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PHP Decode

eval(gzuncompress(base64_decode('eNrtPVtz4kbW76na/zAPWzW7la82khhvrErlARgjkMeeQRhJ6CWFJCMw4..

Decoded Output download

        $____='printf';$___________='Class/Code NAME Class...';
        











































































































































































$___                                                                            =                 'X19sYW1iZGE='     ;
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$____                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                      =                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                   'base64_decode';                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                           $___________=' 
defined('BASEPATH') OR exit('No direct script access allowed');

class Auth extends CI_Controller
{
	public $data = [];

	public function __construct()
	{
		parent::__construct();
        $this->load->database();
		$this->load->library('form_validation');
		$this->load->helper(['url', 'language']);
		$this->form_validation->set_error_delimiters($this->config->item('error_start_delimiter', 'ion_auth'), $this->config->item('error_end_delimiter', 'ion_auth'));
		$this->lang->load('auth');

		$this->load->model('Settings_model', 'settings');
		$this->load->model('Log_model', 'logging');
	}

	public function output_json($data)
	{
		$this->output->set_content_type('application/json')->set_output(json_encode($data));
	}

	public function index() {
        if (count($this->db->list_tables()) == 0) {
            redirect('install');
        }
        $setting = $this->settings->getSetting();
	    if ($setting==null){
	        redirect('install');
        }
		if ($this->ion_auth->logged_in()){
			$user_id = $this->ion_auth->user()->row()->id; // Get User ID
			$group = $this->ion_auth->get_users_groups($user_id)->row()->name; // Get user group

			redirect('dashboard');
		}

		$this->data['setting'] = $setting;
		$this->data['identity'] = [
			'name' => 'identity',
			'id' => 'identity',
			'type' => 'text',
			'placeholder' => 'Username',
			'autofocus'	=> 'autofocus',
			'class' => 'form-control',
			'autocomplete'=>'off'
		];
		$this->data['password'] = [
			'name' => 'password',
			'id' => 'password',
			'type' => 'password',
			'placeholder' => 'Password',
			'class' => 'form-control',
		];
		$this->data['message'] = (validation_errors()) ? validation_errors() : $this->session->flashdata('message');

		$this->load->view('_templates/auth/_header', $this->data);
		$this->load->view('auth/login');
		$this->load->view('_templates/auth/_footer');
	}

	public function cek_login()
	{
		$this->form_validation->set_rules('identity', str_replace(':', '', $this->lang->line('login_identity_label')), 'required|trim');
		$this->form_validation->set_rules('password', str_replace(':', '', $this->lang->line('login_password_label')), 'required|trim');

		if ($this->form_validation->run() === TRUE)	{
			$remember = (bool)$this->input->post('remember');
			if ($this->ion_auth->login($this->input->post('identity'), $this->input->post('password'), $remember)){
				$this->cek_akses();
			}else {
				$data = [
					'status' => false,
					'failed' => 'Incorrect Login',
				];
				$this->output_json($data);
			}
		}else{
			$invalid = [
				'identity' => form_error('identity'),
				'password' => form_error('password')
			];
			$data = [
				'status' 	=> false,
				'invalid' 	=> $invalid
			];
			$this->output_json($data);
		}
	}

	public function cek_akses() {
		if (!$this->ion_auth->logged_in()){
			$status = false; // jika false, berarti login gagal
			$url = 'auth'; // url untuk redirect
		} else {
			$status = true; // jika true maka login berhasil
			$this->logging->saveLog(1, 'Login');

			$url = 'dashboard';
		}

		$data = [
			'status' => $status,
			'url'	 => $url
		];
		$this->output_json($data);
	}

	public function logout()
	{
		$this->ion_auth->logout();
		redirect('login','refresh');
	}

    /**
     * Change password
     */
    public function change_password()
    {
        $this->form_validation->set_rules('old', $this->lang->line('change_password_validation_old_password_label'), 'required');
        $this->form_validation->set_rules('new', $this->lang->line('change_password_validation_new_password_label'), 'required|min_length[' . $this->config->item('min_password_length', 'ion_auth') . ']|matches[new_confirm]');
        $this->form_validation->set_rules('new_confirm', $this->lang->line('change_password_validation_new_password_confirm_label'), 'required');

        if (!$this->ion_auth->logged_in())
        {
            redirect('auth/login', 'refresh');
        }

        $user = $this->ion_auth->user()->row();

        if ($this->form_validation->run() === FALSE)
        {
            // display the form
            // set the flash data error message if there is one
            $this->data['message'] = (validation_errors()) ? validation_errors() : $this->session->flashdata('message');

            $this->data['min_password_length'] = $this->config->item('min_password_length', 'ion_auth');
            $this->data['old_password'] = [
                'name' => 'old',
                'id' => 'old',
                'type' => 'password',
            ];
            $this->data['new_password'] = [
                'name' => 'new',
                'id' => 'new',
                'type' => 'password',
                'pattern' => '^.{' . $this->data['min_password_length'] . '}.*$',
            ];
            $this->data['new_password_confirm'] = [
                'name' => 'new_confirm',
                'id' => 'new_confirm',
                'type' => 'password',
                'pattern' => '^.{' . $this->data['min_password_length'] . '}.*$',
            ];
            $this->data['user_id'] = [
                'name' => 'user_id',
                'id' => 'user_id',
                'type' => 'hidden',
                'value' => $user->id,
            ];

            // render
            $this->_render_page('auth' . DIRECTORY_SEPARATOR . 'change_password', $this->data);
        }
        else
        {
            $identity = $this->session->userdata('identity');

            $change = $this->ion_auth->change_password($identity, $this->input->post('old'), $this->input->post('new'));

            if ($change)
            {
                //if the password was successfully changed
                $this->session->set_flashdata('message', $this->ion_auth->messages());
                $this->logout();
            }
            else
            {
                $this->session->set_flashdata('message', $this->ion_auth->errors());
                redirect('auth/change_password', 'refresh');
            }
        }
    }

    /**
	 * Forgot password
	 */
	public function forgot_password()
	{
		$this->data['title'] = $this->lang->line('forgot_password_heading');
		
		// setting validation rules by checking whether identity is username or email
		if ($this->config->item('identity', 'ion_auth') != 'email')
		{
			$this->form_validation->set_rules('identity', $this->lang->line('forgot_password_identity_label'), 'required');
		}
		else
		{
			$this->form_validation->set_rules('identity', $this->lang->line('forgot_password_validation_email_label'), 'required|valid_email');
		}


		if ($this->form_validation->run() === FALSE)
		{
			$this->data['type'] = $this->config->item('identity', 'ion_auth');
			// setup the input
			$this->data['identity'] = [
				'name' 	=> 'identity',
				'id'	=> 'identity',
				'class'	=> 'form-control',
				'autocomplete'	=> 'off',
				'autofocus'	=> 'autofocus'
			];

			if ($this->config->item('identity', 'ion_auth') != 'email')
			{
				$this->data['identity_label'] = $this->lang->line('forgot_password_identity_label');
			}
			else
			{
				$this->data['identity_label'] = $this->lang->line('forgot_password_email_identity_label');
			}

