#include <iostream>
#include "parser.hpp"


#if defined(HAVE_LIBCURL)
#include <curl/curl.h>
#endif

#if defined(HAVE_LIBSDL2)
#include <SDL2/SDL.h>
#endif

#if defined(GEKKO)
//#include <ogc/lwp.h>
#else
#include <thread>
#endif

#if defined(HW_RVL)
#include <wiiuse/wpad.h>
#include <gccore.h>
#endif
#include <cmath>

string GetLabelText(BoxScript::Expression* exp)
{
    if(exp->GetNodeName()=="VariableGetValueNode")
    {
        return ((BoxScript::VariableGetValueNode*)exp)->GetName();
    }
    throw exception();
}

int64_t runtime_gt(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
    return expressions[0]->Evaluate(state) > expressions[1]->Evaluate(state);
}
int64_t runtime_gte(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
    return expressions[0]->Evaluate(state) >= expressions[1]->Evaluate(state);
}
int64_t runtime_lt(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
    return expressions[0]->Evaluate(state) < expressions[1]->Evaluate(state);
}
int64_t runtime_lte(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
    return expressions[0]->Evaluate(state) <= expressions[1]->Evaluate(state);
}
int64_t runtime_eq(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
    return expressions[0]->Evaluate(state) == expressions[1]->Evaluate(state);
}
int64_t runtime_not(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) throw exception();
    return !expressions[0]->Evaluate(state);
}
int64_t runtime_xor(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
    return expressions[0]->Evaluate(state) ^ expressions[1]->Evaluate(state);
}
int64_t runtime_bor(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
    return expressions[0]->Evaluate(state) | expressions[1]->Evaluate(state);
}
int64_t runtime_cor(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
    return expressions[0]->Evaluate(state) || expressions[1]->Evaluate(state);
}
int64_t runtime_band(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
    return expressions[0]->Evaluate(state) & expressions[1]->Evaluate(state);
}
int64_t runtime_cand(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
    return expressions[0]->Evaluate(state) && expressions[1]->Evaluate(state);
}
int64_t runtime_lshift(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
    return expressions[0]->Evaluate(state) << (int)(expressions[1]->Evaluate(state));
}
int64_t runtime_rshift(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
    return expressions[0]->Evaluate(state) >> (int)(expressions[1]->Evaluate(state));
}

int64_t runtime_printint(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    for(auto val : expressions)
    {
        printf("%i",(int)val->Evaluate(state));
    }
    return 0;
}
int64_t runtime_printintln(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    for(auto val : expressions)
    {
        printf("%i\n",(int)val->Evaluate(state));
    }
    return 0;
}
int64_t runtime_printchars(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
     for(auto val : expressions)
    {
        printf("%c",(char)val->Evaluate(state));
    }
    return 0;
}
int64_t runtime_udpclient(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    BoxScript::Stream* strm=BoxScript::UdpClient(state->BoxToString(expressions[0]->Evaluate(state)),expressions[1]->Evaluate(state));
    return state->CreateStream(strm);
}
int64_t runtime_tcpclient(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    BoxScript::Stream* strm=BoxScript::TcpClient(state->BoxToString(expressions[0]->Evaluate(state)),expressions[1]->Evaluate(state));
    return state->CreateStream(strm);
}
class threadctx_t
{
    public:
    BoxScript::Expression* expression;  
    BoxScript::IApplicationState* appstate;
    
    
};
class clientctx_t
{
    public:
    BoxScript::Expression* expression;  
    BoxScript::IApplicationState* appstate;
    int64_t stream;
    int64_t ip;
    
} ;
static void* __me_create_thread(void* t)
{
    fprintf(stdout,"\t\tMECREATETHREAD\n");
    fflush(stdout);
    threadctx_t* tInfo = static_cast<threadctx_t*>(t);
    //this is a thread
    
    tInfo->expression->Evaluate(tInfo->appstate);
   
    tInfo->appstate->RemoveThreadOwner();
    delete tInfo;

    return NULL;
}
static void* __me_create_thread2(void* t)
{
    clientctx_t* tInfo = static_cast<clientctx_t*>(t);
    //this is a thread
    
    tInfo->expression->Evaluate(tInfo->appstate);
    tInfo->appstate->CloseStream(tInfo->stream);
    tInfo->appstate->DestroyBox(tInfo->ip);
    tInfo->appstate->RemoveThreadOwner();

    delete tInfo;

    return NULL;
}


int64_t runtime_threadcreate(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) throw exception();
    
    threadctx_t* tInfo = new threadctx_t();
    
    tInfo->expression = expressions[0];
    tInfo->appstate=state->NewScope();
    tInfo->appstate->AddThreadOwner();
    #if defined(GEKKO)
    lwp_t pthread = LWP_THREAD_NULL;
   
    auto res = LWP_CreateThread (&pthread, __me_create_thread, tInfo, NULL, 8196, 80);
   
