Function fxCharSetWords

xs/sources/xsre.c:1375–1419

}

void* fxCharSetWords(txPatternParser* parser)
{
	txCharSet* result;
	if (parser->flags & XS_REGEXP_I) {
		if (parser->flags & XS_REGEXP_UV) {
			result = fxPatternParserCreateTerm(parser, sizeof(txCharSet) + (6 * sizeof(txInteger)), fxCharSetMeasure);
			result->stringCount = 0;
			result->strings = C_NULL;
			result->characters[0] = 6;
			result->characters[1] = '0';
			result->characters[2] = '9' + 1;
			result->characters[3] = '_';
			result->characters[4] = '_' + 1;
			result->characters[5] = 'a';
			result->characters[6] = 'z' + 1;
		}
		else {
			result = fxPatternParserCreateTerm(parser, sizeof(txCharSet) + (6 * sizeof(txInteger)), fxCharSetMeasure);
			result->stringCount = 0;
			result->strings = C_NULL;
			result->characters[0] = 6;
			result->characters[1] = '0';
			result->characters[2] = '9' + 1;
			result->characters[3] = 'A';
			result->characters[4] = 'Z' + 1;
			result->characters[5] = '_';
			result->characters[6] = '_' + 1;
		}
	}
	else {
		result = fxPatternParserCreateTerm(parser, sizeof(txCharSet) + (8 * sizeof(txInteger)), fxCharSetMeasure);
		result->stringCount = 0;
		result->strings = C_NULL;
		result->characters[0] = 8;
		result->characters[1] = '0';
		result->characters[2] = '9' + 1;
		result->characters[3] = 'A';
		result->characters[4] = 'Z' + 1;
		result->characters[5] = '_';
		result->characters[6] = '_' + 1;
		result->characters[7] = 'a';
		result->characters[8] = 'z' + 1;
	}
	return result;
}

void fxCaptureNameEscape(txPatternParser* parser)
{