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os2: a _lot_ of coding style cleanup, sot that they match the SDL style.

Browse Source 
also renamed the 'debug' macro to debug_os2: the former was dangerously
a common name.

the binary (dll) output is precisely the same as before.
This commit is contained in:
Ozkan Sezer
2020-10-15 21:37:30 +03:00
parent bdc5129f13
commit a90f0400a5
29 changed files with 3536 additions and 3806 deletions
Download Patch File Download Diff File Expand all files Collapse all files

672
src/audio/os2/SDL_os2audio.c
View File

@@ -34,443 +34,417 @@
/*
void lockIncr(volatile int *piVal);
#pragma aux lockIncr = \
" lock add [eax], 1 "\
parm [eax];
" lock add [eax], 1 "\
parm [eax];
void lockDecr(volatile int *piVal);
#pragma aux lockDecr = \
" lock sub [eax], 1 "\
parm [eax];
" lock sub [eax], 1 "\
parm [eax];
*/
static ULONG _getEnvULong(PSZ pszName, ULONG ulMax, ULONG ulDefault)
{
ULONG ulValue;
PCHAR pcEnd;
PSZ pszEnvVal = SDL_getenv( pszName );
ULONG ulValue;
PCHAR pcEnd;
PSZ pszEnvVal = SDL_getenv(pszName);
if ( pszEnvVal == NULL )
return ulDefault;
if (pszEnvVal == NULL)
return ulDefault;
ulValue = SDL_strtoul( (const char *)pszEnvVal, &pcEnd, 10 );
return ( pcEnd == pszEnvVal ) || ( ulValue > ulMax ) ? ulDefault : ulMax;
ulValue = SDL_strtoul((const char *)pszEnvVal, &pcEnd, 10);
return (pcEnd == pszEnvVal) || (ulValue > ulMax)? ulDefault : ulMax;
}
static int _MCIError(PSZ pszFunc, ULONG ulResult)
{
CHAR acBuf[128];
mciGetErrorString( ulResult, acBuf, sizeof(acBuf) );
return SDL_SetError( "[%s] %s", pszFunc, acBuf );
CHAR acBuf[128];
mciGetErrorString(ulResult, acBuf, sizeof(acBuf));
return SDL_SetError("[%s] %s", pszFunc, acBuf);
}
static void _mixIOError(PSZ pszFunction, ULONG ulRC)
{
debug( "%s() - failed, rc = 0x%X (%s)",
pszFunction, ulRC,
ulRC == MCIERR_INVALID_MODE ? "Mixer mode does not match request"
: ulRC == MCIERR_INVALID_BUFFER ? "Caller sent an invalid buffer"
: "unknown" );
debug_os2("%s() - failed, rc = 0x%X (%s)",
pszFunction, ulRC,
(ulRC == MCIERR_INVALID_MODE) ? "Mixer mode does not match request" :
(ulRC == MCIERR_INVALID_BUFFER) ? "Caller sent an invalid buffer" : "unknown");
}
LONG APIENTRY cbAudioWriteEvent(ULONG ulStatus, PMCI_MIX_BUFFER pBuffer,
ULONG ulFlags)
{
PSDL_PrivateAudioData pAData = (PSDL_PrivateAudioData)pBuffer->ulUserParm;
ULONG ulRC;
SDL_PrivateAudioData *pAData = (SDL_PrivateAudioData *)pBuffer->ulUserParm;
ULONG ulRC;
if ( ulFlags != MIX_WRITE_COMPLETE )
{
debug( "flags = 0x%X", ulFlags );
return 0;
}
if (ulFlags != MIX_WRITE_COMPLETE) {
debug_os2("flags = 0x%X", ulFlags);
return 0;
}
// lockDecr( (int *)&pAData->ulQueuedBuf );
ulRC = DosPostEventSem( pAData->hevBuf );
if ( ( ulRC != NO_ERROR ) && ( ulRC != ERROR_ALREADY_POSTED ) )
debug( "DosPostEventSem(), rc = %u", ulRC );
/*lockDecr((int *)&pAData->ulQueuedBuf);*/
ulRC = DosPostEventSem(pAData->hevBuf);
if (ulRC != NO_ERROR && ulRC != ERROR_ALREADY_POSTED) {
debug_os2("DosPostEventSem(), rc = %u", ulRC);
}
return 1; // It seems, return value is not matter.
return 1; // It seems, return value is not matter.
}
LONG APIENTRY cbAudioReadEvent(ULONG ulStatus, PMCI_MIX_BUFFER pBuffer,
ULONG ulFlags)
{
PSDL_PrivateAudioData pAData = (PSDL_PrivateAudioData)pBuffer->ulUserParm;
ULONG ulRC;
SDL_PrivateAudioData *pAData = (SDL_PrivateAudioData *)pBuffer->ulUserParm;
ULONG ulRC;
if ( ulFlags != MIX_READ_COMPLETE )
{
debug( "flags = 0x%X", ulFlags );
return 0;
}
if (ulFlags != MIX_READ_COMPLETE) {
debug_os2("flags = 0x%X", ulFlags);
return 0;
}
pAData->stMCIMixSetup.pmixRead( pAData->stMCIMixSetup.ulMixHandle, pBuffer,
1 );
pAData->stMCIMixSetup.pmixRead(pAData->stMCIMixSetup.ulMixHandle, pBuffer, 1);
ulRC = DosPostEventSem( pAData->hevBuf );
if ( ( ulRC != NO_ERROR ) && ( ulRC != ERROR_ALREADY_POSTED ) )
debug( "DosPostEventSem(), rc = %u", ulRC );
ulRC = DosPostEventSem(pAData->hevBuf);
if (ulRC != NO_ERROR && ulRC != ERROR_ALREADY_POSTED) {
debug_os2("DosPostEventSem(), rc = %u", ulRC);
}
return 1;
return 1;
}
static void OS2_DetectDevices(void)
{
MCI_SYSINFO_PARMS stMCISysInfo;
CHAR acBuf[256];
ULONG ulDevicesNum;
MCI_SYSINFO_LOGDEVICE stLogDevice;
MCI_SYSINFO_PARMS stSysInfoParams;
ULONG ulRC;
ULONG ulHandle = 0;
MCI_SYSINFO_PARMS stMCISysInfo;
CHAR acBuf[256];
ULONG ulDevicesNum;
MCI_SYSINFO_LOGDEVICE stLogDevice;
MCI_SYSINFO_PARMS stSysInfoParams;
ULONG ulRC;
ULONG ulHandle = 0;
acBuf[0] = '\0';
stMCISysInfo.pszReturn = acBuf;
stMCISysInfo.ulRetSize = sizeof(acBuf);
stMCISysInfo.usDeviceType = MCI_DEVTYPE_AUDIO_AMPMIX;
ulRC = mciSendCommand( 0, MCI_SYSINFO, MCI_WAIT | MCI_SYSINFO_QUANTITY,
&stMCISysInfo, 0 );
if ( ulRC != NO_ERROR )
{
debug( "MCI_SYSINFO, MCI_SYSINFO_QUANTITY - failed, rc = 0x%X", ulRC );
return;
}
ulDevicesNum = atol( stMCISysInfo.pszReturn );
for( stSysInfoParams.ulNumber = 0; stSysInfoParams.ulNumber < ulDevicesNum;
stSysInfoParams.ulNumber++ )
{
// Get device install name.
stSysInfoParams.pszReturn = acBuf;
stSysInfoParams.ulRetSize = sizeof( acBuf );
stSysInfoParams.usDeviceType = MCI_DEVTYPE_AUDIO_AMPMIX;
ulRC = mciSendCommand( 0, MCI_SYSINFO, MCI_WAIT | MCI_SYSINFO_INSTALLNAME,
&stSysInfoParams, 0 );
if ( ulRC != NO_ERROR )
{
debug( "MCI_SYSINFO, MCI_SYSINFO_INSTALLNAME - failed, rc = 0x%X", ulRC );
continue;
acBuf[0] = '\0';
stMCISysInfo.pszReturn = acBuf;
stMCISysInfo.ulRetSize = sizeof(acBuf);
stMCISysInfo.usDeviceType = MCI_DEVTYPE_AUDIO_AMPMIX;
ulRC = mciSendCommand(0, MCI_SYSINFO, MCI_WAIT | MCI_SYSINFO_QUANTITY,
&stMCISysInfo, 0);
if (ulRC != NO_ERROR) {
debug_os2("MCI_SYSINFO, MCI_SYSINFO_QUANTITY - failed, rc = 0x%X", ulRC);
return;
}
// Get textual product description.
stSysInfoParams.ulItem = MCI_SYSINFO_QUERY_DRIVER;
stSysInfoParams.pSysInfoParm = &stLogDevice;
strcpy( stLogDevice.szInstallName, stSysInfoParams.pszReturn );
ulRC = mciSendCommand( 0, MCI_SYSINFO, MCI_WAIT | MCI_SYSINFO_ITEM,
&stSysInfoParams, 0 );
if ( ulRC != NO_ERROR )
{
debug( "MCI_SYSINFO, MCI_SYSINFO_ITEM - failed, rc = 0x%X", ulRC );
continue;
}
ulDevicesNum = atol(stMCISysInfo.pszReturn);
ulHandle++;
SDL_AddAudioDevice( 0, stLogDevice.szProductInfo, (void *)(ulHandle) );
ulHandle++;
SDL_AddAudioDevice( 1, stLogDevice.szProductInfo, (void *)(ulHandle) );
}
for (stSysInfoParams.ulNumber = 0; stSysInfoParams.ulNumber < ulDevicesNum;
stSysInfoParams.ulNumber++) {
/* Get device install name. */
stSysInfoParams.pszReturn = acBuf;
stSysInfoParams.ulRetSize = sizeof(acBuf);
stSysInfoParams.usDeviceType = MCI_DEVTYPE_AUDIO_AMPMIX;
ulRC = mciSendCommand(0, MCI_SYSINFO, MCI_WAIT | MCI_SYSINFO_INSTALLNAME,
&stSysInfoParams, 0);
if (ulRC != NO_ERROR) {
debug_os2("MCI_SYSINFO, MCI_SYSINFO_INSTALLNAME - failed, rc = 0x%X", ulRC);
continue;
}
/* Get textual product description. */
stSysInfoParams.ulItem = MCI_SYSINFO_QUERY_DRIVER;
stSysInfoParams.pSysInfoParm = &stLogDevice;
strcpy(stLogDevice.szInstallName, stSysInfoParams.pszReturn);
ulRC = mciSendCommand(0, MCI_SYSINFO, MCI_WAIT | MCI_SYSINFO_ITEM,
&stSysInfoParams, 0);
if (ulRC != NO_ERROR) {
debug_os2("MCI_SYSINFO, MCI_SYSINFO_ITEM - failed, rc = 0x%X", ulRC);
continue;
}
ulHandle++;
SDL_AddAudioDevice(0, stLogDevice.szProductInfo, (void *)(ulHandle));
ulHandle++;
SDL_AddAudioDevice(1, stLogDevice.szProductInfo, (void *)(ulHandle));
}
}
static void OS2_WaitDevice(_THIS)
{
PSDL_PrivateAudioData pAData = (PSDL_PrivateAudioData)this->hidden;
ULONG ulRC;
SDL_PrivateAudioData *pAData = (SDL_PrivateAudioData *)this->hidden;
ULONG ulRC;
/* Wait for an audio chunk to finish */
ulRC = DosWaitEventSem( pAData->hevBuf, 5000 );
if ( ulRC != NO_ERROR )
debug( "DosWaitEventSem(), rc = %u", ulRC );
/* Wait for an audio chunk to finish */
ulRC = DosWaitEventSem(pAData->hevBuf, 5000);
if (ulRC != NO_ERROR) {
debug_os2("DosWaitEventSem(), rc = %u", ulRC);
}
}
static Uint8 *OS2_GetDeviceBuf(_THIS)
{
PSDL_PrivateAudioData pAData = (PSDL_PrivateAudioData)this->hidden;
return pAData->aMixBuffers[pAData->ulNextBuf].pBuffer;
SDL_PrivateAudioData *pAData = (SDL_PrivateAudioData *)this->hidden;
return pAData->aMixBuffers[pAData->ulNextBuf].pBuffer;
}
static void OS2_PlayDevice(_THIS)
{
PSDL_PrivateAudioData pAData = (PSDL_PrivateAudioData)this->hidden;
ULONG ulRC;
PMCI_MIX_BUFFER pMixBuffer = &pAData->aMixBuffers[pAData->ulNextBuf];
SDL_PrivateAudioData *pAData = (SDL_PrivateAudioData *)this->hidden;
ULONG ulRC;
PMCI_MIX_BUFFER pMixBuffer = &pAData->aMixBuffers[pAData->ulNextBuf];
/* Queue it up */
// lockIncr( (int *)&pAData->ulQueuedBuf );
ulRC = pAData->stMCIMixSetup.pmixWrite( pAData->stMCIMixSetup.ulMixHandle,
pMixBuffer, 1 );
if ( ulRC != MCIERR_SUCCESS )
_mixIOError( "pmixWrite", ulRC );
else
pAData->ulNextBuf = (pAData->ulNextBuf + 1) % pAData->cMixBuffers;
/* Queue it up */
/*lockIncr((int *)&pAData->ulQueuedBuf);*/
ulRC = pAData->stMCIMixSetup.pmixWrite(pAData->stMCIMixSetup.ulMixHandle,
pMixBuffer, 1);
if (ulRC != MCIERR_SUCCESS) {
_mixIOError("pmixWrite", ulRC);
} else {
pAData->ulNextBuf = (pAData->ulNextBuf + 1) % pAData->cMixBuffers;
}
}
static void OS2_CloseDevice(_THIS)
{
PSDL_PrivateAudioData pAData = (PSDL_PrivateAudioData)this->hidden;
MCI_GENERIC_PARMS sMCIGenericParms;
ULONG ulRC;
SDL_PrivateAudioData *pAData = (SDL_PrivateAudioData *)this->hidden;
MCI_GENERIC_PARMS sMCIGenericParms;
ULONG ulRC;
if ( pAData == NULL )
return;
if (pAData == NULL)
return;
/* Close up audio */
if ( pAData->usDeviceId != (USHORT)~0 )
{
// Device is open.
if ( pAData->stMCIMixSetup.ulBitsPerSample != 0 )
{
// Mixer was initialized.
ulRC = mciSendCommand( pAData->usDeviceId, MCI_MIXSETUP,
MCI_WAIT | MCI_MIXSETUP_DEINIT,
&pAData->stMCIMixSetup, 0 );
if ( ulRC != MCIERR_SUCCESS )
debug( "MCI_MIXSETUP, MCI_MIXSETUP_DEINIT - failed" );
/* Close up audio */
if (pAData->usDeviceId != (USHORT)~0) {
/* Device is open. */
if (pAData->stMCIMixSetup.ulBitsPerSample != 0) {
/* Mixer was initialized. */
ulRC = mciSendCommand(pAData->usDeviceId, MCI_MIXSETUP,
MCI_WAIT | MCI_MIXSETUP_DEINIT,
&pAData->stMCIMixSetup, 0);
if (ulRC != MCIERR_SUCCESS) {
debug_os2("MCI_MIXSETUP, MCI_MIXSETUP_DEINIT - failed");
}
}
if (pAData->cMixBuffers != 0) {
/* Buffers was allocated. */
MCI_BUFFER_PARMS stMCIBuffer;
stMCIBuffer.ulBufferSize = pAData->aMixBuffers[0].ulBufferLength;
stMCIBuffer.ulNumBuffers = pAData->cMixBuffers;
stMCIBuffer.pBufList = &pAData->aMixBuffers;
ulRC = mciSendCommand(pAData->usDeviceId, MCI_BUFFER,
MCI_WAIT | MCI_DEALLOCATE_MEMORY, &stMCIBuffer, 0);
if (ulRC != MCIERR_SUCCESS) {
debug_os2("MCI_BUFFER, MCI_DEALLOCATE_MEMORY - failed");
}
}
ulRC = mciSendCommand(pAData->usDeviceId, MCI_CLOSE, MCI_WAIT,
&sMCIGenericParms, 0);
if (ulRC != MCIERR_SUCCESS) {
debug_os2("MCI_CLOSE - failed");
}
}
if ( pAData->cMixBuffers != 0 )
{
// Buffers was allocated.
MCI_BUFFER_PARMS stMCIBuffer;
if (pAData->hevBuf != NULLHANDLE)
DosCloseEventSem(pAData->hevBuf);
stMCIBuffer.ulBufferSize = pAData->aMixBuffers[0].ulBufferLength;
stMCIBuffer.ulNumBuffers = pAData->cMixBuffers;
stMCIBuffer.pBufList = &pAData->aMixBuffers;
ulRC = mciSendCommand( pAData->usDeviceId, MCI_BUFFER,
MCI_WAIT | MCI_DEALLOCATE_MEMORY, &stMCIBuffer, 0 );
if ( ulRC != MCIERR_SUCCESS )
debug( "MCI_BUFFER, MCI_DEALLOCATE_MEMORY - failed" );
}
ulRC = mciSendCommand( pAData->usDeviceId, MCI_CLOSE, MCI_WAIT,
&sMCIGenericParms, 0 );
if ( ulRC != MCIERR_SUCCESS )
debug( "MCI_CLOSE - failed" );
}
if ( pAData->hevBuf != NULLHANDLE )
DosCloseEventSem( pAData->hevBuf );
SDL_free( pAData );
SDL_free(pAData);
}
static int OS2_OpenDevice(_THIS, void *handle, const char *devname,
int iscapture)
{
PSDL_PrivateAudioData pAData;
SDL_AudioFormat SDLAudioFmt;
MCI_AMP_OPEN_PARMS stMCIAmpOpen;
MCI_BUFFER_PARMS stMCIBuffer;
ULONG ulRC;
ULONG ulIdx;
BOOL new_freq;
SDL_PrivateAudioData *pAData;
SDL_AudioFormat SDLAudioFmt;
MCI_AMP_OPEN_PARMS stMCIAmpOpen;
MCI_BUFFER_PARMS stMCIBuffer;
ULONG ulRC;
ULONG ulIdx;
BOOL new_freq;
new_freq = FALSE;
SDL_zero(stMCIAmpOpen);
SDL_zero(stMCIBuffer);
new_freq = FALSE;
SDL_zero(stMCIAmpOpen);
SDL_zero(stMCIBuffer);
for( SDLAudioFmt = SDL_FirstAudioFormat( this->spec.format );
SDLAudioFmt != 0; SDLAudioFmt = SDL_NextAudioFormat() )
{
if ( ( SDLAudioFmt == AUDIO_U8 ) || ( SDLAudioFmt == AUDIO_S16 ) )
break;
}
if ( SDLAudioFmt == 0 )
{
debug( "Unsupported audio format, AUDIO_S16 used" );
SDLAudioFmt = AUDIO_S16;
}
pAData = SDL_calloc( 1, sizeof(SDL_PrivateAudioData) );
if ( pAData == NULL )
return SDL_OutOfMemory();
this->hidden = pAData;
ulRC = DosCreateEventSem( NULL, &pAData->hevBuf, DCE_AUTORESET, TRUE );
if ( ulRC != NO_ERROR )
{
debug( "DosCreateEventSem() failed, rc = %u", ulRC );
return -1;
}
// Open audio device
stMCIAmpOpen.usDeviceID = handle != NULL ? ( ((ULONG)handle) - 1 ) : 0;
stMCIAmpOpen.pszDeviceType = (PSZ)MCI_DEVTYPE_AUDIO_AMPMIX;
ulRC = mciSendCommand( 0, MCI_OPEN,
_getEnvULong( "SDL_AUDIO_SHARE", 1, 0 ) != 0
? MCI_WAIT | MCI_OPEN_TYPE_ID | MCI_OPEN_SHAREABLE
: MCI_WAIT | MCI_OPEN_TYPE_ID,
&stMCIAmpOpen, 0 );
if ( ulRC != MCIERR_SUCCESS )
{
stMCIAmpOpen.usDeviceID = (USHORT)~0;
return _MCIError( "MCI_OPEN", ulRC );
}
pAData->usDeviceId = stMCIAmpOpen.usDeviceID;
if ( iscapture != 0 )
{
MCI_CONNECTOR_PARMS stMCIConnector;
MCI_AMP_SET_PARMS stMCIAmpSet;
BOOL fLineIn = _getEnvULong( "SDL_AUDIO_LINEIN", 1, 0 );
// Set particular connector.
SDL_zero(stMCIConnector);
stMCIConnector.ulConnectorType = fLineIn ? MCI_LINE_IN_CONNECTOR
: MCI_MICROPHONE_CONNECTOR;
mciSendCommand( stMCIAmpOpen.usDeviceID, MCI_CONNECTOR,
MCI_WAIT | MCI_ENABLE_CONNECTOR |
MCI_CONNECTOR_TYPE, &stMCIConnector, 0 );
// Disable monitor.
SDL_zero(stMCIAmpSet);
stMCIAmpSet.ulItem = MCI_AMP_SET_MONITOR;
mciSendCommand( stMCIAmpOpen.usDeviceID, MCI_SET,
MCI_WAIT | MCI_SET_OFF | MCI_SET_ITEM,
&stMCIAmpSet, 0 );
// Set record volume.
stMCIAmpSet.ulLevel = _getEnvULong( "SDL_AUDIO_RECVOL", 100, 90 );
stMCIAmpSet.ulItem = MCI_AMP_SET_AUDIO;
stMCIAmpSet.ulAudio = MCI_SET_AUDIO_ALL; // Both cnannels.
stMCIAmpSet.ulValue = fLineIn ? MCI_LINE_IN_CONNECTOR
: MCI_MICROPHONE_CONNECTOR ;
mciSendCommand( stMCIAmpOpen.usDeviceID, MCI_SET,
MCI_WAIT | MCI_SET_AUDIO | MCI_AMP_SET_GAIN,
&stMCIAmpSet, 0 );
}
this->spec.format = SDLAudioFmt;
this->spec.channels = this->spec.channels > 1 ? 2 : 1;
if ( this->spec.freq < 8000 )
{
this->spec.freq = 8000;
new_freq = TRUE;
}
else if ( this->spec.freq > 48000 )
{
this->spec.freq = 48000;
new_freq = TRUE;
}
// Setup mixer.
pAData->stMCIMixSetup.ulFormatTag = MCI_WAVE_FORMAT_PCM;
pAData->stMCIMixSetup.ulBitsPerSample = SDL_AUDIO_BITSIZE( SDLAudioFmt );
pAData->stMCIMixSetup.ulSamplesPerSec = this->spec.freq;
pAData->stMCIMixSetup.ulChannels = this->spec.channels;
pAData->stMCIMixSetup.ulDeviceType = MCI_DEVTYPE_WAVEFORM_AUDIO;
if ( iscapture == 0 )
{
pAData->stMCIMixSetup.ulFormatMode = MCI_PLAY;
pAData->stMCIMixSetup.pmixEvent = cbAudioWriteEvent;
}
else
{
pAData->stMCIMixSetup.ulFormatMode = MCI_RECORD;
pAData->stMCIMixSetup.pmixEvent = cbAudioReadEvent;
}
ulRC = mciSendCommand( pAData->usDeviceId, MCI_MIXSETUP,
MCI_WAIT | MCI_MIXSETUP_INIT, &pAData->stMCIMixSetup, 0 );
if ( ( ulRC != MCIERR_SUCCESS ) && ( this->spec.freq > 44100 ) )
{
new_freq = TRUE;
pAData->stMCIMixSetup.ulSamplesPerSec = 44100;
this->spec.freq = 44100;
ulRC = mciSendCommand( pAData->usDeviceId, MCI_MIXSETUP,
MCI_WAIT | MCI_MIXSETUP_INIT, &pAData->stMCIMixSetup, 0 );
}
debug( "Setup mixer [BPS: %u, Freq.: %u, Channels: %u]: %s",
pAData->stMCIMixSetup.ulBitsPerSample,
pAData->stMCIMixSetup.ulSamplesPerSec,
pAData->stMCIMixSetup.ulChannels,
ulRC == MCIERR_SUCCESS ? "SUCCESS" : "FAIL" );
if ( ulRC != MCIERR_SUCCESS )
{
pAData->stMCIMixSetup.ulBitsPerSample = 0;
return _MCIError( "MCI_MIXSETUP", ulRC );
}
if (this->spec.samples == 0 || new_freq == TRUE) {
/* also see SDL_audio.c:prepare_audiospec() */
/* Pick a default of ~46 ms at desired frequency */
Uint32 samples = (this->spec.freq / 1000) * 46;
Uint32 power2 = 1;
while (power2 < samples) {
power2 <<= 1;
for (SDLAudioFmt = SDL_FirstAudioFormat(this->spec.format);
SDLAudioFmt != 0; SDLAudioFmt = SDL_NextAudioFormat()) {
if (SDLAudioFmt == AUDIO_U8 || SDLAudioFmt == AUDIO_S16)
break;
}
if (SDLAudioFmt == 0) {
debug_os2("Unsupported audio format, AUDIO_S16 used");
SDLAudioFmt = AUDIO_S16;
}
this->spec.samples = power2;
}
/* Update the fragment size as size in bytes */
SDL_CalculateAudioSpec( &this->spec );
// Allocate memory buffers
pAData = SDL_calloc(1, sizeof(SDL_PrivateAudioData));
if (pAData == NULL)
return SDL_OutOfMemory();
this->hidden = pAData;
stMCIBuffer.ulBufferSize = this->spec.size;// (this->spec.freq / 1000) * 100;
stMCIBuffer.ulNumBuffers = NUM_BUFFERS;
stMCIBuffer.pBufList = &pAData->aMixBuffers;
ulRC = DosCreateEventSem(NULL, &pAData->hevBuf, DCE_AUTORESET, TRUE);
if (ulRC != NO_ERROR) {
debug_os2("DosCreateEventSem() failed, rc = %u", ulRC);
return -1;
}
ulRC = mciSendCommand( pAData->usDeviceId, MCI_BUFFER,
MCI_WAIT | MCI_ALLOCATE_MEMORY, &stMCIBuffer, 0 );
if ( ulRC != MCIERR_SUCCESS )
{
return _MCIError( "MCI_BUFFER", ulRC );
}
pAData->cMixBuffers = stMCIBuffer.ulNumBuffers;
this->spec.size = stMCIBuffer.ulBufferSize;
/* Open audio device */
stMCIAmpOpen.usDeviceID = (handle != NULL) ? ((ULONG)handle - 1) : 0;
stMCIAmpOpen.pszDeviceType = (PSZ)MCI_DEVTYPE_AUDIO_AMPMIX;
ulRC = mciSendCommand(0, MCI_OPEN,
(_getEnvULong("SDL_AUDIO_SHARE", 1, 0) != 0)?
MCI_WAIT | MCI_OPEN_TYPE_ID | MCI_OPEN_SHAREABLE :
MCI_WAIT | MCI_OPEN_TYPE_ID,
&stMCIAmpOpen, 0);
if (ulRC != MCIERR_SUCCESS) {
stMCIAmpOpen.usDeviceID = (USHORT)~0;
return _MCIError("MCI_OPEN", ulRC);
}
pAData->usDeviceId = stMCIAmpOpen.usDeviceID;
// Fill all device buffers with data
if (iscapture != 0) {
MCI_CONNECTOR_PARMS stMCIConnector;
MCI_AMP_SET_PARMS stMCIAmpSet;
BOOL fLineIn = _getEnvULong("SDL_AUDIO_LINEIN", 1, 0);
for( ulIdx = 0; ulIdx < stMCIBuffer.ulNumBuffers; ulIdx++ )
{
pAData->aMixBuffers[ulIdx].ulFlags = 0;
pAData->aMixBuffers[ulIdx].ulBufferLength = stMCIBuffer.ulBufferSize;
pAData->aMixBuffers[ulIdx].ulUserParm = (ULONG)pAData;
/* Set particular connector. */
SDL_zero(stMCIConnector);
stMCIConnector.ulConnectorType = (fLineIn)? MCI_LINE_IN_CONNECTOR :
MCI_MICROPHONE_CONNECTOR;
mciSendCommand(stMCIAmpOpen.usDeviceID, MCI_CONNECTOR,
MCI_WAIT | MCI_ENABLE_CONNECTOR |
MCI_CONNECTOR_TYPE, &stMCIConnector, 0);
memset( ((PMCI_MIX_BUFFER)stMCIBuffer.pBufList)[ulIdx].pBuffer,
this->spec.silence, stMCIBuffer.ulBufferSize );
}
/* Disable monitor. */
SDL_zero(stMCIAmpSet);
stMCIAmpSet.ulItem = MCI_AMP_SET_MONITOR;
mciSendCommand(stMCIAmpOpen.usDeviceID, MCI_SET,
MCI_WAIT | MCI_SET_OFF | MCI_SET_ITEM,
&stMCIAmpSet, 0);
// Write buffers to kick off the amp mixer
// pAData->ulQueuedBuf = 1;//stMCIBuffer.ulNumBuffers;
ulRC = pAData->stMCIMixSetup.pmixWrite( pAData->stMCIMixSetup.ulMixHandle,
&pAData->aMixBuffers,
1 );//stMCIBuffer.ulNumBuffers );
if ( ulRC != MCIERR_SUCCESS )
{
_mixIOError( "pmixWrite", ulRC );
return -1;
}
/* Set record volume. */
stMCIAmpSet.ulLevel = _getEnvULong("SDL_AUDIO_RECVOL", 100, 90);
stMCIAmpSet.ulItem = MCI_AMP_SET_AUDIO;
stMCIAmpSet.ulAudio = MCI_SET_AUDIO_ALL; /* Both cnannels. */
stMCIAmpSet.ulValue = (fLineIn) ? MCI_LINE_IN_CONNECTOR :
MCI_MICROPHONE_CONNECTOR ;
return 0;
mciSendCommand(stMCIAmpOpen.usDeviceID, MCI_SET,
MCI_WAIT | MCI_SET_AUDIO | MCI_AMP_SET_GAIN,
&stMCIAmpSet, 0);
}
this->spec.format = SDLAudioFmt;
this->spec.channels = this->spec.channels > 1 ? 2 : 1;
if (this->spec.freq < 8000) {
this->spec.freq = 8000;
new_freq = TRUE;
} else if (this->spec.freq > 48000) {
this->spec.freq = 48000;
new_freq = TRUE;
}
/* Setup mixer. */
pAData->stMCIMixSetup.ulFormatTag = MCI_WAVE_FORMAT_PCM;
pAData->stMCIMixSetup.ulBitsPerSample = SDL_AUDIO_BITSIZE(SDLAudioFmt);
pAData->stMCIMixSetup.ulSamplesPerSec = this->spec.freq;
pAData->stMCIMixSetup.ulChannels = this->spec.channels;
pAData->stMCIMixSetup.ulDeviceType = MCI_DEVTYPE_WAVEFORM_AUDIO;
if (iscapture == 0) {
pAData->stMCIMixSetup.ulFormatMode= MCI_PLAY;
pAData->stMCIMixSetup.pmixEvent = cbAudioWriteEvent;
} else {
pAData->stMCIMixSetup.ulFormatMode= MCI_RECORD;
pAData->stMCIMixSetup.pmixEvent = cbAudioReadEvent;
}
ulRC = mciSendCommand(pAData->usDeviceId, MCI_MIXSETUP,
MCI_WAIT | MCI_MIXSETUP_INIT, &pAData->stMCIMixSetup, 0);
if (ulRC != MCIERR_SUCCESS && this->spec.freq > 44100) {
new_freq = TRUE;
pAData->stMCIMixSetup.ulSamplesPerSec = 44100;
this->spec.freq = 44100;
ulRC = mciSendCommand(pAData->usDeviceId, MCI_MIXSETUP,
MCI_WAIT | MCI_MIXSETUP_INIT, &pAData->stMCIMixSetup, 0);
}
debug_os2("Setup mixer [BPS: %u, Freq.: %u, Channels: %u]: %s",
pAData->stMCIMixSetup.ulBitsPerSample,
pAData->stMCIMixSetup.ulSamplesPerSec,
pAData->stMCIMixSetup.ulChannels,
(ulRC == MCIERR_SUCCESS)? "SUCCESS" : "FAIL");
if (ulRC != MCIERR_SUCCESS) {
pAData->stMCIMixSetup.ulBitsPerSample = 0;
return _MCIError("MCI_MIXSETUP", ulRC);
}
if (this->spec.samples == 0 || new_freq == TRUE) {
/* also see SDL_audio.c:prepare_audiospec() */
/* Pick a default of ~46 ms at desired frequency */
Uint32 samples = (this->spec.freq / 1000) * 46;
Uint32 power2 = 1;
while (power2 < samples) {
power2 <<= 1;
}
this->spec.samples = power2;
}
/* Update the fragment size as size in bytes */
SDL_CalculateAudioSpec(&this->spec);
/* Allocate memory buffers */
stMCIBuffer.ulBufferSize = this->spec.size;/* (this->spec.freq / 1000) * 100 */
stMCIBuffer.ulNumBuffers = NUM_BUFFERS;
stMCIBuffer.pBufList = &pAData->aMixBuffers;
ulRC = mciSendCommand(pAData->usDeviceId, MCI_BUFFER,
MCI_WAIT | MCI_ALLOCATE_MEMORY, &stMCIBuffer, 0);
if (ulRC != MCIERR_SUCCESS) {
return _MCIError("MCI_BUFFER", ulRC);
}
pAData->cMixBuffers = stMCIBuffer.ulNumBuffers;
this->spec.size = stMCIBuffer.ulBufferSize;
/* Fill all device buffers with data */
for (ulIdx = 0; ulIdx < stMCIBuffer.ulNumBuffers; ulIdx++) {
pAData->aMixBuffers[ulIdx].ulFlags = 0;
pAData->aMixBuffers[ulIdx].ulBufferLength = stMCIBuffer.ulBufferSize;
pAData->aMixBuffers[ulIdx].ulUserParm = (ULONG)pAData;
memset(((PMCI_MIX_BUFFER)stMCIBuffer.pBufList)[ulIdx].pBuffer,
this->spec.silence, stMCIBuffer.ulBufferSize);
}
/* Write buffers to kick off the amp mixer */
/*pAData->ulQueuedBuf = 1;//stMCIBuffer.ulNumBuffers;*/
ulRC = pAData->stMCIMixSetup.pmixWrite(pAData->stMCIMixSetup.ulMixHandle,
&pAData->aMixBuffers,
1 /*stMCIBuffer.ulNumBuffers*/);
if (ulRC != MCIERR_SUCCESS) {
_mixIOError("pmixWrite", ulRC);
return -1;
}
return 0;
}
static int OS2_Init(SDL_AudioDriverImpl * impl)
{
/* Set the function pointers */
impl->DetectDevices = OS2_DetectDevices;
impl->OpenDevice = OS2_OpenDevice;
impl->PlayDevice = OS2_PlayDevice;
impl->WaitDevice = OS2_WaitDevice;
impl->GetDeviceBuf = OS2_GetDeviceBuf;
impl->CloseDevice = OS2_CloseDevice;
/* Set the function pointers */
impl->DetectDevices = OS2_DetectDevices;
impl->OpenDevice = OS2_OpenDevice;
impl->PlayDevice = OS2_PlayDevice;
impl->WaitDevice = OS2_WaitDevice;
impl->GetDeviceBuf = OS2_GetDeviceBuf;
impl->CloseDevice = OS2_CloseDevice;
// TODO: IMPLEMENT CAPTURE SUPPORT:
// impl->CaptureFromDevice = ;
// impl->FlushCapture = ;
// impl->HasCaptureSupport = SDL_TRUE;
return 1; /* this audio target is available. */
/* TODO: IMPLEMENT CAPTURE SUPPORT:
impl->CaptureFromDevice = ;
impl->FlushCapture = ;
impl->HasCaptureSupport = SDL_TRUE;
*/
return 1; /* this audio target is available. */
}

