public MetaMetadata GetMMByMime(string mimeType)
{
MetaMetadata result = null;
_repositoryByMime.TryGetValue(mimeType, out result);
return(result);
}
protected override MetaMetadata FindOrGenerateInheritedMetaMetadata(MetaMetadataRepository repository, InheritanceHandler inheritanceHandler)
{
if (MetaMetadata.IsRootMetaMetadata(this))
{
return(null);
}
MetaMetadata inheritedMmd = this.TypeMmd;
if (inheritedMmd == null)
{
String inheritedMmdName = this.Type;
if (inheritedMmdName == null)
{
inheritedMmdName = this.ExtendsAttribute;
SetNewMetadataClass(true);
}
if (inheritedMmdName == null)
{
throw new MetaMetadataException("no type/extends specified: " + this);
}
inheritedMmd = (MetaMetadata)this.Scope[inheritedMmdName];
if (inheritedMmd == null)
{
throw new MetaMetadataException("meta-metadata '" + inheritedMmdName + "' not found.");
}
TypeMmd = inheritedMmd;
}
return(inheritedMmd);
}
public MetaMetadata GetMMBySuffix(string suffix)
{
MetaMetadata result = null;
_repositoryBySuffix.TryGetValue(suffix, out result);
return(result);
}
protected override void CustomizeFieldDescriptor(SimplTypesScope metadataTScope, MetadataFieldDescriptorProxy fdProxy)
{
base.CustomizeFieldDescriptor(metadataTScope, fdProxy);
MetaMetadata thisMmd = TypeMmd;
if (thisMmd == null)
{
return;
}
MetaMetadataNestedField inheritedField = (MetaMetadataNestedField)SuperField;
if (inheritedField != null)
{
MetaMetadata superMmd = inheritedField.TypeMmd;
if (thisMmd == superMmd || thisMmd.IsDerivedFrom(superMmd))
{
MetadataClassDescriptor elementMetadataCD = thisMmd.GetMetadataClassDescriptor(metadataTScope);
if (elementMetadataCD != null)
{
fdProxy.SetElementClassDescriptor(elementMetadataCD);
}
else
{
Debug.WriteLineIf(BigSemanticsSettings.DebugLevel > 5, "can't bind FieldDescriptor because metadata class does not exist for: " + thisMmd.ToString());
}
}
else
{
throw new MetaMetadataException("incompatible types: " + inheritedField + " => " + this);
}
}
}
public MetaMetadata GetMMByName(String tagName)
{
if (tagName == null)
{
return(null);
}
MetaMetadata result = null;
_repositoryByName.TryGetValue(tagName, out result);
return(result);
}
protected override void InheritNonFieldElements(MetaMetadata inheritedMmd, InheritanceHandler inheritanceHandler)
{
base.InheritNonFieldElements(inheritedMmd, inheritanceHandler);
InheritAttributes(inheritedMmd);
if (this.genericTypeVars != null)
{
this.genericTypeVars.InheritFrom(inheritedMmd.genericTypeVars, inheritanceHandler);
}
//InheritSemanticActions(inheritedMmd);
}
private void SetDefaultMetaMetadatas()
{
if (META_METADATA_REPOSITORY != null)
{
DocumentMetaMetadata = META_METADATA_REPOSITORY.GetMMByName(DocumentParserTagNames.DocumentTag);
PdfMetaMetadata = META_METADATA_REPOSITORY.GetMMByName(DocumentParserTagNames.PdfTag);
SearchMetaMetadata = META_METADATA_REPOSITORY.GetMMByName(DocumentParserTagNames.SearchTag);
ImageMetaMetadata = META_METADATA_REPOSITORY.GetMMByName(DocumentParserTagNames.ImageTag);
DebugMetaMetadata = META_METADATA_REPOSITORY.GetMMByName(DocumentParserTagNames.DebugTag);
ImageClippingMetaMetadata = META_METADATA_REPOSITORY.GetMMByName(DocumentParserTagNames.ImageClippingTag);
}
}
protected void MakeThisFieldUseMmd(String previousName, MetaMetadata mmd)
{
// must set this before generatedMmd.inheritMetaMetadata() to meet inheritMetaMetadata() prerequisites
