int main(){
int _cmm_1L;
int _cmm_2L;
X *_cmm_3L;
(_cmm_1L=_cmm_1L);
(_cmm_1L=(_cmm_1L+1));
(_cmm_2L=_cmm_2L);
(_cmm_2L=(_cmm_2L+-1));
(_cmm_1L=(*_ICA(a,0,__FILE__,__LINE__)));
(_cmm_2L=(*_ICA(a,1,__FILE__,__LINE__)));
(_cmm_1L=(((X*)_CP(_cmm_3L,__FILE__,__LINE__))->a));
(_cmm_2L=(((X*)_CP(_cmm_3L,__FILE__,__LINE__))->b));
return 0;
}
ThreadReturnType BaseTCPServer::TCPServerLoop(void* tmp) {
#ifdef WIN32
SetThreadPriority(GetCurrentThread(), THREAD_PRIORITY_ABOVE_NORMAL);
#endif
if (tmp == 0) {
// ThrowError("BaseTCPServerLoop(): tmp = 0!");
THREAD_RETURN(NULL);
}
BaseTCPServer* tcps = (BaseTCPServer*) tmp;
#ifndef WIN32
_log(COMMON__THREADS, "Starting TCPServerLoop with thread ID %d", pthread_self());
#endif
tcps->MLoopRunning.lock();
while (tcps->RunLoop()) {
_CP(BaseTCPServerLoop);
Sleep(SERVER_LOOP_GRANULARITY);
tcps->Process();
}
tcps->MLoopRunning.unlock();
#ifndef WIN32
_log(COMMON__THREADS, "Ending TCPServerLoop with thread ID %d", pthread_self());
#endif
THREAD_RETURN(NULL);
}
int main(){
((((Node*)_CP(n,__FILE__,__LINE__))->next)=n);
((((Node*)_CP(n,__FILE__,__LINE__))->prev)=n);
(m=(((Node*)_CP((((Node*)_CP(n,__FILE__,__LINE__))->next),__FILE__,__LINE__))->prev));
Node *_cmm_1L;
(_cmm_1L=m);
((((Node*)_CP(_cmm_1L,__FILE__,__LINE__))->next)=(((Node*)_CP((((Node*)_CP(_cmm_1L,__FILE__,__LINE__))->prev),__FILE__,__LINE__))->prev));
int _cmm_2L;
(_cmm_2L=(((Node*)_CP(_cmm_1L,__FILE__,__LINE__))->val));
return 0;
}
double MakeRandomFloat(double low, double high)
{
_CP(MakeRandomFloat);
if(low == high)
return(low);
static bool seeded=0;
double diff = high - low;
if(!diff) return low;
if(diff < 0)
diff = 0 - diff;
if(!seeded)
{
srand(time(0) * (time(0) % (int)diff));
seeded = true;
}
return (rand() / (double)RAND_MAX * diff + (low > high ? high : low));
}
EAPI Eina_Bool
evas_smart_class_inherit_full(Evas_Smart_Class *sc, const Evas_Smart_Class *parent_sc, unsigned int parent_sc_size)
{
unsigned int off;
/* api does not match abi! for now refuse as we only have 1 version */
if (parent_sc->version != EVAS_SMART_CLASS_VERSION) return EINA_FALSE;
#define _CP(m) sc->m = parent_sc->m
_CP(add);
_CP(del);
_CP(move);
_CP(resize);
_CP(show);
_CP(hide);
_CP(color_set);
_CP(clip_set);
_CP(clip_unset);
_CP(calculate);
_CP(member_add);
_CP(member_del);
#undef _CP
sc->parent = parent_sc;
off = sizeof(Evas_Smart_Class);
if (parent_sc_size == off) return EINA_TRUE;
memcpy(((char *)sc) + off, ((char *)parent_sc) + off, parent_sc_size - off);
return EINA_TRUE;
}
_MPT
}
int Quadrupole::GetIndex () const
{
_RID
}
const string& Quadrupole::GetType () const
{
_TYPESTR(Quadrupole)
}
ModelElement* Quadrupole::Copy () const
{
_CP(Quadrupole)
}
// Class Sextupole
const int Sextupole::ID = UniqueIndex();
Sextupole::Sextupole (const string& id, double len, double dnB)
: _RMC1(2)
{
}
Sextupole::Sextupole (const string& id, double len, double B, double r0)
: _RMC2(2)
{
}
