/* sam2p_main.cpp
* by pts@fazekas.hu at Fri Mar 15 16:11:03 CET 2002
*/
#include "gensi.hpp"
#include "gensio.hpp"
#include "image.hpp"
#include "error.hpp"
#include "encoder.hpp"
#include "minips.hpp"
#include "rule.hpp"
#include "main.hpp"
#include "in_jai.hpp"
/* Sat Jul 6 16:39:19 CEST 2002
* empirical checkerg++ helper routines for gcc version 2.95.2 20000220 (Debian GNU/Linux)
* see c_lgcc.cpp for more
*/
#if !defined(OBJDEP) && defined(__CHECKER__) && !HAVE_PTS_C_LGCC_CPP_REQUIRED
# include "c_lgcc.cpp"
#endif
#if 0 /*#ifdef __CHECKER__*/
#include <stdlib.h>
void* __builtin_vec_new(unsigned len){ return malloc(len); }
void __builtin_vec_delete(void *p) { free(p); }
void* __builtin_new(unsigned len){ return malloc(len); }
void __builtin_delete(void *p) { free(p); }
void __rtti_user() { abort(); }
void __rtti_si() { abort(); }
void terminate() { abort(); }
extern "C" void __pure_virtual();
void __pure_virtual() { abort(); }
#endif
#if OBJDEP
# warning PROVIDES: sam2p_main
# warning REQUIRES: gensi.o
# warning REQUIRES: gensio.o
# warning REQUIRES: image.o
# warning REQUIRES: error.o
# warning REQUIRES: encoder.o
# warning REQUIRES: minips.o
# warning REQUIRES: rule.o
#endif
#include <stdio.h>
#include <string.h> /* memset() */
#if OBJDEP
# warning REQUIRES: in_tiff.o
# warning REQUIRES: in_jpeg.o
# warning REQUIRES: in_png.o
# warning REQUIRES: in_jai.o
# warning REQUIRES: in_pcx.o
# warning REQUIRES: in_xpm.o
# warning REQUIRES: in_lbm.o
# warning REQUIRES: in_gif.o
# warning REQUIRES: in_bmp.o
# warning REQUIRES: in_pnm.o
# warning REQUIRES: in_tga.o
/*# warning REQUIRES: in_pdf.o Dat: no more, integrated to in_ps.o */
# warning REQUIRES: in_ps.o
#endif
extern Image::Loader in_tiff_loader;
extern Image::Loader in_jpeg_loader;
extern Image::Loader in_png_loader;
extern Image::Loader in_jai_loader;
extern Image::Loader in_pcx_loader;
extern Image::Loader in_xpm_loader;
extern Image::Loader in_lbm_loader;
extern Image::Loader in_gif_loader;
extern Image::Loader in_bmp_loader;
extern Image::Loader in_pnm_loader;
extern Image::Loader in_tga_loader;
extern Image::Loader in_pdf_loader;
extern Image::Loader in_ps_loader;
void init_loader() {
static bool had_init_loader=false;
if (had_init_loader) return;
Image::register0(&in_tga_loader); /* checker not sure; install early */
Image::register0(&in_pcx_loader);
Image::register0(&in_xpm_loader);
Image::register0(&in_lbm_loader);
Image::register0(&in_gif_loader);
Image::register0(&in_bmp_loader);
Image::register0(&in_pnm_loader);
Image::register0(&in_tiff_loader);
Image::register0(&in_jpeg_loader);
Image::register0(&in_png_loader);
Image::register0(&in_jai_loader);
Image::register0(&in_pdf_loader);
Image::register0(&in_ps_loader);
had_init_loader=true;
}
#if OBJDEP
# warning REQUIRES: appliers.o
#endif
extern Rule::Applier out_pnm_applier;
extern Rule::Applier out_jpeg_applier;
extern Rule::Applier out_jpegjai_applier;
extern Rule::Applier out_tiffjai_applier;
extern Rule::Applier out_tiff_applier;
extern Rule::Applier out_png_applier;
extern Rule::Applier out_bmp_applier;
extern Rule::Applier out_gif89a_applier;
extern Rule::Applier out_xpm_applier;
extern Rule::Applier out_l1c_applier;
// extern Rule::Applier out_l1op_applier;
extern Rule::Applier out_l1tr_applier;
extern Rule::Applier out_l23_applier;
// extern Rule::Applier out_l1fa85g_applier;
extern Rule::Applier out_l2jbin_applier;
// extern Rule::Applier out_p0jbin_applier;
extern Rule::Applier out_empty_applier;
extern Rule::Applier out_meta_applier;
extern Rule::Applier out_xwd_applier;
extern Rule::Applier out_x11_applier;
void init_applier() {
static bool had_init_applier=false;
if (had_init_applier) return;
// Rule::register0(&out_l1op_applier);
Rule::register0(&out_l1tr_applier);
// Rule::register0(&out_l1fa85g_applier);
Rule::register0(&out_l2jbin_applier);
// Rule::register0(&out_p0jbin_applier);
Rule::register0(&out_l23_applier);
Rule::register0(&out_l1c_applier);
Rule::register0(&out_xpm_applier);
Rule::register0(&out_gif89a_applier);
Rule::register0(&out_pnm_applier);
Rule::register0(&out_jpeg_applier);
Rule::register0(&out_jpegjai_applier);
Rule::register0(&out_tiffjai_applier);
Rule::register0(&out_tiff_applier);
Rule::register0(&out_png_applier);
Rule::register0(&out_bmp_applier);
Rule::register0(&out_empty_applier);
Rule::register0(&out_meta_applier);
Rule::register0(&out_xwd_applier);
Rule::register0(&out_x11_applier);
had_init_applier=true;
}
static char *bts_ttt=
#include "bts2.tth"
;
/* --- One-liner mode */
/** Dat: mod 16 does matter: expected # args etc. */
static const unsigned
OPT_unknown=0,
OPT_SampleFormat=0x02,
OPT_LoadHints=0x12,
OPT_Compression=0x22,
OPT_TransferEncoding=0x32,
OPT_TransferEncodingF=0x42,
OPT_Asis=0x50,
OPT_PSL1=0x60,
OPT_PSLC=0x70,
OPT_PSL2=0x80,
OPT_PSL3=0x90,
OPT_PS=0xA1,
OPT_PDF=0xB1,
OPT_DisplayJobFile=0xC1,
OPT_Hints=0xD2,
OPT_InputFile=0xE2,
OPT_OutputFile=0xF2,
OPT_Scale=0x101,
OPT_Margins=0x112,
OPT_Transparent=0x122,
OPT_TmpRemove=0x132;
/** @param s an option (lower/upper case intact), without leading `-'s
* @param slen length of option
* @return 0 if invalid/unsupported/unknown option
* | 16*(k+1)+0 if the option never accepts parameters
* | 16*(k+2)+1 if the option may or may not have a parameter
* | 16*(k+3)+2 if the option must have a parameter
*/
static unsigned sam2p_optval(char const* s, slen_t slen) {
if (slen==1) {
switch (s[0]) {
case 's': return OPT_SampleFormat;
case 'l': return OPT_LoadHints;
case 'h': return OPT_Hints;
case 't': return OPT_TransferEncoding;
case 'f': return OPT_TransferEncodingF;
case 'c': return OPT_Compression;
// case 'a': return OPT_Asis; /* disabled, automatic! */
case '1': return OPT_PSL1;
case '2': return OPT_PSL2;
case '3': return OPT_PSL3;
case 'j': return OPT_DisplayJobFile;
case 'o': case 'O': return OPT_OutputFile;
case 'e': return OPT_Scale;
case 'm': return OPT_Margins;
}
} else {
slen_t len=slen; /* strlen(s); */
if (len>=32) return OPT_unknown;
char buf[32];
GenBuffer::tolower_memcpy(buf, s, len);
buf[len]='\0';
/* printf("buf=(%s)\n", buf); */
if (0==strcmp(buf, "sampleformat")) return OPT_SampleFormat;
if (0==strcmp(buf, "loadhints")) return OPT_LoadHints;
if (0==strcmp(buf, "tmpremove")) return OPT_TmpRemove;
if (0==strcmp(buf, "transparent")) return OPT_Transparent;
if (0==strcmp(buf, "hints")) return OPT_Hints;
if (0==strcmp(buf, "ps")
|| 0==strcmp(buf, "eps")) return OPT_PS;
if (0==strcmp(buf, "pdf")) return OPT_PDF;
if (0==strcmp(buf, "1c")) return OPT_PSLC;
if (0==strcmp(buf, "scale")) return OPT_Scale;
if (0==strcmp(buf, "hints")) return OPT_Margins;
}
return OPT_unknown;
}
static void displayJob(GenBuffer::Writable &sout, SimBuffer::Flat const& jobss) {
fflush(stdout); fflush(stderr);
#if 0
puts("\n\n% begin sam2p job dump");
fwrite(stdout, 1, jobss.getLength(), jobss);
puts("% end sam2p job dump\n");
#else
/* vvv Dat: sout conflicts /OutputFile(-), but it is OK here */
sout << "\n% begin sam2p job dump\n"
<< jobss
<< "%)%)%)% end sam2p job dump\n\n";
#endif
fflush(stdout); fflush(stderr);
}
static inline char const *protect_null(char const *s) {
return s==(char const*)NULLP ? "//" : s;
}
/** @return the value for the parameter if matches key or the first letter of
* key; or NULLP if no match.
