gistfile1.txt

// File written by stdump on 2023-10-07
// 
// Input file:
//   TAPCTRL.IRX
// Toolchain version(s):
//   unknown
// Built-in types:
//   char                     8-bit integer
//   complex double           64-bit floating point
//   complex float            32-bit floating point
//   complex long double      64-bit floating point
//   double                   64-bit floating point
//   float                    32-bit floating point
//   int                      32-bit signed integer
//   long double              64-bit floating point
//   long int                 32-bit signed integer
//   long long int            64-bit signed integer
//   long long unsigned int   64-bit unsigned integer
//   long unsigned int        error
//   short int                16-bit signed integer
//   short unsigned int       16-bit unsigned integer
//   signed char              8-bit signed integer
//   unsigned char            8-bit unsigned integer
//   unsigned int             error

typedef struct { // 0x8
	/* 0x0 */ int real;
	/* 0x4 */ int imag;
} complex int;

typedef void void;

enum KernelErrorCode {
	KE_OK = 0,
	KE_ERROR = -1,
	KE_ILLEGAL_EXPCODE = -50,
	KE_EXPHANDLER_NOUSE = -51,
	KE_EXPHANDLER_USED = -52,
	KE_ILLEGAL_CONTEXT = -100,
	KE_ILLEGAL_INTRCODE = -101,
	KE_CPUDI = -102,
	KE_INTRDISABLE = -103,
	KE_FOUND_HANDLER = -104,
	KE_NOTFOUND_HANDLER = -105,
	KE_NO_TIMER = -150,
	KE_ILLEGAL_TIMERID = -151,
	KE_ILLEGAL_SOURCE = -152,
	KE_ILLEGAL_PRESCALE = -153,
	KE_TIMER_BUSY = -154,
	KE_TIMER_NOT_SETUP = -155,
	KE_TIMER_NOT_INUSE = -156,
	KE_UNIT_USED = -160,
	KE_UNIT_NOUSE = -161,
	KE_NO_ROMDIR = -162,
	KE_LINKERR = -200,
	KE_ILLEGAL_OBJECT = -201,
	KE_UNKNOWN_MODULE = -202,
	KE_NOFILE = -203,
	KE_FILEERR = -204,
	KE_MEMINUSE = -205,
	KE_ALREADY_STARTED = -206,
	KE_NOT_STARTED = -207,
	KE_ALREADY_STOPPED = -208,
	KE_CAN_NOT_STOP = -209,
	KE_NOT_STOPPED = -210,
	KE_NOT_REMOVABLE = -211,
	KE_LIBRARY_FOUND = -212,
	KE_LIBRARY_NOTFOUND = -213,
	KE_ILLEGAL_LIBRARY = -214,
	KE_LIBRARY_INUSE = -215,
	KE_ALREADY_STOPPING = -216,
	KE_ILLEGAL_OFFSET = -217,
	KE_ILLEGAL_POSITION = -218,
	KE_ILLEGAL_ACCESS = -219,
	KE_NO_MEMORY = -400,
	KE_ILLEGAL_ATTR = -401,
	KE_ILLEGAL_ENTRY = -402,
	KE_ILLEGAL_PRIORITY = -403,
	KE_ILLEGAL_STACK_SIZE = -404,
	KE_ILLEGAL_MODE = -405,
	KE_ILLEGAL_THID = -406,
	KE_UNKNOWN_THID = -407,
	KE_UNKNOWN_SEMID = -408,
	KE_UNKNOWN_EVFID = -409,
	KE_UNKNOWN_MBXID = -410,
	KE_UNKNOWN_VPLID = -411,
	KE_UNKNOWN_FPLID = -412,
	KE_DORMANT = -413,
	KE_NOT_DORMANT = -414,
	KE_NOT_SUSPEND = -415,
	KE_NOT_WAIT = -416,
	KE_CAN_NOT_WAIT = -417,
	KE_RELEASE_WAIT = -418,
	KE_SEMA_ZERO = -419,
	KE_SEMA_OVF = -420,
	KE_EVF_COND = -421,
	KE_EVF_MULTI = -422,
	KE_EVF_ILPAT = -423,
	KE_MBOX_NOMSG = -424,
	KE_WAIT_DELETE = -425,
	KE_ILLEGAL_MEMBLOCK = -426,
	KE_ILLEGAL_MEMSIZE = -427
};

