Recent public codes are listed below. You can filter them by the following programming languages:
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public class Razred { public static void main(String[] args) { double d = 14.3; int i = 4; String s = " cm"; System.out.println(d + i + s);
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class Razred { public static void main(String[] args) { double d = 14.3; int i = 4; String s = " cm"; System.out.println(d + i + s);
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class Razred{ public static void main(String[] args) { double d = 14.3; int i = 4; String s = " cm"; System.out.println(d + i + s); } }
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class Razred { public static void main(String[] args) { double d = 14.3; int i = 4; String s = " cm"; System.out.println(d + i + s); } }
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import java.util.*; class Naloga3{ public static void main(String[]args){ Scanner vhod = new Scanner(System.in); double x = vhod.nextInt(); double y = vhod.nextInt(); double z = vhod.nextInt(); double produkt = x * y * z; double vsota = x + y + z;
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import java.util.*; class Naloga3{ public static void main(String[]args){ Scanner vhod = new Scanner(System.in); double x = vhod.nextInt(); double y = vhod.nextInt(); double z = vhod.nextInt(); double produkt = x * y * z; double vsota = x + y + z;
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import java.util.*; public class Naloga3{ public static void main(String[]args){ Scanner vhod = new Scanner(System.in); double x = vhod.nextInt(); double y = vhod.nextInt(); double z = vhod.nextInt(); double produkt = x * y * z; double vsota = x + y + z;
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import java.util.*; public class Naloga3{ public static void main(String[]args){ Scanner vhod = new Scanner(System.in); double x = vhod.nextInt(); double y = vhod.nextInt(); double z = vhod.nextInt(); double produkt = x * y * z; double vsota = x + y + z;
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import java.util.*; class Naloga3{ public static void main(String[]args){ Scanner vhod = new Scanner(System.in); double x = vhod.nextInt(); double y = vhod.nextInt(); double z = vhod.nextInt(); double produkt = x * y * z; double vsota = x + y + z;
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import java.util.*; class Naloga3{ public static void main(String[]args){ Scanner vhod = new Scanner(System.in); double x = vhod.nextInt(); double y = vhod.nextInt(); double z = vhod.nextInt(); double produkt = x * y * z; double vsota = x + y + z;
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import java.util.*; class Naloga3{ public static void main(String[]args); Scanner vhod = new Scanner(System.in); double x = vhod.nextInt(); double y = vhod.nextInt(); double z = vhod.nextInt(); double produkt = x * y * z; double vsota = x + y + z;
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-module(prog). -export([sort/1]). -import(lists, [reverse/1]). sort(L) -> sort(L, [], true). sort([], L, true) -> reverse(L); sort([], L, false) -> sort(reverse(L), [], true);
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-module(bubblesort). -export([sort/1]). -import(lists, [reverse/1]). sort(L) -> sort(L, [], true). sort([], L, true) -> reverse(L); sort([], L, false) -> sort(reverse(L), [], true);
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-module(prog). -compile(export_all). main() -> This = self(), Pid = spawn( fun() -> receive ok -> io:format("ok~n"),
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-module(prog). -compile(export_all). main() -> This = self(), Pid = spawn(fun() -> receive ok -> io:format("ok~n"), This ! done end end), lists:map(fun(N) -> Pid ! N end,lists:seq(1,10)), Pid ! ok, receive
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-module(prog). -compile(export_all). main() -> This = self(), Pid = spawn(fun() -> receive ok -> io:format("ok~n"), This ! done end), lists:map(fun(N) -> Pid ! N end,lists:seq(1,10)), Pid ! ok, receive
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-module(ex). sum([H|T]) -> H + sum(T); sum([]) -> 0. io:write(sum([1,2,3,4])).
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module(ex) sum([H|T]) -> H + sum(T); sum([]) -> 0; io:write(sum([1,2,3,4])).
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module(ex) sum([H|T]) -> H + sum(T); sum([]) -> 0; io:write(sum([1,2,3,4])).
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sum([H|T]) -> H + sum(T); sum([]) = 0. io:write(sum([1,2,3,4])).
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-module(prog). -export([mother/1]). mother(dez) -> sandra.
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-module(prog). -export([mother/1]). mother(dez) -> sandra.
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-module(prog). -export([mother/1]). mother(dez) -> sandra.
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-module(prog). -export([mother/1]). mother(dez) -> sandra.
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-module(prog). -export([mother/1]). mother(dez) -> sandra.
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-module(prog). -export([mother/1]). mother(dez) -> sandra.
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-module(prog). -export([mother/1]). mother(dez) -> sandra.
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-module(prog). -export([mother/1]). mother(dez) -> sandra.
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-module(tree). -export([mother/1]). mother(dez) -> sandra.
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-module(tree). -export([mother/1]). mother(dez) -> sandra;


