internal static string Process(IPackageFile file, IPropertyProvider propertyProvider)
{
using (var stream = file.GetStream())
{
return Process(stream, propertyProvider, throwIfNotFound: false);
}
}
public static Manifest ReadFrom(Stream stream, IPropertyProvider propertyProvider)
{
XDocument document;
if (propertyProvider == NullPropertyProvider.Instance)
{
document = XDocument.Load(stream);
}
else
{
string content = Preprocessor.Process(stream, propertyProvider);
document = XDocument.Parse(content);
}
string schemaNamespace = GetSchemaNamespace(document);
foreach (var e in document.Descendants())
{
// Assign the schema namespace derived to all nodes in the document.
e.Name = XName.Get(e.Name.LocalName, schemaNamespace);
}
// Validate the schema
ValidateManifestSchema(document, schemaNamespace);
// Serialize it
var manifest = ManifestReader.ReadManifest(document);
// Validate before returning
Validate(manifest);
return manifest;
}
public static string Process(Stream stream, IPropertyProvider propertyProvider, bool throwIfNotFound = true)
{
string text = stream.ReadToEnd();
var tokenizer = new Tokenizer(text);
StringBuilder result = new StringBuilder();
for (; ; )
{
Token token = tokenizer.Read();
if (token == null)
{
break;
}
if (token.Category == TokenCategory.Variable)
{
var replaced = ReplaceToken(token.Value, propertyProvider, throwIfNotFound);
result.Append(replaced);
}
else
{
result.Append(token.Value);
}
}
return result.ToString();
}
public static Manifest ReadFrom(Stream stream, IPropertyProvider propertyProvider, bool validateSchema)
{
XDocument document = XmlUtility.LoadSafe(stream, ignoreWhiteSpace: true);
string schemaNamespace = GetSchemaNamespace(document);
foreach (var e in document.Descendants())
{
// Assign the schema namespace derived to all nodes in the document.
e.Name = XName.Get(e.Name.LocalName, schemaNamespace);
}
// Validate if the schema is a known one
CheckSchemaVersion(document);
if (validateSchema)
{
// Validate the schema
ValidateManifestSchema(document, schemaNamespace);
}
// Deserialize it
var manifest = ManifestReader.ReadManifest(document);
return manifest;
}
public PackageBuilder(string path, string basePath, IPropertyProvider propertyProvider)
: this()
{
using (Stream stream = File.OpenRead(path))
{
ReadManifest(stream, basePath, propertyProvider);
}
}
internal static Type InferPropertyType(IPropertyProvider self, string property)
{
if (self.TryGetProperty(property, typeof(object), out object value))
{
return(value == null ? typeof(object) : value.GetType());
}
return(null);
}
public PackageBuilder(string path, string basePath, IPropertyProvider propertyProvider, bool includeEmptyDirectories)
: this(includeEmptyDirectories)
{
using (Stream stream = File.OpenRead(path))
{
ReadManifest(stream, basePath, propertyProvider);
}
}
public PackageBuilder(string path, string basePath, IPropertyProvider propertyProvider, bool includeEmptyDirectories)
: this(includeEmptyDirectories)
{
using (Stream stream = File.OpenRead(path))
{
ReadManifest(stream, basePath, propertyProvider);
}
}
public static ulong GetUInt64(this IPropertyProvider source, string property)
{
if (source == null)
{
throw new ArgumentNullException("source");
}
return(Convert.ToUInt64(source.GetProperty(property)));
}
public PropertyItem GetProperty(IPropertyProvider propertyProvider, ProcessorItem item, string propertyName)
{
string filepath = item.Value;
switch (propertyName)
{
case "name":
return(new PropertyItem(Path.GetFileNameWithoutExtension(filepath)));
case "ext":
case "extension":
return(new PropertyItem(Path.GetExtension(filepath).SafeSubstring(1)));
case "filename":
return(new PropertyItem(Path.GetFileName(filepath)));
case "dir":
case "directory":
return(new PropertyItem(Path.GetDirectoryName(filepath)));
case "value":
return(new PropertyItem(item.Value));
case "ivalue":
return(new PropertyItem(item.InitialValue));
case "mime":
string mime = MimeTypesMap.GetMimeType(item.Value);
return(new PropertyItem(mime));
case "relpath":
PropertyItem originItem = item.GetProperty(propertyProvider, "origin");
if (originItem.IsNumeric || originItem == null)
{
return(null);
}
string origin = originItem.ValueText;
if (!item.Value.StartsWith(origin))
{
return(null);
}
return(new PropertyItem(item.Value.Substring(origin.Length + 1)));
case "size":
case "filesize":
if (!File.Exists(item.Value))
{
return(null);
}
long size = new FileInfo(item.Value).Length;
return(new PropertyItem(size, null));
default:
return(null);
}
}
public RouteValidator(
IActionContextAccessor actionContextAccessor,
IPropertyProvider propertyProvider,
IMethodProvider methodProvider)
{
_actionContextAccessor = actionContextAccessor;
_propertyProvider = propertyProvider;
_methodProvider = methodProvider;
}
private static string ReplaceToken(string propertyName, IPropertyProvider propertyProvider, bool throwIfNotFound)
{
var value = propertyProvider.GetPropertyValue(propertyName);
if (value == null && throwIfNotFound)
{
throw new InvalidOperationException(String.Format(CultureInfo.CurrentCulture, NuGetResources.TokenHasNoValue, propertyName));
}
return value;
}
public static T GetProperty <T>(this IPropertyProvider source, string property)
{
if (source == null)
{
throw new ArgumentNullException("source");
}
return(source.GetProperty <T>(property, default(T)));
}
public static void ClearDependencyBindings(this SDK.ContentObject source, IPropertyProvider properties)
{
var bindings = CreateBindings(source, properties);
foreach (var binding in bindings.OfType <Bindings.DependencyBinding>())
{
binding.ClearEvaluatedResult();
}
}
private static string ReplaceToken(Match match, IPropertyProvider propertyProvider)
{
string propertyName = match.Groups["propertyName"].Value;
var value = propertyProvider.GetPropertyValue(propertyName);
if (value == null) {
throw new InvalidOperationException(String.Format(CultureInfo.CurrentCulture, NuGetResources.TokenHasNoValue, propertyName));
}
return value;
}
public static object GetProperty(this IPropertyProvider source, string property)
{
if (source == null)
{
throw new ArgumentNullException("source");
}
return(source.GetProperty <object>(property, null));
}
/**
* Adds a provider for virtual property values to the list.
