void getsavedhotielist(void *arg)//
{
Value root;
Reader reader;
struct user * puser = (struct user*)arg;
pthread_mutex_lock(&(puser->msg_lock));
string data = puser->data;
pthread_mutex_unlock(&(puser->msg_lock));
if (reader.parse(data, root))
{
Value object,list, item;
FastWriter writer;
string username = root["username"].asString();
int num = root["num"].asInt();
//struct hottielist* hotlist = myhottie(writ, num);
int ret_len;
struct collection* pcollect = show_collect(username,num,ret_len);
for(int i=0;i<ret_len;++i)
{
item["title"] = pcollect[i].title;
item["writer"] = pcollect[i].author;
list.append(item);
}
object["typecode"] = 2110;
object["list"] = list;
string strdata = writer.write(object);
pthread_mutex_lock(&(puser->msg_lock));
puser->msg.push_back(strdata);
pthread_mutex_unlock(&(puser->msg_lock));
delete[] pcollect;
}
}
void getonehottie(void *arg)//0
{
Value root;
Reader reader;
struct user * puser = (struct user*)arg;
pthread_mutex_lock(&(puser->msg_lock));
string data = puser->data;
pthread_mutex_unlock(&(puser->msg_lock));
if (reader.parse(data, root))
{
Value object;
FastWriter writer;
string title = root["title"].asString();
string wri = root["writer"].asString();
struct hottie *p_hottie = onehottie(wri, title);
object["typecode"] = 2090;
object["content"] = p_hottie->text;
object["title"] = p_hottie->title;
object["img"] = p_hottie->picture;
string strdata = writer.write(object);
pthread_mutex_lock(&(puser->msg_lock));
puser->msg.push_back(strdata);
pthread_mutex_unlock(&(puser->msg_lock));
free(p_hottie);
}
}
void createqun(void *arg)//0
{
Value root;
Reader reader;
struct user * puser = (struct user*)arg;
pthread_mutex_lock(&(puser->msg_lock));
string data = puser->data;
pthread_mutex_unlock(&(puser->msg_lock));
if (reader.parse(data, root))
{
Value object;
FastWriter writer;
string username = root["username"].asString();
string groupname = root["group_name"].asString();
int img = root["img"].asInt();
cout<<"img"<<img<<endl;
string infor = root["group_infor"].asString();
//call dbfunction():
cout << "group infor:"<< infor << endl;
int ret = createqun(groupname, username, img, infor); //attention the type of qunportrait.
if (ret == 1)
{
object["typecode"] = 1310;
object["group_name"] = groupname;
}
else
object["typecode"] = 1311;
string strdata = writer.write(object);
pthread_mutex_lock(&(puser->msg_lock));
puser->msg.push_back(strdata);
pthread_mutex_unlock(&(puser->msg_lock));
}
}
void finishgame(void *arg)
{
struct user* puser = (struct user*)arg;
Value object, object1;
FastWriter writer;
struct user* prival = puser->prival;
object["typecode"] = 3013;
object["winner"] = puser->username;
string strdata = writer.write(object);
int tatol = add_scores(puser->username,30);
object1["typecode"] = 4010;
object1["score"] = tatol;
string strdata1 = writer.write(object1);
pthread_mutex_lock(&(puser->msg_lock));
puser->msg.push_back(strdata);
puser->msg.push_back(strdata1);
pthread_mutex_unlock(&(puser->msg_lock));
//puser->prival = NULL;
tatol = add_scores(prival->username,15);
object1["score"] = tatol;
strdata1 = writer.write(object1);
pthread_mutex_lock(&(prival->msg_lock));
prival->msg.push_back(strdata);
prival->msg.push_back(strdata1);
pthread_mutex_unlock(&(prival->msg_lock));
//prival->prival = NULL;
}
void CTCPServer::Announce(ANNOUNCEMENT::EAnnouncementFlag flag, const char *sender, const char *message, const CVariant &data)
{
Value root;
root["jsonrpc"] = "2.0";
root["method"] = "Announcement";
root["params"]["sender"] = sender;
