private new void Capture(object state)
{
m_RpmValues = new List <DatedValue>();
m_KphValues = new List <DatedValue>();
OBDParameterValue value;
DatedValue d_value;
while (m_Capture)
{
value = m_obdInterface.getValue("SAE.RPM", true);
if (!value.ErrorDetected)
{
d_value = new DatedValue(value.DoubleValue);
d_value.Date = DateTime.Now;
if (Convert.ToDecimal(d_value.Value) >= numFromRPM.Value &&
Convert.ToDecimal(d_value.Value) <= numToRPM.Value)
{
m_RpmValues.Add(d_value);
value = m_obdInterface.getValue("SAE.VSS", false);
if (!value.ErrorDetected)
{
d_value = new DatedValue(value.DoubleValue * (double)m_obdInterface.ActiveProfile.SpeedCalibrationFactor);
d_value.Date = DateTime.Now;
m_KphValues.Add(d_value);
}
m_Capture = false;
}
}
}
Calculate();
btnOpen.Enabled = true;
}
private new void Capture(object state)
{
m_arrRpmValues = new ArrayList();
m_arrKphValues = new ArrayList();
bool flag = false;
if (m_bCapture)
{
do
{
OBDParameterValue obdParameterValue1 = m_obdInterface.getValue("SAE.RPM", true);
if (!obdParameterValue1.ErrorDetected)
{
DatedValue datedValue1 = new DatedValue(obdParameterValue1.DoubleValue);
DateTime now1 = DateTime.Now;
datedValue1.Date = now1;
Decimal num1 = numFromRPM.Value;
Decimal num2 = new Decimal();
num2 = new Decimal(datedValue1.Value);
if (num2 >= num1)
{
Decimal num3 = numToRPM.Value;
Decimal num4 = new Decimal();
num4 = new Decimal(datedValue1.Value);
if (num4 <= num3)
{
m_arrRpmValues.Add((object)datedValue1);
OBDParameterValue obdParameterValue2 = m_obdInterface.getValue("SAE.VSS", false);
if (!obdParameterValue2.ErrorDetected)
{
float num5 = m_obdInterface.GetActiveProfile().SpeedCalibrationFactor;
DatedValue datedValue2 = new DatedValue(obdParameterValue2.DoubleValue * (double)num5);
DateTime now2 = DateTime.Now;
datedValue2.Date = now2;
m_arrKphValues.Add((object)datedValue2);
}
flag = true;
goto label_9;
}
}
if (flag)
{
m_bCapture = false;
}
}
label_9 :;
}while (m_bCapture);
}
Calculate();
btnOpen.Enabled = true;
}
public void ReadCodes()
{
m_ListDTC.Clear();
m_ListPending.Clear();
m_ListPermanent.Clear();
OBDParameterValue value;
value = m_obdInterface.getValue("SAE.MIL", true);
if (!value.ErrorDetected)
{
SetMilStatus(value.BoolValue);
}
value = m_obdInterface.getValue("SAE.DTC_COUNT", true);
if (!value.ErrorDetected)
{
SetDTCTotal((int)value.DoubleValue);
}
value = m_obdInterface.getValue("SAE.STORED_DTCS", true);
if (!value.ErrorDetected)
{
foreach (string dtc in value.StringCollectionValue)
{
m_ListDTC.Add(m_obdInterface.GetDTC(dtc));
}
}
value = m_obdInterface.getValue("SAE.PENDING_DTCS", true);
if (!value.ErrorDetected)
{
foreach (string dtc in value.StringCollectionValue)
{
m_ListPending.Add(m_obdInterface.GetDTC(dtc));
}
}
value = m_obdInterface.getValue("SAE.PERMANENT_DTCS", true);
if (!value.ErrorDetected)
{
foreach (string dtc in value.StringCollectionValue)
{
m_ListPermanent.Add(m_obdInterface.GetDTC(dtc));
}
}
}
private void UpdateThread(object state)
{
if (!bRunThread)
{
return;
}
do
{
if (m_obdInterface.getConnectedStatus() && bLogging)
{
IEnumerator enumerator = panelDisplay.Controls.GetEnumerator();
if (enumerator.MoveNext())
{
do
{
SensorDisplayControl sensorDisplayControl = (SensorDisplayControl)enumerator.Current;
OBDParameter obdParameter = (OBDParameter)sensorDisplayControl.Tag;
OBDParameterValue obdParameterValue = m_obdInterface.getValue(obdParameter, radioDisplayEnglish.Checked);
if (!obdParameterValue.ErrorDetected)
{
string str = obdParameter.EnglishUnitLabel;
if (!radioDisplayEnglish.Checked)
{
str = obdParameter.MetricUnitLabel;
}
double num1 = obdParameterValue.DoubleValue;
double num2 = obdParameterValue.DoubleValue;
SensorLogItem sensorLogItem = new SensorLogItem(obdParameter.Name, num2.ToString(), str, num1.ToString(), str);
SensorMonitorForm.m_arrayListLog.Add((object)sensorLogItem);
scrollTime.Maximum = SensorMonitorForm.m_arrayListLog.Count - 1;
scrollTime.Value = scrollTime.Maximum;
DateTime dateTime = new DateTime();
dateTime = new DateTime(0L);
TimeSpan timeSpan = sensorLogItem.Time.Subtract(m_dtStartTime);
lblTimeElapsed.Text = dateTime.Add(timeSpan).ToString("mm:ss.fff", DateTimeFormatInfo.InvariantInfo);
if (radioDisplayEnglish.Checked)
{
double num3 = obdParameterValue.DoubleValue;
sensorDisplayControl.EnglishDisplay = num3.ToString() + " " + obdParameter.EnglishUnitLabel;
}
else
{
double num3 = obdParameterValue.DoubleValue;
sensorDisplayControl.MetricDisplay = num3.ToString() + " " + obdParameter.MetricUnitLabel;
}
}
}while (enumerator.MoveNext());
}
}
else
{
Thread.Sleep(300);
}
}while (bRunThread);
}
private void ConnectThreadNew(object state)
{
ShowConnectingLabel();
if (m_OBDInterface.CommSettings.AutoDetect)
{
if (m_OBDInterface.initDeviceAuto())
{
m_OBDInterface.logItem("Connection Established!");
ShowConnectedLabel();
OBDParameter param = new OBDParameter();
param.OBDRequest = "0902";
param.Service = 9;
param.Parameter = 2;
param.ValueTypes = 4;
m_OBDInterface.getValue(param, true);
}
else
{
MessageBox.Show("ProScan failed to find a compatible OBD-II interface attached to this computer.\r\n\r\nPlease verify that no other application is currently using the required port.", "Auto Detection Failure", MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
m_OBDInterface.logItem("Failed to find a compatible OBD-II interface.");
ShowDisconnectedLabel();
}
}
else
{
int baudRate = m_OBDInterface.CommSettings.BaudRate;
int comPort = m_OBDInterface.CommSettings.ComPort;
if (m_OBDInterface.initDevice(
m_OBDInterface.CommSettings.HardwareIndex,
comPort,
baudRate,
m_OBDInterface.CommSettings.ProtocolIndex
))
{
m_OBDInterface.logItem("Connection Established!");
ShowConnectedLabel();
}
else
{
MessageBox.Show(
string.Format(@"ProScan failed to find a compatible OBD-II interface attached to {0} at baud rate {1} bps.
