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harendra-kumar/decompose-loop-execution-trace-ghc-7.10.3.asm

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Execution trace
Raw
decompose-loop-execution-trace-ghc-7.10.3.asm
# GHC 7.10.3 NO llvm
# Start of loop
# c4ic:
# Heap check + 48
=> 0x408d2a: add $0x30,%r12
=> 0x408d2e: cmp 0x358(%r13),%r12
=> 0x408d35: ja 0x4094af
# c4mw:
# Loop realloc check logic
=> 0x408d3b: lea 0xb(%r10),%r14
=> 0x408d3f: cmp %r14,%r8
=> 0x408d42: jl 0x409413
# c4pw:
# Loop termination condition
=> 0x408d48: cmp %rsi,%r11
=> 0x408d4b: jge 0x40969f
# c4ps:
# Loop real logic begin
=> 0x408d51: movzwl 0x10(%rcx,%r11,2),%r14d
=> 0x408d57: cmp $0xd800,%r14
=> 0x408d5e: jae 0x4091f1
# c4p8:
# Heap - 48
=> 0x408d64: add $0xffffffffffffffd0,%r12
=> 0x408d68: inc %r11
# _n4se:
# Register shuffle
# r14 <-> r11
=> 0x408d6b: mov %r11,0x98(%rsp)
=> 0x408d73: mov %r14,%r11
=> 0x408d76: mov 0x98(%rsp),%r14
# stack.rbx -> r10 -> r9 -> r8 -> rdi -> rsi -> rdx -> rcx -> rbx -> stack.rbx
=> 0x408d7e: mov %rbx,0x90(%rsp)
=> 0x408d86: mov %rcx,%rbx
=> 0x408d89: mov %rdx,%rcx
=> 0x408d8c: mov %rsi,%rdx
=> 0x408d8f: mov %rdi,%rsi
=> 0x408d92: mov %r8,%rdi
=> 0x408d95: mov %r9,%r8
=> 0x408d98: mov %r10,%r9
=> 0x408d9b: mov 0x90(%rsp),%r10
# c4jd:
# Heap check + 32
=> 0x408da3: add $0x20,%r12
=> 0x408da7: cmp 0x358(%r13),%r12
=> 0x408dae: ja 0x4094eb
# c4mz:
# r11 -> rax -> stack
=> 0x408db4: mov %rax,0x88(%rsp)
=> 0x408dbc: mov %r11,%rax
# Logic condition
=> 0x408dbf: cmp $0xac00,%r11
=> 0x408dc6: jl 0x40952b
# c4oH:
# Heap -32
=> 0x40952b: add $0xffffffffffffffe0,%r12
# Loop real processing logic
# Uses rax = char, r10 = ri, r9 = di
=> 0x40952f: cmp $0xc0,%rax
=> 0x409535: jl 0x409058
=> 0x409058: cmp $0x1,%r10
=> 0x40905c: jl 0x409104
=> 0x409062: cmp $0x1,%r10
=> 0x409066: jne 0x409552
=> 0x40906c: cmp $0x300,%rax
=> 0x409072: jl 0x4090d7
=> 0x4090d7: xor %eax,%eax
=> 0x4090d9: inc %r9
# _n4s8:
# Register shuffle back
=> 0x4090dc: mov %r14,%r11
=> 0x4090df: mov %r9,%r10
=> 0x4090e2: mov %r8,%r9
=> 0x4090e5: mov %rdi,%r8
=> 0x4090e8: mov %rsi,%rdi
=> 0x4090eb: mov %rdx,%rsi
=> 0x4090ee: mov %rcx,%rdx
=> 0x4090f1: mov %rbx,%rcx
=> 0x4090f4: mov %rax,%rbx
=> 0x4090f7: mov 0x88(%rsp),%rax
# Jump back to start of loop
=> 0x4090ff: jmpq 0x408d2a
Raw
decompose-loop-execution-trace-ghc-8.0.1.asm
# GHC 8.0.1
=> 0x406cb4: add $0x30,%r12
