Machine Code is composed in terms of bits (0 and 1), while Object Oriented Language uses almost English language. Explanation: It is hard to memorize 0 and 1, while using words makes it more ideal for understanding. Are you sure you want to learn in 0 and 1.
Typically an object-oriented language that produces highly-efficient machine code, such as C++.
IL stands for Intermediate language. It is an object-oriented programming language that is used by compilers for the .NET Framework before static or dynamic compilation to machine code.
because we can execute our class file on any other machine, e.i. we can write source code on a machine and can execute it on any other machine without modifying it.
C++ is a generic, general purpose, object-oriented, structured programming language used to produce native machine code programs. FoxPro is a procedural language and Database Management System (DBMS).
Machine code, assembly language, COBOL, FORTRAN and C. Machine code is the only language that is native to the machine. All others must be converted to machine code.
Assembly language is the programming language that always has a one to one correspondence for a line of code in that language and a line of code in machine language
No. They are sort of like comparing apples and oranges. Procedural programming languages are coded and executed in step-by-step fashion, while platform oriented language (I can only think of Assembly or Machine code Instruction, Object-C maybe) is created for a certain platform (Palm, iPhone, Android, Mac, Windows, may be abstract like the world wide web!!) A platform oriented language may not be procedural. It may not be imperative. It could be functional or object oriented
A compiler translates anything that is a structured syntax, generally a computer language, into machine code or code that an interpreter will execute on a computer. Machine code actually executes on a machine, interpreted code is pure data for the execution engine of the interpreter.Post compilers, sometimes called post processors, take the compiled code as input and make changes to the code to provide functionality beyond that of the original language.Examples are:The original C++ language used a C compiler to process most of the file and a post compiler to add the object-oriented extensionsAspect Oriented Programming (AOP) functionality is generally added by a post compiler
Machine code, assembly language and C are all non-object oriented programming languages. Fortran, COBOL, Pascal and BASIC were originally non-object oriented languages but there are now object-oriented variants of these languages. C++, C# and Java were all designed with object-oriented programming in mind from the outset.
You cannot convert machine code to high-level language. It's a one-way process. The best you can do is disassemble a machine code program, producing code similar to assembly language.
Machine code.
High. Only machine code and Assembly are low level languages. The distinction most usually used to determine if a language is 'high' or 'low' is the use of a compiler. If a language requires some form of compilation or translation process to convert each written instruction into multiple machine executable instructions then it is a high-level language. If each written instruction can be directly converted to a single machine executable instruction (and usually back again) then it is low-level.