return lazy;
elf_machine_runtime_setup (struct link_map *l, int lazy){  ElfW(Addr) *got;  extern void _dl_runtime_resolve (ElfW(Word));  if (lazy)    {      /* The GOT entries for functions have not yet been filled in.	 Their initial contents will arrange when called to put an	 offset into the .dynsym section in t8, the return address	 in t7 and then jump to _GLOBAL_OFFSET_TABLE[0].  */      got = (ElfW(Addr) *) ((void *) l->l_addr			    + l->l_info[DT_PLTGOT]->d_un.d_ptr);      /* This function will get called to fix up the GOT entry indicated by	 the register t8, and then jump to the resolved address.  */      got[0] = (ElfW(Addr)) &_dl_runtime_resolve;      /* Store l to _GLOBAL_OFFSET_TABLE[1] for gnu object. The MSB	 of got[1] of a gnu object is set to identify gnu objects.	 Where we can store l for non gnu objects? XXX  */      if ((got[1] & ELF_MIPS_GNU_GOT1_MASK) != 0)	got[1] = (ElfW(Addr)) ((unsigned) l | ELF_MIPS_GNU_GOT1_MASK);      else	; /* Do nothing. */    }  /* Relocate global offset table.  */  elf_machine_got_rel (l);}/* Get link_map for this object.  */static inline struct link_map *elf_machine_runtime_link_map (ElfW(Addr) gpreg){  ElfW(Addr) *got = elf_mips_got_from_gpreg (gpreg);  ElfW(Word) g1;  g1 = ((ElfW(Word) *) got)[1];  /* got[1] is reserved to keep its link map address for the shared     object generated by gnu linker. If not so, we must search GOT     in object list slowly. XXX  */  if ((g1 & ELF_MIPS_GNU_GOT1_MASK) != 0)    return (struct link_map *) (g1 & ~ELF_MIPS_GNU_GOT1_MASK);  else    {      struct link_map *l = _dl_loaded;      while (l)	{	  if (got == (ElfW(Addr) *) ((void *) l->l_addr				     + l->l_info[DT_PLTGOT]->d_un.d_ptr))	    return l;	  l = l->l_next;	}    }  _dl_signal_error (0, NULL, "cannot find runtime link map");}/* Mips has no PLT but define elf_machine_relplt to be elf_machine_rel. */#define elf_machine_relplt elf_machine_rel/* Define mips specific runtime resolver. The function __dl_runtime_resolve   is called from assembler function _dl_runtime_resolve which converts   special argument registers t7 ($15) and t8 ($24):     t7  address to return to the caller of the function     t8  index for this function symbol in .dynsym   to usual c arguments.  */#define ELF_MACHINE_RUNTIME_TRAMPOLINE \/* This is called from assembly stubs below which the compiler can't see.  */ \static ElfW(Addr) __dl_runtime_resolve (ElfW(Word), ElfW(Word), ElfW(Addr)) \                  __attribute__ ((unused)); \\static ElfW(Addr) \__dl_runtime_resolve (ElfW(Word) sym_index,\		      ElfW(Word) return_address,\		      ElfW(Addr) old_gpreg)\{\  struct link_map *l = elf_machine_runtime_link_map (old_gpreg);\  const ElfW(Sym) *const symtab\    = (const ElfW(Sym) *) (l->l_addr + l->l_info[DT_SYMTAB]->d_un.d_ptr);\  const char *strtab\    = (void *) (l->l_addr + l->l_info[DT_STRTAB]->d_un.d_ptr);\  const ElfW(Addr) *got\    = (const ElfW(Addr) *) (l->l_addr + l->l_info[DT_PLTGOT]->d_un.d_ptr);\  const ElfW(Word) local_gotno\    = (const ElfW(Word)) l->l_info[DT_MIPS (LOCAL_GOTNO)]->d_un.d_val;\  const ElfW(Word) gotsym\    = (const ElfW(Word)) l->l_info[DT_MIPS (GOTSYM)]->d_un.d_val;\  const ElfW(Sym) *definer;\  ElfW(Addr) loadbase;\  ElfW(Addr) funcaddr;\  struct link_map **scope;\\  /* Look up the symbol's run-time value.  */\  scope = _dl_object_relocation_scope (l);\  definer = &symtab[sym_index];\\  loadbase = _dl_lookup_symbol (strtab + definer->st_name, &definer,\				scope, l->l_name, 0, 1);\\  *_dl_global_scope_end = NULL;\\  /* Apply the relocation with that value.  */\  funcaddr = loadbase + definer->st_value;\  *(got + local_gotno + sym_index - gotsym) = funcaddr;\\  return funcaddr;\}\\asm ("\n\	.text\n\	.align	2\n\	.globl	_dl_runtime_resolve\n\	.type	_dl_runtime_resolve,@function\n\	.ent	_dl_runtime_resolve\n\_dl_runtime_resolve:\n\	.set noreorder\n\	# Save old GP to $3.\n\	move	$3,$28\n\	# Modify t9 ($25) so as to point .cpload instruction.\n\	addu	$25,8\n\	# Compute GP.\n\	.cpload $25\n\	.set reorder\n\	# Save arguments and sp value in stack.