doXOR(ctx, read8(ctx, WR.IY + read8(ctx, ctx->PC++)));
+}
+
+
+static void XOR_A (Z80Context* ctx)
+{
+ doXOR(ctx, BR.A);
+}
+
+
+static void XOR_B (Z80Context* ctx)
+{
+ doXOR(ctx, BR.B);
+}
+
+
+static void XOR_C (Z80Context* ctx)
+{
+ doXOR(ctx, BR.C);
+}
+
+
+static void XOR_D (Z80Context* ctx)
+{
+ doXOR(ctx, BR.D);
+}
+
+
+static void XOR_E (Z80Context* ctx)
+{
+ doXOR(ctx, BR.E);
+}
+
+
+static void XOR_H (Z80Context* ctx)
+{
+ doXOR(ctx, BR.H);
+}
+
+
+static void XOR_IXh (Z80Context* ctx)
+{
+ doXOR(ctx, BR.IXh);
+}
+
+
+static void XOR_IXl (Z80Context* ctx)
+{
+ doXOR(ctx, BR.IXl);
+}
+
+
+static void XOR_IYh (Z80Context* ctx)
+{
+ doXOR(ctx, BR.IYh);
+}
+
+
+static void XOR_IYl (Z80Context* ctx)
+{
+ doXOR(ctx, BR.IYl);
+}
+
+
+static void XOR_L (Z80Context* ctx)
+{
+ doXOR(ctx, BR.L);
+}
+
+
+static void XOR_n (Z80Context* ctx)
+{
+ doXOR(ctx, read8(ctx, ctx->PC++));
+}
--- /dev/null Thu Jan 01 00:00:00 1970 +0000
+++ b/opcodes_table.h Thu Mar 10 20:32:59 2011 +0000
@@ -0,0 +1,1820 @@
+static struct Z80OpcodeTable opcodes_FDCB = { 1, {
+ { LD_B_RLC_off_IY_d , OP_BYTE , "LD B,RLC (IY+0%02Xh)", NULL },
+ { LD_C_RLC_off_IY_d , OP_BYTE , "LD C,RLC (IY+0%02Xh)", NULL },
+ { LD_D_RLC_off_IY_d , OP_BYTE , "LD D,RLC (IY+0%02Xh)", NULL },
+ { LD_E_RLC_off_IY_d , OP_BYTE , "LD E,RLC (IY+0%02Xh)", NULL },
+ { LD_H_RLC_off_IY_d , OP_BYTE , "LD H,RLC (IY+0%02Xh)", NULL },
+ { LD_L_RLC_off_IY_d , OP_BYTE , "LD L,RLC (IY+0%02Xh)", NULL },
+ { RLC_off_IY_d , OP_BYTE , "RLC (IY+0%02Xh)" , NULL },
+ { LD_A_RLC_off_IY_d , OP_BYTE , "LD A,RLC (IY+0%02Xh)", NULL },
+ { LD_B_RRC_off_IY_d , OP_BYTE , "LD B,RRC (IY+0%02Xh)", NULL },
+ { LD_C_RRC_off_IY_d , OP_BYTE , "LD C,RRC (IY+0%02Xh)", NULL },
+ { LD_D_RRC_off_IY_d , OP_BYTE , "LD D,RRC (IY+0%02Xh)", NULL },
+ { LD_E_RRC_off_IY_d , OP_BYTE , "LD E,RRC (IY+0%02Xh)", NULL },
+ { LD_H_RRC_off_IY_d , OP_BYTE , "LD H,RRC (IY+0%02Xh)", NULL },
+ { LD_L_RRC_off_IY_d , OP_BYTE , "LD L,RRC (IY+0%02Xh)", NULL },
+ { RRC_off_IY_d , OP_BYTE , "RRC (IY+0%02Xh)" , NULL },
+ { LD_A_RRC_off_IY_d , OP_BYTE , "LD A,RRC (IY+0%02Xh)", NULL },
+ { LD_B_RL_off_IY_d , OP_BYTE , "LD B,RL (IY+0%02Xh)", NULL },
+ { LD_C_RL_off_IY_d , OP_BYTE , "LD C,RL (IY+0%02Xh)", NULL },
+ { LD_D_RL_off_IY_d , OP_BYTE , "LD D,RL (IY+0%02Xh)", NULL },
+ { LD_E_RL_off_IY_d , OP_BYTE , "LD E,RL (IY+0%02Xh)", NULL },
+ { LD_H_RL_off_IY_d , OP_BYTE , "LD H,RL (IY+0%02Xh)", NULL },
+ { LD_L_RL_off_IY_d , OP_BYTE , "LD L,RL (IY+0%02Xh)", NULL },
+ { RL_off_IY_d , OP_BYTE , "RL (IY+0%02Xh)" , NULL },
+ { LD_A_RL_off_IY_d , OP_BYTE , "LD A,RL (IY+0%02Xh)", NULL },
+ { LD_B_RR_off_IY_d , OP_BYTE , "LD B,RR (IY+0%02Xh)", NULL },
+ { LD_C_RR_off_IY_d , OP_BYTE , "LD C,RR (IY+0%02Xh)", NULL },
+ { LD_D_RR_off_IY_d , OP_BYTE , "LD D,RR (IY+0%02Xh)", NULL },
+ { LD_E_RR_off_IY_d , OP_BYTE , "LD E,RR (IY+0%02Xh)", NULL },
+ { LD_H_RR_off_IY_d , OP_BYTE , "LD H,RR (IY+0%02Xh)", NULL },
+ { LD_L_RR_off_IY_d , OP_BYTE , "LD L,RR (IY+0%02Xh)", NULL },
+ { RR_off_IY_d , OP_BYTE , "RR (IY+0%02Xh)" , NULL },
+ { LD_A_RR_off_IY_d , OP_BYTE , "LD A,RR (IY+0%02Xh)", NULL },
+ { LD_B_SLA_off_IY_d , OP_BYTE , "LD B,SLA (IY+0%02Xh)", NULL },
+ { LD_C_SLA_off_IY_d , OP_BYTE , "LD C,SLA (IY+0%02Xh)", NULL },
+ { LD_D_SLA_off_IY_d , OP_BYTE , "LD D,SLA (IY+0%02Xh)", NULL },
+ { LD_E_SLA_off_IY_d , OP_BYTE , "LD E,SLA (IY+0%02Xh)", NULL },
+ { LD_H_SLA_off_IY_d , OP_BYTE , "LD H,SLA (IY+0%02Xh)", NULL },
+ { LD_L_SLA_off_IY_d , OP_BYTE , "LD L,SLA (IY+0%02Xh)", NULL },
+ { SLA_off_IY_d , OP_BYTE , "SLA (IY+0%02Xh)" , NULL },
+ { LD_A_SLA_off_IY_d , OP_BYTE , "LD A,SLA (IY+0%02Xh)", NULL },
+ { LD_B_SRA_off_IY_d , OP_BYTE , "LD B,SRA (IY+0%02Xh)", NULL },
+ { LD_C_SRA_off_IY_d , OP_BYTE , "LD C,SRA (IY+0%02Xh)", NULL },
+ { LD_D_SRA_off_IY_d , OP_BYTE , "LD D,SRA (IY+0%02Xh)", NULL },
+ { LD_E_SRA_off_IY_d , OP_BYTE , "LD E,SRA (IY+0%02Xh)", NULL },
+ { LD_H_SRA_off_IY_d , OP_BYTE , "LD H,SRA (IY+0%02Xh)", NULL },
+ { LD_L_SRA_off_IY_d , OP_BYTE , "LD L,SRA (IY+0%02Xh)", NULL },
+ { SRA_off_IY_d , OP_BYTE , "SRA (IY+0%02Xh)" , NULL },
+ { LD_A_SRA_off_IY_d , OP_BYTE , "LD A,SRA (IY+0%02Xh)", NULL },
+ { LD_B_SLL_off_IY_d , OP_BYTE , "LD B,SLL (IY+0%02Xh)", NULL },
+ { LD_C_SLL_off_IY_d , OP_BYTE , "LD C,SLL (IY+0%02Xh)", NULL },
+ { LD_D_SLL_off_IY_d , OP_BYTE , "LD D,SLL (IY+0%02Xh)", NULL },
+ { LD_E_SLL_off_IY_d , OP_BYTE , "LD E,SLL (IY+0%02Xh)", NULL },
+ { LD_H_SLL_off_IY_d , OP_BYTE , "LD H,SLL (IY+0%02Xh)", NULL },
+ { LD_L_SLL_off_IY_d , OP_BYTE , "LD L,SLL (IY+0%02Xh)", NULL },
+ { SLL_off_IY_d , OP_BYTE , "SLL (IY+0%02Xh)" , NULL },
+ { LD_A_SLL_off_IY_d , OP_BYTE , "LD A,SLL (IY+0%02Xh)", NULL },
+ { LD_B_SRL_off_IY_d , OP_BYTE , "LD B,SRL (IY+0%02Xh)", NULL },
+ { LD_C_SRL_off_IY_d , OP_BYTE , "LD C,SRL (IY+0%02Xh)", NULL },
+ { LD_D_SRL_off_IY_d , OP_BYTE , "LD D,SRL (IY+0%02Xh)", NULL },
+ { LD_E_SRL_off_IY_d , OP_BYTE , "LD E,SRL (IY+0%02Xh)", NULL },
+ { LD_H_SRL_off_IY_d , OP_BYTE , "LD H,SRL (IY+0%02Xh)", NULL },
+ { LD_L_SRL_off_IY_d , OP_BYTE , "LD L,SRL (IY+0%02Xh)", NULL },
+ { SRL_off_IY_d , OP_BYTE , "SRL (IY+0%02Xh)" , NULL },
+ { LD_A_SRL_off_IY_d , OP_BYTE , "LD A,SRL (IY+0%02Xh)", NULL },
+ { BIT_0_off_IY_d , OP_BYTE , "BIT 0,(IY+0%02Xh)" , NULL },
+ { BIT_0_off_IY_d , OP_BYTE , "BIT 0,(IY+0%02Xh)" , NULL },
+ { BIT_0_off_IY_d , OP_BYTE , "BIT 0,(IY+0%02Xh)" , NULL },
+ { BIT_0_off_IY_d , OP_BYTE , "BIT 0,(IY+0%02Xh)" , NULL },
+ { BIT_0_off_IY_d , OP_BYTE , "BIT 0,(IY+0%02Xh)" , NULL },
+ { BIT_0_off_IY_d , OP_BYTE , "BIT 0,(IY+0%02Xh)" , NULL },
+ { BIT_0_off_IY_d , OP_BYTE , "BIT 0,(IY+0%02Xh)" , NULL },
+ { BIT_0_off_IY_d , OP_BYTE , "BIT 0,(IY+0%02Xh)" , NULL },
+ { BIT_1_off_IY_d , OP_BYTE , "BIT 1,(IY+0%02Xh)" , NULL },
+ { BIT_1_off_IY_d , OP_BYTE , "BIT 1,(IY+0%02Xh)" , NULL },
+ { BIT_1_off_IY_d , OP_BYTE , "BIT 1,(IY+0%02Xh)" , NULL },
+ { BIT_1_off_IY_d , OP_BYTE , "BIT 1,(IY+0%02Xh)" , NULL },
+ { BIT_1_off_IY_d , OP_BYTE , "BIT 1,(IY+0%02Xh)" , NULL },
+ { BIT_1_off_IY_d , OP_BYTE , "BIT 1,(IY+0%02Xh)" , NULL },
+ { BIT_1_off_IY_d , OP_BYTE , "BIT 1,(IY+0%02Xh)" , NULL },
+ { BIT_1_off_IY_d , OP_BYTE , "BIT 1,(IY+0%02Xh)" , NULL },
+ { BIT_2_off_IY_d , OP_BYTE , "BIT 2,(IY+0%02Xh)" , NULL },
+ { BIT_2_off_IY_d , OP_BYTE , "BIT 2,(IY+0%02Xh)" , NULL },
+ { BIT_2_off_IY_d , OP_BYTE , "BIT 2,(IY+0%02Xh)" , NULL },
+ { BIT_2_off_IY_d , OP_BYTE , "BIT 2,(IY+0%02Xh)" , NULL },
+ { BIT_2_off_IY_d , OP_BYTE , "BIT 2,(IY+0%02Xh)" , NULL },
+ { BIT_2_off_IY_d , OP_BYTE , "BIT 2,(IY+0%02Xh)" , NULL },
+ { BIT_2_off_IY_d , OP_BYTE , "BIT 2,(IY+0%02Xh)" , NULL },
+ { BIT_2_off_IY_d , OP_BYTE , "BIT 2,(IY+0%02Xh)" , NULL },
+ { BIT_3_off_IY_d , OP_BYTE , "BIT 3,(IY+0%02Xh)" , NULL },
+ { BIT_3_off_IY_d , OP_BYTE , "BIT 3,(IY+0%02Xh)" , NULL },
+ { BIT_3_off_IY_d , OP_BYTE , "BIT 3,(IY+0%02Xh)" , NULL },
+ { BIT_3_off_IY_d , OP_BYTE , "BIT 3,(IY+0%02Xh)" , NULL },
+ { BIT_3_off_IY_d , OP_BYTE , "BIT 3,(IY+0%02Xh)" , NULL },
+ { BIT_3_off_IY_d , OP_BYTE , "BIT 3,(IY+0%02Xh)" , NULL },
+ { BIT_3_off_IY_d , OP_BYTE , "BIT 3,(IY+0%02Xh)" , NULL },
+ { BIT_3_off_IY_d , OP_BYTE , "BIT 3,(IY+0%02Xh)" , NULL },
+ { BIT_4_off_IY_d , OP_BYTE , "BIT 4,(IY+0%02Xh)" , NULL },
+ { BIT_4_off_IY_d , OP_BYTE , "BIT 4,(IY+0%02Xh)" , NULL },
+ { BIT_4_off_IY_d , OP_BYTE , "BIT 4,(IY+0%02Xh)" , NULL },
+ { BIT_4_off_IY_d , OP_BYTE , "BIT 4,(IY+0%02Xh)" , NULL },
+ { BIT_4_off_IY_d , OP_BYTE , "BIT 4,(IY+0%02Xh)" , NULL },
+ { BIT_4_off_IY_d , OP_BYTE , "BIT 4,(IY+0%02Xh)" , NULL },
+ { BIT_4_off_IY_d , OP_BYTE , "BIT 4,(IY+0%02Xh)" , NULL },
+ { BIT_4_off_IY_d , OP_BYTE , "BIT 4,(IY+0%02Xh)" , NULL },
+ { BIT_5_off_IY_d , OP_BYTE , "BIT 5,(IY+0%02Xh)" , NULL },
+ { BIT_5_off_IY_d , OP_BYTE , "BIT 5,(IY+0%02Xh)" , NULL },
+ { BIT_5_off_IY_d , OP_BYTE , "BIT 5,(IY+0%02Xh)" , NULL },
+ { BIT_5_off_IY_d , OP_BYTE , "BIT 5,(IY+0%02Xh)" , NULL },
+ { BIT_5_off_IY_d , OP_BYTE , "BIT 5,(IY+0%02Xh)" , NULL },
+ { BIT_5_off_IY_d , OP_BYTE , "BIT 5,(IY+0%02Xh)" , NULL },
+ { BIT_5_off_IY_d , OP_BYTE , "BIT 5,(IY+0%02Xh)" , NULL },
+ { BIT_5_off_IY_d , OP_BYTE , "BIT 5,(IY+0%02Xh)" , NULL },
+ { BIT_6_off_IY_d , OP_BYTE , "BIT 6,(IY+0%02Xh)" , NULL },
+ { BIT_6_off_IY_d , OP_BYTE , "BIT 6,(IY+0%02Xh)" , NULL },
+ { BIT_6_off_IY_d , OP_BYTE , "BIT 6,(IY+0%02Xh)" , NULL },
+ { BIT_6_off_IY_d , OP_BYTE , "BIT 6,(IY+0%02Xh)" , NULL },
+ { BIT_6_off_IY_d , OP_BYTE , "BIT 6,(IY+0%02Xh)" , NULL },
+ { BIT_6_off_IY_d , OP_BYTE , "BIT 6,(IY+0%02Xh)" , NULL },
+ { BIT_6_off_IY_d , OP_BYTE , "BIT 6,(IY+0%02Xh)" , NULL },
+ { BIT_6_off_IY_d , OP_BYTE , "BIT 6,(IY+0%02Xh)" , NULL },
+ { BIT_7_off_IY_d , OP_BYTE , "BIT 7,(IY+0%02Xh)" , NULL },
+ { BIT_7_off_IY_d , OP_BYTE , "BIT 7,(IY+0%02Xh)" , NULL },
+ { BIT_7_off_IY_d , OP_BYTE , "BIT 7,(IY+0%02Xh)" , NULL },
+ { BIT_7_off_IY_d , OP_BYTE , "BIT 7,(IY+0%02Xh)" , NULL },
+ { BIT_7_off_IY_d , OP_BYTE , "BIT 7,(IY+0%02Xh)" , NULL },
+ { BIT_7_off_IY_d , OP_BYTE , "BIT 7,(IY+0%02Xh)" , NULL },
+ { BIT_7_off_IY_d , OP_BYTE , "BIT 7,(IY+0%02Xh)" , NULL },
+ { BIT_7_off_IY_d , OP_BYTE , "BIT 7,(IY+0%02Xh)" , NULL },
+ { LD_B_RES_0_off_IY_d , OP_BYTE , "LD B,RES 0,(IY+0%02Xh)", NULL },
+ { LD_C_RES_0_off_IY_d , OP_BYTE , "LD C,RES 0,(IY+0%02Xh)", NULL },
+ { LD_D_RES_0_off_IY_d , OP_BYTE , "LD D,RES 0,(IY+0%02Xh)", NULL },
+ { LD_E_RES_0_off_IY_d , OP_BYTE , "LD E,RES 0,(IY+0%02Xh)", NULL },
+ { LD_H_RES_0_off_IY_d , OP_BYTE , "LD H,RES 0,(IY+0%02Xh)", NULL },
+ { LD_L_RES_0_off_IY_d , OP_BYTE , "LD L,RES 0,(IY+0%02Xh)", NULL },
+ { RES_0_off_IY_d , OP_BYTE , "RES 0,(IY+0%02Xh)" , NULL },
+ { LD_A_RES_0_off_IY_d , OP_BYTE , "LD A,RES 0,(IY+0%02Xh)", NULL },
+ { LD_B_RES_1_off_IY_d , OP_BYTE , "LD B,RES 1,(IY+0%02Xh)", NULL },
+ { LD_C_RES_1_off_IY_d , OP_BYTE , "LD C,RES 1,(IY+0%02Xh)", NULL },
+ { LD_D_RES_1_off_IY_d , OP_BYTE , "LD D,RES 1,(IY+0%02Xh)", NULL },
+ { LD_E_RES_1_off_IY_d , OP_BYTE , "LD E,RES 1,(IY+0%02Xh)", NULL },
+ { LD_H_RES_1_off_IY_d , OP_BYTE , "LD H,RES 1,(IY+0%02Xh)", NULL },
+ { LD_L_RES_1_off_IY_d , OP_BYTE , "LD L,RES 1,(IY+0%02Xh)", NULL },
+ { RES_1_off_IY_d , OP_BYTE , "RES 1,(IY+0%02Xh)" , NULL },
+ { LD_A_RES_1_off_IY_d , OP_BYTE , "LD A,RES 1,(IY+0%02Xh)", NULL },
+ { LD_B_RES_2_off_IY_d , OP_BYTE , "LD B,RES 2,(IY+0%02Xh)", NULL },
+ { LD_C_RES_2_off_IY_d , OP_BYTE , "LD C,RES 2,(IY+0%02Xh)", NULL },
+ { LD_D_RES_2_off_IY_d , OP_BYTE , "LD D,RES 2,(IY+0%02Xh)", NULL },
+ { LD_E_RES_2_off_IY_d , OP_BYTE , "LD E,RES 2,(IY+0%02Xh)", NULL },
+ { LD_H_RES_2_off_IY_d , OP_BYTE , "LD H,RES 2,(IY+0%02Xh)", NULL },
+ { LD_L_RES_2_off_IY_d , OP_BYTE , "LD L,RES 2,(IY+0%02Xh)", NULL },
+ { RES_2_off_IY_d , OP_BYTE , "RES 2,(IY+0%02Xh)" , NULL },
+ { LD_A_RES_2_off_IY_d , OP_BYTE , "LD A,RES 2,(IY+0%02Xh)", NULL },
+ { LD_B_RES_3_off_IY_d , OP_BYTE , "LD B,RES 3,(IY+0%02Xh)", NULL },
+ { LD_C_RES_3_off_IY_d , OP_BYTE , "LD C,RES 3,(IY+0%02Xh)", NULL },
+ { LD_D_RES_3_off_IY_d , OP_BYTE , "LD D,RES 3,(IY+0%02Xh)", NULL },
+ { LD_E_RES_3_off_IY_d , OP_BYTE , "LD E,RES 3,(IY+0%02Xh)", NULL },
+ { LD_H_RES_3_off_IY_d , OP_BYTE , "LD H,RES 3,(IY+0%02Xh)", NULL },
+ { LD_L_RES_3_off_IY_d , OP_BYTE , "LD L,RES 3,(IY+0%02Xh)", NULL },
+ { RES_3_off_IY_d , OP_BYTE , "RES 3,(IY+0%02Xh)" , NULL },
+ { LD_A_RES_3_off_IY_d , OP_BYTE , "LD A,RES 3,(IY+0%02Xh)", NULL },
+ { LD_B_RES_4_off_IY_d , OP_BYTE , "LD B,RES 4,(IY+0%02Xh)", NULL },
+ { LD_C_RES_4_off_IY_d , OP_BYTE , "LD C,RES 4,(IY+0%02Xh)", NULL },