Please verify that no other application is currently using the required port and that the baud rate is correct.",
m_OBDInterface.CommSettings.ComPortName,
m_OBDInterface.CommSettings.BaudRate
),
"Connection Failure",
MessageBoxButtons.OK,
MessageBoxIcon.Exclamation
);
m_OBDInterface.logItem("Failed to find a compatible OBD-II interface.");
ShowDisconnectedLabel();
}
}
}
private void UpdateThread(object state)
{
while (IsRunThread)
{
if (m_obdInterface.ConnectedStatus && IsLogging)
{
foreach (SensorDisplayControl control in panelDisplay.Controls)
{
OBDParameter param = (OBDParameter)control.Tag;
OBDParameterValue value = m_obdInterface.getValue(param, radioDisplayEnglish.Checked);
if (!value.ErrorDetected)
{
string text = param.EnglishUnitLabel;
if (!radioDisplayEnglish.Checked)
{
text = param.MetricUnitLabel;
}
SensorLogItem sensorLogItem = new SensorLogItem(
param.Name,
value.DoubleValue.ToString(),
text,
value.DoubleValue.ToString(),
text);
m_ListLog.Add(sensorLogItem);
scrollTime.Maximum = m_ListLog.Count - 1;
scrollTime.Value = scrollTime.Maximum;
DateTime dateTime = new DateTime(0L);
lblTimeElapsed.Text = dateTime.Add(sensorLogItem.Time.Subtract(m_dtStartTime)).ToString("mm:ss.fff", DateTimeFormatInfo.InvariantInfo);
text = value.DoubleValue.ToString();
if (radioDisplayEnglish.Checked)
{
control.EnglishDisplay = text + " " + param.EnglishUnitLabel;
}
else
{
control.MetricDisplay = text + " " + param.MetricUnitLabel;
}
}
}
}
else
{
Thread.Sleep(300);
}
}
}
private new void Capture(object state)
{
m_KphValues = new List <DatedValue>();
if (m_bCapture)
{
do
{
OBDParameterValue obdParameterValue = m_obdInterface.getValue("SAE.VSS", false);
if (!obdParameterValue.ErrorDetected && obdParameterValue.DoubleValue > 0.0)
{
if (m_KphValues.Count == 0)
{
TrackForm.thisForm.BeginInvoke((Delegate)TrackForm.CallStartTimer);
}
m_KphValues.Add(new DatedValue(obdParameterValue.DoubleValue * (double)m_obdInterface.ActiveProfile.SpeedCalibrationFactor));
TrackForm.thisForm.CalculateTimeslip();
}
}while (m_bCapture);
}
TrackForm.thisForm.BeginInvoke((Delegate)TrackForm.CallStopTimer);
btnOpen.Enabled = true;
}
private void ReadTestResults()
{
o2TestResultsControl1.Reset();
progressBar.Maximum = 12;
progressBar.Value = 0;
if (!m_obdInterface.getValue("SAE.O2_SUPPORT", true).ErrorDetected)
{
OBDParameterValue obdParameterValue1 = m_obdInterface.getValue("SAE.O2_STATUS", true);
if (!obdParameterValue1.ErrorDetected && obdParameterValue1.BoolValue)
{
progressBar.Increment(1);
int selectedSensorId = getSelectedSensorID();
int num = 0;
sbyte[] arrayType0x529830f3 = new sbyte[10];
do
{
arrayType0x529830f3[num] = 1;
++num;
}while (num < 10);
progressBar.Increment(1);
if (arrayType0x529830f3[0] != 0)
{
OBDParameterValue obdParameterValue2 = m_obdInterface.getValue(new OBDParameter(5, 1, 0, selectedSensorId), true);
if (!obdParameterValue2.ErrorDetected)
{
o2TestResultsControl1.TestValue01 = obdParameterValue2.DoubleValue;
}
OBDParameterValue obdParameterValue3 = m_obdInterface.getValue(new OBDParameter(5, 1, 1, selectedSensorId), true);
if (!obdParameterValue3.ErrorDetected)
{
o2TestResultsControl1.TestMinimum01 = obdParameterValue3.DoubleValue;
}
OBDParameterValue obdParameterValue4 = m_obdInterface.getValue(new OBDParameter(5, 1, 2, selectedSensorId), true);
if (!obdParameterValue4.ErrorDetected)
{
o2TestResultsControl1.TestMaximum01 = obdParameterValue4.DoubleValue;
}
}
progressBar.Increment(1);
if (arrayType0x529830f3[1] != 0)
{
OBDParameterValue obdParameterValue2 = m_obdInterface.getValue(new OBDParameter(5, 2, 0, selectedSensorId), true);
if (!obdParameterValue2.ErrorDetected)
{
o2TestResultsControl1.TestValue02 = obdParameterValue2.DoubleValue;
}
OBDParameterValue obdParameterValue3 = m_obdInterface.getValue(new OBDParameter(5, 2, 1, selectedSensorId), true);
if (!obdParameterValue3.ErrorDetected)
{
o2TestResultsControl1.TestMinimum02 = obdParameterValue3.DoubleValue;
}
OBDParameterValue obdParameterValue4 = m_obdInterface.getValue(new OBDParameter(5, 2, 2, selectedSensorId), true);
if (!obdParameterValue4.ErrorDetected)
{
o2TestResultsControl1.TestMaximum02 = obdParameterValue4.DoubleValue;
}
}
progressBar.Increment(1);
if (arrayType0x529830f3[2] != 0)
{
OBDParameterValue obdParameterValue2 = m_obdInterface.getValue(new OBDParameter(5, 3, 0, selectedSensorId), true);
if (!obdParameterValue2.ErrorDetected)
{
o2TestResultsControl1.TestValue03 = obdParameterValue2.DoubleValue;
}
OBDParameterValue obdParameterValue3 = m_obdInterface.getValue(new OBDParameter(5, 3, 1, selectedSensorId), true);
if (!obdParameterValue3.ErrorDetected)
{
o2TestResultsControl1.TestMinimum03 = obdParameterValue3.DoubleValue;
}
OBDParameterValue obdParameterValue4 = m_obdInterface.getValue(new OBDParameter(5, 3, 2, selectedSensorId), true);
if (!obdParameterValue4.ErrorDetected)
{
o2TestResultsControl1.TestMaximum03 = obdParameterValue4.DoubleValue;
}
}
progressBar.Increment(1);
if (arrayType0x529830f3[3] != 0)
{
OBDParameterValue obdParameterValue2 = m_obdInterface.getValue(new OBDParameter(5, 4, 0, selectedSensorId), true);
if (!obdParameterValue2.ErrorDetected)
{
o2TestResultsControl1.TestValue04 = obdParameterValue2.DoubleValue;
}
OBDParameterValue obdParameterValue3 = m_obdInterface.getValue(new OBDParameter(5, 4, 1, selectedSensorId), true);
if (!obdParameterValue3.ErrorDetected)
{
o2TestResultsControl1.TestMinimum04 = obdParameterValue3.DoubleValue;
}
OBDParameterValue obdParameterValue4 = m_obdInterface.getValue(new OBDParameter(5, 4, 2, selectedSensorId), true);
if (!obdParameterValue4.ErrorDetected)
{
o2TestResultsControl1.TestMaximum04 = obdParameterValue4.DoubleValue;
}
}
progressBar.Increment(1);
if (arrayType0x529830f3[4] != 0)
{
OBDParameterValue obdParameterValue2 = m_obdInterface.getValue(new OBDParameter(5, 5, 0, selectedSensorId), true);
if (!obdParameterValue2.ErrorDetected)
{
o2TestResultsControl1.TestValue05 = obdParameterValue2.DoubleValue;
}
OBDParameterValue obdParameterValue3 = m_obdInterface.getValue(new OBDParameter(5, 5, 1, selectedSensorId), true);
if (!obdParameterValue3.ErrorDetected)
{
o2TestResultsControl1.TestMinimum05 = obdParameterValue3.DoubleValue;
}
OBDParameterValue obdParameterValue4 = m_obdInterface.getValue(new OBDParameter(5, 5, 2, selectedSensorId), true);
if (!obdParameterValue4.ErrorDetected)
{
o2TestResultsControl1.TestMaximum05 = obdParameterValue4.DoubleValue;
}
}
progressBar.Increment(1);
if (arrayType0x529830f3[5] != 0)
{
OBDParameterValue obdParameterValue2 = m_obdInterface.getValue(new OBDParameter(5, 6, 0, selectedSensorId), true);
if (!obdParameterValue2.ErrorDetected)
{
o2TestResultsControl1.TestValue06 = obdParameterValue2.DoubleValue;
}
