public String generateSource_PutElement(ModelField modelField) {
String fieldType = modelField.getType();
String fieldTypeLocalPart = TypeUtil.getLocalPart(fieldType);
Buf buf = new Buf();
buf.putLine2("putElement(" + fieldTypeLocalPart + "Key, " + fieldTypeLocalPart + ");");
return buf.get();
}
public static String generateCallToRemoteOperation(
ActivityGenerator<?> generator,
Service remoteService,
Operation remoteOperation,
String inputVariableName,
String outputVariableName) {
// get source code for method body
Buf buf = new Buf();
// String portTypeName = TypeUtil.getTypeFromQName(portType.getQName());
// String portTypeLocalName = TypeUtil.getClassName(portTypeName);
String portTypePackageName = ProjectLevelHelper.getPackageName(remoteService.getNamespace());
String portTypeLocalName = NameUtil.capName(remoteService.getName());
String portTypeClassName = portTypeLocalName + "Client";
buf.putLine2("ProxyLocator proxyLocator = BeanContext.get(\"org.aries.proxyLocator\");");
buf.putLine2(portTypeClassName + " proxy = proxyLocator.get(\"" + portTypeLocalName + "\");");
// buf.putLine2(portTypeClassName+" proxy = new "+portTypeClassName+"();");
buf.putLine2("proxy.setCorrelationId(getCorrelationId());");
Input input = remoteOperation.getInput();
QName qName = input.getMessage().getQName();
input.getMessage().getParts();
generator.addImportedClass("org.aries.process.ProxyLocator");
generator.addImportedClass(portTypePackageName + "." + portTypeClassName);
if (outputVariableName != null) {
buf.put2(outputVariableName + " = proxy." + remoteOperation.getName() + "(");
} else {
buf.put2("proxy." + remoteOperation.getName() + "(");
}
Message inputMessage = (Message) remoteOperation.getInput().getMessage();
@SuppressWarnings("unchecked")
Collection<Part> parts = inputMessage.getParts().values();
Iterator<Part> iterator = parts.iterator();
for (int i = 0; iterator.hasNext(); i++) {
Part part = iterator.next();
// String partName = NameUtil.uncapName(part.getName());
// String variableName = "this."+inputVariableName+"_"+part.getName();
// String variableName = CodeUtil.getVariableName(inputVariable);
// String typeName = TypeUtil.getTypeFromMessagePart(part);
// String packageName = TypeUtil.getPackageName(typeName);
// String className = TypeUtil.getClassName(typeName);
// ModelParameter parameter = new ModelParameter();
// parameter.setPackageName(packageName);
// parameter.setClassName(className);
// parameter.setName(partName);
// modelOperation.addParameter(parameter);
// if (TypeUtil.isImportedClassRequired(packageName, className))
// addImportedClass(packageName+"."+className);
if (i > 0) buf.put(", ");
buf.put(inputVariableName);
}
buf.putLine(");");
return buf.get();
}
public String generateSource_GetElements(ModelField modelField) {
Buf buf = new Buf();
String structure = modelField.getStructure();
if (structure.equals("map")) {
String fieldType = modelField.getType();
String fieldTypeLocalPart = TypeUtil.getLocalPart(fieldType);
buf.putLine2("return getElements(" + fieldTypeLocalPart + "Keys);");
}
return buf.get();
}
public String generateSource_AddElements(ModelField modelField) {
String fieldNameCapped = NameUtil.capName(modelField.getName());
String fieldNameUncapped = NameUtil.uncapName(modelField.getName());
String fieldClassName = TypeUtil.getClassName(modelField.getType());
String fieldTypeLocalPart = TypeUtil.getLocalPart(modelField.getType());
Buf buf = new Buf();
buf.putLine2("putElements(" + fieldTypeLocalPart + "Map);");
return buf.get();
}
public String generateSource_GetAllElements(ModelField modelField) {
Buf buf = new Buf();
String structure = modelField.getStructure();
if (structure.equals("list")) {
} else if (structure.equals("set")) {
} else if (structure.equals("map")) {
buf.putLine2("return getElements();");
}
return buf.get();
}
public String generateSource_SetElement(ModelField modelField) {
String fieldNameCapped = NameUtil.capName(modelField.getName());
String fieldNameUncapped = NameUtil.uncapName(modelField.getName());
String fieldClassName = TypeUtil.getClassName(modelField.getType());
String fieldTypeLocalPart = TypeUtil.getLocalPart(modelField.getType());
Buf buf = new Buf();
// buf.putLine2("synchronized (this."+fieldNameUncapped+") {");
buf.putLine2("this." + fieldNameUncapped + " = " + fieldTypeLocalPart + ";");
// buf.putLine2("}");
return buf.get();
}
public String generateSource_Constructor(Cache cache) {
Buf buf = new Buf();
List<Field> fields = ElementUtil.getFields(cache);
Iterator<Field> iterator = fields.iterator();
while (iterator.hasNext()) {
Field field = iterator.next();
String className = TypeUtil.getClassName(field.getType());
String structure = field.getStructure();
if (structure.equals("item")) {
// buf.putLine2(field.getName()+" = new "+className+"();");
} else if (structure.equals("list")) {
buf.putLine2(field.getName() + " = new ArrayList<" + className + ">();");
} else if (structure.equals("set")) {
buf.putLine2(field.getName() + " = new HashSet<" + className + ">();");
} else if (structure.equals("map")) {
String keyClassName = TypeUtil.getClassName(field.getKey());
