int main (int argc, char **argv)
{
sectlist slist;
int err = 0;
if (argc != 2) {
fprintf(stderr, "Please supply one argument: the name of a "
"file to process\n");
exit(EXIT_FAILURE);
}
nls_init();
strcpy(reffile, argv[1]);
sectlist_init(&slist);
err = parse_ref_file(&slist);
if (err) {
fprintf(stderr, "Error parsing %s\n", reffile);
exit(EXIT_FAILURE);
}
fprintf(stderr, "Found %d sections in '%s'\n", slist.nsects, reffile);
print_topic_lists(&slist);
free_sectlist(&slist);
return err;
}
int main()
{
int res;
Volume *v;
nls_init();
res = fat_mount("../img/floppy.img", &v);
printf("Mount: %i (%s)\n", res, strerror(-res));
//for (res = 0; res < 100000; res++)
//unlink_test(v, "\\grub\\menu.lst");
//rmdir_test(v, "\\faccio un provolone");
rename_test(v, "\\grub\\rentest", "\\puppo");
//read_test(v, "\\grub\\menu.lst");
//lfnfind_test(v, "\\grub", "*.*");
//create_test(v, "\\faccio una prova.txt");
//mkdir_test(v, "\\faccio un provolone");
//dosfind_test(v, "\\autoexec.bat\\*.*");
res = fat_unmount(v);
printf("Unmount: %i (%s)\n", res, strerror(-res));
#if 0
//res = fat_open(v, "\\autoexec.bat", NULL, O_RDWR, 0, &c);
res = fat_open(v, "\\faccio una prova.txt", NULL, O_RDWR | O_CREAT | O_EXCL, 0, &c);
printf("Open: %i (%s)\n", res, strerror(-res));
#if 1 /* write */
res = fat_lseek(c, 0, SEEK_SET);
printf("Seek: %i (%s)\n", res, strerror(-res));
for (k = 0; k < sizeof(buf); k++) buf[k] = (k % 10) + '0';
res = fat_write(c, buf, sizeof(buf));
printf("Write: %i (%s)\n", res, strerror(-res));
#elif 0 /* read */
res = fat_read(c, buf, sizeof(buf));
printf("Read: %i (%s)\n", res, strerror(-res));
for (k = 0; k < res; k++) fputc(buf[k], stdout);
#elif 0 /* truncate */
res = fat_ftruncate(c, 65432);
printf("Truncate: %i (%s)\n", res, strerror(-res));
#endif
res = fat_close(c);
printf("Close: %i (%s)\n", res, strerror(-res));
res = fat_unmount(v);
printf("Unmount: %i (%s)\n", res, strerror(-res));
#endif
return 0;
}
int main(int argc, char **argv)
{
FILE *fp;
int iBr = NO_WRITING;
int bForce = 0;
int bPrintVersion = 0;
int bKeepLabel = 1;
int bWritePartitionInfo = 0;
int iHeads = -1;
int iRet = 0;
nls_init();
if(parse_switches(argc, argv, &iBr, &bForce, &bPrintVersion,
&bKeepLabel, &bWritePartitionInfo, &iHeads))
{
print_help(argv[0]);
return 0;
}
if(bPrintVersion)
{
print_version();
if(argc < 3)
return 0;
}
fp=fopen(argv[argc-1], (iBr || bWritePartitionInfo) ? "r+b" : "rb");
if(!fp)
{
printf(_("Unable to open %s, %s\n"), argv[argc-1], strerror(errno));
return 1;
}
if(iBr == AUTO_BR)
{
iBr = smart_select(fp);
if(!iBr)
printf(_("Unable to automaticly select boot record for %s\n"),
argv[argc-1]);
}
if(iBr && !bForce)
{
if(!sanity_check(fp, argv[argc-1], iBr, 1))
{
fclose(fp);
return 1;
}
}
if(bWritePartitionInfo)
{
if(!iBr && !bForce)
{
if(!sanity_check(fp, argv[argc-1], FAT32_BR, 1))
{
fclose(fp);
return 1;
}
}
if(write_partition_start_sector_number(fp))
{
printf(_("Start sector %ld (nr of hidden sectors) successfully written to %s\n"),
partition_start_sector(fp),
argv[argc-1]);
if( write_partition_physical_disk_drive_id(fp) )
{
printf(_("Physical disk drive id 0x80 (C:) successfully written to %s\n"),
argv[argc-1]);
if( write_partition_number_of_heads(fp, iHeads))
{
printf(_("Number of heads (%d) successfully written to %s\n"),
iHeads != -1 ? iHeads : partition_number_of_heads(fp),
argv[argc-1]);
}
else
{
printf(_("Failed writing number of heads to %s\n"),
argv[argc-1]);
}
}
else
{
printf(_("Failed writing physical disk drive id to %s\n"),
argv[argc-1]);
}
}
else
{
printf(_("Failed writing start sector to %s, this is only possible to do with\n"),
argv[argc-1]);
printf(_("real partitions!\n"));
iRet = 1;
}
}
switch(iBr)
{
case NO_WRITING:
{
if( ! bWritePartitionInfo )
{
diagnose(fp, argv[argc-1]);
}
