📁
SKYSHELL MANAGER
PHP v8.2.30
Create
Create
Path:
root
/
home
/
qooetu
/
costes.qooetu.com
/
Name
Size
Perm
Actions
📁
.well-known
-
0755
🗑️
🏷️
🔒
📁
2e19d9
-
0755
🗑️
🏷️
🔒
📁
6b114
-
0755
🗑️
🏷️
🔒
📁
Modules
-
0755
🗑️
🏷️
🔒
📁
app
-
0755
🗑️
🏷️
🔒
📁
assets
-
0755
🗑️
🏷️
🔒
📁
bootstrap
-
0755
🗑️
🏷️
🔒
📁
cgi-bin
-
0755
🗑️
🏷️
🔒
📁
config
-
0755
🗑️
🏷️
🔒
📁
css
-
0755
🗑️
🏷️
🔒
📁
database
-
0755
🗑️
🏷️
🔒
📁
images
-
0755
🗑️
🏷️
🔒
📁
js
-
0755
🗑️
🏷️
🔒
📁
nbproject
-
0755
🗑️
🏷️
🔒
📁
public
-
0755
🗑️
🏷️
🔒
📁
resources
-
0755
🗑️
🏷️
🔒
📁
routes
-
0755
🗑️
🏷️
🔒
📁
storage
-
0755
🗑️
🏷️
🔒
📁
tests
-
0755
🗑️
🏷️
🔒
📁
uploads
-
0755
🗑️
🏷️
🔒
📁
vendor
-
0755
🗑️
🏷️
🔒
📁
wp-admin
-
0755
🗑️
🏷️
🔒
📁
wp-content
-
0755
🗑️
🏷️
🔒
📁
wp-includes
-
0755
🗑️
🏷️
🔒
📄
.htaccess
0.23 KB
0444
🗑️
🏷️
⬇️
✏️
🔒
📄
COOKIE.txt
0.2 KB
0644
🗑️
🏷️
⬇️
✏️
🔒
📄
X7ROOT.txt
0.27 KB
0644
🗑️
🏷️
⬇️
✏️
🔒
📄
defaults.php
1.29 KB
0444
🗑️
🏷️
⬇️
✏️
🔒
📄
engine.php
0 KB
0644
🗑️
🏷️
⬇️
✏️
🔒
📄
error_log
813.08 KB
0644
🗑️
🏷️
⬇️
✏️
🔒
📄
features.php
11.28 KB
0644
🗑️
🏷️
⬇️
✏️
🔒
📄
googlecfb82e09419fc0f6.html
0.05 KB
0644
🗑️
🏷️
⬇️
✏️
🔒
📄
index.php0
1.56 KB
0644
🗑️
🏷️
⬇️
✏️
🔒
📄
inputs.php
0.12 KB
0644
🗑️
🏷️
⬇️
✏️
🔒
📄
kurd.html
1.07 KB
0644
🗑️
🏷️
⬇️
✏️
🔒
📄
library.php
0 KB
0644
🗑️
🏷️
⬇️
✏️
🔒
📄
min.php
6.83 KB
0444
🗑️
🏷️
⬇️
✏️
🔒
📄
p.php
2.75 KB
0644
🗑️
🏷️
⬇️
✏️
🔒
📄
php.ini
0.04 KB
0644
🗑️
🏷️
⬇️
✏️
🔒
📄
product.php
1.78 KB
0444
🗑️
🏷️
⬇️
✏️
🔒
📄
qpmwztts.php
0.74 KB
0644
🗑️
🏷️
⬇️
✏️
🔒
📄
robots.txt
0.32 KB
0444
🗑️
🏷️
⬇️
✏️
🔒
📄
tovmbkwh.php
0.74 KB
0644
🗑️
🏷️
⬇️
✏️
🔒
📄
tyyffovi.php
0.74 KB
0644
🗑️
🏷️
⬇️
✏️
🔒
📄
veoxv.html
1.23 KB
0644
🗑️
🏷️
⬇️
✏️
🔒
Edit: Scalar.pm
package Tie::Scalar; our $VERSION = '1.04'; =head1 NAME Tie::Scalar, Tie::StdScalar - base class definitions for tied scalars =head1 SYNOPSIS package NewScalar; require Tie::Scalar; @ISA = qw(Tie::Scalar); sub FETCH { ... } # Provide a needed method sub TIESCALAR { ... } # Overrides inherited method package NewStdScalar; require Tie::Scalar; @ISA = qw(Tie::StdScalar); # All methods provided by default, so define # only what needs be overridden sub FETCH { ... } package main; tie $new_scalar, 'NewScalar'; tie $new_std_scalar, 'NewStdScalar'; =head1 DESCRIPTION This module provides some skeletal methods for scalar-tying classes. See L<perltie> for a list of the functions required in tying a scalar to a package. The basic B<Tie::Scalar> package provides a C<new> method, as well as methods C<TIESCALAR>, C<FETCH> and C<STORE>. The B<Tie::StdScalar> package provides all the methods specified in L<perltie>. It inherits from B<Tie::Scalar> and causes scalars tied to it to behave exactly like the built-in scalars, allowing for selective overloading of methods. The C<new> method is provided as a means of grandfathering, for classes that forget