20
src/audio/os2/SDL_os2audio.h
View File

@@ -35,19 +35,19 @@
/* Hidden "this" pointer for the audio functions */
#define _THIS SDL_AudioDevice *this
#define NUM_BUFFERS 3
#define NUM_BUFFERS 3
typedef struct SDL_PrivateAudioData
{
USHORT usDeviceId;
BYTE _pad[2];
MCI_MIXSETUP_PARMS stMCIMixSetup;
HEV hevBuf;
ULONG ulNextBuf;
ULONG cMixBuffers;
MCI_MIX_BUFFER aMixBuffers[NUM_BUFFERS];
// ULONG ulQueuedBuf;
} SDL_PrivateAudioData, *PSDL_PrivateAudioData;
USHORT usDeviceId;
BYTE _pad[2];
MCI_MIXSETUP_PARMS stMCIMixSetup;
HEV hevBuf;
ULONG ulNextBuf;
ULONG cMixBuffers;
MCI_MIX_BUFFER aMixBuffers[NUM_BUFFERS];
/* ULONG ulQueuedBuf;*/
} SDL_PrivateAudioData;
#endif /* SDL_os2mm_h_ */

14
src/core/os2/SDL_os2.c
View File

@@ -18,19 +18,21 @@
misrepresented as being the original software.
3. This notice may not be removed or altered from any source distribution.
*/
#include "../../SDL_internal.h"
#if defined(__OS2__)
#include "geniconv/geniconv.h"
// SDL_OS2Quit() will be called from SDL_QuitSubSystem().
void SDL_OS2Quit()
/* SDL_OS2Quit() will be called from SDL_QuitSubSystem() */
void SDL_OS2Quit(void)
{
// Unload DLL used for iconv. We can do it at any time and use iconv again -
// dynamic library will be loaded on first call iconv_open() (see geniconv).
libiconv_clean();
/* Unload DLL used for iconv. We can do it at any time and use iconv again -
* dynamic library will be loaded on first call iconv_open() (see geniconv). */
libiconv_clean();
}
#endif
/* vi: set ts=4 sw=4 expandtab: */

18
src/core/os2/SDL_os2.h
View File

@@ -27,24 +27,26 @@
#ifdef OS2DEBUG
#if (OS2DEBUG-0 >= 2)
# define debug(s,...) SDL_LogDebug( SDL_LOG_CATEGORY_APPLICATION, \
__func__"(): "##s, ##__VA_ARGS__ )
# define debug_os2(s,...) SDL_LogDebug(SDL_LOG_CATEGORY_APPLICATION, \
__func__ "(): " ##s, ##__VA_ARGS__)
#else
# define debug(s,...) printf( __func__"(): "##s"\n", ##__VA_ARGS__ )
# define debug_os2(s,...) printf(__func__ "(): " ##s "\n", ##__VA_ARGS__)
#endif
#else
#else /* no debug */
# define debug(s,...)
# define debug_os2(s,...) do {} while (0)
#endif /* OS2DEBUG */
/* StrUTF8New() - geniconv/sys2utf8.c */
#define OS2_SysToUTF8(S) StrUTF8New( 1, S, SDL_strlen( S ) + 1 )
#define OS2_UTF8ToSys(S) StrUTF8New( 0, (char *)(S), SDL_strlen( S ) + 1 )
#define OS2_SysToUTF8(S) StrUTF8New(1, (S), SDL_strlen((S)) + 1)
#define OS2_UTF8ToSys(S) StrUTF8New(0, (char *)(S), SDL_strlen((S)) + 1)
/* SDL_OS2Quit() will be called from SDL_QuitSubSystem() */
void SDL_OS2Quit();
void SDL_OS2Quit(void);
#endif /* SDL_os2_h_ */
/* vi: set ts=4 sw=4 expandtab: */

157
src/core/os2/geniconv/geniconv.c
View File

@@ -25,38 +25,38 @@
Andrey Vasilkin, 2016.
*/
#define INCL_DOSMODULEMGR /* Module Manager values */
#define INCL_DOSERRORS /* Error values */
#define INCL_DOSMODULEMGR /* Module Manager values */
#define INCL_DOSERRORS /* Error values */
#include <os2.h>
#include "geniconv.h"
//#define DEBUG
/*#define DEBUG*/
#ifdef DEBUG
# include <stdio.h>
# define debug(s,...) printf(__func__"(): "##s"\n" ,##__VA_ARGS__)
#else
# define debug(s,...)
# define debug(s,...) do {} while (0)
#endif
// Exports from os2iconv.c.
/* Exports from os2iconv.c */
extern iconv_t _System os2_iconv_open(const char* tocode, const char* fromcode);
extern size_t _System os2_iconv(iconv_t cd, char* * inbuf,
size_t *inbytesleft, char* * outbuf,
size_t *outbytesleft);
extern int _System os2_iconv_close(iconv_t cd);
// Functions pointers types.
/* Functions pointers types */
typedef iconv_t _System (*FNICONV_OPEN)(const char* tocode, const char* fromcode);
typedef size_t _System (*FNICONV)(iconv_t cd, char* * inbuf,
size_t *inbytesleft, char* * outbuf,
size_t *outbytesleft);
typedef int _System (*FNICONV_CLOSE)(iconv_t cd);
// Used DLL module handle.
/* Used DLL module handle */
static HMODULE hmIconv = NULLHANDLE;
// Functions pointers.
/* Functions pointers */
static FNICONV_OPEN fn_iconv_open = NULL;
static FNICONV fn_iconv = NULL;
static FNICONV_CLOSE fn_iconv_close = NULL;
@@ -65,100 +65,93 @@ static FNICONV_CLOSE fn_iconv_close = NULL;
static BOOL _loadDLL(PSZ pszName, PSZ pszIconvOpen, PSZ pszIconv,
PSZ pszIconvClose)
{
ULONG ulRC;
CHAR acError[256];
ULONG ulRC;
CHAR acError[256];
ulRC = DosLoadModule( acError, sizeof(acError), pszName, &hmIconv );
if ( ulRC != NO_ERROR )
{
debug( "DLL not loaded: %s", &acError );
return FALSE;
}
do
{
ulRC = DosQueryProcAddr( hmIconv, 0, pszIconvOpen, (PFN *)&fn_iconv_open );
if ( ulRC != NO_ERROR )
{
debug( "Error: cannot find entry %s in %s", pszIconvOpen, pszName );
break;
ulRC = DosLoadModule(acError, sizeof(acError), pszName, &hmIconv);
if (ulRC != NO_ERROR) {
debug("DLL not loaded: %s", &acError);
return FALSE;
}
ulRC = DosQueryProcAddr( hmIconv, 0, pszIconv, (PFN *)&fn_iconv );
if ( ulRC != NO_ERROR )
{
debug( "Error: cannot find entry %s in %s", pszIconv, pszName );
break;
}
do {
ulRC = DosQueryProcAddr(hmIconv, 0, pszIconvOpen, (PFN *)&fn_iconv_open);
if (ulRC != NO_ERROR) {
debug("Error: cannot find entry %s in %s", pszIconvOpen, pszName);
break;
}
ulRC = DosQueryProcAddr( hmIconv, 0, pszIconvClose, (PFN *)&fn_iconv_close );
if ( ulRC != NO_ERROR )
{
debug( "Error: cannot find entry %s in %s", pszIconvClose, pszName );
break;
}
ulRC = DosQueryProcAddr(hmIconv, 0, pszIconv, (PFN *)&fn_iconv);
if (ulRC != NO_ERROR) {
debug("Error: cannot find entry %s in %s", pszIconv, pszName);
break;
}
debug( "DLL %s used", pszName );
return TRUE;
}
while( FALSE );
ulRC = DosQueryProcAddr(hmIconv, 0, pszIconvClose, (PFN *)&fn_iconv_close);
if (ulRC != NO_ERROR) {
debug("Error: cannot find entry %s in %s", pszIconvClose, pszName);
break;
}
DosFreeModule( hmIconv );
hmIconv = NULLHANDLE;
return FALSE;
}
debug("DLL %s used", pszName);
return TRUE;
} while (FALSE);
static void _init()
{
if ( fn_iconv_open != NULL )
// Already was initialized.
return;
// Try to load kiconv.dll, iconv2.dll or iconv.dll.
if ( !_loadDLL( "KICONV", "_libiconv_open", "_libiconv", "_libiconv_close" )
&& !_loadDLL( "ICONV2", "_libiconv_open", "_libiconv", "_libiconv_close" )
&& !_loadDLL( "ICONV", "_iconv_open", "_iconv", "_iconv_close" ) )
{
// No one DLL was loaded - use OS/2 conversion objects API.
debug( "Uni*() API used" );
fn_iconv_open = os2_iconv_open;
fn_iconv = os2_iconv;
fn_iconv_close = os2_iconv_close;
}
}
// Public routines.
// ----------------
// Non-standard function for iconv to unload the used dynamic library.
void libiconv_clean()
{
if ( hmIconv != NULLHANDLE )
{
DosFreeModule( hmIconv );
DosFreeModule(hmIconv);
hmIconv = NULLHANDLE;
return FALSE;
}
fn_iconv_open = NULL;
fn_iconv = NULL;
fn_iconv_close = NULL;
}
static void _init(void)
{
if (fn_iconv_open != NULL) /* Already was initialized */
return;
/* Try to load kiconv.dll, iconv2.dll or iconv.dll */
if (!_loadDLL("KICONV", "_libiconv_open", "_libiconv", "_libiconv_close") &&
!_loadDLL("ICONV2", "_libiconv_open", "_libiconv", "_libiconv_close") &&
!_loadDLL("ICONV", "_iconv_open", "_iconv", "_iconv_close") ) {
/* No DLL was loaded - use OS/2 conversion objects API */
debug("Uni*() API used");
fn_iconv_open = os2_iconv_open;
fn_iconv = os2_iconv;
fn_iconv_close = os2_iconv_close;
}
}
/* Public routines.
* ----------------
*/
/* Non-standard function for iconv to unload the used dynamic library */
void libiconv_clean(void)
{
if (hmIconv != NULLHANDLE) {
DosFreeModule(hmIconv);
hmIconv = NULLHANDLE;
fn_iconv_open = NULL;
fn_iconv = NULL;
fn_iconv_close = NULL;
}
}
iconv_t libiconv_open(const char* tocode, const char* fromcode)
{
_init();
return fn_iconv_open( tocode, fromcode );
_init();
return fn_iconv_open(tocode, fromcode);
}
size_t libiconv(iconv_t cd, char* * inbuf, size_t *inbytesleft,
char* * outbuf, size_t *outbytesleft)
{
return fn_iconv( cd, inbuf, inbytesleft, outbuf, outbytesleft );
return fn_iconv(cd, inbuf, inbytesleft, outbuf, outbytesleft);
}
int libiconv_close(iconv_t cd)
{
return fn_iconv_close( cd );
return fn_iconv_close(cd);
}
/* vi: set ts=4 sw=4 expandtab: */