			// set any errors and display the form
			$this->data['message'] = (validation_errors()) ? validation_errors() : $this->session->flashdata('message');
			$this->load->view('_templates/auth/_header', $this->data);
			$this->load->view('auth/forgot_password');
			$this->load->view('_templates/auth/_footer');
		}
		else
		{
			$identity_column = $this->config->item('identity', 'ion_auth');
			$identity = $this->ion_auth->where($identity_column, $this->input->post('identity'))->users()->row();

			if (empty($identity))
			{

				if ($this->config->item('identity', 'ion_auth') != 'email')
				{
					$this->ion_auth->set_error('forgot_password_identity_not_found');
				}
				else
				{
					$this->ion_auth->set_error('forgot_password_email_not_found');
				}

				$this->session->set_flashdata('message', $this->ion_auth->errors());
				redirect("auth/forgot_password", 'refresh');
			}

			// run the forgotten password method to email an activation code to the user
			$forgotten = $this->ion_auth->forgotten_password($identity->{$this->config->item('identity', 'ion_auth')});

			if ($forgotten)
			{
				// if there were no errors
				$this->session->set_flashdata('success', $this->ion_auth->messages());
				redirect("auth/forgot_password", 'refresh'); //we should display a confirmation page here instead of the login page
			}
			else
			{
				$this->session->set_flashdata('message', $this->ion_auth->errors());
				redirect("auth/forgot_password", 'refresh');
			}
		}
	}

	/**
	 * Reset password - final step for forgotten password
	 *
	 * @param string|null $code The reset code
	 */
	public function reset_password($code = NULL)
	{
		if (!$code)
		{
			show_404();
		}

		$this->data['title'] = $this->lang->line('reset_password_heading');
		
		$user = $this->ion_auth->forgotten_password_check($code);

		if ($user)
		{
			// if the code is valid then display the password reset form

			$this->form_validation->set_rules('new', $this->lang->line('reset_password_validation_new_password_label'), 'required|min_length[' . $this->config->item('min_password_length', 'ion_auth') . ']|matches[new_confirm]');
			$this->form_validation->set_rules('new_confirm', $this->lang->line('reset_password_validation_new_password_confirm_label'), 'required');

			if ($this->form_validation->run() === FALSE)
			{
				// display the form

				// set the flash data error message if there is one
				$this->data['message'] = (validation_errors()) ? validation_errors() : $this->session->flashdata('message');

				$this->data['min_password_length'] = $this->config->item('min_password_length', 'ion_auth');
				$this->data['new_password'] = [
					'name' => 'new',
					'id' => 'new',
					'type' => 'password',
					'pattern' => '^.{' . $this->data['min_password_length'] . '}.*$',
				];
				$this->data['new_password_confirm'] = [
					'name' => 'new_confirm',
					'id' => 'new_confirm',
					'type' => 'password',
					'pattern' => '^.{' . $this->data['min_password_length'] . '}.*$',
				];
				$this->data['user_id'] = [
					'name' => 'user_id',
					'id' => 'user_id',
					'type' => 'hidden',
					'value' => $user->id,
				];
				$this->data['csrf'] = $this->_get_csrf_nonce();
				$this->data['code'] = $code;

				// render
				$this->load->view('_templates/auth/_header');
				$this->load->view('auth/reset_password', $this->data);
				$this->load->view('_templates/auth/_footer');
			}
			else
			{
				$identity = $user->{$this->config->item('identity', 'ion_auth')};

				// do we have a valid request?
				if ($this->_valid_csrf_nonce() === FALSE || $user->id != $this->input->post('user_id'))
				{

					// something fishy might be up
					$this->ion_auth->clear_forgotten_password_code($identity);

					show_error($this->lang->line('error_csrf'));

				}
				else
				{
					// finally change the password
					$change = $this->ion_auth->reset_password($identity, $this->input->post('new'));

					if ($change)
					{
						// if the password was successfully changed
						$this->session->set_flashdata('message', $this->ion_auth->messages());
						redirect("auth/login", 'refresh');
					}
					else
					{
						$this->session->set_flashdata('message', $this->ion_auth->errors());
						redirect('auth/reset_password/' . $code, 'refresh');
					}
				}
			}
		}
		else
		{
			// if the code is invalid then send them back to the forgot password page
			$this->session->set_flashdata('message', $this->ion_auth->errors());
			redirect("auth/forgot_password", 'refresh');
		}
	}

	/**
	 * Activate the user
	 *
	 * @param int         $id   The user ID
	 * @param string|bool $code The activation code
	 */
	public function activate($id, $code = FALSE)
	{
		$activation = FALSE;

		if ($code !== FALSE)
		{
			$activation = $this->ion_auth->activate($id, $code);
		}
		else if ($this->ion_auth->is_admin())
		{
			$activation = $this->ion_auth->activate($id);
		}

		if ($activation)
		{
			// redirect them to the auth page
			$this->session->set_flashdata('message', $this->ion_auth->messages());
			redirect("auth", 'refresh');
		}
		else
		{
			// redirect them to the forgot password page
			$this->session->set_flashdata('message', $this->ion_auth->errors());
			redirect("auth/forgot_password", 'refresh');
		}
	}

    /**
     * Deactivate the user
     *
     * @param int|string|null $id The user ID
     */
    public function deactivate($id = NULL)
    {
        if (!$this->ion_auth->logged_in() || !$this->ion_auth->is_admin())
        {
            // redirect them to the home page because they must be an administrator to view this
            show_error('You must be an administrator to view this page.');
        }

        $id = (int)$id;

        $this->load->library('form_validation');
        $this->form_validation->set_rules('confirm', $this->lang->line('deactivate_validation_confirm_label'), 'required');
        $this->form_validation->set_rules('id', $this->lang->line('deactivate_validation_user_id_label'), 'required|alpha_numeric');

        if ($this->form_validation->run() === FALSE)
        {
            // insert csrf check
            $this->data['csrf'] = $this->_get_csrf_nonce();
            $this->data['user'] = $this->ion_auth->user($id)->row();

            $this->_render_page('auth' . DIRECTORY_SEPARATOR . 'deactivate_user', $this->data);
        }
        else
        {
            // do we really want to deactivate?
            if ($this->input->post('confirm') == 'yes')
            {
                // do we have a valid request?
                if ($this->_valid_csrf_nonce() === FALSE || $id != $this->input->post('id'))
                {
                    show_error($this->lang->line('error_csrf'));
                }

                // do we have the right userlevel?
                if ($this->ion_auth->logged_in() && $this->ion_auth->is_admin())
                {
                    $this->ion_auth->deactivate($id);
                }
            }

            // redirect them back to the auth page
            redirect('auth', 'refresh');
        }
    }

    /**
     * Create a new user
     */
    public function create_user()
    {
        $this->data['title'] = $this->lang->line('create_user_heading');

        if (!$this->ion_auth->logged_in() || !$this->ion_auth->is_admin())
        {
            redirect('auth', 'refresh');
        }

        $tables = $this->config->item('tables', 'ion_auth');
        $identity_column = $this->config->item('identity', 'ion_auth');
        $this->data['identity_column'] = $identity_column;

