List of usage examples for org.eclipse.jface.preference IPreferenceStore getString
String getString(String name);
From source file:com.mentor.nucleus.bp.core.CorePlugin.java
License:Open Source License
/** * Determine if parse should be done. The user may be prompted to * do the parse, so this method must be executed in the UI thread. * * @return true if parse should be done//ww w. j a v a 2 s . c o m */ public boolean getParseAllOnResourceChange() { IPreferenceStore store = getPreferenceStore(); String option = store.getString(BridgePointPreferencesStore.PARSE_ALL_ON_RESOURCE_CHANGE); if (option.equals(MessageDialogWithToggle.ALWAYS)) { return true; } else if (option.equals(MessageDialogWithToggle.NEVER)) { return false; } MessageDialogWithToggle m = MessageDialogWithToggle.openYesNoQuestion( PlatformUI.getWorkbench().getActiveWorkbenchWindow().getShell(), "Parse All Activities", "Import Complete, parse all action language?", "&Remember my decision", false, store, BridgePointPreferencesStore.PARSE_ALL_ON_RESOURCE_CHANGE); int result = m.getReturnCode(); switch (result) { // yes, ok case IDialogConstants.YES_ID: case IDialogConstants.OK_ID: return true; // no case IDialogConstants.NO_ID: return false; } // default is to parse return true; }
From source file:com.mentor.nucleus.bp.io.core.CoreExport.java
License:Open Source License
/** * Set the flag that indicates if we should export OAL or not. * /* ww w . ja v a2 s .c o m*/ * @param exportOAL This is one of the "public static" stings defined in * this class (YES, NO, USER_PERFERENCE). * * @return true is the option to setExportOAL is set to true and false if it is set to false */ public boolean setExportOAL(String exportOAL) { if (YES.equals(exportOAL)) { m_exportOAL = true; } else if (USER_PREFERENCE.equals(exportOAL)) { IPreferenceStore store = CorePlugin.getDefault().getPreferenceStore(); String option = store.getString(BridgePointPreferencesStore.EXPORT_OAL); if (option.equals(MessageDialogWithToggle.ALWAYS)) { m_exportOAL = true; } else { m_exportOAL = false; } } else { m_exportOAL = false; } return m_exportOAL; }
From source file:com.mentor.nucleus.bp.io.core.CoreExport.java
License:Open Source License
/** * Set the flag that indicates if we should export graphics or not. * /* w w w. j ava 2s . c om*/ * @param exportGraphics This is one of the "public static" stings defined in * this class (YES, NO, USER_PERFERENCE). */ public void setExportGraphics(String exportGraphics) { if (NO.equals(exportGraphics)) { m_exportGraphics = false; } else if (USER_PREFERENCE.equals(exportGraphics)) { IPreferenceStore store = CorePlugin.getDefault().getPreferenceStore(); String option = store.getString(BridgePointPreferencesStore.EXPORT_GRAPHICS); if (option.equals(MessageDialogWithToggle.NEVER)) { m_exportGraphics = false; } else { m_exportGraphics = true; } } else { m_exportGraphics = true; } }
From source file:com.mentor.nucleus.bp.model.compare.contentmergeviewer.ModelContentMergeViewer.java
License:Open Source License
private void performEndOfDocumentAction(Shell shell, IPreferenceStore store, String key, boolean next) { String value = store.getString(key); if (value.equals(ICompareUIConstants.PREF_VALUE_DO_NOTHING)) { return;/* w w w . j a v a2 s . c o m*/ } if (value.equals(ICompareUIConstants.PREF_VALUE_NEXT)) { ICompareNavigator navigator = getCompareConfiguration().getContainer().getNavigator(); if (hasNextElement(next)) { navigator.selectChange(next); } } else { if (next) { revealAndSelectDifference(differencer.getNextDifference(null)); } else { revealAndSelectDifference(differencer.getLastDifference()); } } }
