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DOS/VS COBOL
Not Supported
The architecture of DOS/VS COBOL comprised several key components: the COBOL compiler, the linkage editor, and the runtime environment. The COBOL compiler translated COBOL source code into object code....
DOS/VS PL/I
Not Supported
The architecture of DOS/VS PL/I centered around the PL/I compiler, linkage editor, and runtime library. The compiler translated source code into machine...
PL/I for VSEn
Active
The architecture of PL/I for VSEn centers around the PL/I compiler, linkage editor, and runtime library. The compiler translates PL/I source code into machine code, optimizing for the z/VSE...
OS PL/I
Not Supported
The OS PL/I architecture comprised several key components: the compiler, the linker, and the runtime libraries. The compiler translated PL/I source code into object code, utilizing a multi-pass...
PL/I for MVS and VM
Not Supported
The architecture of PL/I for MVS and VM involves several key components. The PL/I compiler translates source code into object code. The linkage editor combines...
Enterprise PL/I
Active
The architecture of Enterprise PL/I on z/OS comprises several key components. The compilation process involves a preprocessor, compiler, optimizer, and code generator. The preprocessor handles macro expansion...
VisualAge PL/I for OS/390
Not Supported
The architecture of VisualAge PL/I for OS/390 consists of several key components. The PL/I compiler is the central component, responsible...
VS APL
Not Supported
The architecture of VS APL comprised several key components. The APL interpreter itself was the core component, responsible for parsing and executing APL code. The workspace manager handled the storage...
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Ada/370
Not Supported
The architecture of Ada/370 comprised several key components: the compiler, linker, and runtime library. The compiler translated Ada source code...
VS BASIC
Not Supported
VS BASIC's architecture was centered around the mainframe environment, with key components including the VS BASIC interpreter, the terminal interface, and...
BASIC/VM
Not Supported
The architecture of BASIC/VM comprised the BASIC/VM interpreter and the z/VM operating system. The interpreter processed BASIC/VM code, while z/VM provided the execution...
BASIC/MVS
Supported
The architecture of BASIC/MVS on z/OS comprises several key components. The primary components include the BASIC/MVS compiler, the runtime environment, and the z/OS operating...
VS Pascal
Supported
The architecture of VS Pascal on z/OS and z/VM comprises several key components that work together to enable Pascal program execution. The...
Pascal/VS
Not Supported
The architecture of Pascal/VS comprised several key components. The compiler translated Pascal source code into object code. The linker combined object modules and...
VS Prolog
Not Supported
The architecture of VS Prolog comprised several key components. The inference engine was responsible for performing logical reasoning and deriving conclusions from facts and rules. The knowledge base stored facts...
VM/Prolog
Not Supported
The architecture of VM/Prolog comprised several key components. The Prolog interpreter was the core, responsible for parsing and executing Prolog code. The knowledge base stored facts...
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Prolog for 370
Not Supported
The architecture of Prolog for 370 comprised several key components. The Prolog interpreter was the core, responsible for parsing and executing Prolog code. The knowledge base stored facts...
SAA AD/Cycle Prolog for MVS and VM
Not Supported
The architecture of SAA AD/Cycle Prolog for MVS and VM comprised several key components. The `PROLOGC` compiler translated Prolog source code into an intermediate representation. The runtime system managed program...
Common LISP for MVS
Not Supported
The architecture of Common LISP for MVS comprised several key components. The LISP interpreter was the core, responsible for evaluating LISP expressions. The compiler translated LISP code into...
The architecture of the Compiler and Library for REXX on zSeries comprises several key components that work together to compile and execute REXX programs on z/OS and z/VM. The...
APL/CMS
Not Supported
The APL/CMS architecture comprised several key components. The APL interpreter was responsible for processing APL code, handling syntax and executing operations. The CMS file...
SAS/C
Supported
The SAS/C architecture comprises several key components: the compiler (`cc`), the linker (`link`), and the runtime libraries. The compiler translates C source code into...
SAS
Active
The SAS architecture is centered around the SAS System, which manages the execution of SAS programs and the interaction between its components. Key components include SAS...
Waterloo C
Not Supported
Waterloo C's architecture comprised a compiler, linker, and runtime libraries. The compiler translated C source code into object code. The linker...
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