/*************************************************************************
* FUNCTION
* avrcpQueryCTCallback
* DESCRIPTION
* The function is called by SDAP to indicate the profiles the search result
* Modified by MTK Dlight mtk01239
*
* PARAMETERS
* sqt : SdpQueryToken contains information such as remote device information. uuid...
* result : The service search result.
* serv_chn: It is not used in AVRCP profile
* RETURNS
* None
* LOCAL AFFECTED
*
*************************************************************************/
void avrcpQueryCTCallback(SdpQueryToken *sqt, U8 result, U8 attribute_index, U8 *attribute_value)
{
SdpQueryToken *token;
BtRemoteDevice *remDev;
U16 feature = 0;
BtStatus status = 0;
AvrcpChannel *chnl = ContainingRecord(
sqt,
AvrcpChannel,
sdpQueryToken
);
token = sqt;
if(chnl->cmgrHandler.bdc ==0)
{
/*
The remote side connects our AVRCP after we send avrcp connect req.
We will reject the remote side avrcp connect req but will get a disconnect ind.
The Avrcp connect req from our side will think the connect requestion is failed and
remove the cmgr and rem at the same time.
*/
if (sqt->rm !=0)
sqt->rm->discFlag = 1;
return;
}
remDev = chnl->cmgrHandler.bdc->link;
if( chnl ){
/// has do the search
chnl->remoteCTSdp.ctValid = TRUE;
}
kal_trace( BT_TRACE_G8_AVRCP, BT_AVRCP_SDP_CT_CALLBACK , result, attribute_index);
switch (result)
{
case BT_STATUS_SUCCESS:
{
/// remote has a TG record
chnl->remoteCTSdp.ctAvailable= TRUE;
switch( avrcp_sdp_attribute_id_list[attribute_index] ){
case AID_PROTOCOL_DESC_LIST:
{
/// update the result
chnl->remoteCTSdp.ctVersion = BEtoHost16(attribute_value);
}
break;
case AID_SUPPORTED_FEATURES:
{
/// update the result
chnl->remoteCTSdp.ctFeatureFlag = BEtoHost16(attribute_value);
OS_Report("[AVRCP] SDP attr_value[0]:0x%x attr_value[1]:0x%x attr_value[2]:0x%x attr_value[3]:0x%x", attribute_value[0], attribute_value[1], attribute_value[2], attribute_value[3]);
chnl->remoteCTSdp.ctSupportBrowse = chnl->remoteCTSdp.ctFeatureFlag && 0x40;
OS_Report("[AVRCP] SDP chnl->remoteCTSdp.ctFeatureFlag:%d", chnl->remoteCTSdp.ctFeatureFlag);
/// search is finished. try to connect
if( 2 == avrcp_sdp_attribute_num ){
if( chnl->connFlag == 1 ){
if(chnl->conntimer.func!=0)
EVM_CancelTimer(&chnl->conntimer);
chnl->conntimer.func = AVRCP_Connect_Timeout;
chnl->conntimer.context = remDev;
EVM_StartTimer(&chnl->conntimer, 20);
AVRCP_UtilAVRCPSDPQueryInd(chnl, 0, chnl->remoteTGSdp.tgVersion, chnl->remoteTGSdp.tgFeatureFlag, chnl->remoteCTSdp.ctVersion, chnl->remoteCTSdp.ctFeatureFlag);
}
}
}
break;
case AID_BT_PROFILE_DESC_LIST: //case AID_ADDITIONAL_PROT_DESC_LISTS:
{
chnl->remoteCTSdp.ctVersion = BEtoHost16(attribute_value);
status = parseAvrcpVersion(attribute_value, &feature);
if( BT_STATUS_SUCCESS == status ){
chnl->remoteCTSdp.ctVersion = feature;
}else{
OS_Report("[AVRCP] SDP error status:%d", status);
}
kal_trace( BT_TRACE_G8_AVRCP, BT_AVRCP_SDP_CT_INFO , chnl->remoteCTSdp.ctAvailable, chnl->remoteCTSdp.ctVersion, chnl->remoteCTSdp.ctFeatureFlag, chnl->remoteCTSdp.ctSupportBrowse);
OS_Report("[AVRCP] SDP ctVersion:%d", chnl->remoteCTSdp.ctVersion);
if( chnl->connFlag == 1 ){
if(chnl->conntimer.func!=0)
EVM_CancelTimer(&chnl->conntimer);
chnl->conntimer.func = AVRCP_Connect_Timeout;
chnl->conntimer.context = remDev;
EVM_StartTimer(&chnl->conntimer, 20);
}
AVRCP_UtilAVRCPSDPQueryInd(chnl, 0, chnl->remoteTGSdp.tgVersion, chnl->remoteTGSdp.tgFeatureFlag, chnl->remoteCTSdp.ctVersion, chnl->remoteCTSdp.ctFeatureFlag);
}
break;
}
}
break;
case BT_STATUS_CONNECTION_FAILED:
case BT_STATUS_FAILED:
case BT_STATUS_NOSERVICES:
{
kal_trace( BT_TRACE_G8_AVRCP, BT_AVRCP_SDP_CT_INFO , chnl->remoteCTSdp.ctAvailable, chnl->remoteCTSdp.ctVersion, chnl->remoteCTSdp.ctFeatureFlag, chnl->remoteCTSdp.ctSupportBrowse);
/// NO TG record available => search CT
/// One of CT or TG is available => try to conne ct
if( FALSE == chnl->remoteCTSdp.ctAvailable && FALSE == chnl->remoteTGSdp.tgAvailable ){
AvrcpReportFailedConnect(chnl);
}else{
/// After a TG connect
if(chnl->conntimer.func!=0)
EVM_CancelTimer(&chnl->conntimer);
chnl->conntimer.func = AVRCP_Connect_Timeout;
chnl->conntimer.context = remDev;
EVM_StartTimer(&chnl->conntimer, 20);
}
AVRCP_UtilAVRCPSDPQueryInd(chnl, 1, 0, 0, 0 , 0);
}
break;
}
}
/*---------------------------------------------------------------------------
* BipInitiatorCallback
*---------------------------------------------------------------------------
*
* Synopsis: This function processes Initiator events.
