130   NS_TEST_ASSERT_MSG_EQ (false, modelList.empty (), "Model list is empty!");

   130   NS_TEST_ASSERT_MSG_EQ (false, modelList.empty (), "Model list is empty!");

   131   // get pointer

   131   // get pointer

   132   Ptr<BasicRadioEnergyModel> devModel =

   132   Ptr<BasicRadioEnergyModel> devModel =

   133     DynamicCast<BasicRadioEnergyModel> (modelList[0]);

   133     DynamicCast<BasicRadioEnergyModel> (modelList[0]);

   134   // check pointer

   134   // check pointer

   136 

   136 

   137   // schedule change of state

   137   // schedule change of state

   138   Simulator::Schedule (Seconds (m_timeS),

   138   Simulator::Schedule (Seconds (m_timeS),

   139                        &BasicRadioEnergyModel::UpdateRemainingEnergy, devModel, state);

   139                        &BasicRadioEnergyModel::UpdateRemainingEnergy, devModel, state);

   140 

   140 

   313   /*

   313   /*

   314    * Calculate total number of callbacks invoked. Taking the ceiling instead of

   314    * Calculate total number of callbacks invoked. Taking the ceiling instead of

   315    * the floor here because initial update is at time = 0.

   315    * the floor here because initial update is at time = 0.

   316    */

   316    */

   317   double tmp = ceil (simTimeS / updateIntervalS);

   317   double tmp = ceil (simTimeS / updateIntervalS);

   319   /*

   319   /*

   320    * Every update will trigger *all* DeviceEnergyModels to react, therefore the

   320    * Every update will trigger *all* DeviceEnergyModels to react, therefore the

   321    * total count should be numOfUpdates * m_numOfModels ^ 2

   321    * total count should be numOfUpdates * m_numOfModels ^ 2

   322    */

   322    */

   323   int totalCallbackCount = numOfUpdates * m_numOfModels * m_numOfModels;

   323   int totalCallbackCount = numOfUpdates * m_numOfModels * m_numOfModels;