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src/ctrl: Fixes a bunch of mistakes in the controller module when obtaining input data from external input devices (i.e a DUALSHOCK®3 controller).

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This commit is contained in:
Felix-Dev 2015-05-27 20:38:41 +02:00
parent 02ea0cf0f4
commit cb3abcdb91
3 changed files with 140 additions and 104 deletions
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20
.gitignore vendored
View File

@ -1,13 +1,13 @@
html/
nbproject/
*.o
*.elf
*.prx
*.exe
*.*~
exports.c
/lib/libdebug.a
html/
nbproject/
*.o
*.elf
*.prx
*.exe
*.*~
exports.c
/lib/libdebug.a
## Ignore Visual Studio project files, Visual Studio temporary files, build results.
# User-specific files

56
include/ctrl.h
View File

@ -90,14 +90,17 @@ typedef struct {
} SceCtrlLatch;
/**
* Unknown structure.
* This structure is used to copy external input data into PSP internal controller buffers.
*/
typedef struct {
/** Unknown. */
/** Unknown. Is set to 0xC by Sony. */
s32 unk1;
/** Unknown. */
s32 (*func)(s32);
} SceCtrlUnkStruct;
/**
* Pointer to a transfer function to copy input data into a PSP internal controller buffer.
* <copyInputData> should return a value >= 0 on success, < 0 otherwise.
*/
s32(*copyInputData)(void *src, SceCtrlDataExt *dest);
} SceCtrlInputDataTransferHandler;
/**
* Enumeration for the digital controller buttons in positive logic.
@ -172,6 +175,16 @@ enum SceCtrlPadPollMode {
SCE_CTRL_POLL_ACTIVE = 1,
};
/** External input data sources. */
enum SceCtrlExternalInputMode {
/** No external input data. */
SCE_CTRL_EXTERNAL_INPUT_PSP = 0,
/** Input data of the PS3's DUALSHOCK®3 controller is used. */
SCE_CTRL_EXTERNAL_DUALSHOCK_3 = 1,
/** Unknown. */
SCE_CTRL_EXTERNAL_UNKNOWN_2 = 2
};
/** Button mask settings. */
enum SceCtrlPadButtonMaskMode {
/** No mask for the specified buttons. Button input is normally recognized. */
@ -372,17 +385,20 @@ s16 sceCtrlGetSuspendingExtraSamples(void);
s32 sceCtrlSetSuspendingExtraSamples(s16 suspendSamples);
/**
* Extend the 64 internal controller buffers to represent SceCtrlDataExt structures.
* By default, an internal controller buffer is equivalent to a SceCtrlData structure. This function
* has to be called before using the extended read/peekBuffer functions (only the first time).
* Set up internal controller buffers to receive external input data. Each input mode has its own
* set of buffers. These buffers are of type ::SceCtrlDataExt.
* Note: This function has to be called initially in order to obtain external input data via the corresponding
* Peek/Read functions.
*
* @param mode Seems to be an index. Pass either 1 or 2.
* @param arg2 Unknown. Pointer to a ctrlUnkStruct structure?
* @param arg3 Unknown.
* @param inputMode Pass a valid element of ::SceCtrlExternalInputMode (either 1 or 2).
* @param arg2 Unknown. Pointer to a SceCtrlInputDataTransferHandler containing a function to copy the <inputSource>
* into the PSP's controller buffers.
* @param inputSource Pointer to buffer containing the Controller input data to copy to the PSP's
* controller buffers. It is passed as the source argument to the given transfer function.
*
* @return 0 on success.
*/
s32 sceCtrlExtendInternalCtrlBuffers(u8 mode, SceCtrlUnkStruct *arg2, s32 arg3);
s32 sceCtrlExtendInternalCtrlBuffers(u8 inputMode, SceCtrlInputDataTransferHandler *transferHandler, void *inputSource);
/**
* Obtain button latch data stored in the internal latch controller buffers. The following button
@ -519,7 +535,7 @@ s32 sceCtrlReadBufferNegative(SceCtrlData *data, u8 nBufs);
* Extended ::sceCtrlPeekBufferPositive(). See description for more info.