struct _libhead { // 0x14
	/* 0x00 */ _libhead *next;
	/* 0x04 */ _libcaller *client;
	/* 0x08 */ short unsigned int version;
	/* 0x0a */ short unsigned int flags;
	/* 0x0c */ char name[1];
};

typedef _libhead libhead;

struct _libcaller { // 0x14
	/* 0x00:0 */ long unsigned int magic : 32;
	/* 0x04 */ _libcaller *client;
	/* 0x08 */ short unsigned int version;
	/* 0x0a */ short unsigned int flags;
	/* 0x0c */ char name[1];
};

typedef _libcaller libcaller;

struct _moduleinfo { // 0x8
	/* 0x0 */ char *name;
	/* 0x4 */ short unsigned int version;
};

typedef _moduleinfo ModuleInfo;

struct _libinfo { // 0x14
	/* 0x00 */ long unsigned int dummy[1];
	/* 0x08 */ short unsigned int version;
	/* 0x0a */ short unsigned int dummy2;
	/* 0x0c */ char name[1];
};

typedef _libinfo LibInfo;
typedef unsigned int size_t;
typedef int ssize_t;
typedef char *caddr_t;
typedef unsigned char u_char;
typedef short unsigned int u_short;
typedef unsigned int u_int;
typedef long unsigned int u_long;
typedef unsigned char unchar;
typedef short unsigned int ushort;
typedef unsigned int uint;
typedef long unsigned int ulong;

struct _modulestatus { // 0x60
	/* 0x00 */ char name[1];
	/* 0x38 */ u_short version;
	/* 0x3a */ u_short flags;
	/* 0x3c */ int id;
	/* 0x40 */ u_long entry_addr;
	/* 0x44 */ u_long gp_value;
	/* 0x48 */ u_long text_addr;
	/* 0x4c */ u_long text_size;
	/* 0x50 */ u_long data_size;
	/* 0x54 */ u_long bss_size;
	/* 0x58 */ u_long lreserve[1];
};

typedef _modulestatus ModuleStatus;

struct _ldfilefunc { // 0x20
	/* 0x00 */ int (*beforeOpen)(/* parameters unknown */);
	/* 0x04 */ int (*afterOpen)(/* parameters unknown */);
	/* 0x08 */ int (*close)(/* parameters unknown */);
	/* 0x0c */ int (*setBufSize)(/* parameters unknown */);
	/* 0x10 */ int (*beforeRead)(/* parameters unknown */);
	/* 0x14 */ int (*read)(/* parameters unknown */);
	/* 0x18 */ int (*lseek)(/* parameters unknown */);
	/* 0x1c */ int (*getfsize)(/* parameters unknown */);
};

typedef _ldfilefunc LDfilefunc;

struct _lmwooption { // 0x20
	/* 0x00 */ char position;
	/* 0x01 */ char access;
	/* 0x02 */ char creserved[1];
	/* 0x04 */ void *distaddr;
	/* 0x08 */ int distoffset;
	/* 0x0c */ LDfilefunc *functable;
	/* 0x10 */ void *funcopt;
	/* 0x14 */ int ireserved[1];
};

typedef _lmwooption LMWOoption;

enum EXCEP {
	EXCEP_Int = 0,
	EXCEP_MOD = 1,
	EXCEP_TLBL = 2,
	EXCEP_TLBS = 3,
	EXCEP_AdEL = 4,
	EXCEP_AdES = 5,
	EXCEP_IBE = 6,
	EXCEP_DBE = 7,
	EXCEP_Sys = 8,
	EXCEP_Bp = 9,
	EXCEP_RI = 10,
	EXCEP_CpU = 11,
	EXCEP_Ovf = 12,
	EXCEP_reserv1 = 13,
	EXCEP_reserv2 = 14,
	EXCEP_HDB = 15,
	EXCEP_MAX = 16
};

