Function fxModule

xs/sources/xsSyntaxical.c:703–740

}

void fxModule(txParser* parser)
{
	txInteger aCount = parser->nodeCount;
	txInteger aLine = parser->states[0].line;
	while ((parser->states[0].token != XS_TOKEN_EOF)) {
		if (parser->states[0].token == XS_TOKEN_EXPORT)
			fxExportDeclaration(parser);
		else if (parser->states[0].token == XS_TOKEN_IMPORT) {
			fxLookAheadOnce(parser);
			if ((parser->states[1].token == XS_TOKEN_DOT) || (parser->states[1].token == XS_TOKEN_LEFT_PARENTHESIS))
				fxStatement(parser, 1);
			else
				fxImportDeclaration(parser);
		}
		else if (parser->states[0].token == XS_TOKEN_RETURN) {
			fxReportParserError(parser, parser->states[0].line, "invalid return");
			fxGetNextToken(parser);
		}
		else if (parser->states[0].token == XS_TOKEN_YIELD) {
			fxReportParserError(parser, parser->states[0].line, "invalid yield");
			fxGetNextToken(parser);
		}
		else {
			fxStatement(parser, 1);
		}
	}
	aCount = parser->nodeCount - aCount;
	if (aCount > 1) {
		fxPushNodeList(parser, aCount);
		fxPushNodeStruct(parser, 1, XS_TOKEN_STATEMENTS, aLine);
	}
	else if (aCount == 0) {
		fxPushNodeStruct(parser, 0, XS_TOKEN_UNDEFINED, aLine);
		fxPushNodeStruct(parser, 1, XS_TOKEN_STATEMENT, aLine);
	}
	fxPushNodeStruct(parser, 1, XS_TOKEN_MODULE, aLine);
	parser->root->flags = parser->flags & (mxStrictFlag | mxAwaitingFlag);
}

void fxExportDeclaration(txParser* parser)
{