Consider the following process for generating binaries. A compiler is used to generate the object code for individual modules, and a linkage editor is used to combine multiple object modules into a single program binary. How does the linkage editor change the binding of instructions and data to memory addresses? What information needs to be passed from the compiler to the linkage editor to facilitate the memory-binding tasks of the linkage editor?

Question

Eugene Diaz

Computers & Technology

15 July, 07:28

Consider the following process for generating binaries. A compiler is used to generate the object code for individual modules, and a linkage editor is used to combine multiple object modules into a single program binary. How does the linkage editor change the binding of instructions and data to memory addresses? What information needs to be passed from the compiler to the linkage editor to facilitate the memory-binding tasks of the linkage editor?

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Answers (1)

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Jack Meza · Answer 1

The answer of this question is described in the explanation part.

Explanation:

The connection operator will substitute unresolved conceptual addresses with the real addresses aligned with either the end system decimal parameters. To do this, the modules should keep records of directives which relate to ambiguous signals. In the relating, each configuration in the application framework binary is assigned a pattern of domain names. This has been done, problematic connections to objects imported by this unit may be substituted in other frameworks because each other system would contain the set of instructions to be repaired for.