public PluginExecutionResult Execute(PluginExecutionData executionData)
{
CtcSettings.Initialize(executionData);
// create activity data
FirewallActivityData activityData = executionData.GetMetadata <FirewallActivityData>(CtcMetadataConverter.Converters);
PrinterFamilies family = (PrinterFamilies)Enum.Parse(typeof(PrinterFamilies), activityData.ProductFamily);
// Instance for EWS adapter and Start WebDriver
EwsWrapper.Instance().Create(family, activityData.ProductName, activityData.IPv4Address, Path.Combine(activityData.SitemapPath, activityData.SitemapsVersion), BrowserModel.Firefox);
EwsWrapper.Instance().Start();
EwsWrapper.Instance().WakeUpPrinter();
EwsWrapper.Instance().SetWSDiscovery(true);
EwsWrapper.Instance().SetDHCPv6OnStartup(true);
EwsWrapper.Instance().EnableSnmpv1v2ReadWriteAccess();
// Get All IPv6 Addresses
Printer.Printer printer = PrinterFactory.Create(family, IPAddress.Parse(activityData.IPv4Address));
activityData.IPv6LinkLocalAddress = printer.IPv6LinkLocalAddress?.ToString() ?? string.Empty;
activityData.IPv6StatefulAddress = printer.IPv6StateFullAddress?.ToString() ?? string.Empty;
activityData.IPv6StatelessAddress = printer.IPv6StatelessAddresses.Count == 0 ? string.Empty : printer.IPv6StatelessAddresses[0].ToString();
// Instance for SNMP wrapper
SnmpWrapper.Instance().Create(activityData.IPv4Address);
// Instance for Telnet wrapper
TelnetWrapper.Instance().Create(activityData.IPv4Address);
// Instance for Firewall Tests
if (null == _tests)
{
_tests = new FirewallTests(activityData);
}
foreach (int testNumber in activityData.SelectedTests)
{
try
{
ExecutionServices.SessionRuntime.AsInternal().WaitIfPaused();
_tests.RunTest(executionData, testNumber, IPAddress.Parse(activityData.IPv4Address), (ProductFamilies)Enum.Parse(typeof(ProductFamilies), activityData.ProductFamily));
}
catch (Exception exception)
{
TraceFactory.Logger.Info("Error while executing test {0} with exception {1}. \n".FormatWith(testNumber, exception.Message));
}
}
EwsWrapper.Instance().Stop();
return(new PluginExecutionResult(PluginResult.Passed));
}
public PluginExecutionResult Execute(PluginExecutionData executionData)
{
CtcSettings.Initialize(executionData);
// create activity data
DiscoveryActivityData activityData = executionData.GetMetadata <DiscoveryActivityData>(CtcMetadataConverter.Converters);
PrinterFamilies family = (PrinterFamilies)Enum.Parse(typeof(PrinterFamilies), activityData.ProductFamily);
// create instance of ews adapter
EwsWrapper.Instance().Create(family, activityData.ProductName, activityData.IPv4Address, Path.Combine(activityData.SitemapPath,
activityData.SitemapsVersion), BrowserModel.Firefox);
//create instance of SNMP wrapper
SnmpWrapper.Instance().Create(activityData.IPv4Address);
//create instance of Telnet wrapper
TelnetWrapper.Instance().Create(activityData.IPv4Address);
EwsWrapper.Instance().Start();
EwsWrapper.Instance().WakeUpPrinter();
EwsWrapper.Instance().SetAdvancedOptions();
EwsWrapper.Instance().EnableSnmpv1v2ReadWriteAccess();
BonjourServiceInstallation();
Printer.Printer printer = PrinterFactory.Create(activityData.ProductFamily, activityData.IPv4Address);
activityData.PrinterMacAddress = printer.MacAddress.Replace(":", string.Empty);
// create network discovery tests
if (null == _networkDiscoveryTests)
{
_networkDiscoveryTests = new DiscoveryTests(activityData);
}
foreach (int testNumber in activityData.SelectedTests)
{
try
{
ExecutionServices.SessionRuntime.AsInternal().WaitIfPaused();
_networkDiscoveryTests.RunTest(executionData, testNumber, IPAddress.Parse(activityData.IPv4Address), (ProductFamilies)Enum.Parse(typeof(ProductFamilies), activityData.ProductFamily));
}
catch (Exception e)
{
TraceFactory.Logger.Info("Error while executing test:{0} \n ".FormatWith(testNumber, e.Message));
}
}
return(new PluginExecutionResult(PluginResult.Passed));
}
/// <summary>
/// Print all files in specified folder
/// </summary>
/// <param name="ipAddress">IP Address of Printer</param>
/// <param name="printProtocol"><see cref=" Printer.Printer.PrintProtocol"/></param>
/// <param name="portNo">Port number for installation</param>
/// <param name="testNo">Test number</param>
/// <returns>true if all files printed successfully, false otherwise</returns>
public bool ComplexPrinting(string ipAddress, Printer.Printer.PrintProtocol printProtocol, int portNo, int testNo)
{
string[] files = Directory.GetFiles(_activityData.DocumentsPath);
if (null == files || 0 == files.Length)
{
TraceFactory.Logger.Info("Complex Printing failed. No files available.");
return(false);
}
string hostname = string.Empty;
if (Printer.Printer.PrintProtocol.IPPS.Equals(printProtocol))
{
if (!CtcUtility.IPPS_Prerequisite(IPAddress.Parse(ipAddress), out hostname))
{
TraceFactory.Logger.Info("Failed to perform pre-requisites for IPPS.");
return(false);
}
}
PrinterFamilies family = (PrinterFamilies)Enum.Parse(typeof(PrinterFamilies), Enum <ProductFamilies> .Value(_activityData.ProductFamily));
Printer.Printer printer = PrinterFactory.Create(family, IPAddress.Parse(ipAddress));
if (printer.Install(IPAddress.Parse(ipAddress), printProtocol, _activityData.DriverPackagePath, _activityData.DriverModel, portNo, hostname))
{
printer.Print(CtcUtility.CreateFile("Test {0} started.".FormatWith(testNo)));
// Subscribing for Print Queue Event
printer.PrintQueueError += printer_PrintQueueError;
if (!printer.Print(files))
{
TraceFactory.Logger.Info("Complex Printing failed. All jobs didn't print.");
return(false);
}
}
else
{
TraceFactory.Logger.Info("Complex Printing failed.");
return(false);
}
TraceFactory.Logger.Info("All jobs for Complex Printing printed successfully.");
return(true);
}
/// <summary>
/// Check if Ftp Connection is successful
/// </summary>
/// <param name="ipAddress">Printer IP Address</param>
/// <param name="printerFamily">Printer Family</param>
/// <returns>true if connection successful, false otherwise</returns>
public bool IsFtpAccessible(IPAddress ipAddress, Printer.PrinterFamilies printerFamily)
{
string address = string.Empty;
if (ipAddress.ToString().Contains(":"))
{
address = string.Concat("[", ipAddress, "]");
}
else
{
address = ipAddress.ToString();
}
string ftpUri = "{0}{1}/{2}".FormatWith("ftp://", address, CtcUtility.CreateFile("temp"));
Printer.Printer printer = Printer.PrinterFactory.Create(printerFamily, ipAddress);
return(printer.IsFTPAccessible(ftpUri));
}
/// <summary>
/// Notify user on PrintQueue error
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
void printer_PrintQueueError(object sender, PrintJobDataEventArgs e)
{
// Check added for object type
if (null != sender)
{
Printer.Printer printer = sender as Printer.Printer;
Thread confirmationMsgBoxThread = new Thread(new ThreadStart(CheckUserConfirmation));
TimeSpan timeOut = new TimeSpan(0, 30, 0);
confirmationMsgBoxThread.Start();
DateTime startTime = DateTime.Now;
do
{
// Case 1: Wait for timeOut and kill the thread if no response from the user
if (startTime.Add(timeOut) <= DateTime.Now)
{
// Used to notify that PrintQueue error was not cleared
_abort = true;
KillMessageBox(confirmationMsgBoxThread);
return;
}
// Wait from 30 seconds and check the status of PrintQueue
Thread.Sleep(TimeSpan.FromSeconds(30));
// Case 2: If PrintQueue error is rectified from user or if PrintQueue recovers from error, kill message box
if (!printer.IsPrintQueueInError)
{
