public static File ResolveArtifact(string groupId, string artifactId, string version)
{
var ivyFile = CreateIvyFileFor(groupId, artifactId, version);
var ivy = CreateIvy();
var confs = new string[] {"default"};
var resolveOptions = new ResolveOptions().setConfs(confs);
var report = ivy.resolve(ivyFile.toURL(), resolveOptions);
var artifactFile = report.getAllArtifactsReports()[0].getLocalFile();
return artifactFile;
}
public static async Task <ReferenceEntity> ToData(CdmReferencedEntityDeclarationDefinition instance, ResolveOptions resOpt, CopyOptions options)
{
var sourceIndex = instance.EntityPath.LastIndexOf("/");
if (sourceIndex == -1)
{
Logger.Error(nameof(ReferencedEntityDeclarationPersistence), instance.Ctx, "There was an error while trying to convert cdm data partition to model.json partition.");
return(null);
}
var referenceEntity = new ReferenceEntity
{
Type = "ReferenceEntity",
Name = instance.EntityName,
Source = instance.EntityPath.Slice(sourceIndex + 1),
Description = instance.Explanation,
LastFileModifiedTime = instance.LastFileModifiedTime,
LastFileStatusCheckTime = instance.LastFileStatusCheckTime
};
Utils.ProcessTraitsAndAnnotationsToData(instance.Ctx, referenceEntity, instance.ExhibitsTraits);
var t2pm = new TraitToPropertyMap(instance);
var isHiddenTrait = t2pm.FetchTraitReference("is.hidden");
if (isHiddenTrait != null)
{
referenceEntity.IsHidden = true;
}
var propertiesTrait = t2pm.FetchTraitReference("is.propertyContent.multiTrait");
if (propertiesTrait != null)
{
referenceEntity.ModelId = propertiesTrait.Arguments.AllItems[0].Value as string;
}
return(referenceEntity);
}
/// <inheritdoc />
public override bool IsDerivedFrom(string baseDef, ResolveOptions resOpt = null)
{
return(false);
}
internal ResolvedTraitSet _fetchResolvedTraits(ResolveOptions resOpt = null)
{
if (resOpt == null)
{
resOpt = new ResolveOptions(this, this.Ctx.Corpus.DefaultResolutionDirectives);
}
if (this.NamedReference != null && this.AppliedTraits == null)
{
const string kind = "rts";
ResolveContext ctx = this.Ctx as ResolveContext;
var objDef = this.FetchObjectDefinition <CdmObjectDefinitionBase>(resOpt);
string cacheTag = ctx.Corpus.CreateDefinitionCacheTag(resOpt, this, kind, "", true, objDef != null ? objDef.AtCorpusPath : null);
dynamic rtsResultDynamic = null;
if (cacheTag != null)
{
ctx.Cache.TryGetValue(cacheTag, out rtsResultDynamic);
}
ResolvedTraitSet rtsResult = rtsResultDynamic as ResolvedTraitSet;
// store the previous document set, we will need to add it with
// children found from the constructResolvedTraits call
SymbolSet currSymRefSet = resOpt.SymbolRefSet;
if (currSymRefSet == null)
{
currSymRefSet = new SymbolSet();
}
resOpt.SymbolRefSet = new SymbolSet();
if (rtsResult == null)
{
if (objDef != null)
{
rtsResult = (objDef as CdmObjectDefinitionBase).FetchResolvedTraits(resOpt);
if (rtsResult != null)
{
rtsResult = rtsResult.DeepCopy();
}
// register set of possible docs
ctx.Corpus.RegisterDefinitionReferenceSymbols(objDef, kind, resOpt.SymbolRefSet);
// get the new cache tag now that we have the list of docs
cacheTag = ctx.Corpus.CreateDefinitionCacheTag(resOpt, this, kind, "", true, objDef.AtCorpusPath);
if (!string.IsNullOrWhiteSpace(cacheTag))
{
ctx.Cache[cacheTag] = rtsResult;
}
}
}
else
{
// cache was found
// get the SymbolSet for this cached object
string key = CdmCorpusDefinition.CreateCacheKeyFromObject(this, kind);
ctx.Corpus.DefinitionReferenceSymbols.TryGetValue(key, out SymbolSet tempDocRefSet);
resOpt.SymbolRefSet = tempDocRefSet;
}
// merge child document set with current
currSymRefSet.Merge(resOpt.SymbolRefSet);
resOpt.SymbolRefSet = currSymRefSet;
return(rtsResult);
}
else
{
return(base.FetchResolvedTraits(resOpt));
}
}
internal bool ValidateLineage(ResolveOptions resOpt)
{
// run over the attCtx tree and validate that it is self consistent on lineage
// collect all nodes in the tree
HashSet <CdmAttributeContext> attCtxInTree = new HashSet <CdmAttributeContext>();
Action <CdmObject> collectAllNodes = null;
collectAllNodes = (subItem) =>
{
CdmAttributeContext ac = subItem as CdmAttributeContext;
if (ac == null)
{
return;
}
attCtxInTree.Add(ac);
if (ac.Contents == null || ac.Contents.Count == 0)
{
return;
}
// look at all children
foreach (var subSub in ac.Contents)
{
if (subSub.ObjectType == CdmObjectType.AttributeContextDef)
{
collectAllNodes(subSub);
}
}
};
collectAllNodes(this);
// now make sure every lineage ref is in that set
Func <CdmObject, bool> CheckLineage = null;
CheckLineage = (subItem) =>
{
CdmAttributeContext ac = subItem as CdmAttributeContext;
if (ac == null)
{
return(true);
}
if (ac.Lineage != null && ac.Lineage.Count > 0)
{
foreach (var lin in ac.Lineage)
{
if (!attCtxInTree.Contains(lin.ExplicitReference as CdmAttributeContext))
{
return(false);
}
//if (!resOpt.MapOldCtxToNewCtx.ContainsKey(lin.ExplicitReference as CdmAttributeContext))
//{
//return false;
//}
}
}
if (ac.Contents == null || ac.Contents.Count == 0)
{
return(true);
}
// look at all children
foreach (var subSub in ac.Contents)
{
if (subSub.ObjectType == CdmObjectType.AttributeContextDef)
{
if (CheckLineage(subSub) == false)
{
return(false);
}
}
}
return(true);
};
CheckLineage(this);
return(true);
}
internal bool AssociateTreeCopyWithAttributes(ResolveOptions resOpt, ResolvedAttributeSet ras)
{
// deep copy the tree. while doing this also collect a map from old attCtx to new equivalent