OBDParameterValue obdParameterValue3 = m_obdInterface.getValue(new OBDParameter(5, 6, 1, selectedSensorId), true);
if (!obdParameterValue3.ErrorDetected)
{
o2TestResultsControl1.TestMinimum06 = obdParameterValue3.DoubleValue;
}
OBDParameterValue obdParameterValue4 = m_obdInterface.getValue(new OBDParameter(5, 6, 2, selectedSensorId), true);
if (!obdParameterValue4.ErrorDetected)
{
o2TestResultsControl1.TestMaximum06 = obdParameterValue4.DoubleValue;
}
}
progressBar.Increment(1);
if (arrayType0x529830f3[6] != 0)
{
OBDParameterValue obdParameterValue2 = m_obdInterface.getValue(new OBDParameter(5, 7, 0, selectedSensorId), true);
if (!obdParameterValue2.ErrorDetected)
{
o2TestResultsControl1.TestValue07 = obdParameterValue2.DoubleValue;
}
OBDParameterValue obdParameterValue3 = m_obdInterface.getValue(new OBDParameter(5, 7, 1, selectedSensorId), true);
if (!obdParameterValue3.ErrorDetected)
{
o2TestResultsControl1.TestMinimum07 = obdParameterValue3.DoubleValue;
}
OBDParameterValue obdParameterValue4 = m_obdInterface.getValue(new OBDParameter(5, 7, 2, selectedSensorId), true);
if (!obdParameterValue4.ErrorDetected)
{
o2TestResultsControl1.TestMaximum07 = obdParameterValue4.DoubleValue;
}
}
progressBar.Increment(1);
if (arrayType0x529830f3[7] != 0)
{
OBDParameterValue obdParameterValue2 = m_obdInterface.getValue(new OBDParameter(5, 8, 0, selectedSensorId), true);
if (!obdParameterValue2.ErrorDetected)
{
o2TestResultsControl1.TestValue08 = obdParameterValue2.DoubleValue;
}
OBDParameterValue obdParameterValue3 = m_obdInterface.getValue(new OBDParameter(5, 8, 1, selectedSensorId), true);
if (!obdParameterValue3.ErrorDetected)
{
o2TestResultsControl1.TestMinimum08 = obdParameterValue3.DoubleValue;
}
OBDParameterValue obdParameterValue4 = m_obdInterface.getValue(new OBDParameter(5, 8, 2, selectedSensorId), true);
if (!obdParameterValue4.ErrorDetected)
{
o2TestResultsControl1.TestMaximum08 = obdParameterValue4.DoubleValue;
}
}
progressBar.Increment(1);
if (arrayType0x529830f3[8] != 0)
{
OBDParameterValue obdParameterValue2 = m_obdInterface.getValue(new OBDParameter(5, 9, 0, selectedSensorId), true);
if (!obdParameterValue2.ErrorDetected)
{
o2TestResultsControl1.TestValue09 = obdParameterValue2.DoubleValue;
}
OBDParameterValue obdParameterValue3 = m_obdInterface.getValue(new OBDParameter(5, 9, 1, selectedSensorId), true);
if (!obdParameterValue3.ErrorDetected)
{
o2TestResultsControl1.TestMinimum09 = obdParameterValue3.DoubleValue;
}
OBDParameterValue obdParameterValue4 = m_obdInterface.getValue(new OBDParameter(5, 9, 2, selectedSensorId), true);
if (!obdParameterValue4.ErrorDetected)
{
o2TestResultsControl1.TestMaximum09 = obdParameterValue4.DoubleValue;
}
}
progressBar.Increment(1);
if (arrayType0x529830f3[9] != 0)
{
OBDParameterValue obdParameterValue2 = m_obdInterface.getValue(new OBDParameter(5, 10, 0, selectedSensorId), true);
if (!obdParameterValue2.ErrorDetected)
{
o2TestResultsControl1.TestValue0A = obdParameterValue2.DoubleValue;
}
OBDParameterValue obdParameterValue3 = m_obdInterface.getValue(new OBDParameter(5, 10, 1, selectedSensorId), true);
if (!obdParameterValue3.ErrorDetected)
{
o2TestResultsControl1.TestMinimum0A = obdParameterValue3.DoubleValue;
}
OBDParameterValue obdParameterValue4 = m_obdInterface.getValue(new OBDParameter(5, 10, 2, selectedSensorId), true);
if (!obdParameterValue4.ErrorDetected)
{
o2TestResultsControl1.TestMaximum0A = obdParameterValue4.DoubleValue;
}
}
progressBar.Value = progressBar.Maximum;
return;
}
}
MessageBox.Show("This vehicle either does not support oxygen sensor monitoring, or the monitoring test has not yet been completed.", "Unsupported", MessageBoxButtons.OK, MessageBoxIcon.Asterisk);
}
public void UpdateTests()
{
progressBar.Minimum = 0;
progressBar.Maximum = 25;
gridConTests.Visible = false;
gridNonConTests.Visible = false;
OBDParameterValue value;
value = m_obd2Interface.getValue("SAE.MISFIRE_SUPPORT", true);
progressBar.Value = 1;
TestStatus status = m_arrayListConTests[0] as TestStatus;
if (!value.ErrorDetected)
{
if (!value.BoolValue)
{
status.Status = "Not Supported";
}
else
{
value = m_obd2Interface.getValue("SAE.MISFIRE_STATUS", true);
if (!value.ErrorDetected)
{
status.Status = value.BoolValue ? "Complete" : "Incomplete";
}
else
{
status.Status = "ERROR";
}
}
}
else
{
status.Status = "ERROR";
}
value = m_obd2Interface.getValue("SAE.FUEL_SUPPORT", true);
progressBar.Value = 2;
status = m_arrayListConTests[1] as TestStatus;
if (!value.ErrorDetected)
{
if (!value.BoolValue)
{
status.Status = "Not Supported";
}
else
{
value = m_obd2Interface.getValue("SAE.FUEL_STATUS", true);
if (!value.ErrorDetected)
{
status.Status = value.BoolValue ? "Complete" : "Incomplete";
}
else
{
status.Status = "ERROR";
}
}
}
else
{
status.Status = "ERROR";
}
value = m_obd2Interface.getValue("SAE.CCM_SUPPORT", true);
progressBar.Value = 3;
status = m_arrayListConTests[2] as TestStatus;
if (!value.ErrorDetected)
{
if (!value.BoolValue)
{
status.Status = "Not Supported";
}
else
{
value = m_obd2Interface.getValue("SAE.CCM_STATUS", true);
if (!value.ErrorDetected)
{
status.Status = value.BoolValue ? "Complete" : "Incomplete";
}
else
{
status.Status = "ERROR";
}
}
}
else
{
status.Status = "ERROR";
}
value = m_obd2Interface.getValue("SAE.CAT_SUPPORT", true);
progressBar.Value = 4;
status = m_arrayListNonConTests[0] as TestStatus;
if (!value.ErrorDetected)
{
if (!value.BoolValue)
{
status.Status = "Not Supported";
}
else
{
value = m_obd2Interface.getValue("SAE.CAT_STATUS", true);
if (!value.ErrorDetected)
{
status.Status = value.BoolValue ? "Complete" : "Incomplete";
}
else
{
status.Status = "ERROR";
}
}
}
else
{
status.Status = "ERROR";
}
value = m_obd2Interface.getValue("SAE.HCAT_SUPPORT", true);
progressBar.Value = 5;
status = m_arrayListNonConTests[1] as TestStatus;
if (!value.ErrorDetected)
{
if (!value.BoolValue)
{
status.Status = "Not Supported";
}
else
{
value = m_obd2Interface.getValue("SAE.HCAT_STATUS", true);
if (!value.ErrorDetected)
{
status.Status = value.BoolValue ? "Complete" : "Incomplete";
}
else
{
status.Status = "ERROR";
}
}
}
else
{
status.Status = "ERROR";
}
value = m_obd2Interface.getValue("SAE.EVAP_SUPPORT", true);
progressBar.Value = 6;
status = m_arrayListNonConTests[2] as TestStatus;
if (!value.ErrorDetected)
{
if (!value.BoolValue)
{
status.Status = "Not Supported";
}
else
{
value = m_obd2Interface.getValue("SAE.EVAP_STATUS", true);
if (!value.ErrorDetected)
{
status.Status = value.BoolValue ? "Complete" : "Incomplete";
}
else
{
status.Status = "ERROR";
}
}
}
else
{
status.Status = "ERROR";
}
value = m_obd2Interface.getValue("SAE.AIR_SUPPORT", true);
progressBar.Value = 7;
status = m_arrayListNonConTests[3] as TestStatus;
