This Section will describe how easily CodePorting.Native Cs2Cpp can be used to port Simple C# Projects to C++: Read More »

This Section will describe how easily CodePorting.Native Cs2Cpp can be used to port Dependent C# Projects to C++: Read More »

Qt is a widely used C++ framework. It provides the libraries for many usecases. There is also an IDE available which is called Qt Creator. This page contains information on how these can be used with CodePorting.Native Cs2Cpp. Qt data types conversion Qt libraries provide many general use data types (e. g. strings, collections, I/O primitives and so on). They also contain many graphical types (colors, brushes, pens and so on). Read More »

This Section will describe how easily CodePorting.Native Cs2Cpp can be used to port Complex C# Projects to C++: Read More »

This section provides a set of examples demonstrating some C# code constructions and what they become in C++ code after migration. Below is the list of available examples: Read More »

Overview There is a number of attributes recognized by CodePorting.Native Cs2Cpp. These include both widely-known attributes introduced by .NET or third party libraries such as NUnit and special attributes introduced by CodePorting.Native Cs2Cpp itself. The former attributes can be used in the same way as they are used normally in C# applications. The later can be placed into source code manually to prepare the code for porting; they are defined in CsToCppPorter namespace. Read More »

CodePorting.Native Cs2Cpp porting application configuration files are of plain XML format. This section describes the meaning of allowed elements and attributes. Read More »

Ported projects are being built by means of Cmake. Specify target platform you want to build your binaries for. Use standard Cmake means to do so. If building for platform different from the one you were using to port your binaries (e. g. for Linux), copy all files of ported project to this new platform and make sure to supply correct references to location of CodePorting.Native Cs2Cpp distribution package on this new platform. Read More »

Sometimes there’s a need to inject some C++ code into your ported C# code. If porting your code just once, you can do this after port comletes. However, if you are setting up a pipeline for porting some code continuously (e. g. to port each version of your product), it is easier to let porter do this job. There are several features providing this behavior. Definition replacement Placing ‘CppSkipDefinition’ attribute at some method will remove this method’s definition (but not declaration) from ported code. Read More »

Introduction Due to the fact that C++ allows to allocate an exception on stack, when in C# language exception is a reference type, it was necessary to design a solution which allows to extend exception instance lifetime and preserve its type without losing an opportunity to use exception in the common for C++ way. Problem description Due to the fact that C# exceptions are represented as object type it can be stored or caught with exception type trimming. Read More »

This page contains information about the Limitations and Bugs of CodePorting.Native Cs2Cpp and Library: Read More »