NOTE: Simplifier still going after 4 iterations; bailing out.


================================================================================
STG syntax:
nrlit_s25b =
     PrelNum.:%{-5l,p-}{i}! [PrelNum.integer_2{-8e,p-} PrelNum.integer_1{-8d,p-}];
lit_a19u =
    (False, True, False, False, True) [] \u []
	case
	    PrelNum.$d14{-rtM,p-} ::{PrelNum.Fractional{-26,p-} PrelBase.Double{-3a,p-}}
	of {
	    -- lvs: []; rhs lvs: []; uniq: c2b9
	  PrelTup.(,,,){-64,p-}{i} tpl_s1V1 tpl_s1V2 tpl_s1V3 tpl_s1V0 ->
	      tpl_s1V0
		  nrlit_s25b;
	};
nrlit_s25c =
     PrelNum.:%{-5l,p-}{i}! [PrelNum.integer_1{-8d,p-} PrelNum.integer_1{-8d,p-}];
lit_a19w =
    (False, True, False, False, True) [] \u []
	case
	    PrelNum.$d23{-rtW,p-} ::{PrelNum.Fractional{-26,p-} PrelBase.Float{-3c,p-}}
	of {
	    -- lvs: []; rhs lvs: []; uniq: c2ba
	  PrelTup.(,,,){-64,p-}{i} tpl_s1Vt tpl_s1Vu tpl_s1Vv tpl_s1Vs ->
	      tpl_s1Vs
		  nrlit_s25c;
	};
s_s1MF =
     [] \r [ds_s1VJ]
	case ds_s1VJ ::STBase.State{-3M,p-} GHC.RealWorld{-3s,p-} of {
	    -- lvs: [ds_s1VJ]; rhs lvs: []; uniq: c2bb
	  STBase.S#{-5D,p-}{i} ds_s1Wa ->
	      case
		  _ccall_ a [(STBase.StateAndInt#{-3D,p-} GHC.RealWorld{-3s,p-}) (GHC.State#{-3L,p-} GHC.RealWorld{-3s,p-})]# [ds_s1Wa] ::STBase.StateAndInt#{-3D,p-} GHC.RealWorld{-3s,p-}
	      of {
		  -- lvs: [ds_s1Wa]; rhs lvs: []; uniq: c2bc
		STBase.StateAndInt#{-5v,p-}{i} ds_s1Wk ds_s1W9 ->
		    let {
		      ds_s1WA =
			   PrelBase.I#{-5b,p-}{i}! [ds_s1W9]; } in
		    let {
		      ds_s1Wz =
			   STBase.S#{-5D,p-}{i}! [ds_s1Wk];
		    } in 
		      PrelTup.(,){-62,p-}{i}! [ds_s1WA ds_s1Wz];
	      };
	};
s_s1Xu =
     [] \r [ds_s1WI]
	case ds_s1WI ::STBase.State{-3M,p-} GHC.RealWorld{-3s,p-} of {
	    -- lvs: [ds_s1WI]; rhs lvs: []; uniq: c2bd
	  STBase.S#{-5D,p-}{i} ds_s1X9 ->
	      case
		  _ccall_ a [(STBase.StateAndInt#{-3D,p-} GHC.RealWorld{-3s,p-}) (GHC.State#{-3L,p-} GHC.RealWorld{-3s,p-})]# [ds_s1X9] ::STBase.StateAndInt#{-3D,p-} GHC.RealWorld{-3s,p-}
	      of {
		  -- lvs: [ds_s1X9]; rhs lvs: []; uniq: c2be
		STBase.StateAndInt#{-5v,p-}{i} ds_s1Xj ds_s1X8 ->
		    let {
		      ds_s1XP =
			   PrelBase.I#{-5b,p-}{i}! [ds_s1X8]; } in
		    let {
		      ds_s1XO =
			   STBase.S#{-5D,p-}{i}! [ds_s1Xj];
		    } in 
		      PrelTup.(,){-62,p-}{i}! [ds_s1XP ds_s1XO];
	      };
	};
a{-r1,x-} =
     [] \u []
	s_s1Xu;
b{-r3,x-} =
     [] \r [x_s1XY]
	let {
	  stg_c2ac =
	      (False, True, False, False, True) [x_s1XY] \r [ds_s1XN]
		  case
		      ds_s1XN{-lvs:x_s1XY-} ::STBase.State{-3M,p-} GHC.RealWorld{-3s,p-}
		  of {
		      -- lvs: [ds_s1XN x_s1XY]; rhs lvs: [x_s1XY]; uniq: c2bf
		    STBase.S#{-5D,p-}{i} ds_s1XZ ->
			case x_s1XY{-lvs:ds_s1XZ-} ::PrelBase.Int{-3g,p-} of {
			    -- lvs: [x_s1XY ds_s1XZ]; rhs lvs: [ds_s1XZ]; uniq: c2bg
			  PrelBase.I#{-5b,p-}{i} ds_s1Yp ->
			      case
				  _ccall_ b [(STBase.StateAndInt#{-3D,p-} GHC.RealWorld{-3s,p-}) (GHC.State#{-3L,p-} GHC.RealWorld{-3s,p-}) GHC.Int#{-3f,p-}]# [ds_s1XZ ds_s1Yp] ::STBase.StateAndInt#{-3D,p-} GHC.RealWorld{-3s,p-}
			      of {
				  -- lvs: [ds_s1XZ ds_s1Yp]; rhs lvs: []; uniq: c2bh
				STBase.StateAndInt#{-5v,p-}{i} ds_s1YA ds_s1Yq ->
				    let {
				      ds_s1Za =
					   PrelBase.I#{-5b,p-}{i}! [ds_s1Yq]; } in
				    let {
				      ds_s1Z9 =
					   STBase.S#{-5D,p-}{i}! [ds_s1YA];
				    } in 
				      PrelTup.(,){-62,p-}{i}! [ds_s1Za ds_s1Z9];
			      };
			};
		  };
	} in 
	  stg_c2ac;
c{-r5,x-} =
     [] \r [x1_s1Zj x2_s1Zt x3_s1ZD x4_s1ZN]
