void LevelUploader::loadFileName(QString nom)
{
fullfilename=nom;
QFileInfo infofile(fullfilename);
filename = infofile.fileName();
label_namefile->setText(tr("Name file: %1").arg(filename));
}
//----------------< Do Post Process >--------------------------------
//
void PostHandler::DoProcess()
{
setProtocal(this->_http_Request._protocal);
std::string action;
//check the action
if (this->_http_Request._relativeURL.find("message/") != std::string::npos) {
//this is message action
action = "message";
/* Put the code of how to handle the message */
std::cout<<"the message is:\n";
for(int i=0; i<_http_Request._content_Length; i++)
std::cout<<this->_http_Request._requestContent[i];
std::cout<<"\n";
} else if (this->_http_Request._relativeURL.find("files/") != std::string::npos) {
//this is a file action
action="file";
ResourceSave(this->_http_Request._relativeURL,
this->_http_Request._requestContent,
this->_http_Request._content_Length);
/* write the file info to the info file */
std::ofstream infofile("info.txt");
infofile<<ScanFiles("files/");
infofile.close();
} else {
//handle the unknown action
this->setContentType("text/html");
std::string msgBody("<p>post failure</p>");
this->setContentLength(msgBody.size());
char *msg = new char[msgBody.size()];
for(size_t i=0; i<msgBody.size(); i++)
msg[i]=msgBody[i];
this->setMsgBody(msg);
setStatus("404 Bad");
_hasProcessed = true;
return;
}
this->setContentType("text/html");
std::string msgBody("<p>"+action+" posted successfully</p>");
this->setContentLength(msgBody.size());
char *msg = new char[msgBody.size()];
for(size_t i=0; i<msgBody.size(); i++)
msg[i]=msgBody[i];
this->setMsgBody(msg);
setStatus("200 OK");
_hasProcessed = true;
return;
}
bool parallelPlanningOnce(ConstrainedProblem &cp, enum PLANNER_TYPE planner, bool output)
{
cp.setPlanner(planner, "parallel");
// Solve the problem
ob::PlannerStatus stat = cp.solveOnce(output, "parallel");
if (output)
{
OMPL_INFORM("Dumping problem information to `parallel_info.txt`.");
std::ofstream infofile("parallel_info.txt");
infofile << cp.type << std::endl;
dynamic_cast<ParallelConstraint *>(cp.constraint.get())->dump(infofile);
infofile.close();
}
cp.atlasStats();
return stat;
}
bool spherePlanningOnce(ConstrainedProblem &cp, enum PLANNER_TYPE planner, bool output)
{
cp.setPlanner(planner, "sphere");
// Solve the problem
ob::PlannerStatus stat = cp.solveOnce(output, "sphere");
if (output)
{
OMPL_INFORM("Dumping problem information to `sphere_info.txt`.");
std::ofstream infofile("sphere_info.txt");
infofile << cp.type << std::endl;
infofile.close();
}
cp.atlasStats();
if (output)
cp.dumpGraph("sphere");
return stat;
}
int main(int argc, char* argv[])
{
char filename[512];
char filetoget[512];
char ofilename[512];
char outputformat[512];
char layoutformat[128];
char temp[512];
int loaderid;
int interfacemode;
int doublestep;
HXCFLOPPYEMULATOR* hxcfe;
verbose=0;
doublestep=-1;
hxcfe=hxcfe_init();
hxcfe_setOutputFunc(hxcfe,&CUI_affiche);
printf("HxC Floppy Emulator : Floppy image file converter\n");
printf("Copyright (C) 2006-2013 Jean-Francois DEL NERO\n");
printf("This program comes with ABSOLUTELY NO WARRANTY\n");
printf("This is free software, and you are welcome to redistribute it\n");
printf("under certain conditions;\n\n");
printf("libhxcfe version : %s\n\n",hxcfe_getVersion(hxcfe));
// License print...
