/*
*
* Licensed to the Apache Software Foundation (ASF) under one or more
* contributor license agreements. See the NOTICE file distributed with
* this work for additional information regarding copyright ownership.
* The ASF licenses this file to You under the Apache License, Version 2.0
* (the "License"); you may not use this file except in compliance with
* the License. You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*
*/
package org.apache.flex.compiler.internal.parsing.mxml;
import static org.apache.flex.compiler.mxml.IMXMLLanguageConstants.ATTRIBUTE_NAME;
import java.io.FileNotFoundException;
import java.io.IOException;
import java.io.Reader;
import java.util.ArrayList;
import java.util.Collection;
import java.util.EnumSet;
import java.util.LinkedList;
import java.util.List;
import org.apache.commons.io.IOUtils;
import org.apache.flex.compiler.common.IFileSpecificationGetter;
import org.apache.flex.compiler.common.Multiname;
import org.apache.flex.compiler.definitions.IDefinition;
import org.apache.flex.compiler.definitions.INamespaceDefinition;
import org.apache.flex.compiler.definitions.metadata.IMetaTag;
import org.apache.flex.compiler.definitions.references.INamespaceReference;
import org.apache.flex.compiler.definitions.references.IReference;
import org.apache.flex.compiler.definitions.references.IResolvedQualifiersReference;
import org.apache.flex.compiler.definitions.references.ReferenceFactory;
import org.apache.flex.compiler.filespecs.IFileSpecification;
import org.apache.flex.compiler.internal.definitions.ClassDefinition;
import org.apache.flex.compiler.internal.definitions.PackageDefinition;
import org.apache.flex.compiler.internal.definitions.VariableDefinition;
import org.apache.flex.compiler.internal.mxml.MXMLDialect;
import org.apache.flex.compiler.internal.parsing.as.ASParser;
import org.apache.flex.compiler.internal.parsing.as.IncludeHandler;
import org.apache.flex.compiler.internal.projects.FlexProject;
import org.apache.flex.compiler.internal.scopes.MXMLFileScope;
import org.apache.flex.compiler.internal.scopes.PackageScope;
import org.apache.flex.compiler.internal.scopes.TypeScope;
import org.apache.flex.compiler.internal.semantics.PostProcessStep;
import org.apache.flex.compiler.internal.tree.as.ScopedBlockNode;
import org.apache.flex.compiler.internal.tree.as.metadata.MetaTagsNode;
import org.apache.flex.compiler.internal.tree.mxml.MXMLNodeBase;
import org.apache.flex.compiler.internal.units.MXMLCompilationUnit;
import org.apache.flex.compiler.internal.workspaces.Workspace;
import org.apache.flex.compiler.mxml.IMXMLData;
import org.apache.flex.compiler.mxml.IMXMLLanguageConstants;
import org.apache.flex.compiler.mxml.IMXMLNamespaceAttributeData;
import org.apache.flex.compiler.mxml.IMXMLTagAttributeData;
import org.apache.flex.compiler.mxml.IMXMLTagData;
import org.apache.flex.compiler.mxml.IMXMLTextData;
import org.apache.flex.compiler.mxml.IMXMLTextData.TextType;
import org.apache.flex.compiler.mxml.IMXMLUnitData;
import org.apache.flex.compiler.problems.ICompilerProblem;
import org.apache.flex.compiler.problems.MXMLLibraryTagNotTheFirstChildProblem;
import org.apache.flex.compiler.problems.MXMLUnresolvedTagProblem;
import com.google.common.collect.ImmutableSet;
import com.google.common.collect.Iterables;
/**
* This class analyzes the tags and attributes of an MXML file, as represented
* in an MXMLData object, and builds an ASFileScope which is the
* externally-visible API of the MXML file.
* <p>
* This class is conceptually similar to ABCScopeBuilder, which builds one or
* more ASFileScopes from an ABC block.
