Linking or Linker Options

This section contains descriptions for compiler options that pertain to linking or to the linker. They are listed in alphabetical order.

• Bdynamic
  Enables dynamic linking of libraries at run time. This content is specific to C++; it does not apply to DPC++.
• Bstatic
  Enables static linking of a user's library. This content is specific to C++; it does not apply to DPC++.
• Bsymbolic
  Binds references to all global symbols in a program to the definitions within a user's shared library. This content is specific to C++; it does not apply to DPC++.
• Bsymbolic-functions
  Binds references to all global function symbols in a program to the definitions within a user's shared library. This content is specific to C++; it does not apply to DPC++.
• dynamic-linker
  Specifies a dynamic linker other than the default. This content is specific to C++; it does not apply to DPC++.
• F (Windows*)
  Specifies the stack reserve amount for the program. This content is specific to C++; it does not apply to DPC++.
• fixed
  Causes the linker to create a program that can be loaded only at its preferred base address. This content is specific to C++; it does not apply to DPC++.
• Fm
  Tells the linker to generate a link map file. This is a deprecated option. There is no replacement option. This content is specific to C++; it does not apply to DPC++.
• fuse-ld
  Tells the compiler to use a different linker instead of the default linker (ld).
• l
  Tells the linker to search for a specified library when linking.
• L
  Tells the linker to search for libraries in a specified directory before searching the standard directories.
• LD
  Specifies that a program should be linked as a dynamic-link (DLL) library.
• link
  Passes user-specified options directly to the linker at compile time.
• MD
  Tells the linker to search for unresolved references in a multithreaded, dynamic-link run-time library.
• MT
  Tells the linker to search for unresolved references in a multithreaded, static run-time library. This content is specific to C++; it does not apply to DPC++.
• no-libgcc
  Prevents the linking of certain gcc-specific libraries. This content is specific to C++; it does not apply to DPC++.
• nodefaultlibs
  Prevents the compiler from using standard libraries when linking.
• no-intel-lib, Qno-intel-lib
  Disables linking to specified Intel® libraries, or to all Intel® libraries.
• nostartfiles
  Prevents the compiler from using standard startup files when linking.
• nostdlib
  Prevents the compiler from using standard libraries and startup files when linking.
• pie
  Determines whether the compiler generates position-independent code that will be linked into an executable.
• pthread
  Tells the compiler to use pthreads library for multithreading support.
• shared
  Tells the compiler to produce a dynamic shared object instead of an executable.
• shared-intel
  Causes Intel-provided libraries to be linked in dynamically. This content is specific to C++; it does not apply to DPC++.
• shared-libgcc
  Links the GNU libgcc library dynamically.
• static
  Prevents linking with shared libraries.
• static-intel
  Causes Intel-provided libraries to be linked in statically. This content is specific to C++; it does not apply to DPC++.
• static-libgcc
  Links the GNU libgcc library statically.
• static-libstdc++
  Links the GNU libstdc++ library statically.
• T
  Tells the linker to read link commands from a file.
• u (Linux*)
  Tells the compiler the specified symbol is undefined.
• v
  Specifies that driver tool commands should be displayed and executed.
• Wa
  Passes options to the assembler for processing.
• Wl
  Passes options to the linker for processing.
• Wp
  Passes options to the preprocessor.
• Xlinker
  Passes a linker option directly to the linker.
• Zl
  Causes library names to be omitted from the object file.