private synchronized void checkForReply() {
mm_replyTimer.stop();
if (!mm_rtnFlag) {
if (mm_numTry >= mm_numTries) {
// Hard failure
if (m_replyFailType != CRYO_UNRESPONSIVE) {
if (m_port == TEMPCONTROLLER) {
// SDM FIXME if(m_cryoPanel!= null) m_cryoPanel.txtrFault.setText("Temp Controller is
// not responding");
} else {
DataFileManager.writeMsgLog(
"Cryomon is not responding after " + mm_numTries + " retries", debug);
// System.out.println("Cryomon is not responding after "+mm_numTries+" retries");
// SDM FIXME if(m_cryoPanel!= null) m_cryoPanel.txtrFault.setText("CryoBay is not
// responding");
// SDM FIXME m_cryoPanel.writeInfo("\nCryobay is not responding");
}
m_replyFailType = CRYO_UNRESPONSIVE;
}
processReply(mm_rtnMsg, false);
} else {
// Try again
// Messages.postDebug(" ... " + m_port + " resending command to Cryobay" + m_command);
mm_numTry++;
// DataFileManager.writeMsgLog("Sender retry:" + mm_numTry, debug);
// if(debug)
// System.out.println("Sender: "+m_command+" retry:" + mm_numTry);
send(m_command);
mm_replyTimer.start();
}
} else {
// Got the reply
// mm_asListener.newMessage(mm_rtnMsg);
if (m_replyFailType != CRYO_OK) {
if (m_port == TEMPCONTROLLER) {
// Messages.postInfo("Temp Controller connection OK");
if (m_cryoPanel != null)
// m_cryoPanel.txtInfo.append("Temp Controller connection OK\n");
m_cryoPanel.writeInfo("\nTemp Controller connection OK");
} else {
// Messages.postInfo("Cryogen Monitor connection OK");
if (m_cryoPanel != null)
// m_cryoPanel.txtInfo.append("CryoBay connection OK\n");
m_cryoPanel.writeInfo("\nCryogen Monitor connection OK\n");
}
m_replyFailType = CRYO_OK;
}
processReply(mm_rtnMsg, mm_rtnFlag);
}
}
/**
* This method is called whenever a status message is received from the Cryogen Monitor.
*
* @param iWhat An integer coding what the value is for (status=152).
* @param iValue Is true.
*/
protected void processStatus(String iWhat, boolean iValue) {
StringTokenizer toker, dateToker;
String elem, elem2;
int errors = 0;
String time = " ";
String heLevel = "000";
String n2Level = "000";
// System.out.println("received:"+iWhat);
iWhat = iWhat.replace("Connected to E5025", "");
if (!iValue) {
if (m_cryoPanel != null) {
m_cryoPanel.cryomonNotCommunicating();
}
return;
}
// String key = new String(iWhat);
if (iWhat == null) return;
if (m_cryoPanel != null) m_cryoPanel.writeAdvanced("Received: " + iWhat + "\n");
toker = new StringTokenizer(iWhat, ",");
if (iWhat.endsWith("Z*")) {
// m_statusPoller.clrDataCount();
} else if (iWhat.endsWith("NH*")) {
// m_statusPoller.clrDataCount();
} else if (iWhat.endsWith("EH*")) {
if (m_cryoPanel != null) {
// String msg=iWhat.replace("Connected", "");
m_cryoPanel.setErrors(iWhat);
}
} else if (iWhat.endsWith(" t*")) {
// String s=iWhat.replace("Connected","");
Date date = getDate(iWhat);
last_date = date;
if (m_cryoPanel != null) m_cryoPanel.setTime(iWhat);
} else if (iWhat.startsWith("V")) {
if (m_cryoPanel != null) {
String msg = iWhat.replace("*", "");
// System.out.println("CryoSocketControl version: " + msg);
DataFileManager.setFirmwareVersion(msg);
}
} else if (iWhat.startsWith("Date")) {
m_cryoPanel.writeAdvanced("Reading Log: " + iWhat + "\n");
// open file & read rest of lines into file
String logFile = m_cryoPanel.getLogFile();
try {
m_write2Log = true;
pause(true);
// System.out.println("Opening log file " + logFile);
