Maps API

The ArcGIS API for Silverlight is a powerful web mapping API for Silverlight 5 applications. The ESRI.ArcGIS.Client library contains core functionality of the ArcGIS API for Silverlight. The library contains a Map control, ArcGIS service layers, graphics, geometry, symbol components, and tasks that support query, find, identify, and various geospatial and geoprocessing operations. For complete design-time support in Visual Studio, download and install the ArcGIS API for Silverlight: http://links.esri.com/silverlight

A library for interacting with Google Maps API web services using C# or VB.Net

ThinkGeo.Cloud.Client is based on .NET Standard 2.1. ThinkGeo.Cloud.Client - the C# library for the GIS Server APIs. A powerful suite of mapping, geospatial and location-based APIs for your applications and services.

ExpressMapper.Core is a fork of ExpressMapper built against netstandard. ExpressMapper is a lightweight, fast and easy to use .Net mapper to map one type of object(s) to another. ExpressMapper relies completely on the expression trees.

A convention-based object-object mapper. AutoMapper uses a fluent configuration API to define an object-object mapping strategy. AutoMapper uses a convention-based matching algorithm to match up source to destination values. Currently, AutoMapper is geared towards model projection scenarios to flatten complex object models to DTOs and other simple objects, whose design is better suited for serialization, communication, messaging, or simply an anti-corruption layer between the domain and application layer.

MAD.NET is a simple and high perfoming extension framework for .NET 5.x with a lot of needful features. The hole framework uses the Microsoft.Extensions.DependencyInjection extension to handle the dependency injection on top level of each application. The framework is splitted into seperate layers. The first (core) layer contains extension implementations and useful other features, like diagnostic measurement, fast reflection access, simple dynamic type creation at runtime, protected configuration sections, a lot of own collection or tree implementations, a simple linq tree access pattern, a caching framework for a dictionary cache which works like the Microsoft.Extensions.MemoryCache and abstractions for the INotifyPropertyChanged, IDisposable and IChangeTracking interfaces. The second (data) layer contains a standardised data access framework for sql or linq based data stores. With a fluent api the developer can create queries working like linq queries. The abstraction layer makes the expansion of the data layer very easy so that client implementations of MySql and MSSQL become easier. Futhermore a fast object mapper can make developing much as simple when creating entities from a query result. the object mapper handles joined tables by recognizing the repetition of rows in a query result. The third (application) layer contains configuration extensions for the lean service implementation Rebus or logging extension named Serilog. Also a virtual drive service is prepared to map a path to a logical drive letter as simple as possible. The fourth (process) layer is empty and will contains orchestrate implementations inspired by the Rebus Sagas in the future. The fifth (presentation) layer makes presentate your application WPF-Extensions allowing the developer to create views controlled by a view controller (MVVM-C) and inject backend services or send command or receive messages via a message bus as easy as possible. In the future the presentation framework will be expanded by simple ASP.NET Web Api or ASP.NET MVC extensions to develop responsive frontends for each plattform in a short time.

Handy extensions to the Google Maps Android API. https://developers.google.com/maps/documentation/android-api/utility/

The ArcGIS API for Silverlight is a powerful web mapping API for Silverlight 5 applications. The ESRI.ArcGIS.Client.Bing library contains a set of components that integrate Microsoft's Bing Maps imagery, geocode, and route services with the API. For complete design-time support in Visual Studio, download and install the ArcGIS API for Silverlight: http://links.esri.com/silverlight

The ArcGIS API for Silverlight is a powerful web mapping API for Silverlight 5 applications. The ESRI.ArcGIS.Client.Toolkit.DataSources library contains a set of standard and custom data sources to enhance the ArcGIS API for Silverlight. The library contains support for WMS, KML, OpenStreetMap, GeoRss, CSV, and heatmap layers. Source code for this library is available on CodePlex at http://esrisilverlight.codeplex.com and GitHub.com at http://github.com/Esri/arcgis-toolkit-sl-wpf. For complete design-time support in Visual Studio, download and install the ArcGIS API for Silverlight: http://links.esri.com/silverlight

SQLitePCL.pretty wraps the C like SQLiteAPI provided by SQLitePCL.raw with a friendly C# object oriented API. Notable features include support for using LINQ expressions on SQL query results, SQLite events exposed as C# events, and the ability to take advantage of advance SQLite features, such as collation, aggregate, scalar, and commit hook functions. For asynchronous query support, an additional companion API is available. See: https://www.nuget.org/packages/SQLitePCL.pretty.Async/ A simple table mapped ORM is also available. See https://www.nuget.org/packages/SQLitePCL.pretty.Orm/

The ArcGIS Runtime SDK for Windows Phone is a powerful mapping API for Windows Phone 7.1 and 8.0 applications. The ESRI.ArcGIS.Client library contains a Map control, ArcGIS service layers, graphics, geometry, symbol components, and tasks that support query, find, identify, and various geospatial and geoprocessing operations.