51
src/core/os2/geniconv/geniconv.h
View File

@@ -47,34 +47,39 @@
#define iconv_clean libiconv_clean
// Non-standard function for iconv to unload the used dynamic library.
void libiconv_clean();
/* Non-standard function for iconv to unload the used dynamic library */
void libiconv_clean(void);
iconv_t libiconv_open(const char* tocode, const char* fromcode);
size_t libiconv(iconv_t cd, char* * inbuf, size_t *inbytesleft,
char* * outbuf, size_t *outbytesleft);
int libiconv_close(iconv_t cd);
iconv_t libiconv_open (const char *tocode, const char *fromcode);
int libiconv_close(iconv_t cd);
size_t libiconv (iconv_t cd, char **inbuf, size_t *inbytesleft,
char **outbuf, size_t *outbytesleft);
// System codepage <-> UTF-8.
// StrUTF8()
// Coverts string from system cp to UTF-8 (fToUTF8 is not 0) or from UTF-8 to
// the system cp (fToUTF8 is 0). Converted ASCIIZ string will be placed at the
// buffer pcDst, up to cbDst - 1 (for sys->utf8) or 2 (for utf8->sys) bytes.
// Returns the number of bytes written into pcDst, not counting the terminating
// 0 byte(s) or -1 on error.
/* System codepage <-> UTF-8
*
* StrUTF8()
* Coverts string from system cp to UTF-8 (fToUTF8 is not 0) or from UTF-8 to
* the system cp (fToUTF8 is 0). Converted ASCIIZ string will be placed at the
* buffer pcDst, up to cbDst - 1 (for sys->utf8) or 2 (for utf8->sys) bytes.
* Returns the number of bytes written into pcDst, not counting the terminating
* 0 byte(s) or -1 on error.
*/
int StrUTF8(int fToUTF8, char *pcDst, int cbDst, char *pcSrc, int cbSrc);
// StrUTF8New()
// Coverts string from system cp to UTF-8 (fToUTF8 is not 0) or from UTF-8 to
// the system cp (fToUTF8 is 0). Memory for the new string is obtained by
// using libc malloc().
// Returns converted string, terminating two bytes 0 is appended to the result.
// Returns null on error.
/* StrUTF8New()
* Coverts string from system cp to UTF-8 (fToUTF8 is not 0) or from UTF-8 to
* the system cp (fToUTF8 is 0). Memory for the new string is obtained by
* using libc malloc().
* Returns converted string, terminating two bytes 0 is appended to the result.
* Returns null on error.
*/
char *StrUTF8New(int fToUTF8, char *pcStr, int cbStr);
// StrUTF8Free()
// Deallocates the memory block located by StrUTF8New() (just libc free()).
/* StrUTF8Free()
* Deallocates the memory block located by StrUTF8New() (just libc free()).
*/
void StrUTF8Free(char *pszStr);
#endif // GENICONV_H
#endif /* GENICONV_H */
/* vi: set ts=4 sw=4 expandtab: */

194
src/core/os2/geniconv/os2cp.c
View File

@@ -28,17 +28,16 @@
#include "os2cp.h"
typedef struct _CP2NAME {
ULONG ulCode;
PSZ pszName;
ULONG ulCode;
PSZ pszName;
} CP2NAME;
typedef struct _NAME2CP {
PSZ pszName;
ULONG ulCode;
PSZ pszName;
ULONG ulCode;
} NAME2CP;
static CP2NAME aCP2Name[] =
{
static CP2NAME aCP2Name[] = {
{367, "ANSI_X3.4-1968"},
{813, "ECMA-118"},
{819, "CP819"},
@@ -85,8 +84,7 @@ static CP2NAME aCP2Name[] =
{62210, "HEBREW"}
};
static NAME2CP aName2CP[] =
{
static NAME2CP aName2CP[] = {
{"850", 850},
{"862", 862},
{"866", 866},
@@ -297,109 +295,107 @@ static NAME2CP aName2CP[] =
{"X0201", 896}
};
char * os2cpToName(unsigned long cp)
char *os2cpToName(unsigned long cp)
{
ULONG ulLo = 0;
ULONG ulHi = ( sizeof(aCP2Name) / sizeof(struct _CP2NAME) ) - 1;
ULONG ulNext;
LONG lFound = -1;
ULONG ulLo = 0;
ULONG ulHi = (sizeof(aCP2Name) / sizeof(struct _CP2NAME)) - 1;
ULONG ulNext;
LONG lFound = -1;
if ( cp == SYSTEM_CP )
{
ULONG aulCP[3];
ULONG cCP;
if (cp == SYSTEM_CP) {
ULONG aulCP[3];
ULONG cCP;
if ( DosQueryCp( sizeof(aulCP), aulCP, &cCP ) != NO_ERROR )
return NULL;
if (DosQueryCp(sizeof(aulCP), aulCP, &cCP) != NO_ERROR)
return NULL;
cp = aulCP[0];
}
if ( ( aCP2Name[0].ulCode > cp ) || ( aCP2Name[ulHi].ulCode < cp ) )
return NULL;
if ( aCP2Name[0].ulCode == cp )
return aCP2Name[0].pszName;
if ( aCP2Name[ulHi].ulCode == cp )
return aCP2Name[ulHi].pszName;
while( ( ulHi - ulLo ) > 1 )
{
ulNext = ( ulLo + ulHi ) / 2;
if ( aCP2Name[ulNext].ulCode < cp )
ulLo = ulNext;
else if ( aCP2Name[ulNext].ulCode > cp )
ulHi = ulNext;
else
{
lFound = ulNext;
break;
cp = aulCP[0];
}
}
return lFound == -1 ? NULL : aCP2Name[lFound].pszName;
if (aCP2Name[0].ulCode > cp || aCP2Name[ulHi].ulCode < cp)
return NULL;
if (aCP2Name[0].ulCode == cp)
return aCP2Name[0].pszName;
if (aCP2Name[ulHi].ulCode == cp)
return aCP2Name[ulHi].pszName;
while ((ulHi - ulLo) > 1) {
ulNext = (ulLo + ulHi) / 2;
if (aCP2Name[ulNext].ulCode < cp)
ulLo = ulNext;
else if (aCP2Name[ulNext].ulCode > cp)
ulHi = ulNext;
else {
lFound = ulNext;
break;
}
}
return (lFound == -1)? NULL : aCP2Name[lFound].pszName;
}
unsigned long os2cpFromName(char *cp)
{
ULONG ulLo = 0;
ULONG ulHi = ( sizeof(aName2CP) / sizeof(struct _NAME2CP) ) - 1;
ULONG ulNext;
LONG lFound = -1;
LONG lCmp;
PCHAR pcEnd;
CHAR acBuf[64];
ULONG ulLo = 0;
ULONG ulHi = (sizeof(aName2CP) / sizeof(struct _NAME2CP)) - 1;
ULONG ulNext;
LONG lFound = -1;
LONG lCmp;
PCHAR pcEnd;
CHAR acBuf[64];
if ( cp == NULL )
{
ULONG aulCP[3];
ULONG cCP;
if (cp == NULL) {
ULONG aulCP[3];
ULONG cCP;
return DosQueryCp( sizeof(aulCP), aulCP, &cCP ) != NO_ERROR ? 0 : aulCP[0];
}
while( isspace( *cp ) ) cp++;
pcEnd = strchr( cp, ' ' );
if ( pcEnd == NULL )
pcEnd = strchr( cp, '\0' );
ulNext = pcEnd - cp;
if ( ulNext >= sizeof(acBuf) )
return 0;
memcpy( acBuf, cp, ulNext );
acBuf[ulNext] = '\0';
strupr( acBuf );
lCmp = strcmp( aName2CP[0].pszName, acBuf );
if ( lCmp > 0 )
return 0;
else if ( lCmp == 0 )
return aName2CP[0].ulCode;
lCmp = strcmp( aName2CP[ulHi].pszName, acBuf );
if ( lCmp < 0 )
return 0;
else if ( lCmp == 0 )
return aName2CP[ulHi].ulCode;
while( ( ulHi - ulLo ) > 1 )
{
ulNext = ( ulLo + ulHi ) / 2;
lCmp = strcmp( aName2CP[ulNext].pszName, acBuf );
if ( lCmp < 0 )
ulLo = ulNext;
else if ( lCmp > 0 )
ulHi = ulNext;
else
{
lFound = ulNext;
break;
return (DosQueryCp(sizeof(aulCP), aulCP, &cCP) != NO_ERROR)? 0 : aulCP[0];
}
}
return lFound == -1 ? 0 : aName2CP[lFound].ulCode;
while (isspace(*cp))
cp++;
pcEnd = strchr(cp, ' ');
if (pcEnd == NULL)
pcEnd = strchr(cp, '\0');
ulNext = pcEnd - cp;
if (ulNext >= sizeof(acBuf))
return 0;
memcpy(acBuf, cp, ulNext);
acBuf[ulNext] = '\0';
strupr(acBuf);
lCmp = strcmp(aName2CP[0].pszName, acBuf);
if (lCmp > 0)
return 0;
else if (lCmp == 0)
return aName2CP[0].ulCode;
lCmp = strcmp(aName2CP[ulHi].pszName, acBuf);
if (lCmp < 0)
return 0;
else if (lCmp == 0)
return aName2CP[ulHi].ulCode;
while ((ulHi - ulLo) > 1) {
ulNext = (ulLo + ulHi) / 2;
lCmp = strcmp(aName2CP[ulNext].pszName, acBuf);
if (lCmp < 0)
ulLo = ulNext;
else if (lCmp > 0)
ulHi = ulNext;
else {
lFound = ulNext;
break;
}
}
return (lFound == -1)? 0 : aName2CP[lFound].ulCode;
}
/* vi: set ts=4 sw=4 expandtab: */

6
src/core/os2/geniconv/os2cp.h
View File

@@ -24,7 +24,9 @@
#define SYSTEM_CP 0
char * os2cpToName(unsigned long cp);
char *os2cpToName(unsigned long cp);
unsigned long os2cpFromName(char *cp);
#endif // OS2CP_H
#endif /* OS2CP_H */
/* vi: set ts=4 sw=4 expandtab: */

325
src/core/os2/geniconv/os2iconv.c
View File

@@ -39,7 +39,7 @@
#endif
#include "os2cp.h"
#define MAX_CP_NAME_LEN 64
#define MAX_CP_NAME_LEN 64
typedef struct iuconv_obj {
UconvObject uo_tocode;
@@ -54,232 +54,211 @@ typedef struct iuconv_obj {
static int _createUconvObj(const char *code, UconvObject *uobj)
{
UniChar uc_code[MAX_CP_NAME_LEN];
int i;
const char *ch = code;
UniChar uc_code[MAX_CP_NAME_LEN];
int i;
const char *ch = code;
if ( code == NULL )
uc_code[0] = 0;
else
{
for( i = 0; i < MAX_CP_NAME_LEN; i++ )
{
uc_code[i] = (unsigned short)*ch;
if ( !(*ch) ) break;
ch++;
if (code == NULL)
uc_code[0] = 0;
else {
for (i = 0; i < MAX_CP_NAME_LEN; i++) {
uc_code[i] = (unsigned short)*ch;
if (! (*ch))
break;
ch++;
}
}
}
return UniCreateUconvObject( uc_code, uobj );
return UniCreateUconvObject(uc_code, uobj);
}
static int uconv_open(const char *code, UconvObject *uobj)
{
int rc;
int rc;
if ( !stricmp( code, "UTF-16" ) )
{
*uobj = NULL;
return ULS_SUCCESS;
}
if (!stricmp(code, "UTF-16")) {
*uobj = NULL;
return ULS_SUCCESS;
}
rc = _createUconvObj( code, uobj );
if ( rc != ULS_SUCCESS )
{
unsigned long cp = os2cpFromName( (char *)code );
char cp_name[16];
rc = _createUconvObj(code, uobj);
if (rc != ULS_SUCCESS) {
unsigned long cp = os2cpFromName((char *)code);
char cp_name[16];
if ( cp != 0 && _snprintf( cp_name, sizeof(cp_name), "IBM-%u", cp ) > 0 )
rc = _createUconvObj( cp_name, uobj );
}
if (cp != 0 && _snprintf(cp_name, sizeof(cp_name), "IBM-%u", cp) > 0)
rc = _createUconvObj(cp_name, uobj);
}
return rc;
return rc;
}
extern iconv_t _System os2_iconv_open(const char* tocode, const char* fromcode)
{
UconvObject uo_tocode;
UconvObject uo_fromcode;
int rc;
iuconv_obj *iuobj;
UconvObject uo_tocode;
UconvObject uo_fromcode;
int rc;
iuconv_obj *iuobj;
if ( tocode == NULL )
tocode = "";
if (tocode == NULL)
tocode = "";
if ( fromcode == NULL )
fromcode = "";
if (fromcode == NULL)
fromcode = "";
if ( stricmp(tocode, fromcode) != 0 )
{
rc = uconv_open( fromcode, &uo_fromcode );
if ( rc != ULS_SUCCESS )
{
errno = EINVAL;
return (iconv_t)(-1);
if (stricmp(tocode, fromcode) != 0) {
rc = uconv_open(fromcode, &uo_fromcode);
if (rc != ULS_SUCCESS) {
errno = EINVAL;
return (iconv_t)(-1);
}
rc = uconv_open(tocode, &uo_tocode);
if (rc != ULS_SUCCESS) {
UniFreeUconvObject(uo_fromcode);
errno = EINVAL;
return (iconv_t)(-1);
}
} else {
uo_tocode = NULL;
uo_fromcode = NULL;
}
rc = uconv_open( tocode, &uo_tocode );
if ( rc != ULS_SUCCESS )
{
UniFreeUconvObject( uo_fromcode );
errno = EINVAL;
return (iconv_t)(-1);
}
}
else {
uo_tocode = NULL;
uo_fromcode = NULL;
}
iuobj = malloc( sizeof(iuconv_obj) );
iuobj->uo_tocode = uo_tocode;
iuobj->uo_fromcode = uo_fromcode;
iuobj->buf_len = 0;
iuobj->buf = NULL;
iuobj = malloc(sizeof(iuconv_obj));
iuobj->uo_tocode = uo_tocode;
iuobj->uo_fromcode = uo_fromcode;
iuobj->buf_len = 0;
iuobj->buf = NULL;
#ifdef ICONV_THREAD_SAFE
DosCreateMutexSem( NULL, &iuobj->hMtx, 0, FALSE );
DosCreateMutexSem(NULL, &iuobj->hMtx, 0, FALSE);
#endif
return iuobj;
return iuobj;
}
extern size_t _System os2_iconv(iconv_t cd, char* * inbuf,
size_t *inbytesleft,
char* * outbuf, size_t *outbytesleft)
{
UconvObject uo_tocode = ((iuconv_obj *)(cd))->uo_tocode;
UconvObject uo_fromcode = ((iuconv_obj *)(cd))->uo_fromcode;
size_t nonIdenticalConv = 0;
UniChar *uc_buf;
size_t uc_buf_len;
UniChar **uc_str;
size_t *uc_str_len;
int rc;
size_t ret = (size_t)(-1);
UconvObject uo_tocode = ((iuconv_obj *)(cd))->uo_tocode;
UconvObject uo_fromcode = ((iuconv_obj *)(cd))->uo_fromcode;
size_t nonIdenticalConv = 0;
UniChar *uc_buf;
size_t uc_buf_len;
UniChar **uc_str;
size_t *uc_str_len;
int rc;
size_t ret = (size_t)(-1);
if ( uo_tocode == NULL && uo_fromcode == NULL )
{
uc_buf_len = min( *inbytesleft, *outbytesleft );
memcpy( *outbuf, *inbuf, uc_buf_len );
*inbytesleft -= uc_buf_len;
*outbytesleft -= uc_buf_len;
outbuf += uc_buf_len;
inbuf += uc_buf_len;
return uc_buf_len;
}
if (uo_tocode == NULL && uo_fromcode == NULL) {
uc_buf_len = min(*inbytesleft, *outbytesleft);
memcpy(*outbuf, *inbuf, uc_buf_len);
*inbytesleft -= uc_buf_len;
*outbytesleft -= uc_buf_len;
outbuf += uc_buf_len;
inbuf += uc_buf_len;
return uc_buf_len;
}
#ifdef ICONV_THREAD_SAFE
DosRequestMutexSem( ((iuconv_obj *)(cd))->hMtx, SEM_INDEFINITE_WAIT );
DosRequestMutexSem(((iuconv_obj *)(cd))->hMtx, SEM_INDEFINITE_WAIT);
#endif
if ( uo_tocode && uo_fromcode &&
(( ((iuconv_obj *)(cd))->buf_len >> 1 ) < (*inbytesleft)) )
{
if ( ( ((iuconv_obj *)(cd))->buf ) != NULL )
free( ((iuconv_obj *)(cd))->buf );
((iuconv_obj *)(cd))->buf_len = *inbytesleft << 1;
((iuconv_obj *)(cd))->buf = (UniChar *)malloc( ((iuconv_obj *)(cd))->buf_len );
}
if (uo_tocode && uo_fromcode &&
(((iuconv_obj *)cd)->buf_len >> 1) < *inbytesleft) {
if (((iuconv_obj *)cd)->buf != NULL)
free(((iuconv_obj *)cd)->buf);
((iuconv_obj *)cd)->buf_len = *inbytesleft << 1;
((iuconv_obj *)cd)->buf = (UniChar *)malloc(((iuconv_obj *)cd)->buf_len);
}
if ( uo_fromcode )
{
if ( uo_tocode )
{
uc_buf = ((iuconv_obj *)(cd))->buf;
uc_buf_len = ((iuconv_obj *)(cd))->buf_len;
uc_str = &uc_buf;
}
else {
uc_str = (UniChar **)outbuf;
uc_buf_len = *outbytesleft;
}
uc_buf_len = uc_buf_len >> 1;
uc_str_len = &uc_buf_len;
rc = UniUconvToUcs( uo_fromcode, (void **)inbuf, inbytesleft,
uc_str, uc_str_len, &nonIdenticalConv );
uc_buf_len = uc_buf_len << 1;
if ( !uo_tocode )
*outbytesleft = uc_buf_len;
if (uo_fromcode) {
if (uo_tocode) {
uc_buf = ((iuconv_obj *)cd)->buf;
uc_buf_len = ((iuconv_obj *)cd)->buf_len;
uc_str = &uc_buf;
} else {
uc_str = (UniChar **)outbuf;
uc_buf_len = *outbytesleft;
}
uc_buf_len = uc_buf_len >> 1;
uc_str_len = &uc_buf_len;
rc = UniUconvToUcs(uo_fromcode, (void **)inbuf, inbytesleft,
uc_str, uc_str_len, &nonIdenticalConv);
uc_buf_len = uc_buf_len << 1;
if (!uo_tocode)
*outbytesleft = uc_buf_len;
if ( rc != ULS_SUCCESS )
{
errno = EILSEQ;
goto done;
if (rc != ULS_SUCCESS) {
errno = EILSEQ;
goto done;
} else if (*inbytesleft && !*uc_str_len) {
errno = E2BIG;
goto done;
}
if (!uo_tocode)
return nonIdenticalConv;
uc_buf = ((iuconv_obj *)cd)->buf;
uc_buf_len = ((iuconv_obj *)cd)->buf_len - uc_buf_len;
uc_str = &uc_buf;
uc_str_len = &uc_buf_len;
} else {
uc_str = (UniChar **)inbuf;
uc_str_len = inbytesleft;
}
else
if ( *inbytesleft && !*uc_str_len )
{
*uc_str_len = *uc_str_len>>1;
rc = UniUconvFromUcs(uo_tocode, uc_str, uc_str_len, (void **)outbuf,
outbytesleft, &nonIdenticalConv);
if (rc != ULS_SUCCESS) {
switch (rc) {
case ULS_BUFFERFULL:
errno = E2BIG;
break;
case ULS_ILLEGALSEQUENCE:
errno = EILSEQ;
break;
case ULS_INVALID:
errno = EINVAL;
break;
}
goto done;
} else if (*uc_str_len && !*outbytesleft) {
errno = E2BIG;
goto done;
}
if ( !uo_tocode )
return nonIdenticalConv;
uc_buf = ((iuconv_obj *)(cd))->buf;
uc_buf_len = ((iuconv_obj *)(cd))->buf_len - uc_buf_len;
uc_str = &uc_buf;
uc_str_len = &uc_buf_len;
}
else {
uc_str = (UniChar **)inbuf;
uc_str_len = inbytesleft;
}
*uc_str_len = *uc_str_len>>1;
rc = UniUconvFromUcs( uo_tocode, uc_str, uc_str_len, (void **)outbuf,
outbytesleft, &nonIdenticalConv );
if ( rc != ULS_SUCCESS )
{
switch ( rc )
{
case ULS_BUFFERFULL:
errno = E2BIG;
break;
case ULS_ILLEGALSEQUENCE:
errno = EILSEQ;
break;
case ULS_INVALID:
errno = EINVAL;
break;
}
goto done;
}
else
if ( *uc_str_len && !*outbytesleft )
{
errno = E2BIG;
goto done;
}
ret = nonIdenticalConv;
ret = nonIdenticalConv;
done:
#ifdef ICONV_THREAD_SAFE
DosReleaseMutexSem( ((iuconv_obj *)(cd))->hMtx );
DosReleaseMutexSem(((iuconv_obj *)cd)->hMtx);
#endif
return ret;
return ret;
}
extern int _System os2_iconv_close(iconv_t cd)
int _System os2_iconv_close(iconv_t cd)
{
if ( !cd )
return 0;
if (!cd) return 0;
#ifdef ICONV_THREAD_SAFE
DosCloseMutexSem( ((iuconv_obj *)(cd))->hMtx );
DosCloseMutexSem(((iuconv_obj *)cd)->hMtx);
#endif
if ( ((iuconv_obj *)(cd))->uo_tocode != NULL )
UniFreeUconvObject( ((iuconv_obj *)(cd))->uo_tocode );
if ( ((iuconv_obj *)(cd))->uo_fromcode != NULL )
UniFreeUconvObject( ((iuconv_obj *)(cd))->uo_fromcode );
if (((iuconv_obj *)cd)->uo_tocode != NULL)
UniFreeUconvObject(((iuconv_obj *)cd)->uo_tocode);
if (((iuconv_obj *)cd)->uo_fromcode != NULL)
UniFreeUconvObject(((iuconv_obj *)cd)->uo_fromcode);
if ( ( ((iuconv_obj *)(cd))->buf ) != NULL )
free( ((iuconv_obj *)(cd))->buf );
if (((iuconv_obj *)cd)->buf != NULL)
free(((iuconv_obj *)cd)->buf);
free(cd);
free(cd);
return 0;
return 0;
}
/* vi: set ts=4 sw=4 expandtab: */

