How to use in-sentence of “Assembly language”:
+ Putting comments in assembly language code is very important because large assembly language programs are so hard to understand.
+ The important thing to note is that the way that I/O works is not part of any assembly language because it is not part of how the processor works.
+ A program that translates assembly language into machine code is called an “assembler”.
+ Now, there is not much reason to use assembly language anymore for most projects, because compilers can usually figure out how to express programs in assembly language as well or better than programmers.
+ Writing machine language was very hard to do and took a long time, so eventually assembly language was made.
+ Because each version of assembly language is tied to a processor family, it lacks something called “portability”.
+ Programs written in assembly language are usually made of “instructions”, which are small tasks that the computer performs when it is running the program.
+ This is intentional, because assembly language is the basis of all programming languages.
Example sentences of “Assembly language”:
+ The assembly language of a computer is a low-level language, which means that it can only be used to do the simple tasks that a computer can understand directly.
+ Indeed, assembly language can generally express anything that a computer is capable of doing.
+ Even though assembly language is not directly run by the processor – machine code is, it still has a lot to do with it.
+ In this sense, assembly language has a very good, rare trait: it has the same ability to express things as the thing it is abstracting while being much easier to use.
+ The instruction set architecture is near to the programming model of a processor as seen by an assembly language programmer or compiler writer, which includes the Execution execution model, processor registers, memory address modes, address and data formats, etc.
+ An assembly language is a programming language that can be used to directly tell the computer what to do.
+ They used assembly language to write it.
+ Disassemblers, which turn machine code into assembly language, do the opposite of assemblers, which turn assembly language into machine code.
+ An understanding of how computers are organized, how they seem to work at a very low level, is needed to understand how an assembly language program works.
+ An assembly language is almost exactly like the machine code that a computer can understand, except that it uses words in place of numbers.
+ However, even though there are instructions to add and branch in assembly language that will always do the same thing there are no instructions in assembly language that always do I/O.
+ This translates the code into assembly language or machine language which is much faster and easier for the computer to read, but hard for a human to read.
+ The assembly language of a computer is a low-level language, which means that it can only be used to do the simple tasks that a computer can understand directly.
+ Indeed, assembly language can generally express anything that a computer is capable of doing.
+ Even though assembly language is not directly run by the processor - machine code is, it still has a lot to do with it.