TypeMmd = mmd;
// make this field as if is using generatedMmd as type
Type = mmd.Name;
ExtendsAttribute = null;
if (Tag == null)
{
Tag = previousName; // but keep the tag name
}
}
public Image ConstructImage(ParsedUri location)
{
MetaMetadata metaMetadata = GetImageMM(location);
Image result = null;
if (metaMetadata != null)
{
result = (Image)metaMetadata.ConstructMetadata(this.MetadataTScope);
result.Location = new MetadataParsedURL(location);
}
return(result);
}
public MetaMetadata GetByClass(Type metadataClass)
{
if (metadataClass == null)
{
return(null);
}
MetaMetadata result = null;
// String tag = metadataTScope.getTag(metadataClass);
RepositoryByClassName.TryGetValue(metadataClass.Name, out result);
return(result);
}
public bool IsDerivedFrom(MetaMetadata baseMmd)
{
MetaMetadata mmd = this;
while (mmd != null)
{
if (mmd == baseMmd)
{
return(true);
}
mmd = mmd.SuperMmd;
}
return(false);
}
private void InheritMetaMetadataFinished(MetaMetadataNestedField sender, EventArgs e)
{
MetaMetadata inheritedMmd = (MetaMetadata)_waitingToInheritFrom.Pop();
InheritanceHandler inheritanceHandler = _waitingToInheritFromInheritanceHandler.Pop();
InheritFromTopLevelMetaMetadata(inheritedMmd, Repository, inheritanceHandler);
InheritFromSuperField(Repository, inheritanceHandler);
if (_waitingToInheritFrom.Count == 0)
{
FinishInheritance();
}
}
public Document ConstructDocument(ParsedUri location, bool isImage)
{
// if (location.IsImage) return constructImage(location);
if (isImage)
{
return(ConstructImage(location));
}
MetaMetadata mmd = GetDocumentMM(location);
Document result = mmd.ConstructMetadata(MetadataTScope) as Document;
if (result != null)
{
result.Location = new MetadataParsedURL(location);
}
return(result);
}
private void AddToRepositoryByClassName(MetaMetadata mmd)
{
if (mmd.ExtendsAttribute != null || mmd.IsNewMetadataClass())
{
MetadataClassDescriptor mcd = mmd.MetadataClassDescriptor;
if (mcd != null)
{
RepositoryByClassName.Put(mcd.DescribedClass.Name, mmd);
}
foreach (MetaMetadata localMmd in mmd.Scope.valuesOfType <MetaMetadata>())
{
AddToRepositoryByClassName(localMmd);
}
}
}
protected override string GetMetadataClassSimpleName()
{
if (IsBuiltIn || IsNewMetadataClass())
{
// new definition
return(XmlTools.CamelCaseFromXMLElementName(Name, true));// ClassNameFromElementName(Name);
}
else
{
// re-using existing type
// do not use this.type directly because we don't know if that is a definition or just re-using exsiting type
MetaMetadata inheritedMmd = SuperMmd;
// if (inheritedMmd == null)
// InheritMetaMetadata(null);//edit // currently, this should never happend because we call this method after inheritance process.
return(inheritedMmd == null ? null : inheritedMmd.GetMetadataClassSimpleName());
}
}
protected override bool InheritMetaMetadataHelper(InheritanceHandler inheritanceHandler)
{
inheritanceHandler.Push(this);
bool inhertedIsInheriting = false;
// init
MetaMetadataRepository repository = Repository;
// determine the structure we should inherit from
MetaMetadata inheritedMmd = FindOrGenerateInheritedMetaMetadata(repository, inheritanceHandler);
if (inheritedMmd != null)
{
if (inheritedMmd.InheritInProcess)
{
inhertedIsInheriting = true;
// if inheriting from the root mmd, we need to clone and keep the environment right now.
