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rsp.c
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rsp.c
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#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include "usf.h"
#include "memory.h"
#include "rsp.h"
#include "main.h"
#include "rsp_recompiler_cpu.h"
#include "registers.h"
uint32_t NoOfMaps, MapsCRC[MaxMaps], Table,ConditionalMove=0;
uint8_t * RSPRecompCode = 0, * RSPRecompCodeSecondary, * RSPRecompPos, *RSPJumpTables;
void ** RSPJumpTable;
RSP_COMPILER Compiler;
//REGISTER32 RSP_GPR[32], RSP_Flags[4];
REGISTER32 *RSP_GPR, RSP_Flags[4];
REGISTER * RSP_ACCUM;
VECTOR * RSP_Vect;
REGISTER EleSpec[32], Indx[32];
RSPOPCODE RSPOpC;
uint32_t *PrgCount = 0, RSPNextInstruction = 0;
uint32_t RSP_NextInstruction = 0;
REGISTER32 Recp, RecpResult, SQroot, SQrootResult;
uint32_t RSP_NextInstruction, RSP_JumpTo;
uint32_t RSP_Running = 0;
int8_t RSP_Cpu = CPU_Recompiler;
void RSPSetJumpTable (void);
void RSPReInitMemory()
{
if(RSPRecompCode == NULL)
{
printf("enough memory for RSP RSPRecompCode!");
return;
}
RSPRecompCodeSecondary = RSPRecompCode + RSP_RECOMPMEM_SIZE;
if( RSPJumpTables == NULL )
{
DisplayError("Not enough memory for Jump Table!");
return;
}
memset((uint8_t*)RSPJumpTables, 0, 0x2000 * MaxMaps);
memset((uint8_t*)RSPRecompCode, 0, 0x00400000);
memset((uint8_t*)RSPRecompCodeSecondary, 0, 0x00200000);
RSPJumpTable = (void **)RSPJumpTables;
RSPRecompPos = RSPRecompCode;
NoOfMaps = 0;
}
int32_t RSPAllocateMemory (void)
{
RSPRecompCode=(uint8_t *) malloc_exec(RSP_RECOMPMEM_SIZE + RSP_SECRECOMPMEM_SIZE);
if(RSPRecompCode == NULL)
{
DisplayError("Not enough memory for RSP RSPRecompCode!");
return 0;
}
RSPRecompCodeSecondary = RSPRecompCode + RSP_RECOMPMEM_SIZE;
RSPJumpTables = malloc(0x2000 * MaxMaps);
if( RSPJumpTables == NULL )
{
DisplayError("Not enough memory for Jump Table!");
return 0;
}
memset((uint8_t*)RSPJumpTables, 0, 0x2000 * MaxMaps);
memset((uint8_t*)RSPRecompCode, 0, 0x00400000);
memset((uint8_t*)RSPRecompCodeSecondary, 0, 0x00200000);
RSPJumpTable = (void **)RSPJumpTables;
RSPRecompPos = RSPRecompCode;
NoOfMaps = 0;
return 1;
}
FILE *qfil = 0;
void real_run_rsp(uint32_t cycles)
{
//replace with interpreter
if(RSP_Cpu)
{
RSP_Running = 1;
while(RSP_Running)
{
RSP_LW_IMEM(*PrgCount, &RSPOpC.Hex);
(RSP_Opcode[ RSPOpC.op ])();
switch (RSP_NextInstruction)
{
case NORMAL:
*PrgCount = (*PrgCount + 4) & 0xFFC;
break;
case DELAY_SLOT:
RSP_NextInstruction = JUMP;
*PrgCount = (*PrgCount + 4) & 0xFFC;
break;
case JUMP:
RSP_NextInstruction = NORMAL;
*PrgCount = RSP_JumpTo;
break;
}
}
*PrgCount -= 4;
return;
}
else
{
RunRecompilerCPU(cycles);
}
}
void RSP_SP_DMA_READ (void)
{
uint32_t i, j, Length, Skip, Count;
uint8_t *Dest, *Source;
SP_DRAM_ADDR_REG &= 0x00FFFFFF;
if (SP_DRAM_ADDR_REG > 0x800000)
{
printf("SP DMA READ\nSP_DRAM_ADDR_REG not in RDRam space");
return;
}
if ((SP_RD_LEN_REG & 0xFFF) + 1 + (SP_MEM_ADDR_REG & 0xFFF) > 0x1000)
{
printf("SP DMA READ\ncould not fit copy in memory segement\nSP_RD_LEN_REG=%08x\nSP_MEM_ADDR_REG=%08x",SP_RD_LEN_REG,SP_MEM_ADDR_REG);
return;
}
Length = ((SP_RD_LEN_REG & 0xFFF) | 7) + 1;
Skip = (SP_RD_LEN_REG >> 20) + Length;
Count = ((SP_RD_LEN_REG >> 12) & 0xFF) + 1;
if ((SP_MEM_ADDR_REG & 0x1000) != 0)
{
Dest = IMEM + ((SP_MEM_ADDR_REG & 0x0FFF) & ~7);
}
else
{
Dest = DMEM + ((SP_MEM_ADDR_REG & 0x0FFF) & ~7);
}
Source = RDRAM + (SP_DRAM_ADDR_REG & ~7);