+ { LD_D_RES_4_off_IY_d , OP_BYTE , "LD D,RES 4,(IY+0%02Xh)", NULL },
+ { LD_E_RES_4_off_IY_d , OP_BYTE , "LD E,RES 4,(IY+0%02Xh)", NULL },
+ { LD_H_RES_4_off_IY_d , OP_BYTE , "LD H,RES 4,(IY+0%02Xh)", NULL },
+ { LD_L_RES_4_off_IY_d , OP_BYTE , "LD L,RES 4,(IY+0%02Xh)", NULL },
+ { RES_4_off_IY_d , OP_BYTE , "RES 4,(IY+0%02Xh)" , NULL },
+ { LD_A_RES_4_off_IY_d , OP_BYTE , "LD A,RES 4,(IY+0%02Xh)", NULL },
+ { LD_B_RES_5_off_IY_d , OP_BYTE , "LD B,RES 5,(IY+0%02Xh)", NULL },
+ { LD_C_RES_5_off_IY_d , OP_BYTE , "LD C,RES 5,(IY+0%02Xh)", NULL },
+ { LD_D_RES_5_off_IY_d , OP_BYTE , "LD D,RES 5,(IY+0%02Xh)", NULL },
+ { LD_E_RES_5_off_IY_d , OP_BYTE , "LD E,RES 5,(IY+0%02Xh)", NULL },
+ { LD_H_RES_5_off_IY_d , OP_BYTE , "LD H,RES 5,(IY+0%02Xh)", NULL },
+ { LD_L_RES_5_off_IY_d , OP_BYTE , "LD L,RES 5,(IY+0%02Xh)", NULL },
+ { RES_5_off_IY_d , OP_BYTE , "RES 5,(IY+0%02Xh)" , NULL },
+ { LD_A_RES_5_off_IY_d , OP_BYTE , "LD A,RES 5,(IY+0%02Xh)", NULL },
+ { LD_B_RES_6_off_IY_d , OP_BYTE , "LD B,RES 6,(IY+0%02Xh)", NULL },
+ { LD_C_RES_6_off_IY_d , OP_BYTE , "LD C,RES 6,(IY+0%02Xh)", NULL },
+ { LD_D_RES_6_off_IY_d , OP_BYTE , "LD D,RES 6,(IY+0%02Xh)", NULL },
+ { LD_E_RES_6_off_IY_d , OP_BYTE , "LD E,RES 6,(IY+0%02Xh)", NULL },
+ { LD_H_RES_6_off_IY_d , OP_BYTE , "LD H,RES 6,(IY+0%02Xh)", NULL },
+ { LD_L_RES_6_off_IY_d , OP_BYTE , "LD L,RES 6,(IY+0%02Xh)", NULL },
+ { RES_6_off_IY_d , OP_BYTE , "RES 6,(IY+0%02Xh)" , NULL },
+ { LD_A_RES_6_off_IY_d , OP_BYTE , "LD A,RES 6,(IY+0%02Xh)", NULL },
+ { LD_B_RES_7_off_IY_d , OP_BYTE , "LD B,RES 7,(IY+0%02Xh)", NULL },
+ { LD_C_RES_7_off_IY_d , OP_BYTE , "LD C,RES 7,(IY+0%02Xh)", NULL },
+ { LD_D_RES_7_off_IY_d , OP_BYTE , "LD D,RES 7,(IY+0%02Xh)", NULL },
+ { LD_E_RES_7_off_IY_d , OP_BYTE , "LD E,RES 7,(IY+0%02Xh)", NULL },
+ { LD_H_RES_7_off_IY_d , OP_BYTE , "LD H,RES 7,(IY+0%02Xh)", NULL },
+ { LD_L_RES_7_off_IY_d , OP_BYTE , "LD L,RES 7,(IY+0%02Xh)", NULL },
+ { RES_7_off_IY_d , OP_BYTE , "RES 7,(IY+0%02Xh)" , NULL },
+ { LD_A_RES_7_off_IY_d , OP_BYTE , "LD A,RES 7,(IY+0%02Xh)", NULL },
+ { LD_B_SET_0_off_IY_d , OP_BYTE , "LD B,SET 0,(IY+0%02Xh)", NULL },
+ { LD_C_SET_0_off_IY_d , OP_BYTE , "LD C,SET 0,(IY+0%02Xh)", NULL },
+ { LD_D_SET_0_off_IY_d , OP_BYTE , "LD D,SET 0,(IY+0%02Xh)", NULL },
+ { LD_E_SET_0_off_IY_d , OP_BYTE , "LD E,SET 0,(IY+0%02Xh)", NULL },
+ { LD_H_SET_0_off_IY_d , OP_BYTE , "LD H,SET 0,(IY+0%02Xh)", NULL },
+ { LD_L_SET_0_off_IY_d , OP_BYTE , "LD L,SET 0,(IY+0%02Xh)", NULL },
+ { SET_0_off_IY_d , OP_BYTE , "SET 0,(IY+0%02Xh)" , NULL },
+ { LD_A_SET_0_off_IY_d , OP_BYTE , "LD A,SET 0,(IY+0%02Xh)", NULL },
+ { LD_B_SET_1_off_IY_d , OP_BYTE , "LD B,SET 1,(IY+0%02Xh)", NULL },
+ { LD_C_SET_1_off_IY_d , OP_BYTE , "LD C,SET 1,(IY+0%02Xh)", NULL },
+ { LD_D_SET_1_off_IY_d , OP_BYTE , "LD D,SET 1,(IY+0%02Xh)", NULL },
+ { LD_E_SET_1_off_IY_d , OP_BYTE , "LD E,SET 1,(IY+0%02Xh)", NULL },
+ { LD_H_SET_1_off_IY_d , OP_BYTE , "LD H,SET 1,(IY+0%02Xh)", NULL },
+ { LD_L_SET_1_off_IY_d , OP_BYTE , "LD L,SET 1,(IY+0%02Xh)", NULL },
+ { SET_1_off_IY_d , OP_BYTE , "SET 1,(IY+0%02Xh)" , NULL },
+ { LD_A_SET_1_off_IY_d , OP_BYTE , "LD A,SET 1,(IY+0%02Xh)", NULL },
+ { LD_B_SET_2_off_IY_d , OP_BYTE , "LD B,SET 2,(IY+0%02Xh)", NULL },
+ { LD_C_SET_2_off_IY_d , OP_BYTE , "LD C,SET 2,(IY+0%02Xh)", NULL },
+ { LD_D_SET_2_off_IY_d , OP_BYTE , "LD D,SET 2,(IY+0%02Xh)", NULL },
+ { LD_E_SET_2_off_IY_d , OP_BYTE , "LD E,SET 2,(IY+0%02Xh)", NULL },
+ { LD_H_SET_2_off_IY_d , OP_BYTE , "LD H,SET 2,(IY+0%02Xh)", NULL },
+ { LD_L_SET_2_off_IY_d , OP_BYTE , "LD L,SET 2,(IY+0%02Xh)", NULL },
+ { SET_2_off_IY_d , OP_BYTE , "SET 2,(IY+0%02Xh)" , NULL },
+ { LD_A_SET_2_off_IY_d , OP_BYTE , "LD A,SET 2,(IY+0%02Xh)", NULL },
+ { LD_B_SET_3_off_IY_d , OP_BYTE , "LD B,SET 3,(IY+0%02Xh)", NULL },
+ { LD_C_SET_3_off_IY_d , OP_BYTE , "LD C,SET 3,(IY+0%02Xh)", NULL },
+ { LD_D_SET_3_off_IY_d , OP_BYTE , "LD D,SET 3,(IY+0%02Xh)", NULL },
+ { LD_E_SET_3_off_IY_d , OP_BYTE , "LD E,SET 3,(IY+0%02Xh)", NULL },
+ { LD_H_SET_3_off_IY_d , OP_BYTE , "LD H,SET 3,(IY+0%02Xh)", NULL },
+ { LD_L_SET_3_off_IY_d , OP_BYTE , "LD L,SET 3,(IY+0%02Xh)", NULL },
+ { SET_3_off_IY_d , OP_BYTE , "SET 3,(IY+0%02Xh)" , NULL },
+ { LD_A_SET_3_off_IY_d , OP_BYTE , "LD A,SET 3,(IY+0%02Xh)", NULL },
+ { LD_B_SET_4_off_IY_d , OP_BYTE , "LD B,SET 4,(IY+0%02Xh)", NULL },
+ { LD_C_SET_4_off_IY_d , OP_BYTE , "LD C,SET 4,(IY+0%02Xh)", NULL },
+ { LD_D_SET_4_off_IY_d , OP_BYTE , "LD D,SET 4,(IY+0%02Xh)", NULL },
+ { LD_E_SET_4_off_IY_d , OP_BYTE , "LD E,SET 4,(IY+0%02Xh)", NULL },
+ { LD_H_SET_4_off_IY_d , OP_BYTE , "LD H,SET 4,(IY+0%02Xh)", NULL },
+ { LD_L_SET_4_off_IY_d , OP_BYTE , "LD L,SET 4,(IY+0%02Xh)", NULL },
+ { SET_4_off_IY_d , OP_BYTE , "SET 4,(IY+0%02Xh)" , NULL },
+ { LD_A_SET_4_off_IY_d , OP_BYTE , "LD A,SET 4,(IY+0%02Xh)", NULL },
+ { LD_B_SET_5_off_IY_d , OP_BYTE , "LD B,SET 5,(IY+0%02Xh)", NULL },
+ { LD_C_SET_5_off_IY_d , OP_BYTE , "LD C,SET 5,(IY+0%02Xh)", NULL },
+ { LD_D_SET_5_off_IY_d , OP_BYTE , "LD D,SET 5,(IY+0%02Xh)", NULL },
+ { LD_E_SET_5_off_IY_d , OP_BYTE , "LD E,SET 5,(IY+0%02Xh)", NULL },
+ { LD_H_SET_5_off_IY_d , OP_BYTE , "LD H,SET 5,(IY+0%02Xh)", NULL },
+ { LD_L_SET_5_off_IY_d , OP_BYTE , "LD L,SET 5,(IY+0%02Xh)", NULL },
+ { SET_5_off_IY_d , OP_BYTE , "SET 5,(IY+0%02Xh)" , NULL },
+ { LD_A_SET_5_off_IY_d , OP_BYTE , "LD A,SET 5,(IY+0%02Xh)", NULL },
+ { LD_B_SET_6_off_IY_d , OP_BYTE , "LD B,SET 6,(IY+0%02Xh)", NULL },
+ { LD_C_SET_6_off_IY_d , OP_BYTE , "LD C,SET 6,(IY+0%02Xh)", NULL },
+ { LD_D_SET_6_off_IY_d , OP_BYTE , "LD D,SET 6,(IY+0%02Xh)", NULL },
+ { LD_E_SET_6_off_IY_d , OP_BYTE , "LD E,SET 6,(IY+0%02Xh)", NULL },
+ { LD_H_SET_6_off_IY_d , OP_BYTE , "LD H,SET 6,(IY+0%02Xh)", NULL },
+ { LD_L_SET_6_off_IY_d , OP_BYTE , "LD L,SET 6,(IY+0%02Xh)", NULL },
+ { SET_6_off_IY_d , OP_BYTE , "SET 6,(IY+0%02Xh)" , NULL },
+ { LD_A_SET_6_off_IY_d , OP_BYTE , "LD A,SET 6,(IY+0%02Xh)", NULL },
+ { LD_B_SET_7_off_IY_d , OP_BYTE , "LD B,SET 7,(IY+0%02Xh)", NULL },
+ { LD_C_SET_7_off_IY_d , OP_BYTE , "LD C,SET 7,(IY+0%02Xh)", NULL },
+ { LD_D_SET_7_off_IY_d , OP_BYTE , "LD D,SET 7,(IY+0%02Xh)", NULL },
+ { LD_E_SET_7_off_IY_d , OP_BYTE , "LD E,SET 7,(IY+0%02Xh)", NULL },
+ { LD_H_SET_7_off_IY_d , OP_BYTE , "LD H,SET 7,(IY+0%02Xh)", NULL },
+ { LD_L_SET_7_off_IY_d , OP_BYTE , "LD L,SET 7,(IY+0%02Xh)", NULL },
+ { SET_7_off_IY_d , OP_BYTE , "SET 7,(IY+0%02Xh)" , NULL },
+ { LD_A_SET_7_off_IY_d , OP_BYTE , "LD A,SET 7,(IY+0%02Xh)", NULL }
+} };
+
+static struct Z80OpcodeTable opcodes_DDCB = { 1, {
+ { LD_B_RLC_off_IX_d , OP_BYTE , "LD B,RLC (IX+0%02Xh)", NULL },
+ { LD_C_RLC_off_IX_d , OP_BYTE , "LD C,RLC (IX+0%02Xh)", NULL },
+ { LD_D_RLC_off_IX_d , OP_BYTE , "LD D,RLC (IX+0%02Xh)", NULL },
+ { LD_E_RLC_off_IX_d , OP_BYTE , "LD E,RLC (IX+0%02Xh)", NULL },
+ { LD_H_RLC_off_IX_d , OP_BYTE , "LD H,RLC (IX+0%02Xh)", NULL },
+ { LD_L_RLC_off_IX_d , OP_BYTE , "LD L,RLC (IX+0%02Xh)", NULL },
+ { RLC_off_IX_d , OP_BYTE , "RLC (IX+0%02Xh)" , NULL },
+ { LD_A_RLC_off_IX_d , OP_BYTE , "LD A,RLC (IX+0%02Xh)", NULL },
+ { LD_B_RRC_off_IX_d , OP_BYTE , "LD B,RRC (IX+0%02Xh)", NULL },
+ { LD_C_RRC_off_IX_d , OP_BYTE , "LD C,RRC (IX+0%02Xh)", NULL },
+ { LD_D_RRC_off_IX_d , OP_BYTE , "LD D,RRC (IX+0%02Xh)", NULL },
+ { LD_E_RRC_off_IX_d , OP_BYTE , "LD E,RRC (IX+0%02Xh)", NULL },
+ { LD_H_RRC_off_IX_d , OP_BYTE , "LD H,RRC (IX+0%02Xh)", NULL },
+ { LD_L_RRC_off_IX_d , OP_BYTE , "LD L,RRC (IX+0%02Xh)", NULL },
+ { RRC_off_IX_d , OP_BYTE , "RRC (IX+0%02Xh)" , NULL },
+ { LD_A_RRC_off_IX_d , OP_BYTE , "LD A,RRC (IX+0%02Xh)", NULL },
+ { LD_B_RL_off_IX_d , OP_BYTE , "LD B,RL (IX+0%02Xh)", NULL },
+ { LD_C_RL_off_IX_d , OP_BYTE , "LD C,RL (IX+0%02Xh)", NULL },
+ { LD_D_RL_off_IX_d , OP_BYTE , "LD D,RL (IX+0%02Xh)", NULL },
+ { LD_E_RL_off_IX_d , OP_BYTE , "LD E,RL (IX+0%02Xh)", NULL },
+ { LD_H_RL_off_IX_d , OP_BYTE , "LD H,RL (IX+0%02Xh)", NULL },
+ { LD_L_RL_off_IX_d , OP_BYTE , "LD L,RL (IX+0%02Xh)", NULL },
+ { RL_off_IX_d , OP_BYTE , "RL (IX+0%02Xh)" , NULL },
+ { LD_A_RL_off_IX_d , OP_BYTE , "LD A,RL (IX+0%02Xh)", NULL },
+ { LD_B_RR_off_IX_d , OP_BYTE , "LD B,RR (IX+0%02Xh)", NULL },
+ { LD_C_RR_off_IX_d , OP_BYTE , "LD C,RR (IX+0%02Xh)", NULL },
+ { LD_D_RR_off_IX_d , OP_BYTE , "LD D,RR (IX+0%02Xh)", NULL },
+ { LD_E_RR_off_IX_d , OP_BYTE , "LD E,RR (IX+0%02Xh)", NULL },
+ { LD_H_RR_off_IX_d , OP_BYTE , "LD H,RR (IX+0%02Xh)", NULL },
+ { LD_L_RR_off_IX_d , OP_BYTE , "LD L,RR (IX+0%02Xh)", NULL },
+ { RR_off_IX_d , OP_BYTE , "RR (IX+0%02Xh)" , NULL },
+ { LD_A_RR_off_IX_d , OP_BYTE , "LD A,RR (IX+0%02Xh)", NULL },
+ { LD_B_SLA_off_IX_d , OP_BYTE , "LD B,SLA (IX+0%02Xh)", NULL },
+ { LD_C_SLA_off_IX_d , OP_BYTE , "LD C,SLA (IX+0%02Xh)", NULL },
+ { LD_D_SLA_off_IX_d , OP_BYTE , "LD D,SLA (IX+0%02Xh)", NULL },
+ { LD_E_SLA_off_IX_d , OP_BYTE , "LD E,SLA (IX+0%02Xh)", NULL },
+ { LD_H_SLA_off_IX_d , OP_BYTE , "LD H,SLA (IX+0%02Xh)", NULL },
+ { LD_L_SLA_off_IX_d , OP_BYTE , "LD L,SLA (IX+0%02Xh)", NULL },
+ { SLA_off_IX_d , OP_BYTE , "SLA (IX+0%02Xh)" , NULL },
+ { LD_A_SLA_off_IX_d , OP_BYTE , "LD A,SLA (IX+0%02Xh)", NULL },
+ { LD_B_SRA_off_IX_d , OP_BYTE , "LD B,SRA (IX+0%02Xh)", NULL },
+ { LD_C_SRA_off_IX_d , OP_BYTE , "LD C,SRA (IX+0%02Xh)", NULL },
+ { LD_D_SRA_off_IX_d , OP_BYTE , "LD D,SRA (IX+0%02Xh)", NULL },
+ { LD_E_SRA_off_IX_d , OP_BYTE , "LD E,SRA (IX+0%02Xh)", NULL },
+ { LD_H_SRA_off_IX_d , OP_BYTE , "LD H,SRA (IX+0%02Xh)", NULL },
+ { LD_L_SRA_off_IX_d , OP_BYTE , "LD L,SRA (IX+0%02Xh)", NULL },
+ { SRA_off_IX_d , OP_BYTE , "SRA (IX+0%02Xh)" , NULL },
+ { LD_A_SRA_off_IX_d , OP_BYTE , "LD A,SRA (IX+0%02Xh)", NULL },
+ { LD_B_SLL_off_IX_d , OP_BYTE , "LD B,SLL (IX+0%02Xh)", NULL },
+ { LD_C_SLL_off_IX_d , OP_BYTE , "LD C,SLL (IX+0%02Xh)", NULL },
+ { LD_D_SLL_off_IX_d , OP_BYTE , "LD D,SLL (IX+0%02Xh)", NULL },
+ { LD_E_SLL_off_IX_d , OP_BYTE , "LD E,SLL (IX+0%02Xh)", NULL },
+ { LD_H_SLL_off_IX_d , OP_BYTE , "LD H,SLL (IX+0%02Xh)", NULL },
+ { LD_L_SLL_off_IX_d , OP_BYTE , "LD L,SLL (IX+0%02Xh)", NULL },
+ { SLL_off_IX_d , OP_BYTE , "SLL (IX+0%02Xh)" , NULL },
+ { LD_A_SLL_off_IX_d , OP_BYTE , "LD A,SLL (IX+0%02Xh)", NULL },
+ { LD_B_SRL_off_IX_d , OP_BYTE , "LD B,SRL (IX+0%02Xh)", NULL },
+ { LD_C_SRL_off_IX_d , OP_BYTE , "LD C,SRL (IX+0%02Xh)", NULL },
+ { LD_D_SRL_off_IX_d , OP_BYTE , "LD D,SRL (IX+0%02Xh)", NULL },
+ { LD_E_SRL_off_IX_d , OP_BYTE , "LD E,SRL (IX+0%02Xh)", NULL },
+ { LD_H_SRL_off_IX_d , OP_BYTE , "LD H,SRL (IX+0%02Xh)", NULL },
+ { LD_L_SRL_off_IX_d , OP_BYTE , "LD L,SRL (IX+0%02Xh)", NULL },
+ { SRL_off_IX_d , OP_BYTE , "SRL (IX+0%02Xh)" , NULL },
+ { LD_A_SRL_off_IX_d , OP_BYTE , "LD A,SRL (IX+0%02Xh)", NULL },
+ { BIT_0_off_IX_d , OP_BYTE , "BIT 0,(IX+0%02Xh)" , NULL },
+ { BIT_0_off_IX_d , OP_BYTE , "BIT 0,(IX+0%02Xh)" , NULL },
+ { BIT_0_off_IX_d , OP_BYTE , "BIT 0,(IX+0%02Xh)" , NULL },
+ { BIT_0_off_IX_d , OP_BYTE , "BIT 0,(IX+0%02Xh)" , NULL },
+ { BIT_0_off_IX_d , OP_BYTE , "BIT 0,(IX+0%02Xh)" , NULL },
+ { BIT_0_off_IX_d , OP_BYTE , "BIT 0,(IX+0%02Xh)" , NULL },
+ { BIT_0_off_IX_d , OP_BYTE , "BIT 0,(IX+0%02Xh)" , NULL },
+ { BIT_0_off_IX_d , OP_BYTE , "BIT 0,(IX+0%02Xh)" , NULL },
+ { BIT_1_off_IX_d , OP_BYTE , "BIT 1,(IX+0%02Xh)" , NULL },
+ { BIT_1_off_IX_d , OP_BYTE , "BIT 1,(IX+0%02Xh)" , NULL },
+ { BIT_1_off_IX_d , OP_BYTE , "BIT 1,(IX+0%02Xh)" , NULL },
+ { BIT_1_off_IX_d , OP_BYTE , "BIT 1,(IX+0%02Xh)" , NULL },
+ { BIT_1_off_IX_d , OP_BYTE , "BIT 1,(IX+0%02Xh)" , NULL },