 //   return (int64_t)pthread;
    #else
    std::thread* t = new std::thread(__me_create_thread,tInfo);
    return (int64_t)t;
    #endif

    return 0;
}
class serverctx_t
{
    public:
    BoxScript::Expression* expression;  
    BoxScript::IApplicationState* appstate;
    
    string variable_name;
    string ip_name;
    string ip;
    int64_t port;
};

static void* __udp_server_thread(void* t)
{
    serverctx_t* tInfo = (serverctx_t*)t;
    //this is a thread
     #if defined(_WIN32) || defined(WIN32)
    SOCKET fd=BoxScript::UdpServerInit(tInfo->ip,tInfo->port);
    #else 
    int fd=BoxScript::UdpServerInit(tInfo->ip,tInfo->port);
    #endif
    
    while(true)
    {
        string ip_addr="";
        BoxScript::Stream* strm= BoxScript::AcceptClient(fd,&ip_addr);
        BoxScript::IApplicationState* state2=tInfo->appstate->NewScope();
        state2->AddThreadOwner();
        
        
      
        clientctx_t* tInfo2=new clientctx_t();
        tInfo2->expression = tInfo->expression;
        tInfo2->appstate=state2;
        tInfo2->ip=state2->CreateBox(ip_addr);
        tInfo2->stream = state2->CreateStream(strm);
        state2->SetVariable(tInfo->ip_name,tInfo2->ip);
        state2->SetVariable(tInfo->variable_name,tInfo2->stream);
       //start for thread
       #if defined(GEKKO)
    lwp_t pthread = LWP_THREAD_NULL;
    LWP_CreateThread (&pthread, __me_create_thread2, tInfo2, NULL, 8196, 80);
    
    #else
    std::thread t(__me_create_thread2,tInfo2);
    
    #endif

    }

     /*BoxScript::IApplicationState* state=tInfo->appstate->NewScope();
    state->AddThreadOwner();
    tInfo->expression->Evaluate(state);
    state->RemoveThreadOwner();*/
    tInfo->appstate->RemoveThreadOwner();
    delete tInfo;

    return NULL;
}
static void* __tcp_server_thread(void* t)
{
    serverctx_t* tInfo = (serverctx_t*)t;
    //this is a thread
     #if defined(_WIN32) || defined(WIN32)
    SOCKET fd=BoxScript::TcpServerInit(tInfo->ip,tInfo->port);
    #else 
    int fd=BoxScript::TcpServerInit(tInfo->ip,tInfo->port);
    #endif
    
    while(true)
    {
        string ip_addr="";
        BoxScript::Stream* strm= BoxScript::AcceptClient(fd,&ip_addr);
        BoxScript::IApplicationState* state2=tInfo->appstate->NewScope();
        state2->AddThreadOwner();
        
        
      
        clientctx_t* tInfo2=new clientctx_t();
        tInfo2->expression = tInfo->expression;
        tInfo2->appstate=state2;
        tInfo2->ip=state2->CreateBox(ip_addr);
        tInfo2->stream = state2->CreateStream(strm);
        state2->SetVariable(tInfo->ip_name,tInfo2->ip);
        state2->SetVariable(tInfo->variable_name,tInfo2->stream);
       //start for thread
       #if defined(GEKKO)
    lwp_t pthread = LWP_THREAD_NULL;
    LWP_CreateThread (&pthread, __me_create_thread2, tInfo2, NULL, 8196, 80);
    
    #else
    std::thread t(__me_create_thread2,tInfo2);
    
    #endif

      
    }

     /*BoxScript::IApplicationState* state=tInfo->appstate->NewScope();
    state->AddThreadOwner();
    tInfo->expression->Evaluate(state);
    state->RemoveThreadOwner();*/
    tInfo->appstate->RemoveThreadOwner();
    delete tInfo;

    return NULL;
}
int64_t runtime_tcpserver(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    //tcpserver("0.0.0.0",4202,strm,ip,{})
    if(expressions.size() < 5) throw exception();
    serverctx_t* tInfo = new serverctx_t();
    state->AddThreadOwner();
    tInfo->appstate=state;
    tInfo->ip="";
    tInfo->ip += state->BoxToString(expressions[0]->Evaluate(state));
    tInfo->port = expressions[1]->Evaluate(state);
    tInfo->variable_name = GetLabelText(expressions[2]);
    tInfo->ip_name = GetLabelText(expressions[3]);
    tInfo->expression = expressions[4];
    
    #if defined(GEKKO)
    lwp_t pthread = LWP_THREAD_NULL;
    LWP_CreateThread (&pthread, __tcp_server_thread, tInfo, NULL, 8196, 80);
    return (int64_t)pthread;
    #else
    std::thread* t = new std::thread(__tcp_server_thread,tInfo);
    return (int64_t)t;
    #endif

}
int64_t runtime_udpserver(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    //udpserver("0.0.0.0",4202,strm,ip,{})
    if(expressions.size() < 5) throw exception();
    serverctx_t* tInfo = new serverctx_t();
    state->AddThreadOwner();
    tInfo->appstate=state;
    tInfo->ip = state->BoxToString(expressions[0]->Evaluate(state));
    tInfo->port = expressions[1]->Evaluate(state);
    tInfo->variable_name = GetLabelText(expressions[2]);
    tInfo->ip_name = GetLabelText(expressions[3]);
    tInfo->expression = expressions[4];
    #if defined(GEKKO)
    lwp_t pthread = LWP_THREAD_NULL;
    LWP_CreateThread (&pthread, __udp_server_thread, tInfo, NULL, 8196, 80);
    return (int64_t)pthread;
    #else
    std::thread* t = new std::thread(__udp_server_thread,tInfo);
    return (int64_t)t;
    #endif


