out_semantics.h

当前支持 16-bit, 32-bit and 64-bit 的二进制文件

{nt__x86_rcr_af, ns_void, {791, 793, 795}},	// 796
{nt_asgn, ns_void, {no_x86_af|0x80000000, 796, no_void|0x80000000}},	// 797
{nt_literal, ns_void, {0, 0, 0}},	// 798
{nt_arg, ns_void, {798, no_void|0x80000000, no_void|0x80000000}},	// 799
{nt_literal, ns_void, {1, 0, 0}},	// 800
{nt_arg, ns_void, {800, no_void|0x80000000, no_void|0x80000000}},	// 801
{nt_literal, ns_void, {0, 0, 0}},	// 802
{nt_tmp, ns_void, {802, no_void|0x80000000, no_void|0x80000000}},	// 803
{nt__x86_rcr_cf, ns_void, {799, 801, 803}},	// 804
{nt_asgn, ns_void, {no_x86_cf|0x80000000, 804, no_void|0x80000000}},	// 805
{nt_literal, ns_void, {0, 0, 0}},	// 806
{nt_arg, ns_void, {806, no_void|0x80000000, no_void|0x80000000}},	// 807
{nt_literal, ns_void, {1, 0, 0}},	// 808
{nt_arg, ns_void, {808, no_void|0x80000000, no_void|0x80000000}},	// 809
{nt_literal, ns_void, {0, 0, 0}},	// 810
{nt_tmp, ns_void, {810, no_void|0x80000000, no_void|0x80000000}},	// 811
{nt__x86_rcr_sf, ns_void, {807, 809, 811}},	// 812
{nt_asgn, ns_void, {no_x86_sf|0x80000000, 812, no_void|0x80000000}},	// 813
{nt_literal, ns_void, {0, 0, 0}},	// 814
{nt_arg, ns_void, {814, no_void|0x80000000, no_void|0x80000000}},	// 815
{nt_literal, ns_void, {1, 0, 0}},	// 816
{nt_arg, ns_void, {816, no_void|0x80000000, no_void|0x80000000}},	// 817
{nt_literal, ns_void, {0, 0, 0}},	// 818
{nt_tmp, ns_void, {818, no_void|0x80000000, no_void|0x80000000}},	// 819
{nt__x86_rcr_zf, ns_void, {815, 817, 819}},	// 820
{nt_asgn, ns_void, {no_x86_zf|0x80000000, 820, no_void|0x80000000}},	// 821
{nt_literal, ns_void, {0, 0, 0}},	// 822
{nt_arg, ns_void, {822, no_void|0x80000000, no_void|0x80000000}},	// 823
{nt_literal, ns_void, {1, 0, 0}},	// 824
{nt_arg, ns_void, {824, no_void|0x80000000, no_void|0x80000000}},	// 825
{nt_literal, ns_void, {0, 0, 0}},	// 826
{nt_tmp, ns_void, {826, no_void|0x80000000, no_void|0x80000000}},	// 827
{nt__x86_rcr_pf, ns_void, {823, 825, 827}},	// 828
{nt_asgn, ns_void, {no_x86_pf|0x80000000, 828, no_void|0x80000000}},	// 829
{nt_literal, ns_void, {0, 0, 0}},	// 830
{nt_arg, ns_void, {830, no_void|0x80000000, no_void|0x80000000}},	// 831
{nt_literal, ns_void, {0, 0, 0}},	// 832
{nt_arg, ns_void, {832, no_void|0x80000000, no_void|0x80000000}},	// 833
{nt_literal, ns_void, {1, 0, 0}},	// 834
{nt_arg, ns_void, {834, no_void|0x80000000, no_void|0x80000000}},	// 835
{nt_literal, ns_void, {0, 0, 0}},	// 836
{nt_tmp, ns_void, {836, no_void|0x80000000, no_void|0x80000000}},	// 837
{nt__x86_rcr, ns_void, {833, 835, 837}},	// 838
