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clsLocalNet.c
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clsLocalNet.c
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/* -*- Mode: C++; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 4 -*- */
/*
* This file is part of the ig-logger project.
*
* This Source Code Form is subject to the terms of the Mozilla Public
* License, v. 2.0. If a copy of the MPL was not distributed with this
* file, You can obtain one at http://mozilla.org/MPL/2.0/.
*
* Original author: Christian Kaiser <[email protected]>
*/
#include "logig.h"
#include <math.h>
#include "clsExcept.h"
#include "clsLocalNet.h"
#include "clsConfig.h"
#include "clsOutputManager.h"
clsConfigOfLocation __LocationConfig;
void Log(const char* pszFormat, ...)
{
String s;
va_list args;
va_start(args,pszFormat);
_chk_utildebug("***: %s\n",(LPCTSTR)String::VFormat(pszFormat, args));
va_end(args);
}
String sLocalNetID(enLocalNetID nID)
{
if (IsInverter(nID))
{
return("INVERTER");
}
if (IsSensorcard(nID))
{
return("SENSORCARD");
}
switch (nID)
{
case IGID_BROADCAST: return("ALL");
case IGID_PC: return("PC");
case IGID_NODE_0E: return("NODE 0E");
case IGID_DATALOGGER: return("LOGGER");
case IGID_INTERFACECARD: return("INTERFACECARD");
case IGID_INVALID: return(String::Format("INV(%02x)",nID));
default: return(String::Format("UNK(%02x)",nID));
}
}
String sLocalNetID(const clsLocalNetID& Device)
{
if (IsInverter(Device.nID()))
{
switch (Device.nType())
{
case 0xE3: return(String::Format("ID %02x(IG 4500-LV)",Device.nID()));
case 0xE5: return(String::Format("ID %02x(IG 2500-LV)",Device.nID()));
case 0xEA: return(String::Format("ID %02x(IG 5100)",Device.nID()));
case 0xEB: return(String::Format("ID %02x(IG 4000)",Device.nID()));
case 0xED: return(String::Format("ID %02x(IG 3000)",Device.nID()));
case 0xEE: return(String::Format("ID %02x(IG 2000)",Device.nID()));
case 0xF3: return(String::Format("ID %02x(IG 60/60-HV)",Device.nID()));
case 0xF4: return(String::Format("ID %02x(IG 500)",Device.nID()));
case 0xF5: return(String::Format("ID %02x(IG 400)",Device.nID()));
case 0xF6: return(String::Format("ID %02x(IG 300)",Device.nID()));
case 0xF9: return(String::Format("ID %02x(IG 60/60-HV)",Device.nID()));
case 0xFA: return(String::Format("ID %02x(IG 40)",Device.nID()));
case 0xFB: return(String::Format("ID %02x(IG 30 Dummy)",Device.nID()));
case 0xFC: return(String::Format("ID %02x(IG 30)",Device.nID()));
case 0xFD: return(String::Format("ID %02x(IG 20)",Device.nID()));
case 0xFE: return(String::Format("ID %02x(IG 15)",Device.nID()));
default: return(String::Format("UNK(%02x)",Device.nType()));
}
}
else
if (IsSensorcard(Device.nID()))
{
return(String::Format("ID %02x(SENSORCARD %d)",Device.nID(),Device.nID()-IGID_SENSORCARD_FIRST+1));
}
return(::sLocalNetID(Device.nID()));
}
//////////////////////////////////////////////////////////////////////////////
clsLocalNet::clsLocalNet(enMode nMode, const WCValSkipListDict<clsIGMessage::enDataloggerOption,clsVariant>& DataloggerOptions)
: clsIGInterface()
