bench/0000755000175000017500000000000012420602235012323 5ustar terauchiterauchibench/expresults-progs.csv0000644000175000017500000001065512420602235016415 0ustar terauchiterauchi,New Algorithm,Unrestriected,Exact name,total,total,total a-copy-print,11.301885,9.312712,100 a-dotprod,1.729392,1.724263,19.594218 a-init,6.526672,100,100 a-max-e,0.702223,0.33942,0.637421 a-max,3.234869,2.171351,100 ack,0.213539,0.214237,100 apply,0.01251,0.008971,0.012692 arith_exp-e,100,100,100 array_init,4.789631,4.023621,100 bcopy-without-size,2.301491,2.296036,16.503963 bcopy,1.999574,2.001251,9.148159 bcopy2,4.252994,4.205158,18.09408 bcopy3,0.49536,0.492014,0.981625 bcopy4,0.165724,0.16512,0.266743 bcopy5,2.262742,2.271172,6.177495 bsearch,0.144617,0.13936,0.223656 copy_intro,100,100,100 dotprod2,0.128238,0.17336,0.186623 dotprod3,1.544846,1.694033,12.381199 dotprod4,1.730711,1.785856,19.637597 dotprod5,2.266791,2.324032,5.774357 dotprod_lin,3.092829,3.196953,24.110773 enc-filter,0.177875,0.173805,0.271609 enc-rev_accum,0.106751,0.108429,0.194963 enc-rev_append,3.703344,8.417806,100 enc-zip,0.313809,0.316708,0.511527 enc-zip2,100,100,100 enc-zip3,0.199265,0.255903,0.324117 enc-zip4,0.608495,0.727703,1.916482 enc-zip_map,100,100,100 enc-zip_map2,100,0.471479,0.704258 enc-zip_unzip,20.132755,100,100 enc-zipmap,100,0.479106,0.665486 exc-fact,0.324447,0.330576,0.648102 exc-simple,0.011568,0.016434,0.020433 exception-e,0.029469,0.026699,0.030225 exception,0.016847,0.015687,0.017689 fact_exn,0.332328,0.355096,0.644489 fact_notpos-e,0.29875,0.286399,0.497432 fact_notpos,0.437496,0.587721,1.308523 fgx,0.714367,0.536686,15.699231 fgx2,4.90397,2.83464,0.439841 fgx3,100,100,26.411046 fhnhn3,0.025342,0.028091,0.040378 fib,0.538448,0.55652,100 fib_e,3.942152,4.766863,100 file-e,0.033031,0.04278,0.04632 file,100,100,100 file1,0.428119,0.453704,0.674896 file2,0.068845,0.067214,0.107403 flow,0.007762,0.00641,0.010763 fold_div-e,0.086597,0.086474,0.139214 fold_div,1.935302,0.85706,100 fold_left,3.342464,0.914093,100 fold_right,100,0.908638,100 forall_eq_pair,23.944776,0.717811,20.11365 forall_leq,8.056434,0.702466,100 fun_list,100,100,100 fxx,0.014591,0.012768,0.019984 gib,40.964426,100,38.383583 gib2,0.569711,0.576717,100 harmonic-e,0.071305,0.071089,0.109375 harmonic,0.975652,100,100 hors,0.085311,0.087555,0.150404 hrec,100,0.188033,0.296375 inc,0.152569,0.168118,0.253982 inc3,0.468951,0.487792,0.927642 inc4,0.648921,0.666609,1.302823 intro1,0.012597,0.017316,0.023326 intro2,0.013396,0.014047,0.020105 intro3,0.011327,0.013751,0.018457 isnil,0.373615,0.381926,0.619641 isort_geq,100,100,100 iter,100,0.466833,100 length,100,100,60.430108 lock-e,0.036379,0.047569,0.057573 lock,0.019608,0.026991,0.030813 map,0.095556,0.120526,0.16955 map_filter-e,0.170258,0.187513,0.258408 map_filter,100,100,100 map_map,0.153424,0.149869,0.261381 max-e,0.119265,0.110556,0.165346 max,0.044752,0.047429,0.072708 mc91-e,0.029917,0.033824,0.049386 mc91,1.01425,0.516971,100 mc91_95,100,100,100 mc91_98,100,100,100 mc91_99,100,10.334331,20.249396 mc91_cps,100,1.551341,100 mem,1.153462,1.344345,53.028576 mult-e,0.274799,0.273805,0.353578 mult,1.104979,1.06216,0.574871 neg,0.01618,0.019249,0.019511 nth,100,100,100 nth0,1.043924,0.861728,100 queen,100,100,100 rec_error,100,2.0694,0.479092 recursive,100,0.178041,0.29568 repeat-e,0.022622,0.027606,0.034488 repeat,0.587468,2.421928,100 repeat4,0.271414,9.607932,100 risers,16.99825,12.180219,100 search-e,1.321549,1.198309,100 search,100,100,100 sigma_sum,0.957146,0.689257,2.581106 sum-e,0.020816,0.024679,0.036132 sum,0.099215,0.093445,0.1672 sum2,0.335997,0.336862,1.243968 sum3,2.419421,1.774032,2.952521 sum4,100,100,100 sum_cps,0.108453,0.129102,0.185849 sum_intro,0.122467,0.110395,0.182272 twice-e,0.033787,0.032362,0.045148 twice,0.015023,0.016531,0.019801 twice_rec,0.422888,1.215202,5.104841 zip,1.404255,1.343385,100 apply_add,0.010258,0.009498,0.012929 apply_check,0.009453,0.009477,0.013455 apply_context_sensitive,0.010623,0.012373,0.015599 copy1,0.090624,0.097637,0.161093 copy2,0.095201,0.098635,0.157844 copy3,0.107567,0.108249,0.1871 copy4,0.387488,0.375069,4.320961 copy5,100,100,100 copy6,100,100,100 copy7,100,100,100 copy8,100,100,100 double_eq,100,100,100 faddnaddn,0.006835,0.008636,0.010278 mc91geq,0.963436,0.587244,100 pldi2008-1,0.677505,1.269856,0.403414 pldi2008-2-mod,100,100,100 pldi2008-2,100,100,100 popl2007-1,100,100,100 pow_inc,0.194038,0.172936,0.380035 tricky_reverse,100,100,100 twice_inc,0.011256,0.010413,0.014471 zip_map_int1,100,100,100 zip_map_int2,100,0.271412,0.526115 bench/expresults-hccs.csv0000644000175000017500000002774012420602235016206 0ustar terauchiterauchiHCCS,New Algorithm,Unrestricted,Exact ack_0,0.006308,0.00304,0.022873 a-copy-print_0,0.013513,0.008097,0.065977 a-copy-print_1,0.007091,0.006066,0.029208 a-copy-print_2,0.071125,0.069196,3.49262 a-copy-print_3,0.006207,0.005008,0.018221 a-copy-print_4,0.011626,0.008741,0.094313 a-copy-print_5,0.005509,0.003264,0.020214 a-copy-print_6,0.050782,0.019124,0.17758 a-dotprod_0,0.00574,0.003445,0.014535 a-dotprod_1,0.004253,0.00432,0.013982 a-dotprod_2,0.00779,0.006442,0.049992 a-dotprod_3,0.009142,0.006549,0.041575 a-init_0,0.008741,0.004233,0.027878 a-init_1,0.00695,0.005561,0.041237 a-init_2,0.072624,0.024522,0.335612 a-init_3,0.059153,0.017006,0.233785 a-init_4,0.473388,0.083087,10.896067 a-max_0,0.013083,0.006487,0.192006 a-max_1,0.069473,0.042519,4.034712 a-max-e_0,0.013566,0.00658,0.151422 array_init_0,0.01053,0.009995,0.075409 array_init_1,0.093124,0.024628,0.349618 array_init_2,0.05921,0.063893,1.359079 array_init_3,0.054146,0.046169,1.796219 bcopy_0,0.005572,0.002443,0.014447 bcopy_1,0.006009,0.003179,0.014435 bcopy_2,0.003291,0.002854,0.015593 bcopy2_0,0.006218,0.003756,0.017959 bcopy2_1,0.004116,0.003137,0.016774 bcopy2_2,0.009299,0.005769,0.057712 bcopy2_3,0.010652,0.007328,0.046436 bcopy2_4,0.114459,0.077377,5.242768 bcopy3_0,0.00623,0.003298,0.015185 bcopy3_1,0.004159,0.003345,0.030118 bcopy4_0,0.004521,0.001937,0.013304 bcopy5_0,0.00629,0.003277,0.014661 bcopy5_1,0.00455,0.002981,0.014794 bcopy5_2,0.008168,0.007009,0.043204 bcopy5_3,0.008187,0.007239,0.045037 bcopy-without-size_0,0.005636,0.002857,0.016735 bcopy-without-size_1,0.004408,0.003325,0.014885 bcopy-without-size_2,0.012336,0.011132,0.093384 bcopy-without-size_3,0.014323,0.014635,0.105137 copy_intro_0,0.012233,0.009177,0.04556 copy_intro_1,0.026976,0.025006,0.388086 copy_intro_2,0.014193,0.012103,0.142529 copy_intro_3,1.132703,0.031894,1.035371 copy1_0,0.008838,0.007069,0.023334 copy2_0,0.008856,0.006247,0.02217 copy3_0,0.008583,0.005391,0.026948 copy4_0,0.009529,0.007382,0.02569 copy4_1,0.012964,0.010615,0.077229 copy5_0,0.014333,0.010346,0.063073 copy5_1,0.064604,0.031067,0.515119 copy5_2,1.089005,0.072623,2.326025 copy6_0,0.014471,0.013866,0.056382 copy6_1,0.156253,0.032388,0.506084 copy6_2,1.677879,0.089043,4.945222 copy7_0,0.0129,0.009795,0.098901 copy7_1,0.052539,0.024593,0.221797 copy7_2,0.090186,0.048457,1.085488 copy8_0,0.012707,0.011752,0.043831 copy8_1,0.093827,0.025153,0.262904 copy8_2,0.47327,0.053495,1.212872 dotprod_lin_0,0.005635,0.00326,0.016704 dotprod_lin_1,0.004175,0.003229,0.01538 dotprod_lin_2,0.008822,0.007208,0.051961 dotprod_lin_3,0.008012,0.006896,0.054692 dotprod2_0,0.004356,0.002071,0.018411 dotprod3_0,0.00594,0.003642,0.036737 dotprod3_1,0.004502,0.002512,0.029695 dotprod3_2,0.008354,0.007645,0.094895 dotprod3_3,0.007385,0.006014,0.041971 dotprod4_0,0.006537,0.003512,0.017445 dotprod4_1,0.004482,0.003752,0.023494 dotprod4_2,0.00911,0.00667,0.063492 dotprod4_3,0.009028,0.007042,0.051906 dotprod5_0,0.006052,0.002732,0.02347 dotprod5_1,0.004434,0.002972,0.016556 dotprod5_2,0.008779,0.006966,0.047589 dotprod5_3,0.007135,0.005912,0.047727 double_eq_0,0.014312,0.012012,0.063372 double_eq_1,0.014044,0.011064,0.127448 double_eq_2,0.028175,0.025323,0.427358 double_eq_3,0.009804,0.01148,0.139523 double_eq_4,0.013535,0.011416,0.133277 double_eq_5,0.031512,0.027695,0.734623 double_eq_6,0.035704,0.029547,0.936422 double_eq_7,0.422854,0.0555,2.002497 enc-filter_0,0.004899,0.003546,0.01213 enc-rev_accum_0,0.005666,0.004981,0.01977 enc-rev_append_0,0.008435,0.006313,0.02259 enc-rev_append_1,0.017671,0.016626,0.156561 enc-rev_append_2,0.028465,0.02276,0.414843 enc-rev_append_3,0.014224,0.013522,0.154169 enc-rev_append_4,0.04805,0.046899,1.667582 enc-zip_0,0.007784,0.004552,0.014947 enc-zip_1,0.00531,0.003731,0.026384 enc-zip_map_0,0.010459,0.006338,0.046997 enc-zip_map_1,0.02241,0.015592,0.299762 enc-zip_map_2,0.029161,0.026296,0.99388 enc-zip_map_3,0.565956,0.047539,5.546767 enc-zip_map_4,36.435427,0.070305,11.600567 enc-zip_map_5,412.025206,0.105772,100 enc-zip_map2_0,0.00712,0.004546,0.015854 enc-zip_map2_1,0.010181,0.008061,0.051758 enc-zip_map2_2,0.013863,0.021332,0.12092 enc-zip_map2_3,0.019962,0.016244,0.235058 enc-zip_map2_4,0.045829,0.037989,2.047729 enc-zip_map2_5,0.035664,0.032058,1.028565 enc-zip_map2_6,2.070544,0.074581,4.864691 enc-zip_map2_7,52.240227,0.092518,10.417577 enc-zip_unzip_0,0.009748,0.007283,0.030311 enc-zip_unzip_1,0.050992,0.010476,0.084245 enc-zip_unzip_2,0.044345,0.0106,0.071767 enc-zip_unzip_3,0.067961,0.015847,0.141448 enc-zip_unzip_4,0.006606,0.004417,0.025041 enc-zip_unzip_5,0.05398,0.016418,0.144771 enc-zip2_0,0.0123,0.006376,0.039733 enc-zip2_1,0.019185,0.01584,0.278254 enc-zip2_2,0.029569,0.025266,0.842115 enc-zip2_3,0.616466,0.043865,7.551415 enc-zip3_0,0.009454,0.00812,0.022219 enc-zip4_0,0.008023,0.004466,0.021355 enc-zip4_1,0.004537,0.003007,0.014916 enc-zip4_2,0.004438,0.003227,0.0129 enc-zipmap_0,0.008066,0.004799,0.015661 enc-zipmap_1,0.011807,0.009449,0.05232 enc-zipmap_2,0.01312,0.01419,0.134303 enc-zipmap_3,0.040423,0.033039,0.271608 enc-zipmap_4,0.059184,0.052277,1.870255 enc-zipmap_5,0.042276,0.037538,1.573868 enc-zipmap_6,2.237409,0.053723,6.269864 enc-zipmap_7,41.761281,0.136596,12.180881 exc-fact_0,0.005603,0.002542,0.013131 exc-fact_1,0.029931,0.012764,0.121967 fact_exn_0,0.004974,0.002168,0.012701 fact_exn_1,0.031503,0.012681,0.120533 fact_notpos_0,0.015327,0.012284,0.10183 fact_notpos_1,0.013344,0.010326,0.081632 fact_notpos-e_0,0.015917,0.011825,0.114833 fgx_0,0.006823,0.004724,0.028492 fgx_1,0.023406,0.022798,0.296655 fgx2_0,0.007568,0.004559,0.021233 fgx2_1,0.104992,0.065883,3.750516 fgx3_0,0.006526,0.00631,0.034877 fgx3_1,0.023789,0.024589,0.51007 fgx3_2,0.054324,0.072701,3.460406 fib_0,0.006078,0.002318,0.012431 fib_1,0.01108,0.010233,0.101024 fib_e_0,0.006904,0.004216,0.011124 fib_e_1,0.004677,0.003422,0.013647 fib_e_2,0.010614,0.013248,0.080735 fib_e_3,0.029639,0.034146,0.734902 file_0,0.06417,0.070267,2.625984 file_1,0.042507,0.044913,0.890429 file_2,0.607956,0.648008,100 file_3,0.021447,0.015881,12.835211 file_4,0.031355,0.020868,100 file1_0,0.007247,0.002369,0.018179 fold_div_0,1.337498,0.198979,48.72156 fold_fun_list_0,0.022361,0.020525,0.292719 fold_fun_list_1,19.605807,0.648694,100 fold_left_0,0.008886,0.005771,0.042222 fold_left_1,2.068114,0.211934,57.888184 fold_right_0,0.009446,0.006684,0.039882 fold_right_1,1.13858,0.171684,34.948786 forall_eq_pair_0,1.175158,0.109626,10.056302 forall_leq_0,0.529546,0.153324,10.24122 forall_leq_1,0.279445,0.299844,100 forall_leq_2,313.328936,0.204461,100 fun_list_0,0.299442,0.45312,100 gib_0,0.006383,0.004999,0.015835 gib_1,0.027949,0.021192,0.344939 gib_2,0.004996,0.003756,0.015755 gib_3,0.015695,0.017611,0.273391 gib_4,0.023222,0.022588,0.395863 gib_5,0.023131,0.027854,0.322681 gib_6,2.915619,0.064489,13.018908 gib2_0,0.006521,0.003559,0.021064 gib2_1,0.005181,0.004304,0.030239 harmonic_0,0.51462,0.102377,2.778991 hors_0,0.006791,0.004434,0.015678 hrec_0,0.007747,0.005286,0.043555 hrec_1,0.076666,0.049818,2.029672 inc_0,0.005211,0.002283,0.008052 inc3_0,0.006068,0.003194,0.01926 inc3_1,0.004564,0.003733,0.017778 inc4_0,0.006286,0.003091,0.030204 inc4_1,0.004007,0.003176,0.0179 isnil_0,0.005327,0.002531,0.010042 isnil_1,0.007123,0.005506,0.04108 isort_geq_0,0.031195,0.024182,0.436769 isort_geq_1,0.063473,0.074727,6.161454 iter_0,0.149347,0.050534,1.719298 iter_1,0.895471,0.904979,100 iter_2,1.800949,1.541786,100 length_0,0.014619,0.010445,0.043999 length_1,0.015734,0.014691,0.174275 length_2,0.026023,0.034238,0.391435 length_3,0.015319,0.014992,0.112704 length_4,0.012876,0.013513,0.073717 length_5,0.050835,0.055497,0.710081 length_6,1.268739,0.051232,1.012288 length_7,1.959669,0.072242,2.598635 map_0,0.009078,0.00644,0.020857 map_map_0,0.013785,0.009987,0.044724 mc91_0,0.008461,0.005614,0.028897 mc91_1,0.016435,0.016453,0.161159 mc91_95_0,0.008354,0.003522,0.021494 mc91_95_1,0.019266,0.014176,0.156567 mc91_95_2,0.236248,0.255546,0.876215 mc91_95_3,1.171657,0.037438,100 mc91_98_0,0.007211,0.003729,0.034069 mc91_98_1,0.01347,0.011952,0.152185 mc91_98_2,0.163312,0.211515,1.143479 mc91_98_3,1.278182,0.036924,100 mc91_99_0,0.012029,0.007333,0.032516 mc91_99_1,0.021607,0.016955,0.250834 mc91_99_2,0.18922,0.245151,1.216274 mc91_99_3,1.204478,0.039016,100 mc91_cps_0,0.008053,0.004904,0.025234 mc91_cps_1,0.015034,0.01495,0.156536 mc91geq_0,0.008518,0.006035,0.026704 mem_0,0.013282,0.011625,0.074592 mem_1,0.1564,0.157148,19.931985 mult_0,0.005567,0.003103,0.014603 mult_1,0.004357,0.003076,0.015501 mult_2,0.008654,0.006155,0.064488 mult-e_0,0.006426,0.003437,0.015634 nth_0,0.005674,0.003907,0.021073 nth_1,0.008599,0.008327,0.043947 nth_2,0.036118,0.014209,0.087856 nth_3,1.526441,0.178474,5.676987 nth0_0,0.010439,0.006849,0.028941 nth0_1,0.008884,0.006446,0.043552 nth0_2,0.055769,0.057851,1.189266 pldi2008-1_0,0.004834,0.002499,0.009207 pldi2008-1_1,0.004895,0.003534,0.015632 pldi2008-1_2,0.005826,0.004414,0.023923 pldi2008-2_0,0.005907,0.002749,0.012191 pldi2008-2_1,0.005087,0.003582,0.012007 pldi2008-2_2,0.005347,0.004497,0.031409 pldi2008-2_3,0.014407,0.005919,0.032802 pldi2008-2_4,0.008588,0.00915,0.07782 pldi2008-2_5,0.011358,0.012408,0.106956 pldi2008-2_6,0.055161,0.016071,0.127934 pldi2008-2_7,0.058815,0.024018,100 pldi2008-2-mod_0,0.004239,0.002816,0.008828 pldi2008-2-mod_1,0.003281,0.002253,0.008173 pldi2008-2-mod_2,0.004463,0.003451,0.015327 pldi2008-2-mod_3,0.006287,0.004758,0.025634 pldi2008-2-mod_4,0.01782,0.006848,0.04279 pldi2008-2-mod_5,0.020392,0.009113,0.070826 pldi2008-2-mod_6,0.022311,0.010578,0.154205 popl2007-1_0,0.007252,0.003122,0.013503 popl2007-1_1,0.009127,0.006841,0.028798 popl2007-1_2,0.011641,0.009453,0.03449 popl2007-1_3,0.016264,0.014139,0.060777 popl2007-1_4,0.038272,0.017451,0.075358 popl2007-1_5,0.042895,0.015051,0.334991 popl2007-1_6,0.243741,0.013771,0.309126 popl2007-1_7,1.179148,0.014856,44.726209 popl2007-1_8,1.920645,0.030651,61.344283 pow_inc_0,0.008949,0.006441,0.053372 queen_0,2.641315,1.167451,100 queen_1,2.253031,1.013752,100 rec_error_0,0.007392,0.005007,0.022564 rec_error_1,0.108063,0.079104,4.177108 recursive_0,0.007471,0.004971,0.033173 recursive_1,0.078761,0.05079,1.944672 repeat_0,0.010463,0.007809,0.024414 repeat_1,0.018114,0.018877,0.235559 repeat4_0,0.008963,0.006028,0.040082 repeat4_1,0.015682,0.017735,0.274341 risers_0,0.495912,0.593771,100 risers_1,1.410691,1.856522,100 risers_2,2.958132,1.868519,100 risers_3,1.125054,0.789148,100 search_0,0.452145,0.379638,100 search-e_0,0.471812,0.352122,100 sigma_sum_0,0.007078,0.004759,0.011646 sigma_sum_1,0.014338,0.015422,0.182543 sigma_sum_2,0.054878,0.03105,0.506994 sum_0,0.005654,0.002286,0.011771 sum_cps_0,0.005549,0.002261,0.012044 sum_intro_0,0.005732,0.003119,0.013488 sum2_0,0.005326,0.003555,0.020167 sum2_1,0.010154,0.011961,0.053951 sum3_0,0.005009,0.003345,0.018102 sum3_1,0.008385,0.006954,0.046234 sum3_2,0.021682,0.011764,0.096555 sum4_0,0.006123,0.002834,0.018597 sum4_1,0.006881,0.006052,0.045882 sum4_2,0.022084,0.011879,0.095724 sum4_3,0.06461,0.015766,0.404619 tricky_reverse_0,0.015975,0.013697,0.06887 tricky_reverse_1,0.333844,0.379755,100 tricky_reverse_2,0.060626,0.067668,0.030603 tricky_reverse_3,0.035797,0.027383,100 tricky_reverse_4,0.225395,0.268038,100 tricky_reverse_5,0.41785,0.383143,100 twice_rec_0,0.010288,0.00572,0.048797 zip_0,0.04254,0.031478,0.917084 zip_1,0.008044,0.008012,0.035171 zip_2,0.013063,0.009525,0.048163 zip_map_int1_0,0.014643,0.010719,0.075291 zip_map_int1_1,0.014482,0.014777,0.144874 zip_map_int1_2,0.020479,0.016488,0.362474 zip_map_int1_3,0.046941,0.038172,1.982823 zip_map_int1_4,0.035866,0.033381,1.128972 zip_map_int1_5,1.565271,0.048266,5.990665 zip_map_int2_0,0.015451,0.011587,0.054236 zip_map_int2_1,0.014077,0.013837,0.099914 zip_map_int2_2,0.020692,0.015339,0.275154 zip_map_int2_3,0.051185,0.033914,1.636766 zip_map_int2_4,0.035074,0.037096,1.092436 zip_map_int2_5,0.582194,0.048532,5.51146 bench/progs/0000755000175000017500000000000012420703576013467 5ustar terauchiterauchibench/progs/mc91_cps.ml0000644000175000017500000000171412420602235015430 0ustar terauchiterauchilet rec m_1056 (x_1009:int) (k_1010:(int -> (unit -> unit) -> unit)) (k_m_1092:(unit -> unit)) = if x_1009 > 100 then k_1010 (x_1009 - 10) k_m_1092 else m_1056 (x_1009 + 11) (fun (r_1255:int) -> fun (k_m_1256:(unit -> unit)) -> m_1056 r_1255 k_1010 k_m_1256) k_m_1092 in let main_1012 (n_1013:int) (k_main_1162:(unit -> unit)) = let k_1014 (r_1015:int) (k_main_k_1166:(unit -> unit)) = if n_1013 <= 101 then if r_1015 = 91 then k_main_k_1166 () else (fun _ _ -> assert false) () k_main_k_1166 else k_main_k_1166 () in m_1056 n_1013 k_1014 k_main_1162 in let main_1055 (k_main_1218:(unit -> unit)) = let arg1_1053 (k_main_arg1_1223:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1223 in arg1_1053 (fun (arg1_1239:int) -> main_1012 arg1_1239 k_main_1218) in main_1055 (fun (main_1240:unit) -> ()) bench/progs/pldi2008-2.ml0000644000175000017500000000161712420602235015415 0ustar terauchiterauchilet eq_1051 (x_1052:int) (x_1053:int) (k_eq_1086:(bool -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () (fun (x_1232:int) -> k_eq_1086 (x_1232 = 0)) in let rec f_1008 (x_1011:int) (y_1012:int) (k_f_1108:(unit -> unit)) = if x_1011 <= 50 then g_1009 x_1011 (y_1012 + 1) k_f_1108 else g_1009 x_1011 (y_1012 - 1) k_f_1108 and g_1009 (x_1013:int) (y_1014:int) (k_g_1140:(unit -> unit)) = if y_1014 < 0 then eq_1051 x_1013 102 (fun (b_1234:bool) -> (if b_1234 then k_g_1140 () else (fun _ _ -> assert false) () k_g_1140)) else f_1008 (x_1013 + 1) y_1014 k_g_1140 and main_1010 (y_1015:unit) (k_main_1183:(unit -> unit)) = f_1008 0 0 k_main_1183 in let main_1050 (k_main_1204:(unit -> unit)) = main_1010 () k_main_1204 in main_1050 (fun (main_1210:unit) -> ()) bench/progs/max-e.ml0000644000175000017500000000412012420602235015013 0ustar terauchiterauchilet max_1008 (max2_1009:(int -> int -> (int -> unit) -> unit)) (x_1029:int) (x_1117:int) (x_1118:int) (k_max_1142:(int -> unit)) = max2_1009 x_1029 x_1117 (fun (x_1373:int) -> max2_1009 x_1373 x_1117 k_max_1142) in let f_1013 (x_1014:int) (y_1015:int) (k_f_1189:(int -> unit)) = if x_1014 >= y_1015 then k_f_1189 x_1014 else k_f_1189 y_1015 in let main_1016 (x_1052:int) (y_1119:int) (z_1120:int) (k_main_1201:(unit -> unit)) = let m_1121 (k_main_m_1219:(int -> unit)) = max_1008 f_1013 x_1052 y_1119 z_1120 k_main_m_1219 in m_1121 (fun (m_1289:int) -> (let k_main_1276 (b_1405:bool) = if b_1405 then k_main_1201 () else (fun _ _ -> assert false) () k_main_1201 in f_1013 x_1052 m_1289 (fun (x_1376:int) -> (if x_1376 = m_1289 then f_1013 y_1119 m_1289 (fun (x_1394:int) -> (if x_1394 = m_1289 then f_1013 z_1120 m_1289 (fun (x_1403:int) -> k_main_1276 (x_1403 = m_1289)) else k_main_1276 false)) else k_main_1276 false)))) in let main_1089 (k_main_1298:(unit -> unit)) = let arg1_1083 (k_main_arg1_1303:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1303 in arg1_1083 (fun (arg1_1347:int) -> (let arg2_1085 (k_main_arg2_1315:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1315 in arg2_1085 (fun (arg2_1346:int) -> (let arg3_1087 (k_main_arg3_1327:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg3_1327 in arg3_1087 (fun (arg3_1345:int) -> main_1016 arg1_1347 arg2_1346 arg3_1345 k_main_1298))))) in main_1089 (fun (main_1348:unit) -> ()) bench/progs/hors.ml0000644000175000017500000000262112420602235014763 0ustar terauchiterauchilet c_1118 (q_1009:int) (k_c_1151:(unit -> unit)) = k_c_1151 () in let b_1117 (x_1011:(int -> (unit -> unit) -> unit)) (q_1012:int) (k_b_1161:(unit -> unit)) = x_1011 1 k_b_1161 in let a_1116 (x_1014:(int -> (unit -> unit) -> unit)) (y_1015:(int -> (unit -> unit) -> unit)) (q_1016:int) (k_a_1188:(unit -> unit)) = if q_1016 = 0 then let u_1051 (k_a_u_1195:(unit -> unit)) = x_1014 0 k_a_u_1195 in u_1051 (fun (u_1211:unit) -> y_1015 0 k_a_1188) else let u_1052 (k_a_u_1215:(unit -> unit)) = (fun _ _ -> assert false) () k_a_u_1215 in u_1052 (fun (u_1223:unit) -> (let rec f () = f () in f ())) in let rec f_1115 (n_1018:int) (x_1019:(int -> (unit -> unit) -> unit)) (q_1020:int) (k_f_1245:(unit -> unit)) = if n_1018 <= 0 then x_1019 q_1020 k_f_1245 else a_1116 x_1019 (f_1115 (n_1018 - 1) (b_1117 x_1019)) q_1020 k_f_1245 in let s_1021 (n_1022:int) (q_1023:int) (k_s_1310:(unit -> unit)) = f_1115 n_1022 c_1118 q_1023 k_s_1310 in let main_1024 (n_1025:int) (k_main_1336:(unit -> unit)) = s_1021 n_1025 0 k_main_1336 in let main_1114 (k_main_1354:(unit -> unit)) = let arg1_1112 (k_main_arg1_1359:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1359 in arg1_1112 (fun (arg1_1375:int) -> main_1024 arg1_1375 k_main_1354) in main_1114 (fun (main_1376:unit) -> ()) bench/progs/isnil.ml0000644000175000017500000000445112420602235015131 0ustar terauchiterauchilet is_nil_1008 (x0_1010:int) (x1_1010:(int -> (int -> unit) -> unit)) (k_is_nil_1142:(bool -> unit)) = if x0_1010 = 0 then k_is_nil_1142 true else k_is_nil_1142 false in let rec make_list_1010 (n_1011:int) (k_make_list_1162:(int -> (int -> (int -> unit) -> unit) -> unit)) = if n_1011 = 0 then k_make_list_1162 0 (fun (x_1436:int) -> fun (k_make_list_1437:(int -> unit)) -> (let rec f () = f () in f ())) else let cons_make_list_1094 (x_1092:int) (xs0_1093:int) (xs1_1093:(int -> (int -> unit) -> unit)) (k_make_list_cons_make_list_1191:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_make_list_cons_make_list_1191 (xs0_1093 + 1) (fun (i_1426:int) -> fun (k_make_list_cons_make_list_1427:(int -> unit)) -> (if i_1426 = 0 then k_make_list_cons_make_list_1427 x_1092 else xs1_1093 (i_1426 - 1) k_make_list_cons_make_list_1427)) in make_list_1010 (n_1011 - 1) (fun (x0_1434:int) -> fun (x1_1434:(int -> (int -> unit) -> unit)) -> cons_make_list_1094 n_1011 x0_1434 x1_1434 k_make_list_1162) in let main_1012 (n_1013:int) (k_main_1308:(unit -> unit)) = let xs_1014 (k_main_xs_1321:(int -> (int -> (int -> unit) -> unit) -> unit)) = make_list_1010 n_1013 k_main_xs_1321 in xs_1014 (fun (xs0_1376:int) -> fun (xs1_1376:(int -> (int -> unit) -> unit)) -> (if n_1013 > 0 then is_nil_1008 xs0_1376 xs1_1376 (fun (b_1439:bool) -> (if not b_1439 then k_main_1308 () else (fun _ _ -> assert false) () k_main_1308)) else k_main_1308 ())) in let main_1029 (k_main_1383:(unit -> unit)) = let arg1_1027 (k_main_arg1_1388:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1388 in arg1_1027 (fun (arg1_1404:int) -> main_1012 arg1_1404 k_main_1383) in main_1029 (fun (main_1405:unit) -> ()) bench/progs/queen.ml0000644000175000017500000002153512420602235015132 0ustar terauchiterauchilet make_array_1318 (n_1009:int) (s_1010:int) (i_1011:int) (k_make_array_1351:(int -> unit)) = k_make_array_1351 s_1010 in let update_1317 (i_1013:int) (n_1014:int) (a_1015:(int -> (int -> unit) -> unit)) (x_1016:int) (k_update_1366:((int -> (int -> unit) -> unit) -> unit)) = let u_1075 (k_update_u_1376:(int -> unit)) = a_1015 i_1013 k_update_u_1376 in u_1075 (fun (u_1404:int) -> k_update_1366 (let a_1017 (j_1018:int) (k_update_a_1386:(int -> unit)) = if i_1013 = j_1018 then k_update_a_1386 x_1016 else a_1015 j_1018 k_update_a_1386 in a_1017)) in let print_string_1313 (s_1020:unit) (k_print_string_1420:(unit -> unit)) = k_print_string_1420 () in let abs_1021 (x_1022:int) (k_abs_1427:(int -> unit)) = if x_1022 < 0 then k_abs_1427 (0 - x_1022) else k_abs_1427 x_1022 in let queen_1023 (size_1024:int) (k_queen_1438:(unit -> unit)) = let assign_1311 (i_1027:int) (j_1028:int) (queenArray_1029:(int -> (int -> unit) -> unit)) (k_queen_assign_1458:((int -> (int -> unit) -> unit) -> unit)) = update_1317 i_1027 size_1024 queenArray_1029 j_1028 k_queen_assign_1458 in let rec dotsPrint_1030 (n_1031:int) (k_queen_dotsPrint_1501:(unit -> unit)) = if n_1031 = 0 then k_queen_dotsPrint_1501 () else let u_1146 (k_queen_dotsPrint_u_1508:(unit -> unit)) = print_string_1313 () k_queen_dotsPrint_u_1508 in u_1146 (fun (u_1524:unit) -> dotsPrint_1030 (n_1031 - 1) k_queen_dotsPrint_1501) in let queenPrint_1032 (queenArray_1033:(int -> (int -> unit) -> unit)) (k_queen_queenPrint_1538:(unit -> unit)) = let rec aux1_1034 (row_1035:int) (k_queen_queenPrint_aux1_1542:(unit -> unit)) = if row_1035 = size_1024 then k_queen_queenPrint_aux1_1542 () else let n_1036 (k_queen_queenPrint_aux1_n_1549:(int -> unit)) = queenArray_1033 row_1035 k_queen_queenPrint_aux1_n_1549 in n_1036 (fun (n_1635:int) -> (let u_1183 (k_queen_queenPrint_aux1_u_1569:(unit -> unit)) = let k_queen_queenPrint_aux1_u_1559 (b_2200:bool) = if b_2200 then k_queen_queenPrint_aux1_u_1569 () else (fun _ _ -> assert false) () k_queen_queenPrint_aux1_u_1569 in if 0 <= row_1035 then k_queen_queenPrint_aux1_u_1559 (row_1035 <= size_1024) else k_queen_queenPrint_aux1_u_1559 false in u_1183 (fun (u_1634:unit) -> (let u_1176 (k_queen_queenPrint_aux1_u_1578:(unit -> unit)) = dotsPrint_1030 (n_1635 - 1) k_queen_queenPrint_aux1_u_1578 in u_1176 (fun (u_1633:unit) -> (let u_1172 (k_queen_queenPrint_aux1_u_1590:(unit -> unit)) = print_string_1313 () k_queen_queenPrint_aux1_u_1590 in u_1172 (fun (u_1632:unit) -> (let u_1170 (k_queen_queenPrint_aux1_u_1602: (unit -> unit)) = dotsPrint_1030 (size_1024 - n_1635) k_queen_queenPrint_aux1_u_1602 in u_1170 (fun (u_1631:unit) -> (let u_1166 (k_queen_queenPrint_aux1_u_1614: (unit -> unit)) = print_string_1313 () k_queen_queenPrint_aux1_u_1614 in u_1166 (fun (u_1630:unit) -> aux1_1034 (row_1035 + 1) k_queen_queenPrint_aux1_1542))))))))))) in let u_1186 (k_queen_queenPrint_u_1649:(unit -> unit)) = aux1_1034 0 k_queen_queenPrint_u_1649 in u_1186 (fun (u_1665:unit) -> print_string_1313 () k_queen_queenPrint_1538) in let test_1037 (j_1038:int) (queenArray_1039:(int -> (int -> unit) -> unit)) (k_queen_test_1682:(bool -> unit)) = let qj_1040 (k_queen_test_qj_1689:(int -> unit)) = queenArray_1039 j_1038 k_queen_test_qj_1689 in qj_1040 (fun (qj_1765:int) -> (let rec aux2_1041 (i_1042:int) (k_queen_test_aux2_1698:(bool -> unit)) = if i_1042 < j_1038 then let qi_1043 (k_queen_test_aux2_qi_1705:(int -> unit)) = queenArray_1039 i_1042 k_queen_test_aux2_qi_1705 in qi_1043 (fun (qi_1743:int) -> (if qi_1743 = qj_1765 then k_queen_test_aux2_1698 false else abs_1021 (qj_1765 - qi_1743) (fun (x_2204:int) -> (if x_2204 = j_1038 - i_1042 then k_queen_test_aux2_1698 false else aux2_1041 (i_1042 + 1) k_queen_test_aux2_1698)))) else k_queen_test_aux2_1698 true in aux2_1041 0 k_queen_test_1682)) in let rec loop_1044 (row_1045:int) (queenArray_1046:(int -> (int -> unit) -> unit)) (k_queen_loop_1779:(unit -> unit)) = let next_1047 (k_queen_loop_next_1783:(int -> unit)) = queenArray_1046 row_1045 (fun (x_2210:int) -> k_queen_loop_next_1783 (x_2210 + 1)) in next_1047 (fun (next_2036:int) -> (if next_2036 > size_1024 then let queenArray_1048 (k_queen_loop_queenArray_1816:((int -> (int -> unit) -> unit) -> unit)) = assign_1311 row_1045 0 queenArray_1046 k_queen_loop_queenArray_1816 in queenArray_1048 (fun (queenArray_1864:(int -> (int -> unit) -> unit)) -> (if row_1045 = 0 then k_queen_loop_1779 () else loop_1044 (row_1045 - 1) queenArray_1864 k_queen_loop_1779)) else let queenArray_1049 (k_queen_loop_queenArray_1885:((int -> (int -> unit) -> unit) -> unit)) = assign_1311 row_1045 next_2036 queenArray_1046 k_queen_loop_queenArray_1885 in queenArray_1049 (fun (queenArray_2031:(int -> (int -> unit) -> unit)) -> test_1037 row_1045 queenArray_2031 (fun (b_2212:bool) -> (if b_2212 then if row_1045 + 1 = size_1024 then let u_2223 (k_queen_loop_u_2224:(unit -> unit)) = queenPrint_1032 queenArray_2031 k_queen_loop_u_2224 in u_2223 (fun (u_2227:unit) -> loop_1044 row_1045 queenArray_2031 k_queen_loop_1779) else loop_1044 (row_1045 + 1) queenArray_2031 k_queen_loop_1779 else loop_1044 row_1045 queenArray_2031 k_queen_loop_1779))))) in loop_1044 0 (make_array_1318 size_1024 0) k_queen_1438 in let main_1050 (n_1051:int) (k_main_2116:(unit -> unit)) = if n_1051 > 0 then let u_1307 (k_main_u_2123:(unit -> unit)) = queen_1023 n_1051 k_main_u_2123 in u_1307 (fun (u_2129:unit) -> k_main_2116 ()) else k_main_2116 () in let main_1310 (k_main_2140:(unit -> unit)) = let arg1_1308 (k_main_arg1_2145:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_2145 in arg1_1308 (fun (arg1_2161:int) -> main_1050 arg1_2161 k_main_2140) in main_1310 (fun (main_2162:unit) -> ()) bench/progs/fhnhn3.ml0000644000175000017500000000177212420602235015202 0ustar terauchiterauchilet g_1008 (y_1009:(unit -> (int -> unit) -> unit)) (k_g_1101:(unit -> unit)) = y_1009 () (fun (x_1294:int) -> (if x_1294 <= 0 then k_g_1101 () else (fun _ _ -> assert false) () k_g_1101)) in let f_1010 (x_1011:(unit -> (int -> unit) -> unit)) (y_1012:(unit -> (int -> unit) -> unit)) (k_f_1142:(unit -> unit)) = x_1011 () (fun (x_1300:int) -> (if x_1300 > 0 then g_1008 y_1012 k_f_1142 else k_f_1142 ())) in let h_1064 (x_1014:int) (y_1015:unit) (k_h_1196:(int -> unit)) = k_h_1196 x_1014 in let rec g_1016 (n_1017:int) (k_g_1204:(unit -> unit)) = f_1010 (h_1064 n_1017) (h_1064 n_1017) k_g_1204 in let main_1063 (k_main_1242:(unit -> unit)) = let arg1_1061 (k_main_arg1_1247:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1247 in arg1_1061 (fun (arg1_1263:int) -> g_1016 arg1_1263 k_main_1242) in main_1063 (fun (main_1264:unit) -> ()) bench/progs/exc-simple.ml0000644000175000017500000000134112420602235016054 0ustar terauchiterauchilet f_1008 (n_1009:int) (k_1010:(int -> (unit -> unit) -> unit)) (k_f_1075:(unit -> unit)) = if n_1009 >= 0 then k_f_1075 () else k_1010 0 k_f_1075 in let g_1011 (n_1012:int) (k_g_1100:(unit -> unit)) = if n_1012 = 0 then k_g_1100 () else (fun _ _ -> assert false) () k_g_1100 in let main_1013 (n_1014:int) (k_main_1118:(unit -> unit)) = f_1008 n_1014 g_1011 k_main_1118 in let main_1039 (k_main_1148:(unit -> unit)) = let arg1_1037 (k_main_arg1_1153:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1153 in arg1_1037 (fun (arg1_1169:int) -> main_1013 arg1_1169 k_main_1148) in main_1039 (fun (main_1170:unit) -> ()) bench/progs/search.ml0000644000175000017500000001426012420602235015257 0ustar terauchiterauchilet rec exists_1093 (test_1012:(int -> (bool -> unit) -> unit)) (f_1013:(int -> (int -> unit) -> unit)) (n_1014:int) (m_1015:int) (k_exists_1336:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit) -> unit)) = if n_1014 < m_1015 then f_1013 n_1014 (fun (x_1898:int) -> test_1012 x_1898 (fun (b_1900:bool) -> (if b_1900 then k_exists_1336 () (fun (path0_1942:int) -> fun (path1_1942:(int -> (int -> unit) -> unit)) -> fun (k_exists_1943:(int -> int -> unit)) -> (if path0_1942 = 0 then k_exists_1943 2 0 else let k_exists_1966 (b_1979:bool) = if b_1979 then let path'_1982 (k_exists_path'_1983:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_exists_path'_1983 (path0_1942 - 1) (fun (x_1995:int) -> fun (k_exists_path'_1996:(int -> unit)) -> path1_1942 (x_1995 + 1) k_exists_path'_1996) in path'_1982 (fun (path'0_1991:int) -> fun (path'1_1991:(int -> (int -> unit) -> unit)) -> k_exists_1943 0 n_1014) else (let rec f () = f () in f ()) in if 1 <= path0_1942 then path1_1942 0 (fun (x_1977:int) -> k_exists_1966 (x_1977 = 0)) else k_exists_1966 false)) else exists_1093 test_1012 f_1013 (n_1014 + 1) m_1015 k_exists_1336))) else k_exists_1336 () (fun (path0_1889:int) -> fun (path1_1889:(int -> (int -> unit) -> unit)) -> fun (k_exists_1890:(int -> int -> unit)) -> (if path0_1889 = 0 then k_exists_1890 1 0 else (let rec f () = f () in f ()))) in let mult3_1016 (n_1017:int) (k_mult3_1584:(int -> unit)) = k_mult3_1584 (3 * n_1017) in let main_1018 (n_1019:int) (m_1020:int) (k_main_1591:(unit -> unit)) = let test_1021 (x_1022:int) (k_main_test_1595:(bool -> unit)) = k_main_test_1595 (x_1022 = m_1020) in let xs_1255 (k_main_xs_1632:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit) -> unit)) = exists_1093 test_1021 mult3_1016 0 n_1019 k_main_xs_1632 in xs_1255 (fun (xs0_1810:unit) -> fun (xs1_1810:(int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit)) -> xs1_1810 0 (fun (x_2005:int) -> fun (k_main_2006:(int -> unit)) -> (let rec f () = f () in f ())) (fun (p0_2007:int) -> fun (p1_2007:int) -> (if p0_2007 = 1 then k_main_1591 () else xs1_1810 0 (fun (x_2060:int) -> fun (k_main_2061:(int -> unit)) -> (let rec f () = f () in f ())) (fun (p0_2062:int) -> fun (p1_2062:int) -> (if p0_2062 = 2 then let x_2068 (k_main_x_2069:(int -> unit)) = xs1_1810 1 (fun (i_2101:int) -> fun (k_main_x_2102:(int -> unit)) -> (if i_2101 = 0 then k_main_x_2102 0 else (let rec f () = f () in f ()))) (fun (p0_2104:int) -> fun (p1_2104:int) -> k_main_x_2069 p1_2104) in x_2068 (fun (x_2083:int) -> (let k_main_2091 (b_2105:bool) = if b_2105 then k_main_1591 () else (fun _ _ -> assert false) () k_main_1591 in if 0 <= x_2083 then k_main_2091 (x_2083 < n_1019) else k_main_2091 false)) else (let rec f () = f () in f ())))))) in let main_1092 (k_main_1822:(unit -> unit)) = let arg1_1088 (k_main_arg1_1827:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1827 in arg1_1088 (fun (arg1_1857:int) -> (let arg2_1090 (k_main_arg2_1839:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1839 in arg2_1090 (fun (arg2_1856:int) -> main_1018 arg1_1857 arg2_1856 k_main_1822))) in main_1092 (fun (main_1858:unit) -> ()) bench/progs/zip_map_int2.ml0000644000175000017500000000234712420602235016410 0ustar terauchiterauchilet loop_1058 (x_1009:unit) (k_loop_1092:(int -> unit)) = (let rec f () = f () in f ()) in let rec zip_1010 (x_1011:int) (y_1012:int) (k_zip_1109:(int -> unit)) = if x_1011 = 0 then if y_1012 = 0 then k_zip_1109 x_1011 else loop_1058 () k_zip_1109 else if y_1012 = 0 then loop_1058 () k_zip_1109 else zip_1010 (x_1011 - 1) (y_1012 - 1) (fun (x_1274:int) -> k_zip_1109 (1 + x_1274)) in let rec map_1013 (x_1014:int) (k_map_1164:(int -> unit)) = if x_1014 = 0 then k_map_1164 x_1014 else map_1013 (x_1014 - 1) (fun (x_1275:int) -> k_map_1164 (1 + x_1275)) in let main_1015 (n_1016:int) (k_main_1189:(unit -> unit)) = zip_1010 n_1016 n_1016 (fun (x_1276:int) -> map_1013 x_1276 (fun (x_1278:int) -> (if x_1278 = n_1016 then k_main_1189 () else (fun _ _ -> assert false) () k_main_1189))) in let main_1057 (k_main_1232:(unit -> unit)) = let arg1_1055 (k_main_arg1_1237:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1237 in arg1_1055 (fun (arg1_1253:int) -> main_1015 arg1_1253 k_main_1232) in main_1057 (fun (main_1254:unit) -> ()) bench/progs/twice_rec.ml0000644000175000017500000000161512420602235015756 0ustar terauchiterauchilet twice_1044 (f_1009:(int -> (int -> unit) -> unit)) (x_1010:int) (k_twice_1080:(int -> unit)) = f_1009 x_1010 (fun (x_1216:int) -> f_1009 x_1216 k_twice_1080) in let rec g_1011 (x_1012:int) (k_g_1111:(int -> unit)) = if x_1012 <= 0 then k_g_1111 1 else g_1011 (x_1012 - 1) (fun (x_1218:int) -> k_g_1111 (2 + x_1218)) in let main_1013 (n_1014:int) (k_main_1136:(unit -> unit)) = twice_1044 g_1011 n_1014 (fun (x_1219:int) -> (if x_1219 = 0 then k_main_1136 () else (fun _ _ -> assert false) () k_main_1136)) in let main_1043 (k_main_1175:(unit -> unit)) = let arg1_1041 (k_main_arg1_1180:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1180 in arg1_1041 (fun (arg1_1196:int) -> main_1013 arg1_1196 k_main_1175) in main_1043 (fun (main_1197:unit) -> ()) bench/progs/a-max.ml0000644000175000017500000000400312420602235015007 0ustar terauchiterauchilet make_array_1008 (n_1009:int) (i_1010:int) (k_make_array_1142:(int -> unit)) = k_make_array_1142 (n_1009 - i_1010) in let rec array_max_1011 (x_1028:int) (i_1123:int) (x_1124:(int -> (int -> unit) -> unit)) (m_1125:int) (k_array_max_1153:(int -> unit)) = if i_1123 >= x_1028 then k_array_max_1153 m_1125 else let x_1126 (k_array_max_x_1160:(int -> unit)) = x_1124 i_1123 k_array_max_x_1160 in x_1126 (fun (x_1192:int) -> (let z_1127 (k_array_max_z_1169:(int -> unit)) = if x_1192 > m_1125 then k_array_max_z_1169 x_1192 else k_array_max_z_1169 m_1125 in z_1127 (fun (z_1191:int) -> array_max_1011 x_1028 (i_1123 + 1) x_1124 z_1191 k_array_max_1153))) in let main_1018 (n_1019:int) (i_1020:int) (k_main_1209:(unit -> unit)) = let k_main_1216 (b_1322:bool) = if b_1322 then let m_1324 (k_main_m_1325:(int -> unit)) = array_max_1011 n_1019 i_1020 (make_array_1008 n_1019) (-1) k_main_m_1325 in m_1324 (fun (m_1328:int) -> (if m_1328 >= n_1019 then k_main_1209 () else (fun _ _ -> assert false) () k_main_1209)) else k_main_1209 () in if n_1019 > 0 then if i_1020 >= 0 then k_main_1216 (i_1020 <= 0) else k_main_1216 false else k_main_1216 false in let main_1091 (k_main_1263:(unit -> unit)) = let arg1_1087 (k_main_arg1_1268:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1268 in arg1_1087 (fun (arg1_1298:int) -> (let arg2_1089 (k_main_arg2_1280:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1280 in arg2_1089 (fun (arg2_1297:int) -> main_1018 arg1_1298 arg2_1297 k_main_1263))) in main_1091 (fun (main_1299:unit) -> ()) bench/progs/lock-e.ml0000644000175000017500000000267012420602235015166 0ustar terauchiterauchilet lock_1008 (st_1009:int) (k_lock_1087:(int -> unit)) = let u_1014 (k_lock_u_1098:(unit -> unit)) = if st_1009 = 0 then k_lock_u_1098 () else (fun _ _ -> assert false) () k_lock_u_1098 in u_1014 (fun (u_1101:unit) -> k_lock_1087 1) in let unlock_1010 (st_1011:int) (k_unlock_1108:(int -> unit)) = let u_1020 (k_unlock_u_1119:(unit -> unit)) = if st_1011 = 1 then k_unlock_u_1119 () else (fun _ _ -> assert false) () k_unlock_u_1119 in u_1020 (fun (u_1122:unit) -> k_unlock_1108 0) in let f_1012 (n_1013:int) (st_1014:int) (k_f_1129:(int -> unit)) = if n_1013 > 0 then lock_1008 st_1014 k_f_1129 else k_f_1129 st_1014 in let g_1015 (n_1016:int) (st_1017:int) (k_g_1151:(int -> unit)) = if n_1016 >= 0 then unlock_1010 st_1017 k_g_1151 else k_g_1151 st_1017 in let main_1018 (n_1019:int) (k_main_1173:(unit -> unit)) = f_1012 n_1019 0 (fun (x_1264:int) -> g_1015 n_1019 x_1264 (fun (x_1266:int) -> (if x_1266 = 0 then k_main_1173 () else (fun _ _ -> assert false) () k_main_1173))) in let main_1054 (k_main_1217:(unit -> unit)) = let arg1_1052 (k_main_arg1_1222:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1222 in arg1_1052 (fun (arg1_1238:int) -> main_1018 arg1_1238 k_main_1217) in main_1054 (fun (main_1239:unit) -> ()) bench/progs/map_map.ml0000644000175000017500000000145312420602235015424 0ustar terauchiterauchilet rec map_1008 (x_1009:int) (k_map_1061:(int -> unit)) = if x_1009 = 0 then k_map_1061 x_1009 else map_1008 (x_1009 - 1) (fun (x_1161:int) -> k_map_1061 (1 + x_1161)) in let main_1010 (n_1011:int) (k_main_1086:(unit -> unit)) = map_1008 n_1011 (fun (x_1162:int) -> map_1008 x_1162 (fun (x_1164:int) -> (if x_1164 = n_1011 then k_main_1086 () else (fun _ _ -> assert false) () k_main_1086))) in let main_1028 (k_main_1128:(unit -> unit)) = let arg1_1026 (k_main_arg1_1133:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1133 in arg1_1026 (fun (arg1_1149:int) -> main_1010 arg1_1149 k_main_1128) in main_1028 (fun (main_1150:unit) -> ()) bench/progs/exc-fact.ml0000644000175000017500000000232312420602235015501 0ustar terauchiterauchilet rec fact_1008 (n_1009:int) (exn_1010:(int -> (int -> unit) -> unit)) (k_fact_1093:(int -> unit)) = if n_1009 <= 0 then exn_1010 0 k_fact_1093 else let exn_1011 (n_1012:int) (k_fact_exn_1107:(int -> unit)) = if n_1012 = 0 then k_fact_exn_1107 1 else exn_1010 n_1012 k_fact_exn_1107 in fact_1008 (n_1009 - 1) exn_1011 (fun (x_1267:int) -> k_fact_1093 (n_1009 * x_1267)) in let exn_1057 (n_1014:int) (k_exn_1170:(int -> unit)) = let u_1043 (k_exn_u_1174:(unit -> unit)) = (fun _ _ -> assert false) () k_exn_u_1174 in u_1043 (fun (u_1182:unit) -> (let rec f () = f () in f ())) in let main_1015 (n_1016:int) (k_main_1189:(unit -> unit)) = if n_1016 > 0 then let u_1053 (k_main_u_1203:(int -> unit)) = fact_1008 n_1016 exn_1057 k_main_u_1203 in u_1053 (fun (u_1215:int) -> k_main_1189 ()) else k_main_1189 () in let main_1056 (k_main_1226:(unit -> unit)) = let arg1_1054 (k_main_arg1_1231:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1231 in arg1_1054 (fun (arg1_1247:int) -> main_1015 arg1_1247 k_main_1226) in main_1056 (fun (main_1248:unit) -> ()) bench/progs/intro2.ml0000644000175000017500000000135512420602235015230 0ustar terauchiterauchilet f_1008 (x_1009:int) (g_1010:(int -> (unit -> unit) -> unit)) (k_f_1077:(unit -> unit)) = g_1010 (x_1009 + 1) k_f_1077 in let h_1011 (y_1012:int) (k_h_1098:(unit -> unit)) = if y_1012 > 0 then k_h_1098 () else (fun _ _ -> assert false) () k_h_1098 in let main_1013 (n_1014:int) (k_main_1116:(unit -> unit)) = if n_1014 >= 0 then f_1008 n_1014 h_1011 k_main_1116 else k_main_1116 () in let main_1041 (k_main_1150:(unit -> unit)) = let arg1_1039 (k_main_arg1_1155:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1155 in arg1_1039 (fun (arg1_1171:int) -> main_1013 arg1_1171 k_main_1150) in main_1041 (fun (main_1172:unit) -> ()) bench/progs/file1.ml0000644000175000017500000000367212420602235015017 0ustar terauchiterauchilet open__1067 (x_1009:unit) (k_open__1100:(bool -> unit)) = k_open__1100 true in let close_1066 (fp_1011:bool) (k_close_1107:(bool -> unit)) = k_close_1107 false in let read_1012 (fp_1013:bool) (k_read_1114:(unit -> unit)) = if fp_1013 then k_read_1114 () else (fun _ _ -> assert false) () k_read_1114 in let rec read_n_1014 (fp_1015:bool) (n_1016:int) (m_1017:int) (k_read_n_1132:(bool -> unit)) = if n_1016 <= 0 then if m_1017 > 0 then close_1066 fp_1015 k_read_n_1132 else k_read_n_1132 fp_1015 else let u_1046 (k_read_n_u_1160:(unit -> unit)) = if m_1017 > 0 then read_1012 fp_1015 k_read_n_u_1160 else k_read_n_u_1160 () in u_1046 (fun (u_1175:unit) -> read_n_1014 fp_1015 (n_1016 - 1) m_1017 k_read_n_1132) in let main_1018 (n_1019:int) (m_1020:int) (k_main_1188:(unit -> unit)) = let fp_1021 (k_main_fp_1202:(bool -> unit)) = if m_1020 > 0 then open__1067 () k_main_fp_1202 else k_main_fp_1202 false in fp_1021 (fun (fp_1231:bool) -> (let fp_1022 (k_main_fp_1213:(bool -> unit)) = read_n_1014 fp_1231 n_1019 m_1020 k_main_fp_1213 in fp_1022 (fun (fp_1230:bool) -> (if fp_1230 then k_main_1188 () else (fun _ _ -> assert false) () k_main_1188)))) in let main_1065 (k_main_1239:(unit -> unit)) = let arg1_1061 (k_main_arg1_1244:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1244 in arg1_1061 (fun (arg1_1274:int) -> (let arg2_1063 (k_main_arg2_1256:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1256 in arg2_1063 (fun (arg2_1273:int) -> main_1018 arg1_1274 arg2_1273 k_main_1239))) in main_1065 (fun (main_1275:unit) -> ()) bench/progs/enc-zip2.ml0000644000175000017500000000233612420602235015442 0ustar terauchiterauchilet loop_1058 (x_1009:unit) (k_loop_1092:(int -> unit)) = (let rec f () = f () in f ()) in let rec zip_1010 (x_1011:int) (y_1012:int) (k_zip_1109:(int -> unit)) = if x_1011 = 0 then if y_1012 = 0 then k_zip_1109 0 else loop_1058 () k_zip_1109 else if y_1012 = 0 then loop_1058 () k_zip_1109 else zip_1010 (x_1011 - 1) (y_1012 - 1) (fun (x_1274:int) -> k_zip_1109 (1 + x_1274)) in let rec map_1013 (x_1014:int) (k_map_1164:(int -> unit)) = if x_1014 = 0 then k_map_1164 0 else map_1013 (x_1014 - 1) (fun (x_1275:int) -> k_map_1164 (1 + x_1275)) in let main_1015 (n_1016:int) (k_main_1189:(unit -> unit)) = zip_1010 n_1016 n_1016 (fun (x_1276:int) -> map_1013 x_1276 (fun (x_1278:int) -> (if x_1278 >= n_1016 then k_main_1189 () else (fun _ _ -> assert false) () k_main_1189))) in let main_1057 (k_main_1232:(unit -> unit)) = let arg1_1055 (k_main_arg1_1237:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1237 in arg1_1055 (fun (arg1_1253:int) -> main_1015 arg1_1253 k_main_1232) in main_1057 (fun (main_1254:unit) -> ()) bench/progs/mc91_99.ml0000644000175000017500000000143112420602235015100 0ustar terauchiterauchilet rec m_1008 (x_1009:int) (k_m_1063:(int -> unit)) = if x_1009 > 100 then k_m_1063 (x_1009 - 10) else m_1008 (x_1009 + 11) (fun (x_1163:int) -> m_1008 x_1163 k_m_1063) in let main_1010 (n_1011:int) (k_main_1094:(unit -> unit)) = if n_1011 <= 99 then m_1008 n_1011 (fun (x_1165:int) -> (if x_1165 = 91 then k_main_1094 () else (fun _ _ -> assert false) () k_main_1094)) else k_main_1094 () in let main_1030 (k_main_1130:(unit -> unit)) = let arg1_1028 (k_main_arg1_1135:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1135 in arg1_1028 (fun (arg1_1151:int) -> main_1010 arg1_1151 k_main_1130) in main_1030 (fun (main_1152:unit) -> ()) bench/progs/sum4.ml0000644000175000017500000000135512420602235014703 0ustar terauchiterauchilet rec sum_1008 (n_1009:int) (k_sum_1064:(int -> unit)) = if n_1009 <= 0 then k_sum_1064 0 else sum_1008 (n_1009 - 1) (fun (x_1154:int) -> k_sum_1064 (n_1009 + x_1154)) in let main_1010 (n_1011:int) (k_main_1089:(unit -> unit)) = sum_1008 n_1011 (fun (x_1155:int) -> (if (4 * n_1011) - 6 <= x_1155 then k_main_1089 () else (fun _ _ -> assert false) () k_main_1089)) in let main_1031 (k_main_1121:(unit -> unit)) = let arg1_1029 (k_main_arg1_1126:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1126 in arg1_1029 (fun (arg1_1142:int) -> main_1010 arg1_1142 k_main_1121) in main_1031 (fun (main_1143:unit) -> ()) bench/progs/twice-e.ml0000644000175000017500000000156012420602235015346 0ustar terauchiterauchilet twice_1041 (f_1009:(int -> (int -> unit) -> unit)) (x_1010:int) (k_twice_1077:(int -> unit)) = f_1009 x_1010 (fun (x_1199:int) -> f_1009 x_1199 k_twice_1077) in let f_1011 (x_1012:int) (k_f_1108:(int -> unit)) = k_f_1108 (2 * x_1012) in let main_1013 (n_1014:int) (k_main_1115:(unit -> unit)) = if n_1014 >= 0 then twice_1041 f_1011 n_1014 (fun (x_1201:int) -> (if x_1201 > n_1014 then k_main_1115 () else (fun _ _ -> assert false) () k_main_1115)) else k_main_1115 () in let main_1040 (k_main_1158:(unit -> unit)) = let arg1_1038 (k_main_arg1_1163:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1163 in arg1_1038 (fun (arg1_1179:int) -> main_1013 arg1_1179 k_main_1158) in main_1040 (fun (main_1180:unit) -> ()) bench/progs/enc-zip3.ml0000644000175000017500000000174012420602235015441 0ustar terauchiterauchilet loop_1047 (x_1009:unit) (k_loop_1081:(int -> unit)) = (let rec f () = f () in f ()) in let rec zip_1010 (x_1011:int) (y_1012:int) (k_zip_1098:(int -> unit)) = if x_1011 = 0 then if y_1012 = 0 then k_zip_1098 0 else loop_1047 () k_zip_1098 else if y_1012 = 0 then loop_1047 () k_zip_1098 else zip_1010 (x_1011 - 1) (y_1012 - 1) (fun (x_1224:int) -> k_zip_1098 (1 + x_1224)) in let main_1013 (n_1014:int) (k_main_1153:(unit -> unit)) = zip_1010 n_1014 n_1014 (fun (x_1225:int) -> (if x_1225 = n_1014 then k_main_1153 () else (fun _ _ -> assert false) () k_main_1153)) in let main_1046 (k_main_1186:(unit -> unit)) = let arg1_1044 (k_main_arg1_1191:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1191 in arg1_1044 (fun (arg1_1207:int) -> main_1013 arg1_1207 k_main_1186) in main_1046 (fun (main_1208:unit) -> ()) bench/progs/fact_notpos-e.ml0000644000175000017500000000600512420602235016551 0ustar terauchiterauchilet rec fact_1009 (n_1010:int) (k_fact_1236:(int -> unit)) (h_1238:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) = (fun (h_1388:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) -> (if n_1010 <= 0 then h_1388 () (fun (path0_1635:int) -> fun (path1_1635:(int -> (int -> unit) -> unit)) -> fun (k_fact_1636:(int -> unit)) -> (if path0_1635 = 0 then k_fact_1636 1 else (let rec f () = f () in f ()))) else let h_1298 (e0_1574:unit) (e1_1574:(int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit)) = (fun (h_1604:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) -> e1_1574 0 (fun (x_1627:int) -> fun (k_fact_1628:(int -> unit)) -> (let rec f () = f () in f ())) (fun (x_1629:int) -> (if x_1629 = 1 then k_fact_1236 1 else h_1604 e0_1574 e1_1574))) h_1388 in fact_1009 (n_1010 - 1) (fun (x_1573:int) -> k_fact_1236 (n_1010 * x_1573)) h_1298)) h_1238 in let main_1011 (n_1012:int) (k_main_1400:(int -> unit)) (h_1402:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) = let h_1435 (e0_1641:unit) (e1_1641:(int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit)) = (fun (h_1680:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) -> e1_1641 0 (fun (x_1712:int) -> fun (k_main_1713:(int -> unit)) -> (let rec f () = f () in f ())) (fun (x_1714:int) -> (if x_1714 = 1 then let u_1721 (k_main_u_1722:(unit -> unit)) = if n_1012 < 0 then k_main_u_1722 () else (fun _ _ -> assert false) () k_main_u_1722 in u_1721 (fun (u_1728:unit) -> k_main_1400 0) else h_1680 e0_1641 e1_1641))) h_1402 in fact_1009 n_1012 k_main_1400 h_1435 in let main_1031 (k_main_1527:(int -> unit)) (h_1529:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) = let arg1_1029 (k_main_arg1_1534:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1534 in arg1_1029 (fun (arg1_1557:int) -> main_1011 arg1_1557 k_main_1527 h_1529) in main_1031 (fun (main_1558:int) -> ()) (fun (e0_1730:unit) -> fun (e1_1730:(int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit)) -> (fun _ -> assert false) ()) bench/progs/double_eq.ml0000644000175000017500000000170112420602235015745 0ustar terauchiterauchilet rec f_1008 (x_1009:int) (k_f_1078:(int -> unit)) = if x_1009 <= 0 then k_f_1078 0 else f_1008 (x_1009 - 1) (fun (x_1207:int) -> k_f_1078 (2 + x_1207)) in let rec g_1010 (x_1011:int) (a_1012:int) (k_g_1103:(int -> unit)) = if x_1011 <= 0 then k_g_1103 a_1012 else g_1010 (x_1011 - 1) (a_1012 + 2) k_g_1103 in let main_1013 (x_1014:int) (k_main_1126:(unit -> unit)) = f_1008 x_1014 (fun (x_1208:int) -> g_1010 x_1014 0 (fun (x_1213:int) -> (if x_1208 = x_1213 then k_main_1126 () else (fun _ _ -> assert false) () k_main_1126))) in let main_1045 (k_main_1169:(unit -> unit)) = let arg1_1043 (k_main_arg1_1174:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1174 in arg1_1043 (fun (arg1_1190:int) -> main_1013 arg1_1190 k_main_1169) in main_1045 (fun (main_1191:unit) -> ()) bench/progs/fold_left.ml0000644000175000017500000000703112420602235015746 0ustar terauchiterauchilet rec fold_left_1008 (x_1018:(int -> int -> (int -> unit) -> unit)) (acc_1105:int) (xs0_1106:int) (xs1_1106:(int -> (int -> unit) -> unit)) (k_fold_left_1218:(int -> unit)) = if xs0_1106 = 0 then k_fold_left_1218 acc_1105 else if 1 <= xs0_1106 then let xs'_1013 (k_fold_left_xs'_1231:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_fold_left_xs'_1231 (xs0_1106 - 1) (fun (x_1668:int) -> fun (k_fold_left_xs'_1669:(int -> unit)) -> xs1_1106 (x_1668 + 1) k_fold_left_xs'_1669) in xs'_1013 (fun (xs'0_1333:int) -> fun (xs'1_1333:(int -> (int -> unit) -> unit)) -> (let x_1012 (k_fold_left_x_1263:(int -> unit)) = xs1_1106 0 k_fold_left_x_1263 in x_1012 (fun (x_1329:int) -> x_1018 acc_1105 x_1329 (fun (x_1673:int) -> fold_left_1008 x_1018 x_1673 xs'0_1333 xs'1_1333 k_fold_left_1218)))) else (let rec f () = f () in f ()) in let rec make_list_1014 (n_1015:int) (k_make_list_1362:(int -> (int -> (int -> unit) -> unit) -> unit)) = if n_1015 < 0 then k_make_list_1362 0 (fun (x_1686:int) -> fun (k_make_list_1687:(int -> unit)) -> (let rec f () = f () in f ())) else let cons_make_list_1166 (x_1164:int) (xs0_1165:int) (xs1_1165:(int -> (int -> unit) -> unit)) (k_make_list_cons_make_list_1391:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_make_list_cons_make_list_1391 (xs0_1165 + 1) (fun (i_1676:int) -> fun (k_make_list_cons_make_list_1677:(int -> unit)) -> (if i_1676 = 0 then k_make_list_cons_make_list_1677 x_1164 else xs1_1165 (i_1676 - 1) k_make_list_cons_make_list_1677)) in make_list_1014 (n_1015 - 1) (fun (x0_1684:int) -> fun (x1_1684:(int -> (int -> unit) -> unit)) -> cons_make_list_1166 n_1015 x0_1684 x1_1684 k_make_list_1362) in let add_1016 (x_1017:int) (y_1018:int) (k_add_1508:(int -> unit)) = k_add_1508 (x_1017 + y_1018) in let main_1019 (n_1020:int) (m_1021:int) (k_main_1516:(unit -> unit)) = let xs_1022 (k_main_xs_1529:(int -> (int -> (int -> unit) -> unit) -> unit)) = make_list_1014 n_1020 k_main_xs_1529 in xs_1022 (fun (xs0_1591:int) -> fun (xs1_1591:(int -> (int -> unit) -> unit)) -> fold_left_1008 add_1016 m_1021 xs0_1591 xs1_1591 (fun (x_1689:int) -> (if x_1689 >= m_1021 then k_main_1516 () else (fun _ _ -> assert false) () k_main_1516))) in let main_1082 (k_main_1599:(unit -> unit)) = let arg1_1078 (k_main_arg1_1604:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1604 in arg1_1078 (fun (arg1_1634:int) -> (let arg2_1080 (k_main_arg2_1616:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1616 in arg2_1080 (fun (arg2_1633:int) -> main_1019 arg1_1634 arg2_1633 k_main_1599))) in main_1082 (fun (main_1635:unit) -> ()) bench/progs/neg.ml0000644000175000017500000000230512420602235014560 0ustar terauchiterauchilet g_1092 (x_1009:int) (y_1010:unit) (k_g_1125:(int -> unit)) = k_g_1125 x_1009 in let twice_1091 (f_1012:((unit -> (int -> unit) -> unit) -> unit -> (int -> unit) -> unit)) (x_1013:(unit -> (int -> unit) -> unit)) (y_1014:unit) (k_twice_1143:(int -> unit)) = f_1012 (f_1012 x_1013) y_1014 k_twice_1143 in let neg_1090 (x_1016:(unit -> (int -> unit) -> unit)) (y_1017:unit) (k_neg_1189:(int -> unit)) = x_1016 () (fun (x_1330:int) -> k_neg_1189 (0 - x_1330)) in let main_1018 (n_1019:int) (k_main_1214:(unit -> unit)) = if n_1019 >= 0 then let z_1020 (k_main_z_1244:(int -> unit)) = twice_1091 neg_1090 (g_1092 n_1019) () k_main_z_1244 in z_1020 (fun (z_1261:int) -> (if z_1261 >= 0 then k_main_1214 () else (fun _ _ -> assert false) () k_main_1214)) else k_main_1214 () in let main_1089 (k_main_1272:(unit -> unit)) = let arg1_1087 (k_main_arg1_1277:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1277 in arg1_1087 (fun (arg1_1293:int) -> main_1018 arg1_1293 k_main_1272) in main_1089 (fun (main_1294:unit) -> ()) bench/progs/zip_map_int1.ml0000644000175000017500000000233512420602235016404 0ustar terauchiterauchilet loop_1058 (x_1009:unit) (k_loop_1092:(int -> unit)) = (let rec f () = f () in f ()) in let rec zip_1010 (x_1011:int) (y_1012:int) (k_zip_1109:(int -> unit)) = if x_1011 = 0 then if y_1012 = 0 then k_zip_1109 0 else loop_1058 () k_zip_1109 else if y_1012 = 0 then loop_1058 () k_zip_1109 else zip_1010 (x_1011 - 1) (y_1012 - 1) (fun (x_1274:int) -> k_zip_1109 (1 + x_1274)) in let rec map_1013 (x_1014:int) (k_map_1164:(int -> unit)) = if x_1014 = 0 then k_map_1164 0 else map_1013 (x_1014 - 1) (fun (x_1275:int) -> k_map_1164 (1 + x_1275)) in let main_1015 (n_1016:int) (k_main_1189:(unit -> unit)) = zip_1010 n_1016 n_1016 (fun (x_1276:int) -> map_1013 x_1276 (fun (x_1278:int) -> (if x_1278 = n_1016 then k_main_1189 () else (fun _ _ -> assert false) () k_main_1189))) in let main_1057 (k_main_1232:(unit -> unit)) = let arg1_1055 (k_main_arg1_1237:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1237 in arg1_1055 (fun (arg1_1253:int) -> main_1015 arg1_1253 k_main_1232) in main_1057 (fun (main_1254:unit) -> ()) bench/progs/a-copy-print.ml0000644000175000017500000000624612420602235016341 0ustar terauchiterauchilet make_array_1008 (n_1009:int) (i_1010:int) (k_make_array_1342:(int -> unit)) = let u_1023 (k_make_array_u_1357:(unit -> unit)) = let k_make_array_u_1347 (b_1854:bool) = if b_1854 then k_make_array_u_1357 () else (fun _ _ -> assert false) () k_make_array_u_1357 in if 0 <= i_1010 then k_make_array_u_1347 (i_1010 < n_1009) else k_make_array_u_1347 false in u_1023 (fun (u_1360:unit) -> k_make_array_1342 0) in let update_1011 (x_1035:int) (x_1298:int) (des_1299:(int -> (int -> unit) -> unit)) (x_1300:int) (k_update_1374:((int -> (int -> unit) -> unit) -> unit)) = let u_1301 (k_update_u_1384:(int -> unit)) = des_1299 x_1035 k_update_u_1384 in u_1301 (fun (u_1412:int) -> k_update_1374 (let a_1302 (j_1303:int) (k_update_a_1394:(int -> unit)) = if x_1035 = j_1303 then k_update_a_1394 x_1300 else des_1299 x_1035 k_update_a_1394 in a_1302)) in let print_int_1018 (x_1066:int) (k_print_int_1428:(unit -> unit)) = k_print_int_1428 () in let f_1020 (x_1076:int) (src_1310:(int -> (int -> unit) -> unit)) (des_1311:(int -> (int -> unit) -> unit)) (k_f_1441:(unit -> unit)) = let rec bcopy_1312 (x_1313:int) (src_1314:(int -> (int -> unit) -> unit)) (des_1315:(int -> (int -> unit) -> unit)) (i_1316:int) (k_f_bcopy_1454:((int -> (int -> unit) -> unit) -> unit)) = if i_1316 >= x_1313 then k_f_bcopy_1454 des_1315 else let des_1317 (k_f_bcopy_des_1492:((int -> (int -> unit) -> unit) -> unit)) = src_1314 i_1316 (fun (x_1858:int) -> update_1011 i_1316 x_1313 des_1315 x_1858 k_f_bcopy_des_1492) in des_1317 (fun (des_1541:(int -> (int -> unit) -> unit)) -> bcopy_1312 x_1313 src_1314 des_1541 (i_1316 + 1) k_f_bcopy_1454) in let rec print_array_1318 (m_1319:int) (x_1320:(int -> (int -> unit) -> unit)) (i_1321:int) (k_f_print_array_1570:(unit -> unit)) = if i_1321 >= m_1319 then k_f_print_array_1570 () else let u_1322 (k_f_print_array_u_1587:(unit -> unit)) = des_1311 i_1321 (fun (x_1860:int) -> print_int_1018 x_1860 k_f_print_array_u_1587) in u_1322 (fun (u_1611:unit) -> print_array_1318 m_1319 x_1320 (i_1321 + 1) k_f_print_array_1570) in let array_1323 (k_f_array_1651:((int -> (int -> unit) -> unit) -> unit)) = bcopy_1312 x_1076 src_1310 des_1311 0 k_f_array_1651 in array_1323 (fun (array_1684:(int -> (int -> unit) -> unit)) -> print_array_1318 x_1076 array_1684 0 k_f_1441) in let main_1035 (n_1036:int) (k_main_1724:(unit -> unit)) = if n_1036 > 0 then f_1020 n_1036 (make_array_1008 n_1036) (make_array_1008 n_1036) k_main_1724 else k_main_1724 () in let main_1241 (k_main_1791:(unit -> unit)) = let arg1_1239 (k_main_arg1_1796:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1796 in arg1_1239 (fun (arg1_1812:int) -> main_1035 arg1_1812 k_main_1791) in main_1241 (fun (main_1813:unit) -> ()) bench/progs/copy2.ml0000644000175000017500000000134212420602235015043 0ustar terauchiterauchilet rec copy_1008 (x_1009:int) (k_copy_1060:(int -> unit)) = if x_1009 = 0 then k_copy_1060 0 else copy_1008 (x_1009 - 1) (fun (x_1150:int) -> k_copy_1060 (1 + x_1150)) in let main_1010 (x_1011:int) (k_main_1085:(unit -> unit)) = copy_1008 x_1011 (fun (x_1151:int) -> (if x_1151 = x_1011 then k_main_1085 () else (fun _ _ -> assert false) () k_main_1085)) in let main_1027 (k_main_1117:(unit -> unit)) = let arg1_1025 (k_main_arg1_1122:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1122 in arg1_1025 (fun (arg1_1138:int) -> main_1010 arg1_1138 k_main_1117) in main_1027 (fun (main_1139:unit) -> ()) bench/progs/dotprod5.ml0000644000175000017500000000534712420602235015560 0ustar terauchiterauchilet make_array_1008 (n_1009:int) (i_1010:int) (k_make_array_1212:(int -> unit)) = let u_1023 (k_make_array_u_1227:(unit -> unit)) = let k_make_array_u_1217 (b_1559:bool) = if b_1559 then k_make_array_u_1227 () else (fun _ _ -> assert false) () k_make_array_u_1227 in if 0 <= i_1010 then k_make_array_u_1217 (i_1010 < n_1009) else k_make_array_u_1217 false in u_1023 (fun (u_1230:unit) -> k_make_array_1212 0) in let update_1179 (i_1012:int) (n_1013:int) (a_1014:(int -> (int -> unit) -> unit)) (x_1015:int) (k_update_1244:((int -> (int -> unit) -> unit) -> unit)) = let u_1075 (k_update_u_1254:(int -> unit)) = a_1014 i_1012 k_update_u_1254 in u_1075 (fun (u_1282:int) -> k_update_1244 (let a_1016 (j_1017:int) (k_update_a_1264:(int -> unit)) = if i_1012 = j_1017 then k_update_a_1264 x_1015 else a_1014 j_1017 k_update_a_1264 in a_1016)) in let rec bcopy_aux_1178 (m_1019:int) (src_1020:(int -> (int -> unit) -> unit)) (des_1021:(int -> (int -> unit) -> unit)) (i_1022:int) (k_bcopy_aux_1304:(unit -> unit)) = if i_1022 >= m_1019 then k_bcopy_aux_1304 () else src_1020 i_1022 (fun (x_1563:int) -> update_1179 i_1022 m_1019 des_1021 x_1563 (fun (x_1565:(int -> (int -> unit) -> unit)) -> bcopy_aux_1178 m_1019 src_1020 x_1565 (i_1022 + 1) k_bcopy_aux_1304)) in let main_1023 (n_1024:int) (m_1025:int) (i_1026:int) (k_main_1401:(unit -> unit)) = let k_main_1422 (b_1568:bool) = if b_1568 then bcopy_aux_1178 n_1024 (make_array_1008 n_1024) (make_array_1008 m_1025) i_1026 k_main_1401 else k_main_1401 () in if i_1026 = 0 then k_main_1422 (n_1024 <= m_1025) else k_main_1422 false in let main_1177 (k_main_1469:(unit -> unit)) = let arg1_1171 (k_main_arg1_1474:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1474 in arg1_1171 (fun (arg1_1518:int) -> (let arg2_1173 (k_main_arg2_1486:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1486 in arg2_1173 (fun (arg2_1517:int) -> (let arg3_1175 (k_main_arg3_1498:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg3_1498 in arg3_1175 (fun (arg3_1516:int) -> main_1023 arg1_1518 arg2_1517 arg3_1516 k_main_1469))))) in main_1177 (fun (main_1519:unit) -> ()) bench/progs/intro3.ml0000644000175000017500000000141012420602235015221 0ustar terauchiterauchilet f_1008 (x_1009:int) (g_1010:(int -> (unit -> unit) -> unit)) (k_f_1085:(unit -> unit)) = g_1010 (x_1009 + 1) k_f_1085 in let h_1049 (z_1012:int) (y_1013:int) (k_h_1106:(unit -> unit)) = if y_1013 > z_1012 then k_h_1106 () else (fun _ _ -> assert false) () k_h_1106 in let main_1014 (n_1015:int) (k_main_1125:(unit -> unit)) = if n_1015 >= 0 then f_1008 n_1015 (h_1049 n_1015) k_main_1125 else k_main_1125 () in let main_1048 (k_main_1160:(unit -> unit)) = let arg1_1046 (k_main_arg1_1165:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1165 in arg1_1046 (fun (arg1_1181:int) -> main_1014 arg1_1181 k_main_1160) in main_1048 (fun (main_1182:unit) -> ()) bench/progs/inc3.ml0000644000175000017500000000326412420602235014650 0ustar terauchiterauchilet make_array_1008 (n_1009:int) (i_1010:int) (k_make_array_1146:(int -> unit)) = let u_1023 (k_make_array_u_1161:(unit -> unit)) = let k_make_array_u_1151 (b_1357:bool) = if b_1357 then k_make_array_u_1161 () else (fun _ _ -> assert false) () k_make_array_u_1161 in if 0 <= i_1010 then k_make_array_u_1151 (i_1010 < n_1009) else k_make_array_u_1151 false in u_1023 (fun (u_1164:unit) -> k_make_array_1146 0) in let update_1111 (i_1012:int) (n_1013:int) (des_1014:(int -> (int -> unit) -> unit)) (x_1015:int) (k_update_1175:(unit -> unit)) = let u_1116 (k_update_u_1182:(int -> unit)) = des_1014 i_1012 k_update_u_1182 in u_1116 (fun (u_1188:int) -> k_update_1175 ()) in let rec inc3_1016 (m_1017:int) (src_1018:(int -> (int -> unit) -> unit)) (i_1019: int) (k_inc3_1204:(unit -> unit)) = if i_1019 >= m_1017 then k_inc3_1204 () else let u_1095 (k_inc3_u_1234:(unit -> unit)) = src_1018 i_1019 (fun (x_1361:int) -> update_1111 i_1019 m_1017 src_1018 (x_1361 + 1) k_inc3_u_1234) in u_1095 (fun (u_1258:unit) -> inc3_1016 m_1017 src_1018 (i_1019 + 1) k_inc3_1204) in let main_1020 (n_1021:int) (k_main_1274:(unit -> unit)) = if n_1021 > 0 then inc3_1016 n_1021 (make_array_1008 n_1021) 0 k_main_1274 else k_main_1274 () in let main_1110 (k_main_1304:(unit -> unit)) = let arg1_1108 (k_main_arg1_1309:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1309 in arg1_1108 (fun (arg1_1325:int) -> main_1020 arg1_1325 k_main_1304) in main_1110 (fun (main_1326:unit) -> ()) bench/progs/mult.ml0000644000175000017500000000160612420602235014773 0ustar terauchiterauchilet rec mult_1008 (n_1009:int) (m_1010:int) (k_mult_1071:(int -> unit)) = let k_mult_1074 (b_1169:bool) = if b_1169 then k_mult_1071 0 else mult_1008 n_1009 (m_1010 - 1) (fun (x_1176:int) -> k_mult_1071 (n_1009 + x_1176)) in if n_1009 <= 0 then k_mult_1074 true else k_mult_1074 (m_1010 <= 0) in let main_1011 (n_1012:int) (k_main_1102:(unit -> unit)) = mult_1008 n_1012 n_1012 (fun (x_1177:int) -> (if n_1012 <= x_1177 then k_main_1102 () else (fun _ _ -> assert false) () k_main_1102)) in let main_1038 (k_main_1135:(unit -> unit)) = let arg1_1036 (k_main_arg1_1140:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1140 in arg1_1036 (fun (arg1_1156:int) -> main_1011 arg1_1156 k_main_1135) in main_1038 (fun (main_1157:unit) -> ()) bench/progs/bcopy4.ml0000644000175000017500000000417512420602235015216 0ustar terauchiterauchilet array1_1154 (i_1009:int) (k_array1_1187:(int -> unit)) = k_array1_1187 0 in let array2_1153 (i_1011:int) (k_array2_1194:(int -> unit)) = k_array2_1194 0 in let update_1152 (a_1013:(int -> (int -> unit) -> unit)) (i_1014:int) (x_1015: int) (j_1016:int) (k_update_1204:(int -> unit)) = if j_1016 = i_1014 then k_update_1204 x_1015 else a_1013 j_1016 k_update_1204 in let rec bcopy_aux_1151 (m_1018:int) (src_1019:(int -> (int -> unit) -> unit)) (des_1020:(int -> (int -> unit) -> unit)) (i_1021:int) (k_bcopy_aux_1237:(unit -> unit)) = if i_1021 >= m_1018 then k_bcopy_aux_1237 () else let u_1109 (k_bcopy_aux_u_1252:(unit -> unit)) = let k_bcopy_aux_u_1242 (b_1494:bool) = if b_1494 then k_bcopy_aux_u_1252 () else (fun _ _ -> assert false) () k_bcopy_aux_u_1252 in if 0 <= i_1021 then k_bcopy_aux_u_1242 (i_1021 <= m_1018) else k_bcopy_aux_u_1242 false in u_1109 (fun (u_1322:unit) -> (let des_1022 (k_bcopy_aux_des_1283:((int -> (int -> unit) -> unit) -> unit)) = src_1019 i_1021 (fun (x_1498:int) -> k_bcopy_aux_des_1283 (update_1152 des_1020 i_1021 x_1498)) in des_1022 (fun (des_1321:(int -> (int -> unit) -> unit)) -> bcopy_aux_1151 m_1018 src_1019 des_1321 (i_1021 + 1) k_bcopy_aux_1237))) in let main_1023 (n_1024:int) (k_main_1342:(unit -> unit)) = let bcopy_1150 (src_1026:(int -> (int -> unit) -> unit)) (des_1027:(int -> (int -> unit) -> unit)) (k_main_bcopy_1352:(unit -> unit)) = bcopy_aux_1151 n_1024 src_1026 des_1027 0 k_main_bcopy_1352 in bcopy_1150 array1_1154 array2_1153 k_main_1342 in let main_1149 (k_main_1434:(unit -> unit)) = let arg1_1147 (k_main_arg1_1439:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1439 in arg1_1147 (fun (arg1_1455:int) -> main_1023 arg1_1455 k_main_1434) in main_1149 (fun (main_1456:unit) -> ()) bench/progs/sum_intro.ml0000644000175000017500000000152412420602235016030 0ustar terauchiterauchilet add_1008 (x_1009:int) (y_1010:int) (k_add_1070:(int -> unit)) = k_add_1070 (x_1009 + y_1010) in let rec sum_1011 (n_1012:int) (k_sum_1078:(int -> unit)) = if n_1012 <= 0 then k_sum_1078 0 else sum_1011 (n_1012 - 1) (fun (x_1180:int) -> add_1008 n_1012 x_1180 k_sum_1078) in let main_1013 (n_1014:int) (k_main_1110:(unit -> unit)) = sum_1011 n_1014 (fun (x_1182:int) -> (if n_1014 <= x_1182 then k_main_1110 () else (fun _ _ -> assert false) () k_main_1110)) in let main_1037 (k_main_1142:(unit -> unit)) = let arg1_1035 (k_main_arg1_1147:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1147 in arg1_1035 (fun (arg1_1163:int) -> main_1013 arg1_1163 k_main_1142) in main_1037 (fun (main_1164:unit) -> ()) bench/progs/zip.ml0000644000175000017500000001522712420602235014620 0ustar terauchiterauchilet rec zip_1008 (x0_1016:int) (x1_1016:(int -> (int -> unit) -> unit)) (x0_1108: int) (x1_1108:(int -> (int -> unit) -> unit)) (k_zip_1376:(int -> (int -> (int -> int -> unit) -> unit) -> unit)) = if x0_1016 = 0 then if x0_1108 = 0 then k_zip_1376 0 (fun (x_2107:int) -> fun (k_zip_2108:(int -> int -> unit)) -> (let rec f () = f () in f ())) else let u_1109 (k_zip_u_1405:(unit -> unit)) = (fun _ _ -> assert false) () k_zip_u_1405 in u_1109 (fun (u_1416:unit) -> (let rec f () = f () in f ())) else if 1 <= x0_1016 then let xs'_1012 (k_zip_xs'_1436:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_zip_xs'_1436 (x0_1016 - 1) (fun (x_2078:int) -> fun (k_zip_xs'_2079:(int -> unit)) -> x1_1016 (x_2078 + 1) k_zip_xs'_2079) in xs'_1012 (fun (xs'0_1740:int) -> fun (xs'1_1740:(int -> (int -> unit) -> unit)) -> (let x_1011 (k_zip_x_1471:(int -> unit)) = x1_1016 0 k_zip_x_1471 in x_1011 (fun (x_1736:int) -> (if x0_1108 = 0 then let u_1110 (k_zip_u_1486:(unit -> unit)) = (fun _ _ -> assert false) () k_zip_u_1486 in u_1110 (fun (u_1497:unit) -> (let rec f () = f () in f ())) else if 1 <= x0_1108 then let ys'_1014 (k_zip_ys'_1510:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_zip_ys'_1510 (x0_1108 - 1) (fun (x_2083:int) -> fun (k_zip_ys'_2084:(int -> unit)) -> x1_1108 (x_2083 + 1) k_zip_ys'_2084) in ys'_1014 (fun (ys'0_1716:int) -> fun (ys'1_1716:(int -> (int -> unit) -> unit)) -> (let y_1013 (k_zip_y_1545:(int -> unit)) = x1_1108 0 k_zip_y_1545 in y_1013 (fun (y_1712:int) -> (let cons_zip_1202 (x0_1200:int) (x1_1200:int) (xs0_1201:int) (xs1_1201:(int -> (int -> int -> unit) -> unit)) (k_zip_cons_zip_1563: (int -> (int -> (int -> int -> unit) -> unit) -> unit)) = k_zip_cons_zip_1563 (xs0_1201 + 1) (fun (i_2088:int) -> fun (k_zip_cons_zip_2089: (int -> int -> unit)) -> (if i_2088 = 0 then k_zip_cons_zip_2089 x0_1200 x1_1200 else xs1_1201 (i_2088 - 1) k_zip_cons_zip_2089)) in zip_1008 xs'0_1740 xs'1_1740 ys'0_1716 ys'1_1716 (fun (x0_2096:int) -> fun (x1_2096:(int -> (int -> int -> unit) -> unit)) -> cons_zip_1202 x_1736 y_1712 x0_2096 x1_2096 k_zip_1376))))) else (let rec f () = f () in f ()))))) else (let rec f () = f () in f ()) in let rec make_list_1015 (n_1016:int) (k_make_list_1779:(int -> (int -> (int -> unit) -> unit) -> unit)) = if n_1016 < 0 then k_make_list_1779 0 (fun (x_2120:int) -> fun (k_make_list_2121:(int -> unit)) -> (let rec f () = f () in f ())) else let cons_make_list_1286 (x_1284:int) (xs0_1285:int) (xs1_1285:(int -> (int -> unit) -> unit)) (k_make_list_cons_make_list_1808:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_make_list_cons_make_list_1808 (xs0_1285 + 1) (fun (i_2110:int) -> fun (k_make_list_cons_make_list_2111:(int -> unit)) -> (if i_2110 = 0 then k_make_list_cons_make_list_2111 x_1284 else xs1_1285 (i_2110 - 1) k_make_list_cons_make_list_2111)) in make_list_1015 (n_1016 - 1) (fun (x0_2118:int) -> fun (x1_2118:(int -> (int -> unit) -> unit)) -> cons_make_list_1286 n_1016 x0_2118 x1_2118 k_make_list_1779) in let main_1017 (n_1018:int) (k_main_1928:(int -> (int -> (int -> int -> unit) -> unit) -> unit)) = let xs_1019 (k_main_xs_1944:(int -> (int -> (int -> unit) -> unit) -> unit)) = make_list_1015 n_1018 k_main_xs_1944 in xs_1019 (fun (xs0_1997:int) -> fun (xs1_1997:(int -> (int -> unit) -> unit)) -> zip_1008 xs0_1997 xs1_1997 xs0_1997 xs1_1997 k_main_1928) in let main_1072 (k_main_2010:(int -> (int -> (int -> int -> unit) -> unit) -> unit)) = let arg1_1070 (k_main_arg1_2015:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_2015 in arg1_1070 (fun (arg1_2040:int) -> main_1017 arg1_2040 k_main_2010) in main_1072 (fun (main0_2047:int) -> fun (main1_2047:(int -> (int -> int -> unit) -> unit)) -> ()) bench/progs/map_filter.ml0000644000175000017500000003254712420602235016144 0ustar terauchiterauchilet rec make_list_1008 (m_1009:int) (k_make_list_1686:(int -> (int -> (int -> unit) -> unit) -> unit)) = if m_1009 <= 0 then k_make_list_1686 0 (fun (x_3586:int) -> fun (k_make_list_3587:(int -> unit)) -> (let rec f () = f () in f ())) else let cons_make_list_1125 (x_1123:int) (xs0_1124:int) (xs1_1124:(int -> (int -> unit) -> unit)) (k_make_list_cons_make_list_1715:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_make_list_cons_make_list_1715 (xs0_1124 + 1) (fun (i_3567:int) -> fun (k_make_list_cons_make_list_3568:(int -> unit)) -> (if i_3567 = 0 then k_make_list_cons_make_list_3568 x_1123 else xs1_1124 (i_3567 - 1) k_make_list_cons_make_list_3568)) in make_list_1008 (m_1009 - 1) (fun (x0_3575:int) -> fun (x1_3575:(int -> (int -> unit) -> unit)) -> (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () (fun (x_3583:int) -> cons_make_list_1125 x_3583 x0_3575 x1_3575 k_make_list_1686)) in let rec make_list_list_1010 (m_1011:int) (k_make_list_list_1871:(int -> (int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = if m_1011 <= 0 then k_make_list_list_1871 0 (fun (x_3613:int) -> fun (k_make_list_list_3614:(int -> (int -> (int -> unit) -> unit) -> unit)) -> (let rec f () = f () in f ())) else let cons_make_list_list_1171 (x0_1168:int) (x1_1168:(int -> (int -> unit) -> unit)) (xs0_1169:int) (xs1_1169:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) (k_make_list_list_cons_make_list_list_1924: (int -> (int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = k_make_list_list_cons_make_list_list_1924 (xs0_1169 + 1) (fun (i_3589:int) -> fun (k_make_list_list_cons_make_list_list_3590:(int -> (int -> (int -> unit) -> unit) -> unit)) -> (if i_3589 = 0 then k_make_list_list_cons_make_list_list_3590 x0_1168 x1_1168 else xs1_1169 (i_3589 - 1) k_make_list_list_cons_make_list_list_3590)) in make_list_list_1010 (m_1011 - 1) (fun (x0_3597:int) -> fun (x1_3597:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) -> (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () (fun (x_3608:int) -> make_list_1008 x_3608 (fun (x0_3610:int) -> fun (x1_3610:(int -> (int -> unit) -> unit)) -> cons_make_list_list_1171 x0_3610 x1_3610 x0_3597 x1_3597 k_make_list_list_1871))) in let head_1087 (x0_1029:int) (x1_1029:(int -> (int -> unit) -> unit)) (k_head_2195:(int -> unit)) = if x0_1029 = 0 then let u_1109 (k_head_u_2202:(unit -> unit)) = (fun _ _ -> assert false) () k_head_u_2202 in u_1109 (fun (u_2210:unit) -> (let rec f () = f () in f ())) else if 1 <= x0_1029 then let xs_1014 (k_head_xs_2220:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_head_xs_2220 (x0_1029 - 1) (fun (x_3616:int) -> fun (k_head_xs_3617:(int -> unit)) -> x1_1029 (x_3616 + 1) k_head_xs_3617) in xs_1014 (fun (xs0_2262:int) -> fun (xs1_2262:(int -> (int -> unit) -> unit)) -> (let x_1013 (k_head_x_2252:(int -> unit)) = x1_1029 0 k_head_x_2252 in x_1013 (fun (x_2258:int) -> k_head_2195 x_2258))) else (let rec f () = f () in f ()) in let ne_1086 (x0_1032:int) (x1_1032:(int -> (int -> unit) -> unit)) (k_ne_2285:(int -> unit)) = if x0_1032 = 0 then k_ne_2285 0 else if 1 <= x0_1032 then let xs_1017 (k_ne_xs_2298:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_ne_xs_2298 (x0_1032 - 1) (fun (x_3621:int) -> fun (k_ne_xs_3622:(int -> unit)) -> x1_1032 (x_3621 + 1) k_ne_xs_3622) in xs_1017 (fun (xs0_2340:int) -> fun (xs1_2340:(int -> (int -> unit) -> unit)) -> (let x_1016 (k_ne_x_2330:(int -> unit)) = x1_1032 0 k_ne_x_2330 in x_1016 (fun (x_2336:int) -> k_ne_2285 1))) else (let rec f () = f () in f ()) in let rec filter_1085 (p_1019:(int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit)) (x0_1042:int) (x1_1042:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) (k_filter_2378:(int -> (int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = if x0_1042 = 0 then k_filter_2378 0 (fun (x_3670:int) -> fun (k_filter_3671:(int -> (int -> (int -> unit) -> unit) -> unit)) -> (let rec f () = f () in f ())) else if 1 <= x0_1042 then let xs_1021 (k_filter_xs_2434:(int -> (int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = k_filter_xs_2434 (x0_1042 - 1) (fun (x_3626:int) -> fun (k_filter_xs_3627:(int -> (int -> (int -> unit) -> unit) -> unit)) -> x1_1042 (x_3626 + 1) k_filter_xs_3627) in xs_1021 (fun (xs0_2862:int) -> fun (xs1_2862:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) -> (let x_1020 (k_filter_x_2499:(int -> (int -> (int -> unit) -> unit) -> unit)) = x1_1042 0 k_filter_x_2499 in x_1020 (fun (x0_2855:int) -> fun (x1_2855:(int -> (int -> unit) -> unit)) -> p_1019 x0_2855 x1_2855 (fun (x_3631:int) -> (if x_3631 = 1 then let cons_filter_3638 (x0_3639:int) (x1_3639:(int -> (int -> unit) -> unit)) (xs0_3640:int) (xs1_3640:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) (k_filter_cons_filter_3641: (int -> (int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = k_filter_cons_filter_3641 (xs0_3640 + 1) (fun (i_3660:int) -> fun (k_filter_cons_filter_3661:(int -> (int -> (int -> unit) -> unit) -> unit)) -> (if i_3660 = 0 then k_filter_cons_filter_3661 x0_3639 x1_3639 else xs1_3640 (i_3660 - 1) k_filter_cons_filter_3661)) in filter_1085 p_1019 xs0_2862 xs1_2862 (fun (x0_3668:int) -> fun (x1_3668:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) -> cons_filter_3638 x0_2855 x1_2855 x0_3668 x1_3668 k_filter_2378) else filter_1085 p_1019 xs0_2862 xs1_2862 k_filter_2378))))) else (let rec f () = f () in f ()) in let rec map_1084 (f_1023:(int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit)) (x0_1063:int) (x1_1063:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) (k_map_2931:(int -> (int -> (int -> unit) -> unit) -> unit)) = if x0_1063 = 0 then k_map_2931 0 (fun (x_3697:int) -> fun (k_map_3698:(int -> unit)) -> (let rec f () = f () in f ())) else if 1 <= x0_1063 then let xs_1025 (k_map_xs_2972:(int -> (int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = k_map_xs_2972 (x0_1063 - 1) (fun (x_3673:int) -> fun (k_map_xs_3674:(int -> (int -> (int -> unit) -> unit) -> unit)) -> x1_1063 (x_3673 + 1) k_map_xs_3674) in xs_1025 (fun (xs0_3251:int) -> fun (xs1_3251:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) -> (let x_1024 (k_map_x_3034:(int -> (int -> (int -> unit) -> unit) -> unit)) = x1_1063 0 k_map_x_3034 in x_1024 (fun (x0_3244:int) -> fun (x1_3244:(int -> (int -> unit) -> unit)) -> (let cons_map_1522 (x_1520:int) (xs0_1521:int) (xs1_1521:(int -> (int -> unit) -> unit)) (k_map_cons_map_3058:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_map_cons_map_3058 (xs0_1521 + 1) (fun (i_3678:int) -> fun (k_map_cons_map_3679:(int -> unit)) -> (if i_3678 = 0 then k_map_cons_map_3679 x_1520 else xs1_1521 (i_3678 - 1) k_map_cons_map_3679)) in map_1084 f_1023 xs0_3251 xs1_3251 (fun (x0_3686:int) -> fun (x1_3686:(int -> (int -> unit) -> unit)) -> f_1023 x0_3244 x1_3244 (fun (x_3694:int) -> cons_map_1522 x_3694 x0_3686 x1_3686 k_map_2931)))))) else (let rec f () = f () in f ()) in let main_1026 (m_1027:int) (k_main_3296:(int -> (int -> (int -> unit) -> unit) -> unit)) = make_list_list_1010 m_1027 (fun (x0_3700:int) -> fun (x1_3700:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) -> filter_1085 ne_1086 x0_3700 x1_3700 (fun (x0_3702:int) -> fun (x1_3702:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) -> map_1084 head_1087 x0_3702 x1_3702 k_main_3296)) in let main_1083 (k_main_3446:(int -> (int -> (int -> unit) -> unit) -> unit)) = let arg1_1081 (k_main_arg1_3451:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_3451 in arg1_1081 (fun (arg1_3476:int) -> main_1026 arg1_3476 k_main_3446) in main_1083 (fun (main0_3483:int) -> fun (main1_3483:(int -> (int -> unit) -> unit)) -> ()) bench/progs/exception-e.ml0000644000175000017500000000134112420602235016226 0ustar terauchiterauchilet f_1008 (n_1009:int) (k_1010:(int -> (unit -> unit) -> unit)) (k_f_1075:(unit -> unit)) = if n_1009 >= 0 then k_f_1075 () else k_1010 0 k_f_1075 in let g_1011 (n_1012:int) (k_g_1100:(unit -> unit)) = if n_1012 = 1 then k_g_1100 () else (fun _ _ -> assert false) () k_g_1100 in let main_1013 (n_1014:int) (k_main_1118:(unit -> unit)) = f_1008 n_1014 g_1011 k_main_1118 in let main_1039 (k_main_1148:(unit -> unit)) = let arg1_1037 (k_main_arg1_1153:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1153 in arg1_1037 (fun (arg1_1169:int) -> main_1013 arg1_1169 k_main_1148) in main_1039 (fun (main_1170:unit) -> ()) bench/progs/copy1.ml0000644000175000017500000000135012420602235015041 0ustar terauchiterauchilet rec copy_1008 (x_1009:int) (k_copy_1060:(int -> unit)) = if x_1009 <= 0 then k_copy_1060 x_1009 else copy_1008 (x_1009 - 1) (fun (x_1150:int) -> k_copy_1060 (1 + x_1150)) in let main_1010 (x_1011:int) (k_main_1085:(unit -> unit)) = copy_1008 x_1011 (fun (x_1151:int) -> (if x_1151 = x_1011 then k_main_1085 () else (fun _ _ -> assert false) () k_main_1085)) in let main_1027 (k_main_1117:(unit -> unit)) = let arg1_1025 (k_main_arg1_1122:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1122 in arg1_1025 (fun (arg1_1138:int) -> main_1010 arg1_1138 k_main_1117) in main_1027 (fun (main_1139:unit) -> ()) bench/progs/harmonic-e.ml0000644000175000017500000000747212420602235016043 0ustar terauchiterauchilet rec div_1008 (x_1009:int) (y_1010:int) (k_div_1219:(int -> unit)) = let u_1027 (k_div_u_1230:(unit -> unit)) = if y_1010 <> 0 then k_div_u_1230 () else (fun _ _ -> assert false) () k_div_u_1230 in u_1027 (fun (u_1252:unit) -> (if x_1009 < y_1010 then k_div_1219 0 else div_1008 (x_1009 - y_1010) y_1010 (fun (x_1710:int) -> k_div_1219 (1 + x_1710)))) in let rec fold_left_1095 (f_1012:(int -> int -> (int -> unit) -> unit)) (acc_1013:int) (xs0_1014:int) (xs1_1014:(int -> (int -> unit) -> unit)) (k_fold_left_1267:(int -> unit)) = if xs0_1014 = 0 then k_fold_left_1267 acc_1013 else if 1 <= xs0_1014 then let xs'_1016 (k_fold_left_xs'_1280:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_fold_left_xs'_1280 (xs0_1014 - 1) (fun (x_1711:int) -> fun (k_fold_left_xs'_1712:(int -> unit)) -> xs1_1014 (x_1711 + 1) k_fold_left_xs'_1712) in xs'_1016 (fun (xs'0_1382:int) -> fun (xs'1_1382:(int -> (int -> unit) -> unit)) -> (let x_1015 (k_fold_left_x_1312:(int -> unit)) = xs1_1014 0 k_fold_left_x_1312 in x_1015 (fun (x_1378:int) -> f_1012 acc_1013 x_1378 (fun (x_1716:int) -> fold_left_1095 f_1012 x_1716 xs'0_1382 xs'1_1382 k_fold_left_1267)))) else (let rec f () = f () in f ()) in let rec range_1017 (i_1018:int) (j_1019:int) (k_range_1411:(int -> (int -> (int -> unit) -> unit) -> unit)) = if i_1018 > j_1019 then k_range_1411 0 (fun (x_1727:int) -> fun (k_range_1728:(int -> unit)) -> (let rec f () = f () in f ())) else let is_1020 (k_range_is_1444:(int -> (int -> (int -> unit) -> unit) -> unit)) = range_1017 (i_1018 + 1) j_1019 k_range_is_1444 in is_1020 (fun (is0_1556:int) -> fun (is1_1556:(int -> (int -> unit) -> unit)) -> (let cons_range_1174 (x_1172:int) (xs0_1173:int) (xs1_1173:(int -> (int -> unit) -> unit)) (k_range_cons_range_1468:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_range_cons_range_1468 (xs0_1173 + 1) (fun (i_1719:int) -> fun (k_range_cons_range_1720:(int -> unit)) -> (if i_1719 = 0 then k_range_cons_range_1720 x_1172 else xs1_1173 (i_1719 - 1) k_range_cons_range_1720)) in cons_range_1174 i_1018 is0_1556 is1_1556 k_range_1411)) in let harmonic_1021 (n_1022:int) (k_harmonic_1574:(int -> unit)) = let ds_1023 (k_harmonic_ds_1588:(int -> (int -> (int -> unit) -> unit) -> unit)) = range_1017 0 n_1022 k_harmonic_ds_1588 in ds_1023 (fun (ds0_1648:int) -> fun (ds1_1648:(int -> (int -> unit) -> unit)) -> fold_left_1095 (fun (s_1730:int) -> fun (k_1731:int) -> fun (k_harmonic_1732:(int -> unit)) -> div_1008 10000 k_1731 (fun (x_1739:int) -> k_harmonic_1732 (s_1730 + x_1739))) 0 ds0_1648 ds1_1648 k_harmonic_1574) in let main_1094 (k_main_1655:(int -> unit)) = let arg1_1092 (k_main_arg1_1660:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1660 in arg1_1092 (fun (arg1_1676:int) -> harmonic_1021 arg1_1676 k_main_1655) in main_1094 (fun (main_1677:int) -> ()) bench/progs/twice.ml0000644000175000017500000000155712420602235015132 0ustar terauchiterauchilet twice_1041 (f_1009:(int -> (int -> unit) -> unit)) (x_1010:int) (k_twice_1077:(int -> unit)) = f_1009 x_1010 (fun (x_1199:int) -> f_1009 x_1199 k_twice_1077) in let f_1011 (x_1012:int) (k_f_1108:(int -> unit)) = k_f_1108 (2 * x_1012) in let main_1013 (n_1014:int) (k_main_1115:(unit -> unit)) = if n_1014 > 0 then twice_1041 f_1011 n_1014 (fun (x_1201:int) -> (if x_1201 > n_1014 then k_main_1115 () else (fun _ _ -> assert false) () k_main_1115)) else k_main_1115 () in let main_1040 (k_main_1158:(unit -> unit)) = let arg1_1038 (k_main_arg1_1163:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1163 in arg1_1038 (fun (arg1_1179:int) -> main_1013 arg1_1179 k_main_1158) in main_1040 (fun (main_1180:unit) -> ()) bench/progs/fact_exn.ml0000644000175000017500000000247212420602235015603 0ustar terauchiterauchilet rec fact_1008 (n_1009:int) (exn_1010:(int -> (int -> unit) -> unit)) (k_fact_1094:(int -> unit)) = if n_1009 <= 0 then exn_1010 0 k_fact_1094 else let exn_1011 (n_1012:int) (k_fact_exn_1108:(int -> unit)) = if n_1012 = 0 then k_fact_exn_1108 1 else exn_1010 n_1012 k_fact_exn_1108 in fact_1008 (n_1009 - 1) exn_1011 (fun (x_1271:int) -> k_fact_1094 (n_1009 * x_1271)) in let exn_1058 (n_1014:int) (k_exn_1171:(int -> unit)) = let u_1044 (k_exn_u_1175:(unit -> unit)) = let u_1043 (k_exn_u_u_1177:(unit -> unit)) = (fun _ _ -> assert false) () k_exn_u_u_1177 in u_1043 (fun (u_1185:unit) -> (let rec f () = f () in f ())) in u_1044 (fun (u_1186:unit) -> k_exn_1171 1) in let main_1015 (n_1016:int) (k_main_1193:(unit -> unit)) = if n_1016 > 0 then let u_1054 (k_main_u_1207:(int -> unit)) = fact_1008 n_1016 exn_1058 k_main_u_1207 in u_1054 (fun (u_1219:int) -> k_main_1193 ()) else k_main_1193 () in let main_1057 (k_main_1230:(unit -> unit)) = let arg1_1055 (k_main_arg1_1235:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1235 in arg1_1055 (fun (arg1_1251:int) -> main_1015 arg1_1251 k_main_1230) in main_1057 (fun (main_1252:unit) -> ()) bench/progs/enc-filter.ml0000644000175000017500000000217512420602235016044 0ustar terauchiterauchilet f_1008 (n_1009:int) (k_f_1080:(bool -> unit)) = k_f_1080 (n_1009 < 0) in let rec filter_1047 (f_1011:(int -> (bool -> unit) -> unit)) (n_1012:int) (k_filter_1090:(int -> unit)) = if n_1012 = 0 then k_filter_1090 0 else (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () (fun (x_1241:int) -> (if x_1241 = 0 then filter_1047 f_1011 (n_1012 - 1) (fun (x_1253:int) -> k_filter_1090 (1 + x_1253)) else filter_1047 f_1011 (n_1012 - 1) k_filter_1090)) in let main_1013 (n_1014:int) (k_main_1161:(unit -> unit)) = filter_1047 f_1008 n_1014 (fun (x_1254:int) -> (if x_1254 <= n_1014 then k_main_1161 () else (fun _ _ -> assert false) () k_main_1161)) in let main_1046 (k_main_1200:(unit -> unit)) = let arg1_1044 (k_main_arg1_1205:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1205 in arg1_1044 (fun (arg1_1221:int) -> main_1013 arg1_1221 k_main_1200) in main_1046 (fun (main_1222:unit) -> ()) bench/progs/map_filter-e.ml0000644000175000017500000003254712420602235016366 0ustar terauchiterauchilet rec make_list_1008 (m_1009:int) (k_make_list_1686:(int -> (int -> (int -> unit) -> unit) -> unit)) = if m_1009 <= 0 then k_make_list_1686 0 (fun (x_3586:int) -> fun (k_make_list_3587:(int -> unit)) -> (let rec f () = f () in f ())) else let cons_make_list_1125 (x_1123:int) (xs0_1124:int) (xs1_1124:(int -> (int -> unit) -> unit)) (k_make_list_cons_make_list_1715:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_make_list_cons_make_list_1715 (xs0_1124 + 1) (fun (i_3567:int) -> fun (k_make_list_cons_make_list_3568:(int -> unit)) -> (if i_3567 = 0 then k_make_list_cons_make_list_3568 x_1123 else xs1_1124 (i_3567 - 1) k_make_list_cons_make_list_3568)) in make_list_1008 (m_1009 - 1) (fun (x0_3575:int) -> fun (x1_3575:(int -> (int -> unit) -> unit)) -> (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () (fun (x_3583:int) -> cons_make_list_1125 x_3583 x0_3575 x1_3575 k_make_list_1686)) in let rec make_list_list_1010 (m_1011:int) (k_make_list_list_1871:(int -> (int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = if m_1011 <= 0 then k_make_list_list_1871 0 (fun (x_3613:int) -> fun (k_make_list_list_3614:(int -> (int -> (int -> unit) -> unit) -> unit)) -> (let rec f () = f () in f ())) else let cons_make_list_list_1171 (x0_1168:int) (x1_1168:(int -> (int -> unit) -> unit)) (xs0_1169:int) (xs1_1169:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) (k_make_list_list_cons_make_list_list_1924: (int -> (int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = k_make_list_list_cons_make_list_list_1924 (xs0_1169 + 1) (fun (i_3589:int) -> fun (k_make_list_list_cons_make_list_list_3590:(int -> (int -> (int -> unit) -> unit) -> unit)) -> (if i_3589 = 0 then k_make_list_list_cons_make_list_list_3590 x0_1168 x1_1168 else xs1_1169 (i_3589 - 1) k_make_list_list_cons_make_list_list_3590)) in make_list_list_1010 (m_1011 - 1) (fun (x0_3597:int) -> fun (x1_3597:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) -> (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () (fun (x_3608:int) -> make_list_1008 x_3608 (fun (x0_3610:int) -> fun (x1_3610:(int -> (int -> unit) -> unit)) -> cons_make_list_list_1171 x0_3610 x1_3610 x0_3597 x1_3597 k_make_list_list_1871))) in let head_1087 (x0_1029:int) (x1_1029:(int -> (int -> unit) -> unit)) (k_head_2195:(int -> unit)) = if x0_1029 = 0 then let u_1109 (k_head_u_2202:(unit -> unit)) = (fun _ _ -> assert false) () k_head_u_2202 in u_1109 (fun (u_2210:unit) -> (let rec f () = f () in f ())) else if 1 <= x0_1029 then let xs_1014 (k_head_xs_2220:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_head_xs_2220 (x0_1029 - 1) (fun (x_3616:int) -> fun (k_head_xs_3617:(int -> unit)) -> x1_1029 (x_3616 + 1) k_head_xs_3617) in xs_1014 (fun (xs0_2262:int) -> fun (xs1_2262:(int -> (int -> unit) -> unit)) -> (let x_1013 (k_head_x_2252:(int -> unit)) = x1_1029 0 k_head_x_2252 in x_1013 (fun (x_2258:int) -> k_head_2195 x_2258))) else (let rec f () = f () in f ()) in let ne_1086 (x0_1032:int) (x1_1032:(int -> (int -> unit) -> unit)) (k_ne_2285:(int -> unit)) = if x0_1032 = 0 then k_ne_2285 1 else if 1 <= x0_1032 then let xs_1017 (k_ne_xs_2298:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_ne_xs_2298 (x0_1032 - 1) (fun (x_3621:int) -> fun (k_ne_xs_3622:(int -> unit)) -> x1_1032 (x_3621 + 1) k_ne_xs_3622) in xs_1017 (fun (xs0_2340:int) -> fun (xs1_2340:(int -> (int -> unit) -> unit)) -> (let x_1016 (k_ne_x_2330:(int -> unit)) = x1_1032 0 k_ne_x_2330 in x_1016 (fun (x_2336:int) -> k_ne_2285 0))) else (let rec f () = f () in f ()) in let rec filter_1085 (p_1019:(int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit)) (x0_1042:int) (x1_1042:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) (k_filter_2378:(int -> (int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = if x0_1042 = 0 then k_filter_2378 0 (fun (x_3670:int) -> fun (k_filter_3671:(int -> (int -> (int -> unit) -> unit) -> unit)) -> (let rec f () = f () in f ())) else if 1 <= x0_1042 then let xs_1021 (k_filter_xs_2434:(int -> (int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = k_filter_xs_2434 (x0_1042 - 1) (fun (x_3626:int) -> fun (k_filter_xs_3627:(int -> (int -> (int -> unit) -> unit) -> unit)) -> x1_1042 (x_3626 + 1) k_filter_xs_3627) in xs_1021 (fun (xs0_2862:int) -> fun (xs1_2862:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) -> (let x_1020 (k_filter_x_2499:(int -> (int -> (int -> unit) -> unit) -> unit)) = x1_1042 0 k_filter_x_2499 in x_1020 (fun (x0_2855:int) -> fun (x1_2855:(int -> (int -> unit) -> unit)) -> p_1019 x0_2855 x1_2855 (fun (x_3631:int) -> (if x_3631 = 1 then let cons_filter_3638 (x0_3639:int) (x1_3639:(int -> (int -> unit) -> unit)) (xs0_3640:int) (xs1_3640:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) (k_filter_cons_filter_3641: (int -> (int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = k_filter_cons_filter_3641 (xs0_3640 + 1) (fun (i_3660:int) -> fun (k_filter_cons_filter_3661:(int -> (int -> (int -> unit) -> unit) -> unit)) -> (if i_3660 = 0 then k_filter_cons_filter_3661 x0_3639 x1_3639 else xs1_3640 (i_3660 - 1) k_filter_cons_filter_3661)) in filter_1085 p_1019 xs0_2862 xs1_2862 (fun (x0_3668:int) -> fun (x1_3668:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) -> cons_filter_3638 x0_2855 x1_2855 x0_3668 x1_3668 k_filter_2378) else filter_1085 p_1019 xs0_2862 xs1_2862 k_filter_2378))))) else (let rec f () = f () in f ()) in let rec map_1084 (f_1023:(int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit)) (x0_1063:int) (x1_1063:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) (k_map_2931:(int -> (int -> (int -> unit) -> unit) -> unit)) = if x0_1063 = 0 then k_map_2931 0 (fun (x_3697:int) -> fun (k_map_3698:(int -> unit)) -> (let rec f () = f () in f ())) else if 1 <= x0_1063 then let xs_1025 (k_map_xs_2972:(int -> (int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = k_map_xs_2972 (x0_1063 - 1) (fun (x_3673:int) -> fun (k_map_xs_3674:(int -> (int -> (int -> unit) -> unit) -> unit)) -> x1_1063 (x_3673 + 1) k_map_xs_3674) in xs_1025 (fun (xs0_3251:int) -> fun (xs1_3251:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) -> (let x_1024 (k_map_x_3034:(int -> (int -> (int -> unit) -> unit) -> unit)) = x1_1063 0 k_map_x_3034 in x_1024 (fun (x0_3244:int) -> fun (x1_3244:(int -> (int -> unit) -> unit)) -> (let cons_map_1522 (x_1520:int) (xs0_1521:int) (xs1_1521:(int -> (int -> unit) -> unit)) (k_map_cons_map_3058:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_map_cons_map_3058 (xs0_1521 + 1) (fun (i_3678:int) -> fun (k_map_cons_map_3679:(int -> unit)) -> (if i_3678 = 0 then k_map_cons_map_3679 x_1520 else xs1_1521 (i_3678 - 1) k_map_cons_map_3679)) in map_1084 f_1023 xs0_3251 xs1_3251 (fun (x0_3686:int) -> fun (x1_3686:(int -> (int -> unit) -> unit)) -> f_1023 x0_3244 x1_3244 (fun (x_3694:int) -> cons_map_1522 x_3694 x0_3686 x1_3686 k_map_2931)))))) else (let rec f () = f () in f ()) in let main_1026 (m_1027:int) (k_main_3296:(int -> (int -> (int -> unit) -> unit) -> unit)) = make_list_list_1010 m_1027 (fun (x0_3700:int) -> fun (x1_3700:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) -> filter_1085 ne_1086 x0_3700 x1_3700 (fun (x0_3702:int) -> fun (x1_3702:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) -> map_1084 head_1087 x0_3702 x1_3702 k_main_3296)) in let main_1083 (k_main_3446:(int -> (int -> (int -> unit) -> unit) -> unit)) = let arg1_1081 (k_main_arg1_3451:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_3451 in arg1_1081 (fun (arg1_3476:int) -> main_1026 arg1_3476 k_main_3446) in main_1083 (fun (main0_3483:int) -> fun (main1_3483:(int -> (int -> unit) -> unit)) -> ()) bench/progs/recursive.ml0000644000175000017500000000156512420602235016025 0ustar terauchiterauchilet rec f_1008 (g_1009:(int -> (int -> unit) -> unit)) (x_1010:int) (k_f_1084:(int -> unit)) = if x_1010 >= 0 then g_1009 x_1010 k_f_1084 else g_1009 x_1010 (fun (x_1230:int) -> f_1008 (f_1008 g_1009) x_1230 k_f_1084) in let succ_1011 (x_1012:int) (k_succ_1143:(int -> unit)) = k_succ_1143 (x_1012 + 1) in let main_1013 (n_1014:int) (k_main_1150:(unit -> unit)) = f_1008 succ_1011 n_1014 (fun (x_1232:int) -> (if x_1232 >= 0 then k_main_1150 () else (fun _ _ -> assert false) () k_main_1150)) in let main_1048 (k_main_1189:(unit -> unit)) = let arg1_1046 (k_main_arg1_1194:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1194 in arg1_1046 (fun (arg1_1210:int) -> main_1013 arg1_1210 k_main_1189) in main_1048 (fun (main_1211:unit) -> ()) bench/progs/enc-zip.ml0000644000175000017500000000221112420602235015350 0ustar terauchiterauchilet rec zip_1008 (x_1009:int) (y_1010:int) (k_zip_1075:(int -> unit)) = if x_1009 = 0 then if y_1010 = 0 then k_zip_1075 0 else let u_1021 (k_zip_u_1079:(unit -> unit)) = (fun _ _ -> assert false) () k_zip_u_1079 in u_1021 (fun (u_1087:unit) -> (let rec f () = f () in f ())) else if y_1010 = 0 then let u_1024 (k_zip_u_1095:(unit -> unit)) = (fun _ _ -> assert false) () k_zip_u_1095 in u_1024 (fun (u_1103:unit) -> (let rec f () = f () in f ())) else zip_1008 (x_1009 - 1) (y_1010 - 1) (fun (x_1201:int) -> k_zip_1075 (1 + x_1201)) in let main_1011 (n_1012:int) (k_main_1134:(unit -> unit)) = zip_1008 n_1012 n_1012 (fun (x_1202:int) -> (if x_1202 = n_1012 then k_main_1134 () else (fun _ _ -> assert false) () k_main_1134)) in let main_1042 (k_main_1167:(unit -> unit)) = let arg1_1040 (k_main_arg1_1172:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1172 in arg1_1040 (fun (arg1_1188:int) -> main_1011 arg1_1188 k_main_1167) in main_1042 (fun (main_1189:unit) -> ()) bench/progs/fib_e.ml0000644000175000017500000000151112420602235015051 0ustar terauchiterauchilet rec fib_1008 (n_1009:int) (k_fib_1067:(int -> unit)) = let k_fib_1070 (b_1145:bool) = if b_1145 then k_fib_1067 1 else let k_fib_1159 (b_1161:bool) = if b_1161 then k_fib_1067 1 else fib_1008 (n_1009 - 1) (fun (x_1171:int) -> fib_1008 (n_1009 - 2) (fun (x_1176:int) -> k_fib_1067 (x_1171 + x_1176))) in if n_1009 >= 1 then k_fib_1159 (n_1009 <= 1) else k_fib_1159 false in if n_1009 >= 0 then k_fib_1070 (n_1009 <= 0) else k_fib_1070 false in let main_1010 (k_main_1135:(unit -> unit)) = fib_1008 3 (fun (x_1177:int) -> (if x_1177 >= 4 then k_main_1135 () else (fun _ _ -> assert false) () k_main_1135)) in main_1010 (fun (main_1138:unit) -> ()) bench/progs/enc-zip_unzip.ml0000644000175000017500000000300312420602235016575 0ustar terauchiterauchilet f_1110 (g_1009:(int -> int -> (int -> unit) -> unit)) (x_1010:int) (y_1011: int) (k_f_1147:(int -> unit)) = g_1009 (x_1010 + 1) (y_1011 + 1) k_f_1147 in let rec unzip_1109 (x_1013:int) (k_1014:(int -> int -> (int -> unit) -> unit)) (k_unzip_1175:(int -> unit)) = if x_1013 = 0 then k_1014 0 0 k_unzip_1175 else unzip_1109 (x_1013 - 1) (f_1110 k_1014) k_unzip_1175 in let rec zip_1015 (x_1016:int) (y_1017:int) (k_zip_1238:(int -> unit)) = if x_1016 = 0 then if y_1017 = 0 then k_zip_1238 0 else let u_1085 (k_zip_u_1242:(unit -> unit)) = (fun _ _ -> assert false) () k_zip_u_1242 in u_1085 (fun (u_1250:unit) -> (let rec f () = f () in f ())) else if y_1017 = 0 then let u_1088 (k_zip_u_1258:(unit -> unit)) = (fun _ _ -> assert false) () k_zip_u_1258 in u_1088 (fun (u_1266:unit) -> (let