136
src/core/os2/geniconv/sys2utf8.c
View File

@@ -24,94 +24,84 @@
int StrUTF8(int fToUTF8, char *pcDst, int cbDst, char *pcSrc, int cbSrc)
{
size_t rc;
char *pcDstStart = pcDst;
iconv_t cd;
char *pszToCP, *pszFromCP;
int fError = 0;
size_t rc;
char *pcDstStart = pcDst;
iconv_t cd;
char *pszToCP, *pszFromCP;
int fError = 0;
if ( cbDst < 4 )
return -1;
if (cbDst < 4)
return -1;
if ( fToUTF8 )
{
pszToCP = "UTF-8";
pszFromCP = "";
}
else
{
pszToCP = "";
pszFromCP = "UTF-8";
}
cd = iconv_open( pszToCP, pszFromCP );
if ( cd == (iconv_t)-1 )
return -1;
while( cbSrc > 0 )
{
rc = iconv( cd, &pcSrc, (size_t *)&cbSrc, &pcDst, (size_t *)&cbDst );
if ( rc == (size_t)-1 )
{
if ( errno == EILSEQ )
{
// Try to skip invalid character.
pcSrc++;
cbSrc--;
continue;
}
fError = 1;
break;
if (fToUTF8) {
pszToCP = "UTF-8";
pszFromCP = "";
} else {
pszToCP = "";
pszFromCP = "UTF-8";
}
}
iconv_close( cd );
cd = iconv_open(pszToCP, pszFromCP);
if (cd == (iconv_t)-1)
return -1;
// Write trailing ZERO (1 byte for UTF-8, 2 bytes for the system cp).
if ( fToUTF8 )
{
if ( cbDst < 1 )
{
pcDst--;
fError = 1; // The destination buffer overflow.
while (cbSrc > 0) {
rc = iconv(cd, &pcSrc, (size_t *)&cbSrc, &pcDst, (size_t *)&cbDst);
if (rc == (size_t)-1) {
if (errno == EILSEQ) {
/* Try to skip invalid character */
pcSrc++;
cbSrc--;
continue;
}
fError = 1;
break;
}
}
*pcDst = '\0';
}
else
{
if ( cbDst < 2 )
{
pcDst -= ( cbDst == 0 ) ? 2 : 1;
fError = 1; // The destination buffer overflow.
}
*((short *)pcDst) = '\0';
}
return fError ? -1 : ( pcDst - pcDstStart );
iconv_close(cd);
/* Write trailing ZERO (1 byte for UTF-8, 2 bytes for the system cp) */
if (fToUTF8) {
if (cbDst < 1) {
pcDst--;
fError = 1; /* The destination buffer overflow */
}
*pcDst = '\0';
} else {
if (cbDst < 2) {
pcDst -= (cbDst == 0)? 2 : 1;
fError = 1; /* The destination buffer overflow */
}
*((short *)pcDst) = '\0';
}
return (fError) ? -1 : (pcDst - pcDstStart);
}
char *StrUTF8New(int fToUTF8, char *pcStr, int cbStr)
{
int cbNewStr = ( ( cbStr > 4 ? cbStr : 4 ) + 1 ) * 2;
char *pszNewStr = malloc( cbNewStr );
int cbNewStr = (((cbStr > 4)? cbStr : 4) + 1) * 2;
char *pszNewStr = malloc(cbNewStr);
if ( pszNewStr == NULL )
if (pszNewStr == NULL)
return NULL;
cbNewStr = StrUTF8(fToUTF8, pszNewStr, cbNewStr, pcStr, cbStr);
if (cbNewStr != -1) {
pcStr = realloc(pszNewStr, cbNewStr + ((fToUTF8)? 1 : sizeof(short)));
if (pcStr != NULL)
return pcStr;
}
free(pszNewStr);
return NULL;
cbNewStr = StrUTF8( fToUTF8, pszNewStr, cbNewStr, pcStr, cbStr );
if ( cbNewStr != -1 )
{
pcStr = realloc( pszNewStr, cbNewStr + ( fToUTF8 ? 1 : sizeof(short) ) );
if ( pcStr != NULL )
return pcStr;
}
free( pszNewStr );
return NULL;
}
void StrUTF8Free(char *pszStr)
{
free( pszStr );
free(pszStr);
}
/* vi: set ts=4 sw=4 expandtab: */

61
src/core/os2/geniconv/test.c
View File

@@ -26,43 +26,44 @@
int main(void)
{
char acBuf[128];
char *inbuf = "<EFBFBD><EFBFBD><EFBFBD><EFBFBD> - <20><><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD>"; // KOI8-R string.
size_t inbytesleft = strlen( inbuf );
char *outbuf = &acBuf;
size_t outbytesleft = sizeof( acBuf );
iconv_t ic;
char acBuf[128];
char *inbuf = "<EFBFBD><EFBFBD><EFBFBD><EFBFBD> - <20><><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD><EFBFBD>"; /* KOI8-R string */
size_t inbytesleft = strlen(inbuf);
char *outbuf = acBuf;
size_t outbytesleft = sizeof(acBuf);
iconv_t ic;
// KOI8 -> system cp.
/* KOI8 -> system cp */
ic = iconv_open("", "KOI8-R");
if (ic == (iconv_t)(-1)) {
puts("iconv_open() fail");
return 1;
}
ic = iconv_open( "", "KOI8-R" );
if ( ic == (iconv_t)(-1) )
{
puts( "iconv_open() fail" );
return 1;
}
iconv(ic, &inbuf, &inbytesleft, &outbuf, &outbytesleft);
printf("KOI8-R to system cp: %s\n", acBuf);
iconv( ic, &inbuf, &inbytesleft, &outbuf, &outbytesleft );
printf( "KOI8-R to system cp.: %s\n", &acBuf );
iconv_close(ic);
iconv_close( ic );
/* System cp -> UTF-8 -> system cp: */
// System cp. -> UTF-8 -> system cp.
/* System cp -> UTF-8 by StrUTF8New() */
inbuf = StrUTF8New(1, acBuf, strlen(acBuf));
// System cp. -> UTF-8 by StrUTF8New().
inbuf = StrUTF8New( 1, &acBuf, strlen( &acBuf ) );
/* UTF-8 -> system cp. by StrUTF8() */
if (StrUTF8(0, &acBuf, sizeof(acBuf), inbuf, strlen(inbuf)) == -1) {
puts("StrUTF8() failed");
} else {
printf("system cp. -> UTF-8 -> system cp.: %s\n", &acBuf);
}
// UTF-8 -> system cp. by StrUTF8().
if ( StrUTF8( 0, &acBuf, sizeof(acBuf), inbuf, strlen( inbuf ) ) == -1 )
puts( "StrUTF8() failed" );
else
printf( "system cp. -> UTF-8 -> system cp.: %s\n", &acBuf );
free(inbuf);
free( inbuf );
/* Unload used DLL */
iconv_clean();
// Unload used DLL.
iconv_clean();
puts( "Done." );
return 0;
puts("Done.");
return 0;
}
/* vi: set ts=4 sw=4 expandtab: */

128
src/filesystem/os2/SDL_sysfilesystem.c
View File

@@ -38,90 +38,90 @@
char *
SDL_GetBasePath(void)
{
PTIB tib;
PPIB pib;
ULONG ulRC = DosGetInfoBlocks(&tib, &pib);
PCHAR pcEnd;
ULONG cbResult;
CHAR acBuf[_MAX_PATH];
PTIB tib;
PPIB pib;
ULONG ulRC = DosGetInfoBlocks(&tib, &pib);
PCHAR pcEnd;
ULONG cbResult;
CHAR acBuf[_MAX_PATH];
if (ulRC != NO_ERROR) {
debug("DosGetInfoBlocks() failed, rc = %u", ulRC);
return NULL;
}
pcEnd = SDL_strrchr(pib->pib_pchcmd, '\\');
if (pcEnd != NULL)
pcEnd++;
else {
if (pib->pib_pchcmd[1] == ':')
pcEnd = &pib->pib_pchcmd[2];
else {
SDL_SetError("No path in pib->pib_pchcmd");
return NULL;
if (ulRC != NO_ERROR) {
debug_os2("DosGetInfoBlocks() failed, rc = %u", ulRC);
return NULL;
}
}
cbResult = pcEnd - pib->pib_pchcmd;
SDL_memcpy(acBuf, pib->pib_pchcmd, cbResult);
acBuf[cbResult] = '\0';
pcEnd = SDL_strrchr(pib->pib_pchcmd, '\\');
if (pcEnd != NULL)
pcEnd++;
else {
if (pib->pib_pchcmd[1] == ':')
pcEnd = &pib->pib_pchcmd[2];
else {
SDL_SetError("No path in pib->pib_pchcmd");
return NULL;
}
}
return OS2_SysToUTF8(acBuf);
cbResult = pcEnd - pib->pib_pchcmd;
SDL_memcpy(acBuf, pib->pib_pchcmd, cbResult);
acBuf[cbResult] = '\0';
return OS2_SysToUTF8(acBuf);
}
char *
SDL_GetPrefPath(const char *org, const char *app)
{
PSZ pszPath;
CHAR acBuf[_MAX_PATH];
int lPosApp, lPosOrg;
PSZ pszApp, pszOrg;
PSZ pszPath;
CHAR acBuf[_MAX_PATH];
int lPosApp, lPosOrg;
PSZ pszApp, pszOrg;
if (!app) {
SDL_InvalidParamError("app");
return NULL;
}
if (!app) {
SDL_InvalidParamError("app");
return NULL;
}
pszPath = SDL_getenv( "HOME" );
if (!pszPath) {
pszPath = SDL_getenv( "ETC" );
pszPath = SDL_getenv("HOME");
if (!pszPath) {
SDL_SetError("HOME or ETC environment not set");
return NULL;
pszPath = SDL_getenv("ETC");
if (!pszPath) {
SDL_SetError("HOME or ETC environment not set");
return NULL;
}
}
}
if (!org) {
lPosApp = SDL_snprintf(acBuf, sizeof(acBuf) - 1, "%s", pszPath);
} else {
pszOrg = OS2_UTF8ToSys(org);
if (!pszOrg) {
SDL_OutOfMemory();
return NULL;
if (!org) {
lPosApp = SDL_snprintf(acBuf, sizeof(acBuf) - 1, "%s", pszPath);
} else {
pszOrg = OS2_UTF8ToSys(org);
if (!pszOrg) {
SDL_OutOfMemory();
return NULL;
}
lPosApp = SDL_snprintf(acBuf, sizeof(acBuf) - 1, "%s\\%s", pszPath, pszOrg);
SDL_free(pszOrg);
}
lPosApp = SDL_snprintf(acBuf, sizeof(acBuf) - 1, "%s\\%s", pszPath, pszOrg);
SDL_free(pszOrg);
}
if (lPosApp < 0)
return NULL;
if (lPosApp < 0)
return NULL;
DosCreateDir(acBuf, NULL);
DosCreateDir(acBuf, NULL);
pszApp = OS2_UTF8ToSys(app);
if (!pszApp) {
SDL_OutOfMemory();
return NULL;
}
pszApp = OS2_UTF8ToSys(app);
if (!pszApp) {
SDL_OutOfMemory();
return NULL;
}
lPosOrg = SDL_snprintf(&acBuf[lPosApp], sizeof(acBuf) - lPosApp - 1, "\\%s", pszApp);
SDL_free(pszApp);
if (lPosOrg < 0)
return NULL;
lPosOrg = SDL_snprintf(&acBuf[lPosApp], sizeof(acBuf) - lPosApp - 1, "\\%s", pszApp);
SDL_free(pszApp);
if (lPosOrg < 0)
return NULL;
DosCreateDir(acBuf, NULL);
*((PUSHORT)&acBuf[lPosApp + lPosOrg]) = (USHORT)'\0\\';
DosCreateDir(acBuf, NULL);
*((PUSHORT)&acBuf[lPosApp + lPosOrg]) = (USHORT)'\0\\';
return OS2_SysToUTF8(acBuf);
return OS2_SysToUTF8(acBuf);
}
#endif /* SDL_FILESYSTEM_OS2 */

43
src/loadso/os2/SDL_sysloadso.c
View File

@@ -35,41 +35,42 @@
void *
SDL_LoadObject(const char *sofile)
{
ULONG ulRC;
HMODULE hModule;
PSZ pszModName = OS2_UTF8ToSys( sofile );
CHAR acError[256];
ULONG ulRC;
HMODULE hModule;
PSZ pszModName = OS2_UTF8ToSys(sofile);
CHAR acError[256];
ulRC = DosLoadModule(acError, sizeof(acError), pszModName, &hModule);
SDL_free(pszModName);
if (ulRC != NO_ERROR) {
SDL_SetError( "Failed loading %s (E%u)", acError, ulRC );
return NULL;
}
ulRC = DosLoadModule(acError, sizeof(acError), pszModName, &hModule);
SDL_free(pszModName);
if (ulRC != NO_ERROR) {
SDL_SetError("Failed loading %s (E%u)", acError, ulRC);
return NULL;
}
return (void *)hModule;
return (void *)hModule;
}
void *
SDL_LoadFunction(void *handle, const char *name)
{
ULONG ulRC;
PFN pFN;
ULONG ulRC;
PFN pFN;
ulRC = DosQueryProcAddr((HMODULE)handle, 0, name, &pFN);
if (ulRC != NO_ERROR) {
SDL_SetError( "Failed loading procedure %s (E%u)", name, ulRC );
return NULL;
}
ulRC = DosQueryProcAddr((HMODULE)handle, 0, name, &pFN);
if (ulRC != NO_ERROR) {
SDL_SetError("Failed loading procedure %s (E%u)", name, ulRC);
return NULL;
}
return (void *)pFN;
return (void *)pFN;
}
void
SDL_UnloadObject(void *handle)
{
if (handle != NULL)
DosFreeModule( (HMODULE)handle );
if (handle != NULL) {
DosFreeModule((HMODULE)handle);
}
}
#endif /* SDL_LOADSO_OS2 */

95
src/thread/os2/SDL_sysmutex.c
View File

@@ -32,99 +32,96 @@
#define INCL_DOSERRORS
#include <os2.h>
struct SDL_mutex
{
ULONG ulHandle;
struct SDL_mutex {
HMTX _handle;
};
/* Create a mutex */
SDL_mutex *
SDL_CreateMutex(void)
{
ULONG ulRC;
HMTX hMtx;
ULONG ulRC;
HMTX hMtx;
ulRC = DosCreateMutexSem( NULL, &hMtx, 0, FALSE );
if ( ulRC != NO_ERROR )
{
debug( "DosCreateMutexSem(), rc = %u", ulRC );
return NULL;
}
ulRC = DosCreateMutexSem(NULL, &hMtx, 0, FALSE);
if (ulRC != NO_ERROR) {
debug_os2("DosCreateMutexSem(), rc = %u", ulRC);
return NULL;
}
return (SDL_mutex *)hMtx;
return (SDL_mutex *)hMtx;
}
/* Free the mutex */
void
SDL_DestroyMutex(SDL_mutex * mutex)
{
ULONG ulRC;
HMTX hMtx = (HMTX)mutex;
ULONG ulRC;
HMTX hMtx = (HMTX)mutex;
ulRC = DosCloseMutexSem( hMtx );
if ( ulRC != NO_ERROR )
debug( "DosCloseMutexSem(), rc = %u", ulRC );
ulRC = DosCloseMutexSem(hMtx);
if (ulRC != NO_ERROR) {
debug_os2("DosCloseMutexSem(), rc = %u", ulRC);
}
}
/* Lock the mutex */
int
SDL_LockMutex(SDL_mutex * mutex)
{
ULONG ulRC;
HMTX hMtx = (HMTX)mutex;
ULONG ulRC;
HMTX hMtx = (HMTX)mutex;
if ( hMtx == NULLHANDLE )
return SDL_SetError( "Passed a NULL mutex" );
if (hMtx == NULLHANDLE)
return SDL_SetError("Passed a NULL mutex");
ulRC = DosRequestMutexSem( hMtx, SEM_INDEFINITE_WAIT );
if ( ulRC != NO_ERROR )
{
debug( "DosRequestMutexSem(), rc = %u", ulRC );
return -1;
}
ulRC = DosRequestMutexSem(hMtx, SEM_INDEFINITE_WAIT);
if (ulRC != NO_ERROR) {
debug_os2("DosRequestMutexSem(), rc = %u", ulRC);
return -1;
}
return 0;
return 0;
}
/* try Lock the mutex */
int
SDL_TryLockMutex(SDL_mutex * mutex)
{
ULONG ulRC;
HMTX hMtx = (HMTX)mutex;
ULONG ulRC;
HMTX hMtx = (HMTX)mutex;
if ( hMtx == NULLHANDLE )
return SDL_SetError( "Passed a NULL mutex" );
if (hMtx == NULLHANDLE)
return SDL_SetError("Passed a NULL mutex");
ulRC = DosRequestMutexSem( hMtx, SEM_IMMEDIATE_RETURN );
ulRC = DosRequestMutexSem(hMtx, SEM_IMMEDIATE_RETURN);
if ( ulRC == ERROR_TIMEOUT )
return SDL_MUTEX_TIMEDOUT;
if (ulRC == ERROR_TIMEOUT)
return SDL_MUTEX_TIMEDOUT;
if ( ulRC != NO_ERROR )
{
debug( "DosRequestMutexSem(), rc = %u", ulRC );
return -1;
}
if (ulRC != NO_ERROR) {
debug_os2("DosRequestMutexSem(), rc = %u", ulRC);
return -1;
}
return 0;
return 0;
}
/* Unlock the mutex */
int
SDL_UnlockMutex(SDL_mutex * mutex)
{
ULONG ulRC;
HMTX hMtx = (HMTX)mutex;
ULONG ulRC;
HMTX hMtx = (HMTX)mutex;
if ( hMtx == NULLHANDLE )
return SDL_SetError( "Passed a NULL mutex" );
if (hMtx == NULLHANDLE)
return SDL_SetError("Passed a NULL mutex");
ulRC = DosReleaseMutexSem( hMtx );
if ( ulRC != NO_ERROR )
return SDL_SetError( "DosReleaseMutexSem(), rc = %u", ulRC );
ulRC = DosReleaseMutexSem(hMtx);
if (ulRC != NO_ERROR)
return SDL_SetError("DosReleaseMutexSem(), rc = %u", ulRC);
return 0;
return 0;
}
#endif /* SDL_THREAD_OS2 */

186
src/thread/os2/SDL_syssem.c
View File

@@ -33,162 +33,156 @@
#include <os2.h>
struct SDL_semaphore {
HEV hEv;
HMTX hMtx;
ULONG cPost;
HEV hEv;
HMTX hMtx;
ULONG cPost;
};
SDL_sem *
SDL_CreateSemaphore(Uint32 initial_value)
{
ULONG ulRC;
SDL_sem *pSDLSem = SDL_malloc( sizeof(SDL_sem) );
ULONG ulRC;
SDL_sem *pSDLSem = SDL_malloc(sizeof(SDL_sem));
if ( pSDLSem == NULL )
{
SDL_OutOfMemory();
return NULL;
}
if (pSDLSem == NULL) {
SDL_OutOfMemory();
return NULL;
}
ulRC = DosCreateEventSem( NULL, &pSDLSem->hEv, DCE_AUTORESET, FALSE );
if ( ulRC != NO_ERROR )
{
debug( "DosCreateEventSem(), rc = %u", ulRC );
SDL_free( pSDLSem );
return NULL;
}
ulRC = DosCreateEventSem(NULL, &pSDLSem->hEv, DCE_AUTORESET, FALSE);
if (ulRC != NO_ERROR) {
debug_os2("DosCreateEventSem(), rc = %u", ulRC);
SDL_free(pSDLSem);
return NULL;
}
ulRC = DosCreateMutexSem( NULL, &pSDLSem->hMtx, 0, FALSE );
if ( ulRC != NO_ERROR )
{
debug( "DosCreateMutexSem(), rc = %u", ulRC );
DosCloseEventSem( pSDLSem->hEv );
SDL_free( pSDLSem );
return NULL;
}
ulRC = DosCreateMutexSem(NULL, &pSDLSem->hMtx, 0, FALSE);
if (ulRC != NO_ERROR) {
debug_os2("DosCreateMutexSem(), rc = %u", ulRC);
DosCloseEventSem(pSDLSem->hEv);
SDL_free(pSDLSem);
return NULL;
}
pSDLSem->cPost = initial_value;
pSDLSem->cPost = initial_value;
return pSDLSem;
return pSDLSem;
}
void
SDL_DestroySemaphore(SDL_sem * sem)
{
if ( sem == NULL )
return;
if (!sem) return;
DosCloseMutexSem( sem->hMtx );
DosCloseEventSem( sem->hEv );
SDL_free( sem );
DosCloseMutexSem(sem->hMtx);
DosCloseEventSem(sem->hEv);
SDL_free(sem);
}
int
SDL_SemWaitTimeout(SDL_sem * sem, Uint32 timeout)
{
ULONG ulRC;
ULONG ulStartTime, ulCurTime;
ULONG ulTimeout;
ULONG cPost;
ULONG ulRC;
ULONG ulStartTime, ulCurTime;
ULONG ulTimeout;
ULONG cPost;
if ( sem == NULL )
return SDL_SetError( "Passed a NULL sem" );
if (sem == NULL)
return SDL_SetError("Passed a NULL sem");
if ( timeout != SEM_INDEFINITE_WAIT )
DosQuerySysInfo( QSV_MS_COUNT, QSV_MS_COUNT, &ulStartTime, sizeof(ULONG) );
if (timeout != SEM_INDEFINITE_WAIT)
DosQuerySysInfo(QSV_MS_COUNT, QSV_MS_COUNT, &ulStartTime, sizeof(ULONG));
while( TRUE )
{
ulRC = DosRequestMutexSem( sem->hMtx, SEM_INDEFINITE_WAIT );
if ( ulRC != NO_ERROR )
return SDL_SetError( "DosRequestMutexSem() failed, rc = %u", ulRC );
cPost = sem->cPost;
if ( sem->cPost != 0 )
sem->cPost--;
while (TRUE) {
ulRC = DosRequestMutexSem(sem->hMtx, SEM_INDEFINITE_WAIT);
if (ulRC != NO_ERROR)
return SDL_SetError("DosRequestMutexSem() failed, rc = %u", ulRC);
DosReleaseMutexSem( sem->hMtx );
cPost = sem->cPost;
if (sem->cPost != 0)
sem->cPost--;
if ( cPost != 0 )
break;
DosReleaseMutexSem(sem->hMtx);
if ( timeout == SEM_INDEFINITE_WAIT )
ulTimeout = SEM_INDEFINITE_WAIT;
else
{
DosQuerySysInfo( QSV_MS_COUNT, QSV_MS_COUNT, &ulCurTime, sizeof(ULONG) );
ulTimeout = ulCurTime - ulStartTime;
if ( timeout < ulTimeout )
return SDL_MUTEX_TIMEDOUT;
ulTimeout = timeout - ulTimeout;
if (cPost != 0)
break;
if (timeout == SEM_INDEFINITE_WAIT)
ulTimeout = SEM_INDEFINITE_WAIT;
else {
DosQuerySysInfo(QSV_MS_COUNT, QSV_MS_COUNT, &ulCurTime, sizeof(ULONG));
ulTimeout = ulCurTime - ulStartTime;
if (timeout < ulTimeout)
return SDL_MUTEX_TIMEDOUT;
ulTimeout = timeout - ulTimeout;
}
ulRC = DosWaitEventSem(sem->hEv, ulTimeout);
if (ulRC == ERROR_TIMEOUT)
return SDL_MUTEX_TIMEDOUT;
if (ulRC != NO_ERROR)
return SDL_SetError("DosWaitEventSem() failed, rc = %u", ulRC);
}
ulRC = DosWaitEventSem( sem->hEv, ulTimeout );
if ( ulRC == ERROR_TIMEOUT )
return SDL_MUTEX_TIMEDOUT;
if ( ulRC != NO_ERROR )
return SDL_SetError( "DosWaitEventSem() failed, rc = %u", ulRC );
}
return 0;
return 0;
}
int
SDL_SemTryWait(SDL_sem * sem)
{
return SDL_SemWaitTimeout( sem, 0 );
return SDL_SemWaitTimeout(sem, 0);
}
int
SDL_SemWait(SDL_sem * sem)
{
return SDL_SemWaitTimeout( sem, SDL_MUTEX_MAXWAIT );
return SDL_SemWaitTimeout(sem, SDL_MUTEX_MAXWAIT);
}
Uint32
SDL_SemValue(SDL_sem * sem)
{
ULONG ulRC;
ULONG ulRC;
if ( sem == NULL )
{
SDL_SetError( "Passed a NULL sem" );
return 0;
}
if (sem == NULL) {
SDL_SetError("Passed a NULL sem");
return 0;
}
ulRC = DosRequestMutexSem( sem->hMtx, SEM_INDEFINITE_WAIT );
if ( ulRC != NO_ERROR )
return SDL_SetError( "DosRequestMutexSem() failed, rc = %u", ulRC );
ulRC = DosRequestMutexSem(sem->hMtx, SEM_INDEFINITE_WAIT);
if (ulRC != NO_ERROR)
return SDL_SetError("DosRequestMutexSem() failed, rc = %u", ulRC);
ulRC = sem->cPost;
DosReleaseMutexSem( sem->hMtx );
ulRC = sem->cPost;
DosReleaseMutexSem(sem->hMtx);
return ulRC;
return ulRC;
}
int
SDL_SemPost(SDL_sem * sem)
{
ULONG ulRC;
ULONG ulRC;
if ( sem == NULL )
return SDL_SetError( "Passed a NULL sem" );
if (sem == NULL)
return SDL_SetError("Passed a NULL sem");
ulRC = DosRequestMutexSem( sem->hMtx, SEM_INDEFINITE_WAIT );
if ( ulRC != NO_ERROR )
return SDL_SetError( "DosRequestMutexSem() failed, rc = %u", ulRC );
ulRC = DosRequestMutexSem(sem->hMtx, SEM_INDEFINITE_WAIT);
if (ulRC != NO_ERROR)
return SDL_SetError("DosRequestMutexSem() failed, rc = %u", ulRC);
sem->cPost++;
sem->cPost++;
ulRC = DosPostEventSem( sem->hEv );
if ( ( ulRC != NO_ERROR ) && ( ulRC != ERROR_ALREADY_POSTED ) )
debug( "DosPostEventSem() failed, rc = %u", ulRC );
ulRC = DosPostEventSem(sem->hEv);
if (ulRC != NO_ERROR && ulRC != ERROR_ALREADY_POSTED) {
debug_os2("DosPostEventSem() failed, rc = %u", ulRC);
}
DosReleaseMutexSem( sem->hMtx );
DosReleaseMutexSem(sem->hMtx);
return 0;
return 0;
}
#endif /* SDL_THREAD_OS2 */