enum INUM {
	INUM_VBLANK = 0,
	INUM_GM = 1,
	INUM_CDROM = 2,
	INUM_DMA = 3,
	INUM_RTC0 = 4,
	INUM_RTC1 = 5,
	INUM_RTC2 = 6,
	INUM_SIO0 = 7,
	INUM_SIO1 = 8,
	INUM_SPU = 9,
	INUM_PIO = 10,
	INUM_EVBLANK = 11,
	INUM_DVD = 12,
	INUM_PCMCIA = 13,
	INUM_RTC3 = 14,
	INUM_RTC4 = 15,
	INUM_RTC5 = 16,
	INUM_SIO2 = 17,
	INUM_HTR0 = 18,
	INUM_HTR1 = 19,
	INUM_HTR2 = 20,
	INUM_HTR3 = 21,
	INUM_USB = 22,
	INUM_EXTR = 23,
	INUM_FWRE = 24,
	INUM_FDMA = 25,
	INUM_DMA_0 = 32,
	INUM_DMA_1 = 33,
	INUM_DMA_2 = 34,
	INUM_DMA_3 = 35,
	INUM_DMA_4 = 36,
	INUM_DMA_5 = 37,
	INUM_DMA_6 = 38,
	INUM_DMA_BERR = 39,
	INUM_DMA_7 = 40,
	INUM_DMA_8 = 41,
	INUM_DMA_9 = 42,
	INUM_DMA_10 = 43,
	INUM_DMA_11 = 44,
	INUM_DMA_12 = 45,
	INUM_MAX = 64
};

typedef int (*intr_handler)(/* parameters unknown */);

struct ThreadParam { // 0x14
	/* 0x00 */ u_int attr;
	/* 0x04 */ u_int option;
	/* 0x08 */ void *entry;
	/* 0x0c */ int stackSize;
	/* 0x10 */ int initPriority;
};

struct ThreadInfo { // 0x44
	/* 0x00 */ u_int attr;
	/* 0x04 */ u_int option;
	/* 0x08 */ int status;
	/* 0x0c */ void *entry;
	/* 0x10 */ void *stack;
	/* 0x14 */ int stackSize;
	/* 0x18 */ void *gpReg;
	/* 0x1c */ int initPriority;
	/* 0x20 */ int currentPriority;
	/* 0x24 */ int waitType;
	/* 0x28 */ int waitId;
	/* 0x2c */ int wakeupCount;
	/* 0x30 */ u_long *regContext;
	/* 0x34 */ int reserved1;
	/* 0x38 */ int reserved2;
	/* 0x3c */ int reserved3;
	/* 0x40 */ int reserved4;
};

struct SemaParam { // 0x10
	/* 0x0 */ u_int attr;
	/* 0x4 */ u_int option;
	/* 0x8 */ int initCount;
	/* 0xc */ int maxCount;
};

struct SemaInfo { // 0x20
	/* 0x00 */ u_int attr;
	/* 0x04 */ u_int option;
	/* 0x08 */ int initCount;
	/* 0x0c */ int maxCount;
	/* 0x10 */ int currentCount;
	/* 0x14 */ int numWaitThreads;
	/* 0x18 */ int reserved1;
	/* 0x1c */ int reserved2;
};

struct EventFlagParam { // 0xc
	/* 0x0 */ u_int attr;
	/* 0x4 */ u_int option;
	/* 0x8 */ u_int initPattern;
};

struct EventFlagInfo { // 0x1c
	/* 0x00 */ u_int attr;
	/* 0x04 */ u_int option;
	/* 0x08 */ u_int initPattern;
	/* 0x0c */ u_int currentPattern;
	/* 0x10 */ int numWaitThreads;
	/* 0x14 */ int reserved1;
	/* 0x18 */ int reserved2;
};

struct MbxParam { // 0x8
	/* 0x0 */ u_int attr;
	/* 0x4 */ u_int option;
};

struct MbxInfo { // 0x1c
	/* 0x00 */ u_int attr;
	/* 0x04 */ u_int option;
	/* 0x08 */ int numWaitThreads;
	/* 0x0c */ int numMessage;
	/* 0x10 */ MsgPacket *topPacket;
	/* 0x14 */ int reserved1;
	/* 0x18 */ int reserved2;
};