buf.putLine2(
field.getName() + " = new HashMap<" + keyClassName + ", " + className + ">();");
}
}
return buf.get();
}
protected String getOpenElement(Element element, String targetName) {
String elementClassName = ModelLayerHelper.getElementClassName(element);
String elementNameUncapped = ModelLayerHelper.getElementNameUncapped(element);
String targetNameUncapped = NameUtil.uncapName(targetName);
Buf buf = new Buf();
buf.putLine2(" ");
buf.putLine2(" ");
buf.putLine2("<!--");
buf.putLine2(" ** openElement()");
buf.putLine2(" ** Opens selected Element in various ways depending on user access rights.");
buf.putLine2(" -->");
buf.putLine2(" ");
return buf.get();
}
public String generateSource_RemoveElements(ModelField modelField) {
String fieldNameCapped = NameUtil.capName(modelField.getName());
String fieldNameUncapped = NameUtil.uncapName(modelField.getName());
String fieldClassName = TypeUtil.getClassName(modelField.getType());
String fieldTypeLocalPart = TypeUtil.getLocalPart(modelField.getType());
String parameterName = fieldTypeLocalPart;
String structure = modelField.getStructure();
if (structure.equals("list")) {
parameterName = fieldTypeLocalPart + "List";
} else if (structure.equals("set")) {
parameterName = fieldTypeLocalPart + "Set";
} else if (structure.equals("map")) {
parameterName = fieldTypeLocalPart + "Map";
}
Buf buf = new Buf();
buf.putLine2("synchronized (" + fieldNameUncapped + ") {");
buf.putLine2(" " + fieldNameUncapped + ".removeAll(" + parameterName + ");");
buf.putLine2("}");
return buf.get();
}
protected String generateProcessEditElement(Element element) {
// String elementClassName = ModelLayerHelper.getElementClassName(element);
String elementNameUncapped = ModelLayerHelper.getElementNameUncapped(element);
// String targetNameUncapped = NameUtil.uncapName(targetName);
Buf buf = new Buf();
buf.putLine4(" ");
buf.putLine4(" ");
buf.putLine4("<!--");
buf.putLine4(" ** processEditElement(event, type, action)");
buf.putLine4(" ** Opens Element 'type' record for editing.");
buf.putLine4(" ** Goes to Element 'type' Wizard page.");
buf.putLine4(" -->");
buf.putLine4(" ");
buf.putLine4("function processEditElement(event, type, action) {");
buf.putLine4(" if (action == null)");
buf.putLine4(" action = 'workspaceManager.editObject';");
buf.putLine4(" try {");
buf.putLine4(" setCursorWait(event.target);");
buf.putLine4(" setCursorWait(event.currentTarget);");
buf.putLine4(" setCursorWait(#{rich:element('" + elementNameUncapped + "Tree')});");
buf.putLine4(" if (" + elementNameUncapped + "TreeState.nodeLabel != null) {");
buf.putLine4(" var label = " + elementNameUncapped + "TreeState.nodeLabel;");
buf.putLine4(
" showProgress('Nam', type+' Records', 'Preparing \\\"'+label+'\\\" '+type+' for editing...');");
buf.putLine4(
" } else showProgress('Nam', type+' Records', 'Preparing '+type+' for editing...');");
buf.putLine4(" executeActionForElement(type, action);");
buf.putLine4(" } catch(e) {");
buf.putLine4(" alert(e);");
buf.putLine4(" }");
buf.putLine4("}");
return buf.get();
}
protected String generateProcessViewElement(Element element) {
String elementClassName = ModelLayerHelper.getElementClassName(element);
String elementNameUncapped = ModelLayerHelper.getElementNameUncapped(element);
Buf buf = new Buf();
buf.putLine4(" ");
buf.putLine4(" ");
buf.putLine4("<!--");
buf.putLine4(" ** processViewElement(event, type, action)");
buf.putLine4(" ** Opens selected Element record. ");
buf.putLine4(" ** Goes to the Element summary page.");
buf.putLine4(" -->");
buf.putLine4(" ");
buf.putLine4("function processViewElement(event, type, action) {");
buf.putLine4(" if (action == null)");
buf.putLine4(" action = 'workspaceManager.viewObject';");
buf.putLine4(" try {");
buf.putLine4(" setCursorWait(event.target);");
buf.putLine4(" setCursorWait(event.currentTarget);");
buf.putLine4(" setCursorWait(#{rich:element('applicationTree')});");
buf.putLine4(" showProgress('Nam', type+' Records', 'Opening '+type+' for viewing...');");
buf.putLine4(" executeActionForElement(type, action);");
buf.putLine4(" } catch(e) {");
buf.putLine4(" alert(e);");
buf.putLine4(" }");
buf.putLine4("}");
return buf.get();
}
// NOT_USED
protected String generateProcessElementNodeDoubleClick(Element element, String targetName) {
String elementClassName = ModelLayerHelper.getElementClassName(element);
String elementNameUncapped = ModelLayerHelper.getElementNameUncapped(element);
String targetNameUncapped = NameUtil.uncapName(targetName);
Buf buf = new Buf();
buf.putLine4(" ");
buf.putLine4(" ");
buf.putLine4("<!--");
buf.putLine4(" ** process" + targetName + "NodeDoubleClick(event, rowKey, nodeId)");
buf.putLine4(" ** Handles double-click event on a " + targetName + " Node.");
buf.putLine4(" -->");
buf.putLine4(" ");
buf.putLine4("function process" + targetName + "NodeDoubleClick(event, rowKey, nodeId) {");
buf.putLine4(" try {");
buf.putLine4(" //show(event.currentTarget);");
buf.putLine4(" setCursorWait(event.target);");
buf.putLine4(" setCursorWait(event.currentTarget);");