#if defined(RSP_SAFE_DMA)
for (j = 0 ; j < Count; j++)
{
for (i = 0 ; i < Length; i++)
{
//orig: *(uint8_t *)(((uint32_t)Dest + j * Length + i) ^ 3) = *(uint8_t *)(((uint32_t)Source + j * Skip + i) ^ 3);
/*should fix compiler warning*/
*(uint8_t *)(((uintptr_t)Dest + j * Length + i) ^ 3) = *(uint8_t *)(((uintptr_t)Source + j * Skip + i) ^ 3);
}
}
#else
if ((Skip & 0x3) == 0)
{
for (j = 0; j < Count; j++)
{
memcpy(Dest, Source, Length);
Source += Skip;
Dest += Length;
}
}
else
{
for (j = 0 ; j < Count; j++)
{
for (i = 0 ; i < Length; i++)
{
//orig: *(uint8_t *)(((uint32_t)Dest + i) ^ 3) = *(uint8_t *)(((uint32_t)Source + i) ^ 3);
/*should fix compiler warning*/
*(uint8_t *)(((uintptr_t)Dest + i) ^ 3) = *(uint8_t *)(((uintptr_t)Source + i) ^ 3);
}
Source += Skip;
Dest += Length;
}
}
#endif
if ((!RSP_Cpu) && ((SP_MEM_ADDR_REG & 0x1000) != 0))
{
RSPSetJumpTable();
}
SP_DMA_BUSY_REG = 0;
SP_STATUS_REG &= ~SP_STATUS_DMA_BUSY;
}
void RSP_SP_DMA_WRITE (void)
{
uint32_t i, j, Length, Skip, Count;
uint8_t *Dest, *Source;
SP_DRAM_ADDR_REG &= 0x00FFFFFF;
if (SP_DRAM_ADDR_REG > 0x800000)
{
printf("SP DMA WRITE\nSP_DRAM_ADDR_REG not in RDRam space");
return;
}
if ((SP_WR_LEN_REG & 0xFFF) + 1 + (SP_MEM_ADDR_REG & 0xFFF) > 0x1000)
{
printf("SP DMA READ\ncould not fit copy in memory segement\nSP_WR_LEN_REG=%08x\nSP_MEM_ADDR_REG=%08x",SP_WR_LEN_REG,SP_MEM_ADDR_REG);
return;
}
Length = ((SP_WR_LEN_REG & 0xFFF) | 7) + 1;
Skip = (SP_WR_LEN_REG >> 20) + Length;
Count = ((SP_WR_LEN_REG >> 12) & 0xFF) + 1;
Dest = RDRAM + (SP_DRAM_ADDR_REG & ~7);
Source = DMEM + ((SP_MEM_ADDR_REG & 0x1FFF) & ~7);
#if defined(RSP_SAFE_DMA)
for (j = 0 ; j < Count; j++)
{
for (i = 0 ; i < Length; i++)
{
//orig: *(uint8_t *)(((uint32_t)Dest + j * Skip + i) ^ 3) = *(uint8_t *)(((uint32_t)Source + j * Length + i) ^ 3);
/*should fix compiler warning*/
*(uint8_t *)(((uintptr_t)Dest + j * Skip + i) ^ 3) = *(uint8_t *)(((uintptr_t)Source + j * Length + i) ^ 3);
}
}
#else
if ((Skip & 0x3) == 0)
{
for (j = 0; j < Count; j++)
{
memcpy(Dest, Source, Length);
Source += Length;
Dest += Skip;
}
}
else
{
for (j = 0 ; j < Count; j++)
{
for (i = 0 ; i < Length; i++)
{
//orig: *(uint8_t *)(((uint32_t)Dest + i) ^ 3) = *(uint8_t *)(((uint32_t)Source + i) ^ 3);
/*should fix compiler warning*/
*(uint8_t *)(((uintptr_t)Dest + i) ^ 3) = *(uint8_t *)(((uintptr_t)Source + i) ^ 3);
}
Source += Length;
Dest += Skip;
}
}
#endif
SP_DMA_BUSY_REG = 0;
SP_STATUS_REG &= ~SP_STATUS_DMA_BUSY;
}
void RSP_LB_DMEM ( uint32_t Addr, uint8_t * Value )
{
* Value = *(uint8_t *)(DMEM + ((Addr ^ 3) & 0xFFF)) ;
}
void RSP_LBV_DMEM ( uint32_t Addr, int32_t vect, int32_t element )
{
RSP_Vect[vect].B[15 - element] = *(DMEM + ((Addr ^ 3) & 0xFFF));
}
void RSP_LDV_DMEM ( uint32_t Addr, int32_t vect, int32_t element )
{
int32_t length, Count;
length = 8;
if (length > 16 - element)
{
length = 16 - element;
}
for (Count = element; Count < (length + element); Count ++ )
{
RSP_Vect[vect].B[15 - Count] = *(DMEM + ((Addr ^ 3) & 0xFFF));
Addr += 1;
}
}
void RSP_LFV_DMEM ( uint32_t Addr, int32_t vect, int32_t element )
{
int32_t length, count;
VECTOR Temp;
length = 8;
if (length > 16 - element)
{
length = 16 - element;
}
Temp.HW[7] = *(DMEM + (((Addr + element) ^3) & 0xFFF)) << 7;
Temp.HW[6] = *(DMEM + ((((Addr + ((0x4 - element) ^ 3)) & 0xf)) & 0xFFF)) << 7;
Temp.HW[5] = *(DMEM + ((((Addr + ((0x8 - element) ^ 3)) & 0xf)) & 0xFFF)) << 7;