}
int64_t runtime_clearscreen(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    #if defined(_WIN32) || defined(WIN32)
    clrscr();
    #else
    printf("\e[3J\033c");
    #endif
    #if defined(GEKKO)
    clear_screen_ogc();
    printf ("\x1b[%d;%dH",2,2);
    #endif
    return 0;
}
int64_t runtime_setpos(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    int x=0,y=0;
    if(expressions.size() >= 2)
    {
        x = (int)expressions[0]->Evaluate(state);
        y = (int)expressions[1]->Evaluate(state);
    } 
    #if defined(_WIN32) || defined(WIN32)

    #else
    printf ("\x1b[%d;%dH",y ,x);
    #endif
    return 0;
}
int64_t runtime_exit(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() > 0)
    {
    DestroyApp((int)expressions[0]->Evaluate(state));   
    }else{
    DestroyApp(0);
    }
    return 0;
}
int64_t runtime_updatescreen(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    #if defined(GEKKO)
    VIDEO_WaitVSync();
    #endif
    return 0;
}
#if defined(HAVE_LIBCURL)
int64_t runtime_httpclient_create(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    CURL* curl = curl_easy_init();
    return (int64_t)curl;
}
int64_t runtime_httpclient_seturl(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
    CURL* curl=(CURL*)expressions[0]->Evaluate(state);
    curl_easy_setopt(curl, CURLOPT_URL,state->BoxToString(expressions[1]->Evaluate(state)).c_str());
    return 0;
}

#else
int64_t runtime_httpclient_create(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{

    return 0;
}
#endif
#if defined(HW_RVL)

int64_t runtime_wpadscanpads(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    return (int64_t)WPAD_ScanPads();
}
int64_t runtime_wpadbuttonsdown(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) return 0;
    return (int64_t)WPAD_ButtonsDown(expressions[0]->Evaluate(state));
}
int64_t runtime_wpadbuttonsup(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) return 0;
    return (int64_t)WPAD_ButtonsUp(expressions[0]->Evaluate(state));
}
int64_t runtime_wpadbuttona(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) return 0;
    uint32_t btn= (uint32_t)expressions[0]->Evaluate(state);
    return btn & WPAD_BUTTON_A;
}
int64_t runtime_wpadbuttonb(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) return 0;
    uint32_t btn= (uint32_t)expressions[0]->Evaluate(state);
    return btn & WPAD_BUTTON_B;
}
int64_t runtime_wpadbutton1(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) return 0;
    uint32_t btn= (uint32_t)expressions[0]->Evaluate(state);
    return btn & WPAD_BUTTON_1;
}
int64_t runtime_wpadbutton2(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) return 0;
    uint32_t btn= (uint32_t)expressions[0]->Evaluate(state);
    return btn & WPAD_BUTTON_2;
}
int64_t runtime_wpadbuttonhome(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) return 0;
    uint32_t btn= (uint32_t)expressions[0]->Evaluate(state);
    return btn & WPAD_BUTTON_HOME;
}
int64_t runtime_wpadbuttonplus(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) return 0;
    uint32_t btn= (uint32_t)expressions[0]->Evaluate(state);
    return btn & WPAD_BUTTON_PLUS;
}
int64_t runtime_wpadbuttonminus(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) return 0;
    uint32_t btn= (uint32_t)expressions[0]->Evaluate(state);
    return btn & WPAD_BUTTON_MINUS;
}
int64_t runtime_wpadbuttonup(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) return 0;
    uint32_t btn= (uint32_t)expressions[0]->Evaluate(state);
    return btn & WPAD_BUTTON_UP;
}
int64_t runtime_wpadbuttondown(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) return 0;
    uint32_t btn= (uint32_t)expressions[0]->Evaluate(state);
    return btn & WPAD_BUTTON_DOWN;
}
int64_t runtime_wpadbuttonleft(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) return 0;
    uint32_t btn= (uint32_t)expressions[0]->Evaluate(state);
    return btn & WPAD_BUTTON_LEFT;
}
int64_t runtime_wpadbuttonright(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) return 0;
    uint32_t btn= (uint32_t)expressions[0]->Evaluate(state);
    return btn & WPAD_BUTTON_RIGHT;
}
#endif
#if defined(USE_LIBSDL2)
int64_t runtime_sdl2init(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    return SDL_Init(SDL_INIT_EVERYTHING);
}
int64_t runtime_sdl2createwindow(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 6) throw exception();
    string title=state->BoxToString(expressions[0]->Evaluate(state));
    return (int64_t)SDL_CreateWindow(title.c_str(),(int)expressions[1]->Evaluate(state),(int)expressions[2]->Evaluate(state),(int)expressions[3]->Evaluate(state),(int)expressions[4]->Evaluate(state),(Uint32)expressions[5]->Evaluate(state));
}
#endif
int64_t runtime_for(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 4) throw exception();

    string variableName=GetLabelText(expressions[0]);
    int64_t max = expressions[1]->Evaluate(state);
    BoxScript::Expression* increment = expressions[2];
    increment->DisableScope();
    BoxScript::Expression* runInFor = expressions[3];
    runInFor->DisableScope();
    BoxScript::IApplicationState* scope = state->NewScope();
    scope->AddThreadOwner();
    for(;state->GetVariable(variableName) < max;state->SetVariable(variableName,increment->Evaluate(scope)))
    {
        scope->ExitIfNotRunning();
        runInFor->Evaluate(scope);
       