root["params"]["message"] = message;
if (!data.isNull())
data.toJsonValue(root["params"]["data"]);
FastWriter writer;
//StyledWriter writer;
std::string str = writer.write(root);
for (unsigned int i = 0; i < m_connections.size(); i++)
{
{
CSingleLock lock (m_connections[i].m_critSection);
if ((m_connections[i].GetAnnouncementFlags() & flag) == 0)
continue;
}
unsigned int sent = 0;
do
{
CSingleLock lock (m_connections[i].m_critSection);
sent += send(m_connections[i].m_socket, str.c_str(), str.size() - sent, sent);
} while (sent < str.size());
}
}
void serqun(void *arg)//
{
Value root;
Reader reader;
struct user * puser = (struct user*)arg;
pthread_mutex_lock(&(puser->msg_lock));
string data = puser->data;
pthread_mutex_unlock(&(puser->msg_lock));
if(reader.parse(data,root))
{
Value object;
FastWriter writer;
string groupname = root["group_name"].asString();
struct quninfor* pgroup = searchqun(groupname);
object["typecode"] = 1130;
object["group_name"] = pgroup->qunname;
object["img"] = pgroup->qunportrait;
object["infor"] = pgroup->qundescrible;
string strdata = writer.write(object);
pthread_mutex_lock(&(puser->msg_lock));
puser->msg.push_back(strdata);
pthread_mutex_unlock(&(puser->msg_lock));
delete pgroup;
}
}
void getfanslist(void *arg)//
{
Value root;
Reader reader;
struct user * puser = (struct user*)arg;
pthread_mutex_lock(&(puser->msg_lock));
string data = puser->data;
pthread_mutex_unlock(&(puser->msg_lock));
if(reader.parse(data,root))
{
Value object,flist,item;
FastWriter writer;
string username = root["username"].asString();
int num = root["num"].asInt();
struct fanslist* list = show_fans(username, num);
int len = list->Isquerysuccess;
for(int i=0;i<len;++i)
{
item["img"] = list->pfanslist[i].portrait;
item["name"] = list->pfanslist[i].username;
flist.append(item);
}
object["typecode"] = 0650;
object["focused"] = flist;
string strdata = writer.write(object);
pthread_mutex_lock(&(puser->msg_lock));
puser->msg.push_back(strdata); //add data to send vector
pthread_mutex_unlock(&(puser->msg_lock));
delete[] list->pfanslist;
delete list;
}
}
/**
* Notify the client of a capture event
*/
void sendEvent(const Value & jsonMsg) {
FastWriter fastWriter;
string jsonMessage = fastWriter.write(jsonMsg);
ALOGV("Broadcasting %s", jsonMessage.c_str());
FrameworkListener1::sendBroadcast(200, jsonMessage.c_str(), false);
}
void tofocus(void *arg)//
{
Value root;
Reader reader;
struct user * puser = (struct user*)arg;
pthread_mutex_lock(&(puser->msg_lock));
string data = puser->data;
pthread_mutex_unlock(&(puser->msg_lock));
if(reader.parse(data,root))
{
string username = root["username"].asString();
string focused = root["focused"].asString();
int num = 0;
if(add_focus(username, focused, num) == 1)
{
Value object;
FastWriter writer;
object["typecode"] = 610;
object["num"] = num;
string strdata = writer.write(object);
pthread_mutex_lock(&(puser->msg_lock));
puser->msg.push_back(strdata); //add data to send vector
pthread_mutex_unlock(&(puser->msg_lock));
}
}
}
void createhottie(void *arg)//0
{
Value root;
Reader reader;
struct user * puser = (struct user*)arg;
pthread_mutex_lock(&(puser->msg_lock));
string data = puser->data;
pthread_mutex_unlock(&(puser->msg_lock));
if(reader.parse(data,root))
{
Value object;
FastWriter writer;
string title = root["title"].asString();
string text = root["content"].asString();
int picID = root["img"].asInt();
string author = root["username"].asString();
//call dbfunction():
int ret =insert_hottie(picID, author, title, text); //where is the input parameter?
