ld/testsuite/ld-mips-elf/compressed-plt-1-o32-mips16-word.rd

   1
   2 Dynamic section .*
   3 #...
   4  0x00000003 \(PLTGOT\)                     0x10202000
   5 #...
   6  0x70000013 \(MIPS_GOTSYM\)                0x1f
   7  0x00000014 \(PLTREL\)                     REL
   8  0x00000017 \(JMPREL\)                     0x10005000
   9  0x00000002 \(PLTRELSZ\)                   224 \(bytes\)
  10  0x70000032 \(MIPS_PLTGOT\)                0x10200000
  11 #...
  12 Relocation section '\.rel\.dyn' .*
  13 # All symbols are referenced by a .word in the .data section, so pointer
  14 # equality matters.  If a PLT is needed to satisfy a direct call or %lo
  15 # relocation, the symbol should have a nonzero value and there should be
  16 # no dynamic relocations against it.  The only relocations here are for
  17 # undefined 0-value symbols.  Note that unlike x86, we do not create a PLT
  18 # for the uncalled symbol 'f' in order to maintain backward compatibility
  19 # with pre-PLT ld.sos.
  20  Offset     Info    Type            Sym\.Value  Sym\. Name
  21 00000000  00000000 R_MIPS_NONE
  22 10201028  00001f03 R_MIPS_REL32      00000000   f_iu_ic
  23 10201008  00002003 R_MIPS_REL32      00000000   f_ic
  24 10201020  00002103 R_MIPS_REL32      00000000   f_iu
  25 10201000  00002203 R_MIPS_REL32      00000000   f
  26
  27 Relocation section '\.rel\.plt' .*
  28  Offset     Info    Type            Sym\.Value  Sym\. Name
  29 10200008  [^ ]+ R_MIPS_JUMP_SLOT  10100020   f_lo_iu
  30 1020000c  [^ ]+ R_MIPS_JUMP_SLOT  10100030   f_lo_iu_du_dc
  31 10200010  [^ ]+ R_MIPS_JUMP_SLOT  10100040   f_lo_du_ic_dc
  32 10200014  [^ ]+ R_MIPS_JUMP_SLOT  10100050   f_du_dc
  33 10200018  [^ ]+ R_MIPS_JUMP_SLOT  10100191   f_lo_iu_dc
  34 1020001c  [^ ]+ R_MIPS_JUMP_SLOT  10100060   f_iu_du_ic
  35 10200020  [^ ]+ R_MIPS_JUMP_SLOT  10100070   f_lo_du_ic
  36 10200024  [^ ]+ R_MIPS_JUMP_SLOT  101001a1   f_iu_dc
  37 10200028  [^ ]+ R_MIPS_JUMP_SLOT  10100080   f_lo_iu_ic
  38 1020002c  [^ ]+ R_MIPS_JUMP_SLOT  10100090   f_lo_ic
  39 10200030  [^ ]+ R_MIPS_JUMP_SLOT  101000a0   f_lo_du_dc
  40 10200034  [^ ]+ R_MIPS_JUMP_SLOT  101000b0   f_du
  41 10200038  [^ ]+ R_MIPS_JUMP_SLOT  101000c0   f_du_ic_dc
  42 1020003c  [^ ]+ R_MIPS_JUMP_SLOT  101000d0   f_du_ic
  43 10200040  [^ ]+ R_MIPS_JUMP_SLOT  101000e0   f_iu_du_dc
  44 10200044  [^ ]+ R_MIPS_JUMP_SLOT  101001e1   f_lo_dc
  45 10200048  [^ ]+ R_MIPS_JUMP_SLOT  101000f0   f_iu_du
  46 1020004c  [^ ]+ R_MIPS_JUMP_SLOT  10100100   f_lo_iu_du
  47 10200050  [^ ]+ R_MIPS_JUMP_SLOT  101001f1   f_dc
  48 10200054  [^ ]+ R_MIPS_JUMP_SLOT  10100201   f_ic_dc
  49 10200058  [^ ]+ R_MIPS_JUMP_SLOT  10100110   f_lo_du
  50 1020005c  [^ ]+ R_MIPS_JUMP_SLOT  10100211   f_iu_ic_dc
  51 10200060  [^ ]+ R_MIPS_JUMP_SLOT  10100120   f_iu_du_ic_dc
  52 10200064  [^ ]+ R_MIPS_JUMP_SLOT  10100231   f_lo_iu_ic_dc
  53 10200068  [^ ]+ R_MIPS_JUMP_SLOT  10100130   f_lo_iu_du_ic
  54 1020006c  [^ ]+ R_MIPS_JUMP_SLOT  10100140   f_lo_iu_du_ic_dc
  55 10200070  [^ ]+ R_MIPS_JUMP_SLOT  10100251   f_lo_ic_dc
  56 10200074  [^ ]+ R_MIPS_JUMP_SLOT  10100150   f_lo
  57
  58 Symbol table '\.dynsym' .*
  59    Num:    Value  Size Type    Bind   Vis      Ndx Name
  60      0: 00000000     0 NOTYPE  LOCAL  DEFAULT  UND
  61 # All symbols have their address taken, so PLT symbols need to have a nonzero
  62 # value.  They must also have STO_MIPS_PLT in order to distinguish them from
  63 # old-style lazy-binding stubs).