* @param key lower case
*/
static char const*one_pabbr(char const*param, char const *key) {
return GenBuffer::nocase_strbegins(param, key) ? param+strlen(key)
: (param[0]==key[0] || param[0]==key[0]+'A'-'a') && param[1]==':' ? param+2
: (char const*)NULLP;
}
#if 0 /* cannot set badp... */
static inline void one_setdimen2(char const*&Dimen1, char const*&Dimen2, char const*p2) {
if (MiniPS::Real::isDimen(p2)) Dimen1=Dimen2=p2;
else Error::sev(Error::ERROR_CONT) << "one_liner: dimen expected" /*<< (SimBuffer::B().appendDumpC(p2, true))*/ << (Error*)0;
}
#endif
#if 0
#define one_setdimen2(Dimen1,Dimen2,p2) do { \
if (MiniPS::Real::isDimen(p2)) Dimen1=Dimen2=p2; \
else { badmsg="one_liner: dimen expected: "; goto bad_label; } \
} while(0)
#endif
static Filter::UngetFILED *ufd;
static bool do_DisplayJobFile;
static bool buildProfile_quiet=false;
/** Creates an in-memory job file according to the command-line options.
* @param a argv+1
* @param job initially an empty string. On error, this function leaves it
* as-is, but on success, a valid job file is appened.
* @return true on syntax error
*/
static bool one_liner(SimBuffer::B &jobss, char const *const* a) {
/* Tue Jul 2 21:27:15 CEST 2002 */
char const *p, *pend;
bool no_option_term=true;
bool badp=false;
bool no_selector=true;
char const *badmsg;
// SimBuffer::B Profile /* MiniPS code */
SimBuffer::B Hints; /* MiniPS code */
/* ^^^ Imp: separate hint for each -c arg?? */
SimBuffer::B LoadHints;
bool TmpRemove_p=true;
Rule::Cache::pr_t Predictor=Rule::Cache::PR_None; /* Imp: separate for each Compression */
Rule::Cache::ff_t FileFormat=Rule::Cache::FF_default;
Rule::Cache::te_t TransferEncoding=Rule::Cache::TE_default;
do_DisplayJobFile=false;
bool do_stop_SampleFormat=false;
char const *Transparent=(char const*)NULLP; /* change 1 color to transparent unless NULL */
char const *OutputFile=(char const*)NULLP, *InputFile=(char const*)NULLP;
// SimBuffer::B tmp;
char const *TopMargin=(char const*)NULLP, *BottomMargin=(char const*)NULLP,
*LeftMargin=(char const*)NULLP, *RightMargin=(char const*)NULLP,
*LowerMargin=(char const*)NULLP, *ImageDPI=(char const*)NULLP;
bool negLowerMargin=false;
Rule::CacheHints::sc_t Scale=Rule::CacheHints::SC_default;
#define APPEND_sf(val) do { if (sfx[val]==0) { sfx[val]=1; sft[sflen++]=val; } } while (0)
Image::sf_t sft[Image::SF_max+1]; char sfx[Image::SF_max+1]; memset(sfx, 0, sizeof(sfx)); unsigned sflen=0;
#define APPEND_co(val) do { if (cox[val]==0) { cox[val]=1; cot[colen++]=val; } } while (0)
Rule::Cache::co_t cot[Rule::Cache::CO_max+1]; char cox[Image::SF_max+1]; memset(cox, 0, sizeof(cox)); unsigned colen=0;
/* ^^^ BUGFIX at 2002.12.02 */
/** OPT_* value of current option */
unsigned opt;
/** Parameter for current option. May be NULL. */
char const *param=""; /* pacify VC6.0 */
char const *p2;
slen_t paramlen;
SimBuffer::B tmpnam; /* any dir -- keep on stack frame */
buildProfile_quiet=true;
for (; (p=*a)!=(char const*)NULLP; a++) {
if (p[0]=='-' && p[1]=='\0') { /* `-': Filename: STDIN or STDOUT */
#if 1
goto normal_label;
#else
Error::sev(Error::ERROR_CONT) << "one_liner: `-' (stdin|stdout) not allowed as filename" << (Error*)0;
badp=true;
continue;
#endif
} else if (p[0]=='-' && p[1]=='-' && p[2]=='\0') { /* `--': No more options */
if (a[1]==(char const*)NULLP && InputFile!=(char const*)NULLP) { /* `--' is last argument */
p=InputFile; /* OutputFile:=InputFile */
goto normal_label;
}
no_option_term=false;
} else if (p[0]=='-' && no_option_term) { /* an option */
while (*p=='-') p++; /* short options (-p) and long options (--pdf) are equivalent */
pend=p; while (*pend!='\0' && *pend!=':' && *pend!='=') pend++;
SimBuffer::Static optss(p, pend-p);
if (0==(opt=sam2p_optval(p, pend-p))) {
badmsg="one_liner: unknown option: ";
bad_label:
Error::sev(Error::ERROR_CONT) << badmsg << (SimBuffer::B().appendDumpC(optss, true)) << (Error*)0;
badp=true;
continue;
}
if ((opt&15)==0) { /* no parameters */
if (*pend!='\0') { badmsg="one_liner: don't give param to option: "; goto bad_label; }
param=(char const*)NULLP;
} else if ((opt&15)==1) { /* an optional parameter */
if (*pend!='\0') {
param=pend+1; while (*pend==*param) param++;
} else param=(char const*)NULLP;
} else if ((opt&15)==2) { /* a mandatory parameter */
if (*pend!='\0') {
param=pend+1; while (*pend==*param) param++;
} else if ((param=*++a)==(char const*)NULLP) { badmsg="one_liner: missing param for option: "; goto bad_label; }
} else assert(0);
paramlen=param==(char const*)NULLP ? 0 : strlen(param);
/* Dat: now opt, paramlen and param are correct */
switch (opt) {
case OPT_LoadHints: LoadHints << ',' << param; break;
case OPT_TmpRemove: TmpRemove_p=GenBuffer::parseBool(param, paramlen); break;
case OPT_Transparent: Transparent=param; break; /* Imp: is this good memory management */
case OPT_Hints: Hints << '\n' << param; break;
case OPT_PSL1: FileFormat=Rule::Cache::FF_PSL1; break;
case OPT_PSLC: FileFormat=Rule::Cache::FF_PSLC; break;
case OPT_PSL2: FileFormat=Rule::Cache::FF_PSL2; break;
case OPT_PSL3: FileFormat=Rule::Cache::FF_PSL3; break;
case OPT_DisplayJobFile:
// fprintf(stderr, "param=(%s)\n", param);
if (paramlen==0 || 0==GenBuffer::nocase_strcmp(param, "job")) do_DisplayJobFile=true;
else if (0==GenBuffer::nocase_strcmp(param, "warn")) buildProfile_quiet=false;
else if (GenBuffer::nocase_strbegins(param, "warn:")) buildProfile_quiet=!GenBuffer::parseBool(param+5, paramlen-5);