Temp.HW[4] = *(DMEM + ((((Addr + ((0xC - element) ^ 3)) & 0xf)) & 0xFFF)) << 7;
Temp.HW[3] = *(DMEM + ((((Addr + ((0x8 - element) ^ 3)) & 0xf)) & 0xFFF)) << 7;
Temp.HW[2] = *(DMEM + ((((Addr + ((0xC - element) ^ 3)) & 0xf)) & 0xFFF)) << 7;
Temp.HW[1] = *(DMEM + ((((Addr + ((0x10 - element) ^ 3)) & 0xf)) & 0xFFF)) << 7;
Temp.HW[0] = *(DMEM + ((((Addr + ((0x4 - element) ^ 3)) & 0xf)) & 0xFFF)) << 7;
for (count = element; count < (length + element); count ++ )
{
RSP_Vect[vect].B[15 - count] = Temp.B[15 - count];
}
}
void RSP_LH_DMEM ( uint32_t Addr, uint16_t * Value )
{
if ((Addr & 0x1) != 0)
{
if (Addr > 0xFFE)
{
printf("hmmmm.... Problem with:\nRSP_LH_DMEM");
return;
}
Addr &= 0xFFF;
*Value = *(uint8_t *)(DMEM + (Addr^ 3)) << 8;
*Value += *(uint8_t *)(DMEM + ((Addr + 1)^ 3));
return;
}
* Value = *(uint16_t *)(DMEM + ((Addr ^ 2 ) & 0xFFF));
}
void RSP_LHV_DMEM ( uint32_t Addr, int32_t vect, int32_t element )
{
RSP_Vect[vect].HW[7] = *(DMEM + (((Addr + ((0x10 - element) & 0xF)) ^3) & 0xFFF)) << 7;
RSP_Vect[vect].HW[6] = *(DMEM + (((Addr + ((0x10 - element + 2) & 0xF)) ^3) & 0xFFF)) << 7;
RSP_Vect[vect].HW[5] = *(DMEM + (((Addr + ((0x10 - element + 4) & 0xF)) ^3) & 0xFFF)) << 7;
RSP_Vect[vect].HW[4] = *(DMEM + (((Addr + ((0x10 - element + 6) & 0xF)) ^3) & 0xFFF)) << 7;
RSP_Vect[vect].HW[3] = *(DMEM + (((Addr + ((0x10 - element + 8) & 0xF)) ^3) & 0xFFF)) << 7;
RSP_Vect[vect].HW[2] = *(DMEM + (((Addr + ((0x10 - element + 10) & 0xF)) ^3) & 0xFFF)) << 7;
RSP_Vect[vect].HW[1] = *(DMEM + (((Addr + ((0x10 - element + 12) & 0xF)) ^3) & 0xFFF)) << 7;
RSP_Vect[vect].HW[0] = *(DMEM + (((Addr + ((0x10 - element + 14) & 0xF)) ^3) & 0xFFF)) << 7;
}
void RSP_LLV_DMEM ( uint32_t Addr, int32_t vect, int32_t element )
{
int32_t length, Count;
length = 4;
if (length > 16 - element)
{
length = 16 - element;
}
for (Count = element; Count < (length + element); Count ++ )
{
RSP_Vect[vect].B[15 - Count] = *(DMEM + ((Addr ^ 3) & 0xFFF));
Addr += 1;
}
}
void RSP_LPV_DMEM ( uint32_t Addr, int32_t vect, int32_t element )
{
RSP_Vect[vect].HW[7] = *(DMEM + (((Addr + ((0x10 - element) & 0xF))^3) & 0xFFF)) << 8;
RSP_Vect[vect].HW[6] = *(DMEM + (((Addr + ((0x10 - element + 1) & 0xF))^3) & 0xFFF)) << 8;
RSP_Vect[vect].HW[5] = *(DMEM + (((Addr + ((0x10 - element + 2) & 0xF))^3) & 0xFFF)) << 8;
RSP_Vect[vect].HW[4] = *(DMEM + (((Addr + ((0x10 - element + 3) & 0xF))^3) & 0xFFF)) << 8;
RSP_Vect[vect].HW[3] = *(DMEM + (((Addr + ((0x10 - element + 4) & 0xF))^3) & 0xFFF)) << 8;
RSP_Vect[vect].HW[2] = *(DMEM + (((Addr + ((0x10 - element + 5) & 0xF))^3) & 0xFFF)) << 8;
RSP_Vect[vect].HW[1] = *(DMEM + (((Addr + ((0x10 - element + 6) & 0xF))^3) & 0xFFF)) << 8;
RSP_Vect[vect].HW[0] = *(DMEM + (((Addr + ((0x10 - element + 7) & 0xF))^3) & 0xFFF)) << 8;
}
void RSP_LRV_DMEM ( uint32_t Addr, int32_t vect, int32_t element )
{
int32_t length, Count, offset;
offset = (Addr & 0xF) - 1;
length = (Addr & 0xF) - element;
Addr &= 0xFF0;
for (Count = element; Count < (length + element); Count ++ )
{
RSP_Vect[vect].B[offset - Count] = *(DMEM + ((Addr ^ 3) & 0xFFF));
Addr += 1;
}
}
void RSP_LQV_DMEM ( uint32_t Addr, int32_t vect, int32_t element )
{
int32_t length, Count;
length = ((Addr + 0x10) & ~0xF) - Addr;
if (length > 16 - element)
{
length = 16 - element;
}
for (Count = element; Count < (length + element); Count ++ )
{
RSP_Vect[vect].B[15 - Count] = *(DMEM + ((Addr ^ 3) & 0xFFF));
Addr += 1;
}
}
