Traeger Documentation

https://docs.traeger.de/en/
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### Start Method

Source: https://docs.traeger.de/en/software/sdk/rfc-1006/rfc-1006-lib-net.advanced/class.library/rfc1006libnet.advanced.rfc1006client.start.method?do=plugin_bookcreator_addtobook

Starts the connecting of the client to the server.

```APIDOC
## Start Method

### Description
Starts the connecting of the client to the server.

### Syntax
**C#**

```csharp
public override void Start()
```

### See Also
#### Reference
Rfc1006Client Class
Rfc1006LibNet.Advanced Namespace
```

--------------------------------

### Start

Source: https://docs.traeger.de/en/software/sdk/rfc-1006/rfc-1006-lib-net.advanced/class.library/rfc1006libnet.advanced.rfc1006server.type?do=

Starts the RFC1006 server and begins accepting clients.

```APIDOC
## Start

### Description
Starts the server and accept client.

### Method
(Not specified, likely a method call)

### Endpoint
(Not applicable for SDK methods)

### Parameters
None explicitly listed.

### Request Example
(Not applicable for SDK methods)

### Response
(Not applicable for SDK methods)
```

--------------------------------

### Start

Source: https://docs.traeger.de/en/software/sdk/rfc-1006/rfc-1006-lib-net.advanced/class.library/rfc1006libnet.advanced.rfc1006client.type?do=

Starts the client's connection process to the server.

```APIDOC
## Start

### Description
Starts the connecting of the client to the server.

### Method
Not specified (assumed to be a method call on an Rfc1006Client instance).

### Parameters
None
```

--------------------------------

### Rfc1006StartServer

Source: https://docs.traeger.de/en/software/sdk/rfc-1006/rfc-1006-lib

Starts the server, allowing it to accept connections. Connections can be dynamically added or removed after the server has started.

```APIDOC
## Rfc1006StartServer

### Description
Starts the server with the connections applied with Rfc1006OpenServer / Rfc1006OpenExServer. Connections can be dynamically added and removed by calling Rfc1006OpenServer / Rfc1006CloseServer.

### Parameters
#### Path Parameters
- **Port** (32-Bit value) - Required - ATTENTION: This parameter is internally not used anymore. Use Rfc1006OpenExServer instead to specify the port of a connection.
- **IPBindAdr** (Pointer to a “0”-terminated String) - Required - IP address of the network card where to run the connection. NULL or an empty string allows for the connection to all NICs.
- **MaxCon** (32-Bit value) - Required - Maximum number of connections that can maintain the server.

### Return Value
- **> 0** (32-Bit signed value) - OK. Server is started.
- **-10** (32-Bit signed value) - Server still running. Rfc1006StartServer already called.
- **-11** (32-Bit signed value) - Server couldn't be started. Errors occurred when starting the server threads.
- **-15** (32-Bit signed value) - The desired port is in use. Binding couldn't be established.
```

--------------------------------

### S5L_SEND Configuration Example

Source: https://docs.traeger.de/en/hardware/s5/s5-lan?do=plugin_bookcreator_addtobook

Example configuration for the S5L_SEND function block, specifying parameters like database number, starting word, data type, and length for sending data.

```S5 PLC
| : | SPA | FB | 56   
Name | : | S5L_SEND |  |   
JDBN | : |  | KF | +00020   
JDBW | : |  | KF | +00000   
STYP | : |  | KC | D   
SDBN | : |  | KF | +00100   
SBEG | : |  | KF | +00000   
SLEN | : |  | KF | +00010   
ACT | : |  | E | 4.0   
LEN | : |  | KF | +00010   
DONE | : |  | M |   
ERR | : |  | M | 11.1   
STAT | : |  | MW | 20   
```

--------------------------------

### Instantiate and Start OPC UA Server

Source: https://docs.traeger.de/en/software/sdk/opc-ua/net/server.development.guide?do=

Create an instance of the OpcServer class with a specified base address and start the server to make it available for client connections.

```csharp
var server = new OpcServer("opc.tcp://localhost:4840/");
server.Start();
```

--------------------------------

### OnStarting

Source: https://docs.traeger.de/en/software/sdk/rfc-1006/rfc-1006-lib-net.advanced/class.library/rfc1006libnet.advanced.rfc1006server.type?do=

