public void GomEpsInitialize_repeat_Test()
{
GomEPS gom = new GomEPS();
Assert.AreEqual(Constants.E_NO_SS_ERR, gom.GomEpsInitialize(add, 1));
Assert.AreEqual(Constants.E_IS_INITIALIZED, gom.GomEpsInitialize(add, 1));
}
public void GomEpsConfig2CMD_no_error_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
Assert.AreEqual(Constants.E_NO_SS_ERR, gom.GomEpsConfig2CMD(0, 1));
}
public void GomEpsConfigSet_no_error_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
EPS.eps_config_t conf = new EPS.eps_config_t();
//conf.output = new EPS.eps_config_t();
EPS eps = gom.eps_table[0];
conf.ppt_mode = (byte)eps.CurrentConfig.PptMode;
conf.battheater_mode = (byte)eps.CurrentConfig.BattheaterMode;
conf.battheater_low = eps.CurrentConfig.BattheaterLow;
conf.battheater_high = eps.CurrentConfig.BattheaterHigh;
conf.output_initial_off_delay = new ushort[8];
conf.output_initial_on_delay = new ushort[8];
conf.output_normal_value = new byte[8];
conf.output_safe_value = new byte[8];
for (int i = 0; i < 8; i++)
{
conf.output_initial_off_delay[i] = eps.CurrentConfig.OutputInitialOffDelay[i];
conf.output_initial_on_delay[i] = eps.CurrentConfig.OutputInitialOnDelay[i];
conf.output_normal_value[i] = eps.CurrentConfig.OutputNormalValue[i];
conf.output_safe_value[i] = eps.CurrentConfig.OutputSafeValue[i];
}
conf.vboost = new ushort[3];
for (int i = 0; i < 3; i++)
{
conf.vboost[i] = eps.CurrentConfig.Vboost[i];
}
Assert.AreEqual(Constants.E_NO_SS_ERR, gom.GomEpsConfigSet(0, conf));
}
public void GomEpsSetPhotovoltaicInputs_not_an_index_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
Assert.AreEqual(Constants.E_INDEX_ERROR, gom.GomEpsSetPhotovoltaicInputs(1, 7000, 7200, 7400));
}
public void GomEpsSoftReset_not_an_index_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
Assert.AreEqual(Constants.E_INDEX_ERROR, gom.GomEpsSoftReset(1));
}
public void GomEpsConfig2CMD_invalid_input_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
Assert.AreEqual(Constants.E_INVALID_INPUT, gom.GomEpsConfig2CMD(0, 6));
}
public void GomEpsSetPhotovoltaicInputs_no_error_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
Assert.AreEqual(Constants.E_NO_SS_ERR, gom.GomEpsSetPhotovoltaicInputs(0, 7000, 7200, 7400));
}
public void GomEpsSoftReset_no_error_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
Assert.AreEqual(Constants.E_NO_SS_ERR, gom.GomEpsSoftReset(0));
}
public void GomEpsConfig2Set_no_error_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
EPS.eps_config2_t conf = new EPS.eps_config2_t();
Assert.AreEqual(Constants.E_NO_SS_ERR, gom.GomEpsConfig2Set(0, conf));
}
public void GomEpsSetPhotovoltaicInputs_invalid_action_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
gom.eps_table[0].CurrentConfig.PptMode = PPTMode.MPPT;
Assert.AreEqual(Constants.E_INVALID_ACTION, gom.GomEpsSetPhotovoltaicInputs(0, 7000, 7200, 7400));
}
public void GomEpsConfig2Set_not_an_index_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
EPS.eps_config2_t conf = new EPS.eps_config2_t();
Assert.AreEqual(Constants.E_INDEX_ERROR, gom.GomEpsConfig2Set(1, conf));
}
public void GomEpsSetPptMode_no_error_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
byte mode = 1;
Assert.AreEqual(Constants.E_NO_SS_ERR, gom.GomEpsSetPptMode(0, mode));
}
public void GomEpsGetHkData_basic_not_an_index_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
Output <EPS.eps_hk_basic_t> output = new Output <EPS.eps_hk_basic_t>();
Assert.AreEqual(Constants.E_INDEX_ERROR, gom.GomEpsGetHkData_basic(1, output));
}
public void GomEpsSetPptMode_not_invalid_input_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
byte mode = 3;
Assert.AreEqual(Constants.E_INVALID_INPUT, gom.GomEpsSetPptMode(0, mode));
}
public void GomEpsGetHkData_basic_no_error_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
Output <EPS.eps_hk_basic_t> output = new Output <EPS.eps_hk_basic_t>();
