protected void GetTextDataList()
{
long time_ms = 0;
string logMsg = "";
if (this.debugMode == AOUSettings.DebugMode.rawData)
{
return;
}
AOUStateData stateData;
newPowerValues = new List <Power>();
newLogMessages = new List <AOULogMessage>();
string textDataStream = GetTextData();
int prevTextLength = textDataStream.Length;
while (prevTextLength > 0)
{
Power tempPower = new Power(0);
bool IsTempData = false;
int count = 0;
string tagContent;
List <string> loglines;
string nextTag = AOUInputParser.GetNextTag(textDataStream, out tagContent, out loglines, out count);
foreach (string log in loglines)
{
if (log.Length > 0)
{
newLogMessages.Add(new AOULogMessage(GetTime_ms(), log, 8, 0));
}
}
loglines = AOUInputParser.ParseBetweenTagsMessages(tagContent);
foreach (string log in loglines)
{
string logStr = log;
if (logStr.Length > 0)
{
if (logStr[0] == ',')
{
logStr = logStr.Substring(1);
}
if (logStr[logStr.Length - 1] == ',')
{
logStr = logStr.Substring(0, logStr.Length - 1);
}
log.Trim(new char[] { ',', ' ' });
newLogMessages.Add(new AOULogMessage(GetTime_ms(), logStr, 9, 0));
}
}
if (nextTag == AOUInputParser.tagState)
{
AOUInputParser.ParseState(tagContent, out stateData);
if (!AOUDataTypes.IsUInt16NaN(stateData.Power))
{
currentPower = stateData.Power;
}
if (!AOUDataTypes.IsUInt16NaN(stateData.seqState))
{ /*
* 12 - "Unknown", 11 - "WOpenEnd", 10 - "WEjectEnd", 9 - "WEjectBegin", 8 - "WOpenBegin", 7 - "WCoolingEnd"
* 6 - "WInjectionEnd", 5 - "WInjectionBegin", 4 - "WColdAtMEntry", 3 - "WHotAtMEntry", 2 - "Idle", 1 - "Initial"
* NOTHING = 0, SQ_INITIAL, IDLE, SQ_WAIT_HOT_AT_MOULD_ENTRY, SQ_WAIT_COLD_AT_MOULD_ENTRY,
* SQ_WAIT_FOR_INJECTION_BEGIN, SQ_WAIT_FOR_INJECTION_END, SQ_WAIT_FOR_COOLING_END,
* SQ_WAIT_FOR_OPEN_BEGIN, SQ_WAIT_FOR_EJECT_BEGIN, SQ_WAIT_FOR_EJECT_END, SQ_WAIT_FOR_OPEN_END */
currentSeqState = (AOUDataTypes.StateType)stateData.seqState;
}
if (!AOUDataTypes.IsUInt16NaN(stateData.Valves))
{
// -- VALVES -- <Valves>MMSS</Valves> MASK (e.g. “3F”), STATE Bits: 0/Hot valve, 1/Cold valve, 2/Return valve
currentHotValve = (stateData.Valves & 1) != 0 ? 70 : 50; // Off=50, On=70
currentColdValve = (stateData.Valves & 2) != 0 ? 70 : 50; // Off=50, On=70
currentReturnValve = (stateData.Valves & 4) != 0 ? 70 : 50; // Cold=50, Hot=70
// tempPower.ValveCoolant = (valveState & 8) != 0 ? 100 : 0; // ????
}
if (stateData.hotTankTemp < 500) // Temp data. ToDo better test
{
tempPower.ElapsedTime = AOUDataTypes.AOUModelTimeSecX10_to_TimeMs(stateData.time_hours, stateData.time_sek_x_10_of_hour);
tempPower.THotTank = stateData.hotTankTemp;
tempPower.TColdTank = stateData.coldTankTemp;
tempPower.TReturnValve = stateData.retTemp;
tempPower.TReturnActual = stateData.retTemp; // Todo
tempPower.TReturnForecasted = stateData.retTemp; // Todo
tempPower.TBufferCold = stateData.bufColdTemp;
tempPower.TBufferMid = stateData.bufMidTemp;
tempPower.TBufferHot = stateData.bufHotTemp;
tempPower.State = currentSeqState;
tempPower.ValveFeedCold = currentColdValve;
tempPower.ValveFeedHot = currentHotValve;
tempPower.ValveReturn = currentReturnValve;
tempPower.THeaterOilOut = stateData.heaterTemp;
tempPower.PowerHeating = currentPower;
IsTempData = true; // Only add new power if temperature data
/* ToDo when ????
* tempPower.THeatExchangerCoolantOut = 0;
*/
tempPower.ValveCoolant = stateData.coolerTemp; // ????? %
}
if (!AOUDataTypes.IsUInt16NaN(stateData.IMM))
{
// <IMM>MMSS</IMM>, 2 hex digits MASK (e.g. “3F”), and 2 hex digits STATE (e.g. “12”).