{nt_asgn, ns_void, {831, 838, no_void|0x80000000}},	// 839

// shl
{nt_literal, ns_void, {0, 0, 0}},	// 840
{nt_arg, ns_void, {840, no_void|0x80000000, no_void|0x80000000}},	// 841
{nt_literal, ns_void, {1, 0, 0}},	// 842
{nt_arg, ns_void, {842, no_void|0x80000000, no_void|0x80000000}},	// 843
{nt__x86_shl_of, ns_void, {841, 843, no_void|0x80000000}},	// 844
{nt_asgn, ns_void, {no_x86_of|0x80000000, 844, no_void|0x80000000}},	// 845
{nt_literal, ns_void, {0, 0, 0}},	// 846
{nt_arg, ns_void, {846, no_void|0x80000000, no_void|0x80000000}},	// 847
{nt_literal, ns_void, {1, 0, 0}},	// 848
{nt_arg, ns_void, {848, no_void|0x80000000, no_void|0x80000000}},	// 849
{nt__x86_shl_af, ns_void, {847, 849, no_void|0x80000000}},	// 850
{nt_asgn, ns_void, {no_x86_af|0x80000000, 850, no_void|0x80000000}},	// 851
{nt_literal, ns_void, {0, 0, 0}},	// 852
{nt_arg, ns_void, {852, no_void|0x80000000, no_void|0x80000000}},	// 853
{nt_literal, ns_void, {1, 0, 0}},	// 854
{nt_arg, ns_void, {854, no_void|0x80000000, no_void|0x80000000}},	// 855
{nt__x86_shl_cf, ns_void, {853, 855, no_void|0x80000000}},	// 856
{nt_asgn, ns_void, {no_x86_cf|0x80000000, 856, no_void|0x80000000}},	// 857
{nt_literal, ns_void, {0, 0, 0}},	// 858
{nt_arg, ns_void, {858, no_void|0x80000000, no_void|0x80000000}},	// 859
{nt_literal, ns_void, {1, 0, 0}},	// 860
{nt_arg, ns_void, {860, no_void|0x80000000, no_void|0x80000000}},	// 861
{nt__x86_shl_sf, ns_void, {859, 861, no_void|0x80000000}},	// 862
{nt_asgn, ns_void, {no_x86_sf|0x80000000, 862, no_void|0x80000000}},	// 863
{nt_literal, ns_void, {0, 0, 0}},	// 864
{nt_arg, ns_void, {864, no_void|0x80000000, no_void|0x80000000}},	// 865
{nt_literal, ns_void, {1, 0, 0}},	// 866
{nt_arg, ns_void, {866, no_void|0x80000000, no_void|0x80000000}},	// 867
{nt__x86_shl_zf, ns_void, {865, 867, no_void|0x80000000}},	// 868
{nt_asgn, ns_void, {no_x86_zf|0x80000000, 868, no_void|0x80000000}},	// 869
{nt_literal, ns_void, {0, 0, 0}},	// 870
{nt_arg, ns_void, {870, no_void|0x80000000, no_void|0x80000000}},	// 871
{nt_literal, ns_void, {1, 0, 0}},	// 872
{nt_arg, ns_void, {872, no_void|0x80000000, no_void|0x80000000}},	// 873
{nt__x86_shl_pf, ns_void, {871, 873, no_void|0x80000000}},	// 874
{nt_asgn, ns_void, {no_x86_pf|0x80000000, 874, no_void|0x80000000}},	// 875
{nt_literal, ns_void, {0, 0, 0}},	// 876
{nt_arg, ns_void, {876, no_void|0x80000000, no_void|0x80000000}},	// 877
{nt_literal, ns_void, {0, 0, 0}},	// 878
{nt_arg, ns_void, {878, no_void|0x80000000, no_void|0x80000000}},	// 879
{nt_literal, ns_void, {1, 0, 0}},	// 880
