/****************************************
function: writeToFile of WritingJSON
Inputs: N/A
Outputs: N/A
Description: read result vector and convert them into JSON and write them into txt file.
****************************************/
void WritingJSON::writeToFile(void){
vector<result*>::iterator it; //iterator of vector of pointers of result
vector<listing*>::iterator il; //iterator for listing vector in each result object
vector<listing*> list; //temp var to store listing of current result object in the loop
string title;
string manufacturer;
string currency;
string price;
Json::FastWriter fast_writer; //FastWriter function of json
//cout<<"result set size is "<<res.size()<<endl;
std::ofstream fil("result.txt", std::ios::out); //generate result.txt file
//iterate the whole vector of pointers of result
for(it = res.begin(); it != res.end(); it++){
Json::Value value; //for each record of result, generate a new json data and according to the result object
Json::Value arrayobj;
value["product_name"] = (*it)->getPDname();
list = (*it)->getList();
//cout<<(*it)->getPDname()<<endl;
for(il = list.begin(); il !=list.end(); il++){ //this loop is used to read the related listing of each result object and put them in array of json.
Json::Value item;
item["title"] = (*il)->getTit();
item["manufacturer"] = (*il)->getManuf();
item["currency"] = (*il)->getCur();
item["price"] = (*il)->getPrice();
arrayobj.append(item);
}
value["listing"] = arrayobj;
fil<<reOrder(fast_writer.write(value))<<endl; //convert json data to string and write into result.text
}
fil.close();
}
unsigned long GetLastTrack1Addr(void)
{
unsigned char xbuffer[4];DWORD dwStatus;
unsigned long lmax;
TOC xTOC;
LockGenCDAccess();
memset(&(xTOC),0,sizeof(xTOC));
dwStatus=GetSCSITOC((LPTOC)&xTOC);
UnlockGenCDAccess();
if(dwStatus!=SS_COMP) return 0;
addr2time(reOrder(xTOC.tracks[1].lAddr),xbuffer);
xbuffer[0]=itob(xbuffer[0]);
xbuffer[1]=itob(xbuffer[1]);
xbuffer[2]=itob(xbuffer[2]);
xbuffer[3]=itob(xbuffer[3]);
lmax=time2addrB(xbuffer);
if(lmax<150) return 0;
return lmax-150;
}
void ReadTOC(void)
{
unsigned char xbuffer[4];DWORD dwStatus;
LockGenCDAccess();
memset(&(sTOC),0,sizeof(sTOC)); // init toc infos
dwStatus=GetSCSITOC((LPTOC)&sTOC); // get toc by scsi... may change that for ioctrl in xp/2k?
UnlockGenCDAccess();
if(dwStatus!=SS_COMP) return;
#ifdef DBGOUT
auxprintf("TOC Last %d, max %08x,%08x\n",sTOC.cLastTrack,sTOC.tracks[sTOC.cLastTrack].lAddr,reOrder(sTOC.tracks[sTOC.cLastTrack].lAddr));
#endif
// re-order it to psemu pro standards
addr2time(reOrder(sTOC.tracks[sTOC.cLastTrack].lAddr),xbuffer);
#ifdef DBGOUT
auxprintf("TOC %d, %d, %d, %d\n",
xbuffer[0],xbuffer[1],xbuffer[2],xbuffer[3] );
#endif
xbuffer[0]=itob(xbuffer[0]);
xbuffer[1]=itob(xbuffer[1]);
xbuffer[2]=itob(xbuffer[2]);
xbuffer[3]=itob(xbuffer[3]);
lMaxAddr=time2addrB(xbuffer); // get max data adr
}
void GuiTabBookCtrl::onMouseDragged(const GuiEvent &event)
{
Parent::onMouseDragged( event );
if ( !mDraggingTab )
return;
GuiTabPageCtrl *selectedPage = NULL;
if ( mSelectedPageNum != -1 )
selectedPage = mPages[mSelectedPageNum].Page;
if ( !selectedPage )
return;
Point2I localMouse = globalToLocalCoord( event.mousePoint );
if( mTabRect.pointInRect( localMouse ) )
{
GuiTabPageCtrl *tab = findHitTab( localMouse );
if( tab != NULL && tab != selectedPage )
{
S32 targetIndex = -1;
for( S32 i = 0; i < mPages.size(); i++ )
{
if( mPages[i].Page == tab )
{
targetIndex = i;
break;
}
}
if ( targetIndex > mSelectedPageNum )
{
reOrder( tab, selectedPage );
}
else
{
reOrder( selectedPage, tab );
}
}
}
}
void FileManager::addNewToDrag()
{
// add to the drop area
if( this->_lines.size() > 7 )
{
delete this->_lines.first();
this->_lines.removeAt( 0 );
}
FileItem* item = new FileItem( _CurrentFileName, 1, _open );
this->_lines.append( item );
//
logDragFileToCompose( _CurrentFileName );
reOrder();
return;
}