, _nMode(nMode)
, _nStartDay(0)
, _DataloggerOptions(DataloggerOptions)
, _DataloggerWatch(this)
{
if (_DataloggerOptions.contains(clsIGMessage::IG_DL_OPTION_BROADCASTPORT))
_BroadcastServer.Open("logig");
}
bool clsLocalNet::Open(String& sPort)
{
#if 0
clsSolarInfo SI(__LocationConfig);
exit(0);
#endif
#if 0
clsRRDTOOL RRD(__LocationConfig,"IG 40 ID 1.44226");
RRD.UploadFile("c:\\test1.htm");
Sleep(15000);
exit(1);
#endif
bool bLoggerFound(false);
try
{
if (!sPort.IsEmpty())
{
bool bPortFound(false);
try
{
bPortFound = clsIGInterface::Open(sPort);
}
catch (clsExcept& e)
{
printf(" Open(%s): %s\n",(LPCTSTR)sPort,(LPCTSTR)e.Text());
}
if (bPortFound)
{
printf("snooping %s for Fronius LocalNet broadcasts\n",(LPCTSTR)clsIGInterface::sDevice());
SetActive(true);
clsIGMessage Msg;
for (DWORD dwTimeout = GetTickCount() + 2000; GetTickCount() < dwTimeout && !bUserAbortRequested(); )
{
GetMessage(Msg,100);
if (_DeviceListManager.ContainsDatalogger())
{
printf("found a datalogger!\n");
bLoggerFound = true;
break;
}
}
}
else
{
printf("no datalogger found at port '%s'!\n",(LPCTSTR)sPort);
// throw clsExcept("no datalogger found at port '%s'",(LPCTSTR)sPort);
}
}
else
{
for (int nPort = 1; nPort <= 255+3 && !bLoggerFound && !bUserAbortRequested(); ++nPort)
{
bool bPortFound(false);
switch (nPort)
{
default:
try
{
bPortFound = clsIGInterface::Open(sPort = String::Format("COM:COM%d",nPort));
}
catch (clsExcept& e)
{
printf(" Open(COM%d): %s\n",nPort,(LPCTSTR)e.Text());
}
break;
case 255+1:
try
{
bPortFound = clsIGInterface::Open(sPort = "FTDIW32:Datalogger");
}
catch (clsExcept& e)
{
printf(" Open(FTDIW32): %s\n",(LPCTSTR)e.Text());
}
break;
case 255+2:
try
{
bPortFound = clsIGInterface::Open(sPort = "FTDI:Datalogger");
}
catch (clsExcept& e)
{
printf(" Open(USB): %s\n",(LPCTSTR)e.Text());
}
break;
case 255+3:
try
{
bPortFound = clsIGInterface::Open(sPort = "USB:Datalogger");
}
catch (clsExcept& e)
{
printf(" Open(USB): %s\n",(LPCTSTR)e.Text());
}
break;
}
if (bPortFound)
{
printf("snooping %s for Fronius LocalNet broadcasts\n",(LPCTSTR)clsIGInterface::sDevice());
SetActive(true);
clsIGMessage Msg;
for (DWORD dwTimeout = GetTickCount() + 2000; GetTickCount() < dwTimeout && !bUserAbortRequested(); )
{
GetMessage(Msg,100);
if (_DeviceListManager.ContainsDatalogger())
{
printf("found a datalogger!\n");
bLoggerFound = true;
break;
}
}
if (!bLoggerFound)
{
clsIGInterface::Close();
}
}
}
if (!bLoggerFound)
{
sPort.Clear();
}
}
}
catch (clsExcept& e)
{
_DeviceListManager.Clear();
throw;
}
return(bLoggerFound);
}
#include "clsLocalNetCurrentValues.c"
#include "clsLocalNetHistoInterval.c"
#include "clsLocalNetHistoValues.c"
#include "clsLocalNetDateTime.c"
unsigned clsLocalNet::GetValueFromPayloadLE(int nBytes, const BYTE*& pPayload)
{
unsigned nValue = 0;
for (int i = 0; i < nBytes; ++i)
{
nValue = (nValue << 8) + *pPayload++;
}
return(nValue);
}
unsigned clsLocalNet::GetValueFromPayloadBE(int nBytes, const BYTE*& pPayload)
{
unsigned nValue = 0;
for (int i = 0; i < nBytes; ++i)
{
nValue = (nValue << 8) + pPayload[nBytes-1-i];
