public Diagnostic(AppManager apm, BACnetManager bnm, myTreeNode deviceTreeNode)
{
this.devicTreeNode = deviceTreeNode;
this.device = deviceTreeNode.device;
_apm = apm;
_bnm = bnm;
}
public static List <Diagnostic> BuildDiagnosticListStandard(AppManager apm, BACnetManager bnm, myTreeNode deviceNode)
{
List <Diagnostic> diagList = new List <Diagnostic>();
// Adding diagnostics
diagList.Add(new DiagnosticBIT00000Example(apm, bnm, deviceNode));
diagList.Add(new DiagnosticBIT00004ThreeRapidWhoIs(apm, bnm, deviceNode));
diagList.Add(new DiagnosticBIT00006RemoteBroadcast(apm, bnm, deviceNode));
diagList.Add(new DiagnosticBIT00008ReadPropertyProtocolServices(apm, bnm, deviceNode));
diagList.Add(new DiagnosticBIT00010ForceRouteDiscovery(apm, bnm, deviceNode));
diagList.Add(new DiagnosticBIT00011ReadWildcardDevice(apm, bnm, deviceNode));
diagList.Add(new DiagnosticBIT00012deviceIDrange(apm, bnm, deviceNode));
diagList.Add(new DiagnosticBIT00013whoIsRange1(apm, bnm, deviceNode));
diagList.Add(new DiagnosticBIT00014whoIsRangeTargeted(apm, bnm, deviceNode));
diagList.Add(new DiagnosticBIT00015whoIsBadMessage1(apm, bnm, deviceNode));
diagList.Add(new DiagnosticBIT00016whoIsBadMessage3(apm, bnm, deviceNode));
diagList.Add(new DiagnosticBIT00017Tag(apm, bnm, deviceNode));
diagList.Add(new DiagnosticBIT00019Missing(apm, bnm, deviceNode));
diagList.Add(new DiagnosticBIT00020TooManyProps(apm, bnm, deviceNode));
diagList.Add(new DiagnosticBIT00021RPwithInvalidIndex(apm, bnm, deviceNode));
diagList.Add(new DiagnosticBIT00022requiredDeviceProperties(apm, bnm, deviceNode));
diagList.Add(new DiagnosticBIT00023objectTypesCheck(apm, bnm, deviceNode));
diagList.Add(new DiagnosticBIT00024WhoIsNoSADR(apm, bnm, deviceNode));
diagList.Add(new DiagnosticBIT00026whoIsBadMessage2(apm, bnm, deviceNode));
diagList.Add(new DiagnosticBIT00025LocalBroadcast(apm, bnm, deviceNode));
// BACnet Router only tests
if (deviceNode.type == myTreeNode.TREENODE_OBJ_TYPE.Router)
{
diagList.Add(new DiagnosticBIT00001DuplicateRoutingEntry(apm, bnm, deviceNode));
diagList.Add(new DiagnosticBIT00018CheckPortID(apm, bnm, deviceNode));
}
return(diagList);
}
public static List <Diagnostic> BuildDiagnosticListPrivate(AppManager apm, BACnetManager bnm, myTreeNode deviceNode)
{
List <Diagnostic> diagList = new List <Diagnostic>();
// Adding diagnostics
diagList.Add(new PDiag00000example(apm, bnm, deviceNode));
// and add more here...
return(diagList);
}
private void radioButtonBAC1_Click(object sender, EventArgs e)
{
// switch to BAC1
_bnm.BACnetManagerClose();
inside_socket = new OurSocket(_apm, 0xBAC1);
IPEPDestination = new myIPEndPoint(IPAddress.Broadcast, 0xBAC1);
_bnm = new BACnetManager(_apm, inside_socket, BACnetEnums.SERVER_DEVICE_ID, IPEPDestination);
BACnetInteropApp.Properties.Settings.Default.BACnetPort = 0xBAC1;
BACnetInteropApp.Properties.Settings.Default.Save();
}
public MainForm()
{
InitializeComponent();
IPEPDestination = new myIPEndPoint(IPAddress.Broadcast, defaultPort);
// Change the radio buttons to match the default
switch (defaultPort)
{
case 0xBAC0:
inside_socket = new OurSocket(_apm, defaultPort);
// todo, we cannot update the radiobuttons yet because they will close and reopen bnm, and that is not defined yet....
