/** Make a main window by instantiating the my custom window. */
public void makeMainWindow() {
mainWindow = new SCLMonWindow(this);
// for PV Logger snapshot chooser
plsc = new PVLogSnapshotChooser(mainWindow);
plsc.setGroup("SCL HOM");
if (getSource() != null) {
XmlDataAdaptor xda = XmlDataAdaptor.adaptorForUrl(getSource(), false);
DataAdaptor da1 = xda.childAdaptor("AcceleratorApplicationSCLMon");
// restore accelerator file
this.setAcceleratorFilePath(da1.childAdaptor("accelerator").stringValue("xalFile"));
String accelUrl = this.getAcceleratorFilePath();
try {
this.setAccelerator(
XMLDataManager.acceleratorWithPath(accelUrl), this.getAcceleratorFilePath());
} catch (Exception exception) {
JOptionPane.showMessageDialog(
null,
"Hey - I had trouble parsing the accelerator input xml file you fed me",
"AOC error",
JOptionPane.ERROR_MESSAGE);
}
this.acceleratorChanged();
}
setHasChanges(false);
}
/**
* Save the contents of this data structure to the data sink behind the <code>DataAdaptor</code>
* interface.
*
* @param snkData persistent data store
* @see xal.tools.data.DataListener#write(xal.tools.data.DataAdaptor)
* @author Christopher K. Allen
* @since Apr 14, 2014
*/
@Override
public void write(DataAdaptor snkData) {
// Write out device id and the data format version number
snkData.setValue(STR_ATTR_DEVID, this.getDeviceId());
snkData.setValue(STR_ATTR_FMTVER, LNG_VAL_FMTVER);
}
/**
* Load the contents of this data structure from the given data source exposing the <code>
* DataAdaptor</code> interface.
*
* @param daptSrc data source used to populate this data structure
* @see xal.tools.data.DataListener#update(xal.tools.data.DataAdaptor)
* @author Christopher K. Allen
* @since Apr 14, 2014
*/
@Override
public void update(DataAdaptor daptSrc) {
// Get the device ID of the configuration data
// (The version information is not used
this.strDevId = daptSrc.stringValue(STR_ATTR_DEVID);
@SuppressWarnings("unused")
long lngVer = daptSrc.longValue(STR_ATTR_FMTVER);
}
/** Constructor with adaptor */
public NodePropertyRecord(
final AcceleratorNode node,
final String propertyName,
final double loggedValue,
final DataAdaptor adaptor) {
NODE = node;
PROPERTY_NAME = propertyName;
this.loggedValue = loggedValue;
Channel[] channels = NODE.getLivePropertyChannels(PROPERTY_NAME);
channelMonitors = createMonitors(channels);
double testValue =
(adaptor.hasAttribute("testValue")) ? adaptor.doubleValue("testValue") : Double.NaN;
MODEL_INPUT = new ModelInput(node, PROPERTY_NAME, testValue);
if (adaptor.hasAttribute("checkState")) checkState = adaptor.booleanValue("checkState");
if (adaptor.hasAttribute("scanStartValue"))
scanStartValue = adaptor.doubleValue("scanStartValue");
if (adaptor.hasAttribute("scanEndValue")) scanEndValue = adaptor.doubleValue("scanEndValue");
if (adaptor.hasAttribute("scanSteps")) scanSteps = adaptor.intValue("scanSteps");
}
/** Instructs the receiver to write its data to the adaptor for external storage. */
@Override
public void write(DataAdaptor adaptor) {
adaptor.setValue("nodeId", NODE.getId());
adaptor.setValue("propertyName", PROPERTY_NAME);
adaptor.setValue("testValue", MODEL_INPUT.getDoubleValue());
adaptor.setValue("checkState", checkState);
adaptor.setValue("scanStartValue", scanStartValue);
adaptor.setValue("scanEndValue", scanEndValue);
adaptor.setValue("scanSteps", scanSteps);
}
/**
* Export optics changes using the exporter.
*
* @param exporter the optics exporter to use for exporting this node's optics changes
*/
public void exportOpticsChanges(final OpticsExporter exporter) {
final LiveParameter parameter = getLiveParameter(FIELD_INDEX);
if (parameter.getDesignValue() != parameter.getInitialValue()) {
final DataAdaptor adaptor =
exporter.getChildAdaptor(getNode().getParent(), getNode().dataLabel());
adaptor.setValue("id", getNode().getId());
final DataAdaptor attributesAdaptor = adaptor.createChild("attributes");
final DataAdaptor magnetAdaptor = attributesAdaptor.createChild("magnet");
magnetAdaptor.setValue("dfltMagFld", parameter.getInitialValue());
}
}
/**
* Save the document to the specified URL.
*
* @param url The URL to which the document should be saved.
