#include "newmacros.h" #include "runtime.h" #define v323 ((void*)startLabel+108) #define CT_v329 ((void*)startLabel+188) #define CT_v330 ((void*)startLabel+280) #define CT_v331 ((void*)startLabel+324) #define CT_v332 ((void*)startLabel+368) #define CT_v333 ((void*)startLabel+412) #define CT_v334 ((void*)startLabel+472) extern Node FN_Prelude_46RealFloat_46Prelude_46Float_46decodeFloat[]; extern Node FN_Prelude_46Integral_46Prelude_46Real[]; extern Node FN_Prelude_46Real_46Prelude_46Num[]; extern Node FN_Prelude_46_42[]; extern Node FN_Prelude_46fromInteger[]; extern Node FN_NHC_46Internal_46_95apply1[]; extern Node FN_Prelude_46RealFloat_46Prelude_46Float_46floatRadix[]; extern Node FN_Prelude_46_94[]; extern Node CF_Prelude_46Integral_46Prelude_46Int[]; extern Node FN_NHC_46Internal_46_95apply2[]; extern Node FN_Prelude_46Num_46Prelude_46Int_46negate[]; extern Node CF_Prelude_46Num_46Prelude_46Integer[]; extern Node FN_Prelude_46Integral_46Prelude_46Integer_46quotRem[]; extern Node FN_Prelude_46RealFloat_46Prelude_46Float_46encodeFloat[]; extern Node FN_Prelude_46_95_46floor[]; extern Node CF_Prelude_46RealFrac_46Prelude_46Float[]; extern Node FN_Prelude_46_95_46ceiling[]; extern Node FN_Prelude_46_95_46round[]; extern Node FN_Prelude_46_95_46truncate[]; extern Node CF_Prelude_46Real_46Prelude_46Float[]; extern Node CF_Prelude_46Fractional_46Prelude_46Float[]; static Node startLabel[] = { bytes2word(0,0,2,0) , bytes2word(1,1,0,2) , useLabel(CT_v329) ,}; Node FN_Prelude_46RealFrac_46Prelude_46Float_46properFraction[] = { bytes2word(NEEDHEAP_I32,PUSH_HEAP,HEAP_CVAL_I3,HEAP_ARG) , bytes2word(2,EVAL,UNPACK,2) , bytes2word(PUSH_INT_P1,0,PUSH_P1,2) , bytes2word(EVAL,NEEDHEAP_P1,42,GE_W) , bytes2word(JUMPFALSE,79,0,HEAP_CVAL_I4) , bytes2word(HEAP_ARG,1,HEAP_CVAL_I5,HEAP_OFF_N1) , bytes2word(3,HEAP_CVAL_P1,6,HEAP_OFF_N1) , bytes2word(3,HEAP_CVAL_I4,HEAP_ARG,1) , bytes2word(HEAP_CVAL_I5,HEAP_OFF_N1,3,HEAP_CVAL_P1) , bytes2word(7,HEAP_OFF_N1,3,HEAP_CVAL_P1) , bytes2word(8,HEAP_OFF_N1,3,HEAP_P1) , bytes2word(0,HEAP_CVAL_I4,HEAP_ARG,1) , bytes2word(HEAP_CVAL_I5,HEAP_OFF_N1,3,HEAP_CVAL_I4) , bytes2word(HEAP_ARG,1,HEAP_CVAL_I5,HEAP_OFF_N1) , bytes2word(3,HEAP_CVAL_P1,7,HEAP_OFF_N1) , bytes2word(3,HEAP_CVAL_P1,9,HEAP_ARG) , bytes2word(2,HEAP_CVAL_P1,8,HEAP_OFF_N1) , bytes2word(5,HEAP_OFF_N1,4,HEAP_CVAL_P1) , bytes2word(10,HEAP_OFF_N1,14,HEAP_CVAL_P1) , bytes2word(11,HEAP_OFF_N1,6,HEAP_I1) , bytes2word(HEAP_CVAL_P1,12,HEAP_OFF_N1,32) , bytes2word(HEAP_OFF_N1,25,HEAP_OFF_N1,8) , bytes2word(PUSH_HEAP,HEAP_CVAL_N1,1,HEAP_OFF_N1) , /* v323: (byte 4) */ bytes2word(5,HEAP_CADR_N1,3,RETURN) , bytes2word(HEAP_CVAL_P1,9,HEAP_ARG,2) , bytes2word(HEAP_CVAL_P1,13,HEAP_I1,HEAP_CVAL_P1) , bytes2word(10,HEAP_CVAL_P1,14,HEAP_CVAL_P1) , bytes2word(11,HEAP_OFF_N1,7,HEAP_OFF_N1) , bytes2word(6,PUSH_HEAP,HEAP_CVAL_P1,15) , bytes2word(HEAP_I1,HEAP_OFF_N1,7,ZAP_ARG_I2) , bytes2word(ZAP_STACK_P1,1,EVAL,NEEDHEAP_I32) , bytes2word(UNPACK,2,HEAP_CVAL_I4,HEAP_ARG) , bytes2word(1,HEAP_CVAL_I5,HEAP_OFF_N1,3) , bytes2word(HEAP_CVAL_P1,7,HEAP_OFF_N1,3) , bytes2word(HEAP_CVAL_P1,8,HEAP_OFF_N1,3) , bytes2word(HEAP_P1,0,HEAP_CVAL_P1,16) , bytes2word(HEAP_I1,HEAP_P1,3,PUSH_HEAP) , bytes2word(HEAP_CVAL_N1,1,HEAP_OFF_N1,7) , bytes2word(HEAP_OFF_N1,5,RETURN,ENDCODE) , bytes2word(0,0,0,0) , 0 , CONSTRW(1,0) , 0 , CONSTR(0,2,0) , /* CT_v329: (byte 0) */ HW(14,2) , 0 ,}; Node F0_Prelude_46RealFrac_46Prelude_46Float_46properFraction[] = { CAPTAG(useLabel(FN_Prelude_46RealFrac_46Prelude_46Float_46properFraction),2) , VAPTAG(useLabel(FN_Prelude_46RealFloat_46Prelude_46Float_46decodeFloat)) , VAPTAG(useLabel(FN_Prelude_46Integral_46Prelude_46Real)) , VAPTAG(useLabel(FN_Prelude_46Real_46Prelude_46Num)) , VAPTAG(useLabel(FN_Prelude_46_42)) , VAPTAG(useLabel(FN_Prelude_46fromInteger)) , VAPTAG(useLabel(FN_NHC_46Internal_46_95apply1)) , VAPTAG(useLabel(FN_Prelude_46RealFloat_46Prelude_46Float_46floatRadix)) , VAPTAG(useLabel(FN_Prelude_46_94)) , useLabel(CF_Prelude_46Integral_46Prelude_46Int) , VAPTAG(useLabel(FN_NHC_46Internal_46_95apply2)) , VAPTAG(useLabel(FN_Prelude_46Num_46Prelude_46Int_46negate)) , useLabel(CF_Prelude_46Num_46Prelude_46Integer) , VAPTAG(useLabel(FN_Prelude_46Integral_46Prelude_46Integer_46quotRem)) , VAPTAG(useLabel(FN_Prelude_46RealFloat_46Prelude_46Float_46encodeFloat)) , bytes2word(0,0,2,0) , bytes2word(1,1,0,2) , useLabel(CT_v330) ,}; Node FN_Prelude_46RealFrac_46Prelude_46Float_46floor[] = { bytes2word(NEEDHEAP_I32,PUSH_HEAP,HEAP_CVAL_I3,HEAP_CVAL_I4) , bytes2word(HEAP_ARG_ARG_RET_EVAL,1,2,ENDCODE) , bytes2word(0,0,0,0) , /* CT_v330: (byte 0) */ HW(2,2) , 0 ,}; Node F0_Prelude_46RealFrac_46Prelude_46Float_46floor[] = { CAPTAG(useLabel(FN_Prelude_46RealFrac_46Prelude_46Float_46floor),2) , VAPTAG(useLabel(FN_Prelude_46_95_46floor)) , useLabel(CF_Prelude_46RealFrac_46Prelude_46Float) , bytes2word(0,0,2,0) , bytes2word(1,1,0,2) , useLabel(CT_v331) ,}; Node