Bluetooth File Transfer 5. Use your smartphone to browse, explore and manage files of any Bluetooth ready device, using File Transfer Profile FTP and Object Push Profile OPP you can also receive files and send contacts. Category mobile Communication Apps Communication. Obex File Push Transfer' title='Obex File Push Transfer' />Bluetooth Profiles and 3. July 2. 01. 0Copyright 2. Alan J. Mc. Farlane. Bluetooth. Profiles and 3. NET. 1. Introduction. Protocols. 2. OBEX based. RFCOMM based. profiles. Dear Customer, Thank you for choosing this ARCHOS product. We hope that you will enjoy using it and that it will give you satisfaction for many years to come. Wireless Communication Library adds support for Bluetooth and Serial ports. Name FTP. File Transfer Profile. Profile ID 0x1106 ObexFileTransfer. Protocol GOEP. Class Id 0x1106 ObexFileTransfer. OBEX Target ID F9EC7BC4953C11D2984E. EM5FqU/hqdefault.jpg' alt='Obex File Push Transfer' title='Obex File Push Transfer' />Profiles. Windows. support for Profiles. Profiles. 3. File and. OPP. 3. FTP. 3. SYNC. BIP. 4. PBAP. 4. SAP. MAP. 5. Printing. HCRP. 6. BPP. 6. Networking. PAN NAP. GN, PANU. DUN. 7. LANP. 8. AudioVisual. Handbags Designer 101. Headset. 8Hands Free. ICP. 9. CTP. 1. 0A2. DP. 1. 0VDP. 1. 0Other. HID. 1. 1AVRCP. 1. HDP. 1. 2Change Log. The Bluetooth system has a protocol stack similar to the. RFCOMM is the protocol used by application level services. In order to use Bluetooth technology, a device must be compatible with the subset of Bluetooth profiles often called services necessary to use the desired services. Therefore it is the protocol that Windows exposes through Winsock, and thus. NET library exposes too. The SCO and L2. CAP. Winsock but instead only through driver level. Therefore 3. 2feet. NET is not able to expose these protocols. Obex File Push Transfer' title='Obex File Push Transfer' />Below I list many of the standard Bluetooth Profiles and. RFCOMM, and thus whether the 3. NET library can be used to. Even if a connection cant be make to the service itself. Bluetooth tasks, for instance discovery. SDP records, and enabling and disabling the operating system. Bluetooth. Device. Info. Set. Service. State Bluetooth. Service. Human. Interface. Device. true. Many of the profiles are based on OBEX, with the OBEX. General Object Exchange. Protocol GOEP.   The standard profiles using this protocol are OPP, FTP, SYNC. BPP, and BIP, PBAP, and MAP. NET has the Obex. Web. Request and Obex. Listener class. for client and server side use respectively. Both support PUT and the default. OBEX service, however there is some support for GET in the latest. Obex. Web. Request and both could be reconfigured to use different OBEX services. BIP. Brecham. Obex is a separate library also available from the. It provides very complete OBEX support PUT, GET, SETPATH. Folder Listings.   It can be called in an asynchronous manner to allow. There is also an open source library using it to. Both can be configured to use any OBEX service. SPP, FAX, DUN, LANP, and SAP. Of course the GOEP protocols use RFCOMM. Using L2. CAP HCRP, PAN, HID, HDP Health Device, and AVRCP. The PAN profiles use the BNEP Bluetooth Network Encapsulation Protocol layer. L2. CAP. Using AudioVideo HSP, HFP, A2. DP, AVRDP, etc etc. Windows 7 includes in box support for A2. DP, Handsfree. Headset, and AVRCP, as well as those that were supported by previous versions. HID, Serial Port, OPP, PAN, DUN, and HCRP. Note that apparently only the SPP. OPP support includes both client and server roles, for instance A2. DP, HFP. and HSP apparently only support the audio gateway role, and HID supports the host. As I wrote in an earlier document on Ir. DA 1 Sending address book entries, business cards. It is very widely supported on Mobile Phones, PDAs and. PCs.   It is Palm. OSs Beaming, Nokias Send via IR, Windows 2. Wireless. Link File Transfer irftp. Linuxs Open. Obex etc. It is used similarly in Bluetooth it is Windows. Bluetooth File Transfer Wizard, and similar names as before in the other. An advanced form of OPP that supports fetching and. FTP, see below. It is also a very convenient means for printers to accept. PCL or Post. Script etc, but can print common OBEX object types simply by. OPP, BPP or BIP etc. Name OPPObject Push Profile. Profile ID 0x. 11. Obex. Object. Push. Protocol GOEPClass Id 0x. Obex. Object. Push. OBEX Target ID Supported in 3. NET by Obex. Web. Request and. Obex. Listener. Supported in Brecham. Obex, and in its server component. Ir. DA2. 