void RSP_LSV_DMEM ( uint32_t Addr, int32_t vect, int32_t element )
{
int32_t length, Count;
length = 2;
if (length > 16 - element)
{
length = 16 - element;
}
for (Count = element; Count < (length + element); Count ++ )
{
RSP_Vect[vect].B[15 - Count] = *(DMEM + ((Addr ^ 3) & 0xFFF));
Addr += 1;
}
}
void RSP_LTV_DMEM ( uint32_t Addr, int32_t vect, int32_t element )
{
int32_t del, count, length;
length = 8;
if (length > 32 - vect)
{
length = 32 - vect;
}
Addr = ((Addr + 8) & 0xFF0) + (element & 0x1);
for (count = 0; count < length; count ++)
{
del = ((8 - (element >> 1) + count) << 1) & 0xF;
RSP_Vect[vect + count].B[15 - del] = *(DMEM + (Addr ^ 3));
RSP_Vect[vect + count].B[14 - del] = *(DMEM + ((Addr + 1) ^ 3));
Addr += 2;
}
}
void RSP_LUV_DMEM ( uint32_t Addr, int32_t vect, int32_t element )
{
RSP_Vect[vect].HW[7] = *(DMEM + (((Addr + ((0x10 - element) & 0xF))^3) & 0xFFF)) << 7;
RSP_Vect[vect].HW[6] = *(DMEM + (((Addr + ((0x10 - element + 1) & 0xF))^3) & 0xFFF)) << 7;
RSP_Vect[vect].HW[5] = *(DMEM + (((Addr + ((0x10 - element + 2) & 0xF))^3) & 0xFFF)) << 7;
RSP_Vect[vect].HW[4] = *(DMEM + (((Addr + ((0x10 - element + 3) & 0xF))^3) & 0xFFF)) << 7;
RSP_Vect[vect].HW[3] = *(DMEM + (((Addr + ((0x10 - element + 4) & 0xF))^3) & 0xFFF)) << 7;
RSP_Vect[vect].HW[2] = *(DMEM + (((Addr + ((0x10 - element + 5) & 0xF))^3) & 0xFFF)) << 7;
RSP_Vect[vect].HW[1] = *(DMEM + (((Addr + ((0x10 - element + 6) & 0xF))^3) & 0xFFF)) << 7;
RSP_Vect[vect].HW[0] = *(DMEM + (((Addr + ((0x10 - element + 7) & 0xF))^3) & 0xFFF)) << 7;
}
void RSP_LW_DMEM ( uint32_t Addr, uint32_t * Value )
{
if ((Addr & 0x3) != 0)
{
Addr &= 0xFFF;
if (Addr > 0xFFC)
{
printf("hmmmm.... Problem with:\nRSP_LW_DMEM");
return;
}
*Value = *(uint8_t *)(DMEM + (Addr^ 3)) << 0x18;
*Value += *(uint8_t *)(DMEM + ((Addr + 1)^ 3)) << 0x10;
*Value += *(uint8_t *)(DMEM + ((Addr + 2)^ 3)) << 8;
*Value += *(uint8_t *)(DMEM + ((Addr + 3)^ 3));
return;
}
* Value = *(uint32_t *)(DMEM + (Addr & 0xFFF));
}
void RSP_LW_IMEM ( uint32_t Addr, uint32_t * Value )
{
if ((Addr & 0x3) != 0)
{
printf("Unaligned RSP_LW_IMEM");
}
* Value = *(uint32_t *)(IMEM + (Addr & 0xFFF));
}
void RSP_SB_DMEM ( uint32_t Addr, uint8_t Value )
{
*(uint8_t *)(DMEM + ((Addr ^ 3) & 0xFFF)) = Value;
}
void RSP_SBV_DMEM ( uint32_t Addr, int32_t vect, int32_t element )
{
*(DMEM + ((Addr ^ 3) & 0xFFF)) = RSP_Vect[vect].B[15 - element];
}
void RSP_SDV_DMEM ( uint32_t Addr, int32_t vect, int32_t element )
{
int32_t Count;
for (Count = element; Count < (8 + element); Count ++ )
{
*(DMEM + ((Addr ^ 3) & 0xFFF)) = RSP_Vect[vect].B[15 - (Count & 0xF)];
Addr += 1;
}
}
void RSP_SFV_DMEM ( uint32_t Addr, int32_t vect, int32_t element )
{
int32_t offset = Addr & 0xF;
Addr &= 0xFF0;
switch (element)
{
case 0:
*(DMEM + ((Addr + offset)^3)) = RSP_Vect[vect].UHW[7] >> 7;
*(DMEM + ((Addr + ((offset + 4) & 0xF))^3)) = RSP_Vect[vect].UHW[6] >> 7;
*(DMEM + ((Addr + ((offset + 8) & 0xF))^3)) = RSP_Vect[vect].UHW[5] >> 7;
*(DMEM + ((Addr + ((offset + 12) & 0xF))^3)) = RSP_Vect[vect].UHW[4] >> 7;
break;
case 1:
*(DMEM + ((Addr + offset)^3)) = RSP_Vect[vect].UHW[1] >> 7;
*(DMEM + ((Addr + ((offset + 4) & 0xF))^3)) = RSP_Vect[vect].UHW[0] >> 7;
*(DMEM + ((Addr + ((offset + 8) & 0xF))^3)) = RSP_Vect[vect].UHW[3] >> 7;
*(DMEM + ((Addr + ((offset + 12) & 0xF))^3)) = RSP_Vect[vect].UHW[2] >> 7;
break;
case 2:
*(DMEM + ((Addr + offset)^3)) = 0;
*(DMEM + ((Addr + ((offset + 4) & 0xF))^3)) = 0;
