Abstract: Systems, apparatuses, and methods for converting computer program source code from a first high level language to a functionally equivalent second high level language different from the first high level language. Source code in a first high level language that includes a plurality of name spaces is analyzed by a code conversion tool. A data structure representing the source code in the first language is generated that includes at least an identification of each symbol used within the source code in the first language. An identifier is generated for each of the identified symbols, wherein the identifier is globally unique within an entire codebase of the source code in the first high level language. Source code in the second high level programming language is generated that is functionally equivalent to the source code in the first high level programming language.

Abstract: Systems, apparatuses, and methods for converting computer program source code from a first high level language to a functionally equivalent second high level language different from the first high level language. Source code in a first high level language that includes implicitly created temporary objects is analyzed. Source code in the second high level programming language is generated that is functionally equivalent to the source code in the first high level programming language. The second high level language does not support temporary objects. For temporary objects identified in the first high level source language, source code is generated to explicitly create and track a corresponding object within a similar scope. In addition, source code is generated to destroy the explicitly created object at a time that generally corresponds to destruction of the temporary object in the original source language.

Abstract: Systems, apparatuses, and methods for converting computer program source code from a first high level language to a functionally equivalent second high level language different from the first high level language. Source code in a first high level language is analyzed. In response to identifying a derived class in the source code in and determining that the derived class includes more than one base class that includes state information, new source code in the second high level language is generated that includes a class with fields for only one of the base classes that includes state information, separate interfaces in the second high level language that correspond to each base class of the more than one base class other than the one of the base classes that includes state information, and a derived class that corresponds to the derived class in the first high level language. The derived class implements the separate interfaces.

Abstract: Systems, apparatuses, and methods for converting computer program source code from a first high level language to a functionally equivalent second high level language different from the first high level language. Source code in a first high level language is analyzed. In response to identifying a derived class in the source code in and determining that the derived class includes more than one base class that includes state information, new source code in the second high level language is generated that includes a class with fields for only one of the base classes that includes state information, separate interfaces in the second high level language that correspond to each base class of the more than one base class other than the one of the base classes that includes state information, and a derived class that corresponds to the derived class in the first high level language. The derived class implements the separate interfaces.

Abstract: Systems, apparatuses, and methods for converting computer program source code from a first high level language to a functionally equivalent second high level language different from the first high level language. Source code in a first high level language that includes a plurality of name spaces is analyzed by a code conversion tool. A data structure representing the source code in the first language is generated that includes at least an identification of each symbol used within the source code in the first language. An identifier is generated for each of the identified symbols, wherein the identifier is globally unique within an entire codebase of the source code in the first high level language. Source code in the second high level programming language is generated that is functionally equivalent to the source code in the first high level programming language.

Abstract: Systems, apparatuses, and methods for converting computer program source code from a first high level language to a functionally equivalent second high level language different from the first high level language. Source code in a first high level language that includes implicitly created temporary objects is analyzed. Source code in the second high level programming language is generated that is functionally equivalent to the source code in the first high level programming language. The second high level language does not support temporary objects. For temporary objects identified in the first high level source language, source code is generated to explicitly create and track a corresponding object within a similar scope. In addition, source code is generated to destroy the explicitly created object at a time that generally corresponds to destruction of the temporary object in the original source language.