/// <summary>
/// Method to click AddNew button to continue device registration
/// </summary>
public RegisteredDeviceSummaryUI ClickAddNewToContinueRegistration()
{
RegisteredDeviceSummaryUI summaryDetails = new RegisteredDeviceSummaryUI();
try
{
if (IsElementPresent(SummarySection, 10))
{
WaitElementToBeClickable(AddNewBtnToContinueReg);
AddNewBtnToContinueReg = _driver.FindElement(By.XPath(RegisterDeviceLocators.AddNewBtnToContinueReg));
ClickElement(AddNewBtnToContinueReg, elementname: RegisterDeviceLocators.AddNewBtnToContinueReg);
Logger.Info("Add New clicked for continue of device registration");
}
}
catch (Exception ex)
{
Logger.Error(ex, "Failed to Click on AddNew for continue of device registration");
throw;
}
return(summaryDetails);
}
/// <summary>
/// Method to close the registered device summary popup
/// </summary>
/// <returns>Device List page object</returns>
public RegisteredDeviceSummaryUI CompleteDeviceRegisteredPopup()
{
RegisteredDeviceSummaryUI summaryDetails = new RegisteredDeviceSummaryUI();
try
{
if (IsDeviceSummaryPageValid())
{
summaryDetails = GetSummaryDetails();
ClickElement(DoneBtn);
Logger.Info("Navigating to DeviceList page to verify if device is successfully registered or not");
}
else
{
throw new Exception("Failed to Close Device Registration popup. Unable to view summary page");
}
}
catch (Exception ex)
{
Logger.Error(ex, "Unable to close registered device popup");
}
return(summaryDetails);
}
public RegisteredDeviceSummaryUI GetSummaryDetails()
{
RegisteredDeviceSummaryUI summarydetails = new RegisteredDeviceSummaryUI();
try
{
foreach (var item in DeviceInfoItemsList)
{
string[] arr = item.Text.Split(Environment.NewLine.ToArray(), StringSplitOptions.RemoveEmptyEntries);
//list.Add(new KeyValuePair<DeviceInformationSummaryUI, string>(deviceInfo.DeviceName, arr[1]));
if (arr[0].Equals("Device Name"))
{
summarydetails.deviceInfo.DeviceName = arr[1];
}
else if (arr[0].Equals("Model Name"))
{
summarydetails.deviceInfo.ModelName = arr[1];
}
else if (arr[0].Equals("Serial Number"))
{
summarydetails.deviceInfo.SerialNumber = arr[1];
}
else if (arr[0].Equals("Firmware Version"))
{
summarydetails.deviceInfo.FirmwareVersion = arr[1];
}
else if (arr[0].Equals("Transaction capacity"))
{
summarydetails.deviceInfo.TransactionCapacity = arr[1];
}
else if (arr[0].Equals("User Capacity (1:N)"))
{
summarydetails.deviceInfo.UserCapacity1N = arr[1];
}
else if (arr[0].Equals("User Capacity (1:1)"))
{
summarydetails.deviceInfo.UserCapaicty11 = arr[1];
}
}
foreach (var item in NetworkInfoItemsList)
{
string[] arr = item.Text.Split(Environment.NewLine.ToArray(), StringSplitOptions.RemoveEmptyEntries);
if (arr[0].Equals("Comm Mode"))
{
summarydetails.networkInfo.CommMode = arr[1];
}
else if (arr[0].Equals("IP Mode"))
{
summarydetails.networkInfo.IPMode = arr[1];
}
else if (arr[0].Equals("IP Address"))
{
summarydetails.networkInfo.IP = arr[1];
}
else if (arr[0].Equals("Subnet Mask"))
{
summarydetails.networkInfo.Subnet = arr[1];
}
else if (arr[0].Equals("Gateway"))
{
summarydetails.networkInfo.GateWay = arr[1];
}
else if (arr[0].Equals("MAC ID"))
{
summarydetails.networkInfo.MacID = arr[1];
}
else if (arr[0].Equals("DNS"))
{
summarydetails.networkInfo.DNS = arr[1];
}
}
}
catch (Exception ex)
{
Logger.Error(ex, "Failed to Get summary details from UI");
throw;
}
return(summarydetails);
}