*/
public void AttachPropertyProvider(IPropertyProvider provider)
{
if (_propertyProviders == null)
{
_propertyProviders = new ArrayList();
}
_propertyProviders.Add(provider);
provider.ResourceChanged += new PropertyProviderChangeEventHandler(provider_ResourceChanged);
}
public static float GetSingle(this IPropertyProvider source, string property)
{
if (source == null)
{
throw new ArgumentNullException("source");
}
return(Convert.ToSingle(source.GetProperty(property)));
}
public GenericController(IGenericService <TModel, TSaveDto, TReadDto> genericService, IMapper mapper, IValidator validator, IPropertyProviderFactory propertyProviderFactory)
{
_genericService = genericService;
_mapper = mapper;
_validator = validator;
_propertyProvider = propertyProviderFactory.Create(typeof(TPropertyProvider));
_propertiesToInclude = _propertyProvider.GetModelPropertiesToInclude().ToArray();
_propertyInfoList = _propertyProvider.GetReadDtoPropertiesToDisplay();
}
/// <summary>
/// Task execution override
/// </summary>
/// <returns>
/// True if successful
/// False otherwise
/// </returns>
public override Boolean Execute()
{
try
{
// parepare the task for execution
if (this.ReferenceLibraries == null)
{
this.ReferenceLibraries = new ITaskItem[0];
}
if (!Path.IsPathRooted(this.OutputPath))
{
this.OutputPath = Path.GetFullPath(this.OutputPath);
}
propertyProvider = new PropertyProvider(ProjectPath, this.ReferenceLibraries
.ValidReferenceLibraryForBinaryNuSource()
.ValidReferenceLibraryForPropertyProvider()
.ToArray());
// add binary and NuBuild build dependencies to the list of sources
this.sourceList.AddRange(this.ReferenceLibraries
.ValidReferenceLibraryForBinaryNuSource());
this.sourceList.AddRange(this.ReferenceLibraries
.ValidReferenceLibraryForNuBuildNuSource()
.Select(referenceLibrary => new TaskItem(ProjectHelper.GetNupkgsFullPath(
referenceLibrary.MSBuildSourceProjectFile(), Path.GetDirectoryName(referenceLibrary.FullPath())))));
// add build dependencies from the embedded resource file(s)
this.sourceList.AddRange(this.Embedded);
// parse the version source name
this.versionSource = (VersionSource)Enum.Parse(
typeof(VersionSource),
this.VersionSource,
true
);
// configure each nuspec item (NuPackage will use the metadata added now)
// it also adds the referred files in .nuspec files to the sources
// and certainly adds the .nuspec files to sources and the .nupkg files to targets
foreach (var specItem in this.NuSpec)
{
PreparePackage(specItem);
}
// add intermediate .nupkgs file to targets
var nupkgsFullPath = ProjectHelper.GetNupkgsFullPath(ProjectPath, OutputPath);
this.targetList.Add(new TaskItem(nupkgsFullPath));
// return the list of build sources/targets
this.Prepared = this.preparedList.ToArray();
this.Sources = this.sourceList.ToArray();
this.Targets = this.targetList.ToArray();
}
catch (Exception e)
{
Log.LogError("{0} ({1})", e.ToString(), e.GetType().Name);
return(false);
}
return(true);
}
public RouteFilterBuilder(
IActionContextAccessor actionContextAccessor,
IPropertyProvider propertyProvider,
IMethodProvider methodProvider)
{
_actionContextAccessor = actionContextAccessor;
_propertyProvider = propertyProvider;
_methodProvider = methodProvider;
}
public AppliedRuleBuilder(IVisualStyleProvider styleProvider,
IDeclarationWorker declarationWorker,
IPropertyProvider propertyProvider)
{
_styleProvider = styleProvider;
StyleProvider = styleProvider;
_declarationWorker = declarationWorker;
_propertyProvider = propertyProvider;
}
/// <summary>
/// Creates a new IssueReportService with the default report backends (github and soon email)
/// </summary>
/// <param name="configuration"></param>
/// <param name="stackTraceProvider"></param>
public IssueReportService(IPropertyProvider configuration, IStackTraceProvider stackTraceProvider)
{
if (configuration == null) throw new ArgumentNullException("configuration");
_stackTraceProvider = stackTraceProvider;
ActiveBackend = configuration.GetProperty("locco.backend");
RegisterKnownProviders(configuration);
}
public static decimal GetDecimal(this IPropertyProvider source, string property)
{
if (source == null)
{
throw new ArgumentNullException("source");
}
return(Convert.ToDecimal(source.GetProperty(property)));
}
public StyledVisualWorker(IStyleSheet styleSheet,
IPropertyProvider propertyProvider,
IVisualBootstrapper visualBootstrapper)
{
_propertyProvider = propertyProvider;
_visualBootstrapper = visualBootstrapper;
_rules = new List <IStyleRule>(styleSheet.Rules);
//_declarationWorker = new DeclarationWorker(renderPositions, visualBootstrapper);
}
public StyledVisualBuilder(IVisualBootstrapper visualBootstrapper,
IVisualStyleProvider styleProvider,
IPropertyProvider propertyProvider,
IAppliedStyleBuilder appliedStyleBuilder)
{
_visualBootstrapper = visualBootstrapper;
_styleProvider = styleProvider;
_propertyProvider = propertyProvider;
_appliedStyleBuilder = appliedStyleBuilder;
}
private static string ReplaceToken(string propertyName, IPropertyProvider propertyProvider, bool throwIfNotFound)
{
var value = propertyProvider.GetPropertyValue(propertyName);
if (value == null && throwIfNotFound)
{
throw new InvalidOperationException(String.Format(CultureInfo.CurrentCulture, NuGetResources.TokenHasNoValue, propertyName));
}
return(value);
}
public QueryStringParser(
IOptions <CoreOptions> options,
IPropertyProvider propertyProvider,
IParameterParserFactory parameterParserFactory)
{
_options = options.Value;
_queryString = new QueryString(options.Value);
_propertyProvider = propertyProvider;