* You need to call ::SceCtrlExtendInternalCtrlBuffers() before use.
*
* @param arg1 Pass 1 or 2.
* @param inputMode Pass a valid element of ::SceCtrlExternalInputMode (either 1 or 2).
* @param data Pointer to controller data structure in which button information is stored. The obtained
* button data is represented in positive logic.
* @param nBufs The number of internal controller buffers to read. There are 64 internal controller
@ -527,13 +543,13 @@ s32 sceCtrlReadBufferNegative(SceCtrlData *data, u8 nBufs);
*
* @return The number of read internal controller buffers on success.
*/
s32 sceCtrlPeekBufferPositiveExtra(s32 arg1, SceCtrlDataExt *data, u8 nBufs);
s32 sceCtrlPeekBufferPositiveExtra(u32 inputMode, SceCtrlDataExt *data, u8 nBufs);
/**
* Extended ::sceCtrlPeekBufferNegative(). See description for more info.
* You need to call ::sceCtrlExtendInternalCtrlBuffers() before use.
*
* @param arg1 Unknown. Pass 1 or 2.
* @param inputMode Pass a valid element of ::SceCtrlExternalInputMode (either 1 or 2).
* @param data Pointer to controller data structure in which button information is stored. The obtained
* button data is represented in negative logic.
* @param nBufs The number of internal controller buffers to read. There are 64 internal controller
@ -541,13 +557,13 @@ s32 sceCtrlPeekBufferPositiveExtra(s32 arg1, SceCtrlDataExt *data, u8 nBufs);
*
* @return The number of read internal controller buffers on success.
*/
s32 sceCtrlPeekBufferNegativeExtra(s32 arg1, SceCtrlDataExt *data, u8 nBufs);
s32 sceCtrlPeekBufferNegativeExtra(u32 inputMode, SceCtrlDataExt *data, u8 nBufs);
/**
* Extended ::sceCtrlReadBufferPositive(). See description for more info.
* You need to call ::sceCtrlExtendInternalCtrlBuffers() before use.
*
* @param arg1 Pass 1 or 2.
* @param inputMode Pass a valid element of ::SceCtrlExternalInputMode (either 1 or 2).
* @param data Pointer to controller data structure in which button information is stored. The obtained
* button data is represented in positive logic.
* @param nBufs The number of internal controller buffers to read. There are 64 internal controller
@ -555,13 +571,13 @@ s32 sceCtrlPeekBufferNegativeExtra(s32 arg1, SceCtrlDataExt *data, u8 nBufs);
*
* @return The number of read internal controller buffers on success.
*/
s32 sceCtrlReadBufferPositiveExtra(s32 arg1, SceCtrlDataExt *data, u8 nBufs);
s32 sceCtrlReadBufferPositiveExtra(u32 inputMode, SceCtrlDataExt *data, u8 nBufs);
/**
* Extended ::sceCtrlReadBufferNegative(). See description for more info.
* You need to call ::sceCtrlExtendInternalCtrlBuffers() before use.
*
* @param arg1 Pass 1 or 2.
* @param inputMode Pass a valid element of ::SceCtrlExternalInputMode (either 1 or 2).
* @param data Pointer to controller data structure in which button information is stored. The obtained
* button data is represented in negative logic.
* @param nBufs The number of internal controller buffers to read. There are 64 internal controller
@ -569,7 +585,7 @@ s32 sceCtrlReadBufferPositiveExtra(s32 arg1, SceCtrlDataExt *data, u8 nBufs);
*
* @return The number of read internal controller buffers on success.
*/
s32 sceCtrlReadBufferNegativeExtra(s32 arg1, SceCtrlDataExt *data, u8 nBufs);
s32 sceCtrlReadBufferNegativeExtra(u32 inputMode, SceCtrlDataExt *data, u8 nBufs);
/**
* Disable a rapid-fire button event.