Raises the Starting event.

```APIDOC
## OnStarting

### Description
Raises the Starting event using the specified event data.

### Method
(Not specified, likely a method call)

### Endpoint
(Not applicable for SDK methods)

### Parameters
* **eventData** - The data for the Starting event.

### Request Example
(Not applicable for SDK methods)

### Response
(Not applicable for SDK methods)
```

--------------------------------

### Start Method Signature

Source: https://docs.traeger.de/en/software/sdk/rfc-1006/rfc-1006-lib-net.advanced/class.library/rfc1006libnet.advanced.rfc1006base.start.method

This is the abstract method signature for starting communication. It must be implemented by derived classes.

```csharp
public
abstract
void
Start()
```

--------------------------------

### Start Method

Source: https://docs.traeger.de/en/software/sdk/rfc-1006/rfc-1006-lib-net.advanced/class.library/rfc1006libnet.advanced.rfc1006server.start.method

This method starts the RFC 1006 server, enabling it to accept incoming client connections. It is an override of a base class method.

```APIDOC
## Start Method

### Description
Starts the server and accepts clients.

### Method Signature
**C#**
```csharp
public override void Start()
```

### Exceptions
* **Exception**: Thrown when the server is already started.
```

--------------------------------

### Rfc1006Server.Starting Event Syntax

Source: https://docs.traeger.de/en/software/sdk/rfc-1006/rfc-1006-lib-net.advanced/class.library/rfc1006libnet.advanced.rfc1006server.starting.event

This is the C# syntax for the Starting event. It is raised before the server starts.

```csharp
public event EventHandler<ConnectionEventArgs> Starting
```

--------------------------------

### Start Server (VB)

Source: https://docs.traeger.de/en/software/sdk/rfc-1006/rfc-1006-lib?do=

Visual Basic declaration for Rfc1006StartServer. This function starts the server. Specify the library 'Rfc1006Lib.dll'.

```vb
Declare Function Rfc1006StartServer& Lib "Rfc1006Lib.dll"(int Port, _
                                                          ByVal BindIPAdr as String, _
                                                          int MaxCon)
```

--------------------------------

### Start Method

Source: https://docs.traeger.de/en/software/sdk/rfc-1006/rfc-1006-lib-net.advanced/class.library/rfc1006libnet.advanced.rfc1006base.start.method?do=plugin_bookcreator_addtobook

Starts the communication. This is an abstract method that must be implemented by derived classes.

```APIDOC
## Start()

### Description
Starts the communication.

### Method Signature
```csharp
public abstract void Start()
```

### Namespace
Rfc1006LibNet.Advanced

### Assembly
Rfc1006LibNet.Advanced.dll
```

--------------------------------

### Example: Add Route for Total IP Range

Source: https://docs.traeger.de/en/hardware/router/teler2_teler4

An example demonstrating how to add a route for a complete IP range using a netmask. This is useful for managing larger network segments.

```bash
route add 192.168.3.0 mask 255.255.255.0 192.168.3.50
```

--------------------------------

### OPC UA Client Example in VB

Source: https://docs.traeger.de/en/software/sdk/opc-ua/net/net?do=plugin_bookcreator_addtobook

Provides a Visual Basic example for connecting to an OPC UA server, reading a node's value, and displaying it in a loop. Uses the Opc.UaFx.Client namespace.

```vb
Imports System
Imports System.Threading

Imports Opc.UaFx.Client

Namespace Client
    Public Class Program
        Public Shared Sub Main()
            Using client = New OpcClient("opc.tcp://localhost:4840")
                client.Connect()

                While True
                    Dim temperature = client.ReadNode("ns=2;s=Temperature")
                    Console.WriteLine("Current Temperature is {0} °C", temperature)

                    Thread.Sleep(1000)
                End While
            End Using
        End Sub
    End Class
End Namespace
```

--------------------------------

### OnStarted

Source: https://docs.traeger.de/en/software/sdk/rfc-1006/rfc-1006-lib-net.advanced/class.library/rfc1006libnet.advanced.rfc1006server.type?do=

Raises the Started event.

```APIDOC
## OnStarted

### Description
Raises the Started event using the specified event data.

### Method
(Not specified, likely a method call)

### Endpoint
(Not applicable for SDK methods)

### Parameters
* **eventData** - The data for the Started event.

### Request Example
(Not applicable for SDK methods)

### Response
(Not applicable for SDK methods)
```

