CL.Sinks Package	NuGet	Version	Stats
SqlServer	Install-Package CL.Sinks.SqlServer
MySql	Install-Package CL.Sinks.MySql
MySql Backup	Install-Package CL.Sinks.MySql.Backup
PostgreSql	Install-Package CL.Sinks.PostgreSql

Description

CL.Sinks is simple .NET library wrapped around Dapper ORM with a goal to simplify interactions with relational databases.

Background

The main motivation comes from unavoidable interaction with data sources, mainly ADO.NET providers, at work and for personal projects and dealing with repetative helper methods in each to handle connections and executing queries and stored procedures. Side note: I gave it a shot, but never seemed to adapt and get to like "code-first" approach with Entity Framework mainly because it is difficult to modify any table/field without having to constantly dealing with migrations back and forth.

I needed very simple, fast and easy to setup data access layer for SqlServer, MySql and PostgreSql.

Basic Usage

This basic example demonstrates how quickly you can connect and query your database whether it is SqlServer, MySql or PostgreSql. This is most appropriate approach for very simple projects or quick testing where as for more complex projects and scenarios that interact with multiple databases and database providers check out more advanced usage examples

// Connection strings will vary among providers. varconnection=newConnection(){ConnectionString="connection string"};// Sql Servervarusers=newSqlDataAccess(connection).LoadFromStoredProcedureAsync<Users>("sp_GetUsers");// PostgreSql Servervarusers=newPostgreSqlDataAccess(connection).LoadFromStoredProcedureAsync<Users>("sp_GetUsers");// MySqlvarusers=newMySqlDataAccess(connection).LoadFromStoredProcedureAsync<Users>("sp_GetUsers");

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Advanced Usage

There are several ways you can define your connections to different databases and database types. Most of the time you will end up using appsettings.json for it as connection strings will most likely come from some secrets manager services. Any connection string with connection name of "Default" will be mapped and considered your default connection.

appsettings.json

{
"ConnectionStrings": {
"Default": "sql server connection string",
"MySql": "connection string",
"PostgreSql": "connection string"
}
}

If however, that is not the case and you want to hard code connecton strings you can define the list of connections by using Connection object

publicstructConnectionStrings{publicstaticList<Connection>Connections=new(){newConnection{Name="Default",ConnectionString="sql server connection string",IsDefault=true,},newConnection{Name="MySql",ConnectionString="connection string",ConnectionTimeout=120,},newConnection{Name="PostgreSql",ConnectionString="connection string"}};}

The chances are that you will be using Dependency Injection to register data access providers. Let's showcase scenario with single provider and multiple providers and how you'd register and inject them in your app

Register services in program.cs (.NET 6) or startup.cs (.NETCore 3.1 - .NET 5) would be the same for both scenarios - you'd just register each provider as singleton

// If you have defined connections in appsettings.json IConfigurationconfig=newConfigurationBuilder().AddJsonFile("appsettings.json",false).Build();varserviceProvider=newServiceCollection().AddSingleton<ISqlDataAccess,SqlDataAccess>(_ =>newSqlDataAccess(newConnectionSettings(config))).AddSingleton<ISqlDataAccess,PostgreSqlDataAccess>(_ =>newPostgreSqlDataAccess(newConnectionSettings(config))).AddSingleton<ISqlDataAccess,MySqlDataAccess>(_ =>newMySqlDataAccess(newConnectionSettings(config){// You can specify default timeout for all connection strings. if not set it will default to 30 secondsGlobalConnectionTimeout=90})).BuildServiceProvider();
...// If you have hard coded the definitions of connection strings in code behindvar serviceProvider =newServiceCollection().AddSingleton<ISqlDataAccess,SqlDataAccess>(_ =>newSqlDataAccess(newConnectionSettings(ConnectionStrings.Connections))).AddSingleton<ISqlDataAccess,PostgreSqlDataAccess>(_ =>newPostgreSqlDataAccess(newConnectionSettings(ConnectionStrings.Connections))).AddSingleton<ISqlDataAccess,MySqlDataAccess>(_ =>newMySqlDataAccess(newConnectionSettings(ConnectionStrings.Connections))).BuildServiceProvider();
...

