Data.Primitive.Addr.setAddr $dPrim_s9rK $dPrimMonad_s9rI eta_s9rC eta1_s9rF eta2_s9rN = select eta_s9rC (Data.Primitive.Types.Addr addr#_s9rL -> select eta1_s9rF (GHC.Types.I# n#_s9rM -> Control.Monad.Primitive.primitive $dPrimMonad_s9rI (Data.Primitive.Addr.setAddr$1 $dPrim_s9rK addr#_s9rL eta2_s9rN n#_s9rM)))
Data.Primitive.Addr.setAddr$1 $dPrim_s9rK addr#_s9rL eta2_s9rN n#_s9rM s#_s9rO = let !sat_s9u2_s9u2 = Data.Primitive.Types.setOffAddr# $dPrim_s9rK addr#_s9rL 0 n#_s9rM eta2_s9rN s#_s9rO in <{GHC.Tuple.(,)}> sat_s9u2_s9u2 <{GHC.Tuple.()}>
Data.Primitive.Addr.moveAddr $dPrimMonad_s9s1 eta_s9rV eta1_s9rY eta2_s9s3 = select eta_s9rV (Data.Primitive.Types.Addr dst#_s9s7 -> select eta1_s9rY (Data.Primitive.Types.Addr src#_s9s8 -> Control.Monad.Primitive.primitive $dPrimMonad_s9s1 (Data.Primitive.Addr.moveAddr$2 dst#_s9s7 eta2_s9s3 src#_s9s8)))
Data.Primitive.Addr.moveAddr$2 dst#_s9s7 eta2_s9s3 src#_s9s8 eta3_s9sc = select eta2_s9s3 (GHC.Types.I# x#_s9s9 -> let !sat_s9uh_s9uh = int2Word# x#_s9s9, !wild3_s9uk = ffi_wrapper5 memmove dst#_s9s7 src#_s9s8 sat_s9uh_s9uh eta3_s9sc in select wild3_s9uk (<{GHC.Tuple.(,)}> ds4_s9sg ds5_s9uj -> <{GHC.Tuple.(,)}> ds4_s9sg <{GHC.Tuple.()}>))
Data.Primitive.Addr.copyAddr $dPrimMonad_s9ss eta_s9sm eta1_s9sp eta2_s9su = select eta_s9sm (Data.Primitive.Types.Addr dst#_s9sy -> select eta1_s9sp (Data.Primitive.Types.Addr src#_s9sz -> Control.Monad.Primitive.primitive $dPrimMonad_s9ss (Data.Primitive.Addr.copyAddr$3 dst#_s9sy eta2_s9su src#_s9sz)))
Data.Primitive.Addr.copyAddr$3 dst#_s9sy eta2_s9su src#_s9sz eta3_s9sD = select eta2_s9su (GHC.Types.I# x#_s9sA -> let !sat_s9uC_s9uC = int2Word# x#_s9sA, !wild3_s9uF = ffi_wrapper5 memcpy dst#_s9sy src#_s9sz sat_s9uC_s9uC eta3_s9sD in select wild3_s9uF (<{GHC.Tuple.(,)}> ds4_s9sH ds5_s9uE -> <{GHC.Tuple.(,)}> ds4_s9sH <{GHC.Tuple.()}>))
Data.Primitive.Addr.writeOffAddr $dPrim_s9sW $dPrimMonad_s9sU eta_s9sO eta1_s9sR eta2_s9sZ = select eta_s9sO (Data.Primitive.Types.Addr addr#_s9sX -> select eta1_s9sR (GHC.Types.I# i#_s9sY -> Control.Monad.Primitive.primitive $dPrimMonad_s9sU (Data.Primitive.Addr.writeOffAddr$4 $dPrim_s9sW addr#_s9sX eta2_s9sZ i#_s9sY)))
Data.Primitive.Addr.writeOffAddr$4 $dPrim_s9sW addr#_s9sX eta2_s9sZ i#_s9sY s#_s9t0 = let !sat_s9uX_s9uX = Data.Primitive.Types.writeOffAddr# $dPrim_s9sW addr#_s9sX i#_s9sY eta2_s9sZ s#_s9t0 in <{GHC.Tuple.(,)}> sat_s9uX_s9uX <{GHC.Tuple.()}>
Data.Primitive.Addr.readOffAddr $dPrim_s9te $dPrimMonad_s9td eta_s9t7 eta1_s9ta = select eta_s9t7 (Data.Primitive.Types.Addr addr#_s9tf -> select eta1_s9ta (GHC.Types.I# i#_s9tg -> Control.Monad.Primitive.primitive $dPrimMonad_s9td (Data.Primitive.Types.readOffAddr# $dPrim_s9te addr#_s9tf i#_s9tg)))
Data.Primitive.Addr.indexOffAddr $dPrim_s9tr eta_s9tl eta1_s9to = select eta_s9tl (Data.Primitive.Types.Addr addr#_s9ts -> select eta1_s9to (GHC.Types.I# i#_s9tt -> Data.Primitive.Types.indexOffAddr# $dPrim_s9tr addr#_s9ts i#_s9tt))
Data.Primitive.Addr.remAddr ds_s9tw ds1_s9tz = select ds_s9tw (Data.Primitive.Types.Addr a#_s9tC -> select ds1_s9tz (GHC.Types.I# i#_s9tD -> let !sat_s9vv_s9vv = remAddr# a#_s9tC i#_s9tD in GHC.Types.I# sat_s9vv_s9vv))
Data.Primitive.Addr.minusAddr ds_s9tH ds1_s9tK = select ds_s9tH (Data.Primitive.Types.Addr a#_s9tN -> select ds1_s9tK (Data.Primitive.Types.Addr b#_s9tO -> let !sat_s9vI_s9vI = minusAddr# a#_s9tN b#_s9tO in GHC.Types.I# sat_s9vI_s9vI))
Data.Primitive.Addr.plusAddr ds_s9tS ds1_s9tV = select ds_s9tS (Data.Primitive.Types.Addr a#_s9tY -> select ds1_s9tV (GHC.Types.I# i#_s9tZ -> let !sat_s9vV_s9vV = plusAddr# a#_s9tY i#_s9tZ in Data.Primitive.Types.Addr sat_s9vV_s9vV))
Data.Primitive.Addr.nullAddr =: Data.Primitive.Types.Addr nullAddr#