In a SQL-based database, our entity model would represent a table and its properties would represent columns. Now, we can create the entity models that reflect our data stored in MongoDB. Then we are using the AddSingleton method to provide the configuration model to the project. We are mapping the values in the appsettings.json file to the configuration model. Public void ConfigureServices(IServiceCollection services)Ĭonfiguration.GetSection(nameof(SchoolDatabaseSettings))) To do all of this, let’s modify the ConfigureServices method in the Startup class: We are going to use this model to store the database settings and access these settings via dependency injection (DI). We intentionally named the class properties the same as the fields in the appsettings.json file. Public class SchoolDatabaseSettings : ISchoolDatabaseSettings Now, we are going to create a Models folder in the project root and create the SchoolDatabaseSettings.cs class and ISchoolDatabaseSettings interface: '': 'Information'įor the rest of the example, we are going to continue using the local server keeping in mind that all the actions performed on the local server can be done on the Atlas dashboard. 'ConnectionString': 'mongodb://localhost:27017', Let’s modify appsettings.json by adding the connection string and a few other fields: Learning Web API? Get our eBook ASP.NET Core Web API Best Practices and become an expert for FREE! > GET THE BOOK <<įinally, by setting the driver to version 2.5 or greater of C#/.Net, Atlas will produce the connection string we can use with our application:

Razorsql mongodb