panzone/sm-vita
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Code cleanup (#28)

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Lots of code cleanup
This commit is contained in:
snesrev
2023-03-20 18:12:36 +01:00
committed by GitHub
parent 19c3651a3e
commit 51ac35a65d
42 changed files with 5746 additions and 7438 deletions
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232
src/sm_rtl.h
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@@ -8,6 +8,7 @@ extern void RtlApuWrite(uint32 adr, uint8 val);
extern int snes_frame_counter;
extern uint8 *g_sram;
extern const uint8 *g_rom;
extern bool g_use_my_apu_code;
#define LONGPTR(t) {(t) & 0xffff, (t) >> 16}
extern bool g_debug_flag;
@@ -31,10 +32,13 @@ typedef uint16 Func_XY_Y(uint16 k, uint16 j);
typedef void FuncXY_V(uint16 k, uint16 j);
typedef PairU16 Func_Y_To_PairU16(uint16 j);
uint8_t *RomPtr(uint32_t addr);
uint8_t *IndirPtr(void *ptr, uint16 offs);
void IndirWriteWord(void *ptr, uint16 offs, uint16 value);
void IndirWriteByte(void *ptr, uint16 offs, uint8 value);
const uint8 *RomPtr(uint32_t addr);
uint8 IndirReadByte(LongPtr ptr, uint16 offs);
uint16 IndirReadWord(LongPtr ptr, uint16 offs);
void IndirWriteByte(LongPtr ptr, uint16 offs, uint8 value);
void IndirWriteWord(LongPtr ptr, uint16 offs, uint16 value);
static inline const uint8 *RomFixedPtr(uint32_t addr) { return &g_rom[(((addr >> 16) << 15) | (addr & 0x7fff)) & 0x3fffff]; }
struct LongPtr;
void mov24(LongPtr *dst, uint32 src);
@@ -42,116 +46,83 @@ void copy24(LongPtr *dst, LongPtr *src);
uint32 Load24(void *a);
void MemCpy(void *dst, const void *src, int size);
void Call(uint32 addr);
bool Unreachable();
static inline uint8_t *RomPtr_RAM(uint16_t addr) { assert(addr < 0x2000); return g_ram + addr; }
#define INSTR_RETURN_ADDR(x) ((const uint16*)(uintptr_t)(x))
#define INSTR_INCR_BYTES(x, n) ((const uint16*)((uintptr_t)(x) + n))
#define INSTR_ADDR_TO_PTR(k, jp) ((uint8*)(jp) - (RomPtrWithBank(gEnemyData(k)->bank, 0x8000) - 0x8000))
static inline uint8_t *RomPtr_7E(uint16_t addr) { return g_ram + addr; }
static inline uint8_t *RomPtr_7F(uint16_t addr) { return g_ram + 0x10000 + addr; }
static inline uint8_t *RomPtr_80(uint16_t addr) { return RomPtr(0x800000 | addr); }
static inline uint8_t *RomPtr_81(uint16_t addr) { return RomPtr(0x810000 | addr); }
static inline uint8_t *RomPtr_82(uint16_t addr) { return RomPtr(0x820000 | addr); }
static inline uint8_t *RomPtr_83(uint16_t addr) { return RomPtr(0x830000 | addr); }
static inline uint8_t *RomPtr_84(uint16_t addr) { return RomPtr(0x840000 | addr); }
static inline uint8_t *RomPtr_85(uint16_t addr) { return RomPtr(0x850000 | addr); }
static inline uint8_t *RomPtr_86(uint16_t addr) { return RomPtr(0x860000 | addr); }
static inline uint8_t *RomPtr_87(uint16_t addr) { return RomPtr(0x870000 | addr); }
static inline uint8_t *RomPtr_88(uint16_t addr) { return RomPtr(0x880000 | addr); }
static inline uint8_t *RomPtr_89(uint16_t addr) { return RomPtr(0x890000 | addr); }
static inline uint8_t *RomPtr_8A(uint16_t addr) { return RomPtr(0x8a0000 | addr); }
static inline uint8_t *RomPtr_8B(uint16_t addr) { return RomPtr(0x8b0000 | addr); }