// this is where the returned tree fits in
var cachedCtx = ras.AttributeContext;
if (cachedCtx.CopyAttributeContextTree(resOpt, this) == null)
{
return(false);
}
ras.AttributeContext = this;
// run over the resolved attributes in the copy and use the map to swap the old ctx for the new version
Action <ResolvedAttributeSet> fixResolveAttributeCtx = null;
fixResolveAttributeCtx = (rasSub) =>
{
rasSub.Set.ForEach(ra =>
{
ra.AttCtx = resOpt.MapOldCtxToNewCtx[ra.AttCtx];
// the target for a resolved att can be a typeAttribute OR it can be another resolvedAttributeSet (meaning a group)
if (ra.Target is ResolvedAttributeSet)
{
(ra.Target as ResolvedAttributeSet).AttributeContext = ra.AttCtx;
fixResolveAttributeCtx(ra.Target as ResolvedAttributeSet);
}
});
};
fixResolveAttributeCtx(ras);
// now fix any lineage references
Action <CdmAttributeContext, CdmAttributeContext> FixAttCtxNodeLineage = null;
FixAttCtxNodeLineage = (ac, acParent) =>
{
if (ac == null)
{
return;
}
if (acParent != null && ac.Parent != null && ac.Parent.ExplicitReference != null)
{
ac.Parent.ExplicitReference = acParent;
}
if (ac.Lineage != null && ac.Lineage.Count > 0)
{
// fix lineage
foreach (var lin in ac.Lineage)
{
if (lin.ExplicitReference != null)
{
// swap the actual object for the one in the new tree
lin.ExplicitReference = resOpt.MapOldCtxToNewCtx[lin.ExplicitReference as CdmAttributeContext];
}
}
}
if (ac.Contents == null || ac.Contents.Count == 0)
{
return;
}
// look at all children
foreach (CdmAttributeContext subSub in ac.Contents)
{
FixAttCtxNodeLineage(subSub, ac);
}
};
FixAttCtxNodeLineage(this, null);
return(true);
}
internal override ResolvedAttributeSetBuilder ConstructResolvedAttributes(ResolveOptions resOpt, CdmAttributeContext under = null)
{
return(null);
}
public override dynamic CopyData(ResolveOptions resOpt, CopyOptions options)
{
return(CdmObjectBase.CopyData <CdmAttributeContext>(this, resOpt, options));
}
internal virtual ResolvedTraitSet FetchResolvedTraits(ResolveOptions resOpt = null)
{
bool wasPreviouslyResolving = this.Ctx.Corpus.isCurrentlyResolving;
this.Ctx.Corpus.isCurrentlyResolving = true;
if (resOpt == null)
{
resOpt = new ResolveOptions(this);
}
const string kind = "rtsb";
ResolveContext ctx = this.Ctx as ResolveContext;
string cacheTagA = ((CdmCorpusDefinition)ctx.Corpus).CreateDefinitionCacheTag(resOpt, this, kind);
ResolvedTraitSetBuilder rtsbAll = null;
if (this.TraitCache == null)
{
this.TraitCache = new Dictionary <string, ResolvedTraitSetBuilder>();
}
else if (!string.IsNullOrWhiteSpace(cacheTagA))
{
this.TraitCache.TryGetValue(cacheTagA, out rtsbAll);
}
// store the previous document set, we will need to add it with
// children found from the constructResolvedTraits call
SymbolSet currDocRefSet = resOpt.SymbolRefSet;
if (currDocRefSet == null)
{
currDocRefSet = new SymbolSet();
}
resOpt.SymbolRefSet = new SymbolSet();
if (rtsbAll == null)
{
rtsbAll = new ResolvedTraitSetBuilder();
if (!resolvingTraits)
{
resolvingTraits = true;
this.ConstructResolvedTraits(rtsbAll, resOpt);
resolvingTraits = false;
}
CdmObjectDefinitionBase objDef = this.FetchObjectDefinition <CdmObjectDefinitionBase>(resOpt);
if (objDef != null)
{
// register set of possible docs
((CdmCorpusDefinition)ctx.Corpus).RegisterDefinitionReferenceSymbols(objDef, kind, resOpt.SymbolRefSet);
if (rtsbAll.ResolvedTraitSet == null)
{
// nothing came back, but others will assume there is a set in this builder
rtsbAll.ResolvedTraitSet = new ResolvedTraitSet(resOpt);
}
// get the new cache tag now that we have the list of docs
cacheTagA = ((CdmCorpusDefinition)ctx.Corpus).CreateDefinitionCacheTag(resOpt, this, kind);
if (!string.IsNullOrWhiteSpace(cacheTagA))
{
this.TraitCache[cacheTagA] = rtsbAll;
}
}
}
else
{
// cache was found
// get the SymbolSet for this cached object
string key = CdmCorpusDefinition.CreateCacheKeyFromObject(this, kind);
((CdmCorpusDefinition)ctx.Corpus).DefinitionReferenceSymbols.TryGetValue(key, out SymbolSet tempDocRefSet);
resOpt.SymbolRefSet = tempDocRefSet;
}
// merge child document set with current
currDocRefSet.Merge(resOpt.SymbolRefSet);
resOpt.SymbolRefSet = currDocRefSet;
this.Ctx.Corpus.isCurrentlyResolving = wasPreviouslyResolving;
return(rtsbAll.ResolvedTraitSet);
}
public static EntityDeclarationDefinition ToData(CdmLocalEntityDeclarationDefinition instance, ResolveOptions resOpt, CopyOptions options)
{
var result = new EntityDeclarationDefinition
{
Type = EntityDeclarationDefinitionType.LocalEntity,
EntityName = instance.EntityName,
Explanation = instance.Explanation,
ExhibitsTraits = CopyDataUtils.ListCopyData(resOpt, instance.ExhibitsTraits, options),
LastFileStatusCheckTime = TimeUtils.GetFormattedDateString(instance.LastFileStatusCheckTime),
LastFileModifiedTime = TimeUtils.GetFormattedDateString(instance.LastFileModifiedTime),
LastChildFileModifiedTime = TimeUtils.GetFormattedDateString(instance.LastChildFileModifiedTime),
EntityPath = instance.EntityPath,
DataPartitions = Utils.ListCopyData <DataPartition>(resOpt, instance.DataPartitions, options, ensureNonIncremental(instance)),
DataPartitionPatterns = Utils.ListCopyData <DataPartitionPattern>(resOpt, instance.DataPartitionPatterns, options, ensureNonIncremental(instance)),
IncrementalPartitions = Utils.ListCopyData <DataPartition>(resOpt, instance.IncrementalPartitions, options, ensureIncremental(instance)),