82
src/thread/os2/SDL_systhread.c
View File

@@ -42,16 +42,16 @@
static void RunThread(void *data)
{
SDL_Thread *thread = (SDL_Thread *) data;
pfnSDL_CurrentEndThread pfnEndThread = (pfnSDL_CurrentEndThread) thread->endfunc;
SDL_Thread *thread = (SDL_Thread *) data;
pfnSDL_CurrentEndThread pfnEndThread = (pfnSDL_CurrentEndThread) thread->endfunc;
if ( ppSDLTLSData != NULL )
*ppSDLTLSData = NULL;
if (ppSDLTLSData != NULL)
*ppSDLTLSData = NULL;
SDL_RunThread( thread );
SDL_RunThread(thread);
if ( pfnEndThread != NULL )
pfnEndThread();
if (pfnEndThread != NULL)
pfnEndThread();
}
int
@@ -59,73 +59,73 @@ SDL_SYS_CreateThread(SDL_Thread * thread,
pfnSDL_CurrentBeginThread pfnBeginThread,
pfnSDL_CurrentEndThread pfnEndThread)
{
if (thread->stacksize == 0)
thread->stacksize = 65536;
if (thread->stacksize == 0)
thread->stacksize = 65536;
if (pfnBeginThread) {
// Save the function which we will have to call to clear the RTL of calling app!
thread->endfunc = pfnEndThread;
// Start the thread using the runtime library of calling app!
thread->handle = (SYS_ThreadHandle)
pfnBeginThread( RunThread, NULL, thread->stacksize, thread );
}
else {
thread->endfunc = _endthread;
thread->handle = (SYS_ThreadHandle)
_beginthread( RunThread, NULL, thread->stacksize, thread );
}
if (pfnBeginThread) {
/* Save the function which we will have to call to clear the RTL of calling app! */
thread->endfunc = pfnEndThread;
/* Start the thread using the runtime library of calling app! */
thread->handle = (SYS_ThreadHandle)
pfnBeginThread(RunThread, NULL, thread->stacksize, thread);
} else {
thread->endfunc = _endthread;
thread->handle = (SYS_ThreadHandle)
_beginthread(RunThread, NULL, thread->stacksize, thread);
}
if ( thread->handle == -1 )
return SDL_SetError( "Not enough resources to create thread" );
if (thread->handle == -1)
return SDL_SetError("Not enough resources to create thread");
return 0;
return 0;
}
void
SDL_SYS_SetupThread(const char *name)
{
return;
/* nothing. */
}
SDL_threadID
SDL_ThreadID(void)
{
PTIB tib;
PPIB pib;
PTIB tib;
PPIB pib;
DosGetInfoBlocks( &tib, &pib );
return tib->tib_ptib2->tib2_ultid;
DosGetInfoBlocks(&tib, &pib);
return tib->tib_ptib2->tib2_ultid;
}
int
SDL_SYS_SetThreadPriority(SDL_ThreadPriority priority)
{
ULONG ulRC;
ULONG ulRC;
ulRC = DosSetPriority( PRTYS_THREAD,
(priority < SDL_THREAD_PRIORITY_NORMAL)? PRTYC_IDLETIME :
ulRC = DosSetPriority(PRTYS_THREAD,
(priority < SDL_THREAD_PRIORITY_NORMAL)? PRTYC_IDLETIME :
(priority > SDL_THREAD_PRIORITY_NORMAL)? PRTYC_TIMECRITICAL :
PRTYC_REGULAR,
0, 0 );
if ( ulRC != NO_ERROR )
return SDL_SetError( "DosSetPriority() failed, rc = %u", ulRC );
PRTYC_REGULAR,
0, 0);
if (ulRC != NO_ERROR)
return SDL_SetError("DosSetPriority() failed, rc = %u", ulRC);
return 0;
return 0;
}
void
SDL_SYS_WaitThread(SDL_Thread * thread)
{
ULONG ulRC = DosWaitThread( (PTID)&thread->handle, DCWW_WAIT );
ULONG ulRC = DosWaitThread((PTID)&thread->handle, DCWW_WAIT);
if ( ulRC != NO_ERROR )
debug( "DosWaitThread() failed, rc = %u", ulRC );
if (ulRC != NO_ERROR) {
debug_os2("DosWaitThread() failed, rc = %u", ulRC);
}
}
void
SDL_SYS_DetachThread(SDL_Thread * thread)
{
/* nothing. */
/* nothing. */
}
#endif /* SDL_THREAD_OS2 */

66
src/thread/os2/SDL_systls.c
View File

@@ -32,56 +32,56 @@
#define INCL_DOSERRORS
#include <os2.h>
SDL_TLSData **ppSDLTLSData = NULL;
SDL_TLSData **ppSDLTLSData = NULL;
static ULONG cTLSAlloc = 0;
static ULONG cTLSAlloc = 0;
// SDL_OS2TLSAlloc() called from SDL_InitSubSystem()
void SDL_OS2TLSAlloc()
/* SDL_OS2TLSAlloc() called from SDL_InitSubSystem() */
void SDL_OS2TLSAlloc(void)
{
ULONG ulRC;
ULONG ulRC;
if ( ( cTLSAlloc == 0 ) || ( ppSDLTLSData == NULL ) )
{
// First call - allocate the thread local memory (1 DWORD).
ulRC = DosAllocThreadLocalMemory( 1, (PULONG *)&ppSDLTLSData );
if ( ulRC != NO_ERROR )
debug( "DosAllocThreadLocalMemory() failed, rc = %u", ulRC );
}
cTLSAlloc++;
if (cTLSAlloc == 0 || ppSDLTLSData == NULL) {
/* First call - allocate the thread local memory (1 DWORD) */
ulRC = DosAllocThreadLocalMemory(1, (PULONG *)&ppSDLTLSData);
if (ulRC != NO_ERROR) {
debug_os2("DosAllocThreadLocalMemory() failed, rc = %u", ulRC);
}
}
cTLSAlloc++;
}
// SDL_OS2TLSFree() called from SDL_QuitSubSystem()
void SDL_OS2TLSFree()
/* SDL_OS2TLSFree() called from SDL_QuitSubSystem() */
void SDL_OS2TLSFree(void)
{
ULONG ulRC;
ULONG ulRC;
if ( cTLSAlloc != 0 )
cTLSAlloc--;
if (cTLSAlloc != 0)
cTLSAlloc--;
if ( ( cTLSAlloc == 0 ) && ( ppSDLTLSData != NULL ) )
{
// Last call - free the thread local memory.
ulRC = DosFreeThreadLocalMemory( (PULONG)ppSDLTLSData );
if ( ulRC != NO_ERROR )
debug( "DosFreeThreadLocalMemory() failed, rc = %u", ulRC );
else
ppSDLTLSData = NULL;
}
if (cTLSAlloc == 0 && ppSDLTLSData != NULL) {
/* Last call - free the thread local memory */
ulRC = DosFreeThreadLocalMemory((PULONG)ppSDLTLSData);
if (ulRC != NO_ERROR) {
debug_os2("DosFreeThreadLocalMemory() failed, rc = %u", ulRC);
} else {
ppSDLTLSData = NULL;
}
}
}
SDL_TLSData *SDL_SYS_GetTLSData()
SDL_TLSData *SDL_SYS_GetTLSData(void)
{
return ppSDLTLSData == NULL ? NULL : *ppSDLTLSData;
return (ppSDLTLSData == NULL)? NULL : *ppSDLTLSData;
}
int SDL_SYS_SetTLSData(SDL_TLSData *data)
{
if ( ppSDLTLSData == NULL )
return -1;
if (!ppSDLTLSData)
return -1;
*ppSDLTLSData = data;
return 0;
*ppSDLTLSData = data;
return 0;
}
#endif /* SDL_THREAD_OS2 */

10
src/thread/os2/SDL_systls_c.h
View File

@@ -25,13 +25,13 @@
#include "../SDL_thread_c.h"
extern SDL_TLSData **ppSDLTLSData;
extern SDL_TLSData **ppSDLTLSData;
// SDL_OS2TLSAlloc() called from SDL_InitSubSystem()
void SDL_OS2TLSAlloc();
/* SDL_OS2TLSAlloc() called from SDL_InitSubSystem() */
void SDL_OS2TLSAlloc(void);
// SDL_OS2TLSFree() called from SDL_QuitSubSystem()
void SDL_OS2TLSFree();
/* SDL_OS2TLSFree() called from SDL_QuitSubSystem() */
void SDL_OS2TLSFree(void);
#endif /* SDL_THREAD_OS2 */

182
src/timer/os2/SDL_systimer.c
View File

@@ -34,37 +34,31 @@
#define INCL_DOSEXCEPTIONS
#include <os2.h>
// No need to switch priorities in SDL_Delay() for OS/2 versions > Warp3 fp 42.
//#define _SWITCH_PRIORITY
/* No need to switch priorities in SDL_Delay() for OS/2 versions > Warp3 fp 42, */
/*#define _SWITCH_PRIORITY*/
typedef unsigned long long ULLONG;
typedef unsigned long long ULLONG;
static ULONG ulTmrFreq = 0;
static ULLONG ullTmrStart;
static ULONG ulTmrFreq = 0;
static ULLONG ullTmrStart;
void
SDL_TicksInit(void)
{
ULONG ulRC;
ULONG ulRC;
ulRC = DosTmrQueryFreq( &ulTmrFreq );
if ( ulRC != NO_ERROR )
{
debug( "DosTmrQueryFreq() failed, rc = %u", ulRC );
}
else
{
ulRC = DosTmrQueryTime( (PQWORD)&ullTmrStart );
if ( ulRC == NO_ERROR )
return;
ulRC = DosTmrQueryFreq(&ulTmrFreq);
if (ulRC != NO_ERROR) {
debug_os2("DosTmrQueryFreq() failed, rc = %u", ulRC);
} else {
ulRC = DosTmrQueryTime((PQWORD)&ullTmrStart);
if (ulRC == NO_ERROR)
return;
debug_os2("DosTmrQueryTime() failed, rc = %u", ulRC);
}
debug( "DosTmrQueryTime() failed, rc = %u", ulRC );
}
ulTmrFreq = 0; // Error - use DosQuerySysInfo() for timer.
DosQuerySysInfo( QSV_MS_COUNT, QSV_MS_COUNT, (PULONG)&ullTmrStart,
sizeof(ULONG) );
ulTmrFreq = 0; /* Error - use DosQuerySysInfo() for timer. */
DosQuerySysInfo(QSV_MS_COUNT, QSV_MS_COUNT, (PULONG)&ullTmrStart, sizeof(ULONG));
}
void
@@ -75,113 +69,103 @@ SDL_TicksQuit(void)
Uint32
SDL_GetTicks(void)
{
ULONG ulResult;
ULLONG ullTmrNow;
ULONG ulResult;
ULLONG ullTmrNow;
if ( ulTmrFreq == 0 )
// Was not initialized.
SDL_TicksInit();
if (ulTmrFreq == 0) /* Was not initialized. */
SDL_TicksInit();
if ( ulTmrFreq != 0 )
{
DosTmrQueryTime( (PQWORD)&ullTmrNow );
ulResult = ( ullTmrNow - ullTmrStart ) * 1000 / ulTmrFreq;
}
else
{
DosQuerySysInfo( QSV_MS_COUNT, QSV_MS_COUNT, (PULONG)&ullTmrNow,
sizeof(ULONG) );
ulResult = (ULONG)ullTmrNow - (ULONG)ullTmrStart;
}
if (ulTmrFreq != 0) {
DosTmrQueryTime((PQWORD)&ullTmrNow);
ulResult = (ullTmrNow - ullTmrStart) * 1000 / ulTmrFreq;
} else {
DosQuerySysInfo(QSV_MS_COUNT, QSV_MS_COUNT, (PULONG)&ullTmrNow, sizeof(ULONG));
ulResult = (ULONG)ullTmrNow - (ULONG)ullTmrStart;
}
return ulResult;
return ulResult;
}
Uint64
SDL_GetPerformanceCounter(void)
{
QWORD qwTmrNow;
QWORD qwTmrNow;
if ( ( ulTmrFreq == 0 ) || ( DosTmrQueryTime( &qwTmrNow ) != NO_ERROR ) )
return SDL_GetTicks();
if (ulTmrFreq == 0 || (DosTmrQueryTime(&qwTmrNow) != NO_ERROR))
return SDL_GetTicks();
return *((Uint64 *)&qwTmrNow);
return *((Uint64 *)&qwTmrNow);
}
Uint64
SDL_GetPerformanceFrequency(void)
{
return ulTmrFreq == 0 ? 1000 : (Uint64)ulTmrFreq;
return (ulTmrFreq == 0)? 1000 : (Uint64)ulTmrFreq;
}
void
SDL_Delay(Uint32 ms)
{
HTIMER hTimer = NULLHANDLE;
ULONG ulRC;
HTIMER hTimer = NULLHANDLE;
ULONG ulRC;
#ifdef _SWITCH_PRIORITY
PPIB pib;
PTIB tib;
BOOL fSetPriority = ms < 50;
ULONG ulSavePriority;
ULONG ulNesting;
PPIB pib;
PTIB tib;
BOOL fSetPriority = ms < 50;
ULONG ulSavePriority;
ULONG ulNesting;
#endif
HEV hevTimer;
HEV hevTimer;
if ( ms == 0 )
{
DosSleep( 0 );
return;
}
ulRC = DosCreateEventSem( NULL, &hevTimer, DC_SEM_SHARED, FALSE );
if ( ulRC != NO_ERROR )
{
debug( "DosAsyncTimer() failed, rc = %u", ulRC );
DosSleep( ms );
return;
}
#ifdef _SWITCH_PRIORITY
if ( fSetPriority )
{
if ( DosGetInfoBlocks( &tib, &pib ) != NO_ERROR )
fSetPriority = FALSE;
else
{
ulSavePriority = tib->tib_ptib2->tib2_ulpri;
if ( ( (ulSavePriority & 0xFF00) == 0x0300 ) || // already have high pr.
( DosEnterMustComplete( &ulNesting ) != NO_ERROR ) )
fSetPriority = FALSE;
else
DosSetPriority( PRTYS_THREAD, PRTYC_TIMECRITICAL, 0, 0 );
if (ms == 0) {
DosSleep(0);
return;
}
}
#endif
DosResetEventSem( hevTimer, &ulRC );
ulRC = DosAsyncTimer( ms, (HSEM)hevTimer, &hTimer );
ulRC = DosCreateEventSem(NULL, &hevTimer, DC_SEM_SHARED, FALSE);
if (ulRC != NO_ERROR) {
debug_os2("DosAsyncTimer() failed, rc = %u", ulRC);
DosSleep(ms);
return;
}
#ifdef _SWITCH_PRIORITY
if ( fSetPriority )
{
if ( DosSetPriority( PRTYS_THREAD, (ulSavePriority >> 8) & 0xFF, 0, 0 ) ==
NO_ERROR )
DosSetPriority( PRTYS_THREAD, 0, ulSavePriority & 0xFF, 0 );
DosExitMustComplete( &ulNesting );
}
if (fSetPriority) {
if (DosGetInfoBlocks(&tib, &pib) != NO_ERROR)
fSetPriority = FALSE;
else {
ulSavePriority = tib->tib_ptib2->tib2_ulpri;
if (((ulSavePriority & 0xFF00) == 0x0300) || /* already have high pr. */
(DosEnterMustComplete( &ulNesting) != NO_ERROR))
fSetPriority = FALSE;
else {
DosSetPriority(PRTYS_THREAD, PRTYC_TIMECRITICAL, 0, 0);
}
}
}
#endif
if ( ulRC != NO_ERROR )
debug( "DosAsyncTimer() failed, rc = %u", ulRC );
else
DosWaitEventSem( hevTimer, SEM_INDEFINITE_WAIT );
DosResetEventSem(hevTimer, &ulRC);
ulRC = DosAsyncTimer(ms, (HSEM)hevTimer, &hTimer);
if ( ulRC != NO_ERROR )
DosSleep( ms );
#ifdef _SWITCH_PRIORITY
if (fSetPriority) {
if (DosSetPriority(PRTYS_THREAD, (ulSavePriority >> 8) & 0xFF, 0, 0) == NO_ERROR)
DosSetPriority(PRTYS_THREAD, 0, ulSavePriority & 0xFF, 0);
DosExitMustComplete(&ulNesting);
}
#endif
DosCloseEventSem( hevTimer );
if (ulRC != NO_ERROR) {
debug_os2("DosAsyncTimer() failed, rc = %u", ulRC);
} else {
DosWaitEventSem(hevTimer, SEM_INDEFINITE_WAIT);
}
if (ulRC != NO_ERROR)
DosSleep(ms);
DosCloseEventSem(hevTimer);
}
#endif /* SDL_TIMER_OS2 */

