xfstk-dldr-example-parallel-dynamic-load/xfstk-dldr-example-parallel.cpp File Reference

#include "xfstk-dldr-example-parallel.h"
#include <dlfcn.h>

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Typedefs
typedef xfstkdldrapi *(*	PXFSTKALLOC) ()
typedef void(*	PXFSTKDEALLOC) (xfstkdldrapi *)

Functions
void	status (char *message, void *clientdata)
bool	IsContains (list< void * > *list_checking, string *usbsn)
void	Sleepms (int delay)
int	main (int argc, char *argv[])

Variables
QMutex	ghMutex
QMutex	ghListMutex
void *	hinstLib
PXFSTKALLOC	xfstkalloc
PXFSTKDEALLOC	xfstkdealloc
list< string >	list_usbsn
list< string >::iterator	it_usbsn
list< void * >	list_running
list< void * >	list_done
list< void * >::iterator	it_running
list< void * >::iterator	it_done
int	totaltargets = 7
int	donetargets = 0
int	failtargets = 0

Typedef Documentation

PXFSTKALLOC

typedef xfstkdldrapi*( * PXFSTKALLOC) ()

PXFSTKDEALLOC

typedef void( * PXFSTKDEALLOC) (xfstkdldrapi *)

Function Documentation

status()

void status	(	char *	message,
		void *	clientdata
	)

{
    ghMutex.lock();
    printf(message);
    ghMutex.unlock();
}

References ghMutex.

Referenced by main().

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IsContains()

bool IsContains	(	list< void * > *	list_checking,
		string *	usbsn
	)

{
    bool ret = false;
    ghListMutex.lock();
    for (list<void*>::iterator it=list_checking->begin(); it!=list_checking->end(); it++) {
        thread_rectype *trd = (thread_rectype *)*it;
        if(trd->usbsn == *usbsn) {
            ret = true;
            break;
        }
    }
    ghListMutex.unlock();
    return ret;
}

References ghListMutex, and thread_rectype::usbsn.

Referenced by main().

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Sleepms()

void Sleepms

(

int

delay

)

{
#if defined XFSTK_OS_WIN
        Sleep(delay);
#else
        usleep(1000*delay);
#endif
}

Referenced by main().

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main()

int main	(	int	argc,
		char *	argv[]
	)

{
    QCoreApplication a(argc, argv);
    int y = 0;
    int pass = 0;
    int fail = 0;
    hinstLib = dlopen("./libxfstk-dldr-api.so", RTLD_LAZY);
    if (!hinstLib)
    {
        printf("%s\n", dlerror());
        exit(1);
    }
 
    xfstkalloc = (PXFSTKALLOC)dlsym(hinstLib, "xfstkdldrapi_alloc");
 
    if (xfstkalloc == NULL)
    {
        printf("%s\n", dlerror());
        exit(1);
    }
 
    xfstkdealloc = (PXFSTKDEALLOC)dlsym(hinstLib, "xfstkdldrapi_dealloc");
    if (xfstkdealloc == NULL)
    {
        printf("%s\n", dlerror());
        exit(1);
    }
 
    xfstkdldrapi* xfstktest = xfstkalloc();
 
    if(xfstktest == NULL)
        exit(1);
 
    int retrycount = 20;
 
    bool provisioningok = false;
 
    it_running = list_running.begin();
    it_done = list_done.begin();
    it_usbsn = list_usbsn.begin();
 
    //Here populate list_usbsn for simulate the SCU device dection
    //Remeber replace the ussn string with the ones from your devices
    list_usbsn.push_back ("175D126E48335F80");
    list_usbsn.push_back ("BDA397C26EA8035B");
    list_usbsn.push_back ("3183CBBBDA014AF1");
    list_usbsn.push_back ("E7C123BC1EA72083");
    list_usbsn.push_back ("B9AD3AC29A0BDF5E");
    list_usbsn.push_back ("4EC224787F0ECABB");
    list_usbsn.push_back ("9724D645A3D7E902");
 
    //Wait to see if there is a new device arrived
    while(1) {
        if(xfstktest->getavailabletargets() > 0) {
            printf("\n\nXFSTK INFO: Found SCU %d devices.\n",xfstktest->getavailabletargets());
            break;
        }
 