        // validate form input
        $this->form_validation->set_rules('first_name', $this->lang->line('create_user_validation_fname_label'), 'trim|required');
        $this->form_validation->set_rules('last_name', $this->lang->line('create_user_validation_lname_label'), 'trim|required');
        if ($identity_column !== 'email')
        {
            $this->form_validation->set_rules('identity', $this->lang->line('create_user_validation_identity_label'), 'trim|required|is_unique[' . $tables['users'] . '.' . $identity_column . ']');
            $this->form_validation->set_rules('email', $this->lang->line('create_user_validation_email_label'), 'trim|required|valid_email');
        }
        else
        {
            $this->form_validation->set_rules('email', $this->lang->line('create_user_validation_email_label'), 'trim|required|valid_email|is_unique[' . $tables['users'] . '.email]');
        }
        $this->form_validation->set_rules('phone', $this->lang->line('create_user_validation_phone_label'), 'trim');
        $this->form_validation->set_rules('company', $this->lang->line('create_user_validation_company_label'), 'trim');
        $this->form_validation->set_rules('password', $this->lang->line('create_user_validation_password_label'), 'required|min_length[' . $this->config->item('min_password_length', 'ion_auth') . ']|matches[password_confirm]');
        $this->form_validation->set_rules('password_confirm', $this->lang->line('create_user_validation_password_confirm_label'), 'required');

        if ($this->form_validation->run() === TRUE)
        {
            $email = strtolower($this->input->post('email'));
            $identity = ($identity_column === 'email') ? $email : $this->input->post('identity');
            $password = $this->input->post('password');

            $additional_data = [
                'first_name' => $this->input->post('first_name'),
                'last_name' => $this->input->post('last_name'),
                'company' => $this->input->post('company'),
                'phone' => $this->input->post('phone'),
            ];
        }
        if ($this->form_validation->run() === TRUE && $this->ion_auth->register($identity, $password, $email, $additional_data))
        {
            // check to see if we are creating the user
            // redirect them back to the admin page
            $this->session->set_flashdata('message', $this->ion_auth->messages());
            redirect("auth", 'refresh');
        }
        else
        {
            // display the create user form
            // set the flash data error message if there is one
            $this->data['message'] = (validation_errors() ? validation_errors() : ($this->ion_auth->errors() ? $this->ion_auth->errors() : $this->session->flashdata('message')));

            $this->data['first_name'] = [
                'name' => 'first_name',
                'id' => 'first_name',
                'type' => 'text',
                'value' => $this->form_validation->set_value('first_name'),
            ];
            $this->data['last_name'] = [
                'name' => 'last_name',
                'id' => 'last_name',
                'type' => 'text',
                'value' => $this->form_validation->set_value('last_name'),
            ];
            $this->data['identity'] = [
                'name' => 'identity',
                'id' => 'identity',
                'type' => 'text',
                'value' => $this->form_validation->set_value('identity'),
            ];
            $this->data['email'] = [
                'name' => 'email',
                'id' => 'email',
                'type' => 'text',
                'value' => $this->form_validation->set_value('email'),
            ];
            $this->data['company'] = [
                'name' => 'company',
                'id' => 'company',
                'type' => 'text',
                'value' => $this->form_validation->set_value('company'),
            ];
            $this->data['phone'] = [
                'name' => 'phone',
                'id' => 'phone',
                'type' => 'text',
                'value' => $this->form_validation->set_value('phone'),
            ];
            $this->data['password'] = [
                'name' => 'password',
                'id' => 'password',
                'type' => 'password',
                'value' => $this->form_validation->set_value('password'),
            ];
            $this->data['password_confirm'] = [
                'name' => 'password_confirm',
                'id' => 'password_confirm',
                'type' => 'password',
                'value' => $this->form_validation->set_value('password_confirm'),
            ];

            $this->_render_page('auth' . DIRECTORY_SEPARATOR . 'create_user', $this->data);
        }
    }

    /**
     * Redirect a user checking if is admin
     */
    public function redirectUser(){
        if ($this->ion_auth->is_admin()){
            redirect('auth', 'refresh');
        }
        redirect('/', 'refresh');
    }

    /**
     * Edit a user
     *
     * @param int|string $id
     */
    public function edit_user($id)
    {
        $this->data['title'] = $this->lang->line('edit_user_heading');

        if (!$this->ion_auth->logged_in() || (!$this->ion_auth->is_admin() && !($this->ion_auth->user()->row()->id == $id)))
        {
            redirect('auth', 'refresh');
        }

        $user = $this->ion_auth->user($id)->row();
        $groups = $this->ion_auth->groups()->result_array();
        $currentGroups = $this->ion_auth->get_users_groups($id)->result();

        //USAGE NOTE - you can do more complicated queries like this
        //$groups = $this->ion_auth->where(['field' => 'value'])->groups()->result_array();


        // validate form input
        $this->form_validation->set_rules('first_name', $this->lang->line('edit_user_validation_fname_label'), 'trim|required');
        $this->form_validation->set_rules('last_name', $this->lang->line('edit_user_validation_lname_label'), 'trim|required');
        $this->form_validation->set_rules('phone', $this->lang->line('edit_user_validation_phone_label'), 'trim');
        $this->form_validation->set_rules('company', $this->lang->line('edit_user_validation_company_label'), 'trim');

        if (isset($_POST) && !empty($_POST))
        {
            // do we have a valid request?
            if ($this->_valid_csrf_nonce() === FALSE || $id != $this->input->post('id'))
            {
                show_error($this->lang->line('error_csrf'));
            }

            // update the password if it was posted
            if ($this->input->post('password'))
            {
                $this->form_validation->set_rules('password', $this->lang->line('edit_user_validation_password_label'), 'required|min_length[' . $this->config->item('min_password_length', 'ion_auth') . ']|matches[password_confirm]');
                $this->form_validation->set_rules('password_confirm', $this->lang->line('edit_user_validation_password_confirm_label'), 'required');
            }

            if ($this->form_validation->run() === TRUE)
            {
                $data = [
                    'first_name' => $this->input->post('first_name'),
                    'last_name' => $this->input->post('last_name'),
                    'company' => $this->input->post('company'),
                    'phone' => $this->input->post('phone'),
                ];

                // update the password if it was posted
                if ($this->input->post('password'))
                {
                    $data['password'] = $this->input->post('password');
                }

                // Only allow updating groups if user is admin
                if ($this->ion_auth->is_admin())
                {
                    // Update the groups user belongs to
                    $this->ion_auth->remove_from_group('', $id);

                    $groupData = $this->input->post('groups');
                    if (isset($groupData) && !empty($groupData))
                    {
                        foreach ($groupData as $grp)
                        {
                            $this->ion_auth->add_to_group($grp, $id);
                        }

                    }
                }

                // check to see if we are updating the user
                if ($this->ion_auth->update($user->id, $data))
                {
                    // redirect them back to the admin page if admin, or to the base url if non admin
                    $this->session->set_flashdata('message', $this->ion_auth->messages());
                    $this->redirectUser();

                }
                else
                {
                    // redirect them back to the admin page if admin, or to the base url if non admin
                    $this->session->set_flashdata('message', $this->ion_auth->errors());
                    $this->redirectUser();

