//-----------------------------------------------------------------------------
int ctkLDAPExpreTest(int argc, char * argv [] )
{
Q_UNUSED(argc);
Q_UNUSED(argv);
if ( TestParsing( ) != EXIT_SUCCESS )
{
return EXIT_FAILURE;
}
if ( TestEvaluate( ) != EXIT_SUCCESS )
{
return EXIT_FAILURE;
}
return EXIT_SUCCESS;
}
void CServer::RunGateThread()
{
cout << "\ngate thread started \n" << flush;
int nGateStart = m_pCircuit->GetGateStart();
m_nGatesDone = nGateStart-1;
USE_ENCRYPTION();
KEY *c, *p, *l, *r;
KEY* table;
GATE* gate;
BYTE type;
YAO_WIRE *leftwire, *rightwire, *outwire;
int gateid, left, right;
YAO_WIRE clean_wire = {0,0,0,0,0,0,0,0,0,0,0};
KEY clean_key = {0,0,0,0,0};
int a0, a1, b0, b1, c0;
for( ; m_nGatesDone < m_nNumGates-1; ++m_nGatesDone )
{
gateid = m_nGatesDone+1;
gate = m_pGates+gateid;
type = gate->type;
#ifdef USE_XOR_TECH
if( type == G_XOR )
continue;
#endif
outwire = m_pYaoWires + gateid;
left = gate->left;
leftwire = m_pYaoWires + left;
right = gate->right;
rightwire = m_pYaoWires + right;
while( gateid > m_nWiresDone || left > m_nWiresDone || right > m_nWiresDone )
{
SleepMiliSec(100);
}
table = m_pYaoGates[gateid - nGateStart].table;
a0 = leftwire->b;
a1 = a0^1;
b0 = rightwire->b;
b1 = b0^1;
c0 = outwire->b;
c = table;
p = outwire->keys + (TRUTH_TABLE(type, a0, b0)^c0);
l = leftwire->keys;
r = rightwire->keys;
Encrypt(c, p, l, r, gateid);
c++;
p = outwire->keys + (TRUTH_TABLE(type, a0, b1)^c0);
l = leftwire->keys;
r = rightwire->keys + 1;
Encrypt(c, p, l, r, gateid);
c++;
p = outwire->keys + (TRUTH_TABLE(type, a1, b0)^c0);
l = leftwire->keys + 1;
r = rightwire->keys;
Encrypt(c, p, l, r, gateid);
c++;
p = outwire->keys + (TRUTH_TABLE(type, a1, b1)^c0);
l = leftwire->keys + 1;
r = rightwire->keys + 1;
Encrypt(c, p, l, r, gateid);
}
#ifdef _DEBUG
TestEvaluate();
#endif
cout << "\ngate thread ended \n" << flush;
}
