/* -*- Mode: C; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 2 -*- */ /* ***** BEGIN LICENSE BLOCK ***** * Version: NPL 1.1/GPL 2.0/LGPL 2.1 * * The contents of this file are subject to the Netscape Public License * Version 1.1 (the "License"); you may not use this file except in * compliance with the License. You may obtain a copy of the License at * http://www.mozilla.org/NPL/ * * Software distributed under the License is distributed on an "AS IS" basis, * WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License * for the specific language governing rights and limitations under the * License. * * The Original Code is mozilla.org code. * * The Initial Developer of the Original Code is * Netscape Communications Corporation. * Portions created by the Initial Developer are Copyright (C) 1998 * the Initial Developer. All Rights Reserved. * * Contributor(s): * Roland Mainz * Leon Sha * * Alternatively, the contents of this file may be used under the terms of * either the GNU General Public License Version 2 or later (the "GPL"), or * the GNU Lesser General Public License Version 2.1 or later (the "LGPL"), * in which case the provisions of the GPL or the LGPL are applicable instead * of those above. If you wish to allow use of your version of this file only * under the terms of either the GPL or the LGPL, and not to allow others to * use your version of this file under the terms of the NPL, indicate your * decision by deleting the provisions above and replace them with the notice * and other provisions required by the GPL or the LGPL. If you do not delete * the provisions above, a recipient may use your version of this file under * the terms of any one of the NPL, the GPL or the LGPL. * * ***** END LICENSE BLOCK ***** */ /* Note: Sun Workshop 6 may have problems when mixing * and X includes. This was fixed by recent Xsun patches which * are part of the "recommended patches" for Solaris. * See bug 88703... */ #include #include #include #include /* for strerror & memset */ #ifdef MOZ_LOGGING #define FORCE_PR_LOG 1 /* Allow logging in the release build */ #endif /* MOZ_LOGGING */ #include "prlog.h" #include "imgScaler.h" #include "nsXPrintContext.h" #include "nsDeviceContextXP.h" #include "xprintutil.h" #include "prenv.h" /* for PR_GetEnv */ /* NS_XPRINT_RGB_DITHER: Macro to check whether we should dither or not. * In theory we only have to look at the visual and depth ("TrueColor" with * enougth bits for the colors or GrayScale/StaticGray with enougth bits for * the grayscale shades). * In real life some Xprt DDX do not have the GrayScale/StaticGray visuals and * we emulate grayscale support with a PseudoColor visual+grayscale palette * (that's why we test for |mIsGrayscale| explicitly)... */ #define NS_XPRINT_RGB_DITHER \ (((mDepth > 12 && mVisual->c_class==TrueColor) || \ (mDepth >= 7 && mVisual->c_class==GrayScale) || \ (mDepth >= 7 && mVisual->c_class==StaticGray) || \ (mIsGrayscale == PR_TRUE)) ?(XLIB_RGB_DITHER_NONE):(XLIB_RGB_DITHER_MAX)) #ifdef PR_LOGGING /* DEBUG: use * % export NSPR_LOG_MODULES=nsXPrintContext:5 * to see these debug messages... */ static PRLogModuleInfo *nsXPrintContextLM = PR_NewLogModule("nsXPrintContext"); #endif /* PR_LOGGING */ PR_BEGIN_EXTERN_C static int xerror_handler( Display *display, XErrorEvent *ev ) { /* this should _never_ be happen... but if this happens - debug mode or not - scream !!! */ char errmsg[80]; XGetErrorText(display, ev->error_code, errmsg, sizeof(errmsg)); fprintf(stderr, "nsGfxXprintModule: Warning (X Error) - %s\n", errmsg); return 0; } PR_END_EXTERN_C /** --------------------------------------------------- * Default Constructor */ nsXPrintContext::nsXPrintContext() : mXlibRgbHandle(nsnull), mPDisplay(nsnull), mScreen(nsnull), mVisual(nsnull), mDrawable(None), mGC(nsnull), mDepth(0), mPContext(None), mJobStarted(PR_FALSE), mIsGrayscale(PR_FALSE), /* default is color output */ mIsAPrinter(PR_TRUE), /* default destination is printer */ mPrintFile(nsnull), mXpuPrintToFileHandle(nsnull), mPrintResolution(0L), mContext(nsnull) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("nsXPrintContext::nsXPrintContext()\n")); } /** --------------------------------------------------- * Destructor */ nsXPrintContext::~nsXPrintContext() { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("nsXPrintContext::~nsXPrintContext()\n")); if (mPDisplay) { if (mJobStarted) { /* Clean-up if noone else did it yet... */ AbortDocument(); } if (mGC) { mGC->Release(); mGC = nsnull; } if (mXlibRgbHandle) { xxlib_rgb_destroy_handle(mXlibRgbHandle); mXlibRgbHandle = nsnull; } XPU_TRACE(XpuClosePrinterDisplay(mPDisplay, mPContext)); mPDisplay = nsnull; mPContext = None; } PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("nsXPrintContext::~nsXPrintContext() done.\n")); } NS_IMPL_ISUPPORTS1(nsXPrintContext, nsIDrawingSurfaceXlib) static nsresult AlertBrokenXprt(Display *pdpy) { /* Check for broken Xprt * Xfree86 Xprt is the only known broken version of Xprt (see bug 120211 * for a list of tested&working Xprt servers) ... * XXX: We should look at XVendorRelease(), too - but there is no feedback * from XFree86.org when this issue will be fixed... ;-( */ if (!