{nt_arg, ns_void, {880, no_void|0x80000000, no_void|0x80000000}},	// 881
{nt__x86_shl, ns_void, {879, 881, no_void|0x80000000}},	// 882
{nt_asgn, ns_void, {877, 882, no_void|0x80000000}},	// 883

// shr
{nt_literal, ns_void, {0, 0, 0}},	// 884
{nt_arg, ns_void, {884, no_void|0x80000000, no_void|0x80000000}},	// 885
{nt_literal, ns_void, {1, 0, 0}},	// 886
{nt_arg, ns_void, {886, no_void|0x80000000, no_void|0x80000000}},	// 887
{nt__x86_ushr_of, ns_void, {885, 887, no_void|0x80000000}},	// 888
{nt_asgn, ns_void, {no_x86_of|0x80000000, 888, no_void|0x80000000}},	// 889
{nt_literal, ns_void, {0, 0, 0}},	// 890
{nt_arg, ns_void, {890, no_void|0x80000000, no_void|0x80000000}},	// 891
{nt_literal, ns_void, {1, 0, 0}},	// 892
{nt_arg, ns_void, {892, no_void|0x80000000, no_void|0x80000000}},	// 893
{nt__x86_ushr_af, ns_void, {891, 893, no_void|0x80000000}},	// 894
{nt_asgn, ns_void, {no_x86_af|0x80000000, 894, no_void|0x80000000}},	// 895
{nt_literal, ns_void, {0, 0, 0}},	// 896
{nt_arg, ns_void, {896, no_void|0x80000000, no_void|0x80000000}},	// 897
{nt_literal, ns_void, {1, 0, 0}},	// 898
{nt_arg, ns_void, {898, no_void|0x80000000, no_void|0x80000000}},	// 899
{nt__x86_ushr_cf, ns_void, {897, 899, no_void|0x80000000}},	// 900
{nt_asgn, ns_void, {no_x86_cf|0x80000000, 900, no_void|0x80000000}},	// 901
{nt_literal, ns_void, {0, 0, 0}},	// 902
{nt_arg, ns_void, {902, no_void|0x80000000, no_void|0x80000000}},	// 903
{nt_literal, ns_void, {1, 0, 0}},	// 904
{nt_arg, ns_void, {904, no_void|0x80000000, no_void|0x80000000}},	// 905
{nt__x86_ushr_sf, ns_void, {903, 905, no_void|0x80000000}},	// 906
{nt_asgn, ns_void, {no_x86_sf|0x80000000, 906, no_void|0x80000000}},	// 907
{nt_literal, ns_void, {0, 0, 0}},	// 908
{nt_arg, ns_void, {908, no_void|0x80000000, no_void|0x80000000}},	// 909
{nt_literal, ns_void, {1, 0, 0}},	// 910
{nt_arg, ns_void, {910, no_void|0x80000000, no_void|0x80000000}},	// 911
{nt__x86_ushr_zf, ns_void, {909, 911, no_void|0x80000000}},	// 912
{nt_asgn, ns_void, {no_x86_zf|0x80000000, 912, no_void|0x80000000}},	// 913
{nt_literal, ns_void, {0, 0, 0}},	// 914
{nt_arg, ns_void, {914, no_void|0x80000000, no_void|0x80000000}},	// 915
{nt_literal, ns_void, {1, 0, 0}},	// 916
{nt_arg, ns_void, {916, no_void|0x80000000, no_void|0x80000000}},	// 917
{nt__x86_ushr_pf, ns_void, {915, 917, no_void|0x80000000}},	// 918
{nt_asgn, ns_void, {no_x86_pf|0x80000000, 918, no_void|0x80000000}},	// 919
{nt_literal, ns_void, {0, 0, 0}},	// 920
{nt_arg, ns_void, {920, no_void|0x80000000, no_void|0x80000000}},	// 921
{nt_literal, ns_void, {0, 0, 0}},	// 922