struct MsgPacket { // 0x8
	/* 0x0 */ MsgPacket *next;
	/* 0x4 */ u_char msgPriority;
	/* 0x5 */ u_char dummy[1];
};

struct VplParam { // 0xc
	/* 0x0 */ u_int attr;
	/* 0x4 */ u_int option;
	/* 0x8 */ int size;
};

struct VplInfo { // 0x20
	/* 0x00 */ u_int attr;
	/* 0x04 */ u_int option;
	/* 0x08 */ int size;
	/* 0x0c */ int freeSize;
	/* 0x10 */ int numWaitThreads;
	/* 0x14 */ int reserved1;
	/* 0x18 */ int reserved2;
	/* 0x1c */ int reserved3;
};

struct FplParam { // 0x10
	/* 0x0 */ u_int attr;
	/* 0x4 */ u_int option;
	/* 0x8 */ int blockSize;
	/* 0xc */ int numBlocks;
};

struct FplInfo { // 0x28
	/* 0x00 */ u_int attr;
	/* 0x04 */ u_int option;
	/* 0x08 */ int blockSize;
	/* 0x0c */ int numBlocks;
	/* 0x10 */ int freeBlocks;
	/* 0x14 */ int numWaitThreads;
	/* 0x18 */ int reserved1;
	/* 0x1c */ int reserved2;
	/* 0x20 */ int reserved3;
	/* 0x24 */ int reserved4;
};

struct SysClock { // 0x8
	/* 0x0 */ u_int low;
	/* 0x4 */ u_int hi;
};

typedef u_int (*AlarmHandler)(/* parameters unknown */);

typedef struct { // 0x10
	/* 0x0:0 */ unsigned int data : 32;
	/* 0x4:0 */ unsigned int addr : 32;
	/* 0x8:0 */ unsigned int size : 32;
	/* 0xc:0 */ unsigned int mode : 32;
} sceSifDmaData;

typedef struct { // 0x10
	/* 0x0:0 */ unsigned int psize : 8;
	/* 0x1:0 */ unsigned int dsize : 24;
	/* 0x4:0 */ unsigned int daddr : 32;
	/* 0x8:0 */ unsigned int fcode : 32;
	/* 0xc:0 */ unsigned int opt : 32;
} sceSifCmdHdr;

typedef void (*sceSifCmdHandler)(/* parameters unknown */);

typedef struct { // 0x8
	/* 0x0 */ sceSifCmdHandler func;
	/* 0x4 */ void *data;
} sceSifCmdData;

typedef struct { // 0x14
	/* 0x00 */ sceSifCmdHdr chdr;
	/* 0x10 */ void *newaddr;
} sceSifCmdCSData;

typedef struct { // 0x18
	/* 0x00 */ sceSifCmdHdr chdr;
	/* 0x10 */ int rno;
	/* 0x14:0 */ unsigned int value : 32;
} sceSifCmdSRData;

typedef struct { // 0x68
	/* 0x00 */ sceSifCmdHdr chdr;
	/* 0x10 */ int size;
	/* 0x14 */ int flag;
	/* 0x18 */ char arg[1];
} sceSifCmdResetData;

struct _sif_rpc_data { // 0x10
	/* 0x0 */ void *paddr;
	/* 0x4:0 */ unsigned int pid : 32;
	/* 0x8 */ int tid;
	/* 0xc:0 */ unsigned int mode : 32;
};

typedef _sif_rpc_data sceSifRpcData;
typedef void (*sceSifEndFunc)(/* parameters unknown */);

struct _sif_client_data { // 0x28
	/* 0x00 */ _sif_rpc_data rpcd;
	/* 0x10:0 */ unsigned int command : 32;
	/* 0x14 */ void *buff;
	/* 0x18 */ void *cbuff;
	/* 0x1c */ sceSifEndFunc func;
	/* 0x20 */ void *para;
	/* 0x24 */ _sif_serve_data *serve;
};

typedef _sif_client_data sceSifClientData;

struct _sif_receive_data { // 0x1c
	/* 0x00 */ _sif_rpc_data rpcd;
	/* 0x10 */ void *src;
	/* 0x14 */ void *dest;
	/* 0x18 */ int size;
};