else if (0==GenBuffer::nocase_strcmp(param, "quiet")) { buildProfile_quiet=true; Error::setTopPrinted(Error::ERROR_CONT); } /* Dat: hide warnings, info etc. */ /* at Fri Aug 26 07:54:00 CEST 2005 */
else if (GenBuffer::nocase_strbegins(param, "job:")) do_DisplayJobFile=GenBuffer::parseBool(param+4, paramlen-4);
else do_DisplayJobFile=GenBuffer::parseBool(param, paramlen); /* Imp: better error report */
break;
case OPT_Margins:
/* Dat:abbreviation letters are distinct: [ahxvylrtubd] */
if (0!=(p2=one_pabbr(param,"all:"))) { all5:
if (MiniPS::Real::isDimen(p2)) LeftMargin=RightMargin=TopMargin=BottomMargin=LowerMargin=p2;
else { err_dimexp: badmsg="one_liner: dimen expected: "; goto bad_label; }
}
else if (0!=(p2=one_pabbr(param,"horiz:"))
|| 0!=(p2=one_pabbr(param,"x:"))) { if (MiniPS::Real::isDimen(p2)) LeftMargin=RightMargin=p2; else goto err_dimexp; }
else if (0!=(p2=one_pabbr(param,"vert:"))
|| 0!=(p2=one_pabbr(param,"y:"))) { if (MiniPS::Real::isDimen(p2)) TopMargin=BottomMargin=LowerMargin=p2; else goto err_dimexp; }
else if (0!=(p2=one_pabbr(param,"left:"))) { if (MiniPS::Real::isDimen(p2)) LeftMargin=p2; else goto err_dimexp; }
else if (0!=(p2=one_pabbr(param,"right:"))) { if (MiniPS::Real::isDimen(p2)) RightMargin=p2; else goto err_dimexp; }
else if (0!=(p2=one_pabbr(param,"dpi:"))) { if (MiniPS::Real::isDimen(p2)) ImageDPI=p2; else goto err_dimexp; }
else if (0!=(p2=one_pabbr(param,"top:"))
|| 0!=(p2=one_pabbr(param,"up:"))) { if (MiniPS::Real::isDimen(p2)) TopMargin=p2; else goto err_dimexp; }
else if (0!=(p2=one_pabbr(param,"bottom:"))
|| 0!=(p2=one_pabbr(param,"down:"))) { if (MiniPS::Real::isDimen(p2)) BottomMargin=LowerMargin=p2; else goto err_dimexp; }
else if (0!=(p2=one_pabbr(param,"raise:"))) { if (MiniPS::Real::isDimen(p2)) LowerMargin=p2; else goto err_dimexp; }
else if (0!=(p2=one_pabbr(param,"lower:"))) { negLowerMargin=true; if (MiniPS::Real::isDimen(p2)) LowerMargin=p2; else goto err_dimexp; }
else { p2=param; goto all5; }
break;
case OPT_Scale:
if (paramlen==0 || 0==GenBuffer::nocase_strcmp(param, "scale")) Scale=Rule::CacheHints::SC_OK;
else if (0==GenBuffer::nocase_strcmp(param, "none")) Scale=Rule::CacheHints::SC_None;
else if (0==GenBuffer::nocase_strcmp(param, "rot")) Scale=Rule::CacheHints::SC_RotateOK;
else if (0==GenBuffer::nocase_strcmp(param, "rotate")) Scale=Rule::CacheHints::SC_RotateOK;
else Scale=(Rule::CacheHints::sc_t)(GenBuffer::parseBool(param, paramlen) ? 0+Rule::CacheHints::SC_OK : 0+Rule::CacheHints::SC_None);
/* ^^^ Imp: better error report */
/* ^^^ +0: pacify g++-3.1 */
break;
case OPT_TransferEncoding:
if (0==GenBuffer::nocase_strcmp(param, "bin")) TransferEncoding=Rule::Cache::TE_Binary;
else if (0==GenBuffer::nocase_strcmp(param, "hex")) TransferEncoding=Rule::Cache::TE_Hex;
else if (0==GenBuffer::nocase_strcmp(param, "a85")) TransferEncoding=Rule::Cache::TE_A85;
else if (0==GenBuffer::nocase_strcmp(param, "ascii"))TransferEncoding=Rule::Cache::TE_ASCII;
else if (0==GenBuffer::nocase_strcmp(param, "lsb1")) TransferEncoding=Rule::Cache::TE_LSBfirst;
else if (0==GenBuffer::nocase_strcmp(param, "msb1")) TransferEncoding=Rule::Cache::TE_MSBfirst;
else { inv_par: badmsg="one_liner: invalid param for option: "; goto bad_label; }
break;
case OPT_TransferEncodingF:
if (0==GenBuffer::nocase_strcmp(param, "lsb2msb")) TransferEncoding=Rule::Cache::TE_LSBfirst;
else if (0==GenBuffer::nocase_strcmp(param, "msb2lsb")) TransferEncoding=Rule::Cache::TE_MSBfirst;
else goto inv_par;
break;
case OPT_PS:
if (param==(char const*)NULLP || param[0]=='\0') FileFormat=Rule::Cache::FF_eps;
else if (0==GenBuffer::nocase_strcmp(param, "1")) FileFormat=Rule::Cache::FF_PSL1;
else if (0==GenBuffer::nocase_strcmp(param, "1c")
|| 0==GenBuffer::nocase_strcmp(param, "c")) FileFormat=Rule::Cache::FF_PSLC;
else if (0==GenBuffer::nocase_strcmp(param, "2")) FileFormat=Rule::Cache::FF_PSL2;
else if (0==GenBuffer::nocase_strcmp(param, "3")) FileFormat=Rule::Cache::FF_PSL3;
else goto inv_par;
break;
case OPT_PDF:
if (param==(char const*)NULLP || param[0]=='\0') FileFormat=Rule::Cache::FF_pdfb;
else if (0==GenBuffer::nocase_strcmp(param, "b")) FileFormat=Rule::Cache::FF_pdfb; /* BI */
else if (0==GenBuffer::nocase_strcmp(param, "x")) FileFormat=Rule::Cache::FF_pdf; /* XObject */
else if (0==GenBuffer::nocase_strcmp(param, "b0")) FileFormat=Rule::Cache::FF_PDFB10;
else if (0==GenBuffer::nocase_strcmp(param, "b2")) FileFormat=Rule::Cache::FF_PDFB12;
else if (0==GenBuffer::nocase_strcmp(param, "0")) FileFormat=Rule::Cache::FF_PDF10;
else if (0==GenBuffer::nocase_strcmp(param, "2")) FileFormat=Rule::Cache::FF_PDF12;
else goto inv_par;
break;
case OPT_SampleFormat:
pend=param;
while (*pend!='\0') {
while (*pend==':') pend++;
if (do_stop_SampleFormat) goto inv_par; /* already stopped */
p=pend; while (*pend!='\0' && *pend!=':') pend++;
paramlen=pend-p;
if (4==paramlen && 0==memcmp(p,"stop",4)) { do_stop_SampleFormat=true; buildProfile_quiet=false; break; }
if (5==paramlen && 0==memcmp(p,"stopq",5)) { do_stop_SampleFormat=true; break; }
if (2==paramlen && 0==memcmp(p,"tr",2)) {
APPEND_sf(Image::SF_Transparent);
APPEND_sf(Image::SF_Opaque);
APPEND_sf(Image::SF_Mask);
APPEND_sf(Image::SF_Transparent2);
APPEND_sf(Image::SF_Transparent4);
APPEND_sf(Image::SF_Transparent8);
} else {
Image::sf_t sf=Rule::Cache::parseSampleFormat(p, paramlen);
