Motorola E680 Technical Manual - Page 54

SMS Message Types, SMS Message Structure, SMS Notification

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SMS Message Types The types of messages that can be sent are TEXT or BINARY, the method of encoding the messages are defined in GSM 03.38 standard (Part 4 SMS Data Coding Scheme). Refer to section A.5.0 of JSR 120 for more information. SMS Message Structure The message structure of SMS will comply with GSM 03.40 v7.4.0 Digital cellular telecommunications system (Phase 2+); Technical realization of the Short Message Service (SMS) ETSI 2000. Motorola's implementation uses the concatenation feature specified in sections 9.2.3.24.1 and 9.2.3.24.8 of the GSM 03.40 standard for messages that the Java application sends that are too long to fit in a single SMS protocol message. This implementation automatically concatenates the received SMS protocol messages and passes the fully reassembled message to the application via the API. The implementation will support at least three SMS messages to be received and concatenated together. Also, for sending, support for a minimum of three messages is supported. Motorola advises that developers should not send messages that will take up more than three SMS protocol messages unless the recipient's device is known to support more. SMS Notification Examples of SMS interaction with a MIDlet would be the following: ƒ A MIDlet will handle an incoming SMS message if the MIDlet is registered to receive messages on the port (identifier) and is running. ƒ When a MIDlet is paused and is registered to receive messages on the port number of the incoming message, then the user will be queried to launch the MIDlet. ƒ If the MIDlet is not running and the Java Virtual Machine is not initialized, then a Push Registry will be used to initialize the Virtual Machine and launch the J2ME MIDlet. This only applies to trusted, signed MIDlets. ƒ If a message is received and the untrusted unsigned application and the KVM are not running then the message will be discarded. The following is a list of Messaging features/classes supported in the device. 54

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54
SMS Message Types
The types of messages that can be sent are TEXT or BINARY, the method of encoding
the messages are defined in GSM 03.38 standard (Part 4 SMS Data Coding Scheme).
Refer to section A.5.0 of JSR 120 for more information.
SMS Message Structure
The message structure of SMS will comply with GSM 03.40 v7.4.0 Digital cellular
telecommunications system (Phase 2+); Technical realization of the Short Message
Service (SMS) ETSI 2000.
Motorola’s implementation uses the concatenation feature specified in sections 9.2.3.24.1
and 9.2.3.24.8 of the GSM 03.40 standard for messages that the Java application sends
that are too long to fit in a single SMS protocol message.
This implementation automatically concatenates the received SMS protocol messages
and passes the fully reassembled message to the application via the API. The
implementation will support at least three SMS messages to be received and
concatenated together. Also, for sending, support for a minimum of three messages is
supported. Motorola advises that developers should not send messages that will take up
more than three SMS protocol messages unless the recipient’s device is known to support
more.
SMS Notification
Examples of SMS interaction with a MIDlet would be the following:
A MIDlet will handle an incoming SMS message if the MIDlet is registered to
receive messages on the port (identifier) and is running.
When a MIDlet is paused and is registered to receive messages on the port
number of the incoming message, then the user will be queried to launch the
MIDlet.
If the MIDlet is not running and the Java Virtual Machine is not initialized, then a
Push Registry will be used to initialize the Virtual Machine and launch the J2ME
MIDlet. This only applies to trusted, signed MIDlets.
If a message is received and the untrusted unsigned application and the KVM
are not running then the message will be discarded.
The following is a list of Messaging features/classes supported in the device.