*
* Return: void
*
*/
void BipInitiatorCallback(GoepClientEvent *event)
{
BipObexClient *client;
BipCallbackParms parms;
BipImgHandlePtr ih;
U8 *p;
parms.obex.client = FindBipInitiator(event->handler);
if (parms.obex.client == 0) {
kal_trace(BT_TRACE_G6_OBEX,BT_BIP_INITIATOR_NOT_FOUND);
return;
}
client = parms.obex.client;
switch (event->event) {
case GOEP_EVENT_TP_CONNECTED:
/* The transport layer connection is up. Send an OBEX Connect. */
//Report(("BIP: Client: Transport Layer connection established.\n"));
GOEP_Connect(&client->cApp, &client->connect);
break;
case GOEP_EVENT_TP_DISCONNECTED:
/* The transport layer connection has been disconnected. */
//Report(("BIP: Client: The transport connection has been disconnected.\n"));
if (client->state == BIPCHS_CONNECTING) {
BipAppCallBack(&parms, event->reason, BIPINITIATOR_FAILED);
}
client->data = &client->tData;
client->data->bipOp = BIPOP_CONNECT;
BipAppCallBack(&parms, OB_STATUS_DISCONNECT, BIPINITIATOR_COMPLETE);
client->tData.offset = client->tData.totLen = 0;
if (client->pushPull.object) {
BIPOBS_Close((BipObStoreHandle *)&client->pushPull.object);
}
break;
case GOEP_EVENT_COMPLETE:
/* The requested operation has completed. */
switch (event->oper) {
case GOEP_OPER_CONNECT:
/* OBEX connection is established. */
client->state = BIPCHS_CONNECTED;
//Report(("BIP: Client: OBEX Connect Operation is complete.\n"));
client->data->bipOp = BIPOP_CONNECT;
BipAppCallBack(&parms, OB_STATUS_SUCCESS, BIPINITIATOR_COMPLETE);
break;
case GOEP_OPER_PUSH:
Assert(client->pushPull.object);
BIPOBS_Close((BipObStoreHandle *)&client->pushPull.object);
/* OBEX put is complete. */
client->state = BIPCHS_COMPLETED;
//Report(("BIP: Client: OBEX Put Operation is complete.\n"));
BipAppCallBack(&parms, OB_STATUS_SUCCESS, BIPINITIATOR_COMPLETE);
client->state = BIPCHS_CONNECTED;
break;
case GOEP_OPER_PULL:
BIPOBS_Close((BipObStoreHandle *)&client->pushPull.object);
client->state = BIPCHS_COMPLETED;
//Report(("BIP: Client: OBEX Pull Operation is complete.\n"));
BipAppCallBack(&parms, OB_STATUS_SUCCESS, BIPINITIATOR_COMPLETE);
client->state = BIPCHS_CONNECTED;
break;
case GOEP_OPER_DISCONNECT:
/* OBEX Disconnect is complete, disconnect link. */
//Report(("BIP: Client: OBEX Disconnect Operation is complete.\n"));
client->state = BIPCHS_INITIALIZED;
GOEP_TpDisconnect(&client->cApp);
client->b_TpDisconnect_called = KAL_TRUE;
break;
case GOEP_OPER_ABORT:
//Report(("BIP: Client: OBEX Abort Operation is complete.\n"));
client->state = BIPCHS_ABORTED;
BipAppCallBack(&parms, event->reason, BIPINITIATOR_ABORT);
if (client->pushPull.object) {
/* close any objects associated with the aborted operation */
BIPOBS_Close((BipObStoreHandle *)&client->pushPull.object);
}
client->state = BIPCHS_CONNECTED;
break;
default:
//Report(("BIP: Client: OBEX Operation %d is complete.\n", event->oper));
break;
}
client->tData.offset = client->tData.totLen = 0;
client->data = &client->tData;
client->tData.bipOp = BIPOP_NOP;
break;
case GOEP_EVENT_ABORTED:
/* Handle the Partial Content special case on PutImage */
if (event->oper == GOEP_OPER_PUSH &&
((BipObStoreHandle)client->pushPull.object)->bipOp == BIPOP_PUT_IMAGE &&
event->reason == OBRC_PARTIAL_CONTENT) {
BIPOBS_Close((BipObStoreHandle *)&client->pushPull.object);
client->state = BIPCHS_COMPLETED;
kal_trace(BT_TRACE_G6_OBEX,BT_BIP_I_PARTIALCONTENT_PUTIMG);
BipAppCallBack(&parms, OBRC_PARTIAL_CONTENT, BIPINITIATOR_COMPLETE);
