int
fixInstallPath (char **path) {
static const char *programDirectory = NULL;
if (!programDirectory) {
if ((programDirectory = getPathDirectory(programPath))) {
registerProgramMemory("program-directory", &programDirectory);
} else {
logMessage(LOG_WARNING, gettext("cannot determine program directory"));
programDirectory = ".";
}
logMessage(LOG_DEBUG, "program directory: %s", programDirectory);
}
{
const char *problem = strtext("cannot fix install path");
char *newPath = makePath(programDirectory, *path);
if (newPath) {
if (changeStringSetting(path, newPath)) {
if (isAbsolutePath(*path)) {
problem = NULL;
} else {
problem = strtext("install path not absolute");
}
}
free(newPath);
}
if (problem) {
logMessage(LOG_WARNING, "%s: %s", gettext(problem), *path);
return 0;
}
}
return 1;
}
};
const unsigned int logLevelCount = ARRAY_COUNT(logLevelNames);
unsigned char systemLogLevel = LOG_NOTICE;
unsigned char stderrLogLevel = LOG_NOTICE;
typedef struct {
const char *name;
const char *title;
const char *prefix;
} LogCategoryEntry;
static const LogCategoryEntry logCategoryTable[LOG_CATEGORY_COUNT] = {
[LOG_CATEGORY_INDEX(GENERIC_INPUT)] = {
.name = "ingio",
.title = strtext("Generic Input"),
.prefix = "generic input"
},
[LOG_CATEGORY_INDEX(INPUT_PACKETS)] = {
.name = "inpkts",
.title = strtext("Input Packets"),
.prefix = "input packet"
},
[LOG_CATEGORY_INDEX(OUTPUT_PACKETS)] = {
.name = "outpkts",
.title = strtext("Output Packets"),
.prefix = "output packet"
},
#include "ttb.h"
static char *opt_tablesDirectory;
static char *opt_inputTable;
static char *opt_outputTable;
static int opt_sixDots;
static int opt_noBaseCharacters;
static const char tableName_autoselect[] = "auto";
static const char tableName_unicode[] = "unicode";
BEGIN_OPTION_TABLE(programOptions)
{ .letter = 'T',
.word = "tables-directory",
.flags = OPT_Hidden | OPT_Config | OPT_Environ,
.argument = strtext("directory"),
.setting.string = &opt_tablesDirectory,
.internal.setting = TABLES_DIRECTORY,
.internal.adjust = fixInstallPath,
.description = strtext("Path to directory for text tables.")
},
{ .letter = 'i',
.word = "input-table",
.flags = OPT_Config | OPT_Environ,
.argument = strtext("file"),
.setting.string = &opt_inputTable,
.internal.setting = tableName_autoselect,
.description = strtext("Path to input text table.")
},
size_t
formatCharacterDescription (char *buffer, size_t size, int column, int row) {
static char *const colours[] = {
strtext("black"),
strtext("blue"),
strtext("green"),
strtext("cyan"),
strtext("red"),
strtext("magenta"),
strtext("brown"),
strtext("light grey"),
strtext("dark grey"),
strtext("light blue"),
strtext("light green"),
strtext("light cyan"),
strtext("light red"),
strtext("light magenta"),
strtext("yellow"),
strtext("white")
};
size_t length;
ScreenCharacter character;
readScreen(column, row, 1, 1, &character);
STR_BEGIN(buffer, size);
{
uint32_t text = character.text;
STR_PRINTF("char %" PRIu32 " (U+%04" PRIX32 "): %s on %s",
text, text,
gettext(colours[character.attributes & 0X0F]),
gettext(colours[(character.attributes & 0X70) >> 4]));
}
if (character.attributes & SCR_ATTR_BLINK) {
STR_PRINTF(" %s", gettext("blink"));
}
#ifdef HAVE_ICU
{
char name[0X40];
UErrorCode error = U_ZERO_ERROR;
u_charName(character.text, U_EXTENDED_CHAR_NAME, name, sizeof(name), &error);
if (U_SUCCESS(error)) {
STR_PRINTF(" [%s]", name);
}
}
#endif /* HAVE_ICU */
length = STR_LENGTH;
STR_END;
return length;
}
#include "scr.auto.h"
typedef enum {
PARM_MESSAGE
} ScreenParameters;
#define SCRPARMS "message"
#define SCRSYMBOL noScreen
#define DRIVER_NAME NoScreen
#define DRIVER_CODE no
#define DRIVER_COMMENT "no screen support"
#define DRIVER_VERSION ""
#define DRIVER_DEVELOPERS ""
#include "scr_driver.h"
static const char defaultScreenMessage[] = strtext("no screen");
static const char *screenMessage = defaultScreenMessage;
static int
processParameters_NoScreen (char **parameters) {
{
const char *message = parameters[PARM_MESSAGE];
screenMessage = (message && *message)? message: gettext(defaultScreenMessage);
}
return 1;
}
static int
currentVirtualTerminal_NoScreen (void) {
const TuneDefinition tune_braille_off = {
NULL, 0, elements_braille_off
};
static const TuneElement elements_command_done[] = {
TUNE_NOTE( 40, 74),
TUNE_REST( 30),
TUNE_NOTE( 40, 74),
TUNE_REST( 40),
TUNE_NOTE(140, 74),
TUNE_REST( 20),
TUNE_NOTE( 50, 79),
TUNE_STOP()
};
const TuneDefinition tune_command_done = {
strtext("Done"), 0, elements_command_done
};
static const TuneElement elements_command_rejected[] = {
TUNE_NOTE(100, 78),
TUNE_STOP()
};
const TuneDefinition tune_command_rejected = {
NULL, TUNE_TACTILE(50,BRL_DOT1|BRL_DOT2|BRL_DOT3|BRL_DOT4|BRL_DOT5|BRL_DOT6|BRL_DOT7|BRL_DOT8), elements_command_rejected
};
static const TuneElement elements_mark_set[] = {
TUNE_NOTE( 20, 83),
TUNE_NOTE( 15, 81),
TUNE_NOTE( 15, 79),
TUNE_NOTE( 25, 84),
