public MyIndex_WithoutAnalyzer()
{
Map = customers => from customer in customers
select new
{
Name = customer.Name
};
Indexes.Add(x => x.Name, FieldIndexing.Search);
}
public CompaniesR_byName()
{
Map = companies => from company in companies
select new
{
company.CompanyName
};
Indexes.Add(x => x.CompanyName, FieldIndexing.Analyzed);
}
public ShoppingCartEventsToShopingCart()
{
MapDefinition = docs => docs.Where(document => document.For == "ShoppingCart");
GroupByExtraction = source => source.ShoppingCartId;
ReduceDefinition = Reduce;
Indexes.Add("ShoppingCartId", FieldIndexing.NotAnalyzed);
Indexes.Add("Aggregate", FieldIndexing.No);
AddField("ShoppingCartId");
AddField("Aggregate");
}
public WorkersR_byEmail()
{
Map = workers => from worker in workers
select new
{
worker.Email
};
Indexes.Add(x => x.Email, FieldIndexing.Analyzed);
}
private void SetUp(OpCompositeExtract op, SpirvInstructionTreeBuilder treeBuilder)
{
ResultType = treeBuilder.ResolveType(op.IdResultType);
Composite = treeBuilder.GetNode(op.Composite);
foreach (var item in op.Indexes)
{
Indexes.Add(treeBuilder.Parse(item));
}
SetUpDecorations(op, treeBuilder);
}
public StoresIndex()
{
Map = posts => from doc in posts
select new { doc.Tags, doc.Content };
Stores.Add(x => x.Title, FieldStorage.Yes);
Indexes.Add(x => x.Tags, FieldIndexing.NotAnalyzed);
Indexes.Add(x => x.Comments, FieldIndexing.No);
}
public Users_ByHobbies()
{
Map = users => from user in users
select new
{
user.Hobbies
};
Indexes.Add(x => x.Hobbies, FieldIndexing.Analyzed);
}
public Users_ByName()
{
Map = users => from u in users select new { Name = u.Name };
Indexes.Add(x => x.Name, FieldIndexing.Analyzed);
IndexSuggestions.Add(x => x.Name, new SuggestionOptions());
Stores.Add(x => x.Name, FieldStorage.Yes);
}
public Users_ByName()
{
Map = users => from user in users
select new
{
user.Name
};
Indexes.Add(x => x.Name, FieldIndexing.Analyzed);
}
protected void Init()
{
Indexes.Add(IdIndex);
Indexes.Add(SubjectIndex);
Indexes.Add(AttachmentsIndex);
Indexes.Add(BodyIndex);
Indexes.Add(HtmlBodyIndex);
Indexes.Add(FromIndex);
Indexes.Add(AccountIndex);
}
public DBColumnList(DBTable table)
: base(table)
{
Indexes.Add(DBColumn.GroupNameInvoker <T> .Instance);
Indexes.Add(DBColumn.PropertyNameInvoker <T> .Instance);
Indexes.Add(DBColumn.ReferencePropertyNameInvoker <T> .Instance);
Indexes.Add(DBColumn.IsViewInvoker <T> .Instance);
Indexes.Add(DBColumn.IsReferenceInvoker <T> .Instance);
Indexes.Add(DBColumn.ReferenceTableInvoker <T> .Instance);
}
public CompaniesR_byEmail()
{
Map = companies => from company in companies
select new
{
company.Email
};
Indexes.Add(x => x.Email, FieldIndexing.Analyzed);
}
public WorkersR_byLastName()
{
Map = workers => from worker in workers
select new
{
worker.LastName
};
Indexes.Add(x => x.LastName, FieldIndexing.Analyzed);
}
public DocumentTable(DocumentMapping mapping) : base(mapping.TableName)
{
// validate to ensure document has an Identity field or property
mapping.Validate();
_mapping = mapping;
var idColumn = new IdColumn(mapping);
if (mapping.TenancyStyle == TenancyStyle.Conjoined)
{
AddPrimaryKeys(new List <TableColumn> {
idColumn, mapping.Metadata.TenantId
});
