Int16 tdcli_send_request(td_session* sess, char *req)
{
INTERFACE_DEBUG_C();
INTERFACE_DEBUG("Submitting request: %s", req);
Int32 result;
sess->dbcarea->func = DBFIRQ;
gettimeofday(&request_beginning, 0);
sess->dbcarea->req_ptr = req;
sess->dbcarea->req_len = strlen(req);
DBCHCL(&result, sess->context, sess->dbcarea);
if (result != EM_OK) {
fprintf(stderr, "-!- Error in Initiating a request: %s\n", sess->dbcarea->msg_text);
tdcli_end(sess);
return -1;
}
sess->request = sess->dbcarea->o_req_id;
sess->session = sess->dbcarea->o_sess_id;
interrupt_tdcli_fetching = 0;
INTERFACE_DEBUG_S("Submitting request successed");
return EM_OK;
}
/*{{{ ComponentSetAttribute*/
int ComponentSetAttribute(player_component_handle_t Component,
const char *Attribute,
union attribute_descriptor_u *Value)
{
int Result = 0;
INTERFACE_DEBUG("\n");
Result = PlayerInterface->Ops->component_set_attribute(Component, Attribute, Value);
if (Result < 0)
INTERFACE_ERROR("component_set_attribute failed\n");
return Result;
}
Int16 tdcli_end(td_session* sess)
{
Int32 result;
/* tdcli_clear_dbcareax(sess); */
sess->dbcarea->func = DBFDSC;
DBCHCL(&result,sess->context, sess->dbcarea);
DBCHCLN(&result,sess->context);
INTERFACE_DEBUG("Exiting: %s", sess->dbcarea->msg_text);
return 0;
}
Int16 tdcli_connect(td_session* sess, char* logon)
{
INTERFACE_DEBUG_C();
INTERFACE_DEBUG("Logging on to: %s", logon);
Int32 result;
gettimeofday(&request_beginning, 0);
sess->dbcarea->logon_ptr=logon;
sess->dbcarea->logon_len=strlen(logon);
sess->dbcarea->func=DBFCON;
DBCHCL(&result, sess->context, sess->dbcarea);
if (result != EM_OK) {
fprintf(stdout, "-!- Error in Logon: %s\n", sess->dbcarea->msg_text);
tdcli_end(sess);
return -1;
}
sess->request = sess->dbcarea->o_req_id;
sess->session = sess->dbcarea->o_sess_id;
return EM_OK;
}
int8_t tsi_add_pid_to_filter(int pid,int8_t type,int8_t buff_idx)
{
int32_t index;
tsi_err_e err;
if(inited==0) return -1;
for(index=0;index<MAX_NUM_PIDS_SUPPORTED;index++)
{
/* check for the index to be free */
if(-1 == pid_val[index])
{
INTERFACE_DEBUG("pid_val[%d]:%d\n",index,pid_val[index]);
pid_val[index] = pid;
break;
}
}
if(MAX_NUM_PIDS_SUPPORTED == index)
{
INTERFACE_DEBUG("add pid - MAX pid's reached :%d\n",pid);
for(index=0;index<MAX_NUM_PIDS_SUPPORTED;index++)
INTERFACE_DEBUG("%d ",pid_val[index]);
return -1;
}
// printf("tsi_add_pid_to_filter:%d\n",pid);
/* add bit into fid bitmap */
fid_bitmap |= (1<<index);
pid_val[index] = pid;
pid_number++;
cfg.buffer_index = buff_idx;
if(PSI == type)
{
cfg.pkts_per_intr = TSI_CTRL_PKTSPERINTR;
}
else if(AUDIO == type)
{
cfg.pkts_per_intr = TSI_MEDIADATA_AUD_PKTSPERINTR;
}
else if(VIDEO == type)
{
cfg.pkts_per_intr = TSI_MEDIADATA_VID_PKTSPERINTR;
}
else if(SUB_TITLE == type)
{
cfg.pkts_per_intr = TSI_SUBTITLE_PKTSPERINTR;
}
else
{
/* should not enter here */
INTERFACE_DEBUG("invalid type inp params %d %d\n",buff_idx,pid);
return -1;
}
INTERFACE_DEBUG("add pid to filter config %d %d %d %d %d %d %d\n",cfg.fid,cfg.pid,cfg.pkts_per_intr,cfg.buffer_index,fid_bitmap,pid_val[index],index);
cfg.fid = index;
cfg.pid = pid_val[index];
err = tsi_filter_cfg(test_cfg);
if(err)
{
INTERFACE_DEBUG("add pid into filter config error %d\n",err);
return err;
}
tsi_clear_buffer(buff_idx);
enable_filter(fid_bitmap);
//INTERFACE_DEBUG("cfg.fid:%d cfg.pid:%d interrupt:%d\n",cfg.fid,cfg.pid, packet_number_pre_interrupt[index]);