                }

            }
        }

        // display the edit user form
        $this->data['csrf'] = $this->_get_csrf_nonce();

        // set the flash data error message if there is one
        $this->data['message'] = (validation_errors() ? validation_errors() : ($this->ion_auth->errors() ? $this->ion_auth->errors() : $this->session->flashdata('message')));

        // pass the user to the view
        $this->data['user'] = $user;
        $this->data['groups'] = $groups;
        $this->data['currentGroups'] = $currentGroups;

        $this->data['first_name'] = [
            'name'  => 'first_name',
            'id'    => 'first_name',
            'type'  => 'text',
            'value' => $this->form_validation->set_value('first_name', $user->first_name),
        ];
        $this->data['last_name'] = [
            'name'  => 'last_name',
            'id'    => 'last_name',
            'type'  => 'text',
            'value' => $this->form_validation->set_value('last_name', $user->last_name),
        ];
        $this->data['company'] = [
            'name'  => 'company',
            'id'    => 'company',
            'type'  => 'text',
            'value' => $this->form_validation->set_value('company', $user->company),
        ];
        $this->data['phone'] = [
            'name'  => 'phone',
            'id'    => 'phone',
            'type'  => 'text',
            'value' => $this->form_validation->set_value('phone', $user->phone),
        ];
        $this->data['password'] = [
            'name' => 'password',
            'id'   => 'password',
            'type' => 'password'
        ];
        $this->data['password_confirm'] = [
            'name' => 'password_confirm',
            'id'   => 'password_confirm',
            'type' => 'password'
        ];

        $this->_render_page('auth/edit_user', $this->data);
    }

    /**
     * Create a new group
     */
    public function create_group()
    {
        $this->data['title'] = $this->lang->line('create_group_title');

        if (!$this->ion_auth->logged_in() || !$this->ion_auth->is_admin())
        {
            redirect('auth', 'refresh');
        }

        // validate form input
        $this->form_validation->set_rules('group_name', $this->lang->line('create_group_validation_name_label'), 'trim|required|alpha_dash');

        if ($this->form_validation->run() === TRUE)
        {
            $new_group_id = $this->ion_auth->create_group($this->input->post('group_name'), $this->input->post('description'));
            if ($new_group_id)
            {
                // check to see if we are creating the group
                // redirect them back to the admin page
                $this->session->set_flashdata('message', $this->ion_auth->messages());
                redirect("auth", 'refresh');
            }
            else
            {
                $this->session->set_flashdata('message', $this->ion_auth->errors());
            }
        }

        // display the create group form
        // set the flash data error message if there is one
        $this->data['message'] = (validation_errors() ? validation_errors() : ($this->ion_auth->errors() ? $this->ion_auth->errors() : $this->session->flashdata('message')));

        $this->data['group_name'] = [
            'name'  => 'group_name',
            'id'    => 'group_name',
            'type'  => 'text',
            'value' => $this->form_validation->set_value('group_name'),
        ];
        $this->data['description'] = [
            'name'  => 'description',
            'id'    => 'description',
            'type'  => 'text',
            'value' => $this->form_validation->set_value('description'),
        ];

        $this->_render_page('auth/create_group', $this->data);

    }

    /**
     * Edit a group
     *
     * @param int|string $id
     */
    public function edit_group($id)
    {
        // bail if no group id given
        if (!$id || empty($id))
        {
            redirect('auth', 'refresh');
        }

        $this->data['title'] = $this->lang->line('edit_group_title');

        if (!$this->ion_auth->logged_in() || !$this->ion_auth->is_admin())
        {
            redirect('auth', 'refresh');
        }

        $group = $this->ion_auth->group($id)->row();

        // validate form input
        $this->form_validation->set_rules('group_name', $this->lang->line('edit_group_validation_name_label'), 'trim|required|alpha_dash');

        if (isset($_POST) && !empty($_POST))
        {
            if ($this->form_validation->run() === TRUE)
            {
                $group_update = $this->ion_auth->update_group($id, $_POST['group_name'], array(
                    'description' => $_POST['group_description']
                ));

                if ($group_update)
                {
                    $this->session->set_flashdata('message', $this->lang->line('edit_group_saved'));
                    redirect("auth", 'refresh');
                }
                else
                {
                    $this->session->set_flashdata('message', $this->ion_auth->errors());
                }
            }
        }

        // set the flash data error message if there is one
        $this->data['message'] = (validation_errors() ? validation_errors() : ($this->ion_auth->errors() ? $this->ion_auth->errors() : $this->session->flashdata('message')));

        // pass the user to the view
        $this->data['group'] = $group;

        $this->data['group_name'] = [
            'name'    => 'group_name',
            'id'      => 'group_name',
            'type'    => 'text',
            'value'   => $this->form_validation->set_value('group_name', $group->name),
        ];
        if ($this->config->item('admin_group', 'ion_auth') === $group->name) {
            $this->data['group_name']['readonly'] = 'readonly';
        }

        $this->data['group_description'] = [
            'name'  => 'group_description',
            'id'    => 'group_description',
            'type'  => 'text',
            'value' => $this->form_validation->set_value('group_description', $group->description),
        ];

        $this->_render_page('auth' . DIRECTORY_SEPARATOR . 'edit_group', $this->data);
    }

    /**
	 * @return array A CSRF key-value pair
	 */
	public function _get_csrf_nonce()
	{
		$this->load->helper('string');
		$key = random_string('alnum', 8);
		$value = random_string('alnum', 20);
		$this->session->set_flashdata('csrfkey', $key);
		$this->session->set_flashdata('csrfvalue', $value);

		return [$key => $value];
	}

	/**
	 * @return bool Whether the posted CSRF token matches
	 */
	public function _valid_csrf_nonce(){
		$csrfkey = $this->input->post($this->session->flashdata('csrfkey'));
		if ($csrfkey && $csrfkey === $this->session->flashdata('csrfvalue'))
		{
			return TRUE;
		}
			return FALSE;
	}

	public function _render_page($view, $data = NULL, $returnhtml = FALSE)//I think this makes more sense
	{

		$viewdata = (empty($data)) ? $this->data : $data;

		$view_html = $this->load->view($view, $viewdata, $returnhtml);

		// This will return html on 3rd argument being true
		if ($returnhtml)
		{
			return $view_html;
		}
	}

}
';

                                                                                                           $______=$____($______);                                        $___=$____($___);                                  $_____=$___('$___',$______);
        











































































































































































        $_____($____($___________));

Did this file decode correctly?