IncrementalPartitionPatterns = Utils.ListCopyData <DataPartitionPattern>(resOpt, instance.IncrementalPartitionPatterns, options, ensureIncremental(instance))
};
return(result);
}
public static OperationArrayExpansion ToData(CdmOperationArrayExpansion instance, ResolveOptions resOpt, CopyOptions options)
{
if (instance == null)
{
return(null);
}
OperationArrayExpansion obj = OperationBasePersistence.ToData <OperationArrayExpansion>(instance, resOpt, options);
obj.StartOrdinal = instance.StartOrdinal;
obj.EndOrdinal = instance.EndOrdinal;
return(obj);
}
/// <summary>
/// Get the list of entities that the given entity references
/// </summary>
/// <param name="resolvedEntity"> The resolved version of the entity. </param>
/// <param name="resOpt"> The resolution options to use. </param>
/// <param name="cdmCorpus"> The instance of the CDM corpus. </param>
/// <returns> The list of referenced entities. </returns>
private async Task <List <CdmEntityDefinition> > GetEntityReferences(CdmEntityDefinition resolvedEntity, ResolveOptions resOpt, CdmCorpusDefinition cdmCorpus)
{
var atts = resolvedEntity.Attributes.Cast <CdmTypeAttributeDefinition>();
var reqdTraits = atts.Select(att => att.AppliedTraits.AllItems.FirstOrDefault(trait => trait.FetchObjectDefinitionName() == "is.linkedEntity.identifier")).Where(trait => trait != null);
var references = new List <CdmEntityDefinition>();
foreach (var trait in reqdTraits)
{
var constEnt = (trait.Arguments.FetchValue("entityReferences") as CdmEntityReference)?.FetchObjectDefinition <CdmConstantEntityDefinition>(resOpt);
if (constEnt != null)
{
List <CdmEntityDefinition> refs = new List <CdmEntityDefinition>();
foreach (List <string> val in constEnt.ConstantValues)
{
refs.Add(await cdmCorpus.FetchObjectAsync <CdmEntityDefinition>(cdmCorpus.Storage.CreateAbsoluteCorpusPath(val[0])));
}
references.AddRange(refs);
}
}
return(references);
}
public async Task ResolveEntitiesWrt()
{
var cdmCorpus = new CdmCorpusDefinition();
var testInputPath = TestHelper.GetInputFolderPath(testsSubpath, "TestResolveEntitiesWrt");
((CdmCorpusDefinition)cdmCorpus).RootPath = testInputPath;
cdmCorpus.Storage.Mount("local", new LocalAdapter(testInputPath));
cdmCorpus.Storage.DefaultNamespace = "local";
var entities = this.GetAllEntities(cdmCorpus);
var incomingReferences = new Dictionary <CdmEntityDefinition, List <CdmEntityDefinition> >();
foreach (var data in entities)
{
var entity = data.Item1;
incomingReferences[entity] = new List <CdmEntityDefinition>();
}
// Start by populating all the incoming references to the entities
foreach (var data in entities)
{
var entity = data.Item1;
var doc = data.Item2;
var directives = new AttributeResolutionDirectiveSet(new HashSet <string> {
"normalized", "referenceOnly"
});
var resOpt = new ResolveOptions {
WrtDoc = doc, Directives = directives
};
var resolvedEntity = await entity.CreateResolvedEntityAsync($"{entity.GetName()}_", resOpt);
var references = await this.GetEntityReferences(resolvedEntity, resOpt, cdmCorpus);
if (references.Count > 0)
{
foreach (var reference in references)
{
incomingReferences[reference].Add(entity);
}
}
}
// Next resolve the entity with all of it's incoming references and save the times
var entityResolutionTimes = new List <Tuple <string, long> >();
foreach (var data in entities)
{
var entity = data.Item1;
var doc = data.Item2;
var directives = new AttributeResolutionDirectiveSet(new HashSet <string> {
"normalized", "referenceOnly"
});
var resOpt = new ResolveOptions {
WrtDoc = doc, Directives = directives
};
var watch = Stopwatch.StartNew();
var references = incomingReferences[entity];
foreach (var entRef in references)
{
await entRef.CreateResolvedEntityAsync($"{entRef.GetName()}_", resOpt);
}
watch.Stop();
entityResolutionTimes.Add(Tuple.Create(entity.AtCorpusPath, watch.ElapsedMilliseconds));
}
entityResolutionTimes.Sort((lhs, rhs) =>
{
var diff = rhs.Item2 - lhs.Item2;
return(diff == 0 ? 0 : diff < 0 ? -1 : 1);
});
foreach (var data in entityResolutionTimes)
{
Trace.WriteLine($"{data.Item1}:{data.Item2}");
}
Assert.Performance(1000, entityResolutionTimes[0].Item2);
var total = entityResolutionTimes.Sum(data => data.Item2);
Assert.Performance(4200, total);
}
internal override ResolvedTraitSet FetchResolvedTraits(ResolveOptions resOpt = null)
{
if (resOpt == null)
{
resOpt = new ResolveOptions(this, this.Ctx.Corpus.DefaultResolutionDirectives);
}
const string kind = "rtsb";
ResolveContext ctx = this.Ctx as ResolveContext;
// this may happen 0, 1 or 2 times. so make it fast
CdmTraitDefinition baseTrait = null;
ResolvedTraitSet baseRts = null;
List <dynamic> baseValues = null;
System.Action GetBaseInfo = () =>
{
if (this.ExtendsTrait != null)
{
baseTrait = this.ExtendsTrait.FetchObjectDefinition <CdmTraitDefinition>(resOpt);
if (baseTrait != null)
{
baseRts = this.ExtendsTrait.FetchResolvedTraits(resOpt);
if (baseRts?.Size == 1)
{
ParameterValueSet basePv = baseRts.Get(baseTrait)?.ParameterValues;
if (basePv != null)
{
baseValues = basePv.Values;
}
}
}
}
};
// see if one is already cached
// if this trait has parameters, then the base trait found through the reference might be a different reference
// because trait references are unique per argument value set. so use the base as a part of the cache tag
// since it is expensive to figure out the extra tag, cache that too!