InheritanceHandler inheritanceHandlerToUse = inheritanceHandler.clone();
inheritanceHandler.Pop(this);
//inheritedMmd.InheritFinished += (sender, e) => InheritFromTopLevelMetaMetadata(inheritedMmd, repository);
this.AddInheritanceFinishHandler(inheritedMmd, InheritMetaMetadataFinished, inheritanceHandlerToUse);
}
else
{
inheritedMmd.InheritMetaMetadata(null); //edit
InheritFromTopLevelMetaMetadata(inheritedMmd, repository, inheritanceHandler);
}
}
if (!inhertedIsInheriting)
{
inhertedIsInheriting = InheritFromSuperField(repository, inheritanceHandler);
}
// for the root meta-metadata, this may happend
if (inheritedMmd == null && SuperField == null)
{
InheritFrom(repository, null, inheritanceHandler);
}
return(!inhertedIsInheriting);
}
public static String GetMdClassNameFromMmdOrNoChange(String mmdName,
MetaMetadataRepository repository, MmdCompilerService compilerService)
{
MetaMetadata mmd = repository.GetMMByName(mmdName);
if (mmd == null)
{
return(mmdName);
}
else
{
MetadataClassDescriptor metadataClassDescriptor = mmd.MetadataClassDescriptor;
if (compilerService != null)
{
compilerService.AddCurrentClassDependency(metadataClassDescriptor);
}
return(metadataClassDescriptor.DescribedClassSimpleName);
}
}
private void CheckAssignmentWithBounds(String name, MmdGenericTypeVar argGtv,
MmdGenericTypeVar boundGtv, InheritanceHandler inheritanceHandler)
{
MetaMetadata argMmd = inheritanceHandler.ResolveMmdName(argGtv.Arg);
argMmd.InheritMetaMetadata(null);
MetaMetadata lowerBoundMmd = inheritanceHandler.ResolveMmdName(boundGtv.ExtendsAttribute);
lowerBoundMmd.InheritMetaMetadata(null);
bool satisfyLowerBound = lowerBoundMmd == null || argMmd.IsDerivedFrom(lowerBoundMmd);
// MetaMetadata upperBoundMmd = inheritanceHandler.resolveMmdName(localGtv.getSuperAttribute());
// boolean satisfyUpperBound = upperBoundMmd == null || upperBoundMmd.isDerivedFrom(argMmd);
if (!satisfyLowerBound /* || !satisfyUpperBound */)
{
throw new MetaMetadataException("generic type bound(s) not satisfied: " + name);
}
}
private void CheckBoundsWithBounds(String name, MmdGenericTypeVar local, MmdGenericTypeVar other,
InheritanceHandler inheritanceHandler)
{
MetaMetadata lowerBoundMmdLocal = inheritanceHandler.ResolveMmdName(local.ExtendsAttribute);
lowerBoundMmdLocal.InheritMetaMetadata(null);
MetaMetadata lowerBoundMmdOther = inheritanceHandler.ResolveMmdName(other.ExtendsAttribute);
lowerBoundMmdOther.InheritMetaMetadata(null);
bool lowerBoundsCompatible = lowerBoundMmdOther == null ||
lowerBoundMmdLocal.IsDerivedFrom(lowerBoundMmdOther);
// TODO upperBoundsCompatible
if (!lowerBoundsCompatible /* || !upperBoundsCompatible */)
{
throw new MetaMetadataException("generic type bound(s) not compatible: " + name);
}
}
protected MetaMetadata GenerateMetaMetadata(String previousName, MetaMetadata inheritedMmd)
{
String generatedName = getGeneratedMmdName2(previousName);
// generate the mmd and set attributes
MetaMetadata generatedMmd = new MetaMetadata
{
Name = generatedName,
PackageName = PackageName,
Type = null,
TypeMmd = inheritedMmd,
ExtendsAttribute = inheritedMmd.Name,
Repository = Repository,
Visibility = Visibility.PACKAGE,
Scope =
new MmdScope(this.Scope,
inheritedMmd.Scope)
};
if (SchemaOrgItemtype != null)
{
generatedMmd.SchemaOrgItemtype = SchemaOrgItemtype;
}
generatedMmd.SetNewMetadataClass(true);
// move nested fields (they will be cloned later)
if (kids != null && kids.Count > 0)
{
foreach (String kidKey in this.kids.Keys)
{
MetaMetadataField kid;
kids.TryGetValue(kidKey, out kid);
generatedMmd.Kids.Put(kidKey, kid);
kid.Parent = generatedMmd;
}
kids.Clear();
}
MakeThisFieldUseMmd(previousName, generatedMmd);
return(generatedMmd);
}
/**
* Initializes HashMaps for MetaMetadata selectors by URL or pattern. Uses the ClippableDocument and Document
* base classes to ensure that maps are only filled with appropriate matching MetaMetadata.