static inline uint8_t *RomPtr_8C(uint16_t addr) { return RomPtr(0x8c0000 | addr); }
static inline uint8_t *RomPtr_8D(uint16_t addr) { return RomPtr(0x8d0000 | addr); }
static inline uint8_t *RomPtr_8E(uint16_t addr) { return RomPtr(0x8e0000 | addr); }
static inline uint8_t *RomPtr_8F(uint16_t addr) { return RomPtr(0x8f0000 | addr); }
static inline uint8_t *RomPtr_90(uint16_t addr) { return RomPtr(0x900000 | addr); }
static inline uint8_t *RomPtr_91(uint16_t addr) { return RomPtr(0x910000 | addr); }
static inline uint8_t *RomPtr_92(uint16_t addr) { return RomPtr(0x920000 | addr); }
static inline uint8_t *RomPtr_93(uint16_t addr) { return RomPtr(0x930000 | addr); }
static inline uint8_t *RomPtr_94(uint16_t addr) { return RomPtr(0x940000 | addr); }
static inline uint8_t *RomPtr_95(uint16_t addr) { return RomPtr(0x950000 | addr); }
static inline uint8_t *RomPtr_96(uint16_t addr) { return RomPtr(0x960000 | addr); }
static inline uint8_t *RomPtr_97(uint16_t addr) { return RomPtr(0x970000 | addr); }
static inline uint8_t *RomPtr_98(uint16_t addr) { return RomPtr(0x980000 | addr); }
static inline uint8_t *RomPtr_99(uint16_t addr) { return RomPtr(0x990000 | addr); }
static inline uint8_t *RomPtr_9A(uint16_t addr) { return RomPtr(0x9a0000 | addr); }
static inline uint8_t *RomPtr_9B(uint16_t addr) { return RomPtr(0x9b0000 | addr); }
static inline uint8_t *RomPtr_9C(uint16_t addr) { return RomPtr(0x9c0000 | addr); }
static inline uint8_t *RomPtr_9D(uint16_t addr) { return RomPtr(0x9d0000 | addr); }
static inline uint8_t *RomPtr_9E(uint16_t addr) { return RomPtr(0x9e0000 | addr); }
static inline uint8_t *RomPtr_9F(uint16_t addr) { return RomPtr(0x9f0000 | addr); }
static inline uint8_t *RomPtr_A0(uint16_t addr) { return RomPtr(0xa00000 | addr); }
static inline uint8_t *RomPtr_A1(uint16_t addr) { return RomPtr(0xa10000 | addr); }
static inline uint8_t *RomPtr_A2(uint16_t addr) { return RomPtr(0xa20000 | addr); }
static inline uint8_t *RomPtr_A3(uint16_t addr) { return RomPtr(0xa30000 | addr); }
static inline uint8_t *RomPtr_A4(uint16_t addr) { return RomPtr(0xa40000 | addr); }
static inline uint8_t *RomPtr_A5(uint16_t addr) { return RomPtr(0xa50000 | addr); }
static inline uint8_t *RomPtr_A6(uint16_t addr) { return RomPtr(0xa60000 | addr); }
static inline uint8_t *RomPtr_A7(uint16_t addr) { return RomPtr(0xa70000 | addr); }
static inline uint8_t *RomPtr_A8(uint16_t addr) { return RomPtr(0xa80000 | addr); }
static inline uint8_t *RomPtr_A9(uint16_t addr) { return RomPtr(0xa90000 | addr); }
static inline uint8_t *RomPtr_AA(uint16_t addr) { return RomPtr(0xaa0000 | addr); }
static inline uint8_t *RomPtr_AB(uint16_t addr) { return RomPtr(0xab0000 | addr); }
static inline uint8_t *RomPtr_AC(uint16_t addr) { return RomPtr(0xac0000 | addr); }
static inline uint8_t *RomPtr_AD(uint16_t addr) { return RomPtr(0xad0000 | addr); }
static inline uint8_t *RomPtr_AE(uint16_t addr) { return RomPtr(0xae0000 | addr); }
static inline uint8_t *RomPtr_AF(uint16_t addr) { return RomPtr(0xaf0000 | addr); }
static inline uint8_t *RomPtr_B0(uint16_t addr) { return RomPtr(0xb00000 | addr); }