168
src/ctrl/ctrl.c
View File

@ -111,6 +111,9 @@ SCE_SDK_VERSION(SDK_VERSION);
#define CTRL_SAMPLING_MODES (2)
#define CTRL_SAMPLING_MODE_MAX_MODE (CTRL_SAMPLING_MODES - 1)
/* The total number of different external input sources for the controller data. */
#define CTRL_NUN_EXTERNAL_INPUT_MODES (2)
/* The maximum number of button callbacks which can be registered. */
#define CTRL_BUTTON_CALLBACK_SLOTS (4)
#define CTRL_BUTTON_CALLBACK_MAX_SLOT (CTRL_BUTTON_CALLBACK_SLOTS - 1)
@ -289,34 +292,34 @@ typedef struct {
/* Button is newly pressed (it wasn't pressed one frame before the
* current one).
*/
u32 btnMake;
u32 btnMake; // 0
/* Stop of button press. It was pressed one frame before the current
* one.
*/
u32 btnBreak;
u32 btnBreak; // 4
/* Button is pressed. */
u32 btnPress;
u32 btnPress; // 8
/* Button is not pressed. */
u32 btnRelease;
u32 btnRelease; // 12
/* Count the internal latch buffer reads. Is set to 0 when the
* buffer is reset.
*/
u32 readLatchCount;
u32 readLatchCount; // 16
/* Index representing the first updated controller button data buffer
* which wasn't read while containing the updated data before. Thus,
* if we have 13 updated buffers (from position 0 - 12), and this member
* is set to 10, the buffers at index 10, 11 and 12 are updated buffers
* which weren't read with the updated data before.
*/
u32 firstUnReadUpdatedBufIndex;
u32 firstUnReadUpdatedBufIndex; // 20
/* The index describing the current buffer which will be updated the
* next time a SYSCON hardware button data transfer occurs.
*/
u32 curUpdatableBufIndex;
u32 curUpdatableBufIndex; // 24
/* An array of three pointers to 64 internal button data buffers
* containing controller information.
*/
void *sceCtrlBuf[3];
void *sceCtrlBuf[3]; // 28
} SceCtrlInternalData;
/*
@ -453,22 +456,20 @@ typedef struct {
SceCtrlButtonCallback buttonCallback[CTRL_BUTTON_CALLBACK_SLOTS];
/* Unknown. */
s32 unk768;
/* Unknown. */
SceCtrlUnkStruct *unk772[2];
/* Unknown. */
s32 unk780[2];
/* Pointers to transferHandlers to copy external input data into the PSP internal controller buffers. */
SceCtrlInputDataTransferHandler *transferHandler[CTRL_NUN_EXTERNAL_INPUT_MODES];
/* Pointers to external input data buffers to copy via the <transferHandler>. */
void *extInputDataSource[CTRL_NUN_EXTERNAL_INPUT_MODES];
} SceCtrl;
static s32 _sceCtrlSysEventHandler(s32 eventId, char *eventName __attribute__((unused)), void *param __attribute__((unused)),
s32 *result __attribute__((unused)));
static s32 _sceCtrlSysEventHandler(s32 eventId, char *eventName, void *param, s32 *result);
static SceUInt _sceCtrlDummyAlarm(void *common);
static s32 _sceCtrlVblankIntr(s32 subIntNm, void *arg);