// IMM_OutIMMError: 0x01; IMM_OutIMMBlockInject: 0x02; IMM_OutIMMBlockOpen: 0x04; IMM_InIMMStop: 0x08;
// IMM_InCycleAuto: 0x10; IMM_InIMMInjecting: 0x20; IMM_InIMMEjecting: 0x40; IMM_InIMMToolClosed: 0x80;
switch (stateData.IMM)
{
case 0x01: currentIMMState = AOUDataTypes.IMMSettings.OutIMMError; break;
case 0x02: currentIMMState = AOUDataTypes.IMMSettings.OutIMMBlockInject; break;
case 0x04: currentIMMState = AOUDataTypes.IMMSettings.OutIMMBlockOpen; break;
case 0x08: currentIMMState = AOUDataTypes.IMMSettings.InIMMStop; break;
case 0x10: currentIMMState = AOUDataTypes.IMMSettings.InCycleAuto; break;
case 0x20: currentIMMState = AOUDataTypes.IMMSettings.InIMMInjecting; break;
case 0x40: currentIMMState = AOUDataTypes.IMMSettings.InIMMEjecting; break;
case 0x80: currentIMMState = AOUDataTypes.IMMSettings.InIMMToolClosed; break;
default: currentIMMState = AOUDataTypes.IMMSettings.Nothing; break;
}
}
if (!AOUDataTypes.IsUInt16NaN(stateData.UIButtons))
{
// UI>MMSS</UI> (hex) MM=8bit mask, SS=8bits. 2 hex digits MASK (e.g. “3F”), and 2 hex digits STATE (e.g. “12”).
// BUTTON_ONOFF: 0x0001 // Soft on/Off; BUTTON_EMERGENCYOFF: 0x0002 // Hard Off
// BUTTON_MANUALOPHEAT: 0x0004 // Forced Heating; BUTTON_MANUALOPCOOL 0x0008 // Forced Cooling
// BUTTON_CYCLE: 0x0010 // Forced Cycling; BUTTON_RUN: 0x0020 // Run with IMM
byte mask = AOUInputParser.HighByte(stateData.UIButtons);
byte state = AOUInputParser.LowByte(stateData.UIButtons);
switch (mask)
{
case 0x01: currentUIButtons.OnOffButton = (AOUDataTypes.ButtonState)state; break;
case 0x02: currentUIButtons.ButtonEmergencyOff = (AOUDataTypes.ButtonState)state; break;
case 0x04: currentUIButtons.ButtonForcedHeating = (AOUDataTypes.ButtonState)state; break;
case 0x08: currentUIButtons.ButtonForcedCooling = (AOUDataTypes.ButtonState)state; break;
case 0x10: currentUIButtons.ButtonForcedCycling = (AOUDataTypes.ButtonState)state; break;
case 0x20: currentUIButtons.ButtonRunWithIMM = (AOUDataTypes.ButtonState)state; break;
default: break;
}
// ToDo: Send message changed
}
if (!AOUDataTypes.IsUInt16NaN(stateData.Energy))
{
// <Energy>MMSS</Energy>, 2 hex digits MASK (e.g. “3F”), and 2 hex digits STATE (e.g. “12”).
currentEnergy = stateData.Energy;
}
if (stateData.Mode < Int16.MaxValue)
{
// <Mode>1</Mode> (int); 2 hex digits MASK (e.g. “3F”), and 2 hex digits STATE (e.g. “12”). Which???