Single Provider Usage

[ApiController][Route("[controller]")]publicclassUsersController:ControllerBase{privatereadonlyISqlDataAccess_sqlDataAccess;publicUsersController(ISqlDataAccessdataProvider){_sqlDataAccess=dataProvider;}[HttpGet("/sql/users")]publicasyncTask<List<User>>SqlUsers()=>await_sqlDataAccess.LoadFromStoredProcedureAsync<User>("sp_GetUsers");[HttpGet("/sql/users/{id:int}")]publicasyncTask<User>SqlSingleUser()=>await_sqlDataAccess.LoadFirstFromStoredProcedureAsync<User,dynamic>("sp_GetUsers",new{id});}

Multiple Providers Usage

[ApiController][Route("[controller]")]publicclassUsersController:ControllerBase{privatereadonlyISqlDataAccess_sqlDataAccess;privatereadonlyISqlDataAccess_mySqlDataAccess;privatereadonlyISqlDataAccess_postgreSqlDataAccess;publicUsersController(IEnumerable<ISqlDataAccess>dataProviders){_mySqlDataAccess=dataProviders.SingleOrDefault(s =>s.GetType()==typeof(MySqlDataAccess));_postgreSqlDataAccess=dataProviders.SingleOrDefault(s =>s.GetType()==typeof(PostgreSqlDataAccess));_sqlDataAccess=dataProviders.ElementAt(1);}[HttpGet("/sql/users")]publicasyncTask<List<User>>SqlUsers()=>await_sqlDataAccess.LoadFromStoredProcedureAsync<User>("sp_GetUsers");[HttpGet("/sql/users/{id:int}")]publicasyncTask<User>SqlSingleUser()=>await_sqlDataAccess.LoadFirstFromStoredProcedureAsync<User,dynamic>("sp_GetUsers",new{id});[HttpGet("/mysql/users")]publicasyncTask<List<User>>MySqlUsers()=>await_mySqlDataAccess.LoadFromStoredProcedureAsync<User>("sp_GetUsers","MySql");[HttpGet("/postgresql/users")]publicasyncTask<List<User>>PostgreSql()=>await_postgreSqlDataAccess.LoadFromStoredProcedureAsync<User>("sp_GetUsers","PostgreSql");}

All Methods

Methods	Where	Returns	Notes
LoadFromSqlAsync<T, T1>	T required, T1 optional	List<T>
LoadFirstFromSqlAsync<T, T1>	T required, T1 optional	T	If query returns collection first item will be returned
LoadFromStoredProcedureAsync<T, T1>	T required, T1 optional	List<T>
LoadFirstStoredProcedureAsync<T, T1>	T required, T1 optional	T	If sp returns collection first item will be returned
SaveFromSqlAsync<T>	T optional	void
SaveFromStoredProcedureAsync<T>	T optional	void
SaveFromSql<T>	T optional	void
SaveFromStoredProcedure<T>	T optional	void

Extensions

Fluent Database Backup Extension

Right now it is only supporting MySql backup but soon I will extend support for other database sinks and storage options (choose priority) as well add restore functionality. I am debating whether or not to combine this functionality into one extension or split them into multiple, one extension per sink. Feel free to drop your thoughts here

Anyways, in meantime if you use MySql database here's the sample usage

Install-Package CL.Sinks.MySql.Backup

varbackupStatus=FluentMySqlBackup.For(ConnectionStrings.Connections.FirstOrDefault(c =>c.Name=="MySql")).Export(newstring[]{"all"})// individial db names or "all" for all databases on server.ToLocalStorage(@"C:\users\vpetkovic\desktop").Save()// multiThreaded = false.ToAzure("AzureBlobConnectionString").OnBlob("backup-db-container").Upload(true)// true = multiThreaded.Done();

backupStatus will return an object

{
Exceptions: [],TotalBackupTimeMilliseconds: decimal,isSuccess: bool,IsRunning: bool,
}