static s32 _sceCtrlTimerIntr(s32 timerId __attribute__((unused)), s32 unused1 __attribute__((unused)),
void *common __attribute__((unused)), s32 unused3 __attribute__((unused)));
static s32 _sceCtrlTimerIntr(s32 timerId, s32 count, void *common, s32 arg4);
static s32 _sceCtrlSysconCmdIntr1(SceSysconPacket *sysPacket, void *argp);
static s32 _sceCtrlSysconCmdIntr2(SceSysconPacket *packet, void *argp);
static s32 _sceCtrlUpdateButtons(u32 pureButtons, u8 aX, u8 aY);
static s32 _sceCtrlReadBuf(SceCtrlDataExt *data, u8 nBufs, s32 arg3, u8 mode);
static s32 _sceCtrlReadBuf(SceCtrlDataExt *data, u8 nBufs, u32 arg3, u8 mode);
/*
* The controller module's manager. Keeps track of every important
@ -854,26 +855,26 @@ s32 sceCtrlSetSuspendingExtraSamples(s16 suspendSamples)
return SCE_ERROR_OK;
}
s32 sceCtrlExtendInternalCtrlBuffers(u8 mode, SceCtrlUnkStruct *arg2, s32 arg3)
s32 sceCtrlExtendInternalCtrlBuffers(u8 inputMode, SceCtrlInputDataTransferHandler *transferHandler, void *inputSource)
{
SceUID poolId;
void *ctrlBuf;
SceCtrlDataExt *ctrlBuf;
if (mode < 1 || mode > 2)
if (inputMode != SCE_CTRL_EXTERNAL_DUALSHOCK_3 || inputMode != SCE_CTRL_EXTERNAL_UNKNOWN_2)
return SCE_ERROR_INVALID_VALUE;
if (g_ctrl.unk772[mode - 1] == NULL) {
if (g_ctrl.transferHandler[inputMode - 1] == NULL) {
poolId = sceKernelCreateFpl("SceCtrlBuf", SCE_KERNEL_PRIMARY_KERNEL_PARTITION, 0,
2 * sizeof(SceCtrlDataExt) * CTRL_INTERNAL_CONTROLLER_BUFFERS, 1, NULL);
if (poolId < 0)
return poolId;
sceKernelTryAllocateFpl(poolId, &ctrlBuf);
g_ctrl.kernelModeData.sceCtrlBuf[0] = (SceCtrlDataExt *)(ctrlBuf + CTRL_INTERNAL_CONTROLLER_BUFFERS);
g_ctrl.userModeData.sceCtrlBuf[0] = (SceCtrlDataExt *)ctrlBuf;
sceKernelTryAllocateFpl(poolId, (void **)&ctrlBuf);
g_ctrl.kernelModeData.sceCtrlBuf[inputMode] = ctrlBuf + CTRL_INTERNAL_CONTROLLER_BUFFERS;
g_ctrl.userModeData.sceCtrlBuf[inputMode] = (SceCtrlDataExt *)ctrlBuf;
}
g_ctrl.unk780[mode - 1] = arg3;
g_ctrl.unk772[mode - 1] = arg2;
g_ctrl.extInputDataSource[inputMode - 1] = inputSource;
g_ctrl.transferHandler[inputMode - 1] = transferHandler;
return SCE_ERROR_OK;
}
@ -949,42 +950,42 @@ s32 sceCtrlReadLatch(SceCtrlLatch *latch)
s32 sceCtrlPeekBufferPositive(SceCtrlData *data, u8 nBufs)
{
return _sceCtrlReadBuf((SceCtrlDataExt *)data, nBufs, 0, PEEK_BUFFER_POSITIVE);
return _sceCtrlReadBuf((SceCtrlDataExt *)data, nBufs, SCE_CTRL_EXTERNAL_INPUT_PSP, PEEK_BUFFER_POSITIVE);
}
s32 sceCtrlPeekBufferNegative(SceCtrlData *data, u8 nBufs)
{
return _sceCtrlReadBuf((SceCtrlDataExt *)data, nBufs, 0, PEEK_BUFFER_NEGATIVE);
return _sceCtrlReadBuf((SceCtrlDataExt *)data, nBufs, SCE_CTRL_EXTERNAL_INPUT_PSP, PEEK_BUFFER_NEGATIVE);
}
s32 sceCtrlReadBufferPositive(SceCtrlData *data, u8 nBufs)
