Opc.UaFx.Advanced 2.7.3

NEW!
• OPC Classic Support

Features:
• DA: Data Access
• HDA: Historical Data Access
• AE: Alarm & Events + Conditions
• IO: FileAccess
• API: Methods and Enumerations
• Others: Units of Measurements

Characteristics:
• Simple and fast Client Development
• Minimum number of lines of code
• Uses OPC Foundation Stack V1.03.351.0
• Significantly reduced lines of code compared to OPC Foundation Stack

Framework Features:
• Linq to Objects support to browse nodes
• Simplified automatic certificate management
• Advanced node identifier formats like compound, URI or Foundation
• Database Cursor like historical data access
• Event driven programming model for certificates and subscriptions

Tested with:
• SIMATIC S7-1500, SIMOTION, SINUMERIC, ...
• and many more other vendors

Works on:
• Windows
• Ubuntu
• Debian
• macOS

Optimized for:
• SIMATIC S7-1500 / S7-1200
• SIMOTION
• SINUMERIC
• all OPC UA Servers from Siemens and other providers

There is a newer version of this package available.
See the version list below for details.
Install-Package Opc.UaFx.Advanced -Version 2.7.3
dotnet add package Opc.UaFx.Advanced --version 2.7.3
<PackageReference Include="Opc.UaFx.Advanced" Version="2.7.3" />
For projects that support PackageReference, copy this XML node into the project file to reference the package.
paket add Opc.UaFx.Advanced --version 2.7.3
The NuGet Team does not provide support for this client. Please contact its maintainers for support.
#r "nuget: Opc.UaFx.Advanced, 2.7.3"
For F# scripts that support #r syntax, copy this into the source code to reference the package.
// Install Opc.UaFx.Advanced as a Cake Addin
#addin nuget:?package=Opc.UaFx.Advanced&version=2.7.3

// Install Opc.UaFx.Advanced as a Cake Tool
#tool nuget:?package=Opc.UaFx.Advanced&version=2.7.3
The NuGet Team does not provide support for this client. Please contact its maintainers for support.

Getting Started

The whole client development guides can be found here:

The whole server development guides can be found here:

A snippet to dig into your server:

using Opc.UaFx.Server;
...
var machineNode = new OpcObjectNode("Machine");
var messageNode = new OpcDataVariableNode<string>("Message","Hello World!");

using (var server = new OpcServer(
        "opc.tcp://localhost:4840/", machineNode, messageNode)) {
    server.Start();
    Console.ReadLine();

    // Your further code to interact with the clients.
}

A snippet to dig into your client:

using Opc.UaFx.Client;
...
using (var client = new OpcClient("opc.tcp://localhost:4840/")) {
    client.Connect();
    Console.WriteLine(client.ReadNode("ns=2;s=Message"));

    // Your further code to interact with the server.
}

Let's Define a Node + Read the Node

// ----- Server -----

OpcDataVariableNode<bool> isRunningNode = new OpcDataVariableNode<bool>(
        machineNode,
        "IsRunning",
        value: true);

// ----- Client -----

OpcValue isRunning = client.ReadNode("ns=2;s=Machine/IsRunning");

More: Node Management
More: Read Values of Node(s)

Let's Define a Node Tree + Write some Nodes

// ----- Server -----

OpcObjectNode jobNode = new OpcObjectNode(
        machineNode,
        "Job",
        new OpcDataVariableNode<bool>("Cancel", false),
        new OpcDataVariableNode<int>("State", -1));

// ----- Client -----

OpcStatusCollection results = client.WriteNodes(
        new OpcWriteNode("ns=2;s=Machine/Job/Cancel", true),
        new OpcWriteNode("ns=2;s=Machine/Job/State", 0));

More: Node Management
More: Write Values of Node(s)

Let's Define + Read a File Node

// ----- Server -----

System.IO.File.WriteAllText("Report.txt", "This is my report.");
OpcFileNode reportNode = new OpcFileNode(machineNode, "Report", "Report.txt");


// ----- Client -----

// All at once
string reportText = OpcFile.ReadAllText(client, "ns=2;s=Machine/Report");