=> 0x406cb8: cmp 0x358(%r13),%r12
=> 0x406cbf: ja 0x4072ef
=> 0x406cc5: lea 0xb(%r10),%r14
=> 0x406cc9: cmp %r14,%r8
=> 0x406ccc: jl 0x40739b
=> 0x406cd2: cmp %rsi,%r11
=> 0x406cd5: jge 0x406b31
=> 0x406cdb: movzwl 0x10(%rcx,%r11,2),%r14d
=> 0x406ce1: cmp $0xd800,%r14
=> 0x406ce8: jae 0x40710a
=> 0x406cee: add $0xffffffffffffffd0,%r12
=> 0x406cf2: inc %r11
# rbx -> r10 -> r9 -> r8 -> rdi -> rsi -> rdx -> rcx -> rbx
=> 0x406cf5: mov %rcx,0x58(%rsp)
=> 0x406cfa: mov %rdx,%rcx
=> 0x406cfd: mov %rsi,%rdx
=> 0x406d00: mov %rdi,%rsi
=> 0x406d03: mov %r8,%rdi
=> 0x406d06: mov %r9,%r8
=> 0x406d09: mov %r10,%r9
=> 0x406d0c: mov %rbx,%r10
=> 0x406d0f: mov 0x58(%rsp),%rbx
# jump to core logic of the loop
=> 0x406d14: jmpq 0x406bd8
=> 0x406bd8: add $0x20,%r12
=> 0x406bdc: cmp 0x358(%r13),%r12
=> 0x406be3: ja 0x4072af
=> 0x406be9: mov %rax,0x80(%rsp)
=> 0x406bf1: mov %r14,%rax
=> 0x406bf4: cmp $0xac00,%r14
=> 0x406bfb: jl 0x407277
=> 0x407277: add $0xffffffffffffffe0,%r12
=> 0x40727b: cmp $0xc0,%rax
=> 0x407281: jl 0x40706b
=> 0x40706b: cmp $0x1,%r10
=> 0x40706f: jl 0x407035
=> 0x407071: cmp $0x2,%r10
=> 0x407075: jge 0x407261
=> 0x40707b: cmp $0x300,%rax
=> 0x407081: jl 0x4070e0
=> 0x4070e0: xor %eax,%eax
=> 0x4070e2: inc %r9
# shuffle back
=> 0x4070e5: mov %r9,%r10
=> 0x4070e8: mov %r8,%r9
=> 0x4070eb: mov %rdi,%r8
=> 0x4070ee: mov %rsi,%rdi
=> 0x4070f1: mov %rdx,%rsi
=> 0x4070f4: mov %rcx,%rdx
=> 0x4070f7: mov %rbx,%rcx
=> 0x4070fa: mov %rax,%rbx
=> 0x4070fd: mov 0x80(%rsp),%rax
=> 0x407105: jmpq 0x406cb4
Raw
decompose-loop-execution-trace-llvm.asm
# Heap check
=> 0x408fc0: lea 0x30(%r12),%rax
=> 0x408fc5: cmp 0x358(%r13),%rax
=> 0x408fcc: jbe 0x408fe9 # taken
=> 0x408fe9: mov 0x10(%rbp),%rdx # load
=> 0x408fed: mov 0x18(%rbp),%rcx # load
=> 0x408ff1: lea 0xb(%rdx),%rsi
=> 0x408ff5: cmp %rsi,0x40(%rbp)
=> 0x408ff9: jge 0x40905a # taken
=> 0x40905a: cmp 0x50(%rbp),%rcx # load
=> 0x40905e: jge 0x40909e # not taken
=> 0x409060: mov 0x38(%rbp),%rdx # load
=> 0x409064: movzwl 0x10(%rdx,%rcx,2),%eax
=> 0x409069: cmp $0xd7ff,%rax
=> 0x40906f: jbe 0x4090e1 # taken
=> 0x4090e1: mov %rax,0x18(%rbp) # save
=> 0x4090e5: inc %rcx
=> 0x4090e8: mov %rcx,0x0(%rbp) # save
=> 0x4090ec: add $0xfffffffffffffff8,%rbp
=> 0x4090f0: jmpq 0x4093e8 # taken
# Heap check
=> 0x4093e8: lea 0x20(%r12),%rax
=> 0x4093ed: cmp 0x358(%r13),%rax
=> 0x4093f4: jbe 0x409411 # taken