        //Sleep one second and scan a again
        printf("\n\nXFSTK INFO: Wait One seconds and scan for SCU device again\n");
        Sleepms(1000);//(1000);
    }
 
    while(1) {
        //In your App, need to use winddk USB enumeration to detect SCU devices
        //here only use populated list_usbsn to simulate
        for (it_usbsn=list_usbsn.begin(); it_usbsn!=list_usbsn.end(); it_usbsn++) {
            //cout << "USBSN: \n" << *it_usbsn;
            if(!IsContains(&list_running,&*it_usbsn) ){
                thread_rectype * thread_rec = new thread_rectype;
                DlThreadObj* downloader = new DlThreadObj;
                Dlthread *dlthread = new Dlthread;
                thread_rec->threadobj = (void*)downloader;
                thread_rec->usbsn = *it_usbsn;
 
                ghListMutex.lock();
                list_running.push_back((void*)thread_rec);
                ghListMutex.unlock();
 
                arg_type * myarg = new arg_type;
                myarg->fwdnx   = "C:\\tmp\\fwdnx.bin";
                myarg->fwimage   = "C:\\tmp\\fwimage.bin";
                myarg->osdnx   = "C:\\tmp\\osdnx.bin";
                myarg->osimage   = "C:\\tmp\\osimage.bin";
                myarg->gpflags   = "80000041";
                myarg->usbsn   = *it_usbsn;
                myarg->statuscallback   = status;
                cout << "Starting thread on USBSN: " + *it_usbsn << "\n";
                downloader->Arg(myarg);
                thread_rec->hthread = (void*)dlthread;
                dlthread->setobj(downloader);
                dlthread->start();
                //Wait 200ms to let the thread to start
                Sleepms(200);//(200);
            }
        }
 
        //If done clear up all resources
        if(donetargets >= totaltargets) {
            ghListMutex.lock();
 
            while (!list_done.empty()) {
                thread_rectype *trd = (thread_rectype *)list_done.front();
                list_done.pop_front();
                delete (Dlthread *)trd->hthread;
                delete (DlThreadObj*)trd->threadobj;
                delete trd;
            }
            list_done.clear();
            list_running.clear();
 
            if(failtargets > 0) {
                fail += failtargets;
                pass += donetargets;
                pass -= failtargets;
                printf("\n\nXFSTK ERROR: %d devices failed out of %d\n",failtargets, donetargets);
            } else {
                pass += donetargets;
                printf("\n\nXFSTK INFO: %d devices soccessful out of %d\n",pass, donetargets);
            }
            //clear the variables for next round of run
            donetargets = failtargets = 0;
            ghListMutex.unlock();
            break;
        }
 
        //wait one second to check if threads are done
        Sleepms(1000);
 
    }
 
    cout << "Press any key to terminate this program. " ;// getch();
    xfstkdealloc(xfstktest);
    dlclose(hinstLib);
    exit(0);
}

References DlThreadObj::Arg(), donetargets, failtargets, arg_type::fwdnx, arg_type::fwimage, xfstkdldrapi::getavailabletargets(), ghListMutex, arg_type::gpflags, hinstLib, thread_rectype::hthread, IsContains(), it_done, it_running, it_usbsn, list_done, list_running, list_usbsn, arg_type::osdnx, arg_type::osimage, Dlthread::setobj(), Sleepms(), status(), arg_type::statuscallback, thread_rectype::threadobj, totaltargets, arg_type::usbsn, thread_rectype::usbsn, xfstkalloc, and xfstkdealloc.

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Variable Documentation

ghMutex

QMutex ghMutex

Referenced by status().

ghListMutex

QMutex ghListMutex

Referenced by IsContains(), and main().

hinstLib

void* hinstLib

Referenced by main().

xfstkalloc

PXFSTKALLOC xfstkalloc

Referenced by main().

xfstkdealloc

PXFSTKDEALLOC xfstkdealloc

Referenced by main().

list_usbsn

list<string> list_usbsn

Referenced by main().

it_usbsn

list<string>::iterator it_usbsn

Referenced by main().

list_running

list<void*> list_running

Referenced by main().

list_done

list<void*> list_done

Referenced by main().

it_running

list<void*>::iterator it_running

Referenced by main().

it_done

list<void*>::iterator it_done

Referenced by main().

totaltargets

int totaltargets = 7

Referenced by main().

donetargets

int donetargets = 0

Referenced by main().

failtargets

int failtargets = 0

Referenced by main().