Assert.AreEqual(Constants.E_NO_SS_ERR, gom.GomEpsGetHkData_basic(0, output));
}
public void GomEpsSetOutput_not_an_index_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
byte outputs = 255;
Assert.AreEqual(Constants.E_INDEX_ERROR, gom.GomEpsSetOutput(1, outputs));
}
public void GomEpsSetOutput_no_error_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
byte outputs = 255;
Assert.AreEqual(Constants.E_NO_SS_ERR, gom.GomEpsSetOutput(0, outputs));
}
public void GomEpsSetPptMode_not_an_index_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
byte mode = 1;
Assert.AreEqual(Constants.E_INDEX_ERROR, gom.GomEpsSetPptMode(1, mode));
}
public void GomEpsPing_eps_no_error_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
Output <Byte> output = new Output <Byte>();
Assert.AreEqual(Constants.E_NO_SS_ERR, gom.GomEpsPing(0, 1, output));
}
public void GomEpsPing_eps_not_an_index_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
Output <Byte> output = new Output <Byte>();
Assert.AreEqual(Constants.E_INDEX_ERROR, gom.GomEpsPing(1, 1, output));
}
public void GomEpsConfigGet_no_error_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
Output <EPS.eps_config_t> conf = new Output <EPS.eps_config_t>();
Assert.AreEqual(Constants.E_NO_SS_ERR, gom.GomEpsConfigGet(0, conf));
}
public void GomEpsPing_eps_right_ping_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
Output <Byte> output = new Output <Byte>();
gom.GomEpsPing(0, 1, output);
Assert.AreEqual(1, output.output);
}
public void GomEpsSetSingleOutput_invalid_value_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
byte channelId = 5;
byte val = 2;
Assert.AreEqual(Constants.E_INVALID_INPUT, gom.GomEpsSetSingleOutput(0, channelId, val, 1));
}
public void GomEpsSetSingleOutput_not_an_index_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
byte channelId = 5;
byte val = 1;
Assert.AreEqual(Constants.E_INDEX_ERROR, gom.GomEpsSetSingleOutput(1, channelId, val, 1));
}
public void GomEpsSetSingleOutput_no_error_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
byte channelId = 5;
byte val = 1;
Assert.AreEqual(Constants.E_NO_SS_ERR, gom.GomEpsSetSingleOutput(0, channelId, val, 1));
}
public void GomEpsSetHeaterAutoMode_not_an_index_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
Output <ushort> output = new Output <ushort>();
byte mode = 1;
Assert.AreEqual(Constants.E_INDEX_ERROR, gom.GomEpsSetHeaterAutoMode(1, mode, output));
}
public void GomEpsSetHeaterAutoMode_no_error_Test()
{
GomEPS gom = new GomEPS();
gom.GomEpsInitialize(add, 1);
Output <ushort> output = new Output <ushort>();
byte mode = 1;
Assert.AreEqual(Constants.E_NO_SS_ERR, gom.GomEpsSetHeaterAutoMode(0, mode, output));
}
public EPSTab(GomEPS gomEPS)
{
InitializeComponent();
this.gomEPS = gomEPS;
gomEPS.GomEpsInitialize(0, 1);
eps = gomEPS.eps_table[0];
Battery batt = eps.OnboardBattery;
BoostConverter converter1 = eps.BoostConverters[0];
BoostConverter converter2 = eps.BoostConverters[1];
BoostConverter converter3 = eps.BoostConverters[2];
Channel channel1 = (Channel)eps.Outputs[(int)OutputType.T_3_3V1];
Channel channel2 = (Channel)eps.Outputs[(int)OutputType.T_3_3V2];
Channel channel3 = (Channel)eps.Outputs[(int)OutputType.T_3_3V3];
Channel channel4 = (Channel)eps.Outputs[(int)OutputType.T_5V1];
Channel channel5 = (Channel)eps.Outputs[(int)OutputType.T_5V2];
Channel channel6 = (Channel)eps.Outputs[(int)OutputType.T_5V3];
Output qs = eps.Outputs[(int)OutputType.T_QS];
Output qh = eps.Outputs[(int)OutputType.T_QH];
EPSConfiguration currConfig = eps.CurrentConfig;
BatteryHeater heater = eps.BatteryHeaters[EPSConstants.ONBOARD_HEATER];
WDT i2c = eps.Wdts[(int)WdtType.I2C];
WDT gnd = eps.Wdts[(int)WdtType.GND];
WDT csp0 = eps.Wdts[(int)WdtType.CSP0];
WDT csp1 = eps.Wdts[(int)WdtType.CSP1];
//Battery
batteryGrid.DataContext = batt;
