Recent public codes are listed below. You can filter them by the following programming languages:
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def delta = 12; System.Console.WriteLine ($ "Cannot turn that much ($delta degrees)!");
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def t = []; System.Console.WriteLine($"Length: $(t)");
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def t = []; System.Console.WriteLine($"Length: $(t.Length)");
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def t = []; Console.WriteLine($"Length: $(t.Length)");
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def t = []; $"Length: $(t.Length)"
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def t = []; $"Length: $(t.Lengeth)"
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def t = [];
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using System; public class Test { public static Main() : void { def solve() : void { def i = int.Parse(Console.ReadLine()); unless (i == 42) { Console.WriteLine(i);
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/* Our second example. This is a comment. */ using System; // This is also a comment public class Adder // As in C#, we can mark classes public. {
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System.Console.WriteLine ("Hello world!");
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using System; public module HelloWorld { public Main() : void { Console.WriteLine("Hello world!"); } }
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using System; public class Test { public static Main() : void { def solve() : void { def i = int.Parse(Console.ReadLine()); unless (i == 42) { Console.WriteLine(i);
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<?php class X { private $y = "1234"; } ?>
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<?php class X { private $y = "1234"; } ?>
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using System; public class Test { public static Main() : void { def solve() : void { def i = int.Parse(Console.ReadLine()); unless (i == 42) { Console.WriteLine(i);
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procedure main() local n, sum # Declare two local variables sum := 0; # Set the sum to zero every n := to do # For n equal to 1, 2, 3, 4, 5 ... sum := sum + n ; # ...add n to the sum write ( "The sum of all numbers from 1 to 5 is ", sum );
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using System; public module HelloWorld { public Main() : void { Console.WriteLine("Hello world!"); } }
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using System; public module HelloWorld { public Main() : void { Console.WriteLine("Hello world!"); } }
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using System; public module HelloWorld { public Main() : void { Console.WriteLine("Hello world!"); } }
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using System; public module HelloWorld { public Main() : void { Console.WriteLine("Hello world!"); } }
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class A { static Main() {} }
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def k = (1, "one"); // k : (int * string)
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my$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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using System; public module HelloWorld { public Main() : void { Console.WriteLine("Hello world!"); } }
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Die Zeichen des Frühlings sind unsichtbar UMS Team
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using System; namespace A{ class X : IDisposable { public this() { throw Exception("Exception"); } public Dispose() : void
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using System; namespace A{ class X : IDisposable { public this() { throw Exception("Exception"); } public Dispose() : void
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using System; namespace A{ class X : IDisposable { public this() { throw Exception("Exception"); } public Dispose() : void
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using System; public module HelloWorld { public Main() : void { Console.WriteLine("Hello world!"); } }
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using System; def factorial(n, acc) { | (0, _) | (1, _) => acc | _ => factorial(n - 1, n * acc) } def partedFactorial = factorial(_, 1); Console.WriteLine(partedFactorial(35));


