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cbQ9: // global

cbQA: // global

R5 = P64[Sp + 32];

R4 = P64[Sp + 24];

R3 = P64[Sp + 16];

R2 = P64[Sp + 8];

Sp = Sp + 48;

call GHC.IO.Handle.Internals.$wdo_operation_info(R5,

R4,

R3,

R2) args: 8, res: 0, upd: 8;

cbQ6: // global

cbQx: // global

R1 = _saEg::P64;

R1 = _saEF::P64;

Sp = Sp + 48;

call stg_raiseIO#(R1) args: 8, res: 0, upd: 8;

}

sat_entry() // [R1]

{ info_tbl: [(cbQt,

label: sat_info

rep:HeapRep 2 ptrs { Thunk })]

stack_info: arg_space: 8 updfr_space: Just 8

}

{offset

cbQt: // global

R2 = P64[R1 + 24];

R1 = P64[R1 + 16];

call stg_ap_p_fast(R2, R1) args: 8, res: 0, upd: 8;

}

GHC.IO.Handle.Internals.$wdo_operation_entry() // [R5, R4, R3, R2]

{ info_tbl: [(cbPq,

{ info_tbl: [(cbPP,

label: block_info

rep:StackRep [False, False, False, False]),

(cbQw,

(cbPR,

label: block_info

rep:StackRep [False, False, False, False, False]),

(cbQQ,

label: GHC.IO.Handle.Internals.$wdo_operation_info

rep:HeapRep static { Fun {arity: 5 fun_type: ArgSpec 24} })]

stack_info: arg_space: 8 updfr_space: Just 8

}

{offset

cbQw: // global

cbQQ: // global

if ((Sp + -40) < SpLim) (likely: False) goto cbQx; else goto cbQy;

if ((Sp + -48) < SpLim) (likely: False) goto cbQR; else goto cbQS;

cbQx: // global

cbQR: // global

R5 = R5;

R4 = R4;

R3 = R3;

R2 = R2;

R1 = GHC.IO.Handle.Internals.$wdo_operation_closure;

call (stg_gc_fun)(R5, R4, R3, R2, R1) args: 8, res: 0, upd: 8;

cbQy: // global

cbQS: // global

I64[Sp - 40] = cbPq;

I64[Sp - 40] = cbPP;

R1 = R5;

P64[Sp - 32] = R2;

P64[Sp - 24] = R3;

P64[Sp - 16] = R4;

P64[Sp - 8] = R5;

Sp = Sp - 40;

call stg_takeMVar#(R1) returns to cbPq, args: 8, res: 8, upd: 8;

call stg_takeMVar#(R1) returns to cbPP, args: 8, res: 8, upd: 8;

cbPq: // global

cbPP: // global

Hp = Hp + 80;

I64[Sp - 8] = cbPR;

if (Hp > HpLim) (likely: False) goto cbQB; else goto cbQA;

R2 = R1;

cbQB: // global

_saEA::P64 = R1;

HpAlloc = 80;

R1 = P64[Sp + 24];

P64[Sp] = _saEA::P64;

Sp = Sp - 8;

call stg_ap_p_fast(R2,

R1) returns to cbPR, args: 8, res: 8, upd: 8;

cbPR: // global

Hp = Hp + 48;

if (Hp > HpLim) (likely: False) goto cbQW; else goto cbQV;

cbQW: // global

HpAlloc = 48;

R1 = R1;

call stg_gc_unpt_r1(R1) returns to cbPq, args: 8, res: 8, upd: 8;

call stg_gc_unpt_r1(R1) returns to cbPR, args: 8, res: 8, upd: 8;

cbQA: // global

cbQV: // global

I64[Hp - 72] = sat_info;

I64[Hp - 40] = sat_info;

P64[Hp - 64] = P64[Sp + 8];

P64[Hp - 32] = P64[Sp + 16];

P64[Hp - 56] = P64[Sp + 16];

P64[Hp - 24] = P64[Sp + 24];

_saE6::P64 = P64[Sp + 24];

P64[Hp - 16] = P64[Sp + 32];

P64[Hp - 48] = _saE6::P64;

P64[Hp - 8] = P64[Sp + 40];

P64[Hp - 40] = P64[Sp + 32];

P64[Hp] = P64[Sp + 8];

P64[Hp - 32] = R1;

R2 = Hp - 38;

I64[Hp - 24] = sat_info;

R1 = R1;

P64[Hp - 8] = _saE6::P64;

Sp = Sp + 48;

P64[Hp] = R1;

R2 = Hp - 70;

R1 = Hp - 24;

Sp = Sp + 40;

call stg_catch#(R2, R1) args: 8, res: 0, upd: 8;

}

}]