// #define HT_STATE_INVALID: -999; #define HT_STATE_COLD: -1; #define HT_STATE_UNKNOWN: 0; #define HT_STATE_HOT 1
Int16 mode = stateData.Mode;
currentMode = (AOUDataTypes.HT_StateType)mode;
}
}
else if (nextTag == "seq")
{
newLogMessages.Add(new AOULogMessage(GetTime_ms(), "seq:" + tagContent, 0, 0));
}
else if (nextTag == AOUInputParser.tagLog)
{
if (AOUInputParser.ParseLog(tagContent, out time_ms, out logMsg))
{
AOULogMessage msg = new AOULogMessage(time_ms * 100, logMsg);
if (msg.prio == 0)
{
msg.prio = 1;
}
newLogMessages.Add(msg);
}
}
else if (nextTag.Length > 0)
{
newLogMessages.Add(new AOULogMessage(GetTime_ms(), "Unknown tag:" + nextTag + " = " + tagContent, 0, 0));
}
if (AOUInputParser.ValidPowerTag(nextTag))
{
if (IsTempData)
{
newPowerValues.Add(tempPower);
}
}
if (count == 0) // No more valid tags. Wait for more data
{
break;
}
else
{
textDataStream = textDataStream.Substring(count); // Delete handled tag
}
}
}
protected void GetTextDataList()
{
long time_ms = 0;
string logMsg = "";
if (this.debugMode == AOUSettings.DebugMode.rawData)
{
return;
}
AOUStateData stateData;
newPowerValues = new List<Power>();
newLogMessages = new List<AOULogMessage>();
string textDataStream = GetTextData();
int prevTextLength = textDataStream.Length;
while (prevTextLength > 0)
{
Power tempPower = new Power(0);
bool IsTempData = false;
int count = 0;
string tagContent;
List<string> loglines;
string nextTag = AOUInputParser.GetNextTag(textDataStream, out tagContent, out loglines, out count);
foreach (string log in loglines)
{
if (log.Length > 0)
newLogMessages.Add(new AOULogMessage(GetTime_ms(), log, 8, 0));
}
loglines = AOUInputParser.ParseBetweenTagsMessages(tagContent);
foreach (string log in loglines)
{
string logStr = log;
if (logStr.Length > 0)
{
if (logStr[0] == ',')
logStr = logStr.Substring(1);
if (logStr[logStr.Length - 1] == ',')
logStr = logStr.Substring(0, logStr.Length - 1);
log.Trim(new char[] { ',', ' ' });
newLogMessages.Add(new AOULogMessage(GetTime_ms(), logStr, 9, 0));
}
}
if (nextTag == AOUInputParser.tagState)
{
AOUInputParser.ParseState(tagContent, out stateData);
if (!AOUDataTypes.IsUInt16NaN(stateData.Power))
{
currentPower = stateData.Power;
}
if (!AOUDataTypes.IsUInt16NaN(stateData.seqState))
{ /*
12 - "Unknown", 11 - "WOpenEnd", 10 - "WEjectEnd", 9 - "WEjectBegin", 8 - "WOpenBegin", 7 - "WCoolingEnd"
6 - "WInjectionEnd", 5 - "WInjectionBegin", 4 - "WColdAtMEntry", 3 - "WHotAtMEntry", 2 - "Idle", 1 - "Initial"
NOTHING = 0, SQ_INITIAL, IDLE, SQ_WAIT_HOT_AT_MOULD_ENTRY, SQ_WAIT_COLD_AT_MOULD_ENTRY,
SQ_WAIT_FOR_INJECTION_BEGIN, SQ_WAIT_FOR_INJECTION_END, SQ_WAIT_FOR_COOLING_END,
SQ_WAIT_FOR_OPEN_BEGIN, SQ_WAIT_FOR_EJECT_BEGIN, SQ_WAIT_FOR_EJECT_END, SQ_WAIT_FOR_OPEN_END */
currentSeqState = (AOUDataTypes.StateType)stateData.seqState;
}
if (!AOUDataTypes.IsUInt16NaN(stateData.Valves))
{
// -- VALVES -- <Valves>MMSS</Valves> MASK (e.g. “3F”), STATE Bits: 0/Hot valve, 1/Cold valve, 2/Return valve
currentHotValve = (stateData.Valves & 1) != 0 ? 70 : 50; // Off=50, On=70
currentColdValve = (stateData.Valves & 2) != 0 ? 70 : 50; // Off=50, On=70
currentReturnValve = (stateData.Valves & 4) != 0 ? 70 : 50; // Cold=50, Hot=70
// tempPower.ValveCoolant = (valveState & 8) != 0 ? 100 : 0; // ????
}
if (stateData.hotTankTemp < 500) // Temp data. ToDo better test
{
tempPower.ElapsedTime = AOUDataTypes.AOUModelTimeSecX10_to_TimeMs(stateData.time_hours, stateData.time_sek_x_10_of_hour);
tempPower.THotTank = stateData.hotTankTemp;
tempPower.TColdTank = stateData.coldTankTemp;
tempPower.TReturnValve = stateData.retTemp;
tempPower.TReturnActual = stateData.retTemp; // Todo
tempPower.TReturnForecasted = stateData.retTemp; // Todo
tempPower.TBufferCold = stateData.bufColdTemp;
tempPower.TBufferMid = stateData.bufMidTemp;
tempPower.TBufferHot = stateData.bufHotTemp;
tempPower.State = currentSeqState;
tempPower.ValveFeedCold = currentColdValve;
tempPower.ValveFeedHot = currentHotValve;
tempPower.ValveReturn = currentReturnValve;
tempPower.THeaterOilOut = stateData.heaterTemp;
tempPower.PowerHeating = currentPower;
IsTempData = true; // Only add new power if temperature data
/* ToDo when ????
tempPower.THeatExchangerCoolantOut = 0;
*/
tempPower.ValveCoolant = stateData.coolerTemp; // ????? %
}
if (!AOUDataTypes.IsUInt16NaN(stateData.IMM))
{
// <IMM>MMSS</IMM>, 2 hex digits MASK (e.g. “3F”), and 2 hex digits STATE (e.g. “12”).