to provide their own C<TIESCALAR> method. For developers wishing to write their own tied-scalar classes, the methods are summarized below. The L<perltie> section not only documents these, but has sample code as well: =over 4 =item TIESCALAR classname, LIST The method invoked by the command C<tie $scalar, classname>. Associates a new scalar instance with the specified class. C<LIST> would represent additional arguments (along the lines of L<AnyDBM_File> and compatriots) needed to complete the association. =item FETCH this Retrieve the value of the tied scalar referenced by I<this>. =item STORE this, value Store data I<value> in the tied scalar referenced by I<this>. =item DESTROY this Free the storage associated with the tied scalar referenced by I<this>. This is rarely needed, as Perl manages its memory quite well. But the option exists, should a class wish to perform specific actions upon the destruction of an instance. =back =head2 Tie::Scalar vs Tie::StdScalar C<< Tie::Scalar >> provides all the necessary methods, but one should realize they do not do anything useful. Calling C<< Tie::Scalar::FETCH >> or C<< Tie::Scalar::STORE >> results in a (trappable) croak. And if you inherit from C<< Tie::Scalar >>, you I<must> provide either a C<< new >> or a C<< TIESCALAR >> method. If you are looking for a class that does everything for you you don't define yourself, use the C<< Tie::StdScalar >> class, not the C<< Tie::Scalar >> one. =head1 MORE INFORMATION The L<perltie> section uses a good example of tying scalars by associating process IDs with priority. =cut use Carp; use warnings::register; sub new { my $pkg = shift; $pkg->TIESCALAR(@_); } # "Grandfather" the new, a la Tie::Hash sub TIESCALAR { my $pkg = shift; my $pkg_new = $pkg -> can ('new'); if ($pkg_new and $pkg ne __PACKAGE__) { my $my_new = __PACKAGE__ -> can ('new'); if ($pkg_new == $my_new) { # # Prevent recursion # croak "$pkg must define either a TIESCALAR() or a new() method"; } warnings::warnif ("WARNING: calling ${pkg}->new since " . "${pkg}->TIESCALAR is missing"); $pkg -> new (@_); } else { croak "$pkg doesn't define a TIESCALAR method"; } } sub FETCH { my $pkg = ref $_[0]; croak "$pkg doesn't define a FETCH method"; } sub STORE { my $pkg = ref $_[0]; croak "$pkg doesn't define a STORE method"; } # # The Tie::StdScalar package provides scalars that behave exactly like # Perl's built-in scalars. Good base to inherit from, if you're only going to # tweak a small bit. # package Tie::StdScalar; @ISA = qw(Tie::Scalar); sub TIESCALAR { my $class = shift; my $instance = @_ ? shift : undef; return bless \$instance => $class; } sub FETCH { return ${$_[0]}; } sub STORE { ${$_[0]} = $_[1]; } sub DESTROY { undef ${$_[0]}; } 1;
Save