KillMessageBox(confirmationMsgBoxThread);
return;
}
} while (!_abort);
// If user has clicked Cancel button, abort the thread
if (!_abort)
{
confirmationMsgBoxThread.Abort();
}
}
}
/// <summary>
/// Print all files in specified folder
/// </summary>
/// <param name="ipAddress">IP Address of Printer</param>
/// <param name="testNo">Test number</param>
/// <param name="isPassiveMode">Passive/ Active mode for FTP</param>
/// <returns>true if all files printed successfully, false otherwise</returns>
public bool ComplexPrinting(string ipAddress, int testNo, bool isPassiveMode = false)
{
string[] files = Directory.GetFiles(_activityData.DocumentsPath);
if (null == files || 0 == files.Length)
{
TraceFactory.Logger.Info("Complex Printing failed. No files available.");
return(false);
}
PrinterFamilies family = (PrinterFamilies)Enum.Parse(typeof(PrinterFamilies), Enum <ProductFamilies> .Value(_activityData.ProductFamily));
Printer.Printer printer = PrinterFactory.Create(family, IPAddress.Parse(ipAddress));
if (printer.PrintWithFtp(IPAddress.Parse(ipAddress), string.Empty, string.Empty, files, isPassiveMode: isPassiveMode))
{
TraceFactory.Logger.Info("All jobs for Complex Printing printed successfully.");
return(true);
}
else
{
TraceFactory.Logger.Info("Complex Printing failed. All jobs didn't print successfully.");
return(false);
}
}
/// <summary>
/// Install and Print file without drivers
/// </summary>
/// <param name="printerFamily">Printer Family</param>
/// <param name="ipAddress">Printer IP Address</param>
/// <param name="filePath">Print File Path</param>
/// <returns>true if printing is successful, false otherwise</returns>
public bool PrintLpr(string printerFamily, IPAddress ipAddress, string filePath)
{
Printer.Printer printer = Printer.PrinterFactory.Create(printerFamily, ipAddress.ToString());
return(printer.PrintLpr(ipAddress, filePath));
}
/// <summary>
/// Check if Snmp Connection is successful
/// </summary>
/// <param name="ipAddress">Printer IP Address</param>
/// <param name="printerFamily">Printer Family</param>
/// <returns>true if connection successful, false otherwise</returns>
public bool IsSnmpAccessible(IPAddress ipAddress, Printer.PrinterFamilies printerFamily)
{
Printer.Printer printer = Printer.PrinterFactory.Create(printerFamily, ipAddress);
return(printer.IsSnmpAccessible(ipAddress));
}
public PluginExecutionResult Execute(PluginExecutionData executionData)
{
CtcSettings.Initialize(executionData);
// create activity data
CertificateManagementActivityData activityData = executionData.GetMetadata <CertificateManagementActivityData>(CtcMetadataConverter.Converters);
var ipV4Address = IPAddress.Parse(activityData.Ipv4Address);
PrinterFamilies family = (PrinterFamilies)Enum.Parse(typeof(PrinterFamilies), Enum <ProductFamilies> .Value(activityData.ProductFamily));
// Create instance of ews adapter
// Remember to give Combined sitemapPath + sitemapVersion
EwsWrapper.Instance().Create(family, activityData.ProductName, activityData.Ipv4Address, Path.Combine(activityData.SitemapPath, activityData.SiteMapVersion), BrowserModel.Firefox);
EwsWrapper.Instance().Start();
EwsWrapper.Instance().WakeUpPrinter();
EwsWrapper.Instance().SetAdvancedOptions();
EwsWrapper.Instance().EnableSnmpv1v2ReadWriteAccess();
SnmpWrapper.Instance().Create(activityData.Ipv4Address);
SnmpWrapper.Instance().SetCommunityName("public");
TelnetWrapper.Instance().Create(activityData.Ipv4Address);
// PrinterFamilies family = (PrinterFamilies)Enum.Parse(typeof(PrinterFamilies), Enum<ProductFamilies>.Value(activityData.ProductFamily));
Printer.Printer printer = PrinterFactory.Create(family, ipV4Address);
activityData.MacAddress = printer.MacAddress;
//Check the Windows Server Service,Packet Capture service and Kiwi Syslog server is up and running
CtcUtility.StartService("WindowsServerService", activityData.DhcpServerIp);
CtcUtility.StartService(@"dns", activityData.DhcpServerIp);
using (DhcpApplicationServiceClient dhcpClient = DhcpApplicationServiceClient.Create(activityData.DhcpServerIp))
{
string scope = dhcpClient.Channel.GetDhcpScopeIP(activityData.DhcpServerIp);
dhcpClient.Channel.DeleteReservation(activityData.DhcpServerIp, scope, activityData.Ipv4Address, activityData.MacAddress);
if (dhcpClient.Channel.CreateReservation(activityData.DhcpServerIp, scope, ipV4Address.ToString(), activityData.MacAddress, ReservationType.Both))
{
TraceFactory.Logger.Info("Successfully created reservation for IP address: {0}, Mac address: {1} for {2}".FormatWith(ipV4Address, activityData.MacAddress, ReservationType.Both));
}
else
{
TraceFactory.Logger.Info("Failed to create reservation for IP address: {0}, Mac address: {1} for {2}".FormatWith(ipV4Address, activityData.MacAddress, ReservationType.Both));
return(new PluginExecutionResult(PluginResult.Failed, "Failed to create reservation for IP address: {0}, Mac address: {1} for {2}".FormatWith(ipV4Address, activityData.MacAddress, ReservationType.Both)));
}
}
if (null == _tests)
{
_tests = new CertificateManagementTests(activityData);
}
// Execute the selected tests
foreach (int testNumber in activityData.SelectedTests)
{
try
{
ExecutionServices.SessionRuntime.AsInternal().WaitIfPaused();
_tests.RunTest(executionData, testNumber, ipV4Address, activityData.ProductFamily);
}
catch (Exception ex)
{
TraceFactory.Logger.Fatal("** Error while executing Test:{0} \n".FormatWith(testNumber, ex.Message));
continue;
}
}
EwsWrapper.Instance().Stop();
return(new PluginExecutionResult(PluginResult.Passed));
}
public PluginExecutionResult Execute(PluginExecutionData executionData)
{
CtcSettings.Initialize(executionData);
NetworkNamingServiceActivityData activityData = executionData.GetMetadata <NetworkNamingServiceActivityData>(CtcMetadataConverter.Converters);
#region Scenario Prerequisites
//Check the Windows Server Service,Packet Capture service and Kiwi Syslog server is up and running
CtcUtility.StartService("WindowsServerService", activityData.PrimaryDhcpServerIPAddress);
CtcUtility.StartService("PacketCaptureService", activityData.PrimaryDhcpServerIPAddress);
CtcUtility.StartService("Kiwi Syslog Server", activityData.PrimaryDhcpServerIPAddress);
//Check dns and wins server is up and running on both primary and secondary dhcp server
CtcUtility.StartService(@"dns", activityData.PrimaryDhcpServerIPAddress);
CtcUtility.StartService("WINS", activityData.PrimaryDhcpServerIPAddress);
CtcUtility.StartService(@"dns", activityData.SecondDhcpServerIPAddress);
CtcUtility.StartService("WINS", activityData.SecondDhcpServerIPAddress);
//Check the Wireless printer ip is accessible
if (activityData.SelectedTests.Contains(678968))
{
if (!(NetworkUtil.PingUntilTimeout(IPAddress.Parse(activityData.WirelessIPv4Address), TimeSpan.FromSeconds(20))))
{
MessageBox.Show(string.Concat("Wireless Printer IP Address is not accessible\n\n"),
"Wireless IP Address Not Accessible", MessageBoxButtons.OK, MessageBoxIcon.Error);
return(new PluginExecutionResult(PluginResult.Failed, "Wireless Printer IP Address is not accessible"));
}
}
//Check whether all devices are accesible and the server IP
CtcUtility.CheckPrinterConnectivity(activityData.WiredIPv4Address, activityData.PrimaryDhcpServerIPAddress,
activityData.SecondPrinterIPAddress, activityData.SecondDhcpServerIPAddress,
activityData.LinuxServerIPAddress, activityData.SwitchIpAddress);
// Fetch the VLAN details.