buf.putLine4(" setCursorWait(#{rich:element('" + elementNameUncapped + "Tree')});");
// buf.putLine4(" //show"+elementClassName+"Page(source, 'Identification');");
buf.putLine4(
" showProgress('Nam', '"
+ targetName
+ " #{"
+ targetNameUncapped
+ "InfoManager.selected"
+ targetName
+ ".name}', 'Preparing "
+ targetName
+ " \"summary\" view...');");
// buf.putLine4(" //showPage(source,
// '"+elementPath+"/application/application.seam?section='+section);");
buf.putLine4(" view" + targetName + "('Overview', rowKey, nodeId);");
buf.putLine4(" } catch(e) {");
buf.putLine4(" alert(e);");
buf.putLine4(" }");
buf.putLine4("}");
return buf.get();
}
protected String generateProcessElementTreeDoubleClick(Element element) {
String elementClassName = ModelLayerHelper.getElementClassName(element);
String elementNameUncapped = ModelLayerHelper.getElementNameUncapped(element);
Buf buf = new Buf();
buf.putLine4(" ");
buf.putLine4(" ");
buf.putLine4("<!--");
buf.putLine4(
" ** process"
+ elementClassName
+ "TreeDoubleClick(event, rowKey, nodeId, nodeArea, nodeType, nodeLabel)");
buf.putLine4(" ** Handles double-click event on the " + elementClassName + " Tree.");
buf.putLine4(" -->");
buf.putLine4(" ");
buf.putLine4(
"function process"
+ elementClassName
+ "TreeDoubleClick(event, rowKey, nodeId, nodeArea, nodeType, nodeLabel) {");
buf.putLine4(
" update"
+ elementClassName
+ "TreeState(null, rowKey, nodeId, nodeArea, nodeType, nodeLabel);");
buf.putLine4(" enable" + elementClassName + "TreeActions(nodeArea);");
buf.putLine4(" ");
buf.putLine4(" try {");
// buf.putLine4(" //show(event.currentTarget);");
buf.putLine4(" setCursorWait(event.target);");
buf.putLine4(" setCursorWait(event.currentTarget);");
buf.putLine4(" setCursorWait(#{rich:element('applicationTree')});");
buf.putLine4(
" showProgress('Nam', nodeType+' '+nodeLabel, 'Preparing '+nodeType+' summary view...');");
buf.putLine4(
" executeActionForApplicationTreeViewer(rowKey, nodeId, nodeArea, nodeType, 'workspaceManager.viewObject');");
buf.putLine4(" } catch(e) {");
buf.putLine4(" alert(e);");
buf.putLine4(" }");
// buf.putLine4(" if (nodeType == 'Project') {");
// buf.putLine4(" processProjectNodeDoubleClick(event, rowKey, nodeId);");
// buf.putLine4(" } else if (nodeType == 'Application') {");
// buf.putLine4(" processApplicationNodeDoubleClick(event, rowKey, nodeId);");
// buf.putLine4(" } else if (nodeType.endsWith('MODULE')) {");
// buf.putLine4(" processModuleNodeDoubleClick(event, rowKey, nodeId);");
// buf.putLine4(" } else {");
// buf.putLine4(" }");
buf.putLine4("}");
return buf.get();
}
protected String generateShowElementNodeMenu(Element element, String targetName) {
String elementClassName = ModelLayerHelper.getElementClassName(element);
String elementNameUncapped = ModelLayerHelper.getElementNameUncapped(element);
String targetNameUncapped = NameUtil.uncapName(targetName);
Buf buf = new Buf();
buf.putLine4(" ");
buf.putLine4(" ");
buf.putLine4("<!--");
buf.putLine4(" ** show" + targetName + "TreeNodeMenu(event, nodeType)");
buf.putLine4(" ** Displays context-menu for " + targetName + " Tree node..");
buf.putLine4(" -->");
buf.putLine4(" ");
buf.putLine4("function show" + targetName + "TreeNodeMenu(event, nodeType) {");
buf.putLine4(" var typeUncapped = uncapitalize(nodeType);");
buf.putLine4(" var menuName = mainFormId + ':' + typeUncapped + 'TreeMenu';");
buf.putLine4(" var menu = RichFaces.component(menuName);");
buf.putLine4(" if (menu != null) {");
buf.putLine4(" menu.show(event, {});");
buf.putLine4(" }");
// buf.putLine4(" //alert("+elementNameUncapped+"TreeState.nodeLabel)");
// buf.putLine4(" //TODO This currently has no effect, we are waiting for when it will work");
// buf.putLine4(" var menu = #{rich:component('"+targetNameUncapped+"TreeMenu')};");
// buf.putLine4(" menu.show(event, {});");
// buf.putLine4(" menu.show(event, {");
// buf.putLine4(" 'projectName': 'project1',");
// buf.putLine4(" 'canAdd': 'false'");
// buf.putLine4(" });");
buf.putLine4("}");
return buf.get();
}
public String getFileContent(Element element) {
String elementClassName = ModelLayerHelper.getElementClassName(element);
String elementNameUncapped = ModelLayerHelper.getElementNameUncapped(element);
Buf buf = new Buf();
buf.putLine(
"<!DOCTYPE composition PUBLIC \"-//W3C//DTD XHTML 1.0 Transitional//EN\" \"http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd\">");
buf.putLine("");
buf.putLine("<ui:composition");
buf.putLine(" xmlns=\"http://www.w3.org/1999/xhtml\"");
buf.putLine(" xmlns:f=\"http://xmlns.jcp.org/jsf/core\"");
buf.putLine(" xmlns:h=\"http://xmlns.jcp.org/jsf/html\"");
buf.putLine(" xmlns:c=\"http://xmlns.jcp.org/jsp/jstl/core\"");
buf.putLine(" xmlns:ui=\"http://xmlns.jcp.org/jsf/facelets\"");
buf.putLine(" xmlns:a4j=\"http://richfaces.org/a4j\"");
buf.putLine(" xmlns:rich=\"http://richfaces.org/rich\"");
buf.putLine(" xmlns:aries=\"http://aries.org/jsf\">");
buf.putLine(" ");
buf.putLine(" ");
buf.putLine(" <!--");
buf.putLine(" ** " + elementNameUncapped + "TreeActions");
buf.putLine(" ** a4j:jsFunction methods to support the " + elementClassName + " Tree.");
buf.putLine(" -->");
