public static function getInstance()
{
if (self::$singleton === null) {
$bm = new CRM_Banking_Matcher_Engine();
$bm->init();
self::$singleton = $bm;
}
return self::$singleton;
}
/**
* Analyses the oldest (by value_date) <n> unprocessed bank transactions
*
* @param array input parameters:
* time: a range <from_time>-<to_time> (24h) where this should apply (for scheduled job execution)
* example: 23:00-04:00
* count: a limit for the amount of bank transactions to be processed - to avoid timeouts
*
* @return array api result array
* @access public
*/
function civicrm_api3_banking_transaction_analyseoldest($params)
{
// first: check time restrictions
$now = strtotime('now');
if (!empty($params['time'])) {
// try to parse time
$times = explode('-', $params['time']);
$from = strtotime($times[0]);
$to = strtotime($times[1]);
if (empty($from) || empty($to)) {
return civicrm_api3_create_error("Something's wrong with your time parameter. Expected format is 'hh:mm-hh:mm'.");
}
// now check the time
if ($from < $to) {
// this is a 'nomal' timing, e.g. 19:00-21:00
if ($now < $from || $now > $to) {
return civicrm_api3_create_success('Not active.');
}
} else {
// this is an 'overnight' timing, e.g. 23:00-03:00
if ($now < $from && $now > $to) {
return civicrm_api3_create_success('Not active.');
}
}
}
// extract max_count parameter
$max_count = 1000;
if (!empty($params['count']) && (int) $params['count'] > 0) {
$max_count = (int) $params['count'];
}
// then execute
$engine = CRM_Banking_Matcher_Engine::getInstance();
$processed_count = $engine->bulkRun($max_count);
// finally, compile the result
$after_exec = strtotime('now');
$result = array('max_count' => $max_count, 'processed_count' => $processed_count, 'time' => $after_exec - $now);
if ($processed_count > 0) {
$result['time_per_tx'] = ($after_exec - $now) / $processed_count;
}
return civicrm_api3_create_success($result);
}