GetVlanDetails(ref activityData);
// Check if Switch VLAN details are fetched
if (3 != activityData.VirtualLanDetails.Count)
{
MessageBox.Show(string.Concat("Unable to fetch Switch VLAN details\n\n",
"Check whether Printer is connected to Network Switch.\n",
"Switch should be configured with 3 network virtual LAN."),
"Network switch not found", MessageBoxButtons.OK, MessageBoxIcon.Error);
return(new PluginExecutionResult(PluginResult.Failed, "Unable to fetch Switch VLAN details"));
}
//Reservation for Primary Printer
using (DhcpApplicationServiceClient client = DhcpApplicationServiceClient.Create(activityData.PrimaryDhcpServerIPAddress))
{
Printer.Printer printer = PrinterFactory.Create(activityData.ProductFamily, activityData.WiredIPv4Address);
activityData.PrinterMacAddress = printer.MacAddress.Replace(":", string.Empty);
client.Channel.DeleteReservation(activityData.PrimaryDhcpServerIPAddress, client.Channel.GetDhcpScopeIP(activityData.PrimaryDhcpServerIPAddress),
activityData.WiredIPv4Address, activityData.PrinterMacAddress);
if (client.Channel.CreateReservation(activityData.PrimaryDhcpServerIPAddress, client.Channel.GetDhcpScopeIP(activityData.PrimaryDhcpServerIPAddress),
activityData.WiredIPv4Address, activityData.PrinterMacAddress, ReservationType.Both))
{
TraceFactory.Logger.Info("Primary Printer IP Address Reservation in DHCP Server for both DHCP and BOOTP : Succeeded");
}
else
{
TraceFactory.Logger.Info("Primary Printer IP Address Reservation in DHCP Server for both DHCP and BOOTP: Failed");
return(new PluginExecutionResult(PluginResult.Failed, "Primary Printer IP Address Reservation in DHCP Server for both DHCP and BOOTP: Failed"));
}
activityData.PrimaryDhcpIPv6Address = client.Channel.GetIPv6Address();
}
//Reservation for Secondary Printer[user may give input as primary server ip/secondary server ip ,so getting server ip based on the printer ipaddress]
string secondDhcpServerIPAddress = Printer.Printer.GetDHCPServerIP(IPAddress.Parse(activityData.SecondPrinterIPAddress)).ToString();
using (DhcpApplicationServiceClient client = DhcpApplicationServiceClient.Create(secondDhcpServerIPAddress))
{
Printer.Printer printer = PrinterFactory.Create(activityData.ProductFamily, activityData.SecondPrinterIPAddress);
string secondPrinterMacAddress = printer.MacAddress.Replace(":", string.Empty);
client.Channel.DeleteReservation(secondDhcpServerIPAddress, client.Channel.GetDhcpScopeIP(secondDhcpServerIPAddress),
activityData.SecondPrinterIPAddress, secondPrinterMacAddress);
if (client.Channel.CreateReservation(secondDhcpServerIPAddress, client.Channel.GetDhcpScopeIP(secondDhcpServerIPAddress),
activityData.SecondPrinterIPAddress, secondPrinterMacAddress, ReservationType.Both))
{
TraceFactory.Logger.Info("Secondary Printer IP Address Reservation in DHCP Server for both DHCP and BOOTP : Succeeded");
}
else
{
TraceFactory.Logger.Info("Secondary Printer IP Address Reservation in DHCP Server for both DHCP and BOOTP: Failed");
return(new PluginExecutionResult(PluginResult.Failed, "Secondary Printer IP Address Reservation in DHCP Server for both DHCP and BOOTP: Failed"));
}
}
using (DhcpApplicationServiceClient client = DhcpApplicationServiceClient.Create(activityData.SecondDhcpServerIPAddress))
{
activityData.SecondaryDhcpIPv6Address = client.Channel.GetIPv6Address();
}
#endregion
// create instance of ews adapter
EwsWrapper.Instance().Create(Enum <PrinterFamilies> .Parse(activityData.ProductFamily), activityData.ProductName, activityData.WiredIPv4Address, Path.Combine(activityData.SitemapPath, activityData.SiteMapVersion), BrowserModel.Firefox);
EwsWrapper.Instance().Start();
EwsWrapper.Instance().WakeUpPrinter();
EwsWrapper.Instance().SetAdvancedOptions();
//create instance of SNMP wrapper
SnmpWrapper.Instance().Create(activityData.WiredIPv4Address);
//create instance of Telnet wrapper
TelnetWrapper.Instance().Create(activityData.WiredIPv4Address);
//Enabling IPV6 startup
EwsWrapper.Instance().SetDHCPv6OnStartup(true);
EwsWrapper.Instance().SetIPv6(false);
EwsWrapper.Instance().SetIPv6(true);
EwsWrapper.Instance().EnableSnmpv1v2ReadWriteAccess();
if (null == _networkNamingTests)
{
_networkNamingTests = new NetworkNamingServiceTests(activityData);
}
// assign the session id to activity data
activityData.SessionId = executionData.SessionId;
foreach (int testNumber in activityData.SelectedTests)
{
try
{
ExecutionServices.SessionRuntime.AsInternal().WaitIfPaused();
_networkNamingTests.RunTest(executionData, testNumber, IPAddress.Parse(activityData.WiredIPv4Address), (ProductFamilies)Enum.Parse(typeof(ProductFamilies), activityData.ProductFamily));
}
catch (Exception generalException)
{
TraceFactory.Logger.Info("Test {0} failed with error: {1}".FormatWith(testNumber, generalException.Message));
}
}
EwsWrapper.Instance().Stop();
return(new PluginExecutionResult(PluginResult.Passed));
}
public PluginExecutionResult Execute(PluginExecutionData executionData)
{
CtcSettings.Initialize(executionData);
ComplexPrintActivityData activityData = executionData.GetMetadata <ComplexPrintActivityData>(CtcMetadataConverter.Converters);
/* Complex printing plugin might use more than 1 client machine based on user scenario.
* All inputs related to printer are maintained in a configuration file in share location (etlhubrepo\boi\CTC\<Product_Family>)
* Since multiple machines are trying to access the config file, file is copied to local machine.
* */
// Get details from configuration file
string configFilePath = Path.Combine(CtcSettings.ConnectivityShare, activityData.ProductFamily.ToString(), "CNP.xml");
TraceFactory.Logger.Debug("Config File path: {0}".FormatWith(configFilePath));
FileStream file = null;
try
{
XmlDocument configFile = new XmlDocument();
string tempFilePath = Path.Combine(Path.GetTempPath(), "CNP.xml");
File.Copy(configFilePath, tempFilePath, true);
file = new FileStream(tempFilePath, FileMode.Open, FileAccess.Read);
configFile.Load(file);
activityData.Ipv4Address = configFile.DocumentElement.SelectSingleNode("IPv4Address").InnerText;
activityData.DriverPackagePath = configFile.DocumentElement.SelectSingleNode("DriverPath").InnerText;
activityData.DriverModel = configFile.DocumentElement.SelectSingleNode("DriverModel").InnerText;
activityData.ProductName = configFile.DocumentElement.SelectSingleNode("ProductName").InnerText;
activityData.DocumentsPath = configFile.DocumentElement.SelectSingleNode("FilesPath").InnerText;
activityData.SitemapsVersion = configFile.DocumentElement.SelectSingleNode("Sitemaps").InnerText;
activityData.PrinterConnectivity = ConnectivityType.Wired;
}
catch (Exception exception)
{
TraceFactory.Logger.Fatal("Failed to read configuration from xml document. Exception details: {0}".FormatWith(exception.JoinAllErrorMessages()));
}
finally
{
if (null != file)
{
file.Close();
}
}
/* If a WS Print test is selected in user scenario, a pop-up needs to be shown to 'Add the printer'.
* Read through all selected tests and keep track if WSP pop-up needs to be shown up.
* */
// Check if WSP test is selected by checking the test attributes for each test
bool isWSPSelected = false;
foreach (int testNumber in activityData.SelectedTests)
{
// Fetch the TestDetailsAttribute of the test method matching the testNumber
var attributes = typeof(ComplexPrintTests).GetMethods().Where(item => item.GetCustomAttributes(new TestDetailsAttribute().GetType(), false).Length > 0 &&
((TestDetailsAttribute)item.GetCustomAttributes(new TestDetailsAttribute().GetType(), false)[0]).Id.Equals(testNumber))
.Select(x => x.GetCustomAttributes(new TestDetailsAttribute().GetType(), false)[0]);
TestDetailsAttribute testAttributes = (TestDetailsAttribute)attributes.FirstOrDefault();
if (testAttributes.Category.Contains("WSP", StringComparison.CurrentCultureIgnoreCase))
{
isWSPSelected = true;
break;
}
}
if (isWSPSelected)
{
TraceFactory.Logger.Debug("Please add WS Printer on client machine: {0}".FormatWith(Environment.MachineName));
}
/* To keep track of whether a WSP test is added in any of the user scenario, a common file is maintained under shared location and all the clients need to update this file on WSP status.