459
src/video/os2/SDL_os2dive.c
View File

@@ -32,17 +32,17 @@
#include "SDL_os2output.h"
typedef struct _VODATA {
HDIVE hDive;
PVOID pBuffer;
ULONG ulDIVEBufNum;
FOURCC fccColorEncoding;
ULONG ulWidth;
ULONG ulHeight;
BOOL fBlitterReady;
HDIVE hDive;
PVOID pBuffer;
ULONG ulDIVEBufNum;
FOURCC fccColorEncoding;
ULONG ulWidth;
ULONG ulHeight;
BOOL fBlitterReady;
} VODATA;
static BOOL voQueryInfo(PVIDEOOUTPUTINFO pInfo);
static PVODATA voOpen();
static BOOL voQueryInfo(VIDEOOUTPUTINFO *pInfo);
static PVODATA voOpen(void);
static VOID voClose(PVODATA pVOData);
static BOOL voSetVisibleRegion(PVODATA pVOData, HWND hwnd,
SDL_DisplayMode *pSDLDisplayMode,
@@ -55,294 +55,275 @@ static BOOL voUpdate(PVODATA pVOData, HWND hwnd, SDL_Rect *pSDLRects,
ULONG cSDLRects);
OS2VIDEOOUTPUT voDive = {
voQueryInfo,
voOpen,
voClose,
voSetVisibleRegion,
voVideoBufAlloc,
voVideoBufFree,
voUpdate
voQueryInfo,
voOpen,
voClose,
voSetVisibleRegion,
voVideoBufAlloc,
voVideoBufFree,
voUpdate
};
static BOOL voQueryInfo(PVIDEOOUTPUTINFO pInfo)
static BOOL voQueryInfo(VIDEOOUTPUTINFO *pInfo)
{
DIVE_CAPS sDiveCaps = { 0 };
FOURCC fccFormats[100] = { 0 };
DIVE_CAPS sDiveCaps = { 0 };
FOURCC fccFormats[100] = { 0 };
// Query information about display hardware from DIVE.
/* Query information about display hardware from DIVE. */
sDiveCaps.pFormatData = fccFormats;
sDiveCaps.ulFormatLength = 100;
sDiveCaps.ulStructLen = sizeof(DIVE_CAPS);
sDiveCaps.pFormatData = fccFormats;
sDiveCaps.ulFormatLength = 100;
sDiveCaps.ulStructLen = sizeof(DIVE_CAPS);
if (DiveQueryCaps(&sDiveCaps, DIVE_BUFFER_SCREEN)) {
debug_os2("DiveQueryCaps() failed.");
return FALSE;
}
if ( DiveQueryCaps( &sDiveCaps, DIVE_BUFFER_SCREEN ) )
{
debug( "DiveQueryCaps() failed." );
return FALSE;
}
if (sDiveCaps.ulDepth < 8) {
debug_os2("Not enough screen colors to run DIVE. "
"Must be at least 256 colors.");
return FALSE;
}
if ( sDiveCaps.ulDepth < 8 )
{
debug( "Not enough screen colors to run DIVE. "
"Must be at least 256 colors." );
return FALSE;
}
pInfo->ulBPP = sDiveCaps.ulDepth;
pInfo->fccColorEncoding = sDiveCaps.fccColorEncoding;
pInfo->ulScanLineSize = sDiveCaps.ulScanLineBytes;
pInfo->ulHorizResolution = sDiveCaps.ulHorizontalResolution;
pInfo->ulVertResolution = sDiveCaps.ulVerticalResolution;
pInfo->ulBPP = sDiveCaps.ulDepth;
pInfo->fccColorEncoding = sDiveCaps.fccColorEncoding;
pInfo->ulScanLineSize = sDiveCaps.ulScanLineBytes;
pInfo->ulHorizResolution = sDiveCaps.ulHorizontalResolution;
pInfo->ulVertResolution = sDiveCaps.ulVerticalResolution;
return TRUE;
return TRUE;
}
PVODATA voOpen()
PVODATA voOpen(void)
{
PVODATA pVOData = SDL_calloc( 1, sizeof(VODATA) );
PVODATA pVOData = SDL_calloc(1, sizeof(VODATA));
if ( pVOData == NULL )
{
SDL_OutOfMemory();
return NULL;
}
if (pVOData == NULL) {
SDL_OutOfMemory();
return NULL;
}
if ( DiveOpen( &pVOData->hDive, FALSE, NULL ) != DIVE_SUCCESS )
{
SDL_free( pVOData );
SDL_SetError( "DIVE: A display engine instance open failed" );
return NULL;
}
if (DiveOpen(&pVOData->hDive, FALSE, NULL) != DIVE_SUCCESS) {
SDL_free(pVOData);
SDL_SetError("DIVE: A display engine instance open failed");
return NULL;
}
return pVOData;
return pVOData;
}
static VOID voClose(PVODATA pVOData)
{
voVideoBufFree( pVOData );
DiveClose( pVOData->hDive );
SDL_free( pVOData );
voVideoBufFree(pVOData);
DiveClose(pVOData->hDive);
SDL_free(pVOData);
}
static BOOL voSetVisibleRegion(PVODATA pVOData, HWND hwnd,
SDL_DisplayMode *pSDLDisplayMode,
HRGN hrgnShape, BOOL fVisible)
{
HPS hps;
HRGN hrgn;
RGNRECT rgnCtl;
PRECTL prectl = NULL;
ULONG ulRC;
HPS hps;
HRGN hrgn;
RGNRECT rgnCtl;
PRECTL prectl = NULL;
ULONG ulRC;
if ( !fVisible )
{
if ( pVOData->fBlitterReady )
{
pVOData->fBlitterReady = FALSE;
DiveSetupBlitter( pVOData->hDive, 0 );
debug( "DIVE blitter is tuned off" );
}
return TRUE;
}
// Query visible rectangles
hps = WinGetPS( hwnd );
hrgn = GpiCreateRegion( hps, 0, NULL );
if ( hrgn == NULLHANDLE )
{
WinReleasePS( hps );
SDL_SetError( "GpiCreateRegion() failed" );
}
else
{
WinQueryVisibleRegion( hwnd, hrgn );
if ( hrgnShape != NULLHANDLE )
GpiCombineRegion( hps, hrgn, hrgn, hrgnShape, CRGN_AND );
rgnCtl.ircStart = 1;
rgnCtl.crc = 0;
rgnCtl.ulDirection = 1;
GpiQueryRegionRects( hps, hrgn, NULL, &rgnCtl, NULL );
if ( rgnCtl.crcReturned != 0 )
{
prectl = SDL_malloc( rgnCtl.crcReturned * sizeof(RECTL) );
if ( prectl != NULL )
{
rgnCtl.ircStart = 1;
rgnCtl.crc = rgnCtl.crcReturned;
rgnCtl.ulDirection = 1;
GpiQueryRegionRects( hps, hrgn, NULL, &rgnCtl, prectl );
}
else
SDL_OutOfMemory();
}
GpiDestroyRegion( hps, hrgn );
WinReleasePS( hps );
if ( prectl != NULL )
{
// Setup DIVE blitter.
SETUP_BLITTER sSetupBlitter;
SWP swp;
POINTL pointl = { 0 };
WinQueryWindowPos( hwnd, &swp );
WinMapWindowPoints( hwnd, HWND_DESKTOP, &pointl, 1 );
sSetupBlitter.ulStructLen = sizeof(SETUP_BLITTER);
sSetupBlitter.fccSrcColorFormat = pVOData->fccColorEncoding;
sSetupBlitter.fInvert = FALSE;
sSetupBlitter.ulSrcWidth = pVOData->ulWidth;
sSetupBlitter.ulSrcHeight = pVOData->ulHeight;
sSetupBlitter.ulSrcPosX = 0;
sSetupBlitter.ulSrcPosY = 0;
sSetupBlitter.ulDitherType = 0;
sSetupBlitter.fccDstColorFormat = FOURCC_SCRN;
sSetupBlitter.ulDstWidth = swp.cx;
sSetupBlitter.ulDstHeight = swp.cy;
sSetupBlitter.lDstPosX = 0;
sSetupBlitter.lDstPosY = 0;
sSetupBlitter.lScreenPosX = pointl.x;
sSetupBlitter.lScreenPosY = pointl.y;
sSetupBlitter.ulNumDstRects = rgnCtl.crcReturned;
sSetupBlitter.pVisDstRects = prectl;
ulRC = DiveSetupBlitter( pVOData->hDive, &sSetupBlitter );
SDL_free( prectl );
if ( ulRC == DIVE_SUCCESS )
{
pVOData->fBlitterReady = TRUE;
WinInvalidateRect( hwnd, NULL, TRUE );
debug( "DIVE blitter is ready now." );
if (!fVisible) {
if (pVOData->fBlitterReady) {
pVOData->fBlitterReady = FALSE;
DiveSetupBlitter(pVOData->hDive, 0);
debug_os2("DIVE blitter is tuned off");
}
return TRUE;
}
}
SDL_SetError( "DiveSetupBlitter(), rc = 0x%X", ulRC );
} // if ( prectl != NULL )
} // if ( hrgn == NULLHANDLE ) else
/* Query visible rectangles */
hps = WinGetPS(hwnd);
hrgn = GpiCreateRegion(hps, 0, NULL);
if (hrgn == NULLHANDLE) {
WinReleasePS(hps);
SDL_SetError("GpiCreateRegion() failed");
} else {
WinQueryVisibleRegion(hwnd, hrgn);
if (hrgnShape != NULLHANDLE)
GpiCombineRegion(hps, hrgn, hrgn, hrgnShape, CRGN_AND);
pVOData->fBlitterReady = FALSE;
DiveSetupBlitter( pVOData->hDive, 0 );
return FALSE;
rgnCtl.ircStart = 1;
rgnCtl.crc = 0;
rgnCtl.ulDirection = 1;
GpiQueryRegionRects(hps, hrgn, NULL, &rgnCtl, NULL);
if (rgnCtl.crcReturned != 0) {
prectl = SDL_malloc(rgnCtl.crcReturned * sizeof(RECTL));
if (prectl != NULL) {
rgnCtl.ircStart = 1;
rgnCtl.crc = rgnCtl.crcReturned;
rgnCtl.ulDirection = 1;
GpiQueryRegionRects(hps, hrgn, NULL, &rgnCtl, prectl);
} else {
SDL_OutOfMemory();
}
}
GpiDestroyRegion(hps, hrgn);
WinReleasePS(hps);
if (prectl != NULL) {
/* Setup DIVE blitter. */
SETUP_BLITTER sSetupBlitter;
SWP swp;
POINTL pointl = { 0 };
WinQueryWindowPos(hwnd, &swp);
WinMapWindowPoints(hwnd, HWND_DESKTOP, &pointl, 1);
sSetupBlitter.ulStructLen = sizeof(SETUP_BLITTER);
sSetupBlitter.fccSrcColorFormat = pVOData->fccColorEncoding;
sSetupBlitter.fInvert = FALSE;
sSetupBlitter.ulSrcWidth = pVOData->ulWidth;
sSetupBlitter.ulSrcHeight = pVOData->ulHeight;
sSetupBlitter.ulSrcPosX = 0;
sSetupBlitter.ulSrcPosY = 0;
sSetupBlitter.ulDitherType = 0;
sSetupBlitter.fccDstColorFormat = FOURCC_SCRN;
sSetupBlitter.ulDstWidth = swp.cx;
sSetupBlitter.ulDstHeight = swp.cy;
sSetupBlitter.lDstPosX = 0;
sSetupBlitter.lDstPosY = 0;
sSetupBlitter.lScreenPosX = pointl.x;
sSetupBlitter.lScreenPosY = pointl.y;
sSetupBlitter.ulNumDstRects = rgnCtl.crcReturned;
sSetupBlitter.pVisDstRects = prectl;
ulRC = DiveSetupBlitter(pVOData->hDive, &sSetupBlitter);
SDL_free(prectl);
if (ulRC == DIVE_SUCCESS) {
pVOData->fBlitterReady = TRUE;
WinInvalidateRect(hwnd, NULL, TRUE);
debug_os2("DIVE blitter is ready now.");
return TRUE;
}
SDL_SetError("DiveSetupBlitter(), rc = 0x%X", ulRC);
} /* if (prectl != NULL) */
} /* if (hrgn == NULLHANDLE) else */
pVOData->fBlitterReady = FALSE;
DiveSetupBlitter(pVOData->hDive, 0);
return FALSE;
}
static PVOID voVideoBufAlloc(PVODATA pVOData, ULONG ulWidth, ULONG ulHeight,
ULONG ulBPP, FOURCC fccColorEncoding,
PULONG pulScanLineSize)
{
ULONG ulRC;
ULONG ulScanLineSize = ulWidth * (ulBPP >> 3);
ULONG ulRC;
ULONG ulScanLineSize = ulWidth * (ulBPP >> 3);
// Destroy previous buffer.
voVideoBufFree( pVOData );
/* Destroy previous buffer. */
voVideoBufFree(pVOData);
if ( ( ulWidth == 0 ) || ( ulHeight == 0 ) || ( ulBPP == 0 ) )
return NULL;
if (ulWidth == 0 || ulHeight == 0 || ulBPP == 0)
return NULL;
// Bytes per line.
ulScanLineSize = ( ulScanLineSize + 3 ) & ~3; /* 4-byte aligning */
*pulScanLineSize = ulScanLineSize;
/* Bytes per line. */
ulScanLineSize = (ulScanLineSize + 3) & ~3; /* 4-byte aligning */
*pulScanLineSize = ulScanLineSize;
ulRC = DosAllocMem( &pVOData->pBuffer,
(ulHeight * ulScanLineSize) + sizeof(ULONG),
PAG_COMMIT | PAG_EXECUTE | PAG_READ | PAG_WRITE );
if ( ulRC != NO_ERROR )
{
debug( "DosAllocMem(), rc = %u", ulRC );
return NULL;
}
ulRC = DosAllocMem(&pVOData->pBuffer,
(ulHeight * ulScanLineSize) + sizeof(ULONG),
PAG_COMMIT | PAG_EXECUTE | PAG_READ | PAG_WRITE);
if (ulRC != NO_ERROR) {
debug_os2("DosAllocMem(), rc = %u", ulRC);
return NULL;
}
ulRC = DiveAllocImageBuffer( pVOData->hDive, &pVOData->ulDIVEBufNum,
fccColorEncoding, ulWidth, ulHeight,
ulScanLineSize, pVOData->pBuffer );
if ( ulRC != DIVE_SUCCESS )
{
debug( "DiveAllocImageBuffer(), rc = 0x%X", ulRC );
DosFreeMem( pVOData->pBuffer );
pVOData->pBuffer = NULL;
pVOData->ulDIVEBufNum = 0;
return NULL;
}
ulRC = DiveAllocImageBuffer(pVOData->hDive, &pVOData->ulDIVEBufNum,
fccColorEncoding, ulWidth, ulHeight,
ulScanLineSize, pVOData->pBuffer);
if (ulRC != DIVE_SUCCESS) {
debug_os2("DiveAllocImageBuffer(), rc = 0x%X", ulRC);
DosFreeMem(pVOData->pBuffer);
pVOData->pBuffer = NULL;
pVOData->ulDIVEBufNum = 0;
return NULL;
}
pVOData->fccColorEncoding = fccColorEncoding;
pVOData->ulWidth = ulWidth;
pVOData->ulHeight = ulHeight;
pVOData->fccColorEncoding = fccColorEncoding;
pVOData->ulWidth = ulWidth;
pVOData->ulHeight = ulHeight;
debug( "buffer: 0x%P, DIVE buffer number: %u",
pVOData->pBuffer, pVOData->ulDIVEBufNum );
debug_os2("buffer: 0x%P, DIVE buffer number: %u",
pVOData->pBuffer, pVOData->ulDIVEBufNum);
return pVOData->pBuffer;
return pVOData->pBuffer;
}
static VOID voVideoBufFree(PVODATA pVOData)
{
ULONG ulRC;
ULONG ulRC;
if ( pVOData->ulDIVEBufNum != 0 )
{
ulRC = DiveFreeImageBuffer( pVOData->hDive, pVOData->ulDIVEBufNum );
if ( ulRC != DIVE_SUCCESS )
debug( "DiveFreeImageBuffer(,%u), rc = %u", pVOData->ulDIVEBufNum, ulRC );
else
debug( "DIVE buffer %u destroyed", pVOData->ulDIVEBufNum );
if (pVOData->ulDIVEBufNum != 0) {
ulRC = DiveFreeImageBuffer(pVOData->hDive, pVOData->ulDIVEBufNum);
if (ulRC != DIVE_SUCCESS) {
debug_os2("DiveFreeImageBuffer(,%u), rc = %u", pVOData->ulDIVEBufNum, ulRC);
} else {
debug_os2("DIVE buffer %u destroyed", pVOData->ulDIVEBufNum);
}
pVOData->ulDIVEBufNum = 0;
}
pVOData->ulDIVEBufNum = 0;
}
if ( pVOData->pBuffer != NULL )
{
ulRC = DosFreeMem( pVOData->pBuffer );
if ( ulRC != NO_ERROR )
debug( "DosFreeMem(), rc = %u", ulRC );
pVOData->pBuffer = NULL;
}
if (pVOData->pBuffer != NULL) {
ulRC = DosFreeMem(pVOData->pBuffer);
if (ulRC != NO_ERROR) {
debug_os2("DosFreeMem(), rc = %u", ulRC);
}
pVOData->pBuffer = NULL;
}
}
static BOOL voUpdate(PVODATA pVOData, HWND hwnd, SDL_Rect *pSDLRects,
ULONG cSDLRects)
{
ULONG ulRC;
ULONG ulRC;
if ( !pVOData->fBlitterReady || ( pVOData->ulDIVEBufNum == 0 ) )
{
debug( "DIVE blitter is not ready" );
return FALSE;
}
if ( pSDLRects != 0 )
{
PBYTE pbLineMask;
pbLineMask = SDL_stack_alloc( BYTE, pVOData->ulHeight );
if ( pbLineMask == NULL )
{
debug( "Not enough stack size" );
return FALSE;
if (!pVOData->fBlitterReady || (pVOData->ulDIVEBufNum == 0)) {
debug_os2("DIVE blitter is not ready");
return FALSE;
}
memset( pbLineMask, 0, pVOData->ulHeight );
for( ; ((LONG)cSDLRects) > 0; cSDLRects--, pSDLRects++ )
memset( &pbLineMask[pSDLRects->y], 1, pSDLRects->h );
if (pSDLRects != 0) {
PBYTE pbLineMask;
ulRC = DiveBlitImageLines( pVOData->hDive, pVOData->ulDIVEBufNum,
DIVE_BUFFER_SCREEN, pbLineMask );
SDL_stack_free( pbLineMask );
pbLineMask = SDL_stack_alloc(BYTE, pVOData->ulHeight);
if (pbLineMask == NULL) {
debug_os2("Not enough stack size");
return FALSE;
}
memset(pbLineMask, 0, pVOData->ulHeight);
if ( ulRC != DIVE_SUCCESS )
debug( "DiveBlitImageLines(), rc = 0x%X", ulRC );
}
else
{
ulRC = DiveBlitImage( pVOData->hDive, pVOData->ulDIVEBufNum,
DIVE_BUFFER_SCREEN );
if ( ulRC != DIVE_SUCCESS )
debug( "DiveBlitImage(), rc = 0x%X", ulRC );
}
for ( ; ((LONG)cSDLRects) > 0; cSDLRects--, pSDLRects++) {
memset(&pbLineMask[pSDLRects->y], 1, pSDLRects->h);
}
return ulRC == DIVE_SUCCESS;
ulRC = DiveBlitImageLines(pVOData->hDive, pVOData->ulDIVEBufNum,
DIVE_BUFFER_SCREEN, pbLineMask);
SDL_stack_free(pbLineMask);
if (ulRC != DIVE_SUCCESS) {
debug_os2("DiveBlitImageLines(), rc = 0x%X", ulRC);
}
} else {
ulRC = DiveBlitImage(pVOData->hDive, pVOData->ulDIVEBufNum,
DIVE_BUFFER_SCREEN);
if (ulRC != DIVE_SUCCESS) {
debug_os2("DiveBlitImage(), rc = 0x%X", ulRC);
}
}
return ulRC == DIVE_SUCCESS;
}
/* vi: set ts=4 sw=4 expandtab: */

942
src/video/os2/SDL_os2messagebox.c
View File

File diff suppressed because it is too large Load Diff

196
src/video/os2/SDL_os2mouse.c
View File

@@ -26,46 +26,43 @@
#include "../../events/SDL_mouse_c.h"
#include "SDL_os2util.h"
HPOINTER hptrCursor = NULLHANDLE;
HPOINTER hptrCursor = NULLHANDLE;
static SDL_Cursor* OS2_CreateCursor(SDL_Surface *surface, int hot_x, int hot_y)
{
ULONG ulMaxW = WinQuerySysValue( HWND_DESKTOP, SV_CXPOINTER );
ULONG ulMaxH = WinQuerySysValue( HWND_DESKTOP, SV_CYPOINTER );
HPOINTER hptr;
SDL_Cursor *pSDLCursor;
ULONG ulMaxW = WinQuerySysValue(HWND_DESKTOP, SV_CXPOINTER);
ULONG ulMaxH = WinQuerySysValue(HWND_DESKTOP, SV_CYPOINTER);
HPOINTER hptr;
SDL_Cursor* pSDLCursor;
if ( ( surface->w > ulMaxW ) || ( surface->h > ulMaxH ) )
{
debug( "Given image size is %u x %u, maximum allowed size is %u x %u",
surface->w, surface->h, ulMaxW, ulMaxH );
return NULL;
}
if (surface->w > ulMaxW || surface->h > ulMaxH) {
debug_os2("Given image size is %u x %u, maximum allowed size is %u x %u",
surface->w, surface->h, ulMaxW, ulMaxH);
return NULL;
}
hptr = utilCreatePointer( surface, hot_x, ulMaxH - hot_y - 1 );
if ( hptr == NULLHANDLE )
return NULL;
hptr = utilCreatePointer(surface, hot_x, ulMaxH - hot_y - 1);
if (hptr == NULLHANDLE)
return NULL;
pSDLCursor = SDL_calloc( 1, sizeof(SDL_Cursor) );
if ( pSDLCursor == NULL )
{
WinDestroyPointer( hptr );
SDL_OutOfMemory();
return NULL;
}
pSDLCursor = SDL_calloc(1, sizeof(SDL_Cursor));
if (pSDLCursor == NULL) {
WinDestroyPointer(hptr);
SDL_OutOfMemory();
return NULL;
}
pSDLCursor->driverdata = (void *)hptr;
return pSDLCursor;
pSDLCursor->driverdata = (void *)hptr;
return pSDLCursor;
}
static SDL_Cursor* OS2_CreateSystemCursor(SDL_SystemCursor id)
{
SDL_Cursor* pSDLCursor;
LONG lSysId;
HPOINTER hptr;
SDL_Cursor* pSDLCursor;
LONG lSysId;
HPOINTER hptr;
switch( id )
{
switch (id) {
case SDL_SYSTEM_CURSOR_ARROW: lSysId = SPTR_ARROW; break;
case SDL_SYSTEM_CURSOR_IBEAM: lSysId = SPTR_TEXT; break;
case SDL_SYSTEM_CURSOR_WAIT: lSysId = SPTR_WAIT; break;
@@ -79,124 +76,119 @@ static SDL_Cursor* OS2_CreateSystemCursor(SDL_SystemCursor id)
case SDL_SYSTEM_CURSOR_NO: lSysId = SPTR_ILLEGAL; break;
case SDL_SYSTEM_CURSOR_HAND: lSysId = SPTR_ARROW; break;
default:
debug( "Unknown cursor id: %u", id );
return NULL;
}
debug_os2("Unknown cursor id: %u", id);
return NULL;
}
// On eCS SPTR_WAIT for last paramether fCopy=TRUE/FALSE gives different
// "wait" icons. -=8( )
hptr = WinQuerySysPointer( HWND_DESKTOP, lSysId,
id == SDL_SYSTEM_CURSOR_WAIT );
if ( hptr == NULLHANDLE )
{
debug( "Cannot load OS/2 system pointer %u for SDL cursor id %u",
lSysId, id );
return NULL;
}
/* On eCS SPTR_WAIT for last paramether fCopy=TRUE/FALSE gives different
* "wait" icons. -=8( ) */
hptr = WinQuerySysPointer(HWND_DESKTOP, lSysId,
id == SDL_SYSTEM_CURSOR_WAIT);
if (hptr == NULLHANDLE) {
debug_os2("Cannot load OS/2 system pointer %u for SDL cursor id %u",
lSysId, id);
return NULL;
}
pSDLCursor = SDL_calloc( 1, sizeof(SDL_Cursor) );
if ( pSDLCursor == NULL )
{
WinDestroyPointer( hptr );
SDL_OutOfMemory();
return NULL;
}
pSDLCursor = SDL_calloc(1, sizeof(SDL_Cursor));
if (pSDLCursor == NULL) {
WinDestroyPointer(hptr);
SDL_OutOfMemory();
return NULL;
}
pSDLCursor->driverdata = (void *)hptr;
return pSDLCursor;
pSDLCursor->driverdata = (void *)hptr;
return pSDLCursor;
}
static void OS2_FreeCursor(SDL_Cursor *cursor)
{
HPOINTER hptr = (HPOINTER)cursor->driverdata;
HPOINTER hptr = (HPOINTER)cursor->driverdata;
WinDestroyPointer( hptr );
SDL_free( cursor );
WinDestroyPointer(hptr);
SDL_free(cursor);
}
static int OS2_ShowCursor(SDL_Cursor *cursor)
{
hptrCursor = cursor != NULL ? (HPOINTER)cursor->driverdata : NULLHANDLE;
return ( ( SDL_GetMouseFocus() == NULL ) ||
WinSetPointer( HWND_DESKTOP, hptrCursor ) ) ? 0 : -1;
hptrCursor = (cursor != NULL)? (HPOINTER)cursor->driverdata : NULLHANDLE;
return ((SDL_GetMouseFocus() == NULL) ||
WinSetPointer(HWND_DESKTOP, hptrCursor))? 0 : -1;
}
static void OS2_WarpMouse(SDL_Window * window, int x, int y)
{
PWINDATA pWinData = (PWINDATA)window->driverdata;
POINTL pointl;
WINDATA *pWinData = (WINDATA *)window->driverdata;
POINTL pointl;
pointl.x = x;
pointl.y = window->h - y;
WinMapWindowPoints( pWinData->hwnd, HWND_DESKTOP, &pointl, 1 );
// pWinData->lSkipWMMouseMove++; ???
WinSetPointerPos( HWND_DESKTOP, pointl.x, pointl.y );
pointl.x = x;
pointl.y = window->h - y;
WinMapWindowPoints(pWinData->hwnd, HWND_DESKTOP, &pointl, 1);
/* pWinData->lSkipWMMouseMove++; ???*/
WinSetPointerPos(HWND_DESKTOP, pointl.x, pointl.y);
}
static int OS2_WarpMouseGlobal(int x, int y)
{
WinSetPointerPos( HWND_DESKTOP, x,
WinQuerySysValue( HWND_DESKTOP, SV_CYSCREEN ) - y );
return 0;
WinSetPointerPos(HWND_DESKTOP, x,
WinQuerySysValue(HWND_DESKTOP, SV_CYSCREEN) - y);
return 0;
}
static int OS2_CaptureMouse(SDL_Window *window)
{
return WinSetCapture( HWND_DESKTOP,
window == NULL ? NULLHANDLE
: ((PWINDATA)window->driverdata)->hwnd )
? 0 : -1;
return WinSetCapture(HWND_DESKTOP, (window == NULL)? NULLHANDLE :
((WINDATA *)window->driverdata)->hwnd)? 0 : -1;
}
static Uint32 OS2_GetGlobalMouseState(int *x, int *y)
{
POINTL pointl;
ULONG ulRes;
POINTL pointl;
ULONG ulRes;
WinQueryPointerPos( HWND_DESKTOP, &pointl );
*x = pointl.x;
*y = WinQuerySysValue( HWND_DESKTOP, SV_CYSCREEN ) - pointl.y - 1;
WinQueryPointerPos(HWND_DESKTOP, &pointl);
*x = pointl.x;
*y = WinQuerySysValue(HWND_DESKTOP, SV_CYSCREEN) - pointl.y - 1;
ulRes = WinGetKeyState( HWND_DESKTOP, VK_BUTTON1 ) & 0x8000
? SDL_BUTTON_LMASK : 0;
if ( WinGetKeyState( HWND_DESKTOP, VK_BUTTON2 ) & 0x8000 )
ulRes |= SDL_BUTTON_RMASK;
if ( WinGetKeyState( HWND_DESKTOP, VK_BUTTON3 ) & 0x8000 )
ulRes |= SDL_BUTTON_MMASK;
ulRes = (WinGetKeyState(HWND_DESKTOP, VK_BUTTON1) & 0x8000)? SDL_BUTTON_LMASK : 0;
if (WinGetKeyState(HWND_DESKTOP, VK_BUTTON2) & 0x8000)
ulRes |= SDL_BUTTON_RMASK;
if (WinGetKeyState(HWND_DESKTOP, VK_BUTTON3) & 0x8000)
ulRes |= SDL_BUTTON_MMASK;
return ulRes;
return ulRes;
}
void OS2_InitMouse(_THIS, ULONG hab)
{
SDL_Mouse *pSDLMouse = SDL_GetMouse();
SDL_Mouse *pSDLMouse = SDL_GetMouse();
pSDLMouse->CreateCursor = OS2_CreateCursor;
pSDLMouse->CreateSystemCursor = OS2_CreateSystemCursor;
pSDLMouse->ShowCursor = OS2_ShowCursor;
pSDLMouse->FreeCursor = OS2_FreeCursor;
pSDLMouse->WarpMouse = OS2_WarpMouse;
pSDLMouse->WarpMouseGlobal = OS2_WarpMouseGlobal;
pSDLMouse->CaptureMouse = OS2_CaptureMouse;
pSDLMouse->GetGlobalMouseState = OS2_GetGlobalMouseState;
pSDLMouse->CreateCursor = OS2_CreateCursor;
pSDLMouse->CreateSystemCursor = OS2_CreateSystemCursor;
pSDLMouse->ShowCursor = OS2_ShowCursor;
pSDLMouse->FreeCursor = OS2_FreeCursor;
pSDLMouse->WarpMouse = OS2_WarpMouse;
pSDLMouse->WarpMouseGlobal = OS2_WarpMouseGlobal;
pSDLMouse->CaptureMouse = OS2_CaptureMouse;
pSDLMouse->GetGlobalMouseState = OS2_GetGlobalMouseState;
SDL_SetDefaultCursor( OS2_CreateSystemCursor( SDL_SYSTEM_CURSOR_ARROW ) );
if ( hptrCursor == NULLHANDLE )
hptrCursor = WinQuerySysPointer( HWND_DESKTOP, SPTR_ARROW, TRUE );
SDL_SetDefaultCursor(OS2_CreateSystemCursor(SDL_SYSTEM_CURSOR_ARROW));
if (hptrCursor == NULLHANDLE)
hptrCursor = WinQuerySysPointer(HWND_DESKTOP, SPTR_ARROW, TRUE);
}
void OS2_QuitMouse(_THIS)
{
SDL_Mouse *pSDLMouse = SDL_GetMouse();
SDL_Mouse *pSDLMouse = SDL_GetMouse();
if ( pSDLMouse->def_cursor != NULL )
{
SDL_free( pSDLMouse->def_cursor );
pSDLMouse->def_cursor = NULL;
pSDLMouse->cur_cursor = NULL;
}
if (pSDLMouse->def_cursor != NULL) {
SDL_free(pSDLMouse->def_cursor);
pSDLMouse->def_cursor = NULL;
pSDLMouse->cur_cursor = NULL;
}
}
#endif /* SDL_VIDEO_DRIVER_OS2 */
/* vi: set ts=4 sw=4 expandtab: */