if(ret == 1)
{
object["typecode"] = 2010;
}
else
{
object["typecode"] = 2011;
}
object["title"] = title;
string strdata = writer.write(object);
pthread_mutex_lock(&(puser->msg_lock));
puser->msg.push_back(strdata);
pthread_mutex_unlock(&(puser->msg_lock));
}
}
void getprivatehottielist(void *arg)//0
{
Value root;
Reader reader;
struct user * puser = (struct user*)arg;
pthread_mutex_lock(&(puser->msg_lock));
string data = puser->data;
pthread_mutex_unlock(&(puser->msg_lock));
if (reader.parse(data, root))
{
Value object,list, item;
FastWriter writer;
string writ = root["writer"].asString();
int num = root["num"].asInt();
struct hottielist* hotlist = myhottie(writ, num);
int len = hotlist->Isquerysuccess;
//cout<<"len:"<<len<<endl;
for(int i=0;i<len;++i)
{
item["title"] = hotlist->phottielist[i].title;
item["img"] = hotlist->phottielist[i].picture;
list.append(item);
}
object["writer"] = writ;
object["typecode"] = 2050;
object["list"] = list;
string strdata = writer.write(object);
pthread_mutex_lock(&(puser->msg_lock));
puser->msg.push_back(strdata);
pthread_mutex_unlock(&(puser->msg_lock));
delete[] hotlist->phottielist;
delete hotlist;
}
}
TEST_F(JsonCpp, FastWriter) {
for (int i = 0; i < kTrialCount; i++) {
FastWriter writer;
std::string str = writer.write(root_);
//if (i == 0)
// std::cout << str.length() << std::endl;
}
}
//--------------------------------------------------------------
string JSONElement::getRawString(bool pretty) {
string raw;
if(pretty) {
StyledWriter writer;
raw = writer.write(*this);
} else {
FastWriter writer;
raw = writer.write(*this);
}
return raw;
}
/*************************************TcpClient::clientMsg*********************************************/
string TcpClient::clientMsg() {
Value RequestLocation;
FastWriter writer;
RequestLocation["typecode"] = 1040;
RequestLocation["rssi"] =
"74:ea:3a:26:10:86,-92.0;20:dc:e6:6b:36:10,-86.0;30:49:3b:09:68:25,-67.14492753623189;50:bd:5f:06:72:84,-85.95;00:87:36:07:ef:4d,-79.70689655172414;30:49:3b:09:68:27,-52.971014492753625;d8:15:0d:38:5b:4e,-62.68115942028985;30:49:3b:09:6b:49,-78.08695652173913;30:49:3b:09:6a:45,-85.0925925925926;08:10:74:67:63:1a,-92.16666666666667;38:83:45:96:c7:6c,-64.4927536231884;44:2b:03:8b:80:c8,-55.82608695652174;38:83:45:47:51:84,-87.0754716981132;c8:3a:35:3f:4d:98,-84.32075471698113;74:ea:3a:2f:6d:0a,-64.7536231884058;e4:d3:32:e3:fc:38,-87.66666666666667;30:49:3b:09:6a:4f,-73.05084745762711;e4:d3:32:eb:f9:f2,-90.0;b0:48:7a:5d:f3:28,-35.57971014492754;5c:63:bf:37:27:6c,-75.08823529411765;e0:05:c5:b3:d3:9e,-88.26666666666667;30:49:3b:09:6a:4b,-87.85714285714286;78:a1:06:fd:41:84,-86.37037037037037;30:49:3b:09:6a:59,-89.54545454545455;20:dc:e6:88:5b:5e,-89.57142857142857;20:dc:e6:6d:13:0e,-77.61764705882354;00:23:cd:83:7d:a0,-90.0;30:49:3b:09:6b:4b,-85.91304347826087";
#if BURDEN_ANALY
RequestLocation["timestamp"] = htonl(time(NULL));
#endif
//cout << RequestLocation << endl;
return writer.write(RequestLocation);
}
string TagDB::convertTagToJson(Tag& tag) {
Json::Value value;
value["tagName"] = tag.tagName;
value["viewCounts"] = static_cast<int> (tag.viewCounts);
value["dateAdd"] = tag.dateAdd;
value["dateUpdate"] = tag.dateUpdate;
//Json::StyledWriter writer;
FastWriter writer;
string jsonText = writer.write(value);
//poco_information_f1(*logger, "convertTagToJson: Convert from Tag %s to json successful", tag.tagID);
return jsonText;
}
void respaddqun(void *arg)
{
Value root;
Reader reader;
struct user * puser = (struct user*)arg;