_parameterParserFactory = parameterParserFactory;
}
public SetHeaderInitializer(string headerName, IPropertyProvider <TInput, THeader> provider)
{
if (headerName == null)
{
throw new ArgumentNullException(nameof(headerName));
}
_headerName = headerName;
_provider = provider;
}
public bool Check(IOutput console, IPropertyProvider propertyProvider, IPropertyStore propertyStore, ProcessorItem item)
{
propertyProvider.Begin();
bool result = conditions.All(x => x.Evaluate(console, propertyProvider, propertyStore, item));
propertyProvider.End();
return(result);
}
void IPropertyTransformSpecification <TResult, TInput> .Configure(ITransformBuilder <TResult, TInput> builder)
{
IPropertyProvider <TProperty, TInput> propertyProvider = GetPropertyProvider(builder);
var property = builder.ImplementationType == typeof(TResult)
? Property
: builder.ImplementationType.GetProperty(Property.Name);
Build(builder, propertyProvider, property);
}
public DependingTypeResolver(
IBaseTypeReader baseTypeReader,
IPropertyProvider propertyProvider,
ITsDefaultTypeProvider defaultTypeProvider,
ITsCollectionProvider collectionProvider)
{
_baseTypeReader = baseTypeReader;
_propertyProvider = propertyProvider;
_defaultTypeProvider = defaultTypeProvider;
_collectionProvider = collectionProvider;
}
public static bool GetBoolean(this IPropertyProvider source, string property)
{
if (source == null)
{
throw new ArgumentNullException("source");
}
var value = source.GetProperty(property);
return(Convert.ToBoolean(value));
}
public DelegatePropertyProvider(IPropertyProvider <TInput, TProperty> inputProvider,
Func <TransformPropertyContext <TProperty, TInput>, Task <TProperty> > valueProvider)
{
if (inputProvider == null)
{
throw new ArgumentNullException(nameof(inputProvider));
}
_inputProvider = inputProvider;
_valueProvider = valueProvider;
}
public static string Format(string format,
IPropertyProvider propertyProvider)
{
if (string.IsNullOrEmpty(format))
{
return(string.Empty);
}
var ppf = PropertyProviderFormat.Parse(format);
return(ppf.Format(propertyProvider));
}
public BindingBuilder(ITypeInferrer typeInferrer,
IPropertyProvider propertyProvider,
IAssemblyList assemblies,
IResourceBuilder resourceBuilder)
{
_typeInferrer = typeInferrer;
_propertyProvider = propertyProvider;
_assemblies = assemblies;
_resourceBuilder = resourceBuilder;
_cachedPropertyAccessors = new DoubleConcurrentDictionary <Type, String, IPropertyAccessor>();
}
public static IPropertyProviderExtension Extend(IPropertyProvider provider)
{
if (provider == null)
throw new ArgumentNullException("provider"); // $NON-NLS-1
IPropertyProviderExtension ppe = provider as IPropertyProviderExtension;
if (ppe == null)
return new PropertyProviderExtensionAdapter(provider);
else
return ppe;
}
private static string ReplaceToken(Match match, IPropertyProvider propertyProvider)
{
string propertyName = match.Groups["propertyName"].Value;
var value = propertyProvider.GetPropertyValue(propertyName);
if (value == null)
{
throw new InvalidOperationException(String.Format(CultureInfo.CurrentCulture, NuGetResources.TokenHasNoValue, propertyName));
}
return(value);
}
public static bool HasProperty(this IPropertyProvider source,
string property)
{
if (source == null)
{
throw new ArgumentNullException("source");
}
object dummy;
return(source.TryGetProperty(property, out dummy));
}
public static IPropertyProvider Filter(IPropertyProvider propertyProvider, Func <string, bool> propertyFilter)
{
if (propertyProvider == null)
{
throw new ArgumentNullException(nameof(propertyProvider));
}
if (propertyFilter == null)
{
throw new ArgumentNullException(nameof(propertyFilter));
}
return(new FilterPropertyProvider(propertyProvider, propertyFilter));
}
private string m_InitialLocalPath; // - the path in the inventory that webdav operations operate
// for example "/avatar/" or "/"
public WebDAVPropertyHandler(WebDAVServerConnector connector,
IInventoryService inventory_service,
IAssetService asset_service,
IPropertyProvider property_provider,
WebDAVLockHandler lock_handler,
string domain,
string local_initial_path)
{
m_WebDAVServerConnector = connector;
m_InventoryService = inventory_service;
m_AssetService = asset_service;
m_PropertyProvider = property_provider;
m_SubDomain = domain;
m_InitialLocalPath = local_initial_path;
m_LockHandler = lock_handler;
}
private static void LoadDataFromPropertiesDictionary(Settings settings, IPropertyProvider fields)
{
int incomleteOrderLifetime = 360;
string stringValue = null;
if (fields.UpdateValueIfPropertyPresent("incompleteOrderLifetime", ref stringValue))
{
int.TryParse(stringValue, out incomleteOrderLifetime);
}
settings.IncompleteOrderLifetime = incomleteOrderLifetime;
string property = null;
fields.UpdateValueIfPropertyPresent("includingVat", ref property);
settings.IncludingVat = property == "1" || property == "true";
fields.UpdateValueIfPropertyPresent("lowercaseUrls", ref property);
settings.UseLowercaseUrls = property == "1" || property == "true";
}
public static Manifest ReadFrom(Stream stream, IPropertyProvider propertyProvider, bool validateSchema)
{
XDocument document;
if (propertyProvider == NullPropertyProvider.Instance)
{
document = XmlUtility.LoadSafe(stream, ignoreWhiteSpace: true);
}
else
{
string content = Preprocessor.Process(stream, propertyProvider);
document = XDocument.Parse(content);
}
string schemaNamespace = GetSchemaNamespace(document);
foreach (var e in document.Descendants())
{
// Assign the schema namespace derived to all nodes in the document.