{
return _sceCtrlReadBuf((SceCtrlDataExt *)data, nBufs, 0, READ_BUFFER_POSITIVE);
return _sceCtrlReadBuf((SceCtrlDataExt *)data, nBufs, SCE_CTRL_EXTERNAL_INPUT_PSP, READ_BUFFER_POSITIVE);
}
s32 sceCtrlReadBufferNegative(SceCtrlData *data, u8 nBufs)
{
return _sceCtrlReadBuf((SceCtrlDataExt *)data, nBufs, 0, READ_BUFFER_NEGATIVE);
return _sceCtrlReadBuf((SceCtrlDataExt *)data, nBufs, SCE_CTRL_EXTERNAL_INPUT_PSP, READ_BUFFER_NEGATIVE);
}
s32 sceCtrlPeekBufferPositiveExtra(s32 arg1, SceCtrlDataExt *data, u8 nBufs)
s32 sceCtrlPeekBufferPositiveExtra(u32 inputMode, SceCtrlDataExt *data, u8 nBufs)
{
return _sceCtrlReadBuf(data, nBufs, arg1, PEEK_BUFFER_POSITIVE_EXTRA);
return _sceCtrlReadBuf(data, nBufs, inputMode, PEEK_BUFFER_POSITIVE_EXTRA);
}
s32 sceCtrlPeekBufferNegativeExtra(s32 arg1, SceCtrlDataExt *data, u8 nBufs)
s32 sceCtrlPeekBufferNegativeExtra(u32 inputMode, SceCtrlDataExt *data, u8 nBufs)
{
return _sceCtrlReadBuf(data, nBufs, arg1, PEEK_BUFFER_NEGATIVE_EXTRA);
return _sceCtrlReadBuf(data, nBufs, inputMode, PEEK_BUFFER_NEGATIVE_EXTRA);
}
s32 sceCtrlReadBufferPositiveExtra(s32 arg1, SceCtrlDataExt *data, u8 nBufs)
s32 sceCtrlReadBufferPositiveExtra(u32 inputMode, SceCtrlDataExt *data, u8 nBufs)
{
return _sceCtrlReadBuf(data, nBufs, arg1, READ_BUFFER_POSITIVE_EXTRA);
return _sceCtrlReadBuf(data, nBufs, inputMode, READ_BUFFER_POSITIVE_EXTRA);
}
s32 sceCtrlReadBufferNegativeExtra(s32 arg1, SceCtrlDataExt *data, u8 nBufs)
s32 sceCtrlReadBufferNegativeExtra(u32 inputMode, SceCtrlDataExt *data, u8 nBufs)
{
return _sceCtrlReadBuf(data, nBufs, arg1, READ_BUFFER_NEGATIVE_EXTRA);
return _sceCtrlReadBuf(data, nBufs, inputMode, READ_BUFFER_NEGATIVE_EXTRA);
}
s32 sceCtrlClearRapidFire(u8 slot)
@ -1166,11 +1167,14 @@ u32 sceCtrlUpdateCableTypeReq(void)
*
* Returns 0 on success.
*/
static s32 _sceCtrlSysEventHandler(s32 eventId, char *eventName __attribute__((unused)), void *param __attribute__((unused)),
s32 *result __attribute__((unused)))
static s32 _sceCtrlSysEventHandler(s32 eventId, char *eventName, void *param, s32 *result)
{
s32 sysconStatus;
(void)eventName;
(void)param;
(void)result;
if (eventId == 0x402) {
sysconStatus = g_ctrl.sysconStatus.status;
if (sysconStatus == 0)
@ -1213,11 +1217,13 @@ static s32 _sceCtrlSysEventHandler(s32 eventId, char *eventName __attribute__((u
*
* Returns 0.
*/
static SceUInt _sceCtrlDummyAlarm(void *opt __attribute__((unused)))
static SceUInt _sceCtrlDummyAlarm(void *opt)
{
s32 intrState;
u32 pureButtons;
(void)opt;
intrState = sceKernelCpuSuspendIntr();
pureButtons = g_ctrl.pureButtons;
@ -1247,10 +1253,13 @@ static SceUInt _sceCtrlDummyAlarm(void *opt __attribute__((unused)))
*
* Returns -1.