typedef _sif_receive_data sceSifReceiveData;
typedef void* (*sceSifRpcFunc)(/* parameters unknown */);

struct _sif_serve_data { // 0x44
	/* 0x00:0 */ unsigned int command : 32;
	/* 0x04 */ sceSifRpcFunc func;
	/* 0x08 */ void *buff;
	/* 0x0c */ int size;
	/* 0x10 */ sceSifRpcFunc cfunc;
	/* 0x14 */ void *cbuff;
	/* 0x18 */ int csize;
	/* 0x1c */ sceSifClientData *client;
	/* 0x20 */ void *paddr;
	/* 0x24:0 */ unsigned int fno : 32;
	/* 0x28 */ void *receive;
	/* 0x2c */ int rsize;
	/* 0x30 */ int rmode;
	/* 0x34:0 */ unsigned int rid : 32;
	/* 0x38 */ _sif_serve_data *link;
	/* 0x3c */ _sif_serve_data *next;
	/* 0x40 */ _sif_queue_data *base;
};

typedef _sif_serve_data sceSifServeData;

struct _sif_queue_data { // 0x18
	/* 0x00 */ int key;
	/* 0x04 */ int active;
	/* 0x08 */ _sif_serve_data *link;
	/* 0x0c */ _sif_serve_data *start;
	/* 0x10 */ _sif_serve_data *end;
	/* 0x14 */ _sif_queue_data *next;
};

typedef _sif_queue_data sceSifQueueData;
typedef int (*sceSdTransIntrHandler)(/* parameters unknown */);
typedef int (*sceSdSpu2IntrHandler)(/* parameters unknown */);

typedef struct { // 0x8
	/* 0x0 */ short unsigned int func;
	/* 0x2 */ short unsigned int entry;
	/* 0x4:0 */ unsigned int value : 32;
} sceSdBatch;

typedef struct { // 0x14
	/* 0x00 */ int core;
	/* 0x04 */ int mode;
	/* 0x08 */ short int depth_L;
	/* 0x0a */ short int depth_R;
	/* 0x0c */ int delay;
	/* 0x10 */ int feedback;
} sceSdEffectAttr;

typedef struct { // 0x8
	/* 0x0 */ int sema;
	/* 0x4 */ void *buff;
} sceCslBuffCtx;

typedef struct { // 0x8
	/* 0x0 */ int buffNum;
	/* 0x4 */ sceCslBuffCtx *buffCtx;
} sceCslBuffGrp;

typedef struct { // 0x14
	/* 0x00 */ int buffGrpNum;
	/* 0x04 */ sceCslBuffGrp *buffGrp;
	/* 0x08 */ void *conf;
	/* 0x0c */ void *callBack;
	/* 0x10 */ char **extmod;
} sceCslCtx;

typedef struct { // 0x8
	/* 0x0 */ u_int buffsize;
	/* 0x4 */ u_int validsize;
	/* 0x8 */ u_char data[1];
} sceCslMidiStream;

typedef struct { // 0x8
	/* 0x0 */ unsigned char type;
	/* 0x1 */ unsigned char loopTimes;
	/* 0x2 */ unsigned char loopCount;
	/* 0x4:0 */ unsigned int loopId : 32;
} sceMidiLoopInfo;

typedef struct { // 0x228
	/* 0x000:0 */ unsigned int songNum : 32;
	/* 0x004:0 */ unsigned int midiNum : 32;
	/* 0x008:0 */ unsigned int position : 32;
	/* 0x00c:0 */ unsigned int status : 32;
	/* 0x010 */ short unsigned int outPort[1];
	/* 0x030 */ short unsigned int excOutPort;
	/* 0x034 */ unsigned int (*chMsgCallBack)(/* parameters unknown */);
	/* 0x038:0 */ unsigned int chMsgCallBackPrivateData : 32;
	/* 0x03c */ int (*metaMsgCallBack)(/* parameters unknown */);
	/* 0x040:0 */ unsigned int metaMsgCallBackPrivateData : 32;
	/* 0x044 */ int (*excMsgCallBack)(/* parameters unknown */);
	/* 0x048:0 */ unsigned int excMsgCallBackPrivateData : 32;
	/* 0x04c */ int (*repeatCallBack)(/* parameters unknown */);
	/* 0x050:0 */ unsigned int repeatCallBackPrivateData : 32;
	/* 0x054 */ unsigned char system[1];
} sceMidiEnv;

