55 static ubyte *shiftStripByLeftMargin(ubyte *ptrToStrip, sint32 currSourceWidth,  in shiftStripByLeftMargin()
56         sint32 currStripHeight, sint32 numLinesThisCall, sint32 currMediaWidth, sint32 leftMargin,  in shiftStripByLeftMargin()
59     sint32 scanLineWidth;  in shiftStripByLeftMargin()
73         sint32 srcScanlineWidth = currSourceWidth * 3;  in shiftStripByLeftMargin()
74         sint32 shiftAmount = leftMargin * 3;  in shiftStripByLeftMargin()
132 static sint32 startXRef = 0;
133 static sint32 endXRef = 0;
145         sint32 start = startXRef;  in fixXRef()
146         sint32 end = endXRef - 1;  in fixXRef()
147         sint32 aSize = endXRef - startXRef - 1;  in fixXRef()
149         sint32 *tmpArray = (sint32 *) malloc(aSize * 20);  in fixXRef()
151         sint32 xRefI = startXRef;  in fixXRef()
158             sint32 t = *(tmpArray + i);  in fixXRef()
172         sint32 k = endXRef - 1;  in fixXRef()
174         sint32 lSize = (endXRef - startXRef) / 2;  in fixXRef()
176             sint32 t = xRefTable[i];  in fixXRef()
186 bool PCLmGenerator::addXRef(sint32 xRefObj) {  in addXRef()
189         xRefTable = (sint32 *) malloc(XREF_ARRAY_SIZE * sizeof(sint32));  in addXRef()
199         xRefTable = (sint32 *) realloc(xRefTable, (((xRefIndex + XREF_ARRAY_SIZE) *  in addXRef()
200                 sizeof(sint32))));  in addXRef()
205 bool PCLmGenerator::addKids(sint32 kidObj) {  in addKids()
208         KidsArray = (sint32 *) malloc(KID_ARRAY_SIZE * sizeof(sint32));  in addKids()
216         KidsArray = (sint32 *) realloc(KidsArray, ((numKids + KID_ARRAY_SIZE) * sizeof(sint32)));  in addKids()
221 void PCLmGenerator::initOutBuff(char *buff, sint32 size) {  in initOutBuff()
229     sint32 strSize = strlen(str);  in writeStr2OutBuff()
400         sint32 bytesRead = fread(buffIn, 1, ADOBE_RGB_SIZE, inFile);  in injectAdobeRGBCS()
419         ubyte *strip, sint32 stripWidth, sint32 stripHeight) {  in colorConvertSource()
943             sint32 newH = currStripHeight + yAnchor;  in writePDFGrammarPage()
991 static bool prepImageForBacksideDuplex(ubyte *imagePtr, sint32 imageHeight, sint32 imageWidth,  in prepImageForBacksideDuplex()
992         sint32 numComponents) {  in prepImageForBacksideDuplex()
993     sint32 numBytes = imageHeight * imageWidth * numComponents;  in prepImageForBacksideDuplex()
1276     sint32 cnt = 0;  in RLEEncodeImage()
1314             sint32 i;  in RLEEncodeImage()
1638         sint32 scanlinesThisTime;  in Encapsulate()
1730             for (sint32 stripCntr = 0; stripCntr < numFullInjectedStrips; stripCntr++) {  in Encapsulate()
1732                         (sint32) numFullScanlinesToInject, tmpStrip, currRenderResolutionInteger,  in Encapsulate()
1735                         (sint32) numFullScanlinesToInject, numCompBytes, destColorSpace, true);  in Encapsulate()
1754             sint32 numLeftoverBytes = (currStripHeight - numLinesThisCall) * currSourceWidth * 3;  in Encapsulate()
1755             sint32 numImagedBytes = numLinesThisCall * currSourceWidth * 3;  in Encapsulate()
1788             for (sint32 stripCntr = 0; stripCntr < numFullInjectedStrips; stripCntr++) {  in Encapsulate()
1826             for (sint32 stripCntr = 0; stripCntr < numFullInjectedStrips; stripCntr++) {  in Encapsulate()