break;
}
case MBR_WIN7FAT:
{
if(write_win7_fat_mbr(fp))
printf(_("Windows 7 FAT master boot record successfully written to %s\n"),
argv[argc-1]);
else
{
printf(_("Failed writing Windows 7 FAT master boot record to %s\n"),
argv[argc-1]);
iRet = 1;
}
}
case MBR_WIN7:
{
if(write_win7_mbr(fp))
printf(_("Windows 7 master boot record successfully written to %s\n"),
argv[argc-1]);
else
{
printf(_("Failed writing Windows 7 master boot record to %s\n"),
argv[argc-1]);
iRet = 1;
}
}
break;
case MBR_VISTA:
{
if(write_vista_mbr(fp))
printf(_("Windows Vista master boot record successfully written to %s\n"),
argv[argc-1]);
else
{
printf(_("Failed writing Windows Vista master boot record to %s\n"),
argv[argc-1]);
iRet = 1;
}
}
break;
case MBR_2000:
{
if(write_2000_mbr(fp))
printf(_("Windows 2000/XP/2003 master boot record successfully written to %s\n"),
argv[argc-1]);
else
{
printf(_("Failed writing Windows 2000/XP/2003 master boot record to %s\n"),
argv[argc-1]);
iRet = 1;
}
}
break;
case MBR_95B:
{
if(write_95b_mbr(fp))
printf(_("Windows 95B/98/98SE/ME master boot record successfully written to %s\n"),
argv[argc-1]);
else
{
printf(_("Failed writing Windows 95B/98/98SE/ME master boot record to %s\n"),
argv[argc-1]);
iRet = 1;
}
}
break;
case MBR_DOS:
{
if(write_dos_mbr(fp))
printf(_("DOS/Windows NT master boot record successfully written to %s\n"),
argv[argc-1]);
else
{
printf(_("Failed writing DOS/Windows NT master boot record to %s\n"),
argv[argc-1]);
iRet = 1;
}
}
break;
case MBR_SYSLINUX:
{
if(write_syslinux_mbr(fp))
printf(_("Syslinux master boot record successfully written to %s\n"),
argv[argc-1]);
else
{
printf(_("Failed writing syslinux master boot record to %s\n"),
argv[argc-1]);
iRet = 1;
}
}
break;
case MBR_GPT_SYSLINUX:
{
if(write_syslinux_gpt_mbr(fp))
printf(_("Syslinux GPT master boot record successfully written to %s\n"),
argv[argc-1]);
else
{
printf(_("Failed writing syslinux GPT master boot record to %s\n"),
argv[argc-1]);
iRet = 1;
}
}
break;
case MBR_ZERO:
{
if(write_zero_mbr(fp))
printf(_("Empty (zeroed) master boot record successfully written to %s\n"),
argv[argc-1]);
else
{
printf(_("Failed writing empty (zeroed) master boot record to %s\n"),
argv[argc-1]);
iRet = 1;
}
}
break;
case FAT12W7_BR:
{
if(write_fat_12_w7_br(fp, bKeepLabel))
printf(_("FAT12 Win 7 boot record successfully written to %s\n"),
argv[argc-1]);
else
{
printf(_("Failed writing FAT12 Win 7 boot record to %s\n"),
argv[argc-1]);
iRet = 1;
}
}
break;
case FAT12_BR:
{
if(write_fat_12_br(fp, bKeepLabel))
printf(_("FAT12 boot record successfully written to %s\n"),
argv[argc-1]);
else
{
printf(_("Failed writing FAT12 boot record to %s\n"),
argv[argc-1]);
iRet = 1;
}
}
break;
case FAT16_BR:
{
if(write_fat_16_br(fp, bKeepLabel))
printf(_("FAT16 boot record successfully written to %s\n"),
argv[argc-1]);
else
{
printf(_("Failed writing FAT16 boot record to %s\n"),
argv[argc-1]);
iRet = 1;
}
}
break;
case FAT16FD_BR:
{
if(write_fat_16_fd_br(fp, bKeepLabel))
printf(_("FAT16 FreeDOS boot record successfully written to %s\n"),
argv[argc-1]);
else
{
printf(_("Failed writing FAT16 FreeDOS boot record to %s\n"),
argv[argc-1]);
iRet = 1;
}
}
break;
case FAT32NT_BR:
{
if(write_fat_32_nt_br(fp, bKeepLabel))
printf(_("FAT32 NT boot record successfully written to %s\n"),
argv[argc-1]);
else
{
printf(_("Failed writing FAT32 NT boot record to %s\n"),
argv[argc-1]);
iRet = 1;
}
}
break;
case FAT32PE_BR:
{
if(write_fat_32_pe_br(fp, bKeepLabel))
printf(_("FAT32 PE boot record successfully written to %s\n"),
argv[argc-1]);
else
{
printf(_("Failed writing FAT32 PE boot record to %s\n"),
argv[argc-1]);
iRet = 1;
}
}
break;
case FAT32FD_BR:
{
if(write_fat_32_fd_br(fp, bKeepLabel))
printf(_("FAT32 FreeDOS boot record successfully written to %s\n"),