InstaSharp is a wrapper around the Instagram API. It's goal is to provide you with a clean and neat interface for ineracting with Instagram's data services, while taking care of all the lower level things like HTTP requests, OAuth flow, and mapping the JSON request to .NET classes.

Wrapper .NET Library for Win32 Memory Mapped Files API

CqlSharp is a high performance, asynchronous Cassandra CQL binary protocol client implementing the ADO.NET data provider interfaces. It's main features are: * The API implements the ADO.NET interfaces. If you are familiar with SqlConnection, SqlCommand, and SqlReader, you should be able to use CqlSharp with no difficulty. * CqlSharp is an implementation of the CQL Binary Protocols v1, v2, and v3 and therefore requires Cassandra 1.2 and up * CqlSharp supports all the binary protocol v2 features: batching, paging, bound query variables, result schema caching, check-and-set (CAS) statements, and sasl-authentication * CqlSharp supports all the binary protocol v3 features: more queries per connection, timestamp property, UDT and Tuple types, larger collections * Supports fast mapping of objects to query parameters, or query results to objects. Mapping is tunable by decorating your classes via Table and Column attributes. * Extremely fast, highly flexible and extendable type (conversion) system. Automatically converts parameters and results to the requested types. * Query tracing, timeouts and cancellation is supported * Configuration is done through connection strings. The simultaneous use of multiple Cassandra clusters is supported. * Extensive logging, including support for custom logger implementations See https://github.com/reuzel/CqlSharp/wiki/Features for an extensive feature list.

A convention-based object-object mapper. AutoMapper uses a fluent configuration API to define an object-object mapping strategy. AutoMapper uses a convention-based matching algorithm to match up source to destination values. Currently, AutoMapper is geared towards model projection scenarios to flatten complex object models to DTOs and other simple objects, whose design is better suited for serialization, communication, messaging, or simply an anti-corruption layer between the domain and application layer.

Includes a model and interface for communicating with four popular Geocoding providers. Current implementations include: Google Maps, Yahoo! PlaceFinder, Bing Maps (aka Virtual Earth), and Mapquest. The API returns latitude/longitude coordinates and normalized address information. This can be used to perform address validation, real time mapping of user-entered addresses, distance calculations, and much more.

This version is for Windows desktop applications using Visual Studio 2022 on Windows 10 / Windows 11 including both DirectX 11 and DirectX 12. DirectXTex, a shared source library for reading and writing .DDS files, and performing various texture content processing operations including resizing, format conversion, mip-map generation, block compression for Direct3D runtime texture resources, and height-map to normal-map conversion. This library makes use of the Windows Image Component (WIC) APIs. It also includes simple .TGA and .HDR readers and writers since these image file format are commonly used for texture content processing pipelines, but are not currently supported by a built-in WIC codec.

This package provides mappings of the Scandit Barcode Picker API for Xamarin.iOS and Xamarin.Android.

Base MapGuide API components. Contains the Foundation, Geometry and PlatformBase parts of the MapGuide API Supported Platforms: - .NET Framework 4.0 and above

A extremely fast and friendly convention-based object-object mapper. It is implemented via the Emit library and uses a fluent configuration API to define an object-object mapping strategy. PowerMapper is useful for dealing with DTO objects, data access layers an so on.

Includes a model and interface for communicating with four popular Geocoding providers. Current implementations include: Google Maps, Yahoo! PlaceFinder, Bing Maps (aka Virtual Earth), and Mapquest. The API returns latitude/longitude coordinates and normalized address information. This can be used to perform address validation, real time mapping of user-entered addresses, distance calculations, and much more.

