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Quick compiler construction using uniform code generators

Ronald L. Lancaster, Victor B. Schneider

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Abstract

Abstract This paper describes our experience in using a common set of code generating subroutines as the basis for compilers of ALGOL W, ALGOL 60 and subsets of PL/I and COBOL. The advantages of using a common set of primitives for implementing more than one compiler include: (1) greatly reduced effort to implement additional languages; (2) simplified maintenance of the generated compilers; (3) standardized diagnostic messages for all compilers implemented using this system; and (4) simplified documentation of the compilers.

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What this paper is about

Abstract This paper describes our experience in using a common set of code generating subroutines as the basis for compilers of ALGOL W, ALGOL 60 and subsets of PL/I and COBOL. The advantages of using a common set of primitives for implementing more than one compiler include: (1) greatly reduced effort to implement additional languages; (2) simplified maintenance of the generated compilers; (3) standardized diagnostic messages for all compilers implemented using this system; and (4) simplified documentation of the compilers.

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Available abstract

Abstract This paper describes our experience in using a common set of code generating subroutines as the basis for compilers of ALGOL W, ALGOL 60 and subsets of PL/I and COBOL. The advantages of using a common set of primitives for implementing more than one compiler include: (1) greatly reduced effort to implement additional languages; (2) simplified maintenance of the generated compilers; (3) standardized diagnostic messages for all compilers implemented using this system; and (4) simplified documentation of the compilers.

Key concepts: Compiler, COBOL, Computer science, Programming language, Subroutine, Set (abstract data type), Compiler construction, Code (set theory)

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