=> 0x409411: mov 0x18(%rbp),%r14 # load
=> 0x409415: mov 0x10(%rbp),%rsi # load
=> 0x409419: mov 0x20(%rbp),%rdx # load
=> 0x40941d: lea -0xac00(%rdx),%rcx
=> 0x409424: cmp $0x2ba3,%rcx
=> 0x40942b: jbe 0x40944e # not taken
=> 0x40942d: mov 0x8(%rbp),%rcx # load
=> 0x409431: lea 0x8(%rbp),%rax # load
=> 0x409435: cmp $0xc0,%rdx
=> 0x40943c: jge 0x409484
=> 0x40943e: test %rsi,%rsi
=> 0x409441: jg 0x409492 # taken
=> 0x409492: cmp $0x1,%rsi
=> 0x409496: jne 0x4094cd # not taken
=> 0x409498: cmp $0x300,%rdx
=> 0x40949f: jge 0x4094b9 # not taken
=> 0x4094a1: mov %rcx,0x20(%rbp) # save
=> 0x4094a5: jmp 0x4094c6 # taken
=> 0x4094c6: inc %r14
=> 0x4094c9: jmp 0x4094fa # taken
=> 0x4094fa: mov %r14,0x18(%rbp)
=> 0x4094fe: movq $0x0,0x10(%rbp) # save
=> 0x409506: mov %rax,%rbp
=> 0x409509: jmpq 0x408fc0
Raw
decompose-loop-execution-trace.cmm
# GHC 7.10.3
c4ic:
Hp = Hp + 48;
if (Hp > HpLim) goto c4mx; else goto c4mw;
.
.
.
c4mw:
if (%MO_S_Lt_W64(_s46B::I64,
_s47i::I64 + 11)) goto c4pv; else goto c4pw;
.
.
.
c4pw:
if (%MO_S_Ge_W64(_s47h::I64,
_s46y::I64)) goto c4pr; else goto c4ps;
.
.
.
c4ps:
_s47q::I64 = %MO_UU_Conv_W16_W64(I16[(_s464::P64 + 16) + (_s47h::I64 << 1)]);
if (_s47q::I64 >= 55296) goto c4p7; else goto c4p8;
.
.
.
c4p8:
Hp = Hp - 48;
_s47t::I64 = _s47h::I64 + 1;
_s47s::I64 = _s47q::I64;
goto c4jd;
c4jd:
Hp = Hp + 32;
if (Hp > HpLim) goto c4mA; else goto c4mz;
.
.
.
c4mz:
_s47v::I64 = _s47s::I64;
if (%MO_S_Lt_W64(_s47s::I64, 44032)) goto c4oH; else goto c4oJ;
c4oH:
Hp = Hp - 32;
if (%MO_S_Lt_W64(_s47v::I64, 192)) goto c4o3; else goto c4o4;
Raw
decompose-loop-full.cmm
# GHC 7.10.3
sat_s49l_entry() // [R1]
{ info_tbl: [(c4hH,
label: block_c4hH_info
rep:StackRep [False, True, True, True]),
(c4hL,
label: block_c4hL_info
rep:StackRep [False, False, False, True, True, True]),
(c4hP,
label: block_c4hP_info
rep:StackRep [False, False, False, True, True, True]),
(c4hX,
label: block_c4hX_info
rep:StackRep [True, True, False, True, False, True, False, True]),
(c4id,
label: block_c4id_info
rep:StackRep [True, True, True, True, False, True, False, False,
True, False]),
(c4je,
label: block_c4je_info
rep:StackRep [True, True, True, True, True, False, True, False,
False, True, False]),
(c4kX,
label: sat_s49l_info
rep:HeapRep 1 ptrs 2 nonptrs {
Fun {arity: 1 fun_type: ArgSpec 3} }),
(c4lj,
label: block_c4lj_info
rep:StackRep [True, True, False, True, False, False, True, True]),