.Net standard library for Azure Maps Services

The ArcGIS API for Silverlight is a powerful web mapping API for Silverlight 5 applications. The ESRI.ArcGIS.Client.Toolkit library contains controls to enhance use of the ArcGIS API for Silverlight. The library contains a legend, overview map, scale line, feature data grid, data form, and other controls. Source code for this library is available on CodePlex at http://esrisilverlight.codeplex.com and GitHub.com at http://github.com/Esri/arcgis-toolkit-sl-wpf. For complete design-time support in Visual Studio, download and install the ArcGIS API for Silverlight: http://links.esri.com/silverlight

The ArcGIS API for Silverlight is a powerful web mapping API for Silverlight 5 applications. The ESRI.ArcGIS.Client.Printing library supports working with the ExportWebMap service introduced with ArcGIS 10.1 for Server. For complete design-time support in Visual Studio, download and install the ArcGIS API for Silverlight: http://links.esri.com/silverlight

The ArcGIS API for Silverlight is a powerful web mapping API for Silverlight 5 applications. The ESRI.ArcGIS.Client.Behaviors library contains a set of behaviors and actions that enable element-defined interactivity with a map and its contents. For complete design-time support in Visual Studio, download and install the ArcGIS API for Silverlight: http://links.esri.com/silverlight

The ArcGIS API for Silverlight is a powerful web mapping API for Silverlight 5 applications. The ESRI.ArcGIS.Client.Portal library supports connecting to portals and querying content, such as web maps. Portals include ArcGIS Online (ArcGIS.com) and on-premise Portal for ArcGIS installations. For complete design-time support in Visual Studio, download and install the ArcGIS API for Silverlight: http://links.esri.com/silverlight

Google Maps API v3 TypeScript Definition file.

Base MapGuide API components. Contains the Foundation, Geometry and PlatformBase parts of the MapGuide API Supported Platforms: - .NET Framework 4.0 and above

C# bindings for Google APIs Maps iOS Library

Includes a model and interface for communicating with four popular Geocoding providers. Current implementations include: Google Maps, Yahoo! PlaceFinder, Bing Maps (aka Virtual Earth), and Mapquest. The API returns latitude/longitude coordinates and normalized address information. This can be used to perform address validation, real time mapping of user-entered addresses, distance calculations, and much more.

Includes a model and interface for communicating with four popular Geocoding providers. Current implementations include: Google Maps, Yahoo! PlaceFinder, Bing Maps (aka Virtual Earth), and Mapquest. The API returns latitude/longitude coordinates and normalized address information. This can be used to perform address validation, real time mapping of user-entered addresses, distance calculations, and much more.

Google Maps Web Services API wrapper for .NET

.NET client library for Google Maps API Web Services

Xwt is a cross-platform UI toolkit for creating desktop applications with .NET and Mono that run on multiple platforms from the same codebase. Xwt works by exposing one unified API across all environments that is mapped to a set of native controls on each platform. The framework consists of the frontend (Xwt core) and platform specific backends. Additionally to this core Xwt package you need to add an Xwt toolkit package (Xwt.*) for every platform you want your application to target.

Semiodesk Trinity is a high-level C# API for querying and manipulating RDF triplestores. Semiodesk Trinity offers a Object-Mapping mechanism which also supports all the features that makes RDF great, for example being schema-less and inferencing.

Transformalize Transform using Google Maps API

Recommended Google client library to access the Google Maps Route Optimization API, which assigns tasks and routes to a vehicle fleet, optimizing against the objectives and constraints that you supply for your transportation goals.

A dotnet (core) HubSpot rest api client with support for custom property mapping

ThinkGeo.Gdal works with both .NET Core(3.0 and above) and .NET Framework(4.6.2 and above). It is a layer extension to the ThinkGeo product line that provides the ability to render a GDAL compatible file on a map. The Geospatial Data Abstraction Library (GDAL) is a computer software library for reading and writing raster and vector geospatial data formats, and is released under the permissive X/MIT style free software license by the Open Source Geospatial Foundation. As a library, it presents a single abstract data model to the calling application for all supported formats. ** This is an extension for use in ThinkGeo's product line, and cannot be used standalone. See below for more details. ** Docs and Product Guides: https://docs.thinkgeo.com/ API Documentation: https://wiki.thinkgeo.com/wiki/12.0/thinkgeo.core ThinkGeo Cloud APIs: https://cloud.thinkgeo.com This is a commercial product with a free 30-day evaluation. Start your evaluation by signing up at https://helpdesk.thinkgeo.com/register and downloading the ProductCenter application. Supported Platforms: Windows, Linux - ThinkGeo UI Components based on .NET Core - ThinkGeo UI for Blazor. ThinkGeo UI for WebApi. ThinkGeo UI for WPF.