client->state = BIPCHS_CONNECTED;
break;
}
if (event->oper == GOEP_OPER_PULL && client->pushPull.object &&
((BipObStoreHandle)client->pushPull.object)->bipOp == BIPOP_GET_IMAGES_LIST &&
event->reason == OBRC_PARTIAL_CONTENT) {
BIPOBS_Close((BipObStoreHandle *)&client->pushPull.object);
client->state = BIPCHS_COMPLETED;
kal_trace(BT_TRACE_G6_OBEX,BT_BIP_I_PARTIALCONTENT_GETIMGLIST);
BipAppCallBack(&parms, OBRC_PARTIAL_CONTENT, BIPINITIATOR_COMPLETE);
client->state = BIPCHS_CONNECTED;
break;
}
if(event->oper == GOEP_OPER_CONNECT)
{
//Report(("BIP: Client: Received failed connect response, disconnect the transport layer.\n"));
if (event->reason == OBRC_LINK_DISCONNECT)
{
/* in case of TP_DISCONNECT, OBEX will invoke ABORT firtly */
client->state = BIPCHS_INITIALIZED;
client->b_TpDisconnect_called = KAL_TRUE;
break;
}
if (client->state == BIPCHS_AUTHENTICATING)
{
client->data = &client->tData;
client->data->bipOp = BIPOP_CONNECT;
BipAppCallBack(&parms, (U16)(event->failed_rsp_code & 0x7F), BIPINITIATOR_ABORT);
}
else
{
client->state = BIPCHS_INITIALIZED;
GOEP_TpDisconnect(&client->cApp);
}
break;
}
/* The requested operation has failed. Alert the user and cleanup. */
//Report(("BIP: Client: The Operation was aborted, %d.\n", event->reason));
client->state = BIPCHS_ABORTED;
//BipAppCallBack(&parms, event->reason, BIPINITIATOR_ABORT);
BipAppCallBack(&parms, (U16)(event->failed_rsp_code & 0x7F), BIPINITIATOR_ABORT);
if (client->pushPull.object) {
/* close any objects associated with the aborted operation */
BIPOBS_Close((BipObStoreHandle *)&client->pushPull.object);
}
client->state = BIPCHS_CONNECTED;
break;
case GOEP_EVENT_CONTINUE:
BipAppCallBack(&parms, event->reason, BIPINITIATOR_CONTINUE);
/* Allways continue on sender side */
/* GOEP_ClientContinue(&client->cApp); */
break;
case GOEP_EVENT_HEADER_RX:
switch (event->header.type) {
case OBEXH_LENGTH:
if (event->oper == GOEP_OPER_PULL) {
/* Set the object length for Pull operations only */
BIPOBS_SetObjectLen((BipObStoreHandle)client->pushPull.object,
event->info.pull.objectLen);
}
break;
case BIPH_IMG_DESCRIPTION:
if (event->header.len == 0 ||
event->header.len == event->header.totalLen) {
/* reset the offset */
client->data->offset = 0;
}
if (event->header.len != 0) {
/* tell the initiator we have data */
client->data->totLen = event->header.totalLen;
client->data->len = event->header.len;
switch (client->data->bipOp) {
case BIPOP_GET_IMAGES_LIST:
client->data->i.iHDsc.buff = event->header.buffer;
client->data->dataType = BIPIND_HANDLES_DESCRIPTOR;
break;
case BIPOP_PUT_IMAGE:
case BIPOP_GET_IMAGE:
client->data->i.iIDsc.buff = event->header.buffer;
client->data->dataType = BIPIND_IMAGE_DESCRIPTOR;
break;
default:
break;
}
BipAppCallBack(&parms, 0, BIPINITIATOR_DATA_IND);
/* Check if we have the entire description */
if (client->data->totLen >
event->header.len + client->data->offset) {
client->data->offset += event->header.len;
}
else {
/* Set the offset back to null */
client->data->offset = client->data->totLen = 0;
}
}
break;
case BIPH_IMG_HANDLE:
/* GOEP indicates the entire Unicode header */
if (event->header.len != 0) {
int i;
switch (client->data->bipOp) {
case BIPOP_PUT_IMAGE:
case BIPOP_REMOTE_DISPLAY:
case BIPOP_GET_MONITORING_IMAGE:
ih = client->data->i.iHndl.imgHandle;
client->data->dataType = BIPIND_IMAGE_HANDLE;
break;
default:
/* We don't expect an Image Handle for other ops,
* but this is the end of the op, so ignore it.
