Constructor - set initial values

Destructor.

Check, if required, the object connection ID.

Check, if required, that the packet connection ID matches that of the Server's current connection

This function is to ensure that a response a server application provides the Obex Server to respond to the Obex Client with when it has overriden the default handling of a request packet does not represent a success.

The rationale for this is to attempt to keep the Obex peers synchronised. As the packet has been dropped, the client should not be lead to believe it has been received successfully.

Therefore, this function asserts that the application does not send a success response for the request packet received.

Returns the operation currently being performed by the remote client, or EOpIdle if between operations. Note that there is no implication of whether the server is currently connected; EOpIdle will be returned regardless of connection state, if no operation is currently being performed. Use CObex::IsConnected () to find connection staus.

Contains the functionality for the PacketHeader interface functions in a refactored way.

Provides additional interfaces for CObexServer.

Tests if the server is started, and is available to accept connections.

Allocates and constructs a new OBEX server object.

The received protocol information object, aObexProtocolInfoPtr, specifies the transport protocol to use: For the standard transports the following are used, TObexIrProtocolInfo for IrDA, TObexBluetoothProtocolInfo for Bluetooth, TObexUsbProtocolInfo for USB.

Allocates and constructs a new OBEX server object with packet sizing information.

The received protocol information object, aObexProtocolInfoPtr, specifies the transport protocol to use: For the standard transports the following are used, TObexIrProtocolInfo for IrDA, TObexBluetoothProtocolInfo for Bluetooth, TObexUsbProtocolInfo for USB.

The aObexProtocolPolicy parameter specifies the packet sizing policy for this OBEX object.

Allocates and constructs a new OBEX server object with packet sizing information.

The received transport information object, aObexTransportInfo, specifies the transport protocol and packet sizes to use: For the standard transports the following are used, TObexIrProtocolInfo for IrDA, TObexBluetoothProtocolInfo for Bluetooth, TObexUsbProtocolInfo for USB.

Tell the MObexServerNotifyAsync observer the transport is down and listen for another connection.

Provides the pre-parsed contents of the most recently received request packet.

Provides the selectively pre-parsed contents of the most recently received request packet.

Prepare next packet for the connection attempt ConnectionID and Who headers are Mandatory if the Target header was used in the connection from

Prepare next packet for an invalid connection attempt (i.e. the ParseConnectPacket failed). A fail response (to a connect request) includes the version, flags, and packet size information.

Complete an asynchronous callback, supplying a obex response code. This function is used for asychronously handling PutComplete, GetComplete and SetPath Indication.

Complete an asynchronous callback, supplying a obex response code. This function is used for asychronously handling PutComplete, GetComplete and SetPath Indication.

Complete an asynchronous callback, supplying a CObexBaseObject derived object. Passing in NULL results in an Obex level error being sent to the client -- the semantics are that either a PUT request has been rejected or a GET request has not found a suitable object to return.

Complete an asynchronous callback, supplying a obex response code. Applications should use this function when rejecting Get/Put RequestIndication in order to specify the response code.

Complete an asynchronous callback, supplying a obex response code. Applications should use this function when rejecting Get/Put RequestIndication in order to specify the error code.

Resets the password.

After this call, a client does not need to provide a password to access the server.

Sets a password required to access the server.

When a password is set, a client must specify it to access the server.

Setter function to allow other classes in the DLL to set the Server's current operation. Used by the Server state machine. CObexServerStateMachine

Specify the set of headers to return to remote Obex client in final Put response packet. The total length of the headers when encoded should not exceed the maximum Obex packet payload size.

This function may be called at any point during a Put operation. Repeated calls to this replace rather than add to the header set for inclusion in the final Put response packet.

It may be called with a NULL pointer, which means that no headers will be sent with the Put Final Response.

Even if this function returns with an error (even KErrNotReady) a best-effort attempt will be made to send as many headers as will fit in the final Put response packet.

Sets a read activity observer.

This replaces any previous observer. The observer will receive a callback when the first read arrives for a put or get request.

This does not transfer ownership.

Specifies target header checking behaviour.

Supports three behaviours---never check, always check, and check only if a target header has been sent. The default behaviour is to only check when a target header has been sent.

No checking allows a form of multiplexing to be used, where one server object may respond to multiple target headers. The behaviour desired by the client can be determined by examining the target header specified in the Connect.

Signals an event has ocurred.

Starts the server, specifying a synchronous notification interface.

If the server is already started, no state changes occur (i.e. any connections/operations in progress are not interrupted), but the notifications will be sent to aOwner. This allows "child" servers to take over ownership of existing connections.

Details of this function behaviour depend on the transport specified when constructed: in general a listener socket is created, its port number registered as appropriate, and an accept queued.

Starts the server, specifying an asynchronous notification interface.

If the server is already started, no state changes occur (i.e. any connections/operations in progress are not interrupted), but the notifications will be sent to aOwner. This allows "child" servers to take over ownership of existing connections.

Details of this function behaviour depend on the transport specified when constructed: in general a listener socket is created, its port number registered as appropriate, and an accept queued.

Disconnects any transfer in progress and disables further connections.

Returns a pointer to the TObexTransportInfo being used by the OBEX transport layer. THE USER MUST NOT MODIFY THE OBJECT POINTED TO. This is useful primarily when using OBEX over RFCOMM and the user has specified 'KRfcommPassiveAutoBind' as the port. KRfcommPassiveAutoBind makes RFCOMM itself find a free port. The user needs to know which port is really being used by RFCOMM in order to correctly populate the SDP record. May be called meaningfully after CObexServer::Start has returned KErrNone.

A call back from the the service with the password required for use with generating the challenge response.

The target header checking to apply to incoming connection requests. Defaults to EIfPresent. CObexServer::SetTargetChecking