rec f () = f () in f ())) else zip_1015 (x_1016 - 1) (y_1017 - 1) (fun (x_1387:int) -> k_zip_1238 (1 + x_1387)) in let main_1018 (n_1019:int) (k_main_1297:(unit -> unit)) = let x_1020 (k_main_x_1313:(int -> unit)) = unzip_1109 n_1019 zip_1015 k_main_x_1313 in x_1020 (fun (x_1327:int) -> k_main_1297 ()) in let main_1108 (k_main_1334:(unit -> unit)) = let arg1_1106 (k_main_arg1_1339:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1339 in arg1_1106 (fun (arg1_1355:int) -> main_1018 arg1_1355 k_main_1334) in main_1108 (fun (main_1356:unit) -> ()) bench/progs/enc-zipmap.ml0000644000175000017500000000262012420602235016052 0ustar terauchiterauchilet rec zip_1008 (x_1009:int) (y_1010:int) (k_zip_1086:(int -> unit)) = if x_1009 = 0 then if y_1010 = 0 then k_zip_1086 x_1009 else let u_1021 (k_zip_u_1090:(unit -> unit)) = (fun _ _ -> assert false) () k_zip_u_1090 in u_1021 (fun (u_1098:unit) -> (let rec f () = f () in f ())) else if y_1010 = 0 then let u_1024 (k_zip_u_1106:(unit -> unit)) = (fun _ _ -> assert false) () k_zip_u_1106 in u_1024 (fun (u_1114:unit) -> (let rec f () = f () in f ())) else zip_1008 (x_1009 - 1) (y_1010 - 1) (fun (x_1251:int) -> k_zip_1086 (1 + x_1251)) in let rec map_1011 (x_1012:int) (k_map_1145:(int -> unit)) = if x_1012 = 0 then k_map_1145 x_1012 else map_1011 (x_1012 - 1) (fun (x_1252:int) -> k_map_1145 (1 + x_1252)) in let main_1013 (n_1014:int) (k_main_1170:(unit -> unit)) = zip_1008 n_1014 n_1014 (fun (x_1253:int) -> map_1011 x_1253 (fun (x_1255:int) -> (if x_1255 = n_1014 then k_main_1170 () else (fun _ _ -> assert false) () k_main_1170))) in let main_1053 (k_main_1213:(unit -> unit)) = let arg1_1051 (k_main_arg1_1218:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1218 in arg1_1051 (fun (arg1_1234:int) -> main_1013 arg1_1234 k_main_1213) in main_1053 (fun (main_1235:unit) -> ()) bench/progs/sum.ml0000644000175000017500000000134312420602235014614 0ustar terauchiterauchilet rec sum_1008 (n_1009:int) (k_sum_1060:(int -> unit)) = if n_1009 <= 0 then k_sum_1060 0 else sum_1008 (n_1009 - 1) (fun (x_1150:int) -> k_sum_1060 (n_1009 + x_1150)) in let main_1010 (n_1011:int) (k_main_1085:(unit -> unit)) = sum_1008 n_1011 (fun (x_1151:int) -> (if n_1011 <= x_1151 then k_main_1085 () else (fun _ _ -> assert false) () k_main_1085)) in let main_1027 (k_main_1117:(unit -> unit)) = let arg1_1025 (k_main_arg1_1122:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1122 in arg1_1025 (fun (arg1_1138:int) -> main_1010 arg1_1138 k_main_1117) in main_1027 (fun (main_1139:unit) -> ()) bench/progs/fib.ml0000644000175000017500000000145012420602235014547 0ustar terauchiterauchilet rec fib_1008 (n_1009:int) (k_fib_1063:(int -> unit)) = if n_1009 < 2 then k_fib_1063 1 else fib_1008 (n_1009 - 1) (fun (x_1163:int) -> fib_1008 (n_1009 - 2) (fun (x_1168:int) -> k_fib_1063 (x_1163 + x_1168))) in let main_1010 (n_1011:int) (k_main_1098:(unit -> unit)) = fib_1008 n_1011 (fun (x_1169:int) -> (if n_1011 <= x_1169 then k_main_1098 () else (fun _ _ -> assert false) () k_main_1098)) in let main_1030 (k_main_1130:(unit -> unit)) = let arg1_1028 (k_main_arg1_1135:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1135 in arg1_1028 (fun (arg1_1151:int) -> main_1010 arg1_1151 k_main_1130) in main_1030 (fun (main_1152:unit) -> ()) bench/progs/map.ml0000644000175000017500000000133412420602235014565 0ustar terauchiterauchilet rec map_1008 (x_1009:int) (k_map_1060:(int -> unit)) = if x_1009 = 0 then k_map_1060 0 else map_1008 (x_1009 - 1) (fun (x_1150:int) -> k_map_1060 (1 + x_1150)) in let main_1010 (n_1011:int) (k_main_1085:(unit -> unit)) = map_1008 n_1011 (fun (x_1151:int) -> (if x_1151 = n_1011 then k_main_1085 () else (fun _ _ -> assert false) () k_main_1085)) in let main_1027 (k_main_1117:(unit -> unit)) = let arg1_1025 (k_main_arg1_1122:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1122 in arg1_1025 (fun (arg1_1138:int) -> main_1010 arg1_1138 k_main_1117) in main_1027 (fun (main_1139:unit) -> ()) bench/progs/mc91-e.ml0000644000175000017500000000146512420602235015010 0ustar terauchiterauchilet rec mc91_1008 (x_1009:int) (k_mc91_1063:(int -> unit)) = if x_1009 > 100 then k_mc91_1063 (x_1009 - 10) else mc91_1008 (x_1009 + 11) (fun (x_1163:int) -> mc91_1008 x_1163 k_mc91_1063) in let main_1010 (n_1011:int) (k_main_1094:(unit -> unit)) = if n_1011 <= 102 then mc91_1008 n_1011 (fun (x_1165:int) -> (if x_1165 = 91 then k_main_1094 () else (fun _ _ -> assert false) () k_main_1094)) else k_main_1094 () in let main_1030 (k_main_1130:(unit -> unit)) = let arg1_1028 (k_main_arg1_1135:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1135 in arg1_1028 (fun (arg1_1151:int) -> main_1010 arg1_1151 k_main_1130) in main_1030 (fun (main_1152:unit) -> ()) bench/progs/bcopy2.ml0000644000175000017500000000433012420602235015205 0ustar terauchiterauchilet make_array_1008 (n_1009:int) (i_1010:int) (k_make_array_1186:(int -> unit)) = let u_1023 (k_make_array_u_1201:(unit -> unit)) = let k_make_array_u_1191 (b_1463:bool) = if b_1463 then k_make_array_u_1201 () else (fun _ _ -> assert false) () k_make_array_u_1201 in if 0 <= i_1010 then k_make_array_u_1191 (i_1010 < n_1009) else k_make_array_u_1191 false in u_1023 (fun (u_1204:unit) -> k_make_array_1186 0) in let update_1151 (i_1012:int) (n_1013:int) (des_1014:(int -> (int -> unit) -> unit)) (x_1015:int) (k_update_1215:(unit -> unit)) = let u_1156 (k_update_u_1222:(int -> unit)) = des_1014 i_1012 k_update_u_1222 in u_1156 (fun (u_1228:int) -> k_update_1215 ()) in let rec bcopy_aux_1150 (m_1017:int) (src_1018:(int -> (int -> unit) -> unit)) (des_1019:(int -> (int -> unit) -> unit)) (i_1020:int) (k_bcopy_aux_1247:(unit -> unit)) = if i_1020 >= m_1017 then k_bcopy_aux_1247 () else let u_1112 (k_bcopy_aux_u_1273:(unit -> unit)) = src_1018 i_1020 (fun (x_1467:int) -> update_1151 i_1020 m_1017 des_1019 x_1467 k_bcopy_aux_u_1273) in u_1112 (fun (u_1304:unit) -> bcopy_aux_1150 m_1017 src_1018 des_1019 (i_1020 + 1) k_bcopy_aux_1247) in let main_1021 (n_1022:int) (m_1023:int) (k_main_1324:(unit -> unit)) = let k_main_1345 (b_1469:bool) = if b_1469 then bcopy_aux_1150 n_1022 (make_array_1008 n_1022) (make_array_1008 m_1023) 0 k_main_1324 else k_main_1324 () in if n_1022 <= m_1023 then k_main_1345 (n_1022 > 0) else k_main_1345 false in let main_1149 (k_main_1391:(unit -> unit)) = let arg1_1145 (k_main_arg1_1396:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1396 in arg1_1145 (fun (arg1_1426:int) -> (let arg2_1147 (k_main_arg2_1408:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1408 in arg2_1147 (fun (arg2_1425:int) -> main_1021 arg1_1426 arg2_1425 k_main_1391))) in main_1149 (fun (main_1427:unit) -> ()) bench/progs/file.ml0000644000175000017500000000533112420602235014730 0ustar terauchiterauchilet loop_1008 (x_1009:unit) (k_loop_1158:(unit -> unit)) = (let rec f () = f () in f ()) in let readit_1014 (st_1015:int) (k_readit_1175:(int -> unit)) = if st_1015 = 1 then k_readit_1175 1 else if st_1015 = 3 then k_readit_1175 st_1015 else let u_1020 (k_readit_u_1179:(unit -> unit)) = (fun _ _ -> assert false) () k_readit_u_1179 in u_1020 (fun (u_1187:unit) -> (let rec f () = f () in f ())) in let read__1016 (x_1017:bool) (st_1018:int) (k_read__1202:(int -> unit)) = if x_1017 then readit_1014 st_1018 k_read__1202 else k_read__1202 st_1018 in let closeit_1019 (st_1020:int) (k_closeit_1224:(int -> unit)) = if st_1020 = 1 then k_closeit_1224 2 else if st_1020 = 3 then k_closeit_1224 st_1020 else let u_1038 (k_closeit_u_1231:(unit -> unit)) = loop_1008 () k_closeit_u_1231 in u_1038 (fun (u_1237:unit) -> k_closeit_1224 0) in let close__1021 (x_1022:bool) (st_1023:int) (k_close__1252:(int -> unit)) = if x_1022 then closeit_1019 st_1023 k_close__1252 else k_close__1252 st_1023 in let rec f_1024 (x_1025:bool) (y_1026:bool) (st_1027:int) (k_f_1274:(unit -> unit)) = let u_1074 (k_f_u_1293:(int -> unit)) = close__1021 x_1025 st_1027 (fun (x_1521:int) -> close__1021 y_1026 x_1521 k_f_u_1293) in u_1074 (fun (u_1333:int) -> read__1016 x_1025 st_1027 (fun (x_1523:int) -> read__1016 y_1026 x_1523 (fun (x_1525:int) -> f_1024 x_1025 y_1026 x_1525 k_f_1274))) in let next_1028 (st_1029:int) (k_next_1342:(int -> unit)) = if st_1029 = 0 then k_next_1342 1 else k_next_1342 3 in let g_1030 (b3_1031:int) (x_1032:bool) (st_1033:int) (k_g_1353:(unit -> unit)) = if b3_1031 > 0 then next_1028 st_1033 (fun (x_1527:int) -> f_1024 x_1032 true x_1527 k_g_1353) else f_1024 x_1032 false st_1033 k_g_1353 in let main_1034 (b2_1035:int) (b3_1036:int) (k_main_1400:(unit -> unit)) = let u_1120 (k_main_u_1428:(unit -> unit)) = if b2_1035 > 0 then g_1030 b3_1036 true 1 k_main_u_1428 else g_1030 b3_1036 false 0 k_main_u_1428 in u_1120 (fun (u_1431:unit) -> k_main_1400 ()) in let main_1125 (k_main_1439:(unit -> unit)) = let arg1_1121 (k_main_arg1_1444:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1444 in arg1_1121 (fun (arg1_1474:int) -> (let arg2_1123 (k_main_arg2_1456:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1456 in arg2_1123 (fun (arg2_1473:int) -> main_1034 arg1_1474 arg2_1473 k_main_1439))) in main_1125 (fun (main_1475:unit) -> ()) bench/progs/dotprod3.ml0000644000175000017500000000303012420602235015541 0ustar terauchiterauchilet make_array_1008 (n_1009:int) (i_1010:int) (k_make_array_1178:(int -> unit)) = let u_1023 (k_make_array_u_1193:(unit -> unit)) = let k_make_array_u_1183 (b_1435:bool) = if b_1435 then k_make_array_u_1193 () else (fun _ _ -> assert false) () k_make_array_u_1193 in if 0 <= i_1010 then k_make_array_u_1183 (i_1010 < n_1009) else k_make_array_u_1183 false in u_1023 (fun (u_1196:unit) -> k_make_array_1178 0) in let rec dotprod_1016 (n_1017:int) (v1_1018:(int -> (int -> unit) -> unit)) (v2_1019:(int -> (int -> unit) -> unit)) (i_1020:int) (sum_1021: int) (k_dotprod_1240:(int -> unit)) = if i_1020 >= n_1017 then k_dotprod_1240 sum_1021 else v1_1018 i_1020 (fun (x_1439:int) -> v2_1019 i_1020 (fun (x_1444:int) -> dotprod_1016 n_1017 v1_1018 v2_1019 (i_1020 + 1) (sum_1021 + (x_1439 * x_1444)) k_dotprod_1240)) in let main_1022 (n_1023:int) (k_main_1315:(unit -> unit)) = let u_1142 (k_main_u_1356:(int -> unit)) = dotprod_1016 n_1023 (make_array_1008 n_1023) (make_array_1008 n_1023) 0 0 k_main_u_1356 in u_1142 (fun (u_1362:int) -> k_main_1315 ()) in let main_1145 (k_main_1377:(unit -> unit)) = let arg1_1143 (k_main_arg1_1382:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1382 in arg1_1143 (fun (arg1_1398:int) -> main_1022 arg1_1398 k_main_1377) in main_1145 (fun (main_1399:unit) -> ()) bench/progs/copy5.ml0000644000175000017500000000225512420602235015052 0ustar terauchiterauchilet id_1084 (x_1009:int) (k_id_1117:(int -> unit)) = k_id_1117 x_1009 in let succ_1010 (x_1011:int) (k_succ_1124:(int -> unit)) = k_succ_1124 (x_1011 + 1) in let comp_1083 (f_1013:(int -> (int -> unit) -> unit)) (g_1014:(int -> (int -> unit) -> unit)) (x_1015:int) (k_comp_1137:(int -> unit)) = g_1014 x_1015 (fun (x_1339:int) -> f_1013 x_1339 k_comp_1137) in let rec copy_1016 (x_1017:int) (f_1018:(int -> (int -> unit) -> unit)) (k_copy_1175:(int -> unit)) = if x_1017 <= 0 then f_1018 x_1017 k_copy_1175 else copy_1016 (x_1017 - 1) (comp_1083 succ_1010 f_1018) k_copy_1175 in let main_1019 (x_1020:int) (k_main_1237:(unit -> unit)) = copy_1016 x_1020 id_1084 (fun (x_1341:int) -> (if x_1341 = x_1020 then k_main_1237 () else (fun _ _ -> assert false) () k_main_1237)) in let main_1082 (k_main_1282:(unit -> unit)) = let arg1_1080 (k_main_arg1_1287:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1287 in arg1_1080 (fun (arg1_1303:int) -> main_1019 arg1_1303 k_main_1282) in main_1082 (fun (main_1304:unit) -> ()) bench/progs/nth.ml0000644000175000017500000000554312420602235014607 0ustar terauchiterauchilet rec nth_1008 (n_1009:int) (x0_1015:int) (x1_1015:(int -> (int -> unit) -> unit)) (k_nth_1169:(int -> unit)) = if x0_1015 = 0 then let u_1067 (k_nth_u_1176:(unit -> unit)) = (fun _ _ -> assert false) () k_nth_u_1176 in u_1067 (fun (u_1184:unit) -> (let rec f () = f () in f ())) else if 1 <= x0_1015 then let xs'_1012 (k_nth_xs'_1194:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_nth_xs'_1194 (x0_1015 - 1) (fun (x_1527:int) -> fun (k_nth_xs'_1528:(int -> unit)) -> x1_1015 (x_1527 + 1) k_nth_xs'_1528) in xs'_1012 (fun (xs'0_1263:int) -> fun (xs'1_1263:(int -> (int -> unit) -> unit)) -> (let x_1011 (k_nth_x_1226:(int -> unit)) = x1_1015 0 k_nth_x_1226 in x_1011 (fun (x_1259:int) -> (if n_1009 = 0 then k_nth_1169 x_1259 else nth_1008 (n_1009 - 1) xs'0_1263 xs'1_1263 k_nth_1169)))) else (let rec f () = f () in f ()) in let rec make_list_1013 (n_1014:int) (k_make_list_1287:(int -> (int -> (int -> unit) -> unit) -> unit)) = if n_1014 < 0 then k_make_list_1287 0 (fun (x_1542:int) -> fun (k_make_list_1543:(int -> unit)) -> (let rec f () = f () in f ())) else let cons_make_list_1130 (x_1128:int) (xs0_1129:int) (xs1_1129:(int -> (int -> unit) -> unit)) (k_make_list_cons_make_list_1316:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_make_list_cons_make_list_1316 (xs0_1129 + 1) (fun (i_1532:int) -> fun (k_make_list_cons_make_list_1533:(int -> unit)) -> (if i_1532 = 0 then k_make_list_cons_make_list_1533 x_1128 else xs1_1129 (i_1532 - 1) k_make_list_cons_make_list_1533)) in make_list_1013 (n_1014 - 1) (fun (x0_1540:int) -> fun (x1_1540:(int -> (int -> unit) -> unit)) -> cons_make_list_1130 n_1014 x0_1540 x1_1540 k_make_list_1287) in let main_1015 (n_1016:int) (k_main_1433:(int -> unit)) = if n_1016 > 0 then make_list_1013 n_1016 (fun (x0_1545:int) -> fun (x1_1545:(int -> (int -> unit) -> unit)) -> nth_1008 (n_1016 - 1) x0_1545 x1_1545 k_main_1433) else k_main_1433 0 in let main_1043 (k_main_1483:(int -> unit)) = let arg1_1041 (k_main_arg1_1488:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1488 in arg1_1041 (fun (arg1_1504:int) -> main_1015 arg1_1504 k_main_1483) in main_1043 (fun (main_1505:int) -> ()) bench/progs/isort_geq.ml0000644000175000017500000002237312420602235016012 0ustar terauchiterauchilet rec insert_1008 (x_1012:int) (ys0_1075:int) (ys1_1075:(int -> (int -> unit) -> unit)) (k_insert_1367:(int -> (int -> (int -> unit) -> unit) -> unit)) = if ys0_1075 = 0 then k_insert_1367 1 (fun (i_2472:int) -> fun (k_insert_2473:(int -> unit)) -> (if i_2472 = 0 then k_insert_2473 x_1012 else (let rec f () = f () in f ()))) else if 1 <= ys0_1075 then let ys'_1012 (k_insert_ys'_1403:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_insert_ys'_1403 (ys0_1075 - 1) (fun (x_2439:int) -> fun (k_insert_ys'_2440:(int -> unit)) -> ys1_1075 (x_2439 + 1) k_insert_ys'_2440) in ys'_1012 (fun (ys'0_1772:int) -> fun (ys'1_1772:(int -> (int -> unit) -> unit)) -> (let y_1011 (k_insert_y_1438:(int -> unit)) = ys1_1075 0 k_insert_y_1438 in y_1011 (fun (y_1768:int) -> (if x_1012 < y_1768 then let cons_insert_1147 (x_1145:int) (xs0_1146:int) (xs1_1146:(int -> (int -> unit) -> unit)) (k_insert_cons_insert_1456:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_insert_cons_insert_1456 (xs0_1146 + 1) (fun (i_2454:int) -> fun (k_insert_cons_insert_2455:(int -> unit)) -> (if i_2454 = 0 then k_insert_cons_insert_2455 x_1145 else xs1_1146 (i_2454 - 1) k_insert_cons_insert_2455)) in let cons_insert_1141 (x_1139:int) (xs0_1140:int) (xs1_1140:(int -> (int -> unit) -> unit)) (k_insert_cons_insert_1520:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_insert_cons_insert_1520 (xs0_1140 + 1) (fun (i_2462:int) -> fun (k_insert_cons_insert_2463:(int -> unit)) -> (if i_2462 = 0 then k_insert_cons_insert_2463 x_1139 else xs1_1140 (i_2462 - 1) k_insert_cons_insert_2463)) in cons_insert_1141 y_1768 ys'0_1772 ys'1_1772 (fun (x0_2470:int) -> fun (x1_2470:(int -> (int -> unit) -> unit)) -> cons_insert_1147 x_1012 x0_2470 x1_2470 k_insert_1367) else let cons_insert_1129 (x_1127:int) (xs0_1128:int) (xs1_1128:(int -> (int -> unit) -> unit)) (k_insert_cons_insert_1647:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_insert_cons_insert_1647 (xs0_1128 + 1) (fun (i_2444:int) -> fun (k_insert_cons_insert_2445:(int -> unit)) -> (if i_2444 = 0 then k_insert_cons_insert_2445 x_1127 else xs1_1128 (i_2444 - 1) k_insert_cons_insert_2445)) in insert_1008 x_1012 ys'0_1772 ys'1_1772 (fun (x0_2452:int) -> fun (x1_2452:(int -> (int -> unit) -> unit)) -> cons_insert_1129 y_1768 x0_2452 x1_2452 k_insert_1367))))) else (let rec f () = f () in f ()) in let rec insertsort_1013 (xs0_1014:int) (xs1_1014:(int -> (int -> unit) -> unit)) (k_insertsort_1811:(int -> (int -> (int -> unit) -> unit) -> unit)) = if xs0_1014 = 0 then k_insertsort_1811 0 (fun (x_2485:int) -> fun (k_insertsort_2486:(int -> unit)) -> (let rec f () = f () in f ())) else if 1 <= xs0_1014 then let xs'_1016 (k_insertsort_xs'_1843:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_insertsort_xs'_1843 (xs0_1014 - 1) (fun (x_2478:int) -> fun (k_insertsort_xs'_2479:(int -> unit)) -> xs1_1014 (x_2478 + 1) k_insertsort_xs'_2479) in xs'_1016 (fun (xs'0_1948:int) -> fun (xs'1_1948:(int -> (int -> unit) -> unit)) -> (let x_1015 (k_insertsort_x_1878:(int -> unit)) = xs1_1014 0 k_insertsort_x_1878 in x_1015 (fun (x_1944:int) -> insertsort_1013 xs'0_1948 xs'1_1948 (fun (x0_2483:int) -> fun (x1_2483:(int -> (int -> unit) -> unit)) -> insert_1008 x_1944 x0_2483 x1_2483 k_insertsort_1811)))) else (let rec f () = f () in f ()) in let rec make_list_1017 (n_1018:int) (k_make_list_1983:(int -> (int -> (int -> unit) -> unit) -> unit)) = if n_1018 = 0 then k_make_list_1983 0 (fun (x_2507:int) -> fun (k_make_list_2508:(int -> unit)) -> (let rec f () = f () in f ())) else let cons_make_list_1255 (x_1253:int) (xs0_1254:int) (xs1_1254:(int -> (int -> unit) -> unit)) (k_make_list_cons_make_list_2012:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_make_list_cons_make_list_2012 (xs0_1254 + 1) (fun (i_2488:int) -> fun (k_make_list_cons_make_list_2489:(int -> unit)) -> (if i_2488 = 0 then k_make_list_cons_make_list_2489 x_1253 else xs1_1254 (i_2488 - 1) k_make_list_cons_make_list_2489)) in make_list_1017 (n_1018 - 1) (fun (x0_2496:int) -> fun (x1_2496:(int -> (int -> unit) -> unit)) -> (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () (fun (x_2504:int) -> cons_make_list_1255 x_2504 x0_2496 x1_2496 k_make_list_1983)) in let rec length_1052 (xs0_1020:int) (xs1_1020:(int -> (int -> unit) -> unit)) (k_length_2165:(int -> unit)) = if xs0_1020 = 0 then k_length_2165 0 else if 1 <= xs0_1020 then let xs'_1021 (k_length_xs'_2178:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_length_xs'_2178 (xs0_1020 - 1) (fun (x_2510:int) -> fun (k_length_xs'_2511:(int -> unit)) -> xs1_1020 (x_2510 + 1) k_length_xs'_2511) in xs'_1021 (fun (xs'0_2233:int) -> fun (xs'1_2233:(int -> (int -> unit) -> unit)) -> length_1052 xs'0_2233 xs'1_2233 (fun (x_2515:int) -> k_length_2165 (1 + x_2515))) else (let rec f () = f () in f ()) in let main_1022 (n_1023:int) (k_main_2253:(unit -> unit)) = let xs_1024 (k_main_xs_2266:(int -> (int -> (int -> unit) -> unit) -> unit)) = make_list_1017 n_1023 k_main_xs_2266 in xs_1024 (fun (xs0_2368:int) -> fun (xs1_2368:(int -> (int -> unit) -> unit)) -> insertsort_1013 xs0_2368 xs1_2368 (fun (x0_2516:int) -> fun (x1_2516:(int -> (int -> unit) -> unit)) -> length_1052 x0_2516 x1_2516 (fun (x_2518:int) -> length_1052 xs0_2368 xs1_2368 (fun (x_2523:int) -> (if x_2518 >= x_2523 then k_main_2253 () else (fun _ _ -> assert false) () k_main_2253))))) in let main_1051 (k_main_2375:(unit -> unit)) = let arg1_1049 (k_main_arg1_2380:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_2380 in arg1_1049 (fun (arg1_2396:int) -> main_1022 arg1_2396 k_main_2375) in main_1051 (fun (main_2397:unit) -> ()) bench/progs/file2.ml0000644000175000017500000000266712420602235015023 0ustar terauchiterauchilet open__1045 (x_1009:unit) (k_open__1078:(bool -> unit)) = k_open__1078 true in let close_1044 (fp_1011:bool) (k_close_1085:(bool -> unit)) = k_close_1085 false in let read_1012 (fp_1013:bool) (k_read_1092:(unit -> unit)) = if fp_1013 then k_read_1092 () else (fun _ _ -> assert false) () k_read_1092 in let rec read_n_1014 (fp_1015:bool) (n_1016:int) (k_read_n_1110:(bool -> unit)) = if n_1016 <= 0 then close_1044 fp_1015 k_read_n_1110 else let u_1034 (k_read_n_u_1127:(unit -> unit)) = read_1012 fp_1015 k_read_n_u_1127 in u_1034 (fun (u_1144:unit) -> read_n_1014 fp_1015 (n_1016 - 1) k_read_n_1110) in let main_1017 (n_1018:int) (k_main_1156:(unit -> unit)) = let fp_1019 (k_main_fp_1163:(bool -> unit)) = open__1045 () k_main_fp_1163 in fp_1019 (fun (fp_1194:bool) -> (let fp_1020 (k_main_fp_1176:(bool -> unit)) = read_n_1014 fp_1194 n_1018 k_main_fp_1176 in fp_1020 (fun (fp_1193:bool) -> (if fp_1193 then k_main_1156 () else (fun _ _ -> assert false) () k_main_1156)))) in let main_1043 (k_main_1201:(unit -> unit)) = let arg1_1041 (k_main_arg1_1206:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1206 in arg1_1041 (fun (arg1_1222:int) -> main_1017 arg1_1222 k_main_1201) in main_1043 (fun (main_1223:unit) -> ()) bench/progs/copy7.ml0000644000175000017500000000225512420602235015054 0ustar terauchiterauchilet id_1082 (x_1009:int) (k_id_1115:(int -> unit)) = k_id_1115 x_1009 in let succ_1010 (x_1011:int) (k_succ_1122:(int -> unit)) = k_succ_1122 (x_1011 + 1) in let comp_1081 (f_1013:(int -> (int -> unit) -> unit)) (g_1014:(int -> (int -> unit) -> unit)) (x_1015:int) (k_comp_1135:(int -> unit)) = g_1014 x_1015 (fun (x_1325:int) -> f_1013 x_1325 k_comp_1135) in let rec copy_1016 (f_1017:(int -> (int -> unit) -> unit)) (x_1018:int) (k_copy_1173:(int -> unit)) = if x_1018 <= 0 then f_1017 x_1018 k_copy_1173 else copy_1016 (comp_1081 succ_1010 f_1017) (x_1018 - 1) k_copy_1173 in let main_1019 (x_1020:int) (k_main_1229:(unit -> unit)) = copy_1016 id_1082 x_1020 (fun (x_1327:int) -> (if x_1327 = x_1020 then k_main_1229 () else (fun _ _ -> assert false) () k_main_1229)) in let main_1080 (k_main_1268:(unit -> unit)) = let arg1_1078 (k_main_arg1_1273:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1273 in arg1_1078 (fun (arg1_1289:int) -> main_1019 arg1_1289 k_main_1268) in main_1080 (fun (main_1290:unit) -> ()) bench/progs/lock.ml0000644000175000017500000000266712420602235014752 0ustar terauchiterauchilet lock_1008 (st_1009:int) (k_lock_1087:(int -> unit)) = let u_1014 (k_lock_u_1098:(unit -> unit)) = if st_1009 = 0 then k_lock_u_1098 () else (fun _ _ -> assert false) () k_lock_u_1098 in u_1014 (fun (u_1101:unit) -> k_lock_1087 1) in let unlock_1010 (st_1011:int) (k_unlock_1108:(int -> unit)) = let u_1020 (k_unlock_u_1119:(unit -> unit)) = if st_1011 = 1 then k_unlock_u_1119 () else (fun _ _ -> assert false) () k_unlock_u_1119 in u_1020 (fun (u_1122:unit) -> k_unlock_1108 0) in let f_1012 (n_1013:int) (st_1014:int) (k_f_1129:(int -> unit)) = if n_1013 > 0 then lock_1008 st_1014 k_f_1129 else k_f_1129 st_1014 in let g_1015 (n_1016:int) (st_1017:int) (k_g_1151:(int -> unit)) = if n_1016 > 0 then unlock_1010 st_1017 k_g_1151 else k_g_1151 st_1017 in let main_1018 (n_1019:int) (k_main_1173:(unit -> unit)) = f_1012 n_1019 0 (fun (x_1264:int) -> g_1015 n_1019 x_1264 (fun (x_1266:int) -> (if x_1266 = 0 then k_main_1173 () else (fun _ _ -> assert false) () k_main_1173))) in let main_1054 (k_main_1217:(unit -> unit)) = let arg1_1052 (k_main_arg1_1222:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1222 in arg1_1052 (fun (arg1_1238:int) -> main_1018 arg1_1238 k_main_1217) in main_1054 (fun (main_1239:unit) -> ()) bench/progs/sum3.ml0000644000175000017500000000135512420602235014702 0ustar terauchiterauchilet rec sum_1008 (n_1009:int) (k_sum_1064:(int -> unit)) = if n_1009 <= 0 then k_sum_1064 0 else sum_1008 (n_1009 - 1) (fun (x_1154:int) -> k_sum_1064 (n_1009 + x_1154)) in let main_1010 (n_1011:int) (k_main_1089:(unit -> unit)) = sum_1008 n_1011 (fun (x_1155:int) -> (if (3 * n_1011) - 3 <= x_1155 then k_main_1089 () else (fun _ _ -> assert false) () k_main_1089)) in let main_1031 (k_main_1121:(unit -> unit)) = let arg1_1029 (k_main_arg1_1126:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1126 in arg1_1029 (fun (arg1_1142:int) -> main_1010 arg1_1142 k_main_1121) in main_1031 (fun (main_1143:unit) -> ()) bench/progs/copy6.ml0000644000175000017500000000224712420602235015054 0ustar terauchiterauchilet id_1084 (x_1009:int) (k_id_1117:(int -> unit)) = k_id_1117 x_1009 in let succ_1010 (x_1011:int) (k_succ_1124:(int -> unit)) = k_succ_1124 (x_1011 + 1) in let comp_1083 (f_1013:(int -> (int -> unit) -> unit)) (g_1014:(int -> (int -> unit) -> unit)) (x_1015:int) (k_comp_1137:(int -> unit)) = g_1014 x_1015 (fun (x_1339:int) -> f_1013 x_1339 k_comp_1137) in let rec copy_1016 (x_1017:int) (f_1018:(int -> (int -> unit) -> unit)) (k_copy_1175:(int -> unit)) = if x_1017 = 0 then f_1018 0 k_copy_1175 else copy_1016 (x_1017 - 1) (comp_1083 succ_1010 f_1018) k_copy_1175 in let main_1019 (x_1020:int) (k_main_1237:(unit -> unit)) = copy_1016 x_1020 id_1084 (fun (x_1341:int) -> (if x_1341 = x_1020 then k_main_1237 () else (fun _ _ -> assert false) () k_main_1237)) in let main_1082 (k_main_1282:(unit -> unit)) = let arg1_1080 (k_main_arg1_1287:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1287 in arg1_1080 (fun (arg1_1303:int) -> main_1019 arg1_1303 k_main_1282) in main_1082 (fun (main_1304:unit) -> ()) bench/progs/inc.ml0000644000175000017500000000260712420602235014565 0ustar terauchiterauchilet rec ar_1099 (i_1009:int) (k_ar_1132:(int -> unit)) = k_ar_1132 0 in let update_1098 (a_1011:(int -> (int -> unit) -> unit)) (i_1012:int) (x_1013: int) (j_1014:int) (k_update_1142:(int -> unit)) = if j_1014 = i_1012 then k_update_1142 x_1013 else a_1011 j_1014 k_update_1142 in let rec g_1015 (e_1016:int) (a_1017:(int -> (int -> unit) -> unit)) (j_1018:int) (k_g_1172:(unit -> unit)) = if j_1018 < e_1016 then let u_1086 (k_g_u_1187:(unit -> unit)) = let k_g_u_1177 (b_1352:bool) = if b_1352 then k_g_u_1187 () else (fun _ _ -> assert false) () k_g_u_1187 in if 0 <= j_1018 then k_g_u_1177 (j_1018 < e_1016) else k_g_u_1177 false in u_1086 (fun (u_1259:unit) -> a_1017 j_1018 (fun (x_1356:int) -> g_1015 e_1016 (update_1098 a_1017 j_1018 (x_1356 + 1)) (j_1018 + 1) k_g_1172)) else k_g_1172 () in let main_1019 (n_1020:int) (k_main_1275:(unit -> unit)) = g_1015 n_1020 ar_1099 0 k_main_1275 in let main_1097 (k_main_1300:(unit -> unit)) = let arg1_1095 (k_main_arg1_1305:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1305 in arg1_1095 (fun (arg1_1321:int) -> main_1019 arg1_1321 k_main_1300) in main_1097 (fun (main_1322:unit) -> ()) bench/progs/mc91_98.ml0000644000175000017500000000143112420602235015077 0ustar terauchiterauchilet rec m_1008 (x_1009:int) (k_m_1063:(int -> unit)) = if x_1009 > 100 then k_m_1063 (x_1009 - 10) else m_1008 (x_1009 + 11) (fun (x_1163:int) -> m_1008 x_1163 k_m_1063) in let main_1010 (n_1011:int) (k_main_1094:(unit -> unit)) = if n_1011 <= 98 then m_1008 n_1011 (fun (x_1165:int) -> (if x_1165 = 91 then k_main_1094 () else (fun _ _ -> assert false) () k_main_1094)) else k_main_1094 () in let main_1030 (k_main_1130:(unit -> unit)) = let arg1_1028 (k_main_arg1_1135:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1135 in arg1_1028 (fun (arg1_1151:int) -> main_1010 arg1_1151 k_main_1130) in main_1030 (fun (main_1152:unit) -> ()) bench/progs/inc4.ml0000644000175000017500000000457112420602235014653 0ustar terauchiterauchilet make_array_1008 (n_1009:int) (i_1010:int) (k_make_array_1177:(int -> unit)) = let u_1023 (k_make_array_u_1192:(unit -> unit)) = let k_make_array_u_1182 (b_1457:bool) = if b_1457 then k_make_array_u_1192 () else (fun _ _ -> assert false) () k_make_array_u_1192 in if 0 <= i_1010 then k_make_array_u_1182 (i_1010 < n_1009) else k_make_array_u_1182 false in u_1023 (fun (u_1195:unit) -> k_make_array_1177 0) in let update_1144 (i_1012:int) (n_1013:int) (des_1014:(int -> (int -> unit) -> unit)) (x_1015:int) (k_update_1209:((int -> (int -> unit) -> unit) -> unit)) = let u_1075 (k_update_u_1219:(int -> unit)) = des_1014 i_1012 k_update_u_1219 in u_1075 (fun (u_1247:int) -> k_update_1209 (let a_1016 (j_1017:int) (k_update_a_1229:(int -> unit)) = if i_1012 = j_1017 then k_update_a_1229 x_1015 else des_1014 i_1012 k_update_a_1229 in a_1016)) in let rec inc3_1018 (m_1019:int) (a_1020:(int -> (int -> unit) -> unit)) (i_1021:int) (k_inc3_1266:(unit -> unit)) = if i_1021 >= m_1019 then k_inc3_1266 () else let a_1022 (k_inc3_a_1302:((int -> (int -> unit) -> unit) -> unit)) = a_1020 i_1021 (fun (x_1461:int) -> update_1144 i_1021 m_1019 a_1020 (x_1461 + 1) k_inc3_a_1302) in a_1022 (fun (a_1335:(int -> (int -> unit) -> unit)) -> inc3_1018 m_1019 a_1335 (i_1021 + 1) k_inc3_1266) in let main_1023 (n_1024:int) (i_1025:int) (k_main_1351:(unit -> unit)) = let k_main_1354 (b_1465:bool) = if b_1465 then inc3_1018 n_1024 (make_array_1008 n_1024) i_1025 k_main_1351 else k_main_1351 () in if i_1025 = 0 then k_main_1354 (n_1024 > 0) else k_main_1354 false in let main_1143 (k_main_1386:(unit -> unit)) = let arg1_1139 (k_main_arg1_1391:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1391 in arg1_1139 (fun (arg1_1421:int) -> (let arg2_1141 (k_main_arg2_1403:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1403 in arg2_1141 (fun (arg2_1420:int) -> main_1023 arg1_1421 arg2_1420 k_main_1386))) in main_1143 (fun (main_1422:unit) -> ()) bench/progs/intro1.ml0000644000175000017500000000135412420602235015226 0ustar terauchiterauchilet f_1008 (x_1009:int) (g_1010:(int -> (unit -> unit) -> unit)) (k_f_1077:(unit -> unit)) = g_1010 (x_1009 + 1) k_f_1077 in let h_1011 (y_1012:int) (k_h_1098:(unit -> unit)) = if y_1012 > 0 then k_h_1098 () else (fun _ _ -> assert false) () k_h_1098 in let main_1013 (n_1014:int) (k_main_1116:(unit -> unit)) = if n_1014 > 0 then f_1008 n_1014 h_1011 k_main_1116 else k_main_1116 () in let main_1041 (k_main_1150:(unit -> unit)) = let arg1_1039 (k_main_arg1_1155:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1155 in arg1_1039 (fun (arg1_1171:int) -> main_1013 arg1_1171 k_main_1150) in main_1041 (fun (main_1172:unit) -> ()) bench/progs/rec_error.ml0000644000175000017500000000121012420602235015763 0ustar terauchiterauchilet rec f_1008 (g_1009:(int -> (int -> unit) -> unit)) (x_1010:int) (k_f_1078:(int -> unit)) = g_1009 x_1010 (fun (x_1191:int) -> (if x_1191 >= 3 then let u_1201 (k_f_u_1202:(unit -> unit)) = (fun _ _ -> assert false) () k_f_u_1202 in u_1201 (fun (u_1205:unit) -> (let rec f () = f () in f ())) else g_1009 x_1010 (fun (x_1207:int) -> f_1008 (f_1008 g_1009) x_1207 k_f_1078))) in let succ_1011 (x_1012:int) (k_succ_1153:(int -> unit)) = k_succ_1153 (x_1012 + 1) in let main_1013 (k_main_1170:(int -> unit)) = f_1008 succ_1011 0 k_main_1170 in main_1013 (fun (main_1176:int) -> ()) bench/progs/apply_check.ml0000644000175000017500000000104712420602235016273 0ustar terauchiterauchilet apply_1044 (f_1009:(unit -> (unit -> unit) -> unit)) (x_1010:unit) (k_apply_1080:(unit -> unit)) = f_1009 x_1010 k_apply_1080 in let check_1043 (x_1012:unit) (y_1013:unit) (k_check_1101:(unit -> unit)) = if x_1012 = y_1013 then k_check_1101 () else (fun _ _ -> assert false) () k_check_1101 in let main_1014 (n_1015:unit) (k_main_1120:(unit -> unit)) = apply_1044 (check_1043 n_1015) n_1015 k_main_1120 in let main_1042 (k_main_1148:(unit -> unit)) = main_1014 () k_main_1148 in main_1042 (fun (main_1154:unit) -> ()) bench/progs/twice_inc.ml0000644000175000017500000000150112420602235015750 0ustar terauchiterauchilet inc_1008 (x_1009:int) (k_inc_1074:(int -> unit)) = k_inc_1074 (x_1009 + 1) in let twice_1041 (f_1011:(int -> (int -> unit) -> unit)) (x_1012:int) (k_twice_1084:(int -> unit)) = f_1011 x_1012 (fun (x_1195:int) -> f_1011 x_1195 k_twice_1084) in let main_1013 (n_1014:int) (k_main_1115:(unit -> unit)) = twice_1041 inc_1008 n_1014 (fun (x_1197:int) -> (if x_1197 >= n_1014 + 2 then k_main_1115 () else (fun _ _ -> assert false) () k_main_1115)) in let main_1040 (k_main_1154:(unit -> unit)) = let arg1_1038 (k_main_arg1_1159:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1159 in arg1_1038 (fun (arg1_1175:int) -> main_1013 arg1_1175 k_main_1154) in main_1040 (fun (main_1176:unit) -> ()) bench/progs/ack.ml0000644000175000017500000000246412420602235014553 0ustar terauchiterauchilet rec ack_1008 (m_1009:int) (n_1010:int) (k_ack_1090:(int -> unit)) = if m_1009 = 0 then k_ack_1090 (n_1010 + 1) else if n_1010 = 0 then ack_1008 (m_1009 - 1) 1 k_ack_1090 else ack_1008 m_1009 (n_1010 - 1) (fun (x_1230:int) -> ack_1008 (m_1009 - 1) x_1230 k_ack_1090) in let main_1011 (m_1012:int) (n_1013:int) (k_main_1139:(unit -> unit)) = let k_main_1142 (b_1232:bool) = if b_1232 then ack_1008 m_1012 n_1013 (fun (x_1245:int) -> (if x_1245 >= n_1013 then k_main_1139 () else (fun _ _ -> assert false) () k_main_1139)) else k_main_1139 () in if m_1012 >= 0 then k_main_1142 (n_1013 >= 0) else k_main_1142 false in let main_1057 (k_main_1181:(unit -> unit)) = let arg1_1053 (k_main_arg1_1186:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1186 in arg1_1053 (fun (arg1_1216:int) -> (let arg2_1055 (k_main_arg2_1198:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1198 in arg2_1055 (fun (arg2_1215:int) -> main_1011 arg1_1216 arg2_1215 k_main_1181))) in main_1057 (fun (main_1217:unit) -> ()) bench/progs/copy3.ml0000644000175000017500000000135412420602235015047 0ustar terauchiterauchilet rec copy_1008 (a_1009:int) (x_1010:int) (k_copy_1069:(int -> unit)) = if x_1010 <= 0 then k_copy_1069 (a_1009 + x_1010) else copy_1008 (a_1009 + 1) (x_1010 - 1) k_copy_1069 in let main_1011 (x_1012:int) (k_main_1092:(unit -> unit)) = copy_1008 0 x_1012 (fun (x_1159:int) -> (if x_1159 = x_1012 then k_main_1092 () else (fun _ _ -> assert false) () k_main_1092)) in let main_1036 (k_main_1125:(unit -> unit)) = let arg1_1034 (k_main_arg1_1130:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1130 in arg1_1034 (fun (arg1_1146:int) -> main_1011 arg1_1146 k_main_1125) in main_1036 (fun (main_1147:unit) -> ()) bench/progs/fgx2.ml0000644000175000017500000000121412420602235014653 0ustar terauchiterauchilet rec f_1008 (g_1009:(int -> (int -> unit) -> unit)) (x_1010:int) (k_f_1078:(int -> unit)) = g_1009 x_1010 (fun (x_1191:int) -> (if x_1191 >= 3 then let u_1201 (k_f_u_1202:(unit -> unit)) = (fun _ _ -> assert false) () k_f_u_1202 in u_1201 (fun (u_1205:unit) -> (let rec f () = f () in f ())) else g_1009 x_1010 (fun (x_1207:int) -> f_1008 (f_1008 g_1009) x_1207 k_f_1078))) in let rec succ_1011 (x_1012:int) (k_succ_1153:(int -> unit)) = k_succ_1153 (x_1012 + 1) in let main_1013 (k_main_1170:(int -> unit)) = f_1008 succ_1011 0 k_main_1170 in main_1013 (fun (main_1176:int) -> ()) bench/progs/a-dotprod.ml0000644000175000017500000000355012420602235015703 0ustar terauchiterauchilet make_array_1008 (n_1009:int) (i_1010:int) (k_make_array_1157:(int -> unit)) = let u_1023 (k_make_array_u_1172:(unit -> unit)) = let k_make_array_u_1162 (b_1394:bool) = if b_1394 then k_make_array_u_1172 () else (fun _ _ -> assert false) () k_make_array_u_1172 in if 0 <= i_1010 then k_make_array_u_1162 (i_1010 < n_1009) else k_make_array_u_1162 false in u_1023 (fun (u_1175:unit) -> k_make_array_1157 0) in let rec dotprod_1011 (n_1012:int) (v1_1013:(int -> (int -> unit) -> unit)) (v2_1014:(int -> (int -> unit) -> unit)) (i_1015:int) (sum_1016: int) (k_dotprod_1189:(int -> unit)) = if i_1015 >= n_1012 then k_dotprod_1189 sum_1016 else v1_1013 i_1015 (fun (x_1398:int) -> v2_1014 i_1015 (fun (x_1403:int) -> dotprod_1011 n_1012 v1_1013 v2_1014 (i_1015 + 1) (sum_1016 + (x_1398 * x_1403)) k_dotprod_1189)) in let main_1017 (z_1018:int) (n_1019:int) (k_main_1264:(unit -> unit)) = if z_1018 = 0 then let u_1119 (k_main_u_1305:(int -> unit)) = dotprod_1011 n_1019 (make_array_1008 n_1019) (make_array_1008 n_1019) z_1018 z_1018 k_main_u_1305 in u_1119 (fun (u_1311:int) -> k_main_1264 ()) else k_main_1264 () in let main_1124 (k_main_1331:(unit -> unit)) = let arg1_1120 (k_main_arg1_1336:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1336 in arg1_1120 (fun (arg1_1366:int) -> (let arg2_1122 (k_main_arg2_1348:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1348 in arg2_1122 (fun (arg2_1365:int) -> main_1017 arg1_1366 arg2_1365 k_main_1331))) in main_1124 (fun (main_1367:unit) -> ()) bench/progs/hrec.ml0000644000175000017500000000156512420602235014737 0ustar terauchiterauchilet rec f_1008 (g_1009:(int -> (int -> unit) -> unit)) (x_1010:int) (k_f_1084:(int -> unit)) = if x_1010 >= 0 then g_1009 x_1010 k_f_1084 else g_1009 x_1010 (fun (x_1230:int) -> f_1008 (f_1008 g_1009) x_1230 k_f_1084) in let succ_1011 (x_1012:int) (k_succ_1143:(int -> unit)) = k_succ_1143 (x_1012 + 1) in let main_1013 (n_1014:int) (k_main_1150:(unit -> unit)) = f_1008 succ_1011 n_1014 (fun (x_1232:int) -> (if x_1232 >= 0 then k_main_1150 () else (fun _ _ -> assert false) () k_main_1150)) in let main_1048 (k_main_1189:(unit -> unit)) = let arg1_1046 (k_main_arg1_1194:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1194 in arg1_1046 (fun (arg1_1210:int) -> main_1013 arg1_1210 k_main_1189) in main_1048 (fun (main_1211:unit) -> ()) bench/progs/fxx.ml0000644000175000017500000000125212420602235014614 0ustar terauchiterauchilet f_1008 (x_1009:int) (y_1010:int) (k_f_1064:(unit -> unit)) = let k_f_1070 (b_1142:bool) = if not b_1142 then k_f_1064 () else (fun _ _ -> assert false) () k_f_1064 in if x_1009 > 0 then k_f_1070 (y_1010 <= 0) else k_f_1070 false in let g_1011 (x_1012:int) (k_g_1090:(unit -> unit)) = f_1008 x_1012 x_1012 k_g_1090 in let main_1031 (k_main_1108:(unit -> unit)) = let arg1_1029 (k_main_arg1_1113:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1113 in arg1_1029 (fun (arg1_1129:int) -> g_1011 arg1_1129 k_main_1108) in main_1031 (fun (main_1130:unit) -> ()) bench/progs/copy_intro.ml0000644000175000017500000000145512420602235016201 0ustar terauchiterauchilet rec copy_1008 (x_1009:int) (k_copy_1061:(int -> unit)) = if x_1009 = 0 then k_copy_1061 0 else copy_1008 (x_1009 - 1) (fun (x_1161:int) -> k_copy_1061 (1 + x_1161)) in let main_1010 (n_1011:int) (k_main_1086:(unit -> unit)) = copy_1008 n_1011 (fun (x_1162:int) -> copy_1008 x_1162 (fun (x_1164:int) -> (if x_1164 = n_1011 then k_main_1086 () else (fun _ _ -> assert false) () k_main_1086))) in let main_1028 (k_main_1128:(unit -> unit)) = let arg1_1026 (k_main_arg1_1133:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1133 in arg1_1026 (fun (arg1_1149:int) -> main_1010 arg1_1149 k_main_1128) in main_1028 (fun (main_1150:unit) -> ()) bench/progs/array_init.ml0000644000175000017500000000411612420602235016152 0ustar terauchiterauchilet mk_array_1008 (n_1009:int) (i_1010:int) (k_mk_array_1170:(int -> unit)) = let k_mk_array_1173 (b_1444:bool) = if b_1444 then k_mk_array_1170 0 else k_mk_array_1170 (-1) in if 0 <= i_1010 then k_mk_array_1173 (i_1010 < n_1009) else k_mk_array_1173 false in let update_1137 (i_1012:int) (a_1013:(int -> (int -> unit) -> unit)) (x_1014: int) (j_1015:int) (k_update_1189:(int -> unit)) = if j_1015 = i_1012 then k_update_1189 x_1014 else a_1013 j_1015 k_update_1189 in let rec init_1016 (i_1017:int) (n_1018:int) (a_1019:(int -> (int -> unit) -> unit)) (k_init_1222:((int -> (int -> unit) -> unit) -> unit)) = if i_1017 >= n_1018 then k_init_1222 a_1019 else init_1016 (i_1017 + 1) n_1018 (update_1137 i_1017 a_1019 1) k_init_1222 in let main_1020 (n_1021:int) (i_1022:int) (k_main_1289:(unit -> unit)) = let x_1023 (k_main_x_1311:((int -> (int -> unit) -> unit) -> unit)) = init_1016 0 n_1021 (mk_array_1008 n_1021) k_main_x_1311 in x_1023 (fun (x_1365:(int -> (int -> unit) -> unit)) -> (let k_main_1331 (b_1445:bool) = if b_1445 then x_1365 i_1022 (fun (x_1458:int) -> (if x_1458 >= 1 then k_main_1289 () else (fun _ _ -> assert false) () k_main_1289)) else k_main_1289 () in if 0 <= i_1022 then k_main_1331 (i_1022 < n_1021) else k_main_1331 false)) in let main_1136 (k_main_1373:(unit -> unit)) = let arg1_1132 (k_main_arg1_1378:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1378 in arg1_1132 (fun (arg1_1408:int) -> (let arg2_1134 (k_main_arg2_1390:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1390 in arg2_1134 (fun (arg2_1407:int) -> main_1020 arg1_1408 arg2_1407 k_main_1373))) in main_1136 (fun (main_1409:unit) -> ()) bench/progs/sum_cps.ml0000644000175000017500000000172312420602235015463 0ustar terauchiterauchilet rec cps_sum_1008 (n_1009:int) (k_1010:(int -> (unit -> unit) -> unit)) (k_cps_sum_1083:(unit -> unit)) = if n_1009 <= 0 then k_1010 0 k_cps_sum_1083 else cps_sum_1008 (n_1009 - 1) (fun (x_1217:int) -> fun (k_cps_sum_1218:(unit -> unit)) -> k_1010 (x_1217 + n_1009) k_cps_sum_1218) k_cps_sum_1083 in let main_1012 (n_1013:int) (k_main_1140:(unit -> unit)) = cps_sum_1008 n_1013 (fun (x_1222:int) -> fun (k_main_1223:(unit -> unit)) -> (if x_1222 >= n_1013 then k_main_1223 () else (fun _ _ -> assert false) () k_main_1223)) k_main_1140 in let main_1047 (k_main_1180:(unit -> unit)) = let arg1_1045 (k_main_arg1_1185:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1185 in arg1_1045 (fun (arg1_1201:int) -> main_1012 arg1_1201 k_main_1180) in main_1047 (fun (main_1202:unit) -> ()) bench/progs/search-e.ml0000644000175000017500000001425712420602235015507 0ustar terauchiterauchilet rec exists_1093 (test_1012:(int -> (bool -> unit) -> unit)) (f_1013:(int -> (int -> unit) -> unit)) (n_1014:int) (m_1015:int) (k_exists_1336:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit) -> unit)) = if n_1014 < m_1015 then f_1013 n_1014 (fun (x_1898:int) -> test_1012 x_1898 (fun (b_1900:bool) -> (if b_1900 then k_exists_1336 () (fun (path0_1942:int) -> fun (path1_1942:(int -> (int -> unit) -> unit)) -> fun (k_exists_1943:(int -> int -> unit)) -> (if path0_1942 = 0 then k_exists_1943 2 0 else let k_exists_1966 (b_1979:bool) = if b_1979 then let path'_1982 (k_exists_path'_1983:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_exists_path'_1983 (path0_1942 - 1) (fun (x_1995:int) -> fun (k_exists_path'_1996:(int -> unit)) -> path1_1942 (x_1995 + 1) k_exists_path'_1996) in path'_1982 (fun (path'0_1991:int) -> fun (path'1_1991:(int -> (int -> unit) -> unit)) -> k_exists_1943 0 n_1014) else (let rec f () = f () in f ()) in if 1 <= path0_1942 then path1_1942 0 (fun (x_1977:int) -> k_exists_1966 (x_1977 = 0)) else k_exists_1966 false)) else exists_1093 test_1012 f_1013 (n_1014 + 1) m_1015 k_exists_1336))) else k_exists_1336 () (fun (path0_1889:int) -> fun (path1_1889:(int -> (int -> unit) -> unit)) -> fun (k_exists_1890:(int -> int -> unit)) -> (if path0_1889 = 0 then k_exists_1890 1 0 else (let rec f () = f () in f ()))) in let mult3_1016 (n_1017:int) (k_mult3_1584:(int -> unit)) = k_mult3_1584 (3 * n_1017) in let main_1018 (n_1019:int) (m_1020:int) (k_main_1591:(unit -> unit)) = let test_1021 (x_1022:int) (k_main_test_1595:(bool -> unit)) = k_main_test_1595 (x_1022 = m_1020) in let xs_1255 (k_main_xs_1632:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit) -> unit)) = exists_1093 test_1021 mult3_1016 0 n_1019 k_main_xs_1632 in xs_1255 (fun (xs0_1810:unit) -> fun (xs1_1810:(int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit)) -> xs1_1810 0 (fun (x_2005:int) -> fun (k_main_2006:(int -> unit)) -> (let rec f () = f () in f ())) (fun (p0_2007:int) -> fun (p1_2007:int) -> (if p0_2007 = 1 then k_main_1591 () else xs1_1810 0 (fun (x_2060:int) -> fun (k_main_2061:(int -> unit)) -> (let rec f () = f () in f ())) (fun (p0_2062:int) -> fun (p1_2062:int) -> (if p0_2062 = 2 then let x_2068 (k_main_x_2069:(int -> unit)) = xs1_1810 1 (fun (i_2101:int) -> fun (k_main_x_2102:(int -> unit)) -> (if i_2101 = 0 then k_main_x_2102 0 else (let rec f () = f () in f ()))) (fun (p0_2104:int) -> fun (p1_2104:int) -> k_main_x_2069 p1_2104) in x_2068 (fun (x_2083:int) -> (let k_main_2091 (b_2105:bool) = if b_2105 then k_main_1591 () else (fun _ _ -> assert false) () k_main_1591 in if 0 < x_2083 then k_main_2091 (x_2083 < n_1019) else k_main_2091 false)) else (let rec f () = f () in f ())))))) in let main_1092 (k_main_1822:(unit -> unit)) = let arg1_1088 (k_main_arg1_1827:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1827 in arg1_1088 (fun (arg1_1857:int) -> (let arg2_1090 (k_main_arg2_1839:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1839 in arg2_1090 (fun (arg2_1856:int) -> main_1018 arg1_1857 arg2_1856 k_main_1822))) in main_1092 (fun (main_1858:unit) -> ()) bench/progs/enc-zip4.ml0000644000175000017500000000257112420602235015445 0ustar terauchiterauchilet rec zip_1008 (x_1009:int) (y_1010:int) (k_zip_1079:(int -> unit)) = if x_1009 = 0 then if y_1010 = 0 then k_zip_1079 0 else let u_1021 (k_zip_u_1083:(unit -> unit)) = (fun _ _ -> assert false) () k_zip_u_1083 in u_1021 (fun (u_1091:unit) -> (let rec f () = f () in f ())) else if y_1010 = 0 then let u_1024 (k_zip_u_1099:(unit -> unit)) = (fun _ _ -> assert false) () k_zip_u_1099 in u_1024 (fun (u_1107:unit) -> (let rec f () = f () in f ())) else zip_1008 (x_1009 - 1) (y_1010 - 1) (fun (x_1208:int) -> k_zip_1079 (1 + x_1208)) in let main_1011 (n_1012:int) (k_main_1138:(unit -> unit)) = let m_1013 (k_main_m_1146:(int -> unit)) = zip_1008 n_1012 n_1012 k_main_m_1146 in m_1013 (fun (m_1167:int) -> (let k_main_1154 (b_1209:bool) = if b_1209 then k_main_1138 () else (fun _ _ -> assert false) () k_main_1138 in if m_1167 >= n_1012 then k_main_1154 (m_1167 <= n_1012) else k_main_1154 false)) in let main_1046 (k_main_1174:(unit -> unit)) = let arg1_1044 (k_main_arg1_1179:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1179 in arg1_1044 (fun (arg1_1195:int) -> main_1011 arg1_1195 k_main_1174) in main_1046 (fun (main_1196:unit) -> ()) bench/progs/fgx.ml0000644000175000017500000000103712420602235014574 0ustar terauchiterauchilet rec f_1044 (g_1009:(int -> (int -> unit) -> unit)) (x_1010:int) (k_f_1080:(int -> unit)) = if x_1010 <= 0 then g_1009 x_1010 k_f_1080 else f_1044 (f_1044 g_1009) (x_1010 - 1) k_f_1080 in let succ_1011 (x_1012:int) (k_succ_1129:(int -> unit)) = k_succ_1129 (x_1012 + 1) in let main_1013 (k_main_1164:(unit -> unit)) = f_1044 succ_1011 2 (fun (x_1182:int) -> (if x_1182 < 1 then k_main_1164 () else (fun _ _ -> assert false) () k_main_1164)) in main_1013 (fun (main_1167:unit) -> ()) bench/progs/harmonic.ml0000644000175000017500000000747212420602235015621 0ustar terauchiterauchilet rec div_1008 (x_1009:int) (y_1010:int) (k_div_1235:(int -> unit)) = let u_1027 (k_div_u_1246:(unit -> unit)) = if y_1010 <> 0 then k_div_u_1246 () else (fun _ _ -> assert false) () k_div_u_1246 in u_1027 (fun (u_1268:unit) -> (if x_1009 < y_1010 then k_div_1235 0 else div_1008 (x_1009 - y_1010) y_1010 (fun (x_1726:int) -> k_div_1235 (1 + x_1726)))) in let rec fold_left_1011 (x_1037:(int -> int -> (int -> unit) -> unit)) (acc_1120:int) (xs0_1121:int) (xs1_1121:(int -> (int -> unit) -> unit)) (k_fold_left_1283:(int -> unit)) = if xs0_1121 = 0 then k_fold_left_1283 acc_1120 else if 1 <= xs0_1121 then let xs'_1016 (k_fold_left_xs'_1296:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_fold_left_xs'_1296 (xs0_1121 - 1) (fun (x_1727:int) -> fun (k_fold_left_xs'_1728:(int -> unit)) -> xs1_1121 (x_1727 + 1) k_fold_left_xs'_1728) in xs'_1016 (fun (xs'0_1398:int) -> fun (xs'1_1398:(int -> (int -> unit) -> unit)) -> (let x_1015 (k_fold_left_x_1328:(int -> unit)) = xs1_1121 0 k_fold_left_x_1328 in x_1015 (fun (x_1394:int) -> x_1037 acc_1120 x_1394 (fun (x_1732:int) -> fold_left_1011 x_1037 x_1732 xs'0_1398 xs'1_1398 k_fold_left_1283)))) else (let rec f () = f () in f ()) in let rec range_1017 (i_1018:int) (j_1019:int) (k_range_1427:(int -> (int -> (int -> unit) -> unit) -> unit)) = if i_1018 > j_1019 then k_range_1427 0 (fun (x_1743:int) -> fun (k_range_1744:(int -> unit)) -> (let rec f () = f () in f ())) else let is_1020 (k_range_is_1460:(int -> (int -> (int -> unit) -> unit) -> unit)) = range_1017 (i_1018 + 1) j_1019 k_range_is_1460 in is_1020 (fun (is0_1572:int) -> fun (is1_1572:(int -> (int -> unit) -> unit)) -> (let cons_range_1190 (x_1188:int) (xs0_1189:int) (xs1_1189:(int -> (int -> unit) -> unit)) (k_range_cons_range_1484:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_range_cons_range_1484 (xs0_1189 + 1) (fun (i_1735:int) -> fun (k_range_cons_range_1736:(int -> unit)) -> (if i_1735 = 0 then k_range_cons_range_1736 x_1188 else xs1_1189 (i_1735 - 1) k_range_cons_range_1736)) in cons_range_1190 i_1018 is0_1572 is1_1572 k_range_1427)) in let harmonic_1021 (n_1022:int) (k_harmonic_1590:(int -> unit)) = let ds_1023 (k_harmonic_ds_1604:(int -> (int -> (int -> unit) -> unit) -> unit)) = range_1017 1 n_1022 k_harmonic_ds_1604 in ds_1023 (fun (ds0_1664:int) -> fun (ds1_1664:(int -> (int -> unit) -> unit)) -> fold_left_1011 (fun (s_1746:int) -> fun (k_1747:int) -> fun (k_harmonic_1748:(int -> unit)) -> div_1008 10000 k_1747 (fun (x_1755:int) -> k_harmonic_1748 (s_1746 + x_1755))) 0 ds0_1664 ds1_1664 k_harmonic_1590) in let main_1097 (k_main_1671:(int -> unit)) = let arg1_1095 (k_main_arg1_1676:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1676 in arg1_1095 (fun (arg1_1692:int) -> harmonic_1021 arg1_1692 k_main_1671) in main_1097 (fun (main_1693:int) -> ()) bench/progs/copy8.ml0000644000175000017500000000224712420602235015056 0ustar terauchiterauchilet id_1082 (x_1009:int) (k_id_1115:(int -> unit)) = k_id_1115 x_1009 in let succ_1010 (x_1011:int) (k_succ_1122:(int -> unit)) = k_succ_1122 (x_1011 + 1) in let comp_1081 (f_1013:(int -> (int -> unit) -> unit)) (g_1014:(int -> (int -> unit) -> unit)) (x_1015:int) (k_comp_1135:(int -> unit)) = g_1014 x_1015 (fun (x_1325:int) -> f_1013 x_1325 k_comp_1135) in let rec copy_1016 (f_1017:(int -> (int -> unit) -> unit)) (x_1018:int) (k_copy_1173:(int -> unit)) = if x_1018 = 0 then f_1017 0 k_copy_1173 else copy_1016 (comp_1081 succ_1010 f_1017) (x_1018 - 1) k_copy_1173 in let main_1019 (x_1020:int) (k_main_1229:(unit -> unit)) = copy_1016 id_1082 x_1020 (fun (x_1327:int) -> (if x_1327 = x_1020 then k_main_1229 () else (fun _ _ -> assert false) () k_main_1229)) in let main_1080 (k_main_1268:(unit -> unit)) = let arg1_1078 (k_main_arg1_1273:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1273 in arg1_1078 (fun (arg1_1289:int) -> main_1019 arg1_1289 k_main_1268) in main_1080 (fun (main_1290:unit) -> ()) bench/progs/max.ml0000644000175000017500000000323012420602235014572 0ustar terauchiterauchilet max_1008 (max2_1009:(int -> int -> (int -> unit) -> unit)) (x_1029:int) (x_1105:int) (x_1106:int) (k_max_1130:(int -> unit)) = max2_1009 x_1029 x_1105 (fun (x_1323:int) -> max2_1009 x_1323 x_1106 k_max_1130) in let f_1013 (x_1014:int) (y_1015:int) (k_f_1177:(int -> unit)) = if x_1014 >= y_1015 then k_f_1177 x_1014 else k_f_1177 y_1015 in let main_1016 (x_1052:int) (y_1107:int) (z_1108:int) (k_main_1189:(unit -> unit)) = let m_1109 (k_main_m_1207:(int -> unit)) = max_1008 f_1013 x_1052 y_1107 z_1108 k_main_m_1207 in m_1109 (fun (m_1239:int) -> f_1013 x_1052 m_1239 (fun (x_1326:int) -> (if x_1326 = m_1239 then k_main_1189 () else (fun _ _ -> assert false) () k_main_1189))) in let main_1077 (k_main_1248:(unit -> unit)) = let arg1_1071 (k_main_arg1_1253:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1253 in arg1_1071 (fun (arg1_1297:int) -> (let arg2_1073 (k_main_arg2_1265:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1265 in arg2_1073 (fun (arg2_1296:int) -> (let arg3_1075 (k_main_arg3_1277:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg3_1277 in arg3_1075 (fun (arg3_1295:int) -> main_1016 arg1_1297 arg2_1296 arg3_1295 k_main_1248))))) in main_1077 (fun (main_1298:unit) -> ()) bench/progs/pow_inc.ml0000644000175000017500000000322312420602235015445 0ustar terauchiterauchilet comp_1100 (f_1009:(int -> (int -> unit) -> unit)) (g_1010:(int -> (int -> unit) -> unit)) (x_1011:int) (k_comp_1139:(int -> unit)) = g_1010 x_1011 (fun (x_1393:int) -> f_1009 x_1393 k_comp_1139) in let rec pow_1099 (f_1013:(int -> (int -> unit) -> unit)) (n_1014:int) (k_pow_1180:((int -> (int -> unit) -> unit) -> unit)) = if n_1014 <= 0 then k_pow_1180 f_1013 else let f2_1015 (k_pow_f2_1206:((int -> (int -> unit) -> unit) -> unit)) = pow_1099 f_1013 (n_1014 - 1) k_pow_f2_1206 in f2_1015 (fun (f2_1238:(int -> (int -> unit) -> unit)) -> k_pow_1180 (comp_1100 f2_1238 f2_1238)) in let inc_1016 (x_1017:int) (k_inc_1259:(int -> unit)) = k_inc_1259 (x_1017 + 1) in let main_1018 (x_1019:int) (n_1020:int) (k_main_1266:(unit -> unit)) = pow_1099 inc_1016 n_1020 (fun (x_1395:(int -> (int -> unit) -> unit)) -> x_1395 x_1019 (fun (x_1396:int) -> (if x_1396 >= x_1019 then k_main_1266 () else (fun _ _ -> assert false) () k_main_1266))) in let main_1098 (k_main_1322:(unit -> unit)) = let arg1_1094 (k_main_arg1_1327:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1327 in arg1_1094 (fun (arg1_1357:int) -> (let arg2_1096 (k_main_arg2_1339:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1339 in arg2_1096 (fun (arg2_1356:int) -> main_1018 arg1_1357 arg2_1356 k_main_1322))) in main_1098 (fun (main_1358:unit) -> ()) bench/progs/enc-rev_accum.ml0000644000175000017500000000133312420602235016516 0ustar terauchiterauchilet rec rev_1008 (n_1009:int) (m_1010:int) (k_rev_1067:(int -> unit)) = if n_1009 = 0 then k_rev_1067 m_1010 else rev_1008 (n_1009 - 1) (m_1010 + 1) k_rev_1067 in let main_1011 (n_1012:int) (k_main_1090:(unit -> unit)) = rev_1008 n_1012 0 (fun (x_1157:int) -> (if x_1157 >= n_1012 then k_main_1090 () else (fun _ _ -> assert false) () k_main_1090)) in let main_1034 (k_main_1123:(unit -> unit)) = let arg1_1032 (k_main_arg1_1128:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1128 in arg1_1032 (fun (arg1_1144:int) -> main_1011 arg1_1144 k_main_1123) in main_1034 (fun (main_1145:unit) -> ()) bench/progs/bcopy3.ml0000644000175000017500000000414412420602235015211 0ustar terauchiterauchilet make_array_1008 (n_1009:int) (i_1010:int) (k_make_array_1178:(int -> unit)) = let u_1023 (k_make_array_u_1193:(unit -> unit)) = let k_make_array_u_1183 (b_1462:bool) = if b_1462 then k_make_array_u_1193 () else (fun _ _ -> assert false) () k_make_array_u_1193 in if 0 <= i_1010 then k_make_array_u_1183 (i_1010 < n_1009) else k_make_array_u_1183 false in u_1023 (fun (u_1196:unit) -> k_make_array_1178 0) in let update_1145 (des_1012:(int -> (int -> unit) -> unit)) (i_1013:int) (x_1014: int) (j_1015:int) (k_update_1207:(int -> unit)) = if i_1013 = j_1015 then k_update_1207 x_1014 else des_1012 i_1013 k_update_1207 in let rec bcopy_aux_1144 (m_1017:int) (src_1018:(int -> (int -> unit) -> unit)) (des_1019:(int -> (int -> unit) -> unit)) (i_1020:int) (k_bcopy_aux_1240:(unit -> unit)) = if i_1020 >= m_1017 then k_bcopy_aux_1240 () else let u_1110 (k_bcopy_aux_u_1269:((int -> (int -> unit) -> unit) -> unit)) = src_1018 i_1020 (fun (x_1466:int) -> k_bcopy_aux_u_1269 (update_1145 des_1019 i_1020 x_1466)) in u_1110 (fun (u_1307:(int -> (int -> unit) -> unit)) -> bcopy_aux_1144 m_1017 src_1018 des_1019 (i_1020 + 1) k_bcopy_aux_1240) in let main_1021 (n_1022:int) (m_1023:int) (k_main_1327:(unit -> unit)) = if n_1022 <= m_1023 then bcopy_aux_1144 n_1022 (make_array_1008 n_1022) (make_array_1008 m_1023) 0 k_main_1327 else k_main_1327 () in let main_1143 (k_main_1390:(unit -> unit)) = let arg1_1139 (k_main_arg1_1395:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1395 in arg1_1139 (fun (arg1_1425:int) -> (let arg2_1141 (k_main_arg2_1407:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1407 in arg2_1141 (fun (arg2_1424:int) -> main_1021 arg1_1425 arg2_1424 k_main_1390))) in main_1143 (fun (main_1426:unit) -> ()) bench/progs/forall_leq.ml0000644000175000017500000000622712420602235016136 0ustar terauchiterauchilet rec for_all_1008 (f_1009:(int -> (bool -> unit) -> unit)) (x0_1018:int) (x1_1018:(int -> (int -> unit) -> unit)) (k_for_all_1174:(bool -> unit)) = if x0_1018 = 0 then k_for_all_1174 true else if 1 <= x0_1018 then let xs'_1012 (k_for_all_xs'_1187:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_for_all_xs'_1187 (x0_1018 - 1) (fun (x_1566:int) -> fun (k_for_all_xs'_1567:(int -> unit)) -> x1_1018 (x_1566 + 1) k_for_all_xs'_1567) in xs'_1012 (fun (xs'0_1272:int) -> fun (xs'1_1272:(int -> (int -> unit) -> unit)) -> (let x_1011 (k_for_all_x_1219:(int -> unit)) = x1_1018 0 k_for_all_x_1219 in x_1011 (fun (x_1268:int) -> f_1009 x_1268 (fun (b_1571:bool) -> (if b_1571 then for_all_1008 f_1009 xs'0_1272 xs'1_1272 k_for_all_1174 else k_for_all_1174 false))))) else (let rec f () = f () in f ()) in let rec check_1013 (x_1014:int) (k_check_1296:(bool -> unit)) = k_check_1296 (x_1014 >= 0) in let rec make_list_1015 (n_1016:int) (k_make_list_1306:(int -> (int -> (int -> unit) -> unit) -> unit)) = if n_1016 < 0 then k_make_list_1306 0 (fun (x_1585:int) -> fun (k_make_list_1586:(int -> unit)) -> (let rec f () = f () in f ())) else let cons_make_list_1132 (x_1130:int) (xs0_1131:int) (xs1_1131:(int -> (int -> unit) -> unit)) (k_make_list_cons_make_list_1335:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_make_list_cons_make_list_1335 (xs0_1131 + 1) (fun (i_1575:int) -> fun (k_make_list_cons_make_list_1576:(int -> unit)) -> (if i_1575 = 0 then k_make_list_cons_make_list_1576 x_1130 else xs1_1131 (i_1575 - 1) k_make_list_cons_make_list_1576)) in make_list_1015 (n_1016 - 1) (fun (x0_1583:int) -> fun (x1_1583:(int -> (int -> unit) -> unit)) -> cons_make_list_1132 n_1016 x0_1583 x1_1583 k_make_list_1306) in let main_1017 (n_1018:int) (k_main_1452:(unit -> unit)) = make_list_1015 n_1018 (fun (x0_1588:int) -> fun (x1_1588:(int -> (int -> unit) -> unit)) -> for_all_1008 check_1013 x0_1588 x1_1588 (fun (b_1590:bool) -> (if b_1590 then k_main_1452 () else (fun _ _ -> assert false) () k_main_1452))) in let main_1049 (k_main_1515:(unit -> unit)) = let arg1_1047 (k_main_arg1_1520:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1520 in arg1_1047 (fun (arg1_1536:int) -> main_1017 arg1_1536 k_main_1515) in main_1049 (fun (main_1537:unit) -> ()) bench/progs/repeat.ml0000644000175000017500000000166012420602235015272 0ustar terauchiterauchilet succ_1008 (x_1009:int) (k_succ_1088:(int -> unit)) = k_succ_1088 (x_1009 + 1) in let rec repeat_1055 (f_1011:(int -> (int -> unit) -> unit)) (n_1012:int) (s_1013: int) (k_repeat_1098:(int -> unit)) = if n_1012 = 0 then k_repeat_1098 s_1013 else repeat_1055 f_1011 (n_1012 - 1) s_1013 (fun (x_1224:int) -> f_1011 x_1224 k_repeat_1098) in let main_1014 (n_1015:int) (k_main_1142:(unit -> unit)) = repeat_1055 succ_1008 n_1015 0 (fun (x_1226:int) -> (if x_1226 = n_1015 then k_main_1142 () else (fun _ _ -> assert false) () k_main_1142)) in let main_1054 (k_main_1182:(unit -> unit)) = let arg1_1052 (k_main_arg1_1187:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1187 in arg1_1052 (fun (arg1_1203:int) -> main_1014 arg1_1203 k_main_1182) in main_1054 (fun (main_1204:unit) -> ()) bench/progs/copy4.ml0000644000175000017500000000134012420602235015043 0ustar terauchiterauchilet rec copy_1008 (a_1009:int) (x_1010:int) (k_copy_1067:(int -> unit)) = if x_1010 = 0 then k_copy_1067 a_1009 else copy_1008 (a_1009 + 1) (x_1010 - 1) k_copy_1067 in let main_1011 (x_1012:int) (k_main_1090:(unit -> unit)) = copy_1008 0 x_1012 (fun (x_1157:int) -> (if x_1157 = x_1012 then k_main_1090 () else (fun _ _ -> assert false) () k_main_1090)) in let main_1034 (k_main_1123:(unit -> unit)) = let arg1_1032 (k_main_arg1_1128:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1128 in arg1_1032 (fun (arg1_1144:int) -> main_1011 arg1_1144 k_main_1123) in main_1034 (fun (main_1145:unit) -> ()) bench/progs/fold_div.ml0000644000175000017500000001405312420602235015600 0ustar terauchiterauchilet rec fold_left_1088 (f_1010:(int -> int -> (int -> unit) -> (unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit) -> unit)) (acc_1011:int) (xs0_1012:int) (xs1_1012:(int -> (int -> unit) -> unit)) (k_fold_left_1237:(int -> unit)) (h_1239:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) = (fun (h_1398:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) -> (if xs0_1012 = 0 then k_fold_left_1237 acc_1011 else (fun (h_1391:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) -> (if 1 <= xs0_1012 then let xs'_1014 (k_fold_left_xs'_1254:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_fold_left_xs'_1254 (xs0_1012 - 1) (fun (x_1888:int) -> fun (k_fold_left_xs'_1889:(int -> unit)) -> xs1_1012 (x_1888 + 1) k_fold_left_xs'_1889) in xs'_1014 (fun (xs'0_1383:int) -> fun (xs'1_1383:(int -> (int -> unit) -> unit)) -> (let x_1013 (k_fold_left_x_1288:(int -> unit)) = xs1_1012 0 k_fold_left_x_1288 in x_1013 (fun (x_1379:int) -> f_1010 acc_1011 x_1379 (fun (x_1893:int) -> fold_left_1088 f_1010 x_1893 xs'0_1383 xs'1_1383 k_fold_left_1237 h_1391) h_1391))) else (let rec f () = f () in f ()))) h_1398)) h_1239 in let rec randpos_1015 (x_1040:unit) (k_randpos_1421:(int -> unit)) = let n_1089 (k_randpos_n_1428:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_randpos_n_1428 in n_1089 (fun (n_1448:int) -> (if n_1448 > 0 then k_randpos_1421 n_1448 else randpos_1015 () k_randpos_1421)) in let rec make_list_1017 (n_1018:int) (k_make_list_1460:(int -> (int -> (int -> unit) -> unit) -> unit)) = if n_1018 <= 0 then k_make_list_1460 0 (fun (x_1915:int) -> fun (k_make_list_1916:(int -> unit)) -> (let rec f () = f () in f ())) else let cons_make_list_1162 (x_1160:int) (xs0_1161:int) (xs1_1161:(int -> (int -> unit) -> unit)) (k_make_list_cons_make_list_1489:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_make_list_cons_make_list_1489 (xs0_1161 + 1) (fun (i_1896:int) -> fun (k_make_list_cons_make_list_1897:(int -> unit)) -> (if i_1896 = 0 then k_make_list_cons_make_list_1897 x_1160 else xs1_1161 (i_1896 - 1) k_make_list_cons_make_list_1897)) in make_list_1017 (n_1018 - 1) (fun (x0_1904:int) -> fun (x1_1904:(int -> (int -> unit) -> unit)) -> randpos_1015 () (fun (x_1912:int) -> cons_make_list_1162 x_1912 x0_1904 x1_1904 k_make_list_1460)) in let div_1087 (x_1020:int) (y_1021:int) (k_div_1641:(int -> unit)) (h_1643:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) = (fun (h_1696:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) -> (if y_1021 = 0 then h_1696 () (fun (path0_1918:int) -> fun (path1_1918:(int -> (int -> unit) -> unit)) -> fun (k_div_1919:(int -> unit)) -> (if path0_1918 = 0 then k_div_1919 1 else (let rec f () = f () in f ()))) else (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_div_1641)) h_1643 in let main_1022 (n_1023:int) (m_1024:int) (k_main_1709:(int -> unit)) (h_1711:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) = let xs_1025 (k_main_xs_1726:(int -> (int -> (int -> unit) -> unit) -> unit)) = make_list_1017 n_1023 k_main_xs_1726 in xs_1025 (fun (xs0_1784:int) -> fun (xs1_1784:(int -> (int -> unit) -> unit)) -> fold_left_1088 div_1087 m_1024 xs0_1784 xs1_1784 k_main_1709 h_1711) in let main_1086 (k_main_1796:(int -> unit)) (h_1798:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) = let arg1_1082 (k_main_arg1_1803:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1803 in arg1_1082 (fun (arg1_1842:int) -> (let arg2_1084 (k_main_arg2_1817:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1817 in arg2_1084 (fun (arg2_1841:int) -> main_1022 arg1_1842 arg2_1841 k_main_1796 h_1798))) in main_1086 (fun (main_1843:int) -> ()) (fun (e0_1925:unit) -> fun (e1_1925:(int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit)) -> (fun _ -> assert false) ()) bench/progs/pldi2008-1.ml0000644000175000017500000000123012420602235015403 0ustar terauchiterauchilet rec f_1008 (x_1010:int) (y_1011:int) (k_f_1067:(unit -> unit)) = if x_1010 >= 0 then if y_1011 > 0 then k_f_1067 () else (fun _ _ -> assert false) () k_f_1067 else f_1008 (x_1010 + y_1011) (y_1011 + 1) k_f_1067 and main_1009 (y_1012:int) (k_main_1099:(unit -> unit)) = f_1008 (-50) y_1012 k_main_1099 in let main_1034 (k_main_1117:(unit -> unit)) = let arg1_1032 (k_main_arg1_1122:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1122 in arg1_1032 (fun (arg1_1138:int) -> main_1009 arg1_1138 k_main_1117) in main_1034 (fun (main_1139:unit) -> ()) bench/progs/length.ml0000644000175000017500000000537712420602235015304 0ustar terauchiterauchilet rec length_1033 (xs0_1009:int) (xs1_1009:(int -> (int -> unit) -> unit)) (k_length_1151:(int -> unit)) = if xs0_1009 = 0 then k_length_1151 0 else if 1 <= xs0_1009 then let xs'_1010 (k_length_xs'_1164:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_length_xs'_1164 (xs0_1009 - 1) (fun (x_1503:int) -> fun (k_length_xs'_1504:(int -> unit)) -> xs1_1009 (x_1503 + 1) k_length_xs'_1504) in xs'_1010 (fun (xs'0_1219:int) -> fun (xs'1_1219:(int -> (int -> unit) -> unit)) -> length_1033 xs'0_1219 xs'1_1219 (fun (x_1508:int) -> k_length_1151 (1 + x_1508))) else (let rec f () = f () in f ()) in let rec make_list_1011 (n_1012:int) (k_make_list_1242:(int -> (int -> (int -> unit) -> unit) -> unit)) = if n_1012 = 0 then k_make_list_1242 0 (fun (x_1519:int) -> fun (k_make_list_1520:(int -> unit)) -> (let rec f () = f () in f ())) else let cons_make_list_1103 (x_1101:int) (xs0_1102:int) (xs1_1102:(int -> (int -> unit) -> unit)) (k_make_list_cons_make_list_1271:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_make_list_cons_make_list_1271 (xs0_1102 + 1) (fun (i_1509:int) -> fun (k_make_list_cons_make_list_1510:(int -> unit)) -> (if i_1509 = 0 then k_make_list_cons_make_list_1510 x_1101 else xs1_1102 (i_1509 - 1) k_make_list_cons_make_list_1510)) in make_list_1011 (n_1012 - 1) (fun (x0_1517:int) -> fun (x1_1517:(int -> (int -> unit) -> unit)) -> cons_make_list_1103 n_1012 x0_1517 x1_1517 k_make_list_1242) in let main_1013 (n_1014:int) (k_main_1388:(unit -> unit)) = let xs_1015 (k_main_xs_1401:(int -> (int -> (int -> unit) -> unit) -> unit)) = make_list_1011 n_1014 k_main_xs_1401 in xs_1015 (fun (xs0_1453:int) -> fun (xs1_1453:(int -> (int -> unit) -> unit)) -> length_1033 xs0_1453 xs1_1453 (fun (x_1522:int) -> (if x_1522 = n_1014 then k_main_1388 () else (fun _ _ -> assert false) () k_main_1388))) in let main_1032 (k_main_1460:(unit -> unit)) = let arg1_1030 (k_main_arg1_1465:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1465 in arg1_1030 (fun (arg1_1481:int) -> main_1013 arg1_1481 k_main_1460) in main_1032 (fun (main_1482:unit) -> ()) bench/progs/popl2007-1.ml0000644000175000017500000000120712420602235015430 0ustar terauchiterauchilet rec f_1008 (x_1010:int) (y_1011:int) (k_f_1076:(unit -> unit)) = if x_1010 < 100 then if x_1010 < 50 then f_1008 (x_1010 + 1) y_1011 k_f_1076 else f_1008 (x_1010 + 1) (y_1011 + 1) k_f_1076 else let k_f_1105 (b_1166:bool) = if b_1166 then k_f_1076 () else (fun _ _ -> assert false) () k_f_1076 in if y_1011 <= 100 then k_f_1105 (100 <= y_1011) else k_f_1105 false and main_1009 (x_1038:unit) (k_main_1127:(unit -> unit)) = f_1008 0 50 k_main_1127 in let main_1043 (k_main_1148:(unit -> unit)) = main_1009 () k_main_1148 in main_1043 (fun (main_1154:unit) -> ()) bench/progs/tricky_reverse.ml0000644000175000017500000002475112420602235017060 0ustar terauchiterauchilet rec make_unit_list_1078 (u_1077:unit) (k_make_unit_list_1480:(int -> (int -> (unit -> unit) -> unit) -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () (fun (x_2528:int) -> (if x_2528 = 0 then k_make_unit_list_1480 0 (fun (x_2570:int) -> fun (k_make_unit_list_2571:(unit -> unit)) -> (let rec f () = f () in f ())) else let cons_make_unit_list_2532 (x_2533:unit) (xs0_2534:int) (xs1_2534:(int -> (unit -> unit) -> unit)) (k_make_unit_list_cons_make_unit_list_2535: (int -> (int -> (unit -> unit) -> unit) -> unit)) = k_make_unit_list_cons_make_unit_list_2535 (xs0_2534 + 1) (fun (i_2560:int) -> fun (k_make_unit_list_cons_make_unit_list_2561:(unit -> unit)) -> (if i_2560 = 0 then k_make_unit_list_cons_make_unit_list_2561 x_2533 else xs1_2534 (i_2560 - 1) k_make_unit_list_cons_make_unit_list_2561)) in make_unit_list_1078 () (fun (x0_2568:int) -> fun (x1_2568:(int -> (unit -> unit) -> unit)) -> cons_make_unit_list_2532 () x0_2568 x1_2568 k_make_unit_list_1480))) in let rec h_1082 (xs0_1009:int) (xs1_1009:(int -> (unit -> unit) -> unit)) (ys0_1010: int) (ys1_1010:(int -> (unit -> unit) -> unit)) (k_h_1652:(int -> (int -> (unit -> unit) -> unit) -> int -> (int -> (unit -> unit) -> unit) -> unit)) = if xs0_1009 = 0 then k_h_1652 0 (fun (x_2596:int) -> fun (k_h_2597:(unit -> unit)) -> (let rec f () = f () in f ())) ys0_1010 ys1_1010 else if 1 <= xs0_1009 then let xs'_1012 (k_h_xs'_1708:(int -> (int -> (unit -> unit) -> unit) -> unit)) = k_h_xs'_1708 (xs0_1009 - 1) (fun (x_2573:int) -> fun (k_h_xs'_2574:(unit -> unit)) -> xs1_1009 (x_2573 + 1) k_h_xs'_2574) in xs'_1012 (fun (xs'0_2055:int) -> fun (xs'1_2055:(int -> (unit -> unit) -> unit)) -> (let x_1011 (k_h_x_1746:(unit -> unit)) = xs1_1009 0 k_h_x_1746 in x_1011 (fun (x_2051:unit) -> (let xs_1155 (k_h_xs_1789:(int -> (int -> (unit -> unit) -> unit) -> int -> (int -> (unit -> unit) -> unit) -> unit)) = h_1082 xs'0_2055 xs'1_2055 ys0_1010 ys1_1010 k_h_xs_1789 in xs_1155 (fun (xs00_2050:int) -> fun (xs01_2050:(int -> (unit -> unit) -> unit)) -> fun (xs10_2050:int) -> fun (xs11_2050:(int -> (unit -> unit) -> unit)) -> (if 1 <= xs10_2050 then let y_1014 (k_h_y_1834:(unit -> unit)) = xs11_2050 0 k_h_y_1834 in y_1014 (fun (y_2009:unit) -> (let ys'_1015 (k_h_ys'_1852:(int -> (int -> (unit -> unit) -> unit) -> unit)) = k_h_ys'_1852 (xs10_2050 - 1) (fun (x_2578:int) -> fun (k_h_ys'_2579:(unit -> unit)) -> xs11_2050 (x_2578 + 1) k_h_ys'_2579) in ys'_1015 (fun (ys'0_2008:int) -> fun (ys'1_2008:(int -> (unit -> unit) -> unit)) -> (let cons_h_1192 (x_1190: unit) (xs0_1191: int) (xs1_1191: (int -> (unit -> unit) -> unit)) (k_h_cons_h_1914: (int -> (int -> (unit -> unit) -> unit) -> unit)) = k_h_cons_h_1914 (xs0_1191 + 1) (fun (i_2583:int) -> fun (k_h_cons_h_2584: (unit -> unit)) -> (if i_2583 = 0 then k_h_cons_h_2584 x_1190 else xs1_1191 (i_2583 - 1) k_h_cons_h_2584)) in cons_h_1192 y_2009 xs00_2050 xs01_2050 (fun (x0_2591:int) -> fun (x1_2591:(int -> (unit -> unit) -> unit)) -> k_h_1652 x0_2591 x1_2591 ys'0_2008 ys'1_2008))))) else let u_1107 (k_h_u_2019:(unit -> unit)) = (fun _ _ -> assert false) () k_h_u_2019 in u_1107 (fun (u_2033:unit) -> (let rec f () = f () in f ())))))))) else (let rec f () = f () in f ()) in let reverse_1081 (x0_1017:int) (x1_1017:(int -> (unit -> unit) -> unit)) (k_reverse_2109:(int -> (int -> (unit -> unit) -> unit) -> unit)) = let xs_1294 (k_reverse_xs_2144:(int -> (int -> (unit -> unit) -> unit) -> int -> (int -> (unit -> unit) -> unit) -> unit)) = h_1082 x0_1017 x1_1017 x0_1017 x1_1017 k_reverse_xs_2144 in xs_1294 (fun (xs00_2211:int) -> fun (xs01_2211:(int -> (unit -> unit) -> unit)) -> fun (xs10_2211:int) -> fun (xs11_2211:(int -> (unit -> unit) -> unit)) -> (if xs10_2211 = 0 then k_reverse_2109 xs00_2211 xs01_2211 else let u_1108 (k_reverse_u_2186:(unit -> unit)) = (fun _ _ -> assert false) () k_reverse_u_2186 in u_1108 (fun (u_2197:unit) -> (let rec f () = f () in f ())))) in let rec length_1079 (xs0_1020:int) (xs1_1020:(int -> (unit -> unit) -> unit)) (k_length_2227:(int -> unit)) = if xs0_1020 = 0 then k_length_2227 0 else if 1 <= xs0_1020 then let xs'_1022 (k_length_xs'_2240:(int -> (int -> (unit -> unit) -> unit) -> unit)) = k_length_xs'_2240 (xs0_1020 - 1) (fun (x_2598:int) -> fun (k_length_xs'_2599:(unit -> unit)) -> xs1_1020 (x_2598 + 1) k_length_xs'_2599) in xs'_1022 (fun (xs'0_2308:int) -> fun (xs'1_2308:(int -> (unit -> unit) -> unit)) -> (let x_1021 (k_length_x_2272:(unit -> unit)) = xs1_1020 0 k_length_x_2272 in x_1021 (fun (x_2304:unit) -> length_1079 xs'0_2308 xs'1_2308 (fun (x_2603:int) -> k_length_2227 (1 + x_2603))))) else (let rec f () = f () in f ()) in let main_1023 (xs0_1024:int) (xs1_1024:(int -> (unit -> unit) -> unit)) (k_main_2331:(unit -> unit)) = reverse_1081 xs0_1024 xs1_1024 (fun (x0_2604:int) -> fun (x1_2604:(int -> (unit -> unit) -> unit)) -> length_1079 x0_2604 x1_2604 (fun (x_2606:int) -> length_1079 xs0_1024 xs1_1024 (fun (x_2611:int) -> (if x_2606 = x_2611 then k_main_2331 () else (fun _ _ -> assert false) () k_main_2331)))) in let main_1076 (k_main_2428:(unit -> unit)) = let arg1_1074 (k_main_arg1_2439:(int -> (int -> (unit -> unit) -> unit) -> unit)) = make_unit_list_1078 () k_main_arg1_2439 in arg1_1074 (fun (arg10_2476:int) -> fun (arg11_2476:(int -> (unit -> unit) -> unit)) -> main_1023 arg10_2476 arg11_2476 k_main_2428) in main_1076 (fun (main_2477:unit) -> ()) bench/progs/pldi2008-2-mod.ml0000644000175000017500000000114612420602235016167 0ustar terauchiterauchilet rec f_1008 (x_1011:int) (y_1012:int) (k_f_1085:(unit -> unit)) = if x_1011 <= 50 then g_1009 (x_1011 + 1) (y_1012 + 1) k_f_1085 else g_1009 (x_1011 + 1) (y_1012 - 1) k_f_1085 and g_1009 (x_1013:int) (y_1014:int) (k_g_1117:(unit -> unit)) = if y_1014 < 0 then if x_1013 >= 100 then k_g_1117 () else (fun _ _ -> assert false) () k_g_1117 else f_1008 x_1013 y_1014 k_g_1117 and main_1010 (y_1015:unit) (k_main_1149:(unit -> unit)) = f_1008 0 0 k_main_1149 in let main_1052 (k_main_1170:(unit -> unit)) = main_1010 () k_main_1170 in main_1052 (fun (main_1176:unit) -> ()) bench/progs/fgx3.ml0000644000175000017500000000115612420602235014661 0ustar terauchiterauchilet succ_1040 (x_1041:int) (k_succ_1075:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_succ_1075 in let rec f_1042 (g_1009:(int -> (int -> unit) -> unit)) (x_1010:int) (k_f_1095:(int -> unit)) = if x_1010 = 0 then g_1009 x_1010 k_f_1095 else f_1042 (f_1042 g_1009) (x_1010 - 1) k_f_1095 in let main_1011 (k_main_1172:(unit -> unit)) = f_1042 succ_1040 5 (fun (x_1190:int) -> (if x_1190 = 0 then k_main_1172 () else (fun _ _ -> assert false) () k_main_1172)) in main_1011 (fun (main_1175:unit) -> ()) bench/progs/enc-zip_map.ml0000644000175000017500000000233612420602235016215 0ustar terauchiterauchilet loop_1058 (x_1009:unit) (k_loop_1092:(int -> unit)) = (let rec f () = f () in f ()) in let rec zip_1010 (x_1011:int) (y_1012:int) (k_zip_1109:(int -> unit)) = if x_1011 = 0 then if y_1012 = 0 then k_zip_1109 0 else loop_1058 () k_zip_1109 else if y_1012 = 0 then loop_1058 () k_zip_1109 else zip_1010 (x_1011 - 1) (y_1012 - 1) (fun (x_1274:int) -> k_zip_1109 (1 + x_1274)) in let rec map_1013 (x_1014:int) (k_map_1164:(int -> unit)) = if x_1014 = 0 then k_map_1164 0 else map_1013 (x_1014 - 1) (fun (x_1275:int) -> k_map_1164 (1 + x_1275)) in let main_1015 (n_1016:int) (k_main_1189:(unit -> unit)) = zip_1010 n_1016 n_1016 (fun (x_1276:int) -> map_1013 x_1276 (fun (x_1278:int) -> (if x_1278 >= n_1016 then k_main_1189 () else (fun _ _ -> assert false) () k_main_1189))) in let main_1057 (k_main_1232:(unit -> unit)) = let arg1_1055 (k_main_arg1_1237:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1237 in arg1_1055 (fun (arg1_1253:int) -> main_1015 arg1_1253 k_main_1232) in main_1057 (fun (main_1254:unit) -> ()) bench/progs/faddnaddn.ml0000644000175000017500000000177412420602235015723 0ustar terauchiterauchilet f_1056 (g_1009:(int -> (int -> unit) -> unit)) (h_1010:(int -> (int -> unit) -> unit)) (k_f_1095:(unit -> unit)) = g_1009 0 (fun (x_1240:int) -> h_1010 0 (fun (x_1245:int) -> (if x_1240 = x_1245 then k_f_1095 () else let u_1248 (k_f_u_1249:(unit -> unit)) = (fun _ _ -> assert false) () k_f_u_1249 in u_1248 (fun (u_1252:unit) -> (let rec f () = f () in f ()))))) in let add_1011 (x_1012:int) (y_1013:int) (k_add_1149:(int -> unit)) = k_add_1149 (x_1012 + y_1013) in let main_1014 (n_1015:int) (k_main_1157:(unit -> unit)) = f_1056 (add_1011 n_1015) (add_1011 n_1015) k_main_1157 in let main_1055 (k_main_1195:(unit -> unit)) = let arg1_1053 (k_main_arg1_1200:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1200 in arg1_1053 (fun (arg1_1216:int) -> main_1014 arg1_1216 k_main_1195) in main_1055 (fun (main_1217:unit) -> ()) bench/progs/repeat-e.ml0000644000175000017500000000166012420602235015514 0ustar terauchiterauchilet succ_1008 (x_1009:int) (k_succ_1088:(int -> unit)) = k_succ_1088 (x_1009 + 1) in let rec repeat_1055 (f_1011:(int -> (int -> unit) -> unit)) (n_1012:int) (s_1013: int) (k_repeat_1098:(int -> unit)) = if n_1012 = 0 then k_repeat_1098 s_1013 else repeat_1055 f_1011 (n_1012 - 1) s_1013 (fun (x_1224:int) -> f_1011 x_1224 k_repeat_1098) in let main_1014 (n_1015:int) (k_main_1142:(unit -> unit)) = repeat_1055 succ_1008 n_1015 0 (fun (x_1226:int) -> (if x_1226 > n_1015 then k_main_1142 () else (fun _ _ -> assert false) () k_main_1142)) in let main_1054 (k_main_1182:(unit -> unit)) = let arg1_1052 (k_main_arg1_1187:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1187 in arg1_1052 (fun (arg1_1203:int) -> main_1014 arg1_1203 k_main_1182) in main_1054 (fun (main_1204:unit) -> ()) bench/progs/nth0.ml0000644000175000017500000000640112420602235014661 0ustar terauchiterauchilet is_nil_1008 (x0_1010:int) (x1_1010:(int -> (int -> unit) -> unit)) (k_is_nil_1218:(bool -> unit)) = if x0_1010 = 0 then k_is_nil_1218 true else k_is_nil_1218 false in let rec nth_1010 (n_1011:int) (x0_1017:int) (x1_1017:(int -> (int -> unit) -> unit)) (k_nth_1238:(int -> unit)) = if x0_1017 = 0 then let u_1066 (k_nth_u_1245:(unit -> unit)) = (fun _ _ -> assert false) () k_nth_u_1245 in u_1066 (fun (u_1253:unit) -> (let rec f () = f () in f ())) else if 1 <= x0_1017 then let xs'_1014 (k_nth_xs'_1263:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_nth_xs'_1263 (x0_1017 - 1) (fun (x_1637:int) -> fun (k_nth_xs'_1638:(int -> unit)) -> x1_1017 (x_1637 + 1) k_nth_xs'_1638) in xs'_1014 (fun (xs'0_1332:int) -> fun (xs'1_1332:(int -> (int -> unit) -> unit)) -> (let x_1013 (k_nth_x_1295:(int -> unit)) = x1_1017 0 k_nth_x_1295 in x_1013 (fun (x_1328:int) -> (if n_1011 = 0 then k_nth_1238 x_1328 else nth_1010 (n_1011 - 1) xs'0_1332 xs'1_1332 k_nth_1238)))) else (let rec f () = f () in f ()) in let rec make_list_1015 (n_1016:int) (k_make_list_1356:(int -> (int -> (int -> unit) -> unit) -> unit)) = if n_1016 < 0 then k_make_list_1356 0 (fun (x_1652:int) -> fun (k_make_list_1653:(int -> unit)) -> (let rec f () = f () in f ())) else let cons_make_list_1158 (x_1156:int) (xs0_1157:int) (xs1_1157:(int -> (int -> unit) -> unit)) (k_make_list_cons_make_list_1385:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_make_list_cons_make_list_1385 (xs0_1157 + 1) (fun (i_1642:int) -> fun (k_make_list_cons_make_list_1643:(int -> unit)) -> (if i_1642 = 0 then k_make_list_cons_make_list_1643 x_1156 else xs1_1157 (i_1642 - 1) k_make_list_cons_make_list_1643)) in make_list_1015 (n_1016 - 1) (fun (x0_1650:int) -> fun (x1_1650:(int -> (int -> unit) -> unit)) -> cons_make_list_1158 n_1016 x0_1650 x1_1650 k_make_list_1356) in let main_1017 (n_1018:int) (k_main_1502:(int -> unit)) = let xs_1019 (k_main_xs_1515:(int -> (int -> (int -> unit) -> unit) -> unit)) = make_list_1015 n_1018 k_main_xs_1515 in xs_1019 (fun (xs0_1579:int) -> fun (xs1_1579:(int -> (int -> unit) -> unit)) -> is_nil_1008 xs0_1579 xs1_1579 (fun (b_1655:bool) -> (if b_1655 then k_main_1502 0 else nth_1010 0 xs0_1579 xs1_1579 k_main_1502))) in let main_1042 (k_main_1586:(int -> unit)) = let arg1_1040 (k_main_arg1_1591:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1591 in arg1_1040 (fun (arg1_1607:int) -> main_1017 arg1_1607 k_main_1586) in main_1042 (fun (main_1608:int) -> ()) bench/progs/fun_list.ml0000644000175000017500000001363012420602235015635 0ustar terauchiterauchilet rec for_all_1008 (f_1009:(int -> (bool -> unit) -> unit)) (x0_1018:int) (x1_1018:(int -> (int -> unit) -> unit)) (k_for_all_1332:(bool -> unit)) = if x0_1018 = 0 then k_for_all_1332 true else if 1 <= x0_1018 then let xs'_1012 (k_for_all_xs'_1345:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_for_all_xs'_1345 (x0_1018 - 1) (fun (x_2129:int) -> fun (k_for_all_xs'_2130:(int -> unit)) -> x1_1018 (x_2129 + 1) k_for_all_xs'_2130) in xs'_1012 (fun (xs'0_1430:int) -> fun (xs'1_1430:(int -> (int -> unit) -> unit)) -> (let x_1011 (k_for_all_x_1377:(int -> unit)) = x1_1018 0 k_for_all_x_1377 in x_1011 (fun (x_1426:int) -> f_1009 x_1426 (fun (b_2134:bool) -> (if b_2134 then for_all_1008 f_1009 xs'0_1430 xs'1_1430 k_for_all_1332 else k_for_all_1332 false))))) else (let rec f () = f () in f ()) in let rec map_1013 (x_1035:((int -> (int -> unit) -> unit) -> (int -> unit) -> unit)) (xs0_1139:int) (xs1_1139:(int -> ((int -> (int -> unit) -> unit) -> unit) -> unit)) (k_map_1469:(int -> (int -> (int -> unit) -> unit) -> unit)) = if xs0_1139 = 0 then k_map_1469 0 (fun (x_2162:int) -> fun (k_map_2163:(int -> unit)) -> (let rec f () = f () in f ())) else if 1 <= xs0_1139 then let xs'_1017 (k_map_xs'_1510:(int -> (int -> ((int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = k_map_xs'_1510 (xs0_1139 - 1) (fun (x_2138:int) -> fun (k_map_xs'_2139:((int -> (int -> unit) -> unit) -> unit)) -> xs1_1139 (x_2138 + 1) k_map_xs'_2139) in xs'_1017 (fun (xs'0_1789:int) -> fun (xs'1_1789:(int -> ((int -> (int -> unit) -> unit) -> unit) -> unit)) -> (let x_1016 (k_map_x_1572:((int -> (int -> unit) -> unit) -> unit)) = xs1_1139 0 k_map_x_1572 in x_1016 (fun (x_1782:(int -> (int -> unit) -> unit)) -> (let cons_map_1242 (x_1240:int) (xs0_1241:int) (xs1_1241:(int -> (int -> unit) -> unit)) (k_map_cons_map_1596:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_map_cons_map_1596 (xs0_1241 + 1) (fun (i_2143:int) -> fun (k_map_cons_map_2144:(int -> unit)) -> (if i_2143 = 0 then k_map_cons_map_2144 x_1240 else xs1_1241 (i_2143 - 1) k_map_cons_map_2144)) in map_1013 x_1035 xs'0_1789 xs'1_1789 (fun (x0_2151:int) -> fun (x1_2151:(int -> (int -> unit) -> unit)) -> x_1035 x_1782 (fun (x_2159:int) -> cons_map_1242 x_2159 x0_2151 x1_2151 k_map_1469)))))) else (let rec f () = f () in f ()) in let id_1112 (x_1019:int) (k_id_1831:(int -> unit)) = k_id_1831 x_1019 in let succ_1020 (x_1021:int) (k_succ_1838:(int -> unit)) = k_succ_1838 (x_1021 + 1) in let double_1022 (x_1023:int) (k_double_1845:(int -> unit)) = k_double_1845 (x_1023 + x_1023) in let main_1024 (x_1078:int) (k_main_1852:(unit -> unit)) = let fs_1140 (k_main_fs_1862:(int -> (int -> ((int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = k_main_fs_1862 3 (fun (i_2165:int) -> fun (k_main_fs_2166:((int -> (int -> unit) -> unit) -> unit)) -> (if i_2165 = 0 then k_main_fs_2166 id_1112 else if i_2165 = 1 then k_main_fs_2166 succ_1020 else if i_2165 = 2 then k_main_fs_2166 double_1022 else (let rec f () = f () in f ()))) in fs_1140 (fun (fs0_2050:int) -> fun (fs1_2050:(int -> ((int -> (int -> unit) -> unit) -> unit) -> unit)) -> (let xs'_1141 (k_main_xs'_1965:(int -> (int -> (int -> unit) -> unit) -> unit)) = map_1013 (fun (f_2177:(int -> (int -> unit) -> unit)) -> fun (k_main_xs'_2178:(int -> unit)) -> f_2177 0 k_main_xs'_2178) fs0_2050 fs1_2050 k_main_xs'_1965 in xs'_1141 (fun (xs'0_2043:int) -> fun (xs'1_2043:(int -> (int -> unit) -> unit)) -> (let check_1143 (x_1144:int) (k_main_check_1992:(bool -> unit)) = k_main_check_1992 (x_1144 >= 0) in for_all_1008 check_1143 xs'0_2043 xs'1_2043 (fun (b_2182:bool) -> (if b_2182 then k_main_1852 () else (fun _ _ -> assert false) () k_main_1852)))))) in let main_1111 (k_main_2057:(unit -> unit)) = let arg1_1109 (k_main_arg1_2062:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_2062 in arg1_1109 (fun (arg1_2078:int) -> main_1024 arg1_2078 k_main_2057) in main_1111 (fun (main_2079:unit) -> ()) bench/progs/risers.ml0000644000175000017500000005202712420602235015324 0ustar terauchiterauchilet rec make_list_1008 (m_1009:int) (k_make_list_1577:(int -> (int -> (int -> unit) -> unit) -> unit)) = if m_1009 <= 0 then k_make_list_1577 0 (fun (x_3788:int) -> fun (k_make_list_3789:(int -> unit)) -> (let rec f () = f () in f ())) else let cons_make_list_1094 (x_1092:int) (xs0_1093:int) (xs1_1093:(int -> (int -> unit) -> unit)) (k_make_list_cons_make_list_1606:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_make_list_cons_make_list_1606 (xs0_1093 + 1) (fun (i_3769:int) -> fun (k_make_list_cons_make_list_3770:(int -> unit)) -> (if i_3769 = 0 then k_make_list_cons_make_list_3770 x_1092 else xs1_1093 (i_3769 - 1) k_make_list_cons_make_list_3770)) in make_list_1008 (m_1009 - 1) (fun (x0_3777:int) -> fun (x1_3777:(int -> (int -> unit) -> unit)) -> (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () (fun (x_3785:int) -> cons_make_list_1094 x_3785 x0_3777 x1_3777 k_make_list_1577)) in let risersElse_1054 (x_1011:int) (x0_1024:int) (x1_1024:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) (k_risersElse_1768:(int -> (int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = if x0_1024 = 0 then let u_1077 (k_risersElse_u_1784:(unit -> unit)) = (fun _ _ -> assert false) () k_risersElse_u_1784 in u_1077 (fun (u_1798:unit) -> (let rec f () = f () in f ())) else if 1 <= x0_1024 then let ss_1013 (k_risersElse_ss_1820:(int -> (int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = k_risersElse_ss_1820 (x0_1024 - 1) (fun (x_3791:int) -> fun (k_risersElse_ss_3792:(int -> (int -> (int -> unit) -> unit) -> unit)) -> x1_1024 (x_3791 + 1) k_risersElse_ss_3792) in ss_1013 (fun (ss0_2321:int) -> fun (ss1_2321:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) -> (let s_1012 (k_risersElse_s_1885:(int -> (int -> (int -> unit) -> unit) -> unit)) = x1_1024 0 k_risersElse_s_1885 in s_1012 (fun (s0_2314:int) -> fun (s1_2314:(int -> (int -> unit) -> unit)) -> (let cons_risersElse_1161 (x0_1158:int) (x1_1158:(int -> (int -> unit) -> unit)) (xs0_1159:int) (xs1_1159:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) (k_risersElse_cons_risersElse_1921: (int -> (int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = k_risersElse_cons_risersElse_1921 (xs0_1159 + 1) (fun (i_3796:int) -> fun (k_risersElse_cons_risersElse_3797:( int -> (int -> (int -> unit) -> unit) -> unit)) -> (if i_3796 = 0 then k_risersElse_cons_risersElse_3797 x0_1158 x1_1158 else xs1_1159 (i_3796 - 1) k_risersElse_cons_risersElse_3797)) in let cons_risersElse_1154 (x0_1151:int) (x1_1151:(int -> (int -> unit) -> unit)) (xs0_1152:int) (xs1_1152:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) (k_risersElse_cons_risersElse_2103: (int -> (int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = k_risersElse_cons_risersElse_2103 (xs0_1152 + 1) (fun (i_3804:int) -> fun (k_risersElse_cons_risersElse_3805:( int -> (int -> (int -> unit) -> unit) -> unit)) -> (if i_3804 = 0 then k_risersElse_cons_risersElse_3805 x0_1151 x1_1151 else xs1_1152 (i_3804 - 1) k_risersElse_cons_risersElse_3805)) in cons_risersElse_1154 s0_2314 s1_2314 ss0_2321 ss1_2321 (fun (x0_3812:int) -> fun (x1_3812:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) -> cons_risersElse_1161 1 (fun (i_3838:int) -> fun (k_risersElse_3839:(int -> unit)) -> (if i_3838 = 0 then k_risersElse_3839 x_1011 else (let rec f () = f () in f ()))) x0_3812 x1_3812 k_risersElse_1768))))) else (let rec f () = f () in f ()) in let risersThen_1053 (x_1015:int) (x0_1032:int) (x1_1032:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) (k_risersThen_2381:(int -> (int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = if x0_1032 = 0 then let u_1078 (k_risersThen_u_2397:(unit -> unit)) = (fun _ _ -> assert false) () k_risersThen_u_2397 in u_1078 (fun (u_2411:unit) -> (let rec f () = f () in f ())) else if 1 <= x0_1032 then let ss_1017 (k_risersThen_ss_2433:(int -> (int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = k_risersThen_ss_2433 (x0_1032 - 1) (fun (x_3841:int) -> fun (k_risersThen_ss_3842:(int -> (int -> (int -> unit) -> unit) -> unit)) -> x1_1032 (x_3841 + 1) k_risersThen_ss_3842) in ss_1017 (fun (ss0_2836:int) -> fun (ss1_2836:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) -> (let s_1016 (k_risersThen_s_2498:(int -> (int -> (int -> unit) -> unit) -> unit)) = x1_1032 0 k_risersThen_s_2498 in s_1016 (fun (s0_2829:int) -> fun (s1_2829:(int -> (int -> unit) -> unit)) -> (let cons_risersThen_1257 (x0_1254:int) (x1_1254:(int -> (int -> unit) -> unit)) (xs0_1255:int) (xs1_1255:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) (k_risersThen_cons_risersThen_2534: (int -> (int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = k_risersThen_cons_risersThen_2534 (xs0_1255 + 1) (fun (i_3846:int) -> fun (k_risersThen_cons_risersThen_3847:( int -> (int -> (int -> unit) -> unit) -> unit)) -> (if i_3846 = 0 then k_risersThen_cons_risersThen_3847 x0_1254 x1_1254 else xs1_1255 (i_3846 - 1) k_risersThen_cons_risersThen_3847)) in let cons_risersThen_1238 (x_1236:int) (xs0_1237:int) (xs1_1237:(int -> (int -> unit) -> unit)) (k_risersThen_cons_risersThen_2643: (int -> (int -> (int -> unit) -> unit) -> unit)) = k_risersThen_cons_risersThen_2643 (xs0_1237 + 1) (fun (i_3854:int) -> fun (k_risersThen_cons_risersThen_3855:( int -> unit)) -> (if i_3854 = 0 then k_risersThen_cons_risersThen_3855 x_1236 else xs1_1237 (i_3854 - 1) k_risersThen_cons_risersThen_3855)) in cons_risersThen_1238 x_1015 s0_2829 s1_2829 (fun (x0_3862:int) -> fun (x1_3862:(int -> (int -> unit) -> unit)) -> cons_risersThen_1257 x0_3862 x1_3862 ss0_2836 ss1_2836 k_risersThen_2381))))) else (let rec f () = f () in f ()) in let rec risers_1052 (x0_1035:int) (x1_1035:(int -> (int -> unit) -> unit)) (k_risers_2893:(int -> (int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = if x0_1035 = 0 then k_risers_2893 0 (fun (x_4028:int) -> fun (k_risers_4029:(int -> (int -> (int -> unit) -> unit) -> unit)) -> (let rec f () = f () in f ())) else let k_risers_2967 (b_3877:bool) = if b_3877 then let x_3961 (k_risers_x_3962:(int -> unit)) = x1_1035 0 k_risers_x_3962 in x_3961 (fun (x_3965:int) -> (let n__f_3967 (k_risers_n__f_3968:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_risers_n__f_3968 1 (fun (i_4016:int) -> fun (k_risers_n__f_4017:(int -> unit)) -> (if i_4016 = 0 then k_risers_n__f_4017 x_3965 else (let rec f () = f () in f ()))) in n__f_3967 (fun (n__f0_3977:int) -> fun (n__f1_3977:(int -> (int -> unit) -> unit)) -> k_risers_2893 1 (fun (i_4022:int) -> fun (k_risers_4023:(int -> (int -> (int -> unit) -> unit) -> unit)) -> (if i_4022 = 0 then k_risers_4023 n__f0_3977 n__f1_3977 else (let rec f () = f () in f ())))))) else if 2 <= x0_1035 then let etc_3883 (k_risers_etc_3884:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_risers_etc_3884 (x0_1035 - 2) (fun (x_3987:int) -> fun (k_risers_etc_3988:(int -> unit)) -> x1_1035 (x_3987 + 2) k_risers_etc_3988) in etc_3883 (fun (etc0_3892:int) -> fun (etc1_3892:(int -> (int -> unit) -> unit)) -> (let x_3894 (k_risers_x_3895:(int -> unit)) = x1_1035 0 k_risers_x_3895 in x_3894 (fun (x_3898:int) -> (let y_3900 (k_risers_y_3901:(int -> unit)) = x1_1035 1 k_risers_y_3901 in y_3900 (fun (y_3904:int) -> (if x_3898 < y_3904 then let cons_risers_3941 (x_3942:int) (xs0_3943:int) (xs1_3943:(int -> (int -> unit) -> unit)) (k_risers_cons_risers_3944: (int -> (int -> (int -> unit) -> unit) -> unit)) = k_risers_cons_risers_3944 (xs0_3943 + 1) (fun (i_4004:int) -> fun (k_risers_cons_risers_4005: (int -> unit)) -> (if i_4004 = 0 then k_risers_cons_risers_4005 x_3942 else xs1_3943 (i_4004 - 1) k_risers_cons_risers_4005)) in cons_risers_3941 y_3904 etc0_3892 etc1_3892 (fun (x0_4012:int) -> fun (x1_4012:(int -> (int -> unit) -> unit)) -> risers_1052 x0_4012 x1_4012 (fun (x0_4014:int) -> fun (x1_4014:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) -> risersThen_1053 x_3898 x0_4014 x1_4014 k_risers_2893)) else let cons_risers_3915 (x_3916:int) (xs0_3917:int) (xs1_3917:(int -> (int -> unit) -> unit)) (k_risers_cons_risers_3918: (int -> (int -> (int -> unit) -> unit) -> unit)) = k_risers_cons_risers_3918 (xs0_3917 + 1) (fun (i_3992:int) -> fun (k_risers_cons_risers_3993: (int -> unit)) -> (if i_3992 = 0 then k_risers_cons_risers_3993 x_3916 else xs1_3917 (i_3992 - 1) k_risers_cons_risers_3993)) in cons_risers_3915 y_3904 etc0_3892 etc1_3892 (fun (x0_4000:int) -> fun (x1_4000:(int -> (int -> unit) -> unit)) -> risers_1052 x0_4000 x1_4000 (fun (x0_4002:int) -> fun (x1_4002:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) -> risersElse_1054 x_3898 x0_4002 x1_4002 k_risers_2893)))))))) else (let rec f () = f () in f ()) in if 1 <= x0_1035 then k_risers_2967 (x0_1035 - 1 = 0) else k_risers_2967 false in let main_1023 (m_1024:int) (k_main_3575:(int -> (int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = make_list_1008 m_1024 (fun (x0_4031:int) -> fun (x1_4031:(int -> (int -> unit) -> unit)) -> risers_1052 x0_4031 x1_4031 k_main_3575) in let main_1051 (k_main_3650:(int -> (int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit) -> unit)) = let arg1_1049 (k_main_arg1_3655:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_3655 in arg1_1049 (fun (arg1_3689:int) -> main_1023 arg1_3689 k_main_3650) in main_1051 (fun (main0_3702:int) -> fun (main1_3702:(int -> (int -> (int -> (int -> unit) -> unit) -> unit) -> unit)) -> ()) bench/progs/enc-rev_append.ml0000644000175000017500000000302612420602235016676 0ustar terauchiterauchilet rec append_1008 (x_1009:int) (y_1010:int) (k_append_1090:(int -> unit)) = if x_1009 = 0 then k_append_1090 y_1010 else append_1008 (x_1009 - 1) y_1010 (fun (x_1275:int) -> k_append_1090 (1 + x_1275)) in let rec rev_1011 (n_1012:int) (k_rev_1117:(int -> unit)) = if n_1012 = 0 then k_rev_1117 0 else rev_1011 (n_1012 - 1) (fun (x_1276:int) -> append_1008 x_1276 1 k_rev_1117) in let main_1013 (n_1014:int) (m_1015:int) (k_main_1160:(unit -> unit)) = let u_1052 (k_main_u_1185:(unit -> unit)) = rev_1011 n_1014 (fun (x_1279:int) -> (if x_1279 = n_1014 then k_main_u_1185 () else (fun _ _ -> assert false) () k_main_u_1185)) in u_1052 (fun (u_1214:unit) -> append_1008 n_1014 m_1015 (fun (x_1285:int) -> (if x_1285 = n_1014 + m_1015 then k_main_1160 () else (fun _ _ -> assert false) () k_main_1160))) in let main_1057 (k_main_1222:(unit -> unit)) = let arg1_1053 (k_main_arg1_1227:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1227 in arg1_1053 (fun (arg1_1257:int) -> (let arg2_1055 (k_main_arg2_1239:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1239 in arg2_1055 (fun (arg2_1256:int) -> main_1013 arg1_1257 arg2_1256 k_main_1222))) in main_1057 (fun (main_1258:unit) -> ()) bench/progs/repeat4.ml0000644000175000017500000000162512420602235015357 0ustar terauchiterauchilet succ_1008 (x_1009:int) (k_succ_1078:(int -> unit)) = k_succ_1078 (x_1009 + 1) in let rec repeat_1010 (f_1011:(int -> (int -> unit) -> unit)) (n_1012:int) (k_repeat_1088:(int -> unit)) = if n_1012 = 0 then k_repeat_1088 0 else repeat_1010 f_1011 (n_1012 - 1) (fun (x_1210:int) -> f_1011 x_1210 k_repeat_1088) in let main_1013 (n_1014:int) (k_main_1130:(unit -> unit)) = repeat_1010 succ_1008 n_1014 (fun (x_1212:int) -> (if x_1212 = n_1014 then k_main_1130 () else (fun _ _ -> assert false) () k_main_1130)) in let main_1045 (k_main_1169:(unit -> unit)) = let arg1_1043 (k_main_arg1_1174:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1174 in arg1_1043 (fun (arg1_1190:int) -> main_1013 arg1_1190 k_main_1169) in main_1045 (fun (main_1191:unit) -> ()) bench/progs/apply.ml0000644000175000017500000000116612420602235015140 0ustar terauchiterauchilet apply_1049 (f_1009:(int -> (unit -> unit) -> unit)) (x_1010:int) (k_apply_1085:(unit -> unit)) = f_1009 x_1010 k_apply_1085 in let g_1048 (y_1012:int) (z_1013:int) (k_g_1106:(unit -> unit)) = if y_1012 = z_1013 then k_g_1106 () else (fun _ _ -> assert false) () k_g_1106 in let rec k_1047 (n_1015:int) (k_k_1125:(unit -> unit)) = let u_1043 (k_k_u_1140:(unit -> unit)) = apply_1049 (g_1048 n_1015) n_1015 k_k_u_1140 in u_1043 (fun (u_1156:unit) -> k_1047 (n_1015 + 1) k_k_1125) in let main_1046 (k_main_1166:(unit -> unit)) = k_1047 0 k_main_1166 in main_1046 (fun (main_1172:unit) -> ()) bench/progs/flow.ml0000644000175000017500000000030112420602235014750 0ustar terauchiterauchilet lamp_1031 (x_1009:unit) (k_lamp_1065:(unit -> unit)) = k_lamp_1065 x_1009 in let main_1014 (k_main_1120:(unit -> unit)) = lamp_1031 () k_main_1120 in main_1014 (fun (main_1126:unit) -> ()) bench/progs/file-e.ml0000644000175000017500000000252512420602235015154 0ustar terauchiterauchilet open__1047 (x_1009:unit) (k_open__1080:(int -> unit)) = k_open__1080 1 in let read_1012 (fp_1013:int) (k_read_1094:(unit -> unit)) = if fp_1013 = 0 then k_read_1094 () else (fun _ _ -> assert false) () k_read_1094 in let rec read_n_1014 (fp_1015:int) (n_1016:int) (k_read_n_1112:(int -> unit)) = if n_1016 <= 0 then k_read_n_1112 fp_1015 else let u_1035 (k_read_n_u_1119:(unit -> unit)) = read_1012 fp_1015 k_read_n_u_1119 in u_1035 (fun (u_1136:unit) -> read_n_1014 fp_1015 (n_1016 - 1) k_read_n_1112) in let main_1017 (n_1018:int) (k_main_1148:(unit -> unit)) = let fp_1019 (k_main_fp_1155:(int -> unit)) = open__1047 () k_main_fp_1155 in fp_1019 (fun (fp_1186:int) -> (let fp_1020 (k_main_fp_1168:(int -> unit)) = read_n_1014 fp_1186 n_1018 k_main_fp_1168 in fp_1020 (fun (fp_1185:int) -> (if fp_1185 = 0 then k_main_1148 () else (fun _ _ -> assert false) () k_main_1148)))) in let main_1046 (k_main_1193:(unit -> unit)) = let arg1_1044 (k_main_arg1_1198:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1198 in arg1_1044 (fun (arg1_1214:int) -> main_1017 arg1_1214 k_main_1193) in main_1046 (fun (main_1215:unit) -> ()) bench/progs/forall_eq_pair.ml0000644000175000017500000000703612420602235016774 0ustar terauchiterauchilet rec for_all_1008 (f_1009:(int -> int -> (bool -> unit) -> unit)) (x0_1032:int) (x1_1032:(int -> (int -> int -> unit) -> unit)) (k_for_all_1256:(bool -> unit)) = if x0_1032 = 0 then