if (!value.ErrorDetected)
{
if (!value.BoolValue)
{
status.Status = "Not Supported";
}
else
{
value = m_obd2Interface.getValue("SAE.AIR_STATUS", true);
if (!value.ErrorDetected)
{
status.Status = value.BoolValue ? "Complete" : "Incomplete";
}
else
{
status.Status = "ERROR";
}
}
}
else
{
status.Status = "ERROR";
}
value = m_obd2Interface.getValue("SAE.AC_SUPPORT", true);
progressBar.Value = 8;
status = m_arrayListNonConTests[4] as TestStatus;
if (!value.ErrorDetected)
{
if (!value.BoolValue)
{
status.Status = "Not Supported";
}
else
{
value = m_obd2Interface.getValue("SAE.AC_STATUS", true);
if (!value.ErrorDetected)
{
status.Status = value.BoolValue ? "Complete" : "Incomplete";
}
else
{
status.Status = "ERROR";
}
}
}
else
{
status.Status = "ERROR";
}
value = m_obd2Interface.getValue("SAE.O2_SUPPORT", true);
progressBar.Value = 9;
status = m_arrayListNonConTests[5] as TestStatus;
if (!value.ErrorDetected)
{
if (!value.BoolValue)
{
status.Status = "Not Supported";
}
else
{
value = m_obd2Interface.getValue("SAE.O2_STATUS", true);
if (!value.ErrorDetected)
{
status.Status = value.BoolValue ? "Complete" : "Incomplete";
}
else
{
status.Status = "ERROR";
}
}
}
else
{
status.Status = "ERROR";
}
value = m_obd2Interface.getValue("SAE.O2HTR_SUPPORT", true);
progressBar.Value = 10;
status = m_arrayListNonConTests[6] as TestStatus;
if (!value.ErrorDetected)
{
if (!value.BoolValue)
{
status.Status = "Not Supported";
}
else
{
value = m_obd2Interface.getValue("SAE.O2HTR_STATUS", true);
if (!value.ErrorDetected)
{
status.Status = value.BoolValue ? "Complete" : "Incomplete";
}
else
{
status.Status = "ERROR";
}
}
}
else
{
status.Status = "ERROR";
}
value = m_obd2Interface.getValue("SAE.EGR_SUPPORT", true);
progressBar.Value = 11;
status = m_arrayListNonConTests[7] as TestStatus;
if (!value.ErrorDetected)
{
if (!value.BoolValue)
{
status.Status = "Not Supported";
}
else
{
value = m_obd2Interface.getValue("SAE.EGR_STATUS", true);
if (!value.ErrorDetected)
{
status.Status = value.BoolValue ? "Complete" : "Incomplete";
}
else
{
status.Status = "ERROR";
}
}
}
else
{
status.Status = "ERROR";
}
gridConTests.Visible = true;
gridNonConTests.Visible = true;
if (m_obd2Interface.isParameterSupported("SAE.FUEL1_STATUS"))
{
value = m_obd2Interface.getValue("SAE.FUEL1_STATUS", true);
progressBar.Value++;
lblFuel1.Text = value.ErrorDetected ? "ERROR" : value.StringValue;
}
else
{
lblFuel1.Text = "Not Supported";
}
if (m_obd2Interface.isParameterSupported("SAE.FUEL2_STATUS"))
{
value = m_obd2Interface.getValue("SAE.FUEL2_STATUS", true);
progressBar.Value++;
lblFuel2.Text = value.ErrorDetected ? "ERROR" : value.StringValue;
}
else
{
lblFuel2.Text = "Not Supported";
}
if (m_obd2Interface.isParameterSupported("SAE.PTO_STATUS"))
{
value = m_obd2Interface.getValue("SAE.PTO_STATUS", true);
progressBar.Value++;
lblPTO.Text = value.ErrorDetected ? "ERROR" : value.StringValue;
}
else
{
lblPTO.Text = "Not Supported";
}
if (m_obd2Interface.isParameterSupported("SAE.SECAIR_STATUS"))
{
value = m_obd2Interface.getValue("SAE.SECAIR_STATUS", true);
progressBar.Value++;
lblAir.Text = value.ErrorDetected ? "ERROR" : value.StringValue;
}
else
{
lblAir.Text = "Not Supported";
}
if (m_obd2Interface.isParameterSupported("SAE.OBD_TYPE"))
{
value = m_obd2Interface.getValue("SAE.OBD_TYPE", true);
progressBar.Value++;
lblOBD.Text = value.ErrorDetected ? "ERROR" : value.StringValue;
}
else
{
lblOBD.Text = "Not Supported";
}
string str = "";
if (m_obd2Interface.isParameterSupported("SAE.O2B1S1A_PRESENT"))
{
value = m_obd2Interface.getValue("SAE.O2B1S1A_PRESENT", true);
progressBar.Value++;
if (!value.ErrorDetected && value.BoolValue)
{
str = str + "Bank 1 Sensor 1\n";
}
value = m_obd2Interface.getValue("SAE.O2B1S2A_PRESENT", true);
progressBar.Value++;
if (!value.ErrorDetected && value.BoolValue)
{
str = str + "Bank 1 Sensor 2\n";
}
value = m_obd2Interface.getValue("SAE.O2B1S3A_PRESENT", true);
progressBar.Value++;
if (!value.ErrorDetected && value.BoolValue)
{
str = str + "Bank 1 Sensor 3\n";
}
value = m_obd2Interface.getValue("SAE.O2B1S4A_PRESENT", true);
progressBar.Value++;
if (!value.ErrorDetected && value.BoolValue)
{
str = str + "Bank 1 Sensor 4\n";
}
value = m_obd2Interface.getValue("SAE.O2B2S1A_PRESENT", true);
progressBar.Value++;
if (!value.ErrorDetected && value.BoolValue)
{
str = str + "Bank 2 Sensor 1\n";
}
value = m_obd2Interface.getValue("SAE.O2B2S2A_PRESENT", true);
progressBar.Value++;
if (!value.ErrorDetected && value.BoolValue)
{
str = str + "Bank 2 Sensor 2\n";
}
value = m_obd2Interface.getValue("SAE.O2B2S3A_PRESENT", true);
progressBar.Value++;
if (!value.ErrorDetected && value.BoolValue)
{
str = str + "Bank 2 Sensor 3\n";
}
value = m_obd2Interface.getValue("SAE.O2B2S4A_PRESENT", true);
progressBar.Value++;
if (!value.ErrorDetected && value.BoolValue)
{
str = str + "Bank 2 Sensor 4\n";
}
}
if (m_obd2Interface.isParameterSupported("SAE.O2B1S1B_PRESENT"))
{
value = m_obd2Interface.getValue("SAE.O2B1S1B_PRESENT", true);
progressBar.Value++;
if (!value.ErrorDetected && value.BoolValue)
{
str = str + "Bank 1 Sensor 1\n";
}
value = m_obd2Interface.getValue("SAE.O2B1S2B_PRESENT", true);
progressBar.Value++;
if (!value.ErrorDetected && value.BoolValue)
{
str = str + "Bank 1 Sensor 2\n";
}
value = m_obd2Interface.getValue("SAE.O2B2S1B_PRESENT", true);
progressBar.Value++;
if (!value.ErrorDetected && value.BoolValue)
{
str = str + "Bank 2 Sensor 1\n";
}
value = m_obd2Interface.getValue("SAE.O2B2S2B_PRESENT", true);
progressBar.Value++;
if (!value.ErrorDetected && value.BoolValue)
{
str = str + "Bank 2 Sensor 2\n";
}
value = m_obd2Interface.getValue("SAE.O2B3S1B_PRESENT", true);
progressBar.Value++;
if (!value.ErrorDetected && value.BoolValue)
{
str = str + "Bank 3 Sensor 1\n";
}
value = m_obd2Interface.getValue("SAE.O2B3S2B_PRESENT", true);
progressBar.Value++;
if (!value.ErrorDetected && value.BoolValue)
{
str = str + "Bank 3 Sensor 2\n";
}
value = m_obd2Interface.getValue("SAE.O2B4S1B_PRESENT", true);
progressBar.Value++;
if (!value.ErrorDetected && value.BoolValue)
{
str = str + "Bank 4 Sensor 1\n";
}
value = m_obd2Interface.getValue("SAE.O2B4S2B_PRESENT", true);
progressBar.Value++;
if (!value.ErrorDetected && value.BoolValue)
{
str = str + "Bank 4 Sensor 2\n";
}
}
lblOxygen.Text = str;
progressBar.Value++;
if (m_obd2Interface.getDevice() == 1)
{
value = m_obd2Interface.getValue("ELM.BATTERY_VOLTAGE", true);
if (!value.ErrorDetected)
{
lblBattery.Text = value.DoubleValue.ToString() + " V";
}
}
else
{
lblBattery.Text = "Not Supported";
}
progressBar.Value = progressBar.Maximum;
}
private void UpdateThread(object sender)
{
if (bRunThread)
{
do
{
if (m_obdInterface.getConnectedStatus() && m_isWorking)