    }
    scope->RemoveThreadOwner();
    return 0;
}
int64_t runtime_if(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 3) throw exception();
    BoxScript::Expression* condition = expressions[0];
    condition->DisableScope();
    BoxScript::Expression* truth = expressions[1];
    truth->DisableScope();
    BoxScript::Expression* falsey = expressions[2];
    truth->DisableScope();
    bool num=condition->Evaluate(state) != 0;
    if(num)
    {
        truth->Evaluate(state);
    }else{
        falsey->Evaluate(state);
    }
    return 0;
}
int64_t runtime_e2n(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() > 0)
    {
        return state->e2n(expressions[0]);
    }
    throw exception();
}
int64_t runtime_calln(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
     if(expressions.size() > 0)
    {
        return state->Calln(expressions[0]->Evaluate(state))->Evaluate(state);
    }
    throw exception();
}
int64_t runtime_readchar(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    return getchar();
}
int64_t runtime_mean(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() == 0) return 0;
    int64_t mean=0;
    for(auto exp : expressions)
    {
        mean += exp->Evaluate(state);
    }
    mean /= (int64_t)expressions.size();
    return mean;
}
int64_t runtime_boxcreate(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() > 0)
    {
        int64_t esize = expressions[0]->Evaluate(state);
        if(esize > 2147483647) throw exception();
        int size  = (int)esize;
        return state->CreateBox(size);
    }
    return state->CreateBox(100);
}
int64_t runtime_boxgetvalue(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
    int64_t bId = expressions[0]->Evaluate(state);
    int64_t eindex = expressions[1]->Evaluate(state);
    if(eindex > 2147483647) throw exception();
    int index = (int)eindex;
    return state->GetBoxValue(bId,index);
}
int64_t runtime_boxsetvalue(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 3) throw exception();
    int64_t bId = expressions[0]->Evaluate(state);
    int64_t eindex = expressions[1]->Evaluate(state);
    if(eindex > 2147483647) throw exception();
    int index = (int)eindex;
    int64_t value = expressions[2]->Evaluate(state);
    state->SetBoxValue(bId,index,value);
    return 0;
}
int64_t runtime_boxprint(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) throw exception();
    int64_t bId = expressions[0]->Evaluate(state);
    cout << state->BoxToString(bId);
    return 0;
}
int64_t runtime_boxprintln(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) throw exception();
    int64_t bId = expressions[0]->Evaluate(state);
    cout << state->BoxToString(bId) << endl;
    return 0;
}
int64_t runtime_boxlen(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) throw exception();
    int64_t bId = expressions[0]->Evaluate(state);
    return state->BoxLength(bId);
}
int64_t runtime_boxadd(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
    int64_t bId = expressions[0]->Evaluate(state);
    int64_t value = expressions[1]->Evaluate(state);
    state->AddToBox(bId,value);
    return 0;
}
int64_t runtime_boxremove(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
    int64_t bId = expressions[0]->Evaluate(state);
    int64_t value = expressions[1]->Evaluate(state);
    state->RemoveFromBox(bId,value);
    return 0;
}
int64_t runtime_boxinsert(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 3) throw exception();
    int64_t bId = expressions[0]->Evaluate(state);
    int64_t eindex = expressions[1]->Evaluate(state);
    if(eindex > 2147483647) throw exception();
    int index = (int)eindex;
    int64_t value = expressions[2]->Evaluate(state);

    state->InsertToBox(bId,index,value);
    return 0;
}
int64_t runtime_boxremoveat(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
    int64_t bId = expressions[0]->Evaluate(state);
    int64_t eindex = expressions[1]->Evaluate(state);
    if(eindex > 2147483647) throw exception();
    int index = (int)eindex;
   
    state->RemoveAtFromBox(bId,index);
    return 0;
}
int64_t runtime_streamcreate(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 10) throw exception();
    return state->CreateStream(new BoxScript::ExpressionStream(state,expressions));
}

int64_t runtime_boxclear(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) throw exception();
    int64_t bId = expressions[0]->Evaluate(state);
    state->ClearBox(bId);
    return 0;
}
int64_t runtime_streamcopy(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
    int64_t sId1 = expressions[0]->Evaluate(state);
    int64_t sId2 = expressions[1]->Evaluate(state);
    state->CopyStream(sId1,sId2);
    return 0;
}
int64_t runtime_streamread(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 4) throw exception();
    int64_t sId = expressions[0]->Evaluate(state);
    int64_t bId = expressions[1]->Evaluate(state);
    int64_t offset = expressions[2]->Evaluate(state);
    int64_t len = expressions[3]->Evaluate(state);
    return state->ReadFromStream(sId,bId,offset,len);
}
int64_t runtime_streamwrite(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 4) throw exception();
    int64_t sId = expressions[0]->Evaluate(state);
    int64_t bId = expressions[1]->Evaluate(state);
    int64_t offset = expressions[2]->Evaluate(state);
    int64_t len = expressions[3]->Evaluate(state);
    state->WriteToStream(sId,bId,offset,len);
    return 0;
}
int64_t runtime_closestream(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) throw exception();
    int64_t sId = expressions[0]->Evaluate(state);
    state->CloseStream(sId);
    return 0;
}
int64_t runtime_boxreadline(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    string text;
    int chr;
    while((chr = getchar()) != '\n')
    {
        if(chr == EOF) break;
        text += (char)chr;
    }
    return state->CreateBox(text);
}