*/
static s32 _sceCtrlVblankIntr(s32 subIntNm __attribute__((unused)), void *arg __attribute__((unused)))
static s32 _sceCtrlVblankIntr(s32 subIntNm, void *arg)
{
s32 intrState;
s32 status;
(void)subIntNm;
(void)arg;
intrState = sceKernelCpuSuspendIntr();
@ -1299,13 +1308,17 @@ static s32 _sceCtrlVblankIntr(s32 subIntNm __attribute__((unused)), void *arg __
*
* Returns -1.
*/
static s32 _sceCtrlTimerIntr(s32 timerId __attribute__((unused)), s32 unused1 __attribute__((unused)),
void *common __attribute__((unused)), s32 unused3 __attribute__((unused)))
static s32 _sceCtrlTimerIntr(s32 timerId, s32 count, void *common, s32 arg4)
{
u8 sysconCtrlCmd;
s32 intrState;
s32 status;
(void)timerId;
(void)count;
(void)common;
(void)arg4;
sysconCtrlCmd = PSP_SYSCON_CMD_GET_KERNEL_DIGITAL_KEY;
intrState = sceKernelCpuSuspendIntr();
@ -1347,7 +1360,7 @@ static s32 _sceCtrlTimerIntr(s32 timerId __attribute__((unused)), s32 unused1 __
*
* Returns 0.
*/
static s32 _sceCtrlSysconCmdIntr1(SceSysconPacket *sysPacket, void *argp __attribute__((unused)))
static s32 _sceCtrlSysconCmdIntr1(SceSysconPacket *sysPacket, void *argp)
{
u32 pureButtons;
s32 intrState;
@ -1360,6 +1373,8 @@ static s32 _sceCtrlSysconCmdIntr1(SceSysconPacket *sysPacket, void *argp __attri
u32 oneTimeIdleResetButtons, allTimeIdleResetButtons;
u32 idleResetButtons;
(void)argp;
curButtons = 0;
g_ctrl.sysconStatus.busy.intr1 = SCE_FALSE;
@ -1499,8 +1514,11 @@ static s32 _sceCtrlSysconCmdIntr1(SceSysconPacket *sysPacket, void *argp __attri
}
}
static s32 _sceCtrlSysconCmdIntr2(SceSysconPacket *packet __attribute__((unused)), void *argp __attribute__((unused)))
static s32 _sceCtrlSysconCmdIntr2(SceSysconPacket *packet, void *argp)
{
(void)packet;
(void)argp;
g_ctrl.cableTypeReq = 0;
g_ctrl.unk15 = g_ctrl.sysPacket[1].tx[PSP_SYSCON_TX_DATA(0)] & 0x1;
g_ctrl.sysconStatus.busy.intr2 = SCE_FALSE;
@ -1528,7 +1546,7 @@ static s32 _sceCtrlUpdateButtons(u32 pureButtons, u8 aX, u8 aY)
u8 aXCenterOffset, aXCenterOffset2;
u8 aYCenterOffset, aYCenterOffset2;
u8 minIdleReset;
s32 (*func)(s32);
s32(*func)(void *, SceCtrlDataExt *);
s32 status;
s32 res;
u32 storeData;
@ -1555,13 +1573,13 @@ static s32 _sceCtrlUpdateButtons(u32 pureButtons, u8 aX, u8 aY)
sysTimeLow = sceKernelGetSystemTimeLow();