//tsi_clear_buffer(buff_idx);
err=tsi_filter_en(test_en);
return err;
}
int8_t tsi_remove_pid_from_filter(int pid)
{
int index;
tsi_err_e err;
if(inited==0) return -1;
if(pid>=0)
{
if(pid_number<=0)
{
return -1;
}
for(index=0;index<MAX_NUM_PIDS_SUPPORTED;index++)
{
/* check for the index to be free */
if(pid == pid_val[index])
{
INTERFACE_DEBUG("remove pid_val[%d]:%d\n",index,pid_val[index]);
pid_val[index] = -1;
break;
}
}
if(MAX_NUM_PIDS_SUPPORTED == index)
{
INTERFACE_DEBUG("remove pid - MAX pid's reached :%d\n",pid);
for(index=0;index<MAX_NUM_PIDS_SUPPORTED;index++)
INTERFACE_DEBUG("%d ",pid_val[index]);
return -1;
}
/* update the fid number */
fid_bitmap &= (~(1<<index));
pid_number--;
INTERFACE_DEBUG("remove pid:remove tsi_exit %d \n",fid_bitmap);
enable_filter(fid_bitmap);
err=tsi_filter_en(test_en);
}
else
{
INTERFACE_DEBUG("remove pid:remove all pid\n");
pid_number = 0;
memset((void*)pid_val,-1,sizeof(uint32_t)*PID_NUM);
//memset(packet_number_pre_interrupt,0,sizeof(int)*PID_NUM);
fid_bitmap = 0;
INTERFACE_DEBUG("remove pid:remove tsi_exit %d \n",fid_bitmap);
enable_filter(fid_bitmap);
err=tsi_filter_en(test_en);
INTERFACE_DEBUG("remove pid:tsi_clear %d \n",fid_bitmap);
tsi_clear_buffer(TSI_CTRL_BUFFINDEX);
tsi_clear_buffer(TSI_MEDIA_DATA_BUFFINDEX);
tsi_clear_buffer(TSI_EPG_BUFFINDEX);
tsi_clear_buffer(TSI_TIME_BUFFINDEX);
}
return err;
}
Int16 tdcli_fetch_request(td_session *sess)
{
INTERFACE_DEBUG_C();
Int32 result;
int response_type = 0, showflag = 0;
int retval_resp_buf;
int data_type;
int i, status;
char ctc[6400];
struct CliSuccessType *SuccPcl;
struct CliFailureType *FailPcl;
struct CliOkType *OKPcl;
sess->dbcarea->i_sess_id = sess->session;
sess->dbcarea->i_req_id = sess->request;
sess->dbcarea->func = DBFFET;
status = OK;
while (status == OK && !interrupt_tdcli_fetching) {
DBCHCL(&result,sess->context,sess->dbcarea);
if (result == REQEXHAUST)
status = STOP;
else if (result != EM_OK)
status = FAILED;
else {
INTERFACE_DEBUG("Flavor Type: %d", sess->dbcarea->fet_parcel_flavor);
switch (sess->dbcarea->fet_parcel_flavor) {
case PclSUCCESS: /* 8 */
SuccPcl = (struct CliSuccessType *) sess->dbcarea->fet_data_ptr;
INTERFACE_DEBUG("Success parcel, length %d", (Int32)sess->dbcarea->fet_ret_data_len);
INTERFACE_DEBUG("Activity Type : %d", SuccPcl->ActivityType);
INTERFACE_DEBUG("Activity Count: %d", SuccPcl->ActivityCount);
resp_count(SuccPcl->ActivityType, 0, 0);
break;
case PclFAILURE: /* 9 */
INTERFACE_DEBUG("Failure parcel, length %d", (Int32)sess->dbcarea->fet_ret_data_len);
tdcli_write_error(sess->dbcarea->fet_data_ptr);
break;
case PclRECORD : /* 10 */
INTERFACE_DEBUG("Record parcel, length %d", (Int32)sess->dbcarea->fet_ret_data_len);
break;
case PclENDSTATEMENT: /* 11 */
INTERFACE_DEBUG_S("EndStatement parcel");
flush_resp_buffer();
reset_resp_buffer(0);
break;
case PclENDREQUEST: /* 12 */
INTERFACE_DEBUG_S("EndRequest parcel");
break;
case PclOK: /* 17 */
OKPcl = (struct CliOkType *) sess->dbcarea->fet_data_ptr;
INTERFACE_DEBUG_S("OK parcel");
INTERFACE_DEBUG("Activity Type : %d", OKPcl->ActivityType);
INTERFACE_DEBUG("Activity Count: %d",OKPcl->ActivityCount);
resp_count(OKPcl->ActivityType, OKPcl->ActivityCount, OKPcl->FieldCount);
reset_resp_buffer(OKPcl->FieldCount);
if (OKPcl->ActivityType == PclShowStmt)
