/* Copyright (C) 2001-2012 Artifex Software, Inc. All Rights Reserved. This software is provided AS-IS with no warranty, either express or implied. This software is distributed under license and may not be copied, modified or distributed except as expressly authorized under the terms of the license contained in the file LICENSE in this distribution. Refer to licensing information at http://www.artifex.com or contact Artifex Software, Inc., 7 Mt. Lassen Drive - Suite A-134, San Rafael, CA 94903, U.S.A., +1(415)492-9861, for further information. */ /* Default device parameters for Ghostscript library */ #include "memory_.h" /* for memcpy */ #include "string_.h" /* for strlen */ #include "gx.h" #include "gserrors.h" #include "gsdevice.h" /* for prototypes */ #include "gsparam.h" #include "gxdevice.h" #include "gxfixed.h" #include "gsicc_manage.h" /* Define whether we accept PageSize as a synonym for MediaSize. */ /* This is for backward compatibility only. */ #define PAGESIZE_IS_MEDIASIZE /* ================ Getting parameters ================ */ /* Forward references */ static bool param_HWColorMap(gx_device *, byte *); /* Get the device parameters. */ int gs_get_device_or_hw_params(gx_device * orig_dev, gs_param_list * plist, bool is_hardware) { /* * We must be prepared to copy the device if it is the read-only * prototype. */ gx_device *dev; int code; if (orig_dev->memory) dev = orig_dev; else { code = gs_copydevice(&dev, orig_dev, plist->memory); if (code < 0) return code; } gx_device_set_procs(dev); fill_dev_proc(dev, get_params, gx_default_get_params); fill_dev_proc(dev, get_page_device, gx_default_get_page_device); fill_dev_proc(dev, get_alpha_bits, gx_default_get_alpha_bits); code = (is_hardware ? (*dev_proc(dev, get_hardware_params)) (dev, plist) : (*dev_proc(dev, get_params)) (dev, plist)); if (dev != orig_dev) gx_device_retain(dev, false); /* frees the copy */ return code; } /* Get standard parameters. */ int gx_default_get_params(gx_device * dev, gs_param_list * plist) { int code; /* Standard page device parameters: */ bool seprs = false; gs_param_string dns, pcms, profile_array[NUM_DEVICE_PROFILES]; gs_param_string proof_profile, link_profile, icc_colorants; gsicc_rendering_intents_t profile_intents[NUM_DEVICE_PROFILES]; gsicc_blackptcomp_t blackptcomps[NUM_DEVICE_PROFILES]; gsicc_blackpreserve_t blackpreserve[NUM_DEVICE_PROFILES]; bool devicegraytok = true; /* Default if device profile stuct not set */ bool graydetection = false; bool usefastcolor = false; /* set for unmanaged color */ bool sim_overprint = true; /* By default simulate overprinting */ bool prebandthreshold = true; int k; gs_param_float_array msa, ibba, hwra, ma; gs_param_string_array scna; char null_str[1]={'\0'}; #define set_param_array(a, d, s)\ (a.data = d, a.size = s, a.persistent = false); /* Non-standard parameters: */ int colors = dev->color_info.num_components; int mns = dev->color_info.max_components; int depth = dev->color_info.depth; int GrayValues = dev->color_info.max_gray + 1; int HWSize[2]; gs_param_int_array hwsa; gs_param_float_array hwma, mhwra; cmm_dev_profile_t *dev_profile; /* Fill in page device parameters. */ param_string_from_string(dns, dev->dname); { const char *cms = get_process_color_model_name(dev); /* We might have an uninitialized device with */ /* color_info.num_components = 0.... */ if ((cms != NULL) && (*cms != '\0')) param_string_from_string(pcms, cms); else pcms.data = 0; } set_param_array(hwra, dev->HWResolution, 2); set_param_array(msa, dev->MediaSize, 2); set_param_array(ibba, dev->ImagingBBox, 4); set_param_array(ma, dev->Margins, 2); set_param_array(scna, NULL, 0); /* Fill in non-standard parameters. */ HWSize[0] = dev->width; HWSize[1] = dev->height; set_param_array(hwsa, HWSize, 2); set_param_array(hwma, dev->HWMargins, 4); set_param_array(mhwra, dev->MarginsHWResolution, 2); /* Check if the device profile is null. If it is, then we need to go ahead and get it set up at this time. If the proc is not set up yet then we are not going to do anything yet */ if (dev->procs.get_profile != NULL) { code = dev_proc(dev, get_profile)(dev, &dev_profile); if (dev_profile == NULL) { code = gsicc_init_device_profile_struct(dev, NULL, 0); code = dev_proc(dev, get_profile)(dev, &dev_profile); } /* It is possible that the current device profile name is NULL if we have a pdf14 device in line with a transparency group that is in a color space specified from a source defined ICC profile. Check for that here to avoid any access violations. Bug 692558 */ for (k = 0; k < NUM_DEVICE_PROFILES; k++) { if (dev_profile->device_profile[k] == NULL || dev_profile->device_profile[k]->name == NULL) { param_string_from_string(profile_array[k], null_str); profile_intents[k] = gsRINOTSPECIFIED; blackptcomps[k] = gsBPNOTSPECIFIED; blackpreserve[k] = gsBKPRESNOTSPECIFIED; } else { param_string_from_string(profile_array[k], dev_profile->device_profile[k]->name); profile_intents[k] = dev_profile->rendercond[k].rendering_intent; blackptcomps[k] = dev_profile->rendercond[k].black_point_comp; blackpreserve[k] = dev_profile->rendercond[k].preserve_black; } } /* The proof and link profile */ if (dev_profile->proof_profile == NULL) { param_string_from_string(proof_profile, null_str); } else { param_string_from_string(proof_profile, dev_profile->proof_profile->name); } if (dev_profile->link_profile == NULL) { param_string_from_string(link_profile, null_str); } else { param_string_from_string(link_profile, dev_profile->link_profile->name); } devicegraytok = dev_profile->devicegraytok; graydetection = dev_profile->graydetection; usefastcolor = dev_profile->usefastcolor; sim_overprint = dev_profile->sim_overprint; prebandthreshold = dev_profile->prebandthreshold; /* With respect to Output profiles that have non-standard colorants, we rely upon the default profile to give us the colorants if they do exist. */ if (dev_profile->spotnames == NULL) { param_string_from_string(icc_colorants, null_str); } else { char *colorant_names; colorant_names = gsicc_get_dev_icccolorants(dev_profile); if (colorant_names != NULL) { param_string_from_string(icc_colorants, colorant_names); } else { param_string_from_string(icc_colorants, null_str); } } } else { for (k = 0; k < NUM_DEVICE_PROFILES; k++) { param_string_from_string(profile_array[k], null_str); profile_intents[k] = gsRINOTSPECIFIED; blackptcomps[k] = gsBPNOTSPECIFIED; blackpreserve[k] = gsBKPRESNOTSPECIFIED; } param_string_from_string(proof_profile, null_str); param_string_from_string(link_profile, null_str); param_string_from_string(icc_colorants, null_str); } /* Transmit the values. */ /* Standard parameters */ if ( (code = param_write_name(plist, "OutputDevice", &dns)) < 0 || #ifdef PAGESIZE_IS_MEDIASIZE (code = param_write_float_array(plist, "PageSize", &msa)) < 0 || #endif (code = (pcms.data == 0 ? 