*(DMEM + ((Addr + ((offset + 8) & 0xF))^3)) = 0;
*(DMEM + ((Addr + ((offset + 12) & 0xF))^3)) = 0;
break;
case 3:
*(DMEM + ((Addr + offset)^3)) = 0;
*(DMEM + ((Addr + ((offset + 4) & 0xF))^3)) = 0;
*(DMEM + ((Addr + ((offset + 8) & 0xF))^3)) = 0;
*(DMEM + ((Addr + ((offset + 12) & 0xF))^3)) = 0;
break;
case 4:
*(DMEM + ((Addr + offset)^3)) = RSP_Vect[vect].UHW[6] >> 7;
*(DMEM + ((Addr + ((offset + 4) & 0xF))^3)) = RSP_Vect[vect].UHW[5] >> 7;
*(DMEM + ((Addr + ((offset + 8) & 0xF))^3)) = RSP_Vect[vect].UHW[4] >> 7;
*(DMEM + ((Addr + ((offset + 12) & 0xF))^3)) = RSP_Vect[vect].UHW[7] >> 7;
break;
case 5:
*(DMEM + ((Addr + offset)^3)) = RSP_Vect[vect].UHW[0] >> 7;
*(DMEM + ((Addr + ((offset + 4) & 0xF))^3)) = RSP_Vect[vect].UHW[3] >> 7;
*(DMEM + ((Addr + ((offset + 8) & 0xF))^3)) = RSP_Vect[vect].UHW[2] >> 7;
*(DMEM + ((Addr + ((offset + 12) & 0xF))^3)) = RSP_Vect[vect].UHW[1] >> 7;
break;
case 6:
*(DMEM + ((Addr + offset)^3)) = 0;
*(DMEM + ((Addr + ((offset + 4) & 0xF))^3)) = 0;
*(DMEM + ((Addr + ((offset + 8) & 0xF))^3)) = 0;
*(DMEM + ((Addr + ((offset + 12) & 0xF))^3)) = 0;
break;
case 7:
*(DMEM + ((Addr + offset)^3)) = 0;
*(DMEM + ((Addr + ((offset + 4) & 0xF))^3)) = 0;
*(DMEM + ((Addr + ((offset + 8) & 0xF))^3)) = 0;
*(DMEM + ((Addr + ((offset + 12) & 0xF))^3)) = 0;
break;
case 8:
*(DMEM + ((Addr + offset)^3)) = RSP_Vect[vect].UHW[3] >> 7;
*(DMEM + ((Addr + ((offset + 4) & 0xF))^3)) = RSP_Vect[vect].UHW[2] >> 7;
*(DMEM + ((Addr + ((offset + 8) & 0xF))^3)) = RSP_Vect[vect].UHW[1] >> 7;
*(DMEM + ((Addr + ((offset + 12) & 0xF))^3)) = RSP_Vect[vect].UHW[0] >> 7;
break;
case 9:
*(DMEM + ((Addr + offset)^3)) = 0;
*(DMEM + ((Addr + ((offset + 4) & 0xF))^3)) = 0;
*(DMEM + ((Addr + ((offset + 8) & 0xF))^3)) = 0;
*(DMEM + ((Addr + ((offset + 12) & 0xF))^3)) = 0;
break;
case 10:
*(DMEM + ((Addr + offset)^3)) = 0;
*(DMEM + ((Addr + ((offset + 4) & 0xF))^3)) = 0;
*(DMEM + ((Addr + ((offset + 8) & 0xF))^3)) = 0;
*(DMEM + ((Addr + ((offset + 12) & 0xF))^3)) = 0;
break;
case 11:
*(DMEM + ((Addr + offset)^3)) = RSP_Vect[vect].UHW[4] >> 7;
*(DMEM + ((Addr + ((offset + 4) & 0xF))^3)) = RSP_Vect[vect].UHW[7] >> 7;
*(DMEM + ((Addr + ((offset + 8) & 0xF))^3)) = RSP_Vect[vect].UHW[6] >> 7;
*(DMEM + ((Addr + ((offset + 12) & 0xF))^3)) = RSP_Vect[vect].UHW[5] >> 7;
break;
case 12:
*(DMEM + ((Addr + offset)^3)) = RSP_Vect[vect].UHW[2] >> 7;
*(DMEM + ((Addr + ((offset + 4) & 0xF))^3)) = RSP_Vect[vect].UHW[1] >> 7;
*(DMEM + ((Addr + ((offset + 8) & 0xF))^3)) = RSP_Vect[vect].UHW[0] >> 7;
*(DMEM + ((Addr + ((offset + 12) & 0xF))^3)) = RSP_Vect[vect].UHW[3] >> 7;
break;
case 13:
*(DMEM + ((Addr + offset)^3)) = 0;
*(DMEM + ((Addr + ((offset + 4) & 0xF))^3)) = 0;
*(DMEM + ((Addr + ((offset + 8) & 0xF))^3)) = 0;
*(DMEM + ((Addr + ((offset + 12) & 0xF))^3)) = 0;
break;
case 14:
*(DMEM + ((Addr + offset)^3)) = 0;
*(DMEM + ((Addr + ((offset + 4) & 0xF))^3)) = 0;
*(DMEM + ((Addr + ((offset + 8) & 0xF))^3)) = 0;
*(DMEM + ((Addr + ((offset + 12) & 0xF))^3)) = 0;
break;
case 15:
*(DMEM + ((Addr + offset)^3)) = RSP_Vect[vect].UHW[7] >> 7;
*(DMEM + ((Addr + ((offset + 4) & 0xF))^3)) = RSP_Vect[vect].UHW[6] >> 7;
*(DMEM + ((Addr + ((offset + 8) & 0xF))^3)) = RSP_Vect[vect].UHW[5] >> 7;
*(DMEM + ((Addr + ((offset + 12) & 0xF))^3)) = RSP_Vect[vect].UHW[4] >> 7;
break;
}
}
void RSP_SH_DMEM ( uint32_t Addr, uint16_t Value )
{
if ((Addr & 0x1) != 0)
{
printf("Unaligned RSP_SH_DMEM");
