/// <summary>
/// Called when error occurs
/// </summary>
/// <param name="e">The exception that occurred</param>
/// <param name="associatedMsg">The associated message (if any)</param>
private void OnCoAPDiscoveryError(Exception e, AbstractCoAPMessage associatedMsg)
{
__TimedOut = false;
FileLogger.Write(e.Message);
//Write your error logic here
__Done.Set();
}
private void button1_Click_1(object sender, EventArgs e)
{
Cursor.Current = Cursors.WaitCursor;
try
{
if (CoApGatewaySessionManager.Instance.IsSessionEstablished())
{
// Terminate and re-establish session
CoApGatewaySessionManager.Instance.TerminateSession();
CoApGatewaySessionManager.Instance.EstablishSession();
}
// Check status again. It not established then Token stale and need new Token
if (!CoApGatewaySessionManager.Instance.IsSessionEstablished())
{
mnuRefreshDevices_Click(this, EventArgs.Empty); // refresh of devices gets new Token
CoApGatewaySessionManager.Instance.EstablishSession();
}
} catch (Exception ex)
{
FileLogger.Write("Problem Establishing Session - " + ex.Message);
}
finally
{
Cursor.Current = Cursors.Default;
}
}
/// <summary>
/// Called when a response is received against a sent request
/// </summary>
/// <param name="coapResp">The CoAPResponse object</param>
private void OnCoAPSessionResponseReceived(CoAPResponse coapResp)
{
__TimedOut = false;
string tokenRx = "";// (coapResp.Token != null && coapResp.Token.Value != null) ? AbstractByteUtils.ByteToStringUTF8(coapResp.Token.Value) : "";
if (coapResp != null)
{
if (coapResp.Token != null)
{
tokenRx = AbstractByteUtils.ByteToStringUTF8(coapResp.Token.Value);
}
}
try
{
FileLogger.Write("Received response from server - token = " + tokenRx);
FileLogger.Write(coapResp.ToString());
}
catch { }
if (tokenRx == __Token)
{
int classCode = ((coapResp.Code.Value & 0xE0) >> 5);
if (classCode == 2)
{
__SessionRequestSucceeded = true;
FileLogger.Write("Session request completed successfully");
}
else
{
FileLogger.Write("Session call code " + coapResp.Code.Value.ToString());
//Will come here if an error occurred..
}
__Done.Set();
}
}
/// <summary>
/// Initial form load.
/// Set all default parameters and
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void frmNewMain_Load(object sender, EventArgs e)
{
// Set various client connection settings.
GatewaySettings.Instance.Restore();
// Set up the debug log
SetDebugLogPath();
FileLogger.Enabled = true;
FileLogger.Level = FileLogger.LogLevel.Debug;
FileLogger.Write("Starting HDK Client");
FileLogger.DebugWindow = txtLog;
// Display the options panel to the right of the main form.
__EdgeWidth = pnlEdge.Right - pnlOptions.Right;
mnuFunctions.BringToFront();
mnuFunctions.Visible = false;
//radAutoDiscover.Checked = true;
radDemandDiscover.Checked = true;
NetworkInterface.Instance.SelectedInterface = NetworkInterface.NetworkOption.Gateway;
radGateway.Checked = true;
radConfirmable.Enabled = true;
radConfirmable.Checked = true;
radNonConfirmable.Enabled = true;
radNonConfirmable.Checked = false;
__PreferredResultsHeight = pnlResults.Height;
txtLog.Width = treeDevices.Width + pnlOptions.Width;
cboPort.SelectedIndex = 0;
txtTimeout.Text = Convert.ToString(GatewaySettings.Instance.RequestTimeout / 1000);
}
/// <summary>
/// Serializes an object into XML
/// </summary>
/// <param name="pObject">the object to serialize</param>
/// <returns>an XML equivalent of the object</returns>
public static String SerializeObject(Object pObject)
{
try
{
String XmlizedString = null;
MemoryStream memoryStream = new MemoryStream();
XmlWriterSettings ws = new XmlWriterSettings();
ws.OmitXmlDeclaration = true;
ws.Encoding = Encoding.UTF8;
ws.Indent = true;
XmlSerializerNamespaces ns = new XmlSerializerNamespaces();
ns.Add("", "");
ns.Add(string.Empty, "");
XmlWriter xmlWriter = XmlWriter.Create(memoryStream, ws);
XmlSerializer xs = new XmlSerializer(pObject.GetType(), "");
xs.Serialize(xmlWriter, pObject, ns);
XmlizedString = UTF8ByteArrayToString(memoryStream.ToArray());
return(XmlizedString);
}
catch (Exception e)
{
FileLogger.Write("Error serializing object: " + e.Message + e.StackTrace, FileLogger.LogLevel.FatalError);
return(null);
}
}
/// <summary>
/// Called when a response is received against a sent request
/// </summary>
/// <param name="coapResp">The CoAPResponse object</param>
private void OnCoAPResponseReceived(CoAPResponse coapResp)
{
string tokenRx = "";// (coapResp.Token != null && coapResp.Token.Value != null) ? AbstractByteUtils.ByteToStringUTF8(coapResp.Token.Value) : "";
if (coapResp != null)
{
if (coapResp.Token != null)
{
tokenRx = AbstractByteUtils.ByteToStringUTF8(coapResp.Token.Value);
}
}
try
{
FileLogger.Write("Received response from server - token = " + tokenRx);
FileLogger.Write(coapResp.ToString());
}
catch { }
if (tokenRx == __Token)
{
if (BreakIfError(coapResp.Code.Value))
{
return;
}
if (coapResp.Code.Value == CoAPMessageCode.CHANGED)
{
__Response = coapResp;
__Done.Set();
}
else
{
// Will come here if an error occurred.
// For now, let the request time out.
