TxtProtocol.Text = () Įlse if (int.Parse(data. TxtProtocol.Text = () Įlse if (int.Parse(data.ToString()) = (int)) TxtDestinationPort.Text = data.ToString() Project based on Schotimes branch of PetaPoco - NPoco/AsyncDatabase.cs at master. UserInterface.DisplayMessageBox(this, "Unable to locate exclude", MessageBoxIcon.Exclamation) Simple microORM that maps the results of a query onto a POCO object. Gcl = db.Fetch(string.Format("select Code, Name, CacheType, Found, IsOwner, Latitude, Longitude, kAfterLat, kAfterLon from Caches inner join ) You can rate examples to help us improve the quality of examples. If you’d like to know more I’ll gladly help.Using (var db = new NPoco.Database(DatabaseConnection.Connection, )) These are the top rated real world C (CSharp) examples of extracted from open source projects. It’s awesome and I’ll never use anything else. ![]() However, by itself, will still generate the exception assuming the name-casing does not match. This class provides the compensating transaction in the completion context of the insert or update operation. NPoco provides an IDatabase.InsertBulk method which takes care of all this low-level code. Salesforce calls this class after the remote operation is completed. This is the most elegant solution I’ve found and it all automated by an API manager I also wrote. AsyncSaveCallback Class A callback class that the Database.insertAsync or Database.updateAsync method references. All of this culminates in a screamingly fast API that I access like so. I have a global variable that sits in a base class called ‘x’. It always returns a list unless the proc doesn’t return a dataset then it returns an int with the SQL return code that’s always generated with a stored proc execution. I call that class file’s method to build the swagger search. Then a class file is created that has a method with each parameter of the stored proc so that I can then make sure I’m generating a POST so query string length isn’t an issue. I made a Swagger api that uses each stored procedure as a service. I ONLY interact with the database through stored procedures. I wrote my own API that uses also uses intellisense for the parameters of stored procedures. Public class DeviceService īut, no matter what, you're going to have to DI every class that you want to be able to inject using DI. Your generic repository will not help you with this and if it does, it's kinda not very generic. However, now you need to do something special: delete devices that haven't connected in 2 weeks. In this way, you can use your generic repo for the 5 methods (or more), which any class that you want (assuming interfaces, contracts, etc.). These are the top rated real world C (CSharp) examples of NPoco extracted from open source projects. Var entity = MySuperRepoGetByIdAsync(12221) So your DI gives you MySuperRepo and then you use it with your intended class. ![]() ![]() The point is NOT to create one per class. You can also use "where T : M圜lass, MyInterface" to help with contracts and ensuring only used by the right people. As long as you can make your code generic in that all consumers agree, you can continue to support as many Ts (entity types) that you want. Assuming that you do not need special code and it matches your objects (which an interface can ensure). You can have a generic repository (like you showed) that handles typical generic access. I'll try not to get into the weeds and not get into a war about anti-patterns or better ways to do things - that rarely helps. So, there's a few ways to think about this.
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