Translator writing systems

Author:

Feldman Jerome1,Gries David1

Affiliation:

1. Stanford Univ., Stanford, CA

Abstract

A critical review of recent efforts to automate the writing of translators of programming languages is presented. The formal study of syntax and its application to translator writing are discussed in Section II. Various approaches to automating the postsyntactic (semantic) aspects of translator writing are discussed in Section III, and several related topics in Section IV.

Publisher

Association for Computing Machinery (ACM)

Subject

General Computer Science

Reference256 articles.

1. The Communications of the ACM and to a lesser extent the Computer Journal of the British Computer Society are the major journals for publications on translator writing. See especially Comm. ACM 4 (Jan. 61) 7 (Feb. 64) and 9 (Mar. 66).]] The Communications of the ACM and to a lesser extent the Computer Journal of the British Computer Society are the major journals for publications on translator writing. See especially Comm. ACM 4 (Jan. 61) 7 (Feb. 64) and 9 (Mar. 66).]]

2. Other general references: Che 64a Flo 64b Hals 62 Knu 62 Ran 64 Ros 64b Weg 62 Wil 64b.]] Other general references: Che 64a Flo 64b Hals 62 Knu 62 Ran 64 Ros 64b Weg 62 Wil 64b.]]

3. Formal descriptions of various programming languages: Bac 59 Ber 62 Brook 61 BroS 63 EvA 64 Gor 61 IBM 66 Naur 60 63b Rab 62 Samm 61 Shaw 63 Tay 61 Wir 66b 66c.]] Formal descriptions of various programming languages: Bac 59 Ber 62 Brook 61 BroS 63 EvA 64 Gor 61 IBM 66 Naur 60 63b Rab 62 Samm 61 Shaw 63 Tay 61 Wir 66b 66c.]]

4. Che 64c Chom 63 Flo 64b Gin 66a Ir 61 Kun 62 Naur 60 War 64.]] Che 64c Chom 63 Flo 64b Gin 66a Ir 61 Kun 62 Naur 60 War 64.]]

5. Operator precedence: Ar 66 Flo 63 Gall 67 Grie 65.]] Operator precedence: Ar 66 Flo 63 Gall 67 Grie 65.]]

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