}
}
}
/// <summary>
/// Send the CoAP request to the server
/// </summary>
public override void Send()
{
string device = __IpAddress;
string serverIP = "localhost";
__coapClient.Initialize(serverIP, __ServerPort);
__coapClient.Initialize(serverIP, __ServerPort);
__coapClient.CoAPResponseReceived += new CoAPResponseReceivedHandler(OnCoAPResponseReceived);
__coapClient.CoAPError += new CoAPErrorHandler(OnCoAPError);
coapReq = new CoAPRequest(this.ConfirmableMessageType,//CoAPMessageType.NON,
CoAPMessageCode.GET,
HdkUtils.MessageId());
string uriToCall = "coap://" + serverIP + ":" + __ServerPort + "/" + __IpAddress + __URI;
coapReq.SetURL(uriToCall);
SetToken();
// Send out the request.
coapReq.Options.AddOption(CoAPHeaderOption.PROXY_SCHEME, "coap");
FileLogger.Write("About to send CoAP request");
FileLogger.Write(coapReq.ToString());
__coapClient.Send(coapReq);
__Done.WaitOne(GatewaySettings.Instance.RequestTimeout);
__Done.Reset();
CoApGatewaySessionManager.Instance.Client.CoAPResponseReceived -= new CoAPResponseReceivedHandler(OnCoAPResponseReceived);
CoApGatewaySessionManager.Instance.Client.CoAPError -= new CoAPErrorHandler(OnCoAPError);
}
public override void Send()
{
// If we can't establish a socket with a good login to the gateway api, then just return;
bool gotSession = false;
try
{
gotSession = CoApGatewaySessionManager.Instance.EstablishSession();
}
catch (Exception noSession)
{
FileLogger.Write("Error obtaining session");
FileLogger.Write(noSession.Message);
FileLogger.Write(noSession.StackTrace);
this.ErrorResult = "Error obtaining session" + noSession.Message;
}
if (!gotSession)
{
FileLogger.Write("Session NOT Established");
return;
}
string serverIP = __IpAddress;
// Set the response handlers.
CoApGatewaySessionManager.Instance.Client.CoAPResponseReceived += new CoAPResponseReceivedHandler(OnCoAPResponseReceived);
CoApGatewaySessionManager.Instance.Client.CoAPError += new CoAPErrorHandler(OnCoAPError);
coapReq = new CoAPRequest(this.ConfirmableMessageType,
CoAPMessageCode.GET,
HdkUtils.MessageId());
string uriToCall = "coap://" + HdkUtils.UriFromMac(__IpAddress) + ":" + __ServerPort + __URI;
coapReq.SetURL(uriToCall);
SetToken();
// Send out the request.
// JJK - Changes in v2.0.7
//coapReq.Options.AddOption(CoAPHeaderOption.PROXY_SCHEME, "coap");
// make Proxy packet header
coapReq.Options.AddOption(CoAPHeaderOption.BLOCK2, new byte[] { CoAPBlockOption.BLOCK_SIZE_128 });
coapReq.Options.AddOption(CoAPHeaderOption.PROXY_URI, "coap://" + HdkUtils.UriFromMac(__IpAddress) + ":" + "4849" + __URI);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_HOST);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_QUERY);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_PATH);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_PORT);
coapReq.Options.RemoveOption(CoAPHeaderOption.CONTENT_FORMAT);
// JJK - end of Changes in v2.0.7
FileLogger.Write("About to send CoAP request");
FileLogger.Write(coapReq.ToString());
coapReq.Timeout = GatewaySettings.Instance.RequestTimeout;//////////////////////////////////////
CoApGatewaySessionManager.Instance.Client.Send(coapReq);
__Done.WaitOne(GatewaySettings.Instance.RequestTimeout);
__Done.Reset();
CoApGatewaySessionManager.Instance.Client.CoAPResponseReceived -= new CoAPResponseReceivedHandler(OnCoAPResponseReceived);
CoApGatewaySessionManager.Instance.Client.CoAPError -= new CoAPErrorHandler(OnCoAPError);
}
private void AcknowledgeResponse(CoAPResponse coapResp)
{
string serverIP = __IpAddress;
// Response handlers already set - leave them alone
coapReq = new CoAPRequest(CoAPMessageType.ACK,
CoAPMessageCode.GET,
HdkUtils.MessageId());
string uriToCall = "coap://" + HdkUtils.UriFromMac(__IpAddress) + ":" + __ServerPort + __URI;
coapReq.SetURL(uriToCall);
__Token = DateTime.Now.ToString("HHmmss");//Token value must be less than 8 bytes
coapReq.Token = coapResp.Token;
string blat = coapReq.ToString();
// JJK - Changes in v2.0.7
//coapReq.Options.AddOption(CoAPHeaderOption.PROXY_SCHEME, "coap");
// make Proxy packet
coapReq.Options.AddOption(CoAPHeaderOption.BLOCK2, new byte[] { CoAPBlockOption.BLOCK_SIZE_128 });
coapReq.Options.AddOption(CoAPHeaderOption.PROXY_URI, "coap://" + HdkUtils.UriFromMac(__IpAddress) + ":" + "4849" + __URI);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_HOST);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_QUERY);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_PATH);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_PORT);
coapReq.Options.RemoveOption(CoAPHeaderOption.CONTENT_FORMAT);
// JJK - end of Changes in v2.0.7
FileLogger.Write("About to send CoAP ACK request");
FileLogger.Write(coapReq.ToString());
CoApGatewaySessionManager.Instance.Client.Send(coapReq);
}
public override void Send()
{
CoAPSettings.Instance.AddressFamily = System.Net.Sockets.AddressFamily.InterNetworkV6;
byte[] payload = this.ToBytes();
TestStatus result = new TestStatus();
TestManager m_test_manager = new TestManager();
BasicReporter r = new BasicReporter(result);
m_test_manager.TestReporter = r;
CoApFsuCommand cmd = new CoApFsuCommand();