  64 #
  65 # A MIPS16 PLT should only be used as the symbol value if the function has
  66 # a direct MIPS16 caller (dc) and no direct MIPS caller (du).
  67     .*: 10100020     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_lo_iu
  68     .*: 10100030     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_lo_iu_du_dc
  69 #...
  70     .*: 10100040     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_lo_du_ic_dc
  71     .*: 10100050     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_du_dc
  72     .*: 10100191     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_lo_iu_dc
  73     .*: 10100060     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_iu_du_ic
  74     .*: 10100070     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_lo_du_ic
  75     .*: 101001a1     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_iu_dc
  76     .*: 10100080     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_lo_iu_ic
  77     .*: 10100090     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_lo_ic
  78     .*: 101000a0     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_lo_du_dc
  79     .*: 101000b0     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_du
  80     .*: 101000c0     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_du_ic_dc
  81     .*: 101000d0     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_du_ic
  82     .*: 101000e0     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_iu_du_dc
  83     .*: 101001e1     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_lo_dc
  84     .*: 101000f0     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_iu_du
  85     .*: 10100100     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_lo_iu_du
  86     .*: 101001f1     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_dc
  87     .*: 10100201     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_ic_dc
  88     .*: 10100110     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_lo_du
  89     .*: 10100211     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_iu_ic_dc
  90     .*: 10100120     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_iu_du_ic_dc
  91 #...
  92     .*: 10100231     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_lo_iu_ic_dc
  93     .*: 10100130     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_lo_iu_du_ic
  94     .*: 10100140     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_lo_iu_du_ic_dc
  95     .*: 10100251     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_lo_ic_dc
  96     .*: 10100150     0 FUNC    GLOBAL DEFAULT \[MIPS PLT\]   UND f_lo
  97 # The start of the GOT-mapped area.  This should only contain functions that
  98 # are accessed purely via the traditional psABI scheme.  Since the functions
  99 # have their addresses taken, they cannot use a lazy-binding stub.
 100 # The symbol values are therefore all zero.
 101     31: 00000000     0 FUNC    GLOBAL DEFAULT  UND f_iu_ic
 102     32: 00000000     0 FUNC    GLOBAL DEFAULT  UND f_ic
 103     33: 00000000     0 FUNC    GLOBAL DEFAULT  UND f_iu
 104     34: 00000000     0 FUNC    GLOBAL DEFAULT  UND f
 105
 106 Symbol table '\.symtab' .*
 107 #...
 108 Hex dump of section '\.data':
 109   0x10201000 (00000000|00000000) (101001f1|f1011010) (00000000|00000000) (10100201|01021010) .*
 110   0x10201010 (101000b0|b0001010) (10100050|50001010) (101000d0|d0001010) (101000c0|c0001010) .*
 111   0x10201020 (00000000|00000000) (101001a1|a1011010) (00000000|00000000) (10100211|11021010) .*
 112   0x10201030 (101000f0|f0001010) (101000e0|e0001010) (10100060|60001010) (10100120|20011010) .*
 113   0x10201040 (10100150|50011010) (101001e1|e1011010) (10100090|90001010) (10100251|51021010) .*
 114   0x10201050 (10100110|10011010) (101000a0|a0001010) (10100070|70001010) (10100040|40001010) .*
 115   0x10201060 (10100020|20001010) (10100191|91011010) (10100080|80001010) (10100231|31021010) .*
 116   0x10201070 (10100100|00011010) (10100030|30001010) (10100130|30011010) (10100140|40011010) .*
 117
 118
 119 Primary GOT:
 120  Canonical gp value: 10209ff0
 121
 122  Reserved entries:
 123    Address     Access  Initial Purpose
 124   10202000 -32752\(gp\) 00000000 Lazy resolver
 125   10202004 -32748\(gp\) 80000000 Module pointer \(GNU extension\)
 126
 127 # See the disassembly output for the meaning of each entry.