}
pPayload += nBytes;
return(nValue);
}
String clsLocalNet::GetStateDescription(unsigned nState)
{
struct scStateDescr
{
unsigned _nState;
const char* _pszDescr;
};
static scStateDescr __StateDescr[] =
{
{ 101, "Mains voltage not within admissible range"},
{ 104, "Mains frequency not within admissible range"},
{ 107, "Mains network not available"},
{ 108, "Islanding detected"},
{ 201, "ENS: AC High"},
{ 202, "ENS: AC Low"},
{ 203, "ENS: AC Freq High"},
{ 204, "ENS: AC Freq Low"},
{ 205, "ENS: AC Impedance imbalanced"},
{ 206, "ENS: AC Impedance too high"},
{ 207, "ENS: AC Relay defective"},
{ 208, "ENS: AC Relay defective"},
{ 301, "AC Current too high"},
{ 302, "DC Current too high"},
{ 303, "Temperature too high in AC part"},
{ 304, "Temperature too high in DC part"},
{ 306, "AC Current too low (?)"},
{ 307, "DC Current too low"},
{ 401, "No communication with Power stage set"},
{ 402, "No communication with EEPROM"},
{ 403, "EEPROM error"},
{ 404, "No communication between control and ENS"},
{ 405, "ENS wrong or defective"},
{ 406, "Temp sensor defective (AC)"},
{ 407, "Temp sensor defective (DC)"},
{ 408, "Direct current input"},
{ 409, "Missing +15V power supply for control"},
{ 410, "Service Jumper not in correct position"},
{ 412, "Voltage set as fix voltage is set too low"},
{ 413, "Control problems"},
{ 414, "EEPROM defective (empty)"},
{ 415, "No OK from ENS"},
{ 416, "No communication with IG Control"},
{ 417, "Two Power stage sets have the same Print ID"},
{ 419, "Two Power stage sets have the same Software ID"},
{ 421, "Bad Print Number"},
{ 425, "No communication with Power stage set"},
{ 434, "Problem with Grounding"},
{ 501, "Cooler defective"},
{ 501, "Isolation low"},
{ 504, "No communication with LocalNet (duplicate ID?)"},
{ 505, "EEPROM defective"},
{ 506, "EEPROM defective"},
{ 507, "EEPROM defective"},
{ 508, "Bad Fronius IG Address"},
{ 509, "No Power for more than 24 hours"},
{ 510, "EEPROM defective"},
{ 511, "EEPROM defective"},
{ 512, "Too many Power stage sets"},
{ 514, "No communication with Power stage set"},
{ 515, "Bad connections"},
{ 516, "Error state in one of the Power stage sets"},
{ 517, "Change of master has taken place"},
};
for (int i = 0; i < sizeof(__StateDescr)/sizeof(__StateDescr[0]); ++i)
{
if (nState == __StateDescr[i]._nState)
return(String::Format("state %d: %s",nState,__StateDescr[i]._pszDescr));
}
return(String::Format("state %d",nState));
}
bool clsLocalNet::GetNodeDevices(WCValSList<clsLocalNetID>& MissingDeviceList)
{
_chk_debug(+1,">clsLocalNet::GetNodeDevices");
clsIGMessage MsgQuery( IGID_NODE_0E,
IGID_BROADCAST,
clsIGMessage::IGCMD_DEVICELIST,
3,
0x00, // block number
0x0e,
0x00);
clsIGMessage MsgResponse;
Log(">%-8s: %s","query", (LPCTSTR)MsgQuery.AsString());
bool bRes = Query(MsgQuery,MsgResponse);
if (bRes)
{
const BYTE* pPayload = MsgResponse.Payload();
clsDeviceList NewNodeDeviceList;
for (const BYTE* pData = pPayload; pData < pPayload + MsgResponse.PayloadSize(); )
{
if (*pData == 0) // fill byte??? start of new group? Whatever...
