/** Validates the model and adds error messages to the ExecutionResult */
private void validateModel(ExecutionResult result) {
result.append("-> Validating the project...");
ModelUtility modelUtility = new ModelUtility();
modelUtility.validate(this.getProject(), result);
if (result.isOk()) {
result.append("-> Validation is OK");
} else {
result.append("-> *** ERROR: The project validation FAILED! See messages above. ***");
result.append("-> *** You need to fix the issues before code can be generated. ***");
}
}
private void collectAlignableElements(
final Section section, final List<Element> collectedElements) {
if (section instanceof CrosstabGroup) {
return;
}
final int theElementCount = section.getElementCount();
for (int i = 0; i < theElementCount; i++) {
final ReportElement reportElement = section.getElement(i);
if (reportElement instanceof Section) {
collectAlignableElements((Section) reportElement, collectedElements);
}
final CachedLayoutData cachedLayoutData =
ModelUtility.getCachedLayoutData((Element) reportElement);
final long layoutAge = cachedLayoutData.getLayoutAge();
if (layoutAge != -1) {
if (reportElement instanceof RootLevelBand) {
continue;
}
if (reportElement instanceof Band || reportElement instanceof Section == false) {
collectedElements.add((Element) reportElement);
}
}
}
}
public void resizeProportional() {
final float originalPageWidth = originalPageDefinition.getWidth();
final float currentPageWidth = currentPageDefinition.getWidth();
final float scaleFactor = currentPageWidth / originalPageWidth;
for (int i = 0; i < visualElements.length; i++) {
// Resize the element.
final CachedLayoutData cachedLayoutData = ModelUtility.getCachedLayoutData(visualElements[i]);
final double elementWidth = StrictGeomUtility.toExternalValue(cachedLayoutData.getWidth());
final Element theElement = visualElements[i];
final ElementStyleSheet styleSheet = theElement.getStyle();
styleSheet.setStyleProperty(
ElementStyleKeys.MIN_WIDTH, new Float(elementWidth * scaleFactor));
// Reposition the element.
final double origin = StrictGeomUtility.toExternalValue(cachedLayoutData.getX());
final double destination = scaleFactor * origin;
final int theShift = (int) (destination - origin);
final Element[] theElements = new Element[1];
theElements[0] = theElement;
align(theShift, theElements);
}
registerChanges();
}
private long computeFarRightPostion() {
long theFarRightPostion = 0;
for (int i = 0; i < visualElements.length; i++) {
final CachedLayoutData theElementData = ModelUtility.getCachedLayoutData(visualElements[i]);
final long theCurrentPosition = theElementData.getX() + theElementData.getWidth();
if (i == 0) {
theFarRightPostion = theCurrentPosition;
} else if (theCurrentPosition > theFarRightPostion) {
theFarRightPostion = theCurrentPosition;
}
}
return theFarRightPostion;
}
public void run(String option, String projectFile, String outputDirectory, ExecutionResult result)
throws Exception {
if (option == null
|| (!option.equals(GENERATE_JAVA)
&& !option.equals(GENERATE_OBJC)
&& !option.equals(GENERATE_SWIFT))) {
result.append("-> Invalid option! The command line is:");
result.append(COMMAND_HELP);
result.setOk(false);
return;
}
if (projectFile == null || !this.getIo().existsFile(projectFile)) {
result.append("-> The project file doesn't exists: " + projectFile);
result.setOk(false);
return;
}
if (outputDirectory == null || !this.getIo().existsFile(outputDirectory)) {
result.append("-> The output directory doesn't exists: " + outputDirectory);
result.setOk(false);
return;
}
ModelUtility modelUtility = new ModelUtility();
Project newProject = modelUtility.openProject(projectFile);
this.setProject(newProject);
this.setOutputDirectory(outputDirectory);
if (option.equals(GENERATE_JAVA)) {
this.generateJava(result);
return;
}
if (option.equals(GENERATE_OBJC)) {
this.generateObjC(result);
return;
}
if (option.equals(GENERATE_SWIFT)) {
this.generateSwift(result);
return;
}
}
