-// Copyright (C) 2007-2012 CEA/DEN, EDF R&D, OPEN CASCADE
+// Copyright (C) 2007-2021 CEA/DEN, EDF R&D, OPEN CASCADE
//
// Copyright (C) 2003-2007 OPEN CASCADE, EADS/CCR, LIP6, CEA/DEN,
// CEDRAT, EDF R&D, LEG, PRINCIPIA R&D, BUREAU VERITAS
// This library is free software; you can redistribute it and/or
// modify it under the terms of the GNU Lesser General Public
// License as published by the Free Software Foundation; either
-// version 2.1 of the License.
+// version 2.1 of the License, or (at your option) any later version.
//
// This library is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// Module : SuperVisionTest
//
#include <stdio.h>
+#ifndef WIN32
#include <unistd.h>
+#else
+#include <process.h>
+#endif
#include <fstream>
#include <sstream>
#include <string>
sendMessage(NOTIF_STEP, "SyrComponent_Impl::C_ISEVEN is Computing");
// int S = 1+(int) (2.0*rand()/(RAND_MAX+1.0));
int S = 1 ;
+#ifndef WIN32
while ( S ) {
- S = sleep(S);
+ S = sleep( S ) ;
}
+#else
+ Sleep(S*1000);
+#endif
RetVal = ( anInteger & 1 ) == 0 ;
endService( " SyrComponent_Impl::C_ISEVEN" );
return RetVal ;
sendMessage(NOTIF_STEP, "SyrComponent_Impl::C_ISONE is Computing");
// int S = 1+(int) (2.0*rand()/(RAND_MAX+1.0));
int S = 1 ;
+#ifndef WIN32
while ( S ) {
- S = sleep(S);
+ S = sleep( S ) ;
}
+#else
+ Sleep(S*1000);
+#endif
RetVal = ( anOddInteger == 1 ) ;
endService( " SyrComponent_Impl::C_ISONE" );
return RetVal ;
sendMessage(NOTIF_STEP, "SyrComponent_Impl::C_M3 is Computing");
// int S = 1+(int) (2.0*rand()/(RAND_MAX+1.0));
int S = 1 ;
+#ifndef WIN32
while ( S ) {
- S = sleep(S);
+ S = sleep( S ) ;
}
- endService( " SyrComponent_Impl::C_M3" );
+#else
+ Sleep(S*1000);
+#endif endService( " SyrComponent_Impl::C_M3" );
if ( C_ISEVEN( anOddInteger ) )
return 0 ;
return ( 3*anOddInteger ) ;
sendMessage(NOTIF_STEP, "SyrComponent_Impl::C_M3P1 is Computing");
// int S = 1+(int) (2.0*rand()/(RAND_MAX+1.0));
int S = 1 ;
+#ifndef WIN32
while ( S ) {
- S = sleep(S);
+ S = sleep( S ) ;
}
+#else
+ Sleep(S*1000);
+#endif
endService( " SyrComponent_Impl::C_M3P1" );
if ( C_ISEVEN( anOddInteger ) )
return 0 ;
sendMessage(NOTIF_STEP, "SyrComponent_Impl::C_DIV2 is Computing");
// int S = 1+(int) (2.0*rand()/(RAND_MAX+1.0));
int S = 1 ;
+#ifndef WIN32
while ( S ) {
- S = sleep(S);
+ S = sleep( S ) ;
}
+#else
+ Sleep(S*1000);
+#endif
endService( " SyrComponent_Impl::C_DIV2" );
if ( !C_ISEVEN( anEvenInteger ) )
return 0 ;
sendMessage(NOTIF_STEP, "SyrComponent_Impl::C_INCR is Computing");
// int S = 1+(int) (2.0*rand()/(RAND_MAX+1.0));
int S = 1 ;
+#ifndef WIN32
while ( S ) {
- S = sleep(S);
+ S = sleep( S ) ;