+ { BIT_1_off_IX_d , OP_BYTE , "BIT 1,(IX+0%02Xh)" , NULL },
+ { BIT_1_off_IX_d , OP_BYTE , "BIT 1,(IX+0%02Xh)" , NULL },
+ { BIT_1_off_IX_d , OP_BYTE , "BIT 1,(IX+0%02Xh)" , NULL },
+ { BIT_2_off_IX_d , OP_BYTE , "BIT 2,(IX+0%02Xh)" , NULL },
+ { BIT_2_off_IX_d , OP_BYTE , "BIT 2,(IX+0%02Xh)" , NULL },
+ { BIT_2_off_IX_d , OP_BYTE , "BIT 2,(IX+0%02Xh)" , NULL },
+ { BIT_2_off_IX_d , OP_BYTE , "BIT 2,(IX+0%02Xh)" , NULL },
+ { BIT_2_off_IX_d , OP_BYTE , "BIT 2,(IX+0%02Xh)" , NULL },
+ { BIT_2_off_IX_d , OP_BYTE , "BIT 2,(IX+0%02Xh)" , NULL },
+ { BIT_2_off_IX_d , OP_BYTE , "BIT 2,(IX+0%02Xh)" , NULL },
+ { BIT_2_off_IX_d , OP_BYTE , "BIT 2,(IX+0%02Xh)" , NULL },
+ { BIT_3_off_IX_d , OP_BYTE , "BIT 3,(IX+0%02Xh)" , NULL },
+ { BIT_3_off_IX_d , OP_BYTE , "BIT 3,(IX+0%02Xh)" , NULL },
+ { BIT_3_off_IX_d , OP_BYTE , "BIT 3,(IX+0%02Xh)" , NULL },
+ { BIT_3_off_IX_d , OP_BYTE , "BIT 3,(IX+0%02Xh)" , NULL },
+ { BIT_3_off_IX_d , OP_BYTE , "BIT 3,(IX+0%02Xh)" , NULL },
+ { BIT_3_off_IX_d , OP_BYTE , "BIT 3,(IX+0%02Xh)" , NULL },
+ { BIT_3_off_IX_d , OP_BYTE , "BIT 3,(IX+0%02Xh)" , NULL },
+ { BIT_3_off_IX_d , OP_BYTE , "BIT 3,(IX+0%02Xh)" , NULL },
+ { BIT_4_off_IX_d , OP_BYTE , "BIT 4,(IX+0%02Xh)" , NULL },
+ { BIT_4_off_IX_d , OP_BYTE , "BIT 4,(IX+0%02Xh)" , NULL },
+ { BIT_4_off_IX_d , OP_BYTE , "BIT 4,(IX+0%02Xh)" , NULL },
+ { BIT_4_off_IX_d , OP_BYTE , "BIT 4,(IX+0%02Xh)" , NULL },
+ { BIT_4_off_IX_d , OP_BYTE , "BIT 4,(IX+0%02Xh)" , NULL },
+ { BIT_4_off_IX_d , OP_BYTE , "BIT 4,(IX+0%02Xh)" , NULL },
+ { BIT_4_off_IX_d , OP_BYTE , "BIT 4,(IX+0%02Xh)" , NULL },
+ { BIT_4_off_IX_d , OP_BYTE , "BIT 4,(IX+0%02Xh)" , NULL },
+ { BIT_5_off_IX_d , OP_BYTE , "BIT 5,(IX+0%02Xh)" , NULL },
+ { BIT_5_off_IX_d , OP_BYTE , "BIT 5,(IX+0%02Xh)" , NULL },
+ { BIT_5_off_IX_d , OP_BYTE , "BIT 5,(IX+0%02Xh)" , NULL },
+ { BIT_5_off_IX_d , OP_BYTE , "BIT 5,(IX+0%02Xh)" , NULL },
+ { BIT_5_off_IX_d , OP_BYTE , "BIT 5,(IX+0%02Xh)" , NULL },
+ { BIT_5_off_IX_d , OP_BYTE , "BIT 5,(IX+0%02Xh)" , NULL },
+ { BIT_5_off_IX_d , OP_BYTE , "BIT 5,(IX+0%02Xh)" , NULL },
+ { BIT_5_off_IX_d , OP_BYTE , "BIT 5,(IX+0%02Xh)" , NULL },
+ { BIT_6_off_IX_d , OP_BYTE , "BIT 6,(IX+0%02Xh)" , NULL },
+ { BIT_6_off_IX_d , OP_BYTE , "BIT 6,(IX+0%02Xh)" , NULL },
+ { BIT_6_off_IX_d , OP_BYTE , "BIT 6,(IX+0%02Xh)" , NULL },
+ { BIT_6_off_IX_d , OP_BYTE , "BIT 6,(IX+0%02Xh)" , NULL },
+ { BIT_6_off_IX_d , OP_BYTE , "BIT 6,(IX+0%02Xh)" , NULL },
+ { BIT_6_off_IX_d , OP_BYTE , "BIT 6,(IX+0%02Xh)" , NULL },
+ { BIT_6_off_IX_d , OP_BYTE , "BIT 6,(IX+0%02Xh)" , NULL },
+ { BIT_6_off_IX_d , OP_BYTE , "BIT 6,(IX+0%02Xh)" , NULL },
+ { BIT_7_off_IX_d , OP_BYTE , "BIT 7,(IX+0%02Xh)" , NULL },
+ { BIT_7_off_IX_d , OP_BYTE , "BIT 7,(IX+0%02Xh)" , NULL },
+ { BIT_7_off_IX_d , OP_BYTE , "BIT 7,(IX+0%02Xh)" , NULL },
+ { BIT_7_off_IX_d , OP_BYTE , "BIT 7,(IX+0%02Xh)" , NULL },
+ { BIT_7_off_IX_d , OP_BYTE , "BIT 7,(IX+0%02Xh)" , NULL },
+ { BIT_7_off_IX_d , OP_BYTE , "BIT 7,(IX+0%02Xh)" , NULL },
+ { BIT_7_off_IX_d , OP_BYTE , "BIT 7,(IX+0%02Xh)" , NULL },
+ { BIT_7_off_IX_d , OP_BYTE , "BIT 7,(IX+0%02Xh)" , NULL },
+ { LD_B_RES_0_off_IX_d , OP_BYTE , "LD B,RES 0,(IX+0%02Xh)", NULL },
+ { LD_C_RES_0_off_IX_d , OP_BYTE , "LD C,RES 0,(IX+0%02Xh)", NULL },
+ { LD_D_RES_0_off_IX_d , OP_BYTE , "LD D,RES 0,(IX+0%02Xh)", NULL },
+ { LD_E_RES_0_off_IX_d , OP_BYTE , "LD E,RES 0,(IX+0%02Xh)", NULL },
+ { LD_H_RES_0_off_IX_d , OP_BYTE , "LD H,RES 0,(IX+0%02Xh)", NULL },
+ { LD_L_RES_0_off_IX_d , OP_BYTE , "LD L,RES 0,(IX+0%02Xh)", NULL },
+ { RES_0_off_IX_d , OP_BYTE , "RES 0,(IX+0%02Xh)" , NULL },
+ { LD_A_RES_0_off_IX_d , OP_BYTE , "LD A,RES 0,(IX+0%02Xh)", NULL },
+ { LD_B_RES_1_off_IX_d , OP_BYTE , "LD B,RES 1,(IX+0%02Xh)", NULL },
+ { LD_C_RES_1_off_IX_d , OP_BYTE , "LD C,RES 1,(IX+0%02Xh)", NULL },
+ { LD_D_RES_1_off_IX_d , OP_BYTE , "LD D,RES 1,(IX+0%02Xh)", NULL },
+ { LD_E_RES_1_off_IX_d , OP_BYTE , "LD E,RES 1,(IX+0%02Xh)", NULL },
+ { LD_H_RES_1_off_IX_d , OP_BYTE , "LD H,RES 1,(IX+0%02Xh)", NULL },
+ { LD_L_RES_1_off_IX_d , OP_BYTE , "LD L,RES 1,(IX+0%02Xh)", NULL },
+ { RES_1_off_IX_d , OP_BYTE , "RES 1,(IX+0%02Xh)" , NULL },
+ { LD_A_RES_1_off_IX_d , OP_BYTE , "LD A,RES 1,(IX+0%02Xh)", NULL },
+ { LD_B_RES_2_off_IX_d , OP_BYTE , "LD B,RES 2,(IX+0%02Xh)", NULL },
+ { LD_C_RES_2_off_IX_d , OP_BYTE , "LD C,RES 2,(IX+0%02Xh)", NULL },
+ { LD_D_RES_2_off_IX_d , OP_BYTE , "LD D,RES 2,(IX+0%02Xh)", NULL },
+ { LD_E_RES_2_off_IX_d , OP_BYTE , "LD E,RES 2,(IX+0%02Xh)", NULL },
+ { LD_H_RES_2_off_IX_d , OP_BYTE , "LD H,RES 2,(IX+0%02Xh)", NULL },
+ { LD_L_RES_2_off_IX_d , OP_BYTE , "LD L,RES 2,(IX+0%02Xh)", NULL },
+ { RES_2_off_IX_d , OP_BYTE , "RES 2,(IX+0%02Xh)" , NULL },
+ { LD_A_RES_2_off_IX_d , OP_BYTE , "LD A,RES 2,(IX+0%02Xh)", NULL },
+ { LD_B_RES_3_off_IX_d , OP_BYTE , "LD B,RES 3,(IX+0%02Xh)", NULL },
+ { LD_C_RES_3_off_IX_d , OP_BYTE , "LD C,RES 3,(IX+0%02Xh)", NULL },
+ { LD_D_RES_3_off_IX_d , OP_BYTE , "LD D,RES 3,(IX+0%02Xh)", NULL },
+ { LD_E_RES_3_off_IX_d , OP_BYTE , "LD E,RES 3,(IX+0%02Xh)", NULL },
+ { LD_H_RES_3_off_IX_d , OP_BYTE , "LD H,RES 3,(IX+0%02Xh)", NULL },
+ { LD_L_RES_3_off_IX_d , OP_BYTE , "LD L,RES 3,(IX+0%02Xh)", NULL },
+ { RES_3_off_IX_d , OP_BYTE , "RES 3,(IX+0%02Xh)" , NULL },
+ { LD_A_RES_3_off_IX_d , OP_BYTE , "LD A,RES 3,(IX+0%02Xh)", NULL },
+ { LD_B_RES_4_off_IX_d , OP_BYTE , "LD B,RES 4,(IX+0%02Xh)", NULL },
+ { LD_C_RES_4_off_IX_d , OP_BYTE , "LD C,RES 4,(IX+0%02Xh)", NULL },
+ { LD_D_RES_4_off_IX_d , OP_BYTE , "LD D,RES 4,(IX+0%02Xh)", NULL },
+ { LD_E_RES_4_off_IX_d , OP_BYTE , "LD E,RES 4,(IX+0%02Xh)", NULL },
+ { LD_H_RES_4_off_IX_d , OP_BYTE , "LD H,RES 4,(IX+0%02Xh)", NULL },
+ { LD_L_RES_4_off_IX_d , OP_BYTE , "LD L,RES 4,(IX+0%02Xh)", NULL },
+ { RES_4_off_IX_d , OP_BYTE , "RES 4,(IX+0%02Xh)" , NULL },
+ { LD_A_RES_4_off_IX_d , OP_BYTE , "LD A,RES 4,(IX+0%02Xh)", NULL },
+ { LD_B_RES_5_off_IX_d , OP_BYTE , "LD B,RES 5,(IX+0%02Xh)", NULL },
+ { LD_C_RES_5_off_IX_d , OP_BYTE , "LD C,RES 5,(IX+0%02Xh)", NULL },
+ { LD_D_RES_5_off_IX_d , OP_BYTE , "LD D,RES 5,(IX+0%02Xh)", NULL },
+ { LD_E_RES_5_off_IX_d , OP_BYTE , "LD E,RES 5,(IX+0%02Xh)", NULL },
+ { LD_H_RES_5_off_IX_d , OP_BYTE , "LD H,RES 5,(IX+0%02Xh)", NULL },
+ { LD_L_RES_5_off_IX_d , OP_BYTE , "LD L,RES 5,(IX+0%02Xh)", NULL },
+ { RES_5_off_IX_d , OP_BYTE , "RES 5,(IX+0%02Xh)" , NULL },
+ { LD_A_RES_5_off_IX_d , OP_BYTE , "LD A,RES 5,(IX+0%02Xh)", NULL },
+ { LD_B_RES_6_off_IX_d , OP_BYTE , "LD B,RES 6,(IX+0%02Xh)", NULL },
+ { LD_C_RES_6_off_IX_d , OP_BYTE , "LD C,RES 6,(IX+0%02Xh)", NULL },
+ { LD_D_RES_6_off_IX_d , OP_BYTE , "LD D,RES 6,(IX+0%02Xh)", NULL },
+ { LD_E_RES_6_off_IX_d , OP_BYTE , "LD E,RES 6,(IX+0%02Xh)", NULL },
+ { LD_H_RES_6_off_IX_d , OP_BYTE , "LD H,RES 6,(IX+0%02Xh)", NULL },
+ { LD_L_RES_6_off_IX_d , OP_BYTE , "LD L,RES 6,(IX+0%02Xh)", NULL },
+ { RES_6_off_IX_d , OP_BYTE , "RES 6,(IX+0%02Xh)" , NULL },
+ { LD_A_RES_6_off_IX_d , OP_BYTE , "LD A,RES 6,(IX+0%02Xh)", NULL },
+ { LD_B_RES_7_off_IX_d , OP_BYTE , "LD B,RES 7,(IX+0%02Xh)", NULL },
+ { LD_C_RES_7_off_IX_d , OP_BYTE , "LD C,RES 7,(IX+0%02Xh)", NULL },
+ { LD_D_RES_7_off_IX_d , OP_BYTE , "LD D,RES 7,(IX+0%02Xh)", NULL },
+ { LD_E_RES_7_off_IX_d , OP_BYTE , "LD E,RES 7,(IX+0%02Xh)", NULL },
+ { LD_H_RES_7_off_IX_d , OP_BYTE , "LD H,RES 7,(IX+0%02Xh)", NULL },
+ { LD_L_RES_7_off_IX_d , OP_BYTE , "LD L,RES 7,(IX+0%02Xh)", NULL },
+ { RES_7_off_IX_d , OP_BYTE , "RES 7,(IX+0%02Xh)" , NULL },
+ { LD_A_RES_7_off_IX_d , OP_BYTE , "LD A,RES 7,(IX+0%02Xh)", NULL },
+ { LD_B_SET_0_off_IX_d , OP_BYTE , "LD B,SET 0,(IX+0%02Xh)", NULL },
+ { LD_C_SET_0_off_IX_d , OP_BYTE , "LD C,SET 0,(IX+0%02Xh)", NULL },
+ { LD_D_SET_0_off_IX_d , OP_BYTE , "LD D,SET 0,(IX+0%02Xh)", NULL },
+ { LD_E_SET_0_off_IX_d , OP_BYTE , "LD E,SET 0,(IX+0%02Xh)", NULL },
+ { LD_H_SET_0_off_IX_d , OP_BYTE , "LD H,SET 0,(IX+0%02Xh)", NULL },
+ { LD_L_SET_0_off_IX_d , OP_BYTE , "LD L,SET 0,(IX+0%02Xh)", NULL },
+ { SET_0_off_IX_d , OP_BYTE , "SET 0,(IX+0%02Xh)" , NULL },
+ { LD_A_SET_0_off_IX_d , OP_BYTE , "LD A,SET 0,(IX+0%02Xh)", NULL },
+ { LD_B_SET_1_off_IX_d , OP_BYTE , "LD B,SET 1,(IX+0%02Xh)", NULL },
+ { LD_C_SET_1_off_IX_d , OP_BYTE , "LD C,SET 1,(IX+0%02Xh)", NULL },
+ { LD_D_SET_1_off_IX_d , OP_BYTE , "LD D,SET 1,(IX+0%02Xh)", NULL },
+ { LD_E_SET_1_off_IX_d , OP_BYTE , "LD E,SET 1,(IX+0%02Xh)", NULL },
+ { LD_H_SET_1_off_IX_d , OP_BYTE , "LD H,SET 1,(IX+0%02Xh)", NULL },
+ { LD_L_SET_1_off_IX_d , OP_BYTE , "LD L,SET 1,(IX+0%02Xh)", NULL },
+ { SET_1_off_IX_d , OP_BYTE , "SET 1,(IX+0%02Xh)" , NULL },
+ { LD_A_SET_1_off_IX_d , OP_BYTE , "LD A,SET 1,(IX+0%02Xh)", NULL },
+ { LD_B_SET_2_off_IX_d , OP_BYTE , "LD B,SET 2,(IX+0%02Xh)", NULL },
+ { LD_C_SET_2_off_IX_d , OP_BYTE , "LD C,SET 2,(IX+0%02Xh)", NULL },
+ { LD_D_SET_2_off_IX_d , OP_BYTE , "LD D,SET 2,(IX+0%02Xh)", NULL },
+ { LD_E_SET_2_off_IX_d , OP_BYTE , "LD E,SET 2,(IX+0%02Xh)", NULL },
+ { LD_H_SET_2_off_IX_d , OP_BYTE , "LD H,SET 2,(IX+0%02Xh)", NULL },
+ { LD_L_SET_2_off_IX_d , OP_BYTE , "LD L,SET 2,(IX+0%02Xh)", NULL },
+ { SET_2_off_IX_d , OP_BYTE , "SET 2,(IX+0%02Xh)" , NULL },
+ { LD_A_SET_2_off_IX_d , OP_BYTE , "LD A,SET 2,(IX+0%02Xh)", NULL },
+ { LD_B_SET_3_off_IX_d , OP_BYTE , "LD B,SET 3,(IX+0%02Xh)", NULL },
+ { LD_C_SET_3_off_IX_d , OP_BYTE , "LD C,SET 3,(IX+0%02Xh)", NULL },
+ { LD_D_SET_3_off_IX_d , OP_BYTE , "LD D,SET 3,(IX+0%02Xh)", NULL },
+ { LD_E_SET_3_off_IX_d , OP_BYTE , "LD E,SET 3,(IX+0%02Xh)", NULL },
+ { LD_H_SET_3_off_IX_d , OP_BYTE , "LD H,SET 3,(IX+0%02Xh)", NULL },
+ { LD_L_SET_3_off_IX_d , OP_BYTE , "LD L,SET 3,(IX+0%02Xh)", NULL },
+ { SET_3_off_IX_d , OP_BYTE , "SET 3,(IX+0%02Xh)" , NULL },
+ { LD_A_SET_3_off_IX_d , OP_BYTE , "LD A,SET 3,(IX+0%02Xh)", NULL },
+ { LD_B_SET_4_off_IX_d , OP_BYTE , "LD B,SET 4,(IX+0%02Xh)", NULL },
+ { LD_C_SET_4_off_IX_d , OP_BYTE , "LD C,SET 4,(IX+0%02Xh)", NULL },
+ { LD_D_SET_4_off_IX_d , OP_BYTE , "LD D,SET 4,(IX+0%02Xh)", NULL },
+ { LD_E_SET_4_off_IX_d , OP_BYTE , "LD E,SET 4,(IX+0%02Xh)", NULL },
+ { LD_H_SET_4_off_IX_d , OP_BYTE , "LD H,SET 4,(IX+0%02Xh)", NULL },
+ { LD_L_SET_4_off_IX_d , OP_BYTE , "LD L,SET 4,(IX+0%02Xh)", NULL },
+ { SET_4_off_IX_d , OP_BYTE , "SET 4,(IX+0%02Xh)" , NULL },
+ { LD_A_SET_4_off_IX_d , OP_BYTE , "LD A,SET 4,(IX+0%02Xh)", NULL },
+ { LD_B_SET_5_off_IX_d , OP_BYTE , "LD B,SET 5,(IX+0%02Xh)", NULL },
+ { LD_C_SET_5_off_IX_d , OP_BYTE , "LD C,SET 5,(IX+0%02Xh)", NULL },
+ { LD_D_SET_5_off_IX_d , OP_BYTE , "LD D,SET 5,(IX+0%02Xh)", NULL },
+ { LD_E_SET_5_off_IX_d , OP_BYTE , "LD E,SET 5,(IX+0%02Xh)", NULL },
+ { LD_H_SET_5_off_IX_d , OP_BYTE , "LD H,SET 5,(IX+0%02Xh)", NULL },
+ { LD_L_SET_5_off_IX_d , OP_BYTE , "LD L,SET 5,(IX+0%02Xh)", NULL },
+ { SET_5_off_IX_d , OP_BYTE , "SET 5,(IX+0%02Xh)" , NULL },
+ { LD_A_SET_5_off_IX_d , OP_BYTE , "LD A,SET 5,(IX+0%02Xh)", NULL },
+ { LD_B_SET_6_off_IX_d , OP_BYTE , "LD B,SET 6,(IX+0%02Xh)", NULL },
+ { LD_C_SET_6_off_IX_d , OP_BYTE , "LD C,SET 6,(IX+0%02Xh)", NULL },
+ { LD_D_SET_6_off_IX_d , OP_BYTE , "LD D,SET 6,(IX+0%02Xh)", NULL },
+ { LD_E_SET_6_off_IX_d , OP_BYTE , "LD E,SET 6,(IX+0%02Xh)", NULL },
+ { LD_H_SET_6_off_IX_d , OP_BYTE , "LD H,SET 6,(IX+0%02Xh)", NULL },
+ { LD_L_SET_6_off_IX_d , OP_BYTE , "LD L,SET 6,(IX+0%02Xh)", NULL },
+ { SET_6_off_IX_d , OP_BYTE , "SET 6,(IX+0%02Xh)" , NULL },
+ { LD_A_SET_6_off_IX_d , OP_BYTE , "LD A,SET 6,(IX+0%02Xh)", NULL },
+ { LD_B_SET_7_off_IX_d , OP_BYTE , "LD B,SET 7,(IX+0%02Xh)", NULL },
