static int
processUcsCharOperands (DataFile *file, void *data) {
TextTableData *ttd = data;
DataOperand string;
if (getDataOperand(file, &string, "character string")) {
if (string.length == 1) {
DataOperand representation;
if (getDataOperand(file, &representation, "braille representation")) {
if (representation.length == 1) {
unsigned char dots;
if (testBrailleRepresentation(file, representation.characters[0], &dots)) {
if (!setTextTableCharacter(ttd, string.characters[0], dots)) return 0;
}
} else {
reportDataError(file, "multi-cell braille representation not supported");
}
}
} else {
reportDataError(file, "multi-character string not supported");
}
}
return 1;
}
static DATA_OPERANDS_PROCESSOR(processUnicodeCharOperands) {
TextTableData *ttd = data;
wchar_t character;
if (getUnicodeCharacter(file, &character, "character")) {
wchar_t representation;
if (getUnicodeCharacter(file, &representation, "braille representation")) {
unsigned char dots;
if (testBrailleRepresentation(file, representation, &dots)) {
if (!setTextTableCharacter(ttd, character, dots)) return 0;
}
}
}
return 1;
}
static int
processUnicodeCharOperands (DataFile *file, void *data) {
TextTableData *ttd = data;
wchar_t character;
if (getUnicodeCharacter(file, &character, "character")) {
wchar_t representation;
if (getUnicodeCharacter(file, &representation, "braille representation")) {
unsigned char dots;
if (testBrailleRepresentation(file, representation, &dots)) {
if (!setTextTableCharacter(ttd, character, dots)) return 0;
}
}
}
return 1;
}