}
+#else
+ Sleep(S*1000);
+#endif
endService( " SyrComponent_Impl::C_INCR" );
return ( aCount + 1 ) ;
}
sendMessage(NOTIF_STEP, "SyrComponent_Impl::CPP_SETLONG is Computing");
// int S = 1+(int) (2.0*rand()/(RAND_MAX+1.0));
int S = 1 ;
+#ifndef WIN32
while ( S ) {
- S = sleep(S);
+ S = sleep( S ) ;
}
+#else
+ Sleep(S*1000);
+#endif
_Count = aCount ;
endService( " SyrComponent_Impl::CPP_SETLONG" );
return ;
sendMessage(NOTIF_STEP, "SyrComponent_Impl::CPP_ADDTOLONG is Computing");
// int S = 1+(int) (2.0*rand()/(RAND_MAX+1.0));
int S = 1 ;
+#ifndef WIN32
while ( S ) {
- S = sleep(S);
+ S = sleep( S ) ;
}
+#else
+ Sleep(S*1000);
+#endif
endService( " SyrComponent_Impl::CPP_ADDTOLONG" );
return ( _Count + anIncr ) ;
}
sendMessage(NOTIF_STEP, "SyrComponent_Impl::C_MIN is Computing");
// int S = 1+(int) (2.0*rand()/(RAND_MAX+1.0));
int S = 1 ;
+#ifndef WIN32
while ( S ) {
- S = sleep(S);
+ S = sleep( S ) ;
}
+#else
+ Sleep(S*1000);
+#endif
int min = aMinVal ;
if ( anInteger < min || aMinVal == 0 ) {
min = anInteger ;
sendMessage(NOTIF_STEP, "SyrComponent_Impl::C_MAX is Computing");
// int S = 1+(int) (2.0*rand()/(RAND_MAX+1.0));
int S = 1 ;
+#ifndef WIN32
while ( S ) {
- S = sleep(S);
+ S = sleep( S ) ;
}
+#else
+ Sleep(S*1000);
+#endif
int max = aMaxVal ;
if ( anInteger > max ) {
max = anInteger ;
sendMessage(NOTIF_STEP, "SyrComponent_Impl::C_LISTOFSYR is Computing");
// int S = 1+(int) (2.0*rand()/(RAND_MAX+1.0));
int S = 1 ;
+#ifndef WIN32
while ( S ) {
- S = sleep(S);
+ S = sleep( S ) ;
}
+#else
+ Sleep(S*1000);
+#endif
ListOfSyr_Impl * aNewListOfSyr = new ListOfSyr_Impl( _orb , _poa, _contId,
instanceName() , interfaceName() ,
graphName() , nodeName() ) ;
sendMessage(NOTIF_STEP, "SyrComponent_Impl::C_AVERAGE is Computing");
// int S = 1+(int) (2.0*rand()/(RAND_MAX+1.0));
int S = 1 ;
+#ifndef WIN32
while ( S ) {
- S = sleep(S);
+ S = sleep( S ) ;
}
+#else
+ Sleep(S*1000);
+#endif
SuperVisionTest::SeqOfSyr * aSeqOfSyr = aListOfSyr->GetSeqOfSyr() ;
int len = aSeqOfSyr->length() ;
aSeqOfSyr->length( len + 1 ) ;
sendMessage(NOTIF_STEP, "SyrComponent_Impl creates Syr_Impl");
// int S = 1+(int) (2.0*rand()/(RAND_MAX+1.0));
int S = 1 ;
+#ifndef WIN32
while ( S ) {
- S = sleep(S);
+ S = sleep( S ) ;
}
+#else
+ Sleep(S*1000);
+#endif
Syr_Impl * mySyr ;
mySyr = new Syr_Impl( _orb , _poa, _contId,
instanceName() , interfaceName() ,
const char *instanceName,
const char *interfaceName)
{
+#ifndef WIN32
MESSAGE("SyrComponentEngine_factory SyrComponentEngine ("
<< instanceName << "," << interfaceName << "," << getpid() << ")");
+#else
+ MESSAGE("SyrComponentEngine_factory SyrComponentEngine ("