this.radioButtonBAC0.Checked = true;
this.radioButtonBAC1.Checked = false;
break;
case 0xBAC1:
inside_socket = new OurSocket(_apm, defaultPort);
this.radioButtonBAC1.Checked = true;
this.radioButtonBAC0.Checked = false;
break;
default:
// todo-panic here
break;
}
_bnm = new BACnetManager(_apm, inside_socket, BACnetEnums.SERVER_DEVICE_ID, IPEPDestination);
TreeViewDevices.ShowNodeToolTips = true;
_apm.treeViewUpdater = new DeviceTreeView(_apm, TreeViewDevices);
_apm.bnm = _bnm;
// backgroundWorkerApplication.RunWorkerAsync();
}
public DiagnosticBIT00008ReadPropertyProtocolServices(AppManager apm, BACnetManager bnm, myTreeNode device) : base(apm, bnm, device)
{
}
public Diagnostic0007IAmRouterIsLocalBroadcast(AppManager apm, BACnetManager bnm, myTreeNode device) : base(apm, bnm, device)
{
}
public DiagnosticBIT00001DuplicateRoutingEntry(AppManager apm, BACnetManager bnm, myTreeNode device) : base(apm, bnm, device)
{
}
public DiagnosticBIT00004ThreeRapidWhoIs(AppManager apm, BACnetManager bnm, myTreeNode device) : base(apm, bnm, device)
{
}
public DiagnosticBIT00006RemoteBroadcast(AppManager apm, BACnetManager bnm, myTreeNode device) : base(apm, bnm, device)
{
}
// If this page does not exist, please create, using: http://www.bac-test.com/wiki/index.php?title=BIT00000_-_Template
//
public DiagnosticBIT00022requiredDeviceProperties(AppManager apm, BACnetManager bnm, myTreeNode device) : base(apm, bnm, device)
{
}
public DiagnosticBIT00024WhoIsNoSADR(AppManager apm, BACnetManager bnm, myTreeNode device) : base(apm, bnm, device)
{
}
// Notes
// When done writing a new diagnostic, don't forget to include it in AddDiagnosticListAll()
public DiagnosticBIT00016whoIsBadMessage3(AppManager apm, BACnetManager bnm, myTreeNode device) : base(apm, bnm, device)
{
}
public static void TreeViewUpdate(BACnetManager bnm, TreeView treeViewMessageLog)
{
if (bnm.BACnetMessageLog.Count > 0)
{
while (bnm.BACnetMessageLog.Count > 0)
{
// remove the first treenode
_count++;
PacketLog pktlog = bnm.BACnetMessageLog.Dequeue();
if (bnm.logPings == false &&
pktlog.CRPpacket != null &&
(pktlog.CRPpacket.function == CRPpacket.CR_PACKET_FUNC.CRP_PING || pktlog.CRPpacket.function == CRPpacket.CR_PACKET_FUNC.CRP_PONG))
{
// dont want to see noisy pings and pongs
continue;
}
TreeNode ntn = new TreeNode();
if (pktlog.sending == true)
{
ntn.Text = _count.ToString() + " Sent";
ntn.BackColor = Color.LightPink;
}
else
{
ntn.Text = _count.ToString() + " Recd";
ntn.BackColor = Color.LightGreen;
}
if (pktlog.CRPpacket != null)
{
switch (pktlog.CRPpacket.function)