int64_t runtime_createfunction(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
    string func_name = GetLabelText(expressions[0]);
    BoxScript::Expression* func_body = expressions[expressions.size()-1];
    vector<string> args;
    for(int i =1;i<expressions.size() -1;i++)
    {
        args.push_back(GetLabelText(expressions[i]));
    }
    state->AddFunction(func_name,args,func_body);
    return 0;
}

int64_t runtime_filecreate(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() <1) throw exception();
    string name = state->BoxToString(expressions[0]->Evaluate(state));
    FILE* f = fopen(name.c_str(),"wb");
    return state->CreateStream(new BoxScript::FileStream(f,false,true,true,true));
}
int64_t runtime_fileopenread(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() <1) throw exception();
    string name = state->BoxToString(expressions[0]->Evaluate(state));
    FILE* f = fopen(name.c_str(),"rb");
    return state->CreateStream(new BoxScript::FileStream(f,true,false,true,true));
}

int64_t runtime_fileopenreadwrite(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() <1) throw exception();
    string name = state->BoxToString(expressions[0]->Evaluate(state));
    FILE* f = fopen(name.c_str(),"rb+");
    return state->CreateStream(new BoxScript::FileStream(f,true,true,true,true));
}
int64_t runtime_stdin(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    return state->CreateStream(new BoxScript::FileStream(stdin,true,false,false,false));
}
int64_t runtime_stdout(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    return state->CreateStream(new BoxScript::FileStream(stdout,false,true,false,false));
}
int64_t runtime_stderr(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    return state->CreateStream(new BoxScript::FileStream(stderr,false,true,false,false));
}
int64_t runtime_streamflush(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) return 0;
    state->FlushStream(expressions[0]->Evaluate(state));
    return 0;
}
int64_t runtime_streamsetpos(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) return 0;
    state->SetStreamPosition(expressions[0]->Evaluate(state),expressions[1]->Evaluate(state));
    return 0;
}
int64_t runtime_streamgetpos(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) return 0;
    return state->GetStreamPosition(expressions[0]->Evaluate(state));
   
}
int64_t runtime_streamgetlen(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) return 0;
    return state->GetStreamLength(expressions[0]->Evaluate(state));
   
}
int64_t runtime_streamcanread(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) return 0;
    return state->CanRead(expressions[0]->Evaluate(state)) ? 1 : 0;
   
}
int64_t runtime_streamcanwrite(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) return 0;
    return state->CanWrite(expressions[0]->Evaluate(state)) ? 1 : 0;
   
}
int64_t runtime_streamcanseek(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) return 0;
    return state->CanSeek(expressions[0]->Evaluate(state)) ? 1 : 0;
   
}

int64_t runtime_isplatform(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) return 0;
    string platform=state->BoxToString(expressions[0]->Evaluate(state));
    if(platform == "c++" || platform == "C++" || platform == "cpp" || platform == "CPP")
    {
        return 1;
    }
    #if defined(HW_RVL)
    if(platform == "wii" || platform == "Wii" || platform == "WII" || platform == "RVL" || platform == "rvl")
    {
        return 1;
    }
    #endif
    #if defined(HW_DOL)
    if(platform == "GameCube" || platform == "GC" || platform == "Gamecube" || platform == "cube" || platform == "gcn"  || platform == "ngc" || platform == "GCN" || platform == "NGC" || platform == "Cube" || platform == "gamecube")
    {
        return 1;
    }
    #endif
    #if __unix__
    if(platform == "linux" || platform == "unix" || platform == "mac" || platform == "Mac" || platform == "Linux" || platform == "Unix")
    {
        return 1;
    } 
    #endif
    #if defined(_WIN32) || defined(WIN32)
    if(platform == "win" || platform == "windows" || platform == "Windows" || platform == "win32" || platform == "WINDOWS" || platform == "Win32" || platform=="Win")
    {
        return 1;
    }   
    #endif
    #if defined(HAVE_LIBCURL)
    if(platform == "curl" || platform == "libcurl")
    {
        return 1;
    }
    #endif
    #if defined(HAVE_LIBSDL2)
    if(platform == "sdl2" || platform == "libsdl2")
    {
        return 1;
    }
    #endif
    #if defined(USE_MBED)
    if(platform == "mbed")
    {
        return 1;
    }
    #endif
    return 0;
}
int64_t runtime_bufferedstreamcreate(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) throw exception();
    int64_t num= expressions[0]->Evaluate(state);
    return state->CreateBufferedStream(num);
}
int64_t runtime_readbyte(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) throw exception();
    int64_t num= expressions[0]->Evaluate(state);
    return state->ReadByteFromStream(num);
}
int64_t runtime_d2i(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) throw exception();

    int64_t num= expressions[0]->Evaluate(state);
    double val = *((double*)&num);
    return (int64_t) val;
}
int64_t runtime_i2d(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) throw exception();

    double num= (double)expressions[0]->Evaluate(state);
    int64_t val = *((int64_t*)&num);
    return val;
}
int64_t runtime_dadd(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
     int64_t num= expressions[0]->Evaluate(state);
    double val = *((double*)&num);
     num= expressions[1]->Evaluate(state);
     val += *((double*)&num);
     