* Folder structure: etlhubrepo\boi\CTC\<Product_Family>temp\<Session_ID>.xml
* Since many clients will be trying to write data to the xml file, check if xml is already created (by some other client), create if not.
* If a WSP test is selected, an entry is made with 'Yes' as the value, else 'No' with machine hostname as the unique identifier for the node.
* Status for the WS Print addition is maintained in 'Status' attribute. If scenario doesn't have a WSP test selected, 'Completed' status is added by default. Otherwise 'In Progress' is added.
*
* Locking mechanism:
* Since its a shared file, a lock is applied when a file is in use by a machine. Lock file for writing the data and release once completed.
* Acquire resource for max of 20 seconds to perform write operation. Wait for max of 3 minutes to use resource for writing into the file. (Waiting in Queue to write into the file)
* */
string configFolder = Path.Combine(CtcSettings.ConnectivityShare, activityData.ProductFamily.ToString(), "temp");
// Check if folder exists already.
if (!Directory.Exists(configFolder))
{
Directory.CreateDirectory(configFolder);
}
string xmlFilePath = Path.Combine(configFolder, executionData.SessionId + ".xml");
XElement machines = null;
// Check if file exists already. Create root node 'Machines' if file is not created else load the file
if (!File.Exists(xmlFilePath))
{
machines = new XElement("Machines");
}
else
{
XDocument xmlDocument = XDocument.Load(xmlFilePath);
machines = xmlDocument.Element("Machines");
}
ReaderWriterLock fileLock = new ReaderWriterLock();
bool isFileWritten = false;
DateTime currentTime = DateTime.Now;
TimeSpan waitTime = TimeSpan.FromMinutes(3);
Random randomTime = new Random();
do
{
// Since many clients are trying to access the file, generate a random timeout for acquiring lock on the file.
int timeOut = randomTime.Next(10, 20);
if (!fileLock.IsWriterLockHeld)
{
fileLock.AcquireWriterLock(TimeSpan.FromSeconds(timeOut));
XElement machine = new XElement("Machine", new XAttribute("VM_Name", Environment.MachineName),
new XAttribute("WSP_Print", isWSPSelected ? "Yes" : "No"),
new XAttribute("Status", isWSPSelected ? "In Progress" : "Completed"));
machines.Add(machine);
machines.Save(xmlFilePath);
// Wait for sometime to release the lock after saving file.
Thread.Sleep(TimeSpan.FromSeconds(10));
isFileWritten = true;
fileLock.ReleaseWriterLock();
}
} while (!isFileWritten && DateTime.Now.Subtract(waitTime) <= currentTime);
/* Check if printer is accessible with IPv4 address and IPv6 addresses: Linklocal, Stateless and Stateful address.
* Pop-up a message box if printer address is not pinging.
* */
PrinterFamilies family = (PrinterFamilies)Enum.Parse(typeof(PrinterFamilies), Enum <ProductFamilies> .Value(activityData.ProductFamily));
Printer.Printer printer = PrinterFactory.Create(family, IPAddress.Parse(activityData.Ipv4Address));
// If printer is not available, assign default IPAddress
if (printer.PingUntilTimeout(IPAddress.Parse(activityData.Ipv4Address), 1))
{
// Get All Ipv6 Addresses
activityData.Ipv6LinkLocalAddress = printer.IPv6LinkLocalAddress == null ? string.Empty : printer.IPv6LinkLocalAddress.ToString();
activityData.Ipv6StateFullAddress = printer.IPv6StateFullAddress == null ? string.Empty : printer.IPv6StateFullAddress.ToString();
activityData.Ipv6StatelessAddress = printer.IPv6StatelessAddresses.Count == 0 ? string.Empty : printer.IPv6StatelessAddresses[0].ToString();
}
else
{
activityData.Ipv6LinkLocalAddress = string.Empty;
activityData.Ipv6StateFullAddress = string.Empty;
activityData.Ipv6StatelessAddress = string.Empty;
}
if (!NetworkUtil.PingUntilTimeout(IPAddress.Parse(activityData.Ipv4Address), TimeSpan.FromSeconds(10)))
{
MessageBox.Show(string.Concat("Printer IPv4 Address is not accessible\n\n",
"IPv4 address: {0}\n".FormatWith(activityData.Ipv4Address)),
"IPv4 Address Not Accessible", MessageBoxButtons.OK, MessageBoxIcon.Error);
return(new PluginExecutionResult(PluginResult.Failed, "Printer IPv4 Address is not accessible"));
}
if (!NetworkUtil.PingUntilTimeout(IPAddress.Parse(activityData.Ipv6LinkLocalAddress), TimeSpan.FromSeconds(10)))
{
MessageBox.Show(string.Concat("Printer Link Local Address is not accessible\n\n",
"Link local address: {0}\n".FormatWith(activityData.Ipv6LinkLocalAddress),
"Check if Stateless and Stateful address are pinging if you have selected it.\n",
"Stateless: {0}, Stateful: {1}".FormatWith(activityData.Ipv6StatelessAddress, activityData.Ipv6StateFullAddress)),
"Link Local Address Not Accessible", MessageBoxButtons.OK, MessageBoxIcon.Error);
return(new PluginExecutionResult(PluginResult.Failed, "Printer Link Local Address is not accessible"));
}
if (!NetworkUtil.PingUntilTimeout(IPAddress.Parse(activityData.Ipv6StatelessAddress), TimeSpan.FromSeconds(10)))
{
MessageBox.Show(string.Concat("Printer Stateless Address is not accessible\n\n",
"Stateless address: {0}\n".FormatWith(activityData.Ipv6StatelessAddress),
"Check if Stateful address is pinging if you have selected it.\n",
"Stateful: {0}".FormatWith(activityData.Ipv6StateFullAddress)),
"Stateless Address Not Accessible", MessageBoxButtons.OK, MessageBoxIcon.Error);
return(new PluginExecutionResult(PluginResult.Failed, "Printer Stateless Address is not accessible"));
}
if (!NetworkUtil.PingUntilTimeout(IPAddress.Parse(activityData.Ipv6StateFullAddress), TimeSpan.FromSeconds(10)))
{
MessageBox.Show(string.Concat("Printer Stateful Address is not accessible\n\n",
"Stateful address: {0}\n".FormatWith(activityData.Ipv6StateFullAddress)),
"Stateful Address Not Accessible", MessageBoxButtons.OK, MessageBoxIcon.Error);
return(new PluginExecutionResult(PluginResult.Failed, "Printer Stateful Address is not accessible"));
}
/* Since multiple clients can access drivers, print driver is copied to local machine so as to avoid 'File in use' exception.
* Driver path is updated to local temp directory for further use.
* */
string tempDriverDirectory = Path.Combine(Path.GetTempPath(), "PrintDriver");
TraceFactory.Logger.Debug("Local printer driver location: {0}".FormatWith(tempDriverDirectory));
if (Directory.Exists(tempDriverDirectory))
{
Directory.Delete(tempDriverDirectory, true);
}
foreach (string dirPath in Directory.GetDirectories(activityData.DriverPackagePath, "*", SearchOption.AllDirectories))
{
Directory.CreateDirectory(dirPath.Replace(activityData.DriverPackagePath, tempDriverDirectory));
}
foreach (string filePath in Directory.GetFiles(activityData.DriverPackagePath, "*.*", SearchOption.AllDirectories))
{
File.Copy(filePath, filePath.Replace(activityData.DriverPackagePath, tempDriverDirectory), true);
}
activityData.DriverPackagePath = tempDriverDirectory;
// By default, adding P9100 printer so that driver installation is complete while adding WS Printer.
printer.Install(IPAddress.Parse(activityData.Ipv4Address), Printer.Printer.PrintProtocol.RAW, activityData.DriverPackagePath, activityData.DriverModel, 9100);
// If WSP test is selected, Show a pop-up to Add the printer.
if (isWSPSelected)
{
/* If a WSP test is selected in any scenario created by user, pop a message box to add the printer.
* Status on whether a WSP test is selected are maintained in the config file (etlhubrepo\boi\CTC\<Product_Family>temp\<Session_ID>.xml) with attribute 'WSP_Print'.
* In case this scenario is added with WSP test, Pop-up message. Once the Ok button is clicked, updated the 'Status' on config file to 'Completed'.