(strstr(XServerVendor(pdpy), "XFree86") /*&& XVendorRelease(pdpy) < 45000000L*/)) return NS_OK; /* Bad version found... log the issue and show the dialog and warn the user... */ PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("nsXPrintContext::AlertBrokenXprt: vendor: '%s', release=%ld\n", XServerVendor(pdpy), (long)XVendorRelease(pdpy))); /* Dialog disabled ? */ if (PR_GetEnv("MOZILLA_XPRINT_DISABLE_BROKEN_XFREE86_WARNING") != nsnull) return NS_OK; return NS_ERROR_GFX_PRINTER_XPRINT_BROKEN_XPRT; } NS_IMETHODIMP nsXPrintContext::Init(nsDeviceContextXp *dc, nsIDeviceContextSpecXp *aSpec) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("nsXPrintContext::Init()\n")); nsresult rv = NS_ERROR_FAILURE; int prefDepth = 24; /* 24 or 8 for PS DDX, 24, 8, 1 for PCL DDX... * I wish current Xprt would have a 1bit/8bit StaticGray * visual for the PS DDX... ;-( */ /* Safeguard for production use (see bug 80562), * Make sure we can switch back to the * extensively tested 8bit Pseudocolor visual on demand... */ if( PR_GetEnv("MOZILLA_XPRINT_EXPERIMENTAL_DISABLE_24BIT_VISUAL") != nsnull ) { prefDepth = 8; } unsigned short width, height; XRectangle rect; if (NS_FAILED(XPU_TRACE(rv = SetupPrintContext(aSpec)))) return rv; mScreen = XpGetScreenOfContext(mPDisplay, mPContext); mScreenNumber = XScreenNumberOfScreen(mScreen); XlibRgbArgs xargs; memset(&xargs, 0, sizeof(xargs)); xargs.handle_name = nsnull; xargs.disallow_image_tiling = True; /* XlibRGB's "Image tiling"-hack is * incompatible to Xprint API */ /* What about B/W-only printers ?! */ if (mIsGrayscale) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("printing grayscale\n")); /* 1st attempt using StaticGray */ xargs.xtemplate.c_class = StaticGray; xargs.xtemplate.depth = 8; xargs.xtemplate_mask = VisualClassMask|VisualDepthMask; mXlibRgbHandle = xxlib_rgb_create_handle(mPDisplay, mScreen, &xargs); if (!mXlibRgbHandle) { /* 2nd attempt using GrayScale */ xargs.xtemplate.c_class = GrayScale; xargs.xtemplate.depth = 8; xargs.xtemplate_mask = VisualClassMask|VisualDepthMask; mXlibRgbHandle = xxlib_rgb_create_handle(mPDisplay, mScreen, &xargs); if (!mXlibRgbHandle) { /* Last attempt: Emulate StaticGray via Pseudocolor colormap */ xargs.xtemplate_mask = 0L; xargs.xtemplate.depth = 0; xargs.pseudogray = True; mXlibRgbHandle = xxlib_rgb_create_handle(mPDisplay, mScreen, &xargs); } if (!mXlibRgbHandle) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("trying black/white\n")); /* Last attempt using StaticGray 1bit (b/w printer) */ xargs.xtemplate.c_class = StaticGray; xargs.xtemplate.depth = 1; xargs.xtemplate_mask = VisualClassMask|VisualDepthMask; xargs.pseudogray = False; mXlibRgbHandle = xxlib_rgb_create_handle(mPDisplay, mScreen, &xargs); } } } else { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("printing color\n")); if (prefDepth > 12) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("trying TrueColor %d bit\n", prefDepth)); xargs.xtemplate.depth = prefDepth; xargs.xtemplate.c_class = TrueColor; xargs.xtemplate_mask = VisualDepthMask|VisualClassMask; mXlibRgbHandle = xxlib_rgb_create_handle(mPDisplay, mScreen, &xargs); } if (!mXlibRgbHandle) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("trying PseudoColor 8 bit\n")); xargs.xtemplate.depth = 8; xargs.xtemplate.c_class = PseudoColor; xargs.xtemplate_mask = VisualDepthMask|VisualClassMask; mXlibRgbHandle = xxlib_rgb_create_handle(mPDisplay, mScreen, &xargs); } } /* No XlibRgb handle ? Either we do not have a matching visual or no memory... */ if (!mXlibRgbHandle) return NS_ERROR_GFX_PRINTER_COLORSPACE_NOT_SUPPORTED; XpGetPageDimensions(mPDisplay, mPContext, &width, &height, &rect); rv = SetupWindow(rect.x, rect.y, rect.width, rect.height); if (NS_FAILED(rv)) return rv; XMapWindow(mPDisplay, mDrawable); mContext = dc; /* Set error handler and sync * ToDo: unset handler after all is done - what about handler "stacking" ? */ (void)XSetErrorHandler(xerror_handler); /* only run unbuffered X11 connection on demand (for debugging/testing) */ if( PR_GetEnv("MOZILLA_XPRINT_EXPERIMENTAL_SYNCHRONIZE") != nsnull ) { XSynchronize(mPDisplay, True); } return NS_OK; } nsresult nsXPrintContext::SetupWindow(int x, int y, int width, int height) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("nsXPrintContext::SetupWindow: x=%d y=%d width=%d height=%d\n", x, y, width, height)); Window parent_win; XVisualInfo *visual_info; XSetWindowAttributes xattributes; long xattributes_mask; unsigned long background, foreground; mWidth = width; mHeight = height; visual_info = xxlib_rgb_get_visual_info(mXlibRgbHandle); mVisual = xxlib_rgb_get_visual(mXlibRgbHandle); mDepth = xxlib_rgb_get_depth(mXlibRgbHandle); background = xxlib_rgb_xpixel_from_rgb(mXlibRgbHandle, NS_TO_XXLIB_RGB(NS_RGB(0xFF, 0xFF, 0xFF))); /* white */ foreground = xxlib_rgb_xpixel_from_rgb(mXlibRgbHandle, NS_TO_XXLIB_RGB(NS_RGB(0x00, 0x00, 0x00))); /* black */ parent_win = XRootWindow(mPDisplay, mScreenNumber); xattributes.background_pixel = background; xattributes.border_pixel = foreground; xattributes.colormap = xxlib_rgb_get_cmap(mXlibRgbHandle); xattributes_mask = CWBorderPixel | CWBackPixel; if( xattributes.colormap != None ) { xattributes_mask |= CWColormap; /* XXX: Why do we need this ? See bug 80562 ("Xprint does not support any * other visuals than Xprt's default one..").