By execution time, the code has already been translated into binary ("compiled"). However, the program may still rely on outside libraries (.dlls for example) that have also been pre-compiled.
A computer Language is the code we use to make computer understand what we want it to do. Its an Instruction set given to computer to perform some task. A computer does understands only one langue (native one) which is Binary 0 or 1 (or simply say ON or OFF) but since human are barely able to understand this language so they use interpreter that translate the code written in a language close to human being and converts it to machine code to it to understand and execute. Reverse Process is done to get the results back to humans. Such Languages are: Native: Binary (0,1) Low Level: Assembly C Intermediate: C++ High Level: C#, VB, ASP, JAVA, Python, PHP, Pearl, JASON, JavaScript, HTML, CSS, F#, Ruby ..... etc.
A computer interpreter is a type of program that allows computer code written in a high-level programming language to be executed by the computer. Interpreters work by translating the code into machine code, which is the language that the computer's processor can understand and execute. Unlike compilers, which translate high-level code into machine code before the program runs, interpreters execute the code line-by-line, translating each line into machine code and executing it as it goes. This makes it possible to run code in an interactive or iterative manner, making debugging and testing easier and facilitating rapid prototyping. Interpreters are commonly used in scripting languages like Python, Ruby, and JavaScript, which are often used for web development and other applications where code needs to be executed quickly. They are also used in some programming languages like BASIC. Overall, interpreters provide an essential way for programmers to write and execute code more efficiently and effectively, making it possible to create applications and software that can run on a wide range of systems.
Pseudo code is in itself a language on its own. Pseudo codes are used to describe algorithms in computer science. This language, unlike a programming language is used for human specific understanding and abstract representation of a certain procedural flow of a program. Pseudo code cannot be executed in a computer based environment. Pseudo code eliminated unnecessary programming structures and only focuses on the flow process of the algorithm. It includes programming language specific constructs and natural human language constructs to explain the functioning. This is unlike a computer programming language where strict rules and procedures are laid down, which have to be followed to execute the particular code.
no
A general-purpose computer requires an operating system to load and execute other programs.
A computer doesn't actually understand any language, it just processes binary numbers.
A computer Language is the code we use to make computer understand what we want it to do. Its an Instruction set given to computer to perform some task. A computer does understands only one langue (native one) which is Binary 0 or 1 (or simply say ON or OFF) but since human are barely able to understand this language so they use interpreter that translate the code written in a language close to human being and converts it to machine code to it to understand and execute. Reverse Process is done to get the results back to humans. Such Languages are: Native: Binary (0,1) Low Level: Assembly C Intermediate: C++ High Level: C#, VB, ASP, JAVA, Python, PHP, Pearl, JASON, JavaScript, HTML, CSS, F#, Ruby ..... etc.
They only understand machine language, which most people associate with binary code. But it's more than just binary digits. A certain sequence of some of them equates to a specific instruction for the CPU to execute. You could see this in assembly language.
There is no such thing: compiler translates but doesn't execute; interpreter executes, but doesn't translate.
Execute in computer language means "start" - start the program. So, execute Internet Explorer means to start IE, to open it so you can use it. NOTE: Installation programs end in dot exe, which means it is an executable file.
A computer interpreter is a type of program that allows computer code written in a high-level programming language to be executed by the computer. Interpreters work by translating the code into machine code, which is the language that the computer's processor can understand and execute. Unlike compilers, which translate high-level code into machine code before the program runs, interpreters execute the code line-by-line, translating each line into machine code and executing it as it goes. This makes it possible to run code in an interactive or iterative manner, making debugging and testing easier and facilitating rapid prototyping. Interpreters are commonly used in scripting languages like Python, Ruby, and JavaScript, which are often used for web development and other applications where code needs to be executed quickly. They are also used in some programming languages like BASIC. Overall, interpreters provide an essential way for programmers to write and execute code more efficiently and effectively, making it possible to create applications and software that can run on a wide range of systems.
Assembly language is a low-level programming language that closely corresponds to machine code instructions for a specific processor. It uses mnemonic codes to represent machine-level instructions, making it easier for humans to write and understand compared to binary machine code. Assembly language programs must be translated into machine code by an assembler before they can be executed by the computer.
Basically a computer works with zeros and ones. A software program is created usually at a high level by a programmer and the subsequent code is converted into machine language (0 - 1) which is a language that the computer can unsderstand and execute. When you select a button the button will access these programs which tells the computer: which circuits or switches to access -turn on or turn off, what system program to access - run or stop etc. I will do some more research on this and get back with some more info later but this is the basics how the computer knows what to do.
A computer does not execute a program in a high level language. A computer executes a program in machine language. The high level language is converted into machine language by a compiler. Alternatively, an interpreter executes on the computer in machine language and the interpreter executes the high level language.
I think java is object oriented language thats why that execute with high performance.
On one level you talk to a computer through input devices and output devices.Examples of input devices are keyboards, mice, disk drives, cameras, microphones, and internet ports.These inputs are sent to programs. Essentially instructions written by programmers telling the computer hardware what to do. The programs may gather input from from input devices and then output that data to output devices.Examples of output devices are screens, speakers, and internet ports.Ha Ha HA seadecklis
use a calculator..........