void Stack<TaskGeneric>::
defineNbDof( const int& nbDof )
{
assert(nbDof >= 0);
nbDofs = nbDof;
resetReady();
}
void Stack<TaskGeneric>::
down( const TaskGeneric& key )
{
bool find =false;
StackIterator_t it;
for ( it=stack.begin();stack.end()!=it;++it )
{
if( *it == &key ) { find=true; break; }
}
if( stack.end()==it ) { return; }
if(! find ){ return; }
StackIterator_t pos=it; pos++;
// If the task is already at the end of the stack, do nothing
if( stack.end()==pos ){ return; }
TaskGeneric* task=*it;
while(! mutex_.try_lock() ){}
stack.erase( it );
// the task was the second to last one
if( stack.end()==pos ){ stack.push_back(task); }
else
{
stack.insert( pos,task );
}
resetReady();
mutex_.unlock();
}
void Stack<TaskGeneric>::
push( TaskGeneric& task )
{
while(! mutex_.try_lock() ){}
stack.push_back( &task );
addDependancy( getTaskDependancyList( task ) );
resetReady();
mutex_.unlock();
}
void Stack<TaskGeneric>::
clear( void )
{
for ( StackIterator_t it=stack.begin();stack.end()!=it;++it )
{
removeDependancy( getTaskDependancyList( **it ) );
}
stack.clear();
resetReady();
}
/**
* Reset Manager has request a reset, send the current state and
* start sending updates.
*/
void CCAPI_Service_reset_request() {
cc_deviceinfo_ref_t handle = 0;
sendResetUpdates = 1;
if (CCAPI_DeviceInfo_isPhoneIdle(handle) == TRUE) {
resetReady();
} else {
resetNotReady();
}
}
TaskGeneric& Stack<TaskGeneric>::
pop( void )
{
TaskGeneric* res = stack.back();
while(! mutex_.try_lock() ){}
removeDependancy( getTaskDependancyList( *res ) );
stack.pop_back();
resetReady();
mutex_.unlock();
return *res;
}
void Stack<TaskGeneric>::
remove( const TaskGeneric& key )
{
bool find =false;
StackIterator_t it;
for ( it=stack.begin();stack.end()!=it;++it )
{
if( *it == &key ) { find=true; break; }
}
if(! find ){ return; }
while(! mutex_.try_lock() ){}
stack.erase( it );
removeDependancy( getTaskDependancyList( key ) );
resetReady();
mutex_.unlock();
}
void Stack<TaskGeneric>::
up( const TaskGeneric& key )
{
bool find =false;
StackIterator_t it;
for ( it=stack.begin();stack.end()!=it;++it )
{
if( *it == &key ) { find=true; break; }
}
if( stack.begin()==it ) { return; }
if(! find ){ return; }
StackIterator_t pos=it; pos--;
TaskGeneric * task = *it;
while(! mutex_.try_lock() ){}
stack.erase( it );
stack.insert( pos,task );
resetReady();
mutex_.unlock();
}