{
++pData;
continue;
}
enLocalNetID nID = (enLocalNetID)(*pData++);
enLocalNetType nType = (enLocalNetType)(*pData++);
clsLocalNetID Device(nID,nType);
String sDescription(sLocalNetID(Device));
if (!_ActiveDeviceList.contains(Device))
{
bool bInsertInList(true);
printf("detected new device %s\n",(LPCTSTR)sLocalNetID(Device));
if (Device.nID() != IGID_NODE_0E)
{
clsIGMessage MsgQuery( IGID_NODE_0E,
Device.nID(),
clsIGMessage::IGCMD_DEV_GETCONFIG);
clsIGMessage MsgResponse;
Log(">%-8s: %s","query", (LPCTSTR)MsgQuery.AsString());
bool bRes = Query(MsgQuery,MsgResponse);
if (bRes)
{
// printf("MsgResponse='%s'\n",(LPCTSTR)MsgResponse.AsString());
String s(sLocalNetID(Device));
/*
case IGTYPE_DATALOGGER:
05 01 13 00 // Software-Version 5.1.19
0F 49 47 20 2D 20 44 61 74 61 6C 6F 67 67 65 72 // "IG - Datalogger"
03
03 00 00 FC 00 06 89 // ID 252.1673
0A 44 61 74 61 6C 6F 67 67 65 72 // "Datalogger"
01 00 00 01 02 00 00 // Platinenversion 1.2A
0A 44 61 74 61 6C 6F 67 67 65 72 // "Datalogger"
02 00 00 05 01 13 00 // Software 5.1.19
0A 44 61 74 61 6C 6F 67 67 65 72 // "Datalogger"
case IGTYPE_INVERTER:
02 08 01 00 // Software-Version 2.8.1
07 49 47 20 34 30 20 20 // "IG 40 "
0A
02 10 01 02 08 01 00 // Software-Version 2.8.1
07 49 47 2D 43 54 52 4C // "IG-CTRL"
01 00 00 01 05 00 00 // Platinenversion 1.5A
07 49 47 2D 43 54 52 4C // "IG-CTRL"
03 00 00 01 00 AC C2 // ID 1.44226
07 49 47 2D 43 54 52 4C // "IG-CTRL"
02 00 00 02 03 00 00 // Software 2.3.0
05 50 53 20 30 30 // "PS 00"
01 00 00 01 03 00 00 // Platinenversion 1.3A
05 50 53 20 30 30 // "PS 00"
03 00 00 05 00 ED 0A // ID 5.60682
05 50 53 20 30 30 // "PS 00"
02 00 00 02 03 00 00 // Software 2.3.0
05 50 53 20 30 31 // "PS 01"
01 00 00 01 03 00 00 // Platinenversion 1.3A
05 50 53 20 30 31 // "PS 01"
03 00 00 05 00 ED 0B // ID 5.60683
05 50 53 20 30 31 // "PS 01"
02 00 00 26 14 00 00 // Software V 38.20
03 45 4E 53 // "ENS"
case IGTYPE_SENSORCARD:
01 16 00 // Software-Version 1.22
0f "IG - Sensorcard"
05
02 00 00 01 01 16 00
0a "Sensorcard"
01 00 00 01 03 00 41 52 44 "ARD" - looks like a bug to me...!
03 00 00 fe 00 0c 22
0a "Sensorcard"
ff 03 00 00 00 00 00
0b "SC - Events"
ff 00 00 00 07 0d 00
0c "SC - Counter"
*/
const BYTE* pPayload = MsgResponse.Payload();
const BYTE* pbRevision = pPayload;
// possibly a zero-terminated number, or whatever...
if (IsSensorcard(Device))
pPayload += 3;
else
pPayload += 4;
sDescription += String::Format(" '%s'",(LPCTSTR)GetStringFromPayload(pPayload,false).ATrim());
GetStringFromPayload(pPayload);
s.AddStrSeparated("\n ",sDescription);
int nValues = GetValueFromPayloadLE(1,pPayload);
for (int nIndex = 0; nIndex < nValues && (pPayload - MsgResponse.Payload()) < MsgResponse.PayloadSize(); ++nIndex)
{
unsigned nType = GetValueFromPayloadLE(1,pPayload);
unsigned nUnknown1 = GetValueFromPayloadLE(1,pPayload); // usually 0, except for the first value...
unsigned nUnknown2 = GetValueFromPayloadLE(1,pPayload); // usually 0, except for the first value...