static inline uint8_t *RomPtr_B1(uint16_t addr) { return RomPtr(0xb10000 | addr); }
static inline uint8_t *RomPtr_B2(uint16_t addr) { return RomPtr(0xb20000 | addr); }
static inline uint8_t *RomPtr_B3(uint16_t addr) { return RomPtr(0xb30000 | addr); }
static inline uint8_t *RomPtr_B4(uint16_t addr) { return RomPtr(0xb40000 | addr); }
static inline uint8_t *RomPtr_B5(uint16_t addr) { return RomPtr(0xb50000 | addr); }
static inline uint8_t *RomPtr_B6(uint16_t addr) { return RomPtr(0xb60000 | addr); }
static inline uint8_t *RomPtr_B7(uint16_t addr) { return RomPtr(0xb70000 | addr); }
static inline uint8_t *RomPtr_B8(uint16_t addr) { return RomPtr(0xb80000 | addr); }
static inline uint8_t *RomPtr_B9(uint16_t addr) { return RomPtr(0xb90000 | addr); }
static inline uint8_t *RomPtr_BA(uint16_t addr) { return RomPtr(0xba0000 | addr); }
static inline uint8_t *RomPtr_BB(uint16_t addr) { return RomPtr(0xbb0000 | addr); }
static inline uint8_t *RomPtr_BC(uint16_t addr) { return RomPtr(0xbc0000 | addr); }
static inline uint8_t *RomPtr_BD(uint16_t addr) { return RomPtr(0xbd0000 | addr); }
static inline uint8_t *RomPtr_BE(uint16_t addr) { return RomPtr(0xbe0000 | addr); }
static inline uint8_t *RomPtr_BF(uint16_t addr) { return RomPtr(0xbf0000 | addr); }
static inline uint8_t *RomPtr_C0(uint16_t addr) { return RomPtr(0xc00000 | addr); }
static inline uint8_t *RomPtr_C1(uint16_t addr) { return RomPtr(0xc10000 | addr); }
static inline uint8_t *RomPtr_C2(uint16_t addr) { return RomPtr(0xc20000 | addr); }
static inline uint8_t *RomPtr_C3(uint16_t addr) { return RomPtr(0xc30000 | addr); }
static inline uint8_t *RomPtr_C4(uint16_t addr) { return RomPtr(0xc40000 | addr); }
static inline uint8_t *RomPtr_C5(uint16_t addr) { return RomPtr(0xc50000 | addr); }
static inline uint8_t *RomPtr_C6(uint16_t addr) { return RomPtr(0xc60000 | addr); }
static inline uint8_t *RomPtr_C7(uint16_t addr) { return RomPtr(0xc70000 | addr); }
static inline uint8_t *RomPtr_C8(uint16_t addr) { return RomPtr(0xc80000 | addr); }
static inline uint8_t *RomPtr_C9(uint16_t addr) { return RomPtr(0xc90000 | addr); }
static inline uint8_t *RomPtr_CA(uint16_t addr) { return RomPtr(0xca0000 | addr); }
static inline uint8_t *RomPtr_CB(uint16_t addr) { return RomPtr(0xcb0000 | addr); }
static inline uint8_t *RomPtr_CC(uint16_t addr) { return RomPtr(0xcc0000 | addr); }
static inline uint8_t *RomPtr_CD(uint16_t addr) { return RomPtr(0xcd0000 | addr); }
static inline uint8_t *RomPtr_CE(uint16_t addr) { return RomPtr(0xce0000 | addr); }
static inline uint8_t *RomPtr_CF(uint16_t addr) { return RomPtr(0xcf0000 | addr); }
static inline uint8_t *RomPtr_D0(uint16_t addr) { return RomPtr(0xd00000 | addr); }
static inline uint8_t *RomPtr_D1(uint16_t addr) { return RomPtr(0xd10000 | addr); }
static inline uint8_t *RomPtr_D2(uint16_t addr) { return RomPtr(0xd20000 | addr); }
static inline uint8_t *RomPtr_D3(uint16_t addr) { return RomPtr(0xd30000 | addr); }
static inline uint8_t *RomPtr_D4(uint16_t addr) { return RomPtr(0xd40000 | addr); }
static inline uint8_t *RomPtr_D5(uint16_t addr) { return RomPtr(0xd50000 | addr); }
