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Most C++ compilers will have options to produce assembly output. &nbsp;If you have a C++ compiler for the IBM computer that does, you could use that.<br />
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Forget trying to take the assembly ooutput for an x86 computer and convert it to 3270 assembly. &nbsp;It would be a huge task. &nbsp;You would probably be better of starting from scratch<br />

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Most C++ compilers will have options to produce assembly output.  If you have a C++ compiler for the IBM computer that does, you could use that.

Forget trying to take the assembly ooutput for an x86 computer and convert it to 3270 assembly.  It would be a huge task.  You would probably be better of starting from scratch


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Try and get a __Native__ C++ compiler for your IBM system. Then recompile on this platform. &nbsp;Forget about trying to compile on your PC.<br />

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Try and get a __Native__ C++ compiler for your IBM system. Then recompile on this platform.  Forget about trying to compile on your PC.


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If I were you, I'd purchase a cross-compiler. &nbsp;They are only about $500 million!!<br />

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If I were you, I'd purchase a cross-compiler.  They are only about $500 million!!


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Does anyone know if there is a way to convert a .cpp program,using either Borland 5.02 or MS Visual C++ 5, to an assembly program that can be used by an IBM 3270 system?<br />

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Does anyone know if there is a way to convert a .cpp program,using either Borland 5.02 or MS Visual C++ 5, to an assembly program that can be used by an IBM 3270 system?


C++ to Assembly

C++ is an intermediate-level general-purpose programming language, not to be confused with C or C#. It was developed as a set of extensions to the C programming language to improve type-safety and add support for automatic resource management, object-orientation, generic programming, and exception handling, among other features.