2
src/video/os2/SDL_os2mouse.h
View File

@@ -23,7 +23,7 @@
#ifndef SDL_os2mouse_h_
#define SDL_os2mouse_h_
extern HPOINTER hptrCursor;
extern HPOINTER hptrCursor;
extern void OS2_InitMouse(_THIS, ULONG hab);
extern void OS2_QuitMouse(_THIS);

43
src/video/os2/SDL_os2output.h
View File

@@ -26,29 +26,34 @@
typedef struct _VODATA *PVODATA;
typedef struct _VIDEOOUTPUTINFO {
ULONG ulBPP;
ULONG fccColorEncoding;
ULONG ulScanLineSize;
ULONG ulHorizResolution;
ULONG ulVertResolution;
} VIDEOOUTPUTINFO, *PVIDEOOUTPUTINFO;
ULONG ulBPP;
ULONG fccColorEncoding;
ULONG ulScanLineSize;
ULONG ulHorizResolution;
ULONG ulVertResolution;
} VIDEOOUTPUTINFO;
typedef struct _OS2VIDEOOUTPUT {
BOOL (*QueryInfo)(PVIDEOOUTPUTINFO pInfo);
PVODATA (*Open)();
VOID (*Close)(PVODATA pVOData);
BOOL (*SetVisibleRegion)(PVODATA pVOData, HWND hwnd,
SDL_DisplayMode *pSDLDisplayMode, HRGN hrgnShape,
BOOL fVisible);
PVOID (*VideoBufAlloc)(PVODATA pVOData, ULONG ulWidth, ULONG ulHeight,
ULONG ulBPP, ULONG fccColorEncoding,
PULONG pulScanLineSize);
VOID (*VideoBufFree)(PVODATA pVOData);
BOOL (*Update)(PVODATA pVOData, HWND hwnd, SDL_Rect *pSDLRects,
ULONG cSDLRects);
} OS2VIDEOOUTPUT, *POS2VIDEOOUTPUT;
BOOL (*QueryInfo)(VIDEOOUTPUTINFO *pInfo);
PVODATA (*Open)();
VOID (*Close)(PVODATA pVOData);
BOOL (*SetVisibleRegion)(PVODATA pVOData, HWND hwnd,
SDL_DisplayMode *pSDLDisplayMode, HRGN hrgnShape,
BOOL fVisible);
PVOID (*VideoBufAlloc)(PVODATA pVOData, ULONG ulWidth, ULONG ulHeight,
ULONG ulBPP, ULONG fccColorEncoding,
PULONG pulScanLineSize);
VOID (*VideoBufFree)(PVODATA pVOData);
BOOL (*Update)(PVODATA pVOData, HWND hwnd, SDL_Rect *pSDLRects,
ULONG cSDLRects);
} OS2VIDEOOUTPUT;
extern OS2VIDEOOUTPUT voDive;
extern OS2VIDEOOUTPUT voVMan;
#endif /* SDL_os2output_ */
/* vi: set ts=4 sw=4 expandtab: */

149
src/video/os2/SDL_os2util.c
View File

@@ -24,95 +24,88 @@
#include "SDL_os2util.h"
HPOINTER utilCreatePointer(SDL_Surface *surface, ULONG ulHotX, ULONG ulHotY)
{
HBITMAP hbm;
BITMAPINFOHEADER2 bmih = { 0 };
BITMAPINFO bmi = { 0 };
HPS hps;
PULONG pulBitmap;
PULONG pulDst, pulSrc, pulDstMask;
ULONG ulY, ulX;
HPOINTER hptr = NULLHANDLE;
HBITMAP hbm;
BITMAPINFOHEADER2 bmih = { 0 };
BITMAPINFO bmi = { 0 };
HPS hps;
PULONG pulBitmap;
PULONG pulDst, pulSrc, pulDstMask;
ULONG ulY, ulX;
HPOINTER hptr = NULLHANDLE;
if ( surface->format->format != SDL_PIXELFORMAT_ARGB8888 )
{
debug( "Image format should be SDL_PIXELFORMAT_ARGB8888" );
return NULLHANDLE;
}
pulBitmap = SDL_malloc( surface->h * surface->w * 4 * 2 );
if ( pulBitmap == NULL )
{
SDL_OutOfMemory();
return NULLHANDLE;
}
// pulDst - last line of surface (image) part of the result bitmap
pulDst = &pulBitmap[ (surface->h - 1) * surface->w ];
// pulDstMask - last line of mask part of the result bitmap
pulDstMask = &pulBitmap[ (2 * surface->h - 1) * surface->w ];
// pulSrc - first line of source image
pulSrc = (PULONG)surface->pixels;
for( ulY = 0; ulY < surface->h; ulY++ )
{
for( ulX = 0; ulX < surface->w; ulX++ )
{
if ( (pulSrc[ulX] & 0xFF000000) == 0 )
{
pulDst[ulX] = 0;
pulDstMask[ulX] = 0xFFFFFFFF;
}
else
{
pulDst[ulX] = pulSrc[ulX] & 0xFFFFFF;
pulDstMask[ulX] = 0;
}
if (surface->format->format != SDL_PIXELFORMAT_ARGB8888) {
debug_os2("Image format should be SDL_PIXELFORMAT_ARGB8888");
return NULLHANDLE;
}
// Set image and mask pointers on one line up
pulDst -= surface->w;
pulDstMask -= surface->w;
// Set source image pointer to the next line
pulSrc = (PULONG)( ((PCHAR)pulSrc) + surface->pitch );
}
pulBitmap = SDL_malloc(surface->h * surface->w * 4 * 2);
if (pulBitmap == NULL) {
SDL_OutOfMemory();
return NULLHANDLE;
}
// Create system bitmap object.
/* pulDst - last line of surface (image) part of the result bitmap */
pulDst = &pulBitmap[ (surface->h - 1) * surface->w ];
/* pulDstMask - last line of mask part of the result bitmap */
pulDstMask = &pulBitmap[ (2 * surface->h - 1) * surface->w ];
/* pulSrc - first line of source image */
pulSrc = (PULONG)surface->pixels;
bmih.cbFix = sizeof(BITMAPINFOHEADER2);
bmih.cx = surface->w;
bmih.cy = 2 * surface->h;
bmih.cPlanes = 1;
bmih.cBitCount = 32;
bmih.ulCompression = BCA_UNCOMP;
bmih.cbImage = bmih.cx * bmih.cy * 4;
for (ulY = 0; ulY < surface->h; ulY++) {
for (ulX = 0; ulX < surface->w; ulX++) {
if ((pulSrc[ulX] & 0xFF000000) == 0) {
pulDst[ulX] = 0;
pulDstMask[ulX] = 0xFFFFFFFF;
} else {
pulDst[ulX] = pulSrc[ulX] & 0xFFFFFF;
pulDstMask[ulX] = 0;
}
}
bmi.cbFix = sizeof(BITMAPINFOHEADER);
bmi.cx = bmih.cx;
bmi.cy = bmih.cy;
bmi.cPlanes = 1;
bmi.cBitCount = 32;
/* Set image and mask pointers on one line up */
pulDst -= surface->w;
pulDstMask -= surface->w;
/* Set source image pointer to the next line */
pulSrc = (PULONG) (((PCHAR)pulSrc) + surface->pitch);
}
hps = WinGetPS( HWND_DESKTOP );
hbm = GpiCreateBitmap( hps, (PBITMAPINFOHEADER2)&bmih, CBM_INIT,
(PBYTE)pulBitmap, (PBITMAPINFO2)&bmi );
if ( hbm == GPI_ERROR )
debug( "GpiCreateBitmap() failed" );
else
{
// Create a system pointer object.
hptr = WinCreatePointer( HWND_DESKTOP, hbm, TRUE, ulHotX, ulHotY );
if ( hptr == NULLHANDLE )
debug( "WinCreatePointer() failed" );
}
GpiDeleteBitmap( hbm );
/* Create system bitmap object. */
bmih.cbFix = sizeof(BITMAPINFOHEADER2);
bmih.cx = surface->w;
bmih.cy = 2 * surface->h;
bmih.cPlanes = 1;
bmih.cBitCount = 32;
bmih.ulCompression = BCA_UNCOMP;
bmih.cbImage = bmih.cx * bmih.cy * 4;
WinReleasePS( hps );
SDL_free( pulBitmap );
bmi.cbFix = sizeof(BITMAPINFOHEADER);
bmi.cx = bmih.cx;
bmi.cy = bmih.cy;
bmi.cPlanes = 1;
bmi.cBitCount = 32;
return hptr;
hps = WinGetPS(HWND_DESKTOP);
hbm = GpiCreateBitmap(hps, (PBITMAPINFOHEADER2)&bmih, CBM_INIT,
(PBYTE)pulBitmap, (PBITMAPINFO2)&bmi);
if (hbm == GPI_ERROR) {
debug_os2("GpiCreateBitmap() failed");
} else {
/* Create a system pointer object. */
hptr = WinCreatePointer(HWND_DESKTOP, hbm, TRUE, ulHotX, ulHotY);
if (hptr == NULLHANDLE) {
debug_os2("WinCreatePointer() failed");
}
}
GpiDeleteBitmap(hbm);
WinReleasePS(hps);
SDL_free(pulBitmap);
return hptr;
}
#endif /* SDL_VIDEO_DRIVER_OS2 */
/* vi: set ts=4 sw=4 expandtab: */

3
src/video/os2/SDL_os2util.h
View File

@@ -33,3 +33,6 @@
HPOINTER utilCreatePointer(SDL_Surface *surface, ULONG ulHotX, ULONG ulHotY);
#endif /* SDL_os2util_h_ */
/* vi: set ts=4 sw=4 expandtab: */

2338
src/video/os2/SDL_os2video.c
View File

File diff suppressed because it is too large Load Diff

59
src/video/os2/SDL_os2video.h
View File

@@ -39,43 +39,44 @@
#include "SDL_os2output.h"
typedef struct SDL_VideoData {
HAB hab;
HMQ hmq;
POS2VIDEOOUTPUT pOutput; // Video output routines.
} SDL_VideoData, *PSDL_VideoData;
HAB hab;
HMQ hmq;
OS2VIDEOOUTPUT *pOutput; /* Video output routines */
} SDL_VideoData;
typedef struct _WINDATA {
SDL_Window *window;
POS2VIDEOOUTPUT pOutput; // Video output routines.
HWND hwndFrame;
HWND hwnd;
PFNWP fnUserWndProc;
PFNWP fnWndFrameProc;
SDL_Window *window;
OS2VIDEOOUTPUT *pOutput; /* Video output routines */
HWND hwndFrame;
HWND hwnd;
PFNWP fnUserWndProc;
PFNWP fnWndFrameProc;
PVODATA pVOData; // Video output data.
PVODATA pVOData; /* Video output data */
HRGN hrgnShape;
HPOINTER hptrIcon;
RECTL rectlBeforeFS;
HRGN hrgnShape;
HPOINTER hptrIcon;
RECTL rectlBeforeFS;
LONG lSkipWMSize;
LONG lSkipWMMove;
LONG lSkipWMMouseMove;
LONG lSkipWMVRNEnabled;
LONG lSkipWMAdjustFramePos;
} WINDATA, *PWINDATA;
LONG lSkipWMSize;
LONG lSkipWMMove;
LONG lSkipWMMouseMove;
LONG lSkipWMVRNEnabled;
LONG lSkipWMAdjustFramePos;
} WINDATA;
typedef struct _DISPLAYDATA {
ULONG ulDPIHor;
ULONG ulDPIVer;
ULONG ulDPIDiag;
} DISPLAYDATA, *PDISPLAYDATA;
ULONG ulDPIHor;
ULONG ulDPIVer;
ULONG ulDPIDiag;
} DISPLAYDATA;
typedef struct _MODEDATA {
ULONG ulDepth;
ULONG fccColorEncoding;
ULONG ulScanLineBytes;
} MODEDATA, *PMODEDATA;
ULONG ulDepth;
ULONG fccColorEncoding;
ULONG ulScanLineBytes;
} MODEDATA;
#endif /* SDL_os2video_h_ */
/* vi: set ts=4 sw=4 expandtab: */