From source file:com.mentor.nucleus.bp.ui.canvas.CanvasPlugin.java
License:Open Source License
private void initializeCanvases() { Ooaofgraphics graphicsModelRoot = Ooaofgraphics.getDefaultInstance(); IExtensionRegistry reg = Platform.getExtensionRegistry(); IExtensionPoint extPt = reg.getExtensionPoint("com.mentor.nucleus.bp.core.editors"); //$NON-NLS-1$ IExtension[] exts = extPt.getExtensions(); IPreferenceStore prefStore = CanvasPlugin.getDefault().getPreferenceStore(); for (int i = 0; i < exts.length; i++) { IConfigurationElement[] elems = exts[i].getConfigurationElements(); for (int j = 0; j < elems.length; j++) { if (elems[j].getName().equals("editor")) { //$NON-NLS-1$ IConfigurationElement[] defs = elems[j].getChildren(); for (int k = 0; k < defs.length; k++) { int value = 0; if (defs[k].getName().equals("symbol")) { String className = defs[k].getAttribute("class"); if (!className.equals("")) { String symTypDef = defs[k].getAttribute("elemType"); if (symTypDef != null) { int elemType = getValueFor(symTypDef); String elemName = defs[k].getAttribute("name"); ElementSpecification_c es = new ElementSpecification_c(graphicsModelRoot); es.setName(elemName); es.setOoa_type(elemType); IConfigurationElement[] col = defs[k].getChildren("color"); if (col != null && col.length > 0) { int r = Integer.parseInt(col[0].getAttribute("r")); int g = Integer.parseInt(col[0].getAttribute("g")); int b = Integer.parseInt(col[0].getAttribute("b")); String clrStr = Integer.toString(r) + "," + Integer.toString(g) + "," + Integer.toString(b); String prefStr = "CanvasPreferencePage." + elemName + ".intColor"; prefStore.setDefault(prefStr, clrStr); clrStr = prefStore.getString(prefStr); if (clrStr == null || clrStr.equals("")) { // The preference is not set, set it to the default prefStore.setToDefault(prefStr); clrStr = prefStore.getString(prefStr); }/*from w w w .j a v a 2 s .c o m*/ es.setInternal(parseColor(clrStr)); } else { es.setHasnointeriorcolor(true); es.setInternal(parseColor("255,255,255")); } try { es.setRepresents(Class.forName(className)); } catch (ClassNotFoundException e) { logError("Specified metamodel class not found: ", e); } es.setCreator(defs[k].getAttribute("createMethod")); es.setIconname(defs[k].getAttribute("icon")); String defHStr = defs[k].getAttribute("defaultHeight"); String defWStr = defs[k].getAttribute("defaultWidth"); if (defHStr != null) { int defH = Integer.parseInt(defHStr); es.setDefaultheight(defH); } if (defWStr != null) { int defW = Integer.parseInt(defWStr); es.setDefaultwidth(defW); } String isFixedAspectStr = defs[k].getAttribute("fixedAspect"); if (isFixedAspectStr != null && isFixedAspectStr.equals("true")) { es.setIsfixedaspectratio(true); } String isFixedSizeStr = defs[k].getAttribute("fixedSize"); if (isFixedSizeStr != null && isFixedSizeStr.equals("true")) { es.setIsfixedsize(true); } String isAnchorHost = defs[k].getAttribute("isAnchorHost"); if (isAnchorHost != null && isAnchorHost.equals("true")) { es.setIsanchorhost(true); } String hasFloatingStr = defs[k].getAttribute("floatingText"); if (hasFloatingStr != null && hasFloatingStr.equals("true")) { es.setHasfloatingtext(true); } String layer = defs[k].getAttribute("layer"); if (layer != null) { try { es.setLayer(Integer.parseInt(layer)); } catch (NumberFormatException e) { logError("Could not parse symbol '" + elemName + "' layer: ", e); } } String antiAliased = defs[k].getAttribute("antiAliased"); if (antiAliased != null) { if (antiAliased.equalsIgnoreCase("true")) { es.setAntialiased(true); } else { es.setAntialiased(false); } } else { // default to false