void display_raster(int packet, int offset, int replay)
{
/* only decode when not replaying from history */
if(replay == FALSE)
decode_raster((short *)(sd->icd_product), offset);
output_raster();
}
int main(int argc, char **argv)
{
int fd, page, fd_tiff, ret;
struct urf_file_header head, head_orig;
struct urf_page_header page_header, page_header_orig;
struct tiff_info tiff;
if(argc < 3)
{
fprintf(stderr, "Usage: %s <input.urf> <output.tiff>\n", argv[0]);
return 1;
}
if((fd = open(argv[1], O_RDONLY)) == -1) die("Unable to open unirast file");
lseek(fd, 0, SEEK_SET);
if(read(fd, &head_orig, sizeof(head)) == -1) die("Unable to read file header");
//Transform
memcpy(head.unirast, head_orig.unirast, sizeof(head.unirast));
head.page_count = ntohl(head_orig.page_count);
if(head.unirast[7])
head.unirast[7] = 0;
if(strncmp(head.unirast, "UNIRAST", 7) != 0) die("Bad File Header");
iprintf("%s file, with %d page(s).\n", head.unirast, head.page_count);
if(create_tiff_file(&tiff, argv[2], head.page_count) != 0) die("Unable to create TIFF file");
for(page = 0 ; page < head.page_count ; ++page)
{
if(read(fd, &page_header_orig, sizeof(page_header_orig)) == -1) die("Unable to read page header");
//Transform
page_header.bpp = page_header_orig.bpp;
page_header.colorspace = page_header_orig.colorspace;
page_header.duplex = page_header_orig.duplex;
page_header.quality = page_header_orig.quality;
page_header.unknown0 = 0;
page_header.unknown1 = 0;
page_header.width = ntohl(page_header_orig.width);
page_header.height = ntohl(page_header_orig.height);
page_header.dot_per_inch = ntohl(page_header_orig.dot_per_inch);
page_header.unknown2 = 0;
page_header.unknown3 = 0;
iprintf("Page %d :\n", page);
iprintf("Bits Per Pixel : %d\n", page_header.bpp);
iprintf("Colorspace : %d\n", page_header.colorspace);
iprintf("Duplex Mode : %d\n", page_header.duplex);
iprintf("Quality : %d\n", page_header.quality);
iprintf("Size : %dx%d pixels\n", page_header.width, page_header.height);
iprintf("Dots per Inches : %d\n", page_header.dot_per_inch);
if(add_tiff_page(&tiff, page, page_header.width, page_header.height, page_header.bpp, page_header.dot_per_inch) != 0) die("Unable to create TIFF file");
decode_raster(fd, page_header.width, page_header.height, page_header.bpp, &tiff);
}
close_tiff_file(&tiff);
return 0;
}
int main(int argc, char **argv)
{
int fd, page;
struct urf_file_header head, head_orig;
struct urf_page_header page_header, page_header_orig;
struct pdf_info pdf;
FILE * input = NULL;
if(argc < 6)
{
fprintf(stderr, "Usage: %s <job> <user> <job name> <copies> <option> [file]\n", argv[0]);
return 1;
}
if(argc > 6)
{
input = fopen(argv[6], "rb");
if(input == NULL) die("Unable to open unirast file");
}
else
input = stdin;
// Get fd from file
fd = fileno(input);
if(read(fd, &head_orig, sizeof(head)) == -1) die("Unable to read file header");
//Transform
memcpy(head.unirast, head_orig.unirast, sizeof(head.unirast));
head.page_count = ntohl(head_orig.page_count);
if(head.unirast[7])
head.unirast[7] = 0;
if(strncmp(head.unirast, "UNIRAST", 7) != 0) die("Bad File Header");
iprintf("%s file, with %d page(s).\n", head.unirast, head.page_count);
if(create_pdf_file(&pdf, head.page_count) != 0) die("Unable to create PDF file");
for(page = 0 ; page < (int)head.page_count ; ++page)
{
if(read(fd, &page_header_orig, sizeof(page_header_orig)) == -1) die("Unable to read page header");
//Transform
page_header.bpp = page_header_orig.bpp;
page_header.colorspace = page_header_orig.colorspace;
page_header.duplex = page_header_orig.duplex;
page_header.quality = page_header_orig.quality;
page_header.unknown0 = 0;
page_header.unknown1 = 0;
page_header.width = ntohl(page_header_orig.width);
page_header.height = ntohl(page_header_orig.height);
page_header.dot_per_inch = ntohl(page_header_orig.dot_per_inch);
page_header.unknown2 = 0;
page_header.unknown3 = 0;
iprintf("Page %d :\n", page);
iprintf("Bits Per Pixel : %d\n", page_header.bpp);
iprintf("Colorspace : %d\n", page_header.colorspace);
iprintf("Duplex Mode : %d\n", page_header.duplex);
iprintf("Quality : %d\n", page_header.quality);
iprintf("Size : %dx%d pixels\n", page_header.width, page_header.height);
iprintf("Dots per Inches : %d\n", page_header.dot_per_inch);
if(page_header.colorspace != UNIRAST_COLOR_SPACE_SRGB_24BIT_1)
{
die("Invalid ColorSpace, only RGB 24BIT type 1 is supported");
}
if(page_header.bpp != UNIRAST_BPP_24BIT)
{
die("Invalid Bit Per Pixel value, only 24bit is supported");
}
if(add_pdf_page(&pdf, page, page_header.width, page_header.height, page_header.bpp, page_header.dot_per_inch) != 0) die("Unable to create PDF file");
if(decode_raster(fd, page_header.width, page_header.height, page_header.bpp, &pdf) != 0)
die("Failed to decode Page");
}
close_pdf_file(&pdf); // will output to stdout
return 0;
}
