Generate implicit special methods and output cpp code.

Recursively evaluate templates and generate expanded cpp code.

Special case this pointer and void pointer.

correct names (camel case, capitalized classes etc.).

A lot of work on multi dimension arrays.

Putting in comments/defines from original.

Should be able to take the address of an enumerator.

Cast operators other than C style cast should not resolve overloaded operator cast.

Destructor calls on static duration objects.

This is an incomplete and fluid list of items that need doing before the initial release. The CDT walking code is based loosely on code I found (and lost the url) on the web (also licensed under the Apache license). This project is licensed under the Apache license.

These are the JAR files I use to get this code to run.They are from Eclipse Juno (4.2.x) and CDT 8.1.1 for Eclipse Juno.Additionally, jOOR is required by the runtime template handling code. Please note these are from a separate project with separate licenses. _50.1.1.v201304230130.jar (I needed it at run-time once to fix a logging error).Eclipse CDT is notin Maven central, or any repository I could find, butfor your convenience, private copies ofcertain JARS are shipped in the lib/ directory: The following lines give an indication of what generated code using pointers looks like. overloaded operator new and operator delete memory managementĮverything else should work with the initial release.template code generation (generics to be used instead).The below items will not be handled by the initial release: The project is about three quarters of the way to an initial release. Where that is not possible, a TODO should appear in the generated source code. This project aims to convert C++ code to high level Java source code.

C to java code converter