public static CdmDocumentDefinition FromObject(CdmCorpusContext ctx, string name, string nameSpace, string path, DocumentContent obj)
{
var doc = ctx.Corpus.MakeObject <CdmDocumentDefinition>(CdmObjectType.DocumentDef, name);
doc.FolderPath = path;
doc.Namespace = nameSpace;
if (!string.IsNullOrEmpty(obj.Schema))
{
doc.Schema = obj.Schema;
}
if (DynamicObjectExtensions.HasProperty(obj, "JsonSchemaSemanticVersion") && !string.IsNullOrEmpty(obj.JsonSchemaSemanticVersion))
{
doc.JsonSchemaSemanticVersion = obj.JsonSchemaSemanticVersion;
}
if (obj.Imports != null)
{
foreach (var importObj in obj.Imports)
{
doc.Imports.Add(ImportPersistence.FromData(ctx, importObj));
}
}
if (obj.Definitions != null)
{
for (int i = 0; i < obj.Definitions.Count; i++)
{
dynamic d = obj.Definitions[i];
if (d["dataTypeName"] != null)
{
doc.Definitions.Add(DataTypePersistence.FromData(ctx, d));
}
else if (d["purposeName"] != null)
{
doc.Definitions.Add(PurposePersistence.FromData(ctx, d));
}
else if (d["attributeGroupName"] != null)
{
doc.Definitions.Add(AttributeGroupPersistence.FromData(ctx, d));
}
else if (d["traitName"] != null)
{
doc.Definitions.Add(TraitPersistence.FromData(ctx, d));
}
else if (d["entityShape"] != null)
{
doc.Definitions.Add(ConstantEntityPersistence.FromData(ctx, d));
}
else if (d["entityName"] != null)
{
doc.Definitions.Add(EntityPersistence.FromData(ctx, d));
}
}
}
return(doc);
}
private static dynamic GetEntityReference(CdmCorpusContext ctx, JToken obj)
{
dynamic entity = null;
if (obj["entityReference"] is JValue)
{
entity = obj["entityReference"];
}
else if (obj["entityReference"]?["entityShape"] != null)
{
entity = ConstantEntityPersistence.FromData(ctx, obj["entityReference"]);
}
else
{
entity = EntityPersistence.FromData(ctx, obj["entityReference"]);
}
return(entity);
}
public static CdmManifestDefinition FromObject(CdmCorpusContext ctx, string name, string nameSpace, string path, ManifestContent dataObj)
{
// Determine name of the manifest
var manifestName = !StringUtils.IsBlankByCdmStandard(dataObj.ManifestName) ? dataObj.ManifestName : dataObj.FolioName;
// We haven't found the name in the file, use one provided in the call but without the suffixes
if (StringUtils.IsBlankByCdmStandard(manifestName))
{
manifestName = name.Replace(PersistenceLayer.ManifestExtension, "").Replace(PersistenceLayer.FolioExtension, "");
}
var manifest = ctx.Corpus.MakeObject <CdmManifestDefinition>(CdmObjectType.ManifestDef, manifestName);
manifest.Name = name; // this is the document name which is assumed by constructor to be related to the the manifestName, but may not be
manifest.FolderPath = path;
manifest.Namespace = nameSpace;
manifest.Explanation = dataObj.Explanation;
if (!StringUtils.IsBlankByCdmStandard(dataObj.Schema))
{
manifest.Schema = dataObj.Schema;
}
if (DynamicObjectExtensions.HasProperty(dataObj, "JsonSchemaSemanticVersion") && !StringUtils.IsBlankByCdmStandard(dataObj.JsonSchemaSemanticVersion))
{
manifest.JsonSchemaSemanticVersion = dataObj.JsonSchemaSemanticVersion;
}
if (!StringUtils.IsBlankByCdmStandard(dataObj.DocumentVersion))
{
manifest.DocumentVersion = dataObj.DocumentVersion;
}
if (!StringUtils.IsBlankByCdmStandard(dataObj.ManifestName))
{
manifest.ManifestName = dataObj.ManifestName;
}
else if (!StringUtils.IsBlankByCdmStandard(dataObj.FolioName))
{
// Might be populated in the case of folio.cdm.json or manifest.cdm.json file.