buf.putLine(" ");
buf.putLine(" <a4j:region>");
buf.putLine(" <h:outputScript>");
buf.putLine(" var " + elementNameUncapped + "TreeState = null;");
buf.putLine(" </h:outputScript>");
buf.put(getRefreshElementTree(element));
buf.put(getExecuteSelectFromTree(element));
buf.put(getExecuteActionFromTree(element));
buf.put(getExecuteActionForTreeViewer(element));
// buf.put(getExecuteActionForElement(element));
buf.put(getProcessToggleElementTreeNode(element));
buf.putLine(" ");
buf.putLine(" ");
buf.putLine(" <!--");
buf.putLine(" ** " + elementNameUncapped + "TreeActions");
buf.putLine(" ** Javascript methods to support the " + elementClassName + " Tree.");
buf.putLine(" -->");
buf.putLine(" ");
buf.putLine1(" <a4j:outputPanel");
buf.putLine1(" id=\"" + elementNameUncapped + "TreeActions\">");
buf.putLine1(" ");
buf.putLine1(" <h:outputScript>");
buf.put(generateGetElementTreeNodeId(element));
buf.put(generateGetElementTreeNodeLabel(element));
buf.put(generateInitializeElementTreeState(element));
buf.put(generateUpdateElementTreeState(element));
buf.put(generateEnableElementTreeActions(element));
buf.put(generateProcessElementTreeMouseDown(element));
buf.put(generateShowElementNodeMenu(element, elementClassName));
buf.put(generateProcessElementTreeDoubleClick(element));
buf.put(generateProcessViewElement(element));
buf.put(generateProcessNewElement(element));
buf.put(generateProcessEditElement(element));
// buf.put(generateProcessSaveElement(element));
buf.put(generateProcessRemoveElement(element));
// buf.put(generateProcessCancelElement(element));
buf.putLine(" </h:outputScript>");
buf.putLine(" </a4j:outputPanel>");
buf.putLine(" </a4j:region>");
buf.putLine("</ui:composition>");
return buf.get();
}
protected String generateGetElementTreeNodeLabel(Element element) {
String elementClassName = ModelLayerHelper.getElementClassName(element);
String elementNameUncapped = ModelLayerHelper.getElementNameUncapped(element);
Buf buf = new Buf();
buf.putLine4(" ");
buf.putLine4(" ");
buf.putLine4("<!--");
buf.putLine4(" ** get" + elementClassName + "TreeNodeLabel()");
buf.putLine4(" ** Returns the node label of the selected node.");
buf.putLine4(" -->");
buf.putLine4(" ");
buf.putLine4("function get" + elementClassName + "TreeNodeLabel() {");
buf.putLine4(" if (" + elementNameUncapped + "TreeState != null)");
buf.putLine4(" return " + elementNameUncapped + "TreeState.nodeLabel;");
buf.putLine4(" return null;");
buf.putLine4("}");
return buf.get();
}
protected String generateInitializeElementTreeState(Element element) {
String elementClassName = ModelLayerHelper.getElementClassName(element);
String elementNameUncapped = ModelLayerHelper.getElementNameUncapped(element);
Buf buf = new Buf();
buf.putLine4(" ");
buf.putLine4(" ");
buf.putLine4("<!--");
buf.putLine4(" ** initialize" + elementClassName + "TreeState()");
buf.putLine4(" ** Initializes and verifies " + elementClassName + " Tree state information.");
buf.putLine4(" -->");
buf.putLine4(" ");
buf.putLine4("function initialize" + elementClassName + "TreeState() {");
buf.putLine4(" try {");
buf.putLine4(
" var selectedNodeId = \'#{" + elementNameUncapped + "TreeManager.selectedNodeId}\';");
buf.putLine4(
" var selectedRowKey = \'#{" + elementNameUncapped + "TreeManager.selectedRowKey}\';");
buf.putLine4(" ");
buf.putLine4(" if (selectedNodeId != '') {");
buf.putLine4(" " + elementNameUncapped + "TreeState = new Object();");
buf.putLine4(" var nodeId = selectedNodeId;");
buf.putLine4(" var rowKey = selectedRowKey;");
buf.putLine4(
" var nodeArea = \'#{" + elementNameUncapped + "TreeManager.selectedNode.area}\';");
buf.putLine4(
" var nodeType = \'#{" + elementNameUncapped + "TreeManager.selectedNode.type}\';");
buf.putLine4(
" var nodeLabel = \'#{" + elementNameUncapped + "TreeManager.selectedNode.label}\';");
buf.putLine4(
" update"
+ elementClassName
+ "TreeState(null, rowKey, nodeId, nodeArea, nodeType, nodeLabel);");
buf.putLine4(" }");
buf.putLine4(" } catch(e) {");
buf.putLine4(" alert(e);");
buf.putLine4(" }");
buf.putLine4("}");
return buf.get();
}
protected String getProcessToggleElementTreeNode(Element element) {
String elementClassName = ModelLayerHelper.getElementClassName(element);
String elementNameUncapped = ModelLayerHelper.getElementNameUncapped(element);
Buf buf = new Buf();
buf.putLine2(" ");
buf.putLine2(" ");
buf.putLine2("<!--");
buf.putLine2(" ** processToggle" + elementClassName + "TreeNode()");
buf.putLine2(" ** Toggles expand/collapse for nodes in " + elementClassName + " Tree.");
buf.putLine2(" -->");
buf.putLine2(" ");
buf.putLine2("<a4j:jsFunction ");
buf.putLine2(" name=\"processToggle" + elementClassName + "TreeNode\" ");
buf.putLine2(" execute=\"@this\" ");
buf.putLine2(" immediate=\"true\"");
buf.putLine2(" limitRender=\"true\">");
buf.putLine2(" ");
buf.putLine2(" <!-- these values are passed in -->");
buf.putLine2(
" <a4j:param name=\"nodeId\" assignTo=\"#{"
+ elementNameUncapped
+ "TreeManager.toggledNodeState}\" /> ");
buf.putLine2(" ");
buf.putLine2(" <!-- provide queue settings -->");
buf.putLine2(
" <a4j:attachQueue requestGroupingId=\""