return;
}
*(uint16_t *)(DMEM + ((Addr ^ 2) & 0xFFF)) = Value;
}
void RSP_SHV_DMEM ( uint32_t Addr, int32_t vect, int32_t element )
{
*(DMEM + ((Addr^3) & 0xFFF)) = (RSP_Vect[vect].UB[(15 - element) & 0xF] << 1) +
(RSP_Vect[vect].UB[(14 - element) & 0xF] >> 7);
*(DMEM + (((Addr + 2)^3) & 0xFFF)) = (RSP_Vect[vect].UB[(13 - element) & 0xF] << 1) +
(RSP_Vect[vect].UB[(12 - element) & 0xF] >> 7);
*(DMEM + (((Addr + 4)^3) & 0xFFF)) = (RSP_Vect[vect].UB[(11 - element) & 0xF] << 1) +
(RSP_Vect[vect].UB[(10 - element) & 0xF] >> 7);
*(DMEM + (((Addr + 6)^3) & 0xFFF)) = (RSP_Vect[vect].UB[(9 - element) & 0xF] << 1) +
(RSP_Vect[vect].UB[(8 - element) & 0xF] >> 7);
*(DMEM + (((Addr + 8)^3) & 0xFFF)) = (RSP_Vect[vect].UB[(7 - element) & 0xF] << 1) +
(RSP_Vect[vect].UB[(6 - element) & 0xF] >> 7);
*(DMEM + (((Addr + 10)^3) & 0xFFF)) = (RSP_Vect[vect].UB[(5 - element) & 0xF] << 1) +
(RSP_Vect[vect].UB[(4 - element) & 0xF] >> 7);
*(DMEM + (((Addr + 12)^3) & 0xFFF)) = (RSP_Vect[vect].UB[(3 - element) & 0xF] << 1) +
(RSP_Vect[vect].UB[(2 - element) & 0xF] >> 7);
*(DMEM + (((Addr + 14)^3) & 0xFFF)) = (RSP_Vect[vect].UB[(1 - element) & 0xF] << 1) +
(RSP_Vect[vect].UB[(0 - element) & 0xF] >> 7);
}
void RSP_SLV_DMEM ( uint32_t Addr, int32_t vect, int32_t element )
{
int32_t Count;
for (Count = element; Count < (4 + element); Count ++ )
{
*(DMEM + ((Addr ^3) & 0xFFF)) = RSP_Vect[vect].B[15 - (Count & 0xF)];
Addr += 1;
}
}
void RSP_SPV_DMEM ( uint32_t Addr, int32_t vect, int32_t element )
{
int32_t Count;
for (Count = element; Count < (8 + element); Count ++ )
{
if (((Count) & 0xF) < 8)
{
*(DMEM + ((Addr ^ 3) & 0xFFF)) = RSP_Vect[vect].UB[15 - ((Count & 0xF) << 1)];
}
else
{
*(DMEM + ((Addr ^ 3) & 0xFFF)) = (RSP_Vect[vect].UB[15 - ((Count & 0x7) << 1)] << 1) +
(RSP_Vect[vect].UB[14 - ((Count & 0x7) << 1)] >> 7);
}
Addr += 1;
}
}
void RSP_SQV_DMEM ( uint32_t Addr, int32_t vect, int32_t element )
{
int32_t length, Count;
length = ((Addr + 0x10) & ~0xF) - Addr;
for (Count = element; Count < (length + element); Count ++ )
{
*(DMEM + ((Addr ^ 3) & 0xFFF)) = RSP_Vect[vect].B[15 - (Count & 0xF)];
Addr += 1;
}
}
void RSP_SRV_DMEM ( uint32_t Addr, int32_t vect, int32_t element )
{
int32_t length, Count, offset;
length = (Addr & 0xF);
offset = (0x10 - length) & 0xF;
Addr &= 0xFF0;
for (Count = element; Count < (length + element); Count ++ )
{
*(DMEM + ((Addr ^ 3) & 0xFFF)) = RSP_Vect[vect].B[15 - ((Count + offset) & 0xF)];
Addr += 1;
}
}
void RSP_SSV_DMEM ( uint32_t Addr, int32_t vect, int32_t element )
{
int32_t Count;
for (Count = element; Count < (2 + element); Count ++ )
{
*(DMEM + ((Addr ^ 3) & 0xFFF)) = RSP_Vect[vect].B[15 - (Count & 0xF)];
Addr += 1;
}
}
void RSP_STV_DMEM ( uint32_t Addr, int32_t vect, int32_t element )
{
int32_t del, count, length;
length = 8;
if (length > 32 - vect)
{
length = 32 - vect;
}
length = length << 1;
del = element >> 1;
for (count = 0; count < length; count += 2)
{
*(DMEM + ((Addr ^ 3) & 0xFFF)) = RSP_Vect[vect + del].UB[15 - count];
*(DMEM + (((Addr + 1) ^ 3) & 0xFFF)) = RSP_Vect[vect + del].UB[14 - count];
del = (del + 1) & 7;
Addr += 2;
}
}
void RSP_SUV_DMEM ( uint32_t Addr, int32_t vect, int32_t element )
{
int32_t Count;
for (Count = element; Count < (8 + element); Count ++ )
{
if (((Count) & 0xF) < 8)
{
*(DMEM + ((Addr ^ 3) & 0xFFF)) = (RSP_Vect[vect].UB[15 - ((Count & 0x7) << 1)] << 1) +
(RSP_Vect[vect].UB[14 - ((Count & 0x7) << 1)] >> 7);