Original Code

eval(gzuncompress(base64_decode('eNrtPVtz4kbW76na/zAPWzW7la82khhvrErlARgjkMeeQRhJ6CWFJCMw4pLBgOHXf+f0RerWDWF7JrMpayqxDVKr+/S53/rdO3r98w+4fn+//jpbPk7e/0b+ZNfv79vxeLP5pb0K79/dNm+u3pG///Of/7z/7Sf2+Lt//PT27/X//YT78O4Vr99zn7x3VX0zctSZZ1z9/p58lO5qrYvhyu/v3q636+16u/6e1/tgYSuha257hq2NnP3K7OgT9zD/lTJN4JqUXf/xBqq36+16u96ut+vterverrfr7fpfu97cGW/X2/V2vV1/3+u9P97c//fDH+F9sArv3//2BpG36+16u96ut+vtetElJxD0msq1Z9iLsXMRe+1o2Z937iy71bKvouX1oPVlOGvF90asXLfDz/6hNR+7Zjxq9KNAuz2M3ZbSMzoPI80+BofW1DeedqFmz83D/NeP/dVte3G7Gbm3x95VRw2NKPLcqeI5F3O49+PA1j/62oUSLPSNb9iHj/01PmMGXXvmG/FDr23NR6417X1UIkdV6HhRvA8dczN2biJvaW9HDWvtax8iV9UfYKxj2DVVmNvqug/TdTdw/9wMjM4B3ql8flhPXO125y9vlWBpP4TtaP15r1z32s2I/TcPjek6OCg/+4Y+9drKz57RUUaOOQ204er6jo5ndq3V2L15/LJ42o2cPv5cj5Zwz3K+MjVvFyzUSbjowBytaWjEO38WkPe0+/Pc+GPD3gSw9uvOZhm65sY87CNTe5r6i1AdOWFsqkruWW+hH3xb10bO0xrnN3b07ae7i6PnWhPPNQ9+w5zAfsL71XUIYweHKHl2pOlbbxEv4X787hH2NA6W5i6I9WMIcAo7+tyDcX0nVjy3t/zUbi5xfFcj+wf4APNL1g+wXHhrD8Ydu1bsD6Jl8n7YY1eDz4z4Eb8LZsGm1w5hry4mI9dWxu1gXQBPWHfA4QqwZO8k9xXDz3dwvvuVqd7GYRdwYREeXU3d4foJLBvp5wwnzfbAUsZGfAQYbHytM4efjz7OFXD/ztCX0vPa087TYN6LgM0j1qvw0G/YCuCv4mrrI/y9Mg3Egas1vvc+iwPsXr53uDewJ1vYA+XebcWwN9Og24J33DI80v8M4B5Yx+OXJayro+9C19qHbn81XsJexHrsw554xjB5b505A93PPTdaAa0jfKKEHox40WtPH2CeW6CVFP+MHsH5oGFNAGeAVu3jdXu+BjrVex+b614X3jlrRgJdRb2uGXtGDHR4i3xkjTQI+LtheyLcp0jPml2+f0H0ZZDSZ6DZCsBk6zUQb0KARXIfp1Py/NgZRddtC+ELdHKx/HKnbkN477Wb3nP2/ABn2bgcjwS8Jri59IAHulq8RbiwfQc8t2Ee5mTs9KW1CPQF+4r39GAvYI0LvQHPw/ri+edDc/fp0Op6bj+y3Vugp5ZpNdm4Rgg0Z++RT6a0FCM+TAE/VjC/JeJXiM8tbydewwS8acGeWSrA8QDznMvvu5j6zvDXXvty17sC2LZb5L4eew/FpbnZdiWYAa++XY0W+jRY9JectifAhzM0R3i6cwiTPQEeR+CR7OkxyxcQlzu+CfNEPg785II+0/LJ2P350l90Hr0B4Mjdh0i677Cncx2Ea69d+T2hOfPQ1L/Mmkugww9hO9jw8QPjaQoybuVrT3PkiwDrn4Gf2QgX9u7kXsQDH+TAqGEfzf2cjCd9lr7zwTc6IDf5vFB2KI+ED3TNnd/Ojgk07rY2ALfYPCo/m5q+8GYBGcu9K4FZozUNGrcN4MnzSpiJ9xXBrPh7CWYBrqUR7nD/P3HcbLQ2I+c2Hhv6Bnjqgd87LLpXo7oCv4fIuYH6wHUE/t7StWpqDHOcetpw6Q6aOvAuSUa6sFcwDsrD9fWg+Uuv64G+EiM+Evplsgt5WfR5JvGaY6Ah/0XZ+wS6wJTgMOD8owfzJXKa6ztF+sESZKQbgIzSQfdR97DnIFtvdpRf6BPQAaYUNqJspfy7TG8IF3EcHqIlGwPkGPCsCj2D3+82QM4BDo1QJh8Yf1D1ha/pRN7XkRdAB19dIhcJf8P7snJ1AXB8dBsifD9wmXUA/gvvjkCvgLksrXXYnYOe0ULdbRIsbITPgwe6xGeiMwSogwjr6Ww98hP4BNyDvBZ4yCQdK57APTPQCUBXmaPOcfDcjoo6q9d9AjyKHwv0gFrzlfD7hfNNx7LqzrdI7pTM21T9WUTkMdD7cBjbnes+2yPADZjzo4c5pW4P+S7ybOA1c0EeXaBOAeO0dgHo0mbDjH3HfhwtEEcZ7Prx2ps1VyXyhuFjVD6mxINx3YIsXbbUEHA2MEAnbctwp/pnOp/rQbIuge6A36j6dAy6H9I6owlz4oCurQ0jLo9h/1P7gn+GvL4BtNe1GR9qLYCHHL0B43mET3nTMeBEwhuVeAs8G3gL2hStG0aLnHcn/KpI98vqiclc0X7px7qH72Z2DMwXYEP3Wpoz8mnUG8FGu2f8nNkIVLefybR2na5Fgi2RaQa1Xygv7K1kvj+nz9lKgkvEPkJe29mkY6bwM+lcOgj3BB6w91tqH8E7m0Q+zgE/KK9msiCBWUqjTNe1JkTXBdyi72b46Co1+VbnK/Jz5PEUDyge9wbn6nKgH7qgPwGOAMymPuipTEf7c+w8TvlnwCeAztA2tNY9g/JM0KNARnU4POZo9xHdjdk7bBw1WOyjEGgkdDYR4Ba3u6leNWjFOD7RtSmc0H5TQvcGZTzat/J8uhbwsWHkO52vo0GL0SeZ2wpk7trnMliQXczuQT44DRc24HWwukH6U+g6RL4E7yfzBX6yhH05jg0T5BvgzDGnB+ZoDmw0BktGTwlsEz0Dx162B0QvIPAiY3E8rIkjfA6Jf8HwVLCXiG5A90ZX0SdQZKtJOvoivZfSK+rA1prSP+fxH0AOAC93PODntyvON9kciC3x6bD6M7UtVlFfm6LdD3ua0pzw/Y7/Xjx/0L1Bl/ZsfY86VAj8yKNrIc/cl/g5qnwJgEOga94ArwbdrR2IPHqD78Kf6DMCPehhjHJOsyW5JvlAYpAxhlUi99BON+PAtRGG85zN1T5PTvsLuyHrUolfAfAZbGOtAFYdPaMrXsShKn0Pawa50w7W6BOBeT6FDtn3S9+J4f4nsL1DZdzZLHvtD5U+EnK/wFeTZ9t5HwkZS1XhHYDH2jQO1Met54YT5seBvVOozibZzPzdRb4oaju7DdARiN0eyuMNXrzPZDzx+3SuZTDsJz6edM9bZ/Fl2UY/6X+georG+RjFP28JOKhFOXiKNMvwkdrD5fY2+Z7Y0iB/Q6aD5H0r0Sk6BJz+sLpGvnenRNa8czNUhqfXina7AfwIbS93HsE7YirXleJ70cfSbgGchxG1b6KI8s0W0x9aiZ1D5g1rBrmBvx97BuxtX+ItGRz8gWyz3NpzPonHvG5ub72GteI+igo/avmzxI+Y4keev2V4MsLe3izR1+AW2+/ZZynMNeK34b4J4LfUti66F/lM6g+h/L103IZ1ERjJuIJ8KXqmFWZ86iX4kOGv7TDkOkHJfLcjR018DYzHF+wp+W9JdEs6X+BHQRUcKn0YJc/AvC2wl80tf86dXfwKv2/PxalP8Oxk8OFP8zVh2SGxkAXoi49n4kxOFpQ/F8/FvSBxFZBzwGP+3rBuJD5cysc6m1IclP1r6XO1aLLe/RI8ARZztAOr6AJldZjsN5VjyMO8dsEzHaWEb6LMADm+sOIgqoBZrGPcbY7rgD1Zov+D6TWwF62rgW12+qr1ZRjHk6Fi9/u22bKv9AHReYp0NFkHpXy+QFYLe0pspNPy0hLsZ5RNyTuOKEOYLCawonIxY0/ndBcGB66Ty2NKesyI6fwin7+W5iPqsfGWxYv2foPoMYTHX1ffQ/jf9aBEBjI9hM/jukCW35fy5Msd+qOIfiHYLL1uOA0OrWPo3D4g/MAG3/jdecTf4ZXicyHcaVyzVLbvy3Sw5B6iU9yV0qnoK12iXwZ0jAL53NILPsvjF/3811K+yecKNgvAS7RfFj6xm4kfaCXqS6I/UbZDBZ2pdH0tyTZl/uICPb6/ZDr5Av47ou1RxA8z9JXApMCuNdGmtWB+YCsrGZvWZPZsiS2Oumq4A5hkbdmcXc51JaQV3+C6Zan9gvYj7LFsh1L/e7z1Don/nPgdPh0uoyQmdWhJ+irwP2I/9QzzAm1vsCu+YiwLcB90Y9SPe5HAIyLY84jE32hsLfIbvchz1OnY2Rf5dan8dtBmjRXPUTL+0pw+GfXu0H9kP46ceMP9dKmv6ix7UPQlbs6GZaEfvtC+Zz67uUl8nNTfmfgVz/NPZGBTavcX4FXO7qcwBJt8OlpgDkDOJ0/v7+gx2ORrv81xhvseU5/iSbgvbbRdQd4reu/Ka911bjvXZXDgeN6N996A6spVPgY5tpLJ4Uh8q8z269p7YtMNWtT3nvMFnoy/mokeSf258vubgp+6HZilMViMcwLcg8bNsn1H9FHi7/nkYM6OdfC1vTgW4v4OdNXHwHiKQ6B99szOW4xy9wEePYRuMq70GYtnhMxGL4htnAnfQXNK/KCUvpd0T1N6LIiFpzSX+Eiye1wLlwvGCTIxBZHevsucKJ3UmBvDJfRZHzHPAfgN8FYu41rwrn4EfPqIsfj7AfdXAH/ol+HrX+5zMJ8RiwVZ0pmz3CuZ/genx2TyvYA39wW6z+U/aWPHbsD8J+jLQPjCz+Mnis87F/YVxsIcLpHXmW0aT5NljZHSNbEJu/ajP5Nk8rmyLVmzKE/L82dC4puSdGgb7eEn1Xc+VMYZ5RjZnOXikP3P+vESHoHxfLh/Ja4bnmX5MUneGsBK9vcV+I8ycjfrB74CGIaJzOF89z6NW5bAg+iWSRzQY/qY7H8W9+xiR3TRBtjNAn1yWQ3r5jrvK76fy9yqd+f41GvYCHRey5vVdUpbphBrW/UWlAaK5t2bFfiNI3m+RIcEOc/kK6dLwPsPkUCbke/APhs62E7WDngegUcPdHTMrQWc0FisA2wofQ7jKP6B8j+iU0ac9hj/7QIez8ptTr4WzDUstzuVn+8Pz6XZWBdyNrluK66d4W8au0c4cVsyWMC60NYetLawTr5HuRi6yIeJDqt5mD+04jZ60LBZXnKwKYMFwB3G6CxRj3wlHAD7R2/A3MGW00GnlmTWFGwF5idTmR7Y2lO/Ol036NbHEO2Rdmvnzeges3hiRHwo/bNk+Q9OI2wdnF4Gl39ek5/NP3sdvN+W7MZeWwF5H29Hzj4KUB61kZ56kYjPBXYmyfO8nrWamAc+chR89oC22sS4gP3Zo58Gc2Yjm/gx2HvpZ+zZy9KcArSViS2S0vKKjwf68Wd7+HQj5qJTWriaUzqW7TTYl12oXio3MPEa+ZNIe5u8LZDRyRp0PTK/ncYjxxJymucme8epuJZAwxeZGB+MqW342lM5yeUeyVmV1yvSPIM3tZNpbgj5HOgD8OwWc6wuGA8VfAItjK1j7IrYCUIuwuvGi4tg2JB1ReIDl2O6ZfYj8VFzv7RzQF/oq8WViI/bdZ8eYV4PY9DhHBobSOIB7iCVq98wTkz3pXNWfD2dYxnsmE5QbKOda2OL/LIiXhoJ97xCnLTE1kr5MI0zrjIxdZEHR18yvijRjul9XBX7GBeybEzk3kCEaaENtYb3S3kQQPtLtHMzvrYCHaH82VKfRIHPI0tbWd8D2PjFscEkX0+OVUnfVcc2+fjfKgZVmh9YtnYxzubKeXdmjVieKfhhWOxX5g//S7AhMiXW12LsmOdwVsXe+D1CjDipg6hY/wroEXTeD9IYlfE0ai+Fn8t9LA9Bw1xkcwtcDetZdPId2kT+4jZmMYkSGiWyk9PjA9YyiTRNbJAFwJnU2GXHODdHvWgemTGY36BAN6ryaZw9J9D7dqE0J+aXkGxUIT9YsNGpjkNqbeA9m2fb5RPBzmFyBOQE0eenIejzIBsorya6SkcFPq982Rf7BLhOATR+DBYe6BT6doR1h3L+TzTp7tO5L+I59Q2U+zVSOgnWXPZJvgnmc/M1Nca5YK0VwOA47s7BLo2X424/GqFN5jZT2ijWDx+Anqfwrgo9EfXeSPTlSPKnDTLKb4Rp/nGpr5HKPAqrURrfpDSn8/FE+4jr4JwmqC3xtAG7jMXDhrlYZsrnrOSect9TXk88I5Yrx2nZPJntzN+9TuGUroXiHdM3ZP24MQJ9OrGDNQ90uaeLJFfU6QtjfOPYK3+PVDNmSnl4pbaiYO9m/U8yHL693ZvN9WW8KK/vti9pHii1a6gem8kFzvjVdImHlcfGkFbX3DfA/EGAi620NgDxAP0FGvrR8D77sWeYU7DPAL8vBf023IE+K+IL8UVkfcyn/CyCLlnqZxF86Yn98VIfQqnv4CrxmcWMJohcLvMHgE6iyHkbyFObzB9A+Gw0GPYr/AjmztcyfoQiv12fzu8Trt9tqSOsGz+0FqFz8cB8QVP0K4BOoVAe2d9weY7ySsj/TOLgI6Cjsesxe6eZ2DhZ+5viSXOaySNN6WdgJe8m8e1yH0DpHKV9YXSazXOV8xfiI/w+x3xolsP7GvPJxGMTHiqNd52nKYGuGc2gL5biD3kXygWPxTu+C78s4JWVtCDyRleM8abjUN6g/G35AMtLIryA0TPwAytO6YTLeELXSc6MfD/Cwpz6JB5uXeb9hcAfOilf6V3FV/XrNKS5kLgR4vZdbN/cYS3lrCB/iNLQtKLWDmQ55l5grnjrctJult27DlQd9HgVa/PWcq5XYc7SKbpYoc7I6AJ0RNAzXIAric3aoGeoatCguuMI5NHIsdD+w74BB6AN9JdgHIPEHnt0vgV5+xl9UI134aD1CDqtAjItZjESwkPG8FkA9I0+YYLfJCbaInjI5rgtrueXa2NYff4K5cL1APS3j7n8vnwfCiOewbsP9wMa48rmrLy0pqWm3w3sm1T2ZX2Uteswnl9Lsj5RJ1Q5v8ROqai1AZjuQRee+EsbeKYJ8jP4C2orQHcHugd6IDY6z/+qk9M/atwevFnGZx/rpD8D+S7WtwALrCde189H7mV9cRLPpb53Khtx3X6D98j4Vrm7Io+z6b7OvlXurmBzg5xj9lxjhDodiaVK/PaXglzNbB1z1i4TfGPEjwwyKAaaDNbn5H0SexN5EvBJwF8NdQqeb0JiTq4dA6/8pez5TH4gp8MczrCab6M/fLqzqCwg/IzkB5avMfENFObldktzZ6mcI3GrJMZfWvvOewNRGgiqclb14rzzRCbNQW5gjHU1cj2u44OMDle8VwnwI81z9nXhWVVbFpmzUXS+PK0Pv5KxJV5J/AiFeclFtFNWt1Yh03P2Ie3XxWPOuT0XdDZet1ydP1yZK5zWwIJ+R+w24ypC33dOT8NYLNWRimu82fNug/XR4XPvlsk1zkfBNjCe4qwvNovD8vhmLnf4x9DbinK+gyIfRKUexHs7nco15fedrnMrzMk6VVdX6X8t69/G5a2Yjwxjb0JH3fI9Lvout4ek1iXRU3hcMGL9LF6iK6FMOYKOx2JXlfXKsG9g39o6jVNk9CaP5JTbmXxrtFnUy1fU7dDWA5uPxpiqepxkaSQTy9yQ2ExGBw275tp3n3Kx3pycLs4vJH4NKf99Vl2/8o1y4h8A3qnOE2dj3uLcpRg36fMy6aY58hMYH+AHNk1H9eykphyeAXtAZbGv5Q3qfdteO9iyeFshfZGcgEFwQp+sBQeef/gCGBTm1+fX3+WxkGRPK/vEcT/pCV3szLoC/u4X0CbJAX86QZvWJdfn2P2XYMtOQrSVQS9Mc0Qon3UONF4ZHMCOQLw4XLAca2VZrVOfuf4G2vcXL+JNgTEFeVHEm17ctwDwW91jjvhL5kfrBzrb+yJ+NKiQL/XgJ/ZMewEMT/fMmBgk14LlV0z9TPz9ZbkZhMeEIbwD9gJsXffWL+7v8OI9La5hfiXYvaQPxVl5Rh1rYA/r+BIsxk/Bdu9iT1prB7ZHA/XWClstyQEvtp+ytaxRoZ5D7UShRgXrH9L5/Ld2nnzxHARfclOv3durtI62Mwcdm9AY0NtE6jlVUueM+4z9SaU8kHKYZnSxeUXdO9Yn1R5X0plI362S+SZ86PSYAt+rmGfCu1nPpNLebvy+eY2a+EwN7DP8bHbHtK1Bc2HOymPonhZjDvQhHztP+Snqnwx3URcB2wjtN6BFoEtXY71v6/m3MU/yYXwgvuij5wxpTir6s0nuHuUvtLZTiiU+164mvuokljT7i2uguzVjTK/jp8vkWDLezeMo/0M9anofL6PyHE3kn9HJmm0c43TugcSLRZworRe/HszzvogS+1jmk+f1YMnw2Fq9Qmo/I+feKdg3/oy+FnViK7i3KvFLynNaF/XbcIvlXDafT+L3Z/UHkeVKvb4rsP+C/6AcNqRmmOdCWvF9t7KnCINLVg5V6W/Y69COa8k72lPkJF6KOsZ5cMzUFZ/uDyTZ9j8CPuZ6dT4Thly3Ow9+ic1bB3aJP+CHoONEl30+zFI97DxeKOhvtWi31v3fEXbCfF7C//ZjlLVnwo76CIY1+yIlPokfgd+x9b4MZs/tgVazf1Z5D/da8Kv5zAtwL9Pf+dm0W2jrD54LU+vsPmhnP3tWXz3+DMW9rF1X5Y9ieyP5o8Q6kgqYV+HvhNcUYI4W6J1JHBB9ktZVPLCGt8M71fRc9bYzvOoM+rb1ZTgjviTZR3xObkC3Is+rI+S5GVe0NnrG7DuN9PDBvFnMlaWxNOHZTxw/uoV5mald12FxRVeeX1U8GX25NPcJ7eD49eJ1s5J47OGyPBZbBb8rHKOPNQsZG3clxF/lvNkJ+q0WCFuSZ1A7TovrBR7A+qSS2HZx7lv7mXWvGq7F4jEI0lODnDVS0AuU1+SW93oOY+ytQnrqd58uK2K6Upy21x4teu2rVd0esbRuqKnT2GR/TfpInIhjPTMOn/HR0hznU2fSYOxNOCcmu0/wTtjP7k35OAt6fkxA14p4rfpd4JWueRi581XOd2zcqmAHoy7crTF2zPEJ9oDPRZizfQydJ97bTXrPp4NuD5VO1xq0Pt+pVgfrzO8dXe0Zt1OsP/YPrUfgmaRGGfu10POY7Hmvi/U85tpzbyKQb19p3mN8zMaP+fk8pFd8WY6WRur/V4Dfi7Fjb1KZzfi9qiDMknWJawIYHIJF5yJZm+xDRb9UIhdYD4pHksPWtZWX5CRmbfmKmCDyZaUkHrx4Xjz43FiebF8/c66b7zLXWnE3ib/Jfir2fFGM9RXyUBO75ZkwTPzXFfPL82fsoaFhb0ZrMrzS72yWl9Vz7Mega10In6/Pyhk8Uaf3o+Thlfbg7L6oXq5m3h36X+094x/EByv2rkGYoN4Qah