/// <summary>
/// NEST Backwards compatibility
/// </summary>
public static MappingsDescriptor AddMapping <T>(this MappingsDescriptor mapping, TypeName typeName, Func <TypeMappingDescriptor <T>, ITypeMapping> map)
where T : class
{
var item = mapping.Map(typeName, map);
return(mapping);
}
protected override IPromise <IMappings> ApplyAggregateMappingsOnIndex(MappingsDescriptor md)
{
return(md.Map <Favorites>(tm => tm
.Properties(prop => prop
.Keyword(x => x.Name(nameof(Version)))
.Date(x => x.Name(nameof(AggregateSnapshot <Favorites, FavoritesId> .RequestTimestamp)))
.Keyword(x => x.Name(n => n.ObjectType))
.Keyword(x => x.Name(n => n.FavoritedBy)))));
}
protected override IPromise <IMappings> ApplyAggregateMappingsOnIndex(MappingsDescriptor md)
{
return(md.Map <PublicScheme>(tm => tm
.Properties(prop => prop
.Keyword(x => x.Name(nameof(Version)))
.Date(x => x.Name(nameof(AggregateSnapshot <PublicScheme, PublicSchemeId> .RequestTimestamp)))
.Keyword(x => x.Name(n => n.PublisherId))
.Keyword(x => x.Name(n => n.Description))
.Object <ColorScheme>(cs => cs
.Name(x => x.ColorScheme)
.AutoMap()
.Properties(eProp => eProp
.Keyword(x => x.Name(n => n.colorSchemeId))
.Keyword(x => x.Name(n => n.colorSchemeName)))))));
}
public static void TestPage_Type_Mapping_Should_Create_Index_And_Return_IsValid()
{
var elasticClient = new ElasticClient(new Uri("http://localhost:9200"));
var helper = new TypeScanIndexableTypeMapperResolver();
var indexableTypeMappers = helper.GetAll().ToList();
var typeMapper = indexableTypeMappers.First();
var typeMapping = typeMapper.CreateTypeMapping(new CultureInfo("en"));
var typeName = typeMapper.TypeName;
var mappingsDescriptor = new MappingsDescriptor();
mappingsDescriptor.Map<IIndexablePageData>(typeName, x => typeMapping);
var createIndexResponse = elasticClient.CreateIndex("site_en_1", x => x.Mappings(m => mappingsDescriptor));
Assert.Equal(true, createIndexResponse.IsValid);
Assert.Equal(true, createIndexResponse.Acknowledged);
}
#pragma warning restore 618
#pragma warning disable 618
public static ITypeMapping ProjectMappings(MappingsDescriptor map) => map
.Map <Project>(ProjectTypeMappings);
/// <summary>
///
/// </summary>
/// <returns></returns>
public async Task Reindex(bool refreshAllIndex, string refreshIndex, string companyId)
{
var userName = _httpContextAccessor.HttpContext.User.Claims.FirstOrDefault(s => s.Type == "userName")?.Value;
if (userName == "*****@*****.**")
{
if (refreshAllIndex)
{
foreach (var item in GetTypes())
{
await DeleteIndexES(item.Key);
}
}
if (!string.IsNullOrEmpty(refreshIndex))
{
await DeleteIndexES(refreshIndex);
}
var analyzers = new AnalysisDescriptor().Analyzers(aa => aa
.Custom("folding", sa => sa.Tokenizer("standard").Filters("lowercase", "asciifolding").CharFilters("html_strip"))
.Custom("sortable", sa => sa.Tokenizer("keyword").Filters("lowercase", "asciifolding"))
.Custom("uax", sa => sa.Tokenizer("uax_url_email").Filters("lowercase", "stop"))
);
var mappingDescriptor = new MappingsDescriptor();
foreach (var item in GetTypes())
{
if (!_esClient.IndexExists(item.Key).Exists)
{
switch (item.Key)
{
case "activity_history_leads":
mappingDescriptor = mappingDescriptor.Map <ActivityHistoryLead>(mm => mm
.Properties(p => p
.Text(t => t.Name(n => n.CreatedBy).Analyzer("uax").SearchAnalyzer("uax"))
)
);
break;
case "chat_leads":
mappingDescriptor = mappingDescriptor.Map <ChatLead>(mm => mm
.Properties(p => p
.Text(t => t.Name(n => n.CreatedBy).Analyzer("uax").SearchAnalyzer("uax"))
)
);
break;
case "companies":
mappingDescriptor = mappingDescriptor.Map <Company>(mm => mm
.Properties(p => p
.Text(t => t.Name(n => n.CompanyName).Analyzer("folding").SearchAnalyzer("folding"))
.Text(t => t.Name(n => n.Email).Analyzer("uax").SearchAnalyzer("uax"))
.Text(t => t.Name(n => n.CreatedBy).Analyzer("uax").SearchAnalyzer("uax"))
