private void makePCStrings(KinTermDef ktd, String eqcSig) throws KSInternalErrorException {
ArrayList<Object> pcList = ktd.decodeString(eqcSig);
if (ktd.expandedDefs.size() != pcList.size()) {
String msg = "PropDef ktd with " + pcList.size() + " symbols in EQC SigString\n";
msg += "had " + ktd.definitions.size() + " clauses in its definition.";
throw new KSInternalErrorException(msg);
}
for (int i = 0; i < pcList.size(); i++) {
ClauseBody cb = (ClauseBody) ktd.expandedDefs.get(i);
String s = (String) pcList.get(i);
if (cb.pcString == null || cb.pcString.isEmpty()) {
cb.pcString = s;
}
}
}
private void doneButtonActionPerformed(
java.awt.event.ActionEvent evt) { // GEN-FIRST:event_doneButtonActionPerformed
Context currCtxt = Context.current;
if (accepted) {
try {
String sourceContextName = propDef.ktd.domTh.languageName;
Context sourceCtxt = Library.findOrCreateContext(sourceContextName);
if (propDef.ktd.domTh.addressTerms) {
sourceCtxt.updateDomTheoryAdr(); // loads it on sourceCtxt
} else {
sourceCtxt.updateDomTheoryRef();
}
KinTermDef newDef = new KinTermDef(propDef.kinTerm);
newDef.comments = FamilyPanel.convertBannedCharacters(notesText.getText());
newDef.definitions = propDef.ktd.definitions;
newDef.expandClauses(sourceCtxt);
makePCStrings(newDef, propDef.eqc.sigString);
updateCBPtrs(newDef);
newDef.makeSigStrings();
dt.addTerm(newDef);
Context.AcceptedDefPtr ptr;
ptr = new Context.AcceptedDefPtr(propDef.kinTerm, UDate.today(), "false", newDef.comments);
ptr.postToHistory(learningHistory);
// Move all dyads for this kinTerm to "Defined" category.
TreeMap<String, ArrayList<Object>> dyads;
dyads = (TreeMap<String, ArrayList<Object>>) dt.dyadsUndefined.remove(newDef.kinTerm);
dt.dyadsDefined.put(newDef.kinTerm, dyads);
SIL_Edit.edWin.chart.dirty = true;
// Set up auto-def for this KTD
TreeMap<String, ArrayList<Context.CB_Ptr>>
autoDef = // autoDef: kinType => AList of Context.CB_Ptrs
(dt.addressTerms ? currCtxt.autoDefAdr : currCtxt.autoDefRef);
for (Object o : newDef.expandedDefs) {
ClauseBody cb = (ClauseBody) o;
String kinType = cb.pcString;
if (autoDef.get(kinType) == null) {
autoDef.put(kinType, new ArrayList<Context.CB_Ptr>());
}
ArrayList<Context.CB_Ptr> defList = autoDef.get(kinType);
defList.add(new Context.CB_Ptr(newDef.kinTerm, cb.seqNmbr));
}
// Context.current = currCtxt; // It was reset by updates to SourceCtxt
String msg =
"Would you like to apply this new definition to all\n"
+ "Ego/Alter pairs that it fits?";
int decision =
JOptionPane.showConfirmDialog(
this, msg, "Apply Definition?", JOptionPane.YES_NO_OPTION);
if (decision == JOptionPane.YES_OPTION) {
SIL_Edit.edWin.applyDef(newDef, dt);
}
// Mark this suggestion as processed and update menu
papa.markProcessed(suggNmbr);
papa.reset();
} catch (Exception exc) {
String msg = "While fleshing out a KTD for " + propDef.kinTerm;
msg += "\nhit internal error: " + exc;
MainPane.displayError(msg, "Internal Error", JOptionPane.ERROR_MESSAGE);
}
} else if (rejected) {
Context.RejectedPropDefPtr reject =
new Context.RejectedPropDefPtr(
propDef.kinTerm,
UDate.today(),
"false",
FamilyPanel.convertBannedCharacters(notesText.getText()),
propDef.eqc.sigString,
propDef.eqc.prototype.languageName,
propDef.eqc.prototype.kinTerm);
reject.postToHistory(learningHistory);
papa.markProcessed(suggNmbr);
papa.reset();
}
reset();
} // GEN-LAST:event_doneButtonActionPerformed