argv[argc-1]);
else
{
printf(_("Failed writing FAT32 FreeDOS boot record to %s\n"),
argv[argc-1]);
iRet = 1;
}
}
break;
case FAT32W7_BR:
{
if(write_fat_32_w7_br(fp, bKeepLabel))
printf(_("FAT32 Win 7 boot record successfully written to %s\n"),
argv[argc-1]);
else
{
printf(_("Failed writing FAT32 Win 7 boot record to %s\n"),
argv[argc-1]);
iRet = 1;
}
}
break;
case FAT32_BR:
{
if(write_fat_32_br(fp, bKeepLabel))
printf(_("FAT32 DOS boot record successfully written to %s\n"),
argv[argc-1]);
else
{
printf(_("Failed writing FAT32 DOS boot record to %s\n"),
argv[argc-1]);
iRet = 1;
}
}
break;
case NTFS_BR:
{
if(write_ntfs_br(fp))
printf(_("NTFS Windows 7 boot record successfully written to %s\n"),
argv[argc-1]);
else
{
printf(_("Failed writing NTFS Windows 7 boot record to %s\n"),
argv[argc-1]);
iRet = 1;
}
}
break;
default:
{
printf(_("Whoops, internal error, unknown boot record\n"));
}
break;
}
fclose(fp);
return iRet;
} /* main */
int
main(int argc,char **argv)
{
int option ;
const char *unzipper = NULL ;
const char *infile = NULL ;
setlocale(LC_ALL,"");
progname = argv[0] ;
nls_init();
if( argc <= 1 ) gpl_blurb() ;
init_flatspec(&flatspec) ;
while( (option=getopt_long(argc,argv,"-"OPTSTRING,longopts,NULL)) >= 0 )
switch(option) {
#define OPTION(char,long,desc,man) case char:
#include "options.i"
case 1:
if( infile )
add_layer_request(&flatspec,optarg);
else
infile = optarg ;
break ;
case '?':
usage(stderr);
default:
FatalUnexpected("Getopt(_long) unexpectedly returned '%c'",option);
}
if( infile == NULL ) {
usage(stderr);
}
read_or_mmap_xcf(infile,unzipper);
getBasicXcfInfo() ;
initColormap();
complete_flatspec(&flatspec,guessIndexed);
if( flatspec.process_in_memory ) {
rgba **allPixels = flattenAll(&flatspec);
analyse_colormode(&flatspec,allPixels,guessIndexed);
/* See if we can do alpha compaction.
*/
if( flatspec.partial_transparency_mode != ALLOW_PARTIAL_TRANSPARENCY &&
!FULLALPHA(flatspec.default_pixel) &&
flatspec.out_color_mode != COLOR_INDEXED ) {
rgba unused = findUnusedColor(allPixels,
flatspec.dim.width,
flatspec.dim.height);
if( unused && (flatspec.out_color_mode == COLOR_RGB ||
degrayPixel(unused) >= 0) ) {
unsigned x,y ;
unused = NEWALPHA(unused,0) ;
for( y=0; y<flatspec.dim.height; y++)
for( x=0; x<flatspec.dim.width; x++)
if( allPixels[y][x] == 0 )
allPixels[y][x] = unused ;
flatspec.default_pixel = unused ;
}
}
shipoutWithCallback(&flatspec,allPixels,selectCallback());
} else {
flattenIncrementally(&flatspec,selectCallback());
}
if( libpng ) {
png_write_end(libpng,libpng2);
png_destroy_write_struct(&libpng,&libpng2);
}
if( outfile ) {
closeout(outfile,flatspec.output_filename);
}
return 0 ;
}
void
i18n_init(void)
{
prop_t *s = settings_add_dir(NULL, _p("Languages"), NULL, NULL,
_p("Preferred languages"));
setting_t *x;
int i;
htsmsg_t *store = htsmsg_store_load("i18n");
if(store == NULL)
store = htsmsg_create_map();
nls_init(s, store);
settings_create_info(s,
NULL,
_p("Language codes should be configured as three character ISO codes, example (eng, swe, fra)"));
settings_create_string(s, "audio1", _p("Primary audio language code"), NULL,
store, set_lang, &lang_audio[0],
SETTINGS_INITIAL_UPDATE, NULL,
settings_generic_save_settings,
(void *)"i18n");
settings_create_string(s, "audio2", _p("Secondary audio language code"),
NULL,
store, set_lang, &lang_audio[1],
SETTINGS_INITIAL_UPDATE, NULL,
settings_generic_save_settings,
(void *)"i18n");
settings_create_string(s, "audio3", _p("Tertiary audio language code"), NULL,
store, set_lang, &lang_audio[2],
SETTINGS_INITIAL_UPDATE, NULL,
settings_generic_save_settings,
(void *)"i18n");
settings_create_string(s, "subtitle1", _p("Primary subtitle language code"),
NULL, store, set_lang, &lang_subtitle[0],
SETTINGS_INITIAL_UPDATE, NULL,
