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#!/usr/bin/env perl
use strict;
use warnings;
my( $OS_Version,$Locale,%JA );
my $MY_BREW = Path_1() || die " brew not found\n";
MAIN:{
my $home = "$ENV{'HOME'}/.BREW_LIST";
my $re = { 'LEN1'=>1,'FOR'=>1,'ARR'=>[],'IN'=>0,'UP'=>0,'ARY'=>[],'UNI'=>[],
'HOME'=>$home,'TXT'=>"$home/brew.txt",'CAN'=>"$home/ana.txt",
'LEN2'=>1,'LEN3'=>1,'SPA'=>' 'x9,'LFO'=>"$home/font.zip" };
my $ref = { 'LEN1'=>1,'CAS'=>1,'ARR'=>[],'IN'=>0,'UP'=>0,'ARY'=>[],'LEN2'=>1,
'HOME'=>$home,'TXT'=>"$home/cask.txt",'CAN'=>"$home/cna.txt",
'Q_TAP'=>"$home/Q_TAP.txt",'SPA'=>' 'x9,'LFO'=>"$home/font.zip" };
$^O eq 'darwin' ? $re->{'MAC'} = $ref->{'MAC'} = 1 :
$^O eq 'linux' ? $re->{'LIN'} = 1 : die " Not support OS\n";
my @AR = @ARGV; my $name;
Died_1() unless $AR[0];
if( $AR[0] eq '-l' ){ $name = $re; $re->{'LIST'} = 1;
}elsif( $AR[0] eq '-i' ){ $name = $re; $re->{'PRINT'} = 1;
}elsif( $AR[0] eq '-c' ){ $name = $ref; $ref->{'LIST'} = 1; Died_1() if $re->{'LIN'};
}elsif( $AR[0] eq '-ci' ){ $name = $ref; $ref->{'PRINT'}= 1; Died_1() if $re->{'LIN'};
}elsif( $AR[0] eq '-cd' ){ $name = $ref; $ref->{'DEP'} = 1; Died_1() if $re->{'LIN'};
}elsif( $AR[0] eq '-cf' ){ $name = $ref; $ref->{'LIST'} = $ref->{'TAP'} = 1; Died_1() if $re->{'LIN'};
}elsif( $AR[0] eq '-fc' ){ $name = $re; $re->{'LIST'} = $re->{'FTD'} = 1; Died_1() if $re->{'MAC'};
}elsif( $AR[0] eq '-cfp'){ $name = $ref; $ref->{'LIST'} = $ref->{'TAP'} = $ref->{'LINK'} = 8; Died_1() if $re->{'LIN'};
}elsif( $AR[0] eq '-p' ){ $name = $ref; $ref->{'PRE'} = $ref->{'TAP'} = 1; Died_1() if $re->{'LIN'};
}elsif( $AR[0] eq '-lx' ){ $name = $re; $re->{'LIST'} = $re->{'LINK'} = $re->{'MAC'} ? 1 : 2;
}elsif( $AR[0] eq '-lb' ){ $name = $re; $re->{'LIST'} = $re->{'LINK'} = 3;
}elsif( $AR[0] eq '-cx' ){ $name = $ref; $ref->{'LIST'} = $ref->{'LINK'}= 4; Died_1() if $re->{'LIN'};
}elsif( $AR[0] eq '-cs' ){ $name = $ref; $ref->{'LIST'} = $ref->{'LINK'}= 5; Died_1() if $re->{'LIN'};
}elsif( $AR[0] eq '-in' ){ $re->{'LIST'} = $re->{'INF'} = $re->{'LINK'} = $ref->{'LIST'} = $ref->{'INF'} =
$ref->{'LINK'}= $re->{'Casc'}= $ref->{'Casc'}= 6; $re->{'PRS'} = 1 if $re->{'LIN'};
}elsif( $AR[0] eq '-de' ){ $re->{'INF'} = $re->{'LINK'}= $ref->{'INF'} = $ref->{'LINK'}= 7;
$ref->{'DEL'} = $re->{'DEL'} = $re->{'Casc'} = $ref->{'Casc'} = 1;
}elsif( $AR[0] eq '-t' ){ $name = $re; $re->{'INF'} = $re->{'TREE'}= $re->{'PP'} = 1;
}elsif( $AR[0] eq '-tt' ){ $name = $re; $re->{'INF'} = $re->{'TREE'}= 1; $re->{'PRS'} = 1 if $re->{'LIN'};
}elsif( $AR[0] eq '-d' ){ $name = $re; $re->{'INF'} = $re->{'DEL'} = 1;
}elsif( $AR[0] eq '-dd' ){ $name = $re; $re->{'INF'} = $re->{'DEL'} = $re->{'DD'} = 1;
}elsif( $AR[0] eq '-ddd'){ $name = $re; $re->{'INF'} = $re->{'DEL'} = $re->{'DD'} = $re->{'DDD'} = 1;
}elsif( $AR[0] eq '-ac' ){ $name = $ref; $ref->{'ANA'}= 1; Died_1() if $re->{'LIN'};
}elsif( $AR[0] eq '-ai' ){ $name = $re; $re->{'ANA'} = 1;
}elsif( $AR[0] eq '-u' ){ $name = $re; $re->{'USE'} = 1;
}elsif( $AR[0] eq '-ua' ){ $name = $re; $re->{'USE'} = $re->{'USES'}= 1;
}elsif( $AR[0] eq '-bu' ){ $name = $re; $re->{'BUI'} = 1;
}elsif( $AR[0] eq '-ul' ){ $name = $re; $re->{'UL'} = 1;
}elsif( $AR[0] eq '-ud' ){ $name = $re; $re->{'UD'} = 1;
}elsif( $AR[0] eq '-co' ){ $name = $re; $re->{'COM'} = 1;
}elsif( $AR[0] eq '-new'){ $name = $re; $re->{'NEW'} = 1;
}elsif( $AR[0] eq '-is' ){ $name = $re; $re->{'IS'} = 1;
}elsif( $AR[0] eq '-' ){ $name = $re; $re->{'BL'} = 1;
}elsif( $AR[0] eq '-ss' ){ $re->{'S_OPT'}= $re->{'S_O'}= $ref->{'S_O'}= 1;
}elsif( $AR[0] eq '-s' ){ $re->{'S_OPT'}= 1;
}elsif( $AR[0] eq '-o' ){ $re->{'DAT'}= $ref->{'DAT'}= 1;
}elsif( $AR[0] eq '-g' ){ $re->{'TOP'}= $ref->{'TOP'}= 1;
}elsif( $AR[0] eq '-JA' ){ $re->{'JA'} = 1;
}elsif( $AR[0] eq '-m' ){ $re->{'S_M'}= 1;
}elsif( $AR[0] eq '-ma' ){ $re->{'S_M'}= 2;
}else{ Died_1();
}
my $DBM = -f "$home/DBM" ? "$home/DBM" : $re->{'LIN'} ? "$home/DBM.dir" : "$home/DBM.db";
my $UNAME = $ENV{'Name_M'} || `uname -m` !~ /arm64|aarch64/ ? 'x86_64' : 'arm64'
unless $re->{'BL'} or $re->{'COM'} or $re->{'S_OPT'} and not $re->{'S_O'}; $ENV{'Name_M'} = $UNAME;
$re->{'CEL'} = "$MY_BREW/Cellar";
$re->{'BIN'} = "$MY_BREW/opt";
my $repo = -d "$MY_BREW/Homebrew" ? "$MY_BREW/Homebrew" : $MY_BREW;
$re->{'TAP_S'} = "$repo/Library/Taps";
if( $re->{'LIN'} ){
$OS_Version = $UNAME eq 'x86_64' ? 'x86_64_linux' : 'Linux_arm' unless $re->{'BL'} or $re->{'COM'} or $re->{'S_OPT'};
$re->{'LFOD'} = 1 if -d "$repo/Library/Taps/homebrew/homebrew-linux-fonts/Formula";
$re->{'Q_TAP'} = "$home/Q_TAP.txt";
}else{
unless( $re->{'BL'} or $re->{'COM'} or $re->{'S_OPT'} ){
$OS_Version = $ENV{'OS_Ver'}||`sed -nE '/ProductUserVisibleVersion/{n;s/.+>([^<]+)<.+/\\1/p;q;}'\\
/System/Library/CoreServices/SystemVersion.plist 2>/dev/null`||`sw_vers -productVersion`;
die " Use Tiger Brew\n"
unless $ENV{'OS_Ver'} or $OS_Version =~ s/^(10\.1[1-5]).*\n/$1/ or $OS_Version =~ s/^(1[1-5]).+\n/$1.0/;
$ENV{'OS_Ver'} = $OS_Version;
$OS_Version = "${OS_Version}M1" if $UNAME eq 'arm64';
} $ref->{'CEL'} = "$MY_BREW/Caskroom";
}
die " \033[31mNot installed HOME BREW\033[0m\n" unless -d $re->{'CEL'};
my $Lc = $ENV{'LC_ALL'} || $ENV{'LC_CTYPE'} || $ENV{'LANG'};
$Locale = ( $Lc and $Lc =~ /^ja_jp\.utf-?8$/i ) ? 2 : ( $Lc and $Lc =~ /utf-?8$/i ) ? 1 : 0;
if( $re->{'NEW'} and $AR[1] and $AR[1] eq '.' ){
for(glob "$home/WAIT*"){ rmdir } exit;
}elsif( $re->{'NEW'} or not -f $DBM or not -d $home or $re->{'LIN'} and not -f $re->{'LFO'} ){
$re->{'NEW'} ||= 1; Init_1( $re );
}elsif( $re->{'TOP'} and $AR[1] and $AR[1] eq '.' ){ $re->{'TOP'} = 2;
}elsif( $re->{'S_M'} ){ $ENV{'Mser'} = 1; m_search( $re ) }
unless( $ENV{'Mser'} ){
if( $re->{'JA'} ){ my $op = $re->{'MAC'} ? '-t1' : '-w1';
die " \033[31mNot connected\033[0m\n"
if system "ping $op -c1 formulae.brew.sh >/dev/null 2>&1";
die " Not ja_JP.UTF-8 Locale\n" if $Locale < 2;
-d "$ENV{'HOME'}/.JA_BREW" ?