*/
public class MXMLScopeBuilder
{
// RegEx for splitting implements="a.b.c , d.e.f"
private static final String IMPLEMENTS_SPLITTER = ",";
public MXMLScopeBuilder(MXMLCompilationUnit compilationUnit, IFileSpecificationGetter fileSpecGetter, IMXMLData mxmlData, String qname, String fileName)
{
this.project = compilationUnit.getProject();
this.compilationUnit = compilationUnit;
this.mxmlData = mxmlData;
this.qname = qname;
fileScope = new MXMLFileScope(compilationUnit, fileName, mxmlData);
String packageName = Multiname.getPackageNameForQName(qname);
packageScope = new PackageScope(fileScope, packageName);
packageScope.setContainingScope(fileScope);
PackageDefinition packageDefinition = new PackageDefinition(packageName);
// CMP-742: packages created for MXML scopes should be marked implicit
packageDefinition.setImplicit();
packageDefinition.setContainedScope(packageScope);
fileScope.addDefinition(packageDefinition);
problems = new LinkedList<ICompilerProblem>();
problems.addAll(mxmlData.getProblems());
includeHandler = new IncludeHandler(fileSpecGetter);
includeHandler.setProjectAndCompilationUnit(project, compilationUnit);
this.fileSpecGetter = fileSpecGetter;
assert fileSpecGetter != null;
}
// The MXML for which we're building a file scope.
private IMXMLData mxmlData;
// Each project knows how to resolve MXML tags to ActionScript classes.
// Different projects can resolve the same tag to different classes.
private FlexProject project;
// The MXMLCompilationUnit for which we're building a file scope.
private MXMLCompilationUnit compilationUnit;
// The fully-qualified name of the MXML class.
private String qname;
// The file scope that we're building.
private MXMLFileScope fileScope;
// The package scope inside the file scope that contains the main class definition.
private PackageScope packageScope;
// Initially, this is the class definition for the main MXML class, inside the package scope.
// As we process an <fx:Component> or <fx:Definition> tag, this changes to be the class
// definition for the component or definition class.
private ClassDefinition currentClassDefinition;
// Initially, this is the class scope for the main MXML class, inside the package scope.
// As we process an <fx:Component> or <fx:Definition> tag, this changes to be the class
// scope for the component or definition class.
private TypeScope currentClassScope;
// Problems encountered while building the file scope.
private Collection<ICompilerProblem> problems;
private final IncludeHandler includeHandler;
private final IFileSpecificationGetter fileSpecGetter;
/**
* Builds the file scope for the MXML file.
*
* @return An {@code ASFileScope} representing the externally-visible
* API of the MXML file.
*/
public MXMLFileScope build()
{
includeHandler.enterFile(mxmlData.getPath());
IMXMLTagData rootTag = mxmlData.getRootTag();
if (rootTag == null)
return fileScope;
processRootTag(rootTag);
ImmutableSet<String> includedFiles = includeHandler.getIncludedFiles();
for (String includedFile : includedFiles)
fileScope.addSourceDependency(includedFile);
includeHandler.leaveFile();
return fileScope;
}
private void processRootTag(IMXMLTagData rootTag)
{
IReference baseClass = fileScope.resolveTagToReference(rootTag);
String implementsAttrValue = rootTag.getRawAttributeValue("implements");
IReference[] implementedInterfaces = null;
if (implementsAttrValue != null) //TODO this should use a parser method that collects qnames or identifiers
{
String interfaces[] = rootTag.getMXMLDialect().trim(implementsAttrValue).split(IMPLEMENTS_SPLITTER);
implementedInterfaces = new IReference[interfaces.length];
for( int i = 0; i < interfaces.length; ++i )
{
implementedInterfaces[i] = ReferenceFactory.packageQualifiedReference(project.getWorkspace(), interfaces[i].trim());
}
}
Multiname mname = Multiname.crackDottedQName(this.project, qname);
INamespaceDefinition packageNS = Iterables.getOnlyElement(mname.getNamespaceSet());
assert packageNS instanceof INamespaceReference;
currentClassDefinition = new ClassDefinition(mname.getBaseName(), (INamespaceReference)packageNS);
currentClassDefinition.setLocation(rootTag);
currentClassDefinition.setBaseClassReference(baseClass);
currentClassDefinition.setImplementedInterfaceReferences(implementedInterfaces);
currentClassDefinition.setMetaTags(new IMetaTag[0]);
// Grr... CM clients expect the name start of the root class definition to be at 0.
currentClassDefinition.setNameLocation(0, 0);
packageScope.addDefinition(currentClassDefinition);
fileScope.setMainClassDefinition(currentClassDefinition);
currentClassScope = new TypeScope(packageScope, currentClassDefinition);
currentClassScope.setContainingDefinition(currentClassDefinition);
if (baseClass instanceof IResolvedQualifiersReference)
{
IDefinition baseDef = ((IResolvedQualifiersReference)baseClass).resolve(project);
if (baseDef == null)
problems.add(new MXMLUnresolvedTagProblem(rootTag));
else
currentClassScope.addImport(baseDef.getQualifiedName());
}
currentClassDefinition.setContainedScope(currentClassScope);
currentClassDefinition.setupThisAndSuper();
// An <fx:Library> tag can only be the first child tag of the root tag.