{
case CRPpacket.CR_PACKET_FUNC.CRP_PING:
ntn.Text += " Ping";
ntn.Nodes.Add("Site ID: " + pktlog.CRPpacket.siteID.ToString());
ntn.Nodes.Add("Network: " + pktlog.CRPpacket.networkNumber.ToString());
ntn.Nodes.Add("BACnet Port: " + pktlog.CRPpacket.BACnetPort.ToString());
break;
case CRPpacket.CR_PACKET_FUNC.CRP_PONG:
ntn.Text += " Pong";
ntn.Nodes.Add("Site ID: " + pktlog.CRPpacket.siteID.ToString());
ntn.Nodes.Add("Network: " + pktlog.CRPpacket.networkNumber.ToString());
ntn.Nodes.Add("BACnet Port: " + pktlog.CRPpacket.BACnetPort.ToString());
break;
case CRPpacket.CR_PACKET_FUNC.CRP_SEND_BACNET_PACKET_TO_RELAY:
ntn.Text += " Send to CloudRelay";
break;
case CRPpacket.CR_PACKET_FUNC.CRP_SENDTOCLOUDROUTER:
ntn.Text += " Send to CloudRouter";
break;
case CRPpacket.CR_PACKET_FUNC.CRP_SEND_BACNET_VIA_PROXY:
ntn.Text += " Send to CloudRouter as Proxy";
break;
default:
ntn.Text += " Unknown CRP message";
break;
}
if (pktlog.ipep != null)
{
if (pktlog.sending == true)
{
ntn.Nodes.Add("To: " + pktlog.ipep.ToString());
}
else
{
ntn.Nodes.Add("From: " + pktlog.ipep.ToString());
}
}
}
if (pktlog.BACnetPacket != null)
{
// display some NPDU parameters
if (pktlog.BACnetPacket.npdu.isBroadcast)
{
ntn.Nodes.Add("Broadcast");
}
else
{
if (pktlog.BACnetPacket.dadr != null)
{
ntn.Nodes.Add(pktlog.BACnetPacket.dadr.ToString());
}
}
if (pktlog.BACnetPacket.npdu.expectingReply)
{
ntn.Nodes.Add("Expecting Reply");
}
if (pktlog.BACnetPacket.apdu_present == false)
{
// todo, clean up this flag one day
ntn.Nodes.Add("NPDU Function: " + pktlog.BACnetPacket.npdu.function.ToString());
}
if (pktlog.BACnetPacket.APDUunconfirmedServiceDecoded)
{
switch (pktlog.BACnetPacket.serviceType)
{
case BACnetEnums.BACNET_UNCONFIRMED_SERVICE.SERVICE_UNCONFIRMED_I_AM:
ntn.Text += " I-Am";
break;
case BACnetEnums.BACNET_UNCONFIRMED_SERVICE.SERVICE_UNCONFIRMED_WHO_IS:
ntn.Text += " Who-Is";
break;
default:
ntn.Text += " Unknown BACnet unconfirmed service type - fix line 142 PacketLog.cs";
break;
}
}
if (pktlog.BACnetPacket.APDUconfirmedServiceTypeDecoded)
{
switch (pktlog.BACnetPacket.confirmedServiceType)
{
case BACnetEnums.BACNET_CONFIRMED_SERVICE.SERVICE_CONFIRMED_READ_PROPERTY:
ntn.Text += " Read Property";
break;
case BACnetEnums.BACNET_CONFIRMED_SERVICE.SERVICE_CONFIRMED_READ_PROP_MULTIPLE:
ntn.Text += " Read Property Multiple";
break;
default:
ntn.Text += " Unknown BACnet confirmed service type - fix line 156 PacketLog.cs";
break;
}
}
}
treeViewMessageLog.Nodes.Add(ntn);
treeViewMessageLog.ExpandAll();
// remove all the earlier nodes...