(c4lI,
label: block_c4lI_info
rep:StackRep [True, True, False, True, False, False, True, True]),
(c4m8,
label: block_c4m8_info
rep:StackRep [False, False, False, True, False, False, True,
False]),
(c4md,
label: block_c4md_info
rep:StackRep [False, True, False, True, False, False, True,
False]),
(c4mi,
label: block_c4mi_info
rep:StackRep [True, True, False, True, False, False, True, False]),
(c4o9,
label: block_c4o9_info
rep:StackRep [True, True, True, False, True, False, False, True,
False]),
(c4ob,
label: block_c4ob_info
rep:StackRep [True, True, True, False, True, False, False, True,
False]),
(c4og,
label: block_c4og_info
rep:StackRep [True, True, False, True, False, False, True, False]),
(c4oi,
label: block_c4oi_info
rep:StackRep [True, True, False, True, False, False, True, False]),
(c4on,
label: block_c4on_info
rep:StackRep [False, True, True, False, True, False, False, True,
False]),
(c4os,
label: block_c4os_info
rep:StackRep [True, True, True, False, True, False, False, True,
False]),
(c4pg,
label: block_c4pg_info
rep:StackRep [])]
stack_info: arg_space: 8 updfr_space: Just 8
}
{offset
c4kX:
if ((Sp + -96) < SpLim) goto c4kY; else goto c4kZ;
c4kY:
R1 = R1;
call (stg_gc_fun)(R1) args: 8, res: 0, upd: 8;
c4kZ:
_s466::I64 = I64[R1 + 23];
_s46a::I64 = _s466::I64 + 11;
if (%MO_S_Lt_W64(_s46a::I64, 0)) goto c4pB; else goto c4pC;
c4pC:
if (_s46a::I64 & 4611686018427387904 != 0) goto c4pB; else goto c4l6;
c4l6:
I64[Sp - 40] = c4hH;
_s464::P64 = P64[R1 + 7];
_s465::I64 = I64[R1 + 15];
R1 = _s46a::I64 << 1;
P64[Sp - 32] = _s464::P64;
I64[Sp - 24] = _s465::I64;
I64[Sp - 16] = _s466::I64;
I64[Sp - 8] = _s46a::I64;
Sp = Sp - 40;
call stg_newByteArray#(R1) returns to c4hH, args: 8, res: 8, upd: 8;
c4hH:
Hp = Hp + 80;
if (Hp > HpLim) goto c4la; else goto c4l9;
c4la:
HpAlloc = 80;
R1 = R1;
call stg_gc_unpt_r1(R1) returns to c4hH, args: 8, res: 8, upd: 8;
c4l9:
I64[Hp - 72] = stg_ARR_WORDS_info;
I64[Hp - 64] = 48;
I64[Hp - 8] = go1_s46m_info;
_s46l::P64 = Hp - 72;
P64[Hp] = _s46l::P64;
I64[Sp - 16] = c4hL;
R2 = 0;
_s46i::P64 = R1;
R1 = Hp - 7;
P64[Sp - 8] = _s46l::P64;
P64[Sp] = _s46i::P64;
Sp = Sp - 16;
call go1_s46m_info(R2,
R1) returns to c4hL, args: 8, res: 8, upd: 8;
c4hL:
I64[Sp] = c4hP;
R2 = R1;
call poly_a_r45I_info(R2) returns to c4hP, args: 8, res: 8, upd: 8;
c4hP:
_s464::P64 = P64[Sp + 24];
_s465::I64 = I64[Sp + 32];
_s46l::P64 = P64[Sp + 8];