cmd.CoApPayload = this.ToBytes();
FsuFacade.UseSecurePort = false;
FsuFacade.UseNullHeader = false;
FsuFacade.RequiresUserPIN = false;
FileLogger.Write(String.Format("FsuFacade.UseSecurePort={0}", FsuFacade.UseSecurePort));
FileLogger.Write(String.Format("FsuFacade.UseNullHeader={0}", FsuFacade.UseNullHeader));
FileLogger.Write(String.Format("FsuFacade.RequiresUserPIN={0}", FsuFacade.RequiresUserPIN));
CattEng.Test test = cmd.ToTest(this.IpAddress);//);SSNUtils.MiscTypes.fsu_ip_address);
m_test_manager.Add(test);
DateTime startTime = DateTime.Now;
while (!m_test_manager.Empty)
{
Console.WriteLine("Sleeping");
Thread.Sleep(50);
DateTime now = DateTime.Now;
TimeSpan diff = now - startTime;
if (diff.TotalMilliseconds > CoApSettings.Instance.RequestTimeout)
{
m_test_manager.Clear();
break;
}
}
CoApFsuTest t = (CoApFsuTest)r.TestResult;
FileLogger.Write(String.Format("Fsu call returned {0}", r.TestResult.CurStatus));
try
{
CoApFsuResponse resp = (CoApFsuResponse)r.TestResult.ResponseResult.response;
byte[] respPayload = resp.Payload;
//CoAPResponse cr = new CoAPResponse();
//cr.FromByteStream(respPayload);
//CoAPPayload p = cr.Payload;
base.SetGetResult(resp.Payload);
string toLog = SSNUtils.Conversion.BytesToHexView(resp.Payload);
FileLogger.Write(String.Format("Payload returned:\n {0}", toLog));
}
catch
{
base.SetGetResult(new byte[0]);
}
//(p.ToStream(0)); }
}
/// <summary>
/// Called when a response is received against a sent request
/// </summary>
/// <param name="coapResp">The CoAPResponse object</param>
private void OnCoAPResponseReceived(CoAPResponse coapResp)
{
string tokenRx = (coapResp.Token != null && coapResp.Token.Value != null) ? AbstractByteUtils.ByteToStringUTF8(coapResp.Token.Value) : "";
FileLogger.Write("Received response from server - token = " + tokenRx);
FileLogger.Write(coapResp.ToString());
if (tokenRx == __Token)
{
if (BreakIfError(coapResp.Code.Value))
{
return;
}
if (coapResp.Code.Value == CoAPMessageCode.CONTENT)
{
ArrayList options = coapResp.Options.GetOptions((ushort)CoAPHeaderOption.CONTENT_FORMAT);
if (options.Count > 0)
{
CoAPContentFormatOption ccformat = new CoAPContentFormatOption();
bool proceed = false;
foreach (CoAPHeaderOption o in options)
{
ccformat = new CoAPContentFormatOption(AbstractByteUtils.ToUInt16(o.Value));
if (ccformat.IsValid())
{
proceed = true;
break;
}
}
if (proceed)
{
if (ccformat.Value == CoAPContentFormatOption.TEXT_PLAIN)
{
string result = AbstractByteUtils.ByteToStringUTF8(coapResp.Payload.Value);
__PingResult = result;
}
if (ccformat.Value == CoAPContentFormatOption.APPLICATION_OCTET_STREAM)
{
string result = HdkUtils.BytesToHexView(coapResp.Payload.Value);
__PingResult = result;
}
if (ccformat.Value == CoAPContentFormatOption.APPLICATION_JSON)
{
string result = HdkUtils.BytesToHexView(coapResp.Payload.Value);
__PingResult = result;
}
__Response = coapResp;
__Done.Set();
}
}
}
else
{
//Will come here if an error occurred..
}
}
}
/// <summary>
/// Fetch a list of devices, in JSON format, from the Gateway.
/// </summary>
/// <returns>A JSON document containing the available devices.</returns>
public DevicesResponse GetDevices()
{
var json = "";
SLDPAPI.SilverLink link = new SilverLink();
// Set up the SLDP API request.
link.ClientID = GatewaySettings.Instance.ClientId;
link.Secret = GatewaySettings.Instance.ClientSecret;
link.Solution = GatewaySettings.Instance.Solution;
link.BaseURL = GatewaySettings.Instance.GatewayBaseURL;
link.TokenPath = GatewaySettings.Instance.GatewayTokens;
FileLogger.Write("About to send Gateway request");
FileLogger.Write("Customer Id = " + GatewaySettings.Instance.Solution);
FileLogger.Write("Base URL = " + GatewaySettings.Instance.GatewayBaseURL);
FileLogger.Write("Path = " + GatewaySettings.Instance.GatewayDeviceSearch);
try
{
string path = GatewaySettings.Instance.GatewayDeviceSearch.Replace("<solution>", GatewaySettings.Instance.Solution);
FileLogger.Write("About to send Gateway request");
FileLogger.Write("Customer Id = " + GatewaySettings.Instance.Solution);
FileLogger.Write("Base URL = " + GatewaySettings.Instance.GatewayBaseURL);
FileLogger.Write("Path = " + path);
json = link.Get(path);
}
catch (Exception e)
{
FileLogger.Write("Get failed");
FileLogger.Write(e.Message);
FileLogger.Write(e.StackTrace);
// Rethrow the error if the POST failed.
throw e;
}
FileLogger.Write("JSON response = " + json);
GatewaySettings.Instance.SfdpToken = link.SilverLinkToken;
FileLogger.Write("Token acquired from SFDP");
FileLogger.Write(GatewaySettings.Instance.SfdpToken);
DevicesResponse devices = null;
try
{
devices = JsonConvert.DeserializeObject <DevicesResponse>(json);
}
catch (Exception jsonDeserializeError)
{
FileLogger.Write("Error deserializing device search response");
FileLogger.Write(jsonDeserializeError.Message);
FileLogger.Write(jsonDeserializeError.Message);
}
return(devices);
}
public override void Send()
{
// If we can't establish a socket with a good login to the gateway api, then just return;
if (!CoApGatewaySessionManager.Instance.EstablishSession())
{
return;
}
string serverIP = __IpAddress;
// Set the response handlers.
