When you compile source code, the variables are stored in memory during program execution. The compiler translates the source code into machine code, which allocates memory for variables in different segments, such as the stack (for local variables) and the heap (for dynamically allocated memory). The specific location and management of these variables depend on the programming language, the compiler, and the architecture of the system. Additionally, constants and global variables may be stored in separate memory regions.
Coverts source code into object code
Is called machine code
Compile Time: In longer form, you might say, "at the time of compiling", or, "when the program is compiled". When you compile a program, the compiler applies various processes to your source code in order to generate the executable files. These are actions that happen "at compile time". Other actions happen when you actually run the finished program. These actions are said to occur, at, or in, "run time".
It is an interpreted language, however there are some versions that compile the source code to byte code which can then be interpreted with much greater efficiency than the original source code.
Compiling is the act of translating human-readable source code to machine-readable byte code.In Java, the compiler program is javac
Coverts source code into object code
compile:javac filename.javarun:java filename
Compile time is when the compiler translates your source code into computer language. Run time is when the actual program runs.
Yes if there is no executable package available for your platform and you have the means to adapt and compile the source code so that it can be used on your platform.
Is called machine code
Ubuntu comes precompiled. Although you could compile it from source, that would take days, and would be pretty silly. To compile programs on Ubuntu, first "sudo apt-get install build-essential", then run "./configure" and "make" in the directory where you have the source code.
Compile Time: In longer form, you might say, "at the time of compiling", or, "when the program is compiled". When you compile a program, the compiler applies various processes to your source code in order to generate the executable files. These are actions that happen "at compile time". Other actions happen when you actually run the finished program. These actions are said to occur, at, or in, "run time".
It is an interpreted language, however there are some versions that compile the source code to byte code which can then be interpreted with much greater efficiency than the original source code.
To compile source code, you typically use a command specific to the programming language and compiler being employed. For example, in C or C++, you would use gcc filename.c -o output or g++ filename.cpp -o output, respectively, where filename is the name of your source file and output is the desired name of the compiled executable. For Java, you would use javac filename.java to compile the source code. Make sure to have the appropriate compiler installed and configured on your system.
Compiling is the act of translating human-readable source code to machine-readable byte code.In Java, the compiler program is javac
The source code is just the set of statements written in (any included) java language by a programer (in this case our source code is a text file with .java extension). And in other hand a bytecode is the resulting code of compile a .java file, It is not machine code, but it can be interpreted and executed by the jvm.
* These are all implementation defined. Access to `register' specified indentifiers should be as fast as possible, so the compiler may place the value in a machine register. However, the compiler is free to treat a `register' declaration as an `auto' declaration. * Where free memory is maintained is an OS specific concept. Instructions are generally stored in code segement. Local Variables are stored in Stack. Register variables are stored in Register. Global & static variables are stored in data segment. The memory created dynamically are stored in Heap And the C program instructions get stored in code segment.