/**
* \brief Populates the OIL state variables with PMS system data.
*
* This function retrieves the PMS system information and copies essential data
* from it into the OIL's global variables. This includes:
* \arg The size of the memory allocated for RIP usage;
* \arg The custom configuration data;
* \arg The active paper selection mode;
* \arg The width of traps to be applied;
* \arg The active color management method, and
* \arg The active probe trace options.
*/
void GetPMSSystemInfo()
{
PMS_TySystem ptPMSSysInfo;
OIL_ProbeLog(SW_TRACE_OIL_GETPMSSYSTEMINFO, SW_TRACETYPE_ENTER, (intptr_t)0);
PMS_GetSystemInfo(&ptPMSSysInfo , PMS_CurrentSettings);
g_SystemState.cbRIPMemory = ptPMSSysInfo.cbRIPMemory;
g_SystemState.nOILconfig = ptPMSSysInfo.nOILconfig;
g_SystemState.nOutputType = ptPMSSysInfo.eOutputType;
#ifdef PMS_OIL_MERGE_DISABLE
switch(ptPMSSysInfo.ePaperSelectMode)
{
case PMS_PaperSelNone:
g_ConfigurableFeatures.g_ePaperSelectMode = OIL_PaperSelNone;
break;
case PMS_PaperSelRIP:
g_ConfigurableFeatures.g_ePaperSelectMode = OIL_PaperSelRIP;
break;
case PMS_PaperSelPMS:
g_ConfigurableFeatures.g_ePaperSelectMode = OIL_PaperSelPMS;
break;
default:
HQFAILV(("GetPMSSystemInfo: Unsupported paper select mode (%d), setting default None", ptPMSSysInfo.ePaperSelectMode));
g_ConfigurableFeatures.g_ePaperSelectMode = OIL_PaperSelNone;
break;
}
#else
g_ConfigurableFeatures.g_ePaperSelectMode = ptPMSSysInfo.ePaperSelectMode;
#endif
g_ConfigurableFeatures.ePrintableMode = ptPMSSysInfo.nPrintableMode;
g_ConfigurableFeatures.nStrideBoundaryBytes = ptPMSSysInfo.nStrideBoundaryBytes;
g_ConfigurableFeatures.fEbdTrapping = ptPMSSysInfo.fTrapWidth;
g_ConfigurableFeatures.uColorManagement = ptPMSSysInfo.uColorManagement;
strcpy(g_ConfigurableFeatures.szProbeTrace, ptPMSSysInfo.szProbeTraceOption);
g_ConfigurableFeatures.nRendererThreads = ptPMSSysInfo.nRendererThreads;
#ifdef DIRECTPRINTPCLOUT
if((ptPMSSysInfo.eOutputType == PMS_DIRECT_PRINT) || (ptPMSSysInfo.eOutputType == PMS_DIRECT_PRINTXL))
{
g_ConfigurableFeatures.bPixelInterleaving = TRUE;
/* now protect the direct print mode as it does not handle the direct raster band delivery mode*/
ptPMSSysInfo.eBandDeliveryType = PMS_PUSH_PAGE;
/* copy local setting to PMS job setting */
PMS_SetSystemInfo(&ptPMSSysInfo , PMS_CurrentSettings);
}
#endif
g_ConfigurableFeatures.eBandDeliveryType = ptPMSSysInfo.eBandDeliveryType;
OIL_ProbeLog(SW_TRACE_OIL_GETPMSSYSTEMINFO, SW_TRACETYPE_EXIT, (intptr_t)0);
}
/**
* \brief Register an RDR resource type with the RIP.
*
* This function registers resources required for UFST-5 use with the RIP.
*
* \return This function returns TRUE if the resource is successfully registered,
* or FALSE otherwise.
*/
static int RegisterResourceType( int eResourceType, sw_rdr_class rdr_class, sw_rdr_type rdr_type )
{
int index = 0;
PMS_TyResource resource;
while( PMS_GetResource( eResourceType, index, &resource ) == 0 )
{
sw_rdr_priority priority = MapPriority( resource.ePriority );
sw_rdr_result result = SwRegisterRDR( rdr_class, rdr_type, resource.id, resource.pData, resource.length, priority );
if( result != SW_RDR_SUCCESS )
{
HQFAILV(("RegisterResourceType: SwRegisterRDR() failed: %d", result));
return FALSE;
}
index++;
}
return TRUE;
}
/**
* \brief Converts PMS priority values into RDR priorities.
*
* This function maps the high, normal and low priority values defined in the PMS
* to the equivalent, but numerically different, values defined in the ROM data
* resource (RDR) API. If an unrecognised priority value is supplied, an error message
* is generated and the function returns \c SW_RDR_NORMAL.
*
* \param[in] ePriority The priority value as defined by the PMS.
* \return Returns a \c sw_rdr_priority value which is equivalent to the PMS priority supplied.
If the supplied value is not recognised, \c SW_RDR_NORMAL is returned.
*/
static sw_rdr_priority MapPriority( int ePriority )
{
int ripPriority;
switch( ePriority )
{
case EPMS_Priority_Low:
ripPriority = SW_RDR_DEFAULT;
break;
case EPMS_Priority_Normal:
ripPriority = SW_RDR_NORMAL;
break;
case EPMS_Priority_High:
ripPriority = SW_RDR_OVERRIDE;
break;
default:
HQFAILV(("MapPriority: Unknown priority %d", ePriority));
ripPriority = SW_RDR_NORMAL;
break;
}
return ripPriority;
}
/**
* \brief Register RIP modules
*
* Register available halftone, color management and font modules.