	let {
	  stg_c29C =
	      (False, True, False, False, True) [x1_s1Zj x2_s1Zt x3_s1ZD x4_s1ZN] \r [ds_s1Z8]
		  case
		      ds_s1Z8{-lvs:x1_s1Zj, x2_s1Zt, x3_s1ZD, x4_s1ZN-} ::STBase.State{-3M,p-} GHC.RealWorld{-3s,p-}
		  of {
		      -- lvs: [ds_s1Z8 x1_s1Zj x2_s1Zt x3_s1ZD x4_s1ZN]; rhs lvs: [x1_s1Zj x2_s1Zt x3_s1ZD x4_s1ZN]; uniq: c2bi
		    STBase.S#{-5D,p-}{i} ds_s1Zk ->
			case
			    x1_s1Zj{-lvs:ds_s1Zk, x2_s1Zt, x3_s1ZD, x4_s1ZN-} ::PrelBase.Int{-3g,p-}
			of {
			    -- lvs: [x1_s1Zj ds_s1Zk x2_s1Zt x3_s1ZD x4_s1ZN]; rhs lvs: [ds_s1Zk x2_s1Zt x3_s1ZD x4_s1ZN]; uniq: c2bj
			  PrelBase.I#{-5b,p-}{i} ds_s1Zu ->
			      case
				  x2_s1Zt{-lvs:ds_s1Zk, ds_s1Zu, x3_s1ZD, x4_s1ZN-} ::PrelBase.Char{-38,p-}
			      of {
				  -- lvs: [ds_s1Zk x2_s1Zt ds_s1Zu x3_s1ZD x4_s1ZN]; rhs lvs: [ds_s1Zk ds_s1Zu x3_s1ZD x4_s1ZN]; uniq: c2bk
				PrelBase.C#{-54,p-}{i} ds_s1ZE ->
				    case
					x3_s1ZD{-lvs:ds_s1Zk, ds_s1Zu, ds_s1ZE, x4_s1ZN-} ::PrelBase.Float{-3c,p-}
				    of {
					-- lvs: [ds_s1Zk ds_s1Zu x3_s1ZD ds_s1ZE x4_s1ZN]; rhs lvs: [ds_s1Zk ds_s1Zu ds_s1ZE x4_s1ZN]; uniq: c2bl
				      PrelBase.F#{-59,p-}{i} ds_s1ZO ->
					  case
					      x4_s1ZN{-lvs:ds_s1Zk, ds_s1Zu, ds_s1ZE, ds_s1ZO-} ::PrelBase.Double{-3a,p-}
					  of {
					      -- lvs: [ds_s1Zk ds_s1Zu ds_s1ZE x4_s1ZN ds_s1ZO]; rhs lvs: [ds_s1Zk ds_s1Zu ds_s1ZE ds_s1ZO]; uniq: c2bm
					    PrelBase.D#{-56,p-}{i} ds_s20e ->
						case
						    _ccall_ c [(STBase.StateAndFloat#{-3C,p-} GHC.RealWorld{-3s,p-}) (GHC.State#{-3L,p-} GHC.RealWorld{-3s,p-}) GHC.Int#{-3f,p-} GHC.Char#{-37,p-} GHC.Float#{-3b,p-} GHC.Double#{-39,p-}]# [ds_s1Zk ds_s1Zu ds_s1ZE ds_s1ZO ds_s20e] ::STBase.StateAndFloat#{-3C,p-} GHC.RealWorld{-3s,p-}
						of {
						    -- lvs: [ds_s1Zk ds_s1Zu ds_s1ZE ds_s1ZO ds_s20e]; rhs lvs: []; uniq: c2bn
						  STBase.StateAndFloat#{-5u,p-}{i} ds_s20p ds_s20f ->
						      let {
							ds_s217 =
							     PrelBase.F#{-59,p-}{i}! [ds_s20f]; } in
						      let {
							ds_s216 =
							     STBase.S#{-5D,p-}{i}! [ds_s20p];
						      } in 
							PrelTup.(,){-62,p-}{i}! [ds_s217 ds_s216];
						};
					  };
				    };
			      };
			};
		  };
	} in 
	  stg_c29C;
d{-r7,x-} =
     [] \u []
	let {
	  ds_s258 =
	       [] \r [x_s21g]
		  let { s_s22a =  [x_s21g] \r [ds_s215]
			  case
			      ds_s215{-lvs:x_s21g-} ::STBase.State{-3M,p-} GHC.RealWorld{-3s,p-}
			  of {
			      -- lvs: [ds_s215 x_s21g]; rhs lvs: [x_s21g]; uniq: c2bo
			    STBase.S#{-5D,p-}{i} ds_s21h ->
				case x_s21g{-lvs:ds_s21h-} ::PrelBase.Int{-3g,p-} of {
				    -- lvs: [x_s21g ds_s21h]; rhs lvs: [ds_s21h]; uniq: c2bp
				  PrelBase.I#{-5b,p-}{i} ds_s21H ->
				      case
					  _ccall_ b [(STBase.StateAndInt#{-3D,p-} GHC.RealWorld{-3s,p-}) (GHC.State#{-3L,p-} GHC.RealWorld{-3s,p-}) GHC.Int#{-3f,p-}]# [ds_s21h ds_s21H] ::STBase.StateAndInt#{-3D,p-} GHC.RealWorld{-3s,p-}
				      of {
					  -- lvs: [ds_s21h ds_s21H]; rhs lvs: []; uniq: c2bq
					STBase.StateAndInt#{-5v,p-}{i} ds_s21S ds_s21I ->
					    let {
					      ds_s22c =
						   PrelBase.I#{-5b,p-}{i}! [ds_s21I]; } in
					    let {
					      ds_s22b =
						   STBase.S#{-5D,p-}{i}! [ds_s21S];
					    } in 
					      PrelTup.(,){-62,p-}{i}! [ds_s22c ds_s22b];
				      };
				};
			  } } in
		  let { s_s23h =  [x_s21g] \r [ds_s22k]
			  case
			      ds_s22k{-lvs:x_s21g-} ::STBase.State{-3M,p-} GHC.RealWorld{-3s,p-}
			  of {
			      -- lvs: [x_s21g ds_s22k]; rhs lvs: [x_s21g]; uniq: c2br