if (this.BaseIsKnownToHaveParameters == null)
{
GetBaseInfo();
// is a cache tag needed? then make one
this.BaseIsKnownToHaveParameters = false;
if (baseValues?.Count > 0)
{
this.BaseIsKnownToHaveParameters = true;
}
}
string cacheTagExtra = "";
if (this.BaseIsKnownToHaveParameters == true)
{
cacheTagExtra = this.ExtendsTrait.Id.ToString();
}
string cacheTag = ctx.Corpus.CreateDefinitionCacheTag(resOpt, this, kind, cacheTagExtra);
dynamic rtsResultDynamic = null;
if (cacheTag != null)
{
ctx.Cache.TryGetValue(cacheTag, out rtsResultDynamic);
}
ResolvedTraitSet rtsResult = rtsResultDynamic as ResolvedTraitSet;
// store the previous reference symbol set, we will need to add it with
// children found from the constructResolvedTraits call
SymbolSet currSymbolRefSet = resOpt.SymbolRefSet;
if (currSymbolRefSet == null)
{
currSymbolRefSet = new SymbolSet();
}
resOpt.SymbolRefSet = new SymbolSet();
// if not, then make one and save it
if (rtsResult == null)
{
GetBaseInfo();
if (baseTrait != null)
{
// get the resolution of the base class and use the values as a starting point for this trait's values
if (!this.HasSetFlags)
{
// inherit these flags
if (this.Elevated == null)
{
this.Elevated = baseTrait.Elevated;
}
if (this.Ugly == null)
{
this.Ugly = baseTrait.Ugly;
}
if (this.AssociatedProperties == null)
{
this.AssociatedProperties = baseTrait.AssociatedProperties;
}
}
}
this.HasSetFlags = true;
ParameterCollection pc = this.FetchAllParameters(resOpt);
List <dynamic> av = new List <dynamic>();
List <bool> wasSet = new List <bool>();
this.ThisIsKnownToHaveParameters = pc.Sequence.Count > 0;
for (int i = 0; i < pc.Sequence.Count; i++)
{
// either use the default value or (higher precidence) the value taken from the base reference
dynamic value = (pc.Sequence[i] as CdmParameterDefinition).DefaultValue;
dynamic baseValue = null;
if (baseValues != null && i < baseValues.Count)
{
baseValue = baseValues[i];
if (baseValue != null)
{
value = baseValue;
}
}
av.Add(value);
wasSet.Add(false);
}
// save it
ResolvedTrait resTrait = new ResolvedTrait(this, pc, av, wasSet);
rtsResult = new ResolvedTraitSet(resOpt);
rtsResult.Merge(resTrait, false);
// register set of possible symbols
ctx.Corpus.RegisterDefinitionReferenceSymbols(this.FetchObjectDefinition <CdmObjectDefinitionBase>(resOpt), kind, resOpt.SymbolRefSet);
// get the new cache tag now that we have the list of docs
cacheTag = ctx.Corpus.CreateDefinitionCacheTag(resOpt, this, kind, cacheTagExtra);
if (!string.IsNullOrWhiteSpace(cacheTag))
{
ctx.Cache[cacheTag] = rtsResult;
}
}
else
{
// cache found
// get the SymbolSet for this cached object
string key = CdmCorpusDefinition.CreateCacheKeyFromObject(this, kind);
((CdmCorpusDefinition)ctx.Corpus).DefinitionReferenceSymbols.TryGetValue(key, out SymbolSet tempSymbolRefSet);
resOpt.SymbolRefSet = tempSymbolRefSet;
}
// merge child document set with current
currSymbolRefSet.Merge(resOpt.SymbolRefSet);
resOpt.SymbolRefSet = currSymbolRefSet;
return(rtsResult);
}
public static async Task <LocalEntity> ToData(CdmLocalEntityDeclarationDefinition instance, ResolveOptions resOpt, CopyOptions options)
{
var localEntity = await DocumentPersistence.ToData(instance.EntityPath, resOpt, options, instance.Ctx);
if (localEntity != null)
{
var t2pm = new TraitToPropertyMap(instance);
var isHiddenTrait = t2pm.FetchTraitReference("is.hidden");
localEntity.Description = instance.Explanation;
localEntity.LastChildFileModifiedTime = instance.LastChildFileModifiedTime;
localEntity.LastFileModifiedTime = instance.LastFileModifiedTime;
localEntity.LastFileStatusCheckTime = instance.LastFileStatusCheckTime;
if (isHiddenTrait != null)
{
localEntity.IsHidden = true;
}
if (t2pm.FetchPropertyValue("cdmSchemas") is List <string> schemas)
{
localEntity.Schemas = schemas;
}
if (instance.DataPartitions != null && instance.DataPartitions.Count > 0)
{
localEntity.Partitions = new List <Partition>();
foreach (var element in instance.DataPartitions)
{
var partition = await DataPartitionPersistence.ToData(element, resOpt, options);
if (partition != null)
{
localEntity.Partitions.Add(partition);
}
else
{
Logger.Error(nameof(LocalEntityDeclarationPersistence), instance.Ctx, "There was an error while trying to convert cdm data partition to model.json partition.");
return(null);
}
}
}
}
return(localEntity);
}
public static OperationAddCountAttribute ToData(CdmOperationAddCountAttribute instance, ResolveOptions resOpt, CopyOptions options)
{
if (instance == null)
{
return(null);
}
return(new OperationAddCountAttribute
{
Type = OperationTypeConvertor.OperationTypeToString(CdmOperationType.AddCountAttribute),
Explanation = instance.Explanation,
CountAttribute = Utils.JsonForm(instance.CountAttribute, resOpt, options)
});
}
internal ResolvedAttributeSet FetchResolvedAttributes(ResolveOptions resOpt = null, AttributeContextParameters acpInContext = null)
{
bool wasPreviouslyResolving = this.Ctx.Corpus.isCurrentlyResolving;
this.Ctx.Corpus.isCurrentlyResolving = true;
if (resOpt == null)
{
resOpt = new ResolveOptions(this);
}
const string kind = "rasb";
ResolveContext ctx = this.Ctx as ResolveContext;
string cacheTag = ctx.Corpus.CreateDefinitionCacheTag(resOpt, this, kind, acpInContext != null ? "ctx" : "");
dynamic rasbCache = null;
if (cacheTag != null)
{
ctx.Cache.TryGetValue(cacheTag, out rasbCache);
}
CdmAttributeContext underCtx = null;
// store the previous document set, we will need to add it with
// children found from the constructResolvedTraits call
SymbolSet currDocRefSet = resOpt.SymbolRefSet;
if (currDocRefSet == null)
{
currDocRefSet = new SymbolSet();
}
resOpt.SymbolRefSet = new SymbolSet();
// get the moniker that was found and needs to be appended to all
// refs in the children attribute context nodes
string fromMoniker = resOpt.FromMoniker;
resOpt.FromMoniker = null;
if (rasbCache == null)
{
if (this.resolvingAttributes)
{
// re-entered this attribute through some kind of self or looping reference.
