What is assembly language? the difinition of assembly language

ASSEMBLY LANGUAGE - is a symbolic representation of machine code, which allows programmers to write programs in machine code without having to deal with the long binary strings. A simple assembler program translates this symbolic language directly into machine code. Because machine code is specific to each type of computer hardware, assembly languages are also specific to each type of computer.

 features of machine language are

- Although Assembly level languages are not easy to understand they are relatively easier as compared to machine level languages.
- The programs written in this language are not portable and the debugging process is also not very easy.
In a way virtualization appears similar to emulation but actually it shares hardware resources from the host OS.
- This method is slower as compared to partition method but is faster than emulation.
- Virtualization had also vast support considering it can also provide with 3d support.
- With the help of virtualization it enable users to create virtual clusters.
- But virtualization systems require a lot of memory in form of ram.
- For virtualization it is mandatory that the virtualized platform has the same architecture as the host pc otherwise due to incompatibilities it is not possible

the definition of Machine Language

MACHINE LANGUAGE- is the only form of program instructions that the computer hardware can understand and execute directly. This language is used in first generation of computer in 1940 until 1956; All other forms of computer language must be translated into machine code in order to be executed by the hardware. Machine language consists of many strings of binary digits that are easy for the computer to interpret, but difficult for human beings to interpret this language. Machine language is different for each type of computer. It may be shown as hexadecimal, binary, character strings etc. It's the raw information that the CPU works on, as the program is in memory as it is being executed

what is machine code and explanation of machine code part 2

High-level language is a language that is convenient for human beings to understand. High-level programming languages must be translated into machine code for execution, and this process is called compilation. A program that carries out this translation is a compiler. High-level language may bear no resemblance at all to machine code. The compiler figures out how to generate machine language that does exactly what the high-level-language source program specifies. Languages like C++, Algol, COBOL, etc., are all compiled high-level languages. They usually work more or less the same across all computer types, which makes them much more portable than assembly language.

Some high-level languages are interpreted rather than compiled. This means that they are not translated into machine code. Instead, when the program is executed, another program, called an interpreter, looks at the source code and does what it says, without actually translating it into machine language. Visual Basic, Java, Javascript, BASIC, and many other languages work this way. It's more flexible, but it is far slower than a compiled language

The definition of machine code and explanation of what is machine code

Machine code is the only form of program instructions that the computer hardware can understand and execute directly. All other forms of computer language must be translated into machine code in order to be executed by the hardware. Machine code consists of many strings of binary digits that are easy for the computer to interpret, but tedious for human beings to interpret. Machine code is different for each type of computer. A program in machine code for an Intel x86-based PC will not run on an IBM mainframe computer, and vice versa.

Assembly language is a symbolic representation of machine code, which allows programmers to write programs in machine code without having to deal with the long binary strings. For example, the machine code for an instruction that adds two numbers might be 01101110, but in assembly language, this can be represented by the symbol ADD. A simple assembler program translates this symbolic language directly into machine code. Because machine code is specific to each type of computer hardware, assembly languages are also specific to each type of computer. However, all machine languages and assembly languages look very similar, even though they are not interchangeable.

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