705
src/video/os2/SDL_os2vman.c
View File

@@ -34,23 +34,23 @@
#include "my_gradd.h"
typedef struct _VODATA {
PVOID pBuffer;
HRGN hrgnVisible;
ULONG ulBPP;
ULONG ulScanLineSize;
ULONG ulWidth;
ULONG ulHeight;
ULONG ulScreenHeight;
ULONG ulScreenBytesPerLine;
RECTL rectlWin;
PVOID pBuffer;
HRGN hrgnVisible;
ULONG ulBPP;
ULONG ulScanLineSize;
ULONG ulWidth;
ULONG ulHeight;
ULONG ulScreenHeight;
ULONG ulScreenBytesPerLine;
RECTL rectlWin;
PRECTL pRectl;
ULONG cRectl;
PBLTRECT pBltRect;
ULONG cBltRect;
PRECTL pRectl;
ULONG cRectl;
PBLTRECT pBltRect;
ULONG cBltRect;
} VODATA;
static BOOL voQueryInfo(PVIDEOOUTPUTINFO pInfo);
static BOOL voQueryInfo(VIDEOOUTPUTINFO *pInfo);
static PVODATA voOpen();
static VOID voClose(PVODATA pVOData);
static BOOL voSetVisibleRegion(PVODATA pVOData, HWND hwnd,
@@ -64,448 +64,421 @@ static BOOL voUpdate(PVODATA pVOData, HWND hwnd, SDL_Rect *pSDLRects,
ULONG cSDLRects);
OS2VIDEOOUTPUT voVMan = {
voQueryInfo,
voOpen,
voClose,
voSetVisibleRegion,
voVideoBufAlloc,
voVideoBufFree,
voUpdate
voQueryInfo,
voOpen,
voClose,
voSetVisibleRegion,
voVideoBufAlloc,
voVideoBufFree,
voUpdate
};
static HMODULE hmodVMan = NULLHANDLE;
static FNVMIENTRY *pfnVMIEntry = NULL;
static ULONG ulVRAMAddress = 0;
static HMODULE hmodVMan = NULLHANDLE;
static FNVMIENTRY *pfnVMIEntry = NULL;
static ULONG ulVRAMAddress = 0;
VOID APIENTRY ExitVMan(VOID)
{
if ( ( ulVRAMAddress != 0 ) && ( hmodVMan != NULLHANDLE ) )
{
pfnVMIEntry( 0, VMI_CMD_TERMPROC, NULL, NULL );
DosFreeModule( hmodVMan );
}
if (ulVRAMAddress != 0 && hmodVMan != NULLHANDLE) {
pfnVMIEntry(0, VMI_CMD_TERMPROC, NULL, NULL);
DosFreeModule(hmodVMan);
}
DosExitList( EXLST_EXIT, (PFNEXITLIST)NULL );
DosExitList(EXLST_EXIT, (PFNEXITLIST)NULL);
}
static BOOL _vmanInit()
static BOOL _vmanInit(void)
{
ULONG ulRC;
CHAR acBuf[255];
INITPROCOUT stInitProcOut;
ULONG ulRC;
CHAR acBuf[255];
INITPROCOUT stInitProcOut;
if (hmodVMan != NULLHANDLE) /* Already was initialized */
return TRUE;
/* Load vman.dll */
ulRC = DosLoadModule(acBuf, sizeof(acBuf), "VMAN", &hmodVMan);
if (ulRC != NO_ERROR) {
debug_os2("Could not load VMAN.DLL, rc = %u : %s", ulRC, acBuf);
hmodVMan = NULLHANDLE;
return FALSE;
}
/* Get VMIEntry */
ulRC = DosQueryProcAddr(hmodVMan, 0L, "VMIEntry", (PFN *)&pfnVMIEntry);
if (ulRC != NO_ERROR) {
debug_os2("Could not query address of pfnVMIEntry func. of VMAN.DLL, "
"rc = %u", ulRC);
DosFreeModule(hmodVMan);
hmodVMan = NULLHANDLE;
return FALSE;
}
/* VMAN initialization */
stInitProcOut.ulLength = sizeof(stInitProcOut);
ulRC = pfnVMIEntry(0, VMI_CMD_INITPROC, NULL, &stInitProcOut);
if (ulRC != RC_SUCCESS) {
debug_os2("Could not initialize VMAN for this process");
pfnVMIEntry = NULL;
DosFreeModule(hmodVMan);
hmodVMan = NULLHANDLE;
return FALSE;
}
/* Store video memory virtual address */
ulVRAMAddress = stInitProcOut.ulVRAMVirt;
/* We use exit list for VMI_CMD_TERMPROC */
if (DosExitList(EXLST_ADD | 0x00001000, (PFNEXITLIST)ExitVMan) != NO_ERROR) {
debug_os2("DosExitList() failed");
}
if ( hmodVMan != NULLHANDLE )
// Already was initialized.
return TRUE;
// Load vman.dll
ulRC = DosLoadModule( acBuf, sizeof(acBuf), "VMAN", &hmodVMan );
if ( ulRC != NO_ERROR )
{
debug( "Could not load VMAN.DLL, rc = %u : %s", ulRC, &acBuf );
hmodVMan = NULLHANDLE;
return FALSE;
}
// Get VMIEntry.
ulRC = DosQueryProcAddr( hmodVMan, 0L, "VMIEntry", (PFN *)&pfnVMIEntry );
if ( ulRC != NO_ERROR )
{
debug( "Could not query address of pfnVMIEntry func. of VMAN.DLL, "
"rc = %u", ulRC );
DosFreeModule( hmodVMan );
hmodVMan = NULLHANDLE;
return FALSE;
}
// VMAN initialization.
stInitProcOut.ulLength = sizeof(stInitProcOut);
ulRC = pfnVMIEntry( 0, VMI_CMD_INITPROC, NULL, &stInitProcOut );
if ( ulRC != RC_SUCCESS )
{
debug( "Could not initialize VMAN for this process" );
pfnVMIEntry = NULL;
DosFreeModule( hmodVMan );
hmodVMan = NULLHANDLE;
return FALSE;
}
// Store video memory virtual address.
ulVRAMAddress = stInitProcOut.ulVRAMVirt;
// We use exit list for VMI_CMD_TERMPROC.
if ( DosExitList( EXLST_ADD | 0x00001000, (PFNEXITLIST)ExitVMan )
!= NO_ERROR )
debug( "DosExitList() failed" );
return TRUE;
}
static PRECTL _getRectlArray(PVODATA pVOData, ULONG cRects)
{
PRECTL pRectl;
PRECTL pRectl;
if ( pVOData->cRectl >= cRects )
return pVOData->pRectl;
if (pVOData->cRectl >= cRects)
return pVOData->pRectl;
pRectl = SDL_realloc( pVOData->pRectl, cRects * sizeof(RECTL) );
if ( pRectl == NULL )
return NULL;
pRectl = SDL_realloc(pVOData->pRectl, cRects * sizeof(RECTL));
if (pRectl == NULL)
return NULL;
pVOData->pRectl = pRectl;
pVOData->cRectl = cRects;
return pRectl;
pVOData->pRectl = pRectl;
pVOData->cRectl = cRects;
return pRectl;
}
static PBLTRECT _getBltRectArray(PVODATA pVOData, ULONG cRects)
{
PBLTRECT pBltRect;
PBLTRECT pBltRect;
if ( pVOData->cBltRect >= cRects )
return pVOData->pBltRect;
if (pVOData->cBltRect >= cRects)
return pVOData->pBltRect;
pBltRect = SDL_realloc( pVOData->pBltRect, cRects * sizeof(BLTRECT) );
if ( pBltRect == NULL )
return NULL;
pBltRect = SDL_realloc(pVOData->pBltRect, cRects * sizeof(BLTRECT));
if (pBltRect == NULL)
return NULL;
pVOData->pBltRect = pBltRect;
pVOData->cBltRect = cRects;
return pBltRect;
pVOData->pBltRect = pBltRect;
pVOData->cBltRect = cRects;
return pBltRect;
}
static BOOL voQueryInfo(PVIDEOOUTPUTINFO pInfo)
static BOOL voQueryInfo(VIDEOOUTPUTINFO *pInfo)
{
ULONG ulRC;
GDDMODEINFO sCurModeInfo;
ULONG ulRC;
GDDMODEINFO sCurModeInfo;
if ( !_vmanInit() )
return FALSE;
if (!_vmanInit())
return FALSE;
// Query current (desktop) mode.
ulRC = pfnVMIEntry( 0, VMI_CMD_QUERYCURRENTMODE, NULL, &sCurModeInfo );
if ( ulRC != RC_SUCCESS )
{
debug( "Could not query desktop video mode." );
return FALSE;
}
/* Query current (desktop) mode */
ulRC = pfnVMIEntry(0, VMI_CMD_QUERYCURRENTMODE, NULL, &sCurModeInfo);
if (ulRC != RC_SUCCESS) {
debug_os2("Could not query desktop video mode.");
return FALSE;
}
pInfo->ulBPP = sCurModeInfo.ulBpp;
pInfo->ulHorizResolution = sCurModeInfo.ulHorizResolution;
pInfo->ulVertResolution = sCurModeInfo.ulVertResolution;
pInfo->ulScanLineSize = sCurModeInfo.ulScanLineSize;
pInfo->fccColorEncoding = sCurModeInfo.fccColorEncoding;
pInfo->ulBPP = sCurModeInfo.ulBpp;
pInfo->ulHorizResolution = sCurModeInfo.ulHorizResolution;
pInfo->ulVertResolution = sCurModeInfo.ulVertResolution;
pInfo->ulScanLineSize = sCurModeInfo.ulScanLineSize;
pInfo->fccColorEncoding = sCurModeInfo.fccColorEncoding;
return TRUE;
return TRUE;
}
static PVODATA voOpen()
static PVODATA voOpen(void)
{
PVODATA pVOData;
PVODATA pVOData;
if ( !_vmanInit() )
return NULL;
if (!_vmanInit())
return NULL;
pVOData = SDL_calloc( 1, sizeof(VODATA) );
if ( pVOData == NULL )
{
SDL_OutOfMemory();
return NULL;
}
pVOData = SDL_calloc(1, sizeof(VODATA));
if (pVOData == NULL) {
SDL_OutOfMemory();
return NULL;
}
return pVOData;
return pVOData;
}
static VOID voClose(PVODATA pVOData)
{
if ( pVOData->pRectl != NULL )
SDL_free( pVOData->pRectl );
if (pVOData->pRectl != NULL)
SDL_free(pVOData->pRectl);
if ( pVOData->pBltRect != NULL )
SDL_free( pVOData->pBltRect );
if (pVOData->pBltRect != NULL)
SDL_free(pVOData->pBltRect);
voVideoBufFree( pVOData );
voVideoBufFree(pVOData);
}
static BOOL voSetVisibleRegion(PVODATA pVOData, HWND hwnd,
SDL_DisplayMode *pSDLDisplayMode,
HRGN hrgnShape, BOOL fVisible)
{
HPS hps;
BOOL fSuccess = FALSE;
HPS hps;
BOOL fSuccess = FALSE;
hps = WinGetPS( hwnd );
hps = WinGetPS(hwnd);
if ( pVOData->hrgnVisible != NULLHANDLE )
{
GpiDestroyRegion( hps, pVOData->hrgnVisible );
pVOData->hrgnVisible = NULLHANDLE;
}
if ( fVisible )
{
// Query visible rectangles
pVOData->hrgnVisible = GpiCreateRegion( hps, 0, NULL );
if ( pVOData->hrgnVisible == NULLHANDLE )
{
SDL_SetError( "GpiCreateRegion() failed" );
}
else
{
if ( WinQueryVisibleRegion( hwnd, pVOData->hrgnVisible ) == RGN_ERROR )
{
GpiDestroyRegion( hps, pVOData->hrgnVisible );
if (pVOData->hrgnVisible != NULLHANDLE) {
GpiDestroyRegion(hps, pVOData->hrgnVisible);
pVOData->hrgnVisible = NULLHANDLE;
}
else
{
if ( hrgnShape != NULLHANDLE )
GpiCombineRegion( hps, pVOData->hrgnVisible, pVOData->hrgnVisible,
hrgnShape, CRGN_AND );
fSuccess = TRUE;
}
}
WinQueryWindowRect( hwnd, &pVOData->rectlWin );
WinMapWindowPoints( hwnd, HWND_DESKTOP, (PPOINTL)&pVOData->rectlWin, 2 );
if (fVisible) {
/* Query visible rectangles */
pVOData->hrgnVisible = GpiCreateRegion(hps, 0, NULL);
if (pVOData->hrgnVisible == NULLHANDLE) {
SDL_SetError("GpiCreateRegion() failed");
} else {
if (WinQueryVisibleRegion(hwnd, pVOData->hrgnVisible) == RGN_ERROR) {
GpiDestroyRegion(hps, pVOData->hrgnVisible);
pVOData->hrgnVisible = NULLHANDLE;
} else {
if (hrgnShape != NULLHANDLE)
GpiCombineRegion(hps, pVOData->hrgnVisible, pVOData->hrgnVisible,
hrgnShape, CRGN_AND);
fSuccess = TRUE;
}
}
if ( pSDLDisplayMode != NULL )
{
pVOData->ulScreenHeight = pSDLDisplayMode->h;
pVOData->ulScreenBytesPerLine =
((PMODEDATA)pSDLDisplayMode->driverdata)->ulScanLineBytes;
WinQueryWindowRect(hwnd, &pVOData->rectlWin);
WinMapWindowPoints(hwnd, HWND_DESKTOP, (PPOINTL)&pVOData->rectlWin, 2);
if (pSDLDisplayMode != NULL) {
pVOData->ulScreenHeight = pSDLDisplayMode->h;
pVOData->ulScreenBytesPerLine =
((MODEDATA *)pSDLDisplayMode->driverdata)->ulScanLineBytes;
}
}
}
WinReleasePS( hps );
WinReleasePS(hps);
return fSuccess;
return fSuccess;
}
static PVOID voVideoBufAlloc(PVODATA pVOData, ULONG ulWidth, ULONG ulHeight,
ULONG ulBPP, ULONG fccColorEncoding,
PULONG pulScanLineSize)
{
ULONG ulRC;
ULONG ulScanLineSize = ulWidth * (ulBPP >> 3);
ULONG ulRC;
ULONG ulScanLineSize = ulWidth * (ulBPP >> 3);
// Destroy previous buffer.
voVideoBufFree( pVOData );
/* Destroy previous buffer */
voVideoBufFree(pVOData);
if ( ( ulWidth == 0 ) || ( ulHeight == 0 ) || ( ulBPP == 0 ) )
return NULL;
if (ulWidth == 0 || ulHeight == 0 || ulBPP == 0)
return NULL;
// Bytes per line.
ulScanLineSize = ( ulScanLineSize + 3 ) & ~3; /* 4-byte aligning */
*pulScanLineSize = ulScanLineSize;
/* Bytes per line */
ulScanLineSize = (ulScanLineSize + 3) & ~3; /* 4-byte aligning */
*pulScanLineSize = ulScanLineSize;
ulRC = DosAllocMem( &pVOData->pBuffer,
(ulHeight * ulScanLineSize) + sizeof(ULONG),
PAG_COMMIT | PAG_EXECUTE | PAG_READ | PAG_WRITE );
if ( ulRC != NO_ERROR )
{
debug( "DosAllocMem(), rc = %u", ulRC );
return NULL;
}
ulRC = DosAllocMem(&pVOData->pBuffer,
(ulHeight * ulScanLineSize) + sizeof(ULONG),
PAG_COMMIT | PAG_EXECUTE | PAG_READ | PAG_WRITE);
if (ulRC != NO_ERROR) {
debug_os2("DosAllocMem(), rc = %u", ulRC);
return NULL;
}
pVOData->ulBPP = ulBPP;
pVOData->ulScanLineSize = ulScanLineSize;
pVOData->ulWidth = ulWidth;
pVOData->ulHeight = ulHeight;
pVOData->ulBPP = ulBPP;
pVOData->ulScanLineSize = ulScanLineSize;
pVOData->ulWidth = ulWidth;
pVOData->ulHeight = ulHeight;
return pVOData->pBuffer;
return pVOData->pBuffer;
}
static VOID voVideoBufFree(PVODATA pVOData)
{
ULONG ulRC;
ULONG ulRC;
if ( pVOData->pBuffer == NULL )
return;
if (pVOData->pBuffer == NULL)
return;
ulRC = DosFreeMem( pVOData->pBuffer );
if ( ulRC != NO_ERROR )
debug( "DosFreeMem(), rc = %u", ulRC );
else
pVOData->pBuffer = NULL;
ulRC = DosFreeMem(pVOData->pBuffer);
if (ulRC != NO_ERROR) {
debug_os2("DosFreeMem(), rc = %u", ulRC);
} else {
pVOData->pBuffer = NULL;
}
}
static BOOL voUpdate(PVODATA pVOData, HWND hwnd, SDL_Rect *pSDLRects,
ULONG cSDLRects)
{
PRECTL prectlDst, prectlScan;
HPS hps;
HRGN hrgnUpdate;
RGNRECT rgnCtl;
SDL_Rect stSDLRectDef;
BMAPINFO bmiSrc;
BMAPINFO bmiDst;
PPOINTL pptlSrcOrg;
PBLTRECT pbrDst;
HWREQIN sHWReqIn;
BITBLTINFO sBitbltInfo = { 0 };
ULONG ulIdx;
// RECTL rectlScreenUpdate;
PRECTL prectlDst, prectlScan;
HPS hps;
HRGN hrgnUpdate;
RGNRECT rgnCtl;
SDL_Rect stSDLRectDef;
BMAPINFO bmiSrc;
BMAPINFO bmiDst;
PPOINTL pptlSrcOrg;
PBLTRECT pbrDst;
HWREQIN sHWReqIn;
BITBLTINFO sBitbltInfo = { 0 };
ULONG ulIdx;
/* RECTL rectlScreenUpdate;*/
if ( pVOData->pBuffer == NULL )
return FALSE;
if (pVOData->pBuffer == NULL)
return FALSE;
if ( pVOData->hrgnVisible == NULLHANDLE )
return TRUE;
if (pVOData->hrgnVisible == NULLHANDLE)
return TRUE;
bmiSrc.ulLength = sizeof(BMAPINFO);
bmiSrc.ulType = BMAP_MEMORY;
bmiSrc.ulWidth = pVOData->ulWidth;
bmiSrc.ulHeight = pVOData->ulHeight;
bmiSrc.ulBpp = pVOData->ulBPP;
bmiSrc.ulBytesPerLine = pVOData->ulScanLineSize;
bmiSrc.pBits = (PBYTE)pVOData->pBuffer;
bmiSrc.ulLength = sizeof(BMAPINFO);
bmiSrc.ulType = BMAP_MEMORY;
bmiSrc.ulWidth = pVOData->ulWidth;
bmiSrc.ulHeight = pVOData->ulHeight;
bmiSrc.ulBpp = pVOData->ulBPP;
bmiSrc.ulBytesPerLine = pVOData->ulScanLineSize;
bmiSrc.pBits = (PBYTE)pVOData->pBuffer;
bmiDst.ulLength = sizeof(BMAPINFO);
bmiDst.ulType = BMAP_VRAM;
bmiDst.pBits = (PBYTE)ulVRAMAddress;
bmiDst.ulWidth = bmiSrc.ulWidth;
bmiDst.ulHeight = bmiSrc.ulHeight;
bmiDst.ulBpp = bmiSrc.ulBpp;
bmiDst.ulBytesPerLine = pVOData->ulScreenBytesPerLine;
bmiDst.ulLength = sizeof(BMAPINFO);
bmiDst.ulType = BMAP_VRAM;
bmiDst.pBits = (PBYTE)ulVRAMAddress;
bmiDst.ulWidth = bmiSrc.ulWidth;
bmiDst.ulHeight = bmiSrc.ulHeight;
bmiDst.ulBpp = bmiSrc.ulBpp;
bmiDst.ulBytesPerLine = pVOData->ulScreenBytesPerLine;
// List of update rectangles. This is the intersection of requested
// rectangles and visible rectangles.
if ( cSDLRects == 0 )
{
// Full update requested.
stSDLRectDef.x = 0;
stSDLRectDef.y = 0;
stSDLRectDef.w = bmiSrc.ulWidth;
stSDLRectDef.h = bmiSrc.ulHeight;
pSDLRects = &stSDLRectDef;
cSDLRects = 1;
}
// Make list of destionation rectangles (prectlDst) list from the source
// list (prectl).
prectlDst = _getRectlArray( pVOData, cSDLRects );
if ( prectlDst == NULL )
{
debug( "Not enough memory" );
return FALSE;
}
prectlScan = prectlDst;
for( ulIdx = 0; ulIdx < cSDLRects; ulIdx++, pSDLRects++, prectlScan++ )
{
prectlScan->xLeft = pSDLRects->x;
prectlScan->yTop = pVOData->ulHeight - pSDLRects->y;
prectlScan->xRight = prectlScan->xLeft + pSDLRects->w;
prectlScan->yBottom = prectlScan->yTop - pSDLRects->h;
}
hps = WinGetPS( hwnd );
if ( hps == NULLHANDLE )
return FALSE;
// Make destination region to update.
hrgnUpdate = GpiCreateRegion( hps, cSDLRects, prectlDst );
// "AND" on visible and destination regions, result is region to update.
GpiCombineRegion( hps, hrgnUpdate, hrgnUpdate, pVOData->hrgnVisible,
CRGN_AND );
// Get rectangles of the region to update.
rgnCtl.ircStart = 1;
rgnCtl.crc = 0;
rgnCtl.ulDirection = 1;
rgnCtl.crcReturned = 0;
GpiQueryRegionRects( hps, hrgnUpdate, NULL, &rgnCtl, NULL );
if ( rgnCtl.crcReturned == 0 )
{
GpiDestroyRegion( hps, hrgnUpdate );
WinReleasePS( hps );
return TRUE;
}
// We don't need prectlDst, use it again to store update regions.
prectlDst = _getRectlArray( pVOData, rgnCtl.crcReturned );
if ( prectlDst == NULL )
{
debug( "Not enough memory" );
GpiDestroyRegion( hps, hrgnUpdate );
WinReleasePS( hps );
return FALSE;
}
rgnCtl.ircStart = 1;
rgnCtl.crc = rgnCtl.crcReturned;
rgnCtl.ulDirection = 1;
GpiQueryRegionRects( hps, hrgnUpdate, NULL, &rgnCtl, prectlDst );
GpiDestroyRegion( hps, hrgnUpdate );
WinReleasePS( hps );
cSDLRects = rgnCtl.crcReturned;
// Now cRect/prectlDst is a list of regions in window (update && visible).
// Make lists for blitting from update regions.
pbrDst = _getBltRectArray( pVOData, cSDLRects );
if ( pbrDst == NULL )
{
debug( "Not enough memory" );
return FALSE;
}
prectlScan = prectlDst;
pptlSrcOrg = (PPOINTL)prectlDst; // Yes, this memory block will be used again.
for( ulIdx = 0; ulIdx < cSDLRects; ulIdx++, prectlScan++, pptlSrcOrg++ )
{
pbrDst[ulIdx].ulXOrg = pVOData->rectlWin.xLeft + prectlScan->xLeft;
pbrDst[ulIdx].ulYOrg = pVOData->ulScreenHeight -
( pVOData->rectlWin.yBottom + prectlScan->yTop );
pbrDst[ulIdx].ulXExt = prectlScan->xRight - prectlScan->xLeft;
pbrDst[ulIdx].ulYExt = prectlScan->yTop - prectlScan->yBottom;
pptlSrcOrg->x = prectlScan->xLeft;
pptlSrcOrg->y = bmiSrc.ulHeight - prectlScan->yTop;
}
pptlSrcOrg = (PPOINTL)prectlDst;
// Request HW
sHWReqIn.ulLength = sizeof(HWREQIN);
sHWReqIn.ulFlags = REQUEST_HW;
sHWReqIn.cScrChangeRects = 1;
sHWReqIn.arectlScreen = &pVOData->rectlWin;
if ( pfnVMIEntry( 0, VMI_CMD_REQUESTHW, &sHWReqIn, NULL ) != RC_SUCCESS )
{
debug( "pfnVMIEntry(,VMI_CMD_REQUESTHW,,) failed" );
sHWReqIn.cScrChangeRects = 0; // for fail signal only.
}
else
{
RECTL rclSrcBounds;
rclSrcBounds.xLeft = 0;
rclSrcBounds.yBottom = 0;
rclSrcBounds.xRight = bmiSrc.ulWidth;
rclSrcBounds.yTop = bmiSrc.ulHeight;
sBitbltInfo.ulLength = sizeof(BITBLTINFO);
sBitbltInfo.ulBltFlags = BF_DEFAULT_STATE | BF_ROP_INCL_SRC | BF_PAT_HOLLOW;
sBitbltInfo.cBlits = cSDLRects;
sBitbltInfo.ulROP = ROP_SRCCOPY;
sBitbltInfo.pSrcBmapInfo = &bmiSrc;
sBitbltInfo.pDstBmapInfo = &bmiDst;
sBitbltInfo.prclSrcBounds = &rclSrcBounds;
sBitbltInfo.prclDstBounds = &pVOData->rectlWin;
sBitbltInfo.aptlSrcOrg = pptlSrcOrg;
sBitbltInfo.abrDst = pbrDst;
// Screen update.
if ( pfnVMIEntry( 0, VMI_CMD_BITBLT, &sBitbltInfo, NULL ) != RC_SUCCESS )
{
debug( "pfnVMIEntry(,VMI_CMD_BITBLT,,) failed" );
sHWReqIn.cScrChangeRects = 0; // for fail signal only.
/* List of update rectangles. This is the intersection of requested
* rectangles and visible rectangles. */
if (cSDLRects == 0) {
/* Full update requested */
stSDLRectDef.x = 0;
stSDLRectDef.y = 0;
stSDLRectDef.w = bmiSrc.ulWidth;
stSDLRectDef.h = bmiSrc.ulHeight;
pSDLRects = &stSDLRectDef;
cSDLRects = 1;
}
// Release HW.
sHWReqIn.ulFlags = 0;
if ( pfnVMIEntry( 0, VMI_CMD_REQUESTHW, &sHWReqIn, NULL ) != RC_SUCCESS )
debug( "pfnVMIEntry(,VMI_CMD_REQUESTHW,,) failed" );
}
/* Make list of destination rectangles (prectlDst) list from the source
* list (prectl). */
prectlDst = _getRectlArray(pVOData, cSDLRects);
if (prectlDst == NULL) {
debug_os2("Not enough memory");
return FALSE;
}
prectlScan = prectlDst;
for (ulIdx = 0; ulIdx < cSDLRects; ulIdx++, pSDLRects++, prectlScan++) {
prectlScan->xLeft = pSDLRects->x;
prectlScan->yTop = pVOData->ulHeight - pSDLRects->y;
prectlScan->xRight = prectlScan->xLeft + pSDLRects->w;
prectlScan->yBottom = prectlScan->yTop - pSDLRects->h;
}
return sHWReqIn.cScrChangeRects != 0;
hps = WinGetPS(hwnd);
if (hps == NULLHANDLE)
return FALSE;
/* Make destination region to update */
hrgnUpdate = GpiCreateRegion(hps, cSDLRects, prectlDst);
/* "AND" on visible and destination regions, result is region to update */
GpiCombineRegion(hps, hrgnUpdate, hrgnUpdate, pVOData->hrgnVisible, CRGN_AND);
/* Get rectangles of the region to update */
rgnCtl.ircStart = 1;
rgnCtl.crc = 0;
rgnCtl.ulDirection = 1;
rgnCtl.crcReturned = 0;
GpiQueryRegionRects(hps, hrgnUpdate, NULL, &rgnCtl, NULL);
if (rgnCtl.crcReturned == 0) {
GpiDestroyRegion(hps, hrgnUpdate);
WinReleasePS(hps);
return TRUE;
}
/* We don't need prectlDst, use it again to store update regions */
prectlDst = _getRectlArray(pVOData, rgnCtl.crcReturned);
if (prectlDst == NULL) {
debug_os2("Not enough memory");
GpiDestroyRegion(hps, hrgnUpdate);
WinReleasePS(hps);
return FALSE;
}
rgnCtl.ircStart = 1;
rgnCtl.crc = rgnCtl.crcReturned;
rgnCtl.ulDirection = 1;
GpiQueryRegionRects(hps, hrgnUpdate, NULL, &rgnCtl, prectlDst);
GpiDestroyRegion(hps, hrgnUpdate);
WinReleasePS(hps);
cSDLRects = rgnCtl.crcReturned;
/* Now cRect/prectlDst is a list of regions in window (update && visible) */
/* Make lists for blitting from update regions */
pbrDst = _getBltRectArray(pVOData, cSDLRects);
if (pbrDst == NULL) {
debug_os2("Not enough memory");
return FALSE;
}
prectlScan = prectlDst;
pptlSrcOrg = (PPOINTL)prectlDst; /* Yes, this memory block will be used again */
for (ulIdx = 0; ulIdx < cSDLRects; ulIdx++, prectlScan++, pptlSrcOrg++) {
pbrDst[ulIdx].ulXOrg = pVOData->rectlWin.xLeft + prectlScan->xLeft;
pbrDst[ulIdx].ulYOrg = pVOData->ulScreenHeight -
(pVOData->rectlWin.yBottom + prectlScan->yTop);
pbrDst[ulIdx].ulXExt = prectlScan->xRight - prectlScan->xLeft;
pbrDst[ulIdx].ulYExt = prectlScan->yTop - prectlScan->yBottom;
pptlSrcOrg->x = prectlScan->xLeft;
pptlSrcOrg->y = bmiSrc.ulHeight - prectlScan->yTop;
}
pptlSrcOrg = (PPOINTL)prectlDst;
/* Request HW */
sHWReqIn.ulLength = sizeof(HWREQIN);
sHWReqIn.ulFlags = REQUEST_HW;
sHWReqIn.cScrChangeRects = 1;
sHWReqIn.arectlScreen = &pVOData->rectlWin;
if (pfnVMIEntry(0, VMI_CMD_REQUESTHW, &sHWReqIn, NULL) != RC_SUCCESS) {
debug_os2("pfnVMIEntry(,VMI_CMD_REQUESTHW,,) failed");
sHWReqIn.cScrChangeRects = 0; /* for fail signal only */
} else {
RECTL rclSrcBounds;
rclSrcBounds.xLeft = 0;
rclSrcBounds.yBottom = 0;
rclSrcBounds.xRight = bmiSrc.ulWidth;
rclSrcBounds.yTop = bmiSrc.ulHeight;
sBitbltInfo.ulLength = sizeof(BITBLTINFO);
sBitbltInfo.ulBltFlags = BF_DEFAULT_STATE | BF_ROP_INCL_SRC | BF_PAT_HOLLOW;
sBitbltInfo.cBlits = cSDLRects;
sBitbltInfo.ulROP = ROP_SRCCOPY;
sBitbltInfo.pSrcBmapInfo = &bmiSrc;
sBitbltInfo.pDstBmapInfo = &bmiDst;
sBitbltInfo.prclSrcBounds = &rclSrcBounds;
sBitbltInfo.prclDstBounds = &pVOData->rectlWin;
sBitbltInfo.aptlSrcOrg = pptlSrcOrg;
sBitbltInfo.abrDst = pbrDst;
/* Screen update */
if (pfnVMIEntry(0, VMI_CMD_BITBLT, &sBitbltInfo, NULL) != RC_SUCCESS) {
debug_os2("pfnVMIEntry(,VMI_CMD_BITBLT,,) failed");
sHWReqIn.cScrChangeRects = 0; /* for fail signal only */
}
/* Release HW */
sHWReqIn.ulFlags = 0;
if (pfnVMIEntry(0, VMI_CMD_REQUESTHW, &sHWReqIn, NULL) != RC_SUCCESS) {
debug_os2("pfnVMIEntry(,VMI_CMD_REQUESTHW,,) failed");
}
}
return sHWReqIn.cScrChangeRects != 0;
}
/* vi: set ts=4 sw=4 expandtab: */