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Inhaltsangaben
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Zusammenfassungen

Buch, Hörbücher:

Programmiersprachen und Interpreter

Seite 9

Language Design and Programming Methodology: Proceedings of a Symposium, Held in Sidney, Australia, September 10-11, 1979 (Lecture Notes in Computer Science (79), Band 79)

J. M. Tobias

Taschenbuch

The module: A system structuring facility in high-level programming languages. - The evolution of the unix time-sharing system. - Pascal versus C : A subjective comparison. - Why recursion? . - On the prime example of programming. - Describing the complete effects of programs. - Pattern-matching commands. - A language for describing concepts as programs. - A human movement language for computer animation. - Algebraic specifications and transition graphs. - Dasim1: A practical exercise in data abstraction. - The design of a successor to pascal. - Dopls: A new type of programming language. - A personal computer based on a high-level language. - An experiment in software science. - A critique of modula. - A comparison of two notations for process communication.

Design and Implementation of Programming Languages: Proceedings of a DoD Sponsored Workshop, Ithaca, October 1976 (Lecture Notes in Computer Science (54), Band 54)

J. H. Williams, D. A. Fisher

Taschenbuch

Section I the common programming language effort of the department of defense. - Section I I data types. - Section I I I parallel processing, machine dependency and program verification. - Section I V programming language specifications, optimization and run-time support systems. - A note on pointers. - Some issues in data types and type checking. - Models of data objects and data types. - Encapsulated data types and generic procedures. - Run-time checking of data access in pascal-like languages. - A language design for structured concurrency. - Language features for parallel processing and resource control. - Separate definition and compilation in lis and its implementation. - Requirements for real-time languages. - Remarks on the impact of program verification on language design. - Target computer independent optimization procedures for metacompilers. - The need for optimization standards. - A reminder for language designers. - The tinman and communications applications. - Programming language design issues. - Parallel processing and modular software construction. - After-dinner speech. - Tinman needed characteristics.