    return *((int64_t*)&num);
}
int64_t runtime_dsub(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
     int64_t num= expressions[0]->Evaluate(state);
    double val = *((double*)&num);
     num= expressions[1]->Evaluate(state);
     val -= *((double*)&num);
     
    return *((int64_t*)&num);
}
int64_t runtime_dmul(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
     int64_t num= expressions[0]->Evaluate(state);
    double val = *((double*)&num);
     num= expressions[1]->Evaluate(state);
     val *= *((double*)&num);
     
    return *((int64_t*)&num);
}
int64_t runtime_ddiv(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
     int64_t num= expressions[0]->Evaluate(state);
    double val = *((double*)&num);
     num= expressions[1]->Evaluate(state);
     val /= *((double*)&num);
     
    return *((int64_t*)&num);
}
int64_t runtime_dfloor(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
     if(expressions.size() < 1) throw exception();
     int64_t num= expressions[0]->Evaluate(state);
    double val = *((double*)&num);
    val = floorl(val);
    return *((int64_t*)&val);
}
int64_t runtime_dceil(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
     if(expressions.size() < 1) throw exception();
     int64_t num= expressions[0]->Evaluate(state);
    double val = *((double*)&num);
    val = ceill(val);
    return *((int64_t*)&val);
}
int64_t runtime_dfloorint(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
     if(expressions.size() < 1) throw exception();
     int64_t num= expressions[0]->Evaluate(state);
    double val = *((double*)&num);
    val = floorl(val);
    return (int64_t)val;
}
int64_t runtime_dceilint(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
     if(expressions.size() < 1) throw exception();
     int64_t num= expressions[0]->Evaluate(state);
    double val = *((double*)&num);
    val = ceill(val);
    return (int64_t)val;
}
double __zero=0;
int64_t runtime_dmean(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() == 0) return *((int64_t*)&__zero);
    double mean=0;
    for(auto exp : expressions)
    {
        int64_t num= exp->Evaluate(state);
        mean += *((double*)&num);   
    }
    mean /= (int64_t)expressions.size();
    return *((int64_t*)&mean);
}
int64_t runtime_boxdestroy(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 1) throw exception();
    int64_t boxId = expressions[0]->Evaluate(state);
    state->DestroyBox(boxId);
    return 0;
}
int64_t runtime_getbytesnumber(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
    int64_t boxId = expressions[0]->Evaluate(state);
    int64_t number = expressions[1]->Evaluate(state);
    for(int64_t i = state->BoxLength(boxId);i<8;i++)
    {
        state->AddToBox(boxId,0);
    }
    state->SetBoxValue(boxId,0,number >> 56);
    state->SetBoxValue(boxId,1,number >> 48 & 0x00000000000000FF);
    state->SetBoxValue(boxId,2,number >> 40 & 0x00000000000000FF);
    state->SetBoxValue(boxId,3,number >> 32 & 0x00000000000000FF);
    state->SetBoxValue(boxId,4,number >> 24 & 0x00000000000000FF);
    state->SetBoxValue(boxId,5,number >> 16 & 0x00000000000000FF);
    state->SetBoxValue(boxId,6,number >> 8 & 0x00000000000000FF);
    state->SetBoxValue(boxId,7,number & 0x00000000000000FF);
}
int64_t runtime_setbytesnumber(BoxScript::IApplicationState* state,std::vector<BoxScript::Expression*> expressions)
{
    if(expressions.size() < 2) throw exception();
    int64_t boxId = expressions[0]->Evaluate(state);
    switch(state->BoxLength(boxId))
    {
        case 0:
            return 0;
        case 1:
            return (state->GetBoxValue(boxId,0) & 0x00000000000000FF);
        case 2:
            return (state->GetBoxValue(boxId,0) & 0x00000000000000FF) << 8  | (state->GetBoxValue(boxId,1) & 0x00000000000000FF);
        case 3:
            return (state->GetBoxValue(boxId,0) & 0x00000000000000FF) << 16 | (state->GetBoxValue(boxId,1) & 0x00000000000000FF) << 8 | (state->GetBoxValue(boxId,2) & 0x00000000000000FF);
        case 4:
            return (state->GetBoxValue(boxId,0) & 0x00000000000000FF) << 24 | (state->GetBoxValue(boxId,1) & 0x00000000000000FF) << 16 | (state->GetBoxValue(boxId,2) & 0x00000000000000FF) << 8 | (state->GetBoxValue(boxId,3) & 0x00000000000000FF);
        case 5:
            return (state->GetBoxValue(boxId,0) & 0x00000000000000FF) << 32 | (state->GetBoxValue(boxId,1) & 0x00000000000000FF) << 24 | (state->GetBoxValue(boxId,2) & 0x00000000000000FF) << 16 | (state->GetBoxValue(boxId,3) & 0x00000000000000FF) << 8 | (state->GetBoxValue(boxId,4) & 0x00000000000000FF);
        case 6:
            return (state->GetBoxValue(boxId,0) & 0x00000000000000FF) << 40 | (state->GetBoxValue(boxId,1) & 0x00000000000000FF) << 32 | (state->GetBoxValue(boxId,2) & 0x00000000000000FF) << 24 | (state->GetBoxValue(boxId,3) & 0x00000000000000FF) << 16 | (state->GetBoxValue(boxId,4) & 0x00000000000000FF) << 8 | (state->GetBoxValue(boxId,5) & 0x00000000000000FF);
        case 7:
            return (state->GetBoxValue(boxId,0) & 0x00000000000000FF) << 48 | (state->GetBoxValue(boxId,1) & 0x00000000000000FF) << 40 | (state->GetBoxValue(boxId,2) & 0x00000000000000FF) << 32 | (state->GetBoxValue(boxId,3) & 0x00000000000000FF) << 24 | (state->GetBoxValue(boxId,4) & 0x00000000000000FF) << 16 | (state->GetBoxValue(boxId,5) & 0x00000000000000FF) << 8 | (state->GetBoxValue(boxId,6) & 0x00000000000000FF);
        default:
            return (state->GetBoxValue(boxId,0) & 0x00000000000000FF) << 56 | (state->GetBoxValue(boxId,1) & 0x00000000000000FF) << 48 | (state->GetBoxValue(boxId,2) & 0x00000000000000FF) << 40 | (state->GetBoxValue(boxId,3) & 0x00000000000000FF) << 32 | (state->GetBoxValue(boxId,4) & 0x00000000000000FF) << 24 | (state->GetBoxValue(boxId,5) & 0x00000000000000FF) << 16 | (state->GetBoxValue(boxId,6) & 0x00000000000000FF) << 8 | (state->GetBoxValue(boxId,7) & 0x00000000000000FF);
    }
    //(uint64_t)data[0] << 56 | (uint64_t)data[1] << 48 | (uint64_t)(data[2] & 0x00000000000000FF) << 40 | (ulong)data[3] << 32 | (ulong)data[4] << 24 | (ulong)data[5] << 16 |  (ulong)data[6] << 8 | (ulong)data[7];
}