while (treeViewMessageLog.Nodes.Count > 150)
{
treeViewMessageLog.Nodes.RemoveAt(0);
}
}
}
}
// Notes
//
// This tests the following ASHRAE conformance test from "ASHRAE-D-86446-20071031 - Conformance" :
//
// 135.1-2007 - 13.4.4 - pg 455 - Missing Required Parameter
//
// Further information could be found here: http://www.bac-test.com/wiki/index.php?title=BIT00021
//
// If this page does not exist, please create, using: http://www.bac-test.com/wiki/index.php?title=BIT00000_-_Template
//
public DiagnosticBIT00021RPwithInvalidIndex(AppManager apm, BACnetManager bnm, myTreeNode device) : base(apm, bnm, device)
{
}
// Notes
// When done writing a new diagnostic, don't forget to include it in AddDiagnosticListAll()
public DiagnosticBIT00012deviceIDrange(AppManager apm, BACnetManager bnm, myTreeNode device) : base(apm, bnm, device)
{
}
public OurApplication(AppManager apm, BACnetManager bnm)
{
_apm = apm;
_bnm = bnm;
}
// Notes
// When done writing a new diagnostic, don't forget to include it in AddDiagnosticListAll()
// This tests the following ASHRAE conformance test from "ASHRAE-D-86446-20071031 - Conformance" :
//
// 135.1-2007 - Section XX.X.X - pg xxx - Aaaaa
//
// Further information could be found here: http://www.bac-test.com/wiki/index.php?title=BIT00000
//
// If this page does not exist, please create, using: http://www.bac-test.com/wiki/index.php?title=BIT00000_-_Template
//
public DiagnosticBIT00000Example(AppManager apm, BACnetManager bnm, myTreeNode device) : base(apm, bnm, device) { }
public Diagnostic(AppManager apm, BACnetManager bnm)
{
_apm = apm;
_bnm = bnm;
}
public DiagnosticBIT00010ForceRouteDiscovery(AppManager apm, BACnetManager bnm, myTreeNode device) : base(apm, bnm, device)
{
}
public DiagnosticBIT00018CheckPortID(AppManager apm, BACnetManager bnm, myTreeNode device) : base(apm, bnm, device)
{
}
public DiagnosticBIT00011ReadWildcardDevice(AppManager apm, BACnetManager bnm, myTreeNode device) : base(apm, bnm, device)
{
}
// Notes
//
// This tests the following ASHRAE conformance test from "ASHRAE-D-86446-20071031 - Conformance" :
//
// 135.1-2007 - 13.4.5 - pg 456 - Too Many Properties
//
// Further information could be found here: http://www.bac-test.com/wiki/index.php?title=BIT00020
//
// If this page does not exist, please create, using: http://www.bac-test.com/wiki/index.php?title=BIT00000_-_Template
//
public DiagnosticBIT00020TooManyProps(AppManager apm, BACnetManager bnm, myTreeNode device) : base(apm, bnm, device)
{
}
// Notes
// When done writing a new diagnostic, don't forget to include it in AddDiagnosticListAll()
public DiagnosticBIT00014whoIsRangeTargeted(AppManager apm, BACnetManager bnm, myTreeNode device) : base(apm, bnm, device)
{
}
static public void AddDiagnosticsTomyTreeNodeDiagnosticListAll(AppManager apm, BACnetManager bnm, myTreeNode deviceTreeNode, myTreeNode mtnDiagnosticList)
{
List <Diagnostic> diagList;
// Adding 'standard' diagnostics
diagList = Diagnostics.DiagSetup.BuildDiagnosticListStandard(apm, bnm, deviceTreeNode);
Diagnostic.AddUniqueDiagnostics(mtnDiagnosticList, diagList);
// Adding 'private' or 'user' diagnostics
diagList = DiagnosticPrivate.PDiagSetup.BuildDiagnosticListPrivate(apm, bnm, deviceTreeNode);
Diagnostic.AddUniqueDiagnostics(mtnDiagnosticList, diagList);
}
// If this page does not exist, please create, using: http://www.bac-test.com/wiki/index.php?title=BIT00000_-_Template
//
public DiagnosticBIT00023objectTypesCheck(AppManager apm, BACnetManager bnm, myTreeNode device) : base(apm, bnm, device)
{
}
// Notes
// When done writing a new diagnostic, don't forget to include it in AddDiagnosticListAll()
// This tests the following ASHRAE conformance test from "ASHRAE-D-86446-20071031 - Conformance" :
//
// 135.1-2007 - Section XX.X.X - pg xxx - Aaaaa
//
// Further information could be found here: http://www.bac-test.com/wiki/index.php?title=BIT00000
//
// If this page does not exist, please create, using: http://www.bac-test.com/wiki/index.php?title=BIT00000_-_Template
//
public PDiag00000example(AppManager apm, BACnetManager bnm, myTreeNode device) : base(apm, bnm, device)
{
}