showflag = 1;
else
showflag = 0;
break;
case PclFIELD: /* 18 */
INTERFACE_DEBUG("Field parcel, length %d", (Int32)sess->dbcarea->fet_ret_data_len);
if(DEBUG_ON & 0xF0) {
printf("----------- %d -----------------\n", response_type);
for (i = 0; i < sess->dbcarea->fet_ret_data_len; i++)
printf("%c", sess->dbcarea->fet_data_ptr[i]);
printf("\n");
}
if (response_type == RESPONSE_TITLE ||
response_type == RESPONSE_FORMAT ||
response_type == RESPONSE_RECEND)
data_type = 0;
else if (response_type == RESPONSE_DATA) {
if (showflag)
data_type = RESPONSE_DATA_SHOWDML;
else
data_type = RESPONSE_DATA_REGULAR;
}
else {
data_type = 0;
}
retval_resp_buf = add_resp_buffer(response_type,
data_type,
sess->dbcarea->fet_ret_data_len,
sess->dbcarea->fet_data_ptr);
if(retval_resp_buf < 0)
interrupt_tdcli_fetching = 1;
break;
case PclNULLFIELD: /* 19 */
INTERFACE_DEBUG_S("NullField parcel");
add_resp_buffer(response_type, data_type, 0, 0);
break;
case PclTITLESTART: /* 20 */
INTERFACE_DEBUG_S("TitleStart parcel");
response_type = RESPONSE_TITLE;
break;
case PclTITLEEND: /* 21 */
INTERFACE_DEBUG_S("TitleEnd parcel");
response_type = 0;
break;
case PclFORMATSTART: /* 22 */
INTERFACE_DEBUG_S("FormatStart parcel");
response_type = RESPONSE_FORMAT;
break;
case PclFORMATEND: /* 23 */
INTERFACE_DEBUG_S("FormatEnd parcel");
response_type = 0;
case PclSIZESTART: /* 24 */
INTERFACE_DEBUG_S("SizeStart parcel");
break;
case PclSIZEEND: /* 25 */
INTERFACE_DEBUG_S("SizeEnd parcel");
break;
case PclSIZE: /* 26 */
INTERFACE_DEBUG_S("Size parcel");
break;
case PclRECSTART: /* 27 */
INTERFACE_DEBUG_S("RecordStart parcel");
response_type = RESPONSE_DATA;
break;
case PclRECEND: /* 28 */
INTERFACE_DEBUG_S("RecordEnd parcel");
add_resp_buffer(RESPONSE_RECEND, 0, 0, 0);
response_type = 0;
break;
case PclNOP: /* 32 */
INTERFACE_DEBUG_S("Nop parcel");
break;
case PclWITH: /* 33 */
INTERFACE_DEBUG_S("With parcel");
break;
case PclPOSITION: /* 34 */
INTERFACE_DEBUG_S("Position parcel");
break;
case PclENDWITH: /* 35 */
INTERFACE_DEBUG_S("EndWidth parcel");
break;
case PclPOSSTART: /* 46 */
INTERFACE_DEBUG_S("PosStart parcel");
break;
case PclPOSEND: /* 47 */
INTERFACE_DEBUG_S("PosEnd parcel");
break;
case PclERROR: /* 49 */
INTERFACE_DEBUG_S("ERROR parcel");
status = STOP;
tdcli_write_error(sess->dbcarea->fet_data_ptr);
tdcli_end(sess);
return -1;
case PclDATAINFO: /* 71 */
INTERFACE_DEBUG_S("DataInfo parcel");
break;
case PclPREPINFO: /* 86 */
INTERFACE_DEBUG_S("PrepInfo parcel");
break;
case PclASSIGNRSP: /* 101 */
INTERFACE_DEBUG_S("AssignRsp parcel");
break;
case PclCURSORDBC: /* 121 */
INTERFACE_DEBUG_S("CursorDBC parcel");
break;
case PclFLAGGER: /* 122 */
INTERFACE_DEBUG_S("Flagger parcel");
break;
case PclERRORINFO: /* 164 */
INTERFACE_DEBUG_S("ErrorInfo parcel");
break;
case PclSTATEMENTINFO: /* 169 */
INTERFACE_DEBUG_S("StatementInfo parcel");
break;
case PclSTATEMENTINFOEND: /* 170 */
INTERFACE_DEBUG_S("StatementInfoEnd parcel");
break;
case PclRESULTSET: /* 172 */
INTERFACE_DEBUG_S("ResultSet parcel");
break;
default:
INTERFACE_DEBUG_S("Unprocessed parcel");
break;
} /*end of switch*/
} /*end of else*/
} /*end of while*/
signal_resp_pager(SIG_IGN);
close_resp_pager();
if(status == FAILED) {
fprintf(stderr, "Fetch failed: %s\n",sess->dbcarea->msg_text);
tdcli_end(sess);
return -1;
}
return EM_OK;
}