0 : param_write_name(plist, "ProcessColorModel", &pcms))) < 0 || (code = param_write_float_array(plist, "HWResolution", &hwra)) < 0 || (code = (dev->ImagingBBox_set ? param_write_float_array(plist, "ImagingBBox", &ibba) : param_write_null(plist, "ImagingBBox"))) < 0 || (code = param_write_float_array(plist, "Margins", &ma)) < 0 || (code = param_write_int(plist, "MaxSeparations", &mns)) < 0 || (code = (dev->NumCopies_set < 0 || (*dev_proc(dev, get_page_device))(dev) == 0 ? 0: dev->NumCopies_set ? param_write_int(plist, "NumCopies", &dev->NumCopies) : param_write_null(plist, "NumCopies"))) < 0 || (code = param_write_name_array(plist, "SeparationColorNames", &scna)) < 0 || (code = param_write_bool(plist, "Separations", &seprs)) < 0 || (code = param_write_bool(plist, "UseCIEColor", &dev->UseCIEColor)) < 0 || /* Non-standard parameters */ /* Note: if change is made in NUM_DEVICE_PROFILES we need to name that profile here for the device parameter on the command line */ (code = param_write_bool(plist, "DeviceGrayToK", &devicegraytok)) < 0 || (code = param_write_bool(plist, "GrayDetection", &graydetection)) < 0 || (code = param_write_bool(plist, "UseFastColor", &usefastcolor)) < 0 || (code = param_write_bool(plist, "SimulateOverprint", &sim_overprint)) < 0 || (code = param_write_bool(plist, "PreBandThreshold", &prebandthreshold)) < 0 || (code = param_write_string(plist,"OutputICCProfile", &(profile_array[0]))) < 0 || (code = param_write_string(plist,"GraphicICCProfile", &(profile_array[1]))) < 0 || (code = param_write_string(plist,"ImageICCProfile", &(profile_array[2]))) < 0 || (code = param_write_string(plist,"TextICCProfile", &(profile_array[3]))) < 0 || (code = param_write_string(plist,"ProofProfile", &(proof_profile))) < 0 || (code = param_write_string(plist,"DeviceLinkProfile", &(link_profile))) < 0 || (code = param_write_string(plist,"ICCOutputColors", &(icc_colorants))) < 0 || (code = param_write_int(plist,"RenderIntent", (const int *) (&(profile_intents[0])))) < 0 || (code = param_write_int(plist,"GraphicIntent", (const int *) &(profile_intents[1]))) < 0 || (code = param_write_int(plist,"ImageIntent", (const int *) &(profile_intents[2]))) < 0 || (code = param_write_int(plist,"TextIntent", (const int *) &(profile_intents[3]))) < 0 || (code = param_write_int(plist,"BlackPtComp", (const int *) (&(blackptcomps[0])))) < 0 || (code = param_write_int(plist,"GraphicBlackPt", (const int *) &(blackptcomps[1]))) < 0 || (code = param_write_int(plist,"ImageBlackPt", (const int *) &(blackptcomps[2]))) < 0 || (code = param_write_int(plist,"TextBlackPt", (const int *) &(blackptcomps[3]))) < 0 || (code = param_write_int(plist,"KPreserve", (const int *) (&(blackpreserve[0])))) < 0 || (code = param_write_int(plist,"GraphicKPreserve", (const int *) &(blackpreserve[1]))) < 0 || (code = param_write_int(plist,"ImageKPreserve", (const int *) &(blackpreserve[2]))) < 0 || (code = param_write_int(plist,"TextKPreserve", (const int *) &(blackpreserve[3]))) < 0 || (code = param_write_int_array(plist, "HWSize", &hwsa)) < 0 || (code = param_write_float_array(plist, ".HWMargins", &hwma)) < 0 || (code = param_write_float_array(plist, ".MarginsHWResolution", &mhwra)) < 0 || (code = param_write_float_array(plist, ".MediaSize", &msa)) < 0 || (code = param_write_string(plist, "Name", &dns)) < 0 || (code = param_write_int(plist, "Colors", &colors)) < 0 || (code = param_write_int(plist, "BitsPerPixel", &depth)) < 0 || (code = param_write_int(plist, "GrayValues", &GrayValues)) < 0 || (code = param_write_long(plist, "PageCount", &dev->PageCount)) < 0 || (code = param_write_bool(plist, ".IgnoreNumCopies", &dev->IgnoreNumCopies)) < 0 || (code = param_write_int(plist, "TextAlphaBits", &dev->color_info.anti_alias.text_bits)) < 0 || (code = param_write_int(plist, "GraphicsAlphaBits", &dev->color_info.anti_alias.graphics_bits)) < 0 || (code = param_write_bool(plist, ".LockSafetyParams", &dev->LockSafetyParams)) < 0 || (code = param_write_int(plist, "MaxPatternBitmap", &dev->MaxPatternBitmap)) < 0 ) return code; /* If LeadingEdge was set explicitly, report it here. */ if (dev->LeadingEdge & LEADINGEDGE_SET_MASK) { int leadingedge = dev->LeadingEdge & LEADINGEDGE_MASK; code = param_write_int(plist, "LeadingEdge", &leadingedge); } if (code < 0) return code; /* Fill in color information. */ if (colors > 1) { int RGBValues = dev->color_info.max_color + 1; long ColorValues = (depth >= 32 ? -1 : 1L << depth); /* value can only be 32 bits */ if ((code = param_write_int(plist, "RedValues", &RGBValues)) < 0 || (code = param_write_int(plist, "GreenValues", &RGBValues)) < 0 || (code = param_write_int(plist, "BlueValues", &RGBValues)) < 0 || (code = param_write_long(plist, "ColorValues", &ColorValues)) < 0 ) return code; } if (param_requested(plist, "HWColorMap")) { byte palette[3 << 8]; if (param_HWColorMap(dev, palette)) { gs_param_string hwcms; hwcms.data = palette, hwcms.size = colors << depth, hwcms.persistent = false; if ((code = param_write_string(plist, "HWColorMap", &hwcms)) < 0) return code; } } return 0; } /* Get the color map for a device. Return true if there is one. */ static bool param_HWColorMap(gx_device * dev, byte * palette /* 3 << 8 */ ) { int depth = dev->color_info.depth; int colors = dev->color_info.num_components; if (depth <= 8 && colors <= 3) { byte *p = palette; gx_color_value rgb[3]; gx_color_index