net.officefloor.eclipse.section.FunctionNamespaceItem Maven / Gradle / Ivy
/*
* OfficeFloor - http://www.officefloor.net
* Copyright (C) 2005-2018 Daniel Sagenschneider
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU Affero General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU Affero General Public License for more details.
*
* You should have received a copy of the GNU Affero General Public License
* along with this program. If not, see {
/**
* Test configuration.
*
* @param args
* Command line arguments.
*/
public static void main(String[] args) {
SectionEditor.launchConfigurer(new FunctionNamespaceItem(), (model) -> {
model.setManagedFunctionSourceClassName(ClassManagedFunctionSource.class.getName());
model.addProperty(new PropertyModel(ClassManagedFunctionSource.CLASS_NAME_PROPERTY_NAME,
FunctionNamespaceItem.class.getName()));
model.addManagedFunction(new ManagedFunctionModel("main"));
});
}
/**
* Loads the {@link FunctionNamespaceType} for the
* {@link FunctionNamespaceItem}.
*
* @param item
* {@link FunctionNamespaceItem}.
* @param osgiBridge
* {@link OfficeFloorOsgiBridge}.
* @return {@link FunctionNamespaceType}.
* @throws Exception
* If fails to load the {@link FunctionNamespaceType}.
*/
public static FunctionNamespaceType loadFunctionNamespaceType(FunctionNamespaceItem item,
OfficeFloorOsgiBridge osgiBridge) throws Exception {
ManagedFunctionLoader loader = osgiBridge.getOfficeFloorCompiler().getManagedFunctionLoader();
Class sourceClass = osgiBridge.loadClass(item.sourceClassName,
ManagedFunctionSource.class);
return loader.loadManagedFunctionType(sourceClass, item.properties);
}
/**
* Choice {@link Class}.
*/
private static final int CHOICE_CLASS = 0;
/**
* Name of the {@link DeployedOffice}.
*/
private String name;
/**
* Choice.
*/
private Integer choice = null;
/**
* {@link ManagedFunctionSource} {@link Class} name.
*/
private String sourceClassName;
/**
* {@link PropertyList}.
*/
private PropertyList properties = OfficeFloorCompiler.newPropertyList();
/**
* {@link FunctionNamespaceType}.
*/
private FunctionNamespaceType functionNamespaceType;
/**
* Function names.
*/
private List functionNames = new ArrayList<>();
/**
* Function name.
*/
private static class FunctionName {
/**
* Name of the function.
*/
private final String name;
/**
* Indicates if function is used.
*/
private boolean isUsed = false;
/**
* Instantiate.
*
* @param name
* Name of the function.
* @param isUsed
* Indicates if used.
*/
private FunctionName(String name, boolean isUsed) {
this.name = name;
this.isUsed = isUsed;
}
}
/*
* ================= AbstractParentConfigurableItem ======================
*/
@Override
public FunctionNamespaceModel prototype() {
return new FunctionNamespaceModel("Functions", null);
}
@Override
public IdeExtractor extract() {
return new IdeExtractor((parent) -> parent.getFunctionNamespaces(), SectionEvent.ADD_FUNCTION_NAMESPACE,
SectionEvent.REMOVE_FUNCTION_NAMESPACE);
}
@Override
public void loadToParent(SectionModel parentModel, FunctionNamespaceModel itemModel) {
parentModel.addFunctionNamespace(itemModel);
}
@Override
public Pane visual(FunctionNamespaceModel model, AdaptedChildVisualFactoryContext context) {
VBox container = new VBox();
context.label(container).getStyleClass().add("title");
context.addNode(container, context.childGroup(ManagedFunctionItem.class.getSimpleName(), new VBox()));
return container;
}
@Override
public IdeLabeller label() {
return new IdeLabeller((model) -> model.getFunctionNamespaceName(),
FunctionNamespaceEvent.CHANGE_FUNCTION_NAMESPACE_NAME);
}
@Override
public String style() {
IdeStyle background = new IdeStyle().rule("-fx-background-color",
"radial-gradient(radius 50.0%, blue, lightblue)");
IdeStyle text = new IdeStyle(".${model} .title").rule("-fx-text-fill", "white");
return background.toString() + text.toString();
}
@Override
protected FunctionNamespaceItem item(FunctionNamespaceModel model) {
FunctionNamespaceItem item = new FunctionNamespaceItem();
if (model != null) {
item.name = model.getFunctionNamespaceName();
item.sourceClassName = model.getManagedFunctionSourceClassName();
if (ClassManagedFunctionSource.class.getName().equals(item.sourceClassName)) {
item.choice = CHOICE_CLASS;
}
item.properties = this.translateToPropertyList(model.getProperties(), (property) -> property.getName(),
(property) -> property.getValue());
// Load the functions (keep previous selected)
Set existingFunctions = new HashSet<>();
for (ManagedFunctionModel managedFunction : model.getManagedFunctions()) {
existingFunctions.add(managedFunction.getManagedFunctionName());
}
for (ManagedFunctionModel function : model.getManagedFunctions()) {
String functionName = function.getManagedFunctionName();