void RegisterDoubleFunctions(BoxScript::IApplicationState* state)
{
    state->AddRuntimeFunction("i2d",runtime_i2d);
    state->AddRuntimeFunction("d2i",runtime_d2i);
    state->AddRuntimeFunction("dadd",runtime_dadd);
state->AddRuntimeFunction("dsub",runtime_dsub);
state->AddRuntimeFunction("dmul",runtime_dmul);
state->AddRuntimeFunction("ddiv",runtime_ddiv);
state->AddRuntimeFunction("dfloor",runtime_dfloor);
state->AddRuntimeFunction("dfloorint",runtime_dfloorint);
state->AddRuntimeFunction("dceil",runtime_dceil);
state->AddRuntimeFunction("dceilint",runtime_dceilint);
state->AddRuntimeFunction("dmean",runtime_dmean);

/*state->AddRuntimeFunction("printdbl",runtime_printdbl);
state->AddRuntimeFunction("printdblln",runtime_printdblln);
state->AddRuntimeFunction("box_adddblstr",runtime_boxadddblstr);
state->AddRuntimeFunction("box_addintstr",runtime_addintstr);
state->AddRuntimeFunction("box_toint",runtime_boxtoint);
state->AddRuntimeFunction("box_todbl",runtime_boxtodbl);*/
}

void RegisterMainRuntimeFunctions(BoxScript::IApplicationState* state)
{
    state->AddRuntimeFunction("gt",runtime_gt);
    state->AddRuntimeFunction("gte",runtime_gte);
    state->AddRuntimeFunction("lt",runtime_lt);
    state->AddRuntimeFunction("lte",runtime_lte);
    state->AddRuntimeFunction("eq",runtime_eq);
    state->AddRuntimeFunction("not",runtime_not);
    state->AddRuntimeFunction("xor",runtime_xor);
    state->AddRuntimeFunction("bor",runtime_bor);
    state->AddRuntimeFunction("cor",runtime_cor);
    state->AddRuntimeFunction("band",runtime_band);
    state->AddRuntimeFunction("cand",runtime_cand);
    state->AddRuntimeFunction("lshift",runtime_lshift);
    state->AddRuntimeFunction("rshirt",runtime_rshift);
    state->AddRuntimeFunction("printchars",runtime_printchars);
    state->AddRuntimeFunction("printint",runtime_printint);
    state->AddRuntimeFunction("printintln",runtime_printintln);
    state->AddRuntimeFunction("tcp_client",runtime_tcpclient);
    state->AddRuntimeFunction("udp_client",runtime_tcpclient);
    
    state->AddRuntimeFunction("tcp_server",runtime_tcpserver);
    state->AddRuntimeFunction("udp_server",runtime_udpserver);
    
    state->AddRuntimeFunction("clear",runtime_clearscreen);
    state->AddRuntimeFunction("exit",runtime_exit);
    state->AddRuntimeFunction("setpos",runtime_setpos);
    
    state->AddRuntimeFunction("update_screen",runtime_updatescreen);
    
    //state->AddRuntimeFunction("httpclient_create",runtime_httpclient_create);
    