*/
public void InitializeLocationBasedMaps()
{
foreach (MetaMetadata metaMetadata in _repositoryByName.Values)
{
// metaMetadata.inheritMetaMetadata(this);
Type metadataClass = metaMetadata.GetMetadataClass(MetadataTScope);
if (metadataClass == null)
{
Debug.WriteLine("No metadata class found for metaMetadata: " + metaMetadata.Name);
continue;
}
Dictionary <String, MetaMetadata> repositoryByUrlStripped;
Dictionary <String, List <RepositoryPatternEntry> > repositoryByPattern;
if (typeof(ClippableDocument).GetTypeInfo().IsAssignableFrom(metadataClass.GetTypeInfo()))
{
repositoryByUrlStripped = _clippableDocumentRepositoryByUrlStripped;
repositoryByPattern = _clippableDocumentRepositoryByPattern;
}
else if (typeof(Document).GetTypeInfo().IsAssignableFrom(metadataClass.GetTypeInfo()))
{
repositoryByUrlStripped = _documentRepositoryByUrlStripped;
repositoryByPattern = _documentRepositoryByPattern;
}
else
{
continue;
}
// We need to check if something is there already
// if something is there, then we need to check to see if it has its cf pref set
// if not, then if I am null then I win
//MetaMetadataSelector selector = metaMetadata.Selectors[0];//Note: Needs to consider all selectors.
if (metaMetadata.Selectors == null || metaMetadata.Selectors.Count == 0)
{
continue;
}
foreach (MetaMetadataSelector selector in metaMetadata.Selectors)
{
ParsedUri strippedPURL = selector.UrlStripped;
if (strippedPURL != null)
{
MetaMetadata inMap = null;
repositoryByUrlStripped.TryGetValue(strippedPURL.Stripped, out inMap);
if (inMap == null)
{
repositoryByUrlStripped.Add(strippedPURL.Stripped, metaMetadata);
}
else
{
Debug.WriteLine("MetaMetadata already exists in repositoryByUrlStripped for purl\n\t: " +
strippedPURL + " :: " + inMap.Name + " Ignoring MMD: " + metaMetadata.Name);
}
metaMetadata.MMSelectorType = MMSelectorType.LOCATION;
}
else
{
ParsedUri urlPathTree = selector.UrlPathTree;
if (urlPathTree != null)
{
PrefixPhrase <MetaMetadata> pp = urlPrefixCollection.Add(urlPathTree);
pp.MappedObject = metaMetadata;
metaMetadata.MMSelectorType = MMSelectorType.LOCATION;
}
else
{
// here, url_path_tree is handled through regex.
// use .pattern() for comparison
String domain = selector.Domain; //??
// (selector.UrlPathTree != null ? selector.UrlPathTree.Domain : null);
if (domain != null)
{
Regex urlPattern = selector.UrlRegex; //??
// (selector.UrlPathTree == null
// ? null
// : new Regex(selector.UrlPathTree.ToString().Replace("*", "[^/]+")));
if (urlPattern != null)
{
List <RepositoryPatternEntry> bucket;
repositoryByPattern.TryGetValue(domain, out bucket);
if (bucket == null)
{
bucket = new List <RepositoryPatternEntry>(2);
repositoryByPattern.Add(domain, bucket);
}
bucket.Add(new RepositoryPatternEntry(urlPattern, metaMetadata));
metaMetadata.MMSelectorType = MMSelectorType.LOCATION;
}
else
{
// domain only -- no pattern
//TODO: 'PUT' HIDES ERRORS. This is only so that we can identify them
if (_documentRepositoryByDomain.ContainsKey(domain))
{
Debug.WriteLine(
"-----\tError: Adding MMD({0}) for domain({1}), but this domain is already used for MMD({2})",
metaMetadata, domain, _documentRepositoryByDomain[domain]);
}
else
{
_documentRepositoryByDomain.Add(domain, metaMetadata);
}
metaMetadata.MMSelectorType = MMSelectorType.DOMAIN;
}
}
}
}
}
}
}
protected virtual void InheritFrom(MetaMetadataRepository repository,
MetaMetadataCompositeField inheritedStructure,
InheritanceHandler inheritanceHandler)
{
// init nested fields inside this
var subfields = Kids.Values;
foreach (MetaMetadataField f in subfields)
{
if (f is MetaMetadataNestedField)
{
f.Repository = (repository);
MetaMetadataNestedField nested = (MetaMetadataNestedField)f;
if (nested.PackageName == null)
{
nested.PackageName = PackageName;
}
nested.Scope = Scope;
}
}
// inherit fields with attributes from inheritedStructure
// if inheritedStructure == null, this must be the root meta-metadata
if (inheritedStructure != null)
{
