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TerrorJack/AutoApply.cmm

Created September 8, 2022 07:36
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AutoApply.cmm
// DO NOT EDIT!
// Automatically generated by utils/genapply/Main.hs
#include "Cmm.h"
#include "AutoApply.h"
import CLOSURE __stderr_FILE;
stg_ap_p_fast() { // [R1, R2]
I32 _us, _c2, _cg, _ci, _unused;
cr: // global
(_unused) = ccall fputs("[DEBUG] cr \n\0", __stderr_FILE "ptr");
if (R1 & 3 == 1) {goto c3;} else {goto c5;}
c3: // global
(_unused) = ccall fputs("[DEBUG] c3 \n\0", __stderr_FILE "ptr");
jump (I32[I32[R1 - 1]]) [R1, R2];
c5: // global
(_unused) = ccall fputs("[DEBUG] c5 \n\0", __stderr_FILE "ptr");
if ((Sp + -8) < SpLim) {goto c6;} else {goto c8;}
c6: // global
(_unused) = ccall fputs("[DEBUG] c6 \n\0", __stderr_FILE "ptr");
Sp = Sp - 8;
//tick src<rts/AutoApply.cmm:24:15-32>
I32[Sp + 4] = R2;
//tick src<rts/AutoApply.cmm:25:15-45>
I32[Sp] = stg_ap_p_info;
jump __stg_gc_enter_1 [R1];
c8: // global
(_unused) = ccall fputs("[DEBUG] c8 \n\0", __stderr_FILE "ptr");
R1 = R1 & (-4);
//tick src<rts/AutoApply.cmm:30:10-29>
_us = %lobits32(I16[I32[R1] + 8]);
if (_us >= 15) {goto c9;} else {goto ut;}
ut: // global
(_unused) = ccall fputs("[DEBUG] ut \n\0", __stderr_FILE "ptr");
if (_us < 8) {goto c9;} else {goto cq;}
c9: // global
(_unused) = ccall fputs("[DEBUG] c9 \n\0", __stderr_FILE "ptr");
Sp = Sp - 8;
//tick src<rts/AutoApply.cmm:56:19-36>
I32[Sp + 4] = R2;
jump stg_ap_p_ret [R2];
cq: // global
(_unused) = ccall fputs("[DEBUG] cq \n\0", __stderr_FILE "ptr");
_c2 = %lobits32(I16[I32[R1] + 14]);
if (_c2 == 1) {goto ca;} else {goto cc;}
ca: // global
(_unused) = ccall fputs("[DEBUG] ca \n\0", __stderr_FILE "ptr");
R1 = R1 + 1;
jump (I32[I32[R1 & (-4)]]) [R1, R2];
cc: // global
(_unused) = ccall fputs("[DEBUG] cc \n\0", __stderr_FILE "ptr");
Sp = Sp - 8;
//tick src<rts/AutoApply.cmm:47:23-40>
I32[Sp + 4] = R2;
if (_c2 >= 4) {goto ce;} else {goto cd;}
cd: // global
(_unused) = ccall fputs("[DEBUG] cd \n\0", __stderr_FILE "ptr");
R1 = R1 + _c2;
goto ce;
ce: // global
(_unused) = ccall fputs("[DEBUG] ce \n\0", __stderr_FILE "ptr");
Hp = Hp + 16;
if (Hp > HpLim) {goto cj;} else {goto cl;}
cj: // global
(_unused) = ccall fputs("[DEBUG] cj \n\0", __stderr_FILE "ptr");
HpAlloc = 16;
//tick src<rts/AutoApply.cmm:51:153-183>
I32[Sp] = stg_ap_p_info;
jump __stg_gc_enter_1 [R1];
cl: // global
(_unused) = ccall fputs("[DEBUG] cl \n\0", __stderr_FILE "ptr");
_cg = Hp - 12;
I32[_cg] = stg_PAP_info;
//tick src<rts/AutoApply.cmm:51:341-388>
I16[_cg + 4] = %lobits16(_c2 - 1);
//tick src<rts/AutoApply.cmm:51:395-424>
I32[_cg + 8] = R1;