--------------------------------

### Start Server (C/C++)

Source: https://docs.traeger.de/en/software/sdk/rfc-1006/rfc-1006-lib?do=

Use Rfc1006StartServer to initiate the server, specifying the port, IP address for binding, and maximum connections. Note that the 'Port' parameter is internally unused; use Rfc1006OpenExServer for port specification.

```c
long WINAPI
Rfc1006StartServer (int Port, LPCSTR BindIPAdr, int MaxCon);
```

--------------------------------

### Range<T> Start Property

Source: https://docs.traeger.de/en/software/sdk/s7/net/api/ips7lnk.range-1members

Gets the lower bound of the range. This property is read-only.

```csharp
public T Start { get; }
```

--------------------------------

### ips7_rdplcw Example Call

Source: https://docs.traeger.de/en/software/sdk/s7/lib/start

Example of calling the ips7_rdplcw function in PHP to read data from a PLC. This demonstrates how to pass parameters such as reference, type, starting address, count, and buffer.

```APIDOC
## Call Example

&Result = ips7_rdplcw ($Ref, ord (“M”), 0, 6,5, &W);

### Description

This example demonstrates calling the `ips7_rdplcw` function. It reads 6 bytes starting from address 0 of memory type 'M' (Flags) using a connection reference `$Ref`. The read data is stored in the buffer `&W`.

### Parameters

- **$Ref** (long) - The reference of the connection generated with IS7Open.
- **ord (“M”)** (long) - Specifies the memory area type. 'M' stands for flags.
- **0** (long) - The starting byte address for the read operation.
- **6** (long) - The number of bytes to read.
- **5** (long) - This parameter's specific function is not detailed in the provided text but is part of the function signature.
- **&W** (Buffer) - The address to the target memory in the PC where the read data will be stored.
```

--------------------------------

### S5L_RECV Configuration Example

Source: https://docs.traeger.de/en/hardware/s5/s5-lan?do=plugin_bookcreator_addtobook

Example configuration for the S5L_RECV function block, specifying parameters like database number, starting word, data type, and length for receiving data.

```S5 PLC
| : |  |  |   
| : | SPA | FB | 56   
Name | : | S5L_RECV |  |   
JDBN | : |  | KF | +00020   
JDBW | : |  | KF | +00000   
RTYP | : |  | KC | D   
```

--------------------------------

### Example S7 Read Call (PHP)

Source: https://docs.traeger.de/en/software/sdk/s7/ip-s7-link?do=

Illustrates how to call the ips7_rdplcw function in PHP to read data from a PLC. The example shows how to specify the connection reference, memory type, starting address, and count of elements to read. The buffer parameter is passed by reference.

```php
Result = ips7_rdplcw ($Ref, ord (“M”), 0, 6,5, &$W);
```

--------------------------------

### Start Receiving Cycle with AG_RECV

Source: https://docs.traeger.de/en/hardware/s7/s7-lan

Receive data using the AG_RECV function. This example receives 20 bytes into DB10 DW100 when M0.0 is active.

```step7-lad
CALL "AG_RECV"” |
| |
ID | : | = | 1 |
LADDR | : | = | W#16#0 |
RECV | : | = | P#DB10.DBX100.0 BYTE 20 |
NDR | : | = | M20.0 |
ERROR | : | = | M20.1 |
STATUS | : | = | MW21 |
LEN | : | = | MW23 |
| O | M 20.0 | |
O | M 20.1 | | |
S | M 0.0 | |
```

--------------------------------

### Start Transmission Cycle with AG_SEND

Source: https://docs.traeger.de/en/hardware/s7/s7-lan

Initiate data transmission using the AG_SEND function. This example sends 20 bytes from DB10 DW0 when M0.0 is active.

```step7-lad
CALL "AG_SEND" |
| |
ACT | : | = | M0.0 |
ID | : | = | 1 |
LADDR | : | = | W#16#0 |
SEND | : | = | P#DB10.DBX0.0 BYTE 20 |
LEN | : | = | 20 |
DONE | : | = | M15.0 |
ERROR | : | = | M15.1 |
STATUS | : | = | MW11 |
| O | M 15.0 | |
O | M 15.1 | | |
R | M 0.0 | | |
SPB | noER | | |
L | MW 11 | | |
noER | : | SET |
```