var inheritedStructSubfields = inheritedStructure.Kids.Values;
foreach (MetaMetadataField field in inheritedStructSubfields)
{
if (field is MetaMetadataNestedField)
{
((MetaMetadataNestedField)field).InheritMetaMetadata(inheritanceHandler);
}
string fieldName = field.Name;
MetaMetadataField fieldLocal;
kids.TryGetValue(fieldName, out fieldLocal);
if (fieldLocal == null && inheritanceHandler.IsUsingGenerics(field))
{
// if the super field is using generics, we will need to re-evaluate generic type vars
fieldLocal = (MetaMetadataField)Activator.CreateInstance(field.GetType());
//Prepare Child Field For Inheritance
fieldLocal.Repository = (repository);
if (fieldLocal is MetaMetadataNestedField)
{
MetaMetadataNestedField nested = (MetaMetadataNestedField)fieldLocal;
if (nested.PackageName == null)
{
nested.PackageName = PackageName;
}
nested.Scope = Scope;
}
}
if (fieldLocal != null)
{
Debug.WriteLine("inheriting field: " + fieldLocal + " <= " + field);
if (field.GetType() != fieldLocal.GetType())
{
Debug.WriteLine("local field " + fieldLocal + " hides field " + fieldLocal +
" with the same name in super mmd type!");
}
// debug("inheriting field " + fieldLocal + " from " + field);
if (field != fieldLocal)
{
fieldLocal.SuperField = field;
}
fieldLocal.DeclaringMmd = field.DeclaringMmd;
fieldLocal.InheritAttributes(field);
if (fieldLocal is MetaMetadataNestedField)
{
((MetaMetadataNestedField)fieldLocal).PackageName =
((MetaMetadataNestedField)field).PackageName;
}
}
}
}
// recursively call inheritMetaMetadata() on nested fields
foreach (MetaMetadataField f in subfields)
{
// a new field is defined inside this mmd
if (f.DeclaringMmd == this && f.SuperField == null)
{
SetNewMetadataClass(true);
}
// recursively call this method on nested fields
f.Repository = repository;
if (f is MetaMetadataNestedField)
{
MetaMetadataNestedField f1 = (MetaMetadataNestedField)f;
f1.InheritMetaMetadata(inheritanceHandler);
if (f1.IsNewMetadataClass())
{
SetNewMetadataClass(true);
}
MetaMetadataNestedField f0 = (MetaMetadataNestedField)f.SuperField;
if (f0 != null && f0.GetTypeName() != f1.GetTypeName())
{
// inherited field w changing base type (polymorphic case)
f1.InheritMetaMetadata(inheritanceHandler);
MetaMetadata mmd0 = f0.TypeMmd;
MetaMetadata mmd1 = f1.TypeMmd;
if (mmd1.IsDerivedFrom(mmd0))
{
SetNewMetadataClass(true);
}
else
{
throw new MetaMetadataException("incompatible types: " + mmd0 + " => " + mmd1);
}
}
}
}
// clone fields only declared in inheritedStructure.
// must clone them after recursively calling inheritMetaMetadata(), so that their nested
// structures (which may be inherited too) can be cloned.
if (inheritedStructure != null)
{
var inheritedStructSubfields = inheritedStructure.Kids.Values;
foreach (MetaMetadataField field in inheritedStructSubfields)
{
string fieldName = field.Name;
MetaMetadataField fieldLocal;
kids.TryGetValue(fieldName, out fieldLocal);
if (fieldLocal == null)
{
// MetaMetadataField clonedField = (MetaMetadataField) field.clone();
// clonedField.setParent(this);
// this.getChildMetaMetadata().put(fieldName, clonedField);
kids.Put(fieldName, field);
}
}
}
}
protected virtual void InheritNonFieldElements(MetaMetadata inheritedMmd, InheritanceHandler inheritanceHandler)
{
Scope = new MmdScope(Scope, inheritedMmd.Scope);
}
protected virtual MetaMetadata FindOrGenerateInheritedMetaMetadata(MetaMetadataRepository repository, InheritanceHandler inheritanceHandler)
{
MetaMetadata inheritedMmd = this.TypeMmd;
if (inheritedMmd == null)
{
MmdScope mmdScope = this.Scope;
String inheritedMmdName = Type ?? Name;
if (ExtendsAttribute != null)
{
// determine new type name
if (inheritedMmdName == null)
{
throw new MetaMetadataException("attribute 'name' must be specified: " + this);
}
if (inheritanceHandler.ResolveMmdName(inheritedMmdName) != null)
{
// currently we don't encourage re-using existing name. however, in the future, when package names are available, we can change this.