*/ if (mDepth > 12) { XInstallColormap(mPDisplay, xattributes.colormap); } } mDrawable = (Drawable)XCreateWindow(mPDisplay, parent_win, x, y, width, height, 0, mDepth, InputOutput, mVisual, xattributes_mask, &xattributes); /* %p would be better instead of %lx for pointers - but does PR_LOG() support that ? */ PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("nsXPrintContext::SetupWindow: mDepth=%d, mScreenNumber=%d, colormap=%lx, mDrawable=%lx\n", (int)mDepth, (int)mScreenNumber, (long)xattributes.colormap, (long)mDrawable)); return NS_OK; } nsresult nsXPrintContext::SetMediumSize(const char *aPaperName) { nsresult rv = NS_ERROR_GFX_PRINTER_PAPER_SIZE_NOT_SUPPORTED; XpuMediumSourceSizeList mlist; int mlist_count; int i; char *paper_name, *alloc_paper_name; /* for free() ... */ paper_name = alloc_paper_name = strdup(aPaperName); if (!paper_name) return NS_ERROR_OUT_OF_MEMORY; PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("SetMediumSize: Requested page '%s'\n", paper_name)); mlist = XpuGetMediumSourceSizeList(mPDisplay, mPContext, &mlist_count); if( !mlist ) { return NS_ERROR_GFX_PRINTER_PAPER_SIZE_NOT_SUPPORTED; } XpuMediumSourceSizeRec *match = nsnull; #ifdef PR_LOGGING /* Print page sizes for the log... */ for( i = 0 ; i < mlist_count ; i++ ) { XpuMediumSourceSizeRec *curr = &mlist[i]; PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("got '%s'/'%s'\t%d %f %f %f %f\n", XPU_NULLXSTR(curr->tray_name), curr->medium_name, curr->mbool, curr->ma1, curr->ma2, curr->ma3, curr->ma4)); } #endif /* PR_LOGGING */ char *s; /* Did we get a tray name and paper name (e.g. "manual/din-a4") ? */ if ((s = strchr(paper_name, '/')) != nsnull) { const char *tray_name; *s = '\0'; tray_name = paper_name; paper_name = s+1; PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("SetMediumSize: searching for '%s'/'%s'\n", tray_name, paper_name)); match = XpuFindMediumSourceSizeByName(mlist, mlist_count, tray_name, paper_name); } else { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("SetMediumSize: searching for '%s'\n", paper_name)); match = XpuFindMediumSourceSizeByName(mlist, mlist_count, nsnull, paper_name); } /* Found a match ? */ if (match) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("match '%s'/'%s' !\n", XPU_NULLXSTR(match->tray_name), match->medium_name)); /* Set document's paper size */ if( XpuSetDocMediumSourceSize(mPDisplay, mPContext, match) == 1 ) rv = NS_OK; } XpuFreeMediumSourceSizeList(mlist); free(alloc_paper_name); return rv; } nsresult nsXPrintContext::SetOrientation(int landscape) { const char *orientation; XpuOrientationList list; int list_count; XpuOrientationRec *match; /* which orientation ? */ switch( landscape ) { case 1 /* NS_LANDSCAPE */: orientation = "landscape"; break; case 0 /* NS_PORTRAIT */: orientation = "portrait"; break; default: PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("Unsupported orientation %d.\n", landscape)); return NS_ERROR_GFX_PRINTER_ORIENTATION_NOT_SUPPORTED; } /* Print the used orientation to the log... */ PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("orientation=%s\n", orientation)); /* Get list of supported orientations */ list = XpuGetOrientationList(mPDisplay, mPContext, &list_count); if( !list ) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("XpuGetOrientationList() failure.\n")); return NS_ERROR_GFX_PRINTER_ORIENTATION_NOT_SUPPORTED; } #ifdef PR_LOGGING int i; /* Print orientations for the log... */ for( i = 0 ; i < list_count ; i++ ) { XpuOrientationRec *curr = &list[i]; PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("got orientation='%s'\n", curr->orientation)); } #endif /* PR_LOGGING */ /* Find requested orientation */ match = XpuFindOrientationByName(list, list_count, orientation); if (!match) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("XpuFindOrientationByName() failure.\n")); XpuFreeOrientationList(list); return NS_ERROR_GFX_PRINTER_ORIENTATION_NOT_SUPPORTED; } /* Set orientation */ if (XpuSetDocOrientation(mPDisplay, mPContext, match) != 1) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("XpuSetDocOrientation() failure.\n")); /* We have a "match" in the list of supported orientations but we are not * allowed to set it... Well - if this happens and we only have ONE entry * in this list then we can safely assume that this is the only choice... * (please correct me if I am wrong) */ if (list_count != 1) { /* ... otherwise we have a problem... */ XpuFreeOrientationList(list); return NS_ERROR_GFX_PRINTER_ORIENTATION_NOT_SUPPORTED; } } XpuFreeOrientationList(list); return NS_OK; } nsresult nsXPrintContext::SetPlexMode(const char *plexname) { XpuPlexList list; int list_count; XpuPlexRec *match; /* Print the used plex name to the log... */ PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("plexname=%s\n", plexname)); /* Get list of supported plex modes */ list = XpuGetPlexList(mPDisplay, mPContext, &list_count); if( !list ) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("XpuGetPlexList() failure.