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cbQ9: // global
           R5 = P64[Sp + 32];
           R4 = P64[Sp + 24];
           R3 = P64[Sp + 16];
           R2 = P64[Sp + 8];
           Sp = Sp + 48;
           call GHC.IO.Handle.Internals.$wdo_operation_info(R5,
                                                            R4,
                                                            R3,
                                                            R2) args: 8, res: 0, upd: 8;
       cbQ6: // global
           R1 = _saEg::P64;
           Sp = Sp + 48;
           call stg_raiseIO#(R1) args: 8, res: 0, upd: 8;
     }
 },
 sat_entry() //  [R1]
         { info_tbl: [(cbQt,
                       label: sat_info
                       rep:HeapRep 2 ptrs { Thunk })]
           stack_info: arg_space: 8 updfr_space: Just 8
         }
     {offset
       cbQt: // global
           R2 = P64[R1 + 24];
           R1 = P64[R1 + 16];
           call stg_ap_p_fast(R2, R1) args: 8, res: 0, upd: 8;
     }
 },
 GHC.IO.Handle.Internals.$wdo_operation_entry() //  [R5, R4, R3, R2]
         { info_tbl: [(cbPq,
                       label: block_info
                       rep:StackRep [False, False, False, False]),
                      (cbQw,
                       label: GHC.IO.Handle.Internals.$wdo_operation_info
                       rep:HeapRep static { Fun {arity: 5 fun_type: ArgSpec 24} })]
           stack_info: arg_space: 8 updfr_space: Just 8
         }
     {offset
       cbQw: // global
           if ((Sp + -40) < SpLim) (likely: False) goto cbQx; else goto cbQy;
       cbQx: // global
           R5 = R5;
           R4 = R4;
           R3 = R3;
           R2 = R2;
           R1 = GHC.IO.Handle.Internals.$wdo_operation_closure;
           call (stg_gc_fun)(R5, R4, R3, R2, R1) args: 8, res: 0, upd: 8;
       cbQy: // global
           I64[Sp - 40] = cbPq;
           R1 = R5;
           P64[Sp - 32] = R2;
           P64[Sp - 24] = R3;
           P64[Sp - 16] = R4;
           P64[Sp - 8] = R5;
           Sp = Sp - 40;
           call stg_takeMVar#(R1) returns to cbPq, args: 8, res: 8, upd: 8;
       cbPq: // global
           Hp = Hp + 80;
           if (Hp > HpLim) (likely: False) goto cbQB; else goto cbQA;
       cbQB: // global
           HpAlloc = 80;
           R1 = R1;
           call stg_gc_unpt_r1(R1) returns to cbPq, args: 8, res: 8, upd: 8;
       cbQA: // global
           I64[Hp - 72] = sat_info;
           P64[Hp - 64] = P64[Sp + 8];
           P64[Hp - 56] = P64[Sp + 16];
           _saE6::P64 = P64[Sp + 24];
           P64[Hp - 48] = _saE6::P64;
           P64[Hp - 40] = P64[Sp + 32];
           P64[Hp - 32] = R1;
           I64[Hp - 24] = sat_info;
           P64[Hp - 8] = _saE6::P64;
           P64[Hp] = R1;
           R2 = Hp - 70;
           R1 = Hp - 24;
           Sp = Sp + 40;
           call stg_catch#(R2, R1) args: 8, res: 0, upd: 8;
     }
 }]

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cbQA: // global
           R5 = P64[Sp + 32];
           R4 = P64[Sp + 24];
           R3 = P64[Sp + 16];
           R2 = P64[Sp + 8];
           Sp = Sp + 48;
           call GHC.IO.Handle.Internals.$wdo_operation_info(R5,
                                                            R4,
                                                            R3,
                                                            R2) args: 8, res: 0, upd: 8;
       cbQx: // global
           R1 = _saEF::P64;
           Sp = Sp + 48;
           call stg_raiseIO#(R1) args: 8, res: 0, upd: 8;
     }
 },
 GHC.IO.Handle.Internals.$wdo_operation_entry() //  [R5, R4, R3, R2]
         { info_tbl: [(cbPP,
                       label: block_info
                       rep:StackRep [False, False, False, False]),
                      (cbPR,
                       label: block_info
                       rep:StackRep [False, False, False, False, False]),
                      (cbQQ,
                       label: GHC.IO.Handle.Internals.$wdo_operation_info
                       rep:HeapRep static { Fun {arity: 5 fun_type: ArgSpec 24} })]
           stack_info: arg_space: 8 updfr_space: Just 8
         }
     {offset
       cbQQ: // global
           if ((Sp + -48) < SpLim) (likely: False) goto cbQR; else goto cbQS;
       cbQR: // global
           R5 = R5;
           R4 = R4;
           R3 = R3;
           R2 = R2;
           R1 = GHC.IO.Handle.Internals.$wdo_operation_closure;
           call (stg_gc_fun)(R5, R4, R3, R2, R1) args: 8, res: 0, upd: 8;
       cbQS: // global
           I64[Sp - 40] = cbPP;
           R1 = R5;
           P64[Sp - 32] = R2;
           P64[Sp - 24] = R3;
           P64[Sp - 16] = R4;
           P64[Sp - 8] = R5;
           Sp = Sp - 40;
           call stg_takeMVar#(R1) returns to cbPP, args: 8, res: 8, upd: 8;
       cbPP: // global
           I64[Sp - 8] = cbPR;
           R2 = R1;
           _saEA::P64 = R1;
           R1 = P64[Sp + 24];
           P64[Sp] = _saEA::P64;
           Sp = Sp - 8;
           call stg_ap_p_fast(R2,
                              R1) returns to cbPR, args: 8, res: 8, upd: 8;
       cbPR: // global
           Hp = Hp + 48;
           if (Hp > HpLim) (likely: False) goto cbQW; else goto cbQV;
       cbQW: // global
           HpAlloc = 48;
           R1 = R1;
           call stg_gc_unpt_r1(R1) returns to cbPR, args: 8, res: 8, upd: 8;
       cbQV: // global
           I64[Hp - 40] = sat_info;
           P64[Hp - 32] = P64[Sp + 16];
           P64[Hp - 24] = P64[Sp + 24];
           P64[Hp - 16] = P64[Sp + 32];
           P64[Hp - 8] = P64[Sp + 40];
           P64[Hp] = P64[Sp + 8];
           R2 = Hp - 38;
           R1 = R1;
           Sp = Sp + 48;
           call stg_catch#(R2, R1) args: 8, res: 0, upd: 8;
     }
 }]