public void Choose_Wireless_Device_For_Rename()
{
// /dom[@domain='192.168.0.1']//table[#'wireless_Device']
WebDocument webDocument = "/dom[@domain='192.168.0.1']";
TableTag myTable = webDocument.FindSingle("/dom[@domain='192.168.0.1']//table[#'wireless_Device']");
//count the rows
IList <TrTag> rows = myTable.Find <TrTag>("./tbody//tr");
int rowsCnt = rows.Count;
//Report.Info("Total rowsCnt",rowsCnt.ToString());
Report.Info("Total Rows", rowsCnt.ToString());
if (rowsCnt == 0)
{
//Mouse.ScrollWheel(150);
Report.Failure("Device Rename ", "There are no connected wireless devices to rename !!");
TestSuite.Current.GetTestCase("Verify_Renamed_Wireless_Device_Name").Checked = false;
return;
}
else
{
//Choose_Wireless_Device_For_Rename
if (rowsCnt > 0)
{
Report.Info(" There are " + rowsCnt.ToString() + " devices attached to this router !!! ");
}
int rowNum = 1;
foreach (var row in rows)
{
Report.Info("Row: " + rowNum);
Report.Info(row.GetInnerHtml().ToString());
IList <TdTag> cols = row.Find <TdTag>("./td");
Report.Info(" Total Columns(Devices) : ", cols.Count.ToString());
int colNum = 1;
//String radiobuttonPath = "";
foreach (TdTag MacCol in cols)
{
Report.Info("MacCol: " + colNum);
//Report.Info("MacCol Info: "+MacCol.InnerText);
Report.Info(MacCol.GetInnerHtml().ToString());
colNum++;
}
rowNum++;
}
}
}
public void Validate_Renamed_Ethernet_Connected_Device_Name(string argument1, string argument2)
{
Report.Info("------ Validate_Renamed_Ethernet_Connected_Device_Name --------");
// Validate old & new Ethernet names in connected devices screen
Delay.Seconds(20);
WebDocument webDocument = "/dom[@domain='192.168.0.1']";
TableTag myTable = webDocument.FindSingle("/dom[@domain='192.168.0.1']//table[#'AttachedDevicesTable']"); //R3.8
Report.Screenshot("Devices Connected", myTable.Element, true); // print the devices table
Report.Screenshot();
//Count the rows(total no of devices)
IList <TrTag> rows = myTable.Find <TrTag>("./tbody//tr");
int rowsCount = rows.Count;
Report.Info("Total Devices Connected", rowsCount.ToString());
if (rowsCount == 0)
{
//Mouse.ScrollWheel(150);
Report.Failure("Device Rename ", "There are no connected wireless devices to rename !!");
return;
}
else
{
int rowNum = 1;
Boolean isWirelessMatch = false, isEthernetMatch = false;
int wirelessCnt = 0, ethernetCnt = 0;
foreach (var row in rows)
{
Report.Info("Row: " + rowNum);
Report.Info(row.GetInnerHtml().ToString());
IList <TdTag> cols = row.Find <TdTag>("./td");
int colCnt = cols.Count;
int colNum = 1;
string deviceName = "", connectionType = "";
foreach (TdTag MacCol in cols)
{
Report.Info("MacCol: " + colNum);
Report.Info("MacCol Info: " + MacCol.InnerText);
Report.Info(MacCol.GetInnerHtml().ToString());
//column1 - device name
//column5 - Wi-Fi 2.4G _VM0365087_2G / Wi-Fi 5G _VM0365087_5G / Ethernet
if (colNum == 1)
{
deviceName = MacCol.InnerText.Trim();
}
else if (colNum == 5)
{
connectionType = MacCol.InnerText.Trim();
if (argument2.Trim() == deviceName)
{
Report.Info("connectionType : " + connectionType);
// if(connectionType.StartsWith("Wi-Fi")){
// if(connectionType.StartsWith("Wireless frequency")){ //added on 02/11/17 to test code 9.1.116.600
if ((connectionType.StartsWith("Wi-Fi")) || (connectionType.StartsWith("Wireless frequency"))) // added on 15/01/18 to test code 9.1.116.604
{
Report.Info("Rename Wireless Connected Device Name is Successfull");
isWirelessMatch = true;
wirelessCnt++;
//break;
}
else if (connectionType.StartsWith("Ethernet"))
{
// Report.Info("Rename Ethernet Device Name is Successfull");
Report.Info("Rename Ethernet Connected Device Name is Successfull");
isEthernetMatch = true;
ethernetCnt++;
}
} //end of IF-deviceName
} //end of if-else : column5
colNum++;
}
rowNum++;
}
if (isWirelessMatch)
{
Report.Info("wirelessCnt", wirelessCnt.ToString());
if (wirelessCnt == 1)
{
// Report.Success("Rename Wireless Connected Device Name is Successfull");
Report.Failure(" One Wireless Connected Device Name is Renamed instead Ethernet device");