k_for_all_1256 true else if 1 <= x0_1032 then let xs'_1012 (k_for_all_xs'_1269:(int -> (int -> (int -> int -> unit) -> unit) -> unit)) = k_for_all_xs'_1269 (x0_1032 - 1) (fun (x_1677:int) -> fun (k_for_all_xs'_1678:(int -> int -> unit)) -> x1_1032 (x_1677 + 1) k_for_all_xs'_1678) in xs'_1012 (fun (xs'0_1354:int) -> fun (xs'1_1354:(int -> (int -> int -> unit) -> unit)) -> (let x_1011 (k_for_all_x_1301:(int -> int -> unit)) = x1_1032 0 k_for_all_x_1301 in x_1011 (fun (x0_1350:int) -> fun (x1_1350:int) -> f_1009 x0_1350 x1_1350 (fun (b_1682:bool) -> (if b_1682 then for_all_1008 f_1009 xs'0_1354 xs'1_1354 k_for_all_1256 else k_for_all_1256 false))))) else (let rec f () = f () in f ()) in let rec eq_pair_1013 (x0_1075:int) (x1_1075:int) (k_eq_pair_1378:(bool -> unit)) = k_eq_pair_1378 (x0_1075 = x1_1075) in let rec make_list_1016 (n_1017:int) (k_make_list_1388:(int -> (int -> (int -> int -> unit) -> unit) -> unit)) = if n_1017 < 0 then k_make_list_1388 0 (fun (x_1705:int) -> fun (k_make_list_1706:(int -> int -> unit)) -> (let rec f () = f () in f ())) else let cons_make_list_1214 (x0_1212:int) (x1_1212:int) (xs0_1213:int) (xs1_1213:(int -> (int -> int -> unit) -> unit)) (k_make_list_cons_make_list_1417:(int -> (int -> (int -> int -> unit) -> unit) -> unit)) = k_make_list_cons_make_list_1417 (xs0_1213 + 1) (fun (i_1686:int) -> fun (k_make_list_cons_make_list_1687:(int -> int -> unit)) -> (if i_1686 = 0 then k_make_list_cons_make_list_1687 x0_1212 x1_1212 else xs1_1213 (i_1686 - 1) k_make_list_cons_make_list_1687)) in make_list_1016 (n_1017 - 1) (fun (x0_1694:int) -> fun (x1_1694:(int -> (int -> int -> unit) -> unit)) -> cons_make_list_1214 n_1017 n_1017 x0_1694 x1_1694 k_make_list_1388) in let main_1018 (n_1019:int) (k_main_1563:(unit -> unit)) = make_list_1016 n_1019 (fun (x0_1708:int) -> fun (x1_1708:(int -> (int -> int -> unit) -> unit)) -> for_all_1008 eq_pair_1013 x0_1708 x1_1708 (fun (b_1710:bool) -> (if b_1710 then k_main_1563 () else (fun _ _ -> assert false) () k_main_1563))) in let main_1128 (k_main_1626:(unit -> unit)) = let arg1_1126 (k_main_arg1_1631:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1631 in arg1_1126 (fun (arg1_1647:int) -> main_1018 arg1_1647 k_main_1626) in main_1128 (fun (main_1648:unit) -> ()) bench/progs/exception.ml0000644000175000017500000000134112420602235016004 0ustar terauchiterauchilet f_1008 (n_1009:int) (k_1010:(int -> (unit -> unit) -> unit)) (k_f_1075:(unit -> unit)) = if n_1009 >= 0 then k_f_1075 () else k_1010 0 k_f_1075 in let g_1011 (n_1012:int) (k_g_1100:(unit -> unit)) = if n_1012 = 0 then k_g_1100 () else (fun _ _ -> assert false) () k_g_1100 in let main_1013 (n_1014:int) (k_main_1118:(unit -> unit)) = f_1008 n_1014 g_1011 k_main_1118 in let main_1039 (k_main_1148:(unit -> unit)) = let arg1_1037 (k_main_arg1_1153:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1153 in arg1_1037 (fun (arg1_1169:int) -> main_1013 arg1_1169 k_main_1148) in main_1039 (fun (main_1170:unit) -> ()) bench/progs/enc-zip_map2.ml0000644000175000017500000000275412420602235016303 0ustar terauchiterauchilet loop_1008 (x_1009:unit) (k_loop_1090:(unit -> unit)) = (let rec f () = f () in f ()) in let rec zip_1010 (x_1011:int) (y_1012:int) (k_zip_1107:(int -> unit)) = if x_1011 = 0 then if y_1012 = 0 then k_zip_1107 x_1011 else let u_1025 (k_zip_u_1111:(unit -> unit)) = (fun _ _ -> assert false) () k_zip_u_1111 in u_1025 (fun (u_1119:unit) -> (let rec f () = f () in f ())) else if y_1012 = 0 then let u_1028 (k_zip_u_1127:(unit -> unit)) = (fun _ _ -> assert false) () k_zip_u_1127 in u_1028 (fun (u_1135:unit) -> (let rec f () = f () in f ())) else zip_1010 (x_1011 - 1) (y_1012 - 1) (fun (x_1276:int) -> k_zip_1107 (1 + x_1276)) in let rec map_1013 (x_1014:int) (k_map_1166:(int -> unit)) = if x_1014 = 0 then k_map_1166 x_1014 else map_1013 (x_1014 - 1) (fun (x_1277:int) -> k_map_1166 (1 + x_1277)) in let main_1015 (n_1016:int) (k_main_1191:(unit -> unit)) = zip_1010 n_1016 n_1016 (fun (x_1278:int) -> map_1013 x_1278 (fun (x_1280:int) -> (if x_1280 = n_1016 then k_main_1191 () else (fun _ _ -> assert false) () k_main_1191))) in let main_1057 (k_main_1234:(unit -> unit)) = let arg1_1055 (k_main_arg1_1239:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1239 in arg1_1055 (fun (arg1_1255:int) -> main_1015 arg1_1255 k_main_1234) in main_1057 (fun (main_1256:unit) -> ()) bench/progs/apply_add.ml0000644000175000017500000000145712420602235015753 0ustar terauchiterauchilet apply_1045 (f_1009:(int -> (int -> unit) -> unit)) (x_1010:int) (k_apply_1081:(int -> unit)) = f_1009 x_1010 k_apply_1081 in let add_1011 (x_1012:int) (y_1013:int) (k_add_1102:(int -> unit)) = k_add_1102 (x_1012 + y_1013) in let main_1014 (x_1015:int) (k_main_1110:(unit -> unit)) = apply_1045 (add_1011 x_1015) 0 (fun (x_1192:int) -> (if x_1192 >= x_1015 then k_main_1110 () else (fun _ _ -> assert false) () k_main_1110)) in let main_1044 (k_main_1150:(unit -> unit)) = let arg1_1042 (k_main_arg1_1155:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1155 in arg1_1042 (fun (arg1_1171:int) -> main_1014 arg1_1171 k_main_1150) in main_1044 (fun (main_1172:unit) -> ()) bench/progs/dotprod2.ml0000644000175000017500000000314212420602235015544 0ustar terauchiterauchilet rec dotprod_1013 (v1_1014:(int -> (int -> unit) -> unit)) (v2_1015:(int -> (int -> unit) -> unit)) (n_1016:int) (i_1017: int) (sum_1018:int) (k_dotprod_1209:(int -> unit)) = if i_1017 > n_1016 then k_dotprod_1209 sum_1018 else let u_1107 (k_dotprod_u_1224:(unit -> unit)) = let k_dotprod_u_1214 (b_1416:bool) = if b_1416 then k_dotprod_u_1224 () else (fun _ _ -> assert false) () k_dotprod_u_1224 in if 0 <= i_1017 then k_dotprod_u_1214 (i_1017 <= n_1016) else k_dotprod_u_1214 false in u_1107 (fun (u_1281:unit) -> v1_1014 i_1017 (fun (x_1420:int) -> v2_1015 i_1017 (fun (x_1425:int) -> dotprod_1013 v1_1014 v2_1015 n_1016 (i_1017 + 1) (sum_1018 + (x_1420 * x_1425)) k_dotprod_1209))) in let main_1019 (i_1020:unit) (n_1021:int) (k_main_1302:(unit -> unit)) = let v1_1140 (i_1023:int) (k_main_v1_1306:(int -> unit)) = k_main_v1_1306 0 in let v2_1139 (i_1025:int) (k_main_v2_1313:(int -> unit)) = k_main_v2_1313 0 in let u_1133 (k_main_u_1339:(int -> unit)) = dotprod_1013 v1_1140 v2_1139 n_1021 0 0 k_main_u_1339 in u_1133 (fun (u_1345:int) -> k_main_1302 ()) in let main_1138 (k_main_1361:(unit -> unit)) = let arg2_1136 (k_main_arg2_1366:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1366 in arg2_1136 (fun (arg2_1383:int) -> main_1019 () arg2_1383 k_main_1361) in main_1138 (fun (main_1384:unit) -> ()) bench/progs/fact_notpos.ml0000644000175000017500000000600612420602235016330 0ustar terauchiterauchilet rec fact_1009 (n_1010:int) (k_fact_1236:(int -> unit)) (h_1238:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) = (fun (h_1388:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) -> (if n_1010 <= 0 then h_1388 () (fun (path0_1635:int) -> fun (path1_1635:(int -> (int -> unit) -> unit)) -> fun (k_fact_1636:(int -> unit)) -> (if path0_1635 = 0 then k_fact_1636 1 else (let rec f () = f () in f ()))) else let h_1298 (e0_1574:unit) (e1_1574:(int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit)) = (fun (h_1604:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) -> e1_1574 0 (fun (x_1627:int) -> fun (k_fact_1628:(int -> unit)) -> (let rec f () = f () in f ())) (fun (x_1629:int) -> (if x_1629 = 1 then k_fact_1236 1 else h_1604 e0_1574 e1_1574))) h_1388 in fact_1009 (n_1010 - 1) (fun (x_1573:int) -> k_fact_1236 (n_1010 * x_1573)) h_1298)) h_1238 in let main_1011 (n_1012:int) (k_main_1400:(int -> unit)) (h_1402:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) = let h_1435 (e0_1641:unit) (e1_1641:(int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit)) = (fun (h_1680:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) -> e1_1641 0 (fun (x_1712:int) -> fun (k_main_1713:(int -> unit)) -> (let rec f () = f () in f ())) (fun (x_1714:int) -> (if x_1714 = 1 then let u_1721 (k_main_u_1722:(unit -> unit)) = if n_1012 <= 0 then k_main_u_1722 () else (fun _ _ -> assert false) () k_main_u_1722 in u_1721 (fun (u_1728:unit) -> k_main_1400 0) else h_1680 e0_1641 e1_1641))) h_1402 in fact_1009 n_1012 k_main_1400 h_1435 in let main_1031 (k_main_1527:(int -> unit)) (h_1529:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) = let arg1_1029 (k_main_arg1_1534:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1534 in arg1_1029 (fun (arg1_1557:int) -> main_1011 arg1_1557 k_main_1527 h_1529) in main_1031 (fun (main_1558:int) -> ()) (fun (e0_1730:unit) -> fun (e1_1730:(int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit)) -> (fun _ -> assert false) ()) bench/progs/mc91.ml0000644000175000017500000000146512420602235014566 0ustar terauchiterauchilet rec mc91_1008 (x_1009:int) (k_mc91_1063:(int -> unit)) = if x_1009 > 100 then k_mc91_1063 (x_1009 - 10) else mc91_1008 (x_1009 + 11) (fun (x_1163:int) -> mc91_1008 x_1163 k_mc91_1063) in let main_1010 (n_1011:int) (k_main_1094:(unit -> unit)) = if n_1011 <= 101 then mc91_1008 n_1011 (fun (x_1165:int) -> (if x_1165 = 91 then k_main_1094 () else (fun _ _ -> assert false) () k_main_1094)) else k_main_1094 () in let main_1030 (k_main_1130:(unit -> unit)) = let arg1_1028 (k_main_arg1_1135:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1135 in arg1_1028 (fun (arg1_1151:int) -> main_1010 arg1_1151 k_main_1130) in main_1030 (fun (main_1152:unit) -> ()) bench/progs/sigma_sum.ml0000644000175000017500000000205512420602235015775 0ustar terauchiterauchilet rec sum_1008 (n_1009:int) (k_sum_1085:(int -> unit)) = if n_1009 <= 0 then k_sum_1085 0 else sum_1008 (n_1009 - 1) (fun (x_1239:int) -> k_sum_1085 (n_1009 + x_1239)) in let rec sigma_1010 (f_1011:(int -> (int -> unit) -> unit)) (n_1012:int) (k_sigma_1113:(int -> unit)) = if n_1012 <= 0 then k_sigma_1113 0 else f_1011 n_1012 (fun (x_1240:int) -> sigma_1010 f_1011 (n_1012 - 1) (fun (x_1245:int) -> k_sigma_1113 (x_1240 + x_1245))) in let main_1013 (n_1014:int) (k_main_1159:(unit -> unit)) = sigma_1010 sum_1008 n_1014 (fun (x_1246:int) -> (if x_1246 >= n_1014 then k_main_1159 () else (fun _ _ -> assert false) () k_main_1159)) in let main_1052 (k_main_1198:(unit -> unit)) = let arg1_1050 (k_main_arg1_1203:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1203 in arg1_1050 (fun (arg1_1219:int) -> main_1013 arg1_1219 k_main_1198) in main_1052 (fun (main_1220:unit) -> ()) bench/progs/fold_div-e.ml0000644000175000017500000001405412420602235016023 0ustar terauchiterauchilet rec fold_left_1088 (f_1010:(int -> int -> (int -> unit) -> (unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit) -> unit)) (acc_1011:int) (xs0_1012:int) (xs1_1012:(int -> (int -> unit) -> unit)) (k_fold_left_1237:(int -> unit)) (h_1239:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) = (fun (h_1398:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) -> (if xs0_1012 = 0 then k_fold_left_1237 acc_1011 else (fun (h_1391:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) -> (if 1 <= xs0_1012 then let xs'_1014 (k_fold_left_xs'_1254:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_fold_left_xs'_1254 (xs0_1012 - 1) (fun (x_1888:int) -> fun (k_fold_left_xs'_1889:(int -> unit)) -> xs1_1012 (x_1888 + 1) k_fold_left_xs'_1889) in xs'_1014 (fun (xs'0_1383:int) -> fun (xs'1_1383:(int -> (int -> unit) -> unit)) -> (let x_1013 (k_fold_left_x_1288:(int -> unit)) = xs1_1012 0 k_fold_left_x_1288 in x_1013 (fun (x_1379:int) -> f_1010 acc_1011 x_1379 (fun (x_1893:int) -> fold_left_1088 f_1010 x_1893 xs'0_1383 xs'1_1383 k_fold_left_1237 h_1391) h_1391))) else (let rec f () = f () in f ()))) h_1398)) h_1239 in let rec randpos_1015 (x_1040:unit) (k_randpos_1421:(int -> unit)) = let n_1089 (k_randpos_n_1428:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_randpos_n_1428 in n_1089 (fun (n_1448:int) -> (if n_1448 >= 0 then k_randpos_1421 n_1448 else randpos_1015 () k_randpos_1421)) in let rec make_list_1017 (n_1018:int) (k_make_list_1460:(int -> (int -> (int -> unit) -> unit) -> unit)) = if n_1018 <= 0 then k_make_list_1460 0 (fun (x_1915:int) -> fun (k_make_list_1916:(int -> unit)) -> (let rec f () = f () in f ())) else let cons_make_list_1162 (x_1160:int) (xs0_1161:int) (xs1_1161:(int -> (int -> unit) -> unit)) (k_make_list_cons_make_list_1489:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_make_list_cons_make_list_1489 (xs0_1161 + 1) (fun (i_1896:int) -> fun (k_make_list_cons_make_list_1897:(int -> unit)) -> (if i_1896 = 0 then k_make_list_cons_make_list_1897 x_1160 else xs1_1161 (i_1896 - 1) k_make_list_cons_make_list_1897)) in make_list_1017 (n_1018 - 1) (fun (x0_1904:int) -> fun (x1_1904:(int -> (int -> unit) -> unit)) -> randpos_1015 () (fun (x_1912:int) -> cons_make_list_1162 x_1912 x0_1904 x1_1904 k_make_list_1460)) in let div_1087 (x_1020:int) (y_1021:int) (k_div_1641:(int -> unit)) (h_1643:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) = (fun (h_1696:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) -> (if y_1021 = 0 then h_1696 () (fun (path0_1918:int) -> fun (path1_1918:(int -> (int -> unit) -> unit)) -> fun (k_div_1919:(int -> unit)) -> (if path0_1918 = 0 then k_div_1919 1 else (let rec f () = f () in f ()))) else (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_div_1641)) h_1643 in let main_1022 (n_1023:int) (m_1024:int) (k_main_1709:(int -> unit)) (h_1711:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) = let xs_1025 (k_main_xs_1726:(int -> (int -> (int -> unit) -> unit) -> unit)) = make_list_1017 n_1023 k_main_xs_1726 in xs_1025 (fun (xs0_1784:int) -> fun (xs1_1784:(int -> (int -> unit) -> unit)) -> fold_left_1088 div_1087 m_1024 xs0_1784 xs1_1784 k_main_1709 h_1711) in let main_1086 (k_main_1796:(int -> unit)) (h_1798:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit) -> unit)) = let arg1_1082 (k_main_arg1_1803:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1803 in arg1_1082 (fun (arg1_1842:int) -> (let arg2_1084 (k_main_arg2_1817:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1817 in arg2_1084 (fun (arg2_1841:int) -> main_1022 arg1_1842 arg2_1841 k_main_1796 h_1798))) in main_1086 (fun (main_1843:int) -> ()) (fun (e0_1925:unit) -> fun (e1_1925:(int -> (int -> (int -> unit) -> unit) -> (int -> unit) -> unit)) -> (fun _ -> assert false) ()) bench/progs/bcopy.ml0000644000175000017500000000536212420602235015131 0ustar terauchiterauchilet make_array_1123 (n_1009:int) (k_make_array_1157:(int -> unit)) = k_make_array_1157 n_1009 in let arraysize_1122 (src_1011:int) (k_arraysize_1164:(int -> unit)) = k_arraysize_1164 src_1011 in let update_1121 (des_1013:int) (i_1014:int) (x_1015:int) (k_update_1171:(unit -> unit)) = let k_update_1174 (b_1429:bool) = if b_1429 then k_update_1171 () else (fun _ _ -> assert false) () k_update_1171 in if 0 <= i_1014 then k_update_1174 (i_1014 < des_1013) else k_update_1174 false in let sub_1016 (src_1017:int) (i_1018:int) (k_sub_1195:(int -> unit)) = let u_1050 (k_sub_u_1210:(unit -> unit)) = let k_sub_u_1200 (b_1433:bool) = if b_1433 then k_sub_u_1210 () else (fun _ _ -> assert false) () k_sub_u_1210 in if 0 <= i_1018 then k_sub_u_1200 (i_1018 < src_1017) else k_sub_u_1200 false in u_1050 (fun (u_1213:unit) -> k_sub_1195 0) in let rec bcopy_aux_1019 (src_1020:int) (des_1021:int) (i_1022:int) (m_1023:int) (k_bcopy_aux_1221:(unit -> unit)) = if i_1022 >= m_1023 then k_bcopy_aux_1221 () else let u_1088 (k_bcopy_aux_u_1241:(unit -> unit)) = sub_1016 src_1020 i_1022 (fun (x_1437:int) -> update_1121 des_1021 i_1022 x_1437 k_bcopy_aux_u_1241) in u_1088 (fun (u_1260:unit) -> bcopy_aux_1019 src_1020 des_1021 (i_1022 + 1) m_1023 k_bcopy_aux_1221) in let bcopy_1024 (src_1025:int) (des_1026:int) (k_bcopy_1274:(unit -> unit)) = arraysize_1122 src_1025 (fun (x_1439:int) -> bcopy_aux_1019 src_1025 des_1026 0 x_1439 k_bcopy_1274) in let main_1027 (n_1028:int) (m_1029:int) (k_main_1305:(unit -> unit)) = let array1_1030 (k_main_array1_1312:(int -> unit)) = make_array_1123 n_1028 k_main_array1_1312 in array1_1030 (fun (array1_1346:int) -> (let array2_1031 (k_main_array2_1324:(int -> unit)) = make_array_1123 m_1029 k_main_array2_1324 in array2_1031 (fun (array2_1345:int) -> (if n_1028 <= m_1029 then bcopy_1024 array1_1346 array2_1345 k_main_1305 else k_main_1305 ())))) in let main_1120 (k_main_1354:(unit -> unit)) = let arg1_1116 (k_main_arg1_1359:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1359 in arg1_1116 (fun (arg1_1389:int) -> (let arg2_1118 (k_main_arg2_1371:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1371 in arg2_1118 (fun (arg2_1388:int) -> main_1027 arg1_1389 arg2_1388 k_main_1354))) in main_1120 (fun (main_1390:unit) -> ()) bench/progs/bcopy-without-size.ml0000644000175000017500000000411012420602235017570 0ustar terauchiterauchilet make_array_1008 (n_1009:int) (i_1010:int) (k_make_array_1168:(int -> unit)) = let u_1023 (k_make_array_u_1183:(unit -> unit)) = let k_make_array_u_1173 (b_1438:bool) = if b_1438 then k_make_array_u_1183 () else (fun _ _ -> assert false) () k_make_array_u_1183 in if 0 <= i_1010 then k_make_array_u_1173 (i_1010 < n_1009) else k_make_array_u_1173 false in u_1023 (fun (u_1186:unit) -> k_make_array_1168 0) in let update_1133 (des_1012:(int -> (int -> unit) -> unit)) (i_1013:int) (x_1014: int) (k_update_1197:(unit -> unit)) = let u_1138 (k_update_u_1204:(int -> unit)) = des_1012 i_1013 k_update_u_1204 in u_1138 (fun (u_1210:int) -> k_update_1197 ()) in let rec bcopy_aux_1132 (m_1016:int) (src_1017:(int -> (int -> unit) -> unit)) (des_1018:(int -> (int -> unit) -> unit)) (i_1019:int) (k_bcopy_aux_1228:(unit -> unit)) = if i_1019 >= m_1016 then k_bcopy_aux_1228 () else let u_1098 (k_bcopy_aux_u_1253:(unit -> unit)) = src_1017 i_1019 (fun (x_1442:int) -> update_1133 des_1018 i_1019 x_1442 k_bcopy_aux_u_1253) in u_1098 (fun (u_1284:unit) -> bcopy_aux_1132 m_1016 src_1017 des_1018 (i_1019 + 1) k_bcopy_aux_1228) in let main_1020 (n_1021:int) (m_1022:int) (k_main_1304:(unit -> unit)) = if n_1021 <= m_1022 then bcopy_aux_1132 n_1021 (make_array_1008 n_1021) (make_array_1008 m_1022) 0 k_main_1304 else k_main_1304 () in let main_1131 (k_main_1367:(unit -> unit)) = let arg1_1127 (k_main_arg1_1372:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1372 in arg1_1127 (fun (arg1_1402:int) -> (let arg2_1129 (k_main_arg2_1384:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1384 in arg2_1129 (fun (arg2_1401:int) -> main_1020 arg1_1402 arg2_1401 k_main_1367))) in main_1131 (fun (main_1403:unit) -> ()) bench/progs/sum-e.ml0000644000175000017500000000134712420602235015042 0ustar terauchiterauchilet rec sum_1008 (n_1009:int) (k_sum_1062:(int -> unit)) = if n_1009 <= 0 then k_sum_1062 0 else sum_1008 (n_1009 - 1) (fun (x_1152:int) -> k_sum_1062 (n_1009 + x_1152)) in let main_1010 (n_1011:int) (k_main_1087:(unit -> unit)) = sum_1008 n_1011 (fun (x_1153:int) -> (if n_1011 + 1 <= x_1153 then k_main_1087 () else (fun _ _ -> assert false) () k_main_1087)) in let main_1029 (k_main_1119:(unit -> unit)) = let arg1_1027 (k_main_arg1_1124:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1124 in arg1_1027 (fun (arg1_1140:int) -> main_1010 arg1_1140 k_main_1119) in main_1029 (fun (main_1141:unit) -> ()) bench/progs/mult-e.ml0000644000175000017500000000161212420602235015212 0ustar terauchiterauchilet rec mult_1008 (n_1009:int) (m_1010:int) (k_mult_1073:(int -> unit)) = let k_mult_1076 (b_1171:bool) = if b_1171 then k_mult_1073 0 else mult_1008 n_1009 (m_1010 - 1) (fun (x_1178:int) -> k_mult_1073 (n_1009 + x_1178)) in if n_1009 <= 0 then k_mult_1076 true else k_mult_1076 (m_1010 <= 0) in let main_1011 (n_1012:int) (k_main_1104:(unit -> unit)) = mult_1008 n_1012 n_1012 (fun (x_1179:int) -> (if n_1012 + 1 <= x_1179 then k_main_1104 () else (fun _ _ -> assert false) () k_main_1104)) in let main_1040 (k_main_1137:(unit -> unit)) = let arg1_1038 (k_main_arg1_1142:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1142 in arg1_1038 (fun (arg1_1158:int) -> main_1011 arg1_1158 k_main_1137) in main_1040 (fun (main_1159:unit) -> ()) bench/progs/dotprod_.ml0000644000175000017500000000437112420602235015626 0ustar terauchiterauchilet make_array_1008 (n_1009:int) (i_1010:int) (k_make_array_1184:(int -> unit)) = let u_1023 (k_make_array_u_1199:(unit -> unit)) = let k_make_array_u_1189 (b_1481:bool) = if b_1481 then k_make_array_u_1199 () else (fun _ _ -> assert false) () k_make_array_u_1199 in if 0 <= i_1010 then k_make_array_u_1189 (i_1010 < n_1009) else k_make_array_u_1189 false in u_1023 (fun (u_1202:unit) -> k_make_array_1184 0) in let rec dotprod_1011 (n_1012:int) (v1_1013:(int -> (int -> unit) -> unit)) (v2_1014:(int -> (int -> unit) -> unit)) (i_1015:int) (sum_1016: int) (k_dotprod_1216:(int -> unit)) = if i_1015 >= n_1012 then k_dotprod_1216 sum_1016 else let u_1107 (k_dotprod_u_1267:(int -> unit)) = v1_1013 i_1015 (fun (x_1485:int) -> v2_1014 i_1015 (fun (x_1491:int) -> dotprod_1011 n_1012 v1_1013 v2_1014 (i_1015 + 1) ((sum_1016 + x_1485) + x_1491) k_dotprod_u_1267)) in u_1107 (fun (u_1327:int) -> v1_1013 i_1015 (fun (x_1494:int) -> v2_1014 i_1015 (fun (x_1500:int) -> dotprod_1011 n_1012 v1_1013 v2_1014 (i_1015 + 1) ((sum_1016 + x_1494) + x_1500) k_dotprod_1216))) in let main_1017 (n_1018:int) (m_1019:unit) (z_1020:int) (k_main_1348:(unit -> unit)) = if z_1020 = 0 then let u_1144 (k_main_u_1389:(int -> unit)) = dotprod_1011 n_1018 (make_array_1008 n_1018) (make_array_1008 n_1018) z_1020 z_1020 k_main_u_1389 in u_1144 (fun (u_1395:int) -> k_main_1348 ()) else k_main_1348 () in let main_1151 (k_main_1416:(unit -> unit)) = let arg1_1145 (k_main_arg1_1421:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1421 in arg1_1145 (fun (arg1_1452:int) -> (let arg3_1149 (k_main_arg3_1433:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg3_1433 in arg3_1149 (fun (arg3_1451:int) -> main_1017 arg1_1452 () arg3_1451 k_main_1416))) in main_1151 (fun (main_1453:unit) -> ()) bench/progs/a-max-e.ml0000644000175000017500000000400312420602235015231 0ustar terauchiterauchilet make_array_1008 (n_1009:int) (i_1010:int) (k_make_array_1142:(int -> unit)) = k_make_array_1142 (n_1009 - i_1010) in let rec array_max_1011 (x_1028:int) (i_1123:int) (x_1124:(int -> (int -> unit) -> unit)) (m_1125:int) (k_array_max_1153:(int -> unit)) = if i_1123 >= x_1028 then k_array_max_1153 m_1125 else let x_1126 (k_array_max_x_1160:(int -> unit)) = x_1124 i_1123 k_array_max_x_1160 in x_1126 (fun (x_1192:int) -> (let z_1127 (k_array_max_z_1169:(int -> unit)) = if x_1192 > m_1125 then k_array_max_z_1169 m_1125 else k_array_max_z_1169 x_1192 in z_1127 (fun (z_1191:int) -> array_max_1011 x_1028 (i_1123 + 1) x_1124 z_1191 k_array_max_1153))) in let main_1018 (n_1019:int) (i_1020:int) (k_main_1209:(unit -> unit)) = let k_main_1216 (b_1322:bool) = if b_1322 then let m_1324 (k_main_m_1325:(int -> unit)) = array_max_1011 n_1019 i_1020 (make_array_1008 n_1019) (-1) k_main_m_1325 in m_1324 (fun (m_1328:int) -> (if m_1328 >= n_1019 then k_main_1209 () else (fun _ _ -> assert false) () k_main_1209)) else k_main_1209 () in if n_1019 > 0 then if i_1020 >= 0 then k_main_1216 (i_1020 <= 0) else k_main_1216 false else k_main_1216 false in let main_1091 (k_main_1263:(unit -> unit)) = let arg1_1087 (k_main_arg1_1268:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1268 in arg1_1087 (fun (arg1_1298:int) -> (let arg2_1089 (k_main_arg2_1280:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1280 in arg2_1089 (fun (arg2_1297:int) -> main_1018 arg1_1298 arg2_1297 k_main_1263))) in main_1091 (fun (main_1299:unit) -> ()) bench/progs/a-init.ml0000644000175000017500000000571012420602235015173 0ustar terauchiterauchilet make_array_1008 (n_1009:int) (i_1010:int) (k_make_array_1191:(int -> unit)) = let u_1023 (k_make_array_u_1206:(unit -> unit)) = let k_make_array_u_1196 (b_1503:bool) = if b_1503 then k_make_array_u_1206 () else (fun _ _ -> assert false) () k_make_array_u_1206 in if 0 <= i_1010 then k_make_array_u_1196 (i_1010 < n_1009) else k_make_array_u_1196 false in u_1023 (fun (u_1209:unit) -> k_make_array_1191 0) in let update_1011 (i_1012:int) (a_1013:(int -> (int -> unit) -> unit)) (x_1014: int) (j_1015:int) (k_update_1220:(int -> unit)) = let k_update_1223 (b_1507:bool) = if b_1507 then k_update_1220 x_1014 else a_1013 j_1015 k_update_1220 in if j_1015 > i_1012 - 1 then k_update_1223 (j_1015 <= i_1012) else k_update_1223 false in let rec init_1016 (i_1017:int) (n_1018:int) (a_1019:(int -> (int -> unit) -> unit)) (k_init_1257:((int -> (int -> unit) -> unit) -> unit)) = if i_1017 >= n_1018 then k_init_1257 a_1019 else init_1016 (i_1017 + 1) n_1018 (update_1011 i_1017 a_1019 1) k_init_1257 in let main_1020 (k_1021:int) (n_1022:int) (i_1023:int) (k_main_1324:(unit -> unit)) = let k_main_1327 (b_1511:bool) = if b_1511 then let x_1513 (k_main_x_1514:((int -> (int -> unit) -> unit) -> unit)) = init_1016 k_1021 n_1022 (make_array_1008 n_1022) k_main_x_1514 in x_1513 (fun (x_1517:(int -> (int -> unit) -> unit)) -> (let k_main_1534 (b_1536:bool) = if b_1536 then x_1517 i_1023 (fun (x_1549:int) -> (if x_1549 >= 1 then k_main_1324 () else (fun _ _ -> assert false) () k_main_1324)) else k_main_1324 () in if 0 <= i_1023 then k_main_1534 (i_1023 < n_1022) else k_main_1534 false)) else k_main_1324 () in if k_1021 >= 0 then k_main_1327 (k_1021 <= 0) else k_main_1327 false in let main_1158 (k_main_1417:(unit -> unit)) = let arg1_1152 (k_main_arg1_1422:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1422 in arg1_1152 (fun (arg1_1466:int) -> (let arg2_1154 (k_main_arg2_1434:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1434 in arg2_1154 (fun (arg2_1465:int) -> (let arg3_1156 (k_main_arg3_1446:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg3_1446 in arg3_1156 (fun (arg3_1464:int) -> main_1020 arg1_1466 arg2_1465 arg3_1464 k_main_1417))))) in main_1158 (fun (main_1467:unit) -> ()) bench/progs/bcopy5.ml0000644000175000017500000000534712420602235015221 0ustar terauchiterauchilet make_array_1008 (n_1009:int) (i_1010:int) (k_make_array_1212:(int -> unit)) = let u_1023 (k_make_array_u_1227:(unit -> unit)) = let k_make_array_u_1217 (b_1559:bool) = if b_1559 then k_make_array_u_1227 () else (fun _ _ -> assert false) () k_make_array_u_1227 in if 0 <= i_1010 then k_make_array_u_1217 (i_1010 < n_1009) else k_make_array_u_1217 false in u_1023 (fun (u_1230:unit) -> k_make_array_1212 0) in let update_1179 (i_1012:int) (n_1013:int) (a_1014:(int -> (int -> unit) -> unit)) (x_1015:int) (k_update_1244:((int -> (int -> unit) -> unit) -> unit)) = let u_1075 (k_update_u_1254:(int -> unit)) = a_1014 i_1012 k_update_u_1254 in u_1075 (fun (u_1282:int) -> k_update_1244 (let a_1016 (j_1017:int) (k_update_a_1264:(int -> unit)) = if i_1012 = j_1017 then k_update_a_1264 x_1015 else a_1014 j_1017 k_update_a_1264 in a_1016)) in let rec bcopy_aux_1178 (m_1019:int) (src_1020:(int -> (int -> unit) -> unit)) (des_1021:(int -> (int -> unit) -> unit)) (i_1022:int) (k_bcopy_aux_1304:(unit -> unit)) = if i_1022 >= m_1019 then k_bcopy_aux_1304 () else src_1020 i_1022 (fun (x_1563:int) -> update_1179 i_1022 m_1019 des_1021 x_1563 (fun (x_1565:(int -> (int -> unit) -> unit)) -> bcopy_aux_1178 m_1019 src_1020 x_1565 (i_1022 + 1) k_bcopy_aux_1304)) in let main_1023 (i_1024:int) (n_1025:int) (m_1026:int) (k_main_1401:(unit -> unit)) = let k_main_1422 (b_1568:bool) = if b_1568 then bcopy_aux_1178 n_1025 (make_array_1008 n_1025) (make_array_1008 m_1026) i_1024 k_main_1401 else k_main_1401 () in if i_1024 = 0 then k_main_1422 (n_1025 <= m_1026) else k_main_1422 false in let main_1177 (k_main_1469:(unit -> unit)) = let arg1_1171 (k_main_arg1_1474:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1474 in arg1_1171 (fun (arg1_1518:int) -> (let arg2_1173 (k_main_arg2_1486:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1486 in arg2_1173 (fun (arg2_1517:int) -> (let arg3_1175 (k_main_arg3_1498:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg3_1498 in arg3_1175 (fun (arg3_1516:int) -> main_1023 arg1_1518 arg2_1517 arg3_1516 k_main_1469))))) in main_1177 (fun (main_1519:unit) -> ()) bench/progs/bsearch.ml0000644000175000017500000000646712420602235015433 0ustar terauchiterauchilet div_1140 (x_1141:int) (x_1142:int) (k_div_1178:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_div_1178 in let make_array_1144 (n_1009:int) (k_make_array_1196:(int -> unit)) = k_make_array_1196 n_1009 in let arraysize_1143 (src_1011:int) (k_arraysize_1203:(int -> unit)) = k_arraysize_1203 src_1011 in let sub_1016 (src_1017:int) (i_1018:int) (k_sub_1234:(int -> unit)) = let u_1050 (k_sub_u_1249:(unit -> unit)) = let k_sub_u_1239 (b_1515:bool) = if b_1515 then k_sub_u_1249 () else (fun _ _ -> assert false) () k_sub_u_1249 in if 0 <= i_1018 then k_sub_u_1239 (i_1018 < src_1017) else k_sub_u_1239 false in u_1050 (fun (u_1252:unit) -> k_sub_1234 0) in let rec bs_aux_1019 (key_1020:int) (vec_1021:int) (l_1022:int) (u_1023:int) (k_bs_aux_1260:(int -> unit)) = if u_1023 < l_1022 then k_bs_aux_1260 (-1) else let m_1024 (k_bs_aux_m_1264:(int -> unit)) = div_1140 (u_1023 - l_1022) 2 (fun (x_1519:int) -> k_bs_aux_m_1264 (l_1022 + x_1519)) in m_1024 (fun (m_1326:int) -> (let x_1025 (k_bs_aux_x_1285:(int -> unit)) = sub_1016 vec_1021 m_1326 k_bs_aux_x_1285 in x_1025 (fun (x_1325:int) -> (if x_1325 < key_1020 then bs_aux_1019 key_1020 vec_1021 (m_1326 + 1) u_1023 k_bs_aux_1260 else if x_1325 > key_1020 then bs_aux_1019 key_1020 vec_1021 l_1022 (m_1326 - 1) k_bs_aux_1260 else k_bs_aux_1260 m_1326)))) in let bsearch_1026 (key_1027:int) (vec_1028:int) (k_bsearch_1340:(int -> unit)) = arraysize_1143 vec_1028 (fun (x_1520:int) -> bs_aux_1019 key_1027 vec_1028 0 (x_1520 - 1) k_bsearch_1340) in let main_1029 (n_1030:int) (m_1031:int) (k_main_1375:(unit -> unit)) = let v1_1032 (k_main_v1_1382:(int -> unit)) = make_array_1144 n_1030 k_main_v1_1382 in v1_1032 (fun (v1_1423:int) -> (let v2_1033 (k_main_v2_1394:(int -> unit)) = make_array_1144 m_1031 k_main_v2_1394 in v2_1033 (fun (v2_1422:int) -> (let k_main_1402 (b_1524:bool) = if b_1524 then let u_1526 (k_main_u_1527:(int -> unit)) = bsearch_1026 v1_1423 v2_1422 k_main_u_1527 in u_1526 (fun (u_1530:int) -> k_main_1375 ()) else k_main_1375 () in if 0 <= n_1030 then k_main_1402 (n_1030 = m_1031) else k_main_1402 false)))) in let main_1139 (k_main_1431:(unit -> unit)) = let arg1_1135 (k_main_arg1_1436:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1436 in arg1_1135 (fun (arg1_1466:int) -> (let arg2_1137 (k_main_arg2_1448:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1448 in arg2_1137 (fun (arg2_1465:int) -> main_1029 arg1_1466 arg2_1465 k_main_1431))) in main_1139 (fun (main_1467:unit) -> ()) bench/progs/gib2.ml0000644000175000017500000000327012420602235014634 0ustar terauchiterauchilet rec gib_1008 (a_1009:int) (b_1010:int) (n_1011:int) (k_gib_1105:(int -> unit)) = if n_1011 = 0 then k_gib_1105 a_1009 else if n_1011 = 1 then k_gib_1105 b_1010 else gib_1008 a_1009 b_1010 (n_1011 - 1) (fun (x_1259:int) -> gib_1008 a_1009 b_1010 (n_1011 - 2) (fun (x_1264:int) -> k_gib_1105 (x_1259 + x_1264))) in let main_1012 (n_1013:int) (a_1014:int) (b_1015:int) (k_main_1150:(unit -> unit)) = let k_main_1153 (b_1265:bool) = if b_1265 then gib_1008 a_1014 b_1015 n_1013 (fun (x_1278:int) -> (if x_1278 >= 0 then k_main_1150 () else (fun _ _ -> assert false) () k_main_1150)) else k_main_1150 () in if a_1014 >= 0 then k_main_1153 (b_1015 >= 0) else k_main_1153 false in let main_1072 (k_main_1194:(unit -> unit)) = let arg1_1066 (k_main_arg1_1199:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1199 in arg1_1066 (fun (arg1_1243:int) -> (let arg2_1068 (k_main_arg2_1211:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1211 in arg2_1068 (fun (arg2_1242:int) -> (let arg3_1070 (k_main_arg3_1223:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg3_1223 in arg3_1070 (fun (arg3_1241:int) -> main_1012 arg1_1243 arg2_1242 arg3_1241 k_main_1194))))) in main_1072 (fun (main_1244:unit) -> ()) bench/progs/iter.ml0000644000175000017500000000615412420602235014760 0ustar terauchiterauchilet rec iter_1008 (x_1014:(int -> (unit -> unit) -> unit)) (xs0_1075:int) (xs1_1075:(int -> (int -> unit) -> unit)) (k_iter_1184:(unit -> unit)) = if xs0_1075 = 0 then k_iter_1184 () else if 1 <= xs0_1075 then let xs'_1012 (k_iter_xs'_1197:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_iter_xs'_1197 (xs0_1075 - 1) (fun (x_1587:int) -> fun (k_iter_xs'_1588:(int -> unit)) -> xs1_1075 (x_1587 + 1) k_iter_xs'_1588) in xs'_1012 (fun (xs'0_1281:int) -> fun (xs'1_1281:(int -> (int -> unit) -> unit)) -> (let x_1011 (k_iter_x_1229:(int -> unit)) = xs1_1075 0 k_iter_x_1229 in x_1011 (fun (x_1277:int) -> (let u_1076 (k_iter_u_1241:(unit -> unit)) = x_1014 x_1277 k_iter_u_1241 in u_1076 (fun (u_1276:unit) -> iter_1008 x_1014 xs'0_1281 xs'1_1281 k_iter_1184))))) else (let rec f () = f () in f ()) in let rec make_list_1013 (n_1014:int) (k_make_list_1308:(int -> (int -> (int -> unit) -> unit) -> unit)) = if n_1014 < 0 then k_make_list_1308 0 (fun (x_1602:int) -> fun (k_make_list_1603:(int -> unit)) -> (let rec f () = f () in f ())) else let cons_make_list_1133 (x_1131:int) (xs0_1132:int) (xs1_1132:(int -> (int -> unit) -> unit)) (k_make_list_cons_make_list_1337:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_make_list_cons_make_list_1337 (xs0_1132 + 1) (fun (i_1592:int) -> fun (k_make_list_cons_make_list_1593:(int -> unit)) -> (if i_1592 = 0 then k_make_list_cons_make_list_1593 x_1131 else xs1_1132 (i_1592 - 1) k_make_list_cons_make_list_1593)) in make_list_1013 (n_1014 - 1) (fun (x0_1600:int) -> fun (x1_1600:(int -> (int -> unit) -> unit)) -> cons_make_list_1133 n_1014 x0_1600 x1_1600 k_make_list_1308) in let check_1015 (x_1016:int) (k_check_1454:(unit -> unit)) = if x_1016 >= 0 then k_check_1454 () else (fun _ _ -> assert false) () k_check_1454 in let main_1017 (n_1018:int) (k_main_1472:(unit -> unit)) = let xs_1019 (k_main_xs_1485:(int -> (int -> (int -> unit) -> unit) -> unit)) = make_list_1013 n_1018 k_main_xs_1485 in xs_1019 (fun (xs0_1529:int) -> fun (xs1_1529:(int -> (int -> unit) -> unit)) -> iter_1008 check_1015 xs0_1529 xs1_1529 k_main_1472) in let main_1050 (k_main_1536:(unit -> unit)) = let arg1_1048 (k_main_arg1_1541:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1541 in arg1_1048 (fun (arg1_1557:int) -> main_1017 arg1_1557 k_main_1536) in main_1050 (fun (main_1558:unit) -> ()) bench/progs/fold_right.ml0000644000175000017500000000701512420602235016133 0ustar terauchiterauchilet rec fold_right_1008 (x_1018:(int -> int -> (int -> unit) -> unit)) (xs0_1105: int) (xs1_1105:(int -> (int -> unit) -> unit)) (acc_1106:int) (k_fold_right_1215:(int -> unit)) = if xs0_1105 = 0 then k_fold_right_1215 acc_1106 else if 1 <= xs0_1105 then let xs'_1013 (k_fold_right_xs'_1228:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_fold_right_xs'_1228 (xs0_1105 - 1) (fun (x_1636:int) -> fun (k_fold_right_xs'_1637:(int -> unit)) -> xs1_1105 (x_1636 + 1) k_fold_right_xs'_1637) in xs'_1013 (fun (xs'0_1307:int) -> fun (xs'1_1307:(int -> (int -> unit) -> unit)) -> (let x_1012 (k_fold_right_x_1260:(int -> unit)) = xs1_1105 0 k_fold_right_x_1260 in x_1012 (fun (x_1303:int) -> fold_right_1008 x_1018 xs'0_1307 xs'1_1307 acc_1106 (fun (x_1641:int) -> x_1018 x_1303 x_1641 k_fold_right_1215)))) else (let rec f () = f () in f ()) in let rec make_list_1014 (n_1015:int) (k_make_list_1336:(int -> (int -> (int -> unit) -> unit) -> unit)) = if n_1015 < 0 then k_make_list_1336 0 (fun (x_1653:int) -> fun (k_make_list_1654:(int -> unit)) -> (let rec f () = f () in f ())) else let cons_make_list_1163 (x_1161:int) (xs0_1162:int) (xs1_1162:(int -> (int -> unit) -> unit)) (k_make_list_cons_make_list_1365:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_make_list_cons_make_list_1365 (xs0_1162 + 1) (fun (i_1643:int) -> fun (k_make_list_cons_make_list_1644:(int -> unit)) -> (if i_1643 = 0 then k_make_list_cons_make_list_1644 x_1161 else xs1_1162 (i_1643 - 1) k_make_list_cons_make_list_1644)) in make_list_1014 (n_1015 - 1) (fun (x0_1651:int) -> fun (x1_1651:(int -> (int -> unit) -> unit)) -> cons_make_list_1163 n_1015 x0_1651 x1_1651 k_make_list_1336) in let add_1016 (x_1017:int) (y_1018:int) (k_add_1482:(int -> unit)) = k_add_1482 (x_1017 + y_1018) in let main_1019 (n_1020:int) (m_1021:int) (k_main_1490:(unit -> unit)) = let xs_1022 (k_main_xs_1503:(int -> (int -> (int -> unit) -> unit) -> unit)) = make_list_1014 n_1020 k_main_xs_1503 in xs_1022 (fun (xs0_1559:int) -> fun (xs1_1559:(int -> (int -> unit) -> unit)) -> fold_right_1008 add_1016 xs0_1559 xs1_1559 m_1021 (fun (x_1656:int) -> (if x_1656 >= m_1021 then k_main_1490 () else (fun _ _ -> assert false) () k_main_1490))) in let main_1082 (k_main_1567:(unit -> unit)) = let arg1_1078 (k_main_arg1_1572:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1572 in arg1_1078 (fun (arg1_1602:int) -> (let arg2_1080 (k_main_arg2_1584:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1584 in arg2_1080 (fun (arg2_1601:int) -> main_1019 arg1_1602 arg2_1601 k_main_1567))) in main_1082 (fun (main_1603:unit) -> ()) bench/progs/gib.ml0000644000175000017500000000325612420602235014556 0ustar terauchiterauchilet rec gib_1008 (a_1009:int) (b_1010:int) (n_1011:int) (k_gib_1105:(int -> unit)) = if n_1011 = 0 then k_gib_1105 a_1009 else if n_1011 = 1 then k_gib_1105 b_1010 else gib_1008 a_1009 b_1010 (n_1011 - 1) (fun (x_1259:int) -> gib_1008 a_1009 b_1010 (n_1011 - 2) (fun (x_1264:int) -> k_gib_1105 (x_1259 + x_1264))) in let main_1012 (n_1013:int) (a_1014:int) (b_1015:int) (k_main_1150:(unit -> unit)) = let k_main_1153 (b_1265:bool) = if b_1265 then gib_1008 0 1 n_1013 (fun (x_1278:int) -> (if x_1278 >= 0 then k_main_1150 () else (fun _ _ -> assert false) () k_main_1150)) else k_main_1150 () in if a_1014 >= 0 then k_main_1153 (b_1015 >= 0) else k_main_1153 false in let main_1072 (k_main_1194:(unit -> unit)) = let arg1_1066 (k_main_arg1_1199:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1199 in arg1_1066 (fun (arg1_1243:int) -> (let arg2_1068 (k_main_arg2_1211:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1211 in arg2_1068 (fun (arg2_1242:int) -> (let arg3_1070 (k_main_arg3_1223:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg3_1223 in arg3_1070 (fun (arg3_1241:int) -> main_1012 arg1_1243 arg2_1242 arg3_1241 k_main_1194))))) in main_1072 (fun (main_1244:unit) -> ()) bench/progs/sum2.ml0000644000175000017500000000135512420602235014701 0ustar terauchiterauchilet rec sum_1008 (n_1009:int) (k_sum_1064:(int -> unit)) = if n_1009 <= 0 then k_sum_1064 0 else sum_1008 (n_1009 - 1) (fun (x_1154:int) -> k_sum_1064 (n_1009 + x_1154)) in let main_1010 (n_1011:int) (k_main_1089:(unit -> unit)) = sum_1008 n_1011 (fun (x_1155:int) -> (if (2 * n_1011) - 1 <= x_1155 then k_main_1089 () else (fun _ _ -> assert false) () k_main_1089)) in let main_1031 (k_main_1121:(unit -> unit)) = let arg1_1029 (k_main_arg1_1126:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1126 in arg1_1029 (fun (arg1_1142:int) -> main_1010 arg1_1142 k_main_1121) in main_1031 (fun (main_1143:unit) -> ()) bench/progs/apply_context_sensitive.ml0000644000175000017500000000141312420602235020770 0ustar terauchiterauchilet apply_1050 (f_1009:(int -> (unit -> unit) -> unit)) (x_1010:int) (k_apply_1087:(unit -> unit)) = f_1009 x_1010 k_apply_1087 in let f1_1011 (x_1012:int) (k_f1_1108:(unit -> unit)) = if x_1012 = 0 then k_f1_1108 () else (fun _ _ -> assert false) () k_f1_1108 in let f2_1013 (x_1014:int) (k_f2_1126:(unit -> unit)) = if x_1014 = 1 then k_f2_1126 () else (fun _ _ -> assert false) () k_f2_1126 in let main_1015 (x_1036:unit) (k_main_1144:(unit -> unit -> unit)) = apply_1050 f2_1013 1 (fun (x_1223:unit) -> apply_1050 f1_1011 0 (fun (x_1228:unit) -> k_main_1144 x_1228 x_1223)) in let main_1049 (k_main_1194:(unit -> unit -> unit)) = main_1015 () k_main_1194 in main_1049 (fun (main0_1200:unit) -> fun (main1_1200:unit) -> ()) bench/progs/arith_exp-e.ml0000644000175000017500000012175112420602235016223 0ustar terauchiterauchilet rec eval_1011 (e0_1012:unit) (e1_1012:(int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit)) (k_eval_2135:(int -> unit)) = e1_1012 0 (fun (x_4440:int) -> fun (k_eval_4441:(int -> unit)) -> (let rec f () = f () in f ())) (fun (p0_4442:int) -> fun (p1_4442:int) -> (if p0_4442 = 1 then let n_4536 (k_eval_n_4537:(int -> unit)) = e1_1012 1 (fun (i_4719:int) -> fun (k_eval_n_4720:(int -> unit)) -> (if i_4719 = 0 then k_eval_n_4720 0 else (let rec f () = f () in f ()))) (fun (p0_4722:int) -> fun (p1_4722:int) -> k_eval_n_4537 p1_4722) in n_4536 (fun (n_4551:int) -> k_eval_2135 n_4551) else e1_1012 0 (fun (x_4557:int) -> fun (k_eval_4558:(int -> unit)) -> (let rec f () = f () in f ())) (fun (p0_4559:int) -> fun (p1_4559:int) -> (if p0_4559 = 2 then let e1_4565 (k_eval_e1_4566:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit) -> unit)) = k_eval_e1_4566 () (fun (path0_4635:int) -> fun (path1_4635:(int -> (int -> unit) -> unit)) -> fun (k_eval_e1_4636:(int -> int -> unit)) -> (let cons_e1_4641 (x_4642:int) (xs0_4643: int) (xs1_4643:(int -> (int -> unit) -> unit)) (k_eval_e1_cons_e1_4644: (int -> (int -> (int -> unit) -> unit) -> unit)) = k_eval_e1_cons_e1_4644 (xs0_4643 + 1) (fun (i_4660:int) -> fun (k_eval_e1_cons_e1_4661: (int -> unit)) -> (if i_4660 = 0 then k_eval_e1_cons_e1_4661 x_4642 else xs1_4643 (i_4660 - 1) k_eval_e1_cons_e1_4661)) in cons_e1_4641 0 path0_4635 path1_4635 (fun (x0_4668:int) -> fun (x1_4668:(int -> (int -> unit) -> unit)) -> e1_1012 x0_4668 x1_4668 k_eval_e1_4636))) in e1_4565 (fun (e10_4594:unit) -> fun (e11_4594:(int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit)) -> (let e2_4596 (k_eval_e2_4597:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit) -> unit)) = k_eval_e2_4597 () (fun (path0_4670:int) -> fun (path1_4670:(int -> (int -> unit) -> unit)) -> fun (k_eval_e2_4671:(int -> int -> unit)) -> (let cons_e2_4676 (x_4677:int) (xs0_4678:int) (xs1_4678:(int -> (int -> unit) -> unit)) (k_eval_e2_cons_e2_4679: (int -> (int -> (int -> unit) -> unit) -> unit)) = k_eval_e2_cons_e2_4679 (xs0_4678 + 1) (fun (i_4695:int) -> fun (k_eval_e2_cons_e2_4696: (int -> unit)) -> (if i_4695 = 0 then k_eval_e2_cons_e2_4696 x_4677 else xs1_4678 (i_4695 - 1) k_eval_e2_cons_e2_4696)) in cons_e2_4676 1 path0_4670 path1_4670 (fun (x0_4703:int) -> fun (x1_4703:(int -> (int -> unit) -> unit)) -> e1_1012 x0_4703 x1_4703 k_eval_e2_4671))) in e2_4596 (fun (e20_4625:unit) -> fun (e21_4625:(int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit)) -> eval_1011 e10_4594 e11_4594 (fun (x_4705:int) -> eval_1011 e20_4625 e21_4625 (fun (x_4710:int) -> k_eval_2135 (x_4705 + x_4710)))))) else (let rec f () = f () in f ()))))) in let rec make_exp_1016 (x_1017:unit) (k_make_exp_2673:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit) -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () (fun (x_4723:int) -> (if x_4723 = 0 then let x_4803 (k_make_exp_x_4804:(int -> unit)) = let n_4808 (k_make_exp_x_n_4809:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_make_exp_x_n_4809 in n_4808 (fun (n_4812:int) -> (let k_make_exp_x_4814 (x_5014:int) = k_make_exp_x_4804 (x_5014 - 10) in let k_make_exp_x_4828 (b_5002:bool) = if b_5002 then k_make_exp_x_4814 n_4812 else let loop_5004 (u_5005:unit) (k_make_exp_x_loop_5006:(int -> unit)) = (let rec f () = f () in f ()) in loop_5004 () k_make_exp_x_4814 in if 0 <= n_4812 then k_make_exp_x_4828 (n_4812 < 21) else k_make_exp_x_4828 false)) in x_4803 (fun (x_4830:int) -> k_make_exp_2673 () (fun (path0_5016:int) -> fun (path1_5016:(int -> (int -> unit) -> unit)) -> fun (k_make_exp_5017:(int -> int -> unit)) -> (if path0_5016 = 0 then k_make_exp_5017 1 0 else let k_make_exp_5040 (b_5053:bool) = if b_5053 then let path'_5056 (k_make_exp_path'_5057:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_make_exp_path'_5057 (path0_5016 - 1) (fun (x_5069:int) -> fun (k_make_exp_path'_5070:(int -> unit)) -> path1_5016 (x_5069 + 1) k_make_exp_path'_5070) in path'_5056 (fun (path'0_5065:int) -> fun (path'1_5065:(int -> (int -> unit) -> unit)) -> k_make_exp_5017 0 x_4830) else (let rec f () = f () in f ()) in if 1 <= path0_5016 then path1_5016 0 (fun (x_5051:int) -> k_make_exp_5040 (x_5051 = 0)) else k_make_exp_5040 false))) else let x_4727 (k_make_exp_x_4728:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit) -> unit)) = make_exp_1016 () k_make_exp_x_4728 in x_4727 (fun (x0_4731:unit) -> fun (x1_4731:(int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit)) -> (let x_4733 (k_make_exp_x_4734:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit) -> unit)) = make_exp_1016 () k_make_exp_x_4734 in x_4733 (fun (x0_4737:unit) -> fun (x1_4737:(int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit)) -> k_make_exp_2673 () (fun (path0_4869:int) -> fun (path1_4869:(int -> (int -> unit) -> unit)) -> fun (k_make_exp_4870:(int -> int -> unit)) -> (if path0_4869 = 0 then k_make_exp_4870 2 0 else let k_make_exp_4919 (b_4932:bool) = if b_4932 then let path'_4961 (k_make_exp_path'_4962: (int -> (int -> (int -> unit) -> unit) -> unit)) = k_make_exp_path'_4962 (path0_4869 - 1) (fun (x_4997:int) -> fun (k_make_exp_path'_4998: (int -> unit)) -> path1_4869 (x_4997 + 1) k_make_exp_path'_4998) in path'_4961 (fun (path'0_4970:int) -> fun (path'1_4970:(int -> (int -> unit) -> unit)) -> x1_4731 path'0_4970 path'1_4970 k_make_exp_4870) else let k_make_exp_4952 (b_4976:bool) = if b_4976 then let path'_4979 (k_make_exp_path'_4980: (int -> (int -> (int -> unit) -> unit) -> unit)) = k_make_exp_path'_4980 (path0_4869 - 1) (fun (x_4992:int) -> fun (k_make_exp_path'_4993: (int -> unit)) -> path1_4869 (x_4992 + 1) k_make_exp_path'_4993) in path'_4979 (fun (path'0_4988:int) -> fun (path'1_4988:(int -> (int -> unit) -> unit)) -> x1_4737 path'0_4988 path'1_4988 k_make_exp_4870) else (let rec f () = f () in f ()) in if 1 <= path0_4869 then path1_4869 0 (fun (x_4974:int) -> k_make_exp_4952 (x_4974 = 1)) else k_make_exp_4952 false in if 1 <= path0_4869 then path1_4869 0 (fun (x_4930:int) -> k_make_exp_4919 (x_4930 = 0)) else k_make_exp_4919 false))))))) in let rec map_1017 (f_1018:(int -> (int -> unit) -> unit)) (e0_1019:unit) (e1_1019:(int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit)) (k_map_3197:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit) -> unit)) = e1_1019 0 (fun (x_5079:int) -> fun (k_map_5080:(int -> unit)) -> (let rec f () = f () in f ())) (fun (p0_5081:int) -> fun (p1_5081:int) -> (if p0_5081 = 1 then let n_5242 (k_map_n_5243:(int -> unit)) = e1_1019 1 (fun (i_5663:int) -> fun (k_map_n_5664:(int -> unit)) -> (if i_5663 = 0 then k_map_n_5664 0 else (let rec f () = f () in f ()))) (fun (p0_5666:int) -> fun (p1_5666:int) -> k_map_n_5243 p1_5666) in n_5242 (fun (n_5257:int) -> (let x_5259 (k_map_x_5260:(int -> unit)) = f_1018 n_5257 k_map_x_5260 in x_5259 (fun (x_5263:int) -> k_map_3197 () (fun (path0_5667:int) -> fun (path1_5667:(int -> (int -> unit) -> unit)) -> fun (k_map_5668:(int -> int -> unit)) -> (if path0_5667 = 0 then k_map_5668 1 0 else let k_map_5691 (b_5704:bool) = if b_5704 then let path'_5707 (k_map_path'_5708: (int -> (int -> (int -> unit) -> unit) -> unit)) = k_map_path'_5708 (path0_5667 - 1) (fun (x_5720:int) -> fun (k_map_path'_5721:( int -> unit)) -> path1_5667 (x_5720 + 1) k_map_path'_5721) in path'_5707 (fun (path'0_5716:int) -> fun (path'1_5716:(int -> (int -> unit) -> unit)) -> k_map_5668 0 x_5263) else (let rec f () = f () in f ()) in if 1 <= path0_5667 then path1_5667 0 (fun (x_5702:int) -> k_map_5691 (x_5702 = 0)) else k_map_5691 false))))) else e1_1019 0 (fun (x_5307:int) -> fun (k_map_5308:(int -> unit)) -> (let rec f () = f () in f ())) (fun (p0_5309:int) -> fun (p1_5309:int) -> (if p0_5309 = 2 then let e1_5315 (k_map_e1_5316:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit) -> unit)) = k_map_e1_5316 () (fun (path0_5452:int) -> fun (path1_5452:(int -> (int -> unit) -> unit)) -> fun (k_map_e1_5453:(int -> int -> unit)) -> (let cons_e1_5458 (x_5459:int) (xs0_5460: int) (xs1_5460:(int -> (int -> unit) -> unit)) (k_map_e1_cons_e1_5461: (int -> (int -> (int -> unit) -> unit) -> unit)) = k_map_e1_cons_e1_5461 (xs0_5460 + 1) (fun (i_5477:int) -> fun (k_map_e1_cons_e1_5478:( int -> unit)) -> (if i_5477 = 0 then k_map_e1_cons_e1_5478 x_5459 else xs1_5460 (i_5477 - 1) k_map_e1_cons_e1_5478)) in cons_e1_5458 0 path0_5452 path1_5452 (fun (x0_5485:int) -> fun (x1_5485:(int -> (int -> unit) -> unit)) -> e1_1019 x0_5485 x1_5485 k_map_e1_5453))) in e1_5315 (fun (e10_5344:unit) -> fun (e11_5344:(int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit)) -> (let e2_5346 (k_map_e2_5347:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit) -> unit)) = k_map_e2_5347 () (fun (path0_5487:int) -> fun (path1_5487:(int -> (int -> unit) -> unit)) -> fun (k_map_e2_5488:(int -> int -> unit)) -> (let cons_e2_5493 (x_5494:int) (xs0_5495:int) (xs1_5495:(int -> (int -> unit) -> unit)) (k_map_e2_cons_e2_5496: (int -> (int -> (int -> unit) -> unit) -> unit)) = k_map_e2_cons_e2_5496 (xs0_5495 + 1) (fun (i_5512:int) -> fun (k_map_e2_cons_e2_5513: (int -> unit)) -> (if i_5512 = 0 then k_map_e2_cons_e2_5513 x_5494 else xs1_5495 (i_5512 - 1) k_map_e2_cons_e2_5513)) in cons_e2_5493 1 path0_5487 path1_5487 (fun (x0_5520:int) -> fun (x1_5520:(int -> (int -> unit) -> unit)) -> e1_1019 x0_5520 x1_5520 k_map_e2_5488))) in e2_5346 (fun (e20_5375:unit) -> fun (e21_5375:(int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit)) -> (let x_5377 (k_map_x_5378:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit) -> unit)) = map_1017 f_1018 e10_5344 e11_5344 k_map_x_5378 in x_5377 (fun (x0_5381:unit) -> fun (x1_5381:(int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit)) -> (let x_5383 (k_map_x_5384:( unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit) -> unit)) = map_1017 f_1018 e20_5375 e21_5375 k_map_x_5384 in x_5383 (fun (x0_5387:unit) -> fun (x1_5387:(int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit)) -> k_map_3197 () (fun (path0_5522: int) -> fun (path1_5522: (int -> (int -> unit) -> unit)) -> fun (k_map_5523: (int -> int -> unit)) -> (if path0_5522 = 0 then k_map_5523 2 0 else let k_map_5572 (b_5585: bool) = if b_5585 then let path'_5614 (k_map_path'_5615: ( int -> (int -> (int -> unit) -> unit) -> unit)) = k_map_path'_5615 (path0_5522 - 1) (fun (x_5650: int) -> fun (k_map_path'_5651: ( int -> unit)) -> path1_5522 (x_5650 + 1) k_map_path'_5651) in path'_5614 (fun (path'0_5623: int) -> fun (path'1_5623: ( int -> (int -> unit) -> unit)) -> x1_5381 path'0_5623 path'1_5623 k_map_5523) else let k_map_5605 (b_5629: bool) = if b_5629 then let path'_5632 (k_map_path'_5633: ( int -> (int -> (int -> unit) -> unit) -> unit)) = k_map_path'_5633 (path0_5522 - 1) (fun (x_5645: int) -> fun (k_map_path'_5646: ( int -> unit)) -> path1_5522 (x_5645 + 1) k_map_path'_5646) in path'_5632 (fun (path'0_5641: int) -> fun (path'1_5641: ( int -> (int -> unit) -> unit)) -> x1_5387 path'0_5641 path'1_5641 k_map_5523) else (let rec f () = f () in f ()) in if 1 <= path0_5522 then path1_5522 0 (fun (x_5627: int) -> k_map_5605 (x_5627 = 1)) else k_map_5605 false in if 1 <= path0_5522 then path1_5522 0 (fun (x_5583: int) -> k_map_5572 (x_5583 = 0)) else k_map_5572 false))))))))) else (let rec f () = f () in f ()))))) in let abs_1023 (x_1024:int) (k_abs_4191:(int -> unit)) = if x_1024 <= 0 then k_abs_4191 x_1024 else k_abs_4191 (0 - x_1024) in let main_1025 (x_1054:unit) (k_main_4202:(unit -> unit)) = let e_1069 (k_main_e_4221:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit) -> unit)) = make_exp_1016 () k_main_e_4221 in e_1069 (fun (e0_4368:unit) -> fun (e1_4368:(int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit)) -> (let e'_1070 (k_main_e'_4276:(unit -> (int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit) -> unit)) = map_1017 abs_1023 e0_4368 e1_4368 k_main_e'_4276 in e'_1070 (fun (e'0_4361:unit) -> fun (e'1_4361:(int -> (int -> (int -> unit) -> unit) -> (int -> int -> unit) -> unit)) -> eval_1011 e'0_4361 e'1_4361 (fun (x_5725:int) -> (if x_5725 >= 0 then k_main_4202 () else (fun _ _ -> assert false) () k_main_4202))))) in let main_1065 (k_main_4378:(unit -> unit)) = main_1025 () k_main_4378 in main_1065 (fun (main_4384:unit) -> ()) bench/progs/mc91_95.ml0000644000175000017500000000143112420602235015074 0ustar terauchiterauchilet rec m_1008 (x_1009:int) (k_m_1063:(int -> unit)) = if x_1009 > 100 then k_m_1063 (x_1009 - 10) else m_1008 (x_1009 + 11) (fun (x_1163:int) -> m_1008 x_1163 k_m_1063) in let main_1010 (n_1011:int) (k_main_1094:(unit -> unit)) = if n_1011 <= 95 then m_1008 n_1011 (fun (x_1165:int) -> (if x_1165 = 91 then k_main_1094 () else (fun _ _ -> assert false) () k_main_1094)) else k_main_1094 () in let main_1030 (k_main_1130:(unit -> unit)) = let arg1_1028 (k_main_arg1_1135:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1135 in arg1_1028 (fun (arg1_1151:int) -> main_1010 arg1_1151 k_main_1130) in main_1030 (fun (main_1152:unit) -> ()) bench/progs/dotprod4.ml0000644000175000017500000000355012420602235015551 0ustar terauchiterauchilet make_array_1008 (n_1009:int) (i_1010:int) (k_make_array_1157:(int -> unit)) = let u_1023 (k_make_array_u_1172:(unit -> unit)) = let k_make_array_u_1162 (b_1394:bool) = if b_1394 then k_make_array_u_1172 () else (fun _ _ -> assert false) () k_make_array_u_1172 in if 0 <= i_1010 then k_make_array_u_1162 (i_1010 < n_1009) else k_make_array_u_1162 false in u_1023 (fun (u_1175:unit) -> k_make_array_1157 0) in let rec dotprod_1011 (n_1012:int) (v1_1013:(int -> (int -> unit) -> unit)) (v2_1014:(int -> (int -> unit) -> unit)) (i_1015:int) (sum_1016: int) (k_dotprod_1189:(int -> unit)) = if i_1015 >= n_1012 then k_dotprod_1189 sum_1016 else v1_1013 i_1015 (fun (x_1398:int) -> v2_1014 i_1015 (fun (x_1403:int) -> dotprod_1011 n_1012 v1_1013 v2_1014 (i_1015 + 1) (sum_1016 + (x_1398 * x_1403)) k_dotprod_1189)) in let main_1017 (n_1018:int) (z_1019:int) (k_main_1264:(unit -> unit)) = if z_1019 = 0 then let u_1119 (k_main_u_1305:(int -> unit)) = dotprod_1011 n_1018 (make_array_1008 n_1018) (make_array_1008 n_1018) z_1019 z_1019 k_main_u_1305 in u_1119 (fun (u_1311:int) -> k_main_1264 ()) else k_main_1264 () in let main_1124 (k_main_1331:(unit -> unit)) = let arg1_1120 (k_main_arg1_1336:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1336 in arg1_1120 (fun (arg1_1366:int) -> (let arg2_1122 (k_main_arg2_1348:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1348 in arg2_1122 (fun (arg2_1365:int) -> main_1017 arg1_1366 arg2_1365 k_main_1331))) in main_1124 (fun (main_1367:unit) -> ()) bench/progs/mem.ml0000644000175000017500000000721212420602235014567 0ustar terauchiterauchilet rec mem_1008 (x_1012:int) (xs0_1077:int) (xs1_1077:(int -> (int -> unit) -> unit)) (k_mem_1227:(bool -> unit)) = if xs0_1077 = 0 then k_mem_1227 false else if 1 <= xs0_1077 then let xs_1012 (k_mem_xs_1240:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_mem_xs_1240 (xs0_1077 - 1) (fun (x_1665:int) -> fun (k_mem_xs_1666:(int -> unit)) -> xs1_1077 (x_1665 + 1) k_mem_xs_1666) in xs_1012 (fun (xs0_1309:int) -> fun (xs1_1309:(int -> (int -> unit) -> unit)) -> (let x'_1011 (k_mem_x'_1272:(int -> unit)) = xs1_1077 0 k_mem_x'_1272 in x'_1011 (fun (x'_1305:int) -> (if x_1012 = x'_1305 then k_mem_1227 true else mem_1008 x_1012 xs0_1309 xs1_1309 k_mem_1227)))) else (let rec f () = f () in f ()) in let rec make_list_1013 (n_1014:int) (x_1027:int) (k_make_list_1333:(int -> (int -> (int -> unit) -> unit) -> unit)) = if n_1014 < 0 then k_make_list_1333 0 (fun (x_1680:int) -> fun (k_make_list_1681:(int -> unit)) -> (let rec f () = f () in f ())) else let cons_make_list_1138 (x_1136:int) (xs0_1137:int) (xs1_1137:(int -> (int -> unit) -> unit)) (k_make_list_cons_make_list_1362:(int -> (int -> (int -> unit) -> unit) -> unit)) = k_make_list_cons_make_list_1362 (xs0_1137 + 1) (fun (i_1670:int) -> fun (k_make_list_cons_make_list_1671:(int -> unit)) -> (if i_1670 = 0 then k_make_list_cons_make_list_1671 x_1136 else xs1_1137 (i_1670 - 1) k_make_list_cons_make_list_1671)) in make_list_1013 (n_1014 - 1) x_1027 (fun (x0_1678:int) -> fun (x1_1678:(int -> (int -> unit) -> unit)) -> cons_make_list_1138 x_1027 x0_1678 x1_1678 k_make_list_1333) in let is_nil_1016 (x0_1035:int) (x1_1035:(int -> (int -> unit) -> unit)) (k_is_nil_1484:(bool -> unit)) = if x0_1035 = 0 then k_is_nil_1484 true else k_is_nil_1484 false in let main_1018 (n_1019:int) (m_1020:int) (k_main_1501:(unit -> unit)) = let xs_1021 (k_main_xs_1515:(int -> (int -> (int -> unit) -> unit) -> unit)) = make_list_1013 n_1019 m_1020 k_main_xs_1515 in xs_1021 (fun (xs0_1590:int) -> fun (xs1_1590:(int -> (int -> unit) -> unit)) -> (let k_main_1574 (b_1687:bool) = if b_1687 then k_main_1501 () else (fun _ _ -> assert false) () k_main_1501 in is_nil_1016 xs0_1590 xs1_1590 (fun (b_1683:bool) -> (if b_1683 then k_main_1574 true else mem_1008 m_1020 xs0_1590 xs1_1590 k_main_1574)))) in let main_1055 (k_main_1598:(unit -> unit)) = let arg1_1051 (k_main_arg1_1603:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1603 in arg1_1051 (fun (arg1_1633:int) -> (let arg2_1053 (k_main_arg2_1615:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg2_1615 in arg2_1053 (fun (arg2_1632:int) -> main_1018 arg1_1633 arg2_1632 k_main_1598))) in main_1055 (fun (main_1634:unit) -> ()) bench/progs/mc91geq.ml0000644000175000017500000000146612420602235015264 0ustar terauchiterauchilet rec mc91_1008 (x_1009:int) (k_mc91_1063:(int -> unit)) = if x_1009 >= 101 then k_mc91_1063 (x_1009 - 10) else mc91_1008 (x_1009 + 11) (fun (x_1163:int) -> mc91_1008 x_1163 k_mc91_1063) in let main_1010 (n_1011:int) (k_main_1094:(unit -> unit)) = if n_1011 <= 101 then mc91_1008 n_1011 (fun (x_1165:int) -> (if x_1165 = 91 then k_main_1094 () else (fun _ _ -> assert false) () k_main_1094)) else k_main_1094 () in let main_1030 (k_main_1130:(unit -> unit)) = let arg1_1028 (k_main_arg1_1135:(int -> unit)) = (fun _ k -> if Random.bool () then k (Random.int max_int) else k (-(Random.int max_int))) () k_main_arg1_1135 in arg1_1028 (fun (arg1_1151:int) -> main_1010 arg1_1151 k_main_1130) in main_1030 (fun (main_1152:unit) -> ()) bench/hccss/0000755000175000017500000000000012420704615013433 5ustar terauchiterauchibench/hccss/inc4_hccs1.smt0000644000175000017500000000115312420602235016071 0ustar terauchiterauchi(benchmark test/inc4_hccs1_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x4 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0 x1)) :formula (not (and (|$P0| x0) (= x0 x1))) :formula (implies (and (|$P1| x1 x3) (and (= x0 1) (and (<= 0 x4) (and (>= x2 1) (and (>= x4 x2) (and (= x1 x2) (= x3 x4))))))) (|$P0| x0)) :formula (implies (and (|$P2| x0 x2) (and (<= (+ 1 x3) x1) (and (= x0 x1) (= x2 x3)))) (|$P1| x1 x3)) :formula (implies (and (= x0 0) (>= x1 1)) (|$P2| x1 x0)) )bench/hccss/risers_hccs3.smt0000644000175000017500000020722512420602235016555 0ustar terauchiterauchi(benchmark test/risers_hccs3_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x12 Real)) :extrafuns ((x13 Real)) :extrafuns ((x14 Real)) :extrafuns ((x15 Real)) :extrafuns ((x8 Real)) :extrafuns ((x9 Real)) :extrafuns ((x10 Real)) :extrafuns ((x11 Real)) :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x4 Real)) :extrafuns ((x3 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0 x1 x2)) :extrapreds ((|$P1| x0 x1 x2 x3)) :extrapreds ((|$P2| x0)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0 x1 x2)) :extrapreds ((|$P5| x0 x1)) :extrapreds ((|$P6| x0 x1)) :extrapreds ((|$P7| x0)) :extrapreds ((|$P8| x0 x1)) :extrapreds ((|$P9| x0 x1 x2 x3)) :extrapreds ((|$P10| x0 x1)) :extrapreds ((|$P11| x0)) :extrapreds ((|$P12| x0 x1 x2)) :extrapreds ((|$P13| x0 x1)) :extrapreds ((|$P14| x0 x1)) :extrapreds ((|$P15| x0)) :extrapreds ((|$P16| x0 x1)) :extrapreds ((|$P17| x0)) :extrapreds ((|$P18| x0 x1)) :extrapreds ((|$P19| x0)) :extrapreds ((|$P20| x0 x1)) :extrapreds ((|$P21| x0)) :extrapreds ((|$P22| x0 x1)) :extrapreds ((|$P23| x0)) :extrapreds ((|$P24| x0 x1)) :extrapreds ((|$P25| x0 x1)) :extrapreds ((|$P26| x0)) :extrapreds ((|$P27| x0 x1 x2)) :extrapreds ((|$P28| x0 x1 x2)) :extrapreds ((|$P29| x0)) :extrapreds ((|$P30| x0 x1)) :extrapreds ((|$P31| x0)) :extrapreds ((|$P32| x0 x1)) :extrapreds ((|$P33| x0)) :extrapreds ((|$P34| x0)) :extrapreds ((|$P35| x0)) :extrapreds ((|$P36| x0 x1)) :extrapreds ((|$P37| x0)) :extrapreds ((|$P38| x0)) :extrapreds ((|$P39| x0)) :extrapreds ((|$P40| x0 x1)) :extrapreds ((|$P41| x0 x1)) :extrapreds ((|$P42| x0)) :extrapreds ((|$P43| x0)) :extrapreds ((|$P44| x0)) :extrapreds ((|$P45| x0)) :extrapreds ((|$P46| x0)) :extrapreds ((|$P47| x0 x1)) :extrapreds ((|$P48| x0 x1)) :extrapreds ((|$P49| x0)) :extrapreds ((|$P50| x0)) :extrapreds ((|$P51| x0 x1 x2 x3)) :extrapreds ((|$P52| x0 x1)) :extrapreds ((|$P53| x0 x1)) :extrapreds ((|$P54| x0 x1)) :extrapreds ((|$P55| x0)) :extrapreds ((|$P56| x0)) :extrapreds ((|$P57| x0)) :extrapreds ((|$P58| x0)) :extrapreds ((|$P59| x0)) :extrapreds ((|$P60| x0)) :extrapreds ((|$P61| x0)) :extrapreds ((|$P62| x0 x1)) :extrapreds ((|$P63| x0)) :extrapreds ((|$P64| x0)) :extrapreds ((|$P65| x0)) :extrapreds ((|$P66| x0)) :extrapreds ((|$P67| x0)) :extrapreds ((|$P68| x0 x1 x2)) :extrapreds ((|$P69| x0)) :extrapreds ((|$P70| x0 x1)) :extrapreds ((|$P71| x0)) :extrapreds ((|$P72| x0 x1)) :extrapreds ((|$P73| x0 x1 x2)) :extrapreds ((|$P74| x0 x1)) :extrapreds ((|$P75| x0)) :extrapreds ((|$P76| x0 x1)) :extrapreds ((|$P77| x0 x1)) :extrapreds ((|$P78| x0)) :extrapreds ((|$P79| x0 x1)) :extrapreds ((|$P80| x0)) :extrapreds ((|$P81| x0)) :extrapreds ((|$P82| x0)) :extrapreds ((|$P83| x0)) :extrapreds ((|$P84| x0)) :extrapreds ((|$P85| x0)) :extrapreds ((|$P86| x0)) :extrapreds ((|$P87| x0)) :extrapreds ((|$P88| x0)) :extrapreds ((|$P89| x0)) :extrapreds ((|$P90| x0)) :extrapreds ((|$P91| x0)) :extrapreds ((|$P92| x0 x1 x2 x3)) :extrapreds ((|$P93| x0 x1)) :extrapreds ((|$P94| x0 x1)) :extrapreds ((|$P95| x0 x1)) :extrapreds ((|$P96| x0)) :extrapreds ((|$P97| x0 x1)) :extrapreds ((|$P98| x0 x1)) :extrapreds ((|$P99| x0)) :extrapreds ((|$P100| x0 x1)) :extrapreds ((|$P101| x0)) :extrapreds ((|$P102| x0 x1)) :extrapreds ((|$P103| x0 x1)) :extrapreds ((|$P104| x0)) :extrapreds ((|$P105| x0 x1)) :extrapreds ((|$P106| x0)) :extrapreds ((|$P107| x0)) :extrapreds ((|$P108| x0 x1)) :extrapreds ((|$P109| x0)) :extrapreds ((|$P110| x0)) :extrapreds ((|$P111| x0)) :extrapreds ((|$P112| x0)) :extrapreds ((|$P113| x0)) :extrapreds ((|$P114| x0)) :extrapreds ((|$P115| x0 x1)) :extrapreds ((|$P116| x0 x1 x2)) :extrapreds ((|$P117| x0 x1)) :extrapreds ((|$P118| x0)) :extrapreds ((|$P119| x0 x1)) :extrapreds ((|$P120| x0 x1)) :extrapreds ((|$P121| x0)) :extrapreds ((|$P122| x0 x1)) :extrapreds ((|$P123| x0)) :extrapreds ((|$P124| x0)) :extrapreds ((|$P125| x0)) :extrapreds ((|$P126| x0)) :extrapreds ((|$P127| x0 x1)) :extrapreds ((|$P128| x0)) :extrapreds ((|$P129| x0)) :extrapreds ((|$P130| x0)) :extrapreds ((|$P131| x0 x1)) :extrapreds ((|$P132| x0)) :extrapreds ((|$P133| x0 x1)) :extrapreds ((|$P134| x0)) :extrapreds ((|$P135| x0)) :extrapreds ((|$P136| x0)) :extrapreds ((|$P137| x0)) :extrapreds ((|$P138| x0)) :extrapreds ((|$P139| x0)) :extrapreds ((|$P140| x0)) :extrapreds ((|$P141| x0 x1)) :extrapreds ((|$P142| x0 x1)) :extrapreds ((|$P143| x0)) :extrapreds ((|$P144| x0 x1)) :extrapreds ((|$P145| x0)) :extrapreds ((|$P146| x0 x1)) :extrapreds ((|$P147| x0 x1)) :extrapreds ((|$P148| x0)) :extrapreds ((|$P149| x0 x1)) :extrapreds ((|$P150| x0)) :extrapreds ((|$P151| x0)) :extrapreds ((|$P152| x0 x1)) :extrapreds ((|$P153| x0)) :extrapreds ((|$P154| x0)) :extrapreds ((|$P155| x0 x1)) :extrapreds ((|$P156| x0)) :extrapreds ((|$P157| x0)) :extrapreds ((|$P158| x0)) :extrapreds ((|$P159| x0 x1)) :extrapreds ((|$P160| x0)) :extrapreds ((|$P161| x0)) :extrapreds ((|$P162| x0)) :extrapreds ((|$P163| x0)) :extrapreds ((|$P164| x0)) :extrapreds ((|$P165| x0)) :extrapreds ((|$P166| x0 x1)) :extrapreds ((|$P167| x0)) :extrapreds ((|$P168| x0)) :extrapreds ((|$P169| x0)) :extrapreds ((|$P170| x0 x1)) :extrapreds ((|$P171| x0)) :extrapreds ((|$P172| x0 x1)) :extrapreds ((|$P173| x0)) :extrapreds ((|$P174| x0)) :extrapreds ((|$P175| x0)) :extrapreds ((|$P176| x0)) :extrapreds ((|$P177| x0)) :extrapreds ((|$P178| x0)) :extrapreds ((|$P179| x0 x1)) :extrapreds ((|$P180| x0)) :extrapreds ((|$P181| x0)) :extrapreds ((|$P182| x0)) :extrapreds ((|$P183| x0)) :extrapreds ((|$P184| x0)) :extrapreds ((|$P185| x0)) :extrapreds ((|$P186| x0)) :extrapreds ((|$P187| x0)) :extrapreds ((|$P188| x0 x1)) :extrapreds ((|$P189| x0)) :extrapreds ((|$P190| x0)) :extrapreds ((|$P191| x0)) :extrapreds ((|$P192| x0 x1)) :extrapreds ((|$P193| x0)) :extrapreds ((|$P194| x0)) :extrapreds ((|$P195| x0)) :extrapreds ((|$P196| x0)) :extrapreds ((|$P197| x0)) :extrapreds ((|$P198| x0 x1)) :extrapreds ((|$P199| x0)) :extrapreds ((|$P200| x0)) :extrapreds ((|$P201| x0)) :extrapreds ((|$P202| x0)) :extrapreds ((|$P203| x0 x1)) :extrapreds ((|$P204| x0)) :extrapreds ((|$P205| x0)) :extrapreds ((|$P206| x0)) :extrapreds ((|$P207| x0)) :extrapreds ((|$P208| x0)) :extrapreds ((|$P209| x0)) :extrapreds ((|$P210| x0)) :extrapreds ((|$P211| x0)) :extrapreds ((|$P212| x0)) :extrapreds ((|$P213| x0)) :extrapreds ((|$P214| x0)) :extrapreds ((|$P215| x0 x1)) :extrapreds ((|$P216| x0)) :extrapreds ((|$P217| x0)) :extrapreds ((|$P218| x0)) :extrapreds ((|$P219| x0)) :extrapreds ((|$P220| x0)) :extrapreds ((|$P221| x0)) :extrapreds ((|$P222| x0)) :extrapreds ((|$P223| x0)) :extrapreds ((|$P224| x0)) :extrapreds ((|$P225| x0)) :extrapreds ((|$P226| x0)) :extrapreds ((|$P227| x0 x1 x2)) :extrapreds ((|$P228| x0 x1 x2 x3)) :extrapreds ((|$P229| x0)) :extrapreds ((|$P230| x0 x1)) :extrapreds ((|$P231| x0 x1 x2)) :extrapreds ((|$P232| x0 x1)) :extrapreds ((|$P233| x0 x1)) :extrapreds ((|$P234| x0)) :extrapreds ((|$P235| x0 x1)) :extrapreds ((|$P236| x0 x1 x2 x3)) :extrapreds ((|$P237| x0 x1)) :extrapreds ((|$P238| x0)) :extrapreds ((|$P239| x0 x1 x2)) :extrapreds ((|$P240| x0 x1)) :extrapreds ((|$P241| x0 x1)) :extrapreds ((|$P242| x0)) :extrapreds ((|$P243| x0 x1)) :extrapreds ((|$P244| x0)) :extrapreds ((|$P245| x0 x1)) :extrapreds ((|$P246| x0)) :extrapreds ((|$P247| x0 x1)) :extrapreds ((|$P248| x0)) :extrapreds ((|$P249| x0 x1)) :extrapreds ((|$P250| x0)) :extrapreds ((|$P251| x0 x1)) :extrapreds ((|$P252| x0 x1)) :extrapreds ((|$P253| x0)) :extrapreds ((|$P254| x0 x1 x2)) :extrapreds ((|$P255| x0 x1 x2)) :extrapreds ((|$P256| x0)) :extrapreds ((|$P257| x0 x1)) :extrapreds ((|$P258| x0)) :extrapreds ((|$P259| x0 x1)) :extrapreds ((|$P260| x0)) :extrapreds ((|$P261| x0)) :extrapreds ((|$P262| x0)) :extrapreds ((|$P263| x0 x1)) :extrapreds ((|$P264| x0)) :extrapreds ((|$P265| x0)) :extrapreds ((|$P266| x0)) :extrapreds ((|$P267| x0 x1)) :extrapreds ((|$P268| x0 x1)) :extrapreds ((|$P269| x0)) :extrapreds ((|$P270| x0)) :extrapreds ((|$P271| x0)) :extrapreds ((|$P272| x0)) :extrapreds ((|$P273| x0)) :extrapreds ((|$P274| x0 x1)) :extrapreds ((|$P275| x0 x1)) :extrapreds ((|$P276| x0)) :extrapreds ((|$P277| x0)) :extrapreds ((|$P278| x0 x1 x2 x3)) :extrapreds ((|$P279| x0 x1)) :extrapreds ((|$P280| x0 x1)) :extrapreds ((|$P281| x0 x1)) :extrapreds ((|$P282| x0)) :extrapreds ((|$P283| x0)) :extrapreds ((|$P284| x0)) :extrapreds ((|$P285| x0)) :extrapreds ((|$P286| x0)) :extrapreds ((|$P287| x0)) :extrapreds ((|$P288| x0)) :extrapreds ((|$P289| x0 x1)) :extrapreds ((|$P290| x0)) :extrapreds ((|$P291| x0)) :extrapreds ((|$P292| x0)) :extrapreds ((|$P293| x0)) :extrapreds ((|$P294| x0)) :extrapreds ((|$P295| x0 x1 x2)) :extrapreds ((|$P296| x0)) :extrapreds ((|$P297| x0 x1)) :extrapreds ((|$P298| x0)) :extrapreds ((|$P299| x0 x1)) :extrapreds ((|$P300| x0 x1 x2)) :extrapreds ((|$P301| x0 x1)) :extrapreds ((|$P302| x0)) :extrapreds ((|$P303| x0 x1)) :extrapreds ((|$P304| x0 x1)) :extrapreds ((|$P305| x0)) :extrapreds ((|$P306| x0 x1)) :extrapreds ((|$P307| x0)) :extrapreds ((|$P308| x0)) :extrapreds ((|$P309| x0)) :extrapreds ((|$P310| x0)) :extrapreds ((|$P311| x0)) :extrapreds ((|$P312| x0)) :extrapreds ((|$P313| x0)) :extrapreds ((|$P314| x0)) :extrapreds ((|$P315| x0)) :extrapreds ((|$P316| x0)) :extrapreds ((|$P317| x0)) :extrapreds ((|$P318| x0)) :extrapreds ((|$P319| x0 x1 x2 x3)) :extrapreds ((|$P320| x0 x1)) :extrapreds ((|$P321| x0 x1)) :extrapreds ((|$P322| x0 x1)) :extrapreds ((|$P323| x0)) :extrapreds ((|$P324| x0 x1)) :extrapreds ((|$P325| x0 x1)) :extrapreds ((|$P326| x0)) :extrapreds ((|$P327| x0 x1)) :extrapreds ((|$P328| x0)) :extrapreds ((|$P329| x0 x1)) :extrapreds ((|$P330| x0 x1)) 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terauchiterauchi(benchmark test/dotprod4_hccs3_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x8 Real)) :extrafuns ((x9 Real)) :extrafuns ((x5 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrapreds ((|$P0| x0 x1 x2)) :extrapreds ((|$P1| x0 x1 x2)) :extrapreds ((|$P2| x0 x1)) :extrapreds ((|$P3| x0)) :extrapreds ((|$P4| x0 x1)) :extrapreds ((|$P5| x0 x1 x2)) :formula (implies (and (|$P1| x0 x1 x2) (and (|$P5| x4 x6 x8) (and (<= (+ 1 x7) x5) (and (= x0 x5) (and (= x1 x7) (and (= x2 x3) (and (= x4 x5) (and (= x6 x7) (= x8 x9))))))))) (|$P2| x5 x7)) :formula (implies (and (|$P0| x0 x2 x4) (and (<= (+ 1 x3) x1) (and (= x0 x1) (and (= x2 x3) (= x4 x5))))) (|$P4| x1 x3)) :formula (implies (and (= x1 0) (= x1 x2)) (|$P0| x0 x2 x1)) :formula (implies (and (= x1 0) (= x1 x2)) (|$P1| x0 x2 x1)) :formula (not (and (|$P3| x0) (= x0 x1))) :formula (implies (and 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(and (>= x1 1) (and (>= x3 0) (and (= x0 x1) (= x2 (+ 1 x3)))))) (|$P4| x1 x3)) :formula (implies (= x0 x1) (|$P0| x1 x0)) :formula (implies (= x0 x1) (|$P1| x1 x0)) :formula (not (and (|$P3| x0) (= x0 x1))) :formula (implies (and (|$P2| x1 x2 x4) (and (= x0 1) (and (>= x3 (+ 1 x5)) (and (= x1 x3) (and (= x2 x3) (= x4 x5)))))) (|$P3| x0)) :formula (implies (and (|$P4| x1 x3) (and (= x0 0) (and (>= x2 1) (and (<= x4 0) (and (= x1 x2) (= x3 x4)))))) (|$P5| x2 x4 x0)) )bench/hccss/enc-zip_map_hccs2.smt0000644000175000017500000000675712420602235017456 0ustar terauchiterauchi(benchmark test/enc-zip_map_hccs2_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x8 Real)) :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x4 Real)) :extrafuns ((x3 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0 x1 x2)) :extrapreds ((|$P2| x0 x1)) :extrapreds ((|$P3| x0 x1 x2)) :extrapreds ((|$P4| x0 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x4) x5) (= (+ 1 x6) x7))))))))) (|$P1| x3 x5 x7)) :formula (implies (= x0 x1) (|$P2| x1 x0)) :formula (implies (and (|$P4| x1 x3) (and (= x0 0) (and (= x2 0) (and (= x4 0) (and (= x1 x2) (= x3 x4)))))) (|$P3| x2 x4 x0)) :formula (implies (and (|$P5| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P4| x1 x3)) :formula (implies (= x0 x1) (|$P5| x1 x0)) :formula (implies (and (|$P7| x0 x1 x3) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))) (|$P6| x4)) :formula (implies (and (|$P8| x0 x1) (and (|$P9| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P7| x3 x5 x7)) :formula (implies (= x0 x1) (|$P8| x1 x0)) :formula (implies (and (|$P10| x1 x3) (and (= x0 0) (and (= x2 0) (and (= x4 0) (and (= x1 x2) (= x3 x4)))))) (|$P9| x2 x4 x0)) :formula (implies (and (|$P11| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 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x1))) :formula (implies (and (|$P19| x1) (and (= x0 0) (and (= x2 0) (= x1 x2)))) (|$P20| x2 x0)) )bench/hccss/length_hccs6.smt0000644000175000017500000001021312420602235016517 0ustar terauchiterauchi(benchmark test/length_hccs6_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0 x1)) :extrapreds ((|$P3| x0)) :extrapreds ((|$P4| x0)) :extrapreds ((|$P5| x0 x1)) :extrapreds ((|$P6| x0)) :extrapreds ((|$P7| x0)) :extrapreds ((|$P8| x0)) :extrapreds ((|$P9| x0)) :extrapreds ((|$P10| x0)) :extrapreds ((|$P11| x0 x1)) :extrapreds ((|$P12| x0 x1)) :extrapreds ((|$P13| x0)) :extrapreds ((|$P14| x0)) :extrapreds ((|$P15| x0 x1)) :extrapreds ((|$P16| x0)) :extrapreds ((|$P17| x0)) :extrapreds ((|$P18| x0)) :extrapreds ((|$P19| x0)) :extrapreds ((|$P20| x0 x1)) :extrapreds ((|$P21| x0 x1)) :extrapreds ((|$P22| x0 x1)) :extrapreds ((|$P23| x0)) :extrapreds ((|$P24| x0)) :extrapreds ((|$P25| x0 x1)) :extrapreds ((|$P26| x0)) :extrapreds ((|$P27| x0)) :extrapreds ((|$P28| x0)) :extrapreds ((|$P29| x0)) :extrapreds ((|$P30| x0)) :extrapreds ((|$P31| x0)) :extrapreds ((|$P32| x0 x1)) :formula (implies (and (|$P10| x0) (and (|$P32| x1 x3) (and (>= x2 1) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P20| x2 x4)) :formula (implies (and (|$P0| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P31| x1)) :formula (implies (and (|$P1| x0 x2) (and (= x0 x1) (= x2 x3))) (|$P0| x3)) :formula (implies (and (|$P3| x0) (and (|$P2| x1 x3) (and (or (< x2 0) (> x2 0)) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P1| x2 x4)) :formula (implies (and (|$P4| x0) (and (|$P5| x1 x3) (and (or (< x2 0) (> x2 0)) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P2| x2 x4)) :formula (|$P3| x0) :formula (implies (and (|$P7| x0) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (= x0 (+ 1 x1)))) (|$P4| x1)) :formula (implies (and (|$P6| x1) (and (= x0 0) (and (= x2 0) (= x1 x2)))) (|$P5| x2 x0)) :formula (implies (and (|$P8| x0) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (= x0 (+ 1 x1)))) (|$P6| x1)) :formula (|$P7| x0) :formula (implies (and (|$P9| x0) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (= x0 (+ 1 x1)))) (|$P8| x1)) :formula (|$P9| x0) :formula (implies (and (|$P11| x0 x2) (and (= x0 x1) (= x2 x3))) (|$P10| x3)) :formula (implies (and (|$P13| x0) (and (|$P12| x1 x3) (and (or (< x2 0) (> x2 0)) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P11| x2 x4)) :formula (implies (and (|$P14| x0) (and (|$P15| x1 x3) (and (or (< x2 0) (> x2 0)) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P12| x2 x4)) :formula (|$P13| x0) :formula (implies (and (|$P17| x0) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (= x0 (+ 1 x1)))) (|$P14| x1)) :formula (implies (and (|$P16| x1) (and (= x0 0) (and (= x2 0) (= x1 x2)))) 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(|$P28| x0) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (= x0 (+ 1 x1)))) (|$P26| x1)) :formula (|$P27| x0) :formula (implies (and (|$P29| x0) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (= x0 (+ 1 x1)))) (|$P28| x1)) :formula (|$P29| x0) :formula (not (and (|$P30| x0) (= x0 x1))) :formula (implies (and (|$P31| x1) (and (= x0 0) (and (= x2 0) (= x1 x2)))) (|$P32| x2 x0)) )bench/hccss/enc-zip_map_hccs3.smt0000644000175000017500000001330212420602235017437 0ustar terauchiterauchi(benchmark test/enc-zip_map_hccs3_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x8 Real)) :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x4 Real)) :extrafuns ((x3 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0 x1 x2)) :extrapreds ((|$P2| x0 x1 x2)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0 x1)) :extrapreds ((|$P5| x0 x1 x2)) :extrapreds ((|$P6| x0 x1)) :extrapreds ((|$P7| x0 x1)) :extrapreds ((|$P8| x0 x1)) :extrapreds ((|$P9| x0 x1)) :extrapreds ((|$P10| x0)) :extrapreds ((|$P11| x0 x1 x2)) :extrapreds ((|$P12| x0 x1 x2)) :extrapreds ((|$P13| x0 x1)) :extrapreds ((|$P14| x0 x1)) :extrapreds ((|$P15| x0 x1 x2)) :extrapreds ((|$P16| x0 x1)) :extrapreds ((|$P17| x0 x1)) :extrapreds ((|$P18| x0 x1)) :extrapreds ((|$P19| x0 x1)) :extrapreds ((|$P20| x0 x1)) :extrapreds ((|$P21| x0 x1 x2)) :extrapreds ((|$P22| x0 x1 x2)) :extrapreds ((|$P23| x0 x1)) :extrapreds ((|$P24| x0 x1)) :extrapreds ((|$P25| x0 x1 x2)) :extrapreds ((|$P26| x0 x1)) :extrapreds ((|$P27| x0 x1)) :extrapreds ((|$P28| x0 x1)) :extrapreds ((|$P29| x0 x1)) :extrapreds ((|$P30| x0)) :extrapreds ((|$P31| x0)) :extrapreds ((|$P32| x0 x1)) :formula (implies (and (|$P10| x0) (and (|$P32| x1 x3) (and (or (< x2 0) (> x2 0)) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P20| x2 x4)) :formula (implies (and (|$P0| x0) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (= x0 (+ 1 x1)))) (|$P31| x1)) :formula (implies 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(and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P6| x2 x4)) :formula (implies (and (|$P0| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P10| x1)) :formula (implies (and (|$P1| x0 x2) (and (= x0 x1) (= x2 x3))) (|$P0| x3)) :formula (implies (and (|$P2| x1) (and (= x0 0) (and (= x2 0) (= x1 x2)))) (|$P1| x2 x0)) :formula (|$P2| x0) :formula (implies (and (|$P4| x0 x2) (and (= x0 x1) (= x2 x3))) (|$P3| x3)) :formula (implies (and (|$P5| x1) (and (= x0 0) (and (= x2 0) (= x1 x2)))) (|$P4| x2 x0)) :formula (|$P5| x0) :formula (implies (and (|$P7| x1 x3) (and (|$P6| x4 x6) (and (= x0 1) (and (or (< x7 x2) (> x7 x2)) (and (= x1 x2) (and (= x3 x5) (and (= x4 x5) (= x6 x7)))))))) (|$P9| x0)) :formula (implies (and (|$P8| x1) (and (= x0 0) (and (= x2 0) (= x1 x2)))) (|$P7| x2 x0)) :formula (|$P8| x0) :formula (not (and (|$P9| x0) (= x0 x1))) :formula (implies (and (|$P10| x1) (and (= x0 0) (and (= x2 0) (= x1 x2)))) (|$P11| x2 x0)) )bench/hccss/mc91_95_hccs0.smt0000644000175000017500000000113012420602235016314 0ustar terauchiterauchi(benchmark test/mc91_95_hccs0_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrafuns ((x0 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0)) :formula (not (and (|$P0| x0) (= x0 x1))) :formula (implies (and (|$P1| x1 x3) (and (= x0 1) (and (or (< x4 91) (> x4 91)) (and (<= x2 95) (and (= x1 x2) (= x3 x4)))))) (|$P0| x0)) :formula (implies (and (|$P2| x1) (and (= (+ 10 x0) x2) (and (>= x2 101) (= x1 x2)))) (|$P1| x2 x0)) :formula (implies (<= x0 95) (|$P2| x0)) )bench/hccss/a-copy-print_hccs3.smt0000644000175000017500000000364312420602235017566 0ustar terauchiterauchi(benchmark test/a-copy-print_hccs3_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x8 Real)) :extrafuns ((x9 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x5 Real)) :extrapreds ((|$P0| x0 x1 x2)) :extrapreds ((|$P1| x0 x1 x2)) :extrapreds ((|$P2| x0 x1 x2)) :extrapreds ((|$P3| x0 x1 x2)) :extrapreds ((|$P4| x0 x1 x2)) :extrapreds ((|$P5| x0 x1 x2)) :extrapreds ((|$P6| x0 x1 x2)) :extrapreds ((|$P7| x0)) :extrapreds ((|$P8| x0 x1 x2)) :extrapreds ((|$P9| x0 x1 x2)) :formula (implies (and (|$P2| x0 x1 x2) (and (|$P9| x4 x6 x8) (and (<= (+ 1 x3) x7) (and (= x0 x5) (and (= x1 x7) (and (= x2 x3) (and (= x4 x5) (and (= x6 x7) (= x8 x9))))))))) (|$P4| x5 x7 x9)) :formula (implies (and (|$P0| x0 x2 x4) (and (<= x5 x3) (and (= x0 x1) (and (= x2 x3) (= (+ 1 x4) x5))))) (|$P8| x1 x3 x5)) :formula (implies (and (|$P1| x0 x2 x4) (and (<= x5 x3) (and (= x0 x1) (and (= x2 x3) (= (+ 1 x4) x5))))) (|$P0| x1 x3 x5)) :formula (implies (and (= x0 0) (and (>= x1 1) (= x1 x2))) (|$P1| x1 x2 x0)) :formula (implies (and (|$P3| x0 x2 x4) (and (<= x5 x3) (and 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:extrafuns ((x7 Real)) :extrafuns ((x4 Real)) :extrafuns ((x3 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0 x1 x2)) :extrapreds ((|$P2| x0 x1 x2)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0 x1)) :extrapreds ((|$P5| x0 x1 x2)) :extrapreds ((|$P6| x0 x1)) :extrapreds ((|$P7| x0 x1)) :extrapreds ((|$P8| x0 x1)) :extrapreds ((|$P9| x0 x1)) :extrapreds ((|$P10| x0)) :extrapreds ((|$P11| x0 x1 x2)) :extrapreds ((|$P12| x0 x1 x2)) :extrapreds ((|$P13| x0 x1)) :extrapreds ((|$P14| x0 x1)) :extrapreds ((|$P15| x0 x1 x2)) :extrapreds ((|$P16| x0 x1)) :extrapreds ((|$P17| x0 x1)) :extrapreds ((|$P18| x0 x1)) :extrapreds ((|$P19| x0 x1)) :extrapreds ((|$P20| x0 x1)) :extrapreds ((|$P21| x0 x1 x2)) :extrapreds ((|$P22| x0 x1 x2)) :extrapreds ((|$P23| x0 x1)) :extrapreds ((|$P24| x0 x1)) :extrapreds ((|$P25| x0 x1 x2)) :extrapreds ((|$P26| x0 x1)) :extrapreds ((|$P27| x0 x1)) :extrapreds ((|$P28| x0 x1)) 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x3)) :formula (implies (= x0 x1) (|$P19| x1 x0)) :formula (implies (and (|$P21| x1 x2 x4) (and (|$P20| x5 x7) (and (= x0 1) (and (or (< x8 x3) (> x8 x3)) (and (= x1 x3) (and (= x2 x3) (and (= x4 x6) (and (= x5 x6) (= x7 x8))))))))) (|$P30| x0)) :formula (implies (and (|$P23| x0 x1) (and (|$P22| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P21| x3 x5 x7)) :formula (implies (and (|$P24| x0 x1) (and (|$P25| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P22| x3 x5 x7)) :formula (implies (= x0 x1) (|$P23| x1 x0)) :formula (implies (and (|$P27| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P24| x1 x3)) :formula (implies (and (|$P26| x1 x3) (and (= x0 0) (and (= x2 0) (and 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)bench/hccss/recursive_hccs1.smt0000644000175000017500000001330212420602235017242 0ustar terauchiterauchi(benchmark test/recursive_hccs1_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x7 Real)) :extrafuns ((x8 Real)) :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0)) :extrapreds ((|$P2| x0 x1)) :extrapreds ((|$P3| x0)) :extrapreds ((|$P4| x0)) :extrapreds ((|$P5| x0)) :extrapreds ((|$P6| x0 x1)) :extrapreds ((|$P7| x0)) :extrapreds ((|$P8| x0)) :extrapreds ((|$P9| x0)) :extrapreds ((|$P10| x0)) :extrapreds ((|$P11| x0)) :extrapreds ((|$P12| x0)) :extrapreds ((|$P13| x0 x1)) :extrapreds ((|$P14| x0)) :extrapreds ((|$P15| x0)) :extrapreds ((|$P16| x0)) :extrapreds ((|$P17| x0 x1)) :extrapreds ((|$P18| x0)) :extrapreds ((|$P19| x0)) :extrapreds ((|$P20| x0)) :extrapreds ((|$P21| x0)) :extrapreds ((|$P22| x0)) :extrapreds 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(|$P2| x1)) :formula (|$P3| x0) :formula (implies (and (|$P5| x0) (and (|$P4| x1 x2) (and (>= x3 1) (and (= x0 x3) (and (= (+ 1 x1) x3) (= (+ x2 x3) x4)))))) (|$P6| x3 x4)) :formula (|$P5| x0) :formula (not (and (|$P7| x0) (= x0 x1))) :formula (implies (and (|$P6| x1 x3) (and (= x0 1) (and (>= (* 4 x2) (+ 7 x4)) (and (= x1 x2) (= x3 x4))))) (|$P7| x0)) :formula (implies (and (|$P8| x1) (and (= x0 0) (and (<= x2 0) (= x1 x2)))) (|$P9| x2 x0)) )bench/hccss/length_hccs0.smt0000644000175000017500000000204512420602235016515 0ustar terauchiterauchi(benchmark test/length_hccs0_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x4 Real)) :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x3 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0 x1)) :extrapreds ((|$P1| x0)) :extrapreds ((|$P2| x0 x1)) :extrapreds ((|$P3| x0)) :extrapreds ((|$P4| x0)) :extrapreds ((|$P5| x0)) :extrapreds ((|$P6| x0 x1)) :formula 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)bench/hccss/array_init_hccs3.smt0000644000175000017500000001230212420602235017375 0ustar terauchiterauchi(benchmark test/array_init_hccs3_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x10 Real)) :extrafuns ((x11 Real)) :extrafuns ((x12 Real)) :extrafuns ((x13 Real)) :extrafuns ((x8 Real)) :extrafuns ((x9 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrapreds ((|$P0| x0 x1 x2 x3)) :extrapreds ((|$P1| x0 x1 x2)) :extrapreds ((|$P2| x0 x1 x2)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0 x1)) :extrapreds ((|$P5| x0 x1)) :extrapreds ((|$P6| x0 x1)) :extrapreds ((|$P7| x0 x1)) :extrapreds ((|$P8| x0 x1)) :extrapreds ((|$P9| x0 x1)) :extrapreds ((|$P10| x0 x1)) :extrapreds ((|$P11| x0 x1)) :extrapreds ((|$P12| x0 x1)) :extrapreds ((|$P13| x0 x1)) :extrapreds ((|$P14| x0 x1)) :extrapreds ((|$P15| x0 x1 x2)) :extrapreds ((|$P16| 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)bench/hccss/tricky_reverse_hccs1.smt0000644000175000017500000012132112420602235020274 0ustar terauchiterauchi(benchmark test_fpat/tricky_reverse_hccs1_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x14 Real)) :extrafuns ((x13 Real)) :extrafuns ((x11 Real)) :extrafuns ((x12 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x8 Real)) :extrafuns ((x9 Real)) :extrafuns ((x10 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x5 Real)) :extrapreds ((|$P0| x0 x1 x2)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0 x1 x2)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0 x1 x2)) :extrapreds ((|$P5| x0 x1)) :extrapreds ((|$P6| x0 x1 x2 x3)) :extrapreds ((|$P7| x0 x1)) :extrapreds ((|$P8| x0 x1)) :extrapreds ((|$P9| x0 x1 x2 x3)) :extrapreds ((|$P10| x0 x1)) :extrapreds ((|$P11| x0 x1 x2)) :extrapreds ((|$P12| x0 x1)) :extrapreds ((|$P13| x0 x1 x2)) :extrapreds ((|$P14| x0 x1)) 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(> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P31| x1 x3)) :formula (implies (= x0 x1) (|$P32| x1 x0)) :formula (implies (and (|$P34| x1 x2 x4) (and (|$P33| x5 x7) (and (= x0 1) (and (<= (+ 1 x8) x3) (and (= x1 x3) (and (= x2 x3) (and (= x4 x6) (and (= x5 x6) (= x7 x8))))))))) (|$P43| x0)) :formula (implies (and (|$P36| x0 x1) (and (|$P35| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P34| x3 x5 x7)) :formula (implies (and (|$P37| x0 x1) (and (|$P38| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P35| x3 x5 x7)) :formula (implies (= x0 x1) (|$P36| x1 x0)) :formula (implies (and (|$P40| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P37| x1 x3)) :formula (implies (and (|$P39| x1 x3) (and (= x0 0) (and (= x2 0) (and (= x4 0) (and (= x1 x2) (= x3 x4)))))) (|$P38| x2 x4 x0)) :formula (implies (and (|$P41| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P39| x1 x3)) :formula (implies (= x0 x1) (|$P40| x1 x0)) :formula (implies (and (|$P42| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P41| x1 x3)) :formula (implies (= x0 x1) (|$P42| x1 x0)) :formula (not (and (|$P43| x0) (= x0 x1))) :formula (implies (and (|$P44| x1) (and (= x0 0) (and (= x2 0) (= x1 x2)))) (|$P45| x2 x0)) )bench/hccss/copy8_hccs2.smt0000644000175000017500000001042012420602235016274 0ustar terauchiterauchi(benchmark test_fpat/copy8_hccs2_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0)) :extrapreds ((|$P2| x0)) :extrapreds ((|$P3| x0)) :extrapreds ((|$P4| x0)) :extrapreds ((|$P5| x0)) :extrapreds ((|$P6| x0)) :extrapreds ((|$P7| x0)) :extrapreds ((|$P8| x0)) :extrapreds ((|$P9| x0)) :extrapreds ((|$P10| x0)) :extrapreds ((|$P11| x0)) :extrapreds ((|$P12| x0)) :extrapreds ((|$P13| x0)) :extrapreds ((|$P14| x0 x1)) :extrapreds ((|$P15| x0)) :extrapreds ((|$P16| x0)) :extrapreds ((|$P17| x0)) :extrapreds ((|$P18| x0)) :extrapreds ((|$P19| x0 x1)) :extrapreds ((|$P20| x0)) :extrapreds ((|$P21| x0)) :extrapreds ((|$P22| x0)) :extrapreds ((|$P23| x0 x1)) :extrapreds ((|$P24| x0)) :extrapreds ((|$P25| x0)) :extrapreds ((|$P26| x0)) :extrapreds ((|$P27| x0)) :extrapreds ((|$P28| x0 x1)) :extrapreds ((|$P29| x0)) :extrapreds ((|$P30| x0)) :extrapreds ((|$P31| x0)) :extrapreds ((|$P32| x0 x1)) :extrapreds ((|$P33| x0)) :extrapreds ((|$P34| x0)) :extrapreds ((|$P35| x0 x1)) :formula (implies 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:formula (implies (and (|$P21| x0) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (= x0 (+ 1 x1)))) (|$P20| x1)) :formula (implies (and (|$P22| x0) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (= x0 (+ 1 x1)))) (|$P21| x1)) :formula (|$P22| x0) :formula (implies (and (|$P26| x0) (and (|$P23| x1 x3) (and (or (< x2 0) (> x2 0)) (and (= x0 x2) (and (= (+ 1 x1) x2) (= x3 x4)))))) (|$P28| x2 x4)) :formula (implies (and (|$P25| x0) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (= x0 (+ 1 x1)))) (|$P24| x1)) :formula (|$P25| x0) :formula (implies (and (|$P27| x0) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (= x0 (+ 1 x1)))) (|$P26| x1)) :formula (|$P27| x0) :formula (implies (and (|$P31| x0) (and (|$P28| x1 x3) (and (or (< x2 0) (> x2 0)) (and (= x0 x2) (and (= (+ 1 x1) x2) (= x3 x4)))))) (|$P32| x2 x4)) :formula (|$P29| x0) :formula (|$P30| x0) :formula (|$P31| x0) :formula (not (and (|$P33| x0) (= x0 x1))) :formula (implies (and (|$P32| x1 x3) (and (= x0 1) (and (or (< x4 x2) (> x4 x2)) (and (= x1 x2) (= x3 x4))))) (|$P33| x0)) :formula (implies (and (|$P34| x1) (and (= x0 x2) (= x1 x2))) (|$P35| x2 x0)) )bench/hccss/a-init_hccs3.smt0000644000175000017500000000421712420602235016423 0ustar terauchiterauchi(benchmark test/a-init_hccs3_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x8 Real)) :extrafuns ((x9 Real)) :extrafuns ((x10 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x5 Real)) :extrapreds ((|$P0| x0 x1 x2)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0 x1)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0 x1)) :extrapreds ((|$P5| x0 x1 x2)) :extrapreds ((|$P6| x0 x1 x2)) :extrapreds ((|$P7| x0 x1)) :extrapreds ((|$P8| x0 x1)) :extrapreds ((|$P9| x0 x1)) :extrapreds ((|$P10| x0 x1)) :extrapreds ((|$P11| x0 x1 x2)) :extrapreds ((|$P12| x0)) :formula (implies (and (|$P8| x0 x1) (and (|$P6| x2 x3 x4) (and (|$P3| x6 x8) (and (<= x7 x9) (and (= (+ 1 x0) x7) (and (= x1 x9) (and (= (+ 1 x2) x7) (and (= x3 x9) (and (= x4 x5) (and (= x6 x7) (= x8 x9))))))))))) (|$P0| x7 x9 x5)) :formula (implies (and (|$P1| x0 x1) (and (|$P0| x2 x4 x6) (and (>= x3 x5) (and (= x0 x3) (and (= x1 x5) (and (= x2 x3) (and (= x4 x5) (= x6 x7)))))))) (|$P5| x3 x5 x7)) :formula (implies (and (|$P2| x0 x2) (and (<= x1 x3) (and (= (+ 1 x0) x1) (= x2 x3)))) (|$P1| x1 x3)) :formula (implies (= x1 0) (|$P2| x1 x0)) :formula (implies (and (|$P4| x0 x2) (and (<= x1 x3) (and (= (+ 1 x0) x1) (= x2 x3)))) (|$P3| x1 x3)) :formula (implies (= x1 0) (|$P4| x1 x0)) :formula (implies (and (|$P10| x0 x1) (and (|$P9| x3 x4) (and (|$P5| x5 x7 x9) (and (<= (+ 1 x6) x8) (and (<= (+ 1 x6) x2) (and (<= (+ 1 x10) x6) (and (= x0 x6) (and (= x1 x2) (and (= x3 x6) (and (= x4 x8) (and (= x5 (+ 1 x6)) (and (= x7 x8) (= x9 x10))))))))))))) (|$P11| x6 x2 x10)) :formula (implies (and (|$P7| x1 x3) (and (= x2 0) (and (<= (+ 1 x0) x4) (and (<= 0 x0) (and (= x1 x2) (= x3 x4)))))) (|$P6| x2 x4 x0)) :formula (implies (= x1 0) (|$P7| x1 x0)) :formula (implies (= x1 0) (|$P8| x1 x0)) :formula (implies (= x1 0) (|$P9| x1 x0)) :formula (implies (= x1 0) (|$P10| x1 x0)) :formula (not (and (|$P12| x0) (= x0 x1))) :formula (implies (and (|$P11| x1 x2 x4) (and (= x0 1) (and (= x1 0) (and (>= 0 (+ 1 x5)) (and (= x2 x3) (= x4 x5)))))) (|$P12| x0)) )bench/hccss/fib_hccs1.smt0000644000175000017500000000310312420602235015771 0ustar terauchiterauchi(benchmark test/fib_hccs1_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0 x1)) :extrapreds ((|$P1| x0)) :extrapreds ((|$P2| x0)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0)) :extrapreds ((|$P5| x0)) :extrapreds ((|$P6| x0)) :extrapreds ((|$P7| x0)) :extrapreds ((|$P8| x0 x1)) :extrapreds ((|$P9| x0)) :extrapreds ((|$P10| 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(and (<= x2 1) (= x1 x2)))) (|$P11| x2 x0)) )bench/hccss/a-copy-print_hccs2.smt0000644000175000017500000000260012420602235017555 0ustar terauchiterauchi(benchmark test/a-copy-print_hccs2_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x7 Real)) :extrafuns ((x8 Real)) :extrafuns ((x9 Real)) :extrafuns ((x10 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrapreds ((|$P0| x0 x1 x2)) :extrapreds ((|$P1| x0 x1 x2)) :extrapreds ((|$P2| x0 x1 x2)) :extrapreds ((|$P3| x0)) :extrapreds ((|$P4| x0 x1 x2)) :extrapreds ((|$P5| x0 x1 x2 x3)) :formula (implies (and (|$P5| x0 x1 x2 x3) (and (|$P1| x5 x7 x9) (and (<= (+ 1 x10) x8) (and (= x0 x6) (and (= x1 x8) (and (= x2 x10) (and (= x3 x4) (and (= x5 x6) (and (= x7 x8) (= x9 x10)))))))))) (|$P2| x6 x8 x10)) :formula (implies (and (|$P0| x0 x2 x4) (and (<= (+ 1 x5) x3) (and (= x0 x1) (and (= x2 x3) (= x4 x5))))) (|$P4| 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((|$P82| x0 x1)) :extrapreds ((|$P83| x0 x1)) :extrapreds ((|$P84| x0 x1 x2)) :extrapreds ((|$P85| x0 x1 x2)) :extrapreds ((|$P86| x0 x1 x2)) :extrapreds ((|$P87| x0 x1)) :extrapreds ((|$P88| x0 x1)) :extrapreds ((|$P89| x0 x1)) :extrapreds ((|$P90| x0)) :extrapreds ((|$P91| x0 x1)) :extrapreds ((|$P92| x0 x1 x2)) :formula (implies (and (|$P36| x1 x2 x0 x3) (and (|$P78| x5 x6) (and (|$P92| x7 x9 x11) (and (= x0 0) (and (>= x10 1) (and (or (< x8 x4) (> x8 x4)) (and (= x1 x8) (and (= x2 x10) (and (= x3 x4) (and (= x5 x8) (and (= x6 x10) (and (= x7 x8) (and (= (+ 1 x9) x10) (= x11 x12)))))))))))))) (|$P84| x8 x10 x12)) :formula (implies (and (|$P0| x1 x2 x0 x3) (and (|$P72| x5 x7) (and (= x0 0) (and (>= x8 0) (and (or (< x6 x4) (> x6 x4)) (and (= x1 x6) (and (= x2 (+ 1 x8)) (and (= x3 x4) (and (= x5 x6) (= x7 (+ 1 x8))))))))))) (|$P91| x6 x8)) :formula (implies (and (|$P2| x0 x1 x2 x3 x5) (and (|$P3| x7 x9 x10) (and (|$P1| x11 x13) (and (or (< x14 0) (> x14 0)) (and (= x0 x8) (and (= x1 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x3) (and (= x4 x5) (= (+ 1 x6) x7)))))))) (|$P4| x3 x5 x7)) :formula (implies (and (|$P15| x0 x1 x2) (and (|$P11| x3 x4 x6) (and (|$P19| x8 x10) (and (or (< x5 0) (> x5 0)) (and (= x0 x9) (and (= x1 x11) (and (= x2 x5) (and (= x3 x11) (and (= x4 x5) (and (= x6 x7) (and (= x8 x9) (= x10 x11)))))))))))) (|$P5| x9 x11 x5 x7)) :formula (implies (and (|$P14| x1 x3) (and (= x0 0) (and (<= (+ 1 x2) 0) (and (= x1 x2) (= x3 x4))))) (|$P6| x2 x4 x0)) :formula (|$P7| x0 x1) :formula (implies (and (|$P17| x0 x1) (and (|$P16| x2 x4 x6) (and (>= x3 0) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= x4 x5) (= (+ 1 x6) x7)))))))) (|$P8| x3 x5 x7)) :formula (implies (and (|$P18| x1 x3) (and (= x0 0) (and (<= (+ 1 x2) 0) (and (= x1 x2) (= x3 x4))))) (|$P9| x2 x4 x0)) :formula (|$P10| x0 x1) :formula (implies (and (|$P20| x1 x3) (and (= x0 0) (and (>= x4 1) (and (= x1 x2) (= x3 x4))))) (|$P11| x2 x4 x0)) :formula (implies (and (|$P21| x1 x3) (and (= x0 0) (and (<= (+ 1 x2) 0) (and (= x1 x2) (= x3 x4))))) (|$P12| x2 x4 x0)) :formula (|$P13| x0 x1) :formula (implies (and (|$P22| x0 x2) (and (>= (+ 1 x1) 0) (and (= x0 (+ 1 x1)) (= x2 x3)))) (|$P14| x1 x3)) :formula (implies (and (|$P24| x0 x1) (and (|$P23| x2 x4 x6) (and (>= x3 0) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= x4 x5) (= (+ 1 x6) x7)))))))) (|$P15| x3 x5 x7)) :formula (implies (and (|$P25| x1 x3) (and (= x0 0) (and (<= (+ 1 x2) 0) (and (= x1 x2) (= x3 x4))))) (|$P16| x2 x4 x0)) :formula (|$P17| x0 x1) :formula (implies (and (|$P26| x0 x2) (and (>= (+ 1 x1) 0) (and (= x0 (+ 1 x1)) (= x2 x3)))) (|$P18| x1 x3)) :formula (|$P19| x0 x1) :formula (implies (and (|$P27| x0 x2 x4) (and (or (< x5 0) (> x5 0)) (and (= x0 x1) (and (= x2 x3) (= x4 x5))))) (|$P20| x3 x5)) :formula (implies (and (|$P28| x0 x2) (and (>= (+ 1 x1) 0) (and (= x0 (+ 1 x1)) (= x2 x3)))) (|$P21| x1 x3)) :formula (|$P22| x0 x1) :formula (implies (and (|$P29| x1 x3) (and (= x0 0) (and (<= (+ 1 x2) 0) (and (= x1 x2) (= x3 x4))))) (|$P23| x2 x4 x0)) :formula (|$P24| x0 x1) :formula (implies (and (|$P30| x0 x2) (and (>= (+ 1 x1) 0) (and (= x0 (+ 1 x1)) (= x2 x3)))) (|$P25| x1 x3)) :formula (|$P26| x0 x1) :formula (implies (and (|$P32| x0 x1) (and (|$P31| x2 x4 x6) (and (>= x3 0) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= x4 x5) (= (+ 1 x6) x7)))))))) (|$P27| x3 x5 x7)) :formula (|$P28| x0 x1) :formula (implies (and (|$P33| x0 x2) (and (>= (+ 1 x1) 0) (and (= x0 (+ 1 x1)) (= x2 x3)))) (|$P29| x1 x3)) :formula (|$P30| x0 x1) :formula (implies (and (|$P34| x1 x3) (and (= x0 0) (and (<= (+ 1 x2) 0) (and (= x1 x2) (= x3 x4))))) (|$P31| x2 x4 x0)) :formula (|$P32| x0 x1) :formula (|$P33| x0 x1) :formula (implies (and (|$P35| x0 x2) (and (>= (+ 1 x1) 0) (and (= x0 (+ 1 x1)) (= x2 x3)))) (|$P34| x1 x3)) :formula (|$P35| x0 x1) :formula (implies (and (|$P38| x0 x1 x2 x3 x5) (and (|$P39| x7 x9 x10) (and (|$P37| x11 x13) (and (or (< x14 0) (> x14 0)) (and (= x0 x8) (and (= x1 x12) (and (= x2 x14) (and (= x3 x4) (and (= x5 x6) (and (= x7 x8) (and (= x9 x12) (and (= x10 x14) (and (= x11 x12) (= x13 x14)))))))))))))) (|$P36| x12 x14 x4 x6)) :formula (implies (and (|$P40| x0 x2 x4) (and (or (< x5 0) (> x5 0)) (and (= x0 x1) (and (= x2 x3) (= x4 x5))))) (|$P37| x3 x5)) :formula (implies (and (|$P41| x1 x2 x3 x4) (and (|$P46| x6 x7) (and (|$P45| x8 x9 x10) (and (|$P44| x11 x13 x15) (and (= x5 0) (and (>= x12 0) (and (= x0 x14) (and (= x1 x12) (and (= x2 x14) (and (= x3 x16) (and (= x4 x5) (and (= x6 x12) (and (= x7 x14) (and (= (+ 1 x8) x12) (and (= x9 x14) (and (= (+ 1 x10) x16) (and (= x11 x12) (and (= x13 x14) (= x15 x16))))))))))))))))))) (|$P38| x12 x14 x16 x5 x0)) :formula (implies (and (|$P43| x0 x1) (and (|$P42| x2 x4 x6) (and (>= x3 0) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= x4 x5) (= (+ 1 x6) x7)))))))) (|$P39| x3 x5 x7)) :formula (implies (and (|$P49| x0 x1) (and (|$P48| x2 x4 x6) (and (>= x3 0) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= x4 x5) (= (+ 1 x6) x7)))))))) (|$P40| x3 x5 x7)) :formula (implies (and (|$P51| x0 x1 x2) (and (|$P47| x3 x4 x6) (and (|$P55| x8 x10) (and (or (< x5 0) (> x5 0)) (and (= x0 x9) (and (= x1 x11) (and (= x2 x5) (and (= x3 x11) (and (= x4 x5) (and (= x6 x7) (and (= x8 x9) (= x10 x11)))))))))))) (|$P41| x9 x11 x5 x7)) :formula (implies (and (|$P50| x1 x3) (and (= x0 0) (and (<= (+ 1 x2) 0) (and (= x1 x2) (= x3 x4))))) (|$P42| x2 x4 x0)) :formula (|$P43| x0 