// IMM_OutIMMError: 0x01; IMM_OutIMMBlockInject: 0x02; IMM_OutIMMBlockOpen: 0x04; IMM_InIMMStop: 0x08;
// IMM_InCycleAuto: 0x10; IMM_InIMMInjecting: 0x20; IMM_InIMMEjecting: 0x40; IMM_InIMMToolClosed: 0x80;
switch (stateData.IMM)
{
case 0x01: currentIMMState = AOUDataTypes.IMMSettings.OutIMMError; break;
case 0x02: currentIMMState = AOUDataTypes.IMMSettings.OutIMMBlockInject; break;
case 0x04: currentIMMState = AOUDataTypes.IMMSettings.OutIMMBlockOpen; break;
case 0x08: currentIMMState = AOUDataTypes.IMMSettings.InIMMStop; break;
case 0x10: currentIMMState = AOUDataTypes.IMMSettings.InCycleAuto; break;
case 0x20: currentIMMState = AOUDataTypes.IMMSettings.InIMMInjecting; break;
case 0x40: currentIMMState = AOUDataTypes.IMMSettings.InIMMEjecting; break;
case 0x80: currentIMMState = AOUDataTypes.IMMSettings.InIMMToolClosed; break;
default: currentIMMState = AOUDataTypes.IMMSettings.Nothing; break;
}
}
if (!AOUDataTypes.IsUInt16NaN(stateData.UIButtons))
{
// UI>MMSS</UI> (hex) MM=8bit mask, SS=8bits. 2 hex digits MASK (e.g. “3F”), and 2 hex digits STATE (e.g. “12”).
// BUTTON_ONOFF: 0x0001 // Soft on/Off; BUTTON_EMERGENCYOFF: 0x0002 // Hard Off
// BUTTON_MANUALOPHEAT: 0x0004 // Forced Heating; BUTTON_MANUALOPCOOL 0x0008 // Forced Cooling
// BUTTON_CYCLE: 0x0010 // Forced Cycling; BUTTON_RUN: 0x0020 // Run with IMM
byte mask = AOUInputParser.HighByte(stateData.UIButtons);
byte state = AOUInputParser.LowByte(stateData.UIButtons);
switch (mask)
{
case 0x01: currentUIButtons.OnOffButton = (AOUDataTypes.ButtonState)state; break;
case 0x02: currentUIButtons.ButtonEmergencyOff = (AOUDataTypes.ButtonState)state; break;
case 0x04: currentUIButtons.ButtonForcedHeating = (AOUDataTypes.ButtonState)state; break;
case 0x08: currentUIButtons.ButtonForcedCooling = (AOUDataTypes.ButtonState)state; break;
case 0x10: currentUIButtons.ButtonForcedCycling = (AOUDataTypes.ButtonState)state; break;
case 0x20: currentUIButtons.ButtonRunWithIMM = (AOUDataTypes.ButtonState)state; break;
default: break;
}
// ToDo: Send message changed
}
if (!AOUDataTypes.IsUInt16NaN(stateData.Energy))
{
// <Energy>MMSS</Energy>, 2 hex digits MASK (e.g. “3F”), and 2 hex digits STATE (e.g. “12”).
currentEnergy = stateData.Energy;
}
if (stateData.Mode < Int16.MaxValue)
{
// <Mode>1</Mode> (int); 2 hex digits MASK (e.g. “3F”), and 2 hex digits STATE (e.g. “12”). Which???
// #define HT_STATE_INVALID: -999; #define HT_STATE_COLD: -1; #define HT_STATE_UNKNOWN: 0; #define HT_STATE_HOT 1
Int16 mode = stateData.Mode;
currentMode = (AOUDataTypes.HT_StateType)mode;
}
}
else if (nextTag == "seq")
{
newLogMessages.Add(new AOULogMessage(GetTime_ms(), "seq:" + tagContent, 0, 0));
}
else if (nextTag == AOUInputParser.tagLog)
{
if (AOUInputParser.ParseLog(tagContent, out time_ms, out logMsg))
{
AOULogMessage msg = new AOULogMessage(time_ms*100, logMsg);
if (msg.prio == 0) msg.prio = 1;
newLogMessages.Add(msg);
}
}
else if (nextTag.Length > 0)
{
newLogMessages.Add(new AOULogMessage(GetTime_ms(), "Unknown tag:" + nextTag + " = " + tagContent, 0, 0));
}
if (AOUInputParser.ValidPowerTag(nextTag))
{
if (IsTempData)
{
newPowerValues.Add(tempPower);
}
}
if (count == 0) // No more valid tags. Wait for more data
{
break;
}
else
{
textDataStream = textDataStream.Substring(count); // Delete handled tag
}
}
}