static inline uint8_t *RomPtr_D6(uint16_t addr) { return RomPtr(0xd60000 | addr); }
static inline uint8_t *RomPtr_D7(uint16_t addr) { return RomPtr(0xd70000 | addr); }
static inline uint8_t *RomPtr_D8(uint16_t addr) { return RomPtr(0xd80000 | addr); }
static inline uint8_t *RomPtr_D9(uint16_t addr) { return RomPtr(0xd90000 | addr); }
static inline uint8_t *RomPtr_DA(uint16_t addr) { return RomPtr(0xda0000 | addr); }
static inline uint8_t *RomPtr_DB(uint16_t addr) { return RomPtr(0xdb0000 | addr); }
static inline uint8_t *RomPtr_DC(uint16_t addr) { return RomPtr(0xdc0000 | addr); }
static inline uint8_t *RomPtr_DD(uint16_t addr) { return RomPtr(0xdd0000 | addr); }
static inline uint8_t *RomPtr_DE(uint16_t addr) { return RomPtr(0xde0000 | addr); }
static inline uint8_t *RomPtr_DF(uint16_t addr) { return RomPtr(0xdf0000 | addr); }
#define INSTRB_RETURN_ADDR(x) ((const uint8*)(uintptr_t)(x))
static inline uint8_t *RomPtrWithBank(uint8 bank, uint16_t addr) { return RomPtr((bank << 16) | addr); }
#if defined(_DEBUG)
// Gives better warning messages but non inlined on tcc
static inline uint16 GET_WORD(const uint8 *p) { return *(uint16 *)(p); }
#else
#define GET_WORD(p) (*(uint16*)(p))
#endif
#define GET_BYTE(p) (*(uint8*)(p))
static inline uint8 *RomPtr_RAM(uint16_t addr) { assert(addr < 0x2000); return g_ram + addr; }
static inline const uint8 *RomPtr_80(uint16_t addr) { return RomPtr(0x800000 | addr); }
static inline const uint8 *RomPtr_81(uint16_t addr) { return RomPtr(0x810000 | addr); }
static inline const uint8 *RomPtr_82(uint16_t addr) { return RomPtr(0x820000 | addr); }
static inline const uint8 *RomPtr_83(uint16_t addr) { return RomPtr(0x830000 | addr); }
static inline const uint8 *RomPtr_84(uint16_t addr) { return RomPtr(0x840000 | addr); }
static inline const uint8 *RomPtr_85(uint16_t addr) { return RomPtr(0x850000 | addr); }
static inline const uint8 *RomPtr_86(uint16_t addr) { return RomPtr(0x860000 | addr); }
static inline const uint8 *RomPtr_87(uint16_t addr) { return RomPtr(0x870000 | addr); }
static inline const uint8 *RomPtr_88(uint16_t addr) { return RomPtr(0x880000 | addr); }
static inline const uint8 *RomPtr_89(uint16_t addr) { return RomPtr(0x890000 | addr); }
static inline const uint8 *RomPtr_8A(uint16_t addr) { return RomPtr(0x8a0000 | addr); }
static inline const uint8 *RomPtr_8B(uint16_t addr) { return RomPtr(0x8b0000 | addr); }
static inline const uint8 *RomPtr_8C(uint16_t addr) { return RomPtr(0x8c0000 | addr); }
static inline const uint8 *RomPtr_8D(uint16_t addr) { return RomPtr(0x8d0000 | addr); }
static inline const uint8 *RomPtr_8E(uint16_t addr) { return RomPtr(0x8e0000 | addr); }
static inline const uint8 *RomPtr_8F(uint16_t addr) { return RomPtr(0x8f0000 | addr); }
static inline const uint8 *RomPtr_90(uint16_t addr) { return RomPtr(0x900000 | addr); }
static inline const uint8 *RomPtr_91(uint16_t addr) { return RomPtr(0x910000 | addr); }
static inline const uint8 *RomPtr_92(uint16_t addr) { return RomPtr(0x920000 | addr); }
static inline const uint8 *RomPtr_93(uint16_t addr) { return RomPtr(0x930000 | addr); }