CoApGatewaySessionManager.Instance.Client.CoAPResponseReceived += new CoAPResponseReceivedHandler(OnCoAPResponseReceived);
CoApGatewaySessionManager.Instance.Client.CoAPError += new CoAPErrorHandler(OnCoAPError);
__URI = "/";
coapReq = new CoAPRequest(CoAPMessageType.CON,
CoAPMessageCode.GET,
HdkUtils.MessageId());
string uriToCall = "coap://" + HdkUtils.UriFromMac(__IpAddress) + ":" + __ServerPort + __URI;
coapReq.SetURL(uriToCall);
SetToken();
// Send out the request.
// JJK - Changes in v2.0.7
//coapReq.Options.AddOption(CoAPHeaderOption.PROXY_SCHEME, "coap");
// make Proxy packet
coapReq.Options.AddOption(CoAPHeaderOption.BLOCK2, new byte[] { CoAPBlockOption.BLOCK_SIZE_128 });
coapReq.Options.AddOption(CoAPHeaderOption.PROXY_URI, "coap://" + HdkUtils.UriFromMac(__IpAddress) + ":" + "4849" + __URI);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_HOST);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_QUERY);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_PATH);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_PORT);
coapReq.Options.RemoveOption(CoAPHeaderOption.CONTENT_FORMAT);
// JJK - end of Changes in v2.0.7
//////coapReq = new CoAPRequest(CoAPMessageType.CON,
////// CoAPMessageCode.EMPTY,
////// HdkUtils.MessageId());
//////string uriToCall = "coap://" + HdkUtils.UriFromMac(__IpAddress);// + ":" + __ServerPort + __URI;
//////coapReq.SetURL(uriToCall);
////////SetToken();
//////// Send out the request.
////////coapReq.Options.AddOption(CoAPHeaderOption.PROXY_SCHEME, "coap");
FileLogger.Write("About to send CoAP request");
FileLogger.Write(coapReq.ToString());
CoApGatewaySessionManager.Instance.Client.Send(coapReq);
__Done.WaitOne(GatewaySettings.Instance.RequestTimeout);
__Done.Reset();
CoApGatewaySessionManager.Instance.Client.CoAPResponseReceived -= new CoAPResponseReceivedHandler(OnCoAPResponseReceived);
CoApGatewaySessionManager.Instance.Client.CoAPError -= new CoAPErrorHandler(OnCoAPError);
}
/// <summary>
/// Perform a session request (acquire or terminate).
/// </summary>
/// <param name="messageCode">CoAPMessageCode.POST for establishing a session or oAPMessageCode.DELETE for terminating a session</param>
/// <returns>a boolean indicating success or failure of the request</returns>
private bool SessionCall(byte messageCode)
{
__TimedOut = true;
__SessionRequestSucceeded = false;
string token = GatewaySettings.Instance.SfdpToken;
//api.coap-test.developer.ssni.com
string serverIP = AbstractNetworkUtils.GetIPAddressFromHostname(GatewaySettings.Instance.GatewayURI).ToString();
__coapClient.Initialize(GatewaySettings.Instance.GatewayURI, __ServerPort);
__coapClient.AckTimeout = __Timeout;
__coapClient.CoAPResponseReceived += new CoAPResponseReceivedHandler(OnCoAPSessionResponseReceived);
__coapClient.CoAPError += new CoAPErrorHandler(OnCoAPError);
coapReq = new CoAPRequest(this.ConfirmableMessageType,
messageCode,
HdkUtils.MessageId());
string uriToCall = "coap://" + GatewaySettings.Instance.GatewayURI + ":"
+ __ServerPort + "/sessions?security=none";//?token="
//+ GatewaySettings.Instance.SfdpToken;
//+ "&security=none";
coapReq.SetURL(uriToCall);
byte[] zero = { 0x00 };
coapReq.AddOption(CoAPHeaderOption.CONTENT_FORMAT, zero);
if (messageCode != CoAPMessageCode.DELETE)
{
coapReq.Payload = new CoAPPayload(GatewaySettings.Instance.SfdpToken);
}
SetToken();
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_QUERY); // JJK - Change in v2.0.7
FileLogger.Write("About to send session request");
try
{
FileLogger.Write(coapReq.ToString());
}
catch (Exception flErr)
{
FileLogger.Write(flErr.Message);
}
__coapClient.Send(coapReq);
__Done.WaitOne(GatewaySettings.Instance.RequestTimeout);
__Done.Reset();
if (__TimedOut)
{
this.ErrorResult = "Request timed out";
FileLogger.Write(this.ErrorResult);
}
__coapClient.CoAPResponseReceived -= new CoAPResponseReceivedHandler(OnCoAPSessionResponseReceived);
return(__SessionRequestSucceeded);
}
/// <summary>
/// ShutDown terminates any open Gateway session, and cleans up the local socket.
/// </summary>
public void ShutDown()
{
TerminateSession();
FileLogger.Write("Shutting down session manager");
__Done.Reset();
__Done.Close();
__Done = null;
__coapClient.Shutdown();
__coapClient = null;
}
public void StartObserving()
{
string serverIP = __IpAddress;
// Set the response handlers.
