void idle()
{
static unsigned int packet_index;
unsigned int failed_connections = 0;
unsigned char current_connection;
do
{
if (packet_index == total_no_of_packets) // wrap around to the beginning
packet_index = 0;
// proceed to the next packet
packet = &packetArray[packet_index];
// get the current connection status
current_connection = packet->connection;
if (!current_connection)
{
// If all the connection attributes are false return
// immediately to the main sketch
if (++failed_connections == total_no_of_packets)
return;
}
packet_index++;
// if a packet has no connection get the next one
}while (!current_connection);
constructPacket();
}
int PushCliConn::handlePush(const Json::Value& vrequest){
//PSLogTrace("PushServer") << "<action:handlePush> <conid:" << getId() << ">";
Dispatcher* d = getDispatcher();
if(!d){
PSLogError("PushServer") << "<action:handlePush> <conid:"
<< getId() << "> <status: Dispatcher:NULL>";
return -1;
}
if(!pushRequestJsonCheck(vrequest)){
PSLogError("PushServer") << "<action:handlePush> <conid:"
<< getId() << "> <status: pushRequestJsonCheck error>";
return PS_RESULT_ARGS_ERROR;
}
Message msg;
messageJsonToProtobuf(vrequest,msg);
const std::string& to = msg.to();
const std::string& sn = msg.sn();
std::string mkey = MSG_KEY(to);
std::string idkey = LAST_MSG_ID_KEY(to);
int64 msgid =-1;
int ret = PushMsgDBM::MQ()->incrId(to, idkey, msgid);
if(ret < 0){
PSLogError("PushServer") << "<action:handlePush> <conid:"
<< getId() << "> <status: incrId error:" << ret << ">";
return PS_RESULT_INCR_MSGID_ERROR;
}
msg.set_id(msgid);
ret = sendJ2C(msg);
if(msg.expire() > 0){
if(PushMsgDBM::MQ()->add(to, mkey, msg) < 0){
PSLogError("PushServer") << "<action:handlePush> <conid:"
<< getId() << "> <status: addMsg error:>";
}
}
Json::Value response;
response["cmd"] = PS_CMD_CALL_PUSH_RESP;
response["result"] = ret;
response["sn"] = sn;
response["msgid"] = ef::itostr(msgid);
std::string respbuf;
head rh;
rh.magic = MAGIC_NUMBER;
rh.cmd = SERVICE_RESP;
rh.len = 0;
constructPacket(rh, Json::FastWriter().write(response), respbuf);
ret = sendMessage(respbuf);
return 0;
}
MsgBase::MsgBase(QHostAddress address, quint16 port, QString additionalInfo,
QString extendedInfo, quint32 flags)
: m_ipAddress(address), m_port(port), m_additionalInfo(additionalInfo),
m_extendedInfo(extendedInfo), m_flags(flags)
{
m_packetNoString = Helper::packetNoString();
m_owner = Global::userManager->ourself();
constructPacket();
}
unsigned int modbus_update(Packet* packets)
{
// Initialize the connection_status variable to the
// total_no_of_packets. This value cannot be used as
// an index (and normally you won't). Returning this
// value to the main skecth informs the user that the
// previously scanned packet has no connection error.
unsigned int connection_status = total_no_of_packets;
if (transmission_ready_Flag)
{
static unsigned int packet_index;
unsigned int failed_connections = 0;
unsigned char current_connection;
do
{
if (packet_index == total_no_of_packets) // wrap around to the beginning
packet_index = 0;
// proceed to the next packet
packet = &packets[packet_index];
// get the current connection status
current_connection = packet->connection;
if (!current_connection)
{
connection_status = packet_index;
// If all the connection attributes are false return
// immediately to the main sketch
if (++failed_connections == total_no_of_packets)
return connection_status;
}
packet_index++;
}while (!current_connection); // while a packet has no connection get the next one
constructPacket();
}
checkResponse();
check_packet_status();
return connection_status;
}
int PushCliConn::handleRequest(const std::string& jstr){
int ret = -1;
try{
Json::Value v;
Json::Reader r;
if(!r.parse(jstr, v)){
PSLogError("PushServer") << "<action:handleRequest> <conid:"
<< getId() << "> <status: parse json error!>";
ret = -1;
goto req_err;
}
int cmd = v["cmd"].asInt();
switch(cmd){
case PS_CMD_CALL_PUSH:
ret = handlePush(v);
break;
default:
PSLogError("PushServer") << "<action:handleRequest> <conid:"
<< getId() << "> <status: undefined json cmd>";
ret = PS_RESULT_UNDEFINED_CMD;
break;
}
}catch(const std::exception& e){
PSLogError("PushServer") << "<action:handleRequest> <conid:"
<< getId() << "> <status:exception: " << e.what() << ">";
ret = PS_RESULT_JSON_ERROR;
goto req_err;
}
req_err:
if(ret < 0){
Json::Value response;
response["cmd"] = PS_CMD_CALL_PUSH_RESP;
response["result"] = ret;
std::string respbuf;
head rh;
rh.magic = MAGIC_NUMBER;
rh.cmd = SERVICE_RESP;
rh.len = 0;
constructPacket(rh, Json::FastWriter().write(response), respbuf);
sendMessage(respbuf);
}
return 0;
}
void Modbus::update()
{
if (_transmission_ready_flag)
{
static uint8_t packet_index = 0;
unsigned int failed_connections = 0;
unsigned char current_connection;
do
{
if (packet_index == _total_packets) // wrap around to the beginning
packet_index = 0;
// proceed to the next packet
_packet = &_packet_array[packet_index];
// get the current connection status
current_connection = _packet->connection;
if (!current_connection)
{
// If all the connection attributes are false return
// immediately to the main sketch
if (++failed_connections == _total_packets)
return;
}
packet_index++;
} while (!current_connection); // while a packet has no connection get the next one
constructPacket();
}
//check response packet
checkPacket();
status();
}
int PushCliConn::handleKeepalive(const head& h){
std::string respbuf;
constructPacket(h, "", respbuf);
return sendMessage(respbuf);
}
