Almost all of the items in here are done.

libexec/ld.elf_so/README

@@ -1,49 +1,6 @@
-$NetBSD: README,v 1.9 2002/07/10 15:12:34 fredette Exp $
-
-BUGS/PROBLEMS:
-
-* rtld.c around line 184:
-
-	#iffdef __alpha__
-	/* XXX XXX XXX */
-	_rtld_objself.pltgot = NULL;
-	#endif
-
-  It's a workaround for a linker bug, and will go away when the linker is
-  fixed.
-
-* The method used to relocate ld.so is shoddy and fragile.  Currently it's
-  something like:
-
-  alpha, hppa, powerpc:
-	(1) assembly code relocates RELATIVE relocations in the GOT
-	    (on some ports, all relative relocations; this will probably
-	    have to be #ifdef'd in reloc.c), assuming that everything
-	    in the GOT is a RELATIVE relocation.  On the hppa, this
-	    is actually done in C code.
-
-	(2) alpha, hppa only: C code relocates the rest of the loader,
-	    excluding those RELATIVE relocations already done (via an ...
-	    iffy heuristic).
-
-  arm, i386, m68k, sparc:
-	(1) C code relocates the loader in _rtld_init() carefully so that
-	    it does not touch any globals.
-
-  mips:
-	(1) loads ld.elf_so at 0, so no relocating is necessary.
-
-  Something better (like that the glibc ELF ld.so does) should be done
-  eventually, where a single set of C code is compiled twice, once for
-  normal use, and once to be used to relocate the shared linker.  No
-  relocations should be processed in assembly language.
-
-* On the Alpha, this code Really needs to be checked to be sure that
-  it doesn't make calls that could use FP, while doing lazy binding.
+$NetBSD: README,v 1.10 2002/09/13 04:05:00 mycroft Exp $
 
 TO DO:
 
 * Support for coexistance of 32-bit and 64-bit ELF on platforms that can
   do that.
-
-* Support for relocating ld.elf_so on mips