References are resolved by their offset within the data segment.
"ld" typically stands for "linker," which is a program that takes compiled object files and libraries, and combines them to create an executable file. It resolves references between different parts of a program and produces the final binary code that can be executed by a computer.
In a compiler, linking is the process of combining multiple object files into a single executable file. It involves resolving external references between object files and libraries, as well as organizing the memory layout of the executable. Linking typically happens after the compilation and usually involves a linker program.
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.
Binary files are compiled programs. Libraries are external resources that one or more programs can call upon to aid them in a task.
No. Linkers combine object files and library files, which are collections of object files. All source files need to be compiled to object files.
f you have a bunch of files that contain just functions, you can turn these source files into libraries that can be used statically or dynamically by programs. This is good for program modularity, and code re-use. Write Once, Use Many.A library is basically just an archive of object files
authority files in libraries
libraries
Windows 7
They get deleted with the library
No, Linux has .so (Shared object) and .ko (Driver) files. Shared objects work in much the same way as dynamically linked libraries, except in a much better way that doesn't screw things up. There is no real Linux "DLL hell" equivalent.
Header files allow the user to make use of predefined libraries in order to save time and reuse code.