In assembly language programming is difficult and debugging is

Are assembly language programs a good choice for memory-constrained environments?

Assembly language programs can be minimal in size and require fewer resources than higher-level language programs
Making them ideal for memory-constrained environments. However
Writing code in assembly language can be time-consuming and requires a deep understanding of hardware architecture.

Can We debug assembly with GNU Debugger GDB?

Well thankfully we can debug assembly with the standard GNU debugger gdb. The process of debugging assembly in gdb is very similar to debugging C or C++. Suppose we have an assembly program that is supposed to write to stdout but unfortunately does not:

Why should I learn assembly language?

It's good to know assembly language in order to gain a better appreciation for how the computer works "under the hood
" and it helps when you are debugging something and all the debugger can give you is an assembly code listing
Which at least gives you fighting chance of figuring out what the problem might be.

Why are assembly language programs difficult?

Specifically, due to the lack of high-level constructs, assembly-language programs normally comprise an intimate mix of low-level program flow-control instructions and architecture-dependent data-processing instructions. Such programs are often difficult to design or comprehend.

Process of finding and resolving defects or problems within a computer program

In computer programming and software development

debugging is the process of finding and resolving bugs within computer programs

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