LCL APIs for accessing hardware sensors (such as Accelerometer, GPS, etc) and integrated elements of the system (such as Calendar, Contacts, etc). Represents the hardware accelerometer. The last value measured for the X axis of the accelerometer. The last value measured for the Y axis of the accelerometer. The last value measured for the Z axis of the accelerometer. Starts monitoring the accelerometer sensor.

After calling this method, the accelerometer sensor will be monitored. If the accelerometer native API sends an event for value changes, then the event OnSensorChanged will be called on every change and before calling it the xaxis, yaxis and zaxis properties of the Accelerometer global object will be updated to reflect the last value read. If the native accelerometer API requires pooling, then the accelerometer state will be pooled at a rate not faster then once per millisecond.

Remember to call StopReadingAccelerometerData when the accelerometer is no longer needed, because this may save energy in some mobile platforms.

 Stops monitoring the accelerometer sensor.

After calling this method OnSensorChange will no longer be called and the xaxis, yaxis and zaxis properties will remain stopped at the last value read

 Called when the accelerometer value changes or is updated from the sensor. Indicates the type of message (for example: SMS, MMS, EMail). Indicates that the message is a SMS. Indicates that the message is a MMS. Indicates that the message is a E-Mail. Represents a message. Don't create instances of this class directly. Instead use Messaging.CreateMessage(). A copy should be sent to addresses specified here, but these addresses will not appear in the message. The BCC field of E-Mails, also known as hidden copy The main text of the message. Might indicate an address different from SourceAddress so that replies are sent to a different address then the message sender. By default this value is empty, which means that the source and reply-to addresses match. A copy should be sent to addresses specified here. The CC field in E-Mails The destination(s) of the message. Indicates if the user has already read the message. Reserved field. The type of the message. The address from which the message was sent. The title or subject of the message. The time when the message was sent. The period of time for which the message is valid. Indicates the current stage of a message sending operation. Indicates that the message was sent successfully to the server. The message was not successfully sent to the server, but no particular reason for the failure is known. The hardware device which would send the message is off. The user should activate his Radio Network (CDMA, GMS or another one) or activate his WiFi (for EMail only). The hardware device which would send the message could not connect to the network because there is no signal here. The message was successfully received by the destination. The message was not successfully received by the target, but no particular reason for the failure is known. A procedural type to receive the events of the status of sending a message. A class which manages messages. Sends a message to the target specified on it.

The message to be sent should be created with the method CreateMessage from this same class and later released with FreeMessage. The same message can be sent multiple times, but ideally it should not be edited after sending the first time to avoid confusion when obtaining the message object back in the status callback.

 Creates a new message which can be sent with SendMessage. Removes a message created with CreateMessage. A list of possible positioning methods. The GPS positioning method. Detects the position via the network connection. Represents the hardware GPS device. Indicates if position info was read in the life of this program. The horizontal accuracy of the position in meters. Altitude in meters in relation to the sea level using the World Geodetic System 1984 (WGS84) datum. The vertical accuracy of the position in meters, or zero if not available. Latitude in degrees using the World Geodetic System 1984 (WGS84) datum. Longitude in degrees using the World Geodetic System 1984 (WGS84) datum In meters / second. The time when the latest location was established. Requests the latest position using the given method. This call is asynchronous and the data will only be available when the OnPositionRetrieved callback is called. Called asynchronously when the position is read. Represents the device itself in a general way and hardware elements which don't have a exclusive object to represent them. Vibrates the device, if it has hardware support for this. Vibrates the device, if it has hardware support for this. The duration of the vibration is given in milliseconds. A string with the name of the manufacturer of the device. The model of the device. The model of the device. Sometimes the model includes the manufacturer too. A global object representing the accelerometer of the device. A global object to manage message. A global object which represents the positioning sensor of the device. A global object which represents the device hardware in a general way, except for those elements which already have their own object, like Screen, PositionInfo, Accelerometer, etc.