settings_generic_save_settings,
(void *)"i18n");
settings_create_string(s, "subtitle2", _p("Secondary subtitle language code"),
NULL, store, set_lang, &lang_subtitle[1],
SETTINGS_INITIAL_UPDATE, NULL,
settings_generic_save_settings,
(void *)"i18n");
settings_create_string(s, "subtitle3", _p("Tertiary subtitle language code"),
NULL, store, set_lang, &lang_subtitle[2],
SETTINGS_INITIAL_UPDATE, NULL,
settings_generic_save_settings,
(void *)"i18n");
x = settings_create_multiopt(s, "srt_charset", _p("SRT character set"));
const charset_t *cs;
for(i = 0; (cs = charset_get_idx(i)) != NULL; i++)
settings_multiopt_add_opt_cstr(x, cs->id, cs->title, i == 0);
settings_multiopt_initiate(x,
set_srt_charset, NULL, NULL,
store, settings_generic_save_settings,
(void *)"i18n");
}
int main (int argc, char *argv[])
{
#ifdef WIN32
char *callname = argv[0];
#endif
char linecopy[MAXLINE];
DATASET *dset = NULL;
MODEL *model = NULL;
ExecState state;
char *line = NULL;
int quiet = 0;
int makepkg = 0;
int load_datafile = 1;
char filearg[MAXLEN];
char runfile[MAXLEN];
double scriptval = NADBL;
CMD cmd;
PRN *prn = NULL;
PRN *cmdprn = NULL;
int err = 0;
#ifdef G_OS_WIN32
win32_set_gretldir(callname);
#endif
nls_init();
#ifdef HAVE_READLINE
rl_bind_key(0x18, ctrl_x);
#endif
dset = datainfo_new();
if (dset == NULL) {
noalloc();
}
if (argc < 2) {
load_datafile = 0;
} else {
gretlopt opt = 0;
err = parse_options(&argc, &argv, &opt, &scriptval, filearg);
if (!err && (opt & (OPT_DBOPEN | OPT_WEBDB))) {
/* catch GUI-only options */
err = E_BADOPT;
}
if (err) {
/* bad option */
usage(1);
} else if (opt & (OPT_HELP | OPT_VERSION)) {
/* we'll exit in these cases */
if (opt & OPT_HELP) {
usage(0);
} else {
logo(0);
exit(EXIT_SUCCESS);
}
}
if (opt & (OPT_BATCH | OPT_RUNIT | OPT_MAKEPKG)) {
if (*filearg == '\0') {
/* we're missing a filename argument */
usage(1);
} else {
/* record argument (not a datafile) */
strcpy(runfile, filearg);
load_datafile = 0;
if (opt & OPT_BATCH) {
batch = 1;
} else if (opt & OPT_MAKEPKG) {
batch = 1;
makepkg = 1;
} else {
runit = 1;
}
}
} else if (*filearg == '\0') {
load_datafile = 0;
}
if (opt & OPT_QUIET) {
quiet = 1;
}
if (opt & OPT_ENGLISH) {
force_language(LANG_C);
}
}
libgretl_init();
logo(quiet);
if (!quiet) {
session_time(NULL);
}
prn = gretl_print_new(GRETL_PRINT_STDOUT, &err);
if (err) {
noalloc();
}
line = malloc(MAXLINE);
if (line == NULL) {
noalloc();
}
#ifdef WIN32
win32_cli_read_rc(callname);
#else
cli_read_rc();
#endif /* WIN32 */
if (!batch) {
strcpy(cmdfile, gretl_workdir());
strcat(cmdfile, "session.inp");
cmdprn = gretl_print_new_with_filename(cmdfile, &err);
if (err) {
errmsg(err, prn);
return EXIT_FAILURE;
}
}
if (load_datafile) {
handle_datafile(filearg, runfile, dset, prn, cmdprn);
}
/* allocate memory for model */
model = allocate_working_model();
if (model == NULL) {
noalloc();
}
gretl_cmd_init(&cmd);
gretl_exec_state_init(&state, 0, line, &cmd, model, prn);
set_debug_read_func(get_interactive_line);
/* print list of variables */
if (data_status) {
varlist(dset, prn);
}
if (!na(scriptval)) {
/* define "scriptopt" */
gretl_scalar_add("scriptopt", scriptval);
}
/* misc. interactive-mode setup */
if (!batch) {
check_help_file();
fb = stdin;
push_input_file(fb);
if (!runit && !data_status) {
fputs(_("Type \"open filename\" to open a data set\n"), stdout);
}
}
#ifdef HAVE_READLINE
initialize_readline();
#endif
if (batch || runit) {
/* re-initialize: will be incremented by "run" cmd */
runit = 0;
if (makepkg) {
set_gretl_echo(0);
}
if (strchr(runfile, ' ')) {
sprintf(line, "run \"%s\"", runfile);
} else {
sprintf(line, "run %s", runfile);
}
err = cli_exec_line(&state, dset, cmdprn);
if (err && fb == NULL) {
exit(EXIT_FAILURE);
}
}
*linecopy = '\0';
/* main command loop */