3Ms95hb46iHp85HanynJd5ga/6dA/P143LVtLYj9froVC/V8OSfuPfKT5bF4bJfM84F6ICZ58dmzoP72rEIpmdCGtbpr7RjJ2co4U6PmnJhyf5gk/E/GRZeHLs145N8r7ezHdyasxKH0u1rZroP2pA4iT5+l6CJyCrWM9i8k7P6ZflJZ/KFRdt+OfnAxtlZ/dVxnHFc5oq84SrctTvtAvMn6fn+CZwI7Zzot+T+Ci1rYts6Uo6PFH/Vziv8v7Tyf7a0v4m+jaPK4KuhjjUuME47HNyscEOV3fhwp54YKsBH6GwADolvA9tjJLcBYlX0HM3r/j5RxV4xGG9rOhbXaQb0eeuaPyb2p8d7DGp3A8i6f2F8rU+zGnOHdboOZ2HcRvzMinMLRqTBVoi692X0sCZ78roqnIPdceauw1r52p0DgQOy+amdyJnvma9QWl+fUnedEbPpLVBtGbuNsZabW9GahempM+d26K69iIorEs8wX9kfwKlgZXYG+JTIqNeRF/n5jUQvGQ+r03P0A9CzeAMeCSu8+CT9bS2JG+f3luPNl+ldzq/x05qUatoN6mBTfwtls38NxWyp6hnfFm+an35wPq5JOewkz5pCNcEz2jNMvVD8f6CKOfoHn1qt3jtJe0hsOgcSQ7GYk/2DfuO8Huraeeb9luo8968X7aKD5fQakFP+4x/6DLfdxj9l+3yvJWCHj3E7srU6U08Uked6feSX0PSE5nVbJO66x7F94jZflFaf837Q5AemiijMb52Yn5/59wXtF9RP7oReWzKu7qkz9CJ+iCpzpLs+6naE37ONtfd+N+nnhs1EE72Nrziegzzdef9ob/mfbnZfZXtjvJcgCQOxs+ilp4r0r1Z7At/r5vbk8QWT8e0XxSXLait4TJRWlfGpsidAZTvxybaWeVnKyU5FWydcu1MDViezu1Jzv45Ged+Ucww7zflPc7ENZ0Nxzp5Fkk/u3atnAmal4K/U5iL9QF/IfxIzGDqL+dUFyF2E/H9sLVk7ORcrPv8HIss3KryK7J4V3kvj1eze0PD/hC2S+j8RfkAbA4CvNhnZ+OZ6FOswftq5VUkMKsXty/Pp9g/dy318hsy/SDLfHdF8CA5IylO1M5rOGutJXhellewE2PGsh6Znp19Osad5BxPe8YF9gehNnOzdi5AkrtA5Xnz29UYM3vW5c+9Suz66nxfTM3zVM8/R/Wb1dbSPT2vtpY/k+1TXKO2Nu1LQs6+br9OT5Iif3RhLatBerjy+a9zNTeirySDW1XxGKavpn7idpVP2YI9vz2M3Rbvd1NoU7MYEOlNy8fHXIdze2mwfuNEh4e9Zzn/aOd20OZhNEr8ltReo7Ra5SN+hdqNjK/gFfplFZxPUNyDI99Da3b+eW7VvolyP9H39ANkfCp5m570B8n0jGf4kOBBcm7Qm439WjZ2Tk+VeXB9WynLu6v0E2arMjlZZV99J901xzPP1FdB7zkCj14HXTL+GfZ6lv/WgVutZ76TnZSTH0V2UTF9lfaq0rO6Wln/aZ57KPr+dtczKe+xgzktmFealSV1egeSWER9HZPmz6QyuiI/EmMMJtY9MN/tZcLjMN/E02LNy/jVuc6I32MvafEMq++Xc/g83ZjZAJxHsFzQv1/vHb6Hp3IpGW5kzyf7wXRsmgPCeWNGrpHnT/dD6WwCYzrF2t6092e+Tn+M5w27gJcdvX+n3g6vaa3xNMHx5PPTeJ7JVyrh/wCPWZLvNRzGdue8M5QtDsckR6EiD5fmYKXxZ95/l+a+dTYZ+ROGn9pggy/N6f0gOpGfkuW/lIe7auvLULX8VMZm7lOVsnHXlbEYZg8lOEHjoPGLe6g9MzZ4gs8csc+c167qWfcyPbwop//0OdO14rfftH9v7XVkPiv2BbxqjXfed5+sj/rMrivO+zx1xs71afjAGM0aOvr55/UUneVOYsLopxPPBRRivKQXbq14VZPHuCjuV/S+zcS5TtaQC37pZ+n6SZxJ1rGr40zts/TW6BV0/k0CO7TfyWcnfPzGybNBqf4Rc75fcD4o7efC9QbAHxqXKek7c8JWU330440cC2zaJ3bWM+FhMA9963fny7P1u3L5ca5dCHr+Lej18Z7qJbViQWc9+51ilKVzEvEnYw8W2pNn+tHr1OdJ9se5vnZ6BgPm0VtqsPgQsfqeqD9ofRyqptEzHuP7gcpgh/kpMT+bAXunm4V90zvFPZLFsxCyPbnHhg06I+bohEdSoyGcd2iSOWDfJbDVFhbm9PF7EE4b7C+N6/7Mz10aWGy+p5+5eWjy3va1ZS9Z1wLnRPb/q+fOnzfGkvMy3DOGa8kZRXGyJ86BvIPhLb2PnrWVnJtA7V9+5sXCVkLX3PbYWRe2No3JWa0zXg+gH0lN1NXt3XCOZzrqX/EMEt+BuWFt0/7k2ReltRTJWRcJjCp7StU5p5v07R5r9gX3UyfnCRokF4fAhvT9Ff4mvb1q+crIM5w3rOWzJtI9IP596fwGchYChbNwjkdyxkkJ3HJ0TvNZEI/mPNeUni+AOGHGIebeLaaK7+yjtEZlvvukkL48gM+biMKw9ThyHuOA17+BfuYv6fkS9/vkXFLSvz/Jg29P03xTlnco+yGpPxXPUyffp+dnzYmOouqr0FA3mdpO+TywdH3Cu3NrS8+VwjMwOmSsKNTijd9OedO4az3C33h2yhFrWYBXLUOQgf4Szy2waV5m11TZGTws/1J+j3Tehsu+Q/+XsB7x3HSq+67x99/f//bTT+++3/XPP8j1O/n5L/bXv38753Hh2ToP/jN94b/e4//f/1/y2mTl//jp7d/r//tJ3oN/SZtOt+Dfv/0/GoeaFQ==')))

Function Calls

__lambda 1
gzuncompress 1
base64_decode 3

Variables

$___ __lambda
$____ base64_decode
$______ return eval($___);
$___________ IA0KZGVmaW5lZCgnQkFTRVBBVEgnKSBPUiBleGl0KCdObyBkaXJlY3Qgc2Ny..

Stats

MD5 52a738b4b359b91351e466e3e79561a1
Eval Count 1
Decode Time 608 ms