print" exists ~/.JA_BREW\n" : system 'git clone https://github.com/konnano/JA_BREW ~/.JA_BREW';
$? ? die " can not git clone ~/.JA_BREW\n" : exit;
}elsif( -d "$ENV{'HOME'}/.JA_BREW" and $AR[1] and $AR[1] eq 'EN' ){
$name ? $name->{'EN'} = 1 : ( not $name ) ? $re->{'EN'} = $ref->{'EN'} = 1 : 0;
$AR[1] = $AR[2] // undef; $AR[2] = $AR[3] // undef;
}elsif( not $Locale ){
$name ? $name->{'EN'} = 1 : ( not $name ) ? $re->{'EN'} = $ref->{'EN'} = 1 : 0;
}
if( $re->{'TOP'} or $re->{'DEL'} ){ $ENV{'Perl_B'} = $MY_BREW; system'perl ~/.BREW_LIST/tie.pl 2';
}elsif( $AR[1] and $AR[1] =~ m[/.*(\\Q|\\E).*/]i ){
$AR[1] !~ /.*\\Q.+\\E.*/ ? die " nothing in regex\n" : $AR[1] =~ s|/(.*)\\Q(.+)\\E(.*)/|/$1\Q$2\E$3/|;
}elsif( $AR[1] and my( $reg )= $AR[1] =~ m|^/(.+)/$| ){
die " nothing in regex\n" if system "perl -e '$AR[1]=~/$reg/' 2>/dev/null";
}
if( $name and $AR[2] and $AR[2] eq '.' and not( $re->{'UD'} or $re->{'INF'} ) ){ $name->{'KEN'} = 1;
}elsif( $name and $re->{'INF'} and $AR[2] ){ $name->{'KEN'} = $AR[2] =~ /^\d+$|^\.$/ ? $AR[2] : 0;
$re->{'Casc'} = 1 if $AR[2] eq '-c';
}
$ref->{'BIN'} = $re->{'BIN'} if $ref->{'DEP'};
$re->{'CELS'} = $ref->{'CEL'} if $re->{'MAC'} and
( $re->{'BL'} or $re->{'USE'} or $re->{'DEL'} or $re->{'TREE'} or $re->{'UL'} or $re->{'UD'} );
}
if( $re->{'COM'} or $re->{'S_OPT'} or defined $AR[1] and $name and $name->{'LIST'} ){
$re->{'STDI'} = ( $name->{'KEN'} and $Locale == 2 and -d "$ENV{'HOME'}/.JA_BREW" ) ?
( utf8::decode($AR[1]), $AR[1] ) : defined $AR[1] ? lc $AR[1] : Died_1();
$name->{'L_OPT'} = $re->{'STDI'} =~ m|^/(.+)/$| ? $1 : "\Q$re->{'STDI'}\E";
$re->{'S_OPT'} = $ref->{'S_OPT'} = $name->{'L_OPT'} if $re->{'S_OPT'};
}elsif( $re->{'USE'} ){ $re->{'USE'} = defined $AR[1] ? lc $AR[1] : Died_1();
}elsif( $re->{'BUI'} ){ $re->{'BUI'} = defined $AR[1] ? lc $AR[1] : Died_1();
}elsif( $ref->{'PRE'}){ $ref->{'PRE'}= defined $AR[1] ? lc $AR[1] : Died_1();
}elsif( $re->{'INF'} ){ $re->{'INF'} = $ref->{'INF'} = defined $AR[1] ? lc $AR[1] : Died_1();
( $re->{'|'},$re->{'|--'},$re->{'`--'} ) = $Locale ? ( '│','├──','└──' ) : ( '|','|--','`--' );
}elsif( $re->{'DAT'} and $AR[1] and $AR[1] eq '.' ){ $re->{'DAT'} = $ref->{'DAT'} = 2;
}elsif( $re->{'BL'} and $AR[1] ){ $re->{'BL'} = $AR[1] eq 'f' ? 2 : $AR[1] eq 'c' ? 3 : 1;
}elsif( $re->{'IS'} and defined $AR[1] ){ if($AR[1] eq '.'){ $re->{'IS'} = 2 }else{ $re->{'INF'} = lc $AR[1] }
}elsif( $re->{'UL'} and defined $AR[1] ){ if($AR[1] eq '.'){ $re->{'UL'} = 2 }else{ $re->{'UL_S'}= lc $AR[1] }
}elsif( $re->{'UD'} and defined $AR[1] ){ if($AR[1] eq '.'){ $re->{'KEN'}= 1 }else{ $re->{'UD_S'}= lc $AR[1] }
}elsif( ( $re->{'ANA'} or $ref->{'ANA'} ) and $AR[1] ){ $re->{'ana'} = $ref->{'ana'} = lc $AR[1];
$re->{'ana2'} = $AR[2] * 3 if $AR[1] !~ /^[1-8]$/ and $AR[2] and $AR[2] =~ /^[12]$/;
}
if( $AR[2] and $AR[2] !~ /^\d+$/ and ( $re->{'LINK'} and $re->{'LINK'} == 7 or $re->{'DEL'} ) ){
DB_1( $re ); my $i = ( $AR[2] eq '.' or $AR[2] eq '-c' ) ? 3 : 2;
for( ;$i<@AR;$i++ ){ exit unless %{$re->{'HASH'}} or %{$re->{'DMG'}};
die " $AR[$i] Not Formula or Cask\n" unless $re->{'HASH'}{$AR[$i]} or $re->{'DMG'}{$AR[$i]};
$re->{"${AR[$i]}undel"} = $ref->{"${AR[$i]}undel"} = 1;
$ENV{'HOMEBREW_NO_AUTOREMOVE'} = 1;
}
}
if( $re->{'FTD'} and not $re->{'LFOD'} ){
print " not exists font tap\n homebrew/linux-fonts\n";
File_1( $re );
}
Fork_1( $name,$re,$ref );
}
sub Fork_1{
my( $name,$re,$ref ) = @_;
if( $re->{'LIN'} ){
Init_1( $re ); Format_1( $re );
}elsif( not $name or defined $re->{'S_OPT'} ){
my $pid = fork // die " Not fork 1 : $!\n";
if( $pid ){
$ref->{'PID'} = $pid;
Init_1( $ref );
}else{
Init_1( $re );
}
if( $pid ){
waitpid $pid,0;
Format_1( $ref );
}else{
Format_1( $re ); exit;
}
}else{ Init_1( $name ); Format_1( $name );
}
}
sub Died_1{
my $LC = ( $ENV{'LC_ALL'} || $ENV{'LC_CTYPE'} || $ENV{'LANG'} ) =~ /^ja_jp\.utf-?8$/i;
my $brew = -f "$MY_BREW/opt/brew_list/bin/bl" ? '# Then, brew uninstall brew_list' : "# rm $MY_BREW/bin/bl";
my $Lang = ( $LC and -d "$ENV{'HOME'}/.JA_BREW" ) ?
