Guardians in a generation-based garbage collector

Author:

Dybvig R. Kent,Bruggeman Carl,Eby David

Abstract

This paper describes a new language feature that allows dynamically allocated objects to be saved from deallocation by an automatic storage management system so that clean-up or other actions can be performed using the data stored within the objects. The program has full control over the timing of clean-up actions, which eliminates several potential problems and often eliminates the need for critical sections in code that interacts with clean-up actions. Our implementation is “generation-friendly” in the sense that the additional overhead within a generation-based garbage collector is proportional to the work already done there, and the overhead within the mutator is proportional to the number of clean-up actions actually performed.

Publisher

Association for Computing Machinery (ACM)

Subject

Computer Graphics and Computer-Aided Design,Software

Reference11 articles.

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2. Ken Dickey. private communication. Ken Dickey. private communication.

3. R. Kent Dybvig David Eby and Carl Bruggeman. Flexible and efficient storage management using a segmented heap. in preparation. R. Kent Dybvig David Eby and Carl Bruggeman. Flexible and efficient storage management using a segmented heap. in preparation.

4. A new approach to procedures with variable arity

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