a linker is a computer program which takes one or more object files generated by compiler and link them link them to standard library and produce one executable object file. The libraries includes operating system libraries, language specific libraries and ,may be, user created libraries.
The Loader is a program that moves the executable file produced by linker from the secondary storage device to memory for execution
linker is a program that combines the object files, to form executable file of our program.
linker or binder
Program Execution means that you open or run a program installed at the computer. my question how to do program execution
compiler linker loader macroprocessor assembler
#)Linker is a program that takes one or more objects generated by a compiler and combines them into a single executable program. #)Loader is the part of an operating system that is responsible for loading programs from executables (i.e., executable files) into memory, preparing them for execution and then executing them.
this is a void main()int, char, are execution the program and it is not return the void.
execution is the process by which a computer carries out the instructions of a computer program. terminating program is to stop the program from execution.
There is no such thing in the C language, but it is true that operating systems have a component called loader which loads binary program-files (whose source may be written in C language) into the memory and prepares them to the execution.
linker: linker is used to change an object code into an executable code by linking together the necessary built in functions. linkage: the place where we used to declare a variable of a program is called the linkage of a variable.
A compiler and a linker.
Linkers and loaders are both essential components of the software development process. A linker combines multiple object files produced by a compiler into a single executable file, resolving references between them. Once the executable is created, the loader is responsible for loading it into memory for execution, allocating necessary resources and setting up the execution environment. Together, they ensure that programs are correctly assembled and prepared for execution on a computer.