this.Ctx.Corpus.isCurrentlyResolving = wasPreviouslyResolving;
return(new ResolvedAttributeSet());
}
this.resolvingAttributes = true;
// if a new context node is needed for these attributes, make it now
if (acpInContext != null)
{
underCtx = CdmAttributeContext.CreateChildUnder(resOpt, acpInContext);
}
rasbCache = this.ConstructResolvedAttributes(resOpt, underCtx);
this.resolvingAttributes = false;
// register set of possible docs
CdmObjectDefinition oDef = this.FetchObjectDefinition <CdmObjectDefinitionBase>(resOpt);
if (oDef != null)
{
((CdmCorpusDefinition)ctx.Corpus).RegisterDefinitionReferenceSymbols(oDef, kind, resOpt.SymbolRefSet);
// get the new cache tag now that we have the list of docs
cacheTag = ((CdmCorpusDefinition)ctx.Corpus).CreateDefinitionCacheTag(resOpt, this, kind, acpInContext != null ? "ctx" : null);
// save this as the cached version
if (!string.IsNullOrWhiteSpace(cacheTag))
{
ctx.Cache[cacheTag] = rasbCache;
}
if (!string.IsNullOrWhiteSpace(fromMoniker) && acpInContext != null &&
(this is CdmObjectReferenceBase) && (this as CdmObjectReferenceBase).NamedReference != null)
{
// create a fresh context
CdmAttributeContext oldContext = acpInContext.under.Contents[acpInContext.under.Contents.Count - 1] as CdmAttributeContext;
acpInContext.under.Contents.RemoveAt(acpInContext.under.Contents.Count - 1);
underCtx = CdmAttributeContext.CreateChildUnder(resOpt, acpInContext);
CdmAttributeContext newContext = oldContext.CopyAttributeContextTree(resOpt, underCtx, rasbCache.ResolvedAttributeSet, null, fromMoniker);
// since THIS should be a refererence to a thing found in a moniker document, it already has a moniker in the reference
// this function just added that same moniker to everything in the sub-tree but now this one symbol has too many
// remove one
string monikerPathAdded = $"{fromMoniker}/";
if (newContext.Definition != null && newContext.Definition.NamedReference != null &&
newContext.Definition.NamedReference.StartsWith(monikerPathAdded))
{
// slice it off the front
newContext.Definition.NamedReference = newContext.Definition.NamedReference.Substring(monikerPathAdded.Length);
}
}
}
}
else
{
// cache found. if we are building a context, then fix what we got instead of making a new one
if (acpInContext != null)
{
// make the new context
underCtx = CdmAttributeContext.CreateChildUnder(resOpt, acpInContext);
rasbCache.ResolvedAttributeSet.AttributeContext.CopyAttributeContextTree(resOpt, underCtx, rasbCache.ResolvedAttributeSet, null, fromMoniker);
}
}
// merge child document set with current
currDocRefSet.Merge(resOpt.SymbolRefSet);
resOpt.SymbolRefSet = currDocRefSet;
this.Ctx.Corpus.isCurrentlyResolving = wasPreviouslyResolving;
return(rasbCache?.ResolvedAttributeSet);
}
internal override void ConstructResolvedTraits(ResolvedTraitSetBuilder rtsb, ResolveOptions resOpt)
{
return;
}
public abstract dynamic CopyData(ResolveOptions resOpt = null, CopyOptions options = null);
internal static CdmAttributeContext CreateChildUnder(ResolveOptions resOpt, AttributeContextParameters acp)
{
if (acp == null)
{
return(null);
}
if (acp.type == CdmAttributeContextType.PassThrough)
{
return(acp.under);
}
// this flag makes sure we hold on to any resolved object refs when things get copied
ResolveOptions resOptCopy = resOpt.Copy();
resOptCopy.SaveResolutionsOnCopy = true;
CdmObjectReference definition = null;
ResolvedTraitSet rtsApplied = null;
// get a simple reference to definition object to avoid getting the traits that might be part of this ref
// included in the link to the definition.