switch (nType)
{
case 0x03:
{
unsigned nVerHi = GetValueFromPayloadLE(1,pPayload);
unsigned nVerLo = GetValueFromPayloadLE(3,pPayload);
clsDeviceID ID(nVerHi,nVerLo);
String sKey = GetStringFromPayload(pPayload);
s.AddStrSeparated("\n ",String::Format("%s: ID %s",(const char*)sKey,(LPCTSTR)ID.AsStr()));
if (sKey.Left(3) == "IG-")
sDescription += ID.AsStr();
}
break;
case 0x01:
{
unsigned nVerHi = GetValueFromPayloadLE(1,pPayload);
unsigned nVerLo = GetValueFromPayloadLE(1,pPayload);
unsigned nVerRev = GetValueFromPayloadLE(1,pPayload);
++pPayload;
String sKey = GetStringFromPayload(pPayload);
s.AddStrSeparated("\n ",String::Format("%s: PCB %d.%d%c",(const char*)sKey,nVerHi,nVerLo,'A'+nVerRev));
}
break;
case 0x02:
{
unsigned nVerHi = GetValueFromPayloadLE(1,pPayload);
unsigned nVerLo = GetValueFromPayloadLE(1,pPayload);
unsigned nVerRev = GetValueFromPayloadLE(1,pPayload);
++pPayload;
String sKey = GetStringFromPayload(pPayload);
s.AddStrSeparated("\n ",String::Format("%s: Software %d.%d",(const char*)sKey,nVerHi,nVerLo));
}
break;
case 0xff:
{
unsigned nValue = GetValueFromPayloadLE(3,pPayload);
++pPayload;
String sKey = GetStringFromPayload(pPayload);
s.AddStrSeparated("\n ",String::Format("%s: %d/%d/%d",(const char*)sKey,nUnknown1,nUnknown2,nValue));
}
break;
}
}
printf("Config : %s\n",(LPCTSTR)s);
}
else
{
if (IsSensorcard(Device))
{
}
else
{
bInsertInList = false; // error: unknown device type...
}
}
}
if (bInsertInList)
{
NewNodeDeviceList.insert(Device,sDescription);
if (IsInverter(Device) ||
IsSensorcard(Device))
{
__LocationConfig.NotifyNewDevice(Device);
}
if (Device.nType() == IGTYPE_DATALOGGER)
{
int nMinutes;
if (QueryLoggerInverterHistoInterval(nMinutes))
{
printf(" interval of inverter historical data: %d minutes\n",nMinutes);
if (_DataloggerOptions.contains(clsIGMessage::IG_DL_OPTION_INVERTERHISTOINTERVAL))
{
int nNewMinutesNew = ((_DataloggerOptions[clsIGMessage::IG_DL_OPTION_INVERTERHISTOINTERVAL].AsI4() + 4) / 5) * 5;
if (nNewMinutesNew != nMinutes)
{
if (SetLoggerInverterHistoInterval(nNewMinutesNew))
{
printf(" changed to %d minutes\n",nNewMinutesNew);
}
}
}
}
if (QueryLoggerSensorHistoInterval(nMinutes))
{
printf(" interval of sensor historical data: %d minutes\n",nMinutes);
if (_DataloggerOptions.contains(clsIGMessage::IG_DL_OPTION_INVERTERHISTOINTERVAL))
{
int nNewMinutesNew = ((_DataloggerOptions[clsIGMessage::IG_DL_OPTION_INVERTERHISTOINTERVAL].AsI4() + 4) / 5) * 5;
if (nNewMinutesNew != nMinutes)
{
if (SetLoggerSensorHistoInterval(nNewMinutesNew))
{
printf(" changed to %d minutes\n",nNewMinutesNew);
}
}
}
}
}
clsDeviceID ID;
if (QueryDataloggerID(ID))
{
// printf("starting logger watcher for %d.%d\n",HIWORD(nID),LOWORD(nID));
_DataloggerWatch.Watch(ID);
}
}
}
else
{
// need to copy the description...
