andrerav 

A fast, fun and stimulating object to object mapper. Kind of like AutoMapper, just simpler and way, way faster.

Lightweight library for Mapster and Mapster CodeGen

Dependency Injection supports for Mapster

EFCore plugin for Mapster

Step into debugging from linq expressions

Translate from linq expressions to C# code

Async supports for Mapster

NHibernate.Spatial is a library of spatial extensions for NHibernate, and allows you to connect NHibernate to a spatially enabled database and manipulate geometries in HQL or in .NET code using NetTopologySuite, providing you with a fully integrated GIS programming experience.

Advanced National Networks for Administrations

Json.net conversion supports for Mapster

Advanced National Networks for Administrations

NHibernate.Spatial is a library of spatial extensions for NHibernate, and allows you to connect NHibernate to a spatially enabled database and manipulate geometries in HQL or in .NET code using NetTopologySuite, providing you with a fully integrated GIS programming experience.

Tool to generate object mapping using Mapster

EF6 plugin for Mapster

NHibernate.Spatial is a library of spatial extensions for NHibernate, and allows you to connect NHibernate to a spatially enabled database and manipulate geometries in HQL or in .NET code using NetTopologySuite, providing you with a fully integrated GIS programming experience.

Immutable collection supports for Mapster

Provides fulltext query capabilities to NHibernate. Includes LINQ provider. See https://github.com/andrerav/NHibernate.FullText for how-to.

This library contains validation methods for data which can be validated against defined ISO standards. Supported standards: ISO 6346 (BIC), ISO 27729 (ISNI), ISO 2108 (ISBN 10+13). ISO Logo copyright © ISO.

A spatial index backed by geohashing and Trie (prefix tree) maps. Geometries are encoded as geohashes and stored in a prefix tree, and reverse lookups are performing by encoding the queried geometry and using the prefix tree as an inverted lookup index. The index size can be tuned with the precision... More information

A spatial index backed by geohashing and Trie (prefix tree) maps. Geometries are encoded as geohashes and stored in a prefix tree, and reverse lookups are performing by encoding the queried geometry and using the prefix tree as an inverted lookup index. The index size can be tuned with the precision... More information