while (cmd.ci != QUIT && fb != NULL && !xout) {
if (err && gretl_error_is_fatal()) {
gretl_abort(linecopy);
}
if (gretl_execute_loop()) {
if (gretl_loop_exec(&state, dset, NULL)) {
return 1;
}
} else {
err = cli_get_input_line(&state);
if (err) {
errmsg(err, prn);
break;
}
}
if (!state.in_comment) {
if (cmd.context == FOREIGN || cmd.context == MPI ||
gretl_compiling_python(line)) {
tailstrip(line);
} else {
err = maybe_get_input_line_continuation(line);
if (err) {
errmsg(err, prn);
break;
}
}
}
strcpy(linecopy, line);
tailstrip(linecopy);
err = cli_exec_line(&state, dset, cmdprn);
} /* end of get commands loop */
if (!err) {
err = gretl_if_state_check(0);
if (err) {
errmsg(err, prn);
}
}
if (makepkg && !err) {
switch_ext(filearg, runfile, "gfn");
sprintf(line, "makepkg %s\n", filearg);
cli_exec_line(&state, dset, cmdprn);
}
/* leak check -- try explicitly freeing all memory allocated */
destroy_working_model(model);
destroy_dataset(dset);
if (fb != stdin && fb != NULL) {
fclose(fb);
}
free(line);
gretl_print_destroy(prn);
gretl_cmd_free(&cmd);
libgretl_cleanup();
return 0;
}
void
i18n_init(void)
{
prop_t *s = settings_add_dir(NULL, _p("Languages"), "i18n", NULL,
_p("Preferred languages"),
"settings:i18n");
int i;
nls_init(s);
#ifdef STOS
setting_create(SETTING_STRING, s, SETTINGS_INITIAL_UPDATE,
SETTING_TITLE(_p("Timezone")),
SETTING_CALLBACK(set_timezone, NULL),
SETTING_STORE("i18n", "timezone"),
NULL);
#endif
setting_create(SETTING_MULTIOPT, s, SETTINGS_INITIAL_UPDATE,
SETTING_TITLE(_p("Time format")),
SETTING_STORE("i18n", "timeformat"),
SETTING_WRITE_INT(&gconf.time_format),
SETTING_OPTION(gconf.time_format_system ? "0" : NULL,
_p("System default")),
SETTING_OPTION("1", _p("24 Hour")),
SETTING_OPTION("2", _p("12 Hour")),
NULL);
settings_create_info(s,
NULL,
_p("Language codes should be configured as three character ISO codes, example (eng, swe, fra)"));
setting_create(SETTING_STRING, s, SETTINGS_INITIAL_UPDATE,
SETTING_TITLE(_p("Primary audio language code")),
SETTING_CALLBACK(set_lang, &lang_audio[0]),
SETTING_STORE("i18n", "audio1"),
NULL);
setting_create(SETTING_STRING, s, SETTINGS_INITIAL_UPDATE,
SETTING_TITLE(_p("Secondary audio language code")),
SETTING_CALLBACK(set_lang, &lang_audio[1]),
SETTING_STORE("i18n", "audio2"),
NULL);
setting_create(SETTING_STRING, s, SETTINGS_INITIAL_UPDATE,
SETTING_TITLE(_p("Tertiary audio language code")),
SETTING_CALLBACK(set_lang, &lang_audio[2]),
SETTING_STORE("i18n", "audio3"),
NULL);
setting_create(SETTING_STRING, s, SETTINGS_INITIAL_UPDATE,
SETTING_TITLE(_p("Primary subtitle language code")),
SETTING_CALLBACK(&set_lang, &lang_subtitle[0]),
SETTING_STORE("i18n", "subtitle1"),
NULL);
setting_create(SETTING_STRING, s, SETTINGS_INITIAL_UPDATE,
SETTING_TITLE(_p("Secondary subtitle language code")),
SETTING_CALLBACK(&set_lang, &lang_subtitle[1]),
SETTING_STORE("i18n", "subtitle2"),
NULL);
setting_create(SETTING_STRING, s, SETTINGS_INITIAL_UPDATE,
SETTING_TITLE(_p("Tertiary subtitle language code")),
SETTING_CALLBACK(&set_lang, &lang_subtitle[2]),
SETTING_STORE("i18n", "subtitle3"),
NULL);
const char **optlist = NULL;
const charset_t *cs;
for(i = 0; (cs = charset_get_idx(i)) != NULL; i++) {}
optlist = alloca((i * 2 + 3) * sizeof(const char *));
optlist[0] = "auto";
optlist[1] = "Auto";
for(i = 0; (cs = charset_get_idx(i)) != NULL; i++) {
optlist[i * 2 + 2] = cs->id;
optlist[i * 2 + 3] = cs->title;
}
optlist[i * 2 + 2] = NULL;
setting_create(SETTING_MULTIOPT, s, SETTINGS_INITIAL_UPDATE,
SETTING_TITLE(_p("Default character set")),
SETTING_STORE("i18n", "default_charset"),
SETTING_CALLBACK(set_default_charset, NULL),
SETTING_OPTION_LIST(optlist),
NULL);
setting_create(SETTING_BOOL, s, SETTINGS_INITIAL_UPDATE,
SETTING_TITLE(_p("Ignore 'The' at beginning of words when sorting")),
