Create a new Visual Studio project.
Add a reference to the Focal.Model907.Diagnostics.dll library.
Create a new Model907 object:
var _model907 = new Model907(IPAddress.Parse("192.168.0.100"), 1000);
Subscribe to the various communication status events, if interested:
_model907.CommsConnected += (o, x) => Console.WriteLine("Connected...");
_model907.CommsDisconnected += (o, x) => Console.WriteLine("Disconnected...");
_model907.CommsError += (o, x) => Console.WriteLine("Comms error...");
_model907.StackConfigDetermined += (o, x) => Console.WriteLine("Stack Configuration determined...");
_model907.AllDataRefreshComplete += (o, x) => Console.WriteLine("All data refreshed...");
Start automatic data refresh:
_model907.StartDataRefresh();
After the 'StackConfigDetermined' event, all detected card types should be available.
If you have subscribed to the 'AllDataRefreshed' event, you will receive notifications each time all data has been refreshed from the stack.
Examine the lists of DiagnosticMasterCards, DiagnosticSlaveCards, and
DiagnosticExpansionCards to see current data for each detected card in the stack.
You will need knowledge of the physical stack configuration if you want design-time
access to typed FPGA properties (note the type casts below). If you *don't* have
advance knowledge of the stack type, you can, for example, create a collection
of user controls that know how to display data for a particular FPGA, then instantiate
the relevant control at runtime by calling GetType() on the Fpga property after the
library has determined the stack configuration.
Console.WriteLine(_model907.DiagMasterCards[0].Sfp.RxPwr.ToString());
Console.WriteLine("Video Ch0 Active: {0}",
((Fpga907Plus)_model907.DiagMasterCards[0].Fpga).VideoChannels[0].VideoActive);
Console.WriteLine("Dual GbE Port 1 Link Speed: {0}",
((Fpga907DualGigabitEthernet)_model907.DiagMasterCards[0].Fpga).PortStatus[0].LinkSpeed);
var _model907 = new Model907();
var _model907 = new Model907(IPAddress.Parse("192.168.0.100"), 1000);
var _model907 = new Model907(IPAddress.Parse("192.168.0.100"), 8010, 1000);
var _model907 = new Model907("COM1", 1000);
var myCommsManager = new TcpCommunications(IPAddress.Parse("192.168.0.100"), 8010, 1000);
var _model907 = new Model907(myCommsManager);
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Then fire the event like so:
(msg));
}
}
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