x1) :formula (implies (and (|$P53| x0 x1) (and (|$P52| x2 x4 x6) (and (>= x3 0) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= x4 x5) (= (+ 1 x6) x7)))))))) (|$P44| x3 x5 x7)) :formula (implies (and (|$P54| x1 x3) (and (= x0 0) (and (<= (+ 1 x2) 0) (and (= x1 x2) (= x3 x4))))) (|$P45| x2 x4 x0)) :formula (|$P46| x0 x1) :formula (implies (and (|$P56| x1 x3) (and (= x0 0) (and (>= x4 1) (and (= x1 x2) (= x3 x4))))) (|$P47| x2 x4 x0)) :formula (implies (and (|$P57| x1 x3) (and (= x0 0) (and (<= (+ 1 x2) 0) (and (= x1 x2) (= x3 x4))))) (|$P48| x2 x4 x0)) :formula (|$P49| x0 x1) :formula (implies (and (|$P58| x0 x2) (and (>= (+ 1 x1) 0) (and (= x0 (+ 1 x1)) (= x2 x3)))) (|$P50| x1 x3)) :formula (implies (and (|$P60| x0 x1) (and (|$P59| x2 x4 x6) (and (>= x3 0) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= x4 x5) (= (+ 1 x6) x7)))))))) (|$P51| x3 x5 x7)) :formula (implies (and (|$P61| x1 x3) (and (= x0 0) (and (<= (+ 1 x2) 0) (and (= x1 x2) (= x3 x4))))) (|$P52| x2 x4 x0)) :formula (|$P53| x0 x1) :formula (implies (and (|$P62| x0 x2) (and (>= (+ 1 x1) 0) (and (= x0 (+ 1 x1)) (= x2 x3)))) (|$P54| x1 x3)) :formula (|$P55| x0 x1) :formula (implies (and (|$P63| x0 x2 x4) (and (or (< x5 0) (> x5 0)) (and (= x0 x1) (and (= x2 x3) (= x4 x5))))) (|$P56| x3 x5)) :formula (implies (and (|$P64| x0 x2) (and (>= (+ 1 x1) 0) (and (= x0 (+ 1 x1)) (= x2 x3)))) (|$P57| x1 x3)) :formula (|$P58| x0 x1) :formula (implies (and (|$P65| x1 x3) (and (= x0 0) (and (<= (+ 1 x2) 0) (and (= x1 x2) (= x3 x4))))) (|$P59| x2 x4 x0)) :formula (|$P60| x0 x1) :formula (implies (and (|$P66| x0 x2) (and (>= (+ 1 x1) 0) (and (= x0 (+ 1 x1)) (= x2 x3)))) (|$P61| x1 x3)) :formula (|$P62| x0 x1) :formula (implies (and (|$P68| x0 x1) (and (|$P67| x2 x4 x6) (and (>= x3 0) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= x4 x5) (= (+ 1 x6) x7)))))))) (|$P63| x3 x5 x7)) :formula (|$P64| x0 x1) :formula (implies (and (|$P69| x0 x2) (and (>= (+ 1 x1) 0) (and (= x0 (+ 1 x1)) (= x2 x3)))) (|$P65| x1 x3)) :formula (|$P66| x0 x1) :formula (implies (and (|$P70| x1 x3) (and (= x0 0) (and (<= (+ 1 x2) 0) (and (= x1 x2) (= x3 x4))))) (|$P67| x2 x4 x0)) :formula (|$P68| x0 x1) :formula (|$P69| x0 x1) :formula (implies (and (|$P71| x0 x2) (and (>= (+ 1 x1) 0) (and (= x0 (+ 1 x1)) (= x2 x3)))) (|$P70| x1 x3)) :formula (|$P71| x0 x1) :formula (implies (and (|$P73| x0 x2 x4) (and (or (< x5 0) (> x5 0)) (and (= x0 x1) (and (= x2 x3) (= x4 x5))))) (|$P72| x3 x5)) :formula (implies (and (|$P75| x0 x1) (and (|$P74| x2 x4 x6) (and (>= x3 0) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= x4 x5) (= (+ 1 x6) x7)))))))) (|$P73| x3 x5 x7)) :formula (implies (and (|$P76| x1 x3) (and (= x0 0) (and (<= (+ 1 x2) 0) (and (= x1 x2) (= x3 x4))))) (|$P74| x2 x4 x0)) :formula (|$P75| x0 x1) :formula (implies (and (|$P77| x0 x2) (and (>= (+ 1 x1) 0) (and (= x0 (+ 1 x1)) (= x2 x3)))) (|$P76| x1 x3)) :formula (|$P77| x0 x1) :formula (implies (and (|$P79| x0 x2 x4) (and (or (< x5 0) (> x5 0)) (and (= x0 x1) (and (= x2 x3) (= x4 x5))))) (|$P78| x3 x5)) :formula (implies (and (|$P81| x0 x1) (and (|$P80| x2 x4 x6) (and (>= x3 0) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= x4 x5) (= (+ 1 x6) x7)))))))) (|$P79| x3 x5 x7)) :formula (implies (and (|$P82| x1 x3) (and (= x0 0) (and (<= (+ 1 x2) 0) (and (= x1 x2) (= x3 x4))))) (|$P80| x2 x4 x0)) :formula (|$P81| x0 x1) :formula (implies (and (|$P83| x0 x2) (and (>= (+ 1 x1) 0) (and (= x0 (+ 1 x1)) (= x2 x3)))) (|$P82| x1 x3)) :formula (|$P83| x0 x1) :formula (implies (and (|$P85| x2 x4 x5) (and (|$P84| x6 x8 x1) (and (= x0 1) (and (= x1 0) (and (or (< x9 0) (> x9 0)) (and (= x2 x3) (and (= x4 x7) (and (= x5 x9) (and (= x6 x7) (= x8 x9)))))))))) (|$P90| x0)) :formula (implies (and (|$P87| x0 x1) (and (|$P86| x2 x4 x6) (and (>= x3 0) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= x4 x5) (= (+ 1 x6) x7)))))))) (|$P85| x3 x5 x7)) :formula (implies (and (|$P88| x1 x3) (and (= x0 0) (and (<= (+ 1 x2) 0) (and (= x1 x2) (= x3 x4))))) (|$P86| x2 x4 x0)) :formula (|$P87| x0 x1) :formula (implies (and (|$P89| x0 x2) (and (>= (+ 1 x1) 0) (and (= x0 (+ 1 x1)) (= x2 x3)))) (|$P88| x1 x3)) :formula (|$P89| x0 x1) :formula (not (and (|$P90| x0) (= x0 x1))) :formula (implies (and (|$P91| x1 x3) (and (= x4 0) (and (or (< x0 1) (> x0 1)) (and (= x1 x2) (= x3 x4))))) (|$P92| x2 x4 x0)) )bench/hccss/fold_right_hccs1.smt0000644000175000017500000004666212420602235017373 0ustar terauchiterauchi(benchmark test/fold_right_hccs1_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x12 Real)) :extrafuns ((x13 Real)) :extrafuns ((x14 Real)) :extrafuns ((x15 Real)) :extrafuns ((x10 Real)) :extrafuns ((x11 Real)) :extrafuns ((x9 Real)) :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x8 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x2 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrapreds ((|$P0| x0 x1 x2)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0 x1 x2)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0 x1 x2 x3)) :extrapreds ((|$P5| x0 x1)) :extrapreds ((|$P6| x0 x1)) :extrapreds ((|$P7| x0 x1 x2)) :extrapreds ((|$P8| x0 x1)) :extrapreds ((|$P9| x0)) :extrapreds ((|$P10| x0 x1)) :extrapreds ((|$P11| x0 x1)) :extrapreds ((|$P12| x0)) :extrapreds ((|$P13| x0 x1)) :extrapreds ((|$P14| x0)) :extrapreds ((|$P15| x0 x1)) :extrapreds ((|$P16| x0)) :extrapreds ((|$P17| x0 x1)) :extrapreds ((|$P18| x0 x1)) :extrapreds ((|$P19| x0)) :extrapreds ((|$P20| x0)) :extrapreds ((|$P21| x0)) 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:formula (implies (and (|$P1| x0 x2) (and (= x3 0) (and (= x0 x1) (= x2 x3)))) (|$P0| x1 x3)) :formula (implies (and (|$P2| x1 x3) (and (= x0 0) (and (or (< x4 0) (> x4 0)) (and (= x1 x2) (= x3 x4))))) (|$P1| x0 x4)) :formula (implies (and (|$P3| x1) (and (= x0 0) (and (<= (+ 1 x2) 0) (= x1 x2)))) (|$P2| x2 x0)) :formula (|$P3| x0) )bench/hccss/ack_hccs0.smt0000644000175000017500000000130612420602235015771 0ustar terauchiterauchi(benchmark test/ack_hccs0_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0 x1 x2)) :extrapreds ((|$P2| x0 x1)) :formula (not (and (|$P0| x0) (= x0 x1))) :formula (implies (and (|$P1| x1 x3 x5) (and (= x0 1) (and (>= x4 0) (and (>= x2 0) (and (<= (+ 1 x6) x4) (and (= x1 x2) (and (= x3 x4) (= x5 x6)))))))) (|$P0| x0)) :formula (implies (and (|$P2| x1 x3) (and (= 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)bench/hccss/a-copy-print_hccs6.smt0000644000175000017500000000451312420602235017566 0ustar terauchiterauchi(benchmark test/a-copy-print_hccs6_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x10 Real)) :extrafuns ((x11 Real)) :extrafuns ((x12 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x8 Real)) :extrafuns ((x9 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x5 Real)) :extrapreds ((|$P0| x0 x1 x2)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0 x1 x2)) :extrapreds ((|$P3| x0 x1 x2)) :extrapreds ((|$P4| x0 x1)) :extrapreds ((|$P5| x0 x1 x2)) :extrapreds ((|$P6| x0 x1 x2)) :extrapreds ((|$P7| x0 x1 x2)) :extrapreds ((|$P8| x0 x1)) :extrapreds ((|$P9| x0)) :extrapreds ((|$P10| x0 x1 x2)) :extrapreds ((|$P11| x0 x1)) :formula (implies (and (|$P3| x0 x1 x2) (and (|$P7| x4 x5 x7) (and (|$P11| x9 x11) (and (<= (+ 1 x8) x6) (and (= x0 x10) (and (= x1 x8) (and (= x2 x3) 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)bench/hccss/enc-zip_map2_hccs4.smt0000644000175000017500000001152212420602235017524 0ustar terauchiterauchi(benchmark test/enc-zip_map2_hccs4_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x8 Real)) :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x4 Real)) :extrafuns ((x3 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0)) :extrapreds ((|$P2| x0 x1 x2)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0 x1 x2)) :extrapreds ((|$P5| x0 x1)) :extrapreds ((|$P6| x0 x1)) :extrapreds ((|$P7| x0)) :extrapreds ((|$P8| x0)) :extrapreds ((|$P9| x0 x1 x2)) :extrapreds ((|$P10| x0 x1)) :extrapreds ((|$P11| x0 x1 x2)) :extrapreds ((|$P12| x0 x1)) :extrapreds ((|$P13| x0 x1)) :extrapreds ((|$P14| x0 x1)) :extrapreds ((|$P15| x0)) :extrapreds ((|$P16| x0 x1 x2)) :extrapreds ((|$P17| x0 x1)) :extrapreds ((|$P18| x0 x1 x2)) :extrapreds ((|$P19| x0 x1)) :extrapreds ((|$P20| x0 x1)) :extrapreds ((|$P21| x0 x1)) :extrapreds ((|$P22| x0 x1 x2)) :extrapreds ((|$P23| x0 x1)) :extrapreds ((|$P24| x0 x1 x2)) :extrapreds ((|$P25| x0 x1)) :extrapreds ((|$P26| x0 x1)) :extrapreds ((|$P27| x0)) :extrapreds ((|$P28| x0)) :extrapreds ((|$P29| x0 x1)) :formula (implies (and (|$P7| x0) (and (|$P29| x1 x3) (and (or (< x2 0) (> x2 0)) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P14| x2 x4)) :formula (implies (and (|$P0| x0) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (= x0 (+ 1 x1)))) (|$P28| x1)) :formula (implies (and (|$P1| x0) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (= x0 (+ 1 x1)))) (|$P0| x1)) :formula (implies (and (|$P2| x0 x1 x3) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))) (|$P1| x4)) :formula (implies (and (|$P3| x0 x1) (and (|$P4| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P2| x3 x5 x7)) :formula (implies (= x0 x1) (|$P3| x1 x0)) :formula 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:extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0 x1)) :formula (not (and (|$P0| x0) (= x0 x1))) :formula (implies (and (|$P1| x1 x3) (and (= x0 1) (and (>= 0 (+ 1 x4)) (and (>= x2 1) (and (= x1 x2) (= x3 x4)))))) (|$P0| x0)) :formula (implies (and (|$P2| x0 x2) (and (<= (+ 1 x3) x1) (and (= x0 x1) (= x2 x3)))) (|$P1| x1 x3)) :formula (implies (and (= x0 0) (>= x1 1)) (|$P2| x1 x0)) )bench/hccss/pldi2008-2_hccs6.smt0000644000175000017500000000261112420602235016642 0ustar terauchiterauchi(benchmark test_fpat/pldi2008-2_hccs6_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x4 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0 x1)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0 x1)) :extrapreds ((|$P5| x0 x1)) :extrapreds ((|$P6| x0 x1)) :extrapreds ((|$P7| x0 x1)) :formula (not (and (|$P0| x0) (= x0 x1))) :formula (implies (and (|$P1| x1 x3) (and (= 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terauchiterauchi(benchmark test/enc-rev_append_hccs4_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x8 Real)) :extrafuns ((x5 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrapreds ((|$P0| x0 x1)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0 x1)) :extrapreds ((|$P3| x0)) :extrapreds ((|$P4| x0 x1 x2)) :extrapreds ((|$P5| x0 x1)) :extrapreds ((|$P6| x0)) :extrapreds ((|$P7| x0 x1)) :extrapreds ((|$P8| x0)) :extrapreds ((|$P9| x0)) :extrapreds ((|$P10| x0)) :extrapreds ((|$P11| x0)) :extrapreds ((|$P12| x0 x1)) :extrapreds ((|$P13| x0 x1)) :extrapreds ((|$P14| x0 x1)) :extrapreds ((|$P15| x0)) :extrapreds ((|$P16| x0 x1 x2)) :extrapreds ((|$P17| x0 x1)) :extrapreds ((|$P18| x0)) :extrapreds ((|$P19| x0 x1)) :extrapreds ((|$P20| x0)) :extrapreds ((|$P21| x0)) :extrapreds ((|$P22| x0)) :extrapreds ((|$P23| x0)) :extrapreds ((|$P24| x0 x1 x2)) 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0ustar terauchiterauchi(benchmark test_fpat/copy7_hccs2_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0)) :extrapreds ((|$P2| x0)) :extrapreds ((|$P3| x0)) :extrapreds ((|$P4| x0)) :extrapreds ((|$P5| x0)) :extrapreds ((|$P6| x0)) :extrapreds ((|$P7| x0)) :extrapreds ((|$P8| x0)) :extrapreds ((|$P9| x0)) :extrapreds ((|$P10| x0)) :extrapreds ((|$P11| x0)) :extrapreds ((|$P12| x0)) :extrapreds ((|$P13| x0)) :extrapreds ((|$P14| x0 x1)) :extrapreds ((|$P15| x0)) :extrapreds ((|$P16| x0)) :extrapreds ((|$P17| x0)) :extrapreds ((|$P18| x0)) :extrapreds ((|$P19| x0 x1)) :extrapreds ((|$P20| x0)) :extrapreds ((|$P21| x0)) :extrapreds ((|$P22| x0)) :extrapreds ((|$P23| x0 x1)) :extrapreds ((|$P24| x0)) :extrapreds ((|$P25| x0)) :extrapreds ((|$P26| x0)) :extrapreds ((|$P27| x0)) :extrapreds 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)bench/hccss/pldi2008-2-mod_hccs1.smt0000644000175000017500000000101012420602235017402 0ustar terauchiterauchi(benchmark test_fpat/pldi2008-2-mod_hccs1_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0 x1)) :formula (not (and (|$P0| x0) (= x0 x1))) :formula (implies (and (|$P1| x1 x3) (and (= x0 1) (and (<= (+ 1 x4) 0) (and (<= x2 99) (and (>= x2 52) (and (= (+ 1 x1) x2) (= x3 (+ 1 x4)))))))) (|$P0| x0)) :formula (implies (and (= x0 0) (= x1 0)) (|$P1| x0 x1)) )bench/hccss/enc-rev_append_hccs2.smt0000644000175000017500000000653212420602235020131 0ustar terauchiterauchi(benchmark test/enc-rev_append_hccs2_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x8 Real)) :extrafuns ((x5 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) 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x3) (and (= x0 1) (and (or (< x4 x2) (> x4 x2)) (and (= x1 x2) (= x3 x4))))) (|$P22| x0)) )bench/hccss/mult_hccs0.smt0000644000175000017500000000121212420602235016210 0ustar terauchiterauchi(benchmark test/mult_hccs0_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x5 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0 x1 x2)) :extrapreds ((|$P2| x0 x1)) :formula (not (and (|$P0| x0) (= x0 x1))) :formula (implies (and (|$P1| x1 x2 x4) (and (= x0 1) (and (>= x3 (+ 1 x5)) (and (= x1 x3) (and (= x2 x3) (= x4 x5)))))) (|$P0| x0)) :formula (implies (and (|$P2| x1 x3) (and (= x0 0) (and (>= x2 1) (and (<= x4 0) (and (= x1 x2) (= x3 x4)))))) (|$P1| x2 x4 x0)) :formula (implies (= x0 x1) (|$P2| x1 x0)) )bench/hccss/harmonic_hccs0.smt0000644000175000017500000001725112420602235017041 0ustar terauchiterauchi(benchmark test/harmonic_hccs0_expanded.smt :status unknown 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:extrafuns ((x11 Real)) :extrafuns ((x12 Real)) :extrafuns ((x13 Real)) :extrafuns ((x14 Real)) :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrapreds ((|$P0| x0 x1)) :extrapreds ((|$P1| x0 x1 x2)) :extrapreds ((|$P2| x0 x1 x2)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0 x1)) :extrapreds ((|$P5| x0 x1)) :extrapreds ((|$P6| x0 x1 x2)) :extrapreds ((|$P7| x0 x1)) :extrapreds ((|$P8| x0 x1)) :extrapreds ((|$P9| x0 x1)) :extrapreds ((|$P10| x0 x1)) :extrapreds ((|$P11| x0 x1)) :extrapreds ((|$P12| x0 x1 x2)) :extrapreds ((|$P13| x0 x1 x2)) :extrapreds ((|$P14| x0 x1)) :extrapreds ((|$P15| x0 x1)) :extrapreds ((|$P16| x0 x1)) :extrapreds ((|$P17| x0 x1 x2)) :extrapreds ((|$P18| x0 x1)) :extrapreds ((|$P19| x0 x1)) :extrapreds ((|$P20| x0 x1)) :extrapreds ((|$P21| x0 x1)) :extrapreds ((|$P22| x0 x1)) :extrapreds ((|$P23| x0 x1 x2)) :extrapreds 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x6)))))))))) (|$P31| x1 x6 x0)) :formula (implies (and (|$P33| x0 x1 x2) (and (|$P34| x4 x6) (and (<= (+ 1 x7) x5) (and (= x0 x5) (and (= x1 x7) (and (= x2 x3) (and (= x4 x5) (= x6 x7)))))))) (|$P32| x5 x7)) :formula (implies (and (|$P35| x1 x3) (and (= x0 0) (and (>= x2 1) (and (<= 0 x4) (and (<= (+ 1 x4) x2) (and (= x1 x2) (= x3 x4))))))) (|$P33| x2 x4 x0)) :formula (implies (and (= x0 0) (>= x1 1)) (|$P34| x1 x0)) :formula (implies (and (|$P36| x0 x2) (and (<= (+ 1 x3) x1) (and (= x0 x1) (= x2 x3)))) (|$P35| x1 x3)) :formula (implies (and (= x0 0) (>= x1 1)) (|$P36| x1 x0)) :formula (implies (and (|$P38| x3 x5) (and (= x0 0) (and (>= x1 1) (and (>= x4 1) (and (<= 0 x6) (and (<= x1 x2) (and (<= x4 x2) (and (<= (+ 1 x6) x2) (and (= x3 x4) (= x5 x6)))))))))) (|$P37| x1 x6 x0)) :formula (implies (and (|$P39| x0 x1 x2) (and (|$P40| x4 x6) (and (<= (+ 1 x7) x5) (and (= x0 x5) (and (= x1 x7) (and (= x2 x3) (and (= x4 x5) (= x6 x7)))))))) (|$P38| x5 x7)) :formula (implies (and (|$P41| x1 x3) (and (= x0 0) (and (>= x2 1) (and (<= 0 x4) (and (<= (+ 1 x4) x2) (and (= x1 x2) (= x3 x4))))))) (|$P39| x2 x4 x0)) :formula (implies (and (= x0 0) (>= x1 1)) (|$P40| x1 x0)) :formula (implies (and (|$P42| x0 x2) (and (<= (+ 1 x3) x1) (and (= x0 x1) (= x2 x3)))) (|$P41| x1 x3)) :formula (implies (and (= x0 0) (>= x1 1)) (|$P42| x1 x0)) :formula (implies (and (|$P44| x1 x3) (and (= x0 0) (and (>= x2 1) (and (<= 0 x4) (and (<= (+ 1 x4) x2) (and (= x1 x2) (= x3 x4))))))) (|$P43| x2 x4 x0)) :formula (implies (and (|$P45| x0 x2) (and (<= (+ 1 x3) x1) (and (= x0 x1) (= x2 x3)))) (|$P44| x1 x3)) :formula (implies (and (= x0 0) (>= x1 1)) (|$P45| x1 x0)) :formula (implies (and (|$P47| x1 x3) (and (= x0 0) (and (>= x2 1) (and (<= 0 x4) (and (<= (+ 1 x4) x2) (and (= x1 x2) (= x3 x4))))))) (|$P46| x2 x4 x0)) :formula (implies (and (|$P48| x0 x2) (and (<= (+ 1 x3) x1) (and (= x0 x1) (= x2 x3)))) (|$P47| x1 x3)) :formula (implies (and (= x0 0) (>= x1 1)) (|$P48| x1 x0)) :formula (implies (and (|$P50| x1 x3) (and (= x0 0) (and (>= x2 1) (and (<= 0 x4) (and (<= (+ 1 x4) x2) (and (= x1 x2) (= x3 x4))))))) (|$P49| x2 x4 x0)) :formula (implies (and (|$P51| x0 x2) (and (<= (+ 1 x3) x1) (and (= x0 x1) (= x2 x3)))) (|$P50| x1 x3)) :formula (implies (and (= x0 0) (>= x1 1)) (|$P51| x1 x0)) :formula (implies (and (= x0 0) (>= x1 1)) (|$P52| x1 x0)) :formula (implies (and (= x0 0) (>= x1 1)) (|$P53| x1 x0)) :formula (implies (and (= x0 0) (>= x1 1)) (|$P54| x1 x0)) :formula (not (and (|$P56| x0) (= x0 x1))) :formula (implies (and (|$P55| x1 x3) (and (= x0 1) (and (<= 0 x4) (and (>= x2 1) (and (<= x2 x4) (and (= x1 x2) (= x3 x4))))))) (|$P56| x0)) :formula (implies (and (|$P57| x1 x3) (and (= x0 0) (and (>= x2 1) (and (<= 0 x4) (and (<= (+ 1 x4) x2) (and (= x1 x2) (= x3 x4))))))) (|$P58| x2 x4 x0)) )bench/hccss/fib_e_hccs3.smt0000644000175000017500000001056012420602235016304 0ustar terauchiterauchi(benchmark test/fib_e_hccs3_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x4 Real)) :extrafuns ((x3 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0 x1)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0)) :extrapreds ((|$P5| x0)) :extrapreds ((|$P6| x0)) :extrapreds ((|$P7| x0 x1)) :extrapreds ((|$P8| x0)) :extrapreds ((|$P9| x0)) :extrapreds ((|$P10| x0)) :extrapreds ((|$P11| x0)) :extrapreds ((|$P12| x0)) :extrapreds ((|$P13| x0)) :extrapreds ((|$P14| x0)) :extrapreds ((|$P15| x0 x1)) :extrapreds ((|$P16| x0 x1)) :extrapreds ((|$P17| x0)) :extrapreds ((|$P18| x0 x1)) :extrapreds ((|$P19| x0)) :extrapreds ((|$P20| x0)) :extrapreds ((|$P21| x0)) :extrapreds ((|$P22| x0 x1)) :extrapreds ((|$P23| x0)) :extrapreds ((|$P24| x0)) :extrapreds ((|$P25| x0)) :extrapreds ((|$P26| x0)) :extrapreds ((|$P27| x0)) :extrapreds ((|$P28| x0)) :extrapreds ((|$P29| x0)) :extrapreds ((|$P30| x0)) :extrapreds ((|$P31| x0)) :extrapreds ((|$P32| x0 x1)) :extrapreds ((|$P33| x0)) :extrapreds ((|$P34| x0)) :extrapreds ((|$P35| x0 x1)) :formula (implies (and (|$P31| x0) (and (|$P15| x1 x2) (and (|$P35| x3 x5) (and (>= x4 2) (and (= x0 x4) (and (= (+ 1 x1) x4) (and (= x2 x6) (and (= (+ 2 x3) x4) (= (+ x5 x6) x7))))))))) (|$P32| x4 x7)) :formula (implies (and (|$P30| x0) (and (|$P0| x1 x3) (and (>= x2 0) (and (= x0 (+ 2 x2)) (and (= x1 (+ 1 x2)) (= x3 x4)))))) (|$P34| x2)) :formula (implies (and (|$P2| x0) (and (|$P1| x1 x2) (and (|$P3| x3 x5) (and (>= x4 2) (and (= x0 x4) (and (= (+ 1 x1) x4) (and (= x2 x6) (and (= (+ 2 x3) x4) (= (+ x5 x6) x7))))))))) (|$P0| x4 x7)) :formula (implies (and (|$P5| x1) (and (= x2 1) (and (= x0 1) (= x1 x2)))) (|$P1| x2 x0)) :formula (implies (and (|$P6| x0) (and (>= x1 1) (= x0 (+ 1 x1)))) (|$P2| x1)) :formula (implies (and (|$P4| x1) (and (= x2 1) (and (= x0 1) (= x1 x2)))) (|$P3| x2 x0)) :formula (implies (and (|$P9| x0) (and (|$P7| x1 x3) (and (>= x2 0) (and (= x0 (+ 2 x2)) (and (= x1 (+ 1 x2)) (= x3 x4)))))) (|$P4| x2)) :formula (implies (and (|$P8| x0) (and (>= x1 1) (= x0 (+ 1 x1)))) (|$P5| x1)) :formula (implies (= x0 3) (|$P6| x0)) :formula (implies (and (|$P10| x1) (and (= x2 1) (and (= x0 1) (= x1 x2)))) (|$P7| x2 x0)) :formula (implies (and (|$P11| x0) (and (>= x1 1) (= x0 (+ 1 x1)))) (|$P8| x1)) :formula (implies (and (|$P12| x0) (and (>= x1 1) (= x0 (+ 1 x1)))) (|$P9| x1)) :formula (implies (and (|$P13| x0) (and (>= x1 1) (= x0 (+ 1 x1)))) (|$P10| x1)) :formula (implies (= x0 3) (|$P11| x0)) :formula (implies (= x0 3) (|$P12| x0)) :formula (implies (and (|$P14| x0) (and (>= x1 1) (= x0 (+ 1 x1)))) (|$P13| x1)) :formula (implies (= x0 3) (|$P14| x0)) :formula (implies (and (|$P17| x0) (and (|$P16| x1 x2) (and (|$P18| x3 x5) (and (>= x4 2) (and (= x0 x4) (and (= (+ 1 x1) x4) (and (= x2 x6) (and (= (+ 2 x3) x4) (= (+ x5 x6) x7))))))))) (|$P15| x4 x7)) :formula (implies (and (|$P20| x1) (and (= x2 1) (and (= x0 1) (= x1 x2)))) (|$P16| x2 x0)) :formula (implies (and (|$P21| x0) (and (>= x1 1) (= x0 (+ 1 x1)))) (|$P17| x1)) :formula (implies (and (|$P19| x1) (and (= x2 1) (and (= x0 1) (= x1 x2)))) (|$P18| x2 x0)) :formula (implies (and (|$P24| x0) (and (|$P22| x1 x3) (and (>= x2 0) (and (= x0 (+ 2 x2)) (and (= x1 (+ 1 x2)) (= x3 x4)))))) (|$P19| x2)) :formula (implies (and (|$P23| x0) (and (>= x1 1) (= x0 (+ 1 x1)))) (|$P20| x1)) :formula (implies (= x0 3) (|$P21| x0)) :formula (implies (and (|$P25| x1) (and (= x2 1) (and (= x0 1) (= x1 x2)))) (|$P22| x2 x0)) :formula (implies (and (|$P26| x0) (and (>= x1 1) (= x0 (+ 1 x1)))) (|$P23| x1)) :formula (implies (and (|$P27| x0) (and (>= x1 1) (= x0 (+ 1 x1)))) (|$P24| x1)) :formula (implies (and (|$P28| x0) (and (>= x1 1) (= x0 (+ 1 x1)))) (|$P25| x1)) :formula (implies (= x0 3) (|$P26| x0)) :formula (implies (= x0 3) (|$P27| x0)) :formula (implies (and (|$P29| x0) (and (>= x1 1) (= x0 (+ 1 x1)))) (|$P28| x1)) :formula (implies (= x0 3) (|$P29| x0)) :formula (implies (= x0 3) (|$P30| x0)) :formula (implies (= x0 3) (|$P31| x0)) :formula (not (and (|$P33| x0) (= x0 x1))) :formula (implies (and (|$P32| x1 x2) (and (= x0 1) (and (= x1 3) (and (<= x3 3) (= x2 x3))))) (|$P33| x0)) :formula (implies (and (|$P34| x1) (and (= x2 1) (and (= x0 1) (= x1 x2)))) (|$P35| x2 x0)) )bench/hccss/risers_hccs0.smt0000644000175000017500000020403112420602235016542 0ustar terauchiterauchi(benchmark test/risers_hccs0_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x13 Real)) :extrafuns ((x12 Real)) :extrafuns ((x8 Real)) :extrafuns ((x9 Real)) :extrafuns ((x10 Real)) :extrafuns ((x11 Real)) :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x4 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrapreds ((|$P0| x0 x1 x2)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0)) :extrapreds ((|$P3| x0 x1 x2)) :extrapreds ((|$P4| x0 x1 x2)) :extrapreds ((|$P5| x0)) :extrapreds ((|$P6| x0)) :extrapreds ((|$P7| x0 x1 x2 x3)) :extrapreds ((|$P8| x0 x1)) :extrapreds ((|$P9| x0)) :extrapreds ((|$P10| x0 x1 x2 x3)) :extrapreds ((|$P11| x0 x1)) :extrapreds ((|$P12| x0 x1)) :extrapreds ((|$P13| x0 x1)) :extrapreds ((|$P14| x0 x1 x2)) :extrapreds ((|$P15| x0 x1)) :extrapreds ((|$P16| x0)) :extrapreds ((|$P17| x0 x1)) :extrapreds ((|$P18| x0 x1)) :extrapreds ((|$P19| x0)) :extrapreds ((|$P20| x0 x1)) :extrapreds ((|$P21| x0 x1 x2)) :extrapreds ((|$P22| x0 x1)) :extrapreds ((|$P23| x0)) :extrapreds ((|$P24| x0 x1)) :extrapreds ((|$P25| x0 x1)) :extrapreds ((|$P26| x0)) :extrapreds ((|$P27| x0 x1)) :extrapreds ((|$P28| x0)) :extrapreds ((|$P29| x0 x1)) :extrapreds ((|$P30| x0 x1)) :extrapreds ((|$P31| x0)) :extrapreds ((|$P32| x0)) :extrapreds ((|$P33| x0 x1)) :extrapreds ((|$P34| x0 x1)) :extrapreds ((|$P35| x0)) :extrapreds ((|$P36| x0)) :extrapreds ((|$P37| x0)) :extrapreds ((|$P38| x0 x1)) :extrapreds ((|$P39| x0 x1)) :extrapreds ((|$P40| x0)) :extrapreds ((|$P41| x0)) :extrapreds ((|$P42| x0 x1)) :extrapreds ((|$P43| x0 x1)) :extrapreds ((|$P44| x0)) :extrapreds ((|$P45| x0)) :extrapreds ((|$P46| x0)) :extrapreds ((|$P47| x0)) :extrapreds ((|$P48| x0 x1 x2)) :extrapreds ((|$P49| x0)) :extrapreds ((|$P50| x0)) :extrapreds ((|$P51| x0)) :extrapreds ((|$P52| x0 x1)) :extrapreds ((|$P53| x0)) :extrapreds ((|$P54| x0)) :extrapreds ((|$P55| x0)) :extrapreds ((|$P56| x0)) :extrapreds ((|$P57| x0)) :extrapreds ((|$P58| x0)) :extrapreds ((|$P59| x0 x1)) :extrapreds ((|$P60| x0)) :extrapreds ((|$P61| x0)) :extrapreds ((|$P62| x0)) :extrapreds ((|$P63| x0)) :extrapreds ((|$P64| x0)) :extrapreds ((|$P65| x0 x1 x2 x3)) :extrapreds ((|$P66| x0 x1)) :extrapreds ((|$P67| x0 x1)) :extrapreds ((|$P68| x0)) :extrapreds ((|$P69| x0)) :extrapreds ((|$P70| x0)) :extrapreds ((|$P71| x0 x1)) :extrapreds ((|$P72| x0)) :extrapreds ((|$P73| x0)) :extrapreds ((|$P74| x0)) :extrapreds ((|$P75| x0 x1)) :extrapreds ((|$P76| x0 x1 x2)) :extrapreds ((|$P77| x0 x1)) :extrapreds ((|$P78| x0)) :extrapreds ((|$P79| x0 x1)) :extrapreds ((|$P80| x0 x1)) :extrapreds ((|$P81| x0)) :extrapreds ((|$P82| x0 x1)) :extrapreds ((|$P83| x0)) :extrapreds ((|$P84| x0)) :extrapreds ((|$P85| x0 x1)) :extrapreds ((|$P86| x0)) :extrapreds ((|$P87| x0)) :extrapreds ((|$P88| x0 x1)) :extrapreds ((|$P89| x0 x1)) :extrapreds ((|$P90| x0)) :extrapreds ((|$P91| x0)) :extrapreds ((|$P92| x0 x1)) :extrapreds ((|$P93| x0 x1)) :extrapreds ((|$P94| x0)) :extrapreds ((|$P95| x0)) :extrapreds ((|$P96| x0)) :extrapreds ((|$P97| x0)) :extrapreds ((|$P98| x0)) :extrapreds ((|$P99| x0)) :extrapreds ((|$P100| x0)) :extrapreds ((|$P101| x0)) :extrapreds ((|$P102| x0 x1)) :extrapreds ((|$P103| x0)) :extrapreds ((|$P104| x0)) :extrapreds ((|$P105| x0)) :extrapreds ((|$P106| x0)) :extrapreds ((|$P107| x0)) :extrapreds ((|$P108| x0 x1)) :extrapreds ((|$P109| x0)) :extrapreds ((|$P110| x0)) :extrapreds ((|$P111| x0)) :extrapreds ((|$P112| x0 x1)) :extrapreds ((|$P113| x0)) :extrapreds ((|$P114| x0)) 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x1)) :extrapreds ((|$P149| x0 x1)) :extrapreds ((|$P150| x0)) :extrapreds ((|$P151| x0)) :extrapreds ((|$P152| x0)) :extrapreds ((|$P153| x0 x1)) :extrapreds ((|$P154| x0 x1)) :extrapreds ((|$P155| x0)) :extrapreds ((|$P156| x0)) :extrapreds ((|$P157| x0 x1)) :extrapreds ((|$P158| x0 x1)) :extrapreds ((|$P159| x0)) :extrapreds ((|$P160| x0)) :extrapreds ((|$P161| x0)) :extrapreds ((|$P162| x0)) :extrapreds ((|$P163| x0 x1 x2)) :extrapreds ((|$P164| x0)) :extrapreds ((|$P165| x0)) :extrapreds ((|$P166| x0)) :extrapreds ((|$P167| x0 x1)) :extrapreds ((|$P168| x0)) :extrapreds ((|$P169| x0)) :extrapreds ((|$P170| x0)) :extrapreds ((|$P171| x0)) :extrapreds ((|$P172| x0)) :extrapreds ((|$P173| x0)) :extrapreds ((|$P174| x0 x1)) :extrapreds ((|$P175| x0)) :extrapreds ((|$P176| x0)) :extrapreds ((|$P177| x0)) :extrapreds ((|$P178| x0)) :extrapreds ((|$P179| x0)) :extrapreds ((|$P180| x0 x1 x2 x3)) :extrapreds ((|$P181| x0 x1)) :extrapreds ((|$P182| x0 x1)) :extrapreds ((|$P183| x0)) 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x0 x1) (|$P6| x1 x0)) :formula (implies (and (|$P8| x1 x3) (and (= x0 0) (and (= x2 0) (and (= x4 0) (and (= x1 x2) (= x3 x4)))))) (|$P7| x2 x4 x0)) :formula (implies (and (|$P9| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P8| x1 x3)) :formula (implies (= x0 x1) (|$P9| x1 x0)) :formula (not (and (|$P10| x0) (= x0 x1))) :formula (implies (and (|$P11| x1) (and (= x0 0) (and (= x2 0) (= x1 x2)))) (|$P12| x2 x0)) )bench/hccss/enc-zip_map2_hccs7.smt0000644000175000017500000001742612420602235017540 0ustar terauchiterauchi(benchmark test/enc-zip_map2_hccs7_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x8 Real)) :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x4 Real)) :extrafuns ((x3 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0)) :extrapreds ((|$P2| x0 x1 x2)) :extrapreds ((|$P3| x0 x1 x2)) :extrapreds ((|$P4| x0 x1)) :extrapreds ((|$P5| x0 x1)) :extrapreds ((|$P6| x0 x1 x2)) :extrapreds ((|$P7| x0 x1)) :extrapreds ((|$P8| x0 x1)) :extrapreds ((|$P9| x0 x1)) :extrapreds ((|$P10| x0 x1)) :extrapreds ((|$P11| x0)) :extrapreds ((|$P12| x0)) :extrapreds ((|$P13| x0 x1 x2)) :extrapreds ((|$P14| x0 x1 x2)) :extrapreds ((|$P15| x0 x1)) :extrapreds ((|$P16| x0 x1)) :extrapreds ((|$P17| x0 x1 x2)) :extrapreds ((|$P18| x0 x1)) :extrapreds ((|$P19| x0 x1)) :extrapreds ((|$P20| x0 x1)) :extrapreds ((|$P21| x0 x1)) :extrapreds ((|$P22| x0 x1)) :extrapreds ((|$P23| x0)) :extrapreds ((|$P24| x0 x1 x2)) :extrapreds ((|$P25| x0 x1 x2)) :extrapreds ((|$P26| x0 x1)) :extrapreds ((|$P27| x0 x1)) :extrapreds ((|$P28| x0 x1 x2)) :extrapreds ((|$P29| x0 x1)) :extrapreds ((|$P30| x0 x1)) :extrapreds ((|$P31| x0 x1)) :extrapreds ((|$P32| x0 x1)) :extrapreds ((|$P33| x0 x1)) :extrapreds ((|$P34| x0 x1 x2)) :extrapreds ((|$P35| x0 x1 x2)) :extrapreds ((|$P36| x0 x1)) :extrapreds ((|$P37| x0 x1)) :extrapreds ((|$P38| x0 x1 x2)) :extrapreds ((|$P39| x0 x1)) :extrapreds ((|$P40| x0 x1)) :extrapreds ((|$P41| x0 x1)) :extrapreds ((|$P42| x0 x1)) :extrapreds ((|$P43| x0)) :extrapreds ((|$P44| x0)) :extrapreds ((|$P45| x0 x1)) :formula (implies (and (|$P11| x0) (and (|$P45| x1 x3) (and (or (< x2 0) (> x2 0)) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P22| x2 x4)) :formula (implies (and (|$P0| x0) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (= x0 (+ 1 x1)))) (|$P44| x1)) :formula (implies (and (|$P1| x0) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (= x0 (+ 1 x1)))) (|$P0| x1)) :formula (implies (and (|$P2| x0 x1 x3) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))) (|$P1| x4)) :formula (implies (and (|$P4| x0 x1) (and (|$P3| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P2| x3 x5 x7)) :formula (implies (and (|$P5| x0 x1) (and (|$P6| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P3| x3 x5 x7)) :formula (implies (= x0 x1) (|$P4| x1 x0)) :formula (implies (and (|$P8| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P5| x1 x3)) :formula (implies (and (|$P7| x1 x3) (and (= x2 0) (and (= x4 0) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))))) (|$P6| x2 x4 x0)) :formula (implies (and (|$P9| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P7| x1 x3)) :formula (implies (= x0 x1) (|$P8| x1 x0)) :formula (implies (and (|$P10| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P9| x1 x3)) :formula (implies (= x0 x1) (|$P10| x1 x0)) :formula (implies (and (|$P12| x0) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (= x0 (+ 1 x1)))) (|$P11| x1)) :formula (implies (and (|$P13| x0 x1 x3) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))) (|$P12| x4)) :formula (implies (and (|$P15| x0 x1) (and (|$P14| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P13| x3 x5 x7)) :formula (implies (and (|$P16| x0 x1) (and (|$P17| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P14| x3 x5 x7)) :formula (implies (= x0 x1) (|$P15| x1 x0)) :formula (implies (and (|$P19| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P16| x1 x3)) :formula (implies (and (|$P18| x1 x3) (and (= x2 0) (and (= x4 0) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))))) (|$P17| x2 x4 x0)) :formula (implies (and (|$P20| x0 x2) (and (or (< (+ 1 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(and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P25| x3 x5 x7)) :formula (implies (= x0 x1) (|$P26| x1 x0)) :formula (implies (and (|$P30| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P27| x1 x3)) :formula (implies (and (|$P29| x1 x3) (and (= x2 0) (and (= x4 0) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))))) (|$P28| x2 x4 x0)) :formula (implies (and (|$P31| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P29| x1 x3)) :formula (implies (= x0 x1) (|$P30| x1 x0)) :formula (implies (and (|$P32| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P31| x1 x3)) :formula (implies (= x0 x1) (|$P32| x1 x0)) :formula (implies (and (|$P34| x1 x2 x4) (and (|$P33| x5 x7) (and (= x0 1) (and (or (< x8 x3) (> x8 x3)) (and (= x1 x3) (and (= x2 x3) (and (= x4 x6) (and (= x5 x6) (= x7 x8))))))))) (|$P43| x0)) :formula (implies (and (|$P36| x0 x1) (and (|$P35| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P34| x3 x5 x7)) :formula (implies (and (|$P37| x0 x1) (and (|$P38| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P35| x3 x5 x7)) :formula (implies (= x0 x1) (|$P36| x1 x0)) :formula (implies (and (|$P40| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P37| x1 x3)) :formula (implies (and (|$P39| x1 x3) (and (= x2 0) (and (= x4 0) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))))) (|$P38| x2 x4 x0)) :formula (implies (and (|$P41| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P39| x1 x3)) :formula (implies (= x0 x1) (|$P40| x1 x0)) :formula (implies (and (|$P42| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P41| x1 x3)) :formula (implies (= x0 x1) (|$P42| x1 x0)) :formula (not (and (|$P43| x0) (= x0 x1))) :formula (implies (and (|$P44| x1) (and (= x2 0) (and (= x0 x2) (= x1 x2)))) (|$P45| x2 x0)) )bench/hccss/zip_map_int2_hccs2.smt0000644000175000017500000000446112420602235017635 0ustar terauchiterauchi(benchmark test_fpat/zip_map_int2_hccs2_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x8 Real)) :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x4 Real)) :extrafuns ((x3 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0 x1 x2)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0 x1 x2)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0 x1)) :extrapreds ((|$P5| x0 x1 x2)) :extrapreds ((|$P6| x0 x1)) :extrapreds ((|$P7| x0 x1 x2)) :extrapreds ((|$P8| x0 x1)) :extrapreds ((|$P9| x0 x1)) :extrapreds ((|$P10| x0)) :extrapreds ((|$P11| x0)) :extrapreds ((|$P12| x0 x1)) :formula (implies (and (|$P5| x1 x2 x4) (and (|$P12| x5 x7) (and (= x0 1) (and (or (< x8 x3) (> x8 x3)) (and (= x1 x3) (and (= x2 x3) (and (= x4 x6) (and (= x5 x6) (= x7 x8))))))))) (|$P10| x0)) :formula (implies (and (|$P0| x0 x1 x3) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))) (|$P11| x4)) :formula (implies (and (|$P1| x0 x1) (and (|$P2| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P0| x3 x5 x7)) :formula (implies (= x0 x1) (|$P1| x1 x0)) :formula (implies (and (|$P3| x1 x3) (and (= x2 0) (and (= x4 0) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))))) (|$P2| x2 x4 x0)) :formula (implies (and (|$P4| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P3| x1 x3)) :formula (implies (= x0 x1) (|$P4| x1 x0)) :formula (implies (and (|$P6| x0 x1) (and (|$P7| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P5| x3 x5 x7)) :formula (implies (= x0 x1) (|$P6| x1 x0)) :formula (implies (and (|$P8| x1 x3) (and (= x2 0) (and (= x4 0) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))))) (|$P7| x2 x4 x0)) :formula (implies (and (|$P9| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P8| x1 x3)) :formula (implies (= x0 x1) (|$P9| x1 x0)) :formula (not (and (|$P10| x0) (= x0 x1))) :formula (implies (and (|$P11| x1) (and (= x2 0) (and (= x0 x2) (= x1 x2)))) (|$P12| x2 x0)) )bench/hccss/a-dotprod_hccs0.smt0000644000175000017500000000120512420602235017122 0ustar terauchiterauchi(benchmark test/a-dotprod_hccs0_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x5 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0 x1 x2)) :formula (not (and (|$P0| x0) (= x0 x1))) :formula (implies (and (|$P1| x1 x3) (and (= x0 1) (and (>= 0 (+ 1 x4)) (and (= x1 x2) (= x3 x4))))) (|$P0| x0)) :formula (implies (and (|$P2| x0 x2 x4) (and (<= (+ 1 x3) x1) (and (= x0 x1) (and (= x2 x3) (= x4 x5))))) (|$P1| x1 x3)) :formula (implies (and (= x1 0) (= x1 x2)) (|$P2| x0 x2 x1)) )bench/hccss/copy_intro_hccs3.smt0000644000175000017500000001026512420602235017427 0ustar terauchiterauchi(benchmark test/copy_intro_hccs3_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0 x1)) :extrapreds ((|$P3| x0)) :extrapreds ((|$P4| x0)) :extrapreds ((|$P5| x0 x1)) :extrapreds ((|$P6| x0)) :extrapreds ((|$P7| x0)) :extrapreds ((|$P8| x0)) :extrapreds ((|$P9| x0)) :extrapreds ((|$P10| x0)) :extrapreds ((|$P11| x0 x1)) :extrapreds ((|$P12| x0 x1)) :extrapreds ((|$P13| x0)) :extrapreds ((|$P14| x0)) :extrapreds ((|$P15| x0 x1)) :extrapreds ((|$P16| x0)) :extrapreds ((|$P17| x0)) :extrapreds ((|$P18| x0)) :extrapreds ((|$P19| x0)) :extrapreds ((|$P20| x0 x1)) :extrapreds ((|$P21| x0 x1)) :extrapreds ((|$P22| x0 x1)) :extrapreds ((|$P23| x0)) :extrapreds ((|$P24| x0)) :extrapreds ((|$P25| x0 x1)) :extrapreds ((|$P26| x0)) :extrapreds ((|$P27| x0)) :extrapreds ((|$P28| x0)) :extrapreds ((|$P29| x0)) :extrapreds ((|$P30| x0)) :extrapreds ((|$P31| x0)) :extrapreds ((|$P32| x0 x1)) :formula (implies (and (|$P10| x0) (and (|$P32| x1 x3) (and (or (< x2 0) (> x2 0)) (and (= x0 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)bench/hccss/copy6_hccs2.smt0000644000175000017500000001531512420602235016302 0ustar terauchiterauchi(benchmark test_fpat/copy6_hccs2_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x7 Real)) :extrafuns ((x8 Real)) :extrafuns ((x9 Real)) :extrafuns ((x10 Real)) :extrafuns ((x11 Real)) :extrafuns ((x12 Real)) :extrafuns ((x13 Real)) :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrapreds ((|$P0| x0 x1)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0)) :extrapreds ((|$P3| x0)) :extrapreds ((|$P4| x0)) :extrapreds ((|$P5| x0)) :extrapreds ((|$P6| x0)) :extrapreds ((|$P7| x0)) :extrapreds ((|$P8| x0)) :extrapreds ((|$P9| x0 x1)) :extrapreds ((|$P10| x0 x1)) :extrapreds ((|$P11| x0)) :extrapreds ((|$P12| x0)) :extrapreds ((|$P13| x0)) :extrapreds ((|$P14| x0)) :extrapreds ((|$P15| x0)) :extrapreds ((|$P16| x0)) :extrapreds ((|$P17| x0)) :extrapreds ((|$P18| x0 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1 x1)))) (|$P1317| x1)) :formula (implies (and (|$P1333| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1318| x1)) :formula (|$P1319| x0) :formula (implies (and (|$P1334| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1320| x1)) :formula (implies (and (|$P1335| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1321| x1)) :formula (implies (and (|$P1336| x1) (and (= x0 0) (and (<= x2 0) (= x1 x2)))) (|$P1322| x2 x0)) :formula (implies (and (|$P1337| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1323| x1)) :formula (|$P1324| x0) :formula (implies (and (|$P1338| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1325| x1)) :formula (|$P1326| x0) :formula (implies (and (|$P1340| x0) (and (|$P1339| x1 x3) (and (>= x2 1) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P1327| x2 x4)) :formula (|$P1328| x0) :formula (implies (and (|$P1341| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1329| x1)) :formula (|$P1330| x0) :formula (implies (and (|$P1342| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1331| x1)) :formula (|$P1332| 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x7 x3 x5)) :formula (implies (and (|$P1366| x0) (and (|$P1365| x1 x3) (and (>= x2 1) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P1357| x2 x4)) :formula (|$P1358| x0) :formula (implies (and (|$P1369| x0) (and (|$P1368| x1 x3) (and (>= x2 1) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P1359| x2 x4)) :formula (implies (and (|$P1371| x0) (and (|$P1370| x1 x3) (and (>= x2 1) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P1360| x2 x4)) :formula (|$P1361| x0) :formula (implies (and (|$P1373| x1) (and (= x0 0) (and (>= x2 2) (= x1 x2)))) (|$P1362| x2 x0)) :formula (implies (and (|$P1375| x0) (and (|$P1374| x1 x3) (and (>= x2 1) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P1363| x2 x4)) :formula (|$P1364| x0) :formula (implies (and (|$P1376| x1) (and (= x0 0) (and (<= x2 0) (= x1 x2)))) (|$P1365| x2 x0)) :formula (implies (and (|$P1377| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1366| x1)) :formula (implies (and (|$P1379| x0) (and 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x4)) :formula (|$P1379| x0) :formula (implies (and (|$P1390| x1) (and (= x0 0) (and (<= x2 0) (= x1 x2)))) (|$P1380| x2 x0)) :formula (implies (and (|$P1391| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1381| x1)) :formula (implies (and (|$P1392| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1382| x1)) :formula (|$P1383| x0) :formula (implies (and (|$P1394| x0) (and (|$P1393| x1 x3) (and (>= x2 1) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P1384| x2 x4)) :formula (implies (and (|$P1395| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1385| x1)) :formula (|$P1386| x0) :formula (implies (and (|$P1396| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1387| x1)) :formula (implies (and (|$P1397| x1) (and (= x0 0) (and (<= x2 0) (= x1 x2)))) (|$P1388| x2 x0)) :formula (implies (and (|$P1398| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1389| x1)) :formula (implies (and (|$P1399| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1390| x1)) :formula (|$P1391| x0) :formula (implies (and (|$P1400| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1392| x1)) :formula (implies (and (|$P1402| x0) (and (|$P1401| x1 x3) (and (>= x2 1) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P1393| x2 x4)) :formula (|$P1394| x0) :formula (implies (and (|$P1403| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1395| x1)) :formula (|$P1396| x0) :formula (implies (and (|$P1404| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1397| x1)) :formula (|$P1398| x0) :formula (implies (and (|$P1405| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1399| x1)) :formula (|$P1400| x0) :formula (implies (and (|$P1406| x1) (and (= x0 0) (and (<= x2 0) (= x1 x2)))) (|$P1401| x2 x0)) :formula (implies (and (|$P1407| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1402| x1)) :formula (|$P1403| x0) :formula (implies (and (|$P1408| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1404| x1)) :formula (|$P1405| x0) :formula (implies (and (|$P1409| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1406| x1)) :formula (|$P1407| x0) :formula (|$P1408| x0) :formula (implies (and (|$P1410| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1409| x1)) :formula (|$P1410| x0) :formula (implies (and (|$P1413| x0 x1 x2 x4) (and (|$P1414| x6 x8) (and (|$P1412| x9) (and (= x0 x7) (and (= x1 x10) (and (= x2 x3) (and (= x4 x5) (and (= x6 x7) (and (= x8 x10) (= x9 x10)))))))))) (|$P1411| x10 x3 x5)) :formula (implies (and (|$P1415| x0 x2) (and (= x0 x1) (= x2 x3))) (|$P1412| x3)) :formula (implies (and (|$P1416| x1 x2 x3) (and (|$P1421| x5) (and (|$P1420| x6 x7) (and (|$P1419| x8 x10) (and (= x4 0) (and (>= x9 1) (and (= x1 x9) (and (= x2 x11) (and (= x3 x4) (and (= x5 x9) (and (= (+ 1 x6) x9) (and (= (+ 1 x7) x11) (and (= x8 x9) (= x10 x11)))))))))))))) (|$P1413| x9 x11 x4 x0)) :formula (implies (and (|$P1418| x0) (and (|$P1417| x1 x3) (and (>= x2 1) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P1414| x2 x4)) :formula (implies (and (|$P1424| x0) (and (|$P1423| x1 x3) (and (>= x2 1) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P1415| x2 x4)) :formula (implies (and (|$P1427| x0 x1) (and (|$P1422| x2 x4) (and (|$P1432| x6) (and (= x0 x7) (and (= x1 x3) (and (= x2 x3) (and (= x4 x5) (= x6 x7)))))))) (|$P1416| x7 x3 x5)) :formula (implies (and (|$P1426| x0) (and (|$P1425| x1 x3) (and (>= x2 1) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P1417| x2 x4)) :formula (|$P1418| x0) :formula (implies (and (|$P1429| x0) (and (|$P1428| x1 x3) (and (>= x2 1) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P1419| x2 x4)) :formula (implies (and (|$P1431| x0) (and (|$P1430| x1 x3) (and (>= x2 1) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P1420| x2 x4)) :formula (|$P1421| x0) :formula (implies (and (|$P1433| x1) (and (= x0 0) (and (>= x2 2) (= x1 x2)))) (|$P1422| x2 x0)) :formula (implies (and (|$P1435| x0) (and (|$P1434| x1 x3) (and (>= x2 1) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P1423| x2 x4)) :formula (|$P1424| x0) :formula (implies (and (|$P1436| x1) (and (= x0 0) (and (<= x2 0) (= x1 x2)))) (|$P1425| x2 x0)) :formula (implies (and (|$P1437| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1426| x1)) :formula (implies (and (|$P1439| x0) (and (|$P1438| x1 x3) (and (>= x2 1) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P1427| x2 x4)) :formula (implies (and (|$P1441| x0) (and (|$P1440| x1 x3) (and (>= x2 1) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P1428| x2 x4)) :formula (|$P1429| x0) :formula (implies (and (|$P1442| x1) (and (= x0 0) (and (<= x2 0) (= x1 x2)))) (|$P1430| x2 x0)) :formula (implies (and (|$P1443| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1431| x1)) :formula (|$P1432| x0) :formula (implies (and (|$P1444| x0 x2) (and (= x0 x1) (= x2 x3))) (|$P1433| x3)) :formula (implies (and (|$P1445| x1) (and (= x0 0) (and (<= x2 0) (= x1 x2)))) (|$P1434| x2 x0)) :formula (implies (and (|$P1446| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1435| x1)) :formula (implies (and (|$P1447| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1436| x1)) :formula (|$P1437| x0) :formula (implies (and (|$P1449| x0) (and (|$P1448| x1 x3) (and (>= x2 1) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P1438| x2 x4)) :formula (|$P1439| x0) :formula (implies (and (|$P1450| x1) (and (= x0 0) (and (<= x2 0) (= x1 x2)))) (|$P1440| x2 x0)) :formula (implies (and (|$P1451| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1441| x1)) :formula (implies (and (|$P1452| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1442| x1)) :formula (|$P1443| x0) :formula (implies (and (|$P1454| x0) (and (|$P1453| x1 x3) (and (>= x2 1) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P1444| x2 x4)) :formula (implies (and (|$P1455| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1445| x1)) :formula (|$P1446| x0) :formula (implies (and (|$P1456| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1447| x1)) :formula (implies (and (|$P1457| x1) (and (= x0 0) (and (<= x2 0) (= x1 x2)))) (|$P1448| x2 x0)) :formula (implies (and (|$P1458| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1449| x1)) :formula (implies (and (|$P1459| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1450| x1)) :formula (|$P1451| x0) :formula (implies (and (|$P1460| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1452| x1)) :formula (implies (and (|$P1462| x0) (and (|$P1461| x1 x3) (and (>= x2 1) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P1453| x2 x4)) :formula (|$P1454| x0) :formula (implies (and (|$P1463| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1455| x1)) :formula (|$P1456| x0) :formula (implies (and (|$P1464| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1457| x1)) :formula (|$P1458| x0) :formula (implies (and (|$P1465| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1459| x1)) :formula (|$P1460| x0) :formula (implies (and (|$P1466| x1) (and (= x0 0) (and (<= x2 0) (= x1 x2)))) (|$P1461| x2 x0)) :formula (implies (and (|$P1467| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1462| x1)) :formula (|$P1463| x0) :formula (implies (and (|$P1468| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1464| x1)) :formula (|$P1465| x0) :formula (implies (and (|$P1469| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1466| x1)) :formula (|$P1467| x0) :formula (|$P1468| x0) :formula (implies (and (|$P1470| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1469| x1)) :formula (|$P1470| x0) :formula (implies (and (|$P1472| x0 x2) (and (= x0 x1) (= x2 x3))) (|$P1471| x3)) :formula (implies (and (|$P1474| x0) (and (|$P1473| x1 x3) (and (>= x2 1) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P1472| x2 x4)) :formula (implies (and (|$P1476| x0) (and (|$P1475| x1 x3) (and (>= x2 1) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P1473| x2 x4)) :formula (|$P1474| x0) :formula (implies (and (|$P1477| x1) (and (= x0 0) (and (<= x2 0) (= x1 x2)))) (|$P1475| x2 x0)) :formula (implies (and (|$P1478| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1476| x1)) :formula (implies (and (|$P1479| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1477| x1)) :formula (|$P1478| x0) :formula (implies (and (|$P1480| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1479| x1)) :formula (|$P1480| x0) :formula (implies (and (|$P1482| x0 x2) (and (= x0 x1) (= x2 x3))) (|$P1481| x3)) :formula (implies (and (|$P1484| x0) (and (|$P1483| x1 x3) (and (>= x2 1) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P1482| x2 x4)) :formula (implies (and (|$P1486| x0) (and (|$P1485| x1 x3) (and (>= x2 1) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P1483| x2 x4)) :formula (|$P1484| x0) :formula (implies (and (|$P1487| x1) (and (= x0 0) (and (<= x2 0) (= x1 x2)))) (|$P1485| x2 x0)) :formula (implies (and (|$P1488| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1486| x1)) :formula (implies (and (|$P1489| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1487| x1)) :formula (|$P1488| x0) :formula (implies (and (|$P1490| x0) (and (>= x1 0) (= x0 (+ 1 x1)))) (|$P1489| x1)) :formula (|$P1490| x0) :formula (not (and (|$P1491| x0 x2) (and (= x0 x1) (= x2 x3)))) )bench/hccss/enc-rev_append_hccs3.smt0000644000175000017500000000343612420602235020132 