"\n # English display in Japanese version is argument EN
# Uninstall : rm -rf ~/.BREW_LIST ~/.JA_BREW $MY_BREW/share/zsh/site-functions/_bl\n $brew" :
( $LC and not -d "$ENV{'HOME'}/.JA_BREW" ) ?
"\n # Japanese Language -JA option
# Uninstall : rm -rf ~/.BREW_LIST $MY_BREW/share/zsh/site-functions/_bl\n $brew" :
"\n # Uninstall : rm -rf ~/.BREW_LIST $MY_BREW/share/zsh/site-functions/_bl\n $brew";
print"\033[?7l" if -t STDOUT;
print" Enhanced brew list : version 1.28_3\n Option\n -new\t: creat new cache : argument '.' rmdir WAIT
-l\t: formula list : First argument Formula search : Second argument '.' Full-text search
-i\t: instaled formula list\n -\t: brew list command\n -lb\t: bottled install formula list
-lx\t: can't install formula list\n -s\t: type search formula name
-ss\t: type search formula name ( hide formula that can't installed )\n -o\t: brew outdated
-co\t: formula library display\n -in\t: formula require formula list
-t\t: formula require formula, display tree\n -tt\t: only require formula, display tree
-u\t: formula depend on formula\n -ua\t: formula depend on formula , all
-ul\t: formula depend on formula , item count\n -bu\t: Formulas dependent on formula build
-ud\t: formula depend on formula , list : Second argument '.' not require dependencies Formula
-g\t: Independent Formula\n -de\t: uninstall, unnecessary formula, second argument not uninstall Formula
-d\t: uninstall, unnecessary formula, display tree, second argument not uninstall Formula
-dd\t: uninstall, unnecessary formula, display tree and order, second argument not uninstall Formula
-ddd\t: All deps uninstall, second argument not uninstall Formula
-is\t: Display in order of size\n -g\t: Independent formula
-ai\t: Analytics Data ( no argument, or argument [1-8] )\n -m\t: Another search,`less`\n";
if( $^O eq 'darwin' ){
print" Only mac : Cask
-c\t: cask list : First argument Formula search : Second argument '.' Full-text search
-cf\t: cask font list : First argument Formula search : Second argument '.' Full-text search
-ci\t: instaled cask list\n -cx\t: can't install cask list\n -cs\t: some name cask and formula
-cd\t: Display required list casks\n -ac\t: Analytics Data ( no argument, or argument 1,2 )
-cfp\t: Font quickLook preview list\n -p\t: Font quickLook preview : p mark only ( unstable )\n";
}else{ print" -fc\t: Font list : First argument Formula search : Second argument '.' Full-text search\n"; }
print "$Lang\n";
print"\033[?7h" if -t STDOUT; exit 1;
}
sub Init_1{
my $re = shift; my( $list,$cat,$pid ) = ( [],[] );
if( $re->{'NEW'} ){ my $op = $re->{'MAC'} ? '-t1' : '-w1';
$re->{'NEW'} < 2 ? die " \033[31mNot connected\033[0m\n" : exit
if system "ping $op -c1 formulae.brew.sh >/dev/null 2>&1";
system '~/.BREW_LIST/font.sh 1' if -d "$re->{'HOME'}/LOCK";
$SIG{'INT'} = $SIG{'QUIT'} = $SIG{'TERM'} = sub{ my( $not ) = Doc_1(); die "\x1B[?25h$not" };
Wait_1( $re );
}
if( ( not $re->{'TREE'} or $re->{'TREE'} < 2 ) and not $re->{'ANA'} and not $re->{'COL'} ){
DB_1( $re ) unless $re->{'PRE'} or $re->{'HASH'} or $re->{'DMG'};
DB_2( $re ) unless $re->{'BL'} or $re->{'COM'} or defined $re->{'S_OPT'} and not $re->{'S_O'};
exit if ( $re->{'IS'} or $re->{'UL'} ) and not %{$re->{'HASH'}};
return if $re->{'TOP'} and not( %{$re->{'HASH'}} or %{$re->{'DMG'}} );
}
if( $re->{'INF'} and not $re->{'COL'} or
$re->{'USE'} or $re->{'UD_S'} or $re->{'ana'} or $re->{'UL_S'} or $re->{'BUI'} ){
my $name = $re->{'INF'} || $re->{'USE'} || $re->{'UD_S'} || $re->{'ana'} || $re->{'UL_S'} || $re->{'BUI'};
if( $re->{'TREE'} or $re->{'LINK'} and $re->{'LINK'} == 6 or $re->{'USES'} or $re->{'BUI'} or
$re->{'FOR'} and $re->{'ana'} and $re->{'ana'} !~ /^[1-8]$/ or
$re->{'CAS'} and $re->{'ana'} and $re->{'ana'} !~ /^[12]$/ ){
open my $DIR1,"$re->{'HOME'}/brew.txt" or die " L_DIR1 $!\n";
while(<$DIR1>){ s/^([^\t]+)\t.+\n/$1/;
if( $re->{'INF'} and $re->{'FOR'} and $name eq $_ ){ $name = 0; last }
push @{$cat},"$_\n";
if( $re->{'OS'}{"${_}alias"} and ( $re->{'USE'} or $re->{'BUI'} ) ){
for(split "\t",$re->{'OS'}{"${_}alias"}){ push @{$cat},"$_\n" }
}
} close $DIR1;
if( $re->{'MAC'} and $name ){
open my $DIR2,"$re->{'HOME'}/cask.txt" or die " L_DIR2 $!\n";
while(<$DIR2>){ s/^([^\t]+)\t.+/$1/;
if( $re->{'INF'} and $re->{'CAS'} and "$name\n" eq $_ ){ $name = 0; last }
push @{$cat},$_ } close $DIR2;
}
}
Like_1( $re,[\$re->{'INF'},\$re->{'USE'},\$re->{'UD_S'},\$re->{'ana'},\$re->{'UL_S'},\$re->{'BUI'}],$cat ) if $name;
} $re->{'Casc'} = 1 if $re->{'INF'} and $re->{'OS'}{"$re->{'INF'}cask"} and not $re->{'OS'}{"$re->{'INF'}so_name"};
Dele_1( $re ) if $re->{'DEL'} and $re->{'DEL'} < 2;
if( $re->{'PRS'} ){
$re->{'PID2'} = fork;
die " IS Not fork : $!\n" unless defined $re->{'PID2'}; $pid = $$;
$SIG{'HUP'} = $SIG{'INT'} = $SIG{'QUIT'} = $SIG{'TERM'} = sub{ rmdir "$re->{'HOME'}/WAIT$re->{'PID2'}"; die "\x1B[?25h\n" };
}
if( $pid and not $re->{'PID2'} ){ Wait_1( $re,$pid );
}else{
if( $re->{'INF'} ){ open my $TR,'>',"$re->{'HOME'}/Tree$$" or die " Tree1 $!\n"
unless $re->{'PP'} or $re->{'LINK'} or $re->{'IS'};
$re->{'TR'} = $TR || ''; Info_1( $re ); close $TR if $re->{'TR'};
}
if( $re->{'TREE'} ){ Nohup_1( $re ) if $re->{'PP'};
delete $re->{'OS'}; Split_1( $re );
open my $TR,'<',"$re->{'HOME'}/Tree$$" or die " Tree2 $!\n";
$re->{'TR'} = $TR; return
}
unless( $re->{'ANA'} or $re->{'COM'} or $re->{'UD'} or $re->{'PRE'} ){
$list = ( defined $re->{'S_OPT'} or $re->{'BL'} and -f $re->{'LFO'} ) ? Dirs_1( $re->{'CEL'},1 ) :
( $re->{'TOP'} or $re->{'IS'} or $re->{'UL'} ) ? Dirs_1( $re->{'CEL'},3 ) :
( not $re->{'BL'} ) ? Dirs_1( $re->{'CEL'},0,$re ) : [%{$re->{'HASH'}},%{$re->{'DMG'}}];
@{$list} = $re->{'OS'}{"$re->{'USE'}uses"} ? split '\t',$re->{'OS'}{"$re->{'USE'}uses"} : () if $re->{'USE'};
@{$list} = $re->{'OS'}{"$re->{'BUI'}build"} ? split '\t',$re->{'OS'}{"$re->{'BUI'}build"} : () if $re->{'BUI'};
$re->{'cask'} = [] if $re->{'USE'} or $re->{'BL'} or $re->{'BUI'};
if( $re->{'MAC'} and $re->{'USE'} ){
my @list1 = split '\t',$re->{'OS'}{"$re->{'USE'}u_form"} if $re->{'OS'}{"$re->{'USE'}u_form"};
my @list2 = split '\t',$re->{'OS'}{"$re->{'USE'}u_cask"} if $re->{'OS'}{"$re->{'USE'}u_cask"};
push @{$re->{'cask'}},( @list1,@list2 );
}
}
if( @{$list} and ( $re->{'TOP'} and not $re->{'PID'} or $re->{'UL'} and not defined $re->{'UL_S'} or
$re->{'LIN'} and $re->{'USE'} and not $re->{'USES'} ) ){
$re->{'PID2'} = fork;
die " IS Not fork : $!\n" unless defined $re->{'PID2'}; $pid = $$;
$SIG{'HUP'} = $SIG{'INT'} = $SIG{'QUIT'} = $SIG{'TERM'} = sub{ rmdir "$re->{'HOME'}/WAIT$re->{'PID2'}"; die "\x1B[?25h\n" };
}
if( $pid and not $re->{'PID2'} ){ Wait_1( $re,$pid );
}else{ select undef,undef,undef,0.1 if $re->{'LIN'} and $re->{'USE'} or $re->{'PRS'};
$re->{'COM'} ? Command_1( $re ) :
( $re->{'BL'} and $re->{'MAC'} or defined $re->{'USE'} or defined $re->{'BUI'} ) ? Brew_1( $re,$list ) :
$re->{'TOP'} ? Top_1( $re,$list ) : $re->{'IS'} ? Size_1( $re,$list ) : $re->{'ANA'} ? Ana_1( $re ) :
$re->{'UL'} ? Brew_2( $re ) : $re->{'UD'} ? Brew_3( $re,'' ) : File_1( $re,$list );
}
}
}
sub Doc_1{
my( $dok,$not,@ten ) = $Locale ?