}
else
{
*(DMEM + ((Addr ^ 3) & 0xFFF)) = RSP_Vect[vect].UB[15 - ((Count & 0x7) << 1)];
}
Addr += 1;
}
}
void RSP_SW_DMEM ( uint32_t Addr, uint32_t Value )
{
Addr &= 0xFFF;
if ((Addr & 0x3) != 0)
{
if (Addr > 0xFFC)
{
printf("hmmmm.... Problem with:\nRSP_SW_DMEM");
return;
}
*(uint8_t *)(DMEM + (Addr ^ 3)) = (uint8_t)(Value >> 0x18);
*(uint8_t *)(DMEM + ((Addr + 1) ^ 3)) = (uint8_t)(Value >> 0x10);
*(uint8_t *)(DMEM + ((Addr + 2) ^ 3)) = (uint8_t)(Value >> 0x8);
*(uint8_t *)(DMEM + ((Addr + 3) ^ 3)) = (uint8_t)(Value);
return;
}
*(uint32_t *)(DMEM + Addr) = Value;
}
void RSP_SWV_DMEM ( uint32_t Addr, int32_t vect, int32_t element )
{
int32_t Count, offset;
offset = Addr & 0xF;
Addr &= 0xFF0;
for (Count = element; Count < (16 + element); Count ++ )
{
*(DMEM + ((Addr + (offset & 0xF)) ^ 3)) = RSP_Vect[vect].B[15 - (Count & 0xF)];
offset += 1;
}
}
int runcount = 0;
void init_rsp(void)
{
int32_t i = 0, CpuFeatures = 0;
runcount++;
RSP_Running = 0;
NoOfMaps = 0;
Table = 0;
ConditionalMove = 0;
RSP_NextInstruction = 0;
RSP_JumpTo = 0;
dwBuffer = MainBuffer;
pLastSecondary = NULL;
pLastPrimary = NULL;
RSPBlockID = 1;
memset(RSP_GPR,0,sizeof(*RSP_GPR));
memset(RSP_Vect,0,sizeof(*RSP_Vect));
memset(RSP_ACCUM,0,sizeof(*RSP_ACCUM));
memset(RSP_Flags,0,sizeof(*RSP_Flags));
for(i = 0; i < 64; i++)
{
RSP_Opcode[i]= rsp_UnknownOpcode;
RSP_RegImm[i>>1]= rsp_UnknownOpcode;
RSP_Special[i]= rsp_UnknownOpcode;
RSP_Cop0[i>>1]= rsp_UnknownOpcode;
RSP_Cop2[i>>1]= rsp_UnknownOpcode;
RSP_Vector[i] = rsp_UnknownOpcode;
RSP_Lc2[i>>1] = rsp_UnknownOpcode;
RSP_Sc2[i>>1] = rsp_UnknownOpcode;
}
RSP_Opcode[ 0] = RSP_Opcode_SPECIAL;
RSP_Opcode[ 1] = RSP_Opcode_REGIMM;
RSP_Opcode[ 2] = RSP_Opcode_J;
RSP_Opcode[ 3] = RSP_Opcode_JAL;
RSP_Opcode[ 4] = RSP_Opcode_BEQ;
RSP_Opcode[ 5] = RSP_Opcode_BNE;
RSP_Opcode[ 6] = RSP_Opcode_BLEZ;
RSP_Opcode[ 7] = RSP_Opcode_BGTZ;
RSP_Opcode[ 8] = RSP_Opcode_ADDI;
RSP_Opcode[ 9] = RSP_Opcode_ADDIU;
RSP_Opcode[10] = RSP_Opcode_SLTI;
RSP_Opcode[11] = RSP_Opcode_SLTIU;
RSP_Opcode[12] = RSP_Opcode_ANDI;
RSP_Opcode[13] = RSP_Opcode_ORI;
RSP_Opcode[14] = RSP_Opcode_XORI;
RSP_Opcode[15] = RSP_Opcode_LUI;
RSP_Opcode[16] = RSP_Opcode_COP0;
RSP_Opcode[18] = RSP_Opcode_COP2;
RSP_Opcode[32] = RSP_Opcode_LB;
RSP_Opcode[33] = RSP_Opcode_LH;
RSP_Opcode[35] = RSP_Opcode_LW;
RSP_Opcode[36] = RSP_Opcode_LBU;
RSP_Opcode[37] = RSP_Opcode_LHU;
RSP_Opcode[40] = RSP_Opcode_SB;
RSP_Opcode[41] = RSP_Opcode_SH;
RSP_Opcode[43] = RSP_Opcode_SW;
RSP_Opcode[50] = RSP_Opcode_LC2;
RSP_Opcode[58] = RSP_Opcode_SC2;
RSP_Special[ 0] = RSP_Special_SLL;
RSP_Special[ 2] = RSP_Special_SRL;
RSP_Special[ 3] = RSP_Special_SRA;
RSP_Special[ 4] = RSP_Special_SLLV;
RSP_Special[ 6] = RSP_Special_SRLV;
RSP_Special[ 7] = RSP_Special_SRAV;
RSP_Special[ 8] = RSP_Special_JR;
RSP_Special[ 9] = RSP_Special_JALR;
RSP_Special[13] = RSP_Special_BREAK;
RSP_Special[32] = RSP_Special_ADD;
RSP_Special[33] = RSP_Special_ADDU;
RSP_Special[34] = RSP_Special_SUB;
RSP_Special[35] = RSP_Special_SUBU;
RSP_Special[36] = RSP_Special_AND;
RSP_Special[37] = RSP_Special_OR;
RSP_Special[38] = RSP_Special_XOR;
RSP_Special[39] = RSP_Special_NOR;
RSP_Special[42] = RSP_Special_SLT;
RSP_Special[43] = RSP_Special_SLTU;
RSP_RegImm[ 0] = RSP_Opcode_BLTZ;
RSP_RegImm[ 1] = RSP_Opcode_BGEZ;
RSP_RegImm[16] = RSP_Opcode_BLTZAL;
RSP_Cop0[ 0] = RSP_Cop0_MF;
RSP_Cop0[ 4] = RSP_Cop0_MT;
RSP_Cop2[ 0] = RSP_Cop2_MF;
