msxorg/msx
Routes coding, documentation, and work lifecycle tasks to current MSX standards.
Apply the MSX GitHub Actions coding standard when writing or reviewing workflows.
Apply the MSX PowerShell coding standard when writing or reviewing PowerShell.
Apply the MSX Terraform coding standard when writing or reviewing Terraform.
Apply the MSX TypeScript coding standard when writing or reviewing TypeScript.
Apply the MSX YAML coding standard when writing or reviewing YAML.
Record an MSX one-way-door decision using the canonical documentation template.
Maintain an MSX decisions register using the canonical documentation template.
Write an MSX capability design using the canonical documentation template.
Write an MSX feature addendum using the canonical documentation template.
Write an MSX task guide using the canonical documentation template.
Write an MSX implementation document using the canonical documentation template.
Write an MSX orchestration playbook using the canonical documentation template.
Write an MSX reference document using the canonical documentation template.
Write MSX research findings using the canonical documentation template.
Write an MSX capability specification using the canonical documentation template.
Write an MSX standard using the canonical documentation template.
Apply the MSX agentic development way of working.
Apply MSX ownership and namespacing rules for automation labels.
Create branches and integrate MSX changes through pull requests.
Apply the MSX permission, ownership, and enforcement model.
Write MSX commit messages using the canonical conventions.
Review an MSX target against reference sources using the comparative review playbook.
Distinguish MSX integration, delivery, deployment, and release practices.
Apply the MSX Continuous X, Continuous AI, and DevOps Dojo practices.
Move an MSX change from branch to review-ready pull request.
Apply the MSX readiness and completion gates.
Consult the MSX DevOps and SRE reference for ways of working.
Organize MSX documentation with the canonical documentation model.
Apply MSX engineering judgment when standards do not settle a choice.
Grow MSX software through small bets, feedback, and selection.
Roll one MSX change out across many repositories.
Create and use MSX Git worktrees for isolated changes.
Set MSX missions, objectives, and initiatives above repository epics.
Format and organize issues across the MSX ecosystem.
Apply MSX observability and failure registration practices.
Apply the MSX organization standard.
Format MSX pull request titles, descriptions, change types, and labels.
Apply the MSX principles behind decisions and product mindset.
Use the README as the MSX repository context front door and source of truth.
Decide what belongs in an MSX repository and when to split or combine.
Apply the MSX repository standard.
Classify an MSX repository with its Type property.
Review MSX changes with the expected tone, scope, severity, and disagreement rules.
Interpret MSX phrases that steer a working session.
Develop MSX capabilities from specification through design and delivery.
Select the canonical MSX template for a spec-driven artifact.
Follow the canonical MSX workflow from idea to delivery.
Select and follow an MSX workflow stage procedure.