result-wrapper

ManageableResult<T> wrapper for predictable error handling in . . .

Updated Feb 20, 2026
One-click install
npx skills add https://github.com/yeeehaooo/WorkSpace --skill result-wrapper
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: result-wrapper
Source: https://github.com/yeeehaooo/WorkSpace/tree/main/skills/dotnet/patterns/result-wrapper
Command: npx skills add https://github.com/yeeehaooo/WorkSpace --skill result-wrapper

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Use Result<T> wrapper pattern for explicit error handling without exceptions.

Core Features & Use Cases

  • Explicit error handling: Replace business-rule failures with structured Result<T> values.
  • Composable pipelines: Chain operations using Map, Bind, and Match to build robust processing flows.
  • Railway-oriented programming: Separate success paths from failure paths for predictable error handling.

Quick Start

Create a Result<T> type in your application layer and chain Map and Bind to compose operations with explicit business error handling.

Frequently Asked Questions about result-wrapper

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I handle errors in .NET without throwing exceptions for business rule failures?

Handle .NET business rule failures without exceptions by returning a structured Result<T> wrapper, enabling explicit error propagation across Domain, Application, and Infrastructure layers instead of relying on throw-catch flows.

What is railway-oriented programming and how does it apply to functional error handling in C#?

Railway-oriented programming in C# separates success paths from failure paths using an immutable Result<T> type, allowing operations to short-circuit failures predictably without nested try-catch blocks.

How do I chain multiple operations together explicitly handling failures in functional C#?

Chain operations in functional C# by applying Map, Bind, and Match extension methods on an immutable Result<T> wrapper, creating composable pipelines that automatically propagate business errors downstream.

Can I use the Result pattern across all layers of my clean architecture .NET application?

Apply the Result<T> pattern across Domain, Application, and Infrastructure layers in .NET clean architecture, ensuring explicit error handling replaces exceptions consistently throughout the entire application flow.

What is the difference between Map and Bind when composing Result monads in .NET?

Map applies a function to a successful Result<T> value, while Bind chains functions returning new Result<T> objects, together enabling robust functional pipelines that bypass failure states automatically.

When should I avoid using exceptions and switch to a Result wrapper in .NET?

Switch from exceptions to a Result<T> wrapper when handling predictable business rule failures, reserving exceptions for truly unexpected system errors to maintain predictable and composable application flows.