 128  Local entries:
 129    Address     Access  Initial
 130   10202008 -32744\(gp\) 10100201
 131   1020200c -32740\(gp\) 101000d0
 132   10202010 -32736\(gp\) 101000c0
 133   10202014 -32732\(gp\) 10100211
 134   10202018 -32728\(gp\) 10100060
 135   1020201c -32724\(gp\) 10100120
 136   10202020 -32720\(gp\) 10100090
 137   10202024 -32716\(gp\) 10100251
 138   10202028 -32712\(gp\) 10100070
 139   1020202c -32708\(gp\) 10100040
 140   10202030 -32704\(gp\) 10100080
 141   10202034 -32700\(gp\) 10100231
 142   10202038 -32696\(gp\) 10100130
 143   1020203c -32692\(gp\) 10100140
 144   10202040 -32688\(gp\) 101001a1
 145   10202044 -32684\(gp\) 101000f0
 146   10202048 -32680\(gp\) 101000e0
 147   1020204c -32676\(gp\) 10100020
 148   10202050 -32672\(gp\) 10100191
 149   10202054 -32668\(gp\) 10100100
 150   10202058 -32664\(gp\) 10100030
 151
 152  Global entries:
 153    Address     Access  Initial Sym\.Val\. Type    Ndx Name
 154   1020205c -32660\(gp\) 00000000 00000000 FUNC    UND f_iu_ic
 155   10202060 -32656\(gp\) 00000000 00000000 FUNC    UND f_ic
 156   10202064 -32652\(gp\) 00000000 00000000 FUNC    UND f_iu
 157   10202068 -32648\(gp\) 00000000 00000000 FUNC    UND f
 158
 159
 160 PLT GOT:
 161
 162  Reserved entries:
 163    Address  Initial Purpose
 164   10200000 00000000 PLT lazy resolver
 165   10200004 00000000 Module pointer
 166
 167  Entries:
 168    Address  Initial Sym\.Val\. Type    Ndx Name
 169   10200008 10100000 10100020 FUNC    UND f_lo_iu
 170   1020000c 10100000 10100030 FUNC    UND f_lo_iu_du_dc
 171   10200010 10100000 10100040 FUNC    UND f_lo_du_ic_dc
 172   10200014 10100000 10100050 FUNC    UND f_du_dc
 173   10200018 10100000 10100191 FUNC    UND f_lo_iu_dc
 174   1020001c 10100000 10100060 FUNC    UND f_iu_du_ic
 175   10200020 10100000 10100070 FUNC    UND f_lo_du_ic
 176   10200024 10100000 101001a1 FUNC    UND f_iu_dc
 177   10200028 10100000 10100080 FUNC    UND f_lo_iu_ic
 178   1020002c 10100000 10100090 FUNC    UND f_lo_ic
 179   10200030 10100000 101000a0 FUNC    UND f_lo_du_dc
 180   10200034 10100000 101000b0 FUNC    UND f_du
 181   10200038 10100000 101000c0 FUNC    UND f_du_ic_dc
 182   1020003c 10100000 101000d0 FUNC    UND f_du_ic
 183   10200040 10100000 101000e0 FUNC    UND f_iu_du_dc
 184   10200044 10100000 101001e1 FUNC    UND f_lo_dc
 185   10200048 10100000 101000f0 FUNC    UND f_iu_du
 186   1020004c 10100000 10100100 FUNC    UND f_lo_iu_du
 187   10200050 10100000 101001f1 FUNC    UND f_dc
 188   10200054 10100000 10100201 FUNC    UND f_ic_dc
 189   10200058 10100000 10100110 FUNC    UND f_lo_du
 190   1020005c 10100000 10100211 FUNC    UND f_iu_ic_dc
 191   10200060 10100000 10100120 FUNC    UND f_iu_du_ic_dc
 192   10200064 10100000 10100231 FUNC    UND f_lo_iu_ic_dc
 193   10200068 10100000 10100130 FUNC    UND f_lo_iu_du_ic
 194   1020006c 10100000 10100140 FUNC    UND f_lo_iu_du_ic_dc
 195   10200070 10100000 10100251 FUNC    UND f_lo_ic_dc
 196   10200074 10100000 10100150 FUNC    UND f_lo
 197
 198