SETTING_STORE("i18n", "skipthe"),
SETTING_WRITE_BOOL(&gconf.ignore_the_prefix),
NULL);
}
void initialize (int *argc, char **argv[], char ***envp)
{
char buf[512], *p;
char inifile[MAX_PATH], ifile[MAX_PATH];
time_t t1;
struct tm tm1;
#ifdef __MINGW32__
WSADATA wsa;
#endif
//putenv ("TZ=GMT0");
//tzset ();
// first we need to initialize FLY variables
fly_initialize ();
fl_opt.appname = "nftp";
if (fl_opt.has_console)
fprintf (stderr, "\nNFTP - Version%sof %s, %s"
"\nCopyright (C) Sergey Ayukov 1994--2000.\n\n",
NFTP_VERSION, __DATE__, __TIME__);
fly_process_args (argc, argv, envp);
// checking command-line arguments
check_args (*argc, *argv);
// find where our config files are
determine_paths ((*argv)[0]);
// delete old temporary files
clear_tmp ();
// loading configuration files
init_config ();
// initilialize debug subsystem if specified
if (options.debug)
{
sprintf (buf, /*sizeof(buf),*/ "%s/debug", paths.user_libpath);
mkdir1 (buf, 0700);
sprintf (buf, /*sizeof(buf),*/ "%s/debug/nftp.dbg.%u", paths.user_libpath, (int)getpid ());
dbfile = fopen (buf, "w");
tools_debug = dbfile;
}
if (options.log_cc)
{
sprintf (buf, /*sizeof(buf),*/ "%s/CC", paths.user_libpath);
mkdir1 (buf, 0700);
t1 = time (NULL);
tm1 = *localtime (&t1);
sprintf (buf, "CC/%04d-%02d-%02d.%02d:%02d:%02d.log",
tm1.tm_year+1900, tm1.tm_mon, tm1.tm_mday,
tm1.tm_hour, tm1.tm_min, tm1.tm_sec);
p = str_sjoin (paths.user_libpath, buf);
cc_log = fopen (p, "w");
if (cc_log == NULL) options.log_cc = FALSE;
free (p);
}
// load language-specific things
nls_init (paths.system_libpath, paths.user_libpath);
load_menu ();
// check for correct NFTP.INI version
strcpy (buf, NFTP_VERSION);
str_strip2 (buf, " ");
//if (str_numchars (buf, '.') > 1) *(strrchr (buf, '.')) = '\0';
if (strcmp (options.version, buf) != 0)
{
// looking for nftp.i file in user dir, then in system dir
strcpy (ifile, paths.user_libpath);
str_cats (ifile, "nftp.i");
if (access (ifile, R_OK) != 0)
{
strcpy (ifile, paths.system_libpath);
str_cats (ifile, "nftp.i");
if (access (ifile, R_OK) != 0)
fly_error (MSG(M_INI_CANT_FIND_NFTP_I),
paths.user_libpath, paths.system_libpath);
}
strcpy (inifile, paths.user_libpath);
str_cats (inifile, "nftp.ini");
update_inifile (inifile, ifile);
GetProfileOptions (inifile);
}
config_fly ();
#ifdef __MINGW32__
WSAStartup (MAKEWORD(1,1), &wsa);
#endif
}
int
main(int argc,char **argv)
{
int i ;
int option ;
const char *unzipper = NULL ;
const char *infile = NULL ;
const char *pathSeparator = "|";
setlocale(LC_ALL,"");
progname = argv[0] ;
nls_init();
if( argc <= 1 ) gpl_blurb() ;
while( (option=getopt_long(argc,argv,"-"OPTSTRING,longopts,NULL)) >= 0 )
switch(option) {
#define OPTION(char,long,desc,man) case char:
#include "options.i"
case 1:
if( infile ) {
FatalGeneric
(20,_("Only one XCF file per command line, please"));
} else {
infile = optarg ;
break ;
}
case '?':
usage(stderr);
default:
FatalUnexpected("Getopt(_long) unexpectedly returned '%c'",option);
}
if( infile == NULL ) {
usage(stderr);
}
read_or_mmap_xcf(infile,unzipper);
getBasicXcfInfo() ;
printf(_("Version %d, %dx%d %s, %d layers, compressed %s\n"),
XCF.version,XCF.width,XCF.height,
_(showGimpImageBaseType(XCF.type)),
XCF.numLayers,
_(showXcfCompressionType(XCF.compression)));
for( i = XCF.numLayers ; i-- ; ) {
printf("%c %dx%d%+d%+d %s %s",
XCF.layers[i].isVisible ? '+' : '-',
XCF.layers[i].dim.width, XCF.layers[i].dim.height,
XCF.layers[i].dim.c.l, XCF.layers[i].dim.c.t,
_(showGimpImageType(XCF.layers[i].type)),
_(showGimpLayerModeEffects(XCF.layers[i].mode)));
if( XCF.layers[i].opacity < 255 )
printf("/%02d%%",XCF.layers[i].opacity * 100 / 255);
if( XCF.layers[i].hasMask )
printf(_("/mask"));
if( XCF.layers[i].isGroup )
printf(_("/group"));
printf( " " );
