Function parse_xml

lib_acl/samples/xml/xml1/xml.c:184–365

}

static void parse_xml(int once, const char *data)
{
	ACL_XML *xml = acl_xml_alloc();
	const char *ptr;
	ACL_ITER iter1;
	int   i, total, left;
	ACL_ARRAY *a;
	ACL_XML_NODE *pnode;

	ptr = data;

	if (once) {
		/* һ���Եط������� xml ���� */
		ACL_METER_TIME("-------------once begin--------------");
		acl_xml_parse(xml, ptr);
	} else {
		/* ÿ�ν�����һ���ֽ������� xml ���� */
		ACL_METER_TIME("-------------stream begin--------------");
		while (*ptr != 0) {
			char  ch2[2];

			ch2[0] = *ptr;
			ch2[1] = 0;
			acl_xml_parse(xml, ch2);
			ptr++;
		}
	}
	ACL_METER_TIME("-------------end--------------");
	printf("enter any key to continue ...\n");
	getchar();

	if (acl_xml_is_complete(xml, "root")) {
		printf(">> Yes, the xml complete\n");
	} else {
		printf(">> No, the xml not complete\n");
	}

	total = xml->node_cnt;

	/* ����������һ���ӽ�� */
	acl_foreach(iter1, xml->root) {
		ACL_ITER iter2;

		ACL_XML_NODE *node = (ACL_XML_NODE*) iter1.data;
		printf("tag> %s, text: %s\n", STR(node->ltag), STR(node->text));

		/* ����һ���ӽ��Ķ����ӽ�� */
		acl_foreach(iter2, node) {
			ACL_ITER iter3;
			ACL_XML_NODE *node2 = (ACL_XML_NODE*) iter2.data;

			printf("\ttag> %s, text: %s\n", STR(node2->ltag), STR(node2->text));

			/* ���������ӽ������� */
			acl_foreach(iter3, node2->attr_list) {
				ACL_XML_ATTR *attr = (ACL_XML_ATTR*) iter3.data;
				printf("\t\tattr> %s: %s\n", STR(attr->name), STR(attr->value));
			}