index = g_ctrl.userModeData.curUpdatableBufIndex;
ctrlUserBuf = ((SceCtrlData *)g_ctrl.userModeData.sceCtrlBuf[0] + index);
//index = g_ctrl.userModeData.curUpdatableBufIndex;
ctrlUserBuf = (SceCtrlData *)g_ctrl.userModeData.sceCtrlBuf[0] + g_ctrl.userModeData.curUpdatableBufIndex;;
ctrlUserBuf->timeStamp = sysTimeLow;
index = g_ctrl.kernelModeData.curUpdatableBufIndex;
ctrlKernelBuf = ((SceCtrlData *)g_ctrl.kernelModeData.sceCtrlBuf[0] + index);
ctrlUserBuf->timeStamp = sysTimeLow;
//index = g_ctrl.kernelModeData.curUpdatableBufIndex;
ctrlKernelBuf = (SceCtrlData *)g_ctrl.kernelModeData.sceCtrlBuf[0] + g_ctrl.kernelModeData.curUpdatableBufIndex;
ctrlKernelBuf->timeStamp = sysTimeLow;
analogX = aX;
analogY = aY;
@ -1595,14 +1613,14 @@ static s32 _sceCtrlUpdateButtons(u32 pureButtons, u8 aX, u8 aY)
for (i = 0; i < sizeof ctrlKernelBuf->rsrv; i++)
ctrlKernelBuf->rsrv[i] = 0;
for (i = 0; i < 2; i++) {
if (g_ctrl.unk772[i + 1] != NULL) {
ctrlKernelBufExt = (SceCtrlDataExt *)g_ctrl.kernelModeData.sceCtrlBuf[i + 1];
ctrlKernelBufExt = ctrlKernelBufExt + 1;
/* Check for additionally registered input data transferers. */
for (i = 0; i < CTRL_NUN_EXTERNAL_INPUT_MODES; i++) {
if (g_ctrl.transferHandler[i] != NULL) {
ctrlKernelBufExt = (SceCtrlDataExt *)g_ctrl.kernelModeData.sceCtrlBuf[i + 1] + g_ctrl.kernelModeData.curUpdatableBufIndex;
ctrlKernelBufExt->timeStamp = sysTimeLow;
func = (g_ctrl.unk772[i + 1]->func);
status = func(g_ctrl.unk780[i + 1]);
func = (g_ctrl.transferHandler[i]->copyInputData);
status = func(g_ctrl.extInputDataSource[i], ctrlKernelBufExt); // 0x00000F64
if (status < 0) {
for (j = 0; j < sizeof ctrlKernelBufExt->rsrv; j++)
ctrlKernelBufExt->rsrv[j] = 0;
@ -1666,7 +1684,7 @@ static s32 _sceCtrlUpdateButtons(u32 pureButtons, u8 aX, u8 aY)
g_ctrl.cancelIdleTimer = SCE_TRUE;
}
}
ctrlUserBufExt = (SceCtrlDataExt *)g_ctrl.userModeData.sceCtrlBuf[1] + i;
ctrlUserBufExt = (SceCtrlDataExt *)g_ctrl.userModeData.sceCtrlBuf[i + 1] + g_ctrl.userModeData.curUpdatableBufIndex;
ctrlUserBufExt->timeStamp = ctrlKernelBufExt->timeStamp;
ctrlUserBufExt->buttons = ctrlKernelBufExt->buttons;
ctrlUserBufExt->aX = ctrlKernelBufExt->aX;
@ -1929,7 +1947,7 @@ static s32 _sceCtrlUpdateButtons(u32 pureButtons, u8 aX, u8 aY)
*
* Returns the number of read internal controller data buffers.