+ { LD_C_SET_7_off_IX_d , OP_BYTE , "LD C,SET 7,(IX+0%02Xh)", NULL },
+ { LD_D_SET_7_off_IX_d , OP_BYTE , "LD D,SET 7,(IX+0%02Xh)", NULL },
+ { LD_E_SET_7_off_IX_d , OP_BYTE , "LD E,SET 7,(IX+0%02Xh)", NULL },
+ { LD_H_SET_7_off_IX_d , OP_BYTE , "LD H,SET 7,(IX+0%02Xh)", NULL },
+ { LD_L_SET_7_off_IX_d , OP_BYTE , "LD L,SET 7,(IX+0%02Xh)", NULL },
+ { SET_7_off_IX_d , OP_BYTE , "SET 7,(IX+0%02Xh)" , NULL },
+ { LD_A_SET_7_off_IX_d , OP_BYTE , "LD A,SET 7,(IX+0%02Xh)", NULL }
+} };
+
+static struct Z80OpcodeTable opcodes_CB = { 0, {
+ { RLC_B , OP_NONE , "RLC B" , NULL },
+ { RLC_C , OP_NONE , "RLC C" , NULL },
+ { RLC_D , OP_NONE , "RLC D" , NULL },
+ { RLC_E , OP_NONE , "RLC E" , NULL },
+ { RLC_H , OP_NONE , "RLC H" , NULL },
+ { RLC_L , OP_NONE , "RLC L" , NULL },
+ { RLC_off_HL , OP_NONE , "RLC (HL)" , NULL },
+ { RLC_A , OP_NONE , "RLC A" , NULL },
+ { RRC_B , OP_NONE , "RRC B" , NULL },
+ { RRC_C , OP_NONE , "RRC C" , NULL },
+ { RRC_D , OP_NONE , "RRC D" , NULL },
+ { RRC_E , OP_NONE , "RRC E" , NULL },
+ { RRC_H , OP_NONE , "RRC H" , NULL },
+ { RRC_L , OP_NONE , "RRC L" , NULL },
+ { RRC_off_HL , OP_NONE , "RRC (HL)" , NULL },
+ { RRC_A , OP_NONE , "RRC A" , NULL },
+ { RL_B , OP_NONE , "RL B" , NULL },
+ { RL_C , OP_NONE , "RL C" , NULL },
+ { RL_D , OP_NONE , "RL D" , NULL },
+ { RL_E , OP_NONE , "RL E" , NULL },
+ { RL_H , OP_NONE , "RL H" , NULL },
+ { RL_L , OP_NONE , "RL L" , NULL },
+ { RL_off_HL , OP_NONE , "RL (HL)" , NULL },
+ { RL_A , OP_NONE , "RL A" , NULL },
+ { RR_B , OP_NONE , "RR B" , NULL },
+ { RR_C , OP_NONE , "RR C" , NULL },
+ { RR_D , OP_NONE , "RR D" , NULL },
+ { RR_E , OP_NONE , "RR E" , NULL },
+ { RR_H , OP_NONE , "RR H" , NULL },
+ { RR_L , OP_NONE , "RR L" , NULL },
+ { RR_off_HL , OP_NONE , "RR (HL)" , NULL },
+ { RR_A , OP_NONE , "RR A" , NULL },
+ { SLA_B , OP_NONE , "SLA B" , NULL },
+ { SLA_C , OP_NONE , "SLA C" , NULL },
+ { SLA_D , OP_NONE , "SLA D" , NULL },
+ { SLA_E , OP_NONE , "SLA E" , NULL },
+ { SLA_H , OP_NONE , "SLA H" , NULL },
+ { SLA_L , OP_NONE , "SLA L" , NULL },
+ { SLA_off_HL , OP_NONE , "SLA (HL)" , NULL },
+ { SLA_A , OP_NONE , "SLA A" , NULL },
+ { SRA_B , OP_NONE , "SRA B" , NULL },
+ { SRA_C , OP_NONE , "SRA C" , NULL },
+ { SRA_D , OP_NONE , "SRA D" , NULL },
+ { SRA_E , OP_NONE , "SRA E" , NULL },
+ { SRA_H , OP_NONE , "SRA H" , NULL },
+ { SRA_L , OP_NONE , "SRA L" , NULL },
+ { SRA_off_HL , OP_NONE , "SRA (HL)" , NULL },
+ { SRA_A , OP_NONE , "SRA A" , NULL },
+ { SLL_B , OP_NONE , "SLL B" , NULL },
+ { SLL_C , OP_NONE , "SLL C" , NULL },
+ { SLL_D , OP_NONE , "SLL D" , NULL },
+ { SLL_E , OP_NONE , "SLL E" , NULL },
+ { SLL_H , OP_NONE , "SLL H" , NULL },
+ { SLL_L , OP_NONE , "SLL L" , NULL },
+ { SLL_off_HL , OP_NONE , "SLL (HL)" , NULL },
+ { SLL_A , OP_NONE , "SLL A" , NULL },
+ { SRL_B , OP_NONE , "SRL B" , NULL },
+ { SRL_C , OP_NONE , "SRL C" , NULL },
+ { SRL_D , OP_NONE , "SRL D" , NULL },
+ { SRL_E , OP_NONE , "SRL E" , NULL },
+ { SRL_H , OP_NONE , "SRL H" , NULL },
+ { SRL_L , OP_NONE , "SRL L" , NULL },
+ { SRL_off_HL , OP_NONE , "SRL (HL)" , NULL },
+ { SRL_A , OP_NONE , "SRL A" , NULL },
+ { BIT_0_B , OP_NONE , "BIT 0,B" , NULL },
+ { BIT_0_C , OP_NONE , "BIT 0,C" , NULL },
+ { BIT_0_D , OP_NONE , "BIT 0,D" , NULL },
+ { BIT_0_E , OP_NONE , "BIT 0,E" , NULL },
+ { BIT_0_H , OP_NONE , "BIT 0,H" , NULL },
+ { BIT_0_L , OP_NONE , "BIT 0,L" , NULL },
+ { BIT_0_off_HL , OP_NONE , "BIT 0,(HL)" , NULL },
+ { BIT_0_A , OP_NONE , "BIT 0,A" , NULL },
+ { BIT_1_B , OP_NONE , "BIT 1,B" , NULL },
+ { BIT_1_C , OP_NONE , "BIT 1,C" , NULL },
+ { BIT_1_D , OP_NONE , "BIT 1,D" , NULL },
+ { BIT_1_E , OP_NONE , "BIT 1,E" , NULL },
+ { BIT_1_H , OP_NONE , "BIT 1,H" , NULL },
+ { BIT_1_L , OP_NONE , "BIT 1,L" , NULL },
+ { BIT_1_off_HL , OP_NONE , "BIT 1,(HL)" , NULL },
+ { BIT_1_A , OP_NONE , "BIT 1,A" , NULL },
+ { BIT_2_B , OP_NONE , "BIT 2,B" , NULL },
+ { BIT_2_C , OP_NONE , "BIT 2,C" , NULL },
+ { BIT_2_D , OP_NONE , "BIT 2,D" , NULL },
+ { BIT_2_E , OP_NONE , "BIT 2,E" , NULL },
+ { BIT_2_H , OP_NONE , "BIT 2,H" , NULL },
+ { BIT_2_L , OP_NONE , "BIT 2,L" , NULL },
+ { BIT_2_off_HL , OP_NONE , "BIT 2,(HL)" , NULL },
+ { BIT_2_A , OP_NONE , "BIT 2,A" , NULL },
+ { BIT_3_B , OP_NONE , "BIT 3,B" , NULL },
+ { BIT_3_C , OP_NONE , "BIT 3,C" , NULL },
+ { BIT_3_D , OP_NONE , "BIT 3,D" , NULL },
+ { BIT_3_E , OP_NONE , "BIT 3,E" , NULL },
+ { BIT_3_H , OP_NONE , "BIT 3,H" , NULL },
+ { BIT_3_L , OP_NONE , "BIT 3,L" , NULL },
+ { BIT_3_off_HL , OP_NONE , "BIT 3,(HL)" , NULL },
+ { BIT_3_A , OP_NONE , "BIT 3,A" , NULL },
+ { BIT_4_B , OP_NONE , "BIT 4,B" , NULL },
+ { BIT_4_C , OP_NONE , "BIT 4,C" , NULL },
+ { BIT_4_D , OP_NONE , "BIT 4,D" , NULL },
+ { BIT_4_E , OP_NONE , "BIT 4,E" , NULL },
+ { BIT_4_H , OP_NONE , "BIT 4,H" , NULL },
+ { BIT_4_L , OP_NONE , "BIT 4,L" , NULL },
+ { BIT_4_off_HL , OP_NONE , "BIT 4,(HL)" , NULL },
+ { BIT_4_A , OP_NONE , "BIT 4,A" , NULL },
+ { BIT_5_B , OP_NONE , "BIT 5,B" , NULL },
+ { BIT_5_C , OP_NONE , "BIT 5,C" , NULL },
+ { BIT_5_D , OP_NONE , "BIT 5,D" , NULL },
+ { BIT_5_E , OP_NONE , "BIT 5,E" , NULL },
+ { BIT_5_H , OP_NONE , "BIT 5,H" , NULL },
+ { BIT_5_L , OP_NONE , "BIT 5,L" , NULL },
+ { BIT_5_off_HL , OP_NONE , "BIT 5,(HL)" , NULL },
+ { BIT_5_A , OP_NONE , "BIT 5,A" , NULL },
+ { BIT_6_B , OP_NONE , "BIT 6,B" , NULL },
+ { BIT_6_C , OP_NONE , "BIT 6,C" , NULL },
+ { BIT_6_D , OP_NONE , "BIT 6,D" , NULL },
+ { BIT_6_E , OP_NONE , "BIT 6,E" , NULL },
+ { BIT_6_H , OP_NONE , "BIT 6,H" , NULL },
+ { BIT_6_L , OP_NONE , "BIT 6,L" , NULL },
+ { BIT_6_off_HL , OP_NONE , "BIT 6,(HL)" , NULL },
+ { BIT_6_A , OP_NONE , "BIT 6,A" , NULL },
+ { BIT_7_B , OP_NONE , "BIT 7,B" , NULL },
+ { BIT_7_C , OP_NONE , "BIT 7,C" , NULL },
+ { BIT_7_D , OP_NONE , "BIT 7,D" , NULL },
+ { BIT_7_E , OP_NONE , "BIT 7,E" , NULL },
+ { BIT_7_H , OP_NONE , "BIT 7,H" , NULL },
+ { BIT_7_L , OP_NONE , "BIT 7,L" , NULL },
+ { BIT_7_off_HL , OP_NONE , "BIT 7,(HL)" , NULL },
+ { BIT_7_A , OP_NONE , "BIT 7,A" , NULL },
+ { RES_0_B , OP_NONE , "RES 0,B" , NULL },
+ { RES_0_C , OP_NONE , "RES 0,C" , NULL },
+ { RES_0_D , OP_NONE , "RES 0,D" , NULL },
+ { RES_0_E , OP_NONE , "RES 0,E" , NULL },
+ { RES_0_H , OP_NONE , "RES 0,H" , NULL },
+ { RES_0_L , OP_NONE , "RES 0,L" , NULL },
+ { RES_0_off_HL , OP_NONE , "RES 0,(HL)" , NULL },
+ { RES_0_A , OP_NONE , "RES 0,A" , NULL },
+ { RES_1_B , OP_NONE , "RES 1,B" , NULL },
+ { RES_1_C , OP_NONE , "RES 1,C" , NULL },
+ { RES_1_D , OP_NONE , "RES 1,D" , NULL },
+ { RES_1_E , OP_NONE , "RES 1,E" , NULL },
+ { RES_1_H , OP_NONE , "RES 1,H" , NULL },
+ { RES_1_L , OP_NONE , "RES 1,L" , NULL },
+ { RES_1_off_HL , OP_NONE , "RES 1,(HL)" , NULL },
+ { RES_1_A , OP_NONE , "RES 1,A" , NULL },
+ { RES_2_B , OP_NONE , "RES 2,B" , NULL },
+ { RES_2_C , OP_NONE , "RES 2,C" , NULL },
+ { RES_2_D , OP_NONE , "RES 2,D" , NULL },
+ { RES_2_E , OP_NONE , "RES 2,E" , NULL },
+ { RES_2_H , OP_NONE , "RES 2,H" , NULL },
+ { RES_2_L , OP_NONE , "RES 2,L" , NULL },
+ { RES_2_off_HL , OP_NONE , "RES 2,(HL)" , NULL },
+ { RES_2_A , OP_NONE , "RES 2,A" , NULL },
+ { RES_3_B , OP_NONE , "RES 3,B" , NULL },
+ { RES_3_C , OP_NONE , "RES 3,C" , NULL },
+ { RES_3_D , OP_NONE , "RES 3,D" , NULL },
+ { RES_3_E , OP_NONE , "RES 3,E" , NULL },
+ { RES_3_H , OP_NONE , "RES 3,H" , NULL },
+ { RES_3_L , OP_NONE , "RES 3,L" , NULL },
+ { RES_3_off_HL , OP_NONE , "RES 3,(HL)" , NULL },
+ { RES_3_A , OP_NONE , "RES 3,A" , NULL },
+ { RES_4_B , OP_NONE , "RES 4,B" , NULL },
+ { RES_4_C , OP_NONE , "RES 4,C" , NULL },
+ { RES_4_D , OP_NONE , "RES 4,D" , NULL },
+ { RES_4_E , OP_NONE , "RES 4,E" , NULL },
+ { RES_4_H , OP_NONE , "RES 4,H" , NULL },
+ { RES_4_L , OP_NONE , "RES 4,L" , NULL },
+ { RES_4_off_HL , OP_NONE , "RES 4,(HL)" , NULL },
+ { RES_4_A , OP_NONE , "RES 4,A" , NULL },
+ { RES_5_B , OP_NONE , "RES 5,B" , NULL },
+ { RES_5_C , OP_NONE , "RES 5,C" , NULL },
+ { RES_5_D , OP_NONE , "RES 5,D" , NULL },
+ { RES_5_E , OP_NONE , "RES 5,E" , NULL },
+ { RES_5_H , OP_NONE , "RES 5,H" , NULL },
+ { RES_5_L , OP_NONE , "RES 5,L" , NULL },
+ { RES_5_off_HL , OP_NONE , "RES 5,(HL)" , NULL },
+ { RES_5_A , OP_NONE , "RES 5,A" , NULL },
+ { RES_6_B , OP_NONE , "RES 6,B" , NULL },
+ { RES_6_C , OP_NONE , "RES 6,C" , NULL },
+ { RES_6_D , OP_NONE , "RES 6,D" , NULL },
+ { RES_6_E , OP_NONE , "RES 6,E" , NULL },
+ { RES_6_H , OP_NONE , "RES 6,H" , NULL },
+ { RES_6_L , OP_NONE , "RES 6,L" , NULL },
+ { RES_6_off_HL , OP_NONE , "RES 6,(HL)" , NULL },
+ { RES_6_A , OP_NONE , "RES 6,A" , NULL },
+ { RES_7_B , OP_NONE , "RES 7,B" , NULL },
+ { RES_7_C , OP_NONE , "RES 7,C" , NULL },
+ { RES_7_D , OP_NONE , "RES 7,D" , NULL },
+ { RES_7_E , OP_NONE , "RES 7,E" , NULL },
+ { RES_7_H , OP_NONE , "RES 7,H" , NULL },
+ { RES_7_L , OP_NONE , "RES 7,L" , NULL },
+ { RES_7_off_HL , OP_NONE , "RES 7,(HL)" , NULL },
+ { RES_7_A , OP_NONE , "RES 7,A" , NULL },
+ { SET_0_B , OP_NONE , "SET 0,B" , NULL },
+ { SET_0_C , OP_NONE , "SET 0,C" , NULL },
+ { SET_0_D , OP_NONE , "SET 0,D" , NULL },
+ { SET_0_E , OP_NONE , "SET 0,E" , NULL },
+ { SET_0_H , OP_NONE , "SET 0,H" , NULL },
+ { SET_0_L , OP_NONE , "SET 0,L" , NULL },
+ { SET_0_off_HL , OP_NONE , "SET 0,(HL)" , NULL },
+ { SET_0_A , OP_NONE , "SET 0,A" , NULL },
+ { SET_1_B , OP_NONE , "SET 1,B" , NULL },
+ { SET_1_C , OP_NONE , "SET 1,C" , NULL },
+ { SET_1_D , OP_NONE , "SET 1,D" , NULL },
+ { SET_1_E , OP_NONE , "SET 1,E" , NULL },
+ { SET_1_H , OP_NONE , "SET 1,H" , NULL },
+ { SET_1_L , OP_NONE , "SET 1,L" , NULL },
+ { SET_1_off_HL , OP_NONE , "SET 1,(HL)" , NULL },
+ { SET_1_A , OP_NONE , "SET 1,A" , NULL },
+ { SET_2_B , OP_NONE , "SET 2,B" , NULL },
+ { SET_2_C , OP_NONE , "SET 2,C" , NULL },
+ { SET_2_D , OP_NONE , "SET 2,D" , NULL },
+ { SET_2_E , OP_NONE , "SET 2,E" , NULL },
+ { SET_2_H , OP_NONE , "SET 2,H" , NULL },
+ { SET_2_L , OP_NONE , "SET 2,L" , NULL },
+ { SET_2_off_HL , OP_NONE , "SET 2,(HL)" , NULL },
+ { SET_2_A , OP_NONE , "SET 2,A" , NULL },
+ { SET_3_B , OP_NONE , "SET 3,B" , NULL },
+ { SET_3_C , OP_NONE , "SET 3,C" , NULL },
+ { SET_3_D , OP_NONE , "SET 3,D" , NULL },
+ { SET_3_E , OP_NONE , "SET 3,E" , NULL },
+ { SET_3_H , OP_NONE , "SET 3,H" , NULL },
+ { SET_3_L , OP_NONE , "SET 3,L" , NULL },
+ { SET_3_off_HL , OP_NONE , "SET 3,(HL)" , NULL },
+ { SET_3_A , OP_NONE , "SET 3,A" , NULL },
+ { SET_4_B , OP_NONE , "SET 4,B" , NULL },
+ { SET_4_C , OP_NONE , "SET 4,C" , NULL },
+ { SET_4_D , OP_NONE , "SET 4,D" , NULL },
+ { SET_4_E , OP_NONE , "SET 4,E" , NULL },
+ { SET_4_H , OP_NONE , "SET 4,H" , NULL },
+ { SET_4_L , OP_NONE , "SET 4,L" , NULL },
+ { SET_4_off_HL , OP_NONE , "SET 4,(HL)" , NULL },
+ { SET_4_A , OP_NONE , "SET 4,A" , NULL },
+ { SET_5_B , OP_NONE , "SET 5,B" , NULL },
+ { SET_5_C , OP_NONE , "SET 5,C" , NULL },
+ { SET_5_D , OP_NONE , "SET 5,D" , NULL },
+ { SET_5_E , OP_NONE , "SET 5,E" , NULL },
+ { SET_5_H , OP_NONE , "SET 5,H" , NULL },
+ { SET_5_L , OP_NONE , "SET 5,L" , NULL },
+ { SET_5_off_HL , OP_NONE , "SET 5,(HL)" , NULL },
+ { SET_5_A , OP_NONE , "SET 5,A" , NULL },
+ { SET_6_B , OP_NONE , "SET 6,B" , NULL },
+ { SET_6_C , OP_NONE , "SET 6,C" , NULL },
+ { SET_6_D , OP_NONE , "SET 6,D" , NULL },
+ { SET_6_E , OP_NONE , "SET 6,E" , NULL },
+ { SET_6_H , OP_NONE , "SET 6,H" , NULL },
+ { SET_6_L , OP_NONE , "SET 6,L" , NULL },
+ { SET_6_off_HL , OP_NONE , "SET 6,(HL)" , NULL },
+ { SET_6_A , OP_NONE , "SET 6,A" , NULL },
+ { SET_7_B , OP_NONE , "SET 7,B" , NULL },
