use Taurus::Seconds; use Taurus::Timestamp; use CSV::Parser; use Terminal::UI 'ui'; use Terminal::ANSI::OO 't'; # If no arguments are passed then run USAGE & exit. proto MAIN(|) is export {unless so @*ARGS {put $*USAGE; exit}; {*}} #| parses Call Logs multi sub MAIN ( Str $log where *.IO.f, #= input log file to parse UInt :$digits = 10, #= number of significant digits ) is export { my @logs; my Str %contacts{Str}; my Str @month-name = ; my Instant $timed = now; my Promise $initial = start { my $p = CSV::Parser.new(); # 0: Name, 1: Phone number, 2: Call Type, # 3: Timestamp, 4: Duration, 5: Sim used. # Turn the Hash to an Array. @logs = @($log.IO.lines.skip.hyper.map({$p.parse($_)})>>.{0..4} # Discard invalid phone numbers. .grep(*.[1].chars >= $digits)); for @logs { # Discard non-significant digits from phone numbers. .[1] .= substr(*-10); # Removing leading/trailing whitespaces from names. .[0] .= trim; # Build contact list. %contacts{.[1]} = .[0] if .[0].chars > 0; # Store Duration in seconds. .[4] = (.[4].split(":")[0] * 60) + .[4].split(":")[1]; # Store DateTime. .[3] = timestamp-to-date .[3]; } }; ui.setup: :2panes; my $p0 = ui.panes[0]; my $p1 = ui.panes[1]; until $initial.status { $p0.splash: "Parsing logs" ~ (". ", ".. ", "...")[$++ % 3]; sleep 1; } $p0.splash: "Parsed {@logs.elems} entries in {now - $timed}s."; $p0.select-last; ui.get-key; $p0.clear; $p0.put: t.bold ~ t.bg-cyan ~ t.black ~ t.underline ~ "Taurus v" ~ $?DISTRIBUTION.meta; $p0.put: ""; $p0.put: "- Show Records", :meta(:all); $p0.put: ""; $p0.put: "Yearly Records"; $p0.put: " - $_ Records", :meta(:year($_)) for @logs.map(*.[3].year).unique; $p0.put: ""; # First list Contacts, then sorted phone numbers. for @logs.race.map(*.[1]).unique.sort({%contacts{$_} // "Z", $_}) { $p0.put: "- " ~ $_ ~ " {%contacts{$_} // ''}", :meta(:number($_)); } $p1.clear; $p0.select-first; $p0.select(2); $p0.on: select => -> :%meta { my Int $fmt = 16; if %meta.keys.elems > 0 { ui.focus(:pane(1)); $p1.clear; } print-basic-stats($p1, @logs) with %meta; with %meta -> $year { $p1.put: "Year: " ~ $year; $p1.put: ""; with @logs.grep(*.[3].year eqv $year) { print-basic-stats($p1, $_); $p1.put: ""; for .map(*.[3].month).unique.sort -> $month { $p1.put: "%-*s %s".sprintf($fmt, @month-name[$month] ~ ":", seconds-to-str(.grep(*.[3].month eqv $month).map(*.[4]).sum)); } } } with %meta -> $num { $p1.put: "Name: " ~ $_ with %contacts{$num}; $p1.put: "Number: " ~ $num; $p1.put: ""; print-basic-stats($p1, @logs.grep(*.[1] eqv $num)); } $p1.select-first; } ui.interact; ui.shutdown; } sub print-basic-stats($p1, @logs) { constant $fmt = 16; with @logs { my $outgoing = .grep(*.[2] eqv "Outgoing Call").map(*.[4]).sum; my $incoming = .grep(*.[2] eqv "Incoming Call").map(*.[4]).sum; $p1.put: "%-*s %s".sprintf($fmt, "Outgoing:", seconds-to-str($outgoing)); $p1.put: "%-*s %s".sprintf($fmt, "Incoming:", seconds-to-str($incoming)); $p1.put: "%-*s %s".sprintf($fmt, "Total:", seconds-to-str($outgoing + $incoming)); $p1.put: ""; $p1.put: "%-*s %d".sprintf($fmt, "You Rejected:", .grep({$_.[2] eqv "Rejected Call" and $_.[4] == 0}).elems); $p1.put: "%-*s %d".sprintf($fmt, "Missed Calls:", .grep(*.[2] eqv "Missed Call").elems); $p1.put: "%-*s %d".sprintf($fmt, "Missed (they):", # Covers Not in network, Rejected. .grep({$_.[2] eqv "Outgoing Call" and $_.[4] == 0}).elems); } } multi sub MAIN( Bool :$version #= print version ) is export { put "Taurus v" ~ $?DISTRIBUTION.meta; }