+ elementNameUncapped
+ "TreeEvents\" requestDelay=\"0\" /> ");
buf.putLine2("</a4j:jsFunction>");
return buf.get();
}
protected String getProcessSelectFromElementTree(Element element) {
String elementClassName = ModelLayerHelper.getElementClassName(element);
String elementNameUncapped = ModelLayerHelper.getElementNameUncapped(element);
Buf buf = new Buf();
buf.putLine2(" ");
buf.putLine2(" ");
buf.putLine2("<!--");
buf.putLine2(" ** processSelectFrom" + elementClassName + "Tree()");
buf.putLine2(" ** Selects " + elementClassName + " node from " + elementClassName + " Tree.");
buf.putLine2(" -->");
buf.putLine2(" ");
buf.putLine2("<a4j:jsFunction ");
buf.putLine2(" name=\"processSelectFrom" + elementClassName + "Tree\"");
buf.putLine2(" execute=\"@this\" ");
buf.putLine2(" immediate=\"true\"");
buf.putLine2(" bypassUpdates=\"true\"");
buf.putLine2(" limitRender=\"true\"");
buf.putLine2(" render=\"" + elementNameUncapped + "TreeActions\">");
buf.putLine2(" ");
buf.putLine2(" <!-- these values are passed-in -->");
buf.putLine2(
" <a4j:param name=\"selectedRowKey\" assignTo=\"#{"
+ elementNameUncapped
+ "TreeManager.selectedRowKey}\" /> ");
buf.putLine2(
" <a4j:param name=\"selectedNodeId\" assignTo=\"#{"
+ elementNameUncapped
+ "TreeManager.selectedNodeId}\" />");
buf.putLine2(" ");
buf.putLine2(" <!-- provide queue settings -->");
buf.putLine2(
" <a4j:attachQueue requestGroupingId=\""
+ elementNameUncapped
+ "TreeEvents\" requestDelay=\"400\" />");
buf.putLine2("</a4j:jsFunction>");
return buf.get();
}
protected String getEditElementFromTree(Element element, String targetName) {
String elementClassName = ModelLayerHelper.getElementClassName(element);
String elementNameUncapped = ModelLayerHelper.getElementNameUncapped(element);
String targetNameUncapped = NameUtil.uncapName(targetName);
Buf buf = new Buf();
buf.putLine2(" ");
buf.putLine2(" ");
buf.putLine2("<!--");
buf.putLine2(" ** edit" + targetName + "FromTree()");
buf.putLine2(
" ** Opens selected "
+ targetName
+ " for editing, and goes to "
+ targetName
+ " Wizard Page.");
buf.putLine2(" -->");
buf.putLine2(" ");
buf.putLine2("<a4j:jsFunction ");
buf.putLine2(" name=\"edit" + targetName + "FromTree\"");
buf.putLine2(" immediate=\"true\"");
buf.putLine2(" execute=\"@this\" ");
buf.putLine2(" bypassUpdates=\"true\"");
buf.putLine2(" action=\"#{" + targetNameUncapped + "InfoManager.edit" + targetName + "}\">");
buf.putLine2(" ");
buf.putLine2(" <!-- these values are passed-in -->");
buf.putLine2(
" <a4j:param name=\"sectionName\" assignTo=\"#{"
+ elementNameUncapped
+ "TreeManager.sectionName}\" />");
buf.putLine2(
" <a4j:param name=\"selectedRowKey\" assignTo=\"#{"
+ elementNameUncapped
+ "TreeManager.selectedRowKey}\" /> ");
buf.putLine2(
" <a4j:param name=\"selectedNodeId\" assignTo=\"#{"
+ elementNameUncapped
+ "TreeManager.selectedNodeId}\" />");
buf.putLine2(" ");
buf.putLine2(" <!-- these values are assigned here -->");
buf.putLine2(
" <a4j:param name=\"sectionType\" value=\""
+ targetNameUncapped
+ "\" assignTo=\"#{"
+ elementNameUncapped
+ "TreeManager.sectionType}\" />");
buf.putLine2(
" <a4j:param name=\"sectionTitle\" value=\""
+ targetName
+ "\" assignTo=\"#{"
+ elementNameUncapped
+ "TreeManager.sectionTitle}\" />");
buf.putLine2(
" <a4j:param name=\"sectionIcon\" value=\"/icons/nam/"
+ targetName
+ "16.gif\" assignTo=\"#{"
+ elementNameUncapped
+ "TreeManager.sectionIcon}\" />");
buf.putLine2(" ");
buf.putLine2(" <!-- provide event queue settings -->");
buf.putLine2(
" <a4j:attachQueue requestGroupingId=\""
+ elementNameUncapped
+ "TreeEvents\" requestDelay=\"400\" />");
buf.putLine2("</a4j:jsFunction>");
return buf.get();
}
protected String getExecuteActionForElement(Element element) {
String elementClassName = ModelLayerHelper.getElementClassName(element);
String elementNameUncapped = ModelLayerHelper.getElementNameUncapped(element);
Buf buf = new Buf();
buf.putLine2(" ");
buf.putLine2(" ");
buf.putLine2("<!--");
buf.putLine2(" ** executeActionForElement(type, action)");
buf.putLine2(" ** Executes 'action' associated with Element 'type' on server-side.");
buf.putLine2(" ** Uses a queuing delay of 0ms - no waiting for any future actions.");
buf.putLine2(" ** This is used by actions triggered from menus and toolbars.");
buf.putLine2(" -->");
buf.putLine2(" ");
buf.putLine2("<a4j:jsFunction ");
buf.putLine2(" name=\"executeActionForElement\"");
buf.putLine2(" execute=\"@this\"");
buf.putLine2(" immediate=\"true\"");
buf.putLine2(" bypassUpdates=\"true\"");
buf.putLine2(" limitRender=\"true\"");
buf.putLine2(" action=\"#{workspaceManager.executeAction}\"");
buf.putLine2(
" render=\""
+ elementNameUncapped
+ "TreeActions, "
+ elementNameUncapped
+ "TreeMenu, "
+ elementNameUncapped
+ "TreeToolbar\">");
buf.putLine2(" ");
buf.putLine2(" <!-- these values are passed-in -->");
buf.putLine2(" <a4j:param name=\"type\" assignTo=\"#{selectionContext.selectedType}\" />");
buf.putLine2(" <a4j:param name=\"action\" assignTo=\"#{selectionContext.selectedAction}\" />");
buf.putLine2(" ");
buf.putLine2(" <!-- provide event queue settings -->");
