CURLcode curl_easy_perform(CURL *curl){
if(http_response == NULL){
http_response = (u8 *) mem2_malloc(MAXTWITCURL, MEM2_OTHER);
}
curl->URLsplit();
curl->buildHttpRequest();
curl_request = mem2_strdup(curl->req.c_str(), MEM2_OTHER);
if(!curl_request){
return 1; // No memory
}
int ret = (http_request(curl->url.c_str(), NULL, http_response, MAXTWITCURL, 1, curl->accept_encoding));
if(curl->callback)
curl->callback((char *)http_response, ret, 1, curl->userdata);
mem2_free(curl_request, MEM2_OTHER);
curl_request = NULL;
curl->postdata.clear();
curl->req.clear();
curl->headers.clear();
return !ret; //0 means ok to twitcurl
}
struct t_arl * ARLs::Build(char ep, u64 arg1, u64 arg2, u64 arg3, const char * str){
struct t_arl temp;
memset(&temp, 0, sizeof(struct t_arl));
if(elements.size() && (selected_index + 1 != elements.size())){
it = elements.begin();
advance(it, selected_index+1);
while((++it) != elements.end()){
if((*it).text) mem2_free((*it).text, MEM2_OTHER);
}
it = elements.begin();
advance(it, selected_index+1);
elements.erase(it, elements.end());
}else if(elements.size() == maxelements){
elements.erase(elements.begin());
selected_index--;
}
temp.endpoint = ep;
temp.user_id = arg1;
temp.arg_id = arg2;
temp.arg_id_2 = arg3;
if(str)
temp.text = mem2_strdup(str, MEM2_OTHER);
if(elements.size() == maxelements){
it = elements.begin();
if((*it).text) mem2_free((*it).text, MEM2_OTHER);
elements.erase(it);
}
elements.push_back(temp);
selected_index = elements.size()-1;
return GetSelected();
}