*/
//Report(("BIP: Image Handle %s ignored.\n", event->header.buffer));
return;
}
/* copy the data from the buffer */
for(i=0; i < (event->header.len/2); i++)
{
ih[i] = event->header.buffer[2*i + 1];
}
/* OS_MemCopy((U8 *)ih, event->header.buffer, event->header.len); */
/* Indicate the complete Image Handle header */
BipAppCallBack(&parms, 0, BIPINITIATOR_DATA_IND);
}
break;
case OBEXH_APP_PARAMS:
/* Check for parameters */
if (event->header.len == 0) {
break;
}
/* Reassemble the parameters */
ASSERT(client->appParms[0] + event->header.len <= sizeof(client->appParms));
p = client->appParms + client->appParms[0] + 1;
OS_MemCopy(p, event->header.buffer, event->header.len);
client->appParms[0] += event->header.len;
if (client->appParms[0] == event->header.totalLen) {
/* Parse the App Parameters */
p = client->appParms + 1;
while (p - (client->appParms + 1) < event->header.totalLen) {
switch (p[0]) {
case BIPAPTAG_NB_RETURNED_HANDLES:
client->data->i.iList.nbReturnedHandles =
BEtoHost16(p + 2);
break;
case BIPAPTAG_LIST_START_OFFSET:
break;
case BIPAPTAG_LATEST_CAPTURED_IMAGES:
break;
case BIPAPTAG_PARTIAL_FILE_LENGTH:
case BIPAPTAG_PARTIAL_FILE_START_OFFSET:
case BIPAPTAG_TOTAL_FILE_SIZE:
case BIPAPTAG_END_FLAG:
case BIPAPTAG_REMOTE_DISPLAY:
case BIPAPTAG_SERVICE_ID:
case BIPAPTAG_STORE_FLAG:
break;
default:
break;
}
p += p[1] + 2;
}
/* Reset the App Param length */
client->appParms[0] = 0;
}
break;
default:
break;
}
break;
case GOEP_EVENT_DISCOVERY_FAILED:
case GOEP_EVENT_NO_SERVICE_FOUND:
client->data = &client->tData;
client->data->bipOp = BIPOP_CONNECT;
BipAppCallBack(&parms, BIP_NO_SERVICE_FOUND, BIPINITIATOR_FAILED);
break;
case GOEP_EVENT_SCO_REJECT:
client->data = &client->tData;
client->data->bipOp = BIPOP_CONNECT;
BipAppCallBack(&parms, BIP_SCO_REJECT, BIPINITIATOR_FAILED);
break;
case GOEP_EVENT_BTCHIP_REJECT:
client->data = &client->tData;
client->data->bipOp = BIPOP_CONNECT;
BipAppCallBack(&parms, BIP_BTCHIP_REJECT, BIPINITIATOR_FAILED);
break;
#if OBEX_AUTHENTICATION == XA_ENABLED
case GOEP_EVENT_AUTH_CHALLENGE:
client->state = BIPCHS_AUTHENTICATING;
parms.challenge = &event->challenge;
BipAppCallBack(&parms, 0, BIP_OBAUTH_CHAL);
break;
case GOEP_EVENT_AUTH_RESPONSE:
parms.response = &event->response;
BipAppCallBack(&parms, 0, BIP_OBAUTH_RSP);
break;
#endif /* OBEX_AUTHENTICATION == XA_ENABLED */
default:
//Report(("BIP: Client Event %d ignored.\n", event));
break;
}
}
/*************************************************************************
* FUNCTION
* avrcpQueryTGCallback
* DESCRIPTION
* The function is called by SDAP to indicate the profiles the search result
*
* PARAMETERS
* sqt : SdpQueryToken contains information such as remote device information. uuid...
* result : The service search result.
* serv_chn: It is not used in AVRCP profile
* RETURNS
* None
* LOCAL AFFECTED
*
*************************************************************************/
void avrcpQueryTGCallback(SdpQueryToken *sqt, U8 result, U8 attribute_index, U8 *attribute_value)
{
SdpQueryToken *token;
BtRemoteDevice *remDev;
AvrcpChannel *chnl = ContainingRecord(
sqt,
AvrcpChannel,
sdpQueryToken
);
token = sqt;
if(chnl->cmgrHandler.bdc ==0)
{
/*
The remote side connects our AVRCP after we send avrcp connect req.
We will reject the remote side avrcp connect req but will get a disconnect ind.
The Avrcp connect req from our side will think the connect requestion is failed and
remove the cmgr and rem at the same time.
