virtual int __fun_call(Executor& ewsl,int pm)
{
ewsl.check_pmc(this, pm,0);
size_t sz=ewsl.ci1.nbp[StackState1::SBASE_THIS].ref<StringBuffer<T> >().size();
ewsl.ci0.nbx[1].reset((int64_t)sz);
return 1;
}
virtual int __fun_call(Executor& ewsl,int pm)
{
ewsl.check_pmc(this, pm,0);
ewsl.ci1.nbp[StackState1::SBASE_THIS].ref<StringBuffer<T> >().clear();
ewsl.ci0.nbx[1]=ewsl.ci1.nbp[StackState1::SBASE_THIS];
return 1;
}
virtual int __fun_call(Executor& ewsl, int pm)
{
ewsl.check_pmc(this, pm, 1);
bool f1 = variant_cast<bool>(ewsl.ci0.nbx[1]);
ewsl.ci0.nbx[1].reset(!f1);
return 1;
}
virtual int __fun_call(Executor& ewsl,int pm)
{
ewsl.check_pmc(this, pm,1);
String fp=ewsl.ci0.nbx[1].get<String>();
ewsl.ci0.nbx[1].reset(ewsl.ci1.nbp[StackState1::SBASE_THIS].get<Stream>().send_all(fp.c_str(),fp.size()));
return 1;
}
virtual int __fun_call(Executor& ewsl,int pm)
{
ewsl.check_pmc(this, pm,1,2);
String fp=ewsl.ci0.nbx[1].get<String>();
int fg= pm>1 ? variant_cast<int>(ewsl.ci0.nbx[2]):0;
ewsl.ci1.nbp[StackState1::SBASE_THIS].ref<Stream>().open(fp,fg);
ewsl.ci0.nbx[1]=ewsl.ci1.nbp[StackState1::SBASE_THIS];
return 1;
}
virtual int __fun_call(Executor& ewsl,int pm)
{
ewsl.check_pmc(this, pm,1,2);
String filename=ewsl.make_path(variant_cast<String>(ewsl.ci0.nbx[1]));
int type=pm>1?variant_cast<int>(ewsl.ci0.nbx[2]):FILE_TYPE_BINARY;
bool flag=ewsl.ci1.nbp[StackState1::SBASE_THIS].ref<StringBuffer<T> >().save(filename,type);
ewsl.ci0.nbx[1].reset(flag);
return 1;
}
virtual int __fun_call(Executor& ewsl,int pm)
{
ewsl.check_pmc(this, pm,2);
String fp=ewsl.ci0.nbx[1].get<String>();
int fg= variant_cast<int>(ewsl.ci0.nbx[2]);
bool flag=ewsl.ci1.nbp[StackState1::SBASE_THIS].ref<Stream>().connect(fp,fg);
flag=flag;
ewsl.ci0.nbx[1]=ewsl.ci1.nbp[StackState1::SBASE_THIS];
return 1;
}
virtual int __fun_call(Executor& ewsl,int pm)
{
ewsl.check_pmc(this,pm,1);
CallableData* q=ewsl.ci1.nsp[0].kptr();
if(q && q->GetRef()>1)
{
ewsl.ci1.nsp[0].kptr(q->Clone(1));
}
return 1;
}
virtual int __fun_call(Executor& ewsl,int pm)
{
ewsl.check_pmc(this, pm,1);
String fp=ewsl.ci0.nbx[1].get<String>();
bool flag=ewsl.ci1.nbp[StackState1::SBASE_THIS].ref<Stream>().write_to_file(fp);
flag=flag;
ewsl.ci0.nbx[1].reset(flag);
return 1;
}
virtual int __fun_call(Executor& ewsl,int pm)
{
ewsl.check_pmc(this,pm,1);
String *p=ewsl.ci0.nbx[1].ptr<String>();
if(p)
{
}
else
{
this_logger().LogTrace("not string");
}
return 1;
}
virtual int __fun_call(Executor& ewsl,int pm)
{
ewsl.check_pmc(this, pm,0);
CallableWrapT<Stream>* p=dynamic_cast<CallableWrapT<Stream>*>(ewsl.ci1.nbp[StackState1::SBASE_THIS].kptr());
if(!p) ewsl.kerror("invalid stream");
String val;
if(p->getline(val))
{
ewsl.ci0.nbx[1].reset(val);
}
else
{
ewsl.ci0.nbx[1].clear();
}
return 1;
}
virtual int __fun_call(Executor& ewsl,int pm)
{
ewsl.check_pmc(this,pm,1,2);
int type=Executor::INDIRECT_FILE;
if(pm==2)
{
type=variant_cast<int>(ewsl.ci0.nbx[2]);
}
String p=ewsl.ci0.nbx[1].get<String>();
if (ewsl.prepare(p, type))
{
ewsl.ci0.nbx[1] = *ewsl.ci1.nsp;
return 1;
}
ewsl.kerror("load_ewsl error");
return 0;
}
virtual int __fun_call(Executor& ewsl,int pm)
{
ewsl.check_pmc(this,pm,3);
CallableCode* pInst=dynamic_cast<CallableCode*>(ewsl.ci1.nsp[-2].kptr());
if(!pInst)
{
ewsl.kerror("first param must be userfunction");
}
size_t nLLvar=(size_t)ewsl.ci1.nsp[-1].ref<int64_t>();
if(nLLvar>=pInst->aLLVar.size())
{
ewsl.kerror("invalid local param position");
}
pInst->aLLVar[nLLvar]=ewsl.ci1.nsp[0];
return 1;
}
virtual int __fun_call(Executor& ewsl, int pm)
{
ewsl.check_pmc(this, pm, 1,2);
String *p = ewsl.ci0.nbx[1].ptr<String>();
if (p)
{
bool reload=false;
if (pm == 2) reload = variant_cast<bool>(ewsl.ci0.nbx[2]);
CG_GGVar::current().import(*p,reload);
ewsl.ci0.nbx[1] = ewsl.tb0[*p];
}
else
{
Exception::XError("invalid module name");
}
return 1;
}
int CallableFunctionReshape::__fun_call(Executor& ewsl,int pm)
{
ewsl.check_pmc(this,pm,2,7);
return do_apply(ewsl,ewsl.ci0.nbx[1],ewsl.ci0.nbx+2,pm-1);
}
virtual int __fun_call(Executor& ewsl, int pm)
{
ewsl.check_pmc(this, pm, 2);
ewsl.ci0.nbx[1].reset<bool>(ewsl.ci0.nbx[1].kptr() == ewsl.ci0.nbx[2].kptr());
return 1;
}
virtual int __fun_call(Executor& ewsl,int pm)
{
ewsl.check_pmc(this,pm,1);
ewsl.ci1.nsp[0].reset<int64_t>(ewsl.ci1.nsp[0].type());
return 1;
}
int CallableFunctionArrayLength::__fun_call(Executor& ewsl, int pm)
{
ewsl.check_pmc(this, pm, 1);
return do_apply(ewsl, ewsl.ci0.nbx[1]);
}
int CallableFunctionReverse::__fun_call(Executor& ewsl,int pm)
{
ewsl.check_pmc(this,pm,1);
return do_apply(ewsl,*ewsl.ci1.nsp);
}
virtual int __fun_call(Executor& ewsl,int pm)
{
ewsl.check_pmc(this, pm,0);
ewsl.ci1.nbp[StackState1::SBASE_THIS].ref<Stream>().writer().flush();
return 0;
}