RSP_Cop2[ 2] = RSP_Cop2_CF;
RSP_Cop2[ 4] = RSP_Cop2_MT;
RSP_Cop2[ 6] = RSP_Cop2_CT;
RSP_Cop2[16] = RSP_COP2_VECTOR;
RSP_Cop2[17] = RSP_COP2_VECTOR;
RSP_Cop2[18] = RSP_COP2_VECTOR;
RSP_Cop2[19] = RSP_COP2_VECTOR;
RSP_Cop2[20] = RSP_COP2_VECTOR;
RSP_Cop2[21] = RSP_COP2_VECTOR;
RSP_Cop2[22] = RSP_COP2_VECTOR;
RSP_Cop2[23] = RSP_COP2_VECTOR;
RSP_Cop2[24] = RSP_COP2_VECTOR;
RSP_Cop2[25] = RSP_COP2_VECTOR;
RSP_Cop2[26] = RSP_COP2_VECTOR;
RSP_Cop2[27] = RSP_COP2_VECTOR;
RSP_Cop2[28] = RSP_COP2_VECTOR;
RSP_Cop2[29] = RSP_COP2_VECTOR;
RSP_Cop2[30] = RSP_COP2_VECTOR;
RSP_Cop2[31] = RSP_COP2_VECTOR;
RSP_Vector[ 0] = RSP_Vector_VMULF;
RSP_Vector[ 1] = RSP_Vector_VMULU;
RSP_Vector[ 4] = RSP_Vector_VMUDL;
RSP_Vector[ 5] = RSP_Vector_VMUDM;
RSP_Vector[ 6] = RSP_Vector_VMUDN;
RSP_Vector[ 7] = RSP_Vector_VMUDH;
RSP_Vector[ 8] = RSP_Vector_VMACF;
RSP_Vector[ 9] = RSP_Vector_VMACU;
RSP_Vector[11] = RSP_Vector_VMACQ;
RSP_Vector[12] = RSP_Vector_VMADL;
RSP_Vector[13] = RSP_Vector_VMADM;
RSP_Vector[14] = RSP_Vector_VMADN;
RSP_Vector[15] = RSP_Vector_VMADH;
RSP_Vector[16] = RSP_Vector_VADD;
RSP_Vector[17] = RSP_Vector_VSUB;
RSP_Vector[19] = RSP_Vector_VABS;
RSP_Vector[20] = RSP_Vector_VADDC;
RSP_Vector[21] = RSP_Vector_VSUBC;
RSP_Vector[29] = RSP_Vector_VSAW;
RSP_Vector[32] = RSP_Vector_VLT;
RSP_Vector[33] = RSP_Vector_VEQ;
RSP_Vector[34] = RSP_Vector_VNE;
RSP_Vector[35] = RSP_Vector_VGE;
RSP_Vector[36] = RSP_Vector_VCL;
RSP_Vector[37] = RSP_Vector_VCH;
RSP_Vector[38] = RSP_Vector_VCR;
RSP_Vector[39] = RSP_Vector_VMRG;
RSP_Vector[40] = RSP_Vector_VAND;
RSP_Vector[41] = RSP_Vector_VNAND;
RSP_Vector[42] = RSP_Vector_VOR;
RSP_Vector[43] = RSP_Vector_VNOR;
RSP_Vector[44] = RSP_Vector_VXOR;
RSP_Vector[45] = RSP_Vector_VNXOR;
RSP_Vector[48] = RSP_Vector_VRCP;
RSP_Vector[49] = RSP_Vector_VRCPL;
RSP_Vector[50] = RSP_Vector_VRCPH;
RSP_Vector[51] = RSP_Vector_VMOV;
RSP_Vector[52] = RSP_Vector_VRSQ;
RSP_Vector[53] = RSP_Vector_VRSQL;
RSP_Vector[54] = RSP_Vector_VRSQH;
RSP_Vector[55] = RSP_Vector_VNOOP;
RSP_Lc2[ 0] = RSP_Opcode_LBV;
RSP_Lc2[ 1] = RSP_Opcode_LSV;
RSP_Lc2[ 2] = RSP_Opcode_LLV;
RSP_Lc2[ 3] = RSP_Opcode_LDV;
RSP_Lc2[ 4] = RSP_Opcode_LQV;
RSP_Lc2[ 5] = RSP_Opcode_LRV;
RSP_Lc2[ 6] = RSP_Opcode_LPV;
RSP_Lc2[ 7] = RSP_Opcode_LUV;
RSP_Lc2[ 8] = RSP_Opcode_LHV;
RSP_Lc2[ 9] = RSP_Opcode_LFV;
RSP_Lc2[11] = RSP_Opcode_LTV;
RSP_Sc2[ 0] = RSP_Opcode_SBV;
RSP_Sc2[ 1] = RSP_Opcode_SSV;
RSP_Sc2[ 2] = RSP_Opcode_SLV;
RSP_Sc2[ 3] = RSP_Opcode_SDV;
RSP_Sc2[ 4] = RSP_Opcode_SQV;
RSP_Sc2[ 5] = RSP_Opcode_SRV;
RSP_Sc2[ 6] = RSP_Opcode_SPV;
RSP_Sc2[ 7] = RSP_Opcode_SUV;
RSP_Sc2[ 8] = RSP_Opcode_SHV;
RSP_Sc2[ 9] = RSP_Opcode_SFV;
RSP_Sc2[10] = RSP_Opcode_SWV;
RSP_Sc2[11] = RSP_Opcode_STV;
EleSpec[ 0].DW = 0;
EleSpec[ 1].DW = 0;
EleSpec[ 2].DW = 0;
EleSpec[ 3].DW = 0;
EleSpec[ 4].DW = 0;
EleSpec[ 5].DW = 0;
EleSpec[ 6].DW = 0;
EleSpec[ 7].DW = 0;
EleSpec[ 8].DW = 0;
EleSpec[ 9].DW = 0;
EleSpec[10].DW = 0;
EleSpec[11].DW = 0;
EleSpec[12].DW = 0;
EleSpec[13].DW = 0;
EleSpec[14].DW = 0;
EleSpec[15].DW = 0;
EleSpec[16].DW = 0x0001020304050607ULL; /* None */
EleSpec[17].DW = 0x0001020304050607ULL; /* None */
EleSpec[18].DW = 0x0000020204040606ULL; /* 0q */
EleSpec[19].DW = 0x0101030305050707ULL; /* 1q */
EleSpec[20].DW = 0x0000000004040404ULL; /* 0h */
EleSpec[21].DW = 0x0101010105050505ULL; /* 1h */
EleSpec[22].DW = 0x0202020206060606ULL; /* 2h */
EleSpec[23].DW = 0x0303030307070707ULL; /* 3h */