if ( XCF.version > 2 ) {
printLayerPath( i, pathSeparator );
printf( "%s", pathSeparator );
}
printf("%s\n",XCF.layers[i].name);
}
return 0 ;
}
static void bios_init(void)
{
KDEBUG(("bios_init()\n"));
/* initialize Native Features, if available
* do it as soon as possible so that kprintf can make use of them
*/
#if DETECT_NATIVE_FEATURES
KDEBUG(("natfeat_init()\n"));
natfeat_init();
#endif
#if STONX_NATIVE_PRINT
KDEBUG(("stonx_kprintf_init()\n"));
stonx_kprintf_init();
#endif
#if CONF_WITH_UAE
KDEBUG(("amiga_uaelib_init()\n"));
amiga_uaelib_init();
#endif
/* Initialize the processor */
KDEBUG(("processor_init()\n"));
processor_init(); /* Set CPU type, longframe and FPU type */
KDEBUG(("vecs_init()\n"));
vecs_init(); /* setup all exception vectors (above) */
KDEBUG(("init_delay()\n"));
init_delay(); /* set 'reasonable' default values for delay */
/* Detect optional hardware (video, sound, etc.) */
KDEBUG(("machine_detect()\n"));
machine_detect(); /* detect hardware */
KDEBUG(("machine_init()\n"));
machine_init(); /* initialise machine-specific stuff */
/* Initialize the screen */
KDEBUG(("screen_init()\n"));
screen_init(); /* detect monitor type, ... */
/* Initialize the BIOS memory management */
KDEBUG(("bmem_init()\n"));
bmem_init(); /* this must be done after screen_init() */
KDEBUG(("cookie_init()\n"));
cookie_init(); /* sets a cookie jar */
KDEBUG(("fill_cookie_jar()\n"));
fill_cookie_jar(); /* detect hardware features and fill the cookie jar */
/* Set up the BIOS console output */
KDEBUG(("linea_init()\n"));
linea_init(); /* initialize screen related line-a variables */
font_init(); /* initialize font ring (requires cookie_akp) */
font_set_default(-1);/* set default font */
vt52_init(); /* initialize the vt52 console */
/* Now kcprintf() will also send debug info to the screen */
KDEBUG(("after vt52_init()\n"));
/* misc. variables */
dumpflg = -1;
sysbase = (LONG) os_entry;
savptr = (LONG) trap_save_area;
etv_timer = (void(*)(int)) just_rts;
etv_critic = default_etv_critic;
etv_term = just_rts;
/* setup VBL queue */
nvbls = 8;
vblqueue = vbl_list;
{
int i;
for(i = 0 ; i < 8 ; i++) {
vbl_list[i] = 0;
}
}
#if CONF_WITH_MFP
KDEBUG(("mfp_init()\n"));
mfp_init();
#endif
#if CONF_WITH_TT_MFP
if (has_tt_mfp)
{
KDEBUG(("tt_mfp_init()\n"));
tt_mfp_init();
}
#endif
/* Initialize the system 200 Hz timer */
KDEBUG(("init_system_timer()\n"));
init_system_timer();
/* Initialize the RS-232 port(s) */
KDEBUG(("chardev_init()\n"));
chardev_init(); /* Initialize low-memory bios vectors */
boot_status |= CHARDEV_AVAILABLE; /* track progress */
KDEBUG(("init_serport()\n"));
init_serport();
boot_status |= RS232_AVAILABLE; /* track progress */
#if CONF_WITH_SCC
if (has_scc)
boot_status |= SCC_AVAILABLE; /* track progress */
#endif
/* The sound init must be done before allowing MFC interrupts,
* because of dosound stuff in the timer C interrupt routine.
*/
#if CONF_WITH_DMASOUND
KDEBUG(("dmasound_init()\n"));
dmasound_init();
#endif
KDEBUG(("snd_init()\n"));
snd_init(); /* Reset Soundchip, deselect floppies */
/* Init the two ACIA devices (MIDI and KBD). The three actions below can
* be done in any order provided they happen before allowing MFP
* interrupts.
*/
KDEBUG(("kbd_init()\n"));
kbd_init(); /* init keyboard, disable mouse and joystick */
KDEBUG(("midi_init()\n"));
midi_init(); /* init MIDI acia so that kbd acia irq works */
KDEBUG(("init_acia_vecs()\n"));
init_acia_vecs(); /* Init the ACIA interrupt vector and related stuff */
KDEBUG(("after init_acia_vecs()\n"));
boot_status |= MIDI_AVAILABLE; /* track progress */
/* Now we can enable the interrupts.
* We need a timer for DMA timeouts in floppy and harddisk initialisation.
* The VBL processing will be enabled later with the vblsem semaphore.