throw new MetaMetadataException("meta-metadata '" + inheritedMmdName + "' already exists! please use another name to prevent name collision. hint: use 'tag' to change the tag if needed.");
}
// determine from which meta-metadata to inherit
inheritedMmd = inheritanceHandler.ResolveMmdName(ExtendsAttribute);
if (ExtendsAttribute == null || inheritedMmd == null)
{
throw new MetaMetadataException("super type not specified or recognized: " + this + ", super type name: " + ExtendsAttribute);
}
// generate inline mmds and put it into current scope
MetaMetadata generatedMmd = this.GenerateMetaMetadata(inheritedMmdName, inheritedMmd);
mmdScope.Put(inheritedMmdName, generatedMmd);
mmdScope.Put(generatedMmd.Name, generatedMmd);
// recursively do inheritance on generated mmd
generatedMmd.InheritMetaMetadata(null); // this will set generateClassDescriptor to true if necessary
MakeThisFieldUseMmd(inheritedMmdName, generatedMmd);
return(generatedMmd);
}
else
{
// use type / extends
if (inheritedMmdName == null)
{
throw new MetaMetadataException("no type / extends defined for " + this
+ " (note that due to a limitation explicit child_scalar_type is needed for scalar collection fields, even if it has been declared in super field).");
}
NameType[] nameType = new NameType[1];
inheritedMmd = inheritanceHandler.ResolveMmdName(inheritedMmdName, nameType);
if (inheritedMmd == null)
{
throw new MetaMetadataException("meta-metadata not found: " + inheritedMmdName + " (if you want to define new types inline, you need to specify extends/child_extends).");
}
if (!inheritedMmdName.Equals(inheritedMmd.Name) && nameType[0] == NameType.MMD)
{
// could be inline mmd
this.MakeThisFieldUseMmd(inheritedMmdName, inheritedMmd);
}
// process normal mmd / field
Debug.WriteLine("setting " + this + ".inheritedMmd to " + inheritedMmd);
TypeMmd = inheritedMmd;
}
}
return(inheritedMmd);
}
private static bool IsRootMetaMetadata(MetaMetadata mmd)
{
return(mmd.Name.Equals(ROOT_MMD_NAME));
}
public InheritanceHandler(MetaMetadata rootMmd)
{
this.rootMmd = rootMmd;
this.repository = rootMmd.Repository;
}
private void InheritFromTopLevelMetaMetadata(MetaMetadata inheritedMmd, MetaMetadataRepository repository, InheritanceHandler inheritanceHandler)
{
InheritNonFieldElements(inheritedMmd, inheritanceHandler);
InheritFrom(repository, inheritedMmd, inheritanceHandler);
}
public RepositoryPatternEntry(Regex pattern, MetaMetadata metaMetadata)
{
this.pattern = pattern;
this.metaMetadata = metaMetadata;
}
public static async Task <MetaMetadataRepository> ReadRepository(string filename, SimplTypesScope mmdTScope, SimplTypesScope metadataTScope, MetaMetadataRepository mainRepo)
{
MetaMetadataRepository repo = null;
Debug.WriteLine("MetaMetadataRepository Reading:\t\t" + filename);
try
{
repo = await mmdTScope.DeserializeFile(filename, Format.Xml) as MetaMetadataRepository;
if (repo != null)
{
repo.MetadataTScope = metadataTScope;
repo.File = filename;
repo.InitializeSuffixAndMimeDicts();
if (repo.RepositoryByName == null)
{
return(repo);
}
foreach (var repoEntry in repo.RepositoryByName)
{
MetaMetadata mmd = repoEntry.Value;
string mmdName = repoEntry.Key;
//mmd.File = new FileInfo(filename);
mmd.File = await FundamentalPlatformSpecifics.Get().CreateFile(filename);
mmd.Parent = mainRepo;
mmd.Repository = mainRepo;
string packageName = mmd.PackageName ?? repo.PackageName;
if (packageName == null)
{
throw new MetaMetadataException("No Package Name Specified For " + mmd);
}