( "\r \033[36m✔︎\033[0m : Creat new cache \n",
"\r \033[31m✖︎\033[0m : Can not Create \n",('⣸','⣴','⣦','⣇','⡏','⠟','⠻','⢹') ) :
( "\r \033[36mo\033[0m : Creat new cache \n",
"\r \033[31mx\033[0m : Can not Create \n",('|','/','-','\\','|','/','-','\\') );
$not,$dok,\@ten;
}
sub Wait_1{
my( $re,$loop ) = @_; my $pid;
rename $re->{'HOME'}, "$ENV{'HOME'}/BREW_LIST$$" if -d $re->{'HOME'} and not -f $re->{'TXT'};
mkdir $re->{'HOME'};
my( $not,$dok,$ten ) = Doc_1;
unless( $loop ){
$pid = fork;
die " Wait Not fork : $!\n" unless defined $pid;
}
if( $pid or $loop ){
( -d "$re->{'HOME'}/LOCK" and $re->{'NEW'} and $re->{'NEW'} == 2 ) ? exit :
( -d "$re->{'HOME'}/LOCK" and $re->{'NEW'} ) ? die " exists \033[31mLOCK\033[0m\n" : 0;
my $WAIT = $pid ? "$re->{'HOME'}/WAIT".$pid : "$re->{'HOME'}/WAIT".$loop; mkdir $WAIT;
if( -t STDOUT ){
print STDERR "\x1B[?25l";
if( $re->{'LIN'} or $loop or -d "$re->{'HOME'}/TAP" ){ my $i = 0;
my $name = $loop ? 'Please wait' : 'Makes new cache';
while(1){ $i = $i % 8; my $c = ( (rand 6) + 1 ) >> 0;
-d $WAIT ? print STDERR "\r \033[3${c}m$ten->[$i]\033[0m : $name" : last;
$i++; select undef,undef,undef,0.1;
}
}else{ my $i = 0; my $ma = '';
while(1){
printf STDERR "\r '\033[33m%-20s\033[0m' [%2d/20]",$ma,$i;
last unless -d $WAIT;
if( -d "$re->{'HOME'}/$i" ){
while(1){
last unless -d "$re->{'HOME'}/$i";
} $i++; $ma .= '#';
}
}
}
unless( $loop ){
waitpid $pid,0;
( -f "$re->{'HOME'}/DBM" or -f "$re->{'HOME'}/DBM.db" or -f "$re->{'HOME'}/DBM.dir" ) ?
( print "\x1B[?25h$dok" and exit ) : die "\x1B[?25h$not";
}else{ print "\r",$re->{'SPA'}x2,"\r\x1B[?25h"; }
} exit;
}else{
Tied_1( $re ) unless -d "$re->{'HOME'}/LOCK";
$re->{'taps'} ? system "~/.BREW_LIST/font.sh 0 1 $$" : system "~/.BREW_LIST/font.sh 0 3 $$";
exit;
}
}
sub DB_1{
my $re = shift; %{$re->{'HASH'}} = %{$re->{'DMG'}} = ();
if( $re->{'FOR'} or $re->{'DEP' } ){
opendir my $dir,$re->{'BIN'} or die " DB_1 $!\n";
for my $ls( readdir $dir ){ next if index($ls,'.') == 0;
my $hand = readlink "$re->{'BIN'}/$ls";
next if not $hand or index($hand,'../Cellar/') != 0;
my( $an,$bn ) = $hand =~ m|^\.\./Cellar/([^/]+)/(.+)|;
$re->{'HASH'}{$an} = $bn;
}
closedir $dir;
}
if( $re->{'CAS'} or $re->{'CELS'} ){
my $mem = $re->{'CEL'}, $re->{'CEL'} = $re->{'CELS'} if $re->{'CELS'};
my $dirs = Dirs_1( $re->{'CEL'},3 );
for( my $in=0;$in<@{$dirs};$in++ ){
if( $$dirs[$in] and -d "$re->{'CEL'}/$$dirs[$in]/.metadata" ){
my $meta = Dirs_1( "$re->{'CEL'}/$$dirs[$in]/.metadata",3 );
$re->{'DMG'}{$$dirs[$in]} = $$meta[0];
}
} $re->{'CEL'} = $mem if $re->{'CELS'};
}
}
sub DB_2{ my $re = shift; my $File;
eval{ require GDBM_File; $File = 'GDBM_File' };
if( $@ ){ require NDBM_File; $File = 'NDBM_File' }
tie my %tap,$File,"$re->{'HOME'}/DBM",0,0 or die " Not read DBM $!\n";
$re->{'OS'} = \%tap;
}
sub Dirs_1{
my( $url,$ls,$re ) = @_; my( $an,$bn ) = ( [],[] );
return $an unless -d $url;
opendir my $dir_1,$url or die " Dirs_1 $!\n";
for my $hand( readdir $dir_1 ){ next if index($hand,'.') == 0;
$re->{'FILE'} .= " File exists $url/$hand\n" if -f "$url/$hand" and not $ls;
if( $ls != 2 ){ next unless -d "$url/$hand"; }
$ls == 1 ? push @{$an}," $hand\n" : push @{$an},$hand;
}
closedir $dir_1;
@{$an} = sort @{$an};
return $an if $ls;
for( my $in=0;$in<@{$an};$in++ ){
push @{$bn}," $$an[$in]\n";
opendir my $dir_2,"$url/$$an[$in]" or die " Dirs_2 $!\n";
index($_,'.') == 0 ? next : push @{$bn},"$_\n" for readdir $dir_2;
closedir $dir_2;
}
$bn;
}
sub Path_1{ my $brew;
for my $path( split ':',$ENV{'PATH'} ){
opendir my $dir,$path or next;
for my $ls( sort readdir $dir ){
if( $ls eq 'brew' ){
$brew = substr $path,0,-4; last;
} last if substr($ls,0,1) ge 'c';
} last if $brew;
} $brew;
}
sub Split_1{
my $re = shift; my( $i,@line ) = 0;
open my $TR1,'<',"$re->{'HOME'}/Tree$$" or die " Split1 $!\n";
while(<$TR1>){
unshift @line,$_;
if( @line == 100000 or eof $TR1 ){ $i++;
open G,'>',"$re->{'HOME'}/File$i=$$" or die " 1 File$i=$$ $!";
print G @line;
close G;
@line = ();
}
}
close $TR1;