*/
public void saveDocumentAs(URL url) {
XmlDataAdaptor xda = XmlDataAdaptor.newEmptyDocumentAdaptor();
DataAdaptor daLevel1 = xda.createChild("SCLMon");
// save accelerator file
DataAdaptor daXMLFile = daLevel1.createChild("accelerator");
try {
daXMLFile.setValue("xalFile", new URL(this.getAcceleratorFilePath()).getPath());
} catch (java.net.MalformedURLException e) {
daXMLFile.setValue("xalFile", this.getAcceleratorFilePath());
}
// save selected sequences
ArrayList<String> seqs;
if (getSelectedSequence() != null) {
DataAdaptor daSeq = daLevel1.createChild("sequences");
daSeq.setValue("name", getSelectedSequence().getId());
if (getSelectedSequence().getClass() == AcceleratorSeqCombo.class) {
AcceleratorSeqCombo asc = (AcceleratorSeqCombo) getSelectedSequence();
seqs = (ArrayList<String>) asc.getConstituentNames();
} else {
seqs = new ArrayList<String>();
seqs.add(getSelectedSequence().getId());
}
Iterator<String> itr = seqs.iterator();
while (itr.hasNext()) {
DataAdaptor daSeqComponents = daSeq.createChild("seq");
daSeqComponents.setValue("name", itr.next());
}
}
// write to the document file
xda.writeToUrl(url);
setHasChanges(false);
}
/**
* Write data to the power supply data adaptor. Put the information about the main power supply
* into the data adaptor.
*
* @param powerSupplyAdaptor The data sink for the power supply information
*/
protected void writePowerSupplies(final DataAdaptor powerSupplyAdaptor) {
powerSupplyAdaptor.setValue("main", mainSupplyId);
}
/**
* Write data to the data adaptor for storage.
*
* @param adaptor The adaptor to which the receiver's data is written
*/
public void write(final DataAdaptor adaptor) {
if (_correctorSupplyMap != null) {
for (final CorrectorSupply supply : _correctorSupplyMap.values()) {
final DataAdaptor supplyAdaptor = adaptor.createChild("supply");
supplyAdaptor.setValue("id", supply.getID());
supplyAdaptor.setValue("enable", supply.isEnabled());
if (supply.isLowerFieldLimitCustom()) {
supplyAdaptor.setValue("lowerFieldLimit", supply.getLowerFieldLimit());
}
if (supply.isUpperFieldLimitCustom()) {
supplyAdaptor.setValue("upperFieldLimit", supply.getUpperFieldLimit());
}
}
}
if (_bpmAgents != null) {
for (final BpmAgent bpmAgent : _bpmAgents) {
final boolean flattenEnable = bpmAgent.getFlattenEnabled();
if (!flattenEnable) { // only need to store the exceptions
final DataAdaptor bpmAdaptor = adaptor.createChild("bpm");
bpmAdaptor.setValue("id", bpmAgent.getID());
bpmAdaptor.setValue("flattenEnable", flattenEnable);
}
}
}
if (_flattener != null) {
adaptor.writeNode(_flattener);
}
for (OrbitSource orbitSource : _orbitSources) {
if (orbitSource instanceof SnapshotOrbitSource || orbitSource instanceof LiveOrbitSource) {
adaptor.writeNode(orbitSource);
}
}
}
/**
* Update the data based on the information provided by the data provider.
*
* @param adaptor The adaptor from which to update the data
*/
public void update(final DataAdaptor adaptor) {
if (_correctorSupplyMap != null) {
final List<DataAdaptor> supplyAdaptors = adaptor.childAdaptors("supply");
for (final DataAdaptor supplyAdaptor : supplyAdaptors) {
final String supplyID = supplyAdaptor.stringValue("id");
final CorrectorSupply supply = _correctorSupplyMap.get(supplyID);
if (supply != null) {
if (supplyAdaptor.hasAttribute("enable")) {
final boolean enable = supplyAdaptor.booleanValue("enable");
supply.setEnabled(enable);
}
if (supplyAdaptor.hasAttribute("lowerFieldLimit")) {
supply.setLowerFieldLimit(supplyAdaptor.doubleValue("lowerFieldLimit"));
}
if (supplyAdaptor.hasAttribute("upperFieldLimit")) {
supply.setUpperFieldLimit(supplyAdaptor.doubleValue("upperFieldLimit"));
}
}
}
}
final List<DataAdaptor> bpmAdaptors = adaptor.childAdaptors("bpm");
if (bpmAdaptors != null && bpmAdaptors.size() > 0 && _bpmAgents != null) {
// cache all our bpms so we can access them by ID
final Map<String, BpmAgent> bpmAgentMap = new HashMap<String, BpmAgent>(_bpmAgents.size());
for (final BpmAgent bpmAgent : _bpmAgents) {
bpmAgentMap.put(bpmAgent.getID(), bpmAgent);
}
for (final DataAdaptor bpmAdaptor : bpmAdaptors) {
final String bpmID = bpmAdaptor.stringValue("id");
final BpmAgent bpmAgent = bpmAgentMap.get(bpmID);
if (bpmAgent != null) {
if (bpmAdaptor.hasAttribute("flattenEnable")) {
bpmAgent.setFlattenEnabled(bpmAdaptor.booleanValue("flattenEnable"));
}
}
}
}
final DataAdaptor flattenerAdaptor = adaptor.childAdaptor(Flattener.DATA_LABEL);
if (flattenerAdaptor != null) {
getFlattener().update(flattenerAdaptor);
}
final List<DataAdaptor> orbitSourceAdaptors = adaptor.childAdaptors(OrbitSource.DATA_LABEL);
for (DataAdaptor orbitSourceAdaptor : orbitSourceAdaptors) {
final String type = orbitSourceAdaptor.stringValue("type");
if (type.equals("snapshot")) {
final SnapshotOrbitSource orbitSource =
SnapshotOrbitSource.getInstance(orbitSourceAdaptor, _sequence, _bpmAgents);
addOrbitSource(orbitSource);
}
}
}
