void TaskManager::finish_task(Task* task)
{
u32 dependent_tasks = task->m_dependent_tasks.fetch_sub(1) - 1;
if (dependent_tasks == 0 && task->m_parent)
{
finish_task(task->m_parent);
}
}
void QuickVerifyTask::VerifyBlock( const DM::PORT * port, qlonglong offset , qlonglong sector_count )
{
assert( port != nullptr );
auto disk = disk_master_->getDiskDevice( port );
assert ( disk != nullptr );
assert( disk->getSize() <= (qlonglong)( offset + sector_count ) );
currentSector_ = offset_;
DWORD block_size = MaxSectorsCount;
qlonglong prev_sector = currentSector_;
while( currentSector_ < sector_count )
{
if ( task_break_ )
break;
if( (qlonglong) (currentSector_ + block_size ) > sector_count )
{
block_size = (DWORD) (sector_count - currentSector_);
}
qDebug() << "QuickVefifyTask is starting...(" << currentSector_ << ")";
currentSector_ ;
bExecuting_ = true;
if ( ExecuteTask( port->number , currentSector_ , block_size ) )
{
/*sectors += block_size;*/
if ( block_size < MaxSectorsCount )
block_size *= 2;
}
else
{
block_size = MinSectorsCount;
//sectors = currentSector_;
}
bExecuting_ = false;
}
if ( task_break_ )
emit break_task( currentSector_ );
else
emit finish_task( this->getLastSector() );
}
void TaskManager::execute_task(Task* task)
{
(task->m_task_function)(task, task->m_data);
finish_task(task);
}
