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Fusion Issue Solving

  • 1.8k installs
  • 1 repo stars
  • Updated August 4, 2026
  • equinor/fusion-skills

End-to-end resolution of a GitHub issue via implementation, validation, and PR preparation in response to issue URL or reference.

About

Fusion issue-solving automates GitHub issue resolution workflows triggered by URLs, issue references (e.g. #123), or continuation requests. It reads issue metadata, confirms scope and assignee intent, implements changes in isolated worktrees, validates with project checks, and prepares PR-ready output. Developers use it to solve issues without manual issue parsing, duplicate detection, or context refetching. Key workflows include worktree selection, low-token MCP-first GitHub operations with session caching, incremental validation, and draft PR generation with explicit confirmation gates before mutations.

  • Parses GitHub issue URLs and #number references as interchangeable triggers for solve/implement/continue verbs
  • Optional dedicated git worktrees isolate issue work and reduce merge conflicts
  • MCP-first GitHub strategy with per-session caching avoids duplicate label/assignee/type lookups
  • Incremental validation and risk-aware budgeting (30+ calls threshold) for rate-limit safety
  • Draft PR templates with explicit user confirmation before mutations; respects repository contribution rules

Fusion Issue Solving by the numbers

  • 1,818 all-time installs (skills.sh)
  • +42 installs in the week ending Aug 5, 2026 (Skillselion tracking)
  • Ranked #42 of 733 Git & Pull Requests skills by installs in the Skillselion catalog
  • Security screen: MEDIUM risk (skills.sh audit)
  • Data as of Aug 5, 2026 (Skillselion catalog sync)
At a glance

fusion-issue-solving capabilities & compatibility

Capabilities
read github issues · detect duplicates · manage worktrees · validate with project checks · draft pr bodies · confirm mutations · cache session metadata
Works with
github
Use cases
code review · debugging · refactoring · api development
Platforms
macOS · Windows · Linux · WSL
Runs
Runs locally
Pricing
Free
From the docs

What fusion-issue-solving says it does

USE FOR: solve #123, continue work on issue #123, work on https://github.com/owner/repo/issues/123, paste a GitHub issue URL for implementation work.
skill:equinor/fusion-skills#fusion-issue-solving description
Before any GitHub mutation (create/edit/comment/close), ask for explicit user confirmation.
skill:equinor/fusion-skills#fusion-issue-solving instructions § 10
npx skills add https://github.com/equinor/fusion-skills --skill fusion-issue-solving

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Listed on Skillselion
Installs1.8k
repo stars1
Security audit2 / 3 scanners passed
Last updatedAugust 4, 2026
Repositoryequinor/fusion-skills

What it does

Resolve GitHub issues end-to-end from issue URL or reference, including implementation, validation, and PR preparation.

Who is it for?

Developers implementing issues with clear acceptance criteria; teams using GitHub + MCP tool integration; workflows requiring low-token caching and rate-limit safety.

Skip if: Issue drafting only; PR review only; non-implementation research; repositories with disabled write access.

When should I use this skill?

User says 'solve #123', 'work on #123', 'solve https://github.com/owner/repo/issues/123', or pastes a GitHub issue URL as main request.

What you get

Issue fully resolved with validated changes, PR draft, and assignment decisions logged; mutations require explicit confirmation.

  • Implemented files with validation evidence
  • PR draft (`.tmp/pr-body-issue-*-*.md`)
  • Assignee and closure decisions

By the numbers

  • Budget: ~20 MCP reads + ~5 mutations per typical session
  • Pause enrichment if total approaches 30+ calls
  • GraphQL mutations cost 5 secondary-limit points each vs 1 for reads

Files

SKILL.mdMarkdownGitHub ↗

Issue Solving Workflow

When to use

Use when the user wants to solve or continue a GitHub issue end-to-end, including short current-repo prompts like solve #123, direct GitHub issue URLs, or requests like lets work on https://github.com/owner/repo/issues/123.

Typical triggers:

  • "lets solve #123"
  • "solve #123"
  • "work on #123"
  • "lets work on https://github.com/owner/repo/issues/123"
  • "https://github.com/owner/repo/issues/123"
  • "continue work on issue #123"
  • "implement issue #123 end-to-end"
  • "work on this ticket: [issue URL]"
  • "research, implement, and prepare a PR for this issue"

Treat GitHub issue URLs as interchangeable with #123 references for verbs like solve, fix, implement, continue, finish, or work on. A direct GitHub issue URL can serve as the main request payload when no competing intent is stated.

When not to use

  • Request is only issue drafting/authoring
  • No implementation changes expected
  • Repository write operations are disallowed

Required inputs

Collect before execution:

  • issue URL or owner/repo#number
  • repository and branch/worktree decision
  • acceptance criteria and out-of-scope constraints
  • required validation commands for the target repository

Optional:

  • related issues/PRs
  • risk areas to prioritize
  • requested commit/PR granularity

Instructions

1. Ask whether to use a dedicated git worktree

  • Ask this before any other workflow questions.
  • If yes, use/create the worktree and continue there.

2. Confirm issue context and success criteria

  • Read the issue body, labels, and linked discussions once, then reuse that context instead of refetching.
  • Restate the implementable scope and explicitly list out-of-scope items.