{
OBDParameterValue value3 = m_obdInterface.getValue("SAE.MAF", false);
OBDParameterValue value2 = m_obdInterface.getValue("SAE.VSS", false);
if (!value3.ErrorDetected && !value2.ErrorDetected)
{
double doubleValue = value2.DoubleValue;
double num8 = doubleValue * 0.621371192;
double num4 = ((value3.DoubleValue * 0.068027210884353748) * 3600.0) * 0.0013020833333333333;
double num7 = num4 * 0.264172052;
DateTime now = DateTime.Now;
double num6 = now.Subtract(m_FuelEconomyForm.dtStartTime).TotalSeconds * 0.00027777777777777778;
double num = now.Subtract(m_FuelEconomyForm.dtPrevTime).TotalSeconds * 0.00027777777777777778;
m_FuelEconomyForm.dtPrevTime = now;
if (m_FuelEconomyForm.radioEnglishUnits.Checked)
{
m_FuelEconomyForm.sensorInstantFuelConsumption.EnglishDisplay = num7.ToString("0.000") + " gallons/hour";
m_FuelEconomyForm.dTotalFuelConsumption += num * num7;
sensorTotalConsumed.EnglishDisplay = m_FuelEconomyForm.dTotalFuelConsumption.ToString("0.00") + " gallons";
m_FuelEconomyForm.sensorAvgFuelConsumption.EnglishDisplay = ((m_FuelEconomyForm.dTotalFuelConsumption / num6)).ToString("0.00") + " gallons/hour";
m_FuelEconomyForm.dTotalDistance += num * num8;
m_FuelEconomyForm.sensorDistance.EnglishDisplay = dTotalDistance.ToString("0.00") + " miles";
m_FuelEconomyForm.sensorInstantFuelEconomy.EnglishDisplay = (((1.0 / num7) * num8)).ToString("0.00") + " miles/gallon";
double num3 = 0.0;
if (m_FuelEconomyForm.dTotalDistance > 0.0)
{
num3 = m_FuelEconomyForm.dTotalDistance / m_FuelEconomyForm.dTotalFuelConsumption;
}
m_FuelEconomyForm.sensorAvgFuelEconomy.EnglishDisplay = num3.ToString("0.00") + " miles/gallon";
double num14 = 0.0;
if (num3 > 0.0)
{
num14 = ((double)numericFuelCost.Value) * (1.0 / num3);
}
m_FuelEconomyForm.sensorCostPerMile.Title = "Average Cost Per Mile";
m_FuelEconomyForm.sensorCostPerMile.EnglishDisplay = "$" + num14.ToString("0.00");
m_FuelEconomyForm.sensorTotalCost.EnglishDisplay = "$" + ((((double)numericFuelCost.Value) * dTotalFuelConsumption)).ToString("0.00");
}
else
{
m_FuelEconomyForm.sensorInstantFuelConsumption.EnglishDisplay = num4.ToString("0.000") + " liters/hour";
m_FuelEconomyForm.dTotalFuelConsumption += num * num4;
sensorTotalConsumed.EnglishDisplay = m_FuelEconomyForm.dTotalFuelConsumption.ToString("0.00") + " liters";
m_FuelEconomyForm.sensorAvgFuelConsumption.EnglishDisplay = ((m_FuelEconomyForm.dTotalFuelConsumption / num6)).ToString("0.00") + " liters/hour";
m_FuelEconomyForm.dTotalDistance += num * doubleValue;
m_FuelEconomyForm.sensorDistance.EnglishDisplay = dTotalDistance.ToString("0.00") + " kilometers";
m_FuelEconomyForm.sensorInstantFuelEconomy.EnglishDisplay = (((1.0 / num4) * doubleValue)).ToString("0.00") + " kilometers/liter";
double num2 = 0.0;
if (m_FuelEconomyForm.dTotalDistance > 0.0)
{
num2 = m_FuelEconomyForm.dTotalDistance / m_FuelEconomyForm.dTotalFuelConsumption;
}
m_FuelEconomyForm.sensorAvgFuelEconomy.EnglishDisplay = num2.ToString("0.00") + " kilometers/liter";
double num11 = 0.0;
if (num2 > 0.0)
{
num11 = ((double)numericFuelCost.Value) * (1.0 / num2);
}
m_FuelEconomyForm.sensorCostPerMile.Title = "Average Cost Per Kilometer";
m_FuelEconomyForm.sensorCostPerMile.EnglishDisplay = num11.ToString("0.00");
m_FuelEconomyForm.sensorTotalCost.EnglishDisplay = (((double)numericFuelCost.Value) * dTotalFuelConsumption).ToString("0.00");
}
}
}
else
{
Thread.Sleep(300);
}
}while (bRunThread);
}
}
private void ReadTestResults()
{
o2TestResultsControl1.Reset();
progressBar.Maximum = 12;
progressBar.Value = 0;
if (!m_obdInterface.getValue("SAE.O2_SUPPORT", true).ErrorDetected)
{
OBDParameterValue value;
value = m_obdInterface.getValue("SAE.O2_STATUS", true);
if (!value.ErrorDetected && value.BoolValue)
{
progressBar.Increment(1);
int selectedSensorId = getSelectedSensorID();
progressBar.Increment(1);
value = m_obdInterface.getValue(new OBDParameter(5, 1, 0, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestValue01 = value.DoubleValue;
}
value = m_obdInterface.getValue(new OBDParameter(5, 1, 1, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestMinimum01 = value.DoubleValue;
}
value = m_obdInterface.getValue(new OBDParameter(5, 1, 2, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestMaximum01 = value.DoubleValue;
}
progressBar.Increment(1);
value = m_obdInterface.getValue(new OBDParameter(5, 2, 0, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestValue02 = value.DoubleValue;
}
value = m_obdInterface.getValue(new OBDParameter(5, 2, 1, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestMinimum02 = value.DoubleValue;
}
value = m_obdInterface.getValue(new OBDParameter(5, 2, 2, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestMaximum02 = value.DoubleValue;
}
progressBar.Increment(1);
value = m_obdInterface.getValue(new OBDParameter(5, 3, 0, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestValue03 = value.DoubleValue;
}
value = m_obdInterface.getValue(new OBDParameter(5, 3, 1, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestMinimum03 = value.DoubleValue;
}
value = m_obdInterface.getValue(new OBDParameter(5, 3, 2, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestMaximum03 = value.DoubleValue;
}
progressBar.Increment(1);
value = m_obdInterface.getValue(new OBDParameter(5, 4, 0, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestValue04 = value.DoubleValue;
}
value = m_obdInterface.getValue(new OBDParameter(5, 4, 1, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestMinimum04 = value.DoubleValue;
}
value = m_obdInterface.getValue(new OBDParameter(5, 4, 2, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestMaximum04 = value.DoubleValue;
}
progressBar.Increment(1);
value = m_obdInterface.getValue(new OBDParameter(5, 5, 0, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestValue05 = value.DoubleValue;
}
value = m_obdInterface.getValue(new OBDParameter(5, 5, 1, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestMinimum05 = value.DoubleValue;
}
value = m_obdInterface.getValue(new OBDParameter(5, 5, 2, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestMaximum05 = value.DoubleValue;
}
progressBar.Increment(1);
value = m_obdInterface.getValue(new OBDParameter(5, 6, 0, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestValue06 = value.DoubleValue;
}
value = m_obdInterface.getValue(new OBDParameter(5, 6, 1, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestMinimum06 = value.DoubleValue;
}
value = m_obdInterface.getValue(new OBDParameter(5, 6, 2, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestMaximum06 = value.DoubleValue;
}
progressBar.Increment(1);
value = m_obdInterface.getValue(new OBDParameter(5, 7, 0, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestValue07 = value.DoubleValue;