e.Name = XName.Get(e.Name.LocalName, schemaNamespace);
}
// Validate if the schema is a known one
CheckSchemaVersion(document);
if (validateSchema)
{
// Validate the schema
ValidateManifestSchema(document, schemaNamespace);
}
// Deserialize it
var manifest = ManifestReader.ReadManifest(document);
// Validate before returning
Validate(manifest);
return manifest;
}
public PropertyCopy(IPropertyProvider toCopy)
{
if (toCopy.StructuredProperties != null)
foreach (var prop in toCopy.StructuredProperties)
{
AddStructuredProperty(prop.Key, prop.Value);
}
if (toCopy.UnstructuredProperties != null)
foreach (var prop in toCopy.UnstructuredProperties)
{
AddUnstructuredProperty(prop.Key, prop.Value);
}
if (toCopy.UnknownProperties != null)
foreach (var prop in toCopy.UnknownProperties)
{
AddUnknownProperty(prop.Key, prop.Value);
}
}
private static Dictionary<long, IComparable> ConvertStructuredProperties(IPropertyProvider myInsertDefinition, IBaseType myType)
{
return (myInsertDefinition.StructuredProperties == null)
? null
: myInsertDefinition.StructuredProperties.ToDictionary(x => myType.GetAttributeDefinition(x.Key).ID, x => x.Value);
}
private Tuple<long?, String, VertexUpdateDefinition> CreateVertexUpdateDefinition(
IVertex myVertex,
IVertexType myVertexType,
RequestUpdate myUpdate,
IPropertyProvider myPropertyCopy,
Int64 myTransaction,
SecurityToken mySecurity)
{
#region get removes
List<long> toBeDeletedSingle = null;
List<long> toBeDeletedHyper = null;
List<long> toBeDeletedStructured = null;
List<String> toBeDeletedUnstructured = null;
List<long> toBeDeletedBinaries = null;
if (myUpdate.RemovedAttributes != null)
{
#region remove each defined attribute
foreach (var name in myUpdate.RemovedAttributes)
{
if (myVertexType.HasAttribute(name))
{
var attr = myVertexType.GetAttributeDefinition(name);
switch (attr.Kind)
{
case AttributeType.Property:
if ((attr as IPropertyDefinition).IsMandatory)
throw new MandatoryConstraintViolationException(attr.Name);
toBeDeletedStructured = toBeDeletedStructured ?? new List<long>();
toBeDeletedStructured.Add(attr.ID);
break;
case AttributeType.BinaryProperty:
toBeDeletedBinaries = toBeDeletedBinaries ?? new List<long>();
toBeDeletedBinaries.Add(attr.ID);
break;
case AttributeType.IncomingEdge:
//TODO: a better exception here.
throw new Exception("The edges on an incoming edge attribute can not be removed.");
case AttributeType.OutgoingEdge:
switch ((attr as IOutgoingEdgeDefinition).Multiplicity)
{
case EdgeMultiplicity.HyperEdge:
case EdgeMultiplicity.MultiEdge:
toBeDeletedHyper = toBeDeletedHyper ?? new List<long>();
toBeDeletedHyper.Add(attr.ID);
break;
case EdgeMultiplicity.SingleEdge:
toBeDeletedSingle = toBeDeletedSingle ?? new List<long>();
toBeDeletedSingle.Add(attr.ID);
break;
default:
//TODO a better exception here
throw new Exception("The enumeration EdgeMultiplicity was changed, but not this switch statement.");
}
break;
default:
//TODO: a better exception here.