buf.putLine2(" <a4j:attachQueue requestDelay=\"0\" />");
buf.putLine2("</a4j:jsFunction>");
return buf.get();
}
protected String getExecuteActionFromTree(Element element) {
String elementClassName = ModelLayerHelper.getElementClassName(element);
String elementNameUncapped = ModelLayerHelper.getElementNameUncapped(element);
Buf buf = new Buf();
buf.putLine2(" ");
buf.putLine2(" ");
buf.putLine2("<!--");
buf.putLine2(
" ** executeActionFrom"
+ elementClassName
+ "Tree(rowKey, nodeId, type, action, section)");
buf.putLine2(" ** Selects Element on server-side. Executes action on server-side.");
buf.putLine2(" ** Uses a queuing delay of 0ms - no waiting for any future actions.");
buf.putLine2(" ** This is typically used by double-click and other submit actions.");
buf.putLine2(" -->");
buf.putLine2(" ");
buf.putLine2("<a4j:jsFunction ");
buf.putLine2(" name=\"executeActionFrom" + elementClassName + "Tree\"");
buf.putLine2(" execute=\"@this\"");
buf.putLine2(" immediate=\"true\"");
buf.putLine2(" bypassUpdates=\"true\"");
buf.putLine2(" limitRender=\"true\"");
buf.putLine2(" action=\"#{workspaceManager.executeAction}\"");
buf.putLine2(" oncomplete=\"setCursorDefault(); hideProgress()\"");
buf.putLine2(
" render=\""
+ elementNameUncapped
+ "TreeActions, "
+ elementNameUncapped
+ "TreeMenu, "
+ elementNameUncapped
+ "TreeToolbar\">");
buf.putLine2(" ");
buf.putLine2(" <!-- these values are passed-in -->");
buf.putLine2(
" <a4j:param name=\"rowKey\" assignTo=\"#{"
+ elementNameUncapped
+ "TreeManager.selectedRowKey}\" />");
buf.putLine2(
" <a4j:param name=\"nodeId\" assignTo=\"#{"
+ elementNameUncapped
+ "TreeManager.selectedNodeId}\" />");
buf.putLine2(" <a4j:param name=\"type\" assignTo=\"#{selectionContext.selectedType}\" />");
buf.putLine2(" <a4j:param name=\"action\" assignTo=\"#{selectionContext.selectedAction}\" />");
buf.putLine2(
" <a4j:param name=\"section\" assignTo=\"#{"
+ elementNameUncapped
+ "Wizard.section}\" />");
buf.putLine2(" ");
buf.putLine2(" <!-- provide event queue settings -->");
buf.putLine2(
" <a4j:attachQueue requestGroupingId=\""
+ elementNameUncapped
+ "TreeEvents\" requestDelay=\"0\" />");
buf.putLine2("</a4j:jsFunction>");
return buf.get();
}
protected String getExecuteActionForTreeViewer(Element element) {
String elementClassName = ModelLayerHelper.getElementClassName(element);
String elementNameUncapped = ModelLayerHelper.getElementNameUncapped(element);
Buf buf = new Buf();
buf.putLine2(" ");
buf.putLine2(" ");
buf.putLine2("<!--");
buf.putLine2(
" ** executeActionFor" + elementClassName + "TreeViewer(rowKey, nodeId, type, action)");
buf.putLine2(" ** Executes 'action' associated with Element 'type' on server-side.");
buf.putLine2(" ** Uses a queuing delay of 0ms - no waiting for any future actions.");
buf.putLine2(" ** This is used by actions triggered from menus and toolbars.");
buf.putLine2(" ** Refreshes Element view in " + elementClassName + " Tree viewer..");
buf.putLine2(" -->");
buf.putLine2(" ");
buf.putLine2("<a4j:jsFunction ");
buf.putLine2(" name=\"executeActionFor" + elementClassName + "TreeViewer\"");
buf.putLine2(" execute=\"@this\"");
buf.putLine2(" immediate=\"true\"");
buf.putLine2(" bypassUpdates=\"true\"");
buf.putLine2(" limitRender=\"true\"");
buf.putLine2(" action=\"#{workspaceManager.executeAction}\"");
buf.putLine2(" oncomplete=\"setCursorDefault(); hideProgress()\"");
buf.putLine2(
" render=\""
+ elementNameUncapped
+ "TreeActions, "
+ elementNameUncapped
+ "TreeMenu, "
+ elementNameUncapped
+ "TreeToolbar, "
+ elementNameUncapped
+ "TreeViewer\">");
buf.putLine2(" ");
buf.putLine2(" <!-- these values are passed-in -->");
buf.putLine2(
" <a4j:param name=\"rowKey\" assignTo=\"#{"
+ elementNameUncapped
+ "TreeManager.selectedRowKey}\" />");
buf.putLine2(
" <a4j:param name=\"nodeId\" assignTo=\"#{"
+ elementNameUncapped
+ "TreeManager.selectedNodeId}\" />");
buf.putLine2(" <a4j:param name=\"area\" assignTo=\"#{selectionContext.selectedArea}\" />");
buf.putLine2(" <a4j:param name=\"type\" assignTo=\"#{selectionContext.selectedType}\" />");
buf.putLine2(" <a4j:param name=\"action\" assignTo=\"#{selectionContext.selectedAction}\" />");
buf.putLine2(" ");
buf.putLine2(" <!-- provide event queue settings -->");
buf.putLine2(
" <a4j:attachQueue requestGroupingId=\""
+ elementNameUncapped
+ "TreeEvents\" requestDelay=\"400\" />");
buf.putLine2("</a4j:jsFunction>");
return buf.get();
}
protected String getViewElementFromTree(Element element, String targetName) {
String elementClassName = ModelLayerHelper.getElementClassName(element);
String elementNameUncapped = ModelLayerHelper.getElementNameUncapped(element);
String targetNameUncapped = NameUtil.uncapName(targetName);
Buf buf = new Buf();
buf.putLine2(" ");
buf.putLine2(" ");
buf.putLine2("<!--");
buf.putLine2(" ** viewElementFromTree()");
buf.putLine2(
" ** Opens selected Element for read-only view, and goes to Element Wizard Page.");
buf.putLine2(" -->");
buf.putLine2(" ");
buf.putLine2("<a4j:jsFunction ");
buf.putLine2(" name=\"viewElementFromTree\"");
buf.putLine2(" execute=\"@this\"");