+ { SET_7_C , OP_NONE , "SET 7,C" , NULL },
+ { SET_7_D , OP_NONE , "SET 7,D" , NULL },
+ { SET_7_E , OP_NONE , "SET 7,E" , NULL },
+ { SET_7_H , OP_NONE , "SET 7,H" , NULL },
+ { SET_7_L , OP_NONE , "SET 7,L" , NULL },
+ { SET_7_off_HL , OP_NONE , "SET 7,(HL)" , NULL },
+ { SET_7_A , OP_NONE , "SET 7,A" , NULL }
+} };
+
+
+static struct Z80OpcodeTable opcodes_DD = { 0, {
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { ADD_IX_BC , OP_NONE , "ADD IX,BC" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { ADD_IX_DE , OP_NONE , "ADD IX,DE" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { LD_IX_nn , OP_WORD , "LD IX,0%04Xh" , NULL },
+ { LD_off_nn_IX , OP_WORD , "LD (0%04Xh),IX" , NULL },
+ { INC_IX , OP_NONE , "INC IX" , NULL },
+ { INC_IXh , OP_NONE , "INC IXh" , NULL },
+ { DEC_IXh , OP_NONE , "DEC IXh" , NULL },
+ { LD_IXh_n , OP_BYTE , "LD IXh,0%02Xh" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { ADD_IX_IX , OP_NONE , "ADD IX,IX" , NULL },
+ { LD_IX_off_nn , OP_WORD , "LD IX,(0%04Xh)" , NULL },
+ { DEC_IX , OP_NONE , "DEC IX" , NULL },
+ { INC_IXl , OP_NONE , "INC IXl" , NULL },
+ { DEC_IXl , OP_NONE , "DEC IXl" , NULL },
+ { LD_IXl_n , OP_BYTE , "LD IXl,0%02Xh" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { INC_off_IX_d , OP_BYTE , "INC (IX+0%02Xh)" , NULL },
+ { DEC_off_IX_d , OP_BYTE , "DEC (IX+0%02Xh)" , NULL },
+ { LD_off_IX_d_n , OP_BYTE , "LD (IX+0%02Xh),0%02Xh", NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { ADD_IX_SP , OP_NONE , "ADD IX,SP" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { LD_B_IXh , OP_NONE , "LD B,IXh" , NULL },
+ { LD_B_IXl , OP_NONE , "LD B,IXl" , NULL },
+ { LD_B_off_IX_d , OP_BYTE , "LD B,(IX+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { LD_C_IXh , OP_NONE , "LD C,IXh" , NULL },
+ { LD_C_IXl , OP_NONE , "LD C,IXl" , NULL },
+ { LD_C_off_IX_d , OP_BYTE , "LD C,(IX+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { LD_D_IXh , OP_NONE , "LD D,IXh" , NULL },
+ { LD_D_IXl , OP_NONE , "LD D,IXl" , NULL },
+ { LD_D_off_IX_d , OP_BYTE , "LD D,(IX+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { LD_E_IXh , OP_NONE , "LD E,IXh" , NULL },
+ { LD_E_IXl , OP_NONE , "LD E,IXl" , NULL },
+ { LD_E_off_IX_d , OP_BYTE , "LD E,(IX+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { LD_IXh_B , OP_NONE , "LD IXh,B" , NULL },
+ { LD_IXh_C , OP_NONE , "LD IXh,C" , NULL },
+ { LD_IXh_D , OP_NONE , "LD IXh,D" , NULL },
+ { LD_IXh_E , OP_NONE , "LD IXh,E" , NULL },
+ { LD_IXh_IXh , OP_NONE , "LD IXh,IXh" , NULL },
+ { LD_IXh_IXl , OP_NONE , "LD IXh,IXl" , NULL },
+ { LD_H_off_IX_d , OP_BYTE , "LD H,(IX+0%02Xh)" , NULL },
+ { LD_IXh_A , OP_NONE , "LD IXh,A" , NULL },
+ { LD_IXl_B , OP_NONE , "LD IXl,B" , NULL },
+ { LD_IXl_C , OP_NONE , "LD IXl,C" , NULL },
+ { LD_IXl_D , OP_NONE , "LD IXl,D" , NULL },
+ { LD_IXl_E , OP_NONE , "LD IXl,E" , NULL },
+ { LD_IXl_IXh , OP_NONE , "LD IXl,IXh" , NULL },
+ { LD_IXl_IXl , OP_NONE , "LD IXl,IXl" , NULL },
+ { LD_L_off_IX_d , OP_BYTE , "LD L,(IX+0%02Xh)" , NULL },
+ { LD_IXl_A , OP_NONE , "LD IXl,A" , NULL },
+ { LD_off_IX_d_B , OP_BYTE , "LD (IX+0%02Xh),B" , NULL },
+ { LD_off_IX_d_C , OP_BYTE , "LD (IX+0%02Xh),C" , NULL },
+ { LD_off_IX_d_D , OP_BYTE , "LD (IX+0%02Xh),D" , NULL },
+ { LD_off_IX_d_E , OP_BYTE , "LD (IX+0%02Xh),E" , NULL },
+ { LD_off_IX_d_H , OP_BYTE , "LD (IX+0%02Xh),H" , NULL },
+ { LD_off_IX_d_L , OP_BYTE , "LD (IX+0%02Xh),L" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { LD_off_IX_d_A , OP_BYTE , "LD (IX+0%02Xh),A" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { LD_A_IXh , OP_NONE , "LD A,IXh" , NULL },
+ { LD_A_IXl , OP_NONE , "LD A,IXl" , NULL },
+ { LD_A_off_IX_d , OP_BYTE , "LD A,(IX+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { ADD_A_IXh , OP_NONE , "ADD A,IXh" , NULL },
+ { ADD_A_IXl , OP_NONE , "ADD A,IXl" , NULL },
+ { ADD_A_off_IX_d , OP_BYTE , "ADD A,(IX+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { ADC_A_IXh , OP_NONE , "ADC A,IXh" , NULL },
+ { ADC_A_IXl , OP_NONE , "ADC A,IXl" , NULL },
+ { ADC_A_off_IX_d , OP_BYTE , "ADC A,(IX+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { SUB_A_IXh , OP_NONE , "SUB A,IXh" , NULL },
+ { SUB_A_IXl , OP_NONE , "SUB A,IXl" , NULL },
+ { SUB_A_off_IX_d , OP_BYTE , "SUB A,(IX+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { SBC_A_IXh , OP_NONE , "SBC A,IXh" , NULL },
+ { SBC_A_IXl , OP_NONE , "SBC A,IXl" , NULL },
+ { SBC_A_off_IX_d , OP_BYTE , "SBC A,(IX+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { AND_IXh , OP_NONE , "AND IXh" , NULL },
+ { AND_IXl , OP_NONE , "AND IXl" , NULL },
+ { AND_off_IX_d , OP_BYTE , "AND (IX+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { XOR_IXh , OP_NONE , "XOR IXh" , NULL },
+ { XOR_IXl , OP_NONE , "XOR IXl" , NULL },
+ { XOR_off_IX_d , OP_BYTE , "XOR (IX+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { OR_IXh , OP_NONE , "OR IXh" , NULL },
+ { OR_IXl , OP_NONE , "OR IXl" , NULL },
+ { OR_off_IX_d , OP_BYTE , "OR (IX+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { CP_IXh , OP_NONE , "CP IXh" , NULL },
+ { CP_IXl , OP_NONE , "CP IXl" , NULL },
+ { CP_off_IX_d , OP_BYTE , "CP (IX+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , &opcodes_DDCB },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { POP_IX , OP_NONE , "POP IX" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { EX_off_SP_IX , OP_NONE , "EX (SP),IX" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { PUSH_IX , OP_NONE , "PUSH IX" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { JP_off_IX , OP_NONE , "JP (IX)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { LD_SP_IX , OP_NONE , "LD SP,IX" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL }
+} };
+
+
+
+static struct Z80OpcodeTable opcodes_ED = { 0, {
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { IN_B_off_C , OP_NONE , "IN B,(C)" , NULL },
+ { OUT_off_C_B , OP_NONE , "OUT (C),B" , NULL },
+ { SBC_HL_BC , OP_NONE , "SBC HL,BC" , NULL },
+ { LD_off_nn_BC , OP_WORD , "LD (0%04Xh),BC" , NULL },
+ { NEG , OP_NONE , "NEG" , NULL },
+ { RETN , OP_NONE , "RETN" , NULL },
+ { IM_0 , OP_NONE , "IM 0" , NULL },
+ { LD_I_A , OP_NONE , "LD I,A" , NULL },
+ { IN_C_off_C , OP_NONE , "IN C,(C)" , NULL },
+ { OUT_off_C_C , OP_NONE , "OUT (C),C" , NULL },
+ { ADC_HL_BC , OP_NONE , "ADC HL,BC" , NULL },
+ { LD_BC_off_nn , OP_WORD , "LD BC,(0%04Xh)" , NULL },
+ { NEG , OP_NONE , "NEG" , NULL },
+ { RETI , OP_NONE , "RETI" , NULL },
+ { IM_0 , OP_NONE , "IM 0" , NULL },
+ { LD_R_A , OP_NONE , "LD R,A" , NULL },
+ { IN_D_off_C , OP_NONE , "IN D,(C)" , NULL },
+ { OUT_off_C_D , OP_NONE , "OUT (C),D" , NULL },
+ { SBC_HL_DE , OP_NONE , "SBC HL,DE" , NULL },
+ { LD_off_nn_DE , OP_WORD , "LD (0%04Xh),DE" , NULL },
+ { NEG , OP_NONE , "NEG" , NULL },
+ { RETN , OP_NONE , "RETN" , NULL },
+ { IM_1 , OP_NONE , "IM 1" , NULL },
+ { LD_A_I , OP_NONE , "LD A,I" , NULL },
+ { IN_E_off_C , OP_NONE , "IN E,(C)" , NULL },
+ { OUT_off_C_E , OP_NONE , "OUT (C),E" , NULL },
+ { ADC_HL_DE , OP_NONE , "ADC HL,DE" , NULL },
+ { LD_DE_off_nn , OP_WORD , "LD DE,(0%04Xh)" , NULL },
+ { NEG , OP_NONE , "NEG" , NULL },
+ { RETN , OP_NONE , "RETN" , NULL },
+ { IM_2 , OP_NONE , "IM 2" , NULL },
+ { LD_A_R , OP_NONE , "LD A,R" , NULL },
+ { IN_H_off_C , OP_NONE , "IN H,(C)" , NULL },
+ { OUT_off_C_H , OP_NONE , "OUT (C),H" , NULL },
+ { SBC_HL_HL , OP_NONE , "SBC HL,HL" , NULL },
+ { LD_off_nn_HL , OP_WORD , "LD (0%04Xh),HL" , NULL },
+ { NEG , OP_NONE , "NEG" , NULL },
+ { RETN , OP_NONE , "RETN" , NULL },
+ { IM_0 , OP_NONE , "IM 0" , NULL },
+ { RRD , OP_NONE , "RRD" , NULL },
+ { IN_L_off_C , OP_NONE , "IN L,(C)" , NULL },
+ { OUT_off_C_L , OP_NONE , "OUT (C),L" , NULL },
+ { ADC_HL_HL , OP_NONE , "ADC HL,HL" , NULL },
+ { LD_HL_off_nn , OP_WORD , "LD HL,(0%04Xh)" , NULL },
+ { NEG , OP_NONE , "NEG" , NULL },
+ { RETN , OP_NONE , "RETN" , NULL },
+ { IM_0 , OP_NONE , "IM 0" , NULL },
+ { RLD , OP_NONE , "RLD" , NULL },
+ { IN_F_off_C , OP_NONE , "IN F,(C)" , NULL },
+ { OUT_off_C_0 , OP_NONE , "OUT (C),0" , NULL },
+ { SBC_HL_SP , OP_NONE , "SBC HL,SP" , NULL },
+ { LD_off_nn_SP , OP_WORD , "LD (0%04Xh),SP" , NULL },
+ { NEG , OP_NONE , "NEG" , NULL },
+ { RETN , OP_NONE , "RETN" , NULL },
+ { IM_1 , OP_NONE , "IM 1" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { IN_A_off_C , OP_NONE , "IN A,(C)" , NULL },
+ { OUT_off_C_A , OP_NONE , "OUT (C),A" , NULL },
+ { ADC_HL_SP , OP_NONE , "ADC HL,SP" , NULL },
+ { LD_SP_off_nn , OP_WORD , "LD SP,(0%04Xh)" , NULL },
+ { NEG , OP_NONE , "NEG" , NULL },
+ { RETN , OP_NONE , "RETN" , NULL },
+ { IM_2 , OP_NONE , "IM 2" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { LDI , OP_NONE , "LDI" , NULL },
+ { CPI , OP_NONE , "CPI" , NULL },
+ { INI , OP_NONE , "INI" , NULL },
+ { OUTI , OP_NONE , "OUTI" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { LDD , OP_NONE , "LDD" , NULL },
+ { CPD , OP_NONE , "CPD" , NULL },
+ { IND , OP_NONE , "IND" , NULL },
+ { OUTD , OP_NONE , "OUTD" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { LDIR , OP_NONE , "LDIR" , NULL },
+ { CPIR , OP_NONE , "CPIR" , NULL },
+ { INIR , OP_NONE , "INIR" , NULL },
+ { OTIR , OP_NONE , "OTIR" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { LDDR , OP_NONE , "LDDR" , NULL },
+ { CPDR , OP_NONE , "CPDR" , NULL },
+ { INDR , OP_NONE , "INDR" , NULL },
+ { OTDR , OP_NONE , "OTDR" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL }
+} };
+
+
+static struct Z80OpcodeTable opcodes_FD = { 0, {
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { ADD_IY_BC , OP_NONE , "ADD IY,BC" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { ADD_IY_DE , OP_NONE , "ADD IY,DE" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { LD_IY_nn , OP_WORD , "LD IY,0%04Xh" , NULL },
+ { LD_off_nn_IY , OP_WORD , "LD (0%04Xh),IY" , NULL },
+ { INC_IY , OP_NONE , "INC IY" , NULL },
+ { INC_IYh , OP_NONE , "INC IYh" , NULL },
+ { DEC_IYh , OP_NONE , "DEC IYh" , NULL },
+ { LD_IYh_n , OP_BYTE , "LD IYh,0%02Xh" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { ADD_IY_IY , OP_NONE , "ADD IY,IY" , NULL },
+ { LD_IY_off_nn , OP_WORD , "LD IY,(0%04Xh)" , NULL },
+ { DEC_IY , OP_NONE , "DEC IY" , NULL },
+ { INC_IYl , OP_NONE , "INC IYl" , NULL },
+ { DEC_IYl , OP_NONE , "DEC IYl" , NULL },
+ { LD_IYl_n , OP_BYTE , "LD IYl,0%02Xh" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { INC_off_IY_d , OP_BYTE , "INC (IY+0%02Xh)" , NULL },
+ { DEC_off_IY_d , OP_BYTE , "DEC (IY+0%02Xh)" , NULL },
+ { LD_off_IY_d_n , OP_BYTE , "LD (IY+0%02Xh),0%02Xh", NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { ADD_IY_SP , OP_NONE , "ADD IY,SP" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { LD_B_IYh , OP_NONE , "LD B,IYh" , NULL },
+ { LD_B_IYl , OP_NONE , "LD B,IYl" , NULL },
+ { LD_B_off_IY_d , OP_BYTE , "LD B,(IY+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { LD_C_IYh , OP_NONE , "LD C,IYh" , NULL },
+ { LD_C_IYl , OP_NONE , "LD C,IYl" , NULL },
+ { LD_C_off_IY_d , OP_BYTE , "LD C,(IY+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { LD_D_IYh , OP_NONE , "LD D,IYh" , NULL },
+ { LD_D_IYl , OP_NONE , "LD D,IYl" , NULL },
+ { LD_D_off_IY_d , OP_BYTE , "LD D,(IY+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { LD_E_IYh , OP_NONE , "LD E,IYh" , NULL },
+ { LD_E_IYl , OP_NONE , "LD E,IYl" , NULL },
+ { LD_E_off_IY_d , OP_BYTE , "LD E,(IY+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { LD_IYh_B , OP_NONE , "LD IYh,B" , NULL },