CoApGatewaySessionManager.Instance.Client.CoAPResponseReceived += new CoAPResponseReceivedHandler(OnCoAPObserveResponseReceived);
CoApGatewaySessionManager.Instance.Client.CoAPError += new CoAPErrorHandler(OnCoAPError);
coapReq = new CoAPRequest(this.ConfirmableMessageType,
CoAPMessageCode.GET,
HdkUtils.MessageId());
string uriToCall = "coap://" + HdkUtils.UriFromMac(__IpAddress) + ":" + __ServerPort + __URI;
coapReq.SetURL(uriToCall);
SetToken();
string blat = coapReq.ToString();
byte[] observerOption = new byte[1];
observerOption[0] = 0; // Start observing
coapReq.Options.AddOption(CoAPHeaderOption.OBSERVE, new byte[0]);
//coapReq.Options.AddOption(CoAPHeaderOption.OBSERVE, observerOption);
// JJK - Changes in v2.0.7
//coapReq.Options.AddOption(CoAPHeaderOption.PROXY_SCHEME, "coap");
// make Proxy packet
coapReq.Options.AddOption(CoAPHeaderOption.BLOCK2, new byte[] { CoAPBlockOption.BLOCK_SIZE_128 });
coapReq.Options.AddOption(CoAPHeaderOption.PROXY_URI, "coap://" + HdkUtils.UriFromMac(__IpAddress) + ":" + "4849" + __URI);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_HOST);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_QUERY);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_PATH);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_PORT);
coapReq.Options.RemoveOption(CoAPHeaderOption.CONTENT_FORMAT);
// JJK - end of Changes in v2.0.7
FileLogger.Write("About to send CoAP request");
FileLogger.Write(coapReq.ToString());
CoApGatewaySessionManager.Instance.Client.Send(coapReq);
__Observing = true;
while (__Observing)
{
//FileLogger.Write(CoApGatewaySessionManager.Instance.Client.ToString());
Application.DoEvents();
Thread.Sleep(100);
//__Done.WaitOne(GatewaySettings.Instance.RequestTimeout);
}
__Done.Reset();
}
/// <summary>
/// Display a form to load the user's Gateway credentials.
/// </summary>
/// <returns>a boolean indicating whether or not we successfully set credentials</returns>
//private bool SetGatewayCoapApiCredentials()
//{
// FileLogger.Write("Fetch Gateway credentials");
// // If we have already established credentials don't display the credentials form.
// // If credentials are incorrect or we want to use a different set, then they must be reset via the UI.
// if (GatewaySettings.Instance.CoApPassword != "" && GatewaySettings.Instance.CoApId != "")
// return true;
// frmCoApApiLogin f = new frmCoApApiLogin();
// DialogResult r = f.ShowDialog();
// // OK and CANCEL are the only dialog results allowed.
// // If we get an OK, it is assumed that the credentials have been loaded.
// if (r == DialogResult.OK)
// return true;
// FileLogger.Write("Credentials not loaded");
// return false;
//}
/// <summary>
/// Load detalis of all CoAP resources associated with a device
/// </summary>
/// <param name="device">The tree node in the device list containing the device</param>
private CoApResources LoadResources(TreeNode device)
{
Cursor.Current = Cursors.WaitCursor; // Show as buys while loading the resources.
FileLogger.Write("Loading all known resources for device " + device.Text);
device.Nodes.Clear();
CoApDiscovery disc = (CoApDiscovery)NetworkInterface.Instance.DiscoveryRequest;
disc.ServerPort = GatewaySettings.Instance.CoApPort;
disc.IpAddress = device.Text;
CoApResources resources = disc.LoadResources();
// Display the error where we would otherwise have displayed the resources.
if (disc.ErrorResult != "")
{
TreeNode[] resNode = new TreeNode[1];
device.ForeColor = Color.Red;
resNode[0] = new TreeNode(disc.ErrorResult);
device.Nodes.AddRange(resNode);
}
if (resources != null && disc.ErrorResult == "")
{
FileLogger.Write("Resources returned");
foreach (CoApResource res in resources)
{
TreeNode[] resNode = new TreeNode[1];
resNode[0] = new TreeNode(res.URI);
device.Nodes.AddRange(resNode);
foreach (CoApLinkAttribute a in res.LinkAttributes)
{
TreeNode[] node = new TreeNode[1];
node[0] = new TreeNode(a.ToString());
resNode[0].Nodes.AddRange(node);
}
}
}
else
{
FileLogger.Write("Resources NOT returned");
}
disc = null;
GC.Collect();
Cursor.Current = Cursors.Default; // Clear the "busy" cursor
return(resources);
}
/// <summary>
/// Uses reflection to instantiate a core HDK client class.
/// </summary>
/// <param name="classPrefix">a string describing the base class of the object to return</param>
/// <returns></returns>
private object ObjectLoader(string classPrefix)
{
// All classes come from the currently executing assembly.
Assembly assem = System.Reflection.Assembly.GetExecutingAssembly();
FileLogger.Write(String.Format("Assembly name: {0}", assem.FullName));
string thisNamespace = assem.FullName.Substring(0, assem.FullName.IndexOf(','));
Type t = assem.GetType(thisNamespace + "." + classPrefix + __InterfaceMethod.ToString());
object o = Activator.CreateInstance(t);
FileLogger.Write(String.Format("Object returned: {0}", o.ToString()));
return(o);
}
private void treeResources_NodeMouseDoubleClick(object sender, TreeNodeMouseClickEventArgs e)
{
Cursor.Current = Cursors.WaitCursor;
CoApGet get = new CoApGet();
get.IpAddress = lstDevices.SelectedItem.ToString();
get.ServerPort = Convert.ToInt32(cboPort.Text);
get.URI = treeResources.SelectedNode.Text;
if (NetworkInterface.Instance.UsingFSU)
{
byte[] payload = get.ToBytes();
TestStatus result = new TestStatus();
TestManager m_test_manager = new TestManager();
BasicReporter r = new BasicReporter(result);
m_test_manager.TestReporter = r;
CoApFsuCommand cmd = new CoApFsuCommand();
cmd.CoApPayload = get.ToBytes();
FsuFacade.UseSecurePort = false;
FsuFacade.UseNullHeader = false;
FsuFacade.RequiresUserPIN = false;
FileLogger.Write(String.Format("FsuFacade.UseSecurePort={0}", FsuFacade.UseSecurePort));
FileLogger.Write(String.Format("FsuFacade.UseNullHeader={0}", FsuFacade.UseNullHeader));
FileLogger.Write(String.Format("FsuFacade.RequiresUserPIN={0}", FsuFacade.RequiresUserPIN));
CattEng.Test test = cmd.ToTest(lstDevices.SelectedItem.ToString());//);SSNUtils.MiscTypes.fsu_ip_address);
m_test_manager.Add(test);
while (!m_test_manager.Empty)
{
Console.WriteLine("Sleeping");
Thread.Sleep(50);
}
CoApFsuTest t = (CoApFsuTest)r.TestResult;
CoApFsuResponse resp = (CoApFsuResponse)r.TestResult.ResponseResult.response;
byte[] respPayload = resp.Payload;
//CoAPResponse cr = new CoAPResponse();
//cr.FromByteStream(respPayload);
//CoAPPayload p = cr.Payload;
get.SetGetResult(resp.Payload);//(p.ToStream(0));
}
else
{
get.Send();
}
txtResult.Text = get.Response.ToString();
Cursor.Current = Cursors.Default;
}
/// <summary>
/// Process GET responses related to observe.