*/
int RegisterRIPModules(void)
{
#ifdef PMS_OIL_MERGE_DISABLE
#if defined(SDK_SUPPORT_2BPP_EXT_EG)
sw_htm_api *pHtm2bpp;
#endif
#if defined(SDK_SUPPORT_4BPP_EXT_EG)
sw_htm_api *pHtm4bpp;
#endif
#endif
sw_cmm_api *pCMM;
#if defined(USE_UFST5) || defined(USE_UFST7)
int nRetVal;
pfin_ufst5_fns ufst5FnTable = { NULL };
ufst5FnTable.pfnCGIFfco_Access = (CGIFfco_AccessFn *) (*g_apfn_pms_calls)[EPMS_FN_CGIFfco_Access];
ufst5FnTable.pfnCGIFfco_Plugin = (CGIFfco_PluginFn *) (*g_apfn_pms_calls)[EPMS_FN_CGIFfco_Plugin];
ufst5FnTable.pfnCGIFfco_Open = (CGIFfco_OpenFn *) (*g_apfn_pms_calls)[EPMS_FN_CGIFfco_Open];
ufst5FnTable.pfnCGIFinitRomInfo = (CGIFinitRomInfoFn *) (*g_apfn_pms_calls)[EPMS_FN_CGIFinitRomInfo];
ufst5FnTable.pfnCGIFenter = (CGIFenterFn *) (*g_apfn_pms_calls)[EPMS_FN_CGIFenter];
ufst5FnTable.pfnCGIFconfig = (CGIFconfigFn *) (*g_apfn_pms_calls)[EPMS_FN_CGIFconfig];
ufst5FnTable.pfnCGIFinit = (CGIFinitFn *) (*g_apfn_pms_calls)[EPMS_FN_CGIFinit];
ufst5FnTable.pfnCGIFfco_Close = (CGIFfco_CloseFn *) (*g_apfn_pms_calls)[EPMS_FN_CGIFfco_Close];
ufst5FnTable.pfnCGIFmakechar = (CGIFmakecharFn *) (*g_apfn_pms_calls)[EPMS_FN_CGIFmakechar];
ufst5FnTable.pfnCGIFchar_size = (CGIFchar_sizeFn *) (*g_apfn_pms_calls)[EPMS_FN_CGIFchar_size];
ufst5FnTable.pfnCGIFfont = (CGIFfontFn *) (*g_apfn_pms_calls)[EPMS_FN_CGIFfont];
ufst5FnTable.pfnPCLswapHdr = (PCLswapHdrFn *) (*g_apfn_pms_calls)[EPMS_FN_PCLswapHdr];
ufst5FnTable.pfnPCLswapChar = (PCLswapCharFn *) (*g_apfn_pms_calls)[EPMS_FN_PCLswapChar];
#ifdef USEUFSTCALLBACKS
ufst5FnTable.pfnUFSTSetCallbacks = (UFSTSetCallbacksFn *) (*g_apfn_pms_calls)[EPMS_FN_UFSTSetCallbacks];
#endif
#ifdef USEPMSDATAPTRFNS
ufst5FnTable.pfnUFSTGetPS3FontDataPtr = (UFSTGetPS3FontDataPtrFn *) (*g_apfn_pms_calls)[EPMS_FN_UFSTGetPS3FontDataPtr];
ufst5FnTable.pfnUFSTGetWingdingFontDataPtr = (UFSTGetWingdingFontDataPtrFn *) (*g_apfn_pms_calls)[EPMS_FN_UFSTGetWingdingFontDataPtr];
ufst5FnTable.pfnUFSTGetSymbolSetDataPtr = (UFSTGetSymbolSetDataPtrFn *) (*g_apfn_pms_calls)[EPMS_FN_UFSTGetSymbolSetDataPtr];
ufst5FnTable.pfnUFSTGetPluginDataPtr = (UFSTGetPluginDataPtrFn *) (*g_apfn_pms_calls)[EPMS_FN_UFSTGetPluginDataPtr];
#endif
nRetVal = pfin_ufst5_module(&ufst5FnTable);
if(nRetVal)
{
HQFAILV(("RegisterRIPModules: Failed to start initialise pfin ufst5 module %d", nRetVal));
return FALSE;
}
#endif
#ifdef USE_FF
{
int nRetVal;
pfin_ff_fns ffFnTable = {0}; /* No FontFusion functions defined yet. */
nRetVal = pfin_ff_module(&ffFnTable);
if (nRetVal) {
HQFAILV(("RegisterRIPModules: Failed to start initialise pfin ff module %d\n", nRetVal));
}
}
#endif
#ifdef PMS_OIL_MERGE_DISABLE
#if defined(SDK_SUPPORT_4BPP_EXT_EG)
/* Register example simple 4-bit screening */
pHtm4bpp = htm4bpp_getInstance();
if (SwRegisterHTM (pHtm4bpp) != SW_API_REGISTERED)
return FALSE;
#endif
#if defined(SDK_SUPPORT_2BPP_EXT_EG)
/* Register example simple 2-bit screening */
pHtm2bpp = htm2bpp_getInstance();
if (SwRegisterHTM (pHtm2bpp) != SW_API_REGISTERED)
return FALSE;
#endif
#endif
/* Register example CMM */
pCMM = oilccs_getInstance();
if (SwRegisterCMM (pCMM) != SW_API_REGISTERED)
return FALSE;
return TRUE;
}