throw new Exception("The enumeration AttributeType was updated, but not this switch statement.");
}
}
else
{
toBeDeletedUnstructured = toBeDeletedUnstructured ?? new List<String>();
toBeDeletedUnstructured.Add(name);
}
}
#endregion
}
if (myUpdate.RemovedUnstructuredProperties != null)
{
#region remove each unstructured property
foreach (var name in myUpdate.RemovedUnstructuredProperties)
{
if ((myVertexType.HasAttribute(name)) && (myVertexType.GetAttributeDefinition(name).Kind == AttributeType.Property))
{
toBeDeletedUnstructured = toBeDeletedUnstructured ?? new List<String>();
toBeDeletedUnstructured.Add(name);
}
}
#endregion
}
#endregion
#region get update definitions
IDictionary<Int64, HyperEdgeUpdateDefinition> toBeUpdatedHyper = null;
IDictionary<Int64, SingleEdgeUpdateDefinition> toBeUpdatedSingle = null;
IDictionary<Int64, IComparable> toBeUpdatedStructured = null;
IDictionary<String, Object> toBeUpdatedUnstructured = null;
IDictionary<Int64, StreamAddDefinition> toBeUpdatedBinaries = null;
long? revision = null;
string edition = myUpdate.UpdatedEdition;
string comment = myUpdate.UpdatedComment;
#region property copy things
if (myPropertyCopy.StructuredProperties != null)
{
toBeUpdatedStructured = new Dictionary<long, IComparable>();
foreach (var prop in myPropertyCopy.StructuredProperties)
{
var propDef = myVertexType.GetPropertyDefinition(prop.Key);
CheckPropertyType(myVertexType.Name, prop.Value, propDef);
toBeUpdatedStructured.Add(propDef.ID, prop.Value);
}
}
toBeUpdatedUnstructured = myPropertyCopy.UnstructuredProperties;
#endregion
#region binary properties
if (myUpdate.UpdatedBinaryProperties != null)
{
foreach (var prop in myUpdate.UpdatedBinaryProperties)
{
var propDef = myVertexType.GetBinaryPropertyDefinition(prop.Key);
toBeUpdatedBinaries = toBeUpdatedBinaries ?? new Dictionary<long, StreamAddDefinition>();
toBeUpdatedBinaries.Add(propDef.ID, new StreamAddDefinition(propDef.ID, prop.Value));
}
}
#endregion
#region collections
if (myUpdate.AddedElementsToCollectionProperties != null || myUpdate.RemovedElementsFromCollectionProperties != null)
{
if (myUpdate.AddedElementsToCollectionProperties != null && myUpdate.RemovedElementsFromCollectionProperties != null)
{
var keys = myUpdate.AddedElementsToCollectionProperties.Keys.Intersect(myUpdate.RemovedElementsFromCollectionProperties.Keys);
if (keys.CountIsGreater(0))
{
//TOTO a better exception here
throw new Exception("You can not add and remove items simultaneously on a collection attribute.");
}
if (myUpdate.AddedElementsToCollectionProperties != null)
{
foreach (var added in myUpdate.AddedElementsToCollectionProperties)
{
var propDef = myVertexType.GetPropertyDefinition(added.Key);
var hasValue = (propDef == null)
? myVertex.HasUnstructuredProperty(added.Key)
: myVertex.HasProperty(propDef.ID);
//if it is not ICollectionWrapper something wrong with deserialization
var extractedValue = (!hasValue)
? null
: (propDef == null)
? myVertex.GetUnstructuredProperty<ICollectionWrapper>(added.Key)
: (ICollectionWrapper)propDef.GetValue(myVertex);
PropertyMultiplicity mult;
if (propDef != null)
{
//check types only for structured properties
foreach (var element in added.Value)
{
CheckPropertyType(myVertexType.Name, element, propDef);
}
mult = propDef.Multiplicity;
}
else
mult = (added.Value is SetCollectionWrapper)
? PropertyMultiplicity.Set
: PropertyMultiplicity.List;
var newValue = CreateNewCollectionWrapper(
(hasValue)
? extractedValue.Union(added.Value)
: added.Value,
mult);
if (propDef == null)
{
toBeUpdatedUnstructured = toBeUpdatedUnstructured ?? new Dictionary<String, object>();
toBeUpdatedUnstructured.Add(added.Key, newValue);
}
else
{
toBeUpdatedStructured = toBeUpdatedStructured ?? new Dictionary<long, IComparable>();
toBeUpdatedStructured.Add(propDef.ID, newValue);
}
}
}
if (myUpdate.RemovedElementsFromCollectionProperties != null)
{
foreach (var remove in myUpdate.RemovedElementsFromCollectionProperties)
{
var propDef = myVertexType.GetPropertyDefinition(remove.Key);
var hasValue = (propDef == null)
? myVertex.HasUnstructuredProperty(remove.Key)
: myVertex.HasProperty(propDef.ID);
//no value, nothing to remove
if (!hasValue)
continue;
//if it is not ICollectionWrapper something wrong with deserialization
var extractedValue = (propDef == null)
? myVertex.GetUnstructuredProperty<ICollectionWrapper>(remove.Key)
: (ICollectionWrapper)propDef.GetValue(myVertex);
PropertyMultiplicity mult = (propDef != null)
? propDef.Multiplicity
: (extractedValue is SetCollectionWrapper)
? PropertyMultiplicity.Set
: PropertyMultiplicity.List;
var newValue = CreateNewCollectionWrapper(extractedValue.Except(remove.Value), mult);
toBeUpdatedStructured.Add(propDef.ID, newValue);
if (propDef == null)
{
toBeUpdatedUnstructured = toBeUpdatedUnstructured ?? new Dictionary<String, object>();
toBeUpdatedUnstructured.Add(remove.Key, newValue);
}
else
{
toBeUpdatedStructured = toBeUpdatedStructured ?? new Dictionary<long, IComparable>();
toBeUpdatedStructured.Add(propDef.ID, newValue);
}
}
}
}
}
#endregion
#region extract vertex properties