//tick src<rts/AutoApply.cmm:51:429-468>
I16[_cg + 6] = 1::bits16;
//tick src<rts/AutoApply.cmm:51:472-475>
_ci = 0;
goto cm;
cm: // global
(_unused) = ccall fputs("[DEBUG] cm \n\0", __stderr_FILE "ptr");
if (_ci < 1) {goto cn;} else {goto cp;}
cn: // global
(_unused) = ccall fputs("[DEBUG] cn \n\0", __stderr_FILE "ptr");
I32[(_cg + 12) + (_ci << 2)] = I32[Sp + ((_ci + 1) << 2)];
//tick src<rts/AutoApply.cmm:51:567-574>
_ci = _ci + 1;
goto cm;
cp: // global
(_unused) = ccall fputs("[DEBUG] cp \n\0", __stderr_FILE "ptr");
R1 = _cg;
//tick src<rts/AutoApply.cmm:51:604-622>
Sp = Sp + 8;
jump (I32[I32[Sp]]) [R1];
}
Raw
AutoApply.s
#
################################
# section ""readonly" . cr_buf" {
# cr_buf:
# I8[] "[DEBUG] cr \n\NUL"
# }
# section ""readonly" . c3_buf" {
# c3_buf:
# I8[] "[DEBUG] c3 \n\NUL"
# }
# section ""readonly" . c5_buf" {
# c5_buf:
# I8[] "[DEBUG] c5 \n\NUL"
# }
# section ""readonly" . c6_buf" {
# c6_buf:
# I8[] "[DEBUG] c6 \n\NUL"
# }
# section ""readonly" . c8_buf" {
# c8_buf:
# I8[] "[DEBUG] c8 \n\NUL"
# }
# section ""readonly" . ut_buf" {
# ut_buf:
# I8[] "[DEBUG] ut \n\NUL"
# }
# section ""readonly" . c9_buf" {
# c9_buf:
# I8[] "[DEBUG] c9 \n\NUL"
# }
# section ""readonly" . cq_buf" {
# cq_buf:
# I8[] "[DEBUG] cq \n\NUL"
# }
# section ""readonly" . ca_buf" {
# ca_buf:
# I8[] "[DEBUG] ca \n\NUL"
# }
# section ""readonly" . cc_buf" {
# cc_buf:
# I8[] "[DEBUG] cc \n\NUL"
# }
# section ""readonly" . cd_buf" {
# cd_buf:
# I8[] "[DEBUG] cd \n\NUL"
# }
# section ""readonly" . ce_buf" {
# ce_buf:
# I8[] "[DEBUG] ce \n\NUL"
# }
# section ""readonly" . cj_buf" {
# cj_buf:
# I8[] "[DEBUG] cj \n\NUL"
# }
# section ""readonly" . cl_buf" {
# cl_buf:
# I8[] "[DEBUG] cl \n\NUL"
# }
# section ""readonly" . cm_buf" {
# cm_buf:
# I8[] "[DEBUG] cm \n\NUL"
# }
# section ""readonly" . cn_buf" {
# cn_buf:
# I8[] "[DEBUG] cn \n\NUL"
# }
# section ""readonly" . cp_buf" {
# cp_buf:
# I8[] "[DEBUG] cp \n\NUL"
# }
# stg_ap_p_fast() { // [R1, R2]
# { []
# }
# {offset
# c1R: // global
# //tick src<rts/AutoApply.cmm:(9,17)-(99,1)>
# (_c5::I32) = call "ccall" arg hints: [PtrHint,
# PtrHint] result hints: [] fputs(cr_buf, __stderr_FILE);
# if (R1 & 3 == 1) goto cb; else goto cd;
# cb: // global
# //tick src<rts/AutoApply.cmm:13:28-37>
# (_c5::I32) = call "ccall" arg hints: [PtrHint,
# PtrHint] result hints: [] fputs(c3_buf, __stderr_FILE);
# call (I32[I32[R1 - 1]])(R1, R2) args: 4, res: 0, upd: 4;
# cd: // global
# //tick src<rts/AutoApply.cmm:13:44-53>
# (_c5::I32) = call "ccall" arg hints: [PtrHint,
# PtrHint] result hints: [] fputs(c5_buf, __stderr_FILE);
# if ((Sp + -8) < SpLim) goto co; else