until drawing performance is enhanced es.setAntialiased(false); } String isTransparent = defs[k].getAttribute("isTransparent"); if (isTransparent != null && isTransparent.equalsIgnoreCase("true")) { es.setIstransparent(true); } else { es.setIstransparent(false); } String creationRule = defs[k].getAttribute("creationRule"); if (creationRule != null) { es.setCreationrule(creationRule); } else { es.setCreationrule("manual"); } String hasNameCompartment = defs[k].getAttribute("hasNameCompartment"); if (hasNameCompartment != null) { if (hasNameCompartment.equalsIgnoreCase("true")) { es.setHasnamecompartment(true); } else es.setHasnamecompartment(false); } // setup element spec subtypes String symbolType = defs[k].getAttribute("symbolType"); es.setSymboltype(symbolType); if (symbolType.equalsIgnoreCase("connector")) { ConnectorSpecification_c cs = new ConnectorSpecification_c( graphicsModelRoot); cs.relateAcrossR200To(es); } // setup dependencies addClientClassDependency(es, className); IConfigurationElement[] depends = defs[k].getChildren("dependsOn"); for (int d = 0; d < depends.length; ++d) { addClientClassDependency(es, depends[d].getAttribute("class")); } // setup auto resize String causeAutoResize = defs[k].getAttribute("causeAutoResize"); if (causeAutoResize != null) { if (causeAutoResize.equalsIgnoreCase("false")) { es.setCauseautoresize(false); } } else { es.setCauseautoresize(true); } } } } // end if element name is Symbol } for (int k = 0; k < defs.length; k++) { int value = 0; if (defs[k].getName().equals("defaultFor")) { String className = defs[k].getAttribute("class"); if (!className.equals("")) { String mdlTypDef = defs[k].getAttribute("modelType"); String ooaTypDef = defs[k].getAttribute("ooaType"); if (mdlTypDef != null && !mdlTypDef.equals("")) { int modelType = getValueFor(mdlTypDef); int ooaType = getValueFor(ooaTypDef); IConfigurationElement[] col = defs[k].getChildren("color"); int r = Integer.parseInt(col[0].getAttribute("r")); int g = Integer.parseInt(col[0].getAttribute("g")); int b = Integer.parseInt(col[0].getAttribute("b")); String diagName = defs[k].getAttribute("name"); ModelSpecification_c ms = new ModelSpecification_c(graphicsModelRoot); ms.setName(diagName); ms.setModel_type(modelType); ms.setOoa_type(ooaType); String clrStr = Integer.toString(r) + "," + Integer.toString(g) + "," + Integer.toString(b); String prefStr = "CanvasPreferencePage." + diagName + ".bkgColor"; prefStore.setDefault(prefStr, clrStr); clrStr = prefStore.getString(prefStr); if (clrStr == null || clrStr.equals("")) { // The preference is not set, set it to the default prefStore.setToDefault(prefStr); clrStr = prefStore.getString(prefStr); } ms.setBackground(parseColor(clrStr)); try { ms.setRepresents(Class.forName(className)); } catch (ClassNotFoundException e) { logError("Specified metamodel class not found: ", e); } IConfigurationElement[] symbols = defs[k].getChildren("validSymbol"); for (int m = 0; m < symbols.length; m++) { final String name = symbols[m].getAttribute("name"); final String symbolClassName = symbols[m].getAttribute("class"); String symbolOoaTypeDef = symbols[m].getAttribute("elemType"); int symbolElemType = -1; if (symbolOoaTypeDef != null) { symbolElemType = getValueFor(symbolOoaTypeDef); } final int finalElemType = symbolElemType; ElementSpecification_c elem = ElementSpecification_c .ElementSpecificationInstance(graphicsModelRoot, new ClassQueryInterface_c() { public boolean evaluate(Object candidate) { boolean result = false; ElementSpecification_c elemSpec = (ElementSpecification_c) candidate; if (elemSpec.getName().equals(name)) { result = true; } if (finalElemType != -1) { if (elemSpec.getOoa_type() == finalElemType) result = true; else result = false; } if (symbolClassName != null) { try { if (elemSpec.getRepresents() == Class .forName(symbolClassName) && elemSpec.getName() .equals(name)) { result = true; } else { result = false; } } catch (ClassNotFoundException e) { logError( "Specified metamodel class not found: ", e); } } return result; } }); if (elem != null) { // get the tool category from specification String toolCategory = symbols[m].getAttribute("tool_category"); if (toolCategory != null) { elem.setToolcategory(toolCategory); } ElementInModelSpecification_c eims = new ElementInModelSpecification_c( graphicsModelRoot); ms.relateAcrossR11To(eims); elem.relateAcrossR11To(eims); } } } } } } for (int k = 0; k < defs.length; k++) { if (defs[k].getName().equals("symbol")) { final String finalName = defs[k].getAttribute("name"); String symTypDef = defs[k].getAttribute("elemType"); if (symTypDef != null) { final int elemType = getValueFor(symTypDef); ElementSpecification_c es = ElementSpecification_c.ElementSpecificationInstance( graphicsModelRoot, new ClassQueryInterface_c() { public boolean evaluate(Object candidate) { ElementSpecification_c es = (ElementSpecification_c) candidate; return es.getName().equals(finalName) && es.getOoa_type() == elemType; } }); // setup element spec subtypes String symbolType = defs[k].getAttribute("symbolType"); if (symbolType.equalsIgnoreCase("connector")) { ConnectorSpecification_c cs = ConnectorSpecification_c.getOneTS_CSPOnR200(es); IConfigurationElement[] terms = defs[k].getChildren("terminator"); for (int l = 0; l < terms.length; l++) { TerminalSpecification_c tms = new TerminalSpecification_c( graphicsModelRoot); tms.setName(terms[l].getAttribute("name")); boolean isStart = terms[l].getAttribute("end").equals("start"); if (isStart) { cs.relateAcrossR202To(tms); } else { cs.relateAcrossR203To(tms); } final String symbol = terms[l].getAttribute("symbol"); final String symbolClassName = terms[l].getAttribute("symbolClass"); ElementSpecification_c els = ElementSpecification_c .ElementSpecificationInstance(graphicsModelRoot, new ClassQueryInterface_c() { public boolean evaluate(Object candidate) { boolean result = false; ElementSpecification_c elemSpec = (ElementSpecification_c) candidate; if (elemSpec.getName().equals(symbol)) { result = true; } if (symbolClassName != null) { try { if (elemSpec.getRepresents() == Class .forName(symbolClassName) && (elemSpec.getName() .equals(symbol))) { result = true; } else { result = false; } } catch (ClassNotFoundException e) { logError( "Specified metamodel class not found: ", e); } } return result; } }); String type = terms[l].getAttribute("type"); if (els != null) { if (type.equals("shape")) { ShapeTerminal_c sst = new ShapeTerminal_c(graphicsModelRoot); sst.relateAcrossR201To(tms); ShapeSpecification_c ss = ShapeSpecification_c .getOneTS_SSPOnR200(els); if (ss != null) { sst.relateAcrossR204To(ss); } } else if (type.equals("connector")) { ConnectorTerminal_c cnt = new ConnectorTerminal_c( graphicsModelRoot); cnt.relateAcrossR201To(tms); ConnectorSpecification_c cns = ConnectorSpecification_c .getOneTS_CSPOnR200(els); if (cns != null) { cnt.relateAcrossR205To(cns); String terminatesAt = terms[l].getAttribute("terminatesAt"); if (terminatesAt.equals("start")) { cnt.setTerminatesat(End_c.Start); } else if (terminatesAt.equals("middle")) { cnt.setTerminatesat(End_c.Middle); } else if (terminatesAt.equals("end")) { cnt.setTerminatesat(End_c.End); } } } } else if (type.equals("whitespace")) { WhitespaceTerminal_c