The ArcGIS Runtime SDK for Windows Phone is a powerful mapping API for Windows Phone 7.1 and 8.0 applications. The ESRI.ArcGIS.Client.Bing library contains a set of components that integrate Microsoft's Bing Maps imagery, geocode, and route services with the API.

This is a legacy package for embedding Syncfusion reporting components such as Report Viewer, Report Designer and Report Writer in your web application. Please use the BoldReports.Web package for new projects. The Syncfusion Web Report Viewer is a server-side helper package used to build report viewer compatible ASP.NET Web API service that is used for Essential JS 1 Report Viewer control in Angular and JavaScript platforms. The report viewer control is used to view RDL/RDLC reports within web applications. The reports are rendered using HTML5 and provides an optimal user experience across phone, tablet, and desktop form-factors. Key features: • Report viewer can render RDL reports published on SQL Server Reporting Services server. • Popular data sources such as Microsoft SQL Server, Microsoft SQL Azure, SQL CE, XML, Microsoft Access, Oracle, OLEDB, and ODBC are supported. • Users can interactively provide report parameter inputs at run time to display reports based on the parameter. • SQL Server RDL specification expressions are supported. • Report items such as tables, matrices, lists, charts, sparklines, databars, maps, gauges, subreports, indicators, images, lines, and rectangles can be displayed. • Report viewer supports multilevel grouping and sorting in data regions of report items such as tablixes, matrices, lists, charts, sparklines, databars, gauges, indicators, and maps. • Interactive features in RDL specification like drill through, hyperlink, and interactive sorting to work with report at runtime. • Preview the report in print layout prior to printing. Page settings can be modified using page setup dialog. • All static texts within the report viewer can be localized to any desired language. • Displayed reports can be exported to popular file formats: PDF, Word, Excel, and HTML. • Toolbars and parameter block appearance can be customized using templates. • Report writer can be used to create file report formats PDF, Word, Excel, and HTML without viewing the report. Learn more: https://www.syncfusion.com/reporting-tool/jquery/javascript/report-viewer?utm_source=nuget&utm_medium=listing Documentation: https://help.syncfusion.com/js/reportviewer/getting-started?utm_source=nuget&utm_medium=listing https://help.syncfusion.com/angular/reportviewer/getting-started?utm_source=nuget&utm_medium=listing Support: Incident: https://www.syncfusion.com/support/directtrac/incidents/newincident?utm_source=nuget&utm_medium=listing Forum: https://www.syncfusion.com/forums/javascript?utm_source=nuget&utm_medium=listing https://www.syncfusion.com/forums/angular?utm_source=nuget&utm_medium=listing This is a commercial product and requires a paid license for possession or use. Syncfusion’s licensed software, including this component, is subject to the terms and conditions of Syncfusion's EULA (https://www.syncfusion.com/eula/es/?utm_source=nuget&utm_medium=listing). To acquire a license, you can purchase one at https://www.syncfusion.com/sales/products?utm_source=nuget&utm_medium=listing or start a free 30-day trial here (https://www.syncfusion.com/account/manage-trials/start-trials?utm_source=nuget&utm_medium=listing). © Copyright 2021 Syncfusion, Inc. All Rights Reserved. The Syncfusion Essential Studio license and copyright applies to this distribution.

Open source javascript based mapping API.

A google map api wrapper for .Net . You can use Directions and Distance Matrix Api using this package

Includes a model and interface for communicating with four popular Geocoding providers. Current implementations include: Google Maps, Yahoo! PlaceFinder, Bing Maps (aka Virtual Earth), and Mapquest. The API returns latitude/longitude coordinates and normalized address information. This can be used to perform address validation, real time mapping of user-entered addresses, distance calculations, and much more.

Easily map ASP.NET MVC routes to lowercase URLs! Does not affect casing of the querystring, if one exists. Includes support for MVC Areas, as well as experimental support for ASP.NET Web API HTTP routes. See the Project Site for important usage notes.

.NET client library for Google Maps API Web Services

.NET library for hitting google maps api

WP7Contrib services, complete functionality for common tasks such as navigation, location, bing maps rest api wrapper, storage & settings. This assembly is location aware - it makes use of microsoft.phone.controls.maps & system.device.location namespaces. Contains the following assemblies: WP7Contrib.Services.dll WP7Contrib.Serialization.Helpers.dll

Handy extensions to the Google Maps Android API. https://developers.google.com/maps/documentation/android-api/utility/

Simple API to fluently map POCO properties to database columns when using Dapper.