goto cq;
# co: // global
# //tick src<rts/AutoApply.cmm:19:34-43>
# (_c5::I32) = call "ccall" arg hints: [PtrHint,
# PtrHint] result hints: [] fputs(c6_buf, __stderr_FILE);
# //tick src<rts/AutoApply.cmm:22:14-22>
# Sp = Sp - 8;
# //tick src<rts/AutoApply.cmm:24:17-30>
# I32[Sp + 4] = R2;
# //tick src<rts/AutoApply.cmm:26:17-37>
# I32[Sp] = stg_ap_p_info;
# call __stg_gc_enter_1(R1) args: 4, res: 0, upd: 4;
# cq: // global
# //tick src<rts/AutoApply.cmm:19:50-59>
# (_c5::I32) = call "ccall" arg hints: [PtrHint,
# PtrHint] result hints: [] fputs(c8_buf, __stderr_FILE);
# //tick src<rts/AutoApply.cmm:30:14-25>
# R1 = R1 & (-4);
# //tick src<rts/AutoApply.cmm:32:15-50>
# _c1::I32 = %MO_UU_Conv_W16_W32(I16[I32[R1] + 8]);
# if (_c1::I32 >= 15) goto cM; else goto cD;
# cD: // global
# //tick src<rts/AutoApply.cmm:33:42-51>
# (_c5::I32) = call "ccall" arg hints: [PtrHint,
# PtrHint] result hints: [] fputs(ut_buf, __stderr_FILE);
# if (_c1::I32 < 8) goto cM; else goto cL;
# cM: // global
# (_c5::I32) = call "ccall" arg hints: [PtrHint,
# PtrHint] result hints: [] fputs(c9_buf, __stderr_FILE);
# //tick src<rts/AutoApply.cmm:39:14-22>
# Sp = Sp - 8;
# //tick src<rts/AutoApply.cmm:41:17-30>
# I32[Sp + 4] = R2;
# call stg_ap_p_ret(R2) args: 4, res: 0, upd: 4;
# cL: // global
# //tick src<rts/AutoApply.cmm:36:40-49>
# (_c5::I32) = call "ccall" arg hints: [PtrHint,
# PtrHint] result hints: [] fputs(cq_buf, __stderr_FILE);
# //tick src<rts/AutoApply.cmm:45:15-51>
# _c2::I32 = %MO_UU_Conv_W16_W32(I16[I32[R1] + 14]);
# if (_c2::I32 == 1) goto cW; else goto cY;
# cW: // global
# //tick src<rts/AutoApply.cmm:46:25-34>
# (_c5::I32) = call "ccall" arg hints: [PtrHint,
# PtrHint] result hints: [] fputs(ca_buf, __stderr_FILE);
# //tick src<rts/AutoApply.cmm:49:14-22>
# R1 = R1 + 1;
# call (I32[I32[R1 & (-4)]])(R1, R2) args: 4, res: 0, upd: 4;
# cY: // global
# //tick src<rts/AutoApply.cmm:46:41-50>
# (_c5::I32) = call "ccall" arg hints: [PtrHint,
# PtrHint] result hints: [] fputs(cc_buf, __stderr_FILE);
# //tick src<rts/AutoApply.cmm:53:14-22>
# Sp = Sp - 8;
# //tick src<rts/AutoApply.cmm:55:17-30>
# I32[Sp + 4] = R2;
# if (_c2::I32 >= 4) goto c1h; else goto c1b;
# c1b: // global
# //tick src<rts/AutoApply.cmm:56:41-50>
# (_c5::I32) = call "ccall" arg hints: [PtrHint,
# PtrHint] result hints: [] fputs(cd_buf, __stderr_FILE);
# //tick src<rts/AutoApply.cmm:59:14-24>
# R1 = R1 + _c2::I32;
# goto c1h;
# c1h: // global
# (_c5::I32) = call "ccall" arg hints: [PtrHint,
# PtrHint] result hints: [] fputs(ce_buf, __stderr_FILE);
# //tick src<rts/AutoApply.cmm:63:14-23>
# Hp = Hp + 16;
# if (Hp > HpLim) goto c1m; else