wst = new WhitespaceTerminal_c(graphicsModelRoot); wst.relateAcrossR201To(tms); } IConfigurationElement[] automaticCreations = terms[l] .getChildren("automaticCreation"); for (IConfigurationElement automaticCreation : automaticCreations) { final String creationSymbol = automaticCreation.getAttribute("symbol"); final String creationSymbolClassName = automaticCreation .getAttribute("symbolClass"); els = ElementSpecification_c.ElementSpecificationInstance( graphicsModelRoot, new ClassQueryInterface_c() { public boolean evaluate(Object candidate) { boolean result = false; ElementSpecification_c elemSpec = (ElementSpecification_c) candidate; if (elemSpec.getName().equals(creationSymbol)) { result = true; } if (creationSymbolClassName != null) { try { if (elemSpec.getRepresents() == Class .forName(creationSymbolClassName) && (elemSpec.getName() .equals(creationSymbol))) { result = true; } else { result = false; } } catch (ClassNotFoundException e) { logError( "Specified metamodel class not found: ", e); } } return result; } }); if (els != null) { tms.relateAcrossR209To(els); } } } } else if (symbolType.equalsIgnoreCase("shape")) { ShapeSpecification_c ss = new ShapeSpecification_c(graphicsModelRoot); ss.relateAcrossR200To(es); NoncontainingShapeSpecification_c ncss = new NoncontainingShapeSpecification_c( graphicsModelRoot); ncss.relateAcrossR208To(ss); } else if (symbolType.equalsIgnoreCase("container")) { ShapeSpecification_c ss = new ShapeSpecification_c(graphicsModelRoot); ss.relateAcrossR200To(es); ContainingShapeSpecification_c css = new ContainingShapeSpecification_c( graphicsModelRoot); css.relateAcrossR208To(ss); } } } } } } } // end for all extensions // Auto reconcile instance left until last to ensure that all // symbol specifications that might be referenced are created // Here to set the association between ARS and the ES // for (int i = 0; i < exts.length; i++) { IConfigurationElement[] elems = exts[i].getConfigurationElements(); for (int j = 0; j < elems.length; j++) { if (elems[j].getName().equals("editor")) { //$NON-NLS-1$ IConfigurationElement[] defs = elems[j].getChildren(); for (int k = 0; k < defs.length; k++) { if (defs[k].getName().equals("symbol")) { // setup autoReconcile IConfigurationElement[] autoReconcile = defs[k].getChildren("autoReconcile"); for (int e = 0; e < autoReconcile.length; ++e) { AutoReconciliationSpecification_c ars = new AutoReconciliationSpecification_c( graphicsModelRoot); ars.setName(autoReconcile[e].getAttribute("name")); ars.setCountmethod(autoReconcile[e].getAttribute("countMethod")); ars.setElementmethod(autoReconcile[e].getAttribute("elementMethod")); ars.setElementexistsmethod(autoReconcile[e].getAttribute("elementExistsMethod")); ars.setTemplateelementmethod( autoReconcile[e].getAttribute("templateElementMethod")); if (ars.getTemplateelementmethod() == null) { ars.setTemplateelementmethod(""); } ElementSpecification_c scanTarget = locateEsByNameAndClassType(graphicsModelRoot, defs[k].getAttribute("name"), defs[k].getAttribute("class")); ars.relateAcrossR29To(scanTarget); ElementSpecification_c targetSymbol = locateEsByNameAndClassType(graphicsModelRoot, autoReconcile[e].getAttribute("targetSymbol"), null); ars.relateAcrossR31To(targetSymbol); String ssSpec = autoReconcile[e].getAttribute("sourceSymbol"); if (ssSpec != null) { ars.relateAcrossR30To( locateEsByNameAndClassType(graphicsModelRoot, ssSpec, null)); } else { ars.relateAcrossR30To(targetSymbol); } } } else if (defs[k].getName().equals("defaultFor")) { // setup autoReconcile IConfigurationElement[] autoReconcile = defs[k].getChildren("autoReconcile"); for (int e = 0; e < autoReconcile.length; ++e) { AutoReconciliationSpecification_c ars = new AutoReconciliationSpecification_c( graphicsModelRoot); ars.setName(autoReconcile[e].getAttribute("name")); ars.setCountmethod(autoReconcile[e].getAttribute("countMethod")); ars.setElementmethod(autoReconcile[e].getAttribute("elementMethod")); ars.setElementexistsmethod(autoReconcile[e].getAttribute("elementExistsMethod")); ars.setTemplateelementmethod( autoReconcile[e].getAttribute("templateElementMethod")); if (ars.getTemplateelementmethod() == null) { ars.setTemplateelementmethod(""); } // ElementSpecification_c scanTarget = locateEsByNameAndClassType( //graphicsModelRoot, defs[k].getAttribute("name"), defs[k].getAttribute("class")); ModelSpecification_c modelSpec = locateMesByNameAndClassType(graphicsModelRoot, defs[k].getAttribute("name"), defs[k].getAttribute("class")); ars.relateAcrossR33To(modelSpec); ElementSpecification_c targetSymbol = locateEsByNameAndClassType(graphicsModelRoot, autoReconcile[e].getAttribute("targetSymbol"), autoReconcile[e].getAttribute("class")); ars.relateAcrossR31To(targetSymbol); String ssSpec = autoReconcile[e].getAttribute("sourceSymbol"); if (ssSpec != null) { ars.relateAcrossR30To( locateEsByNameAndClassType(graphicsModelRoot, ssSpec, null)); } else { ars.relateAcrossR30To(targetSymbol); } } } } } } } }
From source file:com.mentor.nucleus.bp.ui.text.editor.SyntaxHighlightingPreferencesStore.java
License:Open Source License
public IPreferenceModel loadModel(IPreferenceStore store, BasePlugin plugin, IPreferenceModel model) { SyntaxHighlightingPreferences prefs = null; if (model == null) prefs = new SyntaxHighlightingPreferences(plugin.getSharedColors()); else {// w ww.java 2 s.c o m if (!(model instanceof SyntaxHighlightingPreferences)) { throw new IllegalArgumentException("Cannot load instance of " + model.getClass().getName()); } prefs = (SyntaxHighlightingPreferences) model; } prefs.isSystemColor = store.getBoolean(BACKGROUND_IS_SYSTEM_COLOR); prefs.backgroundRGB = PreferenceConverter.getColor(store, BACKGROUND_RGB); int tokenTypeCount = store.getInt(TOKEN_TYPE_COUNT); if (tokenTypeCount == 0) { restoreModelDefaults(prefs); return prefs; } for (int i = 0; i < tokenTypeCount; i++) { int typeId = store.getInt(TOKEN_TYPE_ID + i); String typeDesc = store.getString(TOKEN_DESCRIPTION + typeId); RGB foregroundRGB = parseRGB(store.getString(TOKEN_FOREGROUND + typeId)); boolean isBold = store.getBoolean(TOKEN_IS_BOLD + typeId); int style = SWT.NULL; if (isBold) style = SWT.BOLD; prefs.setTextAttribute(typeId, typeDesc, foregroundRGB, null, style); } return prefs; }
From source file:com.microsoft.tfs.client.common.ui.controls.wit.DownloadAttachmentOpenType.java
License:Open Source License
public static DownloadAttachmentOpenType getPreferredOpenType() { final IPreferenceStore preferences = TFSCommonUIClientPlugin.getDefault().getPreferenceStore(); final String prefValue = preferences.getString(UIPreferenceConstants.WIT_DOUBLE_CLICK_FILE_ATTACHMENT); if (UIPreferenceConstants.WIT_DOUBLE_CLICK_FILE_ATTACHMENT_LAUNCH_BROWSER.equals(prefValue)) { return DownloadAttachmentOpenType.BROWSER; } else if (UIPreferenceConstants.WIT_DOUBLE_CLICK_FILE_ATTACHMENT_LAUNCH_LOCAL.equals(prefValue)) { return DownloadAttachmentOpenType.LOCAL; } else {//from w ww. j av a 2 s . c o m return DownloadAttachmentOpenType.BROWSER; } }
From source file:com.microsoft.tfs.client.common.ui.dialogs.vc.GatedCheckinDialog.java
License:Open Source License