			    STBase.S#{-5D,p-}{i} ds_s22t ->
				case x_s21g{-lvs:ds_s22t-} ::PrelBase.Int{-3g,p-} of {
				    -- lvs: [x_s21g ds_s22t]; rhs lvs: [ds_s22t]; uniq: c2bs
				  PrelBase.I#{-5b,p-}{i} ds_s22T ->
				      case
					  _ccall_ b [(STBase.StateAndInt#{-3D,p-} GHC.RealWorld{-3s,p-}) (GHC.State#{-3L,p-} GHC.RealWorld{-3s,p-}) GHC.Int#{-3f,p-}]# [ds_s22t ds_s22T] ::STBase.StateAndInt#{-3D,p-} GHC.RealWorld{-3s,p-}
				      of {
					  -- lvs: [ds_s22t ds_s22T]; rhs lvs: []; uniq: c2bt
					STBase.StateAndInt#{-5v,p-}{i} ds_s234 ds_s22U ->
					    let {
					      ds_s23A =
						   PrelBase.I#{-5b,p-}{i}! [ds_s22U]; } in
					    let {
					      ds_s23z =
						   STBase.S#{-5D,p-}{i}! [ds_s234];
					    } in 
					      PrelTup.(,){-62,p-}{i}! [ds_s23A ds_s23z];
				      };
				};
			  } } in
		  let {
		    ds_s24V =
			 [] \r [y_s23K]
			    let {
			      stg_c28E =
				  (False, True, False, False, True) [y_s23K] \r [ds_s23y]
				      case
					  ds_s23y{-lvs:y_s23K-} ::STBase.State{-3M,p-} GHC.RealWorld{-3s,p-}
				      of {
					  -- lvs: [ds_s23y y_s23K]; rhs lvs: [y_s23K]; uniq: c2bu
					STBase.S#{-5D,p-}{i} ds_s23L ->
					    case y_s23K{-lvs:ds_s23L-} ::PrelBase.Int{-3g,p-} of {
						-- lvs: [y_s23K ds_s23L]; rhs lvs: [ds_s23L]; uniq: c2bv
					      PrelBase.I#{-5b,p-}{i} ds_s23U ->
						  case
						      lit_a19w{-lvs:ds_s23L, ds_s23U-} ::PrelBase.Float{-3c,p-}
						  of {
						      -- lvs: [ds_s23L ds_s23U]; rhs lvs: [ds_s23L ds_s23U]; uniq: c2bw
						    PrelBase.F#{-59,p-}{i} ds_s243 ->
							case
							    lit_a19u{-lvs:ds_s23L, ds_s23U, ds_s243-} ::PrelBase.Double{-3a,p-}
							of {
							    -- lvs: [ds_s23L ds_s23U ds_s243]; rhs lvs: [ds_s23L ds_s23U ds_s243]; uniq: c2bx
							  PrelBase.D#{-56,p-}{i} ds_s24t ->
							      case
								  _ccall_ c [(STBase.StateAndFloat#{-3C,p-} GHC.RealWorld{-3s,p-}) (GHC.State#{-3L,p-} GHC.RealWorld{-3s,p-}) GHC.Int#{-3f,p-} GHC.Char#{-37,p-} GHC.Float#{-3b,p-} GHC.Double#{-39,p-}]# [ds_s23L ds_s23U 'f' ds_s243 ds_s24t] ::STBase.StateAndFloat#{-3C,p-} GHC.RealWorld{-3s,p-}
							      of {
								  -- lvs: [ds_s23L ds_s23U ds_s243 ds_s24t]; rhs lvs: []; uniq: c2by
								STBase.StateAndFloat#{-5u,p-}{i} ds_s24E ds_s24u ->
								    let {
								      ds_s24U =
									   PrelBase.F#{-59,p-}{i}! [ds_s24u]; } in
								    let {
								      ds_s24T =
									   STBase.S#{-5D,p-}{i}! [ds_s24E];
								    } in 
								      PrelTup.(,){-62,p-}{i}! [ds_s24U ds_s24T];
							      };
							};
						  };
					    };
				      };
			    } in 
			      stg_c28E;
		  } in 
		    STBase.thenPrimIO{-r4w,p-}
			s_s23h ds_s24V;
	} in 
	  STBase.thenPrimIO{-r4w,p-}
	      s_s1Xu ds_s258;


================================================================================
Flat Abstract C:
ED_(PrelNum_integerZu2_closure);
ED_(PrelNum_integerZu1_closure);
SET_STATIC_HDR(s25b_closure,PrelNum_ZcZ37_static_info,0,static ,ED_RO_)
  , (W_)PrelNum_integerZu2_closure, (W_)PrelNum_integerZu1_closure
};
IFN_(ret_c2b9) {
ID_(s25b_closure);
	FB_
	SpA[-1]=s25b_closure;
	RetReg=StdUpdRetVecReg;
	R1=R6;
	SpA=SpA-1;
	SpB=SpB-1;
	ENT_VIA_NODE();
	GRAN_EXEC(6,1,1,1,0);
	JMP_((P_)(ENTRY_CODE((D_)(INFO_PTR(R1.p)))));
	FE_
}
UNVECTBL(static,vtbl_c2b9,ret_c2b9)
STATIC_ITBL(a19u_info,a19u_entry,StdErrorCode,1,-1,(STATIC_VHS+
						    2),0,static const,IF_,0,0,0);
IFN_(a19u_entry) {
ED_(PrelNum_Z36d14_closure);
	FB_
	STK_CHK(1,1,5,0,0,0,1);
	HEAP_CHK(1,(BH_HS+2),1);
	SET_BH_HDR(Hp-(BH_HS+1),BH_UPD_info,0,(BH_VHS+2),0);