* */
XElement localMachine = null;
XDocument document = XDocument.Load(xmlFilePath);
XElement element = document.Element("Machines");
foreach (var vm in element.Elements("Machine"))
{
if (vm.Attribute("VM_Name").Value.Equals(Environment.MachineName))
{
localMachine = vm;
TraceFactory.Logger.Info("Machine: {0}".FormatWith(localMachine.Attribute("VM_Name").Value));
break;
}
}
MessageBox.Show("Add WS Printer and click 'OK'.", "Add WS Printer", MessageBoxButtons.OK, MessageBoxIcon.Information);
localMachine.SetAttributeValue("Status", "Completed");
element.Save(xmlFilePath);
}
/* Wait till all clients are ready for execution: If a client is configured with WSP test, wait till user adds the printer.
* This case is handled with updation of the config file on status of WS Printer installation.
* Traverse through all Elements and check for 'Status' attribute to know the status on installation of WS Printer.
* */
bool isWSPrinterInstalled = true;
do
{
TraceFactory.Logger.Debug("Waiting for all clients to complete WS Printer installation.");
// In case isWSPrinterInstalled is set to false while traversing through the config file, set it back to true for next iteration
isWSPrinterInstalled = true;
// Wait for some time so that other clients update the status on WS Printer installation
Thread.Sleep(TimeSpan.FromSeconds(10));
// Reload the file to get the most updated data
XDocument xDocument = XDocument.Load(xmlFilePath);
XElement xElement = xDocument.Element("Machines");
foreach (var vm in xElement.Elements("Machine"))
{
isWSPrinterInstalled &= "Completed".Equals(vm.Attribute("Status").Value);
}
} while (!isWSPrinterInstalled);
if (null == _printTests)
{
_printTests = new ComplexPrintTests(activityData);
}
foreach (int testNumber in activityData.SelectedTests)
{
ExecutionServices.SessionRuntime.AsInternal().WaitIfPaused();
_printTests.RunTest(executionData, testNumber, IPAddress.Parse(activityData.Ipv4Address), activityData.ProductFamily);
}
return(new PluginExecutionResult(PluginResult.Passed));
}
public PluginExecutionResult Execute(PluginExecutionData executionData)
{
CtcSettings.Initialize(executionData);
// create activity data
IPSecurityActivityData activityData = executionData.GetMetadata <IPSecurityActivityData>(CtcMetadataConverter.Converters);
#region Scenario Prerequisites
// TODO: Need to enable broadcast and multicast option in failsafe
// TODO: Cleaning up the rules on client side and on the printer
//Check the Windows Server Service,Packet Capture service and Kiwi Sys log server is up and running
CtcUtility.StartService("WindowsServerService", activityData.PrimaryDhcpServerIPAddress);
CtcUtility.StartService("PacketCaptureService", activityData.PrimaryDhcpServerIPAddress);
Printer.Printer printer = PrinterFactory.Create(activityData.ProductFamily, activityData.WiredIPv4Address);
//Reservation for Primary Printer
using (DhcpApplicationServiceClient client = DhcpApplicationServiceClient.Create(activityData.PrimaryDhcpServerIPAddress))
{
activityData.PrinterMacAddress = printer.MacAddress.Replace(":", string.Empty);
client.Channel.DeleteReservation(activityData.PrimaryDhcpServerIPAddress, client.Channel.GetDhcpScopeIP(activityData.PrimaryDhcpServerIPAddress),
activityData.WiredIPv4Address, activityData.PrinterMacAddress);
if (client.Channel.CreateReservation(activityData.PrimaryDhcpServerIPAddress, client.Channel.GetDhcpScopeIP(activityData.PrimaryDhcpServerIPAddress),
activityData.WiredIPv4Address, activityData.PrinterMacAddress, ReservationType.Both))
{
TraceFactory.Logger.Info("Primary Printer IP Address Reservation in DHCP Server for both DHCP and BOOTP : Succeeded");
}
else
{
TraceFactory.Logger.Info("Primary Printer IP Address Reservation in DHCP Server for both DHCP and BOOTP: Failed");
return(new PluginExecutionResult(PluginResult.Failed, "Primary Printer IP Address Reservation in DHCP Server for both DHCP and BOOTP: Failed"));
}
}
#endregion
// create instance of EWS adapter
EwsWrapper.Instance().Create(Enum <PrinterFamilies> .Parse(activityData.ProductFamily), activityData.ProductName, activityData.WiredIPv4Address, Path.Combine(activityData.SitemapPath, activityData.SitemapsVersion), BrowserModel.Firefox, EwsAdapterType.WebDriverAdapter);
EwsWrapper.Instance().Start();
EwsWrapper.Instance().WakeUpPrinter();
//create instance of SNMP wrapper
SnmpWrapper.Instance().Create(activityData.WiredIPv4Address);
//create instance of Telnet wrapper
TelnetWrapper.Instance().Create(activityData.WiredIPv4Address);
//IPv6 and Dhcpv6 on startup should be enabled to get IPv6 addresses. Applicable only for VEP
if (PrinterFamilies.VEP.ToString().EqualsIgnoreCase(activityData.ProductFamily) ||
PrinterFamilies.LFP.ToString().EqualsIgnoreCase(activityData.ProductFamily))
{
EwsWrapper.Instance().SetDHCPv6(true);
EwsWrapper.Instance().SetDHCPv6OnStartup(true);
EwsWrapper.Instance().SetIPv6(false);
EwsWrapper.Instance().SetIPv6(true);
EwsWrapper.Instance().EnableSnmpv1v2ReadWriteAccess();
}
TraceFactory.Logger.Info("Collecting Ipv6 addresses of the printer");
activityData.IPV6StatefullAddress = printer.IPv6StateFullAddress.ToString();
activityData.IPV6StatelessAddress = printer.IPv6StatelessAddresses[0].ToString();
activityData.LinkLocalAddress = printer.IPv6LinkLocalAddress.ToString();
// assign session id to activity data
activityData.SessionId = executionData.SessionId;
if (null == _ipSecuritytests)
{
_ipSecuritytests = new IPSecurityTests(activityData);
}
// Execute the selected tests
foreach (int testNumber in activityData.SelectedTests)
{
try
{
ExecutionServices.SessionRuntime.AsInternal().WaitIfPaused();
_ipSecuritytests.RunTest(executionData, testNumber, IPAddress.Parse(activityData.WiredIPv4Address), (ProductFamilies)Enum.Parse(typeof(ProductFamilies), activityData.ProductFamily));
}
catch (Exception ex)
{
TraceFactory.Logger.Fatal("Error while executing Test:{0} \n".FormatWith(testNumber, ex.Message));
continue;
}
}
EwsWrapper.Instance().Stop();
return(new PluginExecutionResult(PluginResult.Passed));
}
public PluginExecutionResult Execute(PluginExecutionData executionData)
{
CtcSettings.Initialize(executionData);
ConnectivityPrintActivityData activityData = executionData.GetMetadata <ConnectivityPrintActivityData>(CtcMetadataConverter.Converters);
PrinterFamilies family = (PrinterFamilies)Enum.Parse(typeof(PrinterFamilies), Enum <ProductFamilies> .Value(activityData.ProductFamily));
Printer.Printer printer = PrinterFactory.Create(family, IPAddress.Parse(activityData.Ipv4Address));
if (!NetworkUtil.PingUntilTimeout(IPAddress.Parse(activityData.Ipv4Address), TimeSpan.FromSeconds(10)))
{
MessageBox.Show(string.Concat("Printer IPv4 Address is not accessible\n\n",
"IPv4 address: {0}\n".FormatWith(activityData.Ipv4Address)),
@"IPv4 Address Not Accessible", MessageBoxButtons.OK, MessageBoxIcon.Error);
return(new PluginExecutionResult(PluginResult.Failed, "Printer IPv4 Address is not accessible"));
}
// create instance of ews adapter
EwsWrapper.Instance().Create(family, activityData.ProductName, activityData.Ipv4Address, Path.Combine(activityData.SitemapPath, activityData.SiteMapVersion), BrowserModel.Firefox);
EwsWrapper.Instance().Start();
EwsWrapper.Instance().WakeUpPrinter();
EwsWrapper.Instance().SetAdvancedOptions();
EwsWrapper.Instance().EnableSnmpv1v2ReadWriteAccess();
//Enabling IPV6 startup
EwsWrapper.Instance().SetDHCPv6OnStartup(true);
EwsWrapper.Instance().SetIPv6(false);
EwsWrapper.Instance().SetIPv6(true);
// If printer is not available, assign default IPAddress
if (printer.PingUntilTimeout(IPAddress.Parse(activityData.Ipv4Address), 1))
{
// Get All Ipv6 Addresses
activityData.Ipv6LinkLocalAddress = printer.IPv6LinkLocalAddress?.ToString() ?? string.Empty;
activityData.Ipv6StateFullAddress = printer.IPv6StateFullAddress?.ToString() ?? string.Empty;
activityData.Ipv6StatelessAddress = printer.IPv6StatelessAddresses.Count == 0 ? string.Empty : printer.IPv6StatelessAddresses[0].ToString();
}
else
{
activityData.Ipv6LinkLocalAddress = string.Empty;