static inline const uint8 *RomPtr_94(uint16_t addr) { return RomPtr(0x940000 | addr); }
static inline const uint8 *RomPtr_95(uint16_t addr) { return RomPtr(0x950000 | addr); }
static inline const uint8 *RomPtr_96(uint16_t addr) { return RomPtr(0x960000 | addr); }
static inline const uint8 *RomPtr_97(uint16_t addr) { return RomPtr(0x970000 | addr); }
static inline const uint8 *RomPtr_98(uint16_t addr) { return RomPtr(0x980000 | addr); }
static inline const uint8 *RomPtr_99(uint16_t addr) { return RomPtr(0x990000 | addr); }
static inline const uint8 *RomPtr_9A(uint16_t addr) { return RomPtr(0x9a0000 | addr); }
static inline const uint8 *RomPtr_9B(uint16_t addr) { return RomPtr(0x9b0000 | addr); }
static inline const uint8 *RomPtr_9C(uint16_t addr) { return RomPtr(0x9c0000 | addr); }
static inline const uint8 *RomPtr_9D(uint16_t addr) { return RomPtr(0x9d0000 | addr); }
static inline const uint8 *RomPtr_9E(uint16_t addr) { return RomPtr(0x9e0000 | addr); }
static inline const uint8 *RomPtr_9F(uint16_t addr) { return RomPtr(0x9f0000 | addr); }
static inline const uint8 *RomPtr_A0(uint16_t addr) { return RomPtr(0xa00000 | addr); }
static inline const uint8 *RomPtr_A1(uint16_t addr) { return RomPtr(0xa10000 | addr); }
static inline const uint8 *RomPtr_A2(uint16_t addr) { return RomPtr(0xa20000 | addr); }
static inline const uint8 *RomPtr_A3(uint16_t addr) { return RomPtr(0xa30000 | addr); }
static inline const uint8 *RomPtr_A4(uint16_t addr) { return RomPtr(0xa40000 | addr); }
static inline const uint8 *RomPtr_A5(uint16_t addr) { return RomPtr(0xa50000 | addr); }
static inline const uint8 *RomPtr_A6(uint16_t addr) { return RomPtr(0xa60000 | addr); }
static inline const uint8 *RomPtr_A7(uint16_t addr) { return RomPtr(0xa70000 | addr); }
static inline const uint8 *RomPtr_A8(uint16_t addr) { return RomPtr(0xa80000 | addr); }
static inline const uint8 *RomPtr_A9(uint16_t addr) { return RomPtr(0xa90000 | addr); }
static inline const uint8 *RomPtr_AA(uint16_t addr) { return RomPtr(0xaa0000 | addr); }
static inline const uint8 *RomPtr_AB(uint16_t addr) { return RomPtr(0xab0000 | addr); }
static inline const uint8 *RomPtr_AC(uint16_t addr) { return RomPtr(0xac0000 | addr); }
static inline const uint8 *RomPtr_AD(uint16_t addr) { return RomPtr(0xad0000 | addr); }
static inline const uint8 *RomPtr_AE(uint16_t addr) { return RomPtr(0xae0000 | addr); }
static inline const uint8 *RomPtr_AF(uint16_t addr) { return RomPtr(0xaf0000 | addr); }
static inline const uint8 *RomPtr_B2(uint16_t addr) { return RomPtr(0xb20000 | addr); }
static inline const uint8 *RomPtr_B3(uint16_t addr) { return RomPtr(0xb30000 | addr); }
static inline const uint8 *RomPtr_B4(uint16_t addr) { return RomPtr(0xb40000 | addr); }
static inline const uint8 *RomPtr_B7(uint16_t addr) { return RomPtr(0xb70000 | addr); }
static inline const uint8 *RomPtrWithBank(uint8 bank, uint16_t addr) { return RomPtr((bank << 16) | addr); }
void WriteReg(uint16 reg, uint8 value);
void WriteRegWord(uint16 reg, uint16 value);
uint16 ReadRegWord(uint16 reg);
uint8 ReadReg(uint16 reg);
typedef void RunFrameFunc(uint16 input, int run_what);
typedef void SyncAllFunc();
