_propDict)) { return $this->_propDict["activeDeviceCount"]; } else { return null; } } /** * Sets the activeDeviceCount * The number of distinct device IDs in the time frame between endDateTime and discoveryPivotDateTime. * * @param int $val The value of the activeDeviceCount * * @return DeviceUsageSummary */ public function setActiveDeviceCount($val) { $this->_propDict["activeDeviceCount"] = $val; return $this; } /** * Gets the inactiveDeviceCount * The number of distinct device IDs havn't seen in the time frame between endDateTime and discoveryPivotDateTime but have seen in the time frame between discoveryPivotDateTime and startDateTime. * * @return int|null The inactiveDeviceCount */ public function getInactiveDeviceCount() { if (array_key_exists("inactiveDeviceCount", $this->_propDict)) { return $this->_propDict["inactiveDeviceCount"]; } else { return null; } } /** * Sets the inactiveDeviceCount * The number of distinct device IDs havn't seen in the time frame between endDateTime and discoveryPivotDateTime but have seen in the time frame between discoveryPivotDateTime and startDateTime. * * @param int $val The value of the inactiveDeviceCount * * @return DeviceUsageSummary */ public function setInactiveDeviceCount($val) { $this->_propDict["inactiveDeviceCount"] = $val; return $this; } /** * Gets the totalDeviceCount * The number of distinct device IDs in the time frame between startDateTime and endDateTime. * * @return int|null The totalDeviceCount */ public function getTotalDeviceCount() { if (array_key_exists("totalDeviceCount", $this->_propDict)) { return $this->_propDict["totalDeviceCount"]; } else { return null; } } /** * Sets the totalDeviceCount * The number of distinct device IDs in the time frame between startDateTime and endDateTime. * * @param int $val The value of the totalDeviceCount * * @return DeviceUsageSummary */ public function setTotalDeviceCount($val) { $this->_propDict["totalDeviceCount"] = $val; return $this; } }