--------------------------------

### Rfc1006Server.Start Method

Source: https://docs.traeger.de/en/software/sdk/rfc-1006/rfc-1006-lib-net.advanced/class.library/rfc1006libnet.advanced.rfc1006server.start.method?do=

Starts the server and accepts client connections. This method overrides the base class method.

```APIDOC
## Rfc1006Server.Start()

### Description
Starts the server and accepts client connections.

### Method Signature
**C#**
```csharp
public override void Start()
```

### Exceptions
- **Exception**: Thrown when the server is already started.
```

--------------------------------

### S7 Rule Script: Range Examples

Source: https://docs.traeger.de/en/hardware/router/s7-firewall

Illustrates how to define ranges for operands in S7 rule scripts, specifying the number of units or a start and end operand.

```text
Example for entering ranges, with number of units: 
since Flag 60, 10 Byte: MB60, 10
since DB10, Data word 2, 5 words: DB10.DW2, 5
After the comma, the number of units required (depending on the address type, BOOL, BYTE, WORD, DWORD)
Example for entering ranges from “from” to ”:“
Flag Byte 70 bis Flag Byte 200: MB 70 – MB 200
Output A 10.2 bis Output 14.7: A 10.2 – A14.7
Just after start operands with, -, specify the end operand (end address). The end address is included!
```

--------------------------------

### OnStarting Method

Source: https://docs.traeger.de/en/software/sdk/rfc-1006/rfc-1006-lib-net.advanced/class.library/rfc1006libnet.advanced.rfc1006server.onstarting.method

Raises the Starting event using the specified event data.

```APIDOC
## OnStarting Method

### Description
Raises the Starting event using the specified event data.

### Syntax
**C#**

```csharp
protected virtual void OnStarting(
	ConnectionEventArgs e
)
```

#### Parameters
* **e** (ConnectionEventArgs) - The event data.
```

--------------------------------

### PLC Trigger Interval Setup

Source: https://docs.traeger.de/en/software/tools/s7/s7-to-excel

Sets the interval in milliseconds for checking the trigger variable or issuing a new query to the PLC. For example, 1000ms triggers every second.

```text
$PLC_TRIGGER_INTERVAL,1000
```

--------------------------------

### OnStarting Method

Source: https://docs.traeger.de/en/software/sdk/rfc-1006/rfc-1006-lib-net.advanced/class.library/rfc1006libnet.advanced.rfc1006server.onstarting.method?do=plugin_bookcreator_addtobook

Raises the Starting event using the specified event data.

```APIDOC
## OnStarting(ConnectionEventArgs e)

### Description
Raises the Starting event using the specified event data.

### Method
protected virtual void

### Parameters
#### Parameters
- **e** (ConnectionEventArgs) - The event data.
```

--------------------------------

### Rfc1006Client.Start Method

Source: https://docs.traeger.de/en/software/sdk/rfc-1006/rfc-1006-lib-net.advanced/class.library/rfc1006libnet.advanced.rfc1006client.start.method

Starts the connecting of the client to the server.

```APIDOC
## Rfc1006Client.Start Method

### Description
Starts the connecting of the client to the server.

### Syntax
**C#**

```csharp
public override void Start()
```

### Namespace
Rfc1006LibNet.Advanced

### Assembly
Rfc1006LibNet.Advanced (in Rfc1006LibNet.Advanced.dll) Version: 1.0.2.0 (1.0.5.3)
```

--------------------------------

### Program Samples

Source: https://docs.traeger.de/en/software/sdk/s7/lib?do=

Examples of how to use the S7 library functions in C/C++, Delphi, and VB.

```APIDOC
## Program samples
#### C/C++
```
 unsigned char ByteBuffer[512];  
 unsigned short int WordBuffer[512]; 
 
 //Call ByteFunction e.g. read DB 10, from DW0, 10 words  
 IPS7RdW (Ref,'D',10, 0, 10, WordBuffer);
 
 //Call ByteFunction e.g. read MB 0 , 10 bytes  
 IPS7RdB (Ref,'M' ,0, 0, 10, ByteBuffer); 
```

After successful call, the data is be stored as: 
PC | = | PLC   
---|---|---
WordBuffer[0] | = | DB10.DBW0   
WordBuffer[1] | = | DB10.DBW2   
WordBuffer[2] | = | DW10.DBW4   
ByteBuffer[0] | = | MB 0   
ByteBuffer[1] | = | MB 1   
#### Delphi
```
  ByteBuffer array [0..511] of Byte; 
  WordBuffer array [0..511] of Word;  
 