i; fill_dev_proc(dev, map_color_rgb, gx_default_map_color_rgb); for (i = 0; (i >> depth) == 0; i++) { int j; if ((*dev_proc(dev, map_color_rgb)) (dev, i, rgb) < 0) return false; for (j = 0; j < colors; j++) *p++ = gx_color_value_to_byte(rgb[j]); } return true; } return false; } /* Get hardware-detected parameters. Default action is no hardware params. */ int gx_default_get_hardware_params(gx_device * dev, gs_param_list * plist) { return 0; } /* ---------------- Input and output media ---------------- */ /* Finish defining input or output media. */ static int finish_media(gs_param_list * mlist, gs_param_name key, const char *media_type) { int code = 0; if (media_type != 0) { gs_param_string as; param_string_from_string(as, media_type); code = param_write_string(mlist, key, &as); } return code; } /* Define input media. */ const gdev_input_media_t gdev_input_media_default = { gdev_input_media_default_values }; int gdev_begin_input_media(gs_param_list * mlist, gs_param_dict * pdict, int count) { pdict->size = count; return param_begin_write_dict(mlist, "InputAttributes", pdict, true); } int gdev_write_input_media(int index, gs_param_dict * pdict, const gdev_input_media_t * pim) { char key[25]; gs_param_dict mdict; int code; gs_param_string as; gs_sprintf(key, "%d", index); mdict.size = 4; code = param_begin_write_dict(pdict->list, key, &mdict, false); if (code < 0) return code; if ((pim->PageSize[0] != 0 && pim->PageSize[1] != 0) || (pim->PageSize[2] != 0 && pim->PageSize[3] != 0) ) { gs_param_float_array psa; psa.data = pim->PageSize; psa.size = (pim->PageSize[0] == pim->PageSize[2] && pim->PageSize[1] == pim->PageSize[3] ? 2 : 4); psa.persistent = false; code = param_write_float_array(mdict.list, "PageSize", &psa); if (code < 0) return code; } if (pim->MediaColor != 0) { param_string_from_string(as, pim->MediaColor); code = param_write_string(mdict.list, "MediaColor", &as); if (code < 0) return code; } if (pim->MediaWeight != 0) { /* * We do the following silly thing in order to avoid * having to work around the 'const' in the arg list. */ float weight = pim->MediaWeight; code = param_write_float(mdict.list, "MediaWeight", &weight); if (code < 0) return code; } code = finish_media(mdict.list, "MediaType", pim->MediaType); if (code < 0) return code; return param_end_write_dict(pdict->list, key, &mdict); } int gdev_write_input_page_size(int index, gs_param_dict * pdict, floatp width_points, floatp height_points) { gdev_input_media_t media; media.PageSize[0] = media.PageSize[2] = (float) width_points; media.PageSize[1] = media.PageSize[3] = (float) height_points; media.MediaColor = 0; media.MediaWeight = 0; media.MediaType = 0; return gdev_write_input_media(index, pdict, &media); } int gdev_end_input_media(gs_param_list * mlist, gs_param_dict * pdict) { return param_end_write_dict(mlist, "InputAttributes", pdict); } /* Define output media. */ const gdev_output_media_t gdev_output_media_default = { gdev_output_media_default_values }; int gdev_begin_output_media(gs_param_list * mlist, gs_param_dict * pdict, int count) { pdict->size = count; return param_begin_write_dict(mlist, "OutputAttributes", pdict, true); } int gdev_write_output_media(int index, gs_param_dict * pdict, const gdev_output_media_t * pom) { char key[25]; gs_param_dict mdict; int code; gs_sprintf(key, "%d", index); mdict.size = 4; code = param_begin_write_dict(pdict->list, key, &mdict, false); if (code < 0) return code; code = finish_media(mdict.list, "OutputType", pom->OutputType); if (code < 0) return code; return param_end_write_dict(pdict->list, key, &mdict); } int gdev_end_output_media(gs_param_list * mlist, gs_param_dict * pdict) { return param_end_write_dict(mlist, "OutputAttributes", pdict); } /* ================ Putting parameters ================ */ /* Forward references */ static int param_normalize_anti_alias_bits( uint max_gray, int bits ); static int param_anti_alias_bits(gs_param_list *, gs_param_name, int *); static int param_MediaSize(gs_param_list *, gs_param_name, const float *, gs_param_float_array *); static int param_check_bool(gs_param_list *, gs_param_name, bool, bool); static int param_check_long(gs_param_list *, gs_param_name, long, bool); #define param_check_int(plist, pname, ival, is_defined)\ param_check_long(plist, pname, (long)(ival), is_defined) static int param_check_bytes(gs_param_list *, gs_param_name, const byte *, uint, bool); #define param_check_string(plist, pname, str, is_defined)\ param_check_bytes(plist, pname, (const byte *)(str), \ (is_defined) ? strlen(str) : 0, is_defined) /* Set the device parameters. */ /* If the device was open and the put_params procedure closed it, */ /* return 1; otherwise, return 0 or an error code as usual. */ int gs_putdeviceparams(gx_device * dev, gs_param_list * plist) { bool was_open = dev->is_open; int code; gx_device_set_procs(dev); fill_dev_proc(dev, put_params, gx_default_put_params); fill_dev_proc(dev, get_alpha_bits, gx_default_get_alpha_bits); code = (*dev_proc(dev, put_params)) (dev, plist); return (code < 0 ? code : was_open && !dev->is_open ? 1 : code); } static int gx_default_put_graydetection(bool graydetection, gx_device * dev) { int code = 0; cmm_dev_profile_t *profile_struct; if (dev->procs.get_profile == NULL) { /* This is an odd case where the device has not yet fully been set up with its procedures yet. We want to make sure that we catch this so we assume here that we are dealing with the target device. For now allocate the profile structure but do not intialize the profile yet as the color info may not be fully set up at this time. */ if (dev->icc_struct == NULL) { /* Allocate at this time the structure */ dev->icc_struct = gsicc_new_device_profile_array(dev->memory); } dev->icc_struct->graydetection = graydetection; dev->icc_struct->pageneutralcolor = graydetection; } else { code = dev_proc(dev, get_profile)(dev, &profile_struct); if (profile_struct == NULL) { /* Create now */ dev->icc_struct = gsicc_new_device_profile_array(dev->memory); profile_struct = dev->icc_struct; } profile_struct->graydetection = graydetection; profile_struct->pageneutralcolor = graydetection; } return code; } static int gx_default_put_graytok(bool graytok, gx_device * dev) { int code = 0; cmm_dev_profile_t *profile_struct; if (dev->procs.get_profile == NULL) { /* This is an odd case where the device has not yet fully been set up with its procedures yet. We want to make sure that we catch this so we assume here that we are dealing with the target device. For now allocate the profile structure but do not intialize the profile yet as the color info may not be fully set up at this time. */ if (dev->icc_struct == NULL) { /* Allocate at this time the structure */ dev->icc_struct = gsicc_new_device_profile_array(dev->memory); if (dev->icc_struct == NULL) return_error(gs_error_VMerror); } dev->icc_struct->devicegraytok = graytok; } else { code = dev_proc(dev, get_profile)(dev, &profile_struct); if (profile_struct == NULL) { /* Create now */ dev->icc_struct = gsicc_new_device_profile_array(dev->memory); profile_struct = dev->icc_struct; if (profile_struct == NULL) return_error(gs_error_VMerror); } profile_struct->devicegraytok = graytok; } return code; } static int gx_default_put_prebandthreshold(bool prebandthreshold, gx_device * dev) { int code = 0; cmm_dev_profile_t *profile_struct; if (dev->procs.get_profile == NULL) { /* This is an odd case where the device has not yet fully been set up with its procedures yet. We want to make sure that we catch this so we assume here that we are dealing with the target device. For now allocate the profile structure but do not intialize the profile yet as the color info may not be fully set up at this time. */ if (dev->icc_struct == NULL) { /* Allocate at this time the structure */ dev->icc_struct = gsicc_new_device_profile_array(dev->memory); if (dev->icc_struct == NULL) return_error(gs_error_VMerror); } dev->icc_struct->prebandthreshold = prebandthreshold; } else { code = dev_proc(dev, get_profile)(dev, &profile_struct); if (profile_struct == NULL) { /* Create now */ dev->icc_struct = gsicc_new_device_profile_array(dev->memory); profile_struct = dev->icc_struct; if (profile_struct == NULL) return_error(gs_error_VMerror); } profile_struct->prebandthreshold = prebandthreshold; } return code; } static int gx_default_put_usefastcolor(bool fastcolor, gx_device * dev) { int code = 0; cmm_dev_profile_t *profile_struct; if (dev->procs.get_profile == NULL) { /* This is an odd case where the device has not yet fully been set up with its procedures yet. We want to make sure that we catch this so we assume here that we are dealing with the target device. For now allocate the profile structure but do not intialize the profile yet as the color info may not be fully set up at this time. */ if (dev->icc_struct == NULL) { /* Allocate at this time the structure */ dev->icc_struct = gsicc_new_device_profile_array(dev->memory); if (dev->icc_struct == NULL) return_error(gs_error_VMerror); } dev->icc_struct->usefastcolor = fastcolor; } else { code = dev_proc(dev, get_profile)(dev, &profile_struct); if (profile_struct == NULL) { /* Create now */ dev->icc_struct = gsicc_new_device_profile_array(dev->memory); profile_struct = dev->icc_struct; if (profile_struct == NULL) return_error(gs_error_VMerror); } profile_struct->usefastcolor = fastcolor; } return code; } static int gx_default_put_simulateoverprint(bool sim_overprint, gx_device * dev) { int code = 0; cmm_dev_profile_t *profile_struct; if (dev->procs.get_profile == NULL) { /* This is an odd case where the device has not yet fully been set up with its procedures yet. We want to make sure that we catch this so we assume here that we are dealing with the target device. For now allocate the profile structure but do not intialize the profile yet as the color info may not be fully set up at this time. */ if (dev->icc_struct == NULL) { /* Allocate at this time the structure */ dev->icc_struct = gsicc_new_device_profile_array(dev->memory); if (dev->icc_struct == NULL) return_error(gs_error_VMerror); } dev->icc_struct->sim_overprint = sim_overprint; } else { code = dev_proc(dev, get_profile)(dev, &profile_struct); if (profile_struct == NULL) { /* Create now */ dev->icc_struct = gsicc_new_device_profile_array(dev->memory); profile_struct = dev->icc_struct; if (profile_struct == NULL) return_error(gs_error_VMerror); } profile_struct->sim_overprint = sim_overprint; } return code; } static int gx_default_put_intent(gsicc_rendering_intents_t icc_intent, gx_device * dev, gsicc_profile_types_t index) { int code; cmm_dev_profile_t *profile_struct; if (dev->procs.get_profile == NULL) { /* This is an odd case where the device has not yet fully been set up with its procedures yet. We want to make sure that we catch this so we assume here that we are dealing with the target device */ if (dev->icc_struct == NULL) { /* Intializes the device structure. Not the profile though for index */ dev->icc_struct = gsicc_new_device_profile_array(dev->memory); if (dev->icc_struct == NULL) return_error(gs_error_VMerror); } code = gsicc_set_device_profile_intent(dev, icc_intent, index); } else { code = dev_proc(dev, get_profile)(dev, &profile_struct); if (profile_struct == NULL) { /* Create now */ dev->icc_struct = gsicc_new_device_profile_array(dev->memory); if (dev->icc_struct == NULL) return_error(gs_error_VMerror); } code = gsicc_set_device_profile_intent(dev, icc_intent, index); } return code; } static int gx_default_put_blackpreserve(gsicc_blackpreserve_t blackpreserve, gx_device * dev, gsicc_profile_types_t index) { int code; cmm_dev_profile_t *profile_struct; if (dev->procs.get_profile == NULL) { /* This is an odd case where the device has not yet fully been set up with its procedures yet. We want to make sure that we catch this so we assume here that we are dealing with the target device */ if (dev->icc_struct == NULL) { /* Intializes the device structure. Not the profile though for index */ dev->icc_struct = gsicc_new_device_profile_array(dev->memory); if (dev->icc_struct == NULL) return_error(gs_error_VMerror); } code = gsicc_set_device_blackpreserve(dev, blackpreserve, index); } else { code = dev_proc(dev, get_profile)(dev, &profile_struct); if (code < 0) return code; if (profile_struct == NULL) { /* Create now */ dev->icc_struct = gsicc_new_device_profile_array(dev->memory); if (dev->icc_struct == NULL) return_error(gs_error_VMerror); } code = gsicc_set_device_blackpreserve(dev, blackpreserve, index); } return code; } static int gx_default_put_blackptcomp(gsicc_blackptcomp_t blackptcomp, gx_device * dev, gsicc_profile_types_t index) { int code; cmm_dev_profile_t *profile_struct; if (dev->procs.get_profile == NULL) { /* This is an odd case where the device has not yet fully been set up with its procedures yet. We want to make sure that we catch this so we assume here that we are dealing with the target device */ if (dev->icc_struct == NULL) { /* Intializes the device structure. Not the profile though for index */ dev->icc_struct = gsicc_new_device_profile_array(dev->memory); if (dev->icc_struct == NULL) return_error(gs_error_VMerror); } code = gsicc_set_device_blackptcomp(dev, blackptcomp, index); } else { code = dev_proc(dev, get_profile)(dev, &profile_struct); if (code < 0) return code; if (profile_struct == NULL) { /* Create now */ dev->icc_struct = gsicc_new_device_profile_array(dev->memory); if (dev->icc_struct == NULL) return_error(gs_error_VMerror); } code = gsicc_set_device_blackptcomp(dev, blackptcomp, index); } return code; } static int gx_default_put_icc_colorants(gs_param_string *colorants, gx_device * dev) { char *tempstr; int code; if (colorants->size == 0) return 0; /* See below about this device fill proc */ fill_dev_proc(dev, get_profile, gx_default_get_profile); tempstr = (char *) gs_alloc_bytes(dev->memory, colorants->size+1, "gx_default_put_icc_colorants"); memcpy(tempstr, colorants->data, colorants->size); /* Set last position to NULL. */ tempstr[colorants->size] = 0; code = gsicc_set_device_profile_colorants(dev, tempstr); gs_free_object(dev->memory, tempstr, "gx_default_put_icc_colorants"); return code; } static int gx_default_put_icc(gs_param_string *icc_pro, gx_device * dev, gsicc_profile_types_t index) { char *tempstr; int code = 0; if (icc_pro->size == 0) return 0; /* If this has not yet been set, then set it to the default. I don't like doing this here but if we are in here trying to set a profile for our device and if the proc for this has not yet been set, we are going to lose the chance to set the profile. Much like open, this proc should be set early on. I leave that exercise to the device start-up experts */ fill_dev_proc(dev, get_profile, gx_default_get_profile); if (icc_pro->size < gp_file_name_sizeof) { tempstr = (char *) gs_alloc_bytes(dev->memory, icc_pro->size+1, "gx_default_put_icc"); if (tempstr == NULL) return_error(gs_error_VMerror); memcpy(tempstr, icc_pro->data, icc_pro->size); /* Set last position to NULL. */ tempstr[icc_pro->size] = 0; code = gsicc_init_device_profile_struct(dev, tempstr, index); gs_free_object(dev->memory, tempstr, "gx_default_put_icc"); } return code; } /* Set standard parameters. */ /* Note that setting the size or resolution closes the device. */ /* Window devices that don't want this to happen must temporarily */ /* set is_open to false before calling gx_default_put_params, */ /* and then taking appropriate action afterwards. */ int gx_default_put_params(gx_device * dev, gs_param_list * plist) { int ecode = 0; int code; gs_param_name param_name; gs_param_float_array hwra; gs_param_int_array hwsa; gs_param_float_array msa; gs_param_float_array ma; gs_param_float_array hwma; gs_param_float_array mhwra; gs_param_string_array scna; int nci = dev->NumCopies; int ncset = dev->NumCopies_set; bool ignc = dev->IgnoreNumCopies; bool ucc = dev->UseCIEColor; gs_param_string icc_pro; bool locksafe = dev->LockSafetyParams; gs_param_float_array ibba; bool ibbnull = false; int colors = dev->color_info.num_components; int depth = dev->color_info.depth; int GrayValues = dev->color_info.max_gray + 1; int RGBValues = dev->color_info.max_color + 1; long ColorValues = (depth >= 32 ? -1 : 1L << depth); int tab = dev->color_info.anti_alias.text_bits; int gab = dev->color_info.anti_alias.graphics_bits; int mpbm = dev->MaxPatternBitmap; int rend_intent[NUM_DEVICE_PROFILES]; int blackptcomp[NUM_DEVICE_PROFILES]; int blackpreserve[NUM_DEVICE_PROFILES]; gs_param_string cms; int leadingedge = dev->LeadingEdge; int k; bool devicegraytok = true; bool graydetection = false; bool usefastcolor = false; bool sim_overprint = true; bool prebandthreshold = false; int profile_types[NUM_DEVICE_PROFILES] = {gsDEFAULTPROFILE, gsGRAPHICPROFILE, gsIMAGEPROFILE, gsTEXTPROFILE}; if (dev->icc_struct != NULL) { for (k = 0; k < NUM_DEVICE_PROFILES; k++) { rend_intent[k] = dev->icc_struct->rendercond[k].rendering_intent; blackptcomp[k] = dev->icc_struct->rendercond[k].black_point_comp; blackpreserve[k] = dev->icc_struct->rendercond[k].preserve_black; } graydetection = dev->icc_struct->graydetection; devicegraytok = dev->icc_struct->devicegraytok; usefastcolor = dev->icc_struct->usefastcolor; prebandthreshold = dev->icc_struct->prebandthreshold; sim_overprint = dev->icc_struct->sim_overprint; } else { for (k = 0; k < NUM_DEVICE_PROFILES; k++) { rend_intent[k] = gsRINOTSPECIFIED; blackptcomp[k] = gsBPNOTSPECIFIED; blackpreserve[k] = gsBKPRESNOTSPECIFIED; } } /* * Template: * BEGIN_ARRAY_PARAM(param_read_xxx_array, "pname", pxxa, size, pxxe) { * ... check value if desired ... * if (success) * break; * ... set ecode ... * } END_ARRAY_PARAM(pxxa, pxxe); */ #define BEGIN_ARRAY_PARAM(pread, pname, pa, psize, e)\ BEGIN\ switch (code = pread(plist, (param_name = pname), &(pa))) {\ case 0:\ if ((pa).size != psize) {\ ecode = gs_note_error(gs_error_rangecheck);\ (pa).data = 0; /* mark as not filled */\ } else #define END_ARRAY_PARAM(pa, e)\ goto e;\ default:\ ecode = code;\ e: param_signal_error(plist, param_name, ecode);\ case 1:\ (pa).data = 0; /* mark as not filled */\ }\ END /* * The actual value of LeadingEdge must be changed inside this routine, * so that we can detect that it has been changed. Thus, instead of a * device setting the value itself, it signals a request, which is * now executed. */ if (leadingedge & LEADINGEDGE_REQ_BIT) { leadingedge = (leadingedge & LEADINGEDGE_SET_MASK) | ((leadingedge >> LEADINGEDGE_REQ_VAL_SHIFT) & LEADINGEDGE_MASK); } /* * The HWResolution, HWSize, and MediaSize parameters interact in * the following way: * 1. Setting HWResolution recomputes HWSize from MediaSize. * 2. Setting HWSize recomputes MediaSize from HWResolution. * 3. Setting MediaSize recomputes HWSize from HWResolution. * If more than one parameter is being set, we apply these rules * in the order 1, 2, 3. This does the right thing in the most * common case of setting more than one parameter, namely, * setting both HWResolution and HWSize. * * Changing of LeadingEdge is treated exactly the same as a * change in HWResolution. In typical usage, MediaSize is * short-edge (MediaSize[0] < MediaSize[1]), so if LeadingEdge * is 1 or 3, then HWSize will become long-edge. For nonsquare * resolutions, HWResolution[0] always corresponds with width * (scan length), and [1] with height (number of scans). */ BEGIN_ARRAY_PARAM(param_read_float_array, "HWResolution", hwra, 2, hwre) { if (hwra.data[0] <= 0 || hwra.data[1] <= 0) ecode = gs_note_error(gs_error_rangecheck); else break; } END_ARRAY_PARAM(hwra, hwre); BEGIN_ARRAY_PARAM(param_read_int_array, "HWSize", hwsa, 2, hwsa) { /* We need a special check to handle the nullpage device, */ /* whose size is legitimately [0 0]. */ if ((hwsa.data[0] <= 0 && hwsa.data[0] != dev->width) || (hwsa.data[1] <= 0 && hwsa.data[1] != dev->height) ) ecode = gs_note_error(gs_error_rangecheck); #define max_coord (max_fixed / fixed_1) #if max_coord < max_int else if (hwsa.data[0] > max_coord || hwsa.data[1] > max_coord) ecode = gs_note_error(gs_error_limitcheck); #endif #undef max_coord else break; } END_ARRAY_PARAM(hwsa, hwse); { int t; code = param_read_int(plist, "LeadingEdge", &t); if (code < 0) { if (param_read_null(plist, "LeadingEdge") == 0) { /* if param is null, clear explicitly-set flag */ leadingedge &= ~LEADINGEDGE_SET_MASK; code = 0; } else { ecode = code; } } else if (code == 0) { if (t < 0 || t > 3) param_signal_error(plist, "LeadingEdge", ecode = gs_error_rangecheck); else leadingedge = LEADINGEDGE_SET_MASK | t; } } { const float *res = (hwra.data == 0 ? dev->HWResolution : hwra.data); #ifdef PAGESIZE_IS_MEDIASIZE const float *data; /* .MediaSize takes precedence over PageSize, so */ /* we read PageSize first. */ code = param_MediaSize(plist, "PageSize", res, &msa); if (code < 0) ecode = code; /* Prevent data from being set to 0 if PageSize is specified */ /* but .MediaSize is not. */ data = msa.data; code = param_MediaSize(plist, ".MediaSize", res, &msa); if (code < 0) ecode = code; else if (msa.data == 0) msa.data = data; #else code = param_MediaSize(plist, ".MediaSize", res, &msa); if (code < 0) ecode = code; #endif } BEGIN_ARRAY_PARAM(param_read_float_array, "Margins", ma, 2, me) { break; } END_ARRAY_PARAM(ma, me); BEGIN_ARRAY_PARAM(param_read_float_array, ".HWMargins", hwma, 4, hwme) { break; } END_ARRAY_PARAM(hwma, hwme); /* MarginsHWResolution cannot be changed, only checked. */ BEGIN_ARRAY_PARAM(param_read_float_array, ".MarginsHWResolution", mhwra, 2, mhwre) { if (mhwra.data[0] != dev->MarginsHWResolution[0] || mhwra.data[1] != dev->MarginsHWResolution[1] ) ecode = gs_note_error(gs_error_rangecheck); else break; } END_ARRAY_PARAM(mhwra, mhwre); switch (code = param_read_bool(plist, (param_name = ".IgnoreNumCopies"), &ignc)) { default: ecode = code; param_signal_error(plist, param_name, ecode); case 0: case 1: break; } if (dev->NumCopies_set >= 0 && (*dev_proc(dev, get_page_device))(dev) != 0 ) { switch (code = param_read_int(plist, (param_name = "NumCopies"), &nci)) { case 0: if (nci < 0) ecode = gs_error_rangecheck; else { ncset = 1; break; } goto nce; default: if ((code = param_read_null(plist, param_name)) == 0) { ncset = 0; break; } ecode = code; /* can't be 1 */ nce: param_signal_error(plist, param_name, ecode); case 1: break; } } /* Set the directory first */ if ((code = param_read_string(plist, "OutputICCProfile", &icc_pro)) != 1) { gx_default_put_icc(&icc_pro, dev, gsDEFAULTPROFILE); } /* Note, if a change is made to NUM_DEVICE_PROFILES we need to update this with the name of the profile */ if ((code = param_read_string(plist, "GraphicICCProfile", &icc_pro)) != 1) { gx_default_put_icc(&icc_pro, dev, gsGRAPHICPROFILE); } if ((code = param_read_string(plist, "ImageICCProfile", &icc_pro)) != 1) { gx_default_put_icc(&icc_pro, dev, gsIMAGEPROFILE); } if ((code = param_read_string(plist, "TextICCProfile", &icc_pro)) != 1) { gx_default_put_icc(&icc_pro, dev, gsTEXTPROFILE); } if ((code = param_read_string(plist, "ProofProfile", &icc_pro)) != 1) { gx_default_put_icc(&icc_pro, dev, gsPROOFPROFILE); } if ((code = param_read_string(plist, "DeviceLinkProfile", &icc_pro)) != 1) { gx_default_put_icc(&icc_pro, dev, gsLINKPROFILE); } if ((code = param_read_string(plist, "ICCOutputColors", &icc_pro)) != 1) { gx_default_put_icc_colorants(&icc_pro, dev); } if ((code = param_read_int(plist, (param_name = "RenderIntent"), &(rend_intent[0]))) < 0) { ecode = code; param_signal_error(plist, param_name, ecode); } if ((code = param_read_int(plist, (param_name = "GraphicIntent"), &(rend_intent[1]))) < 0) { ecode = code; param_signal_error(plist, param_name, ecode); } if ((code = param_read_int(plist, (param_name = "ImageIntent"), &(rend_intent[2]))) < 0) { ecode = code; param_signal_error(plist, param_name, ecode); } if ((code = param_read_int(plist, (param_name = "TextIntent"), &(rend_intent[3]))) < 0) { ecode = code; param_signal_error(plist, param_name, ecode); } if ((code = param_read_int(plist, (param_name = "BlackPtComp"), &(blackptcomp[0]))) < 0) { ecode = code; param_signal_error(plist, param_name, ecode); } if ((code = param_read_int(plist, (param_name = "GraphicBlackPt"), &(blackptcomp[1]))) < 0) { ecode = code; param_signal_error(plist, param_name, ecode); } if ((code = param_read_int(plist, (param_name = "ImageBlackPt"), &(blackptcomp[2]))) < 0) { ecode = code; param_signal_error(plist, param_name, ecode); } if ((code = param_read_int(plist, (param_name = "TextBlackPt"), &(blackptcomp[3]))) < 0) { ecode = code; param_signal_error(plist, param_name, ecode); } if ((code = param_read_int(plist, (param_name = "KPreserve"), &(blackpreserve[0]))) < 0) { ecode = code; param_signal_error(plist, param_name, ecode); } if ((code = param_read_int(plist, (param_name = "GraphicKPreserve"), &(blackpreserve[1]))) < 0) { ecode = code; param_signal_error(plist, param_name, ecode); } if ((code = param_read_int(plist, (param_name = "ImageKPreserve"), &(blackpreserve[2]))) < 0) { ecode = code; param_signal_error(plist, param_name, ecode); } if ((code = param_read_int(plist, (param_name = "TextKPreserve"), &(blackpreserve[3]))) < 0) { ecode = code; param_signal_error(plist, param_name, ecode); } if ((code = param_read_bool(plist, (param_name = "DeviceGrayToK"), &devicegraytok)) < 0) { ecode = code; param_signal_error(plist, param_name, ecode); } if ((code = param_read_bool(plist, (param_name = "GrayDetection"), &graydetection)) < 0) { ecode = code; param_signal_error(plist, param_name, ecode); } if ((code = param_read_bool(plist, (param_name = "UseFastColor"), &usefastcolor)) < 0) { ecode = code; param_signal_error(plist, param_name, ecode); } if ((code = param_read_bool(plist, (param_name = "SimulateOverprint"), &sim_overprint)) < 0) { ecode = code; param_signal_error(plist, param_name, ecode); } if ((code = param_read_bool(plist, (param_name = "PreBandThreshold"), &prebandthreshold)) < 0) { ecode = code; param_signal_error(plist, param_name, ecode); } if ((code = param_read_bool(plist, (param_name = "UseCIEColor"), &ucc)) < 0) { ecode = code; param_signal_error(plist, param_name, ecode); } if ((code = param_anti_alias_bits(plist, "TextAlphaBits", &tab)) < 0) ecode = code; if ((code = param_anti_alias_bits(plist, "GraphicsAlphaBits", &gab)) < 0) ecode = code; if ((code = param_read_int(plist, "MaxPatternBitmap", &mpbm)) < 0) ecode = code; switch (code = param_read_bool(plist, (param_name = ".LockSafetyParams"), &locksafe)) { case 0: if (dev->LockSafetyParams && !locksafe) code = gs_note_error(gs_error_invalidaccess); else break; default: ecode = code; param_signal_error(plist, param_name, ecode); case 1: break; } /* Ignore parameters that only have meaning for printers. */ #define IGNORE_INT_PARAM(pname)\ { int igni;\ switch ( code = param_read_int(plist, (param_name = pname), &igni) )\ { default:\ ecode = code;\ param_signal_error(plist, param_name, ecode);\ case 0:\ case 1:\ break;\ }\ } IGNORE_INT_PARAM("%MediaSource") IGNORE_INT_PARAM("%MediaDestination") switch (code = param_read_float_array(plist, (param_name = "ImagingBBox"), &ibba)) { case 0: if (ibba.size != 4 || ibba.data[2] < ibba.data[0] || ibba.data[3] < ibba.data[1] ) ecode = gs_note_error(gs_error_rangecheck); else break; goto ibbe; default: if ((code = param_read_null(plist, param_name)) == 0) { ibbnull = true; ibba.data = 0; break; } ecode = code; /* can't be 1 */ ibbe:param_signal_error(plist, param_name, ecode); case 1: ibba.data = 0; break; } /* Separation, DeviceN Color, and ProcessColorModel related parameters. */ { const char * pcms = get_process_color_model_name(dev); /* the device should have set a process model name at this point */ if ((code = param_check_string(plist, "ProcessColorModel", pcms, (pcms != NULL))) < 0) ecode = code; } IGNORE_INT_PARAM("MaxSeparations") if ((code = param_check_bool(plist, "Separations", false, true)) < 0) ecode = code; BEGIN_ARRAY_PARAM(param_read_name_array, "SeparationColorNames", scna, scna.size, scne) { break; } END_ARRAY_PARAM(scna, scne); /* Now check nominally read-only parameters. */ if ((code = param_check_string(plist, "OutputDevice", dev->dname, true)) < 0) ecode = code; if ((code = param_check_string(plist, "Name", dev->dname, true)) < 0) ecode = code; if ((code = param_check_int(plist, "Colors", colors, true)) < 0) ecode = code; if ((code = param_check_int(plist, "BitsPerPixel", depth, true)) < 0) ecode = code; if ((code = param_check_int(plist, "GrayValues", GrayValues, true)) < 0) ecode = code; if ((code = param_check_long(plist, "PageCount", dev->PageCount, true)) < 0) ecode = code; if ((code = param_check_int(plist, "RedValues", RGBValues, true)) < 0) ecode = code; if ((code = param_check_int(plist, "GreenValues", RGBValues, true)) < 0) ecode = code; if ((code = param_check_int(plist, "BlueValues", RGBValues, true)) < 0) ecode = code; if ((code = param_check_long(plist, "ColorValues", ColorValues, true)) < 0) ecode = code; if (param_read_string(plist, "HWColorMap", &cms) != 1) { byte palette[3 << 8]; if (param_HWColorMap(dev, palette)) code = param_check_bytes(plist, "HWColorMap", palette, colors << depth, true); else code = param_check_bytes(plist, "HWColorMap", 0, 0, false); if (code < 0) ecode = code; } /* We must 'commit', in order to detect unknown parameters, */ /* even if there were errors. */ code = param_commit(plist); if (ecode < 0) return ecode; if (code < 0) return code; /* * Now actually make the changes. Changing resolution, rotation * (through LeadingEdge) or page size requires closing the device, * but changing margins or ImagingBBox does not. In order not to * close and reopen the device unnecessarily, we check for * replacing the values with the same ones. */ if (hwra.data != 0 && (dev->HWResolution[0] != hwra.data[0] || dev->HWResolution[1] != hwra.data[1]) ) { if (dev->is_open) gs_closedevice(dev); gx_device_set_resolution(dev, hwra.data[0], hwra.data[1]); } if ((leadingedge & LEADINGEDGE_MASK) != (dev->LeadingEdge & LEADINGEDGE_MASK)) { /* If the LeadingEdge_set flag changes but the value of LeadingEdge itself does not, don't close device and recompute page size. */ dev->LeadingEdge = leadingedge; if (dev->is_open) gs_closedevice(dev); gx_device_set_resolution(dev, dev->HWResolution[0], dev->HWResolution[1]); } /* clear leadingedge request, preserve "set" flag */ dev->LeadingEdge &= LEADINGEDGE_MASK; dev->LeadingEdge |= (leadingedge & LEADINGEDGE_SET_MASK); if (hwsa.data != 0 && (dev->width != hwsa.data[0] || dev->height != hwsa.data[1]) ) { if (dev->is_open) gs_closedevice(dev); gx_device_set_width_height(dev, hwsa.data[0], hwsa.data[1]); } if (msa.data != 0 && (dev->MediaSize[0] != msa.data[0] || dev->MediaSize[1] != msa.data[1]) ) { if (dev->is_open) gs_closedevice(dev); gx_device_set_page_size(dev, msa.data[0], msa.data[1]); } if (ma.data != 0) { dev->Margins[0] = ma.data[0]; dev->Margins[1] = ma.data[1]; } if (hwma.data != 0) { dev->HWMargins[0] = hwma.data[0]; dev->HWMargins[1] = hwma.data[1]; dev->HWMargins[2] = hwma.data[2]; dev->HWMargins[3] = hwma.data[3]; } dev->NumCopies = nci; dev->NumCopies_set = ncset; dev->IgnoreNumCopies = ignc; if (ibba.data != 0) { dev->ImagingBBox[0] = ibba.data[0]; dev->ImagingBBox[1] = ibba.data[1]; dev->ImagingBBox[2] = ibba.data[2]; dev->ImagingBBox[3] = ibba.data[3]; dev->ImagingBBox_set = true; } else if (ibbnull) { dev->ImagingBBox_set = false; } dev->UseCIEColor = ucc; dev->color_info.anti_alias.text_bits = param_normalize_anti_alias_bits(max(dev->color_info.max_gray, dev->color_info.max_color), tab); dev->color_info.anti_alias.graphics_bits = param_normalize_anti_alias_bits(max(dev->color_info.max_gray, dev->color_info.max_color), gab); dev->LockSafetyParams = locksafe; dev->MaxPatternBitmap = mpbm; gx_device_decache_colors(dev); /* Take care of the rendering intents and blackpts. For those that are not set special, the default provides an override */ if (dev->icc_struct != NULL) { /* Set the default object */ code = gx_default_put_intent(rend_intent[0], dev, gsDEFAULTPROFILE); if (code < 0) return code; code = gx_default_put_blackptcomp(blackptcomp[0], dev, gsDEFAULTPROFILE); if (code < 0) return code; code = gx_default_put_blackpreserve(blackpreserve[0], dev, gsDEFAULTPROFILE); if (code < 0) return code; /* If the default was specified and not a specialized one (e.g. graphic image or text) then the special one will get set to the default. */ for (k = 1; k < NUM_DEVICE_PROFILES; k++) { if (rend_intent[0] != gsRINOTSPECIFIED && rend_intent[k] == gsRINOTSPECIFIED) { code = gx_default_put_intent(rend_intent[0], dev, profile_types[k]); } else { code = gx_default_put_intent(rend_intent[k], dev, profile_types[k]); } if (code < 0) return code; if (blackptcomp[0] != gsBPNOTSPECIFIED && blackptcomp[k] == gsBPNOTSPECIFIED) { code = gx_default_put_blackptcomp(blackptcomp[0], dev, profile_types[k]); } else { code = gx_default_put_blackptcomp(blackptcomp[k], dev, profile_types[k]); } if (code < 0) return code; if (blackpreserve[0] != gsBKPRESNOTSPECIFIED && blackpreserve[k] == gsBKPRESNOTSPECIFIED) { code = gx_default_put_blackpreserve(blackpreserve[0], dev, profile_types[k]); } else { code = gx_default_put_blackpreserve(blackpreserve[k], dev, profile_types[k]); } if (code < 0) return code; } } code = gx_default_put_graytok(devicegraytok, dev); if (code < 0) return code; code = gx_default_put_usefastcolor(usefastcolor, dev); if (code < 0) return code; code = gx_default_put_simulateoverprint(sim_overprint, dev); if (code < 0) return code; code = gx_default_put_graydetection(graydetection, dev); if (code < 0) return code; return gx_default_put_prebandthreshold(prebandthreshold, dev);} void gx_device_request_leadingedge(gx_device *dev, int le_req) { dev->LeadingEdge = (dev->LeadingEdge & ~LEADINGEDGE_REQ_VAL) | ((le_req << LEADINGEDGE_REQ_VAL_SHIFT) & LEADINGEDGE_REQ_VAL) | LEADINGEDGE_REQ_BIT; } /* Limit the anti-alias bit values to the maximum legal value for the * current color depth. */ static int param_normalize_anti_alias_bits( uint max_gray, int bits ) { int max_bits = ilog2( max_gray + 1); return (bits > max_bits ? max_bits : bits); } /* Read TextAlphaBits or GraphicsAlphaBits. */ static int param_anti_alias_bits(gs_param_list * plist, gs_param_name param_name, int *pa) { int code = param_read_int(plist, param_name, pa); switch (code) { case 0: switch (*pa) { case 1: case 2: case 4: return 0; default: code = gs_error_rangecheck; } default: param_signal_error(plist, param_name, code); case 1: ; } return code; } /* Read .MediaSize or, if supported as a synonym, PageSize. */ static int param_MediaSize(gs_param_list * plist, gs_param_name pname, const float *res, gs_param_float_array * pa) { gs_param_name param_name; int ecode = 0; int code; BEGIN_ARRAY_PARAM(param_read_float_array, pname, *pa, 2, mse) { float width_new = pa->data[0] * res[0] / 72; float height_new = pa->data[1] * res[1] / 72; if (width_new < 0 || height_new < 0) ecode = gs_note_error(gs_error_rangecheck); #define max_coord (max_fixed / fixed_1) #if max_coord < max_int else if (width_new > max_coord || height_new > max_coord) ecode = gs_note_error(gs_error_limitcheck); #endif #undef max_coord else break; } END_ARRAY_PARAM(*pa, mse); return ecode; } /* Check that a nominally read-only parameter is being set to */ /* its existing value. */ static int param_check_bool(gs_param_list * plist, gs_param_name pname, bool value, bool is_defined) { int code; bool new_value; switch (code = param_read_bool(plist, pname, &new_value)) { case 0: if (is_defined && new_value == value) break; code = gs_note_error(gs_error_rangecheck); goto e; default: if (param_read_null(plist, pname) == 0) return 1; e:param_signal_error(plist, pname, code); case 1: ; } return code; } static int param_check_long(gs_param_list * plist, gs_param_name pname, long value, bool is_defined) { int code; long new_value; switch (code = param_read_long(plist, pname, &new_value)) { case 0: if (is_defined && new_value == value) break; code = gs_note_error(gs_error_rangecheck); goto e; default: if (param_read_null(plist, pname) == 0) return 1; e:param_signal_error(plist, pname, code); case 1: ; } return code; } static int param_check_bytes(gs_param_list * plist, gs_param_name pname, const byte * str, uint size, bool is_defined) { int code; gs_param_string new_value; switch (code = param_read_string(plist, pname, &new_value)) { case 0: if (is_defined && new_value.size == size && !memcmp((const char *)str, (const char *)new_value.data, size) ) break; code = gs_note_error(gs_error_rangecheck); goto e; default: if (param_read_null(plist, pname) == 0) return 1; e:param_signal_error(plist, pname, code); case 1: ; } return code; }