How to resolve the algorithm Balanced brackets step by step in the Raku programming language
Published on 12 May 2024 09:40 PM
How to resolve the algorithm Balanced brackets step by step in the Raku programming language
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Step by Step solution about How to resolve the algorithm Balanced brackets step by step in the Raku programming language
Source code in the raku programming language
sub balanced($s) {
my $l = 0;
for $s.comb {
when "]" {
--$l;
return False if $l < 0;
}
when "[" {
++$l;
}
}
return $l == 0;
}
my $n = prompt "Number of brackets";
my $s = (<[ ]> xx $n).flat.pick(*).join;
say "$s {balanced($s) ?? "is" !! "is not"} well-balanced"
sub balanced($s) {
.none < 0 and .[*-1] == 0
given ([\+] '\\' «leg« $s.comb).cache;
}
my $n = prompt "Number of bracket pairs: ";
my $s = <[ ]>.roll($n*2).join;
say "$s { balanced($s) ?? "is" !! "is not" } well-balanced"
sub balanced($_ is copy) {
Nil while s:g/'[]'//;
$_ eq '';
}
my $n = prompt "Number of bracket pairs: ";
my $s = <[ ]>.roll($n*2).join;
say "$s is", ' not' x not balanced($s), " well-balanced";
grammar BalBrack { token TOP { '[' * ']' } }
my $n = prompt "Number of bracket pairs: ";
my $s = ('[' xx $n, ']' xx $n).flat.pick(*).join;
say "$s { BalBrack.parse($s) ?? "is" !! "is not" } well-balanced";
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