{nt_arg, ns_void, {922, no_void|0x80000000, no_void|0x80000000}},	// 923
{nt_literal, ns_void, {1, 0, 0}},	// 924
{nt_arg, ns_void, {924, no_void|0x80000000, no_void|0x80000000}},	// 925
{nt__x86_ushr, ns_void, {923, 925, no_void|0x80000000}},	// 926
{nt_asgn, ns_void, {921, 926, no_void|0x80000000}},	// 927

// _sal
{nt_literal, ns_void, {0, 0, 0}},	// 928
{nt_arg, ns_void, {928, no_void|0x80000000, no_void|0x80000000}},	// 929
{nt_literal, ns_void, {1, 0, 0}},	// 930
{nt_arg, ns_void, {930, no_void|0x80000000, no_void|0x80000000}},	// 931
{nt__x86_shl_of, ns_void, {929, 931, no_void|0x80000000}},	// 932
{nt_asgn, ns_void, {no_x86_of|0x80000000, 932, no_void|0x80000000}},	// 933
{nt_literal, ns_void, {0, 0, 0}},	// 934
{nt_arg, ns_void, {934, no_void|0x80000000, no_void|0x80000000}},	// 935
{nt_literal, ns_void, {1, 0, 0}},	// 936
{nt_arg, ns_void, {936, no_void|0x80000000, no_void|0x80000000}},	// 937
{nt__x86_shl_af, ns_void, {935, 937, no_void|0x80000000}},	// 938
{nt_asgn, ns_void, {no_x86_af|0x80000000, 938, no_void|0x80000000}},	// 939
{nt_literal, ns_void, {0, 0, 0}},	// 940
{nt_arg, ns_void, {940, no_void|0x80000000, no_void|0x80000000}},	// 941
{nt_literal, ns_void, {1, 0, 0}},	// 942
{nt_arg, ns_void, {942, no_void|0x80000000, no_void|0x80000000}},	// 943
{nt__x86_shl_cf, ns_void, {941, 943, no_void|0x80000000}},	// 944
{nt_asgn, ns_void, {no_x86_cf|0x80000000, 944, no_void|0x80000000}},	// 945
{nt_literal, ns_void, {0, 0, 0}},	// 946
{nt_arg, ns_void, {946, no_void|0x80000000, no_void|0x80000000}},	// 947
{nt_literal, ns_void, {1, 0, 0}},	// 948
{nt_arg, ns_void, {948, no_void|0x80000000, no_void|0x80000000}},	// 949
{nt__x86_shl_sf, ns_void, {947, 949, no_void|0x80000000}},	// 950
{nt_asgn, ns_void, {no_x86_sf|0x80000000, 950, no_void|0x80000000}},	// 951
{nt_literal, ns_void, {0, 0, 0}},	// 952
{nt_arg, ns_void, {952, no_void|0x80000000, no_void|0x80000000}},	// 953
{nt_literal, ns_void, {1, 0, 0}},	// 954
{nt_arg, ns_void, {954, no_void|0x80000000, no_void|0x80000000}},	// 955
{nt__x86_shl_zf, ns_void, {953, 955, no_void|0x80000000}},	// 956
{nt_asgn, ns_void, {no_x86_zf|0x80000000, 956, no_void|0x80000000}},	// 957
{nt_literal, ns_void, {0, 0, 0}},	// 958
{nt_arg, ns_void, {958, no_void|0x80000000, no_void|0x80000000}},	// 959
{nt_literal, ns_void, {1, 0, 0}},	// 960
{nt_arg, ns_void, {960, no_void|0x80000000, no_void|0x80000000}},	// 961
{nt__x86_shl_pf, ns_void, {959, 961, no_void|0x80000000}},	// 962
{nt_asgn, ns_void, {no_x86_pf|0x80000000, 962, no_void|0x80000000}},	// 963
{nt_literal, ns_void, {0, 0, 0}},	// 964