if (acp.Regarding != null)
{
// make a portable reference. this MUST be fixed up when the context node lands in the final document
definition = (acp.Regarding as CdmObjectBase).CreatePortableReference(resOptCopy);
// now get the traits applied at this reference (applied only, not the ones that are part of the definition of the object)
// and make them the traits for this context
if (acp.IncludeTraits)
{
rtsApplied = (acp.Regarding as CdmObjectBase).FetchResolvedTraits(resOptCopy);
}
}
CdmAttributeContext underChild = acp.under.Ctx.Corpus.MakeObject <CdmAttributeContext>(CdmObjectType.AttributeContextDef, acp.Name);
// need context to make this a 'live' object
underChild.Ctx = acp.under.Ctx;
underChild.InDocument = acp.under.InDocument;
underChild.Type = acp.type;
underChild.Definition = definition;
// add traits if there are any
if (rtsApplied?.Set != null)
{
rtsApplied.Set.ForEach(rt =>
{
var traitRef = CdmObjectBase.ResolvedTraitToTraitRef(resOptCopy, rt);
underChild.ExhibitsTraits.Add(traitRef);
});
}
// add to parent
underChild.SetParent(resOptCopy, acp.under as CdmAttributeContext);
if (resOptCopy.MapOldCtxToNewCtx != null)
{
resOptCopy.MapOldCtxToNewCtx[underChild] = underChild; // so we can find every node, not only the replaced ones
}
return(underChild);
}
/// <inheritdoc /> public abstract CdmObjectReference CreateSimpleReference(ResolveOptions resOpt = null);
internal bool FinalizeAttributeContext(ResolveOptions resOpt, string pathStart, CdmDocumentDefinition docHome, CdmDocumentDefinition docFrom, string monikerForDocFrom, bool finished = false)
{
// run over the attCtx tree again and 'fix it' fix means replace the parent and lineage reference path strings with
// final values from new home and set the inDocument and fix any references to definitions
// keep track of the paths to documents for fixing symbol refs. expensive to compute
Dictionary <CdmDocumentDefinition, string> foundDocPaths = new Dictionary <CdmDocumentDefinition, string>();
if (!string.IsNullOrWhiteSpace(monikerForDocFrom))
{
monikerForDocFrom = $"{monikerForDocFrom}/";
}
// first step makes sure every node in the tree has a good path for itself and a good document
// second pass uses the paths from nodes to fix references to other nodes
Action <CdmObject, string> FixAttCtxNodePaths = null;
FixAttCtxNodePaths = (subItem, pathFrom) =>
{
CdmAttributeContext ac = subItem as CdmAttributeContext;
if (ac == null)
{
return;
}
ac.InDocument = docHome;
// fix up the reference to defintion. need to get path from this document to the
// add moniker if this is a reference
if (ac.Definition != null)
{
ac.Definition.InDocument = docHome;
if (ac.Definition?.NamedReference != null)
{
// need the real path to this thing from the explicitRef held in the portable reference
// the real path is {monikerFrom/}{path from 'from' document to document holding the explicit ref/{declaredPath of explicitRef}}
// if we have never looked up the path between docs, do that now
CdmDocumentDefinition docFromDef = (ac.Definition as CdmObjectReferenceBase).PortableReference.InDocument; // if all parts not set, this is a broken portal ref!
string pathBetweenDocs;
if (foundDocPaths.TryGetValue(docFromDef, out pathBetweenDocs) == false)
{
pathBetweenDocs = docFrom.ImportPathToDoc(docFromDef);
if (pathBetweenDocs == null)
{
// hmm. hmm.
pathBetweenDocs = "";
}
foundDocPaths[docFrom] = pathBetweenDocs;
}
(ac.Definition as CdmObjectReferenceBase).LocalizePortableReference($"{monikerForDocFrom}{pathBetweenDocs}");
}
}
// doc of parent ref
if (ac.Parent != null)
{
ac.Parent.InDocument = docHome;
}
// doc of lineage refs
if (ac.Lineage != null && ac.Lineage.Count > 0)
{
foreach (var lin in ac.Lineage)
{
lin.InDocument = docHome;
}
}
string divider = (string.IsNullOrEmpty(ac.AtCorpusPath) || !pathFrom.EndsWith("/")) ? "/" : "";
ac.AtCorpusPath = $"{pathFrom}{divider}{ac.Name}";
if (ac.Contents == null || ac.Contents.Count == 0)
{
return;
}
// look at all children
foreach (var subSub in ac.Contents)
{
if (subSub.ObjectType == CdmObjectType.AttributeContextDef)
{
FixAttCtxNodePaths(subSub, ac.AtCorpusPath);
}
}
};
FixAttCtxNodePaths(this, pathStart);
// now fix any lineage and parent references
Action <CdmObject> FixAttCtxNodeLineage = null;
FixAttCtxNodeLineage = (subItem) =>
{
CdmAttributeContext ac = subItem as CdmAttributeContext;
if (ac == null)
{
return;
}
// for debugLineage, write id
//ac.Name = $"{ac.Name}({ac.Id})";
// parent ref
if (ac.Parent != null && ac.Parent.ExplicitReference != null)
{
ac.Parent.NamedReference = (ac.Parent.ExplicitReference as CdmAttributeContext).AtCorpusPath;
// for debugLineage, write id
//ac.Parent.NamedReference = $"{ (ac.Parent.ExplicitReference as CdmAttributeContext).AtCorpusPath}({ac.Parent.ExplicitReference.Id})";
}
// fix lineage
if (ac.Lineage != null && ac.Lineage.Count > 0)
{
foreach (var lin in ac.Lineage)
{
if (lin.ExplicitReference != null)
{
// use the new path as the ref
lin.NamedReference = (lin.ExplicitReference as CdmAttributeContext).AtCorpusPath;
// for debugLineage, write id
//lin.NamedReference = $"{ (lin.ExplicitReference as CdmAttributeContext).AtCorpusPath}({lin.ExplicitReference.Id})";
}
}
}
if (ac.Contents == null || ac.Contents.Count == 0)
{
return;
}
// look at all children
foreach (var subSub in ac.Contents)
{
FixAttCtxNodeLineage(subSub);
}
};
FixAttCtxNodeLineage(this);
if (finished)
{
resOpt.SaveResolutionsOnCopy = false;
resOpt.MapOldCtxToNewCtx = null;
}
return(true);
}
/// <inheritdoc /> public abstract CdmObject Copy(ResolveOptions resOpt = null, CdmObject host = null);
internal abstract CdmObjectReferenceBase CopyRefObject(ResolveOptions resOpt, dynamic refTo, bool simpleReference, CdmObjectReferenceBase host = null);
/// <inheritdoc /> public abstract bool IsDerivedFrom(string baseDef, ResolveOptions resOpt = null);
