public void TestSimulateCharge_BatteryNotFull()
{
PowerSystemData ps = new PowerSystemData();
ps.SeedData();
ps.ProcessData();
Assert.Equal(86, ps.BatteryChargeLevel);
}
public void TestRotatePanels_Increasing()
{
PowerSystemData ps = new PowerSystemData();
ps.SeedData();
ps.ProcessData();
Assert.Equal(1, ps.SolarArrayRotation);
}
public void TestChangeToDischarge()
{
PowerSystemData ps = new PowerSystemData();
ps.SeedData();
ps.SolarArrayVoltage = 159;
ps.ProcessData();
Assert.Equal(PowerShuntState.Discharge, ps.ShuntStatus);
}
public void TestSimulateCharge_VoltageToHigh()
{
PowerSystemData ps = new PowerSystemData();
ps.SeedData();
ps.SolarArrayVoltage = 181;
ps.ProcessData();
Assert.Equal(SystemStatus.Trouble, ps.Status);
}
public void TestBatteryTempHigh()
{
PowerSystemData ps = new PowerSystemData();
ps.SeedData();
ps.BatteryTemperature = 35;
ps.ProcessData();
Assert.Equal(SystemStatus.Trouble, ps.Status);
}
public void TestGenerateSolarVoltage()
{
PowerSystemData ps = new PowerSystemData();
ps.SeedData();
PowerSystemData newps = new PowerSystemData();
Assert.NotEqual(ps.SolarArrayVoltage, newps.SolarArrayVoltage);
}
public void TestPanelSwitchDirection()
{
PowerSystemData ps = new PowerSystemData();
ps.SeedData();
ps.SolarArrayRotation = 205;
ps.ProcessData();
Assert.False(ps.SolarRotationIncreasing);
}
public void TestBatteryDischarge()
{
PowerSystemData ps = new PowerSystemData();
ps.SeedData();
ps.SolarArrayVoltage = 159;
ps.ProcessData();
Assert.Equal(84, ps.BatteryChargeLevel);
}
public void TestBatteryDischargeTrouble_VoltageHigh()
{
PowerSystemData ps = new PowerSystemData();
ps.SeedData();
ps.SolarArrayVoltage = 159;
ps.BatteryVoltage = 161;
ps.ProcessData();
Assert.Equal(SystemStatus.Trouble, ps.Status);;
}
public void TestGenerateSolarVoltage_NotDeployed()
{
PowerSystemData ps = new PowerSystemData();
ps.SeedData();
ps.SolarDeployed = false;
PowerSystemData newps = new PowerSystemData(ps);
Assert.NotEqual(newps.SolarArrayVoltage, ps.SolarArrayVoltage);
}