NewNodeDeviceList.insert(Device,_ActiveDeviceList[Device]);
}
}
for (clsDeviceListIter Device(_ActiveDeviceList); ++Device; )
{
if (!NewNodeDeviceList.contains(Device.key()))
{
printf("ALERT: device '%s' not present any more\n",(LPCTSTR)Device.value());
MissingDeviceList.append(Device.key());
}
}
_ActiveDeviceList = NewNodeDeviceList;
}
_chk_debug(-1,"<clsLocalNet::GetNodeDevices -> %d",bRes);
return(bRes);
}
bool clsLocalNet::QueryDataloggerID(clsDeviceID& ID)
{
clsIGMessage MsgQuery( IGID_PC,
IGID_DATALOGGER,
clsIGMessage::IGCMD_DL_GET_ID);
clsIGMessage MsgResponse;
bool bRes(false);
Log(">%-8s: %s","query", (LPCTSTR)MsgQuery.AsString());
if (Query(MsgQuery,MsgResponse))
{
if (MsgResponse.PayloadSize() == 4)
{
const BYTE* pPayload = MsgResponse.Payload();
UINT nIDHi = GetValueFromPayloadBE(1,pPayload);
UINT nIDLo = GetValueFromPayloadBE(3,pPayload);
// printf("Datalogger ID: %d.%d\n",nIDHi,nIDLo);
ID = clsDeviceID(nIDHi, nIDLo);
bRes = true;
}
}
return(bRes);
}
void clsLocalNet::OnState(BYTE nState, const String& sDescription)
{
if (nState >= 100)
{
printf("WRN: device %s has STATE %d\n",(LPCTSTR)sDescription,nState);
}
}
class clsDestinationList
: public WCValSList<clsOutputManager*>
{
public:
~clsDestinationList()
{
while (!this->isEmpty())
{
delete this->get();
}
}
};
clsLocalNet::enResult clsLocalNet::ProcessMessages(bool bActive, bool bFirstProcess)
{
clsIGMessage Msg;
clsDestinationList DestinationList;
if (_nMode & MODE_SQLITE)
{
DestinationList.append(new clsSQLite(__LocationConfig));
}
if (_nMode & MODE_RRDTOOL)
{
DestinationList.append(new clsRRDTOOL(__LocationConfig));
}
if (_DataloggerOptions.contains(clsIGMessage::IG_DL_OPTION_BROADCASTPORT) &&
!_BroadcastServer.Ok())
_BroadcastServer.Open("logig");
clsSYSTEMTIME ST(true);
if (GetMessage(Msg,1000))
{
bool bUnusedMessage(true);
if (_DeviceListManager.ContainsSensorcard())
{
if (IsInverter(Msg.nFrom()) &&
Msg.nCmd() == clsIGMessage::IGINFO_INVERTER_RESYNC)
{
// show this - might be interesting...
// bUnusedMessage = false;
}
if (Msg.nFrom() == IGID_NODE_0E &&
IsSensorcard(Msg.nTo()) &&
Msg.nCmd() == clsIGMessage::IGCMD_DEV_GETCONFIG)
{
bUnusedMessage = false;
}
}
printf("unused: %02x %02x %02x %02x %02x\n",Msg.nFrom(),Msg.nTo(),Msg.nCmd(),Msg.PayloadSize(),Msg.Payload()[0]);
if (Msg.nFrom() == IGID_DATALOGGER &&
Msg.nTo() == IGID_PC &&
Msg.nCmd() == clsIGMessage::IGCMD_DATA_HISTORICALDATA &&
Msg.PayloadSize() == 3 &&
Msg.Payload()[0] == 0x83)
{
// leftover from HISTO query..