\n")); return NS_ERROR_GFX_PRINTER_PLEX_NOT_SUPPORTED; } #ifdef PR_LOGGING int i; /* Print plex modes for the log... */ for( i = 0 ; i < list_count ; i++ ) { XpuPlexRec *curr = &list[i]; PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("got plex='%s'\n", curr->plex)); } #endif /* PR_LOGGING */ /* Find requested plex mode */ match = XpuFindPlexByName(list, list_count, plexname); if (!match) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("XpuFindPlexByName() failure.\n")); XpuFreePlexList(list); return NS_ERROR_GFX_PRINTER_PLEX_NOT_SUPPORTED; } /* Set plex */ if (XpuSetDocPlex(mPDisplay, mPContext, match) != 1) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("XpuSetDocPlex() failure.\n")); /* We have a "match" in the list of supported plex modes but we are not * allowed to set it... Well - if this happens and we only have ONE entry * in this list then we can safely assume that this is the only choice... * (please correct me if I am wrong) */ if (list_count != 1) { /* ... otherwise we have a problem... */ XpuFreePlexList(list); return NS_ERROR_GFX_PRINTER_PLEX_NOT_SUPPORTED; } } XpuFreePlexList(list); return NS_OK; } nsresult nsXPrintContext::SetupPrintContext(nsIDeviceContextSpecXp *aSpec) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("nsXPrintContext::SetupPrintContext()\n")); float top, bottom, left, right; int landscape; int num_copies; const char *printername; nsresult rv; // Get the Attributes aSpec->GetToPrinter(mIsAPrinter); aSpec->GetGrayscale(mIsGrayscale); aSpec->GetTopMargin(top); aSpec->GetBottomMargin(bottom); aSpec->GetLeftMargin(left); aSpec->GetRightMargin(right); aSpec->GetLandscape(landscape); aSpec->GetCopies(num_copies); PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("nsXPrintContext::SetupPrintContext: borders top=%f, bottom=%f, left=%f, right=%f\n", top, bottom, left, right)); /* get destination printer (we need this when printing to file as * the printer DDX in Xprt generates the data...) */ aSpec->GetPrinterName(&printername); /* Are we "printing" to a file instead to the print queue ? */ if (!mIsAPrinter) { /* ToDo: Guess a matching file extension of user did not set one - Xprint * currrently may use %s.ps, %s.pcl, %s.xwd, %s.pdf etc. * Best idea would be to ask a "datatyping" service (like CDE's datatyping * functions) what to-do... */ aSpec->GetPath(&mPrintFile); PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("print to file '%s'\n", XPU_NULLXSTR(mPrintFile))); if(!mPrintFile || !*mPrintFile) return NS_ERROR_GFX_PRINTER_COULD_NOT_OPEN_FILE; } /* workaround for crash in XCloseDisplay() on Solaris 2.7 Xserver - when * shared memory transport is used XCloseDisplay() tries to free() the * shared memory segment - causing heap corruption and/or SEGV. */ PR_SetEnv("XSUNTRANSPORT=xxx"); /* Get printer, either by "name" (foobar) or "name@display" (foobar@gaja:5) */ if( XpuGetPrinter(printername, &mPDisplay, &mPContext) != 1 ) return NS_ERROR_GFX_PRINTER_NAME_NOT_FOUND; PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("nsXPrintContext::SetupPrintContext: name='%s', display='%s', vendor='%s', release=%ld\n", printername, XDisplayString(mPDisplay), XServerVendor(mPDisplay), (long)XVendorRelease(mPDisplay))); if (NS_FAILED(rv = AlertBrokenXprt(mPDisplay))) return rv; if( XpQueryExtension(mPDisplay, &mXpEventBase, &mXpErrorBase) == False ) return NS_ERROR_UNEXPECTED; #ifdef XPRINT_DEBUG_SOMETIMES_USEFULL dumpXpAttributes(mPDisplay, mPContext); #endif /* XPRINT_DEBUG_SOMETIMES_USEFULL */ const char *paper_name = nsnull, *plex_name = nsnull; aSpec->GetPaperName(&paper_name); aSpec->GetPlexName(&plex_name); if (NS_FAILED(XPU_TRACE(rv = SetMediumSize(paper_name)))) return rv; if (NS_FAILED(XPU_TRACE(rv = SetOrientation(landscape)))) return rv; if (NS_FAILED(XPU_TRACE(rv = SetPlexMode(plex_name)))) return rv; if (NS_FAILED(XPU_TRACE(rv = SetResolution()))) return rv; if (XPU_TRACE(XpuSetDocumentCopies(mPDisplay, mPContext, num_copies)) != 1) return NS_ERROR_GFX_PRINTER_TOO_MANY_COPIES; /* set printer context * WARNING: after this point it is no longer allows to change job attributes * only after the XpSetContext() call the alllication is allowed to make * assumptions about available fonts - otherwise you may get the wrong * ones !! */ XPU_TRACE(XpSetContext(mPDisplay, mPContext)); #ifdef XPRINT_DEBUG_SOMETIMES_USEFULL dumpXpAttributes(mPDisplay, mPContext); #endif /* XPRINT_DEBUG_SOMETIMES_USEFULL */ /* Get default printer resolution. May fail if Xprt is misconfigured.