0ustar terauchiterauchi(benchmark test/enc-rev_append_hccs3_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x8 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrapreds ((|$P0| x0 x1)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0 x1)) :extrapreds ((|$P5| x0)) :extrapreds ((|$P6| x0 x1 x2)) :extrapreds ((|$P7| x0 x1)) :extrapreds ((|$P8| x0)) :extrapreds ((|$P9| x0)) :extrapreds ((|$P10| x0 x1)) :extrapreds ((|$P11| x0 x1 x2)) :formula (implies (and (|$P3| x0 x1) (and (|$P11| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= x4 x5) (= (+ 1 x6) x7)))))))) (|$P6| x3 x5 x7)) :formula (implies (and (|$P0| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (= x0 (+ 1 x1)) (= x2 x3)))) (|$P10| x1 x3)) :formula (implies (and (|$P1| x1 x2) (and (= x1 x3) (= x2 x3))) (|$P0| x3 x0)) :formula (implies (and (|$P2| x1) (and (= x0 0) (and (= x2 0) (= x1 x2)))) (|$P1| x2 x0)) :formula (|$P2| x0) :formula (implies (and (|$P4| x1 x2) (and (= x1 x3) (= x2 x3))) (|$P3| x3 x0)) :formula (implies (and (|$P5| x1) (and (= x0 0) (and (= x2 0) (= x1 x2)))) (|$P4| x2 x0)) :formula (|$P5| x0) :formula (implies (and (|$P7| x1 x2) (and (|$P6| x3 x5 x7) (and (= x0 1) (and (or (< x8 (+ x4 x6)) (> x8 (+ x4 x6))) (and (= x1 x4) (and (= x2 x4) (and (= x3 x4) (and (= x5 x6) (= x7 x8))))))))) (|$P9| x0)) :formula (implies (and (|$P8| x1) (and (= x0 0) (and (= x2 0) (= x1 x2)))) (|$P7| x2 x0)) :formula (|$P8| x0) :formula (not (and (|$P9| x0) (= x0 x1))) :formula (implies (and (|$P10| x1 x3) (and (= x2 0) (and (= x0 x4) (and (= x1 x2) (= x3 x4))))) (|$P11| x2 x4 x0)) )bench/hccss/enc-zip_map2_hccs6.smt0000644000175000017500000001331712420602235017532 0ustar terauchiterauchi(benchmark test/enc-zip_map2_hccs6_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x8 Real)) :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x4 Real)) :extrafuns ((x3 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0 x1 x2)) :extrapreds ((|$P2| x0 x1 x2)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0 x1)) :extrapreds ((|$P5| x0 x1 x2)) :extrapreds ((|$P6| x0 x1)) :extrapreds ((|$P7| x0 x1)) :extrapreds ((|$P8| x0 x1)) :extrapreds ((|$P9| x0 x1)) :extrapreds ((|$P10| x0)) :extrapreds ((|$P11| x0 x1 x2)) :extrapreds ((|$P12| x0 x1 x2)) :extrapreds ((|$P13| x0 x1)) :extrapreds ((|$P14| x0 x1)) :extrapreds ((|$P15| x0 x1 x2)) :extrapreds ((|$P16| x0 x1)) :extrapreds ((|$P17| x0 x1)) :extrapreds ((|$P18| x0 x1)) :extrapreds ((|$P19| x0 x1)) :extrapreds ((|$P20| x0 x1)) :extrapreds ((|$P21| x0 x1 x2)) :extrapreds ((|$P22| x0 x1 x2)) :extrapreds ((|$P23| x0 x1)) :extrapreds ((|$P24| x0 x1)) :extrapreds ((|$P25| x0 x1 x2)) :extrapreds ((|$P26| x0 x1)) :extrapreds ((|$P27| x0 x1)) :extrapreds ((|$P28| x0 x1)) :extrapreds ((|$P29| x0 x1)) :extrapreds ((|$P30| x0)) :extrapreds ((|$P31| x0)) :extrapreds ((|$P32| x0 x1)) :formula (implies (and (|$P10| x0) (and (|$P32| x1 x3) (and (or (< x2 0) (> x2 0)) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P20| x2 x4)) :formula (implies (and (|$P0| x0) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (= x0 (+ 1 x1)))) (|$P31| x1)) :formula (implies (and (|$P1| x0 x1 x3) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))) (|$P0| x4)) :formula (implies (and (|$P3| x0 x1) (and (|$P2| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P1| x3 x5 x7)) :formula (implies (and (|$P4| x0 x1) (and (|$P5| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P2| x3 x5 x7)) :formula (implies (= x0 x1) (|$P3| x1 x0)) :formula (implies (and (|$P7| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P4| x1 x3)) :formula (implies (and (|$P6| x1 x3) (and (= x2 0) (and (= x4 0) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))))) (|$P5| x2 x4 x0)) :formula (implies (and (|$P8| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P6| x1 x3)) :formula (implies (= x0 x1) (|$P7| x1 x0)) :formula (implies (and (|$P9| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P8| x1 x3)) :formula (implies (= x0 x1) (|$P9| x1 x0)) :formula (implies (and (|$P11| x0 x1 x3) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))) (|$P10| x4)) :formula (implies (and (|$P13| x0 x1) (and (|$P12| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 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x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P18| x1 x3)) :formula (implies (= x0 x1) (|$P19| x1 x0)) :formula (implies (and (|$P21| x1 x2 x4) (and (|$P20| x5 x7) (and (= x0 1) (and (or (< x8 x3) (> x8 x3)) (and (= x1 x3) (and (= x2 x3) (and (= x4 x6) (and (= x5 x6) (= x7 x8))))))))) (|$P30| x0)) :formula (implies (and (|$P23| x0 x1) (and (|$P22| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P21| x3 x5 x7)) :formula (implies (and (|$P24| x0 x1) (and (|$P25| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P22| x3 x5 x7)) :formula (implies (= x0 x1) (|$P23| x1 x0)) :formula (implies (and (|$P27| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P24| x1 x3)) :formula (implies (and (|$P26| x1 x3) (and (= x2 0) (and (= x4 0) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))))) (|$P25| x2 x4 x0)) :formula (implies (and (|$P28| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P26| x1 x3)) :formula (implies (= x0 x1) (|$P27| x1 x0)) :formula (implies (and (|$P29| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P28| x1 x3)) :formula (implies (= x0 x1) (|$P29| x1 x0)) :formula (not (and (|$P30| x0) (= x0 x1))) :formula (implies (and (|$P31| x1) (and (= x2 0) (and (= x0 x2) (= x1 x2)))) (|$P32| x2 x0)) )bench/hccss/enc-zip_map_hccs1.smt0000644000175000017500000000444012420602235017440 0ustar terauchiterauchi(benchmark test/enc-zip_map_hccs1_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x8 Real)) :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x4 Real)) :extrafuns ((x3 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0 x1 x2)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0 x1 x2)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0 x1)) :extrapreds ((|$P5| x0 x1 x2)) :extrapreds ((|$P6| x0 x1)) :extrapreds ((|$P7| x0 x1 x2)) :extrapreds ((|$P8| x0 x1)) :extrapreds ((|$P9| x0 x1)) :extrapreds ((|$P10| x0)) :extrapreds ((|$P11| x0)) :extrapreds ((|$P12| x0 x1)) :formula (implies (and (|$P5| x1 x2 x4) (and (|$P12| x5 x7) (and (= x0 1) (and (<= (+ 1 x8) x3) (and (= x1 x3) (and (= x2 x3) (and (= x4 x6) (and (= x5 x6) (= x7 x8))))))))) (|$P10| x0)) :formula (implies (and (|$P0| x0 x1 x3) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))) (|$P11| x4)) :formula (implies (and (|$P1| x0 x1) (and (|$P2| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P0| x3 x5 x7)) :formula (implies (= x0 x1) (|$P1| x1 x0)) :formula (implies (and (|$P3| x1 x3) (and (= x0 0) (and (= x2 0) (and (= x4 0) (and (= x1 x2) (= x3 x4)))))) (|$P2| x2 x4 x0)) :formula (implies (and (|$P4| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P3| x1 x3)) :formula (implies (= x0 x1) (|$P4| x1 x0)) :formula (implies (and (|$P6| x0 x1) (and (|$P7| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P5| x3 x5 x7)) :formula (implies (= x0 x1) (|$P6| x1 x0)) :formula (implies (and (|$P8| x1 x3) (and (= x0 0) (and (= x2 0) (and (= x4 0) (and (= x1 x2) (= x3 x4)))))) (|$P7| x2 x4 x0)) :formula (implies (and (|$P9| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P8| x1 x3)) :formula (implies (= x0 x1) (|$P9| x1 x0)) :formula (not (and (|$P10| x0) (= x0 x1))) :formula (implies (and (|$P11| x1) (and (= x0 0) (and (= x2 0) (= x1 x2)))) (|$P12| x2 x0)) )bench/hccss/mc91_95_hccs3.smt0000644000175000017500000001076112420602235016331 0ustar terauchiterauchi(benchmark test/mc91_95_hccs3_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0 x1)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0)) :extrapreds ((|$P5| x0)) :extrapreds ((|$P6| x0)) :extrapreds ((|$P7| x0 x1)) :extrapreds ((|$P8| x0)) :extrapreds ((|$P9| x0)) :extrapreds ((|$P10| x0)) :extrapreds ((|$P11| x0)) :extrapreds ((|$P12| x0)) :extrapreds ((|$P13| x0)) :extrapreds ((|$P14| x0)) :extrapreds ((|$P15| x0 x1)) :extrapreds ((|$P16| x0 x1)) :extrapreds ((|$P17| x0)) :extrapreds ((|$P18| x0 x1)) :extrapreds ((|$P19| x0)) :extrapreds ((|$P20| x0)) :extrapreds ((|$P21| x0)) :extrapreds ((|$P22| x0 x1)) :extrapreds ((|$P23| x0)) :extrapreds ((|$P24| x0)) :extrapreds ((|$P25| x0)) :extrapreds ((|$P26| x0)) :extrapreds ((|$P27| x0)) :extrapreds ((|$P28| x0)) :extrapreds ((|$P29| x0)) :extrapreds ((|$P30| x0)) :extrapreds ((|$P31| x0)) :extrapreds ((|$P32| x0 x1)) :extrapreds ((|$P33| x0)) :extrapreds ((|$P34| x0)) :extrapreds ((|$P35| x0 x1)) :formula (implies (and (|$P31| x0) (and (|$P15| x1 x3) (and (|$P35| x4 x6) (and (<= x2 100) (and (= x0 x2) (and (= x1 (+ 11 x2)) (and (= x3 x5) (and (= x4 x5) (= x6 x7))))))))) (|$P32| x2 x7)) :formula (implies (and (|$P30| x0) (and (|$P0| x1 x3) (and (<= x2 100) (and (= x0 x2) (and (= x1 (+ 11 x2)) (= x3 x4)))))) (|$P34| x4)) :formula (implies (and (|$P2| x0) (and (|$P1| x1 x3) (and (|$P3| x4 x6) (and (<= x2 100) (and (= x0 x2) (and (= x1 (+ 11 x2)) (and (= x3 x5) (and (= x4 x5) (= x6 x7))))))))) (|$P0| x2 x7)) :formula (implies (and (|$P5| 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(|$P23| x1)) :formula (implies (and (|$P27| x0) (and (<= x1 111) (= (+ 11 x0) x1))) (|$P24| x1)) :formula (implies (and (|$P28| x0) (and (<= x1 111) (= (+ 11 x0) x1))) (|$P25| x1)) :formula (implies (<= x0 95) (|$P26| x0)) :formula (implies (<= x0 95) (|$P27| x0)) :formula (implies (and (|$P29| x0) (and (<= x1 111) (= (+ 11 x0) x1))) (|$P28| x1)) :formula (implies (<= x0 95) (|$P29| x0)) :formula (implies (<= x0 95) (|$P30| x0)) :formula (implies (<= x0 95) (|$P31| x0)) :formula (not (and (|$P33| x0) (= x0 x1))) :formula (implies (and (|$P32| x1 x3) (and (= x0 1) (and (or (< x4 91) (> x4 91)) (and (<= x2 95) (and (= x1 x2) (= x3 x4)))))) (|$P33| x0)) :formula (implies (and (|$P34| x1) (and (= (+ 10 x0) x2) (and (>= x2 101) (= x1 x2)))) (|$P35| x2 x0)) )bench/hccss/a-dotprod_hccs3.smt0000644000175000017500000000232112420602235017125 0ustar terauchiterauchi(benchmark test/a-dotprod_hccs3_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x8 Real)) :extrafuns ((x9 Real)) :extrafuns ((x5 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrapreds ((|$P0| x0 x1 x2)) :extrapreds ((|$P1| x0 x1 x2)) :extrapreds ((|$P2| x0 x1)) :extrapreds ((|$P3| x0)) :extrapreds ((|$P4| x0 x1)) :extrapreds ((|$P5| x0 x1 x2)) :formula (implies (and (|$P1| x0 x1 x2) (and (|$P5| x4 x6 x8) (and (<= (+ 1 x7) x5) (and (= x0 x5) (and (= x1 x7) (and (= x2 x3) (and (= x4 x5) (and (= x6 x7) (= x8 x9))))))))) (|$P2| x5 x7)) :formula (implies (and (|$P0| x0 x2 x4) (and (<= (+ 1 x3) x1) (and (= x0 x1) (and (= x2 x3) (= x4 x5))))) (|$P4| x1 x3)) :formula (implies (and (= x1 0) (= x1 x2)) (|$P0| x0 x2 x1)) :formula (implies (and (= x1 0) (= x1 x2)) (|$P1| x0 x2 x1)) :formula (not (and (|$P3| x0) (= x0 x1))) :formula (implies (and (|$P2| x1 x3) (and (= x0 1) (and (<= 0 x4) (and (>= x4 x2) (and (= x1 x2) (= x3 x4)))))) (|$P3| x0)) :formula (implies (and (|$P4| x1 x3) (and (= x0 0) (and (<= (+ 1 x4) x2) (and (<= 0 x4) (and (= x1 x2) (= x3 x4)))))) (|$P5| x2 x4 x0)) )bench/hccss/pldi2008-2_hccs2.smt0000644000175000017500000000120712420602235016636 0ustar terauchiterauchi(benchmark test_fpat/pldi2008-2_hccs2_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x4 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0 x1)) :formula (not (and (|$P0| x0) (= x0 x1))) :formula (implies (and (|$P1| x1 x3) (and (= x0 1) (and (<= (+ 1 x4) 0) (and (>= x2 51) (and (= x1 x2) (= x3 (+ 1 x4))))))) (|$P0| x0)) :formula (implies (and (|$P2| x0 x2) (and (>= x3 0) (and (<= x1 51) (and (= (+ 1 x0) x1) (= (+ 1 x2) x3))))) (|$P1| x1 x3)) :formula (implies (and (= x0 0) (= x1 0)) (|$P2| x0 x1)) )bench/hccss/a-init_hccs2.smt0000644000175000017500000001325612420602235016425 0ustar terauchiterauchi(benchmark test/a-init_hccs2_expanded.smt :status unknown :logic 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:extrafuns ((x7 Real)) :extrafuns ((x8 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0 x1 x2)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0 x1 x2)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0)) :extrapreds ((|$P5| x0)) :extrapreds ((|$P6| x0 x1)) :formula (implies (and (|$P2| x1 x2 x4) (and (|$P6| x5 x7) (and (= x0 1) (and (or (< x8 x3) (> x8 x3)) (and (= x1 x3) (and (= x2 x3) (and (= x4 x6) (and (= x5 x6) (= x7 x8))))))))) (|$P4| x0)) :formula (implies (and (|$P0| x0 x1 x3) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))) (|$P5| x4)) :formula (implies (and (|$P1| x1 x3) (and (= x0 0) (and (= x2 0) (and (= x4 0) (and (= x1 x2) (= x3 x4)))))) (|$P0| x2 x4 x0)) :formula (implies (= x0 x1) (|$P1| x1 x0)) :formula (implies (and (|$P3| x1 x3) (and (= x0 0) (and (= x2 0) (and (= x4 0) (and (= x1 x2) (= x3 x4)))))) (|$P2| x2 x4 x0)) :formula (implies (= x0 x1) (|$P3| x1 x0)) :formula (not 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(|$P71| x2 x4)) :formula (|$P72| x0) :formula (implies (and (|$P74| x1) (and (= x0 0) (and (= x2 0) (= x1 x2)))) (|$P73| x2 x0)) :formula (implies (and (|$P75| x0) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (= x0 (+ 1 x1)))) (|$P74| x1)) :formula (|$P75| x0) :formula (implies (and (|$P77| x0) (and (|$P78| x1 x3) (and (or (< x2 0) (> x2 0)) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P76| x2 x4)) :formula (|$P77| x0) :formula (implies (and (|$P79| x1) (and (= x0 0) (and (= x2 0) (= x1 x2)))) (|$P78| x2 x0)) :formula (implies (and (|$P80| x0) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (= x0 (+ 1 x1)))) (|$P79| x1)) :formula (|$P80| x0) :formula (not (and (|$P81| x0) (= x0 x1))) :formula (implies (and (|$P82| x1) (and (= x0 0) (and (= x2 0) (= x1 x2)))) (|$P83| x2 x0)) )bench/hccss/tricky_reverse_hccs0.smt0000644000175000017500000000216712420602235020301 0ustar terauchiterauchi(benchmark test_fpat/tricky_reverse_hccs0_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x6 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0) (= x1 x2)))) (|$P20| x2 x0)) )bench/hccss/length_hccs1.smt0000644000175000017500000000340012420602235016512 0ustar terauchiterauchi(benchmark test/length_hccs1_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0 x1)) :extrapreds ((|$P1| x0)) :extrapreds ((|$P2| x0 x1)) :extrapreds ((|$P3| x0)) :extrapreds ((|$P4| x0)) :extrapreds ((|$P5| x0 x1)) :extrapreds ((|$P6| x0)) :extrapreds ((|$P7| x0 x1)) :extrapreds ((|$P8| x0)) :extrapreds ((|$P9| x0)) :extrapreds ((|$P10| x0)) :extrapreds ((|$P11| x0)) :extrapreds ((|$P12| x0 x1)) :formula (implies (and (|$P5| x1 x3) (and (|$P12| x4 x6) (and (= x0 1) (and (or (< x7 x2) (> x7 x2)) (and (= x1 x2) (and (= x3 x5) (and (= x4 x5) (= x6 x7)))))))) (|$P10| x0)) :formula (implies (and (|$P0| x0 x2) (and (= x0 x1) (= x2 x3))) (|$P11| x3)) :formula 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)bench/hccss/pldi2008-2_hccs4.smt0000644000175000017500000000212512420602235016640 0ustar terauchiterauchi(benchmark test_fpat/pldi2008-2_hccs4_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x4 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0 x1)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0 x1)) :extrapreds ((|$P5| x0 x1)) :formula (not (and (|$P0| x0) (= x0 x1))) :formula (implies (and (|$P1| x1 x3) (and (= x0 1) (and (<= (+ 1 x4) 0) (and (>= x2 51) (and (= x1 x2) (= x3 (+ 1 x4))))))) (|$P0| x0)) :formula (implies (and (|$P2| x0 x2) (and (>= x3 0) (and (>= x1 52) (and (= (+ 1 x0) x1) (= x2 (+ 1 x3)))))) (|$P1| x1 x3)) :formula (implies (and (|$P3| x0 x2) (and (>= x3 0) (and (>= x1 52) (and (= (+ 1 x0) x1) (= x2 (+ 1 x3)))))) (|$P2| x1 x3)) :formula (implies (and (|$P4| x0 x2) (and (>= x3 0) (and (>= x1 52) (and (= (+ 1 x0) x1) (= x2 (+ 1 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x0)) :extrapreds ((|$P15| x0 x1 x2)) :extrapreds ((|$P16| x0 x1)) :extrapreds ((|$P17| x0)) :extrapreds ((|$P18| x0 x1)) :extrapreds ((|$P19| x0)) :extrapreds ((|$P20| x0 x1)) :extrapreds ((|$P21| x0)) :extrapreds ((|$P22| x0)) :formula (implies (and (|$P18| x1 x3) (and (|$P2| x4 x5) (and (|$P12| x7) (and (= x0 x6) (and (= x1 x2) (and (= x3 x8) (and (= x4 x8) (and (= x5 x6) (= x7 x8))))))))) (|$P0| x8 x6 x0)) :formula (implies (and (|$P16| x1 x3) (and (|$P9| x4) (and (= x0 0) (and (= x1 x2) (and (= x3 x5) (= x4 x5)))))) (|$P1| x5 x0)) :formula (implies (and (|$P6| x0) (and (|$P0| x1 x3 x5) (and (= x2 0) (and (= x0 x2) (and (= x1 x2) (and (= x3 x4) (= x5 x6))))))) (|$P15| x2 x4 x6)) :formula (implies (and (|$P3| x0) (and (|$P1| x1 x3) (and (= x2 0) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))))) (|$P2| x2 x4)) :formula (implies (and (|$P4| x0 x2) (and (= x0 x1) (= x2 x3))) (|$P3| x3)) :formula (implies (and (|$P5| x1) (and (= x0 0) (and (<= x2 0) (= x1 x2)))) (|$P4| x2 x0)) :formula (|$P5| 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(and (or (< x3 0) (> x3 0)) (and (= x0 x1) (= x2 x3))))) (|$P2| x1 x3)) :formula (implies (and (|$P3| x1 x3) (and (= x4 x0) (and (= x1 x2) (= x3 x4)))) (|$P4| x0 x4)) :formula (implies (and (|$P5| x1) (and (= x0 0) (and (<= (+ 1 x2) 0) (= x1 x2)))) (|$P6| x2 x0)) )bench/hccss/enc-zip4_hccs1.smt0000644000175000017500000000121412420602235016663 0ustar terauchiterauchi(benchmark test/enc-zip4_hccs1_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x5 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0 x1 x2)) :extrapreds ((|$P2| x0 x1)) :formula (not (and (|$P0| x0) (= x0 x1))) :formula (implies (and (|$P1| x1 x2 x4) (and (= x0 1) (and (<= (+ 1 x5) x3) (and (= x1 x3) (and (= x2 x3) (= x4 x5)))))) (|$P0| x0)) :formula (implies (and (|$P2| x1 x3) (and (= x0 0) (and (= x2 0) (and (= x4 0) (and (= x1 x2) (= x3 x4)))))) (|$P1| x2 x4 x0)) :formula (implies (= x0 x1) (|$P2| x1 x0)) )bench/hccss/enc-rev_accum_hccs0.smt0000644000175000017500000000120112420602235017734 0ustar terauchiterauchi(benchmark test/enc-rev_accum_hccs0_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x5 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0 x1 x2)) :extrapreds ((|$P2| x0 x1)) :formula (not (and (|$P0| x0) (= x0 x1))) :formula (implies (and (|$P1| x2 x1 x4) (and (= x0 1) (and (= x1 0) (and (<= (+ 1 x5) x3) (and (= x2 x3) (= x4 x5)))))) (|$P0| x0)) :formula (implies (and (|$P2| x1 x3) (and (= x2 0) (and (= x0 x4) (and (= x1 x2) (= x3 x4))))) (|$P1| x2 x4 x0)) :formula (implies (= x1 0) (|$P2| x0 x1)) )bench/hccss/gib_hccs6.smt0000644000175000017500000001665712420602235016021 0ustar terauchiterauchi(benchmark test/gib_hccs6_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x11 Real)) :extrafuns ((x12 Real)) :extrafuns ((x13 Real)) 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:formula (implies (and (= x1 1) (= x2 0)) (|$P31| x2 x1 x0)) :formula (not (and (|$P33| x0) (= x0 x1))) :formula (implies (and (|$P32| x1 x2 x3 x5) (and (= x0 1) (and (= x1 0) (and (= x2 1) (and (<= (+ 1 x6) 0) (and (= x3 x4) (= x5 x6))))))) (|$P33| x0)) :formula (implies (and (|$P34| x1 x3 x5) (and (= x6 1) (and (= x0 x4) (and (= x1 x2) (and (= x3 x4) (= x5 x6)))))) (|$P35| x2 x4 x6 x0)) )bench/hccss/nth_hccs0.smt0000644000175000017500000000124412420602235016025 0ustar terauchiterauchi(benchmark test/nth_hccs0_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x3 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrafuns ((x0 Real)) :extrapreds ((|$P0| x0 x1)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0 x1)) :extrapreds ((|$P3| x0)) :formula (not (and (|$P0| x0 x2) (and (= x0 x1) (= x2 x3)))) :formula (implies (and (|$P1| x0 x2) (and (= x3 0) (and (= x0 x1) (= x2 x3)))) (|$P0| x1 x3)) :formula (implies (and (|$P2| x0 x2) (and (>= x1 0) (and (= x0 (+ 1 x1)) (= x2 x3)))) (|$P1| x1 x3)) :formula (implies (and (|$P3| x1) (and (= x0 0) (and (<= (+ 1 x2) 0) (= x1 x2)))) (|$P2| x2 x0)) :formula (implies (>= x0 1) (|$P3| x0)) )bench/hccss/fgx_hccs0.smt0000644000175000017500000000154212420602235016021 0ustar terauchiterauchi(benchmark test/fgx_hccs0_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x4 Real)) :extrafuns ((x3 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0)) :extrapreds ((|$P2| x0 x1)) :extrapreds ((|$P3| x0)) :extrapreds ((|$P4| x0)) :extrapreds ((|$P5| x0 x1)) :formula (implies (and (|$P1| x0) (and (|$P5| x1 x3) (and (<= x2 0) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))))) (|$P2| x2 x4)) :formula (implies (and (|$P0| x0) (and (<= x1 0) (= x0 x1))) (|$P4| x1)) :formula (implies (= x0 2) (|$P0| x0)) :formula (implies (= x0 2) (|$P1| x0)) :formula (not (and (|$P3| x0) (= x0 x1))) :formula (implies (and (|$P2| x1 x2) (and (= x0 1) (and (= x1 2) (and (>= x3 1) (= x2 x3))))) (|$P3| x0)) :formula (implies (and (|$P4| x1) (and (= x0 (+ 1 x2)) (= x1 x2))) (|$P5| x2 x0)) )bench/hccss/zip_map_int2_hccs4.smt0000644000175000017500000000700112420602235017630 0ustar terauchiterauchi(benchmark test_fpat/zip_map_int2_hccs4_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x8 Real)) :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x4 Real)) :extrafuns ((x3 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0 x1 x2)) :extrapreds ((|$P2| x0 x1)) :extrapreds ((|$P3| x0 x1 x2)) :extrapreds ((|$P4| x0 x1)) :extrapreds ((|$P5| x0 x1)) :extrapreds ((|$P6| x0)) :extrapreds ((|$P7| x0 x1 x2)) :extrapreds ((|$P8| x0 x1)) :extrapreds ((|$P9| x0 x1 x2)) :extrapreds ((|$P10| x0 x1)) :extrapreds ((|$P11| x0 x1)) :extrapreds ((|$P12| x0 x1)) :extrapreds ((|$P13| x0 x1 x2)) :extrapreds ((|$P14| x0 x1)) :extrapreds ((|$P15| x0 x1 x2)) :extrapreds ((|$P16| x0 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:formula (implies (and (|$P14| x0 x1) (and (|$P15| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P13| x3 x5 x7)) :formula (implies (= x0 x1) (|$P14| x1 x0)) :formula (implies (and (|$P16| x1 x3) (and (= x2 0) (and (= x4 0) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))))) (|$P15| x2 x4 x0)) :formula (implies (and (|$P17| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P16| x1 x3)) :formula (implies (= x0 x1) (|$P17| x1 x0)) :formula (not (and (|$P18| x0) (= x0 x1))) :formula (implies (and (|$P19| x1) (and (= x2 0) (and (= x0 x2) (= x1 x2)))) (|$P20| x2 x0)) )bench/hccss/enc-zip_map_hccs0.smt0000644000175000017500000000234312420602235017437 0ustar terauchiterauchi(benchmark test/enc-zip_map_hccs0_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x8 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0 x1 x2)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0 x1 x2)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0)) :extrapreds ((|$P5| x0)) :extrapreds ((|$P6| x0 x1)) :formula (implies (and (|$P2| x1 x2 x4) (and (|$P6| x5 x7) (and (= x0 1) (and (<= (+ 1 x8) x3) (and (= x1 x3) (and (= x2 x3) (and (= x4 x6) (and (= x5 x6) (= x7 x8))))))))) (|$P4| x0)) :formula (implies (and (|$P0| x0 x1 x3) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))) (|$P5| x4)) :formula (implies (and (|$P1| x1 x3) (and (= x0 0) (and (= x2 0) (and (= x4 0) (and (= x1 x2) (= x3 x4)))))) (|$P0| x2 x4 x0)) :formula (implies (= x0 x1) (|$P1| x1 x0)) :formula (implies (and (|$P3| x1 x3) (and (= x0 0) (and (= x2 0) (and (= x4 0) (and (= x1 x2) (= x3 x4)))))) (|$P2| x2 x4 x0)) :formula (implies (= x0 x1) (|$P3| x1 x0)) :formula (not (and (|$P4| x0) (= x0 x1))) :formula (implies (and (|$P5| x1) (and (= x0 0) (and (= x2 0) (= x1 x2)))) (|$P6| x2 x0)) )bench/hccss/enc-zip2_hccs3.smt0000644000175000017500000001327712420602235016677 0ustar terauchiterauchi(benchmark test/enc-zip2_hccs3_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x8 Real)) :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x4 Real)) :extrafuns ((x3 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0 x1 x2)) :extrapreds ((|$P2| x0 x1 x2)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0 x1)) :extrapreds ((|$P5| x0 x1 x2)) :extrapreds ((|$P6| x0 x1)) :extrapreds ((|$P7| x0 x1)) :extrapreds ((|$P8| x0 x1)) :extrapreds ((|$P9| x0 x1)) :extrapreds ((|$P10| x0)) :extrapreds ((|$P11| x0 x1 x2)) :extrapreds ((|$P12| x0 x1 x2)) :extrapreds ((|$P13| x0 x1)) :extrapreds ((|$P14| x0 x1)) :extrapreds ((|$P15| x0 x1 x2)) :extrapreds ((|$P16| x0 x1)) :extrapreds ((|$P17| x0 x1)) :extrapreds ((|$P18| x0 x1)) :extrapreds ((|$P19| x0 x1)) :extrapreds ((|$P20| x0 x1)) :extrapreds ((|$P21| x0 x1 x2)) :extrapreds ((|$P22| x0 x1 x2)) :extrapreds ((|$P23| x0 x1)) :extrapreds ((|$P24| x0 x1)) :extrapreds ((|$P25| x0 x1 x2)) :extrapreds ((|$P26| x0 x1)) :extrapreds ((|$P27| x0 x1)) :extrapreds ((|$P28| x0 x1)) :extrapreds ((|$P29| x0 x1)) :extrapreds ((|$P30| x0)) :extrapreds ((|$P31| x0)) :extrapreds ((|$P32| x0 x1)) :formula (implies (and (|$P10| x0) (and (|$P32| x1 x3) (and (or (< x2 0) (> x2 0)) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P20| x2 x4)) :formula (implies (and (|$P0| x0) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (= x0 (+ 1 x1)))) (|$P31| x1)) :formula (implies (and (|$P1| x0 x1 x3) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))) (|$P0| x4)) :formula (implies (and (|$P3| x0 x1) (and (|$P2| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P1| x3 x5 x7)) :formula (implies (and (|$P4| x0 x1) (and (|$P5| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P2| x3 x5 x7)) :formula (implies (= x0 x1) (|$P3| x1 x0)) :formula (implies (and (|$P7| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P4| x1 x3)) :formula (implies (and (|$P6| x1 x3) (and (= x0 0) (and (= x2 0) (and (= x4 0) (and (= x1 x2) (= x3 x4)))))) (|$P5| x2 x4 x0)) :formula (implies (and (|$P8| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P6| x1 x3)) :formula (implies (= x0 x1) (|$P7| x1 x0)) :formula (implies (and (|$P9| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P8| x1 x3)) :formula (implies (= x0 x1) (|$P9| x1 x0)) :formula (implies (and (|$P11| x0 x1 x3) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))) (|$P10| x4)) :formula (implies (and (|$P13| x0 x1) (and (|$P12| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P11| x3 x5 x7)) :formula (implies (and (|$P14| x0 x1) (and (|$P15| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P12| x3 x5 x7)) :formula (implies (= x0 x1) (|$P13| x1 x0)) :formula (implies (and (|$P17| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P14| x1 x3)) :formula (implies (and (|$P16| x1 x3) (and (= x0 0) (and (= x2 0) (and (= x4 0) (and (= x1 x2) (= x3 x4)))))) (|$P15| x2 x4 x0)) :formula (implies (and (|$P18| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P16| x1 x3)) :formula (implies (= x0 x1) (|$P17| x1 x0)) :formula (implies (and (|$P19| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P18| x1 x3)) :formula (implies (= x0 x1) (|$P19| x1 x0)) :formula (implies (and (|$P21| x1 x2 x4) (and (|$P20| x5 x7) (and (= x0 1) (and (<= (+ 1 x8) x3) (and (= x1 x3) (and (= x2 x3) (and (= x4 x6) (and (= x5 x6) (= x7 x8))))))))) (|$P30| x0)) :formula (implies (and (|$P23| x0 x1) (and (|$P22| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P21| x3 x5 x7)) :formula (implies (and (|$P24| x0 x1) (and (|$P25| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P22| x3 x5 x7)) :formula (implies (= x0 x1) (|$P23| x1 x0)) :formula (implies (and (|$P27| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P24| x1 x3)) :formula (implies (and (|$P26| x1 x3) (and (= x0 0) (and (= x2 0) (and (= x4 0) (and (= x1 x2) (= x3 x4)))))) (|$P25| x2 x4 x0)) :formula (implies (and (|$P28| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P26| x1 x3)) :formula (implies (= x0 x1) (|$P27| x1 x0)) :formula (implies (and (|$P29| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P28| x1 x3)) :formula (implies (= x0 x1) (|$P29| x1 x0)) :formula (not (and (|$P30| x0) (= x0 x1))) :formula (implies (and (|$P31| x1) (and (= x0 0) (and (= x2 0) (= x1 x2)))) (|$P32| x2 x0)) )bench/hccss/file_hccs0.smt0000644000175000017500000001043612420602235016156 0ustar terauchiterauchi(benchmark test/file_hccs0_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x14 Real)) :extrafuns ((x15 Real)) :extrafuns ((x16 Real)) :extrafuns ((x17 Real)) :extrafuns ((x10 Real)) :extrafuns ((x11 Real)) :extrafuns ((x12 Real)) :extrafuns ((x13 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x8 Real)) :extrafuns ((x9 Real)) :extrafuns ((x5 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrapreds ((|$P0| x0 x1 x2)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0 x1 x2)) :extrapreds ((|$P3| x0 x1 x2)) :extrapreds ((|$P4| x0 x1)) :extrapreds ((|$P5| x0 x1 x2)) :extrapreds ((|$P6| x0 x1 x2)) :extrapreds ((|$P7| x0 x1)) :extrapreds ((|$P8| x0 x1 x2)) :extrapreds ((|$P9| x0 x1 x2)) :extrapreds ((|$P10| x0 x1)) :extrapreds ((|$P11| x0 x1 x2)) :extrapreds ((|$P12| x0 x1 x2)) :extrapreds ((|$P13| x0 x1)) :extrapreds ((|$P14| x0 x1 x2)) :extrapreds ((|$P15| x0 x1 x2)) :extrapreds ((|$P16| x0 x1)) :extrapreds ((|$P17| x0 x1 x2)) :extrapreds ((|$P18| x0 x1 x2)) :extrapreds ((|$P19| x0 x1 x2)) :extrapreds ((|$P20| x0 x1)) :extrapreds ((|$P21| x0)) :extrapreds ((|$P22| x0 x1)) :extrapreds ((|$P23| x0 x1 x2)) :formula (implies (and (|$P19| x0 x1 x2) (and (|$P15| x3 x4 x5) (and (|$P6| x6 x8 x10) (and (|$P23| x12 x14 x16) (and (= x0 x13) (and (= x1 x7) (and (= x2 x15) (and (= x3 x13) (and (= x4 x15) (and (= x5 x9) (and (= x6 x7) (and (= x8 x9) (and (= x10 x11) (and (= x12 x13) (and (= x14 x15) (= x16 x17)))))))))))))))) (|$P20| x7 x17)) :formula (implies (and (|$P18| x0 x1 x2) (and (|$P12| x3 x5 x7) (and (|$P0| x8 x10 x12) (and (= x0 x4) (and (= x1 x9) (and (= x2 x6) (and (= x3 x4) (and (= x5 x6) (and (= x7 x11) (and (= x8 x9) (and (= x10 x11) (= x12 x13)))))))))))) (|$P22| x4 x6)) :formula (implies (and (|$P1| x1 x3) (and (= x0 2) (and (= x4 1) (and (= x2 1) (and (= x1 x2) (= x3 x4)))))) (|$P0| x2 x4 x0)) :formula (implies (and (|$P3| x0 x1 x3) (and (|$P2| x4 x6 x8) (and (= x0 x5) (and (= x1 x2) (and (= x3 x7) (and (= x4 x5) (and (= x6 x7) (= x8 x9)))))))) (|$P1| x2 x9)) :formula (implies (and (|$P4| x1 x3) (and (= x0 x4) (and (or (< x2 1) (> x2 1)) (and (= x1 x2) (= x3 x4))))) (|$P2| x2 x4 x0)) :formula (implies (and (= x0 1) (and (= x1 1) (or (< x2 1) (> x2 1)))) (|$P3| x2 x1 x0)) :formula (implies (and (|$P5| x0 x2 x4) (and (= x0 x1) (and (= x2 x3) (= x4 x5)))) (|$P4| x1 x5)) :formula (implies (and (= x0 1) (and (= x1 1) (or (< x2 1) (> x2 1)))) (|$P5| x2 x1 x0)) :formula (implies (and (|$P7| x1 x3) (and (= x0 2) (and (= x4 1) (and (= x2 1) (and (= x1 x2) (= x3 x4)))))) (|$P6| x2 x4 x0)) :formula (implies (and (|$P9| x0 x1 x3) (and (|$P8| x4 x6 x8) (and (= x0 x5) (and (= x1 x2) (and (= x3 x7) (and (= x4 x5) (and (= x6 x7) (= x8 x9)))))))) (|$P7| x2 x9)) :formula (implies (and (|$P10| x1 x3) (and (= x0 x4) (and (or (< x2 1) (> x2 1)) (and (= x1 x2) (= x3 x4))))) (|$P8| x2 x4 x0)) :formula (implies (and (= x0 1) (and (= x1 1) (or (< x2 1) (> x2 1)))) (|$P9| x2 x1 x0)) :formula (implies (and (|$P11| x0 x2 x4) (and (= x0 x1) (and (= x2 x3) (= x4 x5)))) (|$P10| x1 x5)) :formula (implies (and (= x0 1) (and (= x1 1) (or (< x2 1) (> x2 1)))) (|$P11| x2 x1 x0)) :formula (implies (and (|$P13| x1 x3) (and (= x0 x4) (and (or (< x2 1) (> x2 1)) (and (= x1 x2) (= x3 x4))))) (|$P12| x2 x4 x0)) :formula (implies (and (|$P14| x0 x2 x4) (and (= x0 x1) (and (= x2 x3) (= x4 x5)))) (|$P13| x1 x5)) :formula (implies (and (= x0 1) (and (= x1 1) (or (< x2 1) (> x2 1)))) (|$P14| x2 x1 x0)) :formula (implies (and (|$P16| x1 x3) (and (= x0 x4) (and (or (< x2 1) (> x2 1)) (and (= x1 x2) (= x3 x4))))) (|$P15| x2 x4 x0)) :formula (implies (and (|$P17| x0 x2 x4) (and (= x0 x1) (and (= x2 x3) (= x4 x5)))) (|$P16| x1 x5)) :formula (implies (and (= x0 1) (and (= x1 1) (or (< x2 1) (> x2 1)))) (|$P17| x2 x1 x0)) :formula (implies (and (= x0 1) (and (= x1 1) (or (< x2 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(and (<= x2 0) (and (= x0 x2) (= x1 x2)))) (|$P1| x2 x0)) :formula (|$P2| x0) )bench/hccss/mem_hccs0.smt0000644000175000017500000000243412420602235016014 0ustar terauchiterauchi(benchmark test/mem_hccs0_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x8 Real)) :extrafuns ((x9 Real)) :extrafuns ((x5 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrapreds ((|$P0| x0 x1 x2)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0 x1 x2)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0)) :extrapreds ((|$P5| x0 x1)) :extrapreds ((|$P6| x0 x1 x2)) :formula (implies (and (|$P2| x2 x4 x5) (and (|$P6| x6 x8 x1) (and (= x0 1) (and (= x1 0) (and (or (< x9 0) (> x9 0)) (and (= x2 x3) (and (= x4 x7) (and (= x5 x9) (and (= x6 x7) (= x8 x9)))))))))) (|$P4| x0)) :formula (implies (and (|$P0| x0 x2 x4) (and (or (< x5 0) (> x5 0)) (and (= x0 x1) (and (= x2 x3) (= x4 x5))))) 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)bench/hccss/a-copy-print_hccs5.smt0000644000175000017500000000126312420602235017564 0ustar terauchiterauchi(benchmark test/a-copy-print_hccs5_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x5 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0 x1 x2)) :formula (not (and (|$P0| x0) (= x0 x1))) :formula (implies (and (|$P1| x1 x3) (and (= x0 1) (and (<= 0 x4) (and (>= x2 1) (and (>= x4 x2) (and (= x1 x2) (= x3 x4))))))) (|$P0| x0)) :formula (implies (and (|$P2| x0 x2 x4) (and (<= (+ 1 x5) x3) (and (= x0 x1) (and (= x2 x3) (= x4 x5))))) (|$P1| x1 x5)) :formula (implies (and (= x0 0) (and (>= x1 1) (= x1 x2))) (|$P2| x1 x2 x0)) )bench/hccss/enc-zip2_hccs1.smt0000644000175000017500000000443512420602235016671 0ustar terauchiterauchi(benchmark test/enc-zip2_hccs1_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x8 Real)) 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(|$P42| x0 x2) (and (= x3 0) (and (= x0 x1) (= x2 x3)))) (|$P43| x1 x3)) )bench/hccss/a-copy-print_hccs1.smt0000644000175000017500000000130112420602235017551 0ustar terauchiterauchi(benchmark test/a-copy-print_hccs1_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x5 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0 x1 x2)) :extrapreds ((|$P2| x0 x1 x2)) :formula (not (and (|$P0| x0) (= x0 x1))) :formula (implies (and (|$P1| x1 x2 x4) (and (= x0 1) (and (>= 0 (+ 1 x5)) (and (>= x3 1) (and (= x1 x3) (and (= x2 x3) (= x4 x5))))))) (|$P0| x0)) :formula (implies (and (|$P2| x0 x2 x4) (and (<= (+ 1 x5) x3) (and (= x0 x1) (and (= x2 x3) (= x4 x5))))) (|$P1| x1 x3 x5)) :formula (implies (and (= x0 0) (and (>= x1 1) (= x1 x2))) (|$P2| x1 x2 x0)) )bench/hccss/double_eq_hccs3.smt0000644000175000017500000000342112420602235017175 0ustar terauchiterauchi(benchmark 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:formula (implies (and (|$P40| x0) (and (|$P39| x1 x3) (and (>= x2 0) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P38| x2 x4)) :formula (implies (and (|$P41| x1) (and (= x0 0) (and (<= (+ 1 x2) 0) (= x1 x2)))) (|$P39| x2 x0)) :formula (|$P40| x0) :formula (implies (and (|$P42| x0) (and (>= (+ 1 x1) 0) (= x0 (+ 1 x1)))) (|$P41| x1)) :formula (|$P42| x0) :formula (implies (and (|$P44| x1) (and (= x0 0) (and (<= (+ 1 x2) 0) (= x1 x2)))) (|$P43| x2 x0)) :formula (implies (and (|$P45| x0) (and (>= (+ 1 x1) 0) (= x0 (+ 1 x1)))) (|$P44| x1)) :formula (|$P45| x0) :formula (|$P46| x0) :formula (|$P47| x0) :formula (not (and (|$P48| x0) (= x0 x1))) )bench/hccss/twice_rec_hccs0.smt0000644000175000017500000000205112420602235017175 0ustar terauchiterauchi(benchmark test/twice_rec_hccs0_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x4 Real)) :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x3 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 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(= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P18| x3 x5 x7)) :formula (implies (and (|$P22| x0 x1) (and (|$P21| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P19| x3 x5 x7)) :formula (implies (= x0 x1) (|$P20| x1 x0)) :formula (implies (and (|$P23| x0 x1) (and (|$P25| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P21| x3 x5 x7)) :formula (implies (and (|$P24| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P22| x1 x3)) :formula (implies (and (|$P27| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P23| x1 x3)) :formula (implies (= x0 x1) (|$P24| x1 x0)) :formula (implies 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(and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P48| x2 x4)) :formula (implies (and (|$P34| x0 x1 x3) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))) (|$P33| x4)) :formula (implies (and (|$P36| x0 x1) (and (|$P35| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P34| x3 x5 x7)) :formula (implies (and (|$P38| x0 x1) (and (|$P37| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P35| x3 x5 x7)) :formula (implies (= x0 x1) (|$P36| x1 x0)) :formula (implies (and (|$P39| x0 x1) (and (|$P41| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P37| x3 x5 x7)) :formula (implies (and (|$P40| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> 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(implies (and (|$P47| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P46| x1 x3)) :formula (implies (= x0 x1) (|$P47| x1 x0)) :formula (implies (and (|$P49| x1 x2 x4) (and (|$P48| x5 x7) (and (= x0 1) (and (<= (+ 1 x8) x3) (and (= x1 x3) (and (= x2 x3) (and (= x4 x6) (and (= x5 x6) (= x7 x8))))))))) (|$P63| x0)) :formula (implies (and (|$P51| x0 x1) (and (|$P50| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P49| x3 x5 x7)) :formula (implies (and (|$P53| x0 x1) (and (|$P52| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and (or (< x5 0) (> x5 0)) (and (= x0 x3) (and (= x1 x5) (and (= (+ 1 x2) x3) (and (= (+ 1 x4) x5) (= (+ 1 x6) x7))))))))) (|$P50| x3 x5 x7)) :formula (implies (= x0 x1) (|$P51| x1 x0)) :formula (implies (and (|$P54| x0 x1) (and (|$P56| x2 x4 x6) (and (or (< x3 0) (> x3 0)) (and 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)bench/hccss/enc-zipmap_hccs6.smt0000644000175000017500000001331512420602235017307 0ustar terauchiterauchi(benchmark test/enc-zipmap_hccs6_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x8 Real)) :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x4 Real)) :extrafuns ((x3 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0 x1 x2)) :extrapreds ((|$P2| x0 x1 x2)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0 x1)) :extrapreds ((|$P5| x0 x1 x2)) :extrapreds ((|$P6| x0 x1)) :extrapreds ((|$P7| x0 x1)) :extrapreds ((|$P8| x0 x1)) :extrapreds ((|$P9| x0 x1)) :extrapreds ((|$P10| x0)) :extrapreds ((|$P11| x0 x1 x2)) :extrapreds ((|$P12| x0 x1 x2)) :extrapreds ((|$P13| x0 x1)) :extrapreds ((|$P14| x0 x1)) :extrapreds ((|$P15| x0 x1 x2)) :extrapreds ((|$P16| x0 x1)) :extrapreds ((|$P17| x0 x1)) :extrapreds ((|$P18| x0 x1)) :extrapreds ((|$P19| x0 x1)) :extrapreds ((|$P20| x0 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:formula (implies (and (|$P27| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P24| x1 x3)) :formula (implies (and (|$P26| x1 x3) (and (= x2 0) (and (= x4 0) (and (= x0 x2) (and (= x1 x2) (= x3 x4)))))) (|$P25| x2 x4 x0)) :formula (implies (and (|$P28| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P26| x1 x3)) :formula (implies (= x0 x1) (|$P27| x1 x0)) :formula (implies (and (|$P29| x0 x2) (and (or (< (+ 1 x1) 0) (> (+ 1 x1) 0)) (and (or (< (+ 1 x3) 0) (> (+ 1 x3) 0)) (and (= x0 (+ 1 x1)) (= x2 (+ 1 x3)))))) (|$P28| x1 x3)) :formula (implies (= x0 x1) (|$P29| x1 x0)) :formula (not (and (|$P30| x0) (= x0 x1))) :formula (implies (and (|$P31| x1) (and (= x2 0) (and (= x0 x2) (= x1 x2)))) (|$P32| x2 x0)) )bench/hccss/enc-zip_unzip_hccs1.smt0000644000175000017500000000245212420602235020031 0ustar terauchiterauchi(benchmark 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(and (= x3 0) (and (or (< x1 0) (> x1 0)) (and (= x0 x1) (= x2 x3))))) (|$P3| x1 x3)) :formula (implies (and (|$P4| x0 x2 x4) (and (= x0 x1) (and (= x2 x3) (= x4 x5)))) (|$P5| x3 x5)) :formula (implies (and (|$P6| x2) (and (= x0 0) (and (= x1 0) (and (= x3 0) (= x2 x3))))) (|$P7| x3 x0 x1)) )bench/hccss/repeat4_hccs0.smt0000644000175000017500000000104712420602235016601 0ustar terauchiterauchi(benchmark test/repeat4_hccs0_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrafuns ((x0 Real)) :extrapreds ((|$P0| x0)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0)) :formula (not (and (|$P0| x0) (= x0 x1))) :formula (implies (and (|$P1| x1 x3) (and (= x0 1) (and (or (< x4 x2) (> x4 x2)) (and (= x1 x2) (= x3 x4))))) (|$P0| x0)) :formula (implies (and (|$P2| x1) (and (= x0 0) (and (= x2 0) (= x1 x2)))) (|$P1| x2 x0)) :formula (|$P2| x0) )bench/hccss/isort_geq_hccs0.smt0000644000175000017500000000752212420602235017235 0ustar terauchiterauchi(benchmark test/isort_geq_hccs0_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x10 Real)) :extrafuns ((x11 Real)) :extrafuns ((x12 Real)) :extrafuns ((x13 Real)) :extrafuns ((x7 Real)) :extrafuns ((x8 Real)) :extrafuns ((x9 Real)) :extrafuns ((x4 Real)) :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x3 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrapreds ((|$P0| x0 x1)) :extrapreds ((|$P1| x0)) :extrapreds ((|$P2| x0 x1)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0)) :extrapreds ((|$P5| x0)) :extrapreds ((|$P6| x0 x1)) :extrapreds ((|$P7| x0)) :extrapreds ((|$P8| x0 x1)) :extrapreds ((|$P9| x0)) :extrapreds ((|$P10| x0 x1)) :extrapreds ((|$P11| x0 x1)) :extrapreds ((|$P12| x0)) :extrapreds ((|$P13| x0)) :extrapreds ((|$P14| x0 x1)) :extrapreds ((|$P15| x0)) :extrapreds ((|$P16| x0 x1)) :extrapreds ((|$P17| x0)) 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)bench/hccss/enc-rev_append_hccs1.smt0000644000175000017500000000334412420602235020126 0ustar terauchiterauchi(benchmark test/enc-rev_append_hccs1_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x8 Real)) :extrafuns ((x5 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrapreds ((|$P0| x0 x1)) :extrapreds ((|$P1| x0)) :extrapreds ((|$P2| x0)) :extrapreds ((|$P3| x0 x1)) :extrapreds ((|$P4| x0)) :extrapreds ((|$P5| x0)) :extrapreds ((|$P6| x0)) :extrapreds ((|$P7| x0)) :extrapreds ((|$P8| x0 x1)) :extrapreds ((|$P9| x0)) :extrapreds ((|$P10| x0 x1)) :extrapreds ((|$P11| x0 x1 x2)) :formula (implies (and (|$P7| x1) (and (|$P3| x2 x4) (and (|$P11| x5 x0 x7) (and (= x0 1) (and (or (< x3 0) (> x3 0)) (and (= x1 x3) (and (= (+ 1 x2) x3) (and (= x4 x6) (and (= x5 x6) (= x7 x8)))))))))) (|$P8| x3 x8)) :formula (implies (and (|$P6| x1) (and (|$P0| x2 x4) (and (= x0 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(= x0 (+ 1 x1)))) (|$P58| x1)) :formula (|$P59| x0) :formula (implies (and (|$P62| x0 x1 x2 x4) (and (|$P63| x6 x8) (and (|$P61| x9) (and (= x0 x7) (and (= x1 x10) (and (= x2 x3) (and (= x4 x5) (and (= x6 x7) (and (= x8 x10) (= x9 x10)))))))))) (|$P60| x10 x3 x5)) :formula (implies (and (|$P64| x0 x2) (and (= x0 x1) (= x2 x3))) (|$P61| x3)) :formula (implies (and (|$P65| x1 x2 x3) (and (|$P70| x5) (and (|$P69| x6 x7) (and (|$P68| x8 x10) (and (= x4 0) (and (>= x9 0) (and (= x0 x9) (and (= x1 x9) (and (= x2 x11) (and (= x3 x4) (and (= x5 x9) (and (= (+ 1 x6) x9) (and (= (+ 1 x7) x11) (and (= x8 x9) (= x10 x11))))))))))))))) (|$P62| x9 x11 x4 x0)) :formula (implies (and (|$P67| x0) (and (|$P66| x1 x3) (and (>= x2 0) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P63| x2 x4)) :formula (implies (and (|$P73| x0) (and (|$P72| x1 x3) (and (>= x2 0) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P64| x2 x4)) :formula (implies (and (|$P76| x0 x1) (and (|$P71| x2 x4) 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(and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P87| x2 x4)) :formula (|$P88| x0) :formula (implies (and (|$P100| x0) (and (>= (+ 1 x1) 0) (= x0 (+ 1 x1)))) (|$P89| x1)) :formula (implies (and (|$P99| x1) (and (= x0 0) (and (<= (+ 1 x2) 0) (= x1 x2)))) (|$P90| x2 x0)) :formula (implies (and (|$P101| x0) (and (>= (+ 1 x1) 0) (= x0 (+ 1 x1)))) (|$P91| x1)) :formula (|$P92| x0) :formula (implies (and (|$P103| x0) (and (|$P102| x1 x3) (and (>= x2 0) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P93| x2 x4)) :formula (implies (and (|$P104| x0) (and (>= (+ 1 x1) 0) (= x0 (+ 1 x1)))) (|$P94| x1)) :formula (|$P95| x0) :formula (implies (and (|$P105| x0) (and (>= (+ 1 x1) 0) (= x0 (+ 1 x1)))) (|$P96| x1)) :formula (implies (and (|$P107| x0) (and (>= (+ 1 x1) 0) (= x0 (+ 1 x1)))) (|$P97| x1)) :formula (implies (and (|$P106| x1) (and (= x0 0) (and (<= (+ 1 x2) 0) (= x1 x2)))) (|$P98| x2 x0)) :formula (implies (and (|$P108| x0) (and (>= (+ 1 x1) 0) (= x0 (+ 1 x1)))) (|$P99| x1)) 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(|$P152| x2 x4)) :formula (implies (and (|$P155| x0) (and (|$P156| x1 x3) (and (>= x2 0) (and (= x0 x2) (and (= (+ 1 x1) x2) (= (+ 1 x3) x4)))))) (|$P153| x2 x4)) :formula (|$P154| x0) :formula (implies (and (|$P158| x0) (and (>= (+ 1 x1) 0) (= x0 (+ 1 x1)))) (|$P155| x1)) :formula (implies (and (|$P157| x1) (and (= x0 0) (and (<= (+ 1 x2) 0) (= x1 x2)))) (|$P156| x2 x0)) :formula (implies (and (|$P159| x0) (and (>= (+ 1 x1) 0) (= x0 (+ 1 x1)))) (|$P157| x1)) :formula (|$P158| x0) :formula (implies (and (|$P160| x0) (and (>= (+ 1 x1) 0) (= x0 (+ 1 x1)))) (|$P159| x1)) :formula (|$P160| x0) :formula (not (and (|$P161| x0) (= x0 x1))) )bench/hccss/a-max_hccs0.smt0000644000175000017500000000240512420602235016237 0ustar terauchiterauchi(benchmark test/a-max_hccs0_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x7 Real)) :extrafuns ((x8 Real)) :extrafuns ((x9 Real)) :extrafuns ((x10 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) 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0ustar terauchiterauchi(benchmark test/bcopy-without-size_hccs3_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x7 Real)) :extrafuns ((x8 Real)) :extrafuns ((x9 Real)) :extrafuns ((x10 Real)) :extrafuns ((x11 Real)) :extrafuns ((x12 Real)) :extrafuns ((x13 Real)) :extrafuns ((x14 Real)) :extrafuns ((x15 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrapreds ((|$P0| x0 x1 x2)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0 x1)) :extrapreds ((|$P3| x0 x1 x2)) :extrapreds ((|$P4| x0 x1)) :extrapreds ((|$P5| x0 x1)) :extrapreds ((|$P6| x0 x1)) :extrapreds ((|$P7| x0 x1)) :extrapreds ((|$P8| x0 x1)) :extrapreds ((|$P9| x0)) :formula (implies (and (|$P3| x0 x1 x2) (and (|$P7| x4 x6) (and (|$P0| x8 x9 x10) (and (|$P6| x12 x14) (and (<= (+ 1 x7) x5) (and (<= (+ 1 x15) x13) (and (= x0 x5) (and (= x1 x7) (and (= x2 x3) (and (= x4 x5) (and (= x6 x7) (and (= x8 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terauchiterauchi(benchmark test/iter_hccs2_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x12 Real)) :extrafuns ((x13 Real)) :extrafuns ((x14 Real)) :extrafuns ((x15 Real)) :extrafuns ((x8 Real)) :extrafuns ((x9 Real)) :extrafuns ((x10 Real)) :extrafuns ((x11 Real)) :extrafuns ((x7 Real)) :extrafuns ((x5 Real)) :extrafuns ((x6 Real)) :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x2 Real)) :extrafuns ((x0 Real)) :extrafuns ((x1 Real)) :extrapreds ((|$P0| x0 x1)) :extrapreds ((|$P1| x0)) :extrapreds ((|$P2| x0 x1)) :extrapreds ((|$P3| x0 x1 x2)) :extrapreds ((|$P4| x0)) :extrapreds ((|$P5| x0)) :extrapreds ((|$P6| x0 x1)) :extrapreds ((|$P7| x0)) :extrapreds ((|$P8| x0 x1 x2 x3)) :extrapreds ((|$P9| x0 x1)) :extrapreds ((|$P10| x0 x1)) :extrapreds ((|$P11| x0 x1 x2)) :extrapreds ((|$P12| x0)) :extrapreds ((|$P13| x0 x1)) :extrapreds ((|$P14| x0)) :extrapreds ((|$P15| x0 x1)) :extrapreds ((|$P16| x0 x1 x2)) :extrapreds ((|$P17| x0 x1)) :extrapreds ((|$P18| x0)) 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0ustar terauchiterauchi(benchmark test/enc-zip_unzip_hccs4_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x4 Real)) :extrafuns ((x5 Real)) :extrafuns ((x1 Real)) :extrafuns ((x2 Real)) :extrafuns ((x3 Real)) :extrafuns ((x0 Real)) :extrapreds ((|$P0| x0 x1)) :extrapreds ((|$P1| x0 x1)) :extrapreds ((|$P2| x0 x1 x2)) :extrapreds ((|$P3| x0)) :formula (not (and (|$P0| x0 x2) (and (= x0 x1) (= x2 x3)))) :formula (implies (and (|$P1| x0 x2) (and (= x1 0) (and (or (< x3 0) (> x3 0)) (and (= x0 x1) (= x2 x3))))) (|$P0| x1 x3)) :formula (implies (and (|$P2| x0 x2 x4) (and (= x0 x1) (and (= x2 x3) (= x4 x5)))) (|$P1| x3 x5)) :formula (implies (and (|$P3| x2) (and (= x0 0) (and (= x1 0) (and (= x3 0) (= x2 x3))))) (|$P2| x3 x0 x1)) :formula (|$P3| x0) )bench/hccss/sum_hccs0.smt0000644000175000017500000000103412420602235016035 0ustar terauchiterauchi(benchmark test/sum_hccs0_expanded.smt :status unknown :logic QF_UFLRA :extrafuns ((x3 Real)) :extrafuns ((x4 Real)) :extrafuns ((x1 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