IMXMLTagData child = rootTag.getFirstChild(true);
if (child != null && fileScope.isLibraryTag(child))
{
processLibraryTag(child);
child = child.getNextSibling(true);
}
// Process the subsequent child tags after the first.
for (;
child != null;
child = child.getNextSibling(true))
{
processTag(child);
}
currentClassDefinition.buildContingentDefinitions();
}
/**
* Builds {@link ClassDefinition}'s for <fx:Definition> tags
* found in the specified <:fx:Library> tag.
* @param libraryTagData
*/
private void processLibraryTag(IMXMLTagData libraryTag)
{
assert fileScope.isLibraryTag(libraryTag);
for (IMXMLTagData child = libraryTag.getFirstChild(true);
child != null;
child = child.getNextSibling(true))
{
if (fileScope.isDefinitionTag(child))
processDefinitionTag(child);
// TODO create problems when library has children that are not
// definition tags.
}
}
/**
* Builds a {@link ClassDefinition} for the specified <fx:Definition> tag.
* @param definitionTag
*/
private void processDefinitionTag(IMXMLTagData definitionTag)
{
assert fileScope.isDefinitionTag(definitionTag);
// An <fx:Definition> tag will create a new class.
// Save off the current class definition and scope
// because we're going to change them before recursing down.
ClassDefinition oldClassDefinition = currentClassDefinition;
TypeScope oldClassScope = currentClassScope;
// Walk the attributes looking for 'name'.
IMXMLTagAttributeData[] definitionTagAttrs = definitionTag.getAttributeDatas();
String definitionName = null;
int nameStart = -1;
int nameEnd = -1;
for (IMXMLTagAttributeData attr : definitionTagAttrs)
{
if ((!(attr instanceof IMXMLNamespaceAttributeData)) && (attr.hasValue()))
{
if ((attr.getURI() == null) && (ATTRIBUTE_NAME.equals(attr.getName())))
{
if (definitionName == null)
{
definitionName = attr.getRawValue();
nameStart = attr.getValueStart() + 1;
nameEnd = attr.getValueEnd() - 1;
}
// TODO create problem if definition name has already been set.
}
}
}
// We expect one child tag inside <fx:Definition>.
IMXMLTagData firstChild = definitionTag.getFirstChild(true);
if (firstChild != null)
{
// TODO create problem if there is more than one child tag
// in a definition.
IMXMLTagData secondChild = firstChild.getNextSibling(true);
if (secondChild != null)
return;
// This child tag specifies the base class of the definition class.
String baseClassQName = fileScope.resolveTagToQualifiedName(firstChild);
// TODO create problem if we can't resolve the base class name.
if (baseClassQName == null)
return;
// Add a class definition for the definition class to the file scope.
// The file scope will handle resolving a tag like <fx:MyDefinition>
// to the class for <fx:Definition name="MyDefinition">.
ClassDefinition fxDefinitionClassDefinition =
fileScope.addFXDefinition(qname, definitionTag, definitionName, baseClassQName);
fxDefinitionClassDefinition.setLocation(firstChild);
fxDefinitionClassDefinition.setNameLocation(nameStart, nameEnd);
// Set up the "context" for building definitions inside the definition class.
currentClassDefinition = fxDefinitionClassDefinition;
currentClassScope = (TypeScope)fxDefinitionClassDefinition.getContainedScope();
// add the definitions inside the definition tag to the definition class scope.
processTag(firstChild);
}
// Restore the previous class definition and scope.
currentClassDefinition = oldClassDefinition;
currentClassScope = oldClassScope;
}
private void processTag(IMXMLTagData tag)
{
includeHandler.onNextMXMLUnitData((IMXMLUnitData)tag);
boolean recurse = true;
if (fileScope.isScriptTag(tag))
{
processScriptTag(tag);
}
else if (fileScope.isStyleTag(tag))
{
processStyleTag(tag);
}
else if (fileScope.isMetadataTag(tag))
{
processMetadataTag(tag);
}
else if (fileScope.isComponentTag(tag))
{
processComponentTag(tag);
// we've already processed the tags
recurse = false;
}
else if (fileScope.isLibraryTag(tag))
{
// log a problem but continue processing the tag
// so that a valid tree is formed
MXMLLibraryTagNotTheFirstChildProblem problem = new MXMLLibraryTagNotTheFirstChildProblem(tag);
problems.add(problem);
processLibraryTag(tag);
recurse = false;
}
else if (fileScope.isXMLTag(tag))
{
processXMLTag(tag);
// Skip over this tag. Nothing inside it contributes to the externally-visible API.