}
else
{
Report.Failure("More than one Wireless Connected Device Renamed");
}
}
else if (isEthernetMatch)
{
Report.Info("ethernetCnt", ethernetCnt.ToString());
if (ethernetCnt == 1)
{
// Report.Failure("One Ethernet Connected Device Name is Renamed instead of Wireless Device");
Report.Success("Rename Ethernet Connected Device Name is Successfull");
}
else
{
// Report.Failure("More than one Ethernet Connected Device Renamed instead of one(1) Wireless Device");
Report.Failure("More than one Ethernet Connected Device Renamed ");
}
}
Report.Screenshot();
}
}
public void Validate_Connected_Device_Name(string argument1)
{
//check if the device name is shown in connceted devices list
Report.Info("Inside Validate_Connected_Device_Name ");
Delay.Seconds(20);
WebDocument webDocument = "/dom[@domain='192.168.0.1']";
TableTag myTable = webDocument.FindSingle("/dom[@domain='192.168.0.1']//table[#'AttachedDevicesTable']"); //R3.8
Report.Screenshot("Devices Connected", myTable.Element, true); // print the devices table
//Count the rows(total no of devices)
IList <TrTag> rows = myTable.Find <TrTag>("./tbody//tr");
int rowsCount = rows.Count;
Report.Info("Total Devices Connected", rowsCount.ToString());
if (rowsCount == 0)
{
//Mouse.ScrollWheel(150);
Report.Failure("Device Rename ", "There are no connected wireless devices to rename !!");
return;
}
else
{
int rowNum = 1;
Boolean isWirelessMatch = false, isEthernetMatch = false;
int wirelessCnt = 0, ethernetCnt = 0, connectCount = 0;
foreach (var row in rows)
{
Report.Info("Row: " + rowNum);
Report.Info(row.GetInnerHtml().ToString());
IList <TdTag> cols = row.Find <TdTag>("./td");
int colCnt = cols.Count;
int colNum = 1;
string deviceName = "", connectionType = "";
foreach (TdTag MacCol in cols)
{
Report.Info("MacCol: " + colNum);
Report.Info("MacCol Info: " + MacCol.InnerText);
Report.Info(MacCol.GetInnerHtml().ToString());
//column1 - device name
//column5 - Wi-Fi 2.4G _VM0365087_2G / Wi-Fi 5G _VM0365087_5G / Ethernet
if (colNum == 1)
{
deviceName = MacCol.InnerText.Trim();
}
else if (colNum == 5)
{
connectionType = MacCol.InnerText.Trim();
Report.Info(" deviceName : " + deviceName + "and " + "connectionType : " + connectionType);
if (argument1.Trim() == deviceName.Trim())
{
// isConnected = true;
connectCount++;
// Report.Info("connectionType : " + connectionType);
Report.Success(" Device : " + deviceName + " is in connected list ");
// if(connectionType.StartsWith("Wi-Fi")){
// if(connectionType.StartsWith("Wireless frequency")){ //added on 02/11/17 to test code 9.1.116.600
if ((connectionType.StartsWith("Wi-Fi")) || (connectionType.StartsWith("Wireless frequency"))) // added on 15/01/18 to test code 9.1.116.604
{
Report.Success(" Wireless Connected Device Name is Successfull");
isWirelessMatch = true;
wirelessCnt++;
break;
}
else //failure condition
{
Report.Info("Ethernet Device Name ");
isEthernetMatch = true;
ethernetCnt++;
}
} /*else{
* // Report.Info(" The Device " + argument1 + " is not connected again " );
* // Report.Failure("The Device " + argument1 + " is not connected again ");
* // isConnected = false;
* }//end of IF-deviceName
*/
} //end of if-else : column5
colNum++;
}
rowNum++;
} //end of iF-ELSE row
if (isWirelessMatch)
{
Report.Info("wirelessCnt", wirelessCnt.ToString());
if (wirelessCnt == 1)
{
Report.Info(" One device exist in conencted device table and it is connected via Wireless network ");
}
else
{
Report.Info(" Multiple devices exist in conencted device table and it is Connected via Wireless network ");
}
}
if (isEthernetMatch)
{
Report.Info("ethernetCnt", ethernetCnt.ToString());
if (ethernetCnt == 1)
{
Report.Info("One device is connected via ethernet ");
}
else
{
Report.Info("More than one device is connected via Ethernet");
}
}
if (connectCount > 0)
{
Report.Success(" The Device " + argument1 + " is connected to the CPE ");
}
else
{
Report.Failure(" The Device " + argument1 + " is not yet connected ");
}
Report.Screenshot();
} //end of IF-ELSE
}