if(isOption(argc,argv,"license",0)>0)
{
printf("License :\n%s\n\n",hxcfe_getLicense(hxcfe));
}
// Verbose option...
if(isOption(argc,argv,"verbose",0)>0)
{
printf("verbose mode\n");
verbose=1;
}
// help option...
if(isOption(argc,argv,"help",0)>0)
{
printhelp(argv);
}
memset(filename,0,sizeof(filename));
// Input file name option
if(isOption(argc,argv,"finput",(char*)&filename)>0)
{
printf("Input file : %s\n",filename);
}
// Output file name option
memset(ofilename,0,512);
isOption(argc,argv,"foutput",(char*)&ofilename);
// Module list option
if(isOption(argc,argv,"modulelist",0)>0)
{
printlibmodule(hxcfe);
}
// Interface mode list option
if(isOption(argc,argv,"interfacelist",0)>0)
{
printinterfacemode(hxcfe);
}
// Interface mode list option
if(isOption(argc,argv,"rawlist",0)>0)
{
printdisklayout(hxcfe);
}
// Interface mode option
interfacemode=-1;
if(isOption(argc,argv,"ifmode",(char*)&temp)>0)
{
interfacemode=hxcfe_getFloppyInterfaceModeID(hxcfe,temp);
if(interfacemode<0)
{
printf("Unknown Interface mode ! : %s\n",temp);
printf("Please use the -interfacelist option for possible interface modes.\n\n");
hxcfe_deinit(hxcfe);
return -1;
}
}
if(isOption(argc,argv,"infos",0)>0)
{
infofile(hxcfe,filename);
}
// Convert a file ?
if(isOption(argc,argv,"conv",0)>0)
{
strcpy(outputformat,PLUGIN_HXC_HFE);
isOption(argc,argv,"conv",(char*)&outputformat);
loaderid=hxcfe_getLoaderID(hxcfe,outputformat);
if(loaderid>=0)
{
if(!strlen(ofilename))
{
get_filename(filename,ofilename);
strcat(ofilename,".");
strcat(ofilename,hxcfe_getLoaderExt(hxcfe,loaderid));
}
printf("Output file : %s\n",ofilename);
}
if(isOption(argc,argv,"uselayout",(char*)&layoutformat)>0)
{
convertrawfile(hxcfe,filename,layoutformat,ofilename,outputformat,interfacemode);
}
else
{
convertfile(hxcfe,filename,ofilename,outputformat,interfacemode);
}
}
if(isOption(argc,argv,"singlestep",0)>0)
{
doublestep=0;
}
if(isOption(argc,argv,"doublestep",0)>0)
{
doublestep=0xFF;
}
if(isOption(argc,argv,"list",0)>0)
{
imagedir(hxcfe,filename);
}
if(isOption(argc,argv,"getfile",(char*)&filetoget)>0)
{
getfile(hxcfe,filename,filetoget);
}
if(isOption(argc,argv,"putfile",(char*)&filetoget)>0)
{
putfile(hxcfe,filename,filetoget);
}
// Input file name option
if(isOption(argc,argv,"usb",(char*)&temp)>0)
{
usbload(hxcfe,filename,temp[0]-'0',doublestep,interfacemode);
}
if( (isOption(argc,argv,"help",0)<=0) &&
(isOption(argc,argv,"license",0)<=0) &&
(isOption(argc,argv,"modulelist",0)<=0) &&
(isOption(argc,argv,"interfacelist",0)<=0) &&
(isOption(argc,argv,"list",0)<=0) &&
(isOption(argc,argv,"getfile",0)<=0) &&
(isOption(argc,argv,"putfile",0)<=0) &&
(isOption(argc,argv,"conv",0)<=0) &&
(isOption(argc,argv,"usb",0)<=0) &&
(isOption(argc,argv,"rawlist",0)<=0) &&
(isOption(argc,argv,"infos",0)<=0 )
)
{
printhelp(argv);
}
hxcfe_deinit(hxcfe);
return 0;
}