  //Call WordFunction e.g. read DB 10, from DW0, 10 words  
  IPS7RdW (Ref, LongWord ('D'), 10, 0, 10, @WordBuffer[0]);  
 
  //Call ByteFunction e.g. read MB 0 , 10 bytes 
  IPS7RdB (Ref,'M' ,0, 0, 10, @ByteBuffer[0]); 
```

#### VB
```
  Dim ByteBuffer (0 to 511) as Byte; 
  Dim WordBuffer (0..511) as Word; 
 
  //Call WordFunction e.g. read DB 10, from DW0, 10 words
  IPS7RdW (Ref, 68, 10, 0, 10, WordBuffer(0)) 
 
  //Call ByteFunction e.g. read MB 0 , 10 bytes
  IPS7RdB (Ref, 77, 0, 0, 10, ByteBuffer(0)); 
 
```

After successful call, the data is be stored as: 
PC | = | PLC   
---|---|---
WordBuffer[0] | = | DB10.DBW0   
WordBuffer[1] | = | DB10.DBW2   
WordBuffer[2] | = | DW10.DBW4   
ByteBuffer[0] | = | MB 0   
ByteBuffer[1] | = | MB 1   
```

--------------------------------

### Rfc1006Server.OnStarting Method

Source: https://docs.traeger.de/en/software/sdk/rfc-1006/rfc-1006-lib-net.advanced/class.library/rfc1006libnet.advanced.rfc1006server.onstarting.method?do=

Raises the Starting event using the specified event data.

```APIDOC
## Rfc1006Server.OnStarting Method

### Description
Raises the Starting event using the specified event data.

### Syntax
**C#**

```csharp
protected virtual void OnStarting(
	ConnectionEventArgs e
)
```

#### Parameters
* **e** (ConnectionEventArgs) - The event data.
```

--------------------------------

### Initialize Range<T> Constructor

Source: https://docs.traeger.de/en/software/sdk/s7/net/api/ips7lnk.range-1members

Use this constructor to create a new Range<T> instance with specified start and end values. Ensure that 'start' is not null and 'start' is strictly less than 'end'.

```csharp
public Range(T start, T end)
```

--------------------------------

### Program Samples

Source: https://docs.traeger.de/en/software/sdk/s7/ip-s7-link?do=plugin_bookcreator_addtobook

Code examples demonstrating how to use IP-S7 Link functions in C/C++, Delphi, and VB.

```APIDOC
## Program Samples

### C/C++

```c
 unsigned char ByteBuffer[512];  
 unsigned short int WordBuffer[512]; 

 //Call ByteFunction e.g. read DB 10, from DW0, 10 words  
 IPS7RdW (Ref,'D',10, 0, 10, WordBuffer);

 //Call ByteFunction e.g. read MB 0 , 10 bytes  
 IPS7RdB (Ref,'M' ,0, 0, 10, ByteBuffer); 
```

After successful call, the data is be stored as:

PC | = | PLC   
---|---|---
WordBuffer[0] | = | DB10.DBW0   
WordBuffer[1] | = | DB10.DBW2   
WordBuffer[2] | = | DW10.DBW4   
ByteBuffer[0] | = | MB 0   
ByteBuffer[1] | = | MB 1   

### Delphi

```delphi
  ByteBuffer array [0..511] of Byte;
  WordBuffer array [0..511] of Word;

  //Call WordFunction e.g. read DB 10, from DW0, 10 words  
  IPS7RdW (Ref, LongWord ('D'), 10, 0, 10, @WordBuffer[0]);

  //Call ByteFunction e.g. read MB 0 , 10 bytes 
  IPS7RdB (Ref,'M' ,0, 0, 10, @ByteBuffer[0]);
```

### VB

```vb
  Dim ByteBuffer (0 to 511) as Byte;
  Dim WordBuffer (0..511) as Word;

  //Call WordFunction e.g. read DB 10, from DW0, 10 words
  IPS7RdW (Ref, 68, 10, 0, 10, WordBuffer(0))