activityData.Ipv6StateFullAddress = string.Empty;
activityData.Ipv6StatelessAddress = string.Empty;
}
foreach (Ipv6AddressTypes addressType in activityData.Ipv6AddressTypes)
{
if (Ipv6AddressTypes.LinkLocal == addressType)
{
if (!NetworkUtil.PingUntilTimeout(IPAddress.Parse(activityData.Ipv6LinkLocalAddress), TimeSpan.FromSeconds(10)))
{
MessageBox.Show(string.Concat("Printer Link Local Address is not accessible\n\n",
"Link local address: {0}\n".FormatWith(activityData.Ipv6LinkLocalAddress),
"Check if Stateless and Stateful address are pinging if you have selected it.\n",
"Stateless: {0}, Stateful: {1}".FormatWith(activityData.Ipv6StatelessAddress, activityData.Ipv6StateFullAddress)),
@"Link Local Address Not Accessible", MessageBoxButtons.OK, MessageBoxIcon.Error);
return(new PluginExecutionResult(PluginResult.Failed, "Printer Link Local Address is not accessible"));
}
}
else if (Ipv6AddressTypes.Stateless == addressType)
{
if (!NetworkUtil.PingUntilTimeout(IPAddress.Parse(activityData.Ipv6StatelessAddress), TimeSpan.FromSeconds(10)))
{
MessageBox.Show(string.Concat("Printer Stateless Address is not accessible\n\n",
"Stateless address: {0}\n".FormatWith(activityData.Ipv6StatelessAddress),
"Check if Stateful address is pinging if you have selected it.\n",
"Stateful: {0}".FormatWith(activityData.Ipv6StateFullAddress)),
@"Stateless Address Not Accessible", MessageBoxButtons.OK, MessageBoxIcon.Error);
return(new PluginExecutionResult(PluginResult.Failed, "Printer Stateless Address is not accessible"));
}
}
else if (Ipv6AddressTypes.Stateful == addressType)
{
if (!NetworkUtil.PingUntilTimeout(IPAddress.Parse(activityData.Ipv6StateFullAddress), TimeSpan.FromSeconds(10)))
{
MessageBox.Show(string.Concat("Printer Stateful Address is not accessible\n\n",
"Stateful address: {0}\n".FormatWith(activityData.Ipv6StateFullAddress)),
@"Stateful Address Not Accessible", MessageBoxButtons.OK, MessageBoxIcon.Error);
return(new PluginExecutionResult(PluginResult.Failed, "Printer Stateful Address is not accessible"));
}
}
}
//Reservation for Primary Printer
string value = activityData.Ipv4Address.Split(new char[] { '.' })[2];
string serverIp = DHCP_SERVER_IP_FORMAT.FormatWith(value);
TraceFactory.Logger.Info("Server IP : {0}".FormatWith(serverIp));
//string serverIp = Printer.Printer.GetDHCPServerIP(IPAddress.Parse(activityData.Ipv4Address)).ToString();
string printerMacAddress = printer.MacAddress.Replace(":", string.Empty);
using (DhcpApplicationServiceClient client = DhcpApplicationServiceClient.Create(serverIp))
{
string scope = client.Channel.GetDhcpScopeIP(serverIp);
TraceFactory.Logger.Info("Scope : {0}".FormatWith(scope));
client.Channel.DeleteReservation(serverIp, client.Channel.GetDhcpScopeIP(serverIp), activityData.Ipv4Address, printerMacAddress);
if (client.Channel.CreateReservation(serverIp, client.Channel.GetDhcpScopeIP(serverIp), activityData.Ipv4Address, printerMacAddress, ReservationType.Both))
{
TraceFactory.Logger.Info("Primary Printer IP Address Reservation in DHCP Server for both DHCP and BOOTP : Succeeded");
}
else
{
TraceFactory.Logger.Info("Primary Printer IP Address Reservation in DHCP Server for both DHCP and BOOTP: Failed");
return(new PluginExecutionResult(PluginResult.Failed, "Primary Printer IP Address Reservation in DHCP Server for both DHCP and BOOTP: Failed"));
}
}
EwsWrapper.Instance().SetAdvancedOptions();
string documentsPath = activityData.DocumentsPath;
string documentsSharePath = Path.Combine(CtcSettings.ConnectivityShare, activityData.ProductFamily.ToString());
// Combine the connectivity share path with the selected document
// In case of Re-run, path is already constructed. Hence do not construct it again.
if (!Directory.Exists(documentsPath))
{
if (!documentsPath.StartsWith(documentsSharePath, StringComparison.CurrentCulture))
{
documentsPath = Path.Combine(documentsSharePath, activityData.DocumentsPath, ConnectivityPrintConfigurationControl.DIRECTORY_DOCUMENTS);
activityData.DocumentsPath = documentsPath;
}
}
if (activityData.IsWspTestsSelected)
{
printer.NotifyWSPrinter += printer_NotifyWSPAddition;
if (printer.Install(IPAddress.Parse(activityData.Ipv4Address), Printer.Printer.PrintProtocol.WSP, activityData.DriverPackagePath, activityData.DriverModel))
{
MessageBox.Show(@"WS Printer was added successfully.", @"WS Printer Successful", MessageBoxButtons.OK, MessageBoxIcon.Information);
}
else
{
MessageBox.Show(@"WS Printer was not added successfully. All WS Print related tests will fail.", @"WS Printer Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
if (null == _printTests)
{
_printTests = new ConnectivityPrintTests(activityData);
}
foreach (int testNumber in activityData.SelectedTests)
{
ExecutionServices.SessionRuntime.AsInternal().WaitIfPaused();
_printTests.RunTest(executionData, testNumber, IPAddress.Parse(activityData.Ipv4Address), activityData.ProductFamily);
}
return(new PluginExecutionResult(PluginResult.Passed));
}
public PluginExecutionResult Execute(PluginExecutionData executionData)
{
CtcSettings.Initialize(executionData);
// create activity data
SecurityActivityData activityData = executionData.GetMetadata <SecurityActivityData>(CtcMetadataConverter.Converters);
Printer.Printer printer = PrinterFactory.Create(activityData.ProductFamily, activityData.WiredIPv4Address);
activityData.WiredMacAddress = printer.MacAddress;
TraceFactory.Logger.Info("Wired Mac Address: {0}".FormatWith(activityData.WiredMacAddress));
if (activityData.ProductFamily.EqualsIgnoreCase(PrinterFamilies.VEP.ToString()))
{
IPAddress ipAddress;
if (IPAddress.TryParse(activityData.SecondaryWiredIPv4Address, out ipAddress))
{
printer = PrinterFactory.Create(activityData.ProductFamily, activityData.SecondaryWiredIPv4Address);
activityData.SecondaryWiredMacAddress = printer.MacAddress;
TraceFactory.Logger.Info("Secondary Wired Mac Address: {0}".FormatWith(activityData.SecondaryWiredMacAddress));
}
if (IPAddress.TryParse(activityData.WirelessIPv4Address, out ipAddress))
{
printer = PrinterFactory.Create(activityData.ProductFamily, activityData.WirelessIPv4Address);
activityData.WirelessMacAddress = printer.MacAddress;
TraceFactory.Logger.Info("Wireless Mac Address: {0}".FormatWith(activityData.WirelessMacAddress));
}
}
List <NetworkInterface> clientNetworks = NetworkInterface.GetAllNetworkInterfaces().Where(n => n.OperationalStatus == OperationalStatus.Up).ToList();
List <IPAddress> localAddresses = NetworkUtil.GetLocalAddresses().Where(x => x.AddressFamily == AddressFamily.InterNetwork).ToList();
EwsWrapper.Instance().Create(Enum <PrinterFamilies> .Parse(activityData.ProductFamily), activityData.ProductName, activityData.WiredIPv4Address, Path.Combine(activityData.SitemapPath, activityData.SitemapsVersion), BrowserModel.Firefox);
EwsWrapper.Instance().Start();
EwsWrapper.Instance().EnableSnmpv1v2ReadWriteAccess();
if (!SecurityScenarioPrerequisites(activityData, clientNetworks, localAddresses))
{
return(new PluginExecutionResult(PluginResult.Failed, "Failed in Scenario pre-requisites"));
}
//create instance of SNMP wrapper
SnmpWrapper.Instance().Create(activityData.WiredIPv4Address);
//create instance of Telnet wrapper
TelnetWrapper.Instance().Create(activityData.WiredIPv4Address);
if (null == _securitytests)
{
_securitytests = new SecurityTests(activityData);
}
// Execute the selected tests
foreach (int testNumber in activityData.SelectedTests)
{
try
{
ExecutionServices.SessionRuntime.AsInternal().WaitIfPaused();
_securitytests.RunTest(executionData, testNumber, IPAddress.Parse(activityData.WiredIPv4Address), (ProductFamilies)Enum.Parse(typeof(ProductFamilies), activityData.ProductFamily));
}
catch (Exception ex)
{
TraceFactory.Logger.Fatal("Error while executing Test:{0} \n".FormatWith(testNumber, ex.Message));
}
}
EwsWrapper.Instance().Stop();
ManageClientReservation(clientNetworks, localAddresses, activityData, true);
return(new PluginExecutionResult(PluginResult.Passed));
}
/// <summary>
/// LPR Print Asynchronously.
