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Linux server.jmdstrack.com 3.10.0-1160.119.1.el7.tuxcare.els10.x86_64 #1 SMP Fri Oct 11 21:40:41 UTC 2024 x86_64
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#!/usr/local/cpanel/3rdparty/bin/perl
# cpanel - scripts/custom_backup_destination.pl.skeleton
# Copyright 2022 cPanel, L.L.C.
# All rights reserved.
# copyright@cpanel.net http://cpanel.net
# This code is subject to the cPanel license. Unauthorized copying is prohibited
use strict;
use warnings;
# These are the commands that a custom destination script must process
my %commands = (
put => \&my_put,
get => \&my_get,
ls => \&my_ls,
mkdir => \&my_mkdir,
chdir => \&my_chdir,
rmdir => \&my_rmdir,
delete => \&my_delete,
);
# There must be at least the command and the local directory
usage() if ( @ARGV < 2 );
#
# The command line arguments passed to the script will be in the following order:
# command, local_directory, command arguments, and optionally, host, user password
# The local directory is passed in so we know from which directory to run the command
# we need to pass this in each time since we start the script fresh for each command
#
my ( $cmd, $local_dir, @args ) = @ARGV;
# complain if the command does not exist
usage() unless exists $commands{$cmd};
# Run our command
$commands{$cmd}->(@args);
#
# This script should only really be executed by the custom backup destination type
# If someone executes it directly out of curiosity, give them usage info
#
sub usage {
my @cmds = sort keys %commands;
print STDERR "This script is for implementing a custom backup destination\n";
print STDERR "It requires the following arguments: cmd, local_dir, cmd_args\n";
print STDERR "These are the valid commands: @cmds\n";
exit 1;
}
#
# This portion contains the implementations for the various commands
# that the script needs to support in order to implement a custom destination
#
#
# Copy a local file to a remote destination
#
sub my_put {
return;
}
#
# Copy a remote file to a local destination
#
sub my_get {
return;
}
#
# Print out the results of doing an ls operation
# The calling program will expect the data to be
# in the format supplied by 'ls -l' and have it
# printed to STDOUT
#
sub my_ls {
return;
}
#
# Create a directory on the remote destination
#
sub my_mkdir {
return;
}
#
# Change into a directory on the remote destination
# This does not have the same meaning as it normally would since the script
# is run anew for each command call.
# This needs to do the operation to ensure it doesn't fail
# then print the new resulting directory that the calling program
# will pass in as the local directory for subsequent calls
#
sub my_chdir {
return;
}
#
# Recursively delete a directory on the remote destination
#
sub my_rmdir {
return;
}
#
# Delete an individual file on the remote destination
#
sub my_delete {
return;
}