typedef struct { // 0x8
	/* 0x0 */ unsigned char id;
	/* 0x2 */ short unsigned int waveLen;
	/* 0x4 */ short int *wave;
} sceHSynUserLfoWave;

typedef struct { // 0x7e
	/* 0x00 */ unsigned char velMap[1];
} sceHSynUserVelocityMap;

typedef struct { // 0x558
	/* 0x000 */ unsigned char priority;
	/* 0x001 */ unsigned char maxPolyphony;
	/* 0x002 */ unsigned char portMode;
	/* 0x003 */ unsigned char waveType;
	/* 0x004 */ int lfoWaveNum;
	/* 0x008 */ sceHSynUserLfoWave *lfoWaveTbl;
	/* 0x00c */ int velocityMapNum;
	/* 0x010 */ sceHSynUserVelocityMap *velocityMapTbl;
	/* 0x014 */ unsigned char system[1];
} sceHSynEnv;

typedef struct { // 0x98
	/* 0x00 */ int pendingVoiceCount;
	/* 0x04 */ int workVoiceCount;
	/* 0x08 */ unsigned char voice_state[1][1];
	/* 0x38 */ short unsigned int voice_env[1][1];
} sceHSyn_VoiceStat;

typedef struct { // 0x18
	/* 0x00 */ int core;
	/* 0x04 */ int mode;
	/* 0x08 */ short int depth_L;
	/* 0x0a */ short int depth_R;
	/* 0x0c */ int delay;
	/* 0x10 */ int feedback;
	/* 0x14 */ short int vol_l;
	/* 0x16 */ short int vol_r;
} sceHSyn_EffectAttr;

typedef struct { // 0x10
	/* 0x0 */ unsigned char ch[1];
} sceHSynChStat;

typedef struct { // 0x1c
	/* 0x00:0 */ unsigned int func : 32;
	/* 0x04:0 */ unsigned int retVal : 32;
	/* 0x08 */ unsigned int arg[1];
} sceHSyn_SdCall;

typedef struct { // 0xc
	/* 0x0:0 */ unsigned int infoBlkNum : 32;
	/* 0x4:0 */ unsigned int readIndex : 32;
	/* 0x8:0 */ unsigned int writeIndex : 32;
	/* 0xc */ sceHSyn_SdCall sdCall[1];
} sceHSyn_DebugInfo;

typedef struct { // 0x7
	/* 0x0 */ unsigned char d[1];
} sceMSInHsMsg;

typedef struct { // 0x28
	/* 0x00 */ u_int trans_set;
	/* 0x04 */ u_int chan;
	/* 0x08 */ u_int spu_adr_top;
	/* 0x0c */ u_int iop_adr_top;
	/* 0x10 */ u_int iop_size;
	/* 0x14 */ u_int iop_adr_end;
	/* 0x18 */ u_int bd_spu_adr;
	/* 0x1c */ u_int bd_size;
	/* 0x20 */ u_int hd_iop_adr;
	/* 0x24 */ u_int hd_size;
} TAPCTRL;

typedef struct { // 0x6
	/* 0x0 */ u_char use_flag;
	/* 0x1 */ u_char use_chan;
	/* 0x2 */ u_char prg;
	/* 0x3 */ u_char key;
	/* 0x4 */ u_char id;
	/* 0x5 */ u_char velocity;
} TAP_REQ_BOX;

typedef enum {
	TRM_NONE = 0,
	TRM_EE2IOP = 1,
	TRM_IOP2SPU = 2,
	TRM_MAX = 3,
	TRM_NOWT = 256
} TRANS_MODE;

typedef struct { // 0x10
	/* 0x0 */ TRANS_MODE tr_mode;
	/* 0x4 */ void *moto_pos;
	/* 0x8 */ void *saki_pos;
	/* 0xc */ u_int size;
} TRANS_MEM;

struct TimerCtx { // 0xc
	/* 0x0 */ int threadID;
	/* 0x4 */ int timerID;
	/* 0x8 */ int count;
};