*/ if( XpuGetResolution(mPDisplay, mPContext, &mPrintResolution) != 1 ) return NS_ERROR_GFX_PRINTER_DRIVER_CONFIGURATION_ERROR; PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("print resolution %ld\n", (long)mPrintResolution)); /* We want to get events when Xp(Start|End)(Job|Page) requests are processed... */ XpSelectInput(mPDisplay, mPContext, XPPrintMask); return NS_OK; } NS_IMETHODIMP nsXPrintContext::SetResolution( void ) { XpuResolutionList list; int list_count; XpuResolutionRec *match; int i; long default_resolution; PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("nsXPrintContext::SetResolution().\n")); list = XpuGetResolutionList(mPDisplay, mPContext, &list_count); if( !list ) return NS_ERROR_GFX_PRINTER_DRIVER_CONFIGURATION_ERROR; #ifdef PR_LOGGING /* Print resolutions for the log... */ for( i = 0 ; i < list_count ; i++ ) { XpuResolutionRec *curr = &list[i]; PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("got resolution=%ld\n", (long)curr->dpi)); } #endif /* PR_LOGGING */ /* We rely on printer default resolution if we have one... */ if( XpuGetResolution(mPDisplay, mPContext, &default_resolution) == 1 ) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("using printers default resolution=%ld.\n", default_resolution)); XpuFreeResolutionList(list); return NS_OK; } /* XXX: Hardcoded resolution values... */ match = XpuFindResolution(list, list_count, 300, 300); if (!match) { /* Find a match between 300-600, lower resolution is better */ PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("searching between 300-600, lower resolution is better...\n")); match = XpuFindResolution(list, list_count, 300, 600); if (!match) { /* Find a match between 150-300, higher resolution is better */ PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("searching between 150-300, higher resolution is better...\n")); match = XpuFindResolution(list, list_count, 300, 150); if (!match) { /* If there is still no match then use the first one from the matches we * obtained...*/ match = &list[0]; } } } PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("setting resolution to %ld DPI.\n", match->dpi)); if (XpuSetDocResolution(mPDisplay, mPContext, match) != 1) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("XpuSetDocResolution() failure.\n")); /* We have a "match" in the list of supported resolutions but we are not * allowed to set it... Well - if this happens and we only have ONE entry * in this list then we can safely assume that this is the only choice... * (please correct me if I am wrong) */ if (list_count != 1) { /* ... otherwise we have a problem... */ XpuFreeResolutionList(list); return NS_ERROR_GFX_PRINTER_DRIVER_CONFIGURATION_ERROR; } } XpuFreeResolutionList(list); return NS_OK; } NS_IMETHODIMP nsXPrintContext::BeginDocument( PRUnichar * aTitle, PRUnichar* aPrintToFileName, PRInt32 aStartPage, PRInt32 aEndPage ) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("nsXPrintContext::BeginDocument(aTitle='%s')\n", ((aTitle)?(NS_ConvertUCS2toUTF8(aTitle).get()):("")))); nsXPIDLCString job_title; if (aTitle) { /* Note that this is _only_ a _hack_ until bug 73446 * ("RFE: Need NS_ConvertUCS2ToLocalEncoding() and * NS_ConvertLocalEncodingToUCS2()") is implemented... * Below we need COMPOUNT_TEXT which usually is the same as the Xserver's * local encoding - this hack should at least work for C/POSIX * and *.UTF-8 locales... */ job_title.Assign(NS_ConvertUCS2toUTF8(aTitle)); } else { job_title.Assign(NS_LITERAL_CSTRING("Mozilla document without title")); } /* Set the Job Attributes */ XpuSetJobTitle(mPDisplay, mPContext, job_title); // Check the output type if(mIsAPrinter) { XPU_TRACE(XpuStartJobToSpooler(mPDisplay)); } else { if( XPU_TRACE(mXpuPrintToFileHandle = XpuStartJobToFile(mPDisplay, mPContext, mPrintFile)) == nsnull ) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("nsXPrintContext::BeginDocument(): XpuPrintToFile failure %s/(%d)\n", strerror(errno), errno)); return NS_ERROR_GFX_PRINTER_COULD_NOT_OPEN_FILE; } } XPU_TRACE(XpuWaitForPrintNotify(mPDisplay, mXpEventBase, XPStartJobNotify)); mJobStarted = PR_TRUE; return NS_OK; } NS_IMETHODIMP nsXPrintContext::BeginPage() { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("nsXPrintContext::BeginPage()\n")); XPU_TRACE(XpStartPage(mPDisplay, mDrawable)); XPU_TRACE(XpuWaitForPrintNotify(mPDisplay, mXpEventBase, XPStartPageNotify)); return NS_OK; } NS_IMETHODIMP nsXPrintContext::EndPage() { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("nsXPrintContext::EndPage()\n")); XPU_TRACE(XpEndPage(mPDisplay)); XPU_TRACE(XpuWaitForPrintNotify(mPDisplay, mXpEventBase, XPEndPageNotify)); return NS_OK; } NS_IMETHODIMP nsXPrintContext::EndDocument() { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("nsXPrintContext::EndDocument()\n")); XPU_TRACE(XpEndJob(mPDisplay)); XPU_TRACE(XpuWaitForPrintNotify(mPDisplay, mXpEventBase, XPEndJobNotify)); /* Are we printing to a file ? */ if( !mIsAPrinter ) { NS_ASSERTION(nsnull != mXpuPrintToFileHandle, "mXpuPrintToFileHandle is null."); if( XPU_TRACE(XpuWaitForPrintFileChild(mXpuPrintToFileHandle)) == XPGetDocFinished ) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("XpuWaitForPrintFileChild returned success.\n")); } else { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("XpuWaitForPrintFileChild returned failure.