#region will be ignored
long vertexID = 0L;
long creationDate = 0L;
long modificationDate = 0L;
#endregion
ExtractVertexProperties(ref edition, ref revision, ref comment, ref vertexID, ref creationDate, ref modificationDate, toBeUpdatedStructured);
#endregion
#region edge magic
if (myUpdate.AddedElementsToCollectionEdges != null ||
myUpdate.RemovedElementsFromCollectionEdges != null ||
myUpdate.UpdateOutgoingEdges != null ||
myUpdate.UpdateOutgoingEdgesProperties != null)
{
VertexInformation source = new VertexInformation(myVertex.VertexTypeID, myVertex.VertexID);
#region update outgoing edges
if (myUpdate.UpdateOutgoingEdges != null)
{
foreach (var edge in myUpdate.UpdateOutgoingEdges)
{
var edgeDef = myVertexType.GetOutgoingEdgeDefinition(edge.EdgeName);
switch (edgeDef.Multiplicity)
{
case EdgeMultiplicity.SingleEdge:
{
#region SingleEdge
var targets = GetResultingVertexIDs(myTransaction, mySecurity, edge, edgeDef.TargetVertexType);
if (targets == null || !targets.CountIsGreater(0))
{
toBeDeletedSingle = toBeDeletedSingle ?? new List<long>();
toBeDeletedSingle.Add(edgeDef.ID);
}
else if (targets.CountIsGreater(1))
{
throw new Exception("Single edge can not have more than one target.");
}
else
{
ConvertUnknownProperties(edge, edgeDef.EdgeType);
var structured = CreateStructuredUpdate(edge.StructuredProperties, edgeDef.EdgeType);
var unstructured = CreateUnstructuredUpdate(edge.UnstructuredProperties);
toBeUpdatedSingle = toBeUpdatedSingle ?? new Dictionary<long, SingleEdgeUpdateDefinition>();
toBeUpdatedSingle.Add(edgeDef.ID,
new SingleEdgeUpdateDefinition(source,
targets.First(),
edgeDef.EdgeType.ID,
edge.Comment,
structured,
unstructured));
}
#endregion
}
break;
case EdgeMultiplicity.MultiEdge:
{
#region MultiEdge
// Why deleting the edge instances ???
// they will never be inserted inside the update !!!
// After delete the update will be needless because the edges are deleted !!!
//List<SingleEdgeDeleteDefinition> internSingleDelete = null;
//if (myVertex.HasOutgoingEdge(edgeDef.ID))
//{
// internSingleDelete = new List<SingleEdgeDeleteDefinition>();
// foreach (var edgeInstance in myVertex.GetOutgoingHyperEdge(edgeDef.ID).GetTargetVertices())
// {
// internSingleDelete.Add(
// new SingleEdgeDeleteDefinition(source,
// new VertexInformation(edgeInstance.VertexTypeID,
// edgeInstance.VertexID)));
// }
//}
List<SingleEdgeUpdateDefinition> internSingleUpdate = null;
var targets = GetResultingVertexIDs(myTransaction, mySecurity, edge, edgeDef.TargetVertexType);
if (targets != null)
{
foreach (var target in targets)
{
internSingleUpdate = internSingleUpdate ?? new List<SingleEdgeUpdateDefinition>();
internSingleUpdate.Add(new SingleEdgeUpdateDefinition(source, target, edgeDef.InnerEdgeType.ID));
}
}
if (edge.ContainedEdges != null)
{
foreach (var innerEdge in edge.ContainedEdges)
{
targets = GetResultingVertexIDs(myTransaction, mySecurity, innerEdge, edgeDef.TargetVertexType);
if (targets != null && targets.CountIsGreater(0))
{
ConvertUnknownProperties(innerEdge, edgeDef.InnerEdgeType);
var structured = CreateStructuredUpdate(innerEdge.StructuredProperties, edgeDef.InnerEdgeType);
var unstructured = CreateUnstructuredUpdate(innerEdge.UnstructuredProperties);
foreach (var target in targets)
{
internSingleUpdate = internSingleUpdate ?? new List<SingleEdgeUpdateDefinition>();
internSingleUpdate.Add(
new SingleEdgeUpdateDefinition(source,
target,
edgeDef.InnerEdgeType.ID,
innerEdge.Comment,
structured,
unstructured));
}
}
}
}
ConvertUnknownProperties(edge, edgeDef.EdgeType);
var outerStructured = CreateStructuredUpdate(edge.StructuredProperties, edgeDef.EdgeType);
var outerUnstructured = CreateUnstructuredUpdate(edge.UnstructuredProperties);
toBeUpdatedHyper = toBeUpdatedHyper ?? new Dictionary<long, HyperEdgeUpdateDefinition>();
toBeUpdatedHyper.Add(edgeDef.ID,
new HyperEdgeUpdateDefinition(edgeDef.EdgeType.ID,
edge.Comment,
outerStructured,
outerUnstructured,
null,//internSingleDelete,
internSingleUpdate));
#endregion
}
break;
case EdgeMultiplicity.HyperEdge:
break;
default:
throw new Exception("The enumeration EdgeMultiplicity was changed, but not this switch statement.");
}
}
}
#endregion
#region update outgoing edges properties
if (myUpdate.UpdateOutgoingEdgesProperties != null)
{
foreach (var edge in myUpdate.UpdateOutgoingEdgesProperties)
{
var edgeDef = myVertexType
.GetOutgoingEdgeDefinitions(true)
.Where(_ => _.ID.Equals(edge.EdgeTypeID) ||
_.InnerEdgeType.ID.Equals(edge.EdgeTypeID)).FirstOrDefault();
switch (edgeDef.Multiplicity)
{
case EdgeMultiplicity.SingleEdge:
{
#region SingleEdge
//var targets = GetResultingVertexIDs(myTransaction, mySecurity, edge, edgeDef.TargetVertexType);
//if (targets == null || !targets.CountIsGreater(0))
//{
// toBeDeletedSingle = toBeDeletedSingle ?? new List<long>();
// toBeDeletedSingle.Add(edgeDef.ID);
//}
//else if (targets.CountIsGreater(1))
//{
// throw new Exception("Single edge can not have more than one target.");
//}
//else
//{
// ConvertUnknownProperties(edge, edgeDef.EdgeType);