	UPD_CAF(R1.p,Hp-(BH_HS+1));
	PUSH_STD_UPD_FRAME(Hp-(BH_HS+1),0,0);
	RetReg=(StgRetAddr)UNVEC(ret_c2b9,vtbl_c2b9);
	R1.p=PrelNum_Z36d14_closure;
	SpB=SpB+5;
	ENT_VIA_NODE();
	GRAN_EXEC(19,2,2,8,0);
	JMP_((P_)(ENTRY_CODE((D_)(INFO_PTR(R1.p)))));
	FE_
}
SET_STATIC_HDR(a19u_closure,a19u_info,0,static ,ID_RO_)
  , (W_)0, (W_)0
};
ED_(PrelNum_integerZu1_closure);
SET_STATIC_HDR(s25c_closure,PrelNum_ZcZ37_static_info,0,static ,ED_RO_)
  , (W_)PrelNum_integerZu1_closure, (W_)PrelNum_integerZu1_closure
};
IFN_(ret_c2ba) {
ID_(s25c_closure);
	FB_
	SpA[-1]=s25c_closure;
	RetReg=StdUpdRetVecReg;
	R1=R6;
	SpA=SpA-1;
	SpB=SpB-1;
	ENT_VIA_NODE();
	GRAN_EXEC(6,1,1,1,0);
	JMP_((P_)(ENTRY_CODE((D_)(INFO_PTR(R1.p)))));
	FE_
}
UNVECTBL(static,vtbl_c2ba,ret_c2ba)
STATIC_ITBL(a19w_info,a19w_entry,StdErrorCode,1,-1,(STATIC_VHS+
						    2),0,static const,IF_,0,0,0);
IFN_(a19w_entry) {
ED_(PrelNum_Z36d23_closure);
	FB_
	STK_CHK(1,1,5,0,0,0,1);
	HEAP_CHK(1,(BH_HS+2),1);
	SET_BH_HDR(Hp-(BH_HS+1),BH_UPD_info,0,(BH_VHS+2),0);
	UPD_CAF(R1.p,Hp-(BH_HS+1));
	PUSH_STD_UPD_FRAME(Hp-(BH_HS+1),0,0);
	RetReg=(StgRetAddr)UNVEC(ret_c2ba,vtbl_c2ba);
	R1.p=PrelNum_Z36d23_closure;
	SpB=SpB+5;
	ENT_VIA_NODE();
	GRAN_EXEC(19,2,2,8,0);
	JMP_((P_)(ENTRY_CODE((D_)(INFO_PTR(R1.p)))));
	FE_
}
SET_STATIC_HDR(a19w_closure,a19w_info,0,static ,ID_RO_)
  , (W_)0, (W_)0
};
IFN_(ret_c2bb) {
ED_RO_(PrelBase_IZh_con_info);
ED_(STBase_SZh_static_closure);
ED_RO_(PrelTup_Z40Z44Z41_inregs_info);
I_ s1W9;
	FB_
	HEAP_CHK(0,(_FHS+1),0);
	{
	I_ _ccall_result;
	CALLER_SAVE_Base
	CALLER_SAVE_SpA
	CALLER_SAVE_SuA
	CALLER_SAVE_SpB
	CALLER_SAVE_SuB
	CALLER_SAVE_Ret
	CALLER_SAVE_Hp
	CALLER_SAVE_HpLim
	_ccall_result = (a());
	CALLER_RESTORE_Base
	CALLER_RESTORE_SpA
	CALLER_RESTORE_SuA
	CALLER_RESTORE_SpB
	CALLER_RESTORE_SuB
	CALLER_RESTORE_Ret
	CALLER_RESTORE_Hp
	CALLER_RESTORE_HpLim
	CALLER_RESTORE_StdUpdRetVec
	CALLER_RESTORE_StkStub
	s1W9=_ccall_result;
	}
	SET_SPEC_HDR(Hp-_FHS,PrelBase_IZh_con_info,0,1,0);
	*Hp=(W_)(s1W9);
	R4.p=STBase_SZh_static_closure;
	R3.p=Hp-_FHS;
	SpB=SpB-1;
	R2.d=PrelTup_Z40Z44Z41_inregs_info;
	GRAN_EXEC(10,2,21,22,0);
	JMP_(DIRECT((StgRetAddr)(SpB[1])));
	FE_
}
UNVECTBL(static,vtbl_c2bb,ret_c2bb)
STATIC_ITBL(s1MF_info,s1MF_entry,StdErrorCode,1,-1,STATIC_VHS,0,static const,IF_,0,0,0);
IFN_(s1MF_entry) {
ID_(s1MF_closure);
IF_(s1MF_fast1);
	FB_
	ARGS_CHK_A_LOAD_NODE(1,s1MF_closure);
	R1.p=*SpA;
	SpA=SpA+1;
	GRAN_EXEC(5,2,1,0,0);
	JMP_(s1MF_fast1);
	FE_
}
IFN_(s1MF_fast1) {
	FB_
	STK_CHK(1,0,1,0,0,0,0);
	SpB[1]=(W_)(RetReg);
	RetReg=(StgRetAddr)UNVEC(ret_c2bb,vtbl_c2bb);
	SpB=SpB+1;
	ENT_VIA_NODE();
	GRAN_EXEC(3,1,1,1,0);
	JMP_((P_)(ENTRY_CODE((D_)(INFO_PTR(R1.p)))));
	FE_
}
SET_STATIC_HDR(s1MF_closure,s1MF_info,0,static ,ID_RO_)
};
IFN_(ret_c2bd) {
ED_RO_(PrelBase_IZh_con_info);
ED_(STBase_SZh_static_closure);
ED_RO_(PrelTup_Z40Z44Z41_inregs_info);
I_ s1X8;
	FB_
	HEAP_CHK(0,(_FHS+1),0);
	{
	I_ _ccall_result;
	CALLER_SAVE_Base
	CALLER_SAVE_SpA
	CALLER_SAVE_SuA
	CALLER_SAVE_SpB
	CALLER_SAVE_SuB
	CALLER_SAVE_Ret
	CALLER_SAVE_Hp
	CALLER_SAVE_HpLim
	_ccall_result = (a());
	CALLER_RESTORE_Base
	CALLER_RESTORE_SpA
	CALLER_RESTORE_SuA
	CALLER_RESTORE_SpB
	CALLER_RESTORE_SuB
	CALLER_RESTORE_Ret
	CALLER_RESTORE_Hp
	CALLER_RESTORE_HpLim
	CALLER_RESTORE_StdUpdRetVec
	CALLER_RESTORE_StkStub
	s1X8=_ccall_result;
	}
	SET_SPEC_HDR(Hp-_FHS,PrelBase_IZh_con_info,0,1,0);
	*Hp=(W_)(s1X8);
	R4.p=STBase_SZh_static_closure;
	R3.p=Hp-_FHS;
	SpB=SpB-1;
	R2.d=PrelTup_Z40Z44Z41_inregs_info;