manifest.ManifestName = dataObj.FolioName;
}
Utils.AddListToCdmCollection(manifest.ExhibitsTraits, Utils.CreateTraitReferenceList(ctx, dataObj.ExhibitsTraits));
if (dataObj.Imports != null)
{
foreach (var importObj in dataObj.Imports)
{
manifest.Imports.Add(ImportPersistence.FromData(ctx, importObj));
}
}
if (dataObj.Definitions != null)
{
for (int i = 0; i < dataObj.Definitions.Count; i++)
{
dynamic d = dataObj.Definitions[i];
if (d["dataTypeName"] != null)
{
manifest.Definitions.Add(DataTypePersistence.FromData(ctx, d));
}
else if (d["purposeName"] != null)
{
manifest.Definitions.Add(PurposePersistence.FromData(ctx, d));
}
else if (d["attributeGroupName"] != null)
{
manifest.Definitions.Add(AttributeGroupPersistence.FromData(ctx, d));
}
else if (d["traitName"] != null)
{
manifest.Definitions.Add(TraitPersistence.FromData(ctx, d));
}
else if (d["entityShape"] != null)
{
manifest.Definitions.Add(ConstantEntityPersistence.FromData(ctx, d));
}
else if (d["entityName"] != null)
{
manifest.Definitions.Add(EntityPersistence.FromData(ctx, d));
}
}
}
if (dataObj.LastFileStatusCheckTime != null)
{
manifest.LastFileStatusCheckTime = DateTimeOffset.Parse(dataObj.LastFileStatusCheckTime);
}
if (dataObj.LastFileModifiedTime != null)
{
manifest.LastFileModifiedTime = DateTimeOffset.Parse(dataObj.LastFileModifiedTime);
}
if (dataObj.LastChildFileModifiedTime != null)
{
manifest.LastChildFileModifiedTime = DateTimeOffset.Parse(dataObj.LastChildFileModifiedTime);
}
if (dataObj.Entities != null)
{
var fullPath = !StringUtils.IsBlankByCdmStandard(nameSpace) ? $"{nameSpace}:{path}" : path;
foreach (var entityObj in dataObj.Entities)
{
CdmEntityDeclarationDefinition entity = null;
if (entityObj["type"] != null)
{
if (entityObj["type"].ToString() == EntityDeclarationDefinitionType.LocalEntity)
{
entity = LocalEntityDeclarationPersistence.FromData(ctx, fullPath, entityObj);
}
else if (entityObj["type"].ToString() == EntityDeclarationDefinitionType.ReferencedEntity)
{
entity = ReferencedEntityDeclarationPersistence.FromData(ctx, fullPath, entityObj);
}
else
{
Logger.Error(ctx, Tag, nameof(FromObject), null, CdmLogCode.ErrPersistEntityDeclarationMissing, (string)entityObj["entityName"]);
}
}
else
{
// We see old structure of entity declaration, check for entity schema/declaration.
if (entityObj["entitySchema"] != null)
{
// Local entity declaration used to use entity schema.
entity = LocalEntityDeclarationPersistence.FromData(ctx, fullPath, entityObj);
}
else
{
// While referenced entity declaration used to use entity declaration.
entity = ReferencedEntityDeclarationPersistence.FromData(ctx, fullPath, entityObj);
}
}
manifest.Entities.Add(entity);
}
// Checks if incremental trait is needed from foundations.cdm.json
ImportFoundationsIfIncrementalPartitionTraitExist(manifest);
}
if (dataObj.Relationships != null)
{
foreach (var rel in dataObj.Relationships)
{
manifest.Relationships.Add(E2ERelationshipPersistence.FromData(ctx, rel));
}
}
if (dataObj.SubManifests != null)
{
foreach (var subManifest in dataObj.SubManifests)
{
manifest.SubManifests.Add(ManifestDeclarationPersistence.FromData(ctx, subManifest));
}
}
// Might be populated in the case of folio.cdm.json or manifest.cdm.json file.
else if (dataObj.SubFolios != null)
{
foreach (var subFolio in dataObj.SubFolios)
{
manifest.SubManifests.Add(ManifestDeclarationPersistence.FromData(ctx, subFolio));
}
}
return(manifest);
}
public static CdmDocumentDefinition FromObject(CdmCorpusContext ctx, string name, string nameSpace, string path, DocumentContent obj)
{
var doc = ctx.Corpus.MakeObject <CdmDocumentDefinition>(CdmObjectType.DocumentDef, name);
doc.FolderPath = path;
doc.Namespace = nameSpace;
if (!StringUtils.IsBlankByCdmStandard(obj.Schema))
{
doc.Schema = obj.Schema;
}
if (!StringUtils.IsBlankByCdmStandard(obj.DocumentVersion))
{
doc.DocumentVersion = obj.DocumentVersion;
}
if (obj.Imports != null)
{
foreach (var importObj in obj.Imports)
{
doc.Imports.Add(ImportPersistence.FromData(ctx, importObj));
}
}
if (obj.Definitions != null)
{
for (int i = 0; i < obj.Definitions.Count; i++)
{
dynamic d = obj.Definitions[i];
if (d["dataTypeName"] != null)
{
doc.Definitions.Add(DataTypePersistence.FromData(ctx, d));
}
else if (d["purposeName"] != null)
{
doc.Definitions.Add(PurposePersistence.FromData(ctx, d));
}
else if (d["attributeGroupName"] != null)
{
doc.Definitions.Add(AttributeGroupPersistence.FromData(ctx, d));
}
else if (d["traitName"] != null)
{
doc.Definitions.Add(TraitPersistence.FromData(ctx, d));
}
else if (d["traitGroupName"] != null)
{
doc.Definitions.Add(TraitGroupPersistence.FromData(ctx, d));
}
else if (d["entityShape"] != null)
{
doc.Definitions.Add(ConstantEntityPersistence.FromData(ctx, d));
}
else if (d["entityName"] != null)
{
doc.Definitions.Add(EntityPersistence.FromData(ctx, d));
}
}
}
var isResolvedDoc = false;
if (doc.Definitions.Count == 1 && doc.Definitions[0] is CdmEntityDefinition entity)
{
var resolvedTrait = entity.ExhibitsTraits.Item("has.entitySchemaAbstractionLevel");
// Tries to figure out if the document is in resolved form by looking for the schema abstraction trait
// or the presence of the attribute context.