    //state->AddRuntimeFunction("httpclient_seturl",runtime_httpclient_seturl);
    state->AddRuntimeFunction("thread_create",runtime_threadcreate);
    state->AddRuntimeFunction("is_platform",runtime_isplatform);
    state->AddRuntimeFunction("for",runtime_for);
    state->AddRuntimeFunction("if",runtime_if);
    state->AddRuntimeFunction("e2n",runtime_e2n);
    state->AddRuntimeFunction("calln",runtime_calln);
    state->AddRuntimeFunction("readchar",runtime_readchar);
    state->AddRuntimeFunction("mean",runtime_mean);
    state->AddRuntimeFunction("box_create",runtime_boxcreate);
    state->AddRuntimeFunction("box_getvalue",runtime_boxgetvalue);
    state->AddRuntimeFunction("box_setvalue",runtime_boxsetvalue);
    state->AddRuntimeFunction("box_print",runtime_boxprint);
    state->AddRuntimeFunction("box_println",runtime_boxprintln);
    state->AddRuntimeFunction("box_len",runtime_boxlen);
    state->AddRuntimeFunction("box_add",runtime_boxadd);
 
    state->AddRuntimeFunction("box_remove",runtime_boxremove);
    state->AddRuntimeFunction("box_clear",runtime_boxclear);
    state->AddRuntimeFunction("box_insert",runtime_boxinsert);
    state->AddRuntimeFunction("box_removeat",runtime_boxremoveat);
    state->AddRuntimeFunction("box_readline",runtime_boxreadline);
    state->AddRuntimeFunction("box_destroy",runtime_boxdestroy);
    state->AddRuntimeFunction("file_create",runtime_filecreate);
    state->AddRuntimeFunction("file_open_read",runtime_fileopenread);
    state->AddRuntimeFunction("file_open_write",runtime_fileopenreadwrite);
    state->AddRuntimeFunction("stdin",runtime_stdin);
    state->AddRuntimeFunction("stdout",runtime_stdout);
    state->AddRuntimeFunction("stderr",runtime_stderr);
    state->AddRuntimeFunction("stream_create",runtime_streamcreate);
    state->AddRuntimeFunction("stream_copy",runtime_streamcopy);
    state->AddRuntimeFunction("stream_read",runtime_streamread);
    state->AddRuntimeFunction("stream_write",runtime_streamwrite);
    state->AddRuntimeFunction("stream_flush",runtime_streamflush);
    state->AddRuntimeFunction("stream_setpos",runtime_streamsetpos);
    state->AddRuntimeFunction("stream_getpos",runtime_streamgetpos);
    state->AddRuntimeFunction("stream_getlen",runtime_streamgetlen);
    state->AddRuntimeFunction("stream_canread",runtime_streamcanread);
    state->AddRuntimeFunction("stream_canwrite",runtime_streamcanwrite);
    state->AddRuntimeFunction("stream_canseek",runtime_streamcanseek);
    state->AddRuntimeFunction("stream_close",runtime_closestream);
    state->AddRuntimeFunction("stream_createbuffered",runtime_bufferedstreamcreate);
    state->AddRuntimeFunction("stream_readbyte",runtime_readbyte);
    state->AddRuntimeFunction("create_function",runtime_createfunction);
    state->AddRuntimeFunction("get_bytes_number",runtime_getbytesnumber);
    state->AddRuntimeFunction("set_bytes_number",runtime_setbytesnumber);
   /* state->AddRuntimeFunction("dictionary_box_create",runtime_createdictionarybox);
    state->AddRuntimeFunction("dictionary_val_create",runtime_createdictionaryval);
    state->AddRuntimeFunction("dictionary_add",runtime_addtodictionary);
    state->AddRuntimeFunction("dictionary_getvalue",runtime_getvaluedict);
    state->AddRuntimeFunction("dictionary_setvalue",runtime_setvaluedict);
    state->AddRuntimeFunction("dictionary_contains",runtime_dictcontains);
    state->AddRuntimeFunction("dictionary_clear",runtime_dictclear);
    state->AddRuntimeFunction("dictionary_ittr",runtime_dictittr);
    state->AddRuntimeFunction("dictionary_destroy",runtime_dictdestroy);*/
#if defined(HW_RVL)
    
    state->AddRuntimeFunction("wpad_scanpads",runtime_wpadscanpads);
    state->AddRuntimeFunction("wpad_buttonsdown",runtime_wpadbuttonsdown);
    state->AddRuntimeFunction("wpad_buttonsup",runtime_wpadbuttonsup);
    state->AddRuntimeFunction("wpad_button_a",runtime_wpadbuttona);
    state->AddRuntimeFunction("wpad_button_b",runtime_wpadbuttonb);
    state->AddRuntimeFunction("wpad_button_1",runtime_wpadbutton1);
    state->AddRuntimeFunction("wpad_button_2",runtime_wpadbutton2);
    state->AddRuntimeFunction("wpad_button_home",runtime_wpadbuttonhome);
    state->AddRuntimeFunction("wpad_button_plus",runtime_wpadbuttonplus);
    state->AddRuntimeFunction("wpad_button_minus",runtime_wpadbuttonminus);
    state->AddRuntimeFunction("wpad_button_up",runtime_wpadbuttonup);
    state->AddRuntimeFunction("wpad_button_down",runtime_wpadbuttondown);
    state->AddRuntimeFunction("wpad_button_left",runtime_wpadbuttonleft);
    state->AddRuntimeFunction("wpad_button_right",runtime_wpadbuttonright);
    #endif

    #if defined(HAVE_LIBSDL2)
    state->AddRuntimeFunction("sdl_init",runtime_sdl2init);
    state->AddRuntimeFunction("sdl_createwindow",runtime_sdl2createwindow);
    
    #endif

    #if defined(USE_MBED)
    
    #endif

    //state->AddRuntimeFunction("httpclient_followurl",runtime_httpclient_followurl);
   
}