bUnusedMessage = false;
}
if (bUnusedMessage)
{
printf("%02d:%02d: unused message ignored: %s\n",ST.wHour,ST.wMinute,(LPCTSTR)Msg.AsString());
}
}
{
clsExceptBase* pExcept;
while ((pExcept = GetException()) != NULL)
{
if (!bFirstProcess)
{
_ErrorStatesOfDay[ST] = pExcept->Text();
if (pExcept->ErrorStack().entries() > 1)
{
String sTop(pExcept->ErrorStack().pop());
AlertUser(
sTop,
(LPCTSTR)pExcept->Text());
}
else
{
AlertUser(
(LPCTSTR)pExcept->Text(),
"<no further information available>");
}
if (reinterpret_cast<clsConnectionLostExcept*>(pExcept) != NULL)
{
return(ERR_CONNECTIONLOST);
}
}
delete pExcept;
}
}
if (!_DeviceListManager.ContainsDatalogger())
{
_ActiveDeviceList.Clear();
_Timestamp.clear();
return(ERR_CONNECTIONLOST);
}
if (bActive)
{
clsSolarInfo SI(__LocationConfig);
bool bForceQueryHistoricalData(false);
if (_nStartDay == 0)
{
bForceQueryHistoricalData = true;
}
if (ST.wDay != _nStartDay)
{
_nHoursOfHistoUpdate.clear();
_nStartDay = ST.wDay;
// read historical data during the day:
// once every hour (from 1 hour before sunrise to 1 hour after sundown)
for (INT nHour = max(0,(INT)floor(SI.dRise()-1)); nHour <= min(23,ceil(SI.dSet()+1)); ++nHour)
{
_nHoursOfHistoUpdate.append((UINT)nHour);
}
}
double dHourNow(ST.wHour + ST.wMinute / 60.0);
if ((_nMode & MODE_INSTALL) == 0)
{
if (bForceQueryHistoricalData ||
_nHoursOfHistoUpdate.contains(ST.wHour))
{
// remove hour from list
_nHoursOfHistoUpdate.get(_nHoursOfHistoUpdate.index(ST.wHour));
bool bForceGraphics(true);
clsDeviceDataList DataList;
clsDate LastUpdate(__LocationConfig.GetDateOfLastUpdate());
printf("query histo data from logger\n");
QueryHistoricalData(LastUpdate,&DataList);
// DataList.Dump(_ActiveDeviceList);
printf("add histo data to database\n");
for (WCValSListIter<clsOutputManager*> Destination(DestinationList); ++Destination; )
{
Destination.current()->Append(DataList,_ErrorStatesOfDay,true,bForceGraphics);
}
__LocationConfig.SetDateOfLastUpdate(clsDate((LPCTSTR)NULL));
}
}
if ((ST.wSecond % 5) == 0)
{
for (clsDeviceListIter Device(_ActiveDeviceList); ++Device; )
{
if (IsInverter(Device.key()) &&
(ST.wSecond % 10) == 0)
{
String sInstallation(Device.value());
try
{
String sValue;
QueryData(Device.key(),DATA_DISPLAY_VALUES,NULL,&sValue);
printf("%02d:%02d:%02d: %s: %s\n",ST.wHour,ST.wMinute,ST.wSecond,(LPCTSTR)sInstallation,(LPCTSTR)sValue);
}
catch(clsStateExcept& e)
{
printf("%02d:%02d:%02d: %s: %s\n",ST.wHour,ST.wMinute,ST.wSecond,(LPCTSTR)sInstallation,(LPCTSTR)e.Text());
}
}
if (IsSensorcard(Device.key()) &&
(ST.wSecond % 10) == 5)
{
String sInstallation(Device.value());
try
{
String sValue;
QuerySensor(Device.key(),NULL,&sValue);
printf("%02d:%02d:%02d: %s: %s\n",ST.wHour,ST.wMinute,ST.wSecond,(LPCTSTR)sInstallation,(LPCTSTR)sValue);
}
catch(clsStateExcept& e)
{
printf("%02d:%02d:%02d: %s: %s\n",ST.wHour,ST.wMinute,ST.wSecond,(LPCTSTR)sInstallation,(LPCTSTR)e.Text());
}
}
}
}
if (!_Timestamp.contains("Action") ||
((ST.wSecond % 30) == 0 &&
ST.wSecond != _Timestamp["Action"].wSecond))
{
WCValSList<clsLocalNetID> MissingDeviceList;
GetNodeDevices(MissingDeviceList); // also sets '_ActiveDeviceList'
if (!MissingDeviceList.isEmpty())
{
while (!MissingDeviceList.isEmpty())
{