if (sf==Image::SF_max) goto inv_par;
APPEND_sf(sf);
}
}
break;
case OPT_Compression:
assert(param!=(char const*)NULLP);
if (0==GenBuffer::nocase_strcmp(param, "none")) APPEND_co(Rule::Cache::CO_None);
else if (0==GenBuffer::nocase_strcmp(param, "lzw")) APPEND_co(Rule::Cache::CO_LZW);
else if (0==GenBuffer::nocase_strcmp(param, "zip")) APPEND_co(Rule::Cache::CO_ZIP);
else if (0==GenBuffer::nocase_strcmp(param, "rle")
|| 0==GenBuffer::nocase_strcmp(param, "packbits")) APPEND_co(Rule::Cache::CO_RLE);
else if (0==GenBuffer::nocase_strcmp(param, "dct")) { APPEND_co(Rule::Cache::CO_DCT); Hints << "\n/DCT<<>>"; }
else if (0==GenBuffer::nocase_strcmp(param, "jpg")
|| 0==GenBuffer::nocase_strcmp(param, "jpeg")) { APPEND_co(Rule::Cache::CO_JAI); APPEND_co(Rule::Cache::CO_IJG); }
else if (0==GenBuffer::nocase_strcmp(param, "ijg")) APPEND_co(Rule::Cache::CO_IJG);
else if (0==GenBuffer::nocase_strcmp(param, "g4")) { APPEND_co(Rule::Cache::CO_Fax); Hints << "\n/K -1"; }
else if (0==GenBuffer::nocase_strcmp(param, "g3")
|| 0==GenBuffer::nocase_strcmp(param, "fax")
|| 0==GenBuffer::nocase_strcmp(param, "g3:1d"))APPEND_co(Rule::Cache::CO_Fax);
else if (0==GenBuffer::nocase_strcmp(param, "g3:2d")){ APPEND_co(Rule::Cache::CO_Fax); Hints << "\n/K -2"; }
else if (0==GenBuffer::nocase_strcmp(param, "jai")) APPEND_co(Rule::Cache::CO_JAI);
else if (GenBuffer::nocase_strbegins(param, "lzw:")) {
SimBuffer::Static s(param+4);
unsigned long i; /* toInteger() is quickest on long */
if (s.toInteger(i)) goto inv_par;
APPEND_co(Rule::Cache::CO_LZW); Predictor=(Rule::Cache::pr_t)i;
} else if (GenBuffer::nocase_strbegins(param, "rle:")) {
SimBuffer::Static s(param+4);
unsigned long i; /* toInteger() is quickest on long */
if (s.toInteger(i)) goto inv_par;
APPEND_co(Rule::Cache::CO_RLE); Hints << "\n/RecordSize " << i;
} else if (GenBuffer::nocase_strbegins(param, "packbits:")) {
SimBuffer::Static s(param+9);
unsigned long i; /* toInteger() is quickest on long */
if (s.toInteger(i)) goto inv_par;
APPEND_co(Rule::Cache::CO_RLE); Hints << "\n/RecordSize " << i;
} else if (GenBuffer::nocase_strbegins(param, "fax:")) {
SimBuffer::Static s(param+4);
long i; /* toInteger() is quickest on long */
if (s.toInteger(i)) goto inv_par;
APPEND_co(Rule::Cache::CO_Fax); Hints << "\n/K " << i;
} else if (GenBuffer::nocase_strbegins(param, "dct:")) {
APPEND_co(Rule::Cache::CO_DCT); Hints << "\n/DCT<< " << (param+4) << " >>";
} else if (GenBuffer::nocase_strbegins(param, "ijg:")) {
SimBuffer::Static s(param+4);
unsigned long i; /* toInteger() is quickest on long */
if (s.toInteger(i)) goto inv_par;
APPEND_co(Rule::Cache::CO_IJG); Hints << "\n/Quality " << i;
} else if (GenBuffer::nocase_strbegins(param, "jpeg:")) {
SimBuffer::Static s(param+5);
unsigned long i; /* toInteger() is quickest on long */
if (s.toInteger(i)) goto inv_par;
APPEND_co(Rule::Cache::CO_JAI);
APPEND_co(Rule::Cache::CO_IJG); Hints << "\n/Quality " << i;
} else if (GenBuffer::nocase_strbegins(param, "zip:")) {
pend=param+4; while (*pend!='\0' && *pend!=':') pend++;
SimBuffer::Static s(param+4, pend-param-4);
unsigned long i; /* toInteger() is quickest on long */
if (s.toInteger(i)) goto inv_par;
APPEND_co(Rule::Cache::CO_ZIP); Predictor=(Rule::Cache::pr_t)i;
if (*pend==':') {
pend++; while (*pend==':') pend++;
SimBuffer::Static s(pend);
if (s.toInteger(i)) goto inv_par;
// Error::sev(Error::FATAL) << "SUXX)" << s << ',' << i << '.' << (Error*)0;
APPEND_co(Rule::Cache::CO_ZIP); Hints << "\n/Effort " << i;
// Error::sev(Error::FATAL) << "SUXX(" << s << ',' << Hints << '.' << (Error*)0;
}
} else goto inv_par;
break;
default: assert(0);
}
} else { /* a selector or a normal argument */
if (!(no_selector && no_option_term)) goto normal_label;
pend=p; while (*pend!='\0' && *pend!=':') pend++;
if (pend-p>=2 && *pend==':') { /* an ImageMagick-style FileFormat selector */
if (GenBuffer::nocase_strbegins(p, "PSL2:")
|| GenBuffer::nocase_strbegins(p, "EPS2:")) FileFormat=Rule::Cache::FF_PSL2;
else if (GenBuffer::nocase_strbegins(p, "EPS:")) FileFormat=Rule::Cache::FF_eps;
else if (GenBuffer::nocase_strbegins(p, "PS2:")) { FileFormat=Rule::Cache::FF_PSL2; if (Scale==Rule::CacheHints::SC_default) Scale=Rule::CacheHints::SC_RotateOK; }
else if (GenBuffer::nocase_strbegins(p, "PS:")) { FileFormat=Rule::Cache::FF_eps; if (Scale==Rule::CacheHints::SC_default) Scale=Rule::CacheHints::SC_RotateOK; }
else if (GenBuffer::nocase_strbegins(p, "PSL1:")) FileFormat=Rule::Cache::FF_PSL1;
else if (GenBuffer::nocase_strbegins(p, "PSLC:")) FileFormat=Rule::Cache::FF_PSLC;
else if (GenBuffer::nocase_strbegins(p, "PSL3:")) FileFormat=Rule::Cache::FF_PSL3;
else if (GenBuffer::nocase_strbegins(p, "PDF:")
|| GenBuffer::nocase_strbegins(p, "PDF:")) FileFormat=Rule::Cache::FF_pdfb;
else if (GenBuffer::nocase_strbegins(p, "PDFX:")) FileFormat=Rule::Cache::FF_pdf;
else if (GenBuffer::nocase_strbegins(p, "PDFB1.0:")) FileFormat=Rule::Cache::FF_PDFB10;
else if (GenBuffer::nocase_strbegins(p, "PDFB1.2:")) FileFormat=Rule::Cache::FF_PDFB12;
else if (GenBuffer::nocase_strbegins(p, "PDF1.0:")) FileFormat=Rule::Cache::FF_PDF10;
else if (GenBuffer::nocase_strbegins(p, "PDF1.2:")) FileFormat=Rule::Cache::FF_PDF12;
else if (GenBuffer::nocase_strbegins(p, "GIF89a:")
|| GenBuffer::nocase_strbegins(p, "GIF:")) FileFormat=Rule::Cache::FF_GIF89a;
/* vvv do_stop_SampleFormat BUGFIX at Thu Nov 21 23:44:20 CET 2002 */