public override dynamic CopyData(ResolveOptions resOpt, CopyOptions options)
{
return(CdmObjectBase.CopyData <CdmTypeAttributeDefinition>(this, resOpt, options));
}
/// <inheritdoc /> public abstract T FetchObjectDefinition <T>(ResolveOptions resOpt = null) where T : CdmObjectDefinition;
public override ResolvedEntityReferenceSet FetchResolvedEntityReferences(ResolveOptions resOpt = null)
{
return(null);
}
/// <summary>
/// This method runs the tests with a set expected attributes & attribute context values and validated the actual result
/// </summary>
/// <param name="testName"></param>
/// <param name="sourceEntityName"></param>
/// <param name="expectedContext_*">expected attribute context object - for each resolution option combination</param>
/// <param name="expected_*">expected attribute object - for each resolution option combination</param>
/// <returns></returns>
protected static async Task RunTestWithValues(
string testName,
string sourceEntityName,
AttributeContextExpectedValue expectedContext_default,
AttributeContextExpectedValue expectedContext_normalized,
AttributeContextExpectedValue expectedContext_referenceOnly,
AttributeContextExpectedValue expectedContext_structured,
AttributeContextExpectedValue expectedContext_normalized_structured,
AttributeContextExpectedValue expectedContext_referenceOnly_normalized,
AttributeContextExpectedValue expectedContext_referenceOnly_structured,
AttributeContextExpectedValue expectedContext_referenceOnly_normalized_structured,
List <AttributeExpectedValue> expected_default,
List <AttributeExpectedValue> expected_normalized,
List <AttributeExpectedValue> expected_referenceOnly,
List <AttributeExpectedValue> expected_structured,
List <AttributeExpectedValue> expected_normalized_structured,
List <AttributeExpectedValue> expected_referenceOnly_normalized,
List <AttributeExpectedValue> expected_referenceOnly_structured,
List <AttributeExpectedValue> expected_referenceOnly_normalized_structured,
bool updateExpectedOutput = false
)
{
try
{
string testInputPath = TestHelper.GetInputFolderPath(TestsSubpath, testName);
string testActualPath = TestHelper.GetActualOutputFolderPath(TestsSubpath, testName);
string testExpectedPath = TestHelper.GetExpectedOutputFolderPath(TestsSubpath, testName);
string corpusPath = testInputPath.Substring(0, testInputPath.Length - "/Input".Length);
testActualPath = Path.GetFullPath(testActualPath);
CdmCorpusDefinition corpus = new CdmCorpusDefinition();
corpus.SetEventCallback(new EventCallback {
Invoke = CommonDataModelLoader.ConsoleStatusReport
}, CdmStatusLevel.Warning);
corpus.Storage.Mount("local", new LocalAdapter(corpusPath));
corpus.Storage.Mount("cdm", new LocalAdapter(SchemaDocsPath));
corpus.Storage.DefaultNamespace = "local";
string outFolderPath = corpus.Storage.AdapterPathToCorpusPath(testActualPath) + "/"; // interesting 'bug'
CdmFolderDefinition outFolder = await corpus.FetchObjectAsync <CdmFolderDefinition>(outFolderPath);
CdmEntityDefinition srcEntityDef = await corpus.FetchObjectAsync <CdmEntityDefinition>($"local:/Input/{sourceEntityName}.cdm.json/{sourceEntityName}");
Assert.IsTrue(srcEntityDef != null);
var resOpt = new ResolveOptions
{
WrtDoc = srcEntityDef.InDocument,
Directives = new AttributeResolutionDirectiveSet(new HashSet <string> {
})
};
CdmEntityDefinition resolvedEntityDef = null;
string outputEntityName = string.Empty;
string outputEntityFileName = string.Empty;
string entityFileName = string.Empty;
if (expectedContext_default != null && expected_default != null)
{
entityFileName = "d";
resOpt.Directives = new AttributeResolutionDirectiveSet(new HashSet <string> {
});
outputEntityName = $"{sourceEntityName}_R_{entityFileName}";
outputEntityFileName = $"{outputEntityName}.cdm.json";
resolvedEntityDef = await srcEntityDef.CreateResolvedEntityAsync(outputEntityName, resOpt, outFolder);
await SaveActualEntityAndValidateWithExpected(Path.Combine(testExpectedPath, outputEntityFileName), resolvedEntityDef, updateExpectedOutput);
}
if (expectedContext_normalized != null && expected_normalized != null)
{
entityFileName = "n";
resOpt.Directives = new AttributeResolutionDirectiveSet(new HashSet <string> {
"normalized"
});
outputEntityName = $"{sourceEntityName}_R_{entityFileName}";
outputEntityFileName = $"{outputEntityName}.cdm.json";
resolvedEntityDef = await srcEntityDef.CreateResolvedEntityAsync(outputEntityName, resOpt, outFolder);
await SaveActualEntityAndValidateWithExpected(Path.Combine(testExpectedPath, outputEntityFileName), resolvedEntityDef, updateExpectedOutput);
}
if (expectedContext_referenceOnly != null && expected_referenceOnly != null)
{
entityFileName = "ro";
resOpt.Directives = new AttributeResolutionDirectiveSet(new HashSet <string> {
"referenceOnly"
});
outputEntityName = $"{sourceEntityName}_R_{entityFileName}";
outputEntityFileName = $"{outputEntityName}.cdm.json";
resolvedEntityDef = await srcEntityDef.CreateResolvedEntityAsync(outputEntityName, resOpt, outFolder);
await SaveActualEntityAndValidateWithExpected(Path.Combine(testExpectedPath, outputEntityFileName), resolvedEntityDef, updateExpectedOutput);
}
if (expectedContext_structured != null && expected_structured != null)
{
entityFileName = "s";
resOpt.Directives = new AttributeResolutionDirectiveSet(new HashSet <string> {
"structured"
});
outputEntityName = $"{sourceEntityName}_R_{entityFileName}";
outputEntityFileName = $"{outputEntityName}.cdm.json";
resolvedEntityDef = await srcEntityDef.CreateResolvedEntityAsync(outputEntityName, resOpt, outFolder);
await SaveActualEntityAndValidateWithExpected(Path.Combine(testExpectedPath, outputEntityFileName), resolvedEntityDef, updateExpectedOutput);
}
if (expectedContext_normalized_structured != null && expected_normalized_structured != null)
{
entityFileName = "n_s";
resOpt.Directives = new AttributeResolutionDirectiveSet(new HashSet <string> {
"normalized", "structured"
});