  //Call ByteFunction e.g. read MB 0 , 10 bytes
  IPS7RdB (Ref, 77, 0, 0, 10, ByteBuffer(0));
```

After successful call, the data is be stored as:

PC | = | PLC   
---|---|---
WordBuffer[0] | = | DB10.DBW0   
WordBuffer[1] | = | DB10.DBW2   
WordBuffer[2] | = | DW10.DBW4   
ByteBuffer[0] | = | MB 0   
ByteBuffer[1] | = | MB 1   
```

--------------------------------

### OPC UA Client Example in C#

Source: https://docs.traeger.de/en/software/sdk/opc-ua/net/net?do=plugin_bookcreator_addtobook

Demonstrates how to connect to an OPC UA server, read a node's value, and continuously display it. Requires the Opc.UaFx.Client namespace.

```csharp
namespace Client
{
    using System;
    using System.Threading;

    using Opc.UaFx.Client;

    public class Program
    {
        public static void Main()
        {
            using (var client = new OpcClient("opc.tcp://localhost:4840")) {
                client.Connect();

                while (true) {
                    var temperature = client.ReadNode("ns=2;s=Temperature");
                    Console.WriteLine("Current Temperature is {0} °C", temperature);

                    Thread.Sleep(1000);
                }
            }
        }
    }
}
```

--------------------------------

### OPC UA Client Example

Source: https://docs.traeger.de/en/software/sdk/opc-ua/net/net

Demonstrates how to connect to an OPC UA server, read a node's value, and continuously display it. Requires the Opc.UaFx.Client namespace.

```C#
namespace Client
{
    using System;
    using System.Threading;

    using Opc.UaFx.Client;

    public class Program
    {
        public static void Main()
        {
            using (var client = new OpcClient("opc.tcp://localhost:4840")) {
                client.Connect();

                while (true) {
                    var temperature = client.ReadNode("ns=2;s=Temperature");
                    Console.WriteLine("Current Temperature is {0} °C", temperature);

                    Thread.Sleep(1000);
                }
            }
        }
    }
}
```

```VB
Imports System
Imports System.Threading

Imports Opc.UaFx.Client

Namespace Client
    Public Class Program
        Public Shared Sub Main()
            Using client = New OpcClient("opc.tcp://localhost:4840")
                client.Connect()

                While True
                    Dim temperature = client.ReadNode("ns=2;s=Temperature")
                    Console.WriteLine("Current Temperature is {0} °C", temperature)

                    Thread.Sleep(1000)
                End While
            End Using
        End Sub
    End Class
End Namespace
```

--------------------------------

### Start Client Connection

Source: https://docs.traeger.de/en/software/sdk/rfc-1006/rfc-1006-lib-net.advanced/class.library/rfc1006libnet.advanced.rfc1006client.start.method

Call this method to begin the client's connection process to the server. Ensure the Rfc1006Client class is properly instantiated.

```csharp
public override void Start()
```

--------------------------------

### Rfc1006StartServer

Source: https://docs.traeger.de/en/software/sdk/rfc-1006/rfc-1006-lib?do=

Starts the server, allowing it to accept connections opened by Rfc1006OpenServer or Rfc1006OpenExServer. Connections can be dynamically added or removed while the server is running.

```APIDOC
## Rfc1006StartServer

### Description
Starts the server, allowing it to accept connections opened by Rfc1006OpenServer or Rfc1006OpenExServer. Connections can be dynamically added or removed while the server is running.

### Parameters
#### Path Parameters
- **Port** (32-Bit value) - Required - ATTENTION: This parameter is internally not used anymore. Use Rfc1006OpenExServer instead to specify the port of a connection.
- **IPBindAdr** (Pointer to a “0”-terminated String) - Required - IP address of the network card where to run the connection. NULL or an empty string allows for the connection to all NICs.
- **MaxCon** (32-Bit value) - Required - Maximum number of connections that can maintain the server.

### Return Value
- **> 0** (32-Bit signed value) - OK - Server is started.
- **-10** (32-Bit signed value) - Server still running. - Rfc1006StartServer already called.
- **-11** (32-Bit signed value) - Server couldn't be started - Errors occurred when starting the server threads.
- **-15** (32-Bit signed value) - The desired port is in use. - Binding couldn't be established.
```

--------------------------------

### PHP cURL Example for S7-Web-LINK

Source: https://docs.traeger.de/en/software/tools/s7/s7-web-link?do=plugin_bookcreator_addtobook