0uses2. An advanced form of OPP that supports fetching GET as. PUT mode, arbitrary objectfile types, and even. Name FTPFile Transfer Profile. Profile ID 0x. 11. Obex. File. Transfer. Protocol GOEPClass Id 0x. Obex. File. Transfer. OBEX Target ID F9. EC7. BC4 9. 53. C 1. D2 9. 84. E 5. 25. DC9. E0. 9, from Ir. DA spec. Partial support in 3. NET by Obex. Web. Request, GET is partially. Supported in Brecham. Obex, and in its server component. Ir. MCName SYNCSynchronization Profile. Profile ID 0x. 11. Ir. MCSync. Protocol GOEPClass Id 0x. Ir. MCSync 0x. 11. Ir. MCSync. Command. OBEX Target ID IRMC SYNC, from Ir. DA spec. From the specification The File Transfer Profile defines a mechanism. Bluetooth devices to exchange files in a generic fashion. The. foundation of the Basic Imaging Profile is a series of constructs that enable. Bluetooth devices to negotiate the size and encoding of imaging data to be. Built on this negotiation mechanism and required imaging format. Bluetooth Imaging. Market Requirements Document. Name BIPBasic Imaging Profile. Profile ID 0x. 11. A Imaging. Protocol GOEPClass Id 0x. B Imaging. Responder 0x. C Imaging. Automatic. Archive, 0x. 11. 1D Imaging. Reference. Objects. OBEX Target ID various. GOEP connection supported in Brecham. Obex, and in its. From the specification The Phone Book Access Profile PBAP specification. Phone Book objects between. It is especially tailored for the automotive Hands Free use case where. Car Kit installed in the car retrieves. Phone Book objects from a Mobile device typically a mobile phone or an embedded. This profile can however also be used for other use cases that require. Phone Book objects between two devices. Name PBAPPhone Book Access Profile. Profile ID 0x. 11. Phonebook Access. Protocol GOEPClass Id 0x. E Phonebook Access Client. F Phonebook Access Server. OBEX Target ID 7. GOEP connection supported in Brecham. Obex, and in its. From the specification This SIM Access Profile defines the protocols and. GSM SIM card, a UICC card or a R UIM. Bluetooth link. For example, with this profile, the user can. Bluetooth wireless link. The external. device can either be a simple SIM card holder or a portable phone, which is. Name SAPSIM Access Profile. Profile ID 0x. 11. D SIM Access. Protocol RFCOMMClass Id 0x. D SIM Access. 0x. Generic. Telephony. Supported by 3. 2feet. NET using Bluetooth. Client etc. From the specification The Message Access Profile MAP specification. It is especially tailored for the automotive handsfree use case where an. Car Kit installed in the car takes. This profile can however also be used for other use cases that. This MAP version of supports the message types. GSM SMS, CDMA SMS, Email and MMS. Future versions may support additionally. Name MAPMessage Access Profile. Profile ID 0x. 11. Message Access Profile. Protocol GOEPClass Id 0x. Message Access Server    and 0x. Message Notification Server. GOEP connection supported in Brecham. Obex, and in its. HCRP and BIP.   Also SPP and OPP. From the specification The usage model includes, but is not limited to. The data is rendered through the. The most common devices using these. This profile does not include the printing of pure. Still Image Profile BIP. Driverless printing for mobile. PDAs is defined in the Basic. Printing Profile. There are other existing Bluetooth profiles which. SPP, GOEP, OPP, FTP, and PAN. Name HCRPHardcopy Cable Replacement Profile. Profile ID 0x. 11. Hardcopy. Cable. Replacement. Protocol L2. CAPClass Id 0x. Hardcopy. Cable. Replacement. Print 0x. 11. 27 Hardcopy. Cable. Replacement. Scan. Not supported nor supportable by 3. NET. From the specification The Basic Printing Profile defines the requirements. Basic Printing usage model. This Profile makes use of the Generic Object. Exchange Profile GOEP to define the interoperability requirements for the. The most common devices using these usage. PDAs, although. more complex devices are not excluded. Usage models include printing of text. Optional support for the.