Rename Bluetooth stack function parameters to clearly indicate what sort of Bluetooth channel (ACL, RFCOMM) is required for each parameter, to make the code easier to read.

Add a new RFCOMM_ChannelSignalsReceived() Bluetooth stack callback from the RFCOMM layer for when the remote device sends new terminal control signals.

Fix RFCOMM_SendData() not aborting correctly when the requested RFCOMM channel is not found.

Add RFCOMM service routine, to send pending configuration requests on RFCOMM channels. Add in RFCOMM channel config flags, to determine which configuration commands have been sent and received.

Add a new RFCOMM_SendChannelSignals() function to transmit a change in V24 terminal handshake lines to the receiving device.

Prevent SABM packets sent to the control DLCI in the RFCOMM layer from creating a new channel entry, as the control DLCI does not have connection data associated with it.

Fix up MSC control packet handling so that received responses can be acknowledged correctly, so that the RFCOMM layer can record when the receiving device has ACKed a sent change in V24 terminal handshake lines.

Add TEST RFCOMM command handler. Remove the RFCOMM channel UseUIFrame element, as the Bluetooth adaptions to RFCOMM only allow UIH frames to be used.

Use a bitmask instead of an array of bools in the SDP UUID List matching algorithm to reduce the compiled code size and stack used.

Added new SWAPENDIAN_16() and SWAPENDIAN_32() macros to Common.h for statically initialized variables at compile time.

Rename the incomplete Bluetooth Host demo's ServiceDiscoveryProtocol.c/.h files to SDP.c/.h. Fix compile errors in RFCOMM.c/.h.

Start implementation of RFCOMM decoding layer. Add new service initialize routines for each Bluetooth service - currently unused, but will eventually reset the service state of RFCOMM when a new connection is made.

Add PSM value to the RFCOMM service so that the host knows what PSM to use on channels when trying to access it.

Reduce the size of the attribute search list from 15 ranges to 8 to save RAM.

Fix byte ordering of UUIDs in the SDP server - host can now successfully pair to the Bluetooth device and discover the exposed Serial Port Profile RFCOMM service.

The SDP UUID lists should be searched and ALL UUIDs matched for a record to be retrieved, not partial matches. Change the SDP code so that the entire list must be matched against a service attribute table's contents before it is returned.

Change matching algorithm so that it recursively searches through the entire attribute table, and not just pre-specified sequence attributes.

Add browse lists and proper descriptions to the Serial Port service.

Remove incorrect Language ID offset attribute from the SDP server - client assumes 0x0100 offset for primary language anyway, and the format of the offset was incorrect anyway.

Fix endianness issues in the Service Discovery Protocol service of the incomplete Bluetooth Host demo. Host can now correctly retrieve specific services, however Windows does not appear to be sending the appropriate generic browse class IDs needed to report the virtual serial service.

Fixed RNDISEthernet demos crashing when calculating checksums for Ethernet/TCP packets of more than ~500 bytes due to an overflow in the checksum calculation loop (thanks to Kevin Malec).

Removed string Attributes from the Service Discovery Protocol code to minimise the potential points of failure while the base code is being debugged.

Add UUID Class matching to the Service Discovery Protocol code - SDP is now correctly matched against the generic Service Discovery Class UUID.

SDP Service improvements; fixed UUID for SDP service, added Service Discovery Server UUID, better documentation.

Oops - when adding a sequence header to the SDP response, the size value needs to be cleared, not the buffer pointer.

Service Discovery ServiceSearchAttribute requests require the response to be grouped by UUID, so the response can't be generated as the attributes are read in. Buffer both UUIDs and Attributes instead and generate the response afterwards.

Short UUIDs are measured in bytes, not bits -- update Service Discovery Protocol code so that it can now correctly match against UUIDs in the service table.

More SDP code improvements - responses to ServiceSearchAttribute service discovery requests should now be valid, even if they do not currently return the device's services and service attributes.

Added more documentation to the incomplete Bluetooth stack code.

Switch over the BluetoothHost demo's Service Discovery code to pass around more generic GUID arrays.

Refactor Service Discovery Protocol code in the incomplete Bluetooth Host demo, so that the UUID list is compiled via a seperate function to allow for its re-use between different SDP request types.

Add svn:eol-style property to source files, so that the line endings are correctly converted to the target system's native end of line style.

Added new HCI states to properly initialize the bluetooth dongle and retrieve the local BDADDR.

Factored out Bluetooth state information into a new state structure for easy reference in the user application.

Added new StackInitialized() Bluetooth stack callback function.

Fixed HID Device Class Driver not allocating a temporary buffer when the host requests a report via the control endpoint and the user has set the PrevReportINBuffer driver configuration element to NULL (thanks to Lars Noschinski).

Clean up incomplete BluetoothHost debugging commands to use GCC extension to avoid NULL parameters when no formatting is required.

Minor documentation improvements.

Rename FunctionAttributes.h to Attributes.h, as some attributes are applicable to variables also. Add new ATTR_NOINIT attribute for global variables.

Add the beginnings of a SDP implentation to the incomplete BluetoothHost demo.

Add const attribute to the Mass Storage Host driver functions where it was applicable, but missing.

Document the Bluetooth ACL layer. Remove unneeded parameters from the signalling command processing routines.

Change over the code so that the bluetooth packet data is read in by the stack rather than the user application, to make it more unform for sending/receiving, and so the library can handle incomming fragmentation in the future.

Start Service Discovery Protocol decoding and processing.

Minor updates to the unfinished SideShow demo for clarity.

Added unfinished MassStorageHost class driver demo.