isResolvedDoc = resolvedTrait != null && string.Equals((resolvedTrait as CdmTraitReference).Arguments[0].Value, "resolved");
isResolvedDoc = isResolvedDoc || entity.AttributeContext != null;
}
if (!StringUtils.IsBlankByCdmStandard(obj.JsonSchemaSemanticVersion))
{
doc.JsonSchemaSemanticVersion = obj.JsonSchemaSemanticVersion;
if (CompareJsonSemanticVersion(ctx, doc.JsonSchemaSemanticVersion) > 0)
{
if (isResolvedDoc)
{
Logger.Warning(ctx, Tag, nameof(FromObject), null, CdmLogCode.WarnPersistUnsupportedJsonSemVer, JsonSemanticVersion, doc.JsonSchemaSemanticVersion);
}
else
{
Logger.Error(ctx, Tag, nameof(FromObject), null, CdmLogCode.ErrPersistUnsupportedJsonSemVer, JsonSemanticVersion, doc.JsonSchemaSemanticVersion);
}
}
}
else
{
Logger.Warning(ctx, Tag, nameof(FromObject), null, CdmLogCode.WarnPersistJsonSemVerMandatory);
}
return(doc);
}
public static CdmDocumentDefinition FromObject(CdmCorpusContext ctx, string name, string nameSpace, string path, DocumentContent obj)
{
var doc = ctx.Corpus.MakeObject <CdmDocumentDefinition>(CdmObjectType.DocumentDef, name);
doc.FolderPath = path;
doc.Namespace = nameSpace;
if (!string.IsNullOrEmpty(obj.Schema))
{
doc.Schema = obj.Schema;
}
if (!string.IsNullOrEmpty(obj.DocumentVersion))
{
doc.DocumentVersion = obj.DocumentVersion;
}
if (obj.Imports != null)
{
foreach (var importObj in obj.Imports)
{
doc.Imports.Add(ImportPersistence.FromData(ctx, importObj));
}
}
if (obj.Definitions != null)
{
for (int i = 0; i < obj.Definitions.Count; i++)
{
dynamic d = obj.Definitions[i];
if (d["dataTypeName"] != null)
{
doc.Definitions.Add(DataTypePersistence.FromData(ctx, d));
}
else if (d["purposeName"] != null)
{
doc.Definitions.Add(PurposePersistence.FromData(ctx, d));
}
else if (d["attributeGroupName"] != null)
{
doc.Definitions.Add(AttributeGroupPersistence.FromData(ctx, d));
}
else if (d["traitName"] != null)
{
doc.Definitions.Add(TraitPersistence.FromData(ctx, d));
}
else if (d["entityShape"] != null)
{
doc.Definitions.Add(ConstantEntityPersistence.FromData(ctx, d));
}
else if (d["entityName"] != null)
{
doc.Definitions.Add(EntityPersistence.FromData(ctx, d));
}
}
}
var isResolvedDoc = false;
if (doc.Definitions.Count == 1 && doc.Definitions[0] is CdmEntityDefinition entity)
{
var resolvedTrait = entity.ExhibitsTraits.Item("has.entitySchemaAbstractionLevel");
// Tries to figure out if the document is in resolved form by looking for the schema abstraction trait
// or the presence of the attribute context.
isResolvedDoc = resolvedTrait != null && string.Equals(resolvedTrait.Arguments[0].Value, "resolved");
isResolvedDoc = isResolvedDoc || entity.AttributeContext != null;
}
if (!string.IsNullOrEmpty(obj.JsonSchemaSemanticVersion))
{
doc.JsonSchemaSemanticVersion = obj.JsonSchemaSemanticVersion;
if (CompareJsonSemanticVersion(ctx, doc.JsonSchemaSemanticVersion) > 0)
{
var message = $"This ObjectModel version supports json semantic version {JsonSemanticVersion} at maximum. Trying to load a document with version {doc.JsonSchemaSemanticVersion}.";
if (isResolvedDoc)
{
Logger.Warning(nameof(DocumentPersistence), ctx, message, nameof(FromData));
}
else
{
Logger.Error(nameof(DocumentPersistence), ctx, message, nameof(FromData));
}
}
}
else
{
Logger.Warning(nameof(DocumentPersistence), ctx, "jsonSemanticVersion is a required property of a document.", nameof(FromData));
}
return(doc);
}