mmd.PackageName = packageName;
MmdScope packageMmdScopes;
mainRepo.PackageMmdScopes.TryGetValue(mmd.PackageName, out packageMmdScopes);
if (packageMmdScopes == null)
{
packageMmdScopes = new MmdScope(repo.PackageName);
packageMmdScopes.PutAll(mainRepo.RepositoryByName);
mainRepo.PackageMmdScopes.Put(packageName, packageMmdScopes);
}
MetaMetadata existingMmd;
switch (mmd.Visibility)
{
case Visibility.GLOBAL:
mainRepo.RepositoryByName.TryGetValue(mmdName, out existingMmd);
if (existingMmd != null && existingMmd != mmd)
{
throw new MetaMetadataException("MMD already exists: " + mmdName + " in " + filename);
}
mainRepo.RepositoryByName.Put(mmdName, mmd);
break;
case Visibility.PACKAGE:
Object mmdObj = null;
packageMmdScopes.TryGetValue(mmdName, out mmdObj);
existingMmd = (MetaMetadata)mmdObj;
if (existingMmd != null && existingMmd != mmd)
{
throw new MetaMetadataException("MMD already exists: " + mmdName + " in " + filename);
}
packageMmdScopes.Put(mmdName, mmd);
break;
}
}
foreach (MetaMetadata metaMetadata in repo.RepositoryByName.Values)
{
if (metaMetadata.PackageName == null)
{
Debug.WriteLine("No Package name defined for: " + metaMetadata.Name);
continue;
}
MmdScope packageMmdScope;
mainRepo.PackageMmdScopes.TryGetValue(metaMetadata.PackageName, out packageMmdScope);
metaMetadata.Scope = packageMmdScope;
}
mainRepo.IntegrateRepository(repo);
}
}
catch (Exception e)
{
Debug.WriteLine("Couldn't translate repository file: " + filename);
Debug.WriteLine(e);
}
return(repo);
}
/// <summary>
/// Get MetaMetadata. First, try matching by url_base. If this fails, including if the attribute is
/// null, then try by url_prefix. If this fails, including if the attribute is null, then try by
/// url_pattern (regular expression).
/// <p/>
/// If that lookup fails, then lookup by tag name, to acquire the default.
/// </summary>
/// <param name="uri"></param>
/// <param name="tagName"></param>
/// <returns></returns>
public MetaMetadata GetDocumentMM(ParsedUri uri, String tagName = DocumentParserTagNames.DocumentTag)
{
MetaMetadata result = null;
if (uri != null)
{
if (!uri.IsFile)
{
//String noAnchorNoQueryPageString = uri.GetLeftPart(UriPartial.Path);
String noAnchorNoQueryPageString = FundamentalPlatformSpecifics.Get().GetUriLeftPart(uri);
_documentRepositoryByUrlStripped.TryGetValue(noAnchorNoQueryPageString, out result);
if (result == null)
{
//Check to see if the url prefix is actually a url-path tree.
//TODO: For url-path-tree cases, we should just generate a regex to handle those cases.
PrefixPhrase <MetaMetadata> matchingPrefix = urlPrefixCollection.getMatchingPrefix(uri);
if (matchingPrefix != null)
{
result = matchingPrefix.MappedObject;
}
}
if (result == null)
{
String domain = uri.Domain;
if (domain != null)
{
List <RepositoryPatternEntry> entries = null;
_documentRepositoryByPattern.TryGetValue(domain, out entries);
if (entries != null)
{
foreach (RepositoryPatternEntry entry in entries)
{
Match matcher = entry.Pattern.Match(uri.ToString());
if (matcher.Success)
{
result = entry.MetaMetadata;
break;
}
}
}
}
}
}
// be careful of the order! suffix before domain
if (result == null)
{
String suffix = uri.Suffix;
if (suffix != null)
{
result = GetMMBySuffix(suffix);
}
}
if (result == null)
{
String domain = uri.Domain;
_documentRepositoryByDomain.TryGetValue(domain, out result);
if (result != null)
{
Debug.WriteLine("Matched by domain = " + domain + "\t" + result);
}
}
}
if (result == null)
{
result = GetMMByName(tagName);
}
return(result);
}