item.functionNames.add(new FunctionName(functionName, existingFunctions.contains(functionName)));
}
}
return item;
}
@Override
public IdeConfigurer configure() {
return new IdeConfigurer().addAndRefactor((builder, context) -> {
builder.title("Functions");
builder.text("Name").init((item) -> item.name).validate(ValueValidator.notEmptyString("Must specify name"))
.setValue((item, value) -> item.name = value);
ChoiceBuilder choices = builder.choices("").init((item) -> item.choice)
.validate(ValueValidator.notNull("Must select")).setValue((item, value) -> {
if (value == CHOICE_CLASS) {
item.sourceClassName = ClassManagedFunctionSource.class.getName();
}
});
// Choice: class
ConfigurationBuilder classBuilder = choices.choice("Class");
classBuilder.clazz("Class")
.init((item) -> item.properties
.getOrAddProperty(ClassManagedFunctionSource.CLASS_NAME_PROPERTY_NAME).getValue())
.validate((ctx) -> {
FunctionNamespaceItem item = ctx.getModel();
String className = item.properties
.getOrAddProperty(ClassManagedFunctionSource.CLASS_NAME_PROPERTY_NAME).getValue();
ValueValidator.notEmptyString(className, "Must specify class", ctx);
}).setValue((item, value) -> item.properties
.getOrAddProperty(ClassManagedFunctionSource.CLASS_NAME_PROPERTY_NAME).setValue(value));
// Choice: source
ConfigurationBuilder sourceBuilder = choices.choice("Source");
sourceBuilder.clazz("Source").init((item) -> item.sourceClassName).superType(ManagedFunctionSource.class)
.validate(ValueValidator.notEmptyString("Must specify source"))
.setValue((item, value) -> item.sourceClassName = value);
sourceBuilder.properties("Properties").init((item) -> item.properties)
.setValue((item, value) -> item.properties = value);
// Function names
ListBuilder functionsBuilder = builder
.list("Functions", FunctionName.class).init((item) -> item.functionNames);
functionsBuilder.text("Function").init((item) -> item.name);
functionsBuilder.flag("Include").init((item) -> item.isUsed).setValue((item, value) -> item.isUsed = value);
// Validate (ensure loads type)
builder.validate((ctx) -> {
OfficeFloorOsgiBridge osgiBridge = this.getConfigurableContext().getOsgiBridge();
// Validate the type
FunctionNamespaceItem item = ctx.getModel();
// Attempt to load the function name space type
item.functionNamespaceType = loadFunctionNamespaceType(item, osgiBridge);
// Load the managed functions (keeping track of existing)
Map existingNames = new HashMap<>();
for (FunctionName function : item.functionNames) {
existingNames.put(function.name, function);
}
item.functionNames = new ArrayList<>();
for (ManagedFunctionType managedFunctionType : item.functionNamespaceType
.getManagedFunctionTypes()) {
String functionName = managedFunctionType.getFunctionName();
FunctionName function = existingNames.get(functionName);
if (function == null) {
function = new FunctionName(functionName, false);
}
item.functionNames.add(function);
}
ctx.reload(functionsBuilder);
// Ensure at least one function is selected
if (!item.functionNames.stream().anyMatch((functionName) -> functionName.isUsed)) {
ctx.setError("Must select at least one function");
}
});
}).add((builder, context) -> {
builder.apply("Add", (item) -> {
// Create listing of function names
List functions = new ArrayList<>(item.functionNames.size());
for (FunctionName functionName : item.functionNames) {
if (functionName.isUsed) {
functions.add(functionName.name);
}
}
// Add
context.execute(context.getOperations().addFunctionNamespace(item.name, item.sourceClassName,
item.properties, item.functionNamespaceType, functions.toArray(new String[functions.size()])));
});
}).refactor((builder, context) -> {
builder.apply("Refactor", (item) -> {
// Create listing of function names
List functions = new ArrayList<>(item.functionNames.size());
for (FunctionName functionName : item.functionNames) {
if (functionName.isUsed) {
functions.add(functionName.name);
}
}
// TODO implement mapping configuration
Map managedFunctionNameMapping = new HashMap<>();
Map> managedFunctionToObjectNameMapping = new HashMap<>();
Map> functionToFlowNameMapping = new HashMap<>();
Map> functionToEscalationTypeMapping = new HashMap<>();
// Refactor
context.execute(context.getOperations().refactorFunctionNamespace(context.getModel(), item.name,
item.sourceClassName, item.properties, item.functionNamespaceType, managedFunctionNameMapping,
managedFunctionToObjectNameMapping, functionToFlowNameMapping, functionToEscalationTypeMapping,
functions.toArray(new String[functions.size()])));
});
}).delete((context) -> {
context.execute(context.getOperations().removeFunctionNamespace(context.getModel()));
});
}
@Override
protected void children(List children) {
children.add(new IdeChildrenGroup(new ManagedFunctionItem()));
}
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