// All via a stream
using (var stream = OpcFile.OpenRead(client, "ns=2;s=Machine/Report")) {
    var reader = new StreamReader(stream);

    while (!reader.EndOfStream)
        Console.WriteLine(reader.ReadLine());
}

More: Providing File Nodes
More: Working with File Nodes

Report and Observe some Alarm's and Event's

// ----- Client -----

client.SubscribeEvent(OpcObjectTypes.Server, HandleGlobalEvents);
...

private static void HandleGlobalEvents(object sender, OpcEventReceivedEventArgs e)
{
    Console.WriteLine(e.Event.Message);
}


// ----- Server -----

server.ReportEvent(OpcEventSeverity.Low, "Finished JOB-4711");

More: Providing Events
More: Working with Events

Report and Observe only Alarm's and Event's from interest

// ----- Server -----

OpcAlarmConditionNode temperatureAlarmNode = new OpcAlarmConditionNode(
        machineNode,
        "Temperature");

temperatureAlarmNode.Severity = OpcEventSeverity.High;
temperatureAlarmNode.Message = "Overheating use cases!";


// ----- Client -----

var severity = new OpcSimpleAttributeOperand(
        OpcEventTypes.Event,
        "Severity");

var conditionName = new OpcSimpleAttributeOperand(
        OpcEventTypes.Condition,
        "ConditionName");

var filter = OpcFilter.Using(client)
        .FromEvents(OpcEventTypes.AlarmCondition)
        .Where(severity > OpcEventSeverity.Medium & conditionName.Like("Temperature"))
        .Select();

client.SubscribeEvent(OpcObjectTypes.Server, filter, HandleGlobalEvents);


// ----- Server -----
server.ReportEvent(temperatureAlarmNode);

More: Providing Event Nodes
More: Working with Events

Getting Started

The whole client development guides can be found here:

The whole server development guides can be found here:

A snippet to dig into your server:

using Opc.UaFx.Server;
...
var machineNode = new OpcObjectNode("Machine");
var messageNode = new OpcDataVariableNode<string>("Message","Hello World!");

using (var server = new OpcServer(
        "opc.tcp://localhost:4840/", machineNode, messageNode)) {
    server.Start();
    Console.ReadLine();

    // Your further code to interact with the clients.
}

A snippet to dig into your client:

using Opc.UaFx.Client;
...
using (var client = new OpcClient("opc.tcp://localhost:4840/")) {
    client.Connect();
    Console.WriteLine(client.ReadNode("ns=2;s=Message"));

    // Your further code to interact with the server.
}

Let's Define a Node + Read the Node

// ----- Server -----

OpcDataVariableNode<bool> isRunningNode = new OpcDataVariableNode<bool>(
        machineNode,
        "IsRunning",
        value: true);

// ----- Client -----

OpcValue isRunning = client.ReadNode("ns=2;s=Machine/IsRunning");

More: Node Management
More: Read Values of Node(s)

Let's Define a Node Tree + Write some Nodes

// ----- Server -----

OpcObjectNode jobNode = new OpcObjectNode(
        machineNode,
        "Job",
        new OpcDataVariableNode<bool>("Cancel", false),
        new OpcDataVariableNode<int>("State", -1));

// ----- Client -----

OpcStatusCollection results = client.WriteNodes(
        new OpcWriteNode("ns=2;s=Machine/Job/Cancel", true),
        new OpcWriteNode("ns=2;s=Machine/Job/State", 0));

More: Node Management
More: Write Values of Node(s)

Let's Define + Read a File Node

// ----- Server -----

System.IO.File.WriteAllText("Report.txt", "This is my report.");
OpcFileNode reportNode = new OpcFileNode(machineNode, "Report", "Report.txt");


// ----- Client -----

// All at once
string reportText = OpcFile.ReadAllText(client, "ns=2;s=Machine/Report");

