codewithmukesh
Official@codewithmukesh · India
Open Source Projects & Courses - Primarily on .NET!
Agent Skills by codewithmukesh
Showing 60 vetted skills indexed across 1 GitHub repositories.
codewithmukeshbuild-fix
Iterates dotnet build and test runs to fix compiler errors and failing tests autonomously.
codewithmukeshwrap-up
Captures session work, pending tasks, and learnings into a handoff file for session continuity.
codewithmukeshcheckpoint
Creates a descriptive git commit and handoff note to save mid-session progress.
codewithmukeshverify
Runs a 7-phase verification pipeline covering build, diagnostics, antipatterns, tests, security, formatting, and diff review for .NET projects.
codewithmukeshplan
Generates architecture-aware implementation plans for .NET tasks before writing code.
codewithmukeshcode-review
Reviews .NET code changes using Roslyn MCP analysis with blast-radius prioritization and severity-categorized findings.
codewithmukeshspec
Converts vague feature ideas into approved, persisted specification documents through structured questioning.
codewithmukeshoutdated
Audits .NET solutions for outdated, vulnerable, and commercially licensed NuGet packages.
codewithmukeshmigrate
Guides EF Core schema migrations, .NET version upgrades, and NuGet package updates with rollback plans.
codewithmukesharch-check
Verifies .NET codebase conformance against declared architectures using Roslyn MCP dependency analysis.
codewithmukeshscaffold
Generates complete architecture-aware .NET feature slices with endpoints, handlers, validators, and tests.
codewithmukeshdotnet-init
Initializes .NET projects by detecting project type and generating a customized CLAUDE.md configuration file.
codewithmukeshtdd
Guides red-green-refactor test-driven development cycles for .NET features using xUnit v3 and Testcontainers.
codewithmukeshconfiguration
Bind .NET configuration sections to strongly-typed options with validation.
codewithmukeshconvention-learner
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codewithmukesherror-handling
Implement RFC 9457 ProblemDetails error contracts for .NET 10 APIs.
codewithmukeshmodern-csharp
Modernize C# source code with C# 14 features for .NET 10 projects.
codewithmukeshdocker
Containerize .NET applications using multi-stage Dockerfiles and Docker Compose.
codewithmukeshcontext-discipline
Manage token budgets in Claude Code sessions using MCP-first navigation and subagent offloading.
codewithmukeshautonomous-loops
Orchestrate bounded autonomous loops to diagnose and fix .NET build, test, and scaffold tasks.
codewithmukeshmigration-workflow
Generate EF Core migration workflows with idempotent SQL and rollback plans.
codewithmukesh80-20-review
Prioritize code reviews by scoring blast radius across critical change areas.
codewithmukeshlearning-log
Record development insights with date, category, title, description, and affected files.
codewithmukeshvertical-slice
Organize code by feature into vertical slices with endpoints, handlers, and validation.
Frequently Asked Questions About codewithmukesh
FAQPage SchemaWhat specific .NET tasks are enabled by these architectural patterns?▼
These patterns enable rapid implementation of vertical slice architecture, strongly-typed configuration binding, EF Core migration management, and structured logging via Serilog. They provide a standardized approach to building minimal APIs, managing dependency injection lifetimes, and configuring resilient HTTP communication.
Who is the target persona for these .NET development resources?▼
The target audience includes backend engineers, software architects, and technical leads working within the .NET ecosystem. These resources are designed for developers seeking to modernize legacy codebases to .NET 10 standards or establish clean, maintainable project structures for new enterprise services.
What are the prerequisites for implementing these project structures?▼
Implementation requires a functional .NET 10 SDK environment and familiarity with modern C# 14 features. Users should have existing knowledge of xUnit for testing, Docker for containerization, and basic understanding of dependency injection principles to effectively integrate these architectural modules into their solutions.