Example demonstrating how to read data from an S7 PLC using PHP and cURL with JSON POST requests.

```php
<?php
// The data to send to the API
$postData = array(
    "Auth" => "password",
    "Connection" => array(
        "IPAddr" => "127.0.0.1"
    ),
    "Read" => array(
        array(
            "Addr" => "DB1000.DBB 304",
            "Type" => "string",
            "Length" => 10
        ),
        array(
            "Addr" => "DB1000.DBX 322.0",
            "Type" => "byte"
        )
    )
);
 
// Setup cURL
$ch = curl_init("https://127.0.0.1");
curl_setopt_array($ch, array(
    CURLOPT_POST => TRUE,
    CURLOPT_RETURNTRANSFER => TRUE,
    CURLOPT_HTTPHEADER => array(
        'Content-Type: application/json'
    ),
    CURLOPT_POSTFIELDS => json_encode($postData)
));
 
// Send the request
$response = curl_exec($ch);
 
// Check for errors
if($response === FALSE){
    die(curl_error($ch));
}
 
// Decode the response
$responseData = json_decode($response, TRUE);
 
// Print the date from the response
var_dump($responseData);
?>
```

--------------------------------

### Get or Set Receive Timeout in C#

Source: https://docs.traeger.de/en/software/sdk/rfc-1006/rfc-1006-lib-net.advanced/class.library/rfc1006libnet.advanced.rfc1006base.receivetimeout.property

This C# syntax demonstrates how to get or set the ReceiveTimeout property. The default value is defined by DefaultReceiveTimeout.

```csharp
public int ReceiveTimeout { get; set; }
```

--------------------------------

### OPC UA Client Example in C#

Source: https://docs.traeger.de/en/software/sdk/opc-ua/opc-ua.framework.advanced/start?do=plugin_bookcreator_addtobook

Connects to an OPC UA server and continuously reads the 'Temperature' node. Requires the Opc.UaFx.Client namespace.

```C#
namespace Client
{
    using System;
    using System.Threading;

    using Opc.UaFx.Client;

    public class Program
    {
        public static void Main()
        {
            using (var client = new OpcClient("opc.tcp://localhost:4840")) {
                client.Connect();

                while (true) {
                    var temperature = client.ReadNode("ns=2;s=Temperature");
                    Console.WriteLine("Current Temperature is {0} °C", temperature);

                    Thread.Sleep(1000);
                }
            }
        }
    }
}
```

--------------------------------

### Read Historical Data - Open Time Frame (Start Time)

Source: https://docs.traeger.de/en/software/sdk/opc-ua/net/client.development.guide?do=

Reads all historical values from a specific start time forward for a given node.

```APIDOC
## Read Historical Data - Open Time Frame (Start Time)

### Description
Reads all historical values from a specific start time forward for a given node.

### Method
client.ReadNodeHistory

### Parameters
- **startTime** (DateTime) - Required - The start of the time frame.
- **endTime** (DateTime) - Optional - The end of the time frame.
- **nodeId** (string) - Required - The NodeId of the node to read history from.

### Request Example
```csharp
var startTime = new DateTime(2017, 2, 16, 10, 0, 0);
var history = client.ReadNodeHistory(
        startTime, null, "ns=2;s=Machine/Job/Speed");
```

### Response
#### Success Response
- **history** (IEnumerable<OpcHistoryValue>) - A collection of historical values.
```

--------------------------------

### Start Server (Delphi)

Source: https://docs.traeger.de/en/software/sdk/rfc-1006/rfc-1006-lib?do=

Delphi declaration for Rfc1006StartServer. This function starts the server, accepting connections opened via Rfc1006OpenServer/Rfc1006OpenExServer. Ensure the DLL 'Rfc1006Lib.dll' is accessible.

```delphi
FUNCTION
Rfc1006StartServer (Port : LongWord; BindIPAdr : PAnsiChar; MaxCon : LongWord): LongInt;
			stdcall; external 'Rfc1006Lib.dll';
```

--------------------------------

### Read Word Data with PLC Addressing

Source: https://docs.traeger.de/en/software/sdk/s7/lib?do=

Reads data word-wise using PLC addressing for start addresses. Use to access unsigned start addresses.

```c
IPS7RdPlcW (long Ref, long Address, long Size, unsigned short* Data);
```
Tokens:
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