+ << instanceName << "," << interfaceName << "," << _getpid() << ")");
+#endif
SyrComponent_Impl * mySyrComponent
= new SyrComponent_Impl(orb, poa, contId, instanceName, interfaceName);
return mySyrComponent->getId() ;
sendMessage(NOTIF_STEP, "Syr_Impl::Initial is Computing");
// int S = 1+(int) (2.0*rand()/(RAND_MAX+1.0));
int S = 1 ;
+#ifndef WIN32
while ( S ) {
- S = sleep(S);
+ S = sleep( S ) ;
}
+#else
+ Sleep(S*1000);
+#endif
endService( " Syr_Impl::Initial" );
return _InitialInteger ;
}
sendMessage(NOTIF_STEP, "Syr_Impl::Current is Computing");
// int S = 1+(int) (2.0*rand()/(RAND_MAX+1.0));
int S = 1 ;
+#ifndef WIN32
while ( S ) {
- S = sleep(S);
+ S = sleep( S ) ;
}
+#else
+ Sleep(S*1000);
+#endif
endService( " Syr_Impl::Current" );
return _CurrentInteger ;
}
sendMessage(NOTIF_STEP, "Syr_Impl::IsEven is Computing");
// int S = 1+(int) (2.0*rand()/(RAND_MAX+1.0));
int S = 1 ;
+#ifndef WIN32
while ( S ) {
- S = sleep(S);
+ S = sleep( S ) ;
}
+#else
+ Sleep(S*1000);
+#endif
RetVal = ( _CurrentInteger & 1 ) == 0 ;
MESSAGE( " Syr_Impl::IsEven " << _CurrentInteger << " " << RetVal );
endService( " Syr_Impl::IsEven" );
sendMessage(NOTIF_STEP, "Syr_Impl::IsOne is Computing");
// int S = 1+(int) (2.0*rand()/(RAND_MAX+1.0));
int S = 1 ;
+#ifndef WIN32
while ( S ) {
- S = sleep(S);
+ S = sleep( S ) ;
}
+#else
+ Sleep(S*1000);
+#endif
RetVal = ( _CurrentInteger == 1 ) ;
MESSAGE( " Syr_Impl::IsOne " << _CurrentInteger << " " << RetVal );
endService( " Syr_Impl::IsOne" );
sendMessage(NOTIF_STEP, "Syr_Impl::Count is Computing");
// int S = 1+(int) (2.0*rand()/(RAND_MAX+1.0));
int S = 1 ;
+#ifndef WIN32
while ( S ) {
- S = sleep(S);
+ S = sleep( S ) ;
}
+#else
+ Sleep(S*1000);
+#endif
MESSAGE( " Syr_Impl::Count " << _Count );
endService( " Syr_Impl::Count" );
return _Count ;
sendMessage(NOTIF_STEP, "Syr_Impl::M3p1 is Computing");
// int S = 1+(int) (2.0*rand()/(RAND_MAX+1.0));
int S = 1 ;
+#ifndef WIN32
while ( S ) {
- S = sleep(S);
+ S = sleep( S ) ;
}
+#else
+ Sleep(S*1000);
+#endif
if ( IsEven() )
_CurrentInteger = 0 ;
else
sendMessage(NOTIF_STEP, "Syr_Impl::Div2 is Computing");
// int S = 1+(int) (2.0*rand()/(RAND_MAX+1.0));
int S = 1 ;
+#ifndef WIN32
while ( S ) {
- S = sleep(S);
+ S = sleep( S ) ;
}
+#else
+ Sleep(S*1000);
+#endif
if ( !IsEven() )
_CurrentInteger = 0 ;
else
sendMessage(NOTIF_STEP, "Syr_Impl::Incr is Computing");
// int S = 1+(int) (2.0*rand()/(RAND_MAX+1.0));
int S = 1 ;
+#ifndef WIN32
while ( S ) {
- S = sleep(S);
+ S = sleep( S ) ;
}
+#else
+ Sleep(S*1000);
+#endif
_Count = _Count + 1 ;
MESSAGE( " Syr_Impl::Incr " << _Count );
endService( " Syr_Impl::Incr" );