.Text(t => t.Name(n => n.UpdatedBy).Analyzer("uax").SearchAnalyzer("uax"))
)
);
break;
case "contact_leads":
mappingDescriptor = mappingDescriptor.Map <ContactLead>(mm => mm
.Properties(p => p
.Text(t => t.Name(n => n.Name).Analyzer("folding").SearchAnalyzer("folding"))
.Text(t => t.Name(n => n.Email).Analyzer("uax").SearchAnalyzer("uax"))
.Text(t => t.Name(n => n.CreatedBy).Analyzer("uax").SearchAnalyzer("uax"))
.Text(t => t.Name(n => n.UpdatedBy).Analyzer("uax").SearchAnalyzer("uax"))
)
);
break;
case "common_data":
mappingDescriptor = mappingDescriptor.Map <CommonData>(mm => mm
.Properties(p => p
.Text(t => t.Name(n => n.CreatedBy).Analyzer("uax").SearchAnalyzer("uax"))
.Text(t => t.Name(n => n.UpdatedBy).Analyzer("uax").SearchAnalyzer("uax"))
)
);
break;
case "leads":
mappingDescriptor = mappingDescriptor.Map <Lead>(mm => mm
.Properties(p => p
.Text(t => t.Name(n => n.FullName).Analyzer("folding").SearchAnalyzer("folding"))
.Text(t => t.Name(n => n.Email).Analyzer("uax").SearchAnalyzer("uax"))
.Text(t => t.Name(n => n.CreatedBy).Analyzer("uax").SearchAnalyzer("uax"))
.Text(t => t.Name(n => n.UpdatedBy).Analyzer("uax").SearchAnalyzer("uax"))
)
);
break;
case "product_categories":
mappingDescriptor = mappingDescriptor.Map <ProductCategory>(mm => mm
.Properties(p => p
.Text(t => t.Name(n => n.Name).Analyzer("folding").SearchAnalyzer("folding"))
.Text(t => t.Name(n => n.CreatedBy).Analyzer("uax").SearchAnalyzer("uax"))
.Text(t => t.Name(n => n.UpdatedBy).Analyzer("uax").SearchAnalyzer("uax"))
)
);
break;
case "products":
mappingDescriptor = mappingDescriptor.Map <Product>(mm => mm
.Properties(p => p
.Text(t => t.Name(n => n.Name).Analyzer("folding").SearchAnalyzer("folding"))
.Text(t => t.Name(n => n.CreatedBy).Analyzer("uax").SearchAnalyzer("uax"))
.Text(t => t.Name(n => n.UpdatedBy).Analyzer("uax").SearchAnalyzer("uax"))
)
);
break;
case "teams":
mappingDescriptor = mappingDescriptor.Map <Team>(mm => mm
.Properties(p => p
.Text(t => t.Name(n => n.Name).Analyzer("folding").SearchAnalyzer("folding"))
.Text(t => t.Name(n => n.CreatedBy).Analyzer("uax").SearchAnalyzer("uax"))
.Text(t => t.Name(n => n.UpdatedBy).Analyzer("uax").SearchAnalyzer("uax"))
)
);
break;
case "team_users":
mappingDescriptor = mappingDescriptor.Map <TeamUsers>(mm => mm
.Properties(p => p
.Text(t => t.Name(n => n.CreatedBy).Analyzer("uax").SearchAnalyzer("uax"))
.Text(t => t.Name(n => n.UpdatedBy).Analyzer("uax").SearchAnalyzer("uax"))
)
);
break;
case "access_rights":
mappingDescriptor = mappingDescriptor.Map <AccessRight>(mm => mm
.Properties(p => p
.Text(t => t.Name(n => n.CreatedBy).Analyzer("uax").SearchAnalyzer("uax"))
.Text(t => t.Name(n => n.UpdatedBy).Analyzer("uax").SearchAnalyzer("uax"))
)
);
break;
}
await _esClient.CreateIndexAsync(item.Key, c => c
.Settings(s => s.Analysis(a => analyzers))
.Mappings(m => mappingDescriptor
)
);
await Migrate(item.Key, companyId);
}
}
}
}
public static IPromise <IMappings> UserAccountIndexMappings(MappingsDescriptor ms)
{
return(ms.Map <UserAccount>(m => m.AutoMap(-1)));
}
public static IPromise <IMappings> RepoSettingsIndexMappings(MappingsDescriptor ms)
{
return(ms.Map <RepoSettings>(m => m.AutoMap(-1)));
}
public static IPromise <IMappings> JobsIndexMappings(MappingsDescriptor ms)
{
return(ms.Map <JobInfo>(m => m.AutoMap(-1)));
}
public virtual MappingsDescriptor ConfigureIndexMappings(MappingsDescriptor mappings)
{
return(mappings.Map <T>(Name, BuildMapping));
}
protected virtual MappingsDescriptor CreateMappingsDescriptor(CultureInfo language)
{
var mappingsDescriptor = new MappingsDescriptor();
foreach (var indexableTypeMapper in _indexableTypeMapperResolver.GetAll())
{
var typeMapping = indexableTypeMapper.CreateTypeMapping(language);
mappingsDescriptor.Map<IIndexablePageData>(indexableTypeMapper.TypeName, x => typeMapping);
}
return mappingsDescriptor;
}