_s46y::I64 = _s465::I64 + I64[Sp + 40];
_s46E::I64 = 0;
_s46D::I64 = 0;
_s46C::I64 = _s465::I64;
_s46B::I64 = I64[Sp + 48] - 1;
_s46A::P64 = P64[Sp + 16];
goto c4hW;
c4hW:
Hp = Hp + 24;
if (Hp > HpLim) goto c4lf; else goto c4le;
c4lf:
HpAlloc = 24;
I64[Sp - 16] = c4hX;
I64[Sp - 8] = _s46E::I64;
I64[Sp] = _s46D::I64;
I64[Sp + 16] = _s46C::I64;
I64[Sp + 32] = _s46B::I64;
P64[Sp + 40] = _s46A::P64;
I64[Sp + 48] = _s46y::I64;
Sp = Sp - 16;
call stg_gc_noregs() returns to c4hX, args: 8, res: 8, upd: 8;
c4hX:
_s464::P64 = P64[Sp + 40];
_s46l::P64 = P64[Sp + 24];
_s46y::I64 = I64[Sp + 64];
_s46A::P64 = P64[Sp + 56];
_s46B::I64 = I64[Sp + 48];
_s46C::I64 = I64[Sp + 32];
_s46D::I64 = I64[Sp + 16];
_s46E::I64 = I64[Sp + 8];
Sp = Sp + 16;
goto c4hW;
c4le:
I64[Hp - 16] = lvl3_s46H_info;
_s46G::I64 = _s46B::I64 << 1;
I64[Hp] = _s46G::I64;
_c4i2::P64 = Hp - 16;
_s47j::I64 = _s46E::I64;
_s47i::I64 = _s46D::I64;
_s47h::I64 = _s46C::I64;
goto c4ic;
c4ic:
Hp = Hp + 48;
if (Hp > HpLim) goto c4mx; else goto c4mw;
c4mx:
HpAlloc = 48;
I64[Sp - 32] = c4id;
I64[Sp - 24] = _s47h::I64;
I64[Sp - 16] = _s47i::I64;
I64[Sp - 8] = _s47j::I64;
I64[Sp] = _s46G::I64;
I64[Sp + 16] = _s46B::I64;
P64[Sp + 32] = _s46A::P64;
I64[Sp + 40] = _s46y::I64;
P64[Sp + 48] = _c4i2::P64;
Sp = Sp - 32;
call stg_gc_noregs() returns to c4id, args: 8, res: 8, upd: 8;
c4id:
_c4i2::P64 = P64[Sp + 80];
_s464::P64 = P64[Sp + 56];
_s46l::P64 = P64[Sp + 40];
_s46y::I64 = I64[Sp + 72];
_s46A::P64 = P64[Sp + 64];
_s46B::I64 = I64[Sp + 48];
_s46G::I64 = I64[Sp + 32];
_s47h::I64 = I64[Sp + 8];
_s47i::I64 = I64[Sp + 16];
_s47j::I64 = I64[Sp + 24];
Sp = Sp + 32;
goto c4ic;
c4mw:
if (%MO_S_Lt_W64(_s46B::I64,
_s47i::I64 + 11)) goto c4pv; else goto c4pw;
c4pv:
I64[Hp - 40] = GHC.Types.I#_con_info;
I64[Hp - 32] = _s47j::I64;
I64[Hp - 24] = GHC.Types.I#_con_info;
I64[Hp - 16] = _s47i::I64;
I64[Hp - 8] = GHC.Types.I#_con_info;
I64[Hp] = _s47h::I64;
I64[Sp - 16] = c4m8;
R1 = Hp - 7;
P64[Sp - 8] = Hp - 39;
P64[Sp] = Hp - 23;
I64[Sp + 16] = _s46G::I64;
P64[Sp + 32] = _s46A::P64;
I64[Sp + 40] = _s46y::I64;
P64[Sp + 48] = _c4i2::P64;
Sp = Sp - 16;
if (R1 & 7 != 0) goto c4m8; else goto c4m9;
c4m9:
call (I64[R1])(R1) returns to c4m8, args: 8, res: 8, upd: 8;
c4m8:
I64[Sp] = c4md;
_s47a::I64 = I64[R1 + 7];
R1 = P64[Sp + 16];
I64[Sp + 16] = _s47a::I64;
if (R1 & 7 != 0) goto c4md; else goto c4me;
c4me:
