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#!/usr/bin/env raku
use v6.d;
#= The stats major category.
subset Cat of Str where * eq any <hostname os os-major uname>;
#= The sub-cateogory.
subset SubCat of Str where * eq any <boots uptime downtime lifespan>;
class Aggregate {
has Str $.name is required;
has Int $.uptime;
has Int $.first-boot;
has Int $.last-seen;
has Int $.boots;
method add-record(Str:D :$uptime is readonly, Str:D :$boot-time is readonly) {
$!uptime += $uptime;
$!first-boot = +$boot-time if not defined $!first-boot
or $!first-boot > $boot-time;
my Int $last-seen = $uptime + $boot-time;
$!last-seen = $last-seen if not defined $!last-seen
or $!last-seen < $last-seen;
$!boots++;
}
method downtime { $.last-seen - $.first-boot - $.uptime }
method lifespan { self.downtime + $.uptime }
method Str returns Str {
my Str $active = self!is-active ?? '* ' !! ' ';
return "$active {$!name}\t{duration($!uptime)} {$!uptime}"
}
method !is-active(Int:D \limit = 90) returns Bool {
(DateTime.now - DateTime.new(Instant.from-posix: $!last-seen)) < limit * 3600 * 24;
}
sub duration(Int:D \seconds) returns Str {
my DateTime \dt .= new(Instant.from-posix: seconds);
return "{dt.year-1970} years, {dt.month} months, {dt.day} days";
}
sub date(Int:D \epoch) returns Str {
DateTime.new(Instant.from-posix: epoch).yyyy-mm-dd
}
}
class Aggregator {
has %.aggregates = { hostname => {}, os => {}, uname => {}, os-major => {} }
method add-file(IO::Path:D :$file is readonly) {
my Str $hostname = $file.IO.basename.split('.').first;
%!aggregates<hostname>{$hostname} //= Aggregate.new: :name($hostname);
for $file.IO.lines -> Str $line { self!add-line(:$line, :$hostname) }
}
method !add-line(Str:D :$line is readonly, Str:D :$hostname is readonly) {
my Str ($uptime, $boot-time, $os) = $line.trim.split(':');
my Str $uname = $os.split(' ').first;
my Str $os-major = "$uname {$os.split(' ')[1].split('.').first}...";
%!aggregates<os>{$os} //= Aggregate.new: :name($os);
%!aggregates<uname>{$uname} //= Aggregate.new: :name($uname);
%!aggregates<os-major>{$os-major} //= Aggregate.new: :name($os-major);
for %!aggregates<hostname>{$hostname},
%!aggregates<os>{$os},
%!aggregates<uname>{$uname},
%!aggregates<os-major>{$os-major} {
.add-record(:$uptime, :$boot-time);
}
}
}
class Reporter {
has %.aggregates is required;
has Cat $.cat is required;
has SubCat $.sub-cat is required;
method report {
for self.sort-by($!sub-cat) -> $what {
$what.Str.say;
}
}
multi method sort-by('uptime') { self.sort-by: *.uptime }
multi method sort-by('downtime') { self.sort-by: *.downtime }
multi method sort-by('lifespan') { self.sort-by: *.lifespan }
multi method sort-by('boots') { self.sort-by: *.boots }
multi method sort-by(Code:D $sort-by) {
%!aggregates{$!cat}.values.sort(&$sort-by).reverse
}
}
sub MAIN(
Str :$stats-dir is required, #= The uptimed raw record input dir.
Cat :$cat = 'hostname'; #= Category, one of hostname, os os-major and uname.
SubCat :$sub-cat = 'uptime'; #= Sort by one of boots uptime downtime and lifespan.
) {
my Aggregator $agg .= new;
for dir($stats-dir, test => { /\.records$/ }) -> $file {
$agg.add-file(:$file)
}
my Reporter $reporter .= new: :aggregates($agg.aggregates), :$cat, :$sub-cat;
$reporter.report;
}
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