Indexes.Add(new IndexDefinition(mapping, TenantIdColumn.Name));
}
else
{
AddPrimaryKey(idColumn);
}
AddColumn <DataColumn>();
AddIfActive(_mapping.Metadata.LastModified);
AddIfActive(_mapping.Metadata.Version);
AddIfActive(_mapping.Metadata.DotNetType);
AddIfActive(_mapping.Metadata.CorrelationId);
AddIfActive(_mapping.Metadata.CausationId);
AddIfActive(_mapping.Metadata.LastModifiedBy);
AddIfActive(_mapping.Metadata.Headers);
foreach (var field in mapping.DuplicatedFields)
{
AddColumn(new DuplicatedFieldColumn(field));
}
if (mapping.IsHierarchy())
{
Indexes.Add(new IndexDefinition(_mapping, SchemaConstants.DocumentTypeColumn));
AddColumn(_mapping.Metadata.DocumentType);
}
if (mapping.DeleteStyle == DeleteStyle.SoftDelete)
{
AddColumn(_mapping.Metadata.IsSoftDeleted);
Indexes.Add(new IndexDefinition(mapping, SchemaConstants.DeletedColumn));
AddColumn(_mapping.Metadata.SoftDeletedAt);
}
Indexes.AddRange(mapping.Indexes);
ForeignKeys.AddRange(mapping.ForeignKeys);
}
internal Index <T> AddIndexer <T, TProperty>(Expression <Func <T, TProperty> > indexer, IEqualityComparer <TProperty> comparer = default)
{
var property = ExpressionReflector.GetProperty(indexer);
var usedComparer = comparer ?? EqualityComparer <TProperty> .Default;
var indexedValues = ((IEnumerable <T>)Values).ToLookup(indexer.Compile(), usedComparer);
var result = new Index <T>(property, indexedValues, usedComparer);
Indexes.Add(result);
return(result);
}
public MyIndex(string analyzerName)
{
Map = customers => from customer in customers
select new
{
Name = customer.Name
};
Indexes.Add(x => x.Name, FieldIndexing.Search);
Analyzers.Add(x => x.Name, analyzerName);
}
public BlogPosts_ByContent()
{
Map = posts => from post in posts
select new
{
Title = post.Title,
Content = post.Content
};
Indexes.Add(x => x.Content, FieldIndexing.Search);
}
public ReceivedSmsDataByAcknowledgement()
{
Map = smsReceivedDatas => from receivedData in smsReceivedDatas
select new
{
CreationDate = receivedData.SmsConfirmationData.SentAtUtc,
receivedData.Acknowledge
};
Indexes.Add(c => c.SmsConfirmationData.SentAtUtc, FieldIndexing.Default);
Indexes.Add(c => c.Acknowledge, FieldIndexing.Default);
}
public Employees_ByFirstAndLastName()
{
Map = employees => from employee in employees
select new
{
LastName = employee.LastName,
FirstName = employee.FirstName
};
Indexes.Add(x => x.FirstName, FieldIndexing.Exact);
}
public HotelRoom_Search()
{
Map = rooms => from room in rooms
select new
{
//bla bla
room.DndUntilUtc // add this line
//bla bla
};
Indexes.Add(x => x.DndUntilUtc, FieldIndexing.Analyzed);
}
public Products_ByName()
{
Map = products => from product in products
select new
{
product.Name
};
Indexes.Add(x => x.Name, FieldIndexing.Search); // (optional) splitting name into multiple tokens
Suggestion(x => x.Name); // configuring suggestions
}
public Products_ByName_Search()
{
Map = products => from product in products
select new
{
Name = product.Name,
NameForSorting = product.Name
};
Indexes.Add(x => x.Name, FieldIndexing.Search);
}
public Products_ByName()
{
Map = products => from product in products
select new
{
product.Name
};
Indexes.Add(x => x.Name, FieldIndexing.Analyzed);
Suggestion(x => x.Name);
}
public CoordinatorTrackingDataByDate()
{