call (I64[R1])(R1) returns to c4md, args: 8, res: 8, upd: 8;
c4md:
I64[Sp] = c4mi;
_s47c::I64 = I64[R1 + 7];
R1 = P64[Sp + 8];
I64[Sp + 8] = _s47c::I64;
if (R1 & 7 != 0) goto c4mi; else goto c4mm;
c4mm:
call (I64[R1])(R1) returns to c4mi, args: 8, res: 8, upd: 8;
c4mi:
I64[Sp] = c4lj;
_s46M::I64 = I64[R1 + 7];
R1 = P64[Sp + 64];
_s46L::I64 = I64[Sp + 8];
I64[Sp + 8] = _s46M::I64;
_s46K::I64 = I64[Sp + 16];
I64[Sp + 16] = _s46L::I64;
I64[Sp + 64] = _s46K::I64;
if (R1 & 7 != 0) goto c4lj; else goto c4ll;
c4ll:
call (I64[R1])(R1) returns to c4lj, args: 8, res: 8, upd: 8;
c4lj:
if (R1 & 7 >= 2) goto u4r4; else goto c4m4;
u4r4:
Sp = Sp + 72;
goto c4pB;
c4m4:
_s46G::I64 = I64[Sp + 32];
if (_s46G::I64 & 4611686018427387904 != 0) goto u4r5; else goto c4lB;
u4r5:
Sp = Sp + 72;
goto c4pB;
c4pB:
R1 = Data.Text.Array.array_size_error_closure;
call stg_ap_0_fast(R1) args: 8, res: 0, upd: 8;
c4lB:
I64[Sp] = c4lI;
R1 = _s46G::I64 << 1;
call stg_newByteArray#(R1) returns to c4lI, args: 8, res: 8, upd: 8;
c4lI:
_s464::P64 = P64[Sp + 40];
_s46l::P64 = P64[Sp + 24];
_s46y::I64 = I64[Sp + 56];
_s46G::I64 = I64[Sp + 32];
_s46K::I64 = I64[Sp + 64];
_s46L::I64 = I64[Sp + 16];
_s46M::I64 = I64[Sp + 8];
if (%MO_S_Le_W64(_s46L::I64, 0)) goto c4lT; else goto c4lU;
c4lT:
Sp = Sp + 16;
_s46E::I64 = _s46M::I64;
_s46D::I64 = _s46L::I64;
_s46C::I64 = _s46K::I64;
_s46B::I64 = _s46G::I64 - 1;
_s46A::P64 = R1;
goto c4hW;
c4lU:
call "ccall" arg hints: [PtrHint, , PtrHint,
,] result hints: [] _hs_text_memcpy(R1 + 16, 0, P64[Sp + 48] + 16, 0, _s46L::I64);
Sp = Sp + 16;
_s46E::I64 = _s46M::I64;
_s46D::I64 = _s46L::I64;
_s46C::I64 = _s46K::I64;
_s46B::I64 = _s46G::I64 - 1;
_s46A::P64 = R1;
goto c4hW;
c4pw:
if (%MO_S_Ge_W64(_s47h::I64,
_s46y::I64)) goto c4pr; else goto c4ps;
c4pr:
if (_s47i::I64 != 0) goto c4pe; else goto c4ph;
c4pe:
I64[Hp - 40] = Data.Text.Internal.Text_con_info;
P64[Hp - 32] = _s46A::P64;
I64[Hp - 24] = 0;
I64[Hp - 16] = _s47i::I64;
_c4pc::P64 = Hp - 39;
Hp = Hp - 16;
R1 = _c4pc::P64;
Sp = Sp + 56;
call (P64[Sp])(R1) args: 8, res: 0, upd: 8;
c4ph:
Hp = Hp - 48;
I64[Sp + 48] = c4pg;
R1 = Data.Text.Internal.empty_closure;
Sp = Sp + 48;
if (R1 & 7 != 0) goto c4pg; else goto c4pi;
c4pi:
call (I64[R1])(R1) returns to c4pg, args: 8, res: 8, upd: 8;
c4pg:
R1 = R1;
Sp = Sp + 8;
call (P64[Sp])(R1) args: 8, res: 0, upd: 8;
c4ps:
_s47q::I64 = %MO_UU_Conv_W16_W64(I16[(_s464::P64 + 16) + (_s47h::I64 << 1)]);