goto c1o;
# c1m: // global
# //tick src<rts/AutoApply.cmm:64:27-36>
# (_c5::I32) = call "ccall" arg hints: [PtrHint,
# PtrHint] result hints: [] fputs(cj_buf, __stderr_FILE);
# //tick src<rts/AutoApply.cmm:67:19-23>
# HpAlloc = 16;
# //tick src<rts/AutoApply.cmm:69:17-37>
# I32[Sp] = stg_ap_p_info;
# call __stg_gc_enter_1(R1) args: 4, res: 0, upd: 4;
# c1o: // global
# //tick src<rts/AutoApply.cmm:64:43-52>
# (_c5::I32) = call "ccall" arg hints: [PtrHint,
# PtrHint] result hints: [] fputs(cl_buf, __stderr_FILE);
# //tick src<rts/AutoApply.cmm:73:15-24>
# //tick src<rts/AutoApply.cmm:74:17-37>
# _c3::I32 = Hp - 12;
# I32[_c3::I32] = stg_PAP_info;
# //tick src<rts/AutoApply.cmm:76:17-47>
# I16[_c3::I32 + 4] = %MO_UU_Conv_W32_W16(_c2::I32 - 1);
# //tick src<rts/AutoApply.cmm:78:17-31>
# I32[_c3::I32 + 8] = R1;
# //tick src<rts/AutoApply.cmm:80:17-38>
# I16[_c3::I32 + 6] = 1 :: W16;
# //tick src<rts/AutoApply.cmm:82:15-18>
# _c4::I32 = 0;
# goto c1z;
# c1z: // global
# (_c5::I32) = call "ccall" arg hints: [PtrHint,
# PtrHint] result hints: [] fputs(cm_buf, __stderr_FILE);
# if (_c4::I32 < 1) goto c1E; else goto c1G;
# c1E: // global
# //tick src<rts/AutoApply.cmm:86:24-33>
# (_c5::I32) = call "ccall" arg hints: [PtrHint,
# PtrHint] result hints: [] fputs(cn_buf, __stderr_FILE);
# //tick src<rts/AutoApply.cmm:89:17-74>
# I32[(_c3::I32 + 12) + (_c4::I32 << 2)] = I32[Sp + ((_c4::I32 + 1) << 2)];
# //tick src<rts/AutoApply.cmm:91:15-24>
# _c4::I32 = _c4::I32 + 1;
# goto c1z;
# c1G: // global
# //tick src<rts/AutoApply.cmm:86:40-49>
# (_c5::I32) = call "ccall" arg hints: [PtrHint,
# PtrHint] result hints: [] fputs(cp_buf, __stderr_FILE);
# //tick src<rts/AutoApply.cmm:95:14-19>
# R1 = _c3::I32;
# //tick src<rts/AutoApply.cmm:97:14-22>
# Sp = Sp + 8;
# call (I32[I32[Sp]])(R1) args: 4, res: 0, upd: 4;
# }
# }
.globaltype __InCmmProcGroup, i32
.functype __stg_gc_enter_1 () -> ()
.functype fputs (i32, i32) -> (i32)
.functype stg_ap_p_ret () -> ()
.hidden stg_ap_p_fast
.globl stg_ap_p_fast
.section .text.stg_ap_p_fast,"",@
stg_ap_p_fast:
.functype stg_ap_p_fast () -> (i32)
.local i32, i32, i32, i32, i32
i32.const .Ln1S
i32.const stderr
i32.load 0
call fputs
drop
# c1R
i32.const .Ln1T
i32.const stderr
i32.load 0
call fputs
drop
i32.const cr_buf
i32.const __stderr_FILE
call fputs
local.set 0
i32.const MainCapability
i32.load 16
i32.const 3
i32.and
i32.const 1
i32.eq
if i32
# cb
i32.const .Ln1U
i32.const stderr
i32.load 0
call fputs
drop
i32.const c3_buf
i32.const __stderr_FILE
call fputs
local.set 0
i32.const MainCapability
i32.load 16
i32.const -1
i32.add
i32.load 0
i32.load 0
return
else
# cd
i32.const .Ln1V