recurse = false;
}
else if (fileScope.isPrivateTag(tag) ||
fileScope.isXMLListTag(tag))
{
// Skip over these tags. Nothing inside them contributes to the externally-visible API.
recurse = false;
}
else if (fileScope.isModelTag(tag))
{
processModelTag(tag);
// Skip over this tag. Nothing inside it contributes to the externally-visible API.
recurse = false;
}
else if (fileScope.isStringTag(tag))
{
processStringTag(tag);
}
// If the tag can be resolved to a qualified name,
// import that name into the MXML class being defined.
// This is how the old InterfaceCompiler worked,
// but not how the old ImplementationCompiler worked.
// There may be pathological cases in which the tag
// actually turns out to be a property/style/event tag
// once the MXML AST has been built, but in these cases
// the spurious import will simply cause an ambiguous
// identifier problem in Falcon whereas the old compiler
// would have compiled the code without error.
String qname = fileScope.resolveTagToQualifiedName(tag);
if (qname != null)
{
currentClassScope.addImport(qname);
// CodeModel needs nodes for such implicit imports.
// Keep track of the the implicit imports
// on the ClassDefinition we're creating,
// where MXMLClassDefinitionNode can later create nodes for them.
currentClassDefinition.addImplicitImport(qname);
// if the tag couldn't be resolved to a qname, assume it it's not
// a state, as we can't check it it resolved to mx.states.State.
if (IMXMLLanguageConstants.STATE.equals(tag.getShortName()))
processState(tag, qname);
}
IMXMLTagAttributeData idAttribute = tag.getTagAttributeData("id");
String id = tag.getRawAttributeValue("id");
if (id != null)
processID(tag, idAttribute);
if (recurse)
{
for (IMXMLTagData child = tag.getFirstChild(true);
child != null;
child = child.getNextSibling(true))
{
processTag(child);
}
}
}
/**
* Build scopes and definitions from a script tag.
*
* @param scriptTag script tag
* @see {@link MXMLScriptNode} for AST building.
*/
private void processScriptTag(IMXMLTagData scriptTag)
{
assert fileScope.isScriptTag(scriptTag);
IMXMLTagAttributeData sourceAttribute = scriptTag.getTagAttributeData(IMXMLLanguageConstants.ATTRIBUTE_SOURCE);
if (sourceAttribute != null)
{
// script tag with source attribute
String sourcePath = MXMLNodeBase.resolveSourceAttributePath(null, sourceAttribute, null);
Reader sourceFileReader = null;
try
{
Workspace workspace = project.getWorkspace();
IFileSpecification sourceFileSpec = fileSpecGetter.getFileSpecification(sourcePath);
sourceFileReader = sourceFileSpec.createReader();
//TODO what do we do about errors that are encountered in the attached file?
//is this even the correct approach?
String scriptText = IOUtils.toString(sourceFileReader);
// no need to pass in start offset because include handler will take care of it
ASParser.parseFragment2(
scriptText,
sourcePath,
0,
0,
0,
problems,
workspace,
null,
currentClassScope,
project.getProjectConfigVariables(),
EnumSet.of(PostProcessStep.CALCULATE_OFFSETS, PostProcessStep.POPULATE_SCOPE),
true,
includeHandler);
fileScope.addSourceDependency(sourcePath);
}
catch (FileNotFoundException e)
{
// The error reporting will be handled during tree-building time, but the incremental
// flow needs to have a dependency on the compilation unit during scope building time,
// as builder may not necessarily ask for the syntax tree and the dependency get's
// missed. CMP-2040
project.addUnfoundReferencedSourceFileDependency(sourcePath, compilationUnit);
}
catch (IOException e)
{
// File-not-found will be reported by MXMLScriptNode during tree-building.