*/
if (sqt->rm !=0)
sqt->rm->discFlag = 1;
return;
}
if( chnl ){
/// has do the search
chnl->remoteTGSdp.tgValid = TRUE;
}
remDev = chnl->cmgrHandler.bdc->link;
kal_trace( BT_TRACE_G8_AVRCP, BT_AVRCP_SDP_TG_CALLBACK , result, attribute_index);
switch (result)
{
case BT_STATUS_SUCCESS:
{
/// remote has a TG record
chnl->remoteTGSdp.tgAvailable= TRUE;
switch( avrcp_sdp_attribute_id_list[attribute_index] ){
case AID_PROTOCOL_DESC_LIST:
{
/// update the result
chnl->remoteTGSdp.tgVersion = BEtoHost16(attribute_value);
}
break;
case AID_SUPPORTED_FEATURES:
{
/// update the result
chnl->remoteTGSdp.tgFeatureFlag = BEtoHost16(attribute_value);
/// search is finished. try to connect
if( 2 == avrcp_sdp_attribute_num ){
if( chnl->connFlag == 1 ){ // pending connect
if(chnl->conntimer.func!=0)
EVM_CancelTimer(&chnl->conntimer);
chnl->conntimer.func = AVRCP_Connect_Timeout;
chnl->conntimer.context = remDev;
EVM_StartTimer(&chnl->conntimer, 20);
}
AVRCP_UtilAVRCPSDPQueryInd(chnl, 0, chnl->remoteCTSdp.ctFeatureFlag, chnl->remoteTGSdp.tgFeatureFlag);
}
}
break;
case AID_BT_PROFILE_DESC_LIST: //AID_ADDITIONAL_PROT_DESC_LISTS:
{
chnl->remoteTGSdp.tgSupportBrowse = BEtoHost16(attribute_value);
kal_trace( BT_TRACE_G8_AVRCP, BT_AVRCP_SDP_TG_INFO , chnl->remoteTGSdp.tgVersion, chnl->remoteTGSdp.tgFeatureFlag, chnl->remoteTGSdp.tgSupportBrowse);
if( chnl->connFlag == 1 ){ // pending connect
if(chnl->conntimer.func!=0)
EVM_CancelTimer(&chnl->conntimer);
chnl->conntimer.func = AVRCP_Connect_Timeout;
chnl->conntimer.context = remDev;
EVM_StartTimer(&chnl->conntimer, 20);
}
AVRCP_UtilAVRCPSDPQueryInd(chnl, 0, chnl->remoteTGSdp.tgFeatureFlag, chnl->remoteCTSdp.ctFeatureFlag);
}
break;
}
}
/* AVRCP implementor shall handle the status report, ESI not handle it!*/
break;
case BT_STATUS_CONNECTION_FAILED:
case BT_STATUS_FAILED:
case BT_STATUS_NOSERVICES:
/// NO CT or TG record available => report fail
/// One of CT or TG is available => try to connect
kal_trace( BT_TRACE_G8_AVRCP, BT_AVRCP_SDP_TG_INFO , chnl->remoteTGSdp.tgAvailable, chnl->remoteTGSdp.tgVersion, chnl->remoteTGSdp.tgFeatureFlag, chnl->remoteTGSdp.tgSupportBrowse);
if( FALSE == chnl->remoteCTSdp.ctAvailable && FALSE == chnl->remoteTGSdp.tgAvailable ){
// search remote's CT role and try to connect it
AvrcpStartMultiServiceQuery(chnl, BSQM_FIRST, AVRCP_TG); // local is TG
}else{
/// After a TG connect
if(chnl->conntimer.func!=0)
EVM_CancelTimer(&chnl->conntimer);
chnl->conntimer.func = AVRCP_Connect_Timeout;
chnl->conntimer.context = remDev;
EVM_StartTimer(&chnl->conntimer, 20);
}
AVRCP_UtilAVRCPSDPQueryInd(chnl, 1, 0, 0);
break;
}
}
/*---------------------------------------------------------------------------
* BipResponderCallback
*---------------------------------------------------------------------------
*
* Synopsis: This function processes Responder events.
*
* Return: void
*
*/
void BipResponderCallback(GoepServerEvent *event)
{
ObexRespCode rcode;
ObStatus status;
BipObexServer *server;
BipCallbackParms parms;
U8 *p;
BipImgHandlePtr ih = NULL;
parms.obex.server = FindBipResponder(event->handler);
if (parms.obex.server == 0) {
kal_trace(BT_TRACE_G6_OBEX,BT_BIP_RESPONDER_NOT_FOUND);
return;
}
server = parms.obex.server;
switch (event->event) {
case GOEP_EVENT_TP_CONNECTED:
//Report(("[BIP ADP] Server: Transport Connection has come up.\n"));
break;
case GOEP_EVENT_TP_DISCONNECTED:
//Report(("[BIP ADP] Server: Transport Connection has been disconnected.\n"));
if (server->object) {
/* close any objects associated with the aborted operation */
BIPOBS_Close(&server->object);
}
server->request.bipOp = BIPOP_CONNECT;
BipAppCallBack(&parms, OB_STATUS_DISCONNECT, BIPRESPONDER_COMPLETE);
server->request.offset = server->request.totLen = 0;
break;
case GOEP_EVENT_ABORTED:
/*
since OBEX do not updated now...
