public int compareTo(SplitterObject o) {
return this.guid - o.getGUID();
}
/**
* Creates a new instance of SplitterJavaSource.
*
* @param splitObj the SplitterObject for which this splitter java file is be written.
* @param pptName the name of the Ppt to which splitObj belongs.
* @param fileName the name of the file that should be written by the new SplitterJavaSource.
* @param varInfos the varInfos for this the Ppt to which splitObj belongs.
* @param statementReplacer a statementReplacer for the .spinfo file from which splitObj is being
* created from.
*/
public SplitterJavaSource(
SplitterObject splitObj,
String pptName,
String fileName,
VarInfo[] varInfos,
StatementReplacer statementReplacer)
throws ParseException {
className = getClassName(pptName);
this.fileName = fileName;
this.statementReplacer = statementReplacer;
varInfos = filterNonVars(varInfos);
String originalCondition = splitObj.condition();
String condition = replaceReservedWords(originalCondition);
condition = this.statementReplacer.makeReplacements(condition);
condition = convertVariableNames(condition, className, varInfos);
vars = makeVariableManagerArray(varInfos, condition, className);
// extra white space at the end of lines used only to increase readability.
add("import daikon.*; ");
add("import daikon.inv.*; ");
add("import daikon.split.*; ");
skipLine();
add("public final class " + fileName + " extends Splitter { ");
skipLine();
add(" public String condition() { ");
add(" return \"" + protectQuotations(originalCondition) + "\"; ");
add(" } ");
skipLine();
writeFields();
skipLine();
add(" static DummyInvariant dummyInvFactory;");
add(" DummyInvariant dummyInv;");
skipLine();
add(" public " + fileName + "() { } ");
add(" public " + fileName + "(Ppt ppt) { ");
writeConstructorBody();
add(" }");
skipLine();
add(" public Splitter instantiate(Ppt ppt) { ");
add(" return new " + fileName + "(ppt); ");
add(" } ");
skipLine();
add(" public boolean valid() { ");
writeValidBody();
add(" } ");
skipLine();
add(" public boolean test(ValueTuple vt) { ");
writeTestBody();
add(" return(" + NullReplacer.replaceNull(condition) + "); ");
add(" } ");
skipLine();
add(" public String repr() { ");
writeReprBody();
add(" } ");
skipLine();
add(" public void makeDummyInvariant(DummyInvariant inv) { ");
add(" dummyInvFactory = inv; ");
add(" } ");
skipLine();
add(" public void instantiateDummy(PptTopLevel ppt) { ");
add(" dummyInv = null; ");
writeInstantiateDummyBody();
add(" } ");
skipLine();
add(" public DummyInvariant getDummyInvariant() { ");
add(" return dummyInv; ");
add(" } ");
skipLine();
add(" public int[] getIntArray(long[] longArray) { ");
add(" int[] intArray = new int[longArray.length]; ");
add(" for (int i = 0; i < intArray.length; i++) { ");
add(" intArray[i] = (int) longArray[i]; ");
add(" } ");
add(" return intArray; ");
add(" } ");
skipLine();
add("} ");
}