\n")); } mXpuPrintToFileHandle = nsnull; } mJobStarted = PR_FALSE; return NS_OK; } NS_IMETHODIMP nsXPrintContext::AbortDocument() { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("nsXPrintContext::AbortDocument()\n")); if( mJobStarted ) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("canceling...\n")); XPU_TRACE(XpCancelJob(mPDisplay, True)); } /* Are we printing to a file ? */ if( !mIsAPrinter && mXpuPrintToFileHandle ) { if( XPU_TRACE(XpuWaitForPrintFileChild(mXpuPrintToFileHandle)) == XPGetDocFinished ) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("XpuWaitForPrintFileChild returned success.\n")); } else { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("XpuWaitForPrintFileChild returned failure.\n")); } mXpuPrintToFileHandle = nsnull; } mJobStarted = PR_FALSE; PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("print job aborted.\n")); return NS_OK; } static PRUint8 *ComposeAlphaImage( PRUint8 *alphaBits, PRInt32 alphaRowBytes, PRUint8 alphaDepth, PRUint8 *image_bits, PRInt32 row_bytes, PRInt32 aWidth, PRInt32 aHeight) { PRUint8 *composed_bits; /* composed image */ if (!(composed_bits = (PRUint8 *)PR_Malloc(aHeight * row_bytes))) return nsnull; /* unfortunately this code does not work for some strange reason ... */ #ifdef XPRINT_NOT_NOW XGCValues gcv; memset(&gcv, 0, sizeof(XGCValues)); /* this may be unneccesary */ XGetGCValues(mPDisplay, *xgc, GCForeground, &gcv); /* should be replaced by xxlibrgb_query_color() */ XColor color; color.pixel = gcv.foreground; XQueryColor(mPDisplay, xxlib_rgb_get_cmap(mXlibRgbHandle), &color); unsigned long background = NS_RGB(color.red>>8, color.green>>8, color.blue>>8); #else unsigned long background = NS_RGB(0xFF,0xFF,0xFF); /* white! */ #endif /* XPRINT_NOT_NOW */ long x, y; switch(alphaDepth) { case 1: { #define NS_GET_BIT(rowptr, x) (rowptr[(x)>>3] & (1<<(7-(x)&0x7))) unsigned short r = NS_GET_R(background), g = NS_GET_R(background), b = NS_GET_R(background); for(y = 0 ; y < aHeight ; y++) { unsigned char *imageRow = image_bits + y * row_bytes; unsigned char *destRow = composed_bits + y * row_bytes; unsigned char *alphaRow = alphaBits + y * alphaRowBytes; for(x = 0 ; x < aWidth ; x++) { if(NS_GET_BIT(alphaRow, x)) { /* copy src color */ destRow[3*x ] = imageRow[3*x ]; destRow[3*x+1] = imageRow[3*x+1]; destRow[3*x+2] = imageRow[3*x+2]; } else { /* copy background color (e.g. pixel is "transparent") */ destRow[3*x ] = r; destRow[3*x+1] = g; destRow[3*x+2] = b; } } } } break; case 8: { unsigned short r = NS_GET_R(background), g = NS_GET_R(background), b = NS_GET_R(background); for(y = 0 ; y < aHeight ; y++) { unsigned char *imageRow = image_bits + y * row_bytes; unsigned char *destRow = composed_bits + y * row_bytes; unsigned char *alphaRow = alphaBits + y * alphaRowBytes; for(x = 0 ; x < aWidth ; x++) { unsigned short alpha = alphaRow[x]; MOZ_BLEND(destRow[3*x ], r, imageRow[3*x ], alpha); MOZ_BLEND(destRow[3*x+1], g, imageRow[3*x+1], alpha); MOZ_BLEND(destRow[3*x+2], b, imageRow[3*x+2], alpha); } } } break; default: { NS_WARNING("alpha depth x not supported"); PR_Free(composed_bits); return nsnull; } break; } return composed_bits; } NS_IMETHODIMP nsXPrintContext::DrawImage(xGC *xgc, nsIImage *aImage, PRInt32 aSX, PRInt32 aSY, PRInt32 aSWidth, PRInt32 aSHeight, PRInt32 aDX, PRInt32 aDY, PRInt32 aDWidth, PRInt32 aDHeight) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("nsXPrintContext::DrawImage(%d/%d/%d/%d - %d/%d/%d/%d)\n", (int)aSX, (int)aSY, (int)aSWidth, (int)aSHeight, (int)aDX, (int)aDY, (int)aDWidth, (int)aDHeight)); double scalingFactor; int prev_res = 0, dummy; long imageResolution; PRInt32 aDWidth_scaled, aDHeight_scaled; nsresult rv = NS_OK; PRInt32 aSrcWidth = aImage->GetWidth(); PRInt32 aSrcHeight = aImage->GetHeight(); if( (aSrcWidth == 0) || (aSrcHeight == 0) || (aSWidth == 0) || (aSHeight == 0) || (aDWidth == 0) || (aDHeight == 0) ) { NS_ASSERTION((aSrcWidth != 0) && (aSrcHeight != 0) && (aSWidth != 0) && (aSHeight != 0) || (aDWidth != 0) && (aDHeight != 0), "nsXPrintContext::DrawImage(): Image with zero source||dest width||height supressed\n"); return NS_OK; } /* Get the general scaling factor for this device */ float pixelscale = 1.0; mContext->GetCanonicalPixelScale(pixelscale); scalingFactor = 1.0 / pixelscale; /* Calculate image scaling factors */ double scale_x = double(aSWidth) / (double(aDWidth) * scalingFactor); double scale_y = double(aSHeight) / (double(aDHeight) * scalingFactor); /* Which scaling factor is the "bigger" one ? * (XpSetImageResolution() sets one image resolution for both X- and * Y-axis - therefore we want to get the "best"(=smallest job size) out * of the scaling factor...). */ scalingFactor *= PR_MIN(scale_x, scale_y); /* Adjust destination size to the match the scaling factor */ imageResolution = long( double(mPrintResolution) * scalingFactor); aDWidth_scaled = PRInt32(double(aDWidth) * scalingFactor); aDHeight_scaled = PRInt32(double(aDHeight) * scalingFactor); /* Check if we scaled the image to zero width/height - if "yes" then use the * smaller scaling factor and try again ... */ if( (aDWidth_scaled <= 0) || (aDHeight_scaled <= 0) ) { /* Chose smaller scaling factor (e.g. the reverse of what we're doing above...) */ scalingFactor = 1.0 / pixelscale; /* Revert to original value */ scalingFactor *= PR_MAX(scale_x, scale_y); /* Adjust destination size to the match the (new) scaling factor */ imageResolution = long( double(mPrintResolution) * scalingFactor); aDWidth_scaled = PRInt32(double(aDWidth) * scalingFactor); aDHeight_scaled = PRInt32(double(aDHeight) * scalingFactor); } /* Image scaled to 0 width/height ? */ NS_ASSERTION(!