// var structured = CreateStructuredUpdate(edge.StructuredProperties, edgeDef.EdgeType);
// var unstructured = CreateUnstructuredUpdate(edge.UnstructuredProperties);
// toBeUpdatedSingle = toBeUpdatedSingle ?? new Dictionary<long, SingleEdgeUpdateDefinition>();
// toBeUpdatedSingle.Add(edgeDef.ID,
// new SingleEdgeUpdateDefinition(source,
// targets.First(),
// edgeDef.EdgeType.ID,
// edge.Comment,
// structured,
// unstructured));
//}
#endregion
}
break;
case EdgeMultiplicity.MultiEdge:
{
#region MultiEdge
List<SingleEdgeUpdateDefinition> internSingleUpdate = null;
var targets =
myVertex
.GetOutgoingEdge(edgeDef.ID)
.GetTargetVertices()
.Select(_ => new VertexInformation(_.VertexTypeID,
_.VertexID));
if (targets != null && targets.CountIsGreater(0))
{
var structured = edge.UpdatedStructuredProperties;
var unstructured = edge.UpdatedUnstructuredProperties;
foreach (var target in targets)
{
internSingleUpdate = internSingleUpdate ?? new List<SingleEdgeUpdateDefinition>();
internSingleUpdate.Add(
new SingleEdgeUpdateDefinition(source,
target,
edgeDef.InnerEdgeType.ID,
edge.CommentUpdate,
structured,
unstructured));
}
}
toBeUpdatedHyper = toBeUpdatedHyper ??
new Dictionary<long, HyperEdgeUpdateDefinition>();
if (toBeUpdatedHyper.ContainsKey(edgeDef.ID))
{
var temp = toBeUpdatedHyper[edgeDef.ID];
toBeUpdatedHyper.Remove(edgeDef.ID);
toBeUpdatedHyper.Add(edgeDef.ID,
MergeToBeAddedHyperEdgeUpdates(temp,
internSingleUpdate));
}
else
toBeUpdatedHyper.Add(edgeDef.ID,
new HyperEdgeUpdateDefinition(edgeDef.EdgeType.ID,
null,
null,
null,
null,
internSingleUpdate));
#endregion
}
break;
case EdgeMultiplicity.HyperEdge:
break;
default:
throw new Exception("The enumeration EdgeMultiplicity was changed, but not this switch statement.");
}
}
}
#endregion
#region update AddedElementsToCollectionEdges
if (myUpdate.AddedElementsToCollectionEdges != null)
{
foreach (var hyperEdge in myUpdate.AddedElementsToCollectionEdges)
{
var edgeDef = myVertexType.GetOutgoingEdgeDefinition(hyperEdge.Key);
if (edgeDef == null)
//TODO a better exception here
throw new Exception("edge attribute not defined.");
if (edgeDef.Multiplicity == EdgeMultiplicity.SingleEdge)
//TODO a better exception here
throw new Exception("Add edges is only defined on hyper/multi edges.");
var edgeTypeID = edgeDef.ID;
StructuredPropertiesUpdate structuredUpdate;
UnstructuredPropertiesUpdate unstructuredUpdate;
IEnumerable<SingleEdgeUpdateDefinition> singleUpdate;
CheckIfToBeAddedElementAlreadyExist(myVertex,
edgeDef,
hyperEdge.Value,
myTransaction,
mySecurity);
CreateSingleEdgeUpdateDefinitions(source,
myTransaction,
mySecurity,
hyperEdge.Value,
edgeDef,
out structuredUpdate,
out unstructuredUpdate,
out singleUpdate);
toBeUpdatedHyper = toBeUpdatedHyper ?? new Dictionary<long, HyperEdgeUpdateDefinition>();
toBeUpdatedHyper.Add(edgeTypeID, new HyperEdgeUpdateDefinition(edgeTypeID, null, structuredUpdate, unstructuredUpdate, null, singleUpdate));
}
}
#endregion
#region update RemovedElementsFromCollectionEdges
if (myUpdate.RemovedElementsFromCollectionEdges != null)
{
foreach (var hyperEdge in myUpdate.RemovedElementsFromCollectionEdges)
{
var edgeDef = myVertexType.GetOutgoingEdgeDefinition(hyperEdge.Key);
if (edgeDef == null)
//TODO a better exception here
throw new Exception("Edge attribute not defined.");
if (edgeDef.Multiplicity == EdgeMultiplicity.SingleEdge)
//TODO a better exception here
throw new Exception("Removing edges is only defined on hyper/multi edges.");
var edgeTypeID = edgeDef.ID;
var del = CreateSingleEdgeDeleteDefinitions(source, myTransaction, mySecurity, hyperEdge.Value, edgeDef);
toBeUpdatedHyper = toBeUpdatedHyper ?? new Dictionary<long, HyperEdgeUpdateDefinition>();
toBeUpdatedHyper.Add(edgeTypeID, new HyperEdgeUpdateDefinition(edgeTypeID, null, null, null, del, null));
}
}
#endregion
}
#endregion
#region create updates
var updateSingle = (toBeUpdatedSingle != null || toBeDeletedSingle != null)
? new SingleEdgeUpdate(toBeUpdatedSingle, toBeDeletedSingle)
: null;
var updateHyper = (toBeUpdatedHyper != null || toBeDeletedHyper != null)
? new HyperEdgeUpdate(toBeUpdatedHyper, toBeDeletedHyper)
: null;
var updateStructured = (toBeUpdatedStructured != null || toBeDeletedStructured != null)
? new StructuredPropertiesUpdate(toBeUpdatedStructured, toBeDeletedStructured)
: null;
var updateUnstructured = (toBeUpdatedUnstructured != null || toBeDeletedUnstructured != null)
? new UnstructuredPropertiesUpdate(toBeUpdatedUnstructured, toBeDeletedUnstructured)
: null;
var updateBinaries = (toBeUpdatedBinaries != null || toBeDeletedBinaries != null)
? new BinaryPropertiesUpdate(toBeUpdatedBinaries, toBeDeletedBinaries)
: null;
#endregion
return Tuple.Create(revision,
edition,
new VertexUpdateDefinition(comment,
updateStructured,
updateUnstructured,
updateBinaries,
updateSingle,
updateHyper));
}
private static void ConvertUnknownProperties(IPropertyProvider myPropertyProvider, IBaseType myBaseType)
{
if (myPropertyProvider.UnknownProperties != null)
{
foreach (var unknownProp in myPropertyProvider.UnknownProperties)
{
//ASK: What's about binary properties?
