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Linking is performed at both compile time, when the source code is translated into machine code and load time, when the program is loaded into memory by the loader. Linking is performed at the last step in compiling a program.

Compiling - The modified source code is compiled into binary object code. This code is not yet executable. Linking - The object code is combined with required supporting code to make an executable program. This step typically involves adding in any libraries that are required.

How to Compile C Program in Command Prompt? Run the command 'gcc -v' to check if you have a compiler installed.Create a c program and store it in your system.Change the working directory to where you have your C program.Example: >cd Desktop.The next step is to compile the program.

G++ is the name of the compiler. (Note: G++ also compiles C++ code, but since C is directly compatible with C++, so we can use it.).

The assembler output is stored in an object file. Linking is the final stage of compilation. It takes one or more object files or libraries as input and combines them to produce a single (usually executable) file.

Compiling C programs with Multiple Files - YouTube YouTube Start of suggested clip End of suggested clip Code the assembler then takes the assembly code and generates binary executable code in these objectMoreCode the assembler then takes the assembly code and generates binary executable code in these object files that these dot o files. And then the dot o files are linked together by the linker.

The job of the linker is three fold: First, to take all the object files generated by the compiler and combine them into a single executable program. Second, in addition to being able to link object files, the linker also is capable of linking library files.