}
finally
{
if (sourceFileReader != null)
try { sourceFileReader.close(); }
catch (IOException e) { }
}
}
else
{
final List<ScopedBlockNode> nodes = new ArrayList<ScopedBlockNode>(2);
for (IMXMLUnitData unit = scriptTag.getFirstChildUnit(); unit != null; unit = unit.getNextSiblingUnit())
{
if (unit instanceof IMXMLTextData)
{
final IMXMLTextData mxmlTextData = (IMXMLTextData)unit;
if (mxmlTextData.getTextType() != TextType.WHITESPACE)
{
final EnumSet<PostProcessStep> postProcess = EnumSet.of(
PostProcessStep.CALCULATE_OFFSETS,
PostProcessStep.POPULATE_SCOPE);
final ScopedBlockNode node = ASParser.parseInlineScript(
null,
mxmlTextData,
problems,
currentClassScope,
project.getProjectConfigVariables(),
includeHandler,
postProcess);
assert node != null : "Expected node from ASParser.getScopesFromInlineScript().";
nodes.add(node);
}
}
}
}
}
private void processStyleTag(IMXMLTagData styleTag)
{
assert fileScope.isStyleTag(styleTag);
processSourceAttribute(styleTag);
}
private void processMetadataTag(IMXMLTagData metadataTag)
{
assert fileScope.isMetadataTag(metadataTag);
for (IMXMLUnitData unit = metadataTag.getFirstChildUnit(); unit != null; unit = unit.getNextSiblingUnit())
{
if (unit instanceof IMXMLTextData)
{
final IMXMLTextData mxmlTextData = (IMXMLTextData)unit;
if (mxmlTextData.getTextType() != TextType.WHITESPACE)
{
MetaTagsNode metaTagNodes = ASParser.parseMetadata(project.getWorkspace(), mxmlTextData.getCompilableText(),
mxmlTextData.getSourcePath(),
mxmlTextData.getCompilableTextStart(),
mxmlTextData.getCompilableTextLine(),
mxmlTextData.getCompilableTextColumn(), problems);
if (metaTagNodes != null)
{
IFileSpecification containingFileSpec = fileScope.getWorkspace().getFileSpecification(fileScope.getContainingPath());
IMetaTag[] newMetaTags = metaTagNodes.buildMetaTags(containingFileSpec, currentClassDefinition);
if( newMetaTags != null )
{
IMetaTag[] oldMetaTags = currentClassDefinition.getAllMetaTags();
IMetaTag[] mergedTags = newMetaTags;
if( oldMetaTags != null )
{
// Merge the new metadata and the already existent metadata - there can be multiple
// <fx:Metadata> tags in the source
mergedTags = new IMetaTag [oldMetaTags.length + newMetaTags.length];
System.arraycopy(oldMetaTags, 0, mergedTags, 0, oldMetaTags.length);
System.arraycopy(newMetaTags, 0, mergedTags, oldMetaTags.length, newMetaTags.length);
}
currentClassDefinition.setMetaTags(mergedTags);
}
else
{
// nothing to do, no additional metadata was specified
}
}
}
}
}
}
private void processComponentTag(IMXMLTagData componentTag)
{
assert fileScope.isComponentTag(componentTag);
// An <fx:Definition> tag will create a new class.
// Save off the current class definition and scope
// because we're going to change them before recursing down.
ClassDefinition oldClassDefinition = currentClassDefinition;
TypeScope oldClassScope = currentClassScope;
// Walk the attributes looking for 'className'.
IMXMLTagAttributeData[] definitionTagAttrs = componentTag.getAttributeDatas();
String className = null;
int nameStart = -1;
int nameEnd = -1;
for (IMXMLTagAttributeData attr : definitionTagAttrs)
{
if ((!(attr instanceof IMXMLNamespaceAttributeData)) && (attr.hasValue()))
{
if ((attr.getURI() == null) && (attr.getName().equals("className")))
{
if (className == null)
{
className = attr.getRawValue();
nameStart = attr.getValueStart() + 1;
nameEnd = attr.getValueEnd() - 1;
}
// TODO create problem if className has already been set.
}
}
}
// We expect one child tag inside <fx:Component>.
IMXMLTagData firstChild = componentTag.getFirstChild(true);
if (firstChild != null)
{
// TODO create problem if there is more than one child tag
// in a definition.
IMXMLTagData secondChild = firstChild.getNextSibling(true);
if (secondChild != null)
return;
// This child tag specifies the base class of the component class.
String baseClassQName = fileScope.resolveTagToQualifiedName(firstChild);
// TODO create problem if we can't resolve the base class name.
if (baseClassQName == null)
return;
// Add a class definition for the component class to the file scope.