}
value = m_obdInterface.getValue(new OBDParameter(5, 7, 1, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestMinimum07 = value.DoubleValue;
}
value = m_obdInterface.getValue(new OBDParameter(5, 7, 2, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestMaximum07 = value.DoubleValue;
}
progressBar.Increment(1);
value = m_obdInterface.getValue(new OBDParameter(5, 8, 0, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestValue08 = value.DoubleValue;
}
value = m_obdInterface.getValue(new OBDParameter(5, 8, 1, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestMinimum08 = value.DoubleValue;
}
value = m_obdInterface.getValue(new OBDParameter(5, 8, 2, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestMaximum08 = value.DoubleValue;
}
progressBar.Increment(1);
value = m_obdInterface.getValue(new OBDParameter(5, 9, 0, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestValue09 = value.DoubleValue;
}
value = m_obdInterface.getValue(new OBDParameter(5, 9, 1, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestMinimum09 = value.DoubleValue;
}
value = m_obdInterface.getValue(new OBDParameter(5, 9, 2, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestMaximum09 = value.DoubleValue;
}
progressBar.Increment(1);
value = m_obdInterface.getValue(new OBDParameter(5, 10, 0, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestValue0A = value.DoubleValue;
}
value = m_obdInterface.getValue(new OBDParameter(5, 10, 1, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestMinimum0A = value.DoubleValue;
}
value = m_obdInterface.getValue(new OBDParameter(5, 10, 2, selectedSensorId), true);
if (!value.ErrorDetected)
{
o2TestResultsControl1.TestMaximum0A = value.DoubleValue;
}
progressBar.Value = progressBar.Maximum;
return;
}
}
MessageBox.Show(
"This vehicle either does not support oxygen sensor monitoring, or the monitoring test has not yet been completed.",
"Unsupported",
MessageBoxButtons.OK,
MessageBoxIcon.Asterisk
);
}
private void ReadFreezeFrameData(object state)
{
freezeFrame.Reset();
progressBar.Value = 0;
OBDParameter parameter = m_obdInterface.lookupParameter("SAE.FF_DTC");
if (parameter != null)
{
OBDParameter freezeFrameCopy = parameter.GetFreezeFrameCopy(m_iFrameNumber);
OBDParameterValue value2 = m_obdInterface.getValue(freezeFrameCopy, true);
if (value2.ErrorDetected)
{
MessageBox.Show("An error was encountered while requesting SAE.FF_DTC", "Error", MessageBoxButtons.OK, MessageBoxIcon.Hand);
m_obdInterface.logItem("Error while requesting SAE.FF_DTC");
progressBar.Value = progressBar.Maximum;
}
else
{
bool flag = false;
if (string.Compare(value2.StringValue, "P0000") != 0)
{
freezeFrame.DTC = value2.StringValue;
flag = true;
}
progressBar.Increment(progressBar.Step);
if (m_bKeepReading)
{
if (flag)
{
parameter = m_obdInterface.lookupParameter("SAE.FUEL1_STATUS");
if (parameter == null)
{
return;
}
OBDParameter param = parameter.GetFreezeFrameCopy(m_iFrameNumber);
OBDParameterValue value17 = m_obdInterface.getValue(param, true);
if (!value17.ErrorDetected)
{
freezeFrame.FuelSystem1Status = value17.StringValue;
}
parameter = m_obdInterface.lookupParameter("SAE.FUEL2_STATUS");
if (parameter == null)
{
return;
}
OBDParameter parameter16 = parameter.GetFreezeFrameCopy(m_iFrameNumber);
OBDParameterValue value16 = m_obdInterface.getValue(parameter16, true);
if (!value16.ErrorDetected)
{
freezeFrame.FuelSystem2Status = value16.StringValue;
}
progressBar.Increment(progressBar.Step);
if (!m_bKeepReading)
{
return;
}
parameter = m_obdInterface.lookupParameter("SAE.LOAD_CALC");
if (parameter == null)
{
return;
}
OBDParameter parameter15 = parameter.GetFreezeFrameCopy(m_iFrameNumber);
OBDParameterValue value15 = m_obdInterface.getValue(parameter15, true);
if (!value15.ErrorDetected)
{
freezeFrame.CalculatedLoad = value15.DoubleValue;
}
progressBar.Increment(progressBar.Step);
if (!m_bKeepReading)
{
return;
}
parameter = m_obdInterface.lookupParameter("SAE.ECT");
if (parameter == null)
{
return;
}
OBDParameter parameter14 = parameter.GetFreezeFrameCopy(m_iFrameNumber);
OBDParameterValue value14 = m_obdInterface.getValue(parameter14, true);
if (!value14.ErrorDetected)
{
freezeFrame.EngineCoolantTemp = value14.DoubleValue;
}
progressBar.Increment(progressBar.Step);
if (!m_bKeepReading)
{
return;
}
parameter = m_obdInterface.lookupParameter("SAE.STFT1");
if (parameter == null)
{
return;
}
OBDParameter parameter13 = parameter.GetFreezeFrameCopy(m_iFrameNumber);
OBDParameterValue value13 = m_obdInterface.getValue(parameter13, true);
if (!value13.ErrorDetected)
{
freezeFrame.STFT1 = value13.DoubleValue;
}
parameter = m_obdInterface.lookupParameter("SAE.STFT3");
if (parameter == null)
{
return;
}
OBDParameter parameter12 = parameter.GetFreezeFrameCopy(m_iFrameNumber);
OBDParameterValue value12 = m_obdInterface.getValue(parameter12, true);
if (!value12.ErrorDetected)
{
freezeFrame.STFT3 = value12.DoubleValue;
}
progressBar.Increment(progressBar.Step);
if (!m_bKeepReading)
{
return;
}
parameter = m_obdInterface.lookupParameter("SAE.LTFT1");
if (parameter == null)
{
return;
}
OBDParameter parameter11 = parameter.GetFreezeFrameCopy(m_iFrameNumber);
OBDParameterValue value11 = m_obdInterface.getValue(parameter11, true);
if (!value11.ErrorDetected)
{
freezeFrame.LTFT1 = value11.DoubleValue;
}
parameter = m_obdInterface.lookupParameter("SAE.LTFT3");
if (parameter == null)
{
return;
}
OBDParameter parameter10 = parameter.GetFreezeFrameCopy(m_iFrameNumber);
OBDParameterValue value10 = m_obdInterface.getValue(parameter10, true);
if (!value10.ErrorDetected)
{
freezeFrame.LTFT3 = value10.DoubleValue;
}
progressBar.Increment(progressBar.Step);
if (!m_bKeepReading)
{
return;
}
parameter = m_obdInterface.lookupParameter("SAE.STFT2");
if (parameter == null)
{
return;
}
OBDParameter parameter9 = parameter.GetFreezeFrameCopy(m_iFrameNumber);
OBDParameterValue value9 = m_obdInterface.getValue(parameter9, true);
if (!value9.ErrorDetected)
{
freezeFrame.STFT2 = value9.DoubleValue;
}
parameter = m_obdInterface.lookupParameter("SAE.STFT4");
if (parameter == null)
{
return;
}
OBDParameter parameter8 = parameter.GetFreezeFrameCopy(m_iFrameNumber);
OBDParameterValue value8 = m_obdInterface.getValue(parameter8, true);
if (!value8.ErrorDetected)
{
freezeFrame.STFT4 = value8.DoubleValue;
}
progressBar.Increment(progressBar.Step);
if (!m_bKeepReading)
{
return;
}
parameter = m_obdInterface.lookupParameter("SAE.LTFT2");
if (parameter == null)
{
return;
}
OBDParameter parameter7 = parameter.GetFreezeFrameCopy(m_iFrameNumber);
OBDParameterValue value7 = m_obdInterface.getValue(parameter7, true);
if (!value7.ErrorDetected)