pthread_mutex_lock(&(puser->msg_lock));
string data = puser->data;
pthread_mutex_unlock(&(puser->msg_lock));
if(reader.parse(data,root))
{
Value object;
FastWriter writer;
string requester = root["requester"].asString();
string master = root["master"].asString();
string qunname = root["group_name"].asString();
int typecode = root["typecode"].asInt();
int groupid;
if(typecode == 1601) //agree to add qun
{
long pmaster = responsejoin(1, requester, qunname);
struct user* puser = (struct user*)pmaster;
object["typecode"] = 1070;
object["group_name"] = qunname;
object["master"] = master;
string strdata = writer.write(object);
pthread_mutex_lock(&(puser->msg_lock));
puser->msg.push_back(strdata); //add data to send vector
pthread_mutex_unlock(&(puser->msg_lock));
}
else if(typecode == 1602)
{
long pmaster = responsejoin(0, requester, qunname);
struct user* puser = (struct user*)pmaster;
object["typecode"] = 1071;
object["group_name"] = qunname;
object["master"] = master;
string strdata = writer.write(object);
pthread_mutex_lock(&(puser->msg_lock));
puser->msg.push_back(strdata); //add data to send vector
pthread_mutex_unlock(&(puser->msg_lock));
}
}
}
//--------------------------------------------------------------
bool JSONElement::save(string filename, bool pretty)
{
ofstream file_key(filename.c_str());
if (!file_key.is_open()) {
cout << "Unable to open " << filename << endl;
return false;
}
if(pretty) {
StyledWriter writer;
file_key << writer.write( *this ) << endl;
} else {
FastWriter writer;
file_key << writer.write( *this ) << endl;
}
file_key.close();
return true;
}
/**
* Ham ma hoa 1 Item thanh chuoi Json, khong ma hoa itemID.
* @param item
* @return string
*/
string ItemDB::convertItemToJson(Item& item) {
Value value;
value["content"] = item.content;
value["tagsID"];
int n = item.tagsID.size();
for (int i = 0; i < n; i++) {
value["tagsID"][i] = item.tagsID[i];
}
value["likeCounts"] = static_cast<int> (item.likeCounts);
value["viewCounts"] = static_cast<int> (item.viewCounts);
value["dislikeCounts"] = static_cast<int> (item.dislikeCounts);
value["dateAdd"] = item.dateAdd;
value["dateUpdate"] = item.dateUpdate;
FastWriter writer; //not use Json::Writer because it is a virtual class
string jsonString = writer.write(value);
return jsonString;
}
void askpk(void *arg)//
{
Value root;
Reader reader;
struct user * puser = (struct user*)arg;
pthread_mutex_lock(&(puser->msg_lock));
string data = puser->data;
pthread_mutex_unlock(&(puser->msg_lock));
if (reader.parse(data, root))
{
Value object;
FastWriter writer;
string username = root["username"].asString();
puser->username = username;
if(privalUser == NULL)
{
privalUser = puser;
object["typecode"] = 3010;
string strdata = writer.write(object);
pthread_mutex_lock(&(puser->msg_lock));
puser->msg.push_back(strdata);
pthread_mutex_unlock(&(puser->msg_lock));
}
else if(puser != privalUser)
{
puser->prival = privalUser;
object["typecode"] = 3011;
object["rivalname"] = privalUser->username;
string strdata = writer.write(object);
pthread_mutex_lock(&(puser->msg_lock));
puser->msg.push_back(strdata);
pthread_mutex_unlock(&(puser->msg_lock));
privalUser->prival = puser;
object["rivalname"] = puser->username;
strdata = writer.write(object);
pthread_mutex_lock(&(privalUser->msg_lock));
privalUser->msg.push_back(strdata);
pthread_mutex_unlock(&(privalUser->msg_lock));
privalUser = NULL;
}
}
}
//--------------------------------------------------------------