/// </summary>
/// <param name="coapResp">the CoAPResponse object that we are going to report</param>
private void HandleObserveResponse(CoAPResponse coapResp)
{
string toAdd = "";
try
{
toAdd = coapResp.ToString();
// Setting the text in a method that may have to be Invoked.
SetText(txtResult, txtResult.Text + toAdd);
}
catch (Exception oops)
{
FileLogger.Write(oops.Message);
FileLogger.Write(oops.StackTrace);
}
}
/// <summary>
/// TerminaeSession closes any open Gateway session.
/// </summary>
/// <returns></returns>
public bool TerminateSession()
{
if (__SessionTerminated)
{
return(true);
}
if (!__SessionEstablished)
{
return(true);
}
FileLogger.Write("Terminating current session");
__SessionTerminated = SessionCall(CoAPMessageCode.DELETE);
__SessionEstablished = false;
FileLogger.Write("Session terminated = " + __SessionTerminated.ToString());
return(__SessionTerminated);
}
/// <summary>
/// EstablishSession passes the user's credentials to the Gateway.
/// If the credentials are accepted, the related socket is left open and
/// subsequent CoAP calls are made using that socket.
/// </summary>
/// <returns></returns>
public bool EstablishSession()
{
if (__SessionEstablished)
{
return(true);
}
FileLogger.Write("Establishing new session");
__SessionEstablished = SessionCall(CoAPMessageCode.POST);
if (__SessionEstablished)
{
__SessionTerminated = false;
}
FileLogger.Write("Session established = " + __SessionEstablished.ToString());
return(__SessionEstablished);
}
/// <summary>
/// Send the PUT request
/// </summary>
public override void Send()
{
string serverIP = __IpAddress;
// Set up the handlers
CoApGatewaySessionManager.Instance.Client.CoAPResponseReceived += new CoAPResponseReceivedHandler(OnCoAPResponseReceived);
CoApGatewaySessionManager.Instance.Client.CoAPError += new CoAPErrorHandler(OnCoAPError);
coapReq = new CoAPRequest(this.ConfirmableMessageType,
CoAPMessageCode.PUT,
HdkUtils.MessageId());
string uriToCall = "coap://" + HdkUtils.UriFromMac(__IpAddress) + ":" + __ServerPort + __URI;
coapReq.SetURL(uriToCall);
SetToken();
byte[] octet = new byte[1];
// As of this moment, the expectation is that the content is an octet stream.
octet[0] = (byte)CoAPContentFormatOption.APPLICATION_OCTET_STREAM;
// JJK - Changes in v2.0.7
//coapReq.Options.AddOption(CoAPHeaderOption.PROXY_SCHEME, "coap");
// make Proxy packet
coapReq.Options.AddOption(CoAPHeaderOption.BLOCK2, new byte[] { CoAPBlockOption.BLOCK_SIZE_128 });
coapReq.Options.AddOption(CoAPHeaderOption.PROXY_URI, "coap://" + HdkUtils.UriFromMac(__IpAddress) + ":" + "4849" + __URI);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_HOST);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_QUERY);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_PATH);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_PORT);
coapReq.Options.RemoveOption(CoAPHeaderOption.CONTENT_FORMAT);
// JJK - end of Changes in v2.0.7
coapReq.Options.AddOption(CoAPHeaderOption.CONTENT_FORMAT, octet);
coapReq.Payload = __Payload;
FileLogger.Write("About to send CoAP request");
FileLogger.Write(coapReq.ToString());
CoApGatewaySessionManager.Instance.Client.Send(coapReq);
__Done.WaitOne(GatewaySettings.Instance.RequestTimeout);
__Done.Reset();
}
/// <summary>
/// Send the request to the CoAP server.
/// </summary>
public override void Send()
{
string serverIP = __IpAddress;
// Set the response handlers.