	GRAN_EXEC(10,2,21,22,0);
	JMP_(DIRECT((StgRetAddr)(SpB[1])));
	FE_
}
UNVECTBL(static,vtbl_c2bd,ret_c2bd)
STATIC_ITBL(s1Xu_info,s1Xu_entry,StdErrorCode,1,-1,STATIC_VHS,0,static const,IF_,0,0,0);
IFN_(s1Xu_entry) {
ID_(s1Xu_closure);
IF_(s1Xu_fast1);
	FB_
	ARGS_CHK_A_LOAD_NODE(1,s1Xu_closure);
	R1.p=*SpA;
	SpA=SpA+1;
	GRAN_EXEC(5,2,1,0,0);
	JMP_(s1Xu_fast1);
	FE_
}
IFN_(s1Xu_fast1) {
	FB_
	STK_CHK(1,0,1,0,0,0,0);
	SpB[1]=(W_)(RetReg);
	RetReg=(StgRetAddr)UNVEC(ret_c2bd,vtbl_c2bd);
	SpB=SpB+1;
	ENT_VIA_NODE();
	GRAN_EXEC(3,1,1,1,0);
	JMP_((P_)(ENTRY_CODE((D_)(INFO_PTR(R1.p)))));
	FE_
}
SET_STATIC_HDR(s1Xu_closure,s1Xu_info,0,static ,ID_RO_)
};
STATIC_ITBL(Test_a_info,Test_a_entry,StdErrorCode,1,-1,(STATIC_VHS+
							2),0,const,EF_,0,0,0);
FN_(Test_a_entry) {
IF_(s1Xu_entry);
	FB_
	STK_CHK(1,0,4,0,0,0,1);
	HEAP_CHK(1,(BH_HS+2),1);
	SET_BH_HDR(Hp-(BH_HS+1),BH_UPD_info,0,(BH_VHS+2),0);
	UPD_CAF(R1.p,Hp-(BH_HS+1));
	PUSH_STD_UPD_FRAME(Hp-(BH_HS+1),0,0);
	RetReg=StdUpdRetVecReg;
	SpB=SpB+4;
	GRAN_EXEC(16,2,1,8,0);
	JMP_(s1Xu_entry);
	FE_
}
SET_STATIC_HDR(Test_a_closure,Test_a_info,0,,ED_RO_)
  , (W_)0, (W_)0
};
IFN_(ret_c2bg) {
ED_RO_(PrelBase_IZh_con_info);
ED_(STBase_SZh_static_closure);
ED_RO_(PrelTup_Z40Z44Z41_inregs_info);
I_ s1Yq;
	FB_
	HEAP_CHK(0,(_FHS+1),0);
	{
	I_ _ccall_result;
	I_ _ccall_arg1=R3.i;
	CALLER_SAVE_Base
	CALLER_SAVE_SpA
	CALLER_SAVE_SuA
	CALLER_SAVE_SpB
	CALLER_SAVE_SuB
	CALLER_SAVE_Ret
	CALLER_SAVE_Hp
	CALLER_SAVE_HpLim
	_ccall_result = (b((_ccall_arg1)));
	CALLER_RESTORE_Base
	CALLER_RESTORE_SpA
	CALLER_RESTORE_SuA
	CALLER_RESTORE_SpB
	CALLER_RESTORE_SuB
	CALLER_RESTORE_Ret
	CALLER_RESTORE_Hp
	CALLER_RESTORE_HpLim
	CALLER_RESTORE_StdUpdRetVec
	CALLER_RESTORE_StkStub
	s1Yq=_ccall_result;
	}
	SET_SPEC_HDR(Hp-_FHS,PrelBase_IZh_con_info,0,1,0);
	*Hp=(W_)(s1Yq);
	R4.p=STBase_SZh_static_closure;
	R3.p=Hp-_FHS;
	SpB=SpB-1;
	R2.d=PrelTup_Z40Z44Z41_inregs_info;
	GRAN_EXEC(10,2,22,22,0);
	JMP_(DIRECT((StgRetAddr)(SpB[1])));
	FE_
}
UNVECTBL(static,vtbl_c2bg,ret_c2bg)
IFN_(ret_c2bf) {
	FB_
	RetReg=(StgRetAddr)UNVEC(ret_c2bg,vtbl_c2bg);
	R1.p=*SpA;
	SpA=SpA+1;
	ENT_VIA_NODE();
	GRAN_EXEC(3,1,2,1,0);
	JMP_((P_)(ENTRY_CODE((D_)(INFO_PTR(R1.p)))));
	FE_
}
UNVECTBL(static,vtbl_c2bf,ret_c2bf)
SPEC_N_ITBL(c2ac_info,c2ac_entry,StdErrorCode,1,-1,1,1,static const,IF_,0,0,0);
IFN_(c2ac_entry) {
IF_(c2ac_fast1);
	FB_
	ARGS_CHK_A(1);
	R2.p=*SpA;
	SpA=SpA+1;
	GRAN_EXEC(5,2,1,0,0);
	JMP_(c2ac_fast1);
	FE_
}
IFN_(c2ac_fast1) {
	FB_
	STK_CHK(3,1,1,0,0,0,1);
	SpB[1]=(W_)(RetReg);
	RetReg=(StgRetAddr)UNVEC(ret_c2bf,vtbl_c2bf);
	SpA[-1]=(P_)(R1.p[_FHS]);
	R1=R2;
	SpA=SpA-1;
	SpB=SpB+1;
	ENT_VIA_NODE();
	GRAN_EXEC(5,1,2,2,0);
	JMP_((P_)(ENTRY_CODE((D_)(INFO_PTR(R1.p)))));
	FE_
}
STATIC_ITBL(Test_b_info,Test_b_entry,StdErrorCode,1,-1,STATIC_VHS,0,const,EF_,0,0,0);
FN_(Test_b_entry) {
ED_(Test_b_closure);
EF_(Test_b_fast1);
	FB_
	ARGS_CHK_A_LOAD_NODE(1,Test_b_closure);
	R1.p=*SpA;
	SpA=SpA+1;
	GRAN_EXEC(5,2,1,0,0);
	JMP_(Test_b_fast1);
	FE_
}
FN_(Test_b_fast1) {
ID_RO_(c2ac_info);
IF_(c2ac_entry);
	FB_
	HEAP_CHK(1,(_FHS+1),0);
	SET_SPEC_HDR(Hp-_FHS,c2ac_info,0,1,1);
	*Hp=(W_)(R1.p);
	R1.p=Hp-_FHS;
	GRAN_EXEC(5,2,0,2,0);
	JMP_(c2ac_entry);
	FE_
}
SET_STATIC_HDR(Test_b_closure,Test_b_info,0,,ED_RO_)
};
IFN_(ret_c2bm) {
ED_RO_(PrelBase_FZh_con_info);
ED_(STBase_SZh_static_closure);
ED_RO_(PrelTup_Z40Z44Z41_inregs_info);
StgFloat s20f;
	FB_
	HEAP_CHK(0,(_FHS+1),0);
	{
	StgFloat _ccall_result;
	I_ _ccall_arg1=(I_)(SpB[-2]);
	StgChar _ccall_arg2=(StgChar)(SpB[-1]);