FN_Prelude_46RealFrac_46Prelude_46Float_46ceiling[] = { bytes2word(NEEDHEAP_I32,PUSH_HEAP,HEAP_CVAL_I3,HEAP_CVAL_I4) , bytes2word(HEAP_ARG_ARG_RET_EVAL,1,2,ENDCODE) , bytes2word(0,0,0,0) , /* CT_v331: (byte 0) */ HW(2,2) , 0 ,}; Node F0_Prelude_46RealFrac_46Prelude_46Float_46ceiling[] = { CAPTAG(useLabel(FN_Prelude_46RealFrac_46Prelude_46Float_46ceiling),2) , VAPTAG(useLabel(FN_Prelude_46_95_46ceiling)) , useLabel(CF_Prelude_46RealFrac_46Prelude_46Float) , bytes2word(0,0,2,0) , bytes2word(1,1,0,2) , useLabel(CT_v332) ,}; Node FN_Prelude_46RealFrac_46Prelude_46Float_46round[] = { bytes2word(NEEDHEAP_I32,PUSH_HEAP,HEAP_CVAL_I3,HEAP_CVAL_I4) , bytes2word(HEAP_ARG_ARG_RET_EVAL,1,2,ENDCODE) , bytes2word(0,0,0,0) , /* CT_v332: (byte 0) */ HW(2,2) , 0 ,}; Node F0_Prelude_46RealFrac_46Prelude_46Float_46round[] = { CAPTAG(useLabel(FN_Prelude_46RealFrac_46Prelude_46Float_46round),2) , VAPTAG(useLabel(FN_Prelude_46_95_46round)) , useLabel(CF_Prelude_46RealFrac_46Prelude_46Float) , bytes2word(0,0,2,0) , bytes2word(1,1,0,2) , useLabel(CT_v333) ,}; Node FN_Prelude_46RealFrac_46Prelude_46Float_46truncate[] = { bytes2word(NEEDHEAP_I32,PUSH_HEAP,HEAP_CVAL_I3,HEAP_CVAL_I4) , bytes2word(HEAP_ARG_ARG_RET_EVAL,1,2,ENDCODE) , bytes2word(0,0,0,0) , /* CT_v333: (byte 0) */ HW(2,2) , 0 ,}; Node F0_Prelude_46RealFrac_46Prelude_46Float_46truncate[] = { CAPTAG(useLabel(FN_Prelude_46RealFrac_46Prelude_46Float_46truncate),2) , VAPTAG(useLabel(FN_Prelude_46_95_46truncate)) , useLabel(CF_Prelude_46RealFrac_46Prelude_46Float) , bytes2word(0,0,0,0) , useLabel(CT_v334) ,}; Node FN_Prelude_46RealFrac_46Prelude_46Float[] = { bytes2word(NEEDHEAP_I32,PUSH_HEAP,HEAP_CVAL_N1,1) , bytes2word(HEAP_CVAL_I3,HEAP_CVAL_I4,HEAP_CVAL_I5,HEAP_CVAL_P1) , bytes2word(6,HEAP_CVAL_P1,7,HEAP_CVAL_P1) , bytes2word(8,HEAP_CVAL_P1,9,RETURN) , bytes2word(ENDCODE,0,0,0) , bytes2word(0,0,0,0) , 0 , CONSTR(0,7,0) , /* CT_v334: (byte 0) */ HW(7,0) , 0 ,}; Node CF_Prelude_46RealFrac_46Prelude_46Float[] = { VAPTAG(useLabel(FN_Prelude_46RealFrac_46Prelude_46Float)) , useLabel(CF_Prelude_46Real_46Prelude_46Float) , useLabel(CF_Prelude_46Fractional_46Prelude_46Float) , useLabel(F0_Prelude_46RealFrac_46Prelude_46Float_46round) , useLabel(F0_Prelude_46RealFrac_46Prelude_46Float_46truncate) , useLabel(F0_Prelude_46RealFrac_46Prelude_46Float_46ceiling) , useLabel(F0_Prelude_46RealFrac_46Prelude_46Float_46properFraction) , useLabel(F0_Prelude_46RealFrac_46Prelude_46Float_46floor) ,};