else if (GenBuffer::nocase_strbegins(p, "PNM:")) { FileFormat=Rule::Cache::FF_PNM; APPEND_sf(Image::SF_Gray1); APPEND_sf(Image::SF_Gray8); APPEND_sf(Image::SF_Rgb8); APPEND_sf(Image::SF_Transparent8); do_stop_SampleFormat=true; }
else if (GenBuffer::nocase_strbegins(p, "PBM:")) { FileFormat=Rule::Cache::FF_PNM; APPEND_sf(Image::SF_Gray1); do_stop_SampleFormat=true; }
else if (GenBuffer::nocase_strbegins(p, "PGM:")) { FileFormat=Rule::Cache::FF_PNM; APPEND_sf(Image::SF_Gray8); do_stop_SampleFormat=true; }
else if (GenBuffer::nocase_strbegins(p, "PPM:")) { FileFormat=Rule::Cache::FF_PNM; APPEND_sf(Image::SF_Rgb8); do_stop_SampleFormat=true; }
else if (GenBuffer::nocase_strbegins(p, "PAM:")) FileFormat=Rule::Cache::FF_PAM;
else if (GenBuffer::nocase_strbegins(p, "PIP:")) FileFormat=Rule::Cache::FF_PIP;
else if (GenBuffer::nocase_strbegins(p, "Empty:"))FileFormat=Rule::Cache::FF_Empty;
else if (GenBuffer::nocase_strbegins(p, "Meta:")) FileFormat=Rule::Cache::FF_Meta;
else if (GenBuffer::nocase_strbegins(p, "JPEG:")
|| GenBuffer::nocase_strbegins(p, "JPG:")) FileFormat=Rule::Cache::FF_JPEG;
else if (GenBuffer::nocase_strbegins(p, "TIFF:")
|| GenBuffer::nocase_strbegins(p, "TIF:")) FileFormat=Rule::Cache::FF_TIFF;
else if (GenBuffer::nocase_strbegins(p, "PNG:")) FileFormat=Rule::Cache::FF_PNG;
else if (GenBuffer::nocase_strbegins(p, "XPM:")) FileFormat=Rule::Cache::FF_XPM;
else if (GenBuffer::nocase_strbegins(p, "BMP:")
|| GenBuffer::nocase_strbegins(p, "RLE:")) { FileFormat=Rule::Cache::FF_BMP; /*APPEND_co(Rule::Cache::CO_RLE);*/ }
else if (GenBuffer::nocase_strbegins(p, "XWD:")) FileFormat=Rule::Cache::FF_XWD;
else if (GenBuffer::nocase_strbegins(p, "X11:")) FileFormat=Rule::Cache::FF_X11;
else {
Error::sev(Error::ERROR_CONT) << "one_liner: invalid FileFormat selector: " << (SimBuffer::B().appendDumpC(SimBuffer::Static(p, pend-p), true)) << (Error*)0;
badp=true;
continue;
}
no_selector=false;
while (*pend==':') pend++;
if (*pend=='\0') continue; /* this arg is just a selector */
/* normal argument is coming */
p=pend;
}
normal_label:
if (InputFile==(char const*)NULLP) {
InputFile=p; /* set it even on error */
/* vvv since Sat Apr 19 13:37:57 CEST 2003:
* Possibly unseekable STDIN is handled by Filter::UngetFILED
*/
#if 0
if (p[0]=='-' && p[1]=='\0') { /* Filename: STDIN */
Files::set_binary_mode(0, true);
if (0!=fseek(stdin, 0L, 0)) { unseekable:
#if 0
Error::sev(Error::ERROR_CONT) << "one_liner: `-' (stdin) not allowed as InputFile (stdin unseekable)" << (Error*)0;
badp=true; continue;
#endif
FILE *f=Files::open_tmpnam(tmpnam);
if (!f) { Error::sev(Error::ERROR_CONT) << "one_liner: cannot open" << " temporary file for `-' (stdin)" << (Error*)0; badp=true; continue; }
tmpnam.term0();
Files::tmpRemoveCleanup(InputFile=tmpnam());
char *buf=new char[4096];
unsigned got;
while (
(0<(got=fread(buf, 1, sizeof(buf), stdin)))
&& got==fwrite(buf, 1, sizeof(buf), f)) {}
delete [] buf;
if (ferror(f) || 0!=fclose(f) || ferror(stdin))
{ Error::sev(Error::ERROR_CONT) << "one_liner: cannot write" << " temporary file for `-' (stdin)" << (Error*)0; badp=true; continue; }
// fprintf(stderr, "if=(%s)\n", InputFile);
continue;
/* Imp: report `-' as filename on errors etc. */
}
int c=MACRO_GETC(stdin);
if (0!=fseek(stdin, 0L, 0)) { if (c>=0) ungetc(c, stdin); goto unseekable; } /* active test */
/* ungetc() is not necessary because of fseek() */
}
#endif
} else if (OutputFile==(char const*)NULLP) { /* Filename: STDOUT */
Files::set_binary_mode(1, true);
OutputFile=p;
if (FileFormat==Rule::Cache::FF_default) { /* OutputFile; determine FileFormat from extension */
pend=p+strlen(p);
while (pend!=p && *pend!='.') pend--;
/* ^^^ Dat: extra care later for /a/b.c/d */
if (pend!=p) { /* have extension */
assert(*pend=='.'); pend++;
if (0==GenBuffer::nocase_strcmp(pend, "eps")
|| 0==GenBuffer::nocase_strcmp(pend, "epsi")
|| 0==GenBuffer::nocase_strcmp(pend, "epsf")) FileFormat=Rule::Cache::FF_eps;
else if (0==GenBuffer::nocase_strcmp(pend, "ps")) { FileFormat=Rule::Cache::FF_eps; if (Scale==Rule::CacheHints::SC_default) Scale=Rule::CacheHints::SC_RotateOK; }
else if (0==GenBuffer::nocase_strcmp(pend, "pdf")) FileFormat=Rule::Cache::FF_pdfb;
else if (0==GenBuffer::nocase_strcmp(pend, "gif")) FileFormat=Rule::Cache::FF_GIF89a;
else if (0==GenBuffer::nocase_strcmp(pend, "pnm")) { FileFormat=Rule::Cache::FF_PNM; APPEND_sf(Image::SF_Gray1); APPEND_sf(Image::SF_Gray8); APPEND_sf(Image::SF_Rgb8); APPEND_sf(Image::SF_Transparent8); do_stop_SampleFormat=true; }
else if (0==GenBuffer::nocase_strcmp(pend, "pbm")) { FileFormat=Rule::Cache::FF_PNM; APPEND_sf(Image::SF_Gray1); do_stop_SampleFormat=true; }
else if (0==GenBuffer::nocase_strcmp(pend, "pgm")) { FileFormat=Rule::Cache::FF_PNM; APPEND_sf(Image::SF_Gray8); do_stop_SampleFormat=true; }
else if (0==GenBuffer::nocase_strcmp(pend, "ppm")) { FileFormat=Rule::Cache::FF_PNM; APPEND_sf(Image::SF_Rgb8); do_stop_SampleFormat=true; }
else if (0==GenBuffer::nocase_strcmp(pend, "pam")) FileFormat=Rule::Cache::FF_PAM;
else if (0==GenBuffer::nocase_strcmp(pend, "pip")) FileFormat=Rule::Cache::FF_PIP;
else if (0==GenBuffer::nocase_strcmp(pend, "empty"))FileFormat=Rule::Cache::FF_Empty;
else if (0==GenBuffer::nocase_strcmp(pend, "meta")) FileFormat=Rule::Cache::FF_Meta;
else if (0==GenBuffer::nocase_strcmp(pend, "jpeg")
