_propDict)) { return $this->_propDict["end"]; } else { return null; } } /** * Sets the end * The inclusive upper bound of the integer range. * * @param int $val The value of the end * * @return IntegerRange */ public function setEnd($val) { $this->_propDict["end"] = $val; return $this; } /** * Gets the maximum * * @return int|null The maximum */ public function getMaximum() { if (array_key_exists("maximum", $this->_propDict)) { return $this->_propDict["maximum"]; } else { return null; } } /** * Sets the maximum * * @param int $val The value of the maximum * * @return IntegerRange */ public function setMaximum($val) { $this->_propDict["maximum"] = $val; return $this; } /** * Gets the minimum * * @return int|null The minimum */ public function getMinimum() { if (array_key_exists("minimum", $this->_propDict)) { return $this->_propDict["minimum"]; } else { return null; } } /** * Sets the minimum * * @param int $val The value of the minimum * * @return IntegerRange */ public function setMinimum($val) { $this->_propDict["minimum"] = $val; return $this; } /** * Gets the start * The inclusive lower bound of the integer range. * * @return int|null The start */ public function getStart() { if (array_key_exists("start", $this->_propDict)) { return $this->_propDict["start"]; } else { return null; } } /** * Sets the start * The inclusive lower bound of the integer range. * * @param int $val The value of the start * * @return IntegerRange */ public function setStart($val) { $this->_propDict["start"] = $val; return $this; } }