	StgFloat _ccall_arg3=PK_FLT(SpB);
	StgDouble _ccall_arg4=DblReg1;
	CALLER_SAVE_Base
	CALLER_SAVE_SpA
	CALLER_SAVE_SuA
	CALLER_SAVE_SpB
	CALLER_SAVE_SuB
	CALLER_SAVE_Ret
	CALLER_SAVE_Hp
	CALLER_SAVE_HpLim
	_ccall_result = (c((_ccall_arg1),(_ccall_arg2),(_ccall_arg3),(_ccall_arg4)));
	CALLER_RESTORE_Base
	CALLER_RESTORE_SpA
	CALLER_RESTORE_SuA
	CALLER_RESTORE_SpB
	CALLER_RESTORE_SuB
	CALLER_RESTORE_Ret
	CALLER_RESTORE_Hp
	CALLER_RESTORE_HpLim
	CALLER_RESTORE_StdUpdRetVec
	CALLER_RESTORE_StkStub
	s20f=_ccall_result;
	}
	SET_SPEC_HDR(Hp-_FHS,PrelBase_FZh_con_info,0,1,0);
	ASSIGN_FLT(Hp,s20f);
	R4.p=STBase_SZh_static_closure;
	R3.p=Hp-_FHS;
	SpB=SpB-4;
	R2.d=PrelTup_Z40Z44Z41_inregs_info;
	GRAN_EXEC(10,2,25,22,0);
	JMP_(DIRECT((StgRetAddr)(SpB[1])));
	FE_
}
UNVECTBL(static,vtbl_c2bm,ret_c2bm)
IFN_(ret_c2bl) {
	FB_
	RetReg=(StgRetAddr)UNVEC(ret_c2bm,vtbl_c2bm);
	R1.p=*SpA;
	ASSIGN_FLT(SpB+1,FltReg1);
	SpA=SpA+4;
	SpB=SpB+1;
	ENT_VIA_NODE();
	GRAN_EXEC(4,1,2,1,0);
	JMP_((P_)(ENTRY_CODE((D_)(INFO_PTR(R1.p)))));
	FE_
}
UNVECTBL(static,vtbl_c2bl,ret_c2bl)
IFN_(ret_c2bk) {
	FB_
	RetReg=(StgRetAddr)UNVEC(ret_c2bl,vtbl_c2bl);
	R1.p=SpA[1];
	SpB[1]=(W_)(R3.c);
	SpA[1]=StkStubReg;
	SpB=SpB+1;
	ENT_VIA_NODE();
	GRAN_EXEC(3,1,2,2,0);
	JMP_((P_)(ENTRY_CODE((D_)(INFO_PTR(R1.p)))));
	FE_
}
UNVECTBL(static,vtbl_c2bk,ret_c2bk)
IFN_(ret_c2bj) {
	FB_
	RetReg=(StgRetAddr)UNVEC(ret_c2bk,vtbl_c2bk);
	R1.p=SpA[2];
	SpB[1]=(W_)(R3.i);
	SpA[2]=StkStubReg;
	SpB=SpB+1;
	ENT_VIA_NODE();
	GRAN_EXEC(3,1,2,2,0);
	JMP_((P_)(ENTRY_CODE((D_)(INFO_PTR(R1.p)))));
	FE_
}
UNVECTBL(static,vtbl_c2bj,ret_c2bj)
IFN_(ret_c2bi) {
	FB_
	RetReg=(StgRetAddr)UNVEC(ret_c2bj,vtbl_c2bj);
	R1.p=SpA[3];
	SpA[3]=StkStubReg;
	ENT_VIA_NODE();
	GRAN_EXEC(2,1,2,2,0);
	JMP_((P_)(ENTRY_CODE((D_)(INFO_PTR(R1.p)))));
	FE_
}
UNVECTBL(static,vtbl_c2bi,ret_c2bi)
SPEC_N_ITBL(c29C_info,c29C_entry,StdErrorCode,1,-1,4,4,static const,IF_,0,0,0);
IFN_(c29C_entry) {
IF_(c29C_fast1);
	FB_
	ARGS_CHK_A(1);
	R2.p=*SpA;
	SpA=SpA+1;
	GRAN_EXEC(5,2,1,0,0);
	JMP_(c29C_fast1);
	FE_
}
IFN_(c29C_fast1) {
	FB_
	STK_CHK(3,4,4,0,0,0,1);
	SpB[1]=(W_)(RetReg);
	RetReg=(StgRetAddr)UNVEC(ret_c2bi,vtbl_c2bi);
	SpA[-4]=(P_)(R1.p[(_FHS+3)]);
	SpA[-3]=(P_)(R1.p[(_FHS+2)]);
	SpA[-2]=(P_)(R1.p[(_FHS+1)]);
	SpA[-1]=(P_)(R1.p[_FHS]);
	R1=R2;
	SpA=SpA-4;
	SpB=SpB+1;
	ENT_VIA_NODE();
	GRAN_EXEC(5,1,5,5,0);
	JMP_((P_)(ENTRY_CODE((D_)(INFO_PTR(R1.p)))));
	FE_
}
STATIC_ITBL(Test_c_info,Test_c_entry,StdErrorCode,1,-1,STATIC_VHS,0,const,EF_,0,0,0);
FN_(Test_c_entry) {
ED_(Test_c_closure);
EF_(Test_c_fast4);
	FB_
	ARGS_CHK_A_LOAD_NODE(4,Test_c_closure);
	R1.p=*SpA;
	R2.p=SpA[1];
	R3.p=SpA[2];
	R4.p=SpA[3];
	SpA=SpA+4;
	GRAN_EXEC(5,2,4,0,0);
	JMP_(Test_c_fast4);
	FE_
}
FN_(Test_c_fast4) {
ID_RO_(c29C_info);
IF_(c29C_entry);
	FB_
	HEAP_CHK(15,(_FHS+4),0);
	SET_SPEC_HDR(Hp-(_FHS+3),c29C_info,0,4,4);
	Hp[-3]=(W_)(R1.p);
	Hp[-2]=(W_)(R2.p);
	Hp[-1]=(W_)(R3.p);
	*Hp=(W_)(R4.p);
	R1.p=Hp-(_FHS+3);
	GRAN_EXEC(5,2,0,5,0);
	JMP_(c29C_entry);
	FE_
}
SET_STATIC_HDR(Test_c_closure,Test_c_info,0,,ED_RO_)
};
IFN_(ret_c2bp) {
ED_RO_(PrelBase_IZh_con_info);
ED_(STBase_SZh_static_closure);
ED_RO_(PrelTup_Z40Z44Z41_inregs_info);
I_ s21I;
	FB_
	HEAP_CHK(0,(_FHS+1),0);
	{
	I_ _ccall_result;
	I_ _ccall_arg1=R3.i;
	CALLER_SAVE_Base
	CALLER_SAVE_SpA
	CALLER_SAVE_SuA
	CALLER_SAVE_SpB
	CALLER_SAVE_SuB
	CALLER_SAVE_Ret
	CALLER_SAVE_Hp
	CALLER_SAVE_HpLim
	_ccall_result = (b((_ccall_arg1)));
	CALLER_RESTORE_Base
	CALLER_RESTORE_SpA
	CALLER_RESTORE_SuA