open my $TR2,'>',"$re->{'HOME'}/Tree$$" or die " Split2 $!\n";
for( reverse(1..$i) ){
open H,"$re->{'HOME'}/File$_=$$" or die " 2 File$_=$$ $!";
print $TR2 <H>;
close H;
unlink "$re->{'HOME'}/File$_=$$";
}
close $TR2;
}
sub m_search{
my $re = shift; exit unless -t STDOUT;
if( $re->{'S_M'} == 2 ){
system 'stty -echo -icanon;tput smcup';
$SIG{'INT'} = $SIG{'QUIT'} = sub{ print"\e[0m\033[?25h"; system'stty sane;tput rmcup'; exit 1 };
print"\033[40m\033[?25l";
while(1){ my( @col,@ran,@pri,@tn );
my( $ROWS,$COLS ) = _term();
for(0..($COLS/6)){ my $ra = rand($COLS+1)>>0; $tn[$ra] = 1; $ran[$_] = $ra }
for(0..$COLS){ $col[$_] = $tn[$_] ? 1 : 0 }
while(1){ my @row;
my( $rows,$cols ) = _term();
last if $rows != $ROWS or $cols != $COLS;
my $rs = chr(1);
my $st = select $rs,undef,undef,0.08;
my $nu = getc if $st;
if( $nu and $nu eq 'q' ){ print"\033[0m\033[?25h"; system'stty sane;tput rmcup'; exit }
for(0..$cols){ my $ra = rand(115)>>0; $row[$_] = $ra < 90 ? chr(33+$ra) : ' ' }
for(0..1){ my $ra = rand($cols/6)>>0; $col[$ran[$ra]] = 0;
my $qa = rand($cols+1)>>0; $col[$qa] = 1; $ran[$ra] = $qa }
for(0..$cols){ $col[$_] = $col[$_] ? "\033[1;32;40m$row[$_]" : 0 }
for my $r( reverse(0..$rows) ){ for my $p( reverse(0..$cols) ){
$pri[$r][$p] = $col[$p],next if $r == 0; $pri[$r][$p] = $pri[$r-1][$p] }
}
for my $h(0..$rows){
for my $w(0..$cols){ my $mo = $pri[$h][$w] ? $pri[$h][$w] : ' '; print"\033[$h;${w}H$mo" }
}
}
}
}else{ my( $co,$bl,@an ) = ( 0,__FILE__ );
system 'stty -echo -icanon';
$SIG{'INT'} = $SIG{'QUIT'} = sub{ print"\e[0;0H\e[2J\e[?25h"; system'stty sane'; exit 1 };
my $nam = $re->{'MAC'} ? 81 : $re->{'LFOD'} ? 54 : 27;
$an[$co++] = $_ eq 'lib' ? $_ : "l_$_" for( 0,'a'..'l','lib','m'..'z' );
if( $re->{'MAC'} ){ $an[$co++] = $_ eq 'num' ? $_ : "c_$_" for( 'num','a'..'z' ) }
$an[$co++] = $_ eq 'fnu' ? $_ : "f_$_" for( 'fnu','a'..'z' ); $co = 1;
while(1){
print"\033[0;0H\033[2J\033[?25l";
my( $ROWS,$COLS ) = _term();
$re->{'MENU'} = substr(' Q exit : Space down : Delete up : Enter less',0,$COLS)."\n";
if( $re->{'MAC'} ){ $re->{'SP'} = 81 > $COLS ? 80 - $COLS : 0;
}else{ $re->{'SP'} = 46 - $COLS if 45 > $COLS }
$re->{'LI'} ||= $ROWS > 30 ? 27 : $ROWS - 4;
$re->{'ST'} ||= 1;
while(1){ my( $nu,$key,$cont ) = ( 0,0 );
my( $rows,$cols ) = _term();
$re->{'LI'} = $re->{'ST'} = 0 if $rows != $ROWS;
last if $rows != $ROWS or $cols != $COLS;
my $rs = chr(1);
my $st = select $rs,undef,undef,0.05;
_pri_1( $co,$re,\@an );
$nu = getc if $st;
if( $nu eq 'q' ){ print"\033[0;0H\033[2J\033[?25h"; system'stty sane'; exit }
if( $nu eq chr(27) and getc eq '[' ){ my $ge = getc;
$key = $ge eq 'B' ? 1 : $ge eq 'A' ? 2 : $ge eq 'C' ? 3 : $ge eq 'D' ? 4 : 0 }
$key = $nu eq chr(2) ? 5 : $nu eq chr(6) ? 6 : $key;
$co = $co == $nam ? 1 : ++$co if $nu eq chr(32) or $nu eq 'j' or $key == 1;
$co = $co == 1 ? $nam : --$co if $nu eq chr(127) or $nu eq 'k' or $key == 2;
if( $re->{'MAC'} ){
$co += 27 if $co < 55 and ( $nu eq 'l' or $key == 3 );
$co -= 27 if $co > 27 and ( $nu eq 'h' or $key == 4 );
$co = $co > 54 ? 55 : $co > 27 ? 28 : 1 if $key == 5;
$co = $co < 28 ? 27 : $co < 55 ? 54 : 81 if $key == 6;
}elsif( $re->{'LFOD'} ){
$co += 27 if $co < 28 and ( $nu eq 'l' or $key == 3 );
$co -= 27 if $co > 27 and ( $nu eq 'h' or $key == 4 );
$co = $co > 27 ? 28 : 1 if $key == 5;
$co = $co < 28 ? 27 : 54 if $key == 6;
}else{
$co = $key == 5 ? 1 : $key == 6 ? 27 : $co;
}
if( $re->{'MAC'} ){ $cont = $co > 54 ? $co - 54 : $co > 27 ? $co - 27 : $co ;
}else{ $cont = $co > 27 ? $co - 27 : $co }
if( $re->{'LI'} < $cont ){ $re->{'ST'}++; $re->{'LI'}++
}elsif( $re->{'ST'} > $cont ){ $re->{'ST'}--; $re->{'LI'}-- }
if( $nu eq chr(10) ){
print"\033[0;0H","\033[2J";
my( $ca,$na ) = split '_',$an[$co];
my $key = $re->{'MAC'} ? 'cf' : 'fc';
( $ca,$na ) = ( 'l','lib' ) if $an[$co] eq 'lib';
( $ca,$na ) = ( 'c','\\\\d' ) if $an[$co] eq 'num';
( $ca,$na ) = ( $key,'font-\\\\d' ) if $an[$co] eq 'fnu';
( $ca,$na ) = ( $key,"font-$na" ) if $ca eq 'f';
my $bl = ( $an[$co] eq 'l_l' ) ?