/// Note: To track the status of the job, use GetLPRPrintStatus() and match using Guid returned while calling this function.
/// </summary>
/// <param name="printerFamily">Printer Family</param>
/// <param name="ipAddress">IP Address of printer</param>
/// <param name="filePath">File Path</param>
/// <returns>Guid created for the LPR Print Job</returns>
public Guid PrintLprAsync(Printer.PrinterFamilies printerFamily, IPAddress ipAddress, string filePath)
{
_lprPrinterObject = Printer.PrinterFactory.Create(printerFamily, ipAddress);
return(_lprPrinterObject.PrintLprAsync(ipAddress, filePath));
}
public PluginExecutionResult Execute(PluginExecutionData executionData)
{
CtcSettings.Initialize(executionData);
// create activity data
DotOneXActivityData activityData = executionData.GetMetadata <DotOneXActivityData>(CtcMetadataConverter.Converters);
PrinterFamilies family = (PrinterFamilies)Enum.Parse(typeof(PrinterFamilies), activityData.ProductFamily);
activityData.DotOneXUserName = DOT1X_USERNAME.FormatWith(activityData.RadiusServerType.ToString().ToLower(CultureInfo.CurrentCulture));
activityData.DotOneXPassword = DOT1X_PASSWORD;
activityData.SharedSecret = SHARED_SECRET;
activityData.PolicyName = NETWORK_POLICY;
bool continueTest = true;
while (continueTest && !NetworkUtil.PingUntilTimeout(IPAddress.Parse(activityData.Ipv4Address), TimeSpan.FromSeconds(30)))
{
continueTest = DotOneXTemplates.ShowErrorPopUp("Printer: {0} is not available.\nPlease cold reset the printer.".FormatWith(activityData.Ipv4Address));
}
if (!continueTest)
{
return(new PluginExecutionResult(PluginResult.Failed, "Printer: {0} is not available.\nPlease cold reset the printer.".FormatWith(activityData.Ipv4Address)));
}
// create instance of ews adapter
EwsWrapper.Instance().Create(family, activityData.ProductName, activityData.Ipv4Address, Path.Combine(activityData.SitemapPath, activityData.SiteMapVersion), BrowserModel.Firefox);
EwsWrapper.Instance().Start();
EwsWrapper.Instance().WakeUpPrinter();
EwsWrapper.Instance().EnableSnmpv1v2ReadWriteAccess();
SnmpWrapper.Instance().Create(activityData.Ipv4Address);
SnmpWrapper.Instance().SetCommunityName("public");
TelnetWrapper.Instance().Create(activityData.Ipv4Address);
//TODO: Migration issue even thought it is not migration issue why it is commented
//EwsWrapper.Instance().SetWSDiscovery(true);
Printer.Printer printer = PrinterFactory.Create(activityData.ProductFamily, activityData.Ipv4Address);
activityData.MacAddress = printer.MacAddress;
using (DhcpApplicationServiceClient dhcpClient = DhcpApplicationServiceClient.Create(activityData.DhcpServerIp))
{
string scope = dhcpClient.Channel.GetDhcpScopeIP(activityData.DhcpServerIp);
dhcpClient.Channel.DeleteReservation(activityData.DhcpServerIp, scope, activityData.Ipv4Address, activityData.MacAddress);
if (dhcpClient.Channel.CreateReservation(activityData.DhcpServerIp, scope, activityData.Ipv4Address, activityData.MacAddress, ReservationType.Both))
{
TraceFactory.Logger.Info("Successfully created reservation for IP address: {0}, Mac address: {1} for {2}".FormatWith(activityData.Ipv4Address, activityData.MacAddress, ReservationType.Both));
}
else
{
TraceFactory.Logger.Info("Failed to create reservation for IP address: {0}, Mac address: {1} for {2}".FormatWith(activityData.Ipv4Address, activityData.MacAddress, ReservationType.Both));
return(new PluginExecutionResult(PluginResult.Failed, "Failed to create reservation for IP address: {0}, Mac address: {1} for {2}".FormatWith(activityData.Ipv4Address, activityData.MacAddress, ReservationType.Both)));
}
}
if (!ConfigureRadiusServer(activityData))
{
return(new PluginExecutionResult(PluginResult.Failed, "Failed to configure radius server"));
}
if (!ConfigureSwitch(activityData))
{
return(new PluginExecutionResult(PluginResult.Failed, "Failed to configure switch"));
}
activityData.SessionId = executionData.SessionId;
if (null == _tests)
{
_tests = new DotOneXTests(activityData);
}
// Execute the selected tests
foreach (int testNumber in activityData.SelectedTests)
{
try
{
ExecutionServices.SessionRuntime.AsInternal().WaitIfPaused();
_tests.RunTest(executionData, testNumber, IPAddress.Parse(activityData.Ipv4Address), (ProductFamilies)Enum.Parse(typeof(ProductFamilies), activityData.ProductFamily));
}
catch (Exception ex)
{
TraceFactory.Logger.Fatal("Error while executing Test:{0} \n".FormatWith(testNumber, ex.Message));
}
}
EwsWrapper.Instance().Stop();
return(new PluginExecutionResult(PluginResult.Passed));
}
public PluginExecutionResult Execute(PluginExecutionData executionData)
{
CtcSettings.Initialize(executionData);
// Create Activity Data
IPConfigurationActivityData activityData = executionData.GetMetadata <IPConfigurationActivityData>(CtcMetadataConverter.Converters);
// Check Printer Accessibility
if (!(NetworkUtil.PingUntilTimeout(IPAddress.Parse(activityData.WiredIPv4Address), TimeSpan.FromSeconds(20))) &&
CtcUtility.IsClientConfiguredWithServerIP(activityData.SecondDhcpServerIPAddress, activityData.LinuxServerIPAddress))
{
MessageBox.Show(string.Concat("Printer IP Address is not accessible or Client is not configured with Server IP Address.\n\n",
"Make sure you have provided valid Printer IP Address and is accessible.\n",
"Check if Client has acquired IPv4 Address from Secondary DHCP Server.\n",
"Check if Client has acquired IPv4 Address from Linux Server."),
@"IP Address Not Accessible", MessageBoxButtons.OK, MessageBoxIcon.Error);
return(new PluginExecutionResult(PluginResult.Failed, "Printer IP Address is not accessible or Client is not configured with Server IP Address."));
}
// Check Services on DHCP Servers
if (!IsServicesRunning(activityData.PrimaryDhcpServerIPAddress, activityData.SecondDhcpServerIPAddress))
{
return(new PluginExecutionResult(PluginResult.Failed, "Services are not running on DHCP server."));
}
// Server Configurations
Printer.Printer printer = PrinterFactory.Create(activityData.ProductFamily, activityData.WiredIPv4Address);
TraceFactory.Logger.Info("Printer : {0}".FormatWith(printer));
TraceFactory.Logger.Info("printer.MacAddress :{0}".FormatWith(printer.MacAddress));
activityData.PrinterMacAddress = printer.MacAddress.Replace(":", string.Empty);
TraceFactory.Logger.Info("PrinterMacAddress : {0}".FormatWith(activityData.PrinterMacAddress));
DhcpApplicationServiceClient serviceFunctionPrimaryServer = DhcpApplicationServiceClient.Create(activityData.PrimaryDhcpServerIPAddress);
activityData.PrimaryDHCPServerIPv6Address = serviceFunctionPrimaryServer.Channel.GetIPv6Address();
activityData.DHCPScopeIPAddress = serviceFunctionPrimaryServer.Channel.GetDhcpScopeIP(activityData.PrimaryDhcpServerIPAddress);