	CALLER_RESTORE_SpB
	CALLER_RESTORE_SuB
	CALLER_RESTORE_Ret
	CALLER_RESTORE_Hp
	CALLER_RESTORE_HpLim
	CALLER_RESTORE_StdUpdRetVec
	CALLER_RESTORE_StkStub
	s21I=_ccall_result;
	}
	SET_SPEC_HDR(Hp-_FHS,PrelBase_IZh_con_info,0,1,0);
	*Hp=(W_)(s21I);
	R4.p=STBase_SZh_static_closure;
	R3.p=Hp-_FHS;
	SpB=SpB-1;
	R2.d=PrelTup_Z40Z44Z41_inregs_info;
	GRAN_EXEC(10,2,22,22,0);
	JMP_(DIRECT((StgRetAddr)(SpB[1])));
	FE_
}
UNVECTBL(static,vtbl_c2bp,ret_c2bp)
IFN_(ret_c2bo) {
	FB_
	RetReg=(StgRetAddr)UNVEC(ret_c2bp,vtbl_c2bp);
	R1.p=*SpA;
	SpA=SpA+1;
	ENT_VIA_NODE();
	GRAN_EXEC(3,1,2,1,0);
	JMP_((P_)(ENTRY_CODE((D_)(INFO_PTR(R1.p)))));
	FE_
}
UNVECTBL(static,vtbl_c2bo,ret_c2bo)
SPEC_N_ITBL(s22a_info,s22a_entry,StdErrorCode,1,-1,1,1,static const,IF_,0,0,0);
IFN_(s22a_entry) {
IF_(s22a_fast1);
	FB_
	ARGS_CHK_A(1);
	R2.p=*SpA;
	SpA=SpA+1;
	GRAN_EXEC(5,2,1,0,0);
	JMP_(s22a_fast1);
	FE_
}
IFN_(s22a_fast1) {
	FB_
	STK_CHK(3,1,1,0,0,0,1);
	SpB[1]=(W_)(RetReg);
	RetReg=(StgRetAddr)UNVEC(ret_c2bo,vtbl_c2bo);
	SpA[-1]=(P_)(R1.p[_FHS]);
	R1=R2;
	SpA=SpA-1;
	SpB=SpB+1;
	ENT_VIA_NODE();
	GRAN_EXEC(5,1,2,2,0);
	JMP_((P_)(ENTRY_CODE((D_)(INFO_PTR(R1.p)))));
	FE_
}
IFN_(ret_c2bs) {
ED_RO_(PrelBase_IZh_con_info);
ED_(STBase_SZh_static_closure);
ED_RO_(PrelTup_Z40Z44Z41_inregs_info);
I_ s22U;
	FB_
	HEAP_CHK(0,(_FHS+1),0);
	{
	I_ _ccall_result;
	I_ _ccall_arg1=R3.i;
	CALLER_SAVE_Base
	CALLER_SAVE_SpA
	CALLER_SAVE_SuA
	CALLER_SAVE_SpB
	CALLER_SAVE_SuB
	CALLER_SAVE_Ret
	CALLER_SAVE_Hp
	CALLER_SAVE_HpLim
	_ccall_result = (b((_ccall_arg1)));
	CALLER_RESTORE_Base
	CALLER_RESTORE_SpA
	CALLER_RESTORE_SuA
	CALLER_RESTORE_SpB
	CALLER_RESTORE_SuB
	CALLER_RESTORE_Ret
	CALLER_RESTORE_Hp
	CALLER_RESTORE_HpLim
	CALLER_RESTORE_StdUpdRetVec
	CALLER_RESTORE_StkStub
	s22U=_ccall_result;
	}
	SET_SPEC_HDR(Hp-_FHS,PrelBase_IZh_con_info,0,1,0);
	*Hp=(W_)(s22U);
	R4.p=STBase_SZh_static_closure;
	R3.p=Hp-_FHS;
	SpB=SpB-1;
	R2.d=PrelTup_Z40Z44Z41_inregs_info;
	GRAN_EXEC(10,2,22,22,0);
	JMP_(DIRECT((StgRetAddr)(SpB[1])));
	FE_
}
UNVECTBL(static,vtbl_c2bs,ret_c2bs)
IFN_(ret_c2br) {
	FB_
	RetReg=(StgRetAddr)UNVEC(ret_c2bs,vtbl_c2bs);
	R1.p=*SpA;
	SpA=SpA+1;
	ENT_VIA_NODE();
	GRAN_EXEC(3,1,2,1,0);
	JMP_((P_)(ENTRY_CODE((D_)(INFO_PTR(R1.p)))));
	FE_
}
UNVECTBL(static,vtbl_c2br,ret_c2br)
SPEC_N_ITBL(s23h_info,s23h_entry,StdErrorCode,1,-1,1,1,static const,IF_,0,0,0);
IFN_(s23h_entry) {
IF_(s23h_fast1);
	FB_
	ARGS_CHK_A(1);
	R2.p=*SpA;
	SpA=SpA+1;
	GRAN_EXEC(5,2,1,0,0);
	JMP_(s23h_fast1);
	FE_
}
IFN_(s23h_fast1) {
	FB_
	STK_CHK(3,1,1,0,0,0,1);
	SpB[1]=(W_)(RetReg);
	RetReg=(StgRetAddr)UNVEC(ret_c2br,vtbl_c2br);
	SpA[-1]=(P_)(R1.p[_FHS]);
	R1=R2;
	SpA=SpA-1;
	SpB=SpB+1;
	ENT_VIA_NODE();
	GRAN_EXEC(5,1,2,2,0);
	JMP_((P_)(ENTRY_CODE((D_)(INFO_PTR(R1.p)))));
	FE_
}
IFN_(ret_c2bx) {
ED_RO_(PrelBase_FZh_con_info);
ED_(STBase_SZh_static_closure);
ED_RO_(PrelTup_Z40Z44Z41_inregs_info);
StgFloat s24u;
	FB_
	HEAP_CHK(0,(_FHS+1),0);
	{
	StgFloat _ccall_result;
	I_ _ccall_arg1=(I_)(SpB[-1]);
	StgChar _ccall_arg2=(C_)'f';
	StgFloat _ccall_arg3=PK_FLT(SpB);
	StgDouble _ccall_arg4=DblReg1;
	CALLER_SAVE_Base
	CALLER_SAVE_SpA
	CALLER_SAVE_SuA
	CALLER_SAVE_SpB
	CALLER_SAVE_SuB
	CALLER_SAVE_Ret
	CALLER_SAVE_Hp
	CALLER_SAVE_HpLim
	_ccall_result = (c((_ccall_arg1),(_ccall_arg2),(_ccall_arg3),(_ccall_arg4)));
	CALLER_RESTORE_Base
	CALLER_RESTORE_SpA
	CALLER_RESTORE_SuA
	CALLER_RESTORE_SpB
	CALLER_RESTORE_SuB
	CALLER_RESTORE_Ret
	CALLER_RESTORE_Hp
	CALLER_RESTORE_HpLim
	CALLER_RESTORE_StdUpdRetVec
	CALLER_RESTORE_StkStub