if (_s47q::I64 >= 55296) goto c4p7; else goto c4p8;
c4p7:
if (_s47q::I64 <= 56319) goto c4p2; else goto c4p3;
c4p2:
Hp = Hp - 48;
_s47t::I64 = _s47h::I64 + 2;
_s47s::I64 = ((_s47q::I64 + -55296) << 10) + (%MO_UU_Conv_W16_W64(I16[(_s464::P64 + 16) + ((_s47h::I64 + 1) << 1)]) - 56320) + 65536;
goto c4jd;
c4p3:
Hp = Hp - 48;
_s47t::I64 = _s47h::I64 + 1;
_s47s::I64 = _s47q::I64;
goto c4jd;
c4p8:
Hp = Hp - 48;
_s47t::I64 = _s47h::I64 + 1;
_s47s::I64 = _s47q::I64;
goto c4jd;
c4jd:
Hp = Hp + 32;
if (Hp > HpLim) goto c4mA; else goto c4mz;
c4mA:
HpAlloc = 32;
I64[Sp - 40] = c4je;
I64[Sp - 32] = _s47i::I64;
I64[Sp - 24] = _s47j::I64;
I64[Sp - 16] = _s47s::I64;
I64[Sp - 8] = _s47t::I64;
I64[Sp] = _s46G::I64;
I64[Sp + 16] = _s46B::I64;
P64[Sp + 32] = _s46A::P64;
I64[Sp + 40] = _s46y::I64;
P64[Sp + 48] = _c4i2::P64;
Sp = Sp - 40;
call stg_gc_noregs() returns to c4je, args: 8, res: 8, upd: 8;
c4je:
_c4i2::P64 = P64[Sp + 88];
_s464::P64 = P64[Sp + 64];
_s46l::P64 = P64[Sp + 48];
_s46y::I64 = I64[Sp + 80];
_s46A::P64 = P64[Sp + 72];
_s46B::I64 = I64[Sp + 56];
_s46G::I64 = I64[Sp + 40];
_s47i::I64 = I64[Sp + 8];
_s47j::I64 = I64[Sp + 16];
_s47s::I64 = I64[Sp + 24];
_s47t::I64 = I64[Sp + 32];
Sp = Sp + 40;
goto c4jd;
c4mz:
_s47v::I64 = _s47s::I64;
if (%MO_S_Lt_W64(_s47s::I64, 44032)) goto c4oH; else goto c4oJ;
c4oJ:
if (%MO_S_Gt_W64(_s47v::I64, 55203)) goto c4oH; else goto c4oG;
c4oH:
Hp = Hp - 32;
if (%MO_S_Lt_W64(_s47v::I64, 192)) goto c4o3; else goto c4o4;
c4o3:
if (%MO_S_Lt_W64(_s47j::I64, 1)) goto c4o0; else goto c4o1;
c4o0:
if (_s47j::I64 != 0) goto c4nx; else goto c4ny;
c4ny:
_s47j::I64 = 1;
_s47i::I64 = _s47i::I64 + 1;
_s47h::I64 = _s47t::I64;
goto c4ic;
c4o1:
if (_s47j::I64 != 1) goto c4nx; else goto c4nU;
c4nU:
if (%MO_S_Lt_W64(_s47v::I64, 768)) goto c4nW; else goto c4nX;
c4nW:
_s47j::I64 = 0;
_s47i::I64 = _s47i::I64 + 1;
_s47h::I64 = _s47t::I64;
goto c4ic;
c4nX:
if (%MO_S_Gt_W64(_s47v::I64, 125142)) goto c4nR; else goto c4nS;
c4nR:
_s47j::I64 = 0;
_s47i::I64 = _s47i::I64 + 1;
_s47h::I64 = _s47t::I64;
goto c4ic;
c4nS:
_s47j::I64 = 0;
_s47i::I64 = _s47i::I64 + 2;
_s47h::I64 = _s47t::I64;
goto c4ic;
c4o4:
if (%MO_S_Le_W64(_s47v::I64, 195101)) goto c4ns; else goto c4nt;
c4ns:
if (%MO_S_Lt_W64(_s47j::I64, 1)) goto c4nn; else goto c4no;
c4nn:
if (_s47j::I64 != 0) goto c4nx; else goto c4mV;
c4mV:
_s47j::I64 = 1;
_s47i::I64 = _s47i::I64 + 1;
_s47h::I64 = _s47t::I64;