private void loadUserSettings() { final IPreferenceStore prefs = TFSCommonUIClientPlugin.getDefault().getPreferenceStore(); if (allowKeepCheckedOut) { final boolean flag = prefs .getBoolean(UIPreferenceConstants.GATED_CONFIRMATION_PRESERVE_PENDING_CHANGES); preserveLocalChangesButton.setSelection(flag); preserveLocalChanges = flag;// w ww . ja v a2s .c o m } if (buildDefinitionCombo != null) { final String uri = prefs.getString(UIPreferenceConstants.GATED_CONFIRMATION_LAST_BUILD_DEFINITION); for (int i = 0; i < buildDefinitionUris.length; i++) { if (buildDefinitionUris[i].equals(uri)) { buildDefinitionCombo.select(i); buildDefinitionSelectionChanged(); break; } } } }
From source file:com.microsoft.tfs.client.common.ui.helpers.ToggleMessageHelper.java
License:Open Source License
/** * Convenience method to optionally open a standard information dialog and * store the preference./*from w w w. j av a2 s .c om*/ * * @param parent * the parent shell of the dialog, or <code>null</code> if none * @param title * the dialog's title, or <code>null</code> if none * @param message * the message * @param toggleMessage * the message for the toggle control, or <code>null</code> for the * default message * @param defaultToggleState * the initial state for the toggle * @param key * the key to use when persisting the user's preference; * <code>null</code> if you don't want it persisted. */ public static void openInformation(final Shell parent, final String title, final String message, final String toggleMessage, final boolean defaultToggleState, final String preferenceKey) { final IPreferenceStore prefStore = TFSCommonUIClientPlugin.getDefault().getPreferenceStore(); final boolean toggleState = MessageDialogWithToggle.ALWAYS.equals(prefStore.getString(preferenceKey)); if (!toggleState) { MessageDialogWithToggle.openInformation(parent, title, message, toggleMessage, defaultToggleState, prefStore, preferenceKey); TFSCommonUIClientPlugin.getDefault().savePluginPreferences(); } }
From source file:com.microsoft.tfs.client.common.ui.helpers.ToggleMessageHelper.java
License:Open Source License
/** * Convenience method to open a simple confirm (OK/Cancel) dialog. * * @param parent/*from w ww . j a v a 2 s.com*/ * the parent shell of the dialog, or <code>null</code> if none * @param title * the dialog's title, or <code>null</code> if none * @param message * the message * @param toggleMessage * the message for the toggle control, or <code>null</code> for the * default message * @param toggleState * the initial state for the toggle * @param store * the IPreference store in which the user's preference should be * persisted; <code>null</code> if you don't want it persisted * automatically. * @param key * the key to use when persisting the user's preference; * <code>null</code> if you don't want it persisted. * @return the dialog, after being closed by the user, which the client can * only call <code>getReturnCode()</code> or * <code>getToggleState()</code> */ public static boolean openYesNoQuestion(final Shell parent, final String title, final String message, final String toggleMessage, final boolean defaultToggleState, final String preferenceKey) { final IPreferenceStore prefStore = TFSCommonUIClientPlugin.getDefault().getPreferenceStore(); final boolean toggleState = MessageDialogWithToggle.ALWAYS.equals(prefStore.getString(preferenceKey)); if (!toggleState) { final MessageDialogWithToggle dialog = MessageDialogWithToggle.openYesNoQuestion(parent, title, message, toggleMessage, defaultToggleState, prefStore, preferenceKey); TFSCommonUIClientPlugin.getDefault().savePluginPreferences(); return (dialog.getReturnCode() == IDialogConstants.YES_ID); } return true; }