/// <summary>
/// Toes the index definition.
/// </summary>
public IndexDefinition ToIndexDefinition(DocumentConvention convention, bool validateMap = true)
{
if (Map == null && validateMap)
{
throw new InvalidOperationException(
string.Format("Map is required to generate an index, you cannot create an index without a valid Map property (in index {0}).", indexName));
}
try
{
if (Reduce != null)
{
IndexDefinitionHelper.ValidateReduce(Reduce);
}
string querySource = (typeof(TDocument) == typeof(object) || ContainsWhereEntityIs()) ? "docs" : "docs." + convention.GetTypeTagName(typeof(TDocument));
var indexDefinition = new IndexDefinition
{
Reduce = IndexDefinitionHelper.PruneToFailureLinqQueryAsStringToWorkableCode <TDocument, TReduceResult>(Reduce, convention, "results", translateIdentityProperty: false),
LockMode = LockMode
};
if (MaxIndexOutputsPerDocument.HasValue)
{
indexDefinition.Configuration.MaxIndexOutputsPerDocument = MaxIndexOutputsPerDocument;
}
var indexes = ConvertToStringDictionary(Indexes);
var stores = ConvertToStringDictionary(Stores);
var sortOptions = ConvertToStringDictionary(SortOptions);
var analyzers = ConvertToStringDictionary(Analyzers);
var suggestionsOptions = ConvertToStringSet(SuggestionsOptions).ToDictionary(x => x, x => true);
var termVectors = ConvertToStringDictionary(TermVectors);
var spatialOptions = ConvertToStringDictionary(SpatialIndexes);
if (convention.PrettifyGeneratedLinqExpressions)
{
indexDefinition.Reduce = IndexPrettyPrinter.TryFormat(indexDefinition.Reduce);
}
foreach (var indexesString in IndexesStrings)
{
if (indexes.ContainsKey(indexesString.Key))
{
throw new InvalidOperationException("There is a duplicate key in indexes: " + indexesString.Key);
}
indexes.Add(indexesString);
}
foreach (var storeString in StoresStrings)
{
if (stores.ContainsKey(storeString.Key))
{
throw new InvalidOperationException("There is a duplicate key in stores: " + storeString.Key);
}
stores.Add(storeString);
}
foreach (var analyzerString in AnalyzersStrings)
{
if (analyzers.ContainsKey(analyzerString.Key))
{
throw new InvalidOperationException("There is a duplicate key in analyzers: " + analyzerString.Key);
}
analyzers.Add(analyzerString);
}
foreach (var termVectorString in TermVectorsStrings)
{
if (termVectors.ContainsKey(termVectorString.Key))
{
throw new InvalidOperationException("There is a duplicate key in term vectors: " + termVectorString.Key);
}
termVectors.Add(termVectorString);
}
foreach (var spatialString in SpatialIndexesStrings)
{
if (spatialOptions.ContainsKey(spatialString.Key))
{
throw new InvalidOperationException("There is a duplicate key in spatial indexes: " + spatialString.Key);
}
spatialOptions.Add(spatialString);
}
foreach (var sortOption in SortOptionsStrings)
{
if (sortOptions.ContainsKey(sortOption.Key))
{
throw new InvalidOperationException("There is a duplicate key in sort options: " + sortOption.Key);
}
sortOptions.Add(sortOption);
}
ApplyValues(indexDefinition, indexes, (options, value) => options.Indexing = value);
ApplyValues(indexDefinition, stores, (options, value) => options.Storage = value);
ApplyValues(indexDefinition, sortOptions, (options, value) => options.Sort = value);
ApplyValues(indexDefinition, analyzers, (options, value) => options.Analyzer = value);
ApplyValues(indexDefinition, termVectors, (options, value) => options.TermVector = value);
ApplyValues(indexDefinition, spatialOptions, (options, value) => options.Spatial = value);
ApplyValues(indexDefinition, suggestionsOptions, (options, value) => options.Suggestions = value);
if (Map != null)
{
var map = IndexDefinitionHelper.PruneToFailureLinqQueryAsStringToWorkableCode <TDocument, TReduceResult>(
Map,
convention,
querySource,
translateIdentityProperty: true);
indexDefinition.Maps.Add(convention.PrettifyGeneratedLinqExpressions ? IndexPrettyPrinter.TryFormat(map) : map);
}
return(indexDefinition);
}
catch (Exception e)
{
throw new IndexCompilationException("Failed to create index " + indexName, e);
}
}
