int WebOsCalendarSyncSource::deleteItem(SyncItem &item)
{
int ret = STC_COMMAND_FAILED;
LOG.info("deleteItem called with %s data. And Type %s.",item.getKey(),item.getDataType());
LOG.info("Calling deleteEvent.");
std::vector<WString> result = BlockingServiceCall("deleteEvent",item.getKey());
if(result.empty())
{
LOG.error("delete event %s did not work.",item.getKey());
ret = STC_COMMAND_FAILED;
}
else
{
LOG.error("delete event was successful, received: %s.",result[0].c_str());
ret = STC_OK;
}
if (isErrorCode(ret))
{
report->setLastErrorCode(ERR_ITEM_ERROR);
report->setLastErrorMsg(ERRMSG_ITEM_ERROR);
report->setState(SOURCE_ERROR);
LOG.debug("Error deleting item: %", item.getKey());
}
return ret;
}
int recvCPAPResponse( int io_fd , uint8_t *responseBuffer , int responseBufferLength , uint8_t cmd_byte , int expectedLength )
{
int recv_size=0;
int retry=10;
int recv_return;
uint8_t *x93_cmd=0;
uint8_t *e5=0;
uint8_t *e6=0;
int valid_length=0;
int index;
uint8_t error_code=0;
do
{
recv_return = CPAP_recv( io_fd , &responseBuffer[recv_size] , responseBufferLength-recv_size );
recv_size += recv_return;
if ( x93_cmd == 0 && e5 == 0 && e6 == 0 )
{
if ( responseBuffer[0] != 0xe5 && responseBuffer[0] != 0xe6 && isErrorCode( responseBuffer[0] ) )
{
valid_length=1;
error_code=responseBuffer[0];
break;
}
for( index=0 ; index<recv_size ; index++ )
{
if ((responseBuffer[index] == 0x93) && (responseBuffer[index+1] == cmd_byte) )
{
x93_cmd = &responseBuffer[index];
printf_debug("find 0x93,0x%x at responseBuffer[%d]\n" , cmd_byte , ( x93_cmd - responseBuffer ) );
break;
}
else if ( responseBuffer[index] == 0xe5 )
{
e5=&responseBuffer[index];
valid_length = 1;
printf_debug("get e5 at responseBuffer[%d]\n" , index );
break;
}
else if ( responseBuffer[index] == 0xe6 )
{
e6=&responseBuffer[index];
valid_length = 1;
printf_debug("get e6 at responseBuffer[%d]\n" , index );
break;
}
}
}
else
printf_debug("93=%p,e5=%p,e6=%p\n" , x93_cmd , e5 , e6 );
if ( x93_cmd )
{
valid_length = recv_size - ( x93_cmd - responseBuffer );
printf_debug("valid_length=%d\n" , valid_length );
}
if ( retry < 1 )
printf_debug("remain %d bytes\n" , expectedLength-valid_length );
}while( retry-- > 0 && valid_length < expectedLength );
if ( recv_size < 0 )
{
printf_debug("recv error\n" );
return READ_UART_ERROR;
}
else if ( retry < 0 )
{
printf_debug("cant find 0x93\n" );
return READ_NOTHING;
}
else if ( recv_size > 0)
{
if ( error_code == 0 && x93_cmd )
{
printf_debug( "fd:%d,expected value:%d,actually receive:%d\n" , io_fd , expectedLength , recv_size );
uint8_t xor_byte;
xor_byte = (uint8_t)getCheckedXor( x93_cmd , expectedLength-1 );
if ( xor_byte != x93_cmd[expectedLength-1] )
{
printf_debug("xor should be 0x%x,but 0x%x\n" , xor_byte , x93_cmd[expectedLength-1] );
return -1;
}
memcpy( responseBuffer , x93_cmd , expectedLength );
return expectedLength;
}
else if ( e5 )
{
responseBuffer[0]=0xe5;
return 1;
}
else if ( e6 )
{
responseBuffer[0]=0xe6;
return -1;
}
}
return valid_length;
}