bool ofxJSONElement::save(string filename, bool pretty)
{
filename = ofToDataPath(filename, true);
ofstream file_key(filename.c_str());
if (!file_key.is_open()) {
ofLog(OF_LOG_WARNING, "Unable to open "+filename);
return false;
}
if(pretty) {
StyledWriter writer;
file_key << writer.write( *this ) << endl;
} else {
FastWriter writer;
file_key << writer.write( *this ) << endl;
}
ofLog(OF_LOG_NOTICE, "JSON saved to "+filename);
file_key.close();
return true;
}
void chat(void *arg)//
{
Value root;
Reader reader;
struct user * puser = (struct user*)arg;
pthread_mutex_lock(&(puser->msg_lock));
string data = puser->data;
pthread_mutex_unlock(&(puser->msg_lock));
if (reader.parse(data, root))
{
Value object;
FastWriter writer;
string username = root["username"].asString();
string qunname = root["group_name"].asString();
string msg = root["msg"].asString();
long *pointer;
long num = 0;
addchatrecord(username, qunname, msg, pointer,num);
cout<<"num:"<<num<<endl;
cout<<"*pointeer:"<<pointer[0]<<endl;
for(int i=0;i<num;++num)
{
struct user* puser = (struct user*)pointer[i];
if(i == num-1)
delete pointer;
Value object;
object["typecode"] = 1200;
object["username"] = username;
object["group_name"] = qunname;
object["msg"] = msg;
string strdata = writer.write(object);
cout << "huibuhui baocuo" << endl;
pthread_mutex_lock(&(puser->msg_lock));
puser->msg.push_back(strdata);
pthread_mutex_unlock(&(puser->msg_lock));
}
//delete pointer;
}
}
void quitqun(void *arg)//
{
Value root,object;
Reader reader;
FastWriter writer;
struct user * puser = (struct user*)arg;
pthread_mutex_lock(&(puser->msg_lock));
string data = puser->data;
pthread_mutex_unlock(&(puser->msg_lock));
if(reader.parse(data,root))
{
string username = root["username"].asString();
string groupname = root["group_name"].asString();
outofgroup(username, groupname);
object["typecode"] = 1040;
object["group_name"] = groupname;
string strdata = writer.write(root);
pthread_mutex_lock(&(puser->msg_lock));
puser->msg.push_back(strdata); //add data to send vector
pthread_mutex_unlock(&(puser->msg_lock));
}
}
void quitgame(void *arg)
{
struct user * puser = (struct user*)arg;
Value object, object1;
FastWriter writer;
struct user* prival = puser->prival;
object["typecode"] = 3012;
object["rivalname"] = puser->username;
string strdata = writer.write(object);
pthread_mutex_lock(&(prival->msg_lock));
prival->msg.push_back(strdata);
pthread_mutex_unlock(&(prival->msg_lock));
int tatol = add_scores(puser->username,-5);
object1["typecode"] = 4010;
object1["score"] = tatol;
strdata = writer.write(object1);
pthread_mutex_lock(&(puser->msg_lock));
puser->msg.push_back(strdata);
pthread_mutex_unlock(&(puser->msg_lock));
}
void getqunrecord(void *arg)//
{
Value root;
Reader reader;
struct user * puser = (struct user*)arg;
pthread_mutex_lock(&(puser->msg_lock));
string data = puser->data;
pthread_mutex_unlock(&(puser->msg_lock));
if (reader.parse(data, root))
{
Value object, recordlist, item;
FastWriter writer;
string groupname = root["group_name"].asString();
string username = root["username"].asString();
int num = root["num"].asInt();
struct recordlist* qunrcd = showchatrcd(username, groupname,num); //!should input the username
int len = qunrcd->Isquerysuccess;
struct RECORD* precord = qunrcd->precordlist;
for(int i=0; i<len; ++i)
{
item["username"] = precord[i].username;
item["msg"] = precord[i].message;
item["time"] = precord[i].cur_time;
item["img"] = precord[i].usrportrt; //add in the dbhandle.cpp.