((aDWidth_scaled <= 0) || (aDHeight_scaled <= 0)), "Image scaled to zero width/height"); if( (aDWidth_scaled <= 0) || (aDHeight_scaled <= 0) ) return NS_OK; /* Image scaled to zero-width/height ? */ NS_ASSERTION(imageResolution != 0, "Image resolution must not be 0"); NS_ASSERTION(imageResolution >= 0, "Image resolution must not be negative"); if( imageResolution <= 0 ) return NS_OK; /* Set image resolution */ if( XpSetImageResolution(mPDisplay, mPContext, imageResolution, &prev_res) ) { /* draw image, Xprt will do the main scaling part... */ PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("Xp scaling res=%d, aSWidth=%d, aSHeight=%d, aDWidth_scaled=%d, aDHeight_scaled=%d\n", (int)imageResolution, (int)aSWidth, (int)aSHeight, (int)aDWidth_scaled, (int)aDHeight_scaled)); if( (aSX != 0) || (aSY != 0) || (aSWidth != aDWidth_scaled) || (aSHeight != aDHeight_scaled) ) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("using DrawImageBitsScaled()\n")); rv = DrawImageBitsScaled(xgc, aImage, aSX, aSY, aSWidth, aSHeight, aDX, aDY, aDWidth_scaled, aDHeight_scaled); } else { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("using DrawImage() [shortcut]\n")); rv = DrawImage(xgc, aImage, aDX, aDY, aDWidth_scaled, aDHeight_scaled); } /* reset image resolution to previous resolution */ (void)XpSetImageResolution(mPDisplay, mPContext, prev_res, &dummy); } else /* fallback */ { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("BAD BAD local scaling... ;-((\n")); /* reset image resolution to previous value to be sure... */ (void)XpSetImageResolution(mPDisplay, mPContext, prev_res, &dummy); /* scale image on our side (bad) */ rv = DrawImageBitsScaled(xgc, aImage, aSX, aSY, aSWidth, aSHeight, aDX, aDY, aDWidth, aDHeight); } return rv; } // use DeviceContextImpl :: GetCanonicalPixelScale(float &aScale) // to get the pixel scale of the device context nsresult nsXPrintContext::DrawImageBitsScaled(xGC *xgc, nsIImage *aImage, PRInt32 aSX, PRInt32 aSY, PRInt32 aSWidth, PRInt32 aSHeight, PRInt32 aDX, PRInt32 aDY, PRInt32 aDWidth, PRInt32 aDHeight) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("nsXPrintContext::DrawImageBitsScaled(%d/%d/%d/%d - %d/%d/%d/%d)\n", (int)aSX, (int)aSY, (int)aSWidth, (int)aSHeight, (int)aDX, (int)aDY, (int)aDWidth, (int)aDHeight)); nsresult rv = NS_OK; if (aDWidth==0 || aDHeight==0) { NS_ASSERTION((aDWidth==0 || aDHeight==0), "nsXPrintContext::DrawImageBitsScaled(): Image with zero dest width||height supressed\n"); return NS_OK; } aImage->LockImagePixels(PR_FALSE); PRUint8 *image_bits = aImage->GetBits(); PRInt32 row_bytes = aImage->GetLineStride(); PRUint8 imageDepth = 24; /* R8G8B8 packed. Thanks to "tor" for that hint... */ PRUint8 *alphaBits = aImage->GetAlphaBits(); PRInt32 alphaRowBytes = aImage->GetAlphaLineStride(); int alphaDepth = aImage->GetAlphaDepth(); PRInt32 aSrcWidth = aImage->GetWidth(); PRInt32 aSrcHeight = aImage->GetHeight(); PRUint8 *composed_bits = nsnull; /* image data might not be available (ex: spacer image) */ if (!image_bits) { aImage->UnlockImagePixels(PR_FALSE); return NS_OK; } // Use client-side alpha image composing - plain X11 can only do 1bit alpha // stuff - this method adds 8bit alpha support, too... if( alphaBits != nsnull ) { composed_bits = ComposeAlphaImage(alphaBits, alphaRowBytes, alphaDepth, image_bits, row_bytes, aSrcWidth, aSrcHeight); if (!composed_bits) { aImage->UnlockImagePixels(PR_FALSE); return NS_ERROR_FAILURE; } image_bits = composed_bits; alphaBits = nsnull; /* ComposeAlphaImage() handled the alpha channel. * Once we enable XPRINT_SERVER_SIDE_ALPHA_COMPOSING * we have to send the alpha data to the server * instead of processing them locally (e.g. on * the client-side). */ } #define ROUNDUP(nbytes, pad) ((((nbytes) + ((pad)-1)) / (pad)) * ((pad)>>3)) PRInt32 srcimg_bytes_per_line = row_bytes; PRInt32 dstimg_bytes_per_line = ROUNDUP((imageDepth * aDWidth), 32); PRUint8 *srcimg_data = image_bits; PRUint8 *dstimg_data = (PRUint8 *)PR_Malloc((aDHeight+1) * dstimg_bytes_per_line); if (!dstimg_data) { aImage->UnlockImagePixels(PR_FALSE); return NS_ERROR_FAILURE; } RectStretch(aSWidth, aSHeight, aDWidth, aDHeight, 0, 0, aDWidth-1, aDHeight-1, srcimg_data, srcimg_bytes_per_line, dstimg_data, dstimg_bytes_per_line, imageDepth); #ifdef XPRINT_SERVER_SIDE_ALPHA_COMPOSING /* ToDo: scale alpha image */ #endif /* XPRINT_SERVER_SIDE_ALPHA_COMPOSING */ rv = DrawImageBits(xgc, alphaBits, alphaRowBytes, alphaDepth, dstimg_data, dstimg_bytes_per_line, aDX, aDY, aDWidth, aDHeight); if (dstimg_data) PR_Free(dstimg_data); if (composed_bits) PR_Free(composed_bits); aImage->UnlockImagePixels(PR_FALSE); return rv; } NS_IMETHODIMP nsXPrintContext::DrawImage(xGC *xgc, nsIImage *aImage, PRInt32 aX, PRInt32 aY, PRInt32 dummy1, PRInt32 dummy2) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("nsXPrintContext::DrawImage(%d/%d/%d(=dummy)/%d(=dummy))\n", (int)aX, (int)aY, (int)dummy1, (int)dummy2)); aImage->LockImagePixels(PR_FALSE); nsresult rv; PRInt32 width = aImage->GetWidth(); PRInt32 height = aImage->GetHeight(); PRUint8 *alphaBits = aImage->GetAlphaBits(); PRInt32 alphaRowBytes = aImage->GetAlphaLineStride(); PRInt32 alphaDepth = aImage->GetAlphaDepth(); PRUint8 *image_bits = aImage->GetBits(); PRUint8 *composed_bits = nsnull; PRInt32 row_bytes = aImage->GetLineStride(); /* image data might not be available (ex: spacer image) */ if (!image_bits) { aImage->UnlockImagePixels(PR_FALSE); return NS_OK; } // Use client-side alpha image composing - plain X11 can only do 1bit alpha // stuff - this method adds 8bit alpha support, too... if( alphaBits != nsnull ) { composed_bits = ComposeAlphaImage(alphaBits, alphaRowBytes, alphaDepth, image_bits, row_bytes, width, height); if (!composed_bits) { aImage->UnlockImagePixels(PR_FALSE); return NS_ERROR_FAILURE; } image_bits = composed_bits; alphaBits = nsnull; } rv = DrawImageBits(xgc, alphaBits, alphaRowBytes, alphaDepth, image_bits, row_bytes, aX, aY, width, height); if (composed_bits) PR_Free(composed_bits); aImage->UnlockImagePixels(PR_FALSE); return rv; } // Draw the bitmap, this draw just has destination coordinates nsresult nsXPrintContext::DrawImageBits(xGC *xgc, PRUint8 *alphaBits, PRInt32 alphaRowBytes, PRUint8 alphaDepth, PRUint8 *image_bits, PRInt32 row_bytes, PRInt32 aX, PRInt32 aY, PRInt32 aWidth, PRInt32 aHeight) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("nsXPrintContext::DrawImageBits(%d/%d/%d/%d)\n", (int)aX, (int)aY, (int)aWidth, (int)aHeight)); Pixmap alpha_pixmap = None; GC image_gc; if( (aWidth == 0) || (aHeight == 0) ) { NS_ASSERTION((aWidth != 0) && (aHeight != 0), "Image with zero width||height supressed."); return NS_OK; } /* server-side alpha image support (1bit) - this does not work yet... */ #ifdef XPRINT_SERVER_SIDE_ALPHA_COMPOSING // Create gc clip-mask on demand if( alphaBits != nsnull ) { XImage *x_image = nsnull; GC gc; XGCValues gcv; alpha_pixmap = XCreatePixmap(mPDisplay, mDrawable, aWidth, aHeight, 1); /* ToDo: Check for error */ /* Make an image out of the alpha-bits created by the image library (ToDo: check for error) */ x_image = XCreateImage(mPDisplay, mVisual, 1, /* visual depth...1 for bitmaps */ XYPixmap, 0, /* x offset, XXX fix this */ (char *)alphaBits, /* cast away our sign. */ aWidth, aHeight, 32, /* bitmap pad */ alphaRowBytes); /* bytes per line */ x_image->bits_per_pixel = 1; /* Image library always places pixels left-to-right MSB to LSB */ x_image->bitmap_bit_order = MSBFirst; /* This definition doesn't depend on client byte ordering * because the image library ensures that the bytes in * bitmask data are arranged left to right on the screen, * low to high address in memory. */ x_image->byte_order = MSBFirst; // Write into the pixemap that is underneath gdk's alpha_pixmap // the image we just created. memset(&gcv, 0, sizeof(XGCValues)); /* this may be unneccesary */ XGetGCValues(mPDisplay, *xgc, GCForeground|GCBackground, &gcv); gcv.function = GXcopy; gc = XCreateGC(mPDisplay, alpha_pixmap, GCForeground|GCBackground|GCFunction, &gcv); XPutImage(mPDisplay, alpha_pixmap, gc, x_image, 0, 0, 0, 0, aWidth, aHeight); XFreeGC(mPDisplay, gc); // Now we are done with the temporary image x_image->data = nsnull; /* Don't free the IL_Pixmap's bits. */ XDestroyImage(x_image); } #endif /* XPRINT_SERVER_SIDE_ALPHA_COMPOSING */ if( alpha_pixmap != None ) { /* create copy of GC before start to playing with it... */ XGCValues gcv; memset(&gcv, 0, sizeof(XGCValues)); /* this may be unneccesary */ XGetGCValues(mPDisplay, *xgc, GCForeground|GCBackground, &gcv); gcv.function = GXcopy; gcv.clip_mask = alpha_pixmap; gcv.clip_x_origin = aX; gcv.clip_y_origin = aY; image_gc = XCreateGC(mPDisplay, mDrawable, (GCForeground|GCBackground|GCFunction| GCClipXOrigin|GCClipYOrigin|GCClipMask), &gcv); } else { /* this assumes that xlib_draw_rgb_image()/xlib_draw_gray_image() * does not change the GC... */ image_gc = *xgc; } xxlib_draw_xprint_scaled_rgb_image(mXlibRgbHandle, mDrawable, mPrintResolution, XpGetImageResolution(mPDisplay, mPContext), image_gc, aX, aY, aWidth, aHeight, NS_XPRINT_RGB_DITHER, image_bits, row_bytes); if( alpha_pixmap != None ) { XFreeGC(mPDisplay, image_gc); XFreePixmap(mPDisplay, alpha_pixmap); } return NS_OK; } NS_IMETHODIMP nsXPrintContext::GetPrintResolution(int &aPrintResolution) { PR_LOG(nsXPrintContextLM, PR_LOG_DEBUG, ("nsXPrintContext::GetPrintResolution() res=%d, mPContext=%lx\n", (int)mPrintResolution, (long)mPContext)); if(mPContext!=None) { aPrintResolution = mPrintResolution; return NS_OK; } aPrintResolution = 0; return NS_ERROR_FAILURE; }