Recent public codes are listed below. You can filter them by the following programming languages:
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(funcall (lambda (toi three xexp xx pred) (funcall (lambda (x) (map (quote (vector character)) (lambda (i) (funcall (lambda (x) (code-char (+ 48 x))) (ldb (byte (funcall toi (lambda (f) (lambda (x) (funcall f (funcall f (funcall f x)))))) i) x))) (funcall (lambda (x) (declare (special x)) (funcall (lambda (tf) (funcall (lambda (f) (funcall tf f)) (lambda (f) (funcall tf f)))) (lambda (f) (cons (funcall toi x) (unless (funcall (funcall x (lambda (x) nil)) t)
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(funcall (lambda (toi three xexp xx pred) (funcall (lambda (x) (map (quote (vector character)) (lambda (i) (funcall (lambda (x) (code-char (+ 48 x))) (ldb (byte (funcall toi (lambda (f) (lambda (x) (funcall f (funcall f (funcall f x)))))) i) x))) (funcall (lambda (x) (declare (special x)) (funcall (lambda (tf) (funcall (lambda (f) (funcall tf f)) (lambda (f) (funcall tf f)))) (lambda (f) (cons (funcall toi x) (unless (funcall (funcall x (lambda (x) nil)) t)
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(defun sub (velho novo x ) (prog (lista)) (dolist (p ( x ) (if (equal velho ( x)) ( setq novo ( lista)) ( setq x ( lista ))))
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(defun reverse_r(X) (if(eq X nil) nil (append (reverse_r (cdr X)) (cons (car X ) nil))))
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(deftemplate marble (slot color) (slot x) (slot y) (slot inPlay)) (deftemplate player (slot playerColor) (slot notInPlay)) (deftemplate score (slot amount))
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(deftemplate marble (slot color) (slot x) (slot y) (slot inPlay)) (deftemplate player (slot playerColor) (slot notInPlay)) (deftemplate score (slot amount))
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(funcall (lambda (toi three xexp xx pred) (funcall (lambda (x) (map (quote (vector character)) (lambda (i) (funcall (lambda (x) (code-char (+ 48 x))) (ldb (byte (funcall toi (lambda (f) (lambda (x) (funcall f (funcall f (funcall f x)))))) i) x))) (funcall (lambda (x) (declare (special x)) (funcall (lambda (tf) (funcall (lambda (f) (funcall tf f)) (lambda (f) (funcall tf f)))) (lambda (f) (cons (funcall toi x) (unless (funcall (funcall x (lambda (x) nil)) t)
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(funcall (lambda (toi three xexp xx pred) (funcall (lambda (x) (map (quote (vector character)) (lambda (i) (funcall (lambda (x) (code-char (+ 48 x))) (ldb (byte (funcall toi (lambda (f) (lambda (x) (funcall f (funcall f (funcall f x)))))) i) x))) (funcall (lambda (x) (declare (special x)) (funcall (lambda (tf) (funcall (lambda (f) (funcall tf f)) (lambda (f) (funcall tf f)))) (lambda (f) (cons (funcall toi x) (unless (funcall (funcall x (lambda (x) nil)) t)
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(+ 2 3)
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(+ (2 3))
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1
T
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T
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(funcall (lambda (toi three xexp xx pred) (funcall (lambda (x) (map (quote (vector character)) (lambda (i) (funcall (lambda (x) (code-char (+ 48 x))) (ldb (byte (funcall toi (lambda (f) (lambda (x) (funcall f (funcall f (funcall f x)))))) i) x))) (funcall (lambda (x) (declare (special x)) (funcall (lambda (tf) (funcall (lambda (f) (funcall tf f)) (lambda (f) (funcall tf f)))) (lambda (f) (cons (funcall toi x) (unless (funcall (funcall x (lambda (x) nil)) t)
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(defun fact (n) (labels ((rec (n acc) (if (< n 2) acc (rec (1- n ) (* acc n))))) (rec n 1))) (fact 7251)
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(defun fact (n) (labels ((rec (n acc) (if (< n 2) acc (rec (1- n ) (* acc n))))) (rec n 1)))
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#include<iostream> using namespace std; class A{ public: A() { cout<<"A ctor"<<endl;} A(const A&a) {cout<<"A copy ctor"<<endl;}
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#include<iostream> using namespace std; class A{ public: A() { cout<<"A ctor"<<endl;} A[const A&a) {cout<<"A copy ctor"<<endl;}
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#include<iostream> class A{ public: A() { cout<<"A ctor"<<endl;} A[const A&a) {cout<<"A copy ctor"<<endl;} ~A()
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? "hola"
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#include<iostream> class A{ public: A() { cout<<"A ctor"<<endl;}
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class Password { static void Main(string[] args) { console.Write("The password is: ") for (int i = 0; i < 6; i++) Console.Write(GetChar(i,i*i)); Console.ReadKey();
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class Password { static void Main(string[] args) { console.Write("The password is: ") for (int i = 0; i < 6; i++) Console.Write(GetChar(i,i*i)); Console.readKay();
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//Informatik_Serie11_Skript-Aufgabe139 //Program: norm.cpp // //Autor: Isabella Lamperti #include <iostream> //nuovo tipo rational
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//Informatik_Serie11_Skript-Aufgabe139 //Program: norm.cpp // //Autor: Isabella Lamperti #include <iostream> //nuovo tipo rational
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//Informatik_Serie11_Skript-Aufgabe139 //Program: norm.cpp // //Autor: Isabella Lamperti #include <iostream> //nuovo tipo rational
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//Informatik_Serie11_Skript-Aufgabe139 //Program: norm.cpp // //Autor: Isabella Lamperti #include <iostream> //nuovo tipo rational
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//Informatik_Serie11_Skript-Aufgabe139 //Program: norm.cpp // //Autor: Isabella Lamperti #include <iostream> //nuovo tipo rational
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(foo 'foo')
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(foo 'foo')