*/
static s32 _sceCtrlReadBuf(SceCtrlDataExt *data, u8 nBufs, s32 arg3, u8 mode)
static s32 _sceCtrlReadBuf(SceCtrlDataExt *data, u8 nBufs, u32 inputMode, u8 mode)
{
SceCtrlInternalData *intDataPtr;
SceCtrlDataExt *ctrlBuf;
@ -1944,10 +1962,10 @@ static s32 _sceCtrlReadBuf(SceCtrlDataExt *data, u8 nBufs, s32 arg3, u8 mode)
if (nBufs >= CTRL_INTERNAL_CONTROLLER_BUFFERS)
return SCE_ERROR_INVALID_SIZE;
if (arg3 > 2)
if (inputMode > CTRL_NUN_EXTERNAL_INPUT_MODES)
return SCE_ERROR_INVALID_VALUE;
if (arg3 != 0 && (mode & READ_BUFFER_POSITIVE))
if (inputMode != SCE_CTRL_EXTERNAL_INPUT_PSP && (mode & READ_BUFFER_POSITIVE))
return SCE_ERROR_NOT_SUPPORTED;
oldK1 = pspShiftK1();
@ -1962,7 +1980,7 @@ static s32 _sceCtrlReadBuf(SceCtrlDataExt *data, u8 nBufs, s32 arg3, u8 mode)
else
intDataPtr = &g_ctrl.kernelModeData;
if (arg3 != 0 && intDataPtr->sceCtrlBuf[arg3] == NULL)
if (inputMode != SCE_CTRL_EXTERNAL_INPUT_PSP && intDataPtr->sceCtrlBuf[inputMode] == NULL)
return SCE_ERROR_NOT_SUPPORTED;
/*
@ -2010,8 +2028,8 @@ static s32 _sceCtrlReadBuf(SceCtrlDataExt *data, u8 nBufs, s32 arg3, u8 mode)
numReadIntBufs = nBufs;
}
}
if (arg3 != 0)
ctrlBuf = (SceCtrlDataExt *)intDataPtr->sceCtrlBuf[arg3] + startBufIndex;
if (inputMode != SCE_CTRL_EXTERNAL_INPUT_PSP)
ctrlBuf = (SceCtrlDataExt *)intDataPtr->sceCtrlBuf[inputMode] + startBufIndex;
else
ctrlBuf = (SceCtrlDataExt *)((SceCtrlData *)intDataPtr->sceCtrlBuf[0] + startBufIndex);
@ -2053,7 +2071,7 @@ static s32 _sceCtrlReadBuf(SceCtrlDataExt *data, u8 nBufs, s32 arg3, u8 mode)
if (mode >= PEEK_BUFFER_POSITIVE_EXTRA) {
data->rsrv[2] = 0;
data->rsrv[3] = 0;
if (arg3 == 0) {
if (inputMode == 0) {
data->rsrv[0] = -128;
data->rsrv[1] = -128;
data->rsrv[4] = 0;
@ -2084,18 +2102,14 @@ static s32 _sceCtrlReadBuf(SceCtrlDataExt *data, u8 nBufs, s32 arg3, u8 mode)
data += 1;
}
startBufIndex++;
if (arg3 == 0)
if (inputMode == SCE_CTRL_EXTERNAL_INPUT_PSP)
ctrlBuf = (SceCtrlDataExt *)((SceCtrlData *)ctrlBuf + startBufIndex);
else
ctrlBuf = (SceCtrlDataExt *)ctrlBuf + startBufIndex;
if (startBufIndex == CTRL_INTERNAL_CONTROLLER_BUFFERS) {
startBufIndex = 0;
if (arg3 != 0)
ctrlBuf = (SceCtrlDataExt *)intDataPtr->sceCtrlBuf[0];
else
ctrlBuf = (SceCtrlDataExt *)intDataPtr->sceCtrlBuf[arg3];
ctrlBuf = (SceCtrlDataExt *)intDataPtr->sceCtrlBuf[inputMode];
}
}
sceKernelCpuResumeIntr(intrState);
@ -2103,14 +2117,20 @@ static s32 _sceCtrlReadBuf(SceCtrlDataExt *data, u8 nBufs, s32 arg3, u8 mode)
return numReadIntBufs;
}
s32 _sceCtrlModuleStart(s32 argc __attribute__((unused)), void *argp __attribute__((unused)))
s32 _sceCtrlModuleStart(s32 argc, void *argp)
{
(void)argc;
(void)argp;
sceCtrlInit();
return SCE_KERNEL_RESIDENT;
}
s32 _sceCtrlModuleRebootBefore(s32 argc __attribute__((unused)), void *argp __attribute__((unused)))
s32 _sceCtrlModuleRebootBefore(s32 argc, void *argp)
{
(void)argc;
(void)argp;
sceCtrlEnd();
return SCE_KERNEL_STOP_SUCCESS;
}