clsLocalNetID nDeviceID(MissingDeviceList.get());
clsConfigOfInstallation Installation(__LocationConfig.Installation(nDeviceID));
double dToleranceSunrise(Installation._dToleranceSunrise);
double dToleranceSunset(Installation._dToleranceSunset);
if (dHourNow > SI.dRise() + dToleranceSunrise &&
dHourNow < SI.dSet() - dToleranceSunset)
{
AlertUser(
String::Format("Device '%s' cannot be contacted",(LPCTSTR)Installation._sName),
String::Format("possibly there's no power generated\n"
"sunrise: %s\n"
"sunset: %s\n"
"now: %s",
(LPCTSTR)clsSYSTEMTIME(SI.dRise(),clsSYSTEMTIME::MODE_HOUR).sTime(),
(LPCTSTR)clsSYSTEMTIME(SI.dSet(),clsSYSTEMTIME::MODE_HOUR).sTime(),
(LPCTSTR)ST.sTime()));
}
}
}
enResult nRes(RES_OK);
for (clsDeviceListIter Device(_ActiveDeviceList); ++Device; )
{
String sDeviceID(sLocalNetID(Device.key()));
if (IsSensorcard(Device.key()))
{
try
{
String sStateError;
if (ST.wMinute != _Timestamp[sDeviceID + ".Data.IntraDaySensors"].wMinute)
{
clsDataItemList Data;
clsSYSTEMTIME STLogger;
clsDeviceDataList DeviceData;
if (QueryLoggerDateTime(STLogger) &&
QuerySensor(Device.key(),&Data))
{
DeviceData.Add(Device.key(),STLogger,Data);
for (WCValSListIter<clsOutputManager*> Destination(DestinationList); ++Destination; )
{
Destination.current()->Append(DeviceData,_ErrorStatesOfDay,false,false);
}
_Timestamp[sDeviceID + ".Data.IntraDaySensors"] = ST;
}
}
if (!sStateError.IsEmpty())
{
throw clsStateExcept(sStateError);
}
}
catch (clsExcept& e)
{
printf("%s\n",(LPCTSTR)e.Text());
}
}
if (IsInverter(Device.key()))
{
String sInstallation(Device.value());
String sError;
try
{
// once a day...
if (ST.wHour == 12 &&
ST.wDay != _Timestamp[sDeviceID + ".Data.Daily"].wDay)
{
printf("process daily database maintenance\n");
for (WCValSListIter<clsOutputManager*> Destination(DestinationList); ++Destination; )
{
Destination.current()->DailyMaintenance(Device.key());
}
printf("clearing error states\n");
_ErrorStatesOfDay.clear();
_Timestamp[sDeviceID + ".Data.Daily"] = ST;
}
if (ST.wHour != _Timestamp[sDeviceID + ".QueryDateTime"].wHour) // every hour
{
clsConfigOfInstallation Installation(__LocationConfig.Installation(Device.key()));
if (Installation._bUpdateInverterClock)
{
clsSYSTEMTIME STLogger;
if (QueryLoggerDateTime(STLogger))
{
double dTimeLogger = STLogger.dValue();
double dTimeNow = ST.dValue();
printf("Datalogger time : %s\n",(LPCTSTR)STLogger.sValue());
printf("System time : %s\n",(LPCTSTR)ST.sValue());
if (fabs(dTimeNow - dTimeLogger) > 1.0/(24.0*60.0))
{
printf("correcting date/time (difference is %.2f minutes [> 1 minutes])\n",fabs(dTimeNow - dTimeLogger)*(24.0*60.0));
SetLoggerDateTime(ST);
}
_Timestamp[sDeviceID + ".QueryDateTime"] = ST;
}
}
}
}
catch (clsExcept& e)
{
}
try
{
String sStateError;
if (ST.wMinute != _Timestamp[sDeviceID + ".Data.IntraDay"].wMinute)
{
clsDataItemList Data;
clsSYSTEMTIME STLogger;
clsDeviceDataList DeviceData;
if (QueryLoggerDateTime(STLogger) &&
QueryData(Device.key(),DATA_CURRENT,&Data,&sStateError))
{
DeviceData.Add(Device.key(),STLogger,Data);
for (WCValSListIter<clsOutputManager*> Destination(DestinationList); ++Destination; )
{
Destination.current()->Append(DeviceData,_ErrorStatesOfDay,false,false);
}
_Timestamp[sDeviceID + ".Data.IntraDay"] = ST;
}