i32.const stderr
i32.load 0
call fputs
drop
i32.const c5_buf
i32.const __stderr_FILE
call fputs
local.set 0
i32.const MainCapability
i32.load 832
i32.const -8
i32.add
i32.const MainCapability
i32.load 836
i32.lt_u
if i32
# co
i32.const .Ln1W
i32.const stderr
i32.load 0
call fputs
drop
i32.const c6_buf
i32.const __stderr_FILE
call fputs
local.set 0
i32.const MainCapability
i32.const MainCapability
i32.load 832
i32.const -8
i32.add
i32.store 832
i32.const MainCapability
i32.load 832
i32.const 4
i32.add
i32.const MainCapability
i32.load 20
i32.store 0
i32.const MainCapability
i32.load 832
i32.const stg_ap_p_info
i32.store 0
i32.const __stg_gc_enter_1
return
else
# cq
i32.const .Ln1X
i32.const stderr
i32.load 0
call fputs
drop
i32.const c8_buf
i32.const __stderr_FILE
call fputs
local.set 0
i32.const MainCapability
i32.const MainCapability
i32.load 16
i32.const -4
i32.and
i32.store 16
i32.const MainCapability
i32.load 16
i32.load 0
i32.const 8
i32.add
i32.load16_u 0
local.set 1
local.get 1
i32.const 15
i32.ge_u
if
else
# cD
i32.const .Ln1Y
i32.const stderr
i32.load 0
call fputs
drop
i32.const ut_buf
i32.const __stderr_FILE
call fputs
local.set 0
local.get 1
i32.const 8
i32.lt_u
if
else
# cL
i32.const .Ln1Z
i32.const stderr
i32.load 0
call fputs
drop
i32.const cq_buf
i32.const __stderr_FILE
call fputs
local.set 0
i32.const MainCapability
i32.load 16
i32.load 0
i32.const 14
i32.add
i32.load16_u 0
local.set 2
local.get 2
i32.const 1
i32.eq
if
# cW
i32.const .Ln20
i32.const stderr
i32.load 0
call fputs
drop
i32.const ca_buf
i32.const __stderr_FILE
call fputs
local.set 0
i32.const MainCapability
i32.const MainCapability
i32.load 16
i32.const 1
i32.add
i32.store 16
i32.const MainCapability
i32.load 16
i32.const -4
i32.and
i32.load 0
i32.load 0
return
else
# cY
i32.const .Ln21
i32.const stderr
i32.load 0
call fputs
drop
i32.const cc_buf
i32.const __stderr_FILE
call fputs
local.set 0
i32.const MainCapability
i32.const MainCapability
i32.load 832
i32.const -8
i32.add
i32.store 832
i32.const MainCapability
i32.load 832
i32.const 4
i32.add
i32.const MainCapability
i32.load 20
i32.store 0
local.get 2
i32.const 4
i32.ge_u
if
else
# c1b
i32.const .Ln22
i32.const stderr
i32.load 0
call fputs
drop
i32.const cd_buf
i32.const __stderr_FILE
call fputs
local.set 0
i32.const MainCapability
i32.const MainCapability
i32.load 16
local.get 2
i32.add
i32.store 16
end_if
# c1h
i32.const .Ln23
i32.const stderr
i32.load 0
call fputs
drop
i32.const ce_buf
i32.const __stderr_FILE
call fputs
local.set 0
i32.const MainCapability
i32.const MainCapability
i32.load 840
i32.const 16
i32.add
i32.store 840
i32.const MainCapability