*/
#if CONF_WITH_ATARI_VIDEO
/* Keep the HBL disabled */
set_sr(0x2300);
#else
set_sr(0x2000);
#endif
KDEBUG(("calibrate_delay()\n"));
calibrate_delay(); /* determine values for delay() function */
/* - requires interrupts to be enabled */
KDEBUG(("blkdev_init()\n"));
blkdev_init(); /* floppy and harddisk initialisation */
KDEBUG(("after blkdev_init()\n"));
/* initialize BIOS components */
KDEBUG(("parport_init()\n"));
parport_init(); /* parallel port */
//mouse_init(); /* init mouse driver */
KDEBUG(("clock_init()\n"));
clock_init(); /* init clock */
KDEBUG(("after clock_init()\n"));
#if CONF_WITH_NLS
KDEBUG(("nls_init()\n"));
nls_init(); /* init native language support */
nls_set_lang(get_lang_name());
#endif
/* set start of user interface */
#if WITH_AES
exec_os = ui_start;
#elif WITH_CLI
exec_os = coma_start;
#else
exec_os = NULL;
#endif
KDEBUG(("osinit()\n"));
osinit(); /* initialize BDOS */
KDEBUG(("after osinit()\n"));
boot_status |= DOS_AVAILABLE; /* track progress */
/* Enable VBL processing */
vblsem = 1;
#if CONF_WITH_CARTRIDGE
{
WORD save_hz = v_hz_rez, save_vt = v_vt_rez, save_pl = v_planes;
/* Run all boot applications from the application cartridge.
* Beware: Hatari features a special cartridge which is used
* for GEMDOS drive emulation. It will hack drvbits and hook Pexec().
* It will also hack Line A variables to enable extended VDI video modes.
*/
KDEBUG(("run_cartridge_applications(3)\n"));
run_cartridge_applications(3); /* Type "Execute prior to bootdisk" */
KDEBUG(("after run_cartridge_applications()\n"));
if ((v_hz_rez != save_hz) || (v_vt_rez != save_vt) || (v_planes != save_pl))
{
set_rez_hacked();
font_set_default(-1); /* set default font */
vt52_init(); /* initialize the vt52 console */
}
}
#endif
#if CONF_WITH_ALT_RAM
#if CONF_WITH_FASTRAM
/* add TT-RAM that was detected in memory.S */
if (ramtop != NULL)
{
KDEBUG(("xmaddalt()\n"));
xmaddalt(FASTRAM_START, ramtop - FASTRAM_START);
}
#endif
#if CONF_WITH_MONSTER
/* Add MonSTer alt-RAM detected in machine.c */
if (has_monster)
{
/* Dummy read from MonSTer register to initiate write sequence. */
unsigned short monster_reg = *(volatile unsigned short *)MONSTER_REG;
/* Only enable 6Mb when on a Mega STE due to address conflict with
VME bus. Todo: This should be made configurable. */
if (has_vme)
monster_reg = 6;
else
monster_reg = 8;
/* Register write sequence: read - write - write */
*(volatile unsigned short *)MONSTER_REG = monster_reg;
*(volatile unsigned short *)MONSTER_REG = monster_reg;
KDEBUG(("xmaddalt()\n"));
xmaddalt((UBYTE *)0x400000L, monster_reg*0x100000L);
}
#endif
#ifdef MACHINE_AMIGA
KDEBUG(("amiga_add_alt_ram()\n"));
amiga_add_alt_ram();
#endif
#endif /* CONF_WITH_ALT_RAM */
KDEBUG(("bios_init() end\n"));
}
int
main(int argc,char **argv)
{
int option ;
const char *unzipper = NULL ;
const char *infile = NULL ;
setlocale(LC_ALL,"");
progname = argv[0] ;
nls_init();
if( argc <= 1 ) gpl_blurb() ;
init_flatspec(&flatspec) ;
flatspec.out_color_mode = COLOR_BY_FILENAME ;
while( (option=getopt_long(argc,argv,"-@#"OPTSTRING,longopts,NULL)) >= 0 )
switch(option) {
#define OPTION(char,long,desc,man) case char:
#include "options.i"
case 1:
if( infile )
add_layer_request(&flatspec,optarg);
else
infile = optarg ;
break ;
case '?':
usage(stderr);
case '@':
/* Non-documented option for build-time test */
suppress_byline = 1 ;
break ;
case '#':
/* Non-documented option for xcfview */
flatspec.default_pixel = CHECKERED_BACKGROUND ;
break ;
default:
FatalUnexpected("Getopt(_long) unexpectedly returned '%c'",option);
}
if( infile == NULL ) {
usage(stderr);
}
if( flatspec.out_color_mode == COLOR_BY_FILENAME &&
strlen(flatspec.output_filename) > 4 &&
flatspec.output_filename[strlen(flatspec.output_filename)-4] == '.' )
flatspec.out_color_mode = guess_color_mode(flatspec.output_filename);
/* If the output filename was not enough cue, see if we're running
* through a symlink/hardlink that gives the required output format
*/
if( flatspec.out_color_mode == COLOR_BY_FILENAME &&
strlen(progname) > 3 )
flatspec.out_color_mode = guess_color_mode(progname);
if( flatspec.out_color_mode == COLOR_BY_FILENAME )
flatspec.out_color_mode = COLOR_BY_CONTENTS ;
read_or_mmap_xcf(infile,unzipper);
getBasicXcfInfo() ;
initColormap();
complete_flatspec(&flatspec,NULL);
if( flatspec.process_in_memory ) {
rgba **allPixels = flattenAll(&flatspec);
analyse_colormode(&flatspec,allPixels,NULL);
shipoutWithCallback(&flatspec,allPixels,selectCallback());
} else {
flattenIncrementally(&flatspec,selectCallback());
}
closeout(outfile,flatspec.output_filename) ;
closeout(transfile,flatspec.transmap_filename) ;
return 0 ;
}