CoApGatewaySessionManager.Instance.Client.CoAPResponseReceived += new CoAPResponseReceivedHandler(OnCoAPResponseReceived);
CoApGatewaySessionManager.Instance.Client.CoAPError += new CoAPErrorHandler(OnCoAPError);
coapReq = new CoAPRequest(this.ConfirmableMessageType,
CoAPMessageCode.DELETE,
HdkUtils.MessageId());
string uriToCall = "coap://" + HdkUtils.UriFromMac(__IpAddress) + ":" + __ServerPort + __URI;
coapReq.SetURL(uriToCall);
SetToken();
// JJK - Changes in v2.0.7
//coapReq.Options.AddOption(CoAPHeaderOption.PROXY_SCHEME, "coap");
// make Proxy packet
coapReq.Options.AddOption(CoAPHeaderOption.BLOCK2, new byte[] { CoAPBlockOption.BLOCK_SIZE_128 });
coapReq.Options.AddOption(CoAPHeaderOption.PROXY_URI, "coap://" + HdkUtils.UriFromMac(__IpAddress) + ":" + "4849" + __URI);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_HOST);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_QUERY);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_PATH);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_PORT);
coapReq.Options.RemoveOption(CoAPHeaderOption.CONTENT_FORMAT);
// JJK - end of Changes in v2.0.7
FileLogger.Write("About to send CoAP request");
FileLogger.Write(coapReq.ToString());
CoApGatewaySessionManager.Instance.Client.Send(coapReq);
__Done.WaitOne(GatewaySettings.Instance.RequestTimeout);
__Done.Reset();
CoApGatewaySessionManager.Instance.Client.CoAPResponseReceived -= new CoAPResponseReceivedHandler(OnCoAPResponseReceived);
CoApGatewaySessionManager.Instance.Client.CoAPError -= new CoAPErrorHandler(OnCoAPError);
}
/// <summary>
/// Called when a response is received against a sent request
/// </summary>
/// <param name="coapResp">The CoAPResponse object</param>
private void OnCoAPResponseReceived(CoAPResponse coapResp)
{
string tokenRx = (coapResp.Token != null && coapResp.Token.Value != null) ? AbstractByteUtils.ByteToStringUTF8(coapResp.Token.Value) : "";
FileLogger.Write("Received response from server - token = " + tokenRx);
FileLogger.Write(coapResp.ToString());
__Response = coapResp;
if (tokenRx == __Token)
{
if (BreakIfError(coapResp.Code.Value))
{
return;
}
if (coapResp.Code.Value == CoAPMessageCode.DELETED)
{
__Done.Set();
}
else
{
//Will come here if an error occurred..
}
}
}
/// <summary>
/// Send the request to the CoAP server.
/// </summary>
public override void Send()
{
string device = __IpAddress;
string serverIP = "localhost";
__coapClient.Initialize(serverIP, __ServerPort);
__coapClient.Initialize(serverIP, __ServerPort);
__coapClient.CoAPResponseReceived += new CoAPResponseReceivedHandler(OnCoAPResponseReceived);
__coapClient.CoAPError += new CoAPErrorHandler(OnCoAPError);
coapReq = new CoAPRequest(this.ConfirmableMessageType,
CoAPMessageCode.DELETE,
HdkUtils.MessageId());
string uriToCall = "coap://" + serverIP + ":" + __ServerPort + "/" + __IpAddress + __URI;
coapReq.SetURL(uriToCall);
SetToken();
// Send out the request.
byte[] octet = new byte[1];
// As of this moment, the expectation is that the content is an octet stream.
octet[0] = (byte)CoAPContentFormatOption.APPLICATION_OCTET_STREAM;
coapReq.Options.AddOption(CoAPHeaderOption.PROXY_SCHEME, "coap");
coapReq.Options.AddOption(CoAPHeaderOption.CONTENT_FORMAT, octet);
coapReq.Payload = __Payload;
FileLogger.Write("About to send CoAP request");
FileLogger.Write(coapReq.ToString());
__coapClient.Send(coapReq);
__Done.WaitOne(GatewaySettings.Instance.RequestTimeout);
__Done.Reset();
CoApGatewaySessionManager.Instance.Client.CoAPResponseReceived -= new CoAPResponseReceivedHandler(OnCoAPResponseReceived);
CoApGatewaySessionManager.Instance.Client.CoAPError -= new CoAPErrorHandler(OnCoAPError);
}
/// <summary>
/// Called when a response is received against a sent request
/// </summary>
/// <param name="coapResp">The CoAPResponse object</param>
private void OnCoAPDiscoveryResponseReceived(CoAPResponse coapResp)
{
__TimedOut = false;
string tokenRx = "";// (coapResp.Token != null && coapResp.Token.Value != null) ? AbstractByteUtils.ByteToStringUTF8(coapResp.Token.Value) : "";
if (coapResp != null)
{
if (coapResp.Token != null)
{
tokenRx = AbstractByteUtils.ByteToStringUTF8(coapResp.Token.Value);
}
}
try
{
FileLogger.Write("Received response from server - token = " + tokenRx);
FileLogger.Write(coapResp.ToString());
}
catch { }
if (tokenRx == __Token)
{
if (BreakIfError(coapResp.Code.Value))
{
this.ErrorResult = coapResp.Code.ToString();
return;
}
if (coapResp.Code.Value == CoAPMessageCode.CONTENT)
{
// Looks like we have the expected response.
// Check the content format and figure out how to store the response.
ArrayList options = coapResp.Options.GetOptions((ushort)CoAPHeaderOption.CONTENT_FORMAT);
if (options.Count > 0)
{
CoAPContentFormatOption ccformat = new CoAPContentFormatOption();
bool proceed = false;
foreach (CoAPHeaderOption o in options)
{
ccformat = new CoAPContentFormatOption(AbstractByteUtils.ToUInt16(o.Value));
if (ccformat.IsValid())
{
proceed = true;
break;
}
}
// The header options match what we expected.
// Set the discovery result.
if (proceed)
{
if (ccformat.Value == CoAPContentFormatOption.APPLICATION_LINK_FORMAT)
{
string discovery = AbstractByteUtils.ByteToStringUTF8(coapResp.Payload.Value);
__DiscoveryResult = discovery;
}
__Response = coapResp;
__Done.Set();
}
}
}
else
{
//Will come here if an error occurred..
}
}
}
/// <summary>
/// Load resources associated with a specific device.
/// This is the CoAP Gateway implementation of CoApDiscovery.