+ { LD_IYh_C , OP_NONE , "LD IYh,C" , NULL },
+ { LD_IYh_D , OP_NONE , "LD IYh,D" , NULL },
+ { LD_IYh_E , OP_NONE , "LD IYh,E" , NULL },
+ { LD_IYh_IYh , OP_NONE , "LD IYh,IYh" , NULL },
+ { LD_IYh_IYl , OP_NONE , "LD IYh,IYl" , NULL },
+ { LD_H_off_IY_d , OP_BYTE , "LD H,(IY+0%02Xh)" , NULL },
+ { LD_IYh_A , OP_NONE , "LD IYh,A" , NULL },
+ { LD_IYl_B , OP_NONE , "LD IYl,B" , NULL },
+ { LD_IYl_C , OP_NONE , "LD IYl,C" , NULL },
+ { LD_IYl_D , OP_NONE , "LD IYl,D" , NULL },
+ { LD_IYl_E , OP_NONE , "LD IYl,E" , NULL },
+ { LD_IYl_IYh , OP_NONE , "LD IYl,IYh" , NULL },
+ { LD_IYl_IYl , OP_NONE , "LD IYl,IYl" , NULL },
+ { LD_L_off_IY_d , OP_BYTE , "LD L,(IY+0%02Xh)" , NULL },
+ { LD_IYl_A , OP_NONE , "LD IYl,A" , NULL },
+ { LD_off_IY_d_B , OP_BYTE , "LD (IY+0%02Xh),B" , NULL },
+ { LD_off_IY_d_C , OP_BYTE , "LD (IY+0%02Xh),C" , NULL },
+ { LD_off_IY_d_D , OP_BYTE , "LD (IY+0%02Xh),D" , NULL },
+ { LD_off_IY_d_E , OP_BYTE , "LD (IY+0%02Xh),E" , NULL },
+ { LD_off_IY_d_H , OP_BYTE , "LD (IY+0%02Xh),H" , NULL },
+ { LD_off_IY_d_L , OP_BYTE , "LD (IY+0%02Xh),L" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { LD_off_IY_d_A , OP_BYTE , "LD (IY+0%02Xh),A" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { LD_A_IYh , OP_NONE , "LD A,IYh" , NULL },
+ { LD_A_IYl , OP_NONE , "LD A,IYl" , NULL },
+ { LD_A_off_IY_d , OP_BYTE , "LD A,(IY+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { ADD_A_IYh , OP_NONE , "ADD A,IYh" , NULL },
+ { ADD_A_IYl , OP_NONE , "ADD A,IYl" , NULL },
+ { ADD_A_off_IY_d , OP_BYTE , "ADD A,(IY+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { ADC_A_IYh , OP_NONE , "ADC A,IYh" , NULL },
+ { ADC_A_IYl , OP_NONE , "ADC A,IYl" , NULL },
+ { ADC_A_off_IY_d , OP_BYTE , "ADC A,(IY+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { SUB_A_IYh , OP_NONE , "SUB A,IYh" , NULL },
+ { SUB_A_IYl , OP_NONE , "SUB A,IYl" , NULL },
+ { SUB_A_off_IY_d , OP_BYTE , "SUB A,(IY+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { SBC_A_IYh , OP_NONE , "SBC A,IYh" , NULL },
+ { SBC_A_IYl , OP_NONE , "SBC A,IYl" , NULL },
+ { SBC_A_off_IY_d , OP_BYTE , "SBC A,(IY+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { AND_IYh , OP_NONE , "AND IYh" , NULL },
+ { AND_IYl , OP_NONE , "AND IYl" , NULL },
+ { AND_off_IY_d , OP_BYTE , "AND (IY+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { XOR_IYh , OP_NONE , "XOR IYh" , NULL },
+ { XOR_IYl , OP_NONE , "XOR IYl" , NULL },
+ { XOR_off_IY_d , OP_BYTE , "XOR (IY+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { OR_IYh , OP_NONE , "OR IYh" , NULL },
+ { OR_IYl , OP_NONE , "OR IYl" , NULL },
+ { OR_off_IY_d , OP_BYTE , "OR (IY+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { CP_IYh , OP_NONE , "CP IYh" , NULL },
+ { CP_IYl , OP_NONE , "CP IYl" , NULL },
+ { CP_off_IY_d , OP_BYTE , "CP (IY+0%02Xh)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , &opcodes_FDCB },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { POP_IY , OP_NONE , "POP IY" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { EX_off_SP_IY , OP_NONE , "EX (SP),IY" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { PUSH_IY , OP_NONE , "PUSH IY" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { JP_off_IY , OP_NONE , "JP (IY)" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { LD_SP_IY , OP_NONE , "LD SP,IY" , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL },
+ { NULL , OP_NONE , NULL , NULL }
+} };
+
+
+
+
+static struct Z80OpcodeTable opcodes_main = { 0, {
+ { NOP , OP_NONE , "NOP" , NULL },
+ { LD_BC_nn , OP_WORD , "LD BC,0%04Xh" , NULL },
+ { LD_off_BC_A , OP_NONE , "LD (BC),A" , NULL },
+ { INC_BC , OP_NONE , "INC BC" , NULL },
+ { INC_B , OP_NONE , "INC B" , NULL },
+ { DEC_B , OP_NONE , "DEC B" , NULL },
+ { LD_B_n , OP_BYTE , "LD B,0%02Xh" , NULL },
+ { RLCA , OP_NONE , "RLCA" , NULL },
+ { EX_AF_AF_ , OP_NONE , "EX AF,AF'" , NULL },
+ { ADD_HL_BC , OP_NONE , "ADD HL,BC" , NULL },
+ { LD_A_off_BC , OP_NONE , "LD A,(BC)" , NULL },
+ { DEC_BC , OP_NONE , "DEC BC" , NULL },
+ { INC_C , OP_NONE , "INC C" , NULL },
+ { DEC_C , OP_NONE , "DEC C" , NULL },
+ { LD_C_n , OP_BYTE , "LD C,0%02Xh" , NULL },
+ { RRCA , OP_NONE , "RRCA" , NULL },
+ { DJNZ_off_PC_e_ , OP_OFFSET, "DJNZ (PC+%d) " , NULL },
+ { LD_DE_nn , OP_WORD , "LD DE,0%04Xh" , NULL },
+ { LD_off_DE_A , OP_NONE , "LD (DE),A" , NULL },
+ { INC_DE , OP_NONE , "INC DE" , NULL },
+ { INC_D , OP_NONE , "INC D" , NULL },
+ { DEC_D , OP_NONE , "DEC D" , NULL },
+ { LD_D_n , OP_BYTE , "LD D,0%02Xh" , NULL },
+ { RLA , OP_NONE , "RLA" , NULL },
+ { JR_off_PC_e , OP_OFFSET, "JR (PC+%d)" , NULL },
+ { ADD_HL_DE , OP_NONE , "ADD HL,DE" , NULL },
+ { LD_A_off_DE , OP_NONE , "LD A,(DE)" , NULL },
+ { DEC_DE , OP_NONE , "DEC DE" , NULL },
+ { INC_E , OP_NONE , "INC E" , NULL },
+ { DEC_E , OP_NONE , "DEC E" , NULL },
+ { LD_E_n , OP_BYTE , "LD E,0%02Xh" , NULL },
+ { RRA , OP_NONE , "RRA" , NULL },
+ { JR_NZ_off_PC_e , OP_OFFSET, "JR NZ,(PC+%d)" , NULL },
+ { LD_HL_nn , OP_WORD , "LD HL,0%04Xh" , NULL },
+ { LD_off_nn_HL , OP_WORD , "LD (0%04Xh),HL" , NULL },
+ { INC_HL , OP_NONE , "INC HL" , NULL },
+ { INC_H , OP_NONE , "INC H" , NULL },
+ { DEC_H , OP_NONE , "DEC H" , NULL },
+ { LD_H_n , OP_BYTE , "LD H,0%02Xh" , NULL },
+ { DAA , OP_NONE , "DAA" , NULL },
+ { JR_Z_off_PC_e , OP_OFFSET, "JR Z,(PC+%d)" , NULL },
+ { ADD_HL_HL , OP_NONE , "ADD HL,HL" , NULL },
+ { LD_HL_off_nn , OP_WORD , "LD HL,(0%04Xh)" , NULL },
+ { DEC_HL , OP_NONE , "DEC HL" , NULL },
+ { INC_L , OP_NONE , "INC L" , NULL },
+ { DEC_L , OP_NONE , "DEC L" , NULL },
+ { LD_L_n , OP_BYTE , "LD L,0%02Xh" , NULL },
+ { CPL , OP_NONE , "CPL" , NULL },
+ { JR_NC_off_PC_e , OP_OFFSET, "JR NC,(PC+%d)" , NULL },
+ { LD_SP_nn , OP_WORD , "LD SP,0%04Xh" , NULL },
+ { LD_off_nn_A , OP_WORD , "LD (0%04Xh),A" , NULL },
+ { INC_SP , OP_NONE , "INC SP" , NULL },
+ { INC_off_HL , OP_NONE , "INC (HL)" , NULL },
+ { DEC_off_HL , OP_NONE , "DEC (HL)" , NULL },
+ { LD_off_HL_n , OP_BYTE , "LD (HL),0%02Xh" , NULL },
+ { SCF , OP_NONE , "SCF" , NULL },
+ { JR_C_off_PC_e , OP_OFFSET, "JR C,(PC+%d)" , NULL },
+ { ADD_HL_SP , OP_NONE , "ADD HL,SP" , NULL },
+ { LD_A_off_nn , OP_WORD , "LD A,(0%04Xh)" , NULL },
+ { DEC_SP , OP_NONE , "DEC SP" , NULL },
+ { INC_A , OP_NONE , "INC A" , NULL },
+ { DEC_A , OP_NONE , "DEC A" , NULL },
+ { LD_A_n , OP_BYTE , "LD A,0%02Xh" , NULL },
+ { CCF , OP_NONE , "CCF" , NULL },
+ { LD_B_B , OP_NONE , "LD B,B" , NULL },
+ { LD_B_C , OP_NONE , "LD B,C" , NULL },
+ { LD_B_D , OP_NONE , "LD B,D" , NULL },
+ { LD_B_E , OP_NONE , "LD B,E" , NULL },
+ { LD_B_H , OP_NONE , "LD B,H" , NULL },
+ { LD_B_L , OP_NONE , "LD B,L" , NULL },
+ { LD_B_off_HL , OP_NONE , "LD B,(HL)" , NULL },
+ { LD_B_A , OP_NONE , "LD B,A" , NULL },
+ { LD_C_B , OP_NONE , "LD C,B" , NULL },
+ { LD_C_C , OP_NONE , "LD C,C" , NULL },
+ { LD_C_D , OP_NONE , "LD C,D" , NULL },
+ { LD_C_E , OP_NONE , "LD C,E" , NULL },
+ { LD_C_H , OP_NONE , "LD C,H" , NULL },
+ { LD_C_L , OP_NONE , "LD C,L" , NULL },
+ { LD_C_off_HL , OP_NONE , "LD C,(HL)" , NULL },
+ { LD_C_A , OP_NONE , "LD C,A" , NULL },
+ { LD_D_B , OP_NONE , "LD D,B" , NULL },
+ { LD_D_C , OP_NONE , "LD D,C" , NULL },
+ { LD_D_D , OP_NONE , "LD D,D" , NULL },
+ { LD_D_E , OP_NONE , "LD D,E" , NULL },
+ { LD_D_H , OP_NONE , "LD D,H" , NULL },
+ { LD_D_L , OP_NONE , "LD D,L" , NULL },
+ { LD_D_off_HL , OP_NONE , "LD D,(HL)" , NULL },
+ { LD_D_A , OP_NONE , "LD D,A" , NULL },
+ { LD_E_B , OP_NONE , "LD E,B" , NULL },
+ { LD_E_C , OP_NONE , "LD E,C" , NULL },
+ { LD_E_D , OP_NONE , "LD E,D" , NULL },
+ { LD_E_E , OP_NONE , "LD E,E" , NULL },
+ { LD_E_H , OP_NONE , "LD E,H" , NULL },
+ { LD_E_L , OP_NONE , "LD E,L" , NULL },
+ { LD_E_off_HL , OP_NONE , "LD E,(HL)" , NULL },
+ { LD_E_A , OP_NONE , "LD E,A" , NULL },
+ { LD_H_B , OP_NONE , "LD H,B" , NULL },
+ { LD_H_C , OP_NONE , "LD H,C" , NULL },
+ { LD_H_D , OP_NONE , "LD H,D" , NULL },
+ { LD_H_E , OP_NONE , "LD H,E" , NULL },
+ { LD_H_H , OP_NONE , "LD H,H" , NULL },
+ { LD_H_L , OP_NONE , "LD H,L" , NULL },
+ { LD_H_off_HL , OP_NONE , "LD H,(HL)" , NULL },
+ { LD_H_A , OP_NONE , "LD H,A" , NULL },
+ { LD_L_B , OP_NONE , "LD L,B" , NULL },
+ { LD_L_C , OP_NONE , "LD L,C" , NULL },
+ { LD_L_D , OP_NONE , "LD L,D" , NULL },
+ { LD_L_E , OP_NONE , "LD L,E" , NULL },
+ { LD_L_H , OP_NONE , "LD L,H" , NULL },
+ { LD_L_L , OP_NONE , "LD L,L" , NULL },
+ { LD_L_off_HL , OP_NONE , "LD L,(HL)" , NULL },
+ { LD_L_A , OP_NONE , "LD L,A" , NULL },
+ { LD_off_HL_B , OP_NONE , "LD (HL),B" , NULL },
+ { LD_off_HL_C , OP_NONE , "LD (HL),C" , NULL },
+ { LD_off_HL_D , OP_NONE , "LD (HL),D" , NULL },
+ { LD_off_HL_E , OP_NONE , "LD (HL),E" , NULL },
+ { LD_off_HL_H , OP_NONE , "LD (HL),H" , NULL },
+ { LD_off_HL_L , OP_NONE , "LD (HL),L" , NULL },
+ { HALT , OP_NONE , "HALT" , NULL },
+ { LD_off_HL_A , OP_NONE , "LD (HL),A" , NULL },
+ { LD_A_B , OP_NONE , "LD A,B" , NULL },
+ { LD_A_C , OP_NONE , "LD A,C" , NULL },
+ { LD_A_D , OP_NONE , "LD A,D" , NULL },
+ { LD_A_E , OP_NONE , "LD A,E" , NULL },
+ { LD_A_H , OP_NONE , "LD A,H" , NULL },
+ { LD_A_L , OP_NONE , "LD A,L" , NULL },
+ { LD_A_off_HL , OP_NONE , "LD A,(HL)" , NULL },
+ { LD_A_A , OP_NONE , "LD A,A" , NULL },
+ { ADD_A_B , OP_NONE , "ADD A,B" , NULL },
+ { ADD_A_C , OP_NONE , "ADD A,C" , NULL },
+ { ADD_A_D , OP_NONE , "ADD A,D" , NULL },
+ { ADD_A_E , OP_NONE , "ADD A,E" , NULL },
+ { ADD_A_H , OP_NONE , "ADD A,H" , NULL },
+ { ADD_A_L , OP_NONE , "ADD A,L" , NULL },
+ { ADD_A_off_HL , OP_NONE , "ADD A,(HL)" , NULL },
+ { ADD_A_A , OP_NONE , "ADD A,A" , NULL },
+ { ADC_A_B , OP_NONE , "ADC A,B" , NULL },
+ { ADC_A_C , OP_NONE , "ADC A,C" , NULL },
+ { ADC_A_D , OP_NONE , "ADC A,D" , NULL },
+ { ADC_A_E , OP_NONE , "ADC A,E" , NULL },
+ { ADC_A_H , OP_NONE , "ADC A,H" , NULL },
+ { ADC_A_L , OP_NONE , "ADC A,L" , NULL },
+ { ADC_A_off_HL , OP_NONE , "ADC A,(HL)" , NULL },
+ { ADC_A_A , OP_NONE , "ADC A,A" , NULL },
+ { SUB_A_B , OP_NONE , "SUB A,B" , NULL },
+ { SUB_A_C , OP_NONE , "SUB A,C" , NULL },
+ { SUB_A_D , OP_NONE , "SUB A,D" , NULL },
+ { SUB_A_E , OP_NONE , "SUB A,E" , NULL },
+ { SUB_A_H , OP_NONE , "SUB A,H" , NULL },
+ { SUB_A_L , OP_NONE , "SUB A,L" , NULL },
+ { SUB_A_off_HL , OP_NONE , "SUB A,(HL)" , NULL },
+ { SUB_A_A , OP_NONE , "SUB A,A" , NULL },
+ { SBC_A_B , OP_NONE , "SBC A,B" , NULL },
+ { SBC_A_C , OP_NONE , "SBC A,C" , NULL },
+ { SBC_A_D , OP_NONE , "SBC A,D" , NULL },
+ { SBC_A_E , OP_NONE , "SBC A,E" , NULL },
+ { SBC_A_H , OP_NONE , "SBC A,H" , NULL },
+ { SBC_A_L , OP_NONE , "SBC A,L" , NULL },
+ { SBC_A_off_HL , OP_NONE , "SBC A,(HL)" , NULL },
+ { SBC_A_A , OP_NONE , "SBC A,A" , NULL },
+ { AND_B , OP_NONE , "AND B" , NULL },
+ { AND_C , OP_NONE , "AND C" , NULL },
+ { AND_D , OP_NONE , "AND D" , NULL },
+ { AND_E , OP_NONE , "AND E" , NULL },
+ { AND_H , OP_NONE , "AND H" , NULL },
+ { AND_L , OP_NONE , "AND L" , NULL },
+ { AND_off_HL , OP_NONE , "AND (HL)" , NULL },
+ { AND_A , OP_NONE , "AND A" , NULL },
+ { XOR_B , OP_NONE , "XOR B" , NULL },
+ { XOR_C , OP_NONE , "XOR C" , NULL },
+ { XOR_D , OP_NONE , "XOR D" , NULL },
+ { XOR_E , OP_NONE , "XOR E" , NULL },
+ { XOR_H , OP_NONE , "XOR H" , NULL },
+ { XOR_L , OP_NONE , "XOR L" , NULL },
+ { XOR_off_HL , OP_NONE , "XOR (HL)" , NULL },
+ { XOR_A , OP_NONE , "XOR A" , NULL },
+ { OR_B , OP_NONE , "OR B" , NULL },
+ { OR_C , OP_NONE , "OR C" , NULL },
+ { OR_D , OP_NONE , "OR D" , NULL },
+ { OR_E , OP_NONE , "OR E" , NULL },
+ { OR_H , OP_NONE , "OR H" , NULL },
