public void ApplyTest1(double vol)
{
GwPWSCommdUnit cmdUnit = new GwPWSCommdUnit();
var str = cmdUnit.Apply(vol);
Assert.AreEqual($"appl {vol}\n", str);
}
public void ApplyTest(double vol, double cur)
{
GwPWSCommdUnit cmdUnit = new GwPWSCommdUnit();
var str = cmdUnit.Apply(vol, cur);
Assert.AreEqual($"appl {vol},{cur}\n", str);
}
public void ABORtTest()
{
GwPWSCommdUnit cmdUnit = new GwPWSCommdUnit();
var str = cmdUnit.Abort();
Assert.AreEqual("abor\n", str);
}
public void OutputDelayOffSecondTest1(double second)
{
GwPWSCommdUnit cmdUnit = new GwPWSCommdUnit();
Assert.ThrowsException <ArgumentOutOfRangeException>(() => cmdUnit.OutputDelayOffSecond(second));
}
public void OutputDelayOnSecondTest(double second)
{
GwPWSCommdUnit cmdUnit = new GwPWSCommdUnit();
Assert.AreEqual($"outp:del:on {second}\n", cmdUnit.OutputDelayOnSecond(second));
}
public void OutputCmdTest(SwitchType switchType)
{
GwPWSCommdUnit cmdUnit = new GwPWSCommdUnit();
Assert.AreEqual($"outp {switchType:d}\n", cmdUnit.OutputCmd(switchType));
}
public void ApplyTest3(double vol, double cur)
{
GwPWSCommdUnit cmdUnit = new GwPWSCommdUnit();
Assert.ThrowsException <ArgumentOutOfRangeException>(() => cmdUnit.Apply(vol, cur));
}
public void SystemErrorTest()
{
GwPWSCommdUnit cmdUnit = new GwPWSCommdUnit();
Assert.AreEqual("syst:err?\n", cmdUnit.SystemError());
}
public void QueryMeasureVoltageTest()
{
GwPWSCommdUnit cmdUnit = new GwPWSCommdUnit();
Assert.AreEqual("meas:volt?\n", cmdUnit.QueryMeasureVoltage());
}
public void QueryMeasurePowerTest()
{
GwPWSCommdUnit cmdUnit = new GwPWSCommdUnit();
Assert.AreEqual("meas:pow?\n", cmdUnit.QueryMeasurePower());
}
public void QueryMeasureCurrentTest()
{
GwPWSCommdUnit cmdUnit = new GwPWSCommdUnit();
Assert.AreEqual("meas:curr?\n", cmdUnit.QueryMeasureCurrent());
}
