Packet Sniffer SDK (DLL Edition) is the most powerful component suite for network packet capture.
Packet Sniffer SDK is based on the Windows NT framework and offers interfaces for applications, the Win32 API and networking libraries.
It can be used as a native library to create network applications for Windows operating system.
Packet Sniffer SDK is also available as DLL and ActiveX control.
The DLL is written in C and supports DLL injection and DLL redefinition.
The ActiveX control is implemented as an OCX control that is available in user interface or standalone.
The controls provide standard Microsoft MFC objects to interact with the control.
Packet Sniffer SDK for Windows VCL Edition:
Packet Sniffer SDK for Windows VCL Edition (VCL Edition) is the most powerful component suite for network packet capture.
Packet Sniffer SDK for Windows VCL Edition (VCL Edition) is available as a component as well as as a static and dynamic library.
The VCL Edition is coded in C++ and contains all classes, objects and functions provided by the SDK.
The components can be used to create applications that capture raw network traffic for Windows operating systems.
Packet Sniffer SDK for Windows VCL Edition has interfaces for applications, the Windows API and networking libraries.
It can be used as a native library to create network applications for Windows operating system.
Packet Sniffer SDK for Windows VCL Edition is available as a component and as a static and dynamic library.
The VCL Edition is coded in C++ and contains all classes, objects and functions provided by the SDK.
The components can be used to create applications that capture raw network traffic for Windows operating systems.
Packet Sniffer SDK for Windows static libraries for VC versions 6.0 and later:
Packet Sniffer SDK for Windows static libraries for VC versions 6.0 and later (static libraries) is the most powerful component suite for network packet capture.
Packet Sniffer SDK for Windows static libraries for VC versions 6.0 and later (static libraries) is available as a component as well as as a static and dynamic library.
Packet Sniffer SDK for Windows static libraries for VC versions 6.0 and later contains all classes, objects and functions provided by the SDK.
The static libraries can be used to create applications that capture raw network traffic for Windows operating systems.
Packet Sn eea19f52d2
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Nim is a programming language developed by Benedikt Meurer at the Max Planck Institute for Informatics in 2014. The new programming language is claimed to be suitable for highly concurrent, reliable and efficient programming. Nim strives to be a compiled programming language and is often compared to Go.
Nim Basics
Nim is a language for building high performance software. Nim was initially developed as a faster alternative to Java, and Go.
The language is statically typed and has a large collection of types, data types, enumerations, structures, unions, and tuples. It is based on a syntax similar to those used in C, C++, Pascal, and Java.
The language also has a garbage collector and multi-threading support. It can be used with both statically and dynamically allocated memory.
Nim does not use the “virtual machine” concept. This means that it runs directly on the processor. All classes are explicitly instantiated before execution.
The language is compiled to binary code.
Nim Development Process
Nim was created by Benedikt Meurer, a software developer at the Max Planck Institute for Informatics. He published a paper on his programming language.
The language is created to be as cross-platform as possible. This can be achieved by using the Nim interpreter and compiler as separate processes.
The Nim compiler is written in Nim, and the Nim interpreter is written in C.
Nim documentation is written in the same language as the compiler and interpreter.
Nim Language Basics
Syntax:
The code for Nim is written in the same language as the compiler and interpreter.
Nim has a basic syntax and contains three types of reserved words:
Identifiers
Functions
Statements
Built-in Functions
There are over forty built-in functions that can be used. These functions are listed in the following table.
Operators
There are over forty built-in operators that can be used. These operators are listed in the following table.
Comments
It is possible to comment a line of code.
Documentation
Nim documentation is written using the same language as the compiler and interpreter.
The documentation is organized in chapters and the language basics have their own chapter. The code for the documentations can be downloaded as a zip file from the Nim website.
Example
This is a list of statements that are used
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