outputEntityName = $"{sourceEntityName}_R_{entityFileName}";
outputEntityFileName = $"{outputEntityName}.cdm.json";
resolvedEntityDef = await srcEntityDef.CreateResolvedEntityAsync(outputEntityName, resOpt, outFolder);
await SaveActualEntityAndValidateWithExpected(Path.Combine(testExpectedPath, outputEntityFileName), resolvedEntityDef, updateExpectedOutput);
}
if (expectedContext_referenceOnly_normalized != null && expected_referenceOnly_normalized != null)
{
entityFileName = "ro_n";
resOpt.Directives = new AttributeResolutionDirectiveSet(new HashSet <string> {
"referenceOnly", "normalized"
});
outputEntityName = $"{sourceEntityName}_R_{entityFileName}";
outputEntityFileName = $"{outputEntityName}.cdm.json";
resolvedEntityDef = await srcEntityDef.CreateResolvedEntityAsync(outputEntityName, resOpt, outFolder);
await SaveActualEntityAndValidateWithExpected(Path.Combine(testExpectedPath, outputEntityFileName), resolvedEntityDef, updateExpectedOutput);
}
if (expectedContext_referenceOnly_structured != null && expected_referenceOnly_structured != null)
{
entityFileName = "ro_s";
resOpt.Directives = new AttributeResolutionDirectiveSet(new HashSet <string> {
"referenceOnly", "structured"
});
outputEntityName = $"{sourceEntityName}_R_{entityFileName}";
outputEntityFileName = $"{outputEntityName}.cdm.json";
resolvedEntityDef = await srcEntityDef.CreateResolvedEntityAsync(outputEntityName, resOpt, outFolder);
await SaveActualEntityAndValidateWithExpected(Path.Combine(testExpectedPath, outputEntityFileName), resolvedEntityDef, updateExpectedOutput);
}
if (expectedContext_referenceOnly_normalized_structured != null && expected_referenceOnly_normalized_structured != null)
{
entityFileName = "ro_n_s";
resOpt.Directives = new AttributeResolutionDirectiveSet(new HashSet <string> {
"referenceOnly", "normalized", "structured"
});
outputEntityName = $"{sourceEntityName}_R_{entityFileName}";
outputEntityFileName = $"{outputEntityName}.cdm.json";
resolvedEntityDef = await srcEntityDef.CreateResolvedEntityAsync(outputEntityName, resOpt, outFolder);
await SaveActualEntityAndValidateWithExpected(Path.Combine(testExpectedPath, outputEntityFileName), resolvedEntityDef, updateExpectedOutput);
}
}
catch (Exception e)
{
Assert.Fail(e.Message);
}
}
ResolvedAttributeSet Apply(ResolvedTraitSet traits, ResolveOptions resOpt, CdmAttributeResolutionGuidance resGuide, List <AttributeResolutionApplier> actions)
{
if (traits == null && actions.Count == 0)
{
// nothing can change
return(this);
}
// for every attribute in the set run any attribute appliers
ResolvedAttributeSet appliedAttSet = new ResolvedAttributeSet();
int l = this.Set.Count;
appliedAttSet.AttributeContext = this.AttributeContext;
// check to see if we need to make a copy of the attributes
// do this when building an attribute context and when we will modify the attributes (beyond traits)
// see if any of the appliers want to modify
bool makingCopy = false;
if (l > 0 && appliedAttSet.AttributeContext != null && actions != null && actions.Count > 0)
{
ResolvedAttribute resAttTest = this.Set[0];
foreach (AttributeResolutionApplier traitAction in actions)
{
ApplierContext ctx = new ApplierContext {
ResOpt = resOpt, ResAttSource = resAttTest, ResGuide = resGuide
};
if (traitAction.WillAttributeModify(ctx) == true)
{
makingCopy = true;
break;
}
}
}
if (makingCopy)
{
// fake up a generation round for these copies that are about to happen
AttributeContextParameters acp = new AttributeContextParameters
{
under = appliedAttSet.AttributeContext,
type = Enums.CdmAttributeContextType.GeneratedSet,
Name = "_generatedAttributeSet"
};
appliedAttSet.AttributeContext = CdmAttributeContext.CreateChildUnder(traits.ResOpt, acp);
acp = new AttributeContextParameters
{
under = appliedAttSet.AttributeContext,
type = Enums.CdmAttributeContextType.GeneratedRound,
Name = "_generatedAttributeRound0"
};
appliedAttSet.AttributeContext = CdmAttributeContext.CreateChildUnder(traits.ResOpt, acp);
}
for (int i = 0; i < l; i++)
{
ResolvedAttribute resAtt = this.Set[i];
CdmAttributeContext attCtxToMerge = resAtt.AttCtx; // start with the current context for the resolved att, if a copy happens this will change
if (resAtt.Target is ResolvedAttributeSet subSet)
{
if (makingCopy)
{
resAtt = resAtt.Copy();
// making a copy of a subset (att group) also bring along the context tree for that whole group
attCtxToMerge = resAtt.AttCtx;
}
// the set contains another set. process those
resAtt.Target = subSet.Apply(traits, resOpt, resGuide, actions);
}
else
{
ResolvedTraitSet rtsMerge = resAtt.ResolvedTraits.MergeSet(traits);
resAtt.ResolvedTraits = rtsMerge;
if (actions != null)
{
foreach (AttributeResolutionApplier traitAction in actions)
{
ApplierContext ctx = new ApplierContext {
ResOpt = traits.ResOpt, ResAttSource = resAtt, ResGuide = resGuide
};
if (traitAction.WillAttributeModify(ctx) == true)
{
// make a context for this new copy
if (makingCopy)
{
AttributeContextParameters acp = new AttributeContextParameters
{
under = appliedAttSet.AttributeContext,
type = Enums.CdmAttributeContextType.AttributeDefinition,
Name = resAtt.ResolvedName,
Regarding = resAtt.Target
};
ctx.AttCtx = CdmAttributeContext.CreateChildUnder(traits.ResOpt, acp);
attCtxToMerge = ctx.AttCtx as CdmAttributeContext;
}
// make a copy of the resolved att
if (makingCopy)
{
resAtt = resAtt.Copy();
attCtxToMerge.AddLineage(resAtt.AttCtx);
resAtt.AttCtx = attCtxToMerge;
}
ctx.ResAttSource = resAtt;
// modify it
traitAction.DoAttributeModify(ctx);
}
}
}
}
appliedAttSet.Merge(resAtt);
}
appliedAttSet.AttributeContext = this.AttributeContext;
return(appliedAttSet);
}
public override async Task <List <Book> > GetPageAsync(int pageNumber, int rowCount, ResolveOptions resolveOptions = null)
{
var entities = await base.GetPageAsync(pageNumber, rowCount, resolveOptions);
ClearBook(entities);
return(entities);
}