`$bl -l /^l\\(?\\!ib\\)/` : `$bl -$ca /^$na/`;
$SIG{'INT'} = $SIG{'QUIT'} = sub{};
open my $pipe,'|-','less -S' or die " can't exec command\n";
print $pipe $bl;
close $pipe;
( $rows,$cols ) = _term();
$re->{'LI'} = $re->{'ST'} = 0 if $rows != $ROWS;
last }
print"\033[0;0H";
}
}
}
sub _pri_1{
my( $co,$re,$an ) = @_; my $s;
if( $re->{'MAC'} ){ $s = $re->{'SP'} < 27 ? ' 'x ( 26 - $re->{'SP'} ) : '';
print"$re->{'MENU'} \033[1mFormula $s Cask $s Font\033[0m\n";
}else{ $s = ' 'x ( 27 - ( $re->{'SP'}||0 ));
print"$re->{'MENU'} \033[1mFormula $s Font\033[0m\n";
}
for( my $i = $re->{'ST'};$i<=$re->{'LI'};$i++ ){
if( $re->{'MAC'} ){
if( $an->[$co] eq $an->[$i] ){
print" \033[33m$an->[$i]\033[0m ) <<$s $an->[$i+27] .. $s $an->[$i+54] .. \n";
}elsif( $an->[$co] eq $an->[$i+54] ){
print" $an->[$co-54] .. $s $an->[$co-27]\033[0m .. $s \033[33m$an->[$co]\033[0m ) <<\n";
}elsif( $an->[$co] eq $an->[$i+27] ){
print" $an->[$co-27] .. $s \033[33m$an->[$co]\033[0m ) <<$s$an->[$co+27] .. \n";
}else{
print"\r $an->[$i] .. $s $an->[$i+27] .. $s $an->[$i+54] .. \n";
}
}else{
if( $an->[$co] eq $an->[$i] ){
print" \033[33m$an->[$i]\033[0m ) <<$s $an->[$i+27] .. \n";
}elsif( $an->[$co] eq $an->[$i+27] ){
print" $an->[$co-27] .. $s \033[33m$an->[$co]\033[0m ) <<\n";
}else{
print"\r $an->[$i] .. $s $an->[$i+27] .. \n";
}
}
}
}
sub _term{ my $si;
while(1){
print"\e7\e[999;999H\e[6n\e8";
my $esc = getc;
$si .= getc; $si .= getc; $si .= getc; $si .= getc;
$si .= getc; last if substr($si,-1) eq 'R';
$si .= getc; last if substr($si,-1) eq 'R';
$si .= getc; last if substr($si,-1) eq 'R';
$si .= getc; last if substr($si,-1) eq 'R';
$si .= getc; last if substr($si,-1) eq 'R';
}
my( $rows,$cols ) = $si =~ /^\[(\d+);(\d+)R$/;
( $rows,$cols ) = split ' ',`stty size` unless $rows and $cols;
$rows,$cols;
}
}
sub Perr_1{ my( $re,$tp) = @_;
waitpid $re->{'PID2'},0 if rmdir "$re->{'HOME'}/WAIT$re->{'PID2'}";
die " can't open process : $tp $!\n"
}
sub Proc_1{
my( $re,$list,$cou ) = @_; my( $c1,$c2,@an1,@an2,$deps ) = ( 0,1 );
for( my $i=0;$i<@{$list};$i++ ){
next if $re->{'LIN'} and ( $$list[$i] eq 'glibc' or $$list[$i] eq '[email protected]' );
$deps = $re->{'OS'}{"$$list[$i]uses"} ? split '\t',$re->{'OS'}{"$$list[$i]uses"} : 0;
if( $c2 >= $c1 ){ push @an1,$$list[$i]; $c1 += $deps;
}else{ push @an2,$$list[$i]; $c2 += $deps }
}
if( $cou and $re->{'LIN'} ){ push @an1,'glibc'; push @an2,'[email protected]' }
sub _par{ my( $re,$an,$hand ) = @_;
for my $ls( @{$an} ){ my( @AN,%HA );
Uses_1( $re,$ls,\%HA,\@AN );
push @{$re->{$ls}},@AN if $hand;
$AN[0] ||= 0,print"$ls\t@AN\n" unless $hand;
} exit unless $hand;
while(<$hand>){ my($name,$data) = /([^\t]+)\t(.+)/;
@{$re->{$name}} = $data ? split '\s',$data : ();
} close $hand;
}
my $pid = ( open my $FH,'-|' ) // Perr_1( $re,'Proc' );
if( $pid ){ _par( $re,\@an1,$FH );
}else{ exit unless @an2;
_par( $re,\@an2 );
}
}
sub Leng_1{
my( $spa,$name ) = @_;
my $len = length $$name;
if( $spa < $len ){
substr $$name,$spa-4,$len,'...';
}else{
my $sp = ( $spa - $len ) >> 1;
$$name = ' 'x$sp.$$name.' 'x$sp;
}
$$name = ' '.$$name if length $$name < $spa;
}
sub Ana_1{
my $re = shift; my @an;
$re->{'NEW'}++, Init_1( $re ) unless -f $re->{'CAN'};
my $mem = $re->{'ana'} if $re->{'ana'} and $re->{'ana'} !~ /^[1-8]$/;
$re->{'ana'} = 0 if not $re->{'ana'} or $re->{'ana'} and $re->{'ana'} !~ /^[1-8]$/;
$re->{'ana'} = $re->{'ana2'} if $re->{'ana2'};
open my $dir,'<',$re->{'CAN'} or die " ana $!\n";
while(<$dir>){ chomp;
my( $ls,$ls1,$ls2,$ls3,$co1,$co2,$co3,$ls4,$ls5,$ls6,$eq1,$eq2,$eq3,$ls7,$ls8,$ls9,$er1,$er2,$er3 ) = split '\t';
my $co = $re->{'ana'} == 1 ? $ls1 : $re->{'ana'} == 2 ? $ls2 : $re->{'ana'} == 3 ? $ls6 :
$re->{'ana'} == 4 ? $ls4 : $re->{'ana'} == 5 ? $ls5 : $re->{'ana'} == 6 ? $ls9 :
$re->{'ana'} == 7 ? $ls7 : $re->{'ana'} == 8 ? $ls8 :$ls3;
if( $re->{'ana'} >= 3 and $re->{'ana'} <= 5 ){
my @mem = ( $ls1,$ls2,$ls3 );
( $ls1,$ls2,$ls3 ) = ( $ls4,$ls5,$ls6 );
( $ls4,$ls5,$ls6 ) = @mem;
@mem = ( $co1,$co2,$co3 );
( $co1,$co2,$co3 ) = ( $eq1,$eq2,$eq3 );
( $eq1,$eq2,$eq3 ) = @mem;
}elsif( $re->{'ana'} >= 6 and $re->{'ana'} <= 8 ){
my @mem = ( $ls1,$ls2,$ls3 );
( $ls1,$ls2,$ls3 ) = ( $ls7,$ls8,$ls9 );
( $ls7,$ls8,$ls9 ) = @mem;
@mem = ( $co1,$co2,$co3 );
( $co1,$co2,$co3 ) = ( $er1,$er2,$er3 );
( $er1,$er2,$er3 ) = @mem;
}
if( $co ){
$an[$co] = $ls;
$an[$co] .= $ls1 ? "\t$ls1" : "\t";
$an[$co] .= $ls2 ? "\t$ls2" : "\t";
$an[$co] .= $ls3 ? "\t$ls3" : "\t";
$an[$co] .= $co1 ? "\t$co1" : "\t";
$an[$co] .= $co2 ? "\t$co2" : "\t";
$an[$co] .= $co3 ? "\t$co3" : "\t";
if( $re->{'FOR'} ){
$an[$co] .= $ls4 ? "\t$ls4" : "\t";
$an[$co] .= $ls5 ? "\t$ls5" : "\t";
$an[$co] .= $ls6 ? "\t$ls6" : "\t";
$an[$co] .= $eq1 ? "\t$eq1" : "\t";
$an[$co] .= $eq2 ? "\t$eq2" : "\t";
$an[$co] .= $eq3 ? "\t$eq3" : "\t";
$an[$co] .= $ls7 ? "\t$ls7" : "\t";
$an[$co] .= $ls8 ? "\t$ls8" : "\t";
$an[$co] .= $ls9 ? "\t$ls9" : "\t";
$an[$co] .= $er1 ? "\t$er1" : "\t";
$an[$co] .= $er2 ? "\t$er2" : "\t";
$an[$co] .= $er3 ? "\t$er3" : "\t";
}
}
}
close $dir;
my $tput = `tput cols`;
my $line = $tput >= 84 ? 83 : $tput - 2;
my $spa = $tput >= 84 ? 43 : $tput > 41 ? $tput - 41 : 0;
my $size = $tput >= 84 ? ($tput - 84) >> 1 : 0;
my @line = $Locale ? ( '│','┬','┴','┼','─','├','┤','┌','┐','└','┘' ):
( '|','-','-','-','-',' ',' ',' ',' ',' ',' ' );
my $line1 = "$line[4]"x$spa;
my $line2 = "$line[4]"x12;
my $line3 = (' 'x$size).('-'x($line * 1.15))."\n";
my $spr1 = "%${size}s$line[5]$line1$line[3]$line2$line[3]$line2$line[3]$line2$line[6]";
my $spr2 = "%${size}s$line[0]%${spa}s$line[0] %10s $line[0] %10s $line[0] %10s $line[0]";
my $ana = ( $re->{'MAC'} or -t STDOUT ) ?
(' 'x$size)."$line[7]$line1$line[1]$line2$line[1]$line2$line[1]$line2$line[8]\n" : $line3;
$ana .= (' 'x$size)."$line[0]".(' 'x$spa)."$line[0] 30d $line[0] 90d $line[0] 365d $line[0]\n";
my( $in1,$in2,$in3 ) = ( $re->{'ana'} >= 3 and $re->{'ana'} <= 5 ) ?
('install request ','install ','build-error ') : ( $re->{'ana'} >= 6 and $re->{'ana'} <= 8 ) ?