if (event->abortReason != OBRC_LINK_DISCONNECT)
*/
{
/* Check if thumbnail is requested by Partial Content rspcode */
if ((event->oper == GOEP_OPER_PUSH) &&
(server->object) &&
(server->object->bipOp == BIPOP_PUT_IMAGE) &&
(server->object->code == OBRC_PARTIAL_CONTENT)) {
/* Handle the Partial Content special case on PutImage */
BIPOBS_Close(&server->object);
BipAppCallBack(&parms, OBRC_PARTIAL_CONTENT, BIPRESPONDER_COMPLETE);
break;
}
if ((event->oper == GOEP_OPER_PULL) && server->object &&
(server->object->bipOp == BIPOP_GET_IMAGES_LIST) &&
(server->object->code == OBRC_PARTIAL_CONTENT)) {
/* Handle the Partial Content special case on PutImage */
BIPOBS_Close(&server->object);
BipAppCallBack(&parms, OBRC_PARTIAL_CONTENT, BIPRESPONDER_COMPLETE);
break;
}
}
kal_trace(BT_TRACE_G6_OBEX,BT_BIP_SERVER_OPER_ABORTED, event->oper);
if (server->object) {
/* close any objects associated with the aborted operation */
BIPOBS_Close(&server->object);
}
/* Tell the responder to abort */
BipAppCallBack(&parms, 0, BIPRESPONDER_ABORT);
break;
case GOEP_EVENT_PRECOMPLETE:
if ((event->oper == GOEP_OPER_PUSH) &&
(server->object->bipOp == BIPOP_PUT_IMAGE) &&
(server->object->code == OBRC_PARTIAL_CONTENT)) {
/* Handle the Partial Content special case on PutImage */
kal_trace(BT_TRACE_G6_OBEX,BT_BIP_SERVER_PARTIAL_CONTENT_PUTIMG);
GOEP_ServerAbort(&server->sApp, OBRC_PARTIAL_CONTENT);
}
else if ((event->oper == GOEP_OPER_PULL) &&
(server->object->bipOp == BIPOP_GET_IMAGES_LIST) &&
(server->object->code == OBRC_PARTIAL_CONTENT)) {
/* Handle the Partial Content special case on PutImage */
kal_trace(BT_TRACE_G6_OBEX,BT_BIP_SERVER_PARTIAL_CONTENT_GETIMGLIST);
GOEP_ServerAbort(&server->sApp, OBRC_PARTIAL_CONTENT);
}
break;
case GOEP_EVENT_CONTINUE:
status = OB_STATUS_SUCCESS;
switch(event->oper) {
case GOEP_OPER_DISCONNECT:
status = OB_STATUS_DISCONNECT;
/* No break; fall through */
case GOEP_OPER_ABORT:
/* <!-- added by yfchu on 2007.8.16 */
GOEP_ServerContinue(&server->sApp);
/* --> */
return;
case GOEP_OPER_CONNECT:
server->request.bipOp = BIPOP_CONNECT;
break;
case GOEP_OPER_PUSH:
if ((server->object->bipOp == BIPOP_PUT_IMAGE) &&
(event->info.pushpull.finalBit)) {
/* Queue the Image Handle header in the final Put Response packet */
/* Avoid to abort operation for lack of image handle info
if (server->request.r.rImg.imgHandle[0] == 0) {
GOEP_ServerAbort(&server->sApp, OBRC_INTERNAL_SERVER_ERR);
}
*/
if (server->request.r.rImg.imgHandle != 0) {
int i = 0;
server->request.r.rImg.imgHandle[7] = 0;
while (server->request.r.rImg.imgHandle[i] != 0)
{
server->request.r.rImg.imgHandleUni[2*i] = 0;
server->request.r.rImg.imgHandleUni[2*i + 1] = server->request.r.rImg.imgHandle[i];
i++;
}
server->request.r.rImg.imgHandleUni[2*i] = 0;
server->request.r.rImg.imgHandleUni[2*i + 1] = 0;
if (GOEP_ServerQueueHeader(&server->sApp, BIPH_IMG_HANDLE,
(U8 *)server->request.r.rImg.imgHandleUni, (U16)(2*i+2)) == FALSE) {
GOEP_ServerAbort(&server->sApp, OBRC_INTERNAL_SERVER_ERR);
}
}
}
else if (server->request.bipOp == BIPOP_PUT_IMAGE &&
(server->request.r.rImg.name[0] == 0 &&
server->request.r.rImg.name[1] == 0))
{
OS_MemCopy(server->request.r.rImg.name, server->object->name,
GOEP_MAX_UNICODE_LEN*2);
server->request.r.rImg.img_len = server->object->objLen;
}