|| 0==GenBuffer::nocase_strcmp(pend, "jpg")) FileFormat=Rule::Cache::FF_JPEG;
else if (0==GenBuffer::nocase_strcmp(pend, "tiff")
|| 0==GenBuffer::nocase_strcmp(pend, "tif")) FileFormat=Rule::Cache::FF_TIFF;
else if (0==GenBuffer::nocase_strcmp(pend, "png")) FileFormat=Rule::Cache::FF_PNG;
else if (0==GenBuffer::nocase_strcmp(pend, "xpm")) FileFormat=Rule::Cache::FF_XPM;
else if (0==GenBuffer::nocase_strcmp(pend, "bmp")
|| 0==GenBuffer::nocase_strcmp(pend, "rle")) { FileFormat=Rule::Cache::FF_BMP; /*APPEND_co(Rule::Cache::CO_RLE);*/ }
else if (0==GenBuffer::nocase_strcmp(pend, "xwd")) FileFormat=Rule::Cache::FF_XWD;
// else if (0==GenBuffer::nocase_strcmp(pend, "x11")) FileFormat=Rule::Cache::FF_X11;
/* ^^^ .x11 extension is useless */
}
}
} else {
Error::sev(Error::ERROR_CONT) << "one_liner: got too many (>2) filenames" << (Error*)0;
badp=true;
continue;
}
} /* IF */
} /* NEXT */
if (InputFile==(char const*)NULLP) {
Error::sev(Error::ERROR_CONT) << "one_liner: InputFile unspecified" << (Error*)0;
badp=true;
}
if (OutputFile==(char const*)NULLP) {
Error::sev(Error::ERROR_CONT) << "one_liner: OutputFile unspecified" << (Error*)0;
badp=true;
}
if (FileFormat==Rule::Cache::FF_default) {
Error::sev(Error::ERROR_CONT) << "one_liner: FileFormat unspecified" << (Error*)0;
badp=true;
}
if (badp) return true;
int prcc = (colen==0) ? 2 : 1;
if (colen==0) { /* apply default if Compression is unspecified */
// Error::sev(Error::FATAL) << "FileFormat=" << (unsigned)FileFormat << (Error*)0;
switch (FileFormat) {
case Rule::Cache::FF_TIFF:
case Rule::Cache::FF_eps: case Rule::Cache::FF_PSL2:
case Rule::Cache::FF_PDFB10: case Rule::Cache::FF_PDF10:
APPEND_co(Rule::Cache::CO_JAI);
#if HAVE_LZW
APPEND_co(Rule::Cache::CO_LZW);
#endif
APPEND_co(Rule::Cache::CO_RLE);
APPEND_co(Rule::Cache::CO_None); break;
case Rule::Cache::FF_BMP:
case Rule::Cache::FF_PSL1: case Rule::Cache::FF_PSLC:
/* assert(0); */
APPEND_co(Rule::Cache::CO_RLE);
APPEND_co(Rule::Cache::CO_None); break;
case Rule::Cache::FF_PSL3:
case Rule::Cache::FF_pdfb: /* BUGFIX at Sun Sep 22 14:57:03 CEST 2002 */
case Rule::Cache::FF_pdf:
case Rule::Cache::FF_PDFB12: case Rule::Cache::FF_PDF12:
APPEND_co(Rule::Cache::CO_JAI);
APPEND_co(Rule::Cache::CO_ZIP);
APPEND_co(Rule::Cache::CO_None); break;
case Rule::Cache::FF_GIF89a:
APPEND_co(Rule::Cache::CO_LZW); /* _not_ /LZWEncode filter */
APPEND_co(Rule::Cache::CO_None); break;
case Rule::Cache::FF_JPEG:
APPEND_co(Rule::Cache::CO_JAI);
APPEND_co(Rule::Cache::CO_IJG); break;
case Rule::Cache::FF_PNG:
APPEND_co(Rule::Cache::CO_ZIP); break;
default:
APPEND_co(Rule::Cache::CO_None); break;
/* for others FileFormats: CO_None, but that is _not_ appended anyway */
}
} else {
if ((int)Predictor == 55 || (int)Predictor == 45) {
Error::sev(Error::WARNING) << "predictor: /Predictor " << (int)Predictor
<< " is inefficient; use /Predictor 15 instead" << (Error*)0;
}
}
/* Dat: don't append /Compression/None if the user has specified `-c'. The
* user can append `-c none' manually.
*/
if (Scale==Rule::CacheHints::SC_default) Scale=Rule::CacheHints::SC_None;
if (TransferEncoding==Rule::Cache::TE_default) { /* apply default if TransferEncoding is unspecified */
switch (FileFormat) {
case Rule::Cache::FF_PSL1: case Rule::Cache::FF_PSLC:
TransferEncoding=(Rule::Cache::te_t)(cox[Rule::Cache::CO_ZIP]!=0 ||
cox[Rule::Cache::CO_LZW]!=0 ? 0+Rule::Cache::TE_A85 : 0+Rule::Cache::TE_Hex); break;
/* ^^^ Dat: /Hex is default for /RLE */
case Rule::Cache::FF_eps: case Rule::Cache::FF_PSL2:
case Rule::Cache::FF_PSL3:
TransferEncoding=Rule::Cache::TE_A85; break;
#if 0 /* useless bugfix */
case Rule::Cache::FF_XPM: /* BUGFIX at Thu Jul 11 21:53:56 CEST 2002 */
// assert(0);
TransferEncoding=Rule::Cache::TE_ASCII; break;
#endif
default:
TransferEncoding=Rule::Cache::TE_Binary; break;
}
}
unsigned coc=colen;
/* Smart verify whether /Compression/JAI is requested. If so, and the input
* file is JPEG, then load it as-is. Our heuristic is that if the user
* allowed /Compression/JAI among others, and the input file is a baseline
* JPEG, then /Compression/JAI will be the best (and only) compression
* method.
*/
bool jaip=cox[Rule::Cache::CO_JAI]!=0;
if (jaip) {
if (ufd==NULLP) ufd=new Filter::UngetFILED(InputFile, stdin,
Filter::UngetFILED::CM_closep|Filter::UngetFILED::CM_keep_stdinp);
/* vvv Imp: no error handling */
if (1!=jai_is_baseline_jpeg(ufd)) { jaip=false; coc--; cox[Rule::Cache::CO_JAI]=0; }
ufd->seek(0);
#if 0
assert(ufd->vi_getcc()==255);
assert(ufd->vi_getcc()==0xd8);
assert(ufd->vi_getcc()==255+0);
assert(0);
#endif
}
if (jaip) { /* Dat: might have changed to false */
APPEND_sf(Image::SF_Asis);
LoadHints << ",jpeg-asis,";
cot[0]=Rule::Cache::CO_JAI; colen=1; /* disable all other compression */
} else if (coc==1 && cox[Rule::Cache::CO_Fax]!=0) {
APPEND_sf(Image::SF_Opaque);
APPEND_sf(Image::SF_Transparent);
APPEND_sf(Image::SF_Gray1);
APPEND_sf(Image::SF_Indexed1);
APPEND_sf(Image::SF_Mask);
} else if (coc==1 && (cox[Rule::Cache::CO_DCT]!=0 || cox[Rule::Cache::CO_IJG]!=0)) {
APPEND_sf(Image::SF_Opaque);
APPEND_sf(Image::SF_Transparent);
APPEND_sf(Image::SF_Gray8);
APPEND_sf(Image::SF_Rgb8);
} else if (!do_stop_SampleFormat) {
/* JAI compression is automatically disabled since jaip==false */
/* Guess SampleFormat automatically. The order is significant, so most
* warnings emitted by Image::SampledInfo::setSampleFormat() are avoided.