{nt_arg, ns_void, {964, no_void|0x80000000, no_void|0x80000000}},	// 965
{nt_literal, ns_void, {0, 0, 0}},	// 966
{nt_arg, ns_void, {966, no_void|0x80000000, no_void|0x80000000}},	// 967
{nt_literal, ns_void, {1, 0, 0}},	// 968
{nt_arg, ns_void, {968, no_void|0x80000000, no_void|0x80000000}},	// 969
{nt__x86_shl, ns_void, {967, 969, no_void|0x80000000}},	// 970
{nt_asgn, ns_void, {965, 970, no_void|0x80000000}},	// 971

// sar
{nt_literal, ns_void, {0, 0, 0}},	// 972
{nt_arg, ns_void, {972, no_void|0x80000000, no_void|0x80000000}},	// 973
{nt_literal, ns_void, {1, 0, 0}},	// 974
{nt_arg, ns_void, {974, no_void|0x80000000, no_void|0x80000000}},	// 975
{nt__x86_sshr_of, ns_void, {973, 975, no_void|0x80000000}},	// 976
{nt_asgn, ns_void, {no_x86_of|0x80000000, 976, no_void|0x80000000}},	// 977
{nt_literal, ns_void, {0, 0, 0}},	// 978
{nt_arg, ns_void, {978, no_void|0x80000000, no_void|0x80000000}},	// 979
{nt_literal, ns_void, {1, 0, 0}},	// 980
{nt_arg, ns_void, {980, no_void|0x80000000, no_void|0x80000000}},	// 981
{nt__x86_sshr_af, ns_void, {979, 981, no_void|0x80000000}},	// 982
{nt_asgn, ns_void, {no_x86_af|0x80000000, 982, no_void|0x80000000}},	// 983
{nt_literal, ns_void, {0, 0, 0}},	// 984
{nt_arg, ns_void, {984, no_void|0x80000000, no_void|0x80000000}},	// 985
{nt_literal, ns_void, {1, 0, 0}},	// 986
{nt_arg, ns_void, {986, no_void|0x80000000, no_void|0x80000000}},	// 987
{nt__x86_sshr_cf, ns_void, {985, 987, no_void|0x80000000}},	// 988
{nt_asgn, ns_void, {no_x86_cf|0x80000000, 988, no_void|0x80000000}},	// 989
{nt_literal, ns_void, {0, 0, 0}},	// 990
{nt_arg, ns_void, {990, no_void|0x80000000, no_void|0x80000000}},	// 991
{nt_literal, ns_void, {1, 0, 0}},	// 992
{nt_arg, ns_void, {992, no_void|0x80000000, no_void|0x80000000}},	// 993
{nt__x86_sshr_sf, ns_void, {991, 993, no_void|0x80000000}},	// 994
{nt_asgn, ns_void, {no_x86_sf|0x80000000, 994, no_void|0x80000000}},	// 995
{nt_literal, ns_void, {0, 0, 0}},	// 996
{nt_arg, ns_void, {996, no_void|0x80000000, no_void|0x80000000}},	// 997
{nt_literal, ns_void, {1, 0, 0}},	// 998
{nt_arg, ns_void, {998, no_void|0x80000000, no_void|0x80000000}},	// 999
{nt__x86_sshr_zf, ns_void, {997, 999, no_void|0x80000000}},	// 1000
{nt_asgn, ns_void, {no_x86_zf|0x80000000, 1000, no_void|0x80000000}},	// 1001
{nt_literal, ns_void, {0, 0, 0}},	// 1002
{nt_arg, ns_void, {1002, no_void|0x80000000, no_void|0x80000000}},	// 1003
{nt_literal, ns_void, {1, 0, 0}},	// 1004
{nt_arg, ns_void, {1004, no_void|0x80000000, no_void|0x80000000}},	// 1005
{nt__x86_sshr_pf, ns_void, {1003, 1005, no_void|0x