Function fxArrayBindingFromExpression

xs/sources/xsSyntaxical.c:3639–3683

}

txNode* fxArrayBindingFromExpression(txParser* parser, txNode* theNode, txToken theToken)
{
	txNodeList* list = ((txArrayNode*)theNode)->items;
	txNode** address = &(list->first);
	txNode* item;
	txNode* binding;
	while ((item = *address)) {
        if (!item->description) {
            parser->errorSymbol = parser->SyntaxErrorSymbol;
            return NULL;
        }
		if (item->description->token == XS_TOKEN_SPREAD) {
			if (theNode->flags & mxElisionFlag) {
				parser->errorSymbol = parser->SyntaxErrorSymbol;
				return NULL;
			}
			binding = fxRestBindingFromExpression(parser, item, theToken, 0);
			if (!binding) {
				parser->errorSymbol = parser->SyntaxErrorSymbol;
				return NULL;
			}
			break;
		}
		if (item->description->token == XS_TOKEN_ELISION) {
			item->description = &gxTokenDescriptions[XS_TOKEN_SKIP_BINDING];
		}
		else {
// 			if ((theToken == XS_TOKEN_BINDING) && ((item->description->token== XS_TOKEN_MEMBER) || (item->description->token == XS_TOKEN_MEMBER_AT)))
// 				binding = item;
// 			else {			
				binding = fxBindingFromExpression(parser, item, theToken);
				if (!binding) {
					parser->errorSymbol = parser->SyntaxErrorSymbol;
					return NULL;
				}
				binding->next = item->next;
				item = *address = binding;
// 			}
		}
		address = &(item->next);
	}
	fxPushNode(parser, (txNode*)list);
	fxPushNodeStruct(parser, 1, XS_TOKEN_ARRAY_BINDING, theNode->line);
	return fxPopNode(parser);
}

txUnsigned fxObjectBinding(txParser* parser, txToken theToken)
{