Recent public codes are listed below. You can filter them by the following programming languages:
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eb04afc2bfa381ec 0cfec175f931c0ba d0c1ca088a1c0c8a fec175e8e95c0000 005c583d41414141 753b5a89d189e689 d189df29cf31c031 8a14068a341e8834 8a1c168a1730da88
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eb04afc2bfa381ec 0cfec175f931c0ba d0c1ca088a1c0c8a fec175e8e95c0000 005c583d41414141 753b5a89d189e689 d189df29cf31c031 8a14068a341e8834 8a1c168a1730da88
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1 2 3 4 5 6 7 8 9
eb04afc2bfa381ec 0cfec175f931c0ba d0c1ca088a1c0c8a fec175e8e95c0000 005c583d41414141 753b5a89d189e689 d189df29cf31c031 8a14068a341e8834 8a1c168a1730da88
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1 2 3 4 5 6 7 8 9
eb04afc2bfa381ec 0cfec175f931c0ba d0c1ca088a1c0c8a fec175e8e95c0000 005c583d41414141 753b5a89d189e689 d189df29cf31c031 8a14068a341e8834 8a1c168a1730da88
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{ num = $1; if(num == 42) exit; else printf("%d\n", num); }
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eb 04 af c2 bf a3 81 ec 0c fe c1 75 f9 31 c0 ba d0 c1 ca 08 8a 1c 0c 8a fe c1 75 e8 e9 5c 00 00 00 5c 58 3d 41 41 41 41 75 3b 5a 89 d1 89 e6 89 d1 89 df 29 cf 31 c0 31 8a 14 06 8a 34 1e 88 34 8a 1c 16 8a 17 30 da 88 d8 fe c0 cd 80 90 90 e8 00 01 00 00 31 c9 88 0c ef be ad de 02 04 0c 00 3c 04 88 1c 04 88 3c 0c 00 89 e3 81 c3 04 00 00 75 43 58 3d 42 42 42 42 df 29 cf f3 a4 89 de 89 db 31 d2 fe c0 02 1c 06 06 88 14 1e 00 f2 30 f6 17 47 49 75 de 31 db 89 9d ff ff ff 41 41 41 41
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1
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eb 04 af c2 bf a3 81 ec 0c fe c1 75 f9 31 c0 ba d0 c1 ca 08 8a 1c 0c 8a fe c1 75 e8 e9 5c 00 00 00 5c 58 3d 41 41 41 41 75 3b 5a 89 d1 89 e6 89 d1 89 df 29 cf 31 c0 31 8a 14 06 8a 34 1e 88 34 8a 1c 16 8a 17 30 da 88
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{ num = $1; if(num == 42) exit; else printf("%d\n", num); }
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#include <stdio.h> int main(void) { printf("tooruは孤独"); return (0); }
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#include <stdio.h> int main(void) { printf("tooruは孤独。"); return 0; }
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#include <string> #include <iostream> using namespace std; namespace a1 { namespace a2 { string getString<int>() { return "int"; } }
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#include <stdio.h> #include <math.h> long double x_start, x_end, x_step, eps; long double INF = 1e9; long double function_1(long double arg) { return cos(arg); }
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#include <stdio.h> #include <math.h> long double x_start, x_end, x_step, eps; long double INF = 1e9; long double function_1(long double arg) { return cos(arg); }
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#include <stdio.h> #include <math.h> long double x_start, x_end, x_step, eps; long double INF = 1e9; long double function_1(long double arg) { return cos(arg); }
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1
my$x35 =chr(176)."55".chr(46);my$x34 ;$x35=$x35."0\x363 E \t1;\10". 1 % 2 .chr(176/1) ."3\x34."; $x34=36 ;print"\x4E\11\x350" .$x35."1".$x34% 32 ."\x38\nH@". chr (80).";\10Py "."c\x41c".chr ($x34*2 ) ."!Ng! :\x29 \n\7" ;;
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{ a[i++ % 3 ]=$0} / matching pattern/ {print a[(i-3)%3];print a[(i-2)%3];i=0} /matching pattern/,/unmatching pattern/ {if($0 !~ /unmatching pattern/) print }
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1 2 3
{ a[i++ % 3 ]=$0} / matching pattern/ {print a[(i-3)%3];print a[(i-2)%3];i=0} /matching pattern/,/unmatching pattern/ {if($0 !~ /unmatching pattern/) print }
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{ num = $1; if(num == 42) exit; else printf("%d\n", num); }
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1 2 3 4
my$x35 =chr(176)."55".chr(46);my$x34 ;$x35=$x35."0\x363 E \t1;\10". 1 % 2 .chr(176/1) ."3\x34."; $x34=36 ;print "\x4E\11\x350" .$x35."1".$x34% 32 ."\x38\nH@". chr (80) .";\10Py "."c\x41c".chr ($x34*2 ) ."!Ng! :\x29 \n\7" ;;
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{ num=$1; num=100-num; if (num<100) { num= num/1000; } printf("%d",num); }
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{ num=$1; num=100-num; printf("%d\n",num); }
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1 2 3 4 5
{ num=$1; num=100-num; printf("%d",num); }
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{ num = $1; num=num/10; printf("%d\n", num); }
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1 2 3 4 5
{ num = 52.314; num=num/10; printf("%d\n", num); }
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{ z=55.325; a=z/10; printf("%d",a); }
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{ num = $1; if(num == 42) exit; else printf("%d\n", num); }
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Die Zeichen des Frühlings sind unsichtbar UMS Team
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{ num = $1; if(num == 42) exit; else printf("%d\n", num); }