// All via a stream
using (var stream = OpcFile.OpenRead(client, "ns=2;s=Machine/Report")) {
    var reader = new StreamReader(stream);

    while (!reader.EndOfStream)
        Console.WriteLine(reader.ReadLine());
}

More: Providing File Nodes
More: Working with File Nodes

Report and Observe some Alarm's and Event's

// ----- Client -----

client.SubscribeEvent(OpcObjectTypes.Server, HandleGlobalEvents);
...

private static void HandleGlobalEvents(object sender, OpcEventReceivedEventArgs e)
{
    Console.WriteLine(e.Event.Message);
}


// ----- Server -----

server.ReportEvent(OpcEventSeverity.Low, "Finished JOB-4711");

More: Providing Events
More: Working with Events

Report and Observe only Alarm's and Event's from interest

// ----- Server -----

OpcAlarmConditionNode temperatureAlarmNode = new OpcAlarmConditionNode(
        machineNode,
        "Temperature");

temperatureAlarmNode.Severity = OpcEventSeverity.High;
temperatureAlarmNode.Message = "Overheating use cases!";


// ----- Client -----

var severity = new OpcSimpleAttributeOperand(
        OpcEventTypes.Event,
        "Severity");

var conditionName = new OpcSimpleAttributeOperand(
        OpcEventTypes.Condition,
        "ConditionName");

var filter = OpcFilter.Using(client)
        .FromEvents(OpcEventTypes.AlarmCondition)
        .Where(severity > OpcEventSeverity.Medium & conditionName.Like("Temperature"))
        .Select();

client.SubscribeEvent(OpcObjectTypes.Server, filter, HandleGlobalEvents);


// ----- Server -----
server.ReportEvent(temperatureAlarmNode);

More: Providing Event Nodes
More: Working with Events

Release Notes

https://wiki.traeger.de/en/software/sdk/opc-ua/opc-ua.framework.advanced/version.history

NuGet packages

This package is not used by any NuGet packages.

GitHub repositories

This package is not used by any popular GitHub repositories.

Version History

Version Downloads Last updated
2.15.0 215 4/1/2021
2.14.0 369 3/4/2021
2.13.0 213 3/1/2021
2.12.3 804 2/17/2021
2.12.2 105 2/15/2021
2.12.1 112 2/11/2021
2.12.0 1,046 2/4/2021
2.11.5 529 12/21/2020
2.11.4 315 12/15/2020
2.11.3.1 837 11/27/2020
2.11.3 1,707 11/23/2020
2.11.2 390 11/10/2020
2.11.1 409 11/5/2020
2.11.0 3,901 10/6/2020
2.10.0.3 553 9/11/2020
2.10.0.2 151 9/9/2020
2.10.0.1 3,093 7/15/2020
2.10.0 177 7/14/2020
2.9.2.1 2,922 5/8/2020
2.9.2 173 5/6/2020
2.9.1 340 4/22/2020
2.9.0 654 4/1/2020
2.8.3.1 2,521 1/24/2020
2.8.3 352 1/16/2020
2.8.2.1 558 12/13/2019
2.8.2 641 11/6/2019
2.8.1.3 266 10/24/2019
2.8.1.2 1,813 10/23/2019
2.8.1.1 397 10/11/2019
2.8.1 274 9/25/2019
2.8.0 265 9/18/2019
2.7.5.1 426 8/15/2019
2.7.5 285 8/13/2019
2.7.4 540 6/7/2019
2.7.3.1 326 5/23/2019
2.7.3 328 5/17/2019
2.7.2 321 5/10/2019
2.7.1.1 315 4/29/2019
2.7.1 487 3/25/2019
2.7.0.2 341 3/18/2019
2.7.0.1 301 3/15/2019
2.7.0 283 3/14/2019
2.6.0 599 2/20/2019
2.5.7 413 2/6/2019
2.5.4 1,349 8/27/2018
2.5.3 539 8/21/2018
2.5.2.5 551 8/7/2018
2.5.2.3 579 7/25/2018
2.5.2.2 515 7/24/2018
2.2.1 1,533 9/7/2017
1.5.11.5 2,089 6/14/2016
1.5.11.3 846 5/2/2016
1.5.11.2 890 4/29/2016
1.5.10 872 2/9/2016
1.5.6.1 1,164 9/8/2015
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