" + socket.read().toString() + "
"; * alert("bondi.bluetooth : " + len + " bytes available from " + this.name(socket)); * document.getElementById("content").innerHTML += str; * }, * sent : function (socket, len) { * alert("bondi.bluetooth : " + len + " bytes sent to " + this.name(socket)); * document.getElementById("sendBtn").className = "enabled"; * } * }; * document.getElementById("sendBtn").className = "disabled"; * try { * bondi.bluetooth.connect(successCB, * errorCB, * dataHandler, * uri); * } catch (e) { * alert("error connecting to remote device " + e); * } * document.getElementById("sendBtn").className = "enabled"; * * \endcode */ [Callback=FunctionOnly, NoInterfaceObject] interface ReadWriteCallback { /** * \brief This method is invoked when data is available to read. * * * \param socket the socket that has data available */ void recevied(in Socket socket); /** * \brief This method is invoked when data was sent * * \param socket the socket that sent the data * \param len the amount of data sent */ void sent(in Socket socket,in int len); /** * \brief This method is invoked when an error occurrs * * \param socket the socket that sent the data * \param e the error */ void error(in Socket socket,in Object e); }; /** * \brief Success callback for socket connections (both client and server). * */ [Callback=FunctionOnly, NoInterfaceObject] interface SocketSuccessCallback { /** * \brief Method invoked when a connection is created (either through * a call to create or a listen). * * \code * function errorCB(err) { * alert("BONDI bluetooth API device discovery failed : " + err.message); * } * * function successCB(socket) { * if (socket.operation === undefined) { * alert("bondi.bluetooth : connection to " + socket.device.address); * } else { * alert("bondi.bluetooth : connection from " + socket.device.address); * } * } * // service uri came from findSrvice call * bondi.bluetooth.connect(successCB, errorCB, uri); * * // listen for incoming rfcomm connections from clients * bondi.bluetooth.listen(successCB, errorCB, "E205"); * * \endcode * * \param uri the remote service connector string */ void onSuccess(in Socket uri); }; /** * \brief Array of remote devices. * * This array type is used to get cached, preknown and trusted devices. */ typedef sequence| " + d.name + " |
* The value of SERVICE_POSITIONING is 0x10000 (65536). */ const unsigned long SERVICE_POSITIONING = 0x10000; /** * Represents the Networking (LAN, Ad hoc, ...) Major Service Class. *
* The value of SERVICE_NETWORKING is 0x20000 (131072). */ const unsigned long SERVICE_NETWORKING = 0x20000; /** * Represents the Rendering (Printing, Speaker, ...) Major Service Class. *
* The value of SERVICE_RENDERING is 0x40000 (262144). */ const unsigned long SERVICE_RENDERING = 0x40000; /** * Represents the Capturing (Scanner, Microphone, ...) Major Service Class. *
* The value of SERVICE_CAPTURING is 0x80000 (524288). */ const unsigned long SERVICE_CAPTURING = 0x80000; /** * Represents the Object Transfer (v-Inbox, v-Folder, ...) Major Service * Class. *
* The value of SERVICE_OBJECT_TRANSFER is 0x100000 * (1048576). */ const unsigned long SERVICE_OBJECT_TRANSFER = 0x100000; /** * Represents the Audio (Speaker, Microphone, Headset service, ...) Major * Service Class. *
* The value of SERVICE_AUDIO is 0x200000 (2097152). */ const unsigned long SERVICE_AUDIO = 0x200000; /** * Represents the Telephony (Cordless telephony, Modem, Headset service, * ...) Major Service Class. *
* The value of SERVICE_TELEPHONY is 0x400000 (4194304). */ const unsigned long SERVICE_TELEPHONY = 0x400000; /** * Represents the Information (WEB-server, WAP-server, ...) Major Service * Class. *
* The value of the SERVICE_INFORMATION is 0x800000 (8388608). */ const unsigned long SERVICE_INFORMATION = 0x800000; /** * The mask to get the major device bits. */ const unsigned long MAJOR_DEVICE_MASK = 0x1F00; /** * Represents the Miscellaneous Major Device Class. */ const unsigned long MISCELLANEOUS_MAJOR_DEVICE = 0x000; /** * Represents the Computer Major Device Class (e.g. laptop, desktop , PDA etc.). */ const unsigned long COMPUTER_MAJOR_DEVICE = 0x100; /** * Represents the Phone Major Device Class (e.g. cell, cordless, smart phone etc.) */ const unsigned long PHONE_MAJOR_DEVICE = 0x200; /** * Represents the LAN/Networking Major Device Class */ const unsigned long NETWORKING_MAJOR_DEVICE = 0x300; /** * Represents the Audio/Visual Major Device Class (e.g headset, handsfree etc.) */ const unsigned long AUDIO_VISUAL_MAJOR_DEVICE = 0x400; /** * Represents the Peripheral Major Device Class (e.g keyboard, mouse etc.) */ const unsigned long PERIPHERAL_MAJOR_DEVICE = 0x500; /** * Represents the Imaging Major Device Class (e.g display, camera, scanner etc.) */ const unsigned long IMAGING_MAJOR_DEVICE = 0x600; /** * Represents the Wearable Major Device Class (e.g wrist watch, pager, jacket etc.) */ const unsigned long WEARABLE_MAJOR_DEVICE = 0x700; /** * Represents the Toy Major Device Class (e.g robot , vehicle, doll/action figure etc.) */ const unsigned long TOY_MAJOR_DEVICE = 0x800; /** * Represents the Uncategorized Major Device Class */ const unsigned long UNCATEGORIZED_MAJOR_DEVICE = 0x1F00; /** * The mask to get the minor device bits. The exact meaning of these bits depends on the major * device class. Please refer to http://www.bluetooth.org/assigned-numbers/ for more detail. */ const unsigned long MINOR_DEVICE_MASK = 0xFC; }; };