('build-error ','install request ','install ') : ('install ','install request ','build-error ');
$re->{'ana'} = 0 if $re->{'ana2'};
for my $an( @an ){
next unless $an;
my( $ls,$ls1,$ls2,$ls3,$co1,$co2,$co3,$ls4,$ls5,$ls6,$eq1,$eq2,$eq3,$ls7,$ls8,$ls9,$er1,$er2,$er3 ) = split '\t',$an;
if( not $mem or $re->{'ana'} or $mem and $mem eq $ls ){
Leng_1( $spa,\$ls ) if $spa >= 12;
$ls = "\033[36m$ls\033[0m" if -t STDOUT;
if( $re->{'FOR'} ){
$ana .= ( $re->{'MAC'} or -t STDOUT ) ? sprintf "$spr1\n",' 'x$size : $line3;
$ana .= sprintf "%${size}s$line[0]%${spa}s$line[0]%8s $line[0]%8s $line[0]%8s $line[0]\n$spr2\n",
' 'x$size,$ls,$ls1,$ls2,$ls3,
' 'x$size,$in1,$co1,$co2,$co3;
$ana .= sprintf "%${size}s$line[0]%${spa}s$line[0]%8s $line[0]%8s $line[0]%8s $line[0]\n$spr2\n",
' 'x$size,'',$ls4,$ls5,$ls6,
' 'x$size,$in2,$eq1,$eq2,$eq3;
$ana .= sprintf "%${size}s$line[0]%${spa}s$line[0]%8s $line[0]%8s $line[0]%8s $line[0]\n$spr2\n",
' 'x$size,'',$ls7,$ls8,$ls9,
' 'x$size,$in3,$er1,$er2,$er3;
}else{
$ana .= sprintf "$spr1\n",' 'x$size;
$ana .= sprintf "%${size}s$line[0]%${spa}s$line[0]%9s $line[0]%9s $line[0]%9s $line[0]\n$spr2\n",
' 'x$size,$ls,$ls1,$ls2,$ls3,
' 'x$size,'install ',$co1,$co2,$co3;
}
}
} $ana .= ( $re->{'MAC'} or -t STDOUT ) ?
(' 'x$size)."$line[9]$line1$line[2]$line2$line[2]$line2$line[2]$line2$line[10]\n" : $line3;
if( $mem and index($ana,'install ') > 0 ){
print $ana;
}elsif( index($ana,'install ') > 0 ){
open my $pipe,'|-','less -RX' or die " can't exec command\n";
print $pipe $ana;
close $pipe;
}
Nohup_1( $re );
}
sub Size_1{
my( $re,$list ) = @_; my( %AR,$data,@size,$size,$ls1,$ls2,$c );
my @list = $re->{'OS'}{'Size_B'} ? split '\n',$re->{'OS'}{'Size_B'} : exit;
if( defined $re->{'INF'} and not $re->{'HASH'}{$re->{'INF'}} ){ exit;
}elsif( defined $re->{'INF'} ){
my @data = split '\t',$re->{"$re->{'INF'}deps"} if $re->{"$re->{'INF'}deps"};
push @data,$re->{'INF'}; my $i = 0;
for( ;$i<@data;$i++ ){
for( @list ){ push ( @{$data},$_ ),last if $_ =~ m|/$data[$i]$| }
}
}else{ $data = \@list }
my $tput = `tput cols`;
my $spa = $tput >= 88 ? 40 : $tput > 48 ? $tput - 48 : 0;
for( @{$data} ){
my( $name ) = m|.+/(.+)|;
@{$AR{$name}} = glob "$_/*";
}
sub _cmp{ $_[0] =~ /(\d+)\s/; $1 }
for( sort{_cmp($b) <=> _cmp($a)} @{$data} ){ my $utime; $c++;
my( $cou,$name ) = m|(\d+)\s.+/(.+)|;
for my $json( @{$AR{$name}} ){
if( -f "$json/INSTALL_RECEIPT.json" ){
open my $dir,'<',"$json/INSTALL_RECEIPT.json" or die " JSON $!\n";
while(<$dir>){ last if( $utime ) = /^.*"time":[^0-9]*([0-9]+),.*/ }
close $dir;
}
} $utime ||= 0;
my $time = [localtime($utime)];
my $timer = sprintf "%04d/%02d/%02d",$time->[5]+=1900,++$time->[4],$time->[3];
$size += $cou = sprintf "%.3f",$cou /= 1024;
Tap_2( $re,\$name );
Leng_1( $spa,\$name ) if $spa >= 5;
push @size,sprintf"%-${spa}s %8s%12s%3s%22s\n",$name,"size : ","$cou MB"," ","install : $timer"
}
if( $re->{'IS'} == 2 ){
sub _siz{ $_[0] =~ /.+:\s+([^\s]+)/; $1 }
for( sort{_siz($a) cmp _siz($b)} @size ){ print }
}else{ print for @size }
printf" Totsl Size %.2f MB item %d\n",$size,$c if -t STDOUT;
Nohup_1( $re );
}
sub Top_1{
my( $re,$list ) = @_; my( $top,@font,@ver );
Proc_1( $re,$list );
for my $ls( @{$list} ){
next if $re->{'LIN'} and ( $ls eq 'glibc' or $ls eq '[email protected]' );
if( @{$re->{$ls}} and @{$re->{$ls}} < 2 ){
my @BUI = split '\t',$re->{'OS'}{"${ls}build"} if $re->{'OS'}{"${ls}build"} and -t STDOUT;
$re->{'Idep'} .= ": $ls " if $re->{'TOP'} > 1 and $re->{'OS'}{"${ls}idep"} and not $re->{'OS'}{"${ls}build"};
Tap_2( $re,\$ls ) if $re->{'FOR'};
for my $bui( @BUI ){ my $build = $bui;
Tap_2( $re,\$bui ) if $re->{'FOR'};
$ls .= " : $bui" if $re->{'HASH'}{$build};
}
if( $re->{'OS'}{"${ls}lfont"} or $re->{'OS'}{"${ls}mfont"} ){ push @font,$ls;
}else{ $ls =~ s/^([^:]+)\s:\s(.+)/$1 [build] => $2\n/ ? $top .= $ls :
( $re->{'FOR'} or $re->{'CAS'} and -t STDOUT ) ? Mine_1( $ls,$re,0 ) : 0;
}
}
} $re->{'MAC'} ? Mine_1( ' ==> homebrew/cask-fonts',$re,0 ) : Mine_1( ' ==> homebrew/linux-fonts',$re,0 ) if @font;
if( -t STDOUT and ( $re->{'LIN'} or $re->{'CAS'} ) ){
Mine_1( $_,$re,0 ) for( @font );
}
waitpid $re->{'PID2'},0 if not $re->{'PID'} and rmdir "$re->{'HOME'}/WAIT$re->{'PID2'}";
print "$top" if $top;
}
sub Brew_1{
my( $re,$list ) = @_; my( %HA,@AN );
return unless @{$list} or @{$re->{'cask'}};
if( $re->{'BL'} ){
if( $re->{'BL'} == 1 or $re->{'BL'} == 2 ){
for( sort keys %{$re->{'HASH'}} ){ Tap_2( $re,\$_ ); Mine_1( $_,$re,0 ) }
}
if( $re->{'BL'} == 1 or $re->{'BL'} == 3 ){
if( %{$re->{'DMG'}} ){ Mine_1( ' ==> homebrew/Cask',$re,0 );
for( sort keys %{$re->{'DMG'}} ){ index($_,'font-') == 0 ? push @AN,$_ : Mine_1( $_,$re,0 ) }
if( @AN ){ Mine_1( ' ==> homebrew/cask-fonts',$re,0 );
Mine_1( $_,$re,0 ) for @AN;
}
}
}
}else{
for( my $i=0;$i<@{$list};$i++ ){ my $tap = $list->[$i];
Tap_2( $re,\$list->[$i] ) if $re->{'FOR'};
( ( $re->{'DMG'}{$tap} or $re->{'HASH'}{$tap} ) and $re->{'USE'} and not $re->{'USES'} ) ?