ClassDefinition fxComponentClassDefinition =
fileScope.addFXComponent(qname, componentTag.getAbsoluteStart(), className, baseClassQName);
fxComponentClassDefinition.setNameLocation(nameStart, nameEnd);
if (className == null)
fxComponentClassDefinition.setExcludedClass();
// Set up the "context" for building definitions inside the definition class.
currentClassDefinition = fxComponentClassDefinition;
currentClassScope = (TypeScope)fxComponentClassDefinition.getContainedScope();
currentClassDefinition.buildOuterDocumentMember(ReferenceFactory.resolvedReference(oldClassDefinition));
// add the definitions inside the component tag to the component class scope.
processTag(firstChild);
}
// Restore the previous class definition and scope.
currentClassDefinition = oldClassDefinition;
currentClassScope = oldClassScope;
}
private void processState(IMXMLTagData tag, String qname)
{
if (!qname.equals(project.getStateClass()) || tag.getMXMLDialect() == MXMLDialect.MXML_2006)
return;
// if there is no name attribute, ignore it as a state, as name is
// a required attribute
IMXMLTagAttributeData nameAttribute = tag.getTagAttributeData(IMXMLLanguageConstants.ATTRIBUTE_NAME);
if (nameAttribute == null)
return;
// TODO: need to handle evaluations of entities
String stateName = nameAttribute.getRawValue();
currentClassDefinition.addStateName(stateName);
}
private void processXMLTag(IMXMLTagData xmlTag)
{
assert fileScope.isXMLTag(xmlTag);
processSourceAttribute(xmlTag);
}
private void processModelTag(IMXMLTagData modelTag)
{
assert fileScope.isModelTag(modelTag);
processSourceAttribute(modelTag);
}
private void processStringTag(IMXMLTagData stringTag)
{
assert fileScope.isStringTag(stringTag);
processSourceAttribute(stringTag);
}
/**
* If the tag has a <code>source</code> attribute,
* determine whether the source file exists or not.
* If so, call <code>addSourceDependency()</code>
* on the <code>MXMLFileScope</code>.
* If not, call <code>addUnfoundReferenceSourceFileDependency()</code>
* on the <code>FlexProject</code>.
*/
private void processSourceAttribute(IMXMLTagData tag)
{
IMXMLTagAttributeData sourceAttribute = tag.getTagAttributeData(IMXMLLanguageConstants.ATTRIBUTE_SOURCE);
if (sourceAttribute != null)
{
String sourcePath = MXMLNodeBase.resolveSourceAttributePath(null, sourceAttribute, null);
Reader sourceFileReader = null;
try
{
IFileSpecification sourceFileSpec = fileSpecGetter.getFileSpecification(sourcePath);
sourceFileReader = sourceFileSpec.createReader();
fileScope.addSourceDependency(sourcePath);
}
catch (FileNotFoundException e)
{
// The error reporting will be handled during tree-building time, but the incremental
// flow needs to have a dependency on the compilation unit during scope building time,
// as builder may not necessarily ask for the syntax tree and the dependency get's
// missed. CMP-2040
project.addUnfoundReferencedSourceFileDependency(sourcePath, compilationUnit);
}
finally
{
if (sourceFileReader != null)
{
try
{
sourceFileReader.close();
}
catch (IOException e)
{
}
}
}
}
}
private void processID(IMXMLTagData tag, IMXMLTagAttributeData idAttribute)
{
String id = idAttribute.getRawValue();
IReference typeRef = fileScope.resolveTagToReference(tag);
// TODO: put in the code below so that instances of the model tag
// would have a resolvable class (ObjectProxy). We might want to do this a different way.
// TODO: Also, we need some treatment of the component tag. That case is different,
// however, in that is already has a class - we just need to add ClassFactory as a base class
// (I think).
if (typeRef == null)
{
if (fileScope.isModelTag(tag))
{
typeRef = ReferenceFactory.packageQualifiedReference(project.getWorkspace(), "mx.utils.ObjectProxy");
}
}
// If we see a tag like <s:Button id="b">, add a VariableDefinition
// to the class scope, corresponding to the ActionScript code
// [Bindable]
// public var b:spark.components:Button;
VariableDefinition variableDefinition = new VariableDefinition(id);
variableDefinition.setPublic();
variableDefinition.setTypeReference(typeRef);
variableDefinition.setNameLocation(idAttribute.getValueStart(), idAttribute.getValueEnd());
variableDefinition.setBindable();
currentClassScope.addDefinition(variableDefinition);
}
public Collection<ICompilerProblem> getProblems()
{
return problems;
}
public TypeScope getClassScope()
{
return currentClassScope;
}
/**
* @return the includeHandler
*/
public IncludeHandler getIncludeHandler()
{
return includeHandler;
}
}