+ { OR_L , OP_NONE , "OR L" , NULL },
+ { OR_off_HL , OP_NONE , "OR (HL)" , NULL },
+ { OR_A , OP_NONE , "OR A" , NULL },
+ { CP_B , OP_NONE , "CP B" , NULL },
+ { CP_C , OP_NONE , "CP C" , NULL },
+ { CP_D , OP_NONE , "CP D" , NULL },
+ { CP_E , OP_NONE , "CP E" , NULL },
+ { CP_H , OP_NONE , "CP H" , NULL },
+ { CP_L , OP_NONE , "CP L" , NULL },
+ { CP_off_HL , OP_NONE , "CP (HL)" , NULL },
+ { CP_A , OP_NONE , "CP A" , NULL },
+ { RET_NZ , OP_NONE , "RET NZ" , NULL },
+ { POP_BC , OP_NONE , "POP BC" , NULL },
+ { JP_NZ_off_nn , OP_WORD , "JP NZ,(0%04Xh)" , NULL },
+ { JP_off_nn , OP_WORD , "JP (0%04Xh)" , NULL },
+ { CALL_NZ_off_nn , OP_WORD , "CALL NZ,(0%04Xh)" , NULL },
+ { PUSH_BC , OP_NONE , "PUSH BC" , NULL },
+ { ADD_A_n , OP_BYTE , "ADD A,0%02Xh" , NULL },
+ { RST_0H , OP_NONE , "RST 0H" , NULL },
+ { RET_Z , OP_NONE , "RET Z" , NULL },
+ { RET , OP_NONE , "RET" , NULL },
+ { JP_Z_off_nn , OP_WORD , "JP Z,(0%04Xh)" , NULL },
+ { NULL , OP_NONE , NULL , &opcodes_CB },
+ { CALL_Z_off_nn , OP_WORD , "CALL Z,(0%04Xh)" , NULL },
+ { CALL_off_nn , OP_WORD , "CALL (0%04Xh)" , NULL },
+ { ADC_A_n , OP_BYTE , "ADC A,0%02Xh" , NULL },
+ { RST_8H , OP_NONE , "RST 8H" , NULL },
+ { RET_NC , OP_NONE , "RET NC" , NULL },
+ { POP_DE , OP_NONE , "POP DE" , NULL },
+ { JP_NC_off_nn , OP_WORD , "JP NC,(0%04Xh)" , NULL },
+ { OUT_off_n_A , OP_BYTE , "OUT (0%02Xh),A" , NULL },
+ { CALL_NC_off_nn , OP_WORD , "CALL NC,(0%04Xh)" , NULL },
+ { PUSH_DE , OP_NONE , "PUSH DE" , NULL },
+ { SUB_A_n , OP_BYTE , "SUB A,0%02Xh" , NULL },
+ { RST_10H , OP_NONE , "RST 10H" , NULL },
+ { RET_C , OP_NONE , "RET C" , NULL },
+ { EXX , OP_NONE , "EXX" , NULL },
+ { JP_C_off_nn , OP_WORD , "JP C,(0%04Xh)" , NULL },
+ { IN_A_off_n , OP_BYTE , "IN A,(0%02Xh)" , NULL },
+ { CALL_C_off_nn , OP_WORD , "CALL C,(0%04Xh)" , NULL },
+ { NULL , OP_NONE , NULL , &opcodes_DD },
+ { SBC_A_n , OP_BYTE , "SBC A,0%02Xh" , NULL },
+ { RST_18H , OP_NONE , "RST 18H" , NULL },
+ { RET_PO , OP_NONE , "RET PO" , NULL },
+ { POP_HL , OP_NONE , "POP HL" , NULL },
+ { JP_PO_off_nn , OP_WORD , "JP PO,(0%04Xh)" , NULL },
+ { EX_off_SP_HL , OP_NONE , "EX (SP),HL" , NULL },
+ { CALL_PO_off_nn , OP_WORD , "CALL PO,(0%04Xh)" , NULL },
+ { PUSH_HL , OP_NONE , "PUSH HL" , NULL },
+ { AND_n , OP_BYTE , "AND 0%02Xh" , NULL },
+ { RST_20H , OP_NONE , "RST 20H" , NULL },
+ { RET_PE , OP_NONE , "RET PE" , NULL },
+ { JP_off_HL , OP_NONE , "JP (HL)" , NULL },
+ { JP_PE_off_nn , OP_WORD , "JP PE,(0%04Xh)" , NULL },
+ { EX_DE_HL , OP_NONE , "EX DE,HL" , NULL },
+ { CALL_PE_off_nn , OP_WORD , "CALL PE,(0%04Xh)" , NULL },
+ { NULL , OP_NONE , NULL , &opcodes_ED },
+ { XOR_n , OP_BYTE , "XOR 0%02Xh" , NULL },
+ { RST_28H , OP_NONE , "RST 28H" , NULL },
+ { RET_P , OP_NONE , "RET P" , NULL },
+ { POP_AF , OP_NONE , "POP AF" , NULL },
+ { JP_P_off_nn , OP_WORD , "JP P,(0%04Xh)" , NULL },
+ { DI , OP_NONE , "DI" , NULL },
+ { CALL_P_off_nn , OP_WORD , "CALL P,(0%04Xh)" , NULL },
+ { PUSH_AF , OP_NONE , "PUSH AF" , NULL },
+ { OR_n , OP_BYTE , "OR 0%02Xh" , NULL },
+ { RST_30H , OP_NONE , "RST 30H" , NULL },
+ { RET_M , OP_NONE , "RET M" , NULL },
+ { LD_SP_HL , OP_NONE , "LD SP,HL" , NULL },
+ { JP_M_off_nn , OP_WORD , "JP M,(0%04Xh)" , NULL },
+ { EI , OP_NONE , "EI" , NULL },
+ { CALL_M_off_nn , OP_WORD , "CALL M,(0%04Xh)" , NULL },
+ { NULL , OP_NONE , NULL , &opcodes_FD },
+ { CP_n , OP_BYTE , "CP 0%02Xh" , NULL },
+ { RST_38H , OP_NONE , "RST 38H" , NULL }
+} };
+
--- /dev/null Thu Jan 01 00:00:00 1970 +0000
+++ b/z80.c Thu Mar 10 20:32:59 2011 +0000
@@ -0,0 +1,786 @@
+/* =========================================================
+ * libz80 - Z80 emulation library
+ * =========================================================
+ *
+ * (C) Gabriel Gambetta (ggambett@adinet.com.uy) 2000 - 2002
+ *
+ * Version 1.99
+ *
+ * ---------------------------------------------------------
+ *
+ * This program is free software; you can redistribute it and/or modify
+ * it under the terms of the GNU General Public License as published by
+ * the Free Software Foundation; either version 2 of the License, or
+ * (at your option) any later version.
+ *
+ * This program is distributed in the hope that it will be useful,
+ * but WITHOUT ANY WARRANTY; without even the implied warranty of
+ * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+ * GNU General Public License for more details.
+ *
+ * You should have received a copy of the GNU General Public License
+ * along with this program; if not, write to the Free Software
+ * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
+ */
+
+#include "z80.h"
+#include "string.h"
+
+
+#define BR (ctx->R1.br)
+#define WR (ctx->R1.wr)
+
+#define SETFLAG(F) setFlag(ctx, F)
+#define RESFLAG(F) resFlag(ctx, F)
+#define GETFLAG(F) getFlag(ctx, F)
+
+#define VALFLAG(F,V) valFlag(ctx, F, V)
+
+
+/* ---------------------------------------------------------
+ * Flag tricks
+ * ---------------------------------------------------------
+ *
+ * To avoid repeating entries in the spec files, many operations that look similar are treated as special cases
+ * of a more general operation.
+ *
+ * For example, ADD and ADC are similar in syntax and operation - the difference is that ADC takes the carry flag
+ * into account.
+ *
+ * So we define a general operation doArithmetic(...) which accepts a boolean parameter specifying wheter to do
+ * a Carry-operation or not. Then, when we parse, we can say
+ *
+ * (ADD|ADC) ....
+ * doArithmetic(FLAG_FOR_%1)
+ *
+ * and everything works fine.
+ *
+ */
+
+/* Flags for doIncDec() */
+static const int ID_INC = 0;
+static const int ID_DEC = 1;
+
+/* Flags for enable / disable interrupts */
+static const int IE_DI = 0;
+static const int IE_EI = 1;
+
+/* Flags for doSetRes() */
+static const int SR_RES = 0;
+static const int SR_SET = 1;
+
+/* Flags for logical / arithmetic operations */
+static const int IA_L = 0;
+static const int IA_A = 1;
+
+/* Flags for doArithmetic() - F1 = withCarry, F2 = isSub */
+static const int F1_ADC = 1;
+static const int F1_SBC = 1;
+static const int F1_ADD = 0;
+static const int F1_SUB = 0;
+
+static const int F2_ADC = 0;
+static const int F2_SBC = 1;
+static const int F2_ADD = 0;
+static const int F2_SUB = 1;
+
+
+/* ---------------------------------------------------------
+ * The opcode implementations
+ * ---------------------------------------------------------
+ */
+#include "opcodes_decl.h"
+
+typedef enum
+{
+ OP_NONE,
+ OP_BYTE,
+ OP_OFFSET,
+ OP_WORD
+} Z80OperandType;
+
+typedef void (*Z80OpcodeFunc) (Z80Context* ctx);
+
+struct Z80OpcodeEntry
+{
+ Z80OpcodeFunc func;
+
+ int operand_type;
+ char* format;
+
+ struct Z80OpcodeTable* table;
+};
+
+
+struct Z80OpcodeTable
+{
+ int opcode_offset;
+ struct Z80OpcodeEntry entries[256];
+};
+
+
+#include "opcodes_table.h"
+
+
+/* ---------------------------------------------------------
+ * Data operations
+ * ---------------------------------------------------------
+ */
+static void write8 (Z80Context* ctx, ushort addr, byte val)
+{
+ ctx->memWrite(ctx->memParam, addr, val);
+}
+
+
+static void write16 (Z80Context* ctx, ushort addr, ushort val)
+{
+ ctx->memWrite(ctx->memParam, addr, (byte)(val & 0xFF));
+ val >>= 8;
+ addr++;
+ ctx->memWrite(ctx->memParam, addr, (byte)(val & 0xFF));
+}
+
+
+static byte read8 (Z80Context* ctx, ushort addr)
+{
+ return ctx->memRead(ctx->memParam, addr);
+}
+
+
+static ushort read16 (Z80Context* ctx, ushort addr)
+{
+ return (ctx->memRead(ctx->memParam, addr) | (ctx->memRead(ctx->memParam, ++addr) << 8));
+}
+
+
+static byte ioRead (Z80Context* ctx, ushort addr)
+{
+ return ctx->ioRead(ctx->ioParam, addr);
+}
+
+
+static void ioWrite (Z80Context* ctx, ushort addr, byte val)
+{
+ ctx->ioWrite(ctx->ioParam, addr, val);
+}
+
+
+/* ---------------------------------------------------------
+ * Flag operations
+ * ---------------------------------------------------------
+ */
+
+/** Sets a flag */
+static void setFlag(Z80Context* ctx, Z80Flags flag)
+{
+ BR.F |= flag;
+}
+
+/** Resets a flag */
+static void resFlag(Z80Context* ctx, Z80Flags flag)
+{
+ BR.F &= ~flag;
+}
+
+/** Puts a value in a flag */
+static void valFlag(Z80Context* ctx, Z80Flags flag, int val)
+{
+ if (val)
+ SETFLAG(flag);
+ else
+ RESFLAG(flag);
+}
+
+/** Returns a flag */
+static int getFlag(Z80Context* ctx, Z80Flags flag)
+{
+ return (BR.F & flag) != 0;
+}
+
+
+/* ---------------------------------------------------------
+ * Flag adjustments
+ * ---------------------------------------------------------
+ */
+
+static int parityBit[256] = {
+ 0, 1, 1, 0, 1, 0, 0, 1, 1, 0, 0, 1, 0, 1, 1, 0,
+ 1, 0, 0, 1, 0, 1, 1, 0, 0, 1, 1, 0, 1, 0, 0, 1,
+ 1, 0, 0, 1, 0, 1, 1, 0, 0, 1, 1, 0, 1, 0, 0, 1,
+ 0, 1, 1, 0, 1, 0, 0, 1, 1, 0, 0, 1, 0, 1, 1, 0,
+ 1, 0, 0, 1, 0, 1, 1, 0, 0, 1, 1, 0, 1, 0, 0, 1,
+ 0, 1, 1, 0, 1, 0, 0, 1, 1, 0, 0, 1, 0, 1, 1, 0,
+ 0, 1, 1, 0, 1, 0, 0, 1, 1, 0, 0, 1, 0, 1, 1, 0,
+ 1, 0, 0, 1, 0, 1, 1, 0, 0, 1, 1, 0, 1, 0, 0, 1,
+ 1, 0, 0, 1, 0, 1, 1, 0, 0, 1, 1, 0, 1, 0, 0, 1,
+ 0, 1, 1, 0, 1, 0, 0, 1, 1, 0, 0, 1, 0, 1, 1, 0,
+ 0, 1, 1, 0, 1, 0, 0, 1, 1, 0, 0, 1, 0, 1, 1, 0,
+ 1, 0, 0, 1, 0, 1, 1, 0, 0, 1, 1, 0, 1, 0, 0, 1,
+ 0, 1, 1, 0, 1, 0, 0, 1, 1, 0, 0, 1, 0, 1, 1, 0,
+ 1, 0, 0, 1, 0, 1, 1, 0, 0, 1, 1, 0, 1, 0, 0, 1,
+ 1, 0, 0, 1, 0, 1, 1, 0, 0, 1, 1, 0, 1, 0, 0, 1,
+ 0, 1, 1, 0, 1, 0, 0, 1, 1, 0, 0, 1, 0, 1, 1, 0 };
+
+
+static void adjustFlags (Z80Context* ctx, byte val)
+{
+ VALFLAG(F_5, (val & F_5) != 0);
+ VALFLAG(F_3, (val & F_3) != 0);
+}
+
+
+static void adjustFlagSZP (Z80Context* ctx, byte val)
+{
+ VALFLAG(F_S, (val & 0x80) != 0);
+ VALFLAG(F_Z, (val == 0));
+ VALFLAG(F_PV, parityBit[val]);
+}
+
+
+// Adjust flags after AND, OR, XOR
+static void adjustLogicFlag (Z80Context* ctx, int flagH)
+{
+ VALFLAG(F_S, (BR.A & 0x80) != 0);
+ VALFLAG(F_Z, (BR.A == 0));
+ VALFLAG(F_H, flagH);
+ VALFLAG(F_N, 0);
+ VALFLAG(F_C, 0);
+ VALFLAG(F_PV, parityBit[BR.A]);
+
+ adjustFlags(ctx, BR.A);
+}
+
+
+/* ---------------------------------------------------------
+ * Condition checks
+ * ---------------------------------------------------------
+ */
+
+typedef enum
+{
+ C_,
+ C_Z,
+ C_NZ,
+ C_C,
+ C_NC,
+ C_M,
+ C_P,
+ C_PE,
+ C_PO
+} Z80Condition;
+
+static int condition(Z80Context* ctx, Z80Condition cond)
+{
+ if (cond == C_)
+ return GETFLAG(F_);
+
+ if (cond == C_Z)
+ return !GETFLAG(F_Z);
+
+ if (cond == C_NZ)
+ return GETFLAG(F_Z);
+
+ if (cond == C_C)
+ return GETFLAG(F_C);
+
+ if (cond == C_NC)
+ return !GETFLAG(F_C);
+
+ if (cond == C_M)
+ return GETFLAG(F_S);
+
+ if (cond == C_P)
+ return !(GETFLAG(F_S) | GETFLAG(F_Z));
+ if (cond == C_PE)
+ return !GETFLAG(F_PV);
+
+/* if (cond == C_PO)*/
+ return GETFLAG(F_PV);
+}
+
+
+/* ---------------------------------------------------------
+ * Generic operations
+ * ---------------------------------------------------------
+ */
+
+
+static int doComplement(byte v)
+{
+ if ((v & 0x80) == 0)
+ return v;
+
+ v = ~v;
+ v &= 0x7F;
+ v++;
+
+ return -v;
+}
+
+
+/** Do an arithmetic operation (ADD, SUB, ADC, SBC y CP) */
+static byte doArithmetic (Z80Context* ctx, byte value, int withCarry, int isSub)
+{
+ ushort res; /* To detect carry */
+
+ if (isSub)
+ {
+ SETFLAG(F_N);
+ VALFLAG(F_H, (((BR.A & 0x0F) - (value & 0x0F)) & 0x10) != 0);
+ res = BR.A - value;
+ if (withCarry && GETFLAG(F_C))
+ res--;
+ }
+ else
+ {
+ RESFLAG(F_N);
+ VALFLAG(F_H, (((BR.A & 0x0F) + (value & 0x0F)) & 0x10) != 0);
+ res = BR.A + value;