Uses_1( $re,$tap,\%HA,\@AN ) : $re->{'USES'} ? push @AN,$tap : 0;
$re->{'HASH'}{$tap} ? Mine_1( $list->[$i],$re,1 ) : Mine_1( $list->[$i],$re,0 )
if $re->{'BUI'} and not $re->{'OS'}{"${tap}$OS_Version"} and
( $re->{'MAC'} and not $re->{'OS'}{"${tap}un_xcode"} or $re->{'LIN'} and not $re->{'OS'}{"${tap}un_Linux"} );
}
}
if( $re->{'USE'} ){ my @cask;
$re->{'KAI'} = 1 unless @AN = sort @AN;
unshift @AN,' ==> Formula' if @AN;
$re->{'DMG'}{$_} ? push @cask,$_ : 0 for @{$re->{'cask'}};
if( not $re->{'USES'} and @cask ){ push @AN,' ==> Cask',@cask;
}elsif( $re->{'USES'} and @{$re->{'cask'}} ){ push @AN,' ==> Cask',@{$re->{'cask'}}; }
waitpid $re->{'PID2'},0 if $re->{'LIN'} and $re->{'PID2'} and rmdir "$re->{'HOME'}/WAIT$re->{'PID2'}";
for my $an( @AN ){ Mine_1( $an,$re,0 ) }
}
}
sub Brew_2{
my $re = shift; my( @ls,@AN,%HA );
exit if defined $re->{'UL_S'} and not $re->{'HASH'}{$re->{'UL_S'}};
my $tput = `tput cols`;
my $spa = $tput >= 66 ? 44 : $tput > 22 ? $tput - 22 : 0;
if( $re->{'UL_S'} ){
Uses_1( $re,$re->{'UL_S'},\%HA,\@AN) ;
if( @AN ){
Tap_2( $re,\$re->{'UL_S'} );
Leng_1( $spa,\$re->{'UL_S'} ) if $spa >= 5;
printf"%${spa}s uses :%4s formula\n",$re->{'UL_S'},$#AN;
}
}else{
push @AN,$_ for( sort keys %{$re->{'HASH'}} );
Proc_1( $re,\@AN,1 );
for my $key( sort keys %{$re->{'HASH'}} ){ my $keys = $key;
Tap_2( $re,\$keys );
Leng_1( $spa,\$keys ) if $spa >= 5;
push @ls,sprintf"%${spa}s uses :%4s formula\n",$keys,$#{$re->{$key}};
}
waitpid $re->{'PID2'},0 if rmdir "$re->{'HOME'}/WAIT$re->{'PID2'}";
if( $re->{'UL'} == 2 ){
sub _num{ $_[0] =~ /.+:[^\d]*(\d+)[^\d]+/; $1 }
for( sort{_num($a) <=> _num($b)} @ls ){ print }
}else{ print for @ls }
}
Nohup_1( $re );
}
sub Brew_3{
my( $re,$ls ) = @_; my( @AN,$mine,$in );
exit if defined $re->{'UD_S'} and not ( $re->{'HASH'}{$re->{'UD_S'}} or $re->{'DMG'}{$re->{'UD_S'}} );
my $brew = $ls ? 'DMG' : 'HASH';
for my $key( sort keys %{$re->{$brew}} ){
next if $re->{'UD_S'} and $re->{'UD_S'} ne $key;
$re->{'LENG'} = 0;
Tap_2( $re,\$key );
$re->{'Casc'} = 1 if $ls;
$re->{'INF'} = $key;
Info_1( $re,0,0,\@AN ); delete $re->{'TEST'};
@AN = sort @AN unless $ls;
if( -t STDOUT and ( @AN or $re->{'KEN'} ) and not( $re->{'UD_S'} or $in ) ){ $in++;
$ls ? print" == Cask ==\n" : print" == Formula ==\n";
}
unless( $re->{'KEN'} ){
print"$re->{'NOT'}" if $re->{'NOT'} and @AN;
for my $len( @AN ){
$re->{'LEN'}{$len} = length $len;
$re->{'LEN1'} = $re->{'LEN'}{$len} if $re->{'LEN1'} < $re->{'LEN'}{$len};
push @{$re->{'ARR'}},$len;
}
if( @AN ){
my $bo = ( $re->{'OS'}{"$key$OS_Version"} and -t STDOUT ) ?
"\033[33m (B)\033[0m" : $re->{'OS'}{"$key$OS_Version"} ? ' (b)' : '';
my $bd = $bo ? "depends" : " build source and depends";
-t STDOUT ? print" \033[36m$key\033[0m$bo : ",$#AN+1," $bd\n" : print" $key$bo : ",$#AN+1," $bd\n";
Format_1( $re );
print '_' x $re->{'LENG'},"\n" if -t STDOUT and not $re->{'UD_S'};
}
}else{
next if $re->{'OS'}{"${key}mfont"} or $re->{'OS'}{"${key}lfont"};
$mine .= ( not @AN and $re->{'NOT'} ) ? "$re->{'NOT'}$ls Not require dependencies...\t: $key\n" :
not( @AN or $re->{'NOT'} ) ? "$ls Not require dependencies...\t: $key\n" : '';
}
$re->{"deps$_"} = $re->{'LEN1'} = 0 for @AN;
@AN = @{$re->{'ARR'}} = ();
$re->{'NOT'} = '';
}
print $mine if $mine;
Brew_3( $re,' ' ) unless $ls or $re->{'LIN'} or not %{$re->{'DMG'}};
Nohup_1( $re );
}
sub Like_1{
my( $re,$name,$cat ) = @_; my( %HA,%HAN,@ARR );
waitpid( $re->{'PID'},0 ) if $re->{'PID'};
$name = defined $$_ ? $_ : next for @{$name};
return if ref $name eq 'ARRAY';
unless( $cat ){
$HA{$_}++ for split '\t',$re->{'OS'}{'fontlist'};
}else{
if( $re->{'USE'} and not $re->{'USES'} or $re->{'DEL'} and not $re->{'DDD'} or $re->{'UL_S'} ){
for my $key1( keys %{$re->{'HASH'}} ){
if( $re->{'OS'}{"${key1}deps"} ){
unless( $re->{'UL'} ){
$re->{'DEL'} ? $HAN{$_}++ : $HA{$_}++ for split '\t',$re->{'OS'}{"${key1}deps"};
}else{
$re->{'HASH'}{$_} ? $HA{$_}++ : 0 for split '\t',$re->{'OS'}{"${key1}deps"};
}
}
}
unless( $re->{'UL'} ){
for my $key2( keys %{$re->{'DMG'}} ){
if( $re->{'OS'}{"${key2}d_cask"} ){
$re->{'DEL'} ? $HAN{$_}++ : $HA{$_}++ for split '\t',$re->{'OS'}{"${key2}d_cask"};
}
if( $re->{'OS'}{"${key2}formula"} ){
$re->{'DEL'} ? $HAN{$_}++ : $HA{$_}++ for split '\t',$re->{'OS'}{"${key2}formula"};
}
}
}
}
if( $re->{'USES'} ){
for my $c1( @{$cat} ){ chomp $c1;
$HA{$c1}++ if $re->{'OS'}{"${c1}uses"};
$HA{$c1}++ if $re->{'OS'}{"${c1}u_cask"};
$HA{$c1}++ if $re->{'OS'}{"${c1}u_form"};
}
}elsif( $re->{'BUI'} ){
for my $b1( @{$cat} ){ chomp $b1;
if( $re->{'OS'}{"${b1}build"} ){
for my $b2( split '\t',$re->{'OS'}{"${b1}build"} ){
$HA{$b1}++,last if not $re->{'OS'}{"${b2}$OS_Version"} and
( $re->{'MAC'} and not $re->{'OS'}{"${b2}un_xcode"} or $re->{'LIN'} and not $re->{'OS'}{"${b2}un_Linux"} );
}
}
}
}elsif( $re->{'DEL'} and not $re->{'DDD'} ){
$re->{'OS'}{"${_}deps"} ? push @ARR,$_ : 0 for keys %{$re->{'HASH'}};
for my $key( keys %{$re->{'DMG'}} ){ my $ls;
$ls = push @ARR,$key if $re->{'OS'}{"${key}d_cask"};
push @ARR,$key if $re->{'OS'}{"${key}formula"} and not $ls;
}
}elsif( $re->{'UD_S'} ){
$re->{'OS'}{"${_}deps"} ? $HA{$_}++ : 0 for keys %{$re->{'HASH'}};
$re->{'OS'}{"${_}d_cask"} ? $HA{$_}++ : 0 for keys %{$re->{'DMG'}};
( $re->{'OS'}{"${_}deps_b"} and not $re->{'OS'}{"${_}$OS_Version"} ) ? $HA{$_}++ : 0 for keys %{$re->{'HASH'}};
}elsif( $re->{'COM'} or $re->{'IS'} ){
$HA{$_}++ for keys %{$re->{'HASH'}};
}elsif( $re->{'TREE'} or $re->{'LINK'} ){
for my $c2( @{$cat} ){ chomp $c2;
if( $re->{'FOR'} ){
$HA{$c2}++ if $re->{'OS'}{"${c2}deps"};
if( $re->{'OS'}{"${c2}deps_b"} and not $re->{'OS'}{"${c2}$OS_Version"} ){ $HA{$c2}++ }
}
$HA{$c2}++ if $re->{'OS'}{"${c2}d_cask"};
$HA{$c2}++ if $re->{'OS'}{"${c2}formula"};
}
}elsif( $re->{'ANA'} ){ my $min;
if( $re->{'FOR'} ){ return if $$name =~ /^[1-8]$/;
for my $c3( @{$cat} ){ chomp $c3;
last if $min and $min gt $c3;
$min = $c3;
$HA{$c3}++;
}
}else{ return if $$name =~ /^[12]$/;
for( my $i=0;$i<@{$cat};$i++ ){
$$cat[$i] lt $$cat[$i+1] ? next : $i++,$min++ unless $min;
chomp $$cat[$i];
$HA{$$cat[$i]}++;
}
}
}