i32.load 840
i32.const MainCapability
i32.load 844
i32.gt_u
if
# c1m
i32.const .Ln24
i32.const stderr
i32.load 0
call fputs
drop
i32.const cj_buf
i32.const __stderr_FILE
call fputs
local.set 0
i32.const MainCapability
i32.const 16
i32.store 868
i32.const MainCapability
i32.load 832
i32.const stg_ap_p_info
i32.store 0
i32.const __stg_gc_enter_1
return
else
# c1o
i32.const .Ln25
i32.const stderr
i32.load 0
call fputs
drop
i32.const cl_buf
i32.const __stderr_FILE
call fputs
local.set 0
i32.const MainCapability
i32.load 840
i32.const -12
i32.add
local.set 3
local.get 3
i32.const stg_PAP_info
i32.store 0
local.get 3
i32.const 4
i32.add
local.get 2
i32.const -1
i32.add
i32.const 65535
i32.and
i32.store16 0
local.get 3
i32.const 8
i32.add
i32.const MainCapability
i32.load 16
i32.store 0
local.get 3
i32.const 6
i32.add
i32.const 1
i32.store16 0
i32.const 0
local.set 4
loop
# c1z
i32.const .Ln26
i32.const stderr
i32.load 0
call fputs
drop
i32.const cm_buf
i32.const __stderr_FILE
call fputs
local.set 0
local.get 4
i32.const 1
i32.lt_u
if
# c1E
i32.const .Ln27
i32.const stderr
i32.load 0
call fputs
drop
i32.const cn_buf
i32.const __stderr_FILE
call fputs
local.set 0
local.get 3
i32.const 12
i32.add
local.get 4
i32.const 2
i32.shl
i32.add
i32.const MainCapability
i32.load 832
local.get 4
i32.const 1
i32.add
i32.const 2
i32.shl
i32.add
i32.load 0
i32.store 0
local.get 4
i32.const 1
i32.add
local.set 4
else
# c1G
i32.const .Ln28
i32.const stderr
i32.load 0
call fputs
drop
i32.const cp_buf
i32.const __stderr_FILE
call fputs
local.set 0
i32.const MainCapability
local.get 3
i32.store 16
i32.const MainCapability
i32.const MainCapability
i32.load 832
i32.const 8
i32.add
i32.store 832
i32.const MainCapability
i32.load 832
i32.load 0
i32.load 0
return
end_if
end_loop
end_if
end_if
end_if
end_if
# cM
i32.const .Ln29
i32.const stderr
i32.load 0
call fputs
drop
i32.const c9_buf
i32.const __stderr_FILE
call fputs
local.set 0
i32.const MainCapability
i32.const MainCapability
i32.load 832
i32.const -8
i32.add
i32.store 832
i32.const MainCapability
i32.load 832
i32.const 4
i32.add
i32.const MainCapability
i32.load 20
i32.store 0
i32.const stg_ap_p_ret
return
end_if
end_if
end_function
.section .rodata..Ln1S,"",@
.size .Ln1S, 25
.Ln1S:
.asciz "[DEBUG] \"stg_ap_p_fast\"\n"
.section .rodata..Ln1T,"",@
.size .Ln1T, 22
.Ln1T:
.asciz "[DEBUG] call \"fputs\"\n"
.section .rodata..Ln1U,"",@
.size .Ln1U, 22
.Ln1U:
.asciz "[DEBUG] call \"fputs\"\n"
.section .rodata..Ln1V,"",@
.size .Ln1V, 22
.Ln1V:
.asciz "[DEBUG] call \"fputs\"\n"
.section .rodata..Ln1W,"",@
.size .Ln1W, 22
.Ln1W:
.asciz "[DEBUG] call \"fputs\"\n"
.section .rodata..Ln1X,"",@
