{ stdenv, fetchurl, kernelHeaders , machHeaders ? null, hurdHeaders ? null, mig ? null, fetchgit ? null , installLocales ? true , profilingLibraries ? false , gccCross ? null }: assert stdenv.gcc.gcc != null; let build = import ./common.nix; cross = if gccCross != null then gccCross.target else null; in build cross ({ name = "glibc"; inherit fetchurl stdenv kernelHeaders installLocales profilingLibraries gccCross; builder = ./builder.sh; # When building glibc from bootstrap-tools, we need libgcc_s at RPATH for # any program we run, because the gcc will have been placed at a new # store path than that determined when built (as a source for the # bootstrap-tools tarball) # Building from a proper gcc staying in the path where it was installed, # libgcc_s will not be at {gcc}/lib, and gcc's libgcc will be found without # any special hack. preInstall = '' if [ -f ${stdenv.gcc.gcc}/lib/libgcc_s.so.1 ]; then ensureDir $out/lib ln -s ${stdenv.gcc.gcc}/lib/libgcc_s.so.1 $out/lib/libgcc_s.so.1 fi ''; meta.description = "The GNU C Library"; } // (if hurdHeaders != null then rec { inherit machHeaders hurdHeaders mig fetchgit; propagatedBuildInputs = [ machHeaders hurdHeaders ]; passthru = { # When building GCC itself `propagatedBuildInputs' above is not # honored, so we pass it here so that the GCC builder can do the right # thing. inherit propagatedBuildInputs; }; } else { }) // (if cross != null then { preConfigure = '' sed -i s/-lgcc_eh//g "../$sourceRoot/Makeconfig" cat > config.cache << "EOF" libc_cv_forced_unwind=yes libc_cv_c_cleanup=yes libc_cv_gnu89_inline=yes # Only due to a problem in gcc configure scripts: libc_cv_sparc64_tls=${if cross.withTLS then "yes" else "no"} EOF export BUILD_CC=gcc export CC="$crossConfig-gcc" export AR="$crossConfig-ar" export RANLIB="$crossConfig-ranlib" dontStrip=1 ''; } else {}))