{
freezeFrame.LTFT2 = value7.DoubleValue;
}
parameter = m_obdInterface.lookupParameter("SAE.LTFT4");
if (parameter == null)
{
return;
}
OBDParameter parameter6 = parameter.GetFreezeFrameCopy(m_iFrameNumber);
OBDParameterValue value6 = m_obdInterface.getValue(parameter6, true);
if (!value6.ErrorDetected)
{
freezeFrame.LTFT4 = value6.DoubleValue;
}
progressBar.Increment(progressBar.Step);
if (!m_bKeepReading)
{
return;
}
parameter = m_obdInterface.lookupParameter("SAE.MAP");
if (parameter == null)
{
return;
}
OBDParameter parameter5 = parameter.GetFreezeFrameCopy(m_iFrameNumber);
OBDParameterValue value5 = m_obdInterface.getValue(parameter5, true);
if (!value5.ErrorDetected)
{
freezeFrame.IntakePressure = value5.DoubleValue;
}
progressBar.Increment(progressBar.Step);
if (!m_bKeepReading)
{
return;
}
parameter = m_obdInterface.lookupParameter("SAE.RPM");
if (parameter == null)
{
return;
}
OBDParameter parameter4 = parameter.GetFreezeFrameCopy(m_iFrameNumber);
OBDParameterValue value4 = m_obdInterface.getValue(parameter4, true);
if (!value4.ErrorDetected)
{
freezeFrame.EngineRPM = value4.DoubleValue;
}
progressBar.Increment(progressBar.Step);
if (!m_bKeepReading)
{
return;
}
parameter = m_obdInterface.lookupParameter("SAE.VSS");
if (parameter == null)
{
return;
}
OBDParameter parameter3 = parameter.GetFreezeFrameCopy(m_iFrameNumber);
OBDParameterValue value3 = m_obdInterface.getValue(parameter3, true);
if (!value3.ErrorDetected)
{
freezeFrame.VehicleSpeed = value3.DoubleValue;
}
progressBar.Increment(progressBar.Step);
if (!m_bKeepReading)
{
return;
}
parameter = m_obdInterface.lookupParameter("SAE.SPARKADV");
if (parameter == null)
{
return;
}
freezeFrameCopy = parameter.GetFreezeFrameCopy(m_iFrameNumber);
value2 = m_obdInterface.getValue(freezeFrameCopy, true);
if (!value2.ErrorDetected)
{
freezeFrame.SparkAdvance = value2.DoubleValue;
}
progressBar.Increment(progressBar.Step);
}
else
{
MessageBox.Show(string.Format("No freeze frame information found at frame #{0}.", m_iFrameNumber), "Information", MessageBoxButtons.OK, MessageBoxIcon.Asterisk);
}
progressBar.Value = progressBar.Maximum;
btnRefresh.Enabled = true;
btnCancel.Enabled = false;
}
}
}
}
private void ReadFreezeFrameData(object state)
{
for (; ;)
{
freezeFrame.Reset();
OBDParameter parameter = m_obdInterface.LookupParameter("SAE.FF_DTC");
if (parameter == null)
{
MessageBox.Show(
"An error was encountered while requesting SAE.FF_DTC",
"Error",
MessageBoxButtons.OK,
MessageBoxIcon.Hand
);
break;
}
OBDParameterValue value = m_obdInterface.getValue(parameter.GetFreezeFrameCopy(m_FrameNumber), true);
if (value.ErrorDetected)
{
MessageBox.Show(
"An error was encountered while requesting SAE.FF_DTC",
"Error",
MessageBoxButtons.OK,
MessageBoxIcon.Hand
);
m_obdInterface.logItem("Error while requesting SAE.FF_DTC");
break;
}
if (string.Compare(value.StringValue, "P0000") == 0)
{
MessageBox.Show(
string.Format("No freeze frame information found at frame #{0}.", m_FrameNumber),
"Information",
MessageBoxButtons.OK,
MessageBoxIcon.Asterisk
);
break;
}
progressBar.Value = 0;
freezeFrame.DTC = value.StringValue;
parameter = m_obdInterface.LookupParameter("SAE.FUEL1_STATUS");
if (parameter == null)
{
break;
}
value = m_obdInterface.getValue(parameter.GetFreezeFrameCopy(m_FrameNumber), true);
if (!value.ErrorDetected)
{
freezeFrame.FuelSystem1Status = value.StringValue;
}
parameter = m_obdInterface.LookupParameter("SAE.FUEL2_STATUS");
if (parameter == null)
{
break;
}
value = m_obdInterface.getValue(parameter.GetFreezeFrameCopy(m_FrameNumber), true);
if (!value.ErrorDetected)
{
freezeFrame.FuelSystem2Status = value.StringValue;
}
progressBar.Increment(progressBar.Step);
if (!m_KeepReading)
{
break;
}
parameter = m_obdInterface.LookupParameter("SAE.LOAD_CALC");
if (parameter == null)
{
break;
}
value = m_obdInterface.getValue(parameter.GetFreezeFrameCopy(m_FrameNumber), true);
if (!value.ErrorDetected)
{
freezeFrame.CalculatedLoad = value.DoubleValue;
}
progressBar.Increment(progressBar.Step);
if (!m_KeepReading)
{
break;
}
parameter = m_obdInterface.LookupParameter("SAE.ECT");
if (parameter == null)
{
break;
}
value = m_obdInterface.getValue(parameter.GetFreezeFrameCopy(m_FrameNumber), true);
if (!value.ErrorDetected)
{
freezeFrame.EngineCoolantTemp = value.DoubleValue;
}
progressBar.Increment(progressBar.Step);
if (!m_KeepReading)
{
break;
}
parameter = m_obdInterface.LookupParameter("SAE.STFT1");
if (parameter == null)
{
break;
}
value = m_obdInterface.getValue(parameter.GetFreezeFrameCopy(m_FrameNumber), true);
if (!value.ErrorDetected)
{
freezeFrame.STFT1 = value.DoubleValue;
}
parameter = m_obdInterface.LookupParameter("SAE.STFT3");
if (parameter == null)
{
break;
}
value = m_obdInterface.getValue(parameter.GetFreezeFrameCopy(m_FrameNumber), true);
if (!value.ErrorDetected)
{
freezeFrame.STFT3 = value.DoubleValue;
}
progressBar.Increment(progressBar.Step);
if (!m_KeepReading)
{
break;
}
parameter = m_obdInterface.LookupParameter("SAE.LTFT1");
if (parameter == null)
{
break;
}
value = m_obdInterface.getValue(parameter.GetFreezeFrameCopy(m_FrameNumber), true);
if (!value.ErrorDetected)
{
freezeFrame.LTFT1 = value.DoubleValue;
}
parameter = m_obdInterface.LookupParameter("SAE.LTFT3");
if (parameter == null)
{
break;
}
value = m_obdInterface.getValue(parameter.GetFreezeFrameCopy(m_FrameNumber), true);
if (!value.ErrorDetected)
{
freezeFrame.LTFT3 = value.DoubleValue;
}
progressBar.Increment(progressBar.Step);
if (!m_KeepReading)
{
break;
}
parameter = m_obdInterface.LookupParameter("SAE.STFT2");
if (parameter == null)
{
break;
}
value = m_obdInterface.getValue(parameter.GetFreezeFrameCopy(m_FrameNumber), true);
if (!value.ErrorDetected)
{
freezeFrame.STFT2 = value.DoubleValue;
}
parameter = m_obdInterface.LookupParameter("SAE.STFT4");
if (parameter == null)
{
break;
}
value = m_obdInterface.getValue(parameter.GetFreezeFrameCopy(m_FrameNumber), true);
if (!value.ErrorDetected)
{
freezeFrame.STFT4 = value.DoubleValue;
}
progressBar.Increment(progressBar.Step);
if (!m_KeepReading)
{
break;
}
parameter = m_obdInterface.LookupParameter("SAE.LTFT2");
if (parameter == null)
{
break;
}
value = m_obdInterface.getValue(parameter.GetFreezeFrameCopy(m_FrameNumber), true);
if (!value.ErrorDetected)
{
freezeFrame.LTFT2 = value.DoubleValue;
}
parameter = m_obdInterface.LookupParameter("SAE.LTFT4");
if (parameter == null)
{
break;
}
value = m_obdInterface.getValue(parameter.GetFreezeFrameCopy(m_FrameNumber), true);
if (!value.ErrorDetected)
{
freezeFrame.LTFT4 = value.DoubleValue;
}
progressBar.Increment(progressBar.Step);
if (!m_KeepReading)
{
break;
}
parameter = m_obdInterface.LookupParameter("SAE.MAP");
if (parameter == null)
