void
RegisterArray::reset_state() {
// we build a new vector of registers, then swap, to avoid holding the lock
// for too long
std::vector<Register> registers_new;
size_t s = size();
// TODO(antonin): is this actually better than
// std::vector<Register> registers_new(size, Register(bitwidth)); ?
registers_new.reserve(s);
for (size_t i = 0; i < s; i++)
registers_new.emplace_back(bitwidth, this);
auto lock = UniqueLock();
registers.swap(registers_new);
}
void LoadBehavior(void* arg, const char* fileName)
{
MaterialMonitorSim* materialMonitorSim = (MaterialMonitorSim*)arg;
UniqueLock(materialMonitorSim->GetMutex());
string path(SIMULATOR_FOLDER);
path.append(1, PATH_SEPARATOR);
path.append(BEHAVIORS_FOLDER);
path.append(1, PATH_SEPARATOR);
path.append(fileName);
Behavior* behavior = BehaviorParser::ParseBehavior(path.c_str());
materialMonitorSim->SetBehavior(behavior);
if (behavior != NULL)
{
LOG_EXT(LEVEL_INFO, "Behavior '" << fileName << "' was loaded.");
}
else
{
LOG_EXT(LEVEL_WARN, "Error loading behavior '" << fileName << "': invalid file.");
}
}