3. Confirm assignee intent for issue closure work

  • Check whether the current user is assigned to the primary issue.
  • If the current user is not assigned, ask whether they want to assign themselves before continuing.
  • For each sub-issue that will be resolved or closed by this workflow, check assignee status once and reuse the result for closure decisions.
  • If the current user is not assigned on a sub-issue, ask whether they want to assign themselves before resolving/closing it.

4. Apply low-token GitHub strategy

  • Prefer MCP-backed tools over ad hoc gh api or GraphQL calls when equivalent tools exist.
  • Avoid duplicate lookups for labels, issue types, and duplicate detection.
  • Cache per-run context (issue metadata, duplicate matches, issue-type support, label sets, assignee candidates) and reuse it — do not re-fetch data that was already retrieved in this session.
  • When delegating to fusion-issue-authoring or its subordinate skills, the orchestrator's session-cache rules apply: labels and assignee candidates are fetched once per repository, issue types once per organization.
  • Use GraphQL fallback only when MCP coverage is unavailable and do not loop retries.
  • GraphQL mutations cost 5 secondary-limit points each (vs 1 for queries); batch fields into single calls and pause at least 1 second between mutation calls.
  • Budget awareness: a typical implementation session (read issue + duplicate check + 1–2 mutations + sub-issue links) should stay under ~20 MCP read calls and ~5 mutations. If the running total approaches 30+ calls, pause optional enrichment and proceed with local work.
  • Respect retry-after and x-ratelimit-reset headers; do not retry before the indicated wait.
  • If rate limits are hit, stop non-essential operations and continue with local implementation/PR preparation when possible.

5. Build and track a concrete plan

  • Create actionable todos ordered by dependencies.
  • Keep exactly one step in progress and update status as work completes.

6. Research before edits

  • Inspect relevant files, tests, and adjacent usage.
  • Prefer root-cause fixes over surface patches.

7. Implement in small scoped changes

  • Keep each change aligned to issue acceptance criteria.
  • Avoid unrelated refactors and generated release artifacts.

8. Validate incrementally

  • Run targeted checks first, then required project checks.
  • If checks fail, fix relevant issues and re-run before proceeding.

9. Prepare PR-ready output

  • Summarize what changed and why.
  • Include validation evidence and known follow-ups.
  • Draft the PR body in a .tmp/ file with an issue/context-specific name (for example, .tmp/pr-body-issue-123-scope-summary.md), not a shared .tmp/pr-body.md.
  • Base the draft on .github/pull_request_template.md and keep it updated as implementation evolves.
  • Ask which base branch to target and propose a likely default (typically main, or the branch the current branch was cut from).
  • Ask whether the PR should be opened as draft or ready for review.
  • Ask whether the PR should be assigned to the user and whether related issues should be linked.

10. Optional GitHub mutation steps

  • Before any GitHub mutation (create/edit/comment/close), ask for explicit user confirmation.
  • If requested, update issue status/comments with objective progress.
  • Prefer MCP tool mutations over ad hoc API calls when equivalent operations exist.
  • If GitHub API rate limits block mutation, report the failure clearly, stop retry loops, and propose a safe retry sequence.
  • If requested, create or update the PR using the repository PR template and the .tmp/ PR body draft file, using the confirmed base branch, draft/ready state, assignee choice, and related issue links.

Expected output

Return a concise delivery report with:

  • implemented scope vs original issue criteria,
  • files changed,
  • validation commands and outcomes,
  • assignment decisions for primary issue and affected sub-issues,
  • API usage strategy used (MCP-first/cache reuse/fallbacks),
  • open risks/blockers,
  • PR body summary (or .tmp/ draft file path when created).

Assets

  • assets/issue-solving-checklist.md

Safety & constraints

  • This skill is mutation-capable. Repository-local workflow instructions take precedence over inline guidance when they conflict.
  • Never request or expose secrets/credentials.
  • Never run destructive commands without explicit confirmation.
  • Keep changes minimal and scoped to the issue.
  • Do not claim checks passed without running them.
  • Follow repository instructions and contribution rules.

Related skills

Forks & variants (1)

Fusion Issue Solving has 1 known copy in the catalog totaling 1 installs. They canonicalize to this original listing.

How it compares

Use fusion-issue-solving when you need end-to-end issue-to-PR discipline; use narrower skills for single steps like review resolution only.

FAQ

When should I use issue-solving vs manual git/PR workflow?

Use issue-solving when you have a clear GitHub issue URL or #number and want one-shot implementation with validation and PR prep. Manual workflow is better for exploratory work or non-implementation-focused tasks.

How does worktree isolation prevent merge conflicts?

Dedicated worktrees let you work in parallel branches without checking out, reducing accidental contamination of main branch and enabling safer concurrent issue resolution.

What happens if GitHub rate limits are hit?

Skill respects retry-after headers, pauses optional enrichment, and continues with local implementation. PR preparation can proceed offline; mutations are deferred until limits reset.

Is Fusion Issue Solving safe to install?

skills.sh reports 2 of 3 security scanners passed. Review the Security Audits panel on this page before installing in production.

Git & Pull Requestsgitintegrations

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