{
break;
}
value = m_obdInterface.getValue(parameter.GetFreezeFrameCopy(m_FrameNumber), true);
if (!value.ErrorDetected)
{
freezeFrame.IntakePressure = value.DoubleValue;
}
progressBar.Increment(progressBar.Step);
if (!m_KeepReading)
{
break;
}
parameter = m_obdInterface.LookupParameter("SAE.RPM");
if (parameter == null)
{
break;
}
value = m_obdInterface.getValue(parameter.GetFreezeFrameCopy(m_FrameNumber), true);
if (!value.ErrorDetected)
{
freezeFrame.EngineRPM = value.DoubleValue;
}
progressBar.Increment(progressBar.Step);
if (!m_KeepReading)
{
break;
}
parameter = m_obdInterface.LookupParameter("SAE.VSS");
if (parameter == null)
{
break;
}
value = m_obdInterface.getValue(parameter.GetFreezeFrameCopy(m_FrameNumber), true);
if (!value.ErrorDetected)
{
freezeFrame.VehicleSpeed = value.DoubleValue;
}
progressBar.Increment(progressBar.Step);
if (!m_KeepReading)
{
break;
}
parameter = m_obdInterface.LookupParameter("SAE.SPARKADV");
if (parameter == null)
{
break;
}
value = m_obdInterface.getValue(parameter.GetFreezeFrameCopy(m_FrameNumber), true);
if (!value.ErrorDetected)
{
freezeFrame.SparkAdvance = value.DoubleValue;
}
break;
}
progressBar.Value = progressBar.Maximum;
btnRefresh.Enabled = true;
btnCancel.Enabled = false;
}
private void UpdateThread(object sender)
{
if (!m_RunThread)
{
return;
}
do
{
if (m_obdInterface.ConnectedStatus && IsWorking)
{
OBDParameterValue sae_maf = m_obdInterface.getValue("SAE.MAF", false);
OBDParameterValue sae_vss = m_obdInterface.getValue("SAE.VSS", false);
if (!sae_maf.ErrorDetected && !sae_vss.ErrorDetected)
{
double sae_vss_double = sae_vss.DoubleValue;
double speed_miles = sae_vss_double * 0.621371192;
double fuel_liters_hour = ((sae_maf.DoubleValue * 0.068027210884353748) * 3600.0) * 0.0013020833333333333;
double fuel_gallons_hour = fuel_liters_hour * 0.264172052;
DateTime now = DateTime.Now;
double hours_start = now.Subtract(m_FuelEconomyForm.m_StartTime).TotalSeconds * 0.00027777777777777778;
double hours_prev = now.Subtract(m_FuelEconomyForm.m_PrevTime).TotalSeconds * 0.00027777777777777778;
m_FuelEconomyForm.m_PrevTime = now;
if (m_FuelEconomyForm.radioEnglishUnits.Checked)
{
m_FuelEconomyForm.sensorInstantFuelConsumption.EnglishDisplay = fuel_gallons_hour.ToString("0.000") + " gallons/hour";
m_FuelEconomyForm.m_TotalFuelConsumption += hours_prev * fuel_gallons_hour;
double total = m_FuelEconomyForm.m_TotalFuelConsumption;
sensorTotalConsumed.EnglishDisplay = total.ToString("0.00") + " gallons";
m_FuelEconomyForm.sensorAvgFuelConsumption.EnglishDisplay = ((m_FuelEconomyForm.m_TotalFuelConsumption / hours_start)).ToString("0.00") + " gallons/hour";
m_FuelEconomyForm.m_TotalDistance += hours_prev * speed_miles;
m_FuelEconomyForm.sensorDistance.EnglishDisplay = m_TotalDistance.ToString("0.00") + " miles";
m_FuelEconomyForm.sensorInstantFuelEconomy.EnglishDisplay = (((1.0 / fuel_gallons_hour) * speed_miles)).ToString("0.00") + " miles/gallon";
double miles_gallon = 0.0;
if (m_FuelEconomyForm.m_TotalDistance > 0.0)
{
miles_gallon = m_FuelEconomyForm.m_TotalDistance / m_FuelEconomyForm.m_TotalFuelConsumption;
}
m_FuelEconomyForm.sensorAvgFuelEconomy.EnglishDisplay = miles_gallon.ToString("0.00") + " miles/gallon";
double cost_per_mile = 0.0;
if (miles_gallon > 0.0)
{
cost_per_mile = ((double)numericFuelCost.Value) * (1.0 / miles_gallon);
}
m_FuelEconomyForm.sensorCostPerMile.Title = "Average Cost Per Mile";
m_FuelEconomyForm.sensorCostPerMile.EnglishDisplay = "$" + cost_per_mile.ToString("0.00");
m_FuelEconomyForm.sensorTotalCost.EnglishDisplay = "$" + ((((double)numericFuelCost.Value) * m_TotalFuelConsumption)).ToString("0.00");
}
else
{
m_FuelEconomyForm.sensorInstantFuelConsumption.EnglishDisplay = fuel_liters_hour.ToString("0.000") + " liters/hour";
m_FuelEconomyForm.m_TotalFuelConsumption += hours_prev * fuel_liters_hour;
double total = m_FuelEconomyForm.m_TotalFuelConsumption;
sensorTotalConsumed.EnglishDisplay = total.ToString("0.00") + " liters";
m_FuelEconomyForm.sensorAvgFuelConsumption.EnglishDisplay = ((m_FuelEconomyForm.m_TotalFuelConsumption / hours_start)).ToString("0.00") + " liters/hour";
m_FuelEconomyForm.m_TotalDistance += hours_prev * sae_vss_double;
m_FuelEconomyForm.sensorDistance.EnglishDisplay = m_TotalDistance.ToString("0.00") + " kilometers";
m_FuelEconomyForm.sensorInstantFuelEconomy.EnglishDisplay = (((1.0 / fuel_liters_hour) * sae_vss_double)).ToString("0.00") + " kilometers/liter";
double kilometers_liter = 0.0;
if (m_FuelEconomyForm.m_TotalDistance > 0.0)
{
kilometers_liter = m_FuelEconomyForm.m_TotalDistance / m_FuelEconomyForm.m_TotalFuelConsumption;
}
m_FuelEconomyForm.sensorAvgFuelEconomy.EnglishDisplay = kilometers_liter.ToString("0.00") + " kilometers/liter";
double cost_per_kilometer = 0.0;
if (kilometers_liter > 0.0)
{
cost_per_kilometer = ((double)numericFuelCost.Value) * (1.0 / kilometers_liter);
}
m_FuelEconomyForm.sensorCostPerMile.Title = "Average Cost Per Kilometer";
m_FuelEconomyForm.sensorCostPerMile.EnglishDisplay = cost_per_kilometer.ToString("0.00");
m_FuelEconomyForm.sensorTotalCost.EnglishDisplay = (((double)numericFuelCost.Value) * m_TotalFuelConsumption).ToString("0.00");
}
}
}
else
{
Thread.Sleep(300);
}
}while (m_RunThread);
}
public void ReadCodes()
{
arrayListDTC.Clear();
arrayListPending.Clear();
arrayListPermanent.Clear();
OBDParameterValue value6 = m_obdInterface.getValue("SAE.MIL", true);
if (!value6.ErrorDetected)
{
SetMilStatus(value6.BoolValue);
}
OBDParameterValue value5 = m_obdInterface.getValue("SAE.DTC_COUNT", true);
if (!value5.ErrorDetected)
{
SetDTCTotal((int)value5.DoubleValue);
}
OBDParameterValue value4 = m_obdInterface.getValue("SAE.STORED_DTCS", true);
if (!value4.ErrorDetected)
{
StringEnumerator enumerator3 = value4.StringCollectionValue.GetEnumerator();
if (enumerator3.MoveNext())
{
do
{
string current = enumerator3.Current;
DTC dtc3 = m_obdInterface.getDTC(current);
arrayListDTC.Add(dtc3);
}while (enumerator3.MoveNext());
}
}
OBDParameterValue value3 = m_obdInterface.getValue("SAE.PENDING_DTCS", true);
if (!value3.ErrorDetected)
{
StringEnumerator enumerator2 = value3.StringCollectionValue.GetEnumerator();
if (enumerator2.MoveNext())
{
do
{
string strDTC = enumerator2.Current;
DTC dtc2 = m_obdInterface.getDTC(strDTC);
arrayListPending.Add(dtc2);
}while (enumerator2.MoveNext());
}
}
OBDParameterValue value2 = m_obdInterface.getValue("SAE.PERMANENT_DTCS", true);
if (!value2.ErrorDetected)
{
StringEnumerator enumerator = value2.StringCollectionValue.GetEnumerator();
if (enumerator.MoveNext())
{
do
{
string str = enumerator.Current;
DTC dtc = m_obdInterface.getDTC(str);
arrayListPermanent.Add(dtc);
}while (enumerator.MoveNext());
}
}
}
