static void msg_reg_parse(json_t *jobj, struct message_registry *mr)
{
json_t *oem_json = NULL;
json_t *mjobj = NULL;
load_json_str_value(mr->name, MAX_NAME_SIZE, jobj, "Name");
load_json_str_value(mr->modified, MAX_MODIFIED_SIZE, jobj, "Modified");
load_json_str_value(mr->type, MAX_TYPE_SIZE, jobj, "Type");
load_json_str_value(mr->lang, MAX_LANGUAGE_SIZE, jobj, "Language");
load_json_str_value(mr->desc, MAX_DESCRIPTION_SIZE, jobj, "Description");
load_json_str_value(mr->prefix, MAX_PREFIX_SIZE, jobj, "RegistryPrefix");
load_json_str_value(mr->ver, MAX_VERSION_SIZE, jobj, "Version");
load_json_str_value(mr->entity, MAX_ENTITY_SIZE, jobj, "OwningEntity");
mjobj = json_object_get(jobj, "Messages");
if (mjobj == NULL){
printf("fail to get json Message field.\n");
return;
}
mr->msg_header = msg_parse(mjobj);
oem_json = json_object_get(jobj, "Oem");;
if (oem_json == NULL) {
printf("fail to get json Oem field.\n");
return;
}
mr->oem_data = oem_parse(oem_json);
}
static void msg_reg_parse(json_t *jobj, struct message_registry *mr)
{
json_t *oem_json = NULL;
json_t *mjobj = NULL;
load_json_str_value(mr->odata_context, MAX_NAME_SIZE, jobj, "@odata.context");
load_json_str_value(mr->odata_id, MAX_MODIFIED_SIZE, jobj, "@odata.id");
load_json_str_value(mr->odata_type, MAX_TYPE_SIZE, jobj, "@odata.type");
load_json_str_value(mr->lang, MAX_LANGUAGE_SIZE, jobj, "Language");
load_json_str_value(mr->prefix, MAX_PREFIX_SIZE, jobj, "RegistryPrefix");
load_json_str_value(mr->ver, MAX_VERSION_SIZE, jobj, "RegistryVersion");
load_json_str_value(mr->entity, MAX_ENTITY_SIZE, jobj, "OwningEntity");
mjobj = json_object_get(jobj, "Messages");
if (mjobj == NULL){
printf("fail to get json Message field.\n");
return;
}
mr->msg_header = msg_parse(mjobj);
/*
oem_json = json_object_get(jobj, "Oem");;
if (oem_json == NULL) {
printf("fail to get json Oem field.\n");
return;
}
mr->oem_data = oem_parse(oem_json);
*/
}
static struct mr_message *msg_parse(json_t *jobj)
{
struct mr_message *pmsg = NULL;
struct mr_message *pmsg_header = NULL;
struct json_t *jmsg_body = NULL;
struct json_t *tmp = NULL;
int32 sn = 1;
json_pair_t *pair;
json_object_t *obj = json_to_object(jobj);
for (pair = obj->next; pair != NULL; pair = pair->next) {
if (pmsg == NULL) {
pmsg = (struct mr_message *)malloc(sizeof(struct mr_message));
if (pmsg == NULL)
continue;
memset(pmsg, 0, sizeof(struct mr_message));
pmsg_header = pmsg;
} else {
pmsg->pnext = (struct mr_message *)malloc(sizeof(struct mr_message));
if (pmsg->pnext == NULL)
continue;
memset(pmsg->pnext, 0, sizeof(struct mr_message));
pmsg = pmsg->pnext;
}
strncpy(pmsg->msg_sn_str, pair->name, MAX_IDENTITY_SIZE - 1);
pmsg->msg_sn = sn;
pmsg->index = get_json_int(pair->value, "_ArgPos");
load_json_str_value(pmsg->desc, MAX_SEVERITY_SIZE, pair->value, "Description");
load_json_str_value(pmsg->msg, MAX_MESSAGE_SIZE, pair->value, "Message");
load_json_str_value(pmsg->severity, MAX_SEVERITY_SIZE, pair->value, "Severity");
pmsg->num_of_args = (int32)json_integer_value(json_object_get(pair->value, "NumberOfArgs"));
param_type_parse(json_object_get(pair->value, "ParamTypes"), pmsg->types);
/*
load_json_str_value(pmsg->resolution, MAX_LSTR_SIZE, pair->value, "Resolution");
pmsg->oem_msg = oem_parse(json_object_get(pair->value, "Oem"));
*/
sn++;
}
return pmsg_header;
}
static struct oem *oem_parse(json_t *jobj)
{
struct oem *poem = NULL;
struct oem *poem_header = NULL;
json_object_t *obj = json_to_object(jobj);
json_pair_t *pair;
for (pair = obj->next; pair != NULL; pair = pair->next) {
if (poem == NULL) {
poem = (struct oem *)malloc(sizeof(struct oem));
poem_header = poem;
} else {
poem->pnext = (struct oem *)malloc(sizeof(struct oem));
poem = poem->pnext;
}
strncpy_safe(poem->id_str, pair->name, MAX_SEVERITY_SIZE, MAX_SEVERITY_SIZE - 1);
load_json_str_value(poem->type, MAX_TYPE_SIZE, pair->value, "Type");
}
return poem_header;
}
