public PersistDocumentCatalogItem Add(PersistDocument document)
{
var catalogItem = new PersistDocumentCatalogItem()
{
Id = document.Id
};
this.Collection.Add(catalogItem);
return(catalogItem);
}
public void Store(UInt64 processId, string schema, Document document, out Guid newId)
{
try
{
var persistDocument = PersistDocument.FromPayload(document);
if (persistDocument.Id == Guid.Empty)
{
persistDocument.Id = Guid.NewGuid();
}
if (persistDocument.Created == DateTime.MinValue)
{
persistDocument.Created = DateTime.UtcNow;
}
if (persistDocument.Modfied == DateTime.MinValue)
{
persistDocument.Modfied = DateTime.UtcNow;
}
using (var txRef = core.Transactions.Begin(processId))
{
var schemaMeta = core.Schemas.VirtualPathToMeta(txRef.Transaction, schema, LockOperation.Write);
if (schemaMeta == null || schemaMeta.Exists == false)
{
throw new DokdexSchemaDoesNotExistException(schema);
}
string documentCatalogDiskPath = Path.Combine(schemaMeta.DiskPath, Constants.DocumentCatalogFile);
var documentCatalog = core.IO.GetJson <PersistDocumentCatalog>(txRef.Transaction, documentCatalogDiskPath, LockOperation.Write);
documentCatalog.Add(persistDocument);
core.IO.PutJson(txRef.Transaction, documentCatalogDiskPath, documentCatalog);
string documentDiskPath = Path.Combine(schemaMeta.DiskPath, Helpers.GetDocumentModFilePath(persistDocument.Id));
core.IO.CreateDirectory(txRef.Transaction, Path.GetDirectoryName(documentDiskPath));
core.IO.PutJson(txRef.Transaction, documentDiskPath, persistDocument);
core.Indexes.InsertDocumentIntoIndexes(txRef.Transaction, schemaMeta, persistDocument);
newId = document.Id;
txRef.Commit();
}
}
catch (Exception ex)
{
core.Log.Write(String.Format("Failed to store document for process {0}.", processId), ex);
throw;
}
}