battCurrInText.DataContext = batt;
battCurrOutText.DataContext = batt;
//pv
pv1Grid.DataContext = converter1;
pv1CurrInText.DataContext = converter1;
pv1CurrOutText.DataContext = converter1;
pv1VboostText.DataContext = currConfig;
pv2Grid.DataContext = converter2;
pv2CurrInText.DataContext = converter2;
pv2CurrOutText.DataContext = converter2;
pv2VboostText.DataContext = currConfig;
pv3Grid.DataContext = converter3;
pv3CurrInText.DataContext = converter3;
pv3CurrOutText.DataContext = converter3;
pv3VboostText.DataContext = currConfig;
//channels
channel1Grid.DataContext = channel1;
ch1OnDelText.DataContext = currConfig;
ch1OffDelText.DataContext = currConfig;
ch1CurrOutText.DataContext = channel1;
ch1Light.DataContext = channel1;
ch1NormalText.DataContext = currConfig;
ch1SafeText.DataContext = currConfig;
channel2Grid.DataContext = channel2;
ch2OnDelText.DataContext = currConfig;
ch2OffDelText.DataContext = currConfig;
ch2CurrOutText.DataContext = channel2;
ch2Light.DataContext = channel2;
ch2NormalText.DataContext = currConfig;
ch2SafeText.DataContext = currConfig;
channel3Grid.DataContext = channel3;
ch3OnDelText.DataContext = currConfig;
ch3OffDelText.DataContext = currConfig;
ch3CurrOutText.DataContext = channel3;
ch3Light.DataContext = channel3;
ch3NormalText.DataContext = currConfig;
ch3SafeText.DataContext = currConfig;
channel4Grid.DataContext = channel4;
ch4OnDelText.DataContext = currConfig;
ch4OffDelText.DataContext = currConfig;
ch4CurrOutText.DataContext = channel4;
ch4Light.DataContext = channel4;
ch4NormalText.DataContext = currConfig;
ch4SafeText.DataContext = currConfig;
channel5Grid.DataContext = channel5;
ch5OnDelText.DataContext = currConfig;
ch5OffDelText.DataContext = currConfig;
ch5CurrOutText.DataContext = channel5;
ch5Light.DataContext = channel5;
ch5NormalText.DataContext = currConfig;
ch5SafeText.DataContext = currConfig;
channel6Grid.DataContext = channel6;
ch6OnDelText.DataContext = currConfig;
ch6OffDelText.DataContext = currConfig;
ch6CurrOutText.DataContext = channel6;
ch6Light.DataContext = channel6;
ch6NormalText.DataContext = currConfig;
ch6SafeText.DataContext = currConfig;
channelQSGrid.DataContext = qs;
qsOnDelText.DataContext = currConfig;
qsOffDelText.DataContext = currConfig;
qsLight.DataContext = qs;
qsNormalText.DataContext = currConfig;
qsSafeText.DataContext = currConfig;
channelQHGrid.DataContext = qh;
qhOnDelText.DataContext = currConfig;
qhOffDelText.DataContext = currConfig;
qhLight.DataContext = qh;
qhNormalText.DataContext = currConfig;
qhSafeText.DataContext = currConfig;
//current config
confGrid.DataContext = currConfig;
//battery heater
batteryHeaterGrid.DataContext = heater;
heaterModeText.DataContext = currConfig;
heatLowText.DataContext = currConfig;
heatHighText.DataContext = currConfig;
battHeatBorder.DataContext = heater;
//WDTs
wdtI2CGrid.DataContext = i2c;
wdtGNDGrid.DataContext = gnd;
wdtCSP0Grid.DataContext = csp0;
wdtCSP1Grid.DataContext = csp1;
//other
lastResetText.DataContext = eps;
numRebootText.DataContext = eps;
numErrorsText.DataContext = eps;
/*Task.Factory.StartNew(() => Thread.Sleep(1000))
* .ContinueWith((t) =>
* {
* eps.BatteryDrop();
* }, TaskScheduler.FromCurrentSynchronizationContext());
*/
// Create a timer
myTimer = new System.Timers.Timer();
// Tell the timer what to do when it elapses
myTimer.Elapsed += new ElapsedEventHandler(MyEvent);
// Set it to go off every five seconds
myTimer.Interval = 1000;
// And start it
myTimer.Enabled = true;
// Implement a call with the right signature for events going off
}
public void GomEpsInitialize_n_greater_then_1_Test()
{
GomEPS gom = new GomEPS();
Assert.AreEqual(Constants.E_NO_SS_ERR, gom.GomEpsInitialize(add, 2));
}
public void GomEpsInitializeRepeat_incorrect_number_Test()
{
GomEPS gom = new GomEPS();
Assert.AreEqual(Constants.E_INDEX_ERROR, gom.GomEpsInitialize(add, 0));
}