false, 'lldmacros' => false ]; public function __construct($options = []) { if (array_key_exists('usermacros', $options)) { $this->options['usermacros'] = $options['usermacros']; } if (array_key_exists('lldmacros', $options)) { $this->options['lldmacros'] = $options['lldmacros']; } $this->simple_interval_parser = new CSimpleIntervalParser([ 'usermacros' => $this->options['usermacros'], 'lldmacros' => $this->options['lldmacros'] ]); $this->time_period_parser = new CTimePeriodParser([ 'usermacros' => $this->options['usermacros'], 'lldmacros' => $this->options['lldmacros'] ]); } /** * Parse the given flexible interval. The source string can contain macros separated by a forward slash. * * (simple_interval|{$M}|{#M})/(time_period|{$M}|{#M}) * * @param string $source Source string that needs to be parsed. * @param int $pos Position offset. */ public function parse($source, $pos = 0) { $this->length = 0; $this->match = ''; $this->update_interval = ''; $this->time_period = ''; $p = $pos; if ($this->simple_interval_parser->parse($source, $p) == self::PARSE_FAIL) { return self::PARSE_FAIL; } $update_interval = $this->simple_interval_parser->getMatch(); $p += $this->simple_interval_parser->getLength(); if (!isset($source[$p]) || $source[$p] !== '/') { return self::PARSE_FAIL; } $p++; if ($this->time_period_parser->parse($source, $p) == self::PARSE_FAIL) { return self::PARSE_FAIL; } $this->update_interval = $update_interval; $this->time_period = $this->time_period_parser->getMatch(); $p += $this->time_period_parser->getLength(); $this->length = $p - $pos; $this->match = substr($source, $pos, $this->length); return isset($source[$p]) ? self::PARSE_SUCCESS_CONT : self::PARSE_SUCCESS; } /** * Returns matched update interval. Can contain macro. * * @return string */ public function getUpdateInterval() { return $this->update_interval; } /** * Returns matched time period. Can contain macro. * * @return string */ public function getTimePeriod() { return $this->time_period; } }