break;
}
parms.FinalPacket = event->info.pushpull.finalBit;
BipAppCallBack(&parms, status, BIPRESPONDER_CONTINUE);
break;
case GOEP_EVENT_COMPLETE:
switch (event->oper) {
case GOEP_OPER_CONNECT:
server->request.bipOp = BIPOP_CONNECT;
BipAppCallBack(&parms, OB_STATUS_SUCCESS, BIPRESPONDER_COMPLETE);
break;
case GOEP_OPER_PUSH:
case GOEP_OPER_PULL:
rcode = BIPOBS_Close(&server->object);
if (rcode != OBRC_SUCCESS) {
GOEP_ServerAbort(&server->sApp, rcode);
}
BipAppCallBack(&parms, OB_STATUS_SUCCESS, BIPRESPONDER_COMPLETE);
break;
default:
break;
}
//Report(("BIP: Server: %d operation complete.\n", event->oper));
server->request.offset = server->request.totLen = 0;
server->request.bipOp = BIPOP_NOP;
break;
case GOEP_EVENT_START:
if (event->oper == GOEP_OPER_PULL || event->oper == GOEP_OPER_PUSH) {
BipObexServer *rServer = parms.obex.server;
rServer->object = BIPOBS_New(&rServer->sApp);
Assert(rServer->object);
/* New operation, initialize BipData */
OS_MemSet((U8 *)&rServer->request, 0, sizeof(BipData));
}
if (event->oper == GOEP_OPER_CONNECT)
{
BipObexServer *rServer = parms.obex.server;
/* New operation, initialize connect target */
OS_MemSet(rServer->request.r.rConnect.targetUuid, 0, sizeof(rServer->request.r.rConnect.targetUuid));
rServer->request.r.rConnect.targetLen = 0;
rServer->request.r.rConnect.targetService = 0;
}
break;
case GOEP_EVENT_HEADER_RX:
switch (event->header.type) {
case OBEXH_LENGTH:
if (event->oper == GOEP_OPER_PUSH) {
/* Set the object length for Put operations only */
BIPOBS_SetObjectLen(server->object, event->info.pushpull.objectLen);
}
break;
case BIPH_IMG_DESCRIPTION:
if (event->header.len == 0 ||
event->header.len == event->header.totalLen) {
/* reset the offset */
server->request.offset = 0;
}
if (event->header.len != 0) {
/* tell the responder we have data */
server->request.totLen = event->header.totalLen;
server->request.len = event->header.len;
switch (server->request.bipOp) {
case BIPOP_GET_IMAGES_LIST:
server->request.i.iHDsc.buff = event->header.buffer;
server->request.dataType = BIPIND_HANDLES_DESCRIPTOR;
break;
case BIPOP_PUT_IMAGE:
case BIPOP_GET_IMAGE:
server->request.i.iIDsc.buff = event->header.buffer;
server->request.dataType = BIPIND_IMAGE_DESCRIPTOR;
break;
default:
if (event->oper == GOEP_OPER_PULL || event->oper == GOEP_OPER_PUSH) {
BipResponderOp(event, &parms);
}
server->request.i.iIDsc.buff = event->header.buffer;
server->request.dataType = BIPIND_IMAGE_DESCRIPTOR;
break;
}
BipAppCallBack(&parms, 0, BIPRESPONDER_DATA_IND);
/* Check if we have the entire description */
if (server->request.totLen >
event->header.len + server->request.offset) {
server->request.offset += event->header.len;
}
else {
/* Set the offset back to null */
server->request.offset = server->request.totLen = 0;
}
}
break;
case BIPH_IMG_HANDLE:
/* GOEP indicates the entire Unicode header */
if (event->header.len != 0) {
int i;
switch (server->request.bipOp) {
case BIPOP_GET_IMAGE_PROPERTIES:
ih = server->request.r.rProp.imgHandle;
break;
case BIPOP_PUT_LINKED_THUMBNAIL:
case BIPOP_GET_LINKED_THUMBNAIL:
ih = server->request.r.rThm.imgHandle;
break;
case BIPOP_GET_IMAGE:
ih = server->request.r.rImg.imgHandle;
break;
default:
/* We must not have the type header yet. Assume this is
* a PUT_LINKED_THUMBNAIL.