+ if (withCarry && GETFLAG(F_C))
+ res++;
+ }
+ VALFLAG(F_S, ((res & 0x80) != 0));
+ VALFLAG(F_C, ((res & 0x100) != 0));
+ VALFLAG(F_Z, (res == 0));
+ VALFLAG(F_PV, (((BR.A & 0x80) == (value & 0x80)) && ((BR.A & 0x80) != (res & 0x80))) != 0);
+
+ adjustFlags(ctx, BR.A);
+
+ return (byte)(res & 0xFF);
+}
+
+
+static void doAND (Z80Context* ctx, byte value)
+{
+ BR.A &= value;
+ adjustLogicFlag(ctx, 1);
+}
+
+
+static void doOR (Z80Context* ctx, byte value)
+{
+ BR.A |= value;
+ adjustLogicFlag(ctx, 0);
+}
+
+
+static void doXOR (Z80Context* ctx, byte value)
+{
+ BR.A ^= value;
+ adjustLogicFlag(ctx, 0);
+}
+
+
+static void doBIT (Z80Context* ctx, int b, byte val)
+{
+ if (val & (1 << b))
+ RESFLAG(F_Z | F_PV);
+ else
+ SETFLAG(F_Z | F_PV);
+
+ SETFLAG(F_H);
+ RESFLAG(F_N);
+
+ RESFLAG(F_S);
+ if ((b == 7) && !GETFLAG(F_Z))
+ SETFLAG(F_S);
+
+ RESFLAG(F_5);
+ if ((b == 5) && !GETFLAG(F_Z))
+ SETFLAG(F_5);
+
+ RESFLAG(F_3);
+ if ((b == 3) && !GETFLAG(F_Z))
+ SETFLAG(F_3);
+}
+
+
+byte doSetRes (Z80Context* ctx, int bit, int pos, byte val)
+{
+ if (bit)
+ val |= (1 << pos);
+ else
+ val &= ~(1 << pos);
+ return val;
+}
+
+
+
+static byte doIncDec (Z80Context* ctx, byte val, int isDec)
+{
+ if (isDec)
+ {
+ VALFLAG(F_PV, (val & 0x80) && !((val - 1) & 0x80));
+ val--;
+ VALFLAG(F_H, !(val & 0x0F));
+ }
+ else
+ {
+ VALFLAG(F_PV, !(val & 0x80) && ((val + 1) & 0x80));
+ val++;
+ VALFLAG(F_H, !(val & 0x0F));
+ }
+
+ VALFLAG(F_S, ((val & 0x80) != 0));
+ VALFLAG(F_Z, (val == 0));
+ VALFLAG(F_N, isDec);
+
+ adjustFlags(ctx, BR.A);
+
+ return val;
+}
+
+
+static byte doRLC (Z80Context* ctx, int adjFlags, byte val)
+{
+ VALFLAG(F_C, (val & 0x80) != 0);
+ val <<= 1;
+ val |= (byte)GETFLAG(F_C);
+
+ adjustFlags(ctx, val);
+ RESFLAG(F_H | F_N);
+
+ if (adjFlags)
+ adjustFlagSZP(ctx, val);
+
+ return val;
+}
+
+
+static byte doRL (Z80Context* ctx, int adjFlags, byte val)
+{
+ int CY = GETFLAG(F_C);
+ VALFLAG(F_C, (val & 0x80) != 0);
+ val <<= 1;
+ val |= (byte)CY;
+
+ adjustFlags(ctx, val);
+ RESFLAG(F_H | F_N);
+
+ if (adjFlags)
+ adjustFlagSZP(ctx, val);
+
+ return val;
+}
+
+
+static byte doRRC (Z80Context* ctx, int adjFlags, byte val)
+{
+ VALFLAG(F_C, (val & 0x01) != 0);
+ val >>= 1;
+ val |= ((byte)GETFLAG(F_C) << 7);
+
+ adjustFlags(ctx, val);
+ RESFLAG(F_H | F_N);
+
+ if (adjFlags)
+ adjustFlagSZP(ctx, val);
+
+ return val;
+}
+
+
+static byte doRR (Z80Context* ctx, int adjFlags, byte val)
+{
+ int CY = GETFLAG(F_C);
+ VALFLAG(F_C, (val & 0x01));
+ val >>= 1;
+ val |= (CY << 7);
+
+ adjustFlags(ctx, val);
+ RESFLAG(F_H | F_N);
+
+ if (adjFlags)
+ adjustFlagSZP(ctx, val);
+
+ return val;
+}
+
+
+static byte doSL (Z80Context* ctx, byte val, int isArith)
+{
+ VALFLAG(F_C, (val & 0x80) != 0);
+ val <<= 1;
+
+ if (!isArith)
+ val |= 1;
+
+ adjustFlags(ctx, val);
+ RESFLAG(F_H | F_N);
+ adjustFlagSZP(ctx, val);
+
+ return val;
+}
+
+
+static byte doSR (Z80Context* ctx, byte val, int isArith)
+{
+ int b = ((val & 0x80) != 0);
+
+ VALFLAG(F_C, (val & 0x01) != 0);
+ val >>= 1;
+
+ if (isArith)
+ val |= (byte)b;
+
+ adjustFlags(ctx, val);
+ RESFLAG(F_H | F_N);
+ adjustFlagSZP(ctx, val);
+
+ return val;
+}
+
+
+static void doPush (Z80Context* ctx, ushort val)
+{
+ WR.SP--;
+ write16(ctx, WR.SP, val);
+ WR.SP--;
+}
+
+
+static ushort doPop (Z80Context* ctx)
+{
+ ushort val;
+
+ WR.SP++;
+ val = read16(ctx, WR.SP);
+ WR.SP++;
+
+ return val;
+}
+
+
+/* The DAA opcode
+ * According to the value in A and the flags set, add a value to A
+ *
+ * Flags set Byte (0..9)(0..9)
+ * --------------------------------------------
+ * (None) + &00
+ * Carry:+ &60
+ * Subtract:+ &00
+ * Subtract+Carry:+ &A0
+ * Half-carry:+ &06
+ * Half-carry+Carry:+ &66
+ * Half-carry+Subtract:+ &FA
+ * Half-carry+Subtract+Carry:+ &9A
+ *
+ * Flags set Byte (0..9)(A..F)
+ * --------------------------------------------
+ * (None) + &06
+ * Carry:+ &66
+ * Subtract:+ &00
+ * Subtract+Carry:+ &a0
+ * Half-carry:+ &06
+ * Half-carry+Carry:+ &66
+ * Half-carry+Subtract:+ &fa
+ * Half-carry+Subtract+Carry:+ &9A
+ *
+ * Flags set Byte (A..F)(0..9)
+ * --------------------------------------------
+ * (None) + &60
+ * Carry:+ &60
+ * Subtract:+ &00
+ * Subtract+Carry:+ &A0
+ * Half-carry:+ &66
+ * Half-carry+Carry:+ &66
+ * Half-carry+Subtract:+ &fa
+ * Half-carry+Subtract+Carry:+ &9A
+ *
+ * Flags set Byte (A..F)(A..F)
+ * --------------------------------------------
+ * (None) + &66
+ * Carry:+ &66
+ * Subtract:+ &00
+ * Subtract+Carry:+ &a0
+ * Half-carry:+ &66
+ * Half-carry+Carry:+ &66
+ * Half-carry+Subtract:+ &fa
+ * Half-carry+Subtract+Carry:+ &9A
+ */
+
+static int DAA_BYTETYPE[16] = { 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1 };
+
+static byte DAA_ADJUSTMENT[4][8] = {
+ { 0x00, 0x60, 0x00, 0xA0, 0x06, 0x66, 0xFA, 0x9A },
+ { 0x06, 0x66, 0x00, 0xA0, 0x06, 0x66, 0xFA, 0x9A },
+ { 0x60, 0x60, 0x00, 0xA0, 0x66, 0x66, 0xFA, 0x9A },
+ { 0x66, 0x66, 0x00, 0xA0, 0x66, 0x66, 0xFA, 0x9A } };
+
+static void doDAA (Z80Context* ctx)
+{
+ /* (0..9)(0..9) = 0 */
+ /* (0..9)(A..F) = 1 */
+ /* (A..F)(0..9) = 2 */
+ /* (A..F)(A..F) = 3 */
+ int byteType = DAA_BYTETYPE[BR.A] | ((DAA_BYTETYPE[BR.A >> 4]) << 1);
+
+ int flagMask = 0;
+ if (GETFLAG(F_C))
+ flagMask |= 1;
+ if (GETFLAG(F_S))
+ flagMask |= 2;
+ if (GETFLAG(F_H))
+ flagMask |= 4;
+
+ BR.A += DAA_ADJUSTMENT[byteType][flagMask];
+
+ adjustFlags(ctx, BR.A);
+}
+
+#include "opcodes_impl.c"
+
+
+/* ---------------------------------------------------------
+ * The top-level functions
+ * ---------------------------------------------------------
+ */
+void Z80Execute (Z80Context* ctx)
+{
+ struct Z80OpcodeTable* current = &opcodes_main;
+ struct Z80OpcodeEntry* entries = current->entries;
+ Z80OpcodeFunc func;
+
+ byte opcode;
+ int offset = 0;
+ do
+ {
+ opcode = read8(ctx, ctx->PC + offset);
+
+ ctx->PC++;
+ func = entries[opcode].func;
+ if (func != NULL)
+ {
+ ctx->PC -= offset;
+ func(ctx);
+ ctx->PC += offset;
+ break;
+ }
+ else if (entries[opcode].table != NULL)
+ {
+ current = entries[opcode].table;
+ entries = current->entries;
+ offset = current->opcode_offset;
+ }
+
+ else
+ {
+ /* NOP */
+ break;
+ }
+ } while(1);
+}
+
+
+void Z80Debug (Z80Context* ctx, char* dump, char* decode)
+{
+ char tmp[20];
+ struct Z80OpcodeTable* current = &opcodes_main;
+ struct Z80OpcodeEntry* entries = current->entries;
+ char* fmt;
+ byte opcode;
+ ushort parm;
+ int offset = 0;
+ int PC = ctx->PC;
+ int size = 0;
+
+ if (dump)
+ dump[0] = 0;
+
+ if (decode)
+ decode[0] = 0;
+
+ do
+ {
+ opcode = read8(ctx, PC + offset);
+ size++;
+
+ PC++;
+ ctx->R++;
+ fmt = entries[opcode].format;
+ if (fmt != NULL)
+ {
+ PC -= offset;
+ parm = read16(ctx, PC);
+
+ if (entries[opcode].operand_type == OP_NONE)
+ size++;
+ else
+ size += 2;
+ if (entries[opcode].operand_type != OP_WORD)
+ {
+ parm &= 0xFF;
+ size--;
+ }
+
+ if (decode)
+ sprintf(decode, fmt, parm);
+
+ PC += offset;
+ break;
+ }
+ else if (entries[opcode].table != NULL)
+ {
+ current = entries[opcode].table;
+ entries = current->entries;
+ offset = current->opcode_offset;
+ }
+
+ else
+ {
+ if (decode != NULL)
+ strcpy(decode, "NOP (ignored)");
+ break;
+ }
+ } while(1);
+
+ if (dump)
+ {
+ for (offset = 0; offset < size; offset++)
+ {
+ sprintf(tmp, "%02X", read8(ctx, ctx->PC + offset));
+ strcat(dump, tmp);
+ }
+ }
+}
+
+
+void Z80RESET (Z80Context* ctx)
+{
+ ctx->PC = 0x0000;
+ BR.F = 0;
+ ctx->IM = 0;
+ ctx->IFF1 = ctx->IFF2 = 0;
+}
+
+
+void Z80INT (Z80Context* ctx, byte value)
+{
+ if (!ctx->IFF1)
+ return;
+
+ if (ctx->IM == 0)
+ {
+ /* FIXME What to do? */
+/* opcode = Val;
+ execute();*/
+ }
+ else if (ctx->IM == 1)
+ {
+ doPush(ctx, ctx->PC);
+ ctx->PC = 0x0038;
+ }
+ else if (ctx->IM == 2)
+ {
+ doPush(ctx, ctx->PC);
+ ctx->PC = (ctx->I << 8) | value;
+ }
+}
+
+
+void Z80NMI (Z80Context* ctx)
+{
+ ctx->IFF1 = 0;
+ doPush(ctx, ctx->PC);
+ ctx->PC = 0x0066;
+}
--- /dev/null Thu Jan 01 00:00:00 1970 +0000
+++ b/z80.h Thu Mar 10 20:32:59 2011 +0000
@@ -0,0 +1,127 @@
+/* =============================================================================
+ * libz80 - Z80 emulation library
+ * =============================================================================
+ *
+ * (C) Gabriel Gambetta (ggambett@adinet.com.uy) 2000 - 2002
+ *
+ * Version 1.99
+ *
+ * -----------------------------------------------------------------------------
+ *
+ * This program is free software; you can redistribute it and/or modify
+ * it under the terms of the GNU General Public License as published by
+ * the Free Software Foundation; either version 2 of the License, or
+ * (at your option) any later version.
+ *
+ * This program is distributed in the hope that it will be useful,
+ * but WITHOUT ANY WARRANTY; without even the implied warranty of
+ * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+ * GNU General Public License for more details.
+ *
+ * You should have received a copy of the GNU General Public License
+ * along with this program; if not, write to the Free Software
+ * Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
+ */
+
+#ifndef _Z80_H_
+#define _Z80_H_
+
+#include "stdio.h"
+
+typedef unsigned short ushort;
+typedef unsigned char byte;
+
+
+/** Function type to emulate data read. */
+typedef byte (*Z80DataIn) (int param, ushort address);
+
+
+/** Function type to emulate data write. */
+typedef void (*Z80DataOut) (int param, ushort address, byte data);
+
+
+/**
+ * A Z80 register set.
+ * An union is used since we want independent access to the high and low bytes of the 16-bit registers.
+ */
+typedef union
+{
+ /** Word registers. */
+ struct
+ {
+ ushort AF, BC, DE, HL, IX, IY, SP;
+ } wr;
+
+ /** Byte registers. Note that SP can't be accesed partially. */
+ struct
+ {
+ byte F, A, C, B, E, D, L, H, IXl, IXh, IYl, IYh;
+ } br;
+} Z80Regs;
+
+
+/** The Z80 flags */
+typedef enum
+{
+ F_ = 0,
+ F_C = 1, /**< Carry */
+ F_N = 2, /**< Sub / Add */
+ F_PV = 4, /**< Parity / Overflow */
+ F_3 = 8, /**< Reserved */
+ F_H = 16, /**< Half carry */
+ F_5 = 32, /**< Reserved */
+ F_Z = 64, /**< Zero */
+ F_S = 128 /**< Sign */
+} Z80Flags;
+
+
+/** A Z80 execution context. */
+typedef struct
+{
+ Z80Regs R1; /**< Main register set (R) */
+ Z80Regs R2; /**< Alternate register set (R') */
+ ushort PC; /**< Program counter */
+ byte R; /**< Refresh */
+ byte I;
+ byte IFF1; /**< Interrupt Flipflop 1 */
+ byte IFF2; /**< Interrupt Flipflop 2 */
+ byte IM; /**< Instruction mode */
+
+ Z80DataIn memRead;
+ Z80DataOut memWrite;
+ int memParam;
+
+ Z80DataIn ioRead;
+ Z80DataOut ioWrite;
+ int ioParam;
+} Z80Context;
+
+
+/** Execute the next instruction. */
+void Z80Execute (Z80Context* ctx);
+
+/** Decode the next instruction to be executed.
+ * dump and decode can be NULL if such information is not needed
+ *
+ * @param dump A buffer which receives the hex dump
+ * @param decode A buffer which receives the decoded instruction
+ */
+void Z80Debug (Z80Context* ctx, char* dump, char* decode);
+
+/** Resets the processor. */
+void Z80RESET (Z80Context* ctx);
+
+/** Generates a hardware interrupt.
+ * Some interrupt modes read a value from the data bus; this value must be provided in this function call, even
+ * if the processor ignores that value in the current interrupt mode.
+ *
+ * @param value The value to read from the data bus
+ */
+void Z80INT (Z80Context* ctx, byte value);
+
+
+/** Generates a non-maskable interrupt. */
+void Z80NMI (Z80Context* ctx);
+
+
+#endif
\ No newline at end of file