Method loadInstSet

avida-core/source/cpu/cHardwareManager.cc:124–182

}

bool cHardwareManager::loadInstSet(int hw_type, const Apto::String& name, int stack_size, int uops_per_cycle, cStringList& sl, cUserFeedback* feedback)
{
  // Current list in progress, create actual cInstSet instance and process it
  cInstSet* inst_set = NULL;
  switch (hw_type)
  {
    case HARDWARE_TYPE_CPU_ORIGINAL:
      inst_set = new cInstSet(m_world, (const char*)name, hw_type, cHardwareCPU::GetInstLib(), stack_size, uops_per_cycle);
      break;
    case HARDWARE_TYPE_CPU_TRANSSMT:
      inst_set = new cInstSet(m_world, (const char*)name, hw_type, cHardwareTransSMT::GetInstLib(), stack_size, uops_per_cycle);
      break;
    case HARDWARE_TYPE_CPU_EXPERIMENTAL:
      inst_set = new cInstSet(m_world, (const char*)name, hw_type, cHardwareExperimental::GetInstLib(), stack_size, uops_per_cycle);
      break;
    case HARDWARE_TYPE_CPU_GP8:
      inst_set = new cInstSet(m_world, (const char*)name, hw_type, cHardwareGP8::GetInstLib(), stack_size, uops_per_cycle);
      break;
    case HARDWARE_TYPE_CPU_BCR:
      inst_set = new cInstSet(m_world, (const char*)name, hw_type, cHardwareBCR::GetInstLib(), stack_size, uops_per_cycle);
      break;
    default:
      if (feedback) feedback->Error("unknown/unsupported hw_type specified for instset '%s'", (const char*)name);
      return false;
  }  
  if (!inst_set->LoadWithStringList(sl, feedback)) return false;
  
  int inst_set_id = m_inst_sets.GetSize();
  m_inst_sets.Push(inst_set);
  m_is_name_map.Set(name, inst_set_id);
  
  Apto::Array<cString> names(inst_set->GetSize());
  for (int i = 0; i < inst_set->GetSize(); i++) names[i] = inst_set->GetName(i);
  m_world->GetStats().SetInstNames(inst_set->GetInstSetName(), names);
  Apto::String is((const char*)inst_set->GetInstSetName());
  m_world->GetStats().SetGroupAttackInstNames(inst_set->GetInstSetName());

  m_world->GetStats().InstPreyExeCountsForInstSet(inst_set->GetInstSetName()).Resize(inst_set->GetSize());
  m_world->GetStats().InstPredExeCountsForInstSet(inst_set->GetInstSetName()).Resize(inst_set->GetSize());
  m_world->GetStats().InstTopPredExeCountsForInstSet(inst_set->GetInstSetName()).Resize(inst_set->GetSize());
  m_world->GetStats().InstPreyFromSensorExeCountsForInstSet(inst_set->GetInstSetName()).Resize(inst_set->GetSize());
  m_world->GetStats().InstPredFromSensorExeCountsForInstSet(inst_set->GetInstSetName()).Resize(inst_set->GetSize());
  m_world->GetStats().InstTopPredFromSensorExeCountsForInstSet(inst_set->GetInstSetName()).Resize(inst_set->GetSize());
  m_world->GetStats().InstFromMessageExeCountsForInstSet(inst_set->GetInstSetName()).Resize(inst_set->GetSize());

  m_world->GetStats().ExecCountsForGroupAttackInstSet(inst_set->GetInstSetName()).Clear();
  Apto::Array<cString> att_inst = m_world->GetStats().GetGroupAttackInsts(inst_set->GetInstSetName());
  for (int i = 0; i < att_inst.GetSize(); i++) {
    m_world->GetStats().ExecCountsForGroupAttackInst(inst_set->GetInstSetName(), att_inst[i]).Resize(20);
    for (int j = 0; j < 20; j++) {
      m_world->GetStats().ExecCountsForGroupAttackInst(inst_set->GetInstSetName(), att_inst[i])[j].Clear();
    }
  }
  
  m_world->GetStats().InstMaleExeCountsForInstSet(inst_set->GetInstSetName()).Resize(inst_set->GetSize());
  m_world->GetStats().InstFemaleExeCountsForInstSet(inst_set->GetInstSetName()).Resize(inst_set->GetSize());
  
  return true;