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<?php
/** Micro anom framework
* minimum setup with the rich features of the framework;
*
* in a symbolic way: { Micro_anom summarizes anom }
* -----------------------------------------------------------------------------
*
* (+) Use it mainly in cli-interface scripts to
* access your application's data intarnaly
*
* (+) Implement routine tasks and schedule the
* execution using cron deamon
*
* (+) Avoid public/web-based API calls
*
* (+) Create batch proccessing scripts re-using
* your project's implemented methods;
*
* Don't haves
* ---
* In your cli-interfaced micro-framework you most
* probably won't need some of the anom's central
* objects (Request, Router, Session, Contollers).
*
* Controller is the script, Router is the scheduler,
* Session and Authentication is unnecessary (just
* put an...
* ```if (php_sapi_name() != 'cli') return false;```
* and no call will access the code but the cli.
*
*
* What you do have?
* ---
* + Database and Cache objects,
* + all the implemented methods,
* + Proxy, Repositories etc...
*
* and these are more than enough to write easily
* a fast, secure, powerful script that handles
* your data in every way you need.
*/
echo textColor("Setup environment....", GREEN) ."\n";
// get constants
// -----------------------------------------------------------------------------
require_once realpath(MINI_APP_BASE.'../config/constants.php');
// anom typical defines
// -----------------------------------------------------------------------------
define('PRODUCTION', false);
define('APP_NAME', 'e-Classroom'); // Application Name
define('APP_VERSION', 'v0.1'); // Application version
define('APP_ROOT', realpath(MINI_APP_BASE.'../../html'));
// Cache driver and caching TTLs
// -----------------------------------------------------------------------------
define('CACHE_DRIVER', 'FileCache');
// Root objects like product-categories tree
define('CACHE_ROOT_TTL', 28800); // 8 hours
// Product Category
define('CACHE_CATEGORY_TTL', 18000); // 5 hours
// Product
define('CACHE_PRODUCT_TTL', 3600); // 1 hour
define('FILECACHE_PATH', realpath(MINI_APP_BASE.'../../html/cache/').'/');
echo "Cache Directory is ". textColor(FILECACHE_PATH, GREEN)."\n";
// database
// -----------------------------------------------------------------------------
$ini_array = parse_ini_file(realpath(MINI_APP_BASE."../auth/.env"));
define('DB_NAME', $ini_array['DB_NAME']);
define('DB_USER', $ini_array['DB_USER']);
define('DB_PASS', $ini_array['DB_PASS']);
define('PDO_HOST', $ini_array['PDO_HOST']);
echo "Application database is ". textColor(DB_NAME, GREEN) ."\n";
define('DB_TIMEZONE', "SET time_zone = 'Europe/Athens'");
// load autoloader
// -----------------------------------------------------------------------------
require_once realpath(MINI_APP_BASE.'../../vendor/autoload.php');
// Attache database to the Registry a vow
Registry::vow('database', function() { return new Database(); });
// Attach Cache to the Resitry as a vow
Registry::vow('cache', function() { return new (CACHE_DRIVER)(); });
require_once realpath(MINI_APP_BASE.'../helpers/design_patterns.php');
# Registry::set('reg', 'Registry is working');
# echo Registry::get('reg'), "\n\n";
# NOTE:
# php does not provide error and exception handling
# for the cli interface; you still can handle the
# exceptions using standard try {...} catch { }
#
# try {
# // code
# } catch (Exception $exc) {
# echo 'Caught exception: ', $exc->getMessage(), "\n"
# }
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