@@ -213,39 +184,31 @@ struct VramWriteEntry;
PairU16 MakePairU16(uint16 k, uint16 j);
#define R0_ (*(LongPtr*)(g_ram+0x0))
#define R3_ (*(LongPtr*)(g_ram+0x3))
#define byte_7E0002 R0_.bank
#define kPoseParams ((SamusPoseParams*)RomPtr(0x91b629))
#define kAtmosphericGraphicAnimationTimers ((uint16*)RomPtr(0x908b93))
#define kAtmosphericTypeNumFrames ((uint16*)RomPtr(0x908bef))
#define g_off_908BFF ((uint16*)RomPtr(0x908bff))
#define g_stru_90A83A ((DisableMinimapAndMarkBossRoomAsExploredEnt*)RomPtr(0x90a83a))
#define kPlayerPoseToPtr ((uint16*)RomPtr(0x90c7df))
#define kDrawArmCannon_Tab2 ((uint16*)RomPtr(0x90c7a5))
#define kPoseParams ((SamusPoseParams*)RomFixedPtr(0x91b629))
#define kAtmosphericGraphicAnimationTimers ((uint16*)RomFixedPtr(0x908b93))
#define kAtmosphericTypeNumFrames ((uint16*)RomFixedPtr(0x908bef))
#define g_off_908BFF ((uint16*)RomFixedPtr(0x908bff))
#define g_stru_90A83A ((DisableMinimapAndMarkBossRoomAsExploredEnt*)RomFixedPtr(0x90a83a))
#define kPlayerPoseToPtr ((uint16*)RomFixedPtr(0x90c7df))
#define kDrawArmCannon_Tab2 ((uint16*)RomFixedPtr(0x90c7a5))
extern const int16 kSinCosTable8bit_Sext[320];
#define kPoseTransitionTable ((uint16*)RomPtr(0x919ee2))
#define kDemoSetDefPtrs ((uint16*)RomPtr(0x918885))
#define kSpeedBoostToCtr ((uint16*)RomPtr(0x91b61f))
#define kSpeedBoostToAnimFramePtr ((uint16 *)RomPtr(0x91B5DE))
#define kSamusPoseToBaseSpritemapIndexTop ((uint16*)RomPtr(0x929263))
#define kSamusPoseToBaseSpritemapIndexBottom ((uint16*)RomPtr(0x92945d))
#define kSamusAnimationDelayData ((uint16*)RomPtr(0x91b010))
bool Unreachable();
#define kCommonEnemySpeeds_Linear ((uint16*)RomPtr(0xa28187))
#define kCommonEnemySpeeds_Quadratic ((uint16*)RomPtr(0xa2838f))
#define kSine16bit ((uint16*)RomPtr(0xa0b1c3))
#define kOamExtra_X8Small_And_Large ((uint16*)RomPtr(0x81839f))
#define kOamExtra_Address_And_X8Large ((uint16*)RomPtr(0x81859f))
#define kTanTable ((uint16*)RomPtr(0x91c9d4))
#define kPoseTransitionTable ((uint16*)RomFixedPtr(0x919ee2))
#define kDemoSetDefPtrs ((uint16*)RomFixedPtr(0x918885))
#define kSpeedBoostToCtr ((uint16*)RomFixedPtr(0x91b61f))
#define kSpeedBoostToAnimFramePtr ((uint16 *)RomFixedPtr(0x91B5DE))
#define kSamusPoseToBaseSpritemapIndexTop ((uint16*)RomFixedPtr(0x929263))
#define kSamusPoseToBaseSpritemapIndexBottom ((uint16*)RomFixedPtr(0x92945d))
#define kSamusAnimationDelayData ((uint16*)RomFixedPtr(0x91b010))
#define kCommonEnemySpeeds_Linear ((uint16*)RomFixedPtr(0xa28187))
#define kCommonEnemySpeeds_Quadratic ((uint16*)RomFixedPtr(0xa2838f))
#define kSine16bit ((uint16*)RomFixedPtr(0xa0b1c3))
#define kOamExtra_X8Small_And_Large ((uint16*)RomFixedPtr(0x81839f))
#define kOamExtra_Address_And_X8Large ((uint16*)RomFixedPtr(0x81859f))
#define kTanTable ((uint16*)RomFixedPtr(0x91c9d4))
void CallEnemyAi(uint32 ea);
void CallEnemyPreInstr(uint32 ea);
uint16 CallEnemyInstr(uint32 ea, uint16 k, uint16 j);
const uint16 *CallEnemyInstr(uint32 ea, uint16 k, const uint16 *jp);
void CalculateBlockContainingPixelPos(uint16 xpos, uint16 ypos);
@@ -460,4 +423,3 @@ typedef enum SnesRegs {
UNUSED7 = 0x437B,
MIRR7 = 0x437F,
} SnesRegs;