FileWriter outLog = new FileWriter(logFile, false); // open file and do not append data
// System.out.println("Writing log file " + logFile);
outLog.write(iWhat + "\n");
outLog.flush();
} catch (Exception e) {
// System.out.println("Could not write log file.");
}
} else if (iWhat.endsWith("W*")) {
if (m_cryoPanel != null) {
errors = 0;
heLevel = "000";
n2Level = "000";
while (toker.hasMoreTokens()) {
elem = toker.nextToken();
if (elem.startsWith("E5") || elem.startsWith("E6")) {
if (m_cryoPanel != null) DataFileManager.setMonitorType(elem);
} else if (elem.startsWith("ND")) {
elem = elem.substring(2, 5);
m_cryoPanel.writeAdvanced("N2 level: " + elem + "\n");
n2Level = elem;
} else if (elem.startsWith("HL")) {
elem = elem.substring(2, 6);
try {
int HL = Integer.parseInt(elem);
DataFileManager.HL = HL;
m_cryoPanel.writeAdvanced("HL level: " + HL + "\n");
} catch (Exception e) {
System.out.println("Input format error in HL");
}
} else if (elem.startsWith("SA")) {
errors = Integer.parseInt(elem.substring(2));
} else if (elem.startsWith("SB")) {
int sb = Integer.parseInt(elem.substring(2));
errors += sb << 8;
// m_cryoPanel.setStatus(errors);
} else if (elem.startsWith("P1D")) {
elem2 = toker.nextToken(); // get P2D for second probe
if (elem.substring(8, 12).startsWith("+")) {
elem = elem.substring(9, 12);
} else {
elem = elem.substring(8, 12);
}
if (elem2.substring(8, 12).startsWith("+")) {
elem2 = elem2.substring(9, 12);
} else {
elem2 = elem2.substring(8, 12);
}
m_cryoPanel.writeAdvanced("He levelP1: " + elem + " levelP2: " + elem2 + "\n");
if (elem.startsWith("#") && elem2.startsWith("#")) // no probes enabled
heLevel = "000";
else if (elem.startsWith("#")) heLevel = elem2;
else if (elem2.startsWith("#")) heLevel = elem;
else { // both probes enabled
heLevel = elem;
try {
int v1 = Integer.parseInt(elem);
int v2 = Integer.parseInt(elem2);
int max_val = v1 > v2 ? v1 : v2;
DecimalFormat myFormatter = new DecimalFormat("000");
String output = myFormatter.format(max_val);
// System.out.println("He1:"+elem+" He2:"+elem2+" ave:"+output);
heLevel = output;
} catch (Exception e) {
System.out.println("Input format error in He level");
}
}
} else if (elem.startsWith("t")) {
time = elem.replace("t", "");
dateToker = new StringTokenizer(time, " ");
if (dateToker.hasMoreTokens()) {
prev_read = last_read;
last_read = getDate(time);
}
}
}
if (last_date != null) {
writeDataToFile(last_date, heLevel, n2Level, errors);
}
}
} else if (m_write2Log) {
if (iWhat.startsWith("*")) {
// close file
m_cryoPanel.popupMsg("Log File", "Cryogen Monitor log written", false);
m_cryoPanel.writeAdvanced("Reading Log Done.\n");
m_write2Log = false;
pause(false);
m_cryoPanel.setReadLogFlag(false);
} else {
String logFile = m_cryoPanel.getLogFile();
try {
FileWriter outLog = new FileWriter(logFile, true); // open file and append data
outLog.write(iWhat + "\n");
outLog.flush();
} catch (Exception e) {
// System.out.println("Could not write log file.");
}
}
}
}
/**
* This method is called whenever a new entry is written to the data file.
*
* @param line is a text string containing fill data information
*/
protected void writeDataToFile(String line) {
ArrayList<DataObject> array = DataFileManager.readFillData();
DataObject next = new DataObject(line);
array.add(next);
DataFileManager.writeFillData(array);
}