/// </summary>
/// <returns>a collection of CoApResource objects</returns>
///
public override CoApResources LoadResources()
{
// If we can't establish a socket with a good login to the gateway api, then just return;
bool gotSession = false;
try
{
gotSession = CoApGatewaySessionManager.Instance.EstablishSession();
}
catch (Exception noSession)
{
FileLogger.Write("Error obtaining session");
FileLogger.Write(noSession.Message);
FileLogger.Write(noSession.StackTrace);
this.ErrorResult = "Error obtaining session" + noSession.Message;
}
if (!gotSession)
{
FileLogger.Write("Session NOT Established");
return(null);
}
// This represents the device being examined.
string serverIP = __IpAddress;
// Set up the notification handlers.
CoApGatewaySessionManager.Instance.Client.CoAPResponseReceived += new CoAPResponseReceivedHandler(OnCoAPDiscoveryResponseReceived);
CoApGatewaySessionManager.Instance.Client.CoAPError += new CoAPErrorHandler(OnCoAPDiscoveryError);
__TimedOut = true;
// Discovery requires confirmation and a message type of GET
coapReq = new CoAPRequest(this.ConfirmableMessageType,
CoAPMessageCode.GET,
HdkUtils.MessageId());
string uriToCall = "coap://" + UriFromMac(__IpAddress) + ":" + __ServerPort + "/.well-known/core";//"/.well-known/core";
coapReq.SetURL(uriToCall);
SetToken();
// Send out the coap request
// JJK - Change in v2.0.7
//coapReq.Options.AddOption(CoAPHeaderOption.PROXY_SCHEME, "coap");
// make Proxy packet Change in v2.0.7
coapReq.Options.AddOption(CoAPHeaderOption.BLOCK2, new byte[] { CoAPBlockOption.BLOCK_SIZE_128 });
//coapReq.Options.AddOption(CoAPHeaderOption.PROXY_URI, "coap://SSN001350050047dc9a.SG.YEL01.SSN.SSNSGS.NET:4849/.well-known/core");
coapReq.Options.AddOption(CoAPHeaderOption.PROXY_URI, "coap://" + UriFromMac(__IpAddress) + ":" + "4849" + "/.well-known/core");
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_HOST);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_QUERY);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_PATH);
coapReq.Options.RemoveOption(CoAPHeaderOption.URI_PORT);
coapReq.Options.RemoveOption(CoAPHeaderOption.CONTENT_FORMAT);
// end of Changes in v2.0.7
FileLogger.Write("About to send Gateway resource request");
FileLogger.Write(coapReq.ToString());
CoApGatewaySessionManager.Instance.Client.Send(coapReq);
CoApDiscoveryResponse response = null;
// Wait for a response from the discovery request.
// Time out after the pre-defined maximum wait time.
__Done.WaitOne(GatewaySettings.Instance.RequestTimeout);
response = this.DiscoveryResponse;
// Reset the wait object
__Done.Reset();
if (__TimedOut)
{
this.ErrorResult = "Request timed out";
}
// Remove event handlers.
CoApGatewaySessionManager.Instance.Client.CoAPResponseReceived -= new CoAPResponseReceivedHandler(OnCoAPDiscoveryResponseReceived);
CoApGatewaySessionManager.Instance.Client.CoAPError -= new CoAPErrorHandler(OnCoAPDiscoveryError);
return(response.Resources);
}
/// <summary>
/// Called when error occurs
/// </summary>
/// <param name="e">The exception that occurred</param>
/// <param name="associatedMsg">The associated message (if any)</param>
private void OnCoAPError(Exception e, AbstractCoAPMessage associatedMsg)
{
FileLogger.Write(e.Message);
__Done.Set();
}
/// <summary>
/// Load devices based on the network interface settings.
/// For each valid device, load a list of related CoAP resources.
/// </summary>
private void LoadNodes()
{
Cursor.Current = Cursors.WaitCursor; // Show as buys while loading the resources.
FileLogger.Write("Loading all known devices");
// Load the correct device class based on current network option
CoApDeviceFinder finder = (CoApDeviceFinder)NetworkInterface.Instance.NodeFinder;
CoApDevices devices = new CoApDevices();
try
{
// With the Ping change, we are capturing the gateway credentials earlier than we had planned.
//SetGatewayCoapApiCredentials();
devices = finder.LoadNodes();
}
catch (Exception devFail)
{
MessageBox.Show("Device fetch failed - " + devFail.Message);
return;
}
// Loop through all fetched devices.
// If the device was successfully pinged, then we can load related resources.
// Otherwise, we ignore it.
foreach (CoApDevice d in devices)
{
TreeNode deviceNode = treeDevices.Nodes.Add(d.Name);
if (d.Reachable)
{
deviceNode.ForeColor = treeDevices.ForeColor;
if (NetworkInterface.Instance.UsingGateway)
{
CoAPSettings.Instance.AddressFamily = System.Net.Sockets.AddressFamily.InterNetwork;
}
if (NetworkInterface.Instance.UsingSimulator)
{
CoAPSettings.Instance.AddressFamily = System.Net.Sockets.AddressFamily.InterNetworkV6;
}
// We should never get here, but this is added in case we add other communication methods later.
if (!NetworkInterface.Instance.UsingGateway && !NetworkInterface.Instance.UsingSimulator)
{
if (HdkUtils.IsIPv4Address(d.Name))
{
CoAPSettings.Instance.AddressFamily = System.Net.Sockets.AddressFamily.InterNetwork;
}
else
{
CoAPSettings.Instance.AddressFamily = System.Net.Sockets.AddressFamily.InterNetworkV6;
}
}
// We need to load the credentials if they have not already been set.
bool credentialsOk = true;
//if (NetworkInterface.Instance.UsingGateway)
//{
// credentialsOk = SetGatewayCoapApiCredentials();
//}
// Check to see if we are ready to load resources related to a device.
if (__LoadResources && credentialsOk)
{
//d.Resources = LoadResources(deviceNode);
}
}
// Unreachable devices will be grayed out.
else
{
deviceNode.ForeColor = Color.Gray;
}
}
// Expand the tree so that all loaded devices and resources are visible.
treeDevices.ExpandAll();
Cursor.Current = Cursors.Default; // Clear the "busy" cursor
}