mcpbeat

Git Resolve Version Conflicts

coinbase/git.resolve-version-conflicts

Resolve rebase/merge conflicts in CDS release-versioning files — package.json "version" fields and CHANGELOG.md entries — that arise because packages were versioned independently on master and the current branch. Recomputes each package's version by applying the branch's bump type (patch/minor/major) on top of master's latest version, rewrites CHANGELOG entries with today's date and the new version, then continues the rebase and formats. Use when the user asks to "resolve a versioning conflict", "resolve a package.json conflict", "resolve a changelog conflict", or when you organically detect conflict markers in package.json / CHANGELOG.md files during a rebase or merge. When detected organically, ALWAYS ask the user for confirmation before running this flow.

2k tokens
context cost
the whole folder, loaded on every use
1
files
instructions only
0
copies elsewhere
how many repositories repackaged it
491
stars on the repo
on the repository, not the skill itself

Install

one command, takes just this skill from the repository
npx skills add https://github.com/coinbase/cds --skill git.resolve-version-conflicts

What it tells the agent to use

found in the instruction text
Bash runs shell commands — read the instruction before connecting

The instruction itself

12 sections, as written by the author

Resolve CDS version-file conflicts

CDS ships many packages that are kept version-locked by yarn release. When both

master and the current branch bump package versions independently, a rebase (or

merge) collides on two file types only:

  • packages/<pkg>/package.json — the "version" field
  • packages/<pkg>/CHANGELOG.md — the top-of-file version entries

This skill resolves only those two file types mechanically. Anything else that

conflicts must be raised to the user.


When to run

Trigger this flow when EITHER:

  • The user explicitly asks to resolve a versioning / package.json / CHANGELOG

conflict, or

  • You organically notice conflict markers (<<<<<<<, =======, >>>>>>>) inside

package.json or CHANGELOG.md files during a rebase/merge.

> **In case 2 you MUST ask the user for confirmation before performing any

> resolution.** Describe what you found (which packages, which files) and ask

> whether to run this resolution flow. Do not resolve organically-detected

> conflicts without an explicit go-ahead.


The rules (source of truth)

  • Master's version is the latest. For each package, the version currently on

origin/master (equivalently, the HEAD/"ours" side of a rebase) is the newest

published version.

  • Reapply the branch's bump on top of master. Determine the _type_ of bump the

branch made (patch / minor / major) from the branch's version commit, then apply

that same bump to master's latest version. That is the resolved version.

  • patch: x.y.Zx.y.(Z+1)
  • minor: x.Y.zx.(Y+1).0
  • major: X.y.z(X+1).0.0
  • CHANGELOG: put the branch's entry at the top, above master's entries, using

today's date and the resolved version, matching the exact format the file already

uses. Keep all of master's existing entries intact below it.

  • Only package.json and CHANGELOG.md conflicts are in scope. If any other

file is conflicted, STOP and raise it to the user before continuing.

  • Run the formatter when finished.
  • Never change existing commit messages while continuing the rebase.

Step 0 — Confirm scope

git status

List the conflicted (both modified / unmerged) paths. Partition them:

  • In-scope: packages/*/package.json, packages/*/CHANGELOG.md
  • Out-of-scope: everything else

If any out-of-scope file is conflicted, stop and raise it to the user now. Do not

touch those files. Only proceed once the user decides how to handle them.

If you got here organically (not via an explicit user request), also confirm with the

user that they want you to run this resolution flow before editing anything.

Note: package.json files often auto-merge cleanly even when the CHANGELOG for the

same package conflicts — you must still recompute their versions in the steps below,

so include every affected package, not just the ones with visible conflict markers.


Step 1 — Identify the branch's version commit and bump type

The conflict is anchored on a specific commit (during a rebase, git names it in

git status as the commit it "could not apply", e.g. 571c39254 (version)).

Inspect exactly what versions that commit changed and by how much:

git show <version-commit> -- '**/package.json'

For each package, read the - "version": "A.B.C"+ "version": "A.B.D" hunk and

classify the bump as patch / minor / major (rule 2).


Step 2 — Read master's latest version per package

For every affected package:

git show origin/master:packages/<pkg>/package.json | grep '"version"'

(During a rebase the working-tree/HEAD value equals master's, since master's side

was checked out — either source is fine.)

Compute the resolved version = master's latest version + the branch's bump type.

Example from a real run: master was 9.6.9 for all packages; the branch's bump was

patch (9.6.8 → 9.6.9); resolved version = 9.6.10 for all of them.


Step 3 — Update each package.json

Set the "version" field of every affected package to its resolved version.

Check whether packages pin each other's versions:

grep -nE '"@coinbase/cds-(common|web|mobile|mcp-server|icons)"' packages/<pkg>/package.json

If internal deps use workspace:^ (the CDS convention), only the top-level

"version" field needs changing. If any dep pins an explicit version of a package

you just bumped, update that pin to match.


Step 4 — Resolve each CHANGELOG.md

For each conflicted CHANGELOG, produce this order (newest first):

  • Branch entry — heading uses the resolved version and today's date, followed

by the branch's change body.

  • Master's entries — kept verbatim below, in descending version order.

Match the file's existing heading format exactly. CDS uses two shapes:

  • Real change: ## <version> (M/D/YYYY PST) followed by a #### 🐞 Fixes (or

🚀 Updates, 📘 Misc, …) section and bullet(s).

  • Artificial bump: ## <version> ((M/D/YYYY, HH:MM AM/PM PST)) followed by

This is an artificial version bump with no new change.

Rules of thumb:

  • If the branch's contribution to this package is a real change, carry that

change's body into the new top entry (real-change format).

  • If the branch only bumped this package to stay in sync (its conflict body reads

"artificial version bump with no new change"), keep it an artificial-bump entry;

reuse the timestamp from the branch's original entry, with today's date.

  • Do not merge the branch's bullet into master's entry — they are separate

version entries. Master's entry keeps its own bullets; the branch's bullet lives

under the new resolved-version heading above it.

Remove every <<<<<<<, =======, >>>>>>> marker.


Step 5 — Verify no markers remain

grep -rn '^<<<<<<<\|^=======\|^>>>>>>>' packages/*/CHANGELOG.md packages/*/package.json

Expect no output.


Step 6 — Continue the rebase (or commit the merge)

Stage the resolved files and continue without editing commit messages:

git add packages/*/package.json packages/*/CHANGELOG.md
GIT_EDITOR=true git rebase --continue

GIT_EDITOR=true accepts each existing message unchanged. If more conflicts surface

on later commits, repeat Steps 0–6; if a later conflict is out-of-scope, stop and

raise it.

(For a merge instead of a rebase, git commit --no-edit after git add.)


Step 7 — Format

yarn nx format:write

Step 8 — Report back

Summarize:

  • Which commit caused the conflict and which files were in scope.
  • The resolved version per package and the bump type applied on top of master.
  • The CHANGELOG placement (branch entry on top, master's kept below).
  • That commit messages were unchanged.
  • That the branch history was rewritten (rebase), so a force push

(git push --force-with-lease) will be needed — do NOT push unless asked.

How to use it

Copy the folder

Take coinbase/git.resolve-version-conflicts from the repository into ~/.claude/skills for personal use, or into .claude/skills inside a project.

Check the name does not clash

The agent identifies a skill by the name field in its header. Two skills with the same name cannot sit side by side — one of them will be ignored.