if (myBaseType.HasProperty(unknownProp.Key))
{
var propDef = myBaseType.GetPropertyDefinition(unknownProp.Key);
try
{
var converted = unknownProp.Value.ConvertToIComparable(propDef.BaseType);
myPropertyProvider.AddStructuredProperty(unknownProp.Key, converted);
}
catch (InvalidCastException)
{
//TODO: better exception
throw new Exception("Type of property does not match.");
}
}
else
{
myPropertyProvider.AddUnstructuredProperty(unknownProp.Key, unknownProp.Value);
}
}
myPropertyProvider.ClearUnknown();
}
}
public void SetPropertyProvider(IPropertyProvider provider)
{
}
/// <summary>
/// Notify listeners that the value of an extension property has changed
/// for a given instance.
/// </summary>
/// <param name="instance">The instance of the modified extended element.</param>
/// <param name="provider">The <see cref="IPropertyProvider"/> instance that provides the modified property value.</param>
/// <param name="descriptor">The property descriptor that was modified, or <see langword="null"/> to refresh all
/// properties for the given provider.</param>
public ExtensionPropertyChangedEventArgs(object instance, IPropertyProvider provider, PropertyDescriptor descriptor)
{
Instance = instance;
Provider = provider;
Descriptor = descriptor;
}
public PackageBuilder(string path, IPropertyProvider propertyProvider)
: this(path, Path.GetDirectoryName(path), propertyProvider)
{
}
public void SetPropertyProvider(IPropertyProvider provider)
{
_currentPropertyProvider = provider;
_editor.Presentation.PropertyList.Provider = provider;
}
/// <summary>
/// Check for default values.
/// If a default value is set for the property, than we add this to the insert definition.
/// </summary>
/// <param name="myPropertyProvider">The insert definition.</param>
/// <param name="myBaseType">The vertex type, which is to be updated.</param>
private static void ConvertDefaultValues(IPropertyProvider myPropertyProvider, IBaseType myBaseType)
{
if (myPropertyProvider.StructuredProperties != null)
{
var checkForDefaultValues = myBaseType.GetPropertyDefinitions(true).Where(item => !myPropertyProvider.StructuredProperties.ContainsKey(item.Name)).Where(_ => _.DefaultValue != null);
foreach (var item in checkForDefaultValues)
{
myPropertyProvider.AddStructuredProperty(item.Name, item.DefaultValue);
}
}
}
public PackageBuilder(string path, IPropertyProvider propertyProvider, bool includeEmptyDirectories)
: this(path, Path.GetDirectoryName(path), propertyProvider, includeEmptyDirectories)
{
}
public ProviderInstance(IPropertyProvider provider)
{
myInstance = provider;
myDelegate = null;
}
void IPropertyProviderService.AddOrRemovePropertyProvider(Type extendableElementType, IPropertyProvider provider, bool includeSubtypes, EventHandlerAction action)
{
if ((object)provider == null)
{
throw new ArgumentNullException("provider");
}
AddOrRemovePropertyProvider(extendableElementType, new ProviderInstance(provider), includeSubtypes, action);
}
private void ReadManifest(Stream stream, string basePath, IPropertyProvider propertyProvider)
{
// Deserialize the document and extract the metadata
Manifest manifest = Manifest.ReadFrom(stream, propertyProvider);
Populate(manifest.Metadata);
// If there's no base path then ignore the files node
if (basePath != null)
{
if (manifest.Files == null)
{
AddFiles(basePath, @"**\*.*", null);
}
else
{
PopulateFiles(basePath, manifest.Files);
}
}
}
public void ActivatePropertyProvider(IPropertyProvider provider)
{
}
public PackageBuilder(Stream stream, string basePath, IPropertyProvider propertyProvider)
: this()
{
ReadManifest(stream, basePath, propertyProvider);
}
public void ActivatePropertyProvider(IPropertyProvider provider)
{
_currentPropertyProvider = provider;
_editor.Presentation.PropertyList.Provider = provider;
_editor.ActivatePropertyPanel();
}
private void RegisterKnownProviders(IPropertyProvider configuration)
{
RegisterBackend(new GitHubProvider(configuration));
}