activityData.DHCPScopeIPv6Address = serviceFunctionPrimaryServer.Channel.GetIPv6Scope(activityData.PrimaryDhcpServerIPAddress);
DhcpApplicationServiceClient serviceFunctionSecondaryServer = DhcpApplicationServiceClient.Create(activityData.SecondDhcpServerIPAddress);
activityData.SecondaryDHCPServerIPv6Address = serviceFunctionSecondaryServer.Channel.GetIPv6Address();
activityData.SecondaryDHCPServerIPv4Scope = serviceFunctionSecondaryServer.Channel.GetDhcpScopeIP(activityData.SecondDhcpServerIPAddress);
activityData.SecondaryDHCPServerIPv6Scope = serviceFunctionSecondaryServer.Channel.GetIPv6Scope(activityData.SecondDhcpServerIPAddress);
ServerConfiguration(ref activityData);
DhcpApplicationServiceClient serviceFunction = DhcpApplicationServiceClient.Create(activityData.PrimaryDhcpServerIPAddress);
activityData.ServerDNSPrimaryIPAddress = serviceFunction.Channel.GetPrimaryDnsServer(activityData.PrimaryDhcpServerIPAddress, activityData.DHCPScopeIPAddress);
activityData.SecondaryDnsIPAddress = serviceFunction.Channel.GetSecondaryDnsServer(activityData.PrimaryDhcpServerIPAddress, activityData.DHCPScopeIPAddress);
activityData.ServerHostName = serviceFunction.Channel.GetHostName(activityData.PrimaryDhcpServerIPAddress, activityData.DHCPScopeIPAddress);
activityData.DomainName = serviceFunction.Channel.GetDomainName(activityData.PrimaryDhcpServerIPAddress, activityData.DHCPScopeIPAddress);
activityData.ServerRouterIPAddress = serviceFunction.Channel.GetRouterAddress(activityData.PrimaryDhcpServerIPAddress, activityData.DHCPScopeIPAddress);
activityData.ServerDNSSuffix = serviceFunction.Channel.GetDnsSuffix(activityData.PrimaryDhcpServerIPAddress, activityData.DHCPScopeIPAddress);
string ipv6Scope = serviceFunction.Channel.GetIPv6Scope(activityData.PrimaryDhcpServerIPAddress);
if (string.IsNullOrEmpty(ipv6Scope))
{
MessageBox.Show(string.Concat("Unable to fetch IPv6 Scope \n\n",
"Check whether DHCP IPv6 Scope is configured on DHCP server."),
@"IPv6 Scope Not found", MessageBoxButtons.OK, MessageBoxIcon.Error);
return(new PluginExecutionResult(PluginResult.Failed, "Check whether DHCP IPv6 Scope is configured on DHCP server."));
}
activityData.DHCPScopeIPv6Address = serviceFunction.Channel.GetIPv6Scope(activityData.PrimaryDhcpServerIPAddress);
// Fetch and Validate the Switch VLAN details.
GetVlanDetails(ref activityData);
if (3 != activityData.VirtualLanDetails.Count)
{
MessageBox.Show(string.Concat("Unable to fetch Switch VLAN details\n\n",
"Check whether Printer is connected to Network Switch.\n",
"Switch should be configured with 3 network virtual LAN."),
@"Network switch not found", MessageBoxButtons.OK, MessageBoxIcon.Error);
return(new PluginExecutionResult(PluginResult.Failed, "Unable to fetch Switch VLAN details. Check whether Printer is connected to Network Switch. Switch should be configured with 3 network virtual LAN."));
}
// Fetching Router Details
activityData.RouterIPv4Address = ROUTER_IP_FORMAT.FormatWith(activityData.WiredIPv4Address.Substring(0, activityData.WiredIPv4Address.LastIndexOf(".", StringComparison.CurrentCultureIgnoreCase)));
var router = RouterFactory.Create(IPAddress.Parse(activityData.RouterIPv4Address), ROUTER_USERNAME, ROUTER_PASSWORD);
Dictionary <int, IPAddress> routerVlans = router.GetAvailableVirtualLans();
activityData.RouterVirtualLanId = routerVlans.FirstOrDefault(x => (null != x.Value) && (x.Value.IsInSameSubnet(IPAddress.Parse(activityData.RouterIPv4Address)))).Key;
RouterVirtualLAN routerVlan = router.GetVirtualLanDetails(activityData.RouterVirtualLanId);
Collection <IPAddress> routerIPv6Addresses = router.GetIPv6Addresses(routerVlan.IPv6Details);
activityData.RouterIPv6Addresses = new Collection <string>(routerIPv6Addresses.Select(x => x.ToString()).ToList());
// Add Source IP Address
CtcUtility.AddSourceIPAddress(activityData.PrimaryDhcpServerIPAddress, activityData.LinuxServerIPAddress);
// Create Instance of EWS Wrapper
PrinterFamilies family = (PrinterFamilies)Enum.Parse(typeof(PrinterFamilies), activityData.ProductFamily);
EwsWrapper.Instance().Create(family, activityData.ProductName, activityData.WiredIPv4Address, Path.Combine(activityData.SitemapPath, activityData.SitemapsVersion), BrowserModel.Firefox);
EwsWrapper.Instance().Start();
EwsWrapper.Instance().WakeUpPrinter();
EwsWrapper.Instance().SetAdvancedOptions();
EwsWrapper.Instance().SetDefaultIPType(DefaultIPType.AutoIP);
EwsWrapper.Instance().EnableSnmpv1v2ReadWriteAccess();
// Create Instance of Telnet Wrapper
TelnetWrapper.Instance().Create(activityData.WiredIPv4Address);
// Create Instance of SNMP Wrapper
SnmpWrapper.Instance().Create(activityData.WiredIPv4Address);
// Delete Reservation is not validated to handle cases where reservation is not present
serviceFunction.Channel.DeleteReservation(activityData.PrimaryDhcpServerIPAddress, activityData.DHCPScopeIPAddress, activityData.WiredIPv4Address, activityData.PrinterMacAddress);
if (serviceFunction.Channel.CreateReservation(activityData.PrimaryDhcpServerIPAddress, activityData.DHCPScopeIPAddress, activityData.WiredIPv4Address, activityData.PrinterMacAddress, ReservationType.Both))
{
TraceFactory.Logger.Info("Printer IP Address Reservation in DHCP Server for both DHCP and BOOTP: Succeeded");
}
else
{
TraceFactory.Logger.Info("Printer IP Address Reservation in DHCP Server for both DHCP and BOOTP: Failed");
return(new PluginExecutionResult(PluginResult.Failed, "Printer IP Address Reservation in DHCP Server for both DHCP and BOOTP: Failed"));
}
TraceFactory.Logger.Info("The Server Configured Value retrieved from the DHCP Server are as follows:");
TraceFactory.Logger.Info("MacAddress:{0}, DNSPrimaryIP:{1}, HostName:{2}, RouterIP:{3}, DNSSuffix:{4}".FormatWith(activityData.PrinterMacAddress, activityData.ServerDNSPrimaryIPAddress,
activityData.ServerHostName, activityData.ServerRouterIPAddress, activityData.ServerDNSSuffix));
// assign the session id to activity id
activityData.SessionId = executionData.SessionId;
if (null == _ipConfigTests)
{
_ipConfigTests = new IPConfigurationTests(activityData);
}
foreach (int testNumber in activityData.SelectedTests)
{
try
{
ExecutionServices.SessionRuntime.AsInternal().WaitIfPaused();
_ipConfigTests.RunTest(executionData, testNumber, IPAddress.Parse(activityData.WiredIPv4Address), (ProductFamilies)Enum.Parse(typeof(ProductFamilies), activityData.ProductFamily));
}
catch (Exception generalException)
{
TraceFactory.Logger.Info("Test {0} failed with error: {1}".FormatWith(testNumber, generalException.Message));
}
}
EwsWrapper.Instance().Stop();
return(new PluginExecutionResult(PluginResult.Passed));
}