goto c4ic;
c4no:
if (_s47j::I64 != 1) goto c4nx; else goto c4nh;
c4nx:
R1 = lvl2_r45K_closure;
Sp = Sp + 56;
call stg_ap_0_fast(R1) args: 8, res: 0, upd: 8;
c4nh:
if (%MO_S_Lt_W64(_s47v::I64, 768)) goto c4nj; else goto c4nk;
c4nj:
_s47j::I64 = 0;
_s47i::I64 = _s47i::I64 + 1;
_s47h::I64 = _s47t::I64;
goto c4ic;
c4nk:
if (%MO_S_Gt_W64(_s47v::I64, 125142)) goto c4ne; else goto c4nf;
c4ne:
_s47j::I64 = 0;
_s47i::I64 = _s47i::I64 + 1;
_s47h::I64 = _s47t::I64;
goto c4ic;
c4nf:
_s47j::I64 = 0;
_s47i::I64 = _s47i::I64 + 2;
_s47h::I64 = _s47t::I64;
goto c4ic;
c4nt:
R1 = lvl1_r45J_closure;
Sp = Sp + 56;
call (I64[R1])(R1) args: 8, res: 0, upd: 8;
c4oG:
I64[Hp - 24] = $s$wa_s481_info;
P64[Hp - 16] = _s46l::P64;
P64[Hp - 8] = _s46A::P64;
I64[Hp] = _s47j::I64;
I64[Sp - 24] = c4o9;
R3 = 0;
R2 = _s47i::I64;
R1 = Hp - 21;
I64[Sp - 16] = _s47s::I64;
I64[Sp - 8] = _s47t::I64;
I64[Sp] = _s46G::I64;
I64[Sp + 16] = _s46B::I64;
P64[Sp + 32] = _s46A::P64;
I64[Sp + 40] = _s46y::I64;
P64[Sp + 48] = _c4i2::P64;
Sp = Sp - 24;
call $s$wa_s481_info(R3,
R2,
R1) returns to c4o9, args: 8, res: 8, upd: 8;
c4o9:
I64[Sp] = c4ob;
R1 = R1;
if (R1 & 7 != 0) goto c4ob; else goto c4oc;
c4oc:
call (I64[R1])(R1) returns to c4ob, args: 8, res: 8, upd: 8;
c4ob:
_s47s::I64 = I64[Sp + 8];
I64[Sp + 8] = c4og;
R4 = _s47s::I64;
R3 = I64[R1 + 7];
R2 = P64[Sp + 56];
Sp = Sp + 8;
call Data.Unicode.Internal.NormalizeStream.$wa_info(R4,
R3,
R2) returns to c4og, args: 8, res: 8, upd: 8;
c4og:
I64[Sp] = c4oi;
R1 = R1;
if (R1 & 7 != 0) goto c4oi; else goto c4oj;
c4oj:
call (I64[R1])(R1) returns to c4oi, args: 8, res: 8, upd: 8;
c4oi:
I64[Sp - 8] = c4on;
_s48H::P64 = P64[R1 + 15];
R1 = P64[R1 + 7];
P64[Sp] = _s48H::P64;
Sp = Sp - 8;
if (R1 & 7 != 0) goto c4on; else goto c4oo;
c4oo:
call (I64[R1])(R1) returns to c4on, args: 8, res: 8, upd: 8;
c4on:
I64[Sp] = c4os;
_s48J::I64 = I64[R1 + 7];
R1 = P64[Sp + 8];
I64[Sp + 8] = _s48J::I64;
if (R1 & 7 != 0) goto c4os; else goto c4oz;
c4oz:
call (I64[R1])(R1) returns to c4os, args: 8, res: 8, upd: 8;
c4os:
_c4i2::P64 = P64[Sp + 72];
_s464::P64 = P64[Sp + 48];
_s46l::P64 = P64[Sp + 32];
_s46y::I64 = I64[Sp + 64];
_s46A::P64 = P64[Sp + 56];
_s46B::I64 = I64[Sp + 40];
_s46G::I64 = I64[Sp + 24];
_s47i::I64 = I64[Sp + 8];
_s47h::I64 = I64[Sp + 16];
Sp = Sp + 24;
_s47j::I64 = I64[R1 + 7];
goto c4ic;
}
},
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