*/
if (event->oper == GOEP_OPER_PULL || event->oper == GOEP_OPER_PUSH) {
BipResponderOp(event, &parms);
ih = server->request.r.rThm.imgHandle;
}
break;
}
/* copy the data from the buffer */
if (ih != NULL)
{
for(i = 0; i < (event->header.len/2); i++)
{
ih[i] = event->header.buffer[2*i+1];
}
/*OS_MemCopy((U8 *)ih, event->header.buffer, event->header.len); */
}
}
break;
case OBEXH_APP_PARAMS:
/* Check for parameters */
if (event->header.len == 0) {
break;
}
/* Reassemble the parameters */
ASSERT(server->appParms[0] + event->header.len <= sizeof(server->appParms));
p = server->appParms + server->appParms[0] + 1;
OS_MemCopy(p, event->header.buffer, event->header.len);
server->appParms[0] += event->header.len;
if (server->appParms[0] == event->header.totalLen) {
/* Parse the App Parameters */
p = server->appParms + 1;
while (p - (server->appParms + 1) < event->header.totalLen) {
switch (p[0]) {
case BIPAPTAG_NB_RETURNED_HANDLES:
server->request.r.rList.nbReturnedHandles =
BEtoHost16(p + 2);
break;
case BIPAPTAG_LIST_START_OFFSET:
server->request.r.rList.listStartOffset =
BEtoHost16(p + 2);
break;
case BIPAPTAG_LATEST_CAPTURED_IMAGES:
server->request.r.rList.latestCapturedImages = p[2];
break;
case BIPAPTAG_STORE_FLAG:
server->request.r.rMon.storeFlag = p[2];
break;
case BIPAPTAG_PARTIAL_FILE_LENGTH:
case BIPAPTAG_PARTIAL_FILE_START_OFFSET:
case BIPAPTAG_TOTAL_FILE_SIZE:
case BIPAPTAG_END_FLAG:
case BIPAPTAG_REMOTE_DISPLAY:
case BIPAPTAG_SERVICE_ID:
break;
default:
break;
}
p += p[1] + 2;
}
/* Reset the App Param length */
server->appParms[0] = 0;
}
break;
case OBEXH_BODY:
break;
case OBEXH_END_BODY:
break;
case OBEXH_TARGET: /* CONNECT TARGET header */
{
U8 len;
/* Reassemble the header */
ASSERT (server->request.r.rConnect.targetLen + event->header.len <= sizeof(server->request.r.rConnect.targetUuid));
p = (U8*)(server->request.r.rConnect.targetUuid) + server->request.r.rConnect.targetLen;
OS_MemCopy(p, event->header.buffer, event->header.len);
server->request.r.rConnect.targetLen += event->header.len;
len = server->request.r.rConnect.targetLen;
p = (U8 *)(server->request.r.rConnect.targetUuid);
if (len == event->header.totalLen)
{
BipService targetService = 0;
/* target header received */
if (OS_MemCmp(p, len, server->bipImgPullUuid, sizeof(server->bipImgPullUuid)))
{
targetService = BIPSVC_IMAGE_PULL;
}
else if (OS_MemCmp(p, len, server->bipImgPushUuid, sizeof(server->bipImgPushUuid)))
{
targetService = BIPSVC_IMAGE_PUSH;
}
server->request.r.rConnect.targetService = targetService;
}
}
break;
default:
break;
}
break;
case GOEP_EVENT_PROVIDE_OBJECT:
/* If an operation has not yet been assigned, figure it out */
if ((server->request.bipOp == BIPOP_NOP) &&
(event->oper == GOEP_OPER_PULL || event->oper == GOEP_OPER_PUSH)) {
BipResponderOp(event, &parms);
}
if (event->oper == GOEP_OPER_PULL &&
server->request.bipOp & BIPOP_PULL_MASK) {
BipAppCallBack(&parms, 0, BIPRESPONDER_REQUEST);
if ((server->object->objLen != 0) &&
(server->request.bipOp == BIPOP_GET_IMAGE ||
server->request.bipOp == BIPOP_GET_MONITORING_IMAGE)) {
/* Setup the LENGTH header for a Get Image response only */
event->info.pushpull.objectLen = server->object->objLen;
} else {
/* Make sure we do not issue a LENGTH header for any other responses. It
* is possible that we could have a value, if we received a LENGTH header
* in a GET Request, so we always want to reset this value to zero.
*/
event->info.pushpull.objectLen = 0;
}
}
else if (event->oper == GOEP_OPER_PUSH &&
(server->request.bipOp == BIPOP_PUT_IMAGE ||
server->request.bipOp == BIPOP_PUT_LINKED_THUMBNAIL)) {
if (server->request.bipOp == BIPOP_PUT_IMAGE) {
OS_MemCopy(server->request.r.rImg.name, server->object->name,
GOEP_MAX_UNICODE_LEN*2);
server->request.r.rImg.img_len = server->object->objLen;
}
BipAppCallBack(&parms, 0, BIPRESPONDER_REQUEST);
}
GOEP_ServerAccept(&server->sApp, server->object);
break;
case GOEP_EVENT_AUTHORIZE_IND:
BipAppCallBack(&parms, 0, BIPRESPONDER_AUTHORIZE_IND);
break;
#if OBEX_AUTHENTICATION == XA_ENABLED
case GOEP_EVENT_AUTH_CHALLENGE:
parms.challenge = &event->challenge;
BipAppCallBack(&parms, 0, BIP_OBAUTH_CHAL);
break;
case GOEP_EVENT_AUTH_RESPONSE:
parms.response = &event->response;
BipAppCallBack(&parms, 0, BIP_OBAUTH_RSP);
break;
#endif /* OBEX_AUTHENTICATION == XA_ENABLED */
default:
//Report(("BIP: Server Event %d ignored.\n", event));
break;
}
}