*/
APPEND_sf(Image::SF_Opaque);
APPEND_sf(Image::SF_Transparent);
APPEND_sf(Image::SF_Gray1);
APPEND_sf(Image::SF_Indexed1);
APPEND_sf(Image::SF_Mask);
APPEND_sf(Image::SF_Gray2);
APPEND_sf(Image::SF_Indexed2);
APPEND_sf(Image::SF_Rgb1);
APPEND_sf(Image::SF_Gray4);
APPEND_sf(Image::SF_Indexed4);
APPEND_sf(Image::SF_Rgb2);
APPEND_sf(Image::SF_Gray8);
APPEND_sf(Image::SF_Indexed8);
APPEND_sf(Image::SF_Rgb4);
APPEND_sf(Image::SF_Rgb8);
APPEND_sf(Image::SF_Transparent2); /* transparents are put last because of expensive color separation */
APPEND_sf(Image::SF_Transparent4);
APPEND_sf(Image::SF_Transparent8);
}
/* Append more Hints */
if (Scale!=Rule::CacheHints::SC_None) Hints << "\n/Scale /" << protect_null(Rule::CacheHints::dumpScale(Scale));
if ((char const*)NULLP!=ImageDPI) Hints << "\n/ImageDPI " << ImageDPI;
if ((char const*)NULLP!=LeftMargin) Hints << "\n/LeftMargin " << LeftMargin;
if ((char const*)NULLP!=RightMargin) Hints << "\n/RightMargin " << RightMargin;
if ((char const*)NULLP!=TopMargin) Hints << "\n/TopMargin " << TopMargin;
if ((char const*)NULLP!=BottomMargin) Hints << "\n/BottomMargin " << BottomMargin;
if ((char const*)NULLP!=LowerMargin) {
Hints << "\n/LowerMargin ";
if (negLowerMargin) {
if (LowerMargin[0]=='-') Hints << (LowerMargin+1);
else Hints << '-' << LowerMargin;
} else Hints << LowerMargin;
}
/* Emit job file */
jobss << "<<%sam2p in-memory job file, autogenerated by " << Error::banner0
<< "\n/InputFile ";
jobss.appendDumpPS(SimBuffer::Static(InputFile), true);
jobss << "\n/OutputFile ";
jobss.appendDumpPS(SimBuffer::Static(OutputFile), true);
jobss << "\n/LoadHints ";
jobss.appendDumpPS(LoadHints, true);
jobss << "\n/TmpRemove " << (TmpRemove_p ? "true" : "false");
jobss << "\n/Profile[\n";
unsigned coi, sfi;
slen_t orc=0;
int prc;
bool is_predictor_recommended;
for (sfi=0;sfi<sflen;sfi++) { for (coi=0;coi<colen;coi++) {
// for (coi=0;coi<colen;coi++) for (sfi=0;sfi<sflen;sfi++)
Rule::Cache::co_t co=cot[coi];
Image::sf_t sf=sft[sfi];
if (co==Rule::Cache::CO_JAI) {
if (!jaip || sf!=Image::SF_Asis) continue;
}
for (prc=prcc; prc>0; --prc) {
/* Add an extra predictor only for LZW or ZIP, appropriate SampleFormat
* and if the `-c' command line option was not specified.
* So if the user specifies `-c zip', he won't get a predictor by
* default; but if he specifies no `-c', he might get a `-c:zip:15'.
* To get the smallest file size, he should specify `-c zip:15:9'.
*
* The value we assign to is_predictor_recommended comes from the
* do_filter = ... assignment in png_write_IHDR() in pngwutil.c of
* libpng-1.2.15 .
*/
is_predictor_recommended = (
sf==Image::SF_Gray8 || sf==Image::SF_Rgb8);
if (prc>1 && ((co!=Rule::Cache::CO_LZW && co!=Rule::Cache::CO_ZIP) ||
!is_predictor_recommended)) continue;
jobss << "<<% OutputRule #" << orc++
<< "\n /FileFormat /" << protect_null(Rule::Cache::dumpFileFormat(FileFormat, co))
<< "\n /TransferEncoding /" << protect_null(Rule::Cache::dumpTransferEncoding(TransferEncoding))
<< "\n /SampleFormat /" << protect_null(Rule::Cache::dumpSampleFormat(sf))
<< "\n /Compression /" << protect_null(Rule::Cache::dumpCompression (co))
<< "\n /Predictor " << (int)(co==Rule::Cache::CO_LZW || co==Rule::Cache::CO_ZIP ?
/* If no compression (or predictor) specified, try predictor 15, then 1; otherwise try the specified predictor */
/* +0 down there to avoid linking problems with g++ on Mac OS X 10.5.6 */
(prc>1 ? Rule::Cache::PR_PNGAuto+0 : Predictor != Rule::Cache::PR_PNGAutoMaybe ? Predictor : is_predictor_recommended ? Rule::Cache::PR_PNGAuto+0 : Rule::Cache::PR_None+0) : Rule::Cache::PR_None+0)
<< "\n /Hints << " << Hints << " >>";
// jobss << " /Transparent (\377\377\377)\n";
if (Transparent!=NULL) {
jobss << "\n /Transparent ";
jobss.appendDumpPS(SimBuffer::Static(Transparent), true);
}
jobss << "\n>>\n";
}
}
}
jobss << "]>>% __EOF__\n";
/* Common keys not emited here:
* /TmpRemove true /Templates pop
* /ColorTransform pop
* /EncoderColumns 0 /EncoderBPL 0 /EncoderRows 0 /EncoderColors 0
* /PredictorColumns 0 /PredictorBPC 0 /PredictorColors 0
* /Transparent null
* /WarningOK true
* /Comment pop
* /Title pop
* /Subject pop
* /Author pop
* /Creator pop
* /Producer pop
* /Created pop
* /Produced pop
*/
return false;
#undef APPEND_sf
#undef APPEND_co
} /* one_liner() */
static bool option_eq(char const *arg, char const*option) {
if (option[0]=='-') { option++; while (arg[0]=='-') arg++; }
return 0==GenBuffer::nocase_strcmp(arg, option);
}
void init_sam2p_engine(char const*argv0) {
Error::long_argv0=argv0==(char const*)NULLP ? "sam2p" : argv0;
Error::argv0=Files::only_fext(Error::long_argv0);
Error::tmpargv0="_sam2p_";
Error::banner0="sam2p v0.47";
}
/* --- */
void run_sam2p_engine(Files::FILEW &sout, Files::FILEW &serr, char const*const*argv1, bool helpp) {
Error::serr=&serr;
/* --- Parse arguments, generate/read .job file */
MiniPS::VALUE job=MiniPS::Qundef;
Filter::FlatD bts(bts_ttt);
ufd=(Filter::UngetFILED*)NULLP;
if (!helpp && argv1[0]!=(char const*)NULLP && argv1[1]==(char const*)NULLP) {
/* A single argument: must be the name of the .job file */
MiniPS::Parser p(argv1[0]);
p.addSpecRun("%bts", &bts); /* bts: Built-in TemplateS, the bts.ttt file in the sources */
job=p.parse1();
if (p.parse1(p.EOF_ALLOWED)!=MiniPS::Qundef)
Error::sev(Error::EERROR) << "job: the .job file should contain a single job" << (Error*)0;
/* ^^^ Dat: the result of the second p.parse1() doesn't get delete0(...)d */
} else if (helpp || argv1[0]==(char const*)NULLP) { help: /* help message */
sout << "Usage: " << Error::long_argv0 << " <filename.job>\n" <<
" " << Error::long_argv0 << " [options] <in.img> [OutputFormat:] <out.img>\n" <<
"Example: " << Error::long_argv0 << " test.gif EPS: test.eps\n";
if (helpp) Error::cexit(0);
Error::sev(Error::EERROR) << "Incorrect command line" << (Error*)0;
} else { /* one_liner */
SimBuffer::B jobss;
if (one_liner(jobss, argv1)) goto help;
if (do_DisplayJobFile) displayJob(sout, jobss);
Filter::FlatD jobr(jobss(), jobss.getLength());
MiniPS::Parser p(&jobr);
p.addSpecRun("%bts", &bts); /* bts: Built-in TemplateS, the bts.ttt file in the sources */
if (MiniPS::Qerror==(job=p.parse1(p.EOF_ILLEGAL, Error::ERROR_CONT))
|| p.parse1(p.EOF_ALLOWED)!=MiniPS::Qundef
) {
displayJob(sout, jobss);
Error::sev(Error::EERROR) << "job: in-memory .job file corrupt (bug?" "?)" << (Error*)0;
/* ^^^ Dat: the result of the second p.parse1() doesn't get delete0(...)d */
}
}
Files::doSignalCleanup();
/* --- Pre-parse .job file */
/* Dat: memory storage for the MiniPS objects in the .job file are
* allocated by p.parse1() and freed by MiniPS::delete0(job). Other
* structures throughout this program hold pointers to inside `job',
* but storage is not copied.