buf.putLine2(" immediate=\"true\"");
buf.putLine2(" bypassUpdates=\"true\"");
buf.putLine2(" limitRender=\"true\"");
buf.putLine2(" action=\"#{" + targetNameUncapped + "InfoManager.viewElement}\"");
buf.putLine2(" oncomplete=\"setCursorDefault(); hideProgress()\"");
buf.putLine2(" render=\"" + elementNameUncapped + "ManagementViewer\">");
buf.putLine2(" ");
buf.putLine2(" <!-- these values are passed-in -->");
buf.putLine2(
" <a4j:param name=\"sectionName\" assignTo=\"#{"
+ elementNameUncapped
+ "TreeManager.sectionName}\" />");
buf.putLine2(
" <a4j:param name=\"selectedRowKey\" assignTo=\"#{"
+ elementNameUncapped
+ "TreeManager.selectedRowKey}\" /> ");
buf.putLine2(
" <a4j:param name=\"selectedNodeId\" assignTo=\"#{"
+ elementNameUncapped
+ "TreeManager.selectedNodeId}\" />");
buf.putLine2(" ");
buf.putLine2(" <!-- these values are assigned here -->");
buf.putLine2(
" <a4j:param name=\"sectionType\" value=\""
+ targetNameUncapped
+ "\" assignTo=\"#{"
+ elementNameUncapped
+ "TreeManager.sectionType}\" />");
buf.putLine2(
" <a4j:param name=\"sectionTitle\" value=\""
+ targetName
+ "\" assignTo=\"#{"
+ elementNameUncapped
+ "TreeManager.sectionTitle}\" />");
buf.putLine2(
" <a4j:param name=\"sectionIcon\" value=\"/icons/nam/"
+ targetName
+ "16.gif\" assignTo=\"#{"
+ elementNameUncapped
+ "TreeManager.sectionIcon}\" />");
buf.putLine2(" ");
buf.putLine2(" <!-- provide event queue settings -->");
buf.putLine2(
" <a4j:attachQueue requestGroupingId=\""
+ elementNameUncapped
+ "TreeEvents\" requestDelay=\"400\" />");
buf.putLine2("</a4j:jsFunction>");
return buf.get();
}
protected String getExecuteSelectFromTree(Element element) {
String elementClassName = ModelLayerHelper.getElementClassName(element);
String elementNameUncapped = ModelLayerHelper.getElementNameUncapped(element);
Buf buf = new Buf();
buf.putLine2(" ");
buf.putLine2(" ");
buf.putLine2("<!--");
buf.putLine2(" ** executeSelectFrom" + elementClassName + "Tree(rowKey, nodeId)");
buf.putLine2(" ** Handles actions generated from a node in the Application Tree.");
buf.putLine2(" ** Selects Element on server-side. Executes NO action on server-side.");
buf.putLine2(
" ** Uses a queuing delay of 0ms - no waiting to combine with other actions like double-click.");
buf.putLine2(" -->");
buf.putLine2(" ");
buf.putLine2("<a4j:jsFunction ");
buf.putLine2(" name=\"executeSelectFrom" + elementClassName + "Tree\"");
buf.putLine2(" execute=\"@this\"");
buf.putLine2(" immediate=\"true\"");
buf.putLine2(" bypassUpdates=\"true\"");
buf.putLine2(" limitRender=\"true\"");
buf.putLine2(
" render=\""
+ elementNameUncapped
+ "TreeActions, "
+ elementNameUncapped
+ "TreeToolbar\">");
buf.putLine2(" ");
buf.putLine2(" <!-- these values are passed-in -->");
buf.putLine2(
" <a4j:param name=\"rowKey\" assignTo=\"#{"
+ elementNameUncapped
+ "TreeManager.selectedRowKey}\" />");
buf.putLine2(
" <a4j:param name=\"nodeId\" assignTo=\"#{"
+ elementNameUncapped
+ "TreeManager.selectedNodeId}\" />");
buf.putLine2(" ");
buf.putLine2(" <!-- provide event queue settings -->");
buf.putLine2(
" <a4j:attachQueue requestGroupingId=\""
+ elementNameUncapped
+ "TreeEvents\" requestDelay=\"400\" />");
buf.putLine2("</a4j:jsFunction>");
return buf.get();
}
protected String generateProcessElementTreeMouseDown(Element element) {
String elementClassName = ModelLayerHelper.getElementClassName(element);
String elementNameUncapped = ModelLayerHelper.getElementNameUncapped(element);
Buf buf = new Buf();
buf.putLine4(" ");
buf.putLine4(" ");
buf.putLine4("<!--");
buf.putLine4(
" ** process"
+ elementClassName
+ "TreeMouseDown(event, rowKey, nodeId, nodeArea, nodeType, nodeLabel)");
buf.putLine4(" ** Handles mouseDown event on the " + elementClassName + " Tree.");
buf.putLine4(" -->");
buf.putLine4(" ");
buf.putLine4(
"function process"
+ elementClassName
+ "TreeMouseDown(event, rowKey, nodeId, nodeArea, nodeType, nodeLabel) {");
buf.putLine4(
" update"
+ elementClassName
+ "TreeState(event, rowKey, nodeId, nodeArea, nodeType, nodeLabel);");
buf.putLine4(" enable" + elementClassName + "TreeActions(nodeArea);");
buf.putLine4(" try {");
buf.putLine4(" executeSelectFrom" + elementClassName + "Tree(rowKey, nodeId);");
buf.putLine4(" if (event.which == 3) {");
// List<String> subTypes = element.getSubTypes();
// Iterator<String> iterator = subTypes.iterator();
// for (int i=0; iterator.hasNext(); i++) {
// String subType = iterator.next();
// if (i == 0) {
// buf.putLine4(" if (nodeType == '"+subType+"') {");
// buf.putLine4(" } else if (nodeType == '"+subType+"') {");
// buf.putLine4(" show"+subType+"NodeMenu(event);");
// }
buf.putLine4(" show" + elementClassName + "TreeNodeMenu(event, nodeType);");
buf.putLine4(" }");
buf.putLine4(" } catch(e) {");
buf.putLine4(" alert(e);");
buf.putLine4(" }");
buf.putLine4("}");
return buf.get();
}
protected String generateUpdateElementTreeState(Element element) {
String elementClassName = ModelLayerHelper.getElementClassName(element);
String elementNameUncapped = ModelLayerHelper.getElementNameUncapped(element);
Buf buf = new Buf();
buf.putLine4(" ");
buf.putLine4(" ");
buf.putLine4("<!--");
