private static String getCharset(Procedure procedure) {
String charset = null;
try {
// try new way first
ModelObjectExtensionAssistant assistant =
(ModelObjectExtensionAssistant)
ExtensionPlugin.getInstance()
.getRegistry()
.getModelExtensionAssistant(NAMESPACE_PROVIDER.getNamespacePrefix());
charset =
assistant.getPropertyValue(procedure, RestModelExtensionConstants.PropertyIds.CHARSET);
if (CoreStringUtil.isEmpty(charset)) {
charset =
(String)
ANNOTATION_HELPER.getPropertyValueAnyCase(
procedure,
ModelObjectAnnotationHelper.EXTENDED_PROPERTY_NAMESPACE
+ "CHARSET"); //$NON-NLS-1$
}
} catch (Exception e) {
UTIL.log(e);
}
return charset;
}
private static String getHeaders(Procedure procedure) {
Object headers = null;
try {
// try new way first
ModelObjectExtensionAssistant assistant =
(ModelObjectExtensionAssistant)
ExtensionPlugin.getInstance()
.getRegistry()
.getModelExtensionAssistant(NAMESPACE_PROVIDER.getNamespacePrefix());
headers =
assistant.getPropertyValue(procedure, RestModelExtensionConstants.PropertyIds.HEADERS);
if (headers == null || CoreStringUtil.isEmpty((String) headers)) {
headers =
ANNOTATION_HELPER.getPropertyValueAnyCase(
procedure,
ModelObjectAnnotationHelper.EXTENDED_PROPERTY_NAMESPACE + "headers"); // $NON-NLS-1$
}
} catch (Exception e) {
UTIL.log(e);
}
return headers == null ? StringUtilities.EMPTY_STRING : (String) headers;
}
/**
* If a MED with the same NS Prefix is already registered, it will be removed and replaced with
* the supplied MED
*
* @param medFile the file containing the med definition
* @throws Exception throws exception if the add operation failed
*/
private static void updateExtensionInRegistry(IFile medFile) throws Exception {
ModelExtensionRegistry registry = ExtensionPlugin.getInstance().getRegistry();
// If MED with this prefix is registered, remove it first
ModelExtensionDefinition med =
RegistryDeploymentValidator.parseMed(medFile.getContents(), false);
if (registry.isNamespacePrefixRegistered(med.getNamespacePrefix())) {
registry.removeDefinition(med.getNamespacePrefix());
}
// Add the supplied MED
addExtensionToRegistry(medFile);
}
/** Construct an instance of AvailableModelExtensionDefinitionsDialog. */
public AvailableModelExtensionDefinitionsDialog(
Shell shell,
ModelResource resource,
List<ModelExtensionDefinitionHeader> currentModelHeaders) {
super(shell);
this.setTitle(Messages.availableMedsDialogTitle);
setShellStyle(getShellStyle() | SWT.RESIZE);
setStatusLineAboveButtons(true);
this.registry = (Platform.isRunning() ? ExtensionPlugin.getInstance().getRegistry() : null);
this.modelResource = resource;
this.availableMedsList = getAddableMEDs(this.modelResource, currentModelHeaders);
this.selectedMedsList = new ArrayList();
}
/**
* Determine if the supplied File contains a valid ModelExtensionDefinition. 'valid' meaning that
* the file contents are parsable against the MED schema. If the contents are not valid, a dialog
* is displayed.
*
* @param mxdContents the file contents of the extension definition
* @param showInfoDialog flag indicates whether info dialog should be shown to user
* @return the ModelExtensionDefinition, null if invalid
*/
private static ModelExtensionDefinition parseMed(
InputStream mxdContents, boolean showInfoDialog) {
ModelExtensionDefinition med = null;
try {
med = ExtensionPlugin.getInstance().parse(mxdContents);
} catch (Exception e) {
UTIL.log(Messages.medFileParseErrorMsg);
}
// Notify user if parse fails
if (med == null && showInfoDialog) {
showMedNotValidDialog();
}
return med;
}
/**
* Add a ModelExtensionDefinition to the Extension Registry
*
* @param medFile the file containing the med definition
* @throws Exception throws exception if the add operation failed
*/
private static void addExtensionToRegistry(IFile medFile) throws Exception {
ModelExtensionRegistry registry = ExtensionPlugin.getInstance().getRegistry();
registry.addDefinition(
medFile.getContents(),
ExtensionPlugin.getInstance().createDefaultModelObjectExtensionAssistant());
}
public static void deploy(final IFile medToDeploy) {
CoreArgCheck.isNotNull(medToDeploy, "medToDeploy is null"); // $NON-NLS-1$
// Check whether there is currently an open editor for the selected Med
IEditorPart editor = getOpenEditor(medToDeploy);
// If editor is open and dirty, ask user whether to save
if ((editor != null) && editor.isDirty()) {
if (!MessageDialog.openQuestion(
getShell(),
Messages.updateMedInRegistryMedDirtyTitle,
Messages.updateMedInRegistryMedDirtyMsg)) {
return;
}
editor.doSave(new NullProgressMonitor());
}
// If the file has any error markers, user is informed to fix them first
if (RegistryDeploymentValidator.checkProblemMarkers(medToDeploy)) {
return;
}
ModelExtensionRegistry registry = ExtensionPlugin.getInstance().getRegistry();
InputStream fileContents = null;
try {
fileContents = medToDeploy.getContents();
} catch (CoreException e) {
UTIL.log(
IStatus.ERROR, e, NLS.bind(Messages.medFileGetContentsErrorMsg, medToDeploy.getName()));
}
if (fileContents != null) {
// Parse file contents to get the MED. Show info dialog if parse errors.