.size .Ln1X, 22
.Ln1X:
.asciz "[DEBUG] call \"fputs\"\n"
.section .rodata..Ln1Y,"",@
.size .Ln1Y, 22
.Ln1Y:
.asciz "[DEBUG] call \"fputs\"\n"
.section .rodata..Ln1Z,"",@
.size .Ln1Z, 22
.Ln1Z:
.asciz "[DEBUG] call \"fputs\"\n"
.section .rodata..Ln20,"",@
.size .Ln20, 22
.Ln20:
.asciz "[DEBUG] call \"fputs\"\n"
.section .rodata..Ln21,"",@
.size .Ln21, 22
.Ln21:
.asciz "[DEBUG] call \"fputs\"\n"
.section .rodata..Ln22,"",@
.size .Ln22, 22
.Ln22:
.asciz "[DEBUG] call \"fputs\"\n"
.section .rodata..Ln23,"",@
.size .Ln23, 22
.Ln23:
.asciz "[DEBUG] call \"fputs\"\n"
.section .rodata..Ln24,"",@
.size .Ln24, 22
.Ln24:
.asciz "[DEBUG] call \"fputs\"\n"
.section .rodata..Ln25,"",@
.size .Ln25, 22
.Ln25:
.asciz "[DEBUG] call \"fputs\"\n"
.section .rodata..Ln26,"",@
.size .Ln26, 22
.Ln26:
.asciz "[DEBUG] call \"fputs\"\n"
.section .rodata..Ln27,"",@
.size .Ln27, 22
.Ln27:
.asciz "[DEBUG] call \"fputs\"\n"
.section .rodata..Ln28,"",@
.size .Ln28, 22
.Ln28:
.asciz "[DEBUG] call \"fputs\"\n"
.section .rodata..Ln29,"",@
.size .Ln29, 22
.Ln29:
.asciz "[DEBUG] call \"fputs\"\n"
.section .rodata.ca_buf,"",@
.p2align 2
.size ca_buf, 13
ca_buf:
.asciz "[DEBUG] ca \n"
.section .rodata.cc_buf,"",@
.p2align 2
.size cc_buf, 13
cc_buf:
.asciz "[DEBUG] cc \n"
.section .rodata.cm_buf,"",@
.p2align 2
.size cm_buf, 13
cm_buf:
.asciz "[DEBUG] cm \n"
.section .rodata.cn_buf,"",@
.p2align 2
.size cn_buf, 13
cn_buf:
.asciz "[DEBUG] cn \n"
.section .rodata.cp_buf,"",@
.p2align 2
.size cp_buf, 13
cp_buf:
.asciz "[DEBUG] cp \n"
.section .rodata.cd_buf,"",@
.p2align 2
.size cd_buf, 13
cd_buf:
.asciz "[DEBUG] cd \n"
.section .rodata.ce_buf,"",@
.p2align 2
.size ce_buf, 13
ce_buf:
.asciz "[DEBUG] ce \n"
.section .rodata.cj_buf,"",@
.p2align 2
.size cj_buf, 13
cj_buf:
.asciz "[DEBUG] cj \n"
.section .rodata.cl_buf,"",@
.p2align 2
.size cl_buf, 13
cl_buf:
.asciz "[DEBUG] cl \n"
.section .rodata.cr_buf,"",@
.p2align 2
.size cr_buf, 13
cr_buf:
.asciz "[DEBUG] cr \n"
.section .rodata.ut_buf,"",@
.p2align 2
.size ut_buf, 13
ut_buf:
.asciz "[DEBUG] ut \n"
.section .rodata.c9_buf,"",@
.p2align 2
.size c9_buf, 13
c9_buf:
.asciz "[DEBUG] c9 \n"
.section .rodata.cq_buf,"",@
.p2align 2
.size cq_buf, 13
cq_buf:
.asciz "[DEBUG] cq \n"
.section .rodata.c3_buf,"",@
.p2align 2
.size c3_buf, 13
c3_buf:
.asciz "[DEBUG] c3 \n"
.section .rodata.c5_buf,"",@
.p2align 2
.size c5_buf, 13
c5_buf:
.asciz "[DEBUG] c5 \n"
.section .rodata.c6_buf,"",@
.p2align 2
.size c6_buf, 13
c6_buf:
.asciz "[DEBUG] c6 \n"
.section .rodata.c8_buf,"",@
.p2align 2
.size c8_buf, 13
c8_buf:
.asciz "[DEBUG] c8 \n"
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