buf.putLine4(
" ** update"
+ elementClassName
+ "TreeState(event, rowKey, nodeId, nodeArea, nodeType, nodeLabel)");
buf.putLine4(" ** Updates client-side state information for " + elementClassName + " Tree.");
buf.putLine4(" -->");
buf.putLine4(" ");
buf.putLine4(
"function update"
+ elementClassName
+ "TreeState(event, rowKey, nodeId, nodeArea, nodeType, nodeLabel) {");
buf.putLine4(" " + elementNameUncapped + "TreeState = new Object();");
buf.putLine4(" " + elementNameUncapped + "TreeState.rowKey = rowKey;");
buf.putLine4(" " + elementNameUncapped + "TreeState.nodeId = nodeId;");
buf.putLine4(" " + elementNameUncapped + "TreeState.nodeArea = nodeArea;");
buf.putLine4(" " + elementNameUncapped + "TreeState.nodeType = nodeType;");
buf.putLine4(" " + elementNameUncapped + "TreeState.nodeLabel = nodeLabel;");
buf.putLine4(" " + elementNameUncapped + "TreeState.nodeKey = nodeId;");
buf.putLine4(" //show(" + elementNameUncapped + "TreeState);");
buf.putLine4("}");
return buf.get();
}
protected String getNewElement(Element element, String targetName) {
String elementClassName = ModelLayerHelper.getElementClassName(element);
String elementNameUncapped = ModelLayerHelper.getElementNameUncapped(element);
String targetNameUncapped = NameUtil.uncapName(targetName);
Buf buf = new Buf();
buf.putLine2(" ");
buf.putLine2(" ");
buf.putLine2("<!--");
buf.putLine2(" ** newElement()");
buf.putLine2(" ** Creates new Element, and goes to Element Wizard Page.");
buf.putLine2(" -->");
buf.putLine2(" ");
buf.putLine2("<a4j:jsFunction ");
buf.putLine2(" name=\"newElement\" ");
buf.putLine2(" immediate=\"true\"");
buf.putLine2(" execute=\"@this\" ");
buf.putLine2(" bypassUpdates=\"true\"");
buf.putLine2(" action=\"#{" + targetNameUncapped + "InfoManager.new" + targetName + "}\">");
buf.putLine2("</a4j:jsFunction>");
return buf.get();
}
public String getXhtmlContent(boolean isTest) throws Exception {
Project project = context.getProject();
Application application = context.getApplication();
Buf buf = new Buf();
buf.putLine("<?xml version=\"1.0\" encoding=\"UTF-8\"?>");
buf.putLine();
buf.putLine(
"<!DOCTYPE composition PUBLIC \"-//W3C//DTD XHTML 1.0 Transitional//EN\" \"http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd\">");
buf.putLine();
buf.putLine("<ui:composition");
buf.putLine(" xmlns=\"http://www.w3.org/1999/xhtml\"");
buf.putLine(" xmlns:h=\"http://java.sun.com/jsf/html\"");
buf.putLine(" xmlns:f=\"http://java.sun.com/jsf/core\"");
buf.putLine(" xmlns:c=\"http://java.sun.com/jstl/core\"");
buf.putLine(" xmlns:ui=\"http://java.sun.com/jsf/facelets\"");
buf.putLine(" xmlns:s=\"http://jboss.com/products/seam/taglib\"");
buf.putLine(" xmlns:a4j=\"http://richfaces.org/a4j\"");
buf.putLine(" xmlns:rich=\"http://richfaces.org/rich\"");
buf.putLine(" xmlns:aries=\"http://aries.org/jsf\">");
buf.putLine();
buf.putLine1("<script type=\"text/javascript\">");
buf.putLine1(
" var userListTableHighlighter = new org.aries.view.table.UserSelectHighlighter('#fff', '#ddecff', '#eeeeff');");
buf.putLine1("</script>");
buf.putLine();
buf.putLine1("<a4j:outputPanel id=\"userListTablePanel\">");
buf.putLine1(" <ui:include src=\"userListMenu.xhtml\"/>");
buf.putLine();
buf.putLine1(" <rich:panel");
buf.putLine1(" bodyClass=\"panelBody\"");
buf.putLine1(
" style=\"width: auto; height: auto; max-height: #{globals.screenHeight-198}px; padding: 0px; margin: 0px; border-bottom-width: 0px; overflow: auto; overflow-y: scroll\">");
buf.putLine();
buf.putLine1(" <h:panelGroup");
buf.putLine1(" layout=\"block\"");
buf.putLine1(" rendered=\"#{userListManager.userList.rowCount == 0}\"");
buf.putLine1(
" style=\"width: auto; height: 20px; padding-top: 4px; padding-left: 2px; border: 0px solid #C3BBB6;\">");
buf.putLine1(
" <h:outputText styleClass=\"label\" value=\"No records to display\" style=\"font-size: 12px\"/>");
buf.putLine1(" </h:panelGroup>");
buf.putLine();
buf.putLines(1, generateTable());
buf.putLine1(" </rich:panel>");
buf.putLine1("</a4j:outputPanel>");
buf.putLine("</ui:composition>");
return buf.get();
}
protected String generateEnableElementTreeActions(Element element) {
String elementClassName = ModelLayerHelper.getElementClassName(element);
String elementNameUncapped = ModelLayerHelper.getElementNameUncapped(element);
Buf buf = new Buf();
buf.putLine4(" ");
buf.putLine4(" ");
buf.putLine4("<!--");
buf.putLine4(" ** enable" + elementClassName + "TreeActions(type)");
buf.putLine4(
" ** Enables (or disables) "
+ elementClassName
+ " Tree actions based on current client-side state.");
buf.putLine4(" -->");
buf.putLine4(" ");
buf.putLine4("function enable" + elementClassName + "TreeActions(type) {");
buf.putLine4(" enableButton(\'" + elementNameUncapped + "TreeViewButton\');");
buf.putLine4(" enableButton(\'" + elementNameUncapped + "TreeNewButton\');");
buf.putLine4(" enableButton(\'" + elementNameUncapped + "TreeEditButton\');");
buf.putLine4(" enableButton(\'" + elementNameUncapped + "TreeMoveButton\');");
buf.putLine4(" enableButton(\'" + elementNameUncapped + "TreeRemoveButton\');");
buf.putLine4("}");
return buf.get();
}