\n\	subu	$29, 40\n\	.cprestore 32\n\	sw	$15, 36($29)\n\	sw	$4, 12($29)\n\	sw	$5, 16($29)\n\	sw	$6, 20($29)\n\	sw	$7, 24($29)\n\	sw	$16, 28($29)\n\	move	$16, $29\n\	move	$4, $24\n\	move	$5, $15\n\	move	$6, $3\n\	jal	__dl_runtime_resolve\n\	move	$29, $16\n\	lw	$31, 36($29)\n\	lw	$4, 12($29)\n\	lw	$5, 16($29)\n\	lw	$6, 20($29)\n\	lw	$7, 24($29)\n\	lw	$16, 28($29)\n\	addu	$29, 40\n\	move	$25, $2\n\	jr	$25\n\	.end	_dl_runtime_resolve\n\");/* Mask identifying addresses reserved for the user program,   where the dynamic linker should not map anything.  */#define ELF_MACHINE_USER_ADDRESS_MASK	0x00000000UL/* Initial entry point code for the dynamic linker.   The C function `_dl_start' is the real entry point;   its return value is the user program's entry point.  */#define RTLD_START asm ("\	.text\n\	.globl _start\n\	.globl _dl_start_user\n\	.ent _start\n\_start:\n\	.set noreorder\n\	bltzal $0, 0f\n\	nop\n\0:	.cpload $31\n\	.set reorder\n\	# i386 ABI book says that the first entry of GOT holds\n\	# the address of the dynamic structure. Though MIPS ABI\n\	# doesn't say nothing about this, I emulate this here.\n\	la $4, _DYNAMIC\n\	sw $4, -0x7ff0($28)\n\	move $4, $29\n\	jal _dl_start\n\	# Get the value of label '_dl_start_user' in t9 ($25).\n\	la $25, _dl_start_user\n\_dl_start_user:\n\	.set noreorder\n\	.cpload $25\n\	.set reorder\n\	move $16, $28\n\	# Save the user entry point address in saved register.\n\	move $17, $2\n\	# See if we were run as a command with the executable file\n\	# name as an extra leading argument.\n\	lw $2, _dl_skip_args\n\	beq $2, $0, 1f\n\	# Load the original argument count.\n\	lw $4, 0($29)\n\	# Subtract _dl_skip_args from it.\n\	subu $4, $2\n\	# Adjust the stack pointer to skip _dl_skip_args words.\n\	sll $2,2\n\	addu $29, $2\n\	# Save back the modified argument count.\n\	sw $4, 0($29)\n\	# Get _dl_default_scope[2] as argument in _dl_init_next call below.\n\1:	la $2, _dl_default_scope\n\	lw $4, 8($2)\n\	# Call _dl_init_next to return the address of an initializer\n\	# function to run.\n\	jal _dl_init_next\n\	move $28, $16\n\	# Check for zero return,  when out of initializers.\n\	beq $2, $0, 2f\n\	# Call the shared object initializer function.\n\	move $25, $2\n\	lw $4, 0($29)\n\	lw $5, 4($29)\n\	lw $6, 8($29)\n\	lw $7, 12($29)\n\	jalr $25\n\	move $28, $16\n\	# Loop to call _dl_init_next for the next initializer.\n\	b 1b\n\	# Pass our finalizer function to the user in ra.\n\2:	la $31, _dl_fini\n\	# Jump to the user entry point.\n\	move $25, $17\n\	lw $4, 0($29)\n\	lw $5, 4($29)\n\	lw $6, 8($29)\n\	lw $7, 12($29)\n\	jr $25\n\	.end _start\n\");#ifdef RESOLVE/* Perform the relocation specified by RELOC and SYM (which is fully resolved).   MAP is the object containing the reloc.  */static inline voidelf_machine_rel (struct link_map *map, const ElfW(Rel) *reloc,		 const ElfW(Sym) *sym, const struct r_found_version *version){  ElfW(Addr) *const reloc_addr = (void *) (map->l_addr + reloc->r_offset);  ElfW(Addr) loadbase, undo;  switch (ELFW(R_TYPE) (reloc->r_info))    {    case R_MIPS_REL32:      if (ELFW(ST_BIND) (sym->st_info) == STB_LOCAL	  && (ELFW(ST_TYPE) (sym->st_info) == STT_SECTION	      || ELFW(ST_TYPE) (sym->st_info) == STT_NOTYPE))	*reloc_addr += map->l_addr;      else	{#ifndef RTLD_BOOTSTRAP	  /* This is defined in rtld.c, but nowhere in the static libc.a;	     make the reference weak so static programs can still link.  This	     declaration cannot be done when compiling rtld.c (i.e.  #ifdef	     RTLD_BOOTSTRAP) because rtld.c contains the common defn for	     _dl_rtld_map, which is incompatible with a weak decl in the same	     file.  */	  weak_extern (_dl_rtld_map);	  if (map == &_dl_rtld_map)	    /* Undo the relocation done here during bootstrapping.  Now we will	       relocate it anew, possibly using a binding found in the user	       program or a loaded library rather than the dynamic linker's	       built-in definitions used while loading those libraries.  */	    undo = map->l_addr + sym->st_value;	  else#endif	    undo = 0;	  loadbase = RESOLVE (&sym, version, 0);	  *reloc_addr += (sym ? (loadbase + sym->st_value) : 0) - undo;	}      break;    case R_MIPS_NONE:		/* Alright, Wilbur.  */      break;    default:      assert (! "unexpected dynamic reloc type");      break;    }}static inline voidelf_machine_lazy_rel (struct link_map *map, const ElfW(Rel) *reloc){  /* Do nothing.  */}#endif /* RESOLVE */