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##Java 8, 112 92 bytes

Here is another selection sort. The input is a List t of integers and the sorted output is printed to standard out.

t->{for(;0<t.size();System.out.println(t.remove(t.indexOf(java.util.Collections.min(t)))));}

Update

• -20 [16-08-21] Used a lambda

Java 8, 112 92 bytes

Here is another selection sort. The input is a List t of integers and the sorted output is printed to standard out.

t->{for(;0<t.size();System.out.println(t.remove(t.indexOf(java.util.Collections.min(t)))));}

Update

• -20 [16-08-21] Used a lambda

##Java, 112 92 bytes

Here is another selection sort. The input is a List t of integers and the sorted output is printed to standard out.

t->{for(;0<t.size();System.out.println(t.remove(t.indexOf(java.util.Collections.min(t)))));}

Update

• -20 [16-08-21] Used a lambda

##Java 8, 112 92 bytes

Here is another selection sort. The input is a List t of integers and the sorted output is printed to standard out.

t->{for(;0<t.size();System.out.println(t.remove(t.indexOf(java.util.Collections.min(t)))));}

Update

• -20 [16-08-21] Used a lambda

##Java, 112 bytes

Here is another selection sort. The input is a List t of integers and the sorted output is printed to standard out.

import java.util.*;void s(List t){for(;0<t.size();System.out.println(t.remove(t.indexOf(Collections.min(t)))));}

##Java, 112 92 bytes

Here is another selection sort. The input is a List t of integers and the sorted output is printed to standard out.

t->{for(;0<t.size();System.out.println(t.remove(t.indexOf(java.util.Collections.min(t)))));}

Update

• -20 [16-08-21] Used a lambda