recordlist.append(item);
}
object["typecode"] = 1220;
object["group_name"] = groupname; //qunname is above
object["recordlist"] = recordlist;
string strdata = writer.write(object);
pthread_mutex_lock(&(puser->msg_lock));
puser->msg.push_back(strdata);
pthread_mutex_unlock(&(puser->msg_lock));
delete[] precord;
delete qunrcd;
}
}
void addfen(void*arg)
{
Value root;
Reader reader;
struct user * puser = (struct user*)arg;
pthread_mutex_lock(&(puser->msg_lock));
string data = puser->data;
pthread_mutex_unlock(&(puser->msg_lock));
if (reader.parse(data, root))
{
Value object;
FastWriter writer;
string username = root["username"].asString();
int tatol = add_scores(username,10);
object["typecode"] = 4010;
object["score"] = tatol;
string strdata = writer.write(object);
pthread_mutex_lock(&(puser->msg_lock));
puser->msg.push_back(strdata);
pthread_mutex_unlock(&(puser->msg_lock));
}
}
void addqun(void *arg)//
{
Value root;
Reader reader;
struct user * puser = (struct user*)arg;
pthread_mutex_lock(&(puser->msg_lock));
string data = puser->data;
pthread_mutex_unlock(&(puser->msg_lock));
if(reader.parse(data,root))
{
Value object;
FastWriter writer;
string requester = root["requester"].asString();
string qunname = root["group_name"].asString();
int groupid;
long pmaster = requestjoin(requester, qunname, groupid);
if(pmaster == -1) //qunmaster is offline
{
object["typecode"] = 1073;
cout<<"qunmaster is offlime"<<endl;
}
else
{
object["typecode"] = 1070;
object["group_name"] = qunname;
object["requester"] = requester;
puser = (struct user*)pmaster;
}
string strdata = writer.write(object);
pthread_mutex_lock(&(puser->msg_lock));
puser->msg.push_back(strdata); //add data to send vector
pthread_mutex_unlock(&(puser->msg_lock));
}
}
void savehottie(void *arg)//0
{
Value root;
Reader reader;
struct user * puser = (struct user*)arg;
pthread_mutex_lock(&(puser->msg_lock));
string data = puser->data;
pthread_mutex_unlock(&(puser->msg_lock));
if (reader.parse(data, root))
{
Value object;
FastWriter writer;
string username = root["username"].asString();
string title = root["title"].asString();
add_collect(username,title);
object["typecode"] = 2070;
object["title"] = title;
string strdata = writer.write(object);
pthread_mutex_lock(&(puser->msg_lock));
puser->msg.push_back(strdata);
pthread_mutex_unlock(&(puser->msg_lock));
}
}
BSTR CCMSUtils::doGetDriveFiles(void)
{
USES_CONVERSION;
INT drive_current=0;
ULONG uDriveMask=0;
INT drive=1;
INT last=0;
Value root;
Value images;
Reader reader;
FastWriter fw;
string retStr;
TCHAR g_szDrvMsg[] = _T("A:\\");
static char drive_buff[_MAX_PATH]={0};
drive_current = _getdrive();
string drive_str;
uDriveMask=_getdrives();
if(uDriveMask==0){
CMSBOXW(L"º¯Êý·µ»ØûÓдÅÅÌ");
}else{
while(uDriveMask)
{
if(uDriveMask&1)
{
Value lv;
Value image;
Value lnone;
char *path_files=NULL;
path_files=W2A(doGetPathFiles(g_szDrvMsg));
if(NULL!=path_files&&reader.parse(path_files,lv)==TRUE)
{
if(lv.isMember("images"))
{
Value::iterator it=lv["images"].begin();
while(it!=lv["images"].end())
{
images.append(*it);
++it;
}
}
root[W2A(g_szDrvMsg)]=lv;
}
}
++g_szDrvMsg[0];
uDriveMask >>= 1;
}
}
//for(;drive<=26;++drive)
//{
// if(!_chdrive(drive))
// {
// if( _getdcwd( drive, drive_buff, _MAX_PATH ) != NULL ){
// CString files=doGetPathFiles(A2W(drive_buff));
// // files.Replace(L"\\\\",L"\\");
