bool CSMesExecution::_selectExecutionsComparaisonUpdateInstrumentation(const Executions::modules_executions_t &execution,CSMesInstrumentations &_instrumentations,Instrumentation::coverage_method_t method,const bool &abort_operation) const
{
CSMesInstrumentations::Modules::Iterator modit ;
for (modit = _instrumentations.modules.begin(); modit != _instrumentations.modules.end(); ++modit )
{
if (abort_operation)
return false;
const Executions::executions_t &mes=execution.executions[modit.key()];
// Propagate the state in the equivalent measurements
CSMesInstrumentations::Sources::Iterator srcit;
for ( srcit = modit.value().sources.begin(); srcit != modit.value().sources.end(); ++srcit )
{
QString cur_source=srcit.key();
CSMesInstrumentations::Instrumentations *inst_p=&(srcit.value().instrumentations);
int sz=inst_p->size();
int instrument_id;
for (instrument_id=0;instrument_id<sz;instrument_id++)
{
/* set the current instrumentation */
Instrumentation &ins=(*inst_p)[instrument_id];
setExecutionState(ins,mes,method);
ASSERT(ins.status(1,method)!=Instrumentation::STATUS_UNKNOWN);
for (Instrumentation *equiv=ins.getEquivalent();equiv!=&ins;equiv=equiv->getEquivalent())
equiv->copyExecutionState(ins);
}
}
}
return true;
}
bool CSMesExecution::_limitExecutionCountToOne(Executions::modules_executions_t &execution,CSMesInstrumentations &_instrumentations,Instrumentation::coverage_method_t method,const bool &abort_operation) const
{
clearExecutions(_instrumentations);
CSMesInstrumentations::Modules::Iterator modit ;
for (modit = _instrumentations.modules.begin(); modit != _instrumentations.modules.end(); ++modit )
{
if (abort_operation)
return false;
Executions::executions_t &mes=execution.executions[modit.key()];
if (mes.size()==0)
continue;
// Propagate the state in the equivalent measurements
CSMesInstrumentations::Sources::Iterator srcit;
for ( srcit = modit.value().sources.begin(); srcit != modit.value().sources.end(); ++srcit )
{
QString cur_source=srcit.key();
CSMesInstrumentations::Instrumentations *inst_p=&(srcit.value().instrumentations);
int sz=inst_p->size();
int instrument_id;
for (instrument_id=0;instrument_id<sz;instrument_id++)
{
/* set the current instrumentation */
int i;
Instrumentation &ins=(*inst_p)[instrument_id];
for (i=ins.getMinIndex();i<=ins.getMaxIndex();i++)
{
if (static_cast<int>(mes[i])>1)
mes[i]=static_cast<Instrumentation::execution_state_t>(1);
}
setExecutionState(ins,mes,method);
for (i=ins.getMinIndex();i<=ins.getMaxIndex();i++)
{
if (ins.executionCount(i)>1 && static_cast<int>(mes[i])>0)
mes[i]=Instrumentation::EXECUTION_STATE_NOT_EXECUTED;
}
for (Instrumentation *equiv=ins.getEquivalent();equiv!=&ins;equiv=equiv->getEquivalent())
equiv->copyExecutionState(ins);
}
}
}
return true;
}
UINT KeepAliveThread::run() {
for(;;) {
setExecutionState(m_flags);
Sleep(60000);
}
}