ModelExtensionDefinition med = null;
try {
ModelExtensionDefinitionParser parser =
new ModelExtensionDefinitionParser(ExtensionPlugin.getInstance().getMedSchema());
med =
parser.parse(
fileContents,
ExtensionPlugin.getInstance().createDefaultModelObjectExtensionAssistant());
if (!parser.getErrors().isEmpty()) {
MessageDialog.openError(
getShell(),
Messages.registerMedActionFailedTitle,
NLS.bind(Messages.medFileParseErrorMsg, medToDeploy.getName()));
return;
}
} catch (Exception e) {
UTIL.log(e);
MessageDialog.openError(
getShell(), Messages.registerMedActionFailedTitle, Messages.registerMedActionFailedMsg);
return;
}
// Continue checks on parsable MED
if (med != null) {
ModelExtensionDefinition medNSPrefixMatch =
RegistryDeploymentValidator.getRegisteredMedWithNSPrefix(
registry, med.getNamespacePrefix());
ModelExtensionDefinition medNSUriMatch =
RegistryDeploymentValidator.getRegisteredMedWithNSUri(registry, med.getNamespaceUri());
boolean nsPrefixConflict = false;
boolean nsUriConflict = false;
boolean nsPrefixAndUriConflictSameMed = false;
boolean nsPrefixConflictMedBuiltIn = false;
boolean nsUriConflictMedBuiltIn = false;
if (medNSPrefixMatch != null) {
nsPrefixConflict = true;
nsPrefixConflictMedBuiltIn = medNSPrefixMatch.isBuiltIn();
}
if (medNSUriMatch != null) {
nsUriConflict = true;
nsUriConflictMedBuiltIn = medNSUriMatch.isBuiltIn();
}
if (nsPrefixConflict && nsUriConflict && medNSPrefixMatch.equals(medNSUriMatch))
nsPrefixAndUriConflictSameMed = true;
// No conflicts - add it to the registry
if (!nsPrefixConflict && !nsUriConflict) {
// Add the selected Med
BusyIndicator.showWhile(
Display.getDefault(),
new Runnable() {
@Override
public void run() {
internalRun(medToDeploy, false);
}
});
// If the NS Prefix conflicts with a Built-in, prompt user to fix
} else if (nsPrefixConflictMedBuiltIn) {
RegistryDeploymentValidator.showMedNSPrefixConflictsWBuiltInDialog();
// If the NS URI conflicts with a Built-in, prompt user to fix
} else if (nsUriConflictMedBuiltIn) {
RegistryDeploymentValidator.showMedNSUriConflictsWBuiltInDialog();
// If there is (1) just a NS Prefix Conflict or (2) NS Prefix AND URI, but they are same
// MED, prompt user
// whether to update
} else if (nsPrefixConflict
&& (!nsUriConflict || (nsUriConflict && nsPrefixAndUriConflictSameMed))) {
// Do not re-deploy the same MED
if (med.equals(medNSPrefixMatch)) {
RegistryDeploymentValidator.showMedNSPrefixAlreadyRegisteredDialog();
} else {
boolean doUpdate =
RegistryDeploymentValidator.showMedNSPrefixAlreadyRegisteredDoUpdateDialog();
if (doUpdate) {
// Add the selected Med
BusyIndicator.showWhile(
Display.getDefault(),
new Runnable() {
@Override
public void run() {
internalRun(medToDeploy, true);
}
});
}
}
// If there is a NS URI Conflict, prompt user to fix it
} else if (nsUriConflict) {
RegistryDeploymentValidator.showMedNSUriAlreadyRegisteredDialog();
}
}
}
}