// drive_str+=drive_buff;
// root[drive_buff]=W2A(files);
// }
// }
//}
//_chdrive( drive_current );
if(images.isArray()&&images.size()>=1)
{
root["images"]=images;
}
retStr=fw.write(root);
CString cs(A2W(retStr.c_str()));
//cs.Replace(L"\\\\",L"\\");
//CMSBOXW(cs);
cs.Replace(L"\\n",L"");
if(cs.GetLength()>0)
{
/* CMSBOXW(cs);
CMSBOX(drive_str.c_str());*/
return cs.AllocSysString();
}
//if(GetLogicalDriveStrings(1024,drive_buff)!=0){
// CMSBOXW(drive_buff);
//}
return NULL;
}
BSTR CCMSUtils::doGetPathFiles(BSTR path_name)
{
USES_CONVERSION;
Value root;
FastWriter fw;
string retStr;
CString pattern(path_name);
pattern+=L"\\*.*";
//CMSBOXW(pattern);
Value images;
int dir_index=0;
int image_index=0;
CString res;
if(NULL!=path_name&&_file_exists(W2A(path_name))==0)
{
SetCurrentDirectory(path_name);
CFileFind cff;
BOOL found=cff.FindFile(pattern);
while(found)
{
found=cff.FindNextFile();
//res+=L" "+cff.GetFilePath();
if(cff.IsDirectory()&&!cff.IsDots()){
CString full_path=cff.GetFilePath();
//full_path.Append(cff.GetFileName());
if(!full_path.IsEmpty())
{
//res+=L"--"+full_path+L"--";
char *file=W2A(full_path.AllocSysString());
if(NULL!=file)
{
char buff[128]={0};
_itoa_s(dir_index++,buff,128,10);
root[buff]=file;
}
}
}
if( cff.GetFileName().Find(L".jpg")>0||
cff.GetFileName().Find(L".gif")>0||
cff.GetFileName().Find(L".png")>0||
cff.GetFileName().Find(L".bmp")>0
)
{
/* CMSBOX("image");
return NULL;*/
//CMSBOXW(cff.GetFilePath());
char l_buff[128]={0};
_itoa_s(image_index++,l_buff,128,10);
images[l_buff]=W2A(cff.GetFilePath());
}
}
cff.Close();
}
if(images.size()>=1)
{
root["images"]=images;
}
retStr=fw.write(root);
//CMSBOXW(res);
if(retStr.length()>0)
{
return SysAllocString(A2W(retStr.c_str()));
}
return CString("1").AllocSysString();
}
/******************* start of server ****************************/
void regist_change(void *arg) //0
{
Value root;
Reader reader;
struct user * puser = (struct user*)arg;
pthread_mutex_lock(&(puser->msg_lock));
string data = puser->data;
pthread_mutex_unlock(&(puser->msg_lock));
if(reader.parse(data,root))
{
Value ret;
FastWriter writer;
int typecode = root["typecode"].asInt();
string name = root["username"].asString();
string paswd = root["password"].asString();
string email = root["email"].asString();
int age = root["age"].asInt();
int facetype = root["facetype"].asInt();
int sex = root["sex"].asInt();
int headpicID = root["headpicID"].asInt();
struct USER *pusrinfor;
pusrinfor = new USER();
//pusrinfor = (struct USER *)malloc(sizeof(struct USER));
pusrinfor->username = name;
pusrinfor->passwd = paswd;
pusrinfor->mail = email;
pusrinfor->sex = sex;
pusrinfor->age = age;
pusrinfor->facetype = facetype;
pusrinfor->portrait = headpicID;
if((name == "")||(paswd == "")) //data is wrong
{
cout<<"in login,data is wrong"<<endl;
ret["typecode"] = 11;
}
else if(typecode == 1) //regist
{
int flag = registration(pusrinfor);
if(flag == 1)
ret["typecode"] = 10;
else
ret["typecode"] = 11;
}
else //change information
{
int flag;
//cout << "ccccccc" << endl;
flag = changeinfo(pusrinfor);
if(flag == 1)
ret["typecode"] = 50;
else
ret["typecode"] = 51;
}
delete pusrinfor;
string strdata = writer.write(ret);
pthread_mutex_lock(&(puser->msg_lock));
puser->msg.push_back(strdata); //add data to send vector
pthread_mutex_unlock(&(puser->msg_lock));
}
}