*/
MiniPS::String *InputFile, *OutputFile, *LoadHints;
MiniPS::Array *Profile;
MiniPS::VALUE TmpRemove;
MiniPS::scanf_dict(job, /*show_warnings:*/true,
"InputFile", MiniPS::T_STRING, MiniPS::Qundef, &InputFile,
"OutputFile", MiniPS::T_STRING, MiniPS::Qundef, &OutputFile,
"LoadHints", MiniPS::T_STRING, MiniPS::Qnull, &LoadHints,
"Templates", MiniPS::T_DICT, MiniPS::Qnull, &Rule::Templates,
"Profile", MiniPS::T_ARRAY, MiniPS::Qundef, &Profile,
"TmpRemove", MiniPS::T_BOOLEAN,MiniPS::Qtrue, &TmpRemove, /* remove temporary files upon exit? */
NULLP
);
// MiniPS::dump(sout, job, 1);
Files::tmpRemove=TmpRemove==MiniPS::Qtrue;
if (MiniPS::Qnull==(MiniPS::VALUE)Rule::Templates) {
Filter::FlatD flatd("<< (%bts) run >>");
MiniPS::Parser p(&flatd);
p.addSpecRun("%bts", &bts);
Rule::Templates=(MiniPS::Dict*)p.parse1();
MiniPS::RDICT(job)->put("/Templates", (MiniPS::VALUE)Rule::Templates); /* avoid memory leak (job gets freed recursively) */
}
/* --- Preprocess Appliers */
Rule::OutputRule *rule_list=Rule::buildProfile((MiniPS::VALUE)Profile, buildProfile_quiet);
/* --- Read/open other files */
if ((MiniPS::VALUE)LoadHints==MiniPS::Qnull) { /* smart default */
if (!rule_list[0].isEOL() && rule_list[0].cache.Compression==Rule::Cache::CO_JAI) {
LoadHints=new MiniPS::String("jpeg-asis",4); /* used by in_jai.cpp and in_jpeg.cpp; even TIFF/JPEG */
} else {
LoadHints=new MiniPS::String("",0);
}
MiniPS::RDICT(job)->put("/LoadHints", (MiniPS::VALUE)LoadHints); /* avoid memory leak (job gets freed recursively) */
}
/* Imp: eliminate memory leak from default LoadHints */
/* vvv may raise tons of error messages */
// InputFile->term0(); /* always term0() for MiniPS::String */
if (ufd==NULLP) ufd=new Filter::UngetFILED(InputFile->begin_(), stdin,
Filter::UngetFILED::CM_closep|Filter::UngetFILED::CM_keep_stdinp);
// fprintf(stderr, "ufd=%p\n", ufd);
Image::SampledInfo info(Image::load(
#if 0
InputFile->begin_(), /* knows about stdin `-' */
SimBuffer::B(",",1, LoadHints->begin_(),LoadHints->getLength(), ",",1 ).term0() /* three-way concatentation */
#else
(Image::Loader::UFD*)ufd,
SimBuffer::B(",",1, LoadHints->begin_(),LoadHints->getLength(), ",",1 ).term0(), /* three-way concatentation */
/*format:*/(char const*)NULLP
#endif
));
Error::sev(Error::NOTICE) << "job: read InputFile: " <<
FNQ2STDOK(InputFile->begin_(),InputFile->getLength()) << (Error*)0;
delete ufd;
// assert(0);
bool overwrite=false;
if (0==strcmp(InputFile->begin_(), OutputFile->begin_()) && 0!=strcmp("-", InputFile->begin_())) {
// Error::sev(Error::WARNING) << "job: InputFile == OutputFile" << (Error*)0;
OutputFile->replace(OutputFile->begin_(), OutputFile->getLength(), ".s2new", 6);
overwrite=true;
}
FILE *of=stdout;
if (OutputFile->getLength()!=1 || OutputFile->begin_()[0]!='-') {
if ((of=fopen(OutputFile->begin_(), "wb"))==(FILE*)NULLP) {
Error::sev(Error::EERROR) << "job: cannot rewrite OutputFile: " << FNQ2STDOK(OutputFile->begin_(),OutputFile->getLength()) << (Error*)0;
}
/*if (!overwrite)*/
Files::tmpRemoveCleanup(OutputFile->begin_(), &of);
} else Files::set_binary_mode(1, true);
/* --- Find and apply best applier */
Files::FILEW wf(of);
Rule::applyProfile(wf, rule_list, &info);
/* --- Done, flush files and clean up. */
fflush(of);
if (ferror(of)) {
/* FILE *backup=of; of=(FILE*)NULLP; fclose(backup); */
Error::sev(Error::EERROR) << "job: error writing OutputFile: " << FNQ2STDOK(OutputFile->begin_(),OutputFile->getLength()) << (Error*)0;
}
if (of!=stdout) { /* Don't interfere with tmpRemoveCleanup() */
FILE *backup=of; of=(FILE*)NULLP; fclose(backup);
}
if (overwrite) {
if (0!=rename(OutputFile->begin_(), InputFile->begin_())) {
// remove(OutputFile->begin_()); /* tmpRemoveCleanup() does it */
Error::sev(Error::EERROR) << "job: error renaming, InputFile left intact" << (Error*)0;
}
}
Error::sev(Error::NOTICE) << "job: written OutputFile: " << FNQ2STDOK(OutputFile->begin_(),OutputFile->getLength()) << (Error*)0;
/* Freeing memory may cause segfaults because of possibly
* bad code design :-(. Luckily we have already saved the output file.
*/
Rule::deleteProfile(rule_list);
MiniPS::delete0(job); /* frees OutputFile etc. */
if (Error::getTopPrinted()+0<=Error::NOTICE+0) fputs("Success.\n", stderr);
fflush(stdout); fflush(stderr);
Error::cexit(0);
}
/** main: process entry point for the sam2p utility. */
int main(int, char const*const* argv) {
Files::FILEW sout(stdout);
Files::FILEW serr(stderr);
/* --- Initialize */
bool helpp=argv[0]==(char const*)NULLP || argv[0]!=(char const*)NULLP && argv[1]!=(char const*)NULLP && argv[2]==(char const*)NULLP && (
option_eq(argv[1], "-help") ||
option_eq(argv[1], "-h") ||
option_eq(argv[1], "-?") ||
option_eq(argv[1], "/h") ||
option_eq(argv[1], "/?"));
bool versionp=argv[0]!=(char const*)NULLP && argv[1]!=(char const*)NULLP && argv[2]==(char const*)NULLP && (
option_eq(argv[1], "-version") ||
option_eq(argv[1], "-v"));
bool quietp=argv[0]!=(char const*)NULLP && argv[1]!=(char const*)NULLP &&
option_eq(argv[1], "-j:quiet");
init_sam2p_engine(argv[0]);
if (versionp) {
sout << "This is " << Error::banner0 << ".\n";
return 0;
}
/* Don't print diagnostics to stdout, becuse it might be the OutputFile */
if (!quietp) { serr << "This is " << Error::banner0 << ".\n"; }
init_loader();
if (!quietp) { serr << "Available Loaders:"; Image::printLoaders(serr); serr << ".\n"; }
init_applier();
if (!quietp) { serr << "Available Appliers:"; Rule::printAppliers(serr); serr << ".\n"; }
run_sam2p_engine(sout, serr, argv+(argv[0]!=(char const*)NULLP), helpp);
return 0; /*notreached*/
}