Uses of Interface
de.unikassel.android.sdcframework.data.independent.SerializableData

Packages that use SerializableData

de.unikassel.android.sdcframework.data	Does contain the classes and interfaces covering the data sample part as well as the service configuration data classes.
de.unikassel.android.sdcframework.data.independent	Does contain the framework independent classes of the data package.

Uses of SerializableData in de.unikassel.android.sdcframework.data

Classes in de.unikassel.android.sdcframework.data that implement SerializableData

class	ConcreteDeviceInformation The concrete device information data used internally.
class	Sample Implementation of the sensor device sample used inside of the framework.
class	SDCConfiguration This class is the serializable representation of the default configuration for the SDC framework.
class	WeekdaySchedule Weekday schedule representation.
class	WeekdayScheduleEntry A weekday schedule entry marks a time stamp hh:mm:ss at the connected weekday and an action to perform.
class	WeeklySchedule A weekly runtime schedule for the service.

Uses of SerializableData in de.unikassel.android.sdcframework.data.independent

Subinterfaces of SerializableData in de.unikassel.android.sdcframework.data.independent

interface

SampleData Interface for all the types implementing device specific sensor sample data.

Classes in de.unikassel.android.sdcframework.data.independent that implement SerializableData

class	AbstractSampleData Abstract base class for sample data types
class	AccelerometerSampleData The device specific sample data of an accelerometer sensor are the accelerations in x, y and z ( in m/s^2 ) axis direction as provided by the Android API.
class	BasicSample This is the framework independent serializable sample representation, which can be used in pure Java projects for deserialization. A sensor device sample has a device identifier for the source sensor device, a sample time stamp and a transmission priority level corresponding to the configured device priority, a reference to the device specific sample data.
class	BluetoothSampleData The device specific sample data of a bluetooth sensor device are the received signal strength indicator, the friendly bluetooth name, the hardware adress and the bluetooth class.
class	DeviceInformation The device information does provide a unique generated uuid generated by the service itself and specific device data like the manufacturer, model, product and others.
class	FileReferenceSampleData The device specific sample data of a sensor device providing samples as binary data files in a related format.
class	GeoLocation The location fix data fro samples.
class	GPSSampleData The device specific sample data of a GPS sensor device.
class	GSMSampleData The device specific sample data of a GSM sensor device are the operator name, the cell id, the location area code and the signal strength.
class	GyroscopeSampleData The device specific sample data of an gyroscope sensor are the rates of rotation around the device's local X, Y and Z axis ( in radians/second, positive in the counter-clockwise direction ) as provided by the Android API.
class	LightSampleData The light sensor device specific sample data, which is the ambient light level in SI lux units. ATTENTON: There do exist simple binary sensor types which do only support bright and dark measurement.
class	LocationSampleData Base class for location specific sample data (GPS, Cell Info OR Wifif based) are the LocationSampleData.longitude, LocationSampleData.latitude, LocationSampleData.altitude and speed over ground information as provided by the Android API.
class	MagneticFieldSampleData The magnetic filed sensor device specific sample data, which are the ambient magnetic fields in the X, Y and Z axis ( in micro-Tesla ).
class	NetworkLocationSampleData The device specific sample data for the rather virtual network location device ( based cell or wifi information ).
class	OrientationSampleData The orientation sensor device specific sample data, which are heading (angle between the magnetic north direction and the y-axis, 0=North, 90=East, 180=South, 270=West ), pitch ( rotation around x-axis,-180 to 180, with positive values when the z-axis moves toward the y-axis) and roll ( rotation around y-axis, -90 to 90, with positive values when the x-axis moves toward the z-axis ).
class	PressureSampleData The pressure sensor device specific sample data, which is the atmospheric pressure in hPa (millibar).
class	ProximitySampleData The proximity sensor device specific sample data, which is the proximity sensor distance measured in centimeters.
class	TemperatureSampleData The temperature sensor device specific sample data, which is the temperature in degree celsius.
class	TextSampleData The device specific sample data of a sensor device with a simple text information (e.g.
class	TimeProviderSampleData The sample data of the time provider synchronization state changes (synchronized or not).
class	TwitterSampleData The device specific sample data of a twitter sensor device.
class	WifiSampleData The device specific sample data of a Wifi sensor device are the network name, the access point adress, the device capabilities, the signal level (dBm) and the channel frequency (MHz).