Map = coordinators => from coordinator in coordinators
select new
{
CreationDate = coordinator.CreationDateUtc,
Status = coordinator.CurrentStatus
};
Indexes.Add(c => c.CreationDateUtc, FieldIndexing.Default);
Indexes.Add(c => c.CurrentStatus, FieldIndexing.Default);
}
/// <summary>
/// Adds a computed index
/// </summary>
/// <param name="expressions"></param>
/// <param name="configure"></param>
public void Index(IReadOnlyCollection <Expression <Func <T, object> > > expressions,
Action <ComputedIndex> configure = null)
{
var members = expressions
.Select(FindMembers.Determine).ToArray();
var index = new ComputedIndex(this, members);
configure?.Invoke(index);
Indexes.Add(index);
}
public DocumentTable(DocumentMapping mapping) : base(mapping.TableName)
{
// validate to ensure document has an Identity field or property
mapping.CompileAndValidate();
_mapping = mapping;
var idColumn = new IdColumn(mapping);
AddColumn(idColumn).AsPrimaryKey();
if (mapping.TenancyStyle == TenancyStyle.Conjoined)
{
AddColumn(mapping.Metadata.TenantId).AsPrimaryKey();
Indexes.Add(new DocumentIndex(mapping, TenantIdColumn.Name));
}
AddColumn <DataColumn>();
AddIfActive(_mapping.Metadata.LastModified);
AddIfActive(_mapping.Metadata.Version);
AddIfActive(_mapping.Metadata.DotNetType);
AddIfActive(_mapping.Metadata.CorrelationId);
AddIfActive(_mapping.Metadata.CausationId);
AddIfActive(_mapping.Metadata.LastModifiedBy);
AddIfActive(_mapping.Metadata.Headers);
foreach (var field in mapping.DuplicatedFields.Where(x => !x.OnlyForSearching))
{
AddColumn(new DuplicatedFieldColumn(field));
}
if (mapping.IsHierarchy())
{
Indexes.Add(new DocumentIndex(_mapping, SchemaConstants.DocumentTypeColumn));
AddColumn(_mapping.Metadata.DocumentType);
}
if (mapping.DeleteStyle == DeleteStyle.SoftDelete)
{
AddColumn(_mapping.Metadata.IsSoftDeleted);
Indexes.Add(new DocumentIndex(mapping, SchemaConstants.DeletedColumn));
AddColumn(_mapping.Metadata.SoftDeletedAt);
}
Indexes.AddRange(mapping.Indexes);
ForeignKeys.AddRange(mapping.ForeignKeys);
// Compatibility with Marten rules
PrimaryKeyName = $"{Identifier.Name}_pkey";
}
public Users_ByName()
{
Map = users => from u in users select new { Name = u.Name, LastName = u.LastName.Boost(10) };
Indexes.Add(x => x.Name, FieldIndexing.Analyzed);
IndexSuggestions.Add(x => x.Name, new SuggestionOptions());
Analyzers.Add(x => x.Name, typeof(SimpleAnalyzer).FullName);
Stores.Add(x => x.Name, FieldStorage.Yes);
}
public BlogPosts_ByTitle()
{
Map = posts => from post in posts
select new
{
Title = post.Title,
Content = post.Content
};
Indexes.Add(x => x.Content, FieldIndexing.No);
Stores.Add(x => x.Content, FieldStorage.Yes);
}
public Users_ByName()
{
Map = users => from u in users select new { Name = u.Name, LastName = u.LastName.Boost(10) };
Indexes.Add(x => x.Name, FieldIndexing.Search);
IndexSuggestions.Add(x => x.Name);
Analyzers.Add(x => x.Name, typeof(Lucene.Net.Analysis.SimpleAnalyzer).FullName);
Stores.Add(x => x.Name, FieldStorage.Yes);
}
public FooIndex()
{
Map = docs => from doc in docs
select new IndexEntry
{
Name = doc.Name,
Resolutions = doc.Resolutions
};
Indexes.Add(x => x.Name, FieldIndexing.Search);
Stores.Add(x => x.Resolutions, FieldStorage.Yes);
}