	s24u=_ccall_result;
	}
	SET_SPEC_HDR(Hp-_FHS,PrelBase_FZh_con_info,0,1,0);
	ASSIGN_FLT(Hp,s24u);
	R4.p=STBase_SZh_static_closure;
	R3.p=Hp-_FHS;
	SpB=SpB-3;
	R2.d=PrelTup_Z40Z44Z41_inregs_info;
	GRAN_EXEC(11,2,24,22,0);
	JMP_(DIRECT((StgRetAddr)(SpB[1])));
	FE_
}
UNVECTBL(static,vtbl_c2bx,ret_c2bx)
IFN_(ret_c2bw) {
ID_(a19u_closure);
	FB_
	RetReg=(StgRetAddr)UNVEC(ret_c2bx,vtbl_c2bx);
	R1.p=a19u_closure;
	ASSIGN_FLT(SpB+1,FltReg1);
	SpB=SpB+1;
	ENT_VIA_NODE();
	GRAN_EXEC(5,1,1,1,0);
	JMP_((P_)(ENTRY_CODE((D_)(INFO_PTR(R1.p)))));
	FE_
}
UNVECTBL(static,vtbl_c2bw,ret_c2bw)
IFN_(ret_c2bv) {
ID_(a19w_closure);
	FB_
	RetReg=(StgRetAddr)UNVEC(ret_c2bw,vtbl_c2bw);
	R1.p=a19w_closure;
	SpB[1]=(W_)(R3.i);
	SpB=SpB+1;
	ENT_VIA_NODE();
	GRAN_EXEC(5,1,1,1,0);
	JMP_((P_)(ENTRY_CODE((D_)(INFO_PTR(R1.p)))));
	FE_
}
UNVECTBL(static,vtbl_c2bv,ret_c2bv)
IFN_(ret_c2bu) {
	FB_
	RetReg=(StgRetAddr)UNVEC(ret_c2bv,vtbl_c2bv);
	R1.p=*SpA;
	SpA=SpA+1;
	ENT_VIA_NODE();
	GRAN_EXEC(3,1,2,1,0);
	JMP_((P_)(ENTRY_CODE((D_)(INFO_PTR(R1.p)))));
	FE_
}
UNVECTBL(static,vtbl_c2bu,ret_c2bu)
SPEC_N_ITBL(c28E_info,c28E_entry,StdErrorCode,1,-1,1,1,static const,IF_,0,0,0);
IFN_(c28E_entry) {
IF_(c28E_fast1);
	FB_
	ARGS_CHK_A(1);
	R2.p=*SpA;
	SpA=SpA+1;
	GRAN_EXEC(5,2,1,0,0);
	JMP_(c28E_fast1);
	FE_
}
IFN_(c28E_fast1) {
	FB_
	STK_CHK(3,1,3,0,0,0,1);
	SpB[1]=(W_)(RetReg);
	RetReg=(StgRetAddr)UNVEC(ret_c2bu,vtbl_c2bu);
	SpA[-1]=(P_)(R1.p[_FHS]);
	R1=R2;
	SpA=SpA-1;
	SpB=SpB+1;
	ENT_VIA_NODE();
	GRAN_EXEC(5,1,2,2,0);
	JMP_((P_)(ENTRY_CODE((D_)(INFO_PTR(R1.p)))));
	FE_
}
SPEC_N_ITBL(s24V_info,s24V_entry,StdErrorCode,1,-1,1,0,static const,IF_,0,0,0);
IFN_(s24V_entry) {
IF_(s24V_fast1);
	FB_
	ARGS_CHK_A(1);
	R2.p=*SpA;
	SpA=SpA+1;
	GRAN_EXEC(5,2,1,0,0);
	JMP_(s24V_fast1);
	FE_
}
IFN_(s24V_fast1) {
ID_RO_(c28E_info);
IF_(c28E_entry);
	FB_
	HEAP_CHK(3,(_FHS+1),1);
	SET_SPEC_HDR(Hp-_FHS,c28E_info,0,1,1);
	*Hp=(W_)(R2.p);
	R1.p=Hp-_FHS;
	GRAN_EXEC(5,2,0,2,0);
	JMP_(c28E_entry);
	FE_
}
SPEC_N_ITBL(s258_info,s258_entry,StdErrorCode,1,-1,1,0,static const,IF_,0,0,0);
IFN_(s258_entry) {
IF_(s258_fast1);
	FB_
	ARGS_CHK_A(1);
	R2.p=*SpA;
	SpA=SpA+1;
	GRAN_EXEC(5,2,1,0,0);
	JMP_(s258_fast1);
	FE_
}
IFN_(s258_fast1) {
ID_RO_(s22a_info);
ID_RO_(s23h_info);
ID_RO_(s24V_info);
ED_(STBase_thenPrimIO_closure);
	FB_
	STK_CHK(3,2,0,0,0,0,1);
	HEAP_CHK(3,((_FHS*3)+3),1);
	SET_SPEC_HDR(Hp-((_FHS*3)+2),s22a_info,0,1,1);
	Hp[-((_FHS*2)+2)]=(W_)(R2.p);
	SET_SPEC_HDR(Hp-((_FHS*2)+1),s23h_info,0,1,1);
	Hp[-(_FHS+1)]=(W_)(R2.p);
	SET_SPEC_HDR(Hp-_FHS,s24V_info,0,1,0);
	SpA[-1]=Hp-_FHS;
	SpA[-2]=Hp-((_FHS*2)+1);
	R1.p=STBase_thenPrimIO_closure;
	SpA=SpA-2;
	ENT_VIA_NODE();
	GRAN_EXEC(11,2,3,7,0);
	JMP_((P_)(ENTRY_CODE((D_)(INFO_PTR(R1.p)))));
	FE_
}
STATIC_ITBL(Test_d_info,Test_d_entry,StdErrorCode,1,-1,(STATIC_VHS+
							2),0,const,EF_,0,0,0);
FN_(Test_d_entry) {
ID_RO_(s258_info);
ID_(s1Xu_closure);
ED_(STBase_thenPrimIO_closure);
	FB_
	STK_CHK(1,2,4,0,0,0,1);
	HEAP_CHK(1,(BH_HS+_FHS+3),1);
	SET_BH_HDR(Hp-(BH_HS+_FHS+2),BH_UPD_info,0,(BH_VHS+2),0);
	UPD_CAF(R1.p,Hp-(BH_HS+_FHS+2));
	PUSH_STD_UPD_FRAME(Hp-(BH_HS+_FHS+2),0,0);
	SET_SPEC_HDR(Hp-_FHS,s258_info,0,1,0);
	SpA[-1]=Hp-_FHS;
	SpA[-2]=s1Xu_closure;
	RetReg=StdUpdRetVecReg;
	R1.p=STBase_thenPrimIO_closure;
	SpA=SpA-2;
	SpB=SpB+4;
	ENT_VIA_NODE();
	GRAN_EXEC(23,2,3,11,0);
	JMP_((P_)(ENTRY_CODE((D_)(INFO_PTR(R1.p)))));
	FE_
}
SET_STATIC_HDR(Test_d_closure,Test_d_info,0,,ED_RO_)
  , (W_)0, (W_)0
};
ghc: module version changed to 1; reason: no old .hi file