machine code

Examples of assembly language

assembly language
The second segment is dedicated to a study of the basic elements of machine organization, machine language, and assemblylanguage.
Assemblylanguage is a textual representation of instructions.
This data type stands in the same relation to an assemblylanguage that an abstractsyntax tree stands in relation to a programming language.
The big wins are that complexity elsewhere is reduced, and it is easier to map the code to a portable assemblylanguage.
Fortunately for users, intermediate levels of representation, such as machine code, assembly language, and highlevel languages, keep us from toiling with 1s and 0s.
Rather, it generated naive, stack-based typed assemblylanguage, and as a result, the absolute performance relative to an optimizing compiler was disappointing.
Determining exactly why our version is faster is difficult without a detailed timing analysis of the compiler-generated assemblylanguage code.
In contrast, our treatment supports polymorphic stack recursion, and hence procedure calls can be encoded using existing assemblylanguage primitives.
Although we have discussed mechanisms for typing stacks at the assemblylanguage level, our techniques generalize to other languages.
The compiler ensured that well-typed source programs were always mapped to welltyped assemblylanguage programs.
Unfortunately, we thereby give up much of the benefit of the portable assemblylanguage.
Micro-controllers were programmed in assemblylanguage.
The program, written in optimized assemblylanguage and distributed as shareware, was small and fast.
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