mise-version-bump

name: mise-version-bump description: > Bumps the pinned Mise version in toolprovider/mise/mise.go. Use when the user wants to update, bump, or upgrade Mise, or change misePreviewVersion / miseStableVersion / their checksum maps.

Mise version bump

Automates bumping misePreviewVersion / miseStableVersion and their checksum maps in toolprovider/mise/mise.go. Fail-fast on checksum mismatch or missing GCS objects. Ask the user twice: once for track/action, once to confirm the PR.

Repo facts

Before starting, read toolprovider/mise/mise.go and toolprovider/mise/bootstrap.go to discover:

• The version constant names and checksum map names (preview and stable).
• The set of platform keys used in the checksum maps.
• The artifact naming pattern, GCS bucket name, and GCS path structure.

Use these values throughout — do not assume them from memory.

• Source repo: jdx/mise. Valid releases: vYYYY.M.D (CalVer only with optional : <description>).
• Commit/PR title: Update Mise version. Branch: bump/mise-<NEW_TAG> (or bump/mise-stable-<TAG> for match-stable).

Step 0: Preflight (run in parallel)

• Confirm go.mod contains module github.com/bitrise-io/bitrise/v2. If not, ask the user to cd to the repo root and stop.
• Working tree must be clean. If dirty, ask: continue or abort (recommend abort).
• Verify gh, gcloud, shasum, and git are on PATH. List all missing and stop if any.
• Verify an active gcloud account exists. If not, instruct the user to run gcloud auth login and stop.
• Verify access to the GCS bucket discovered from bootstrap.go. If access fails, surface the error and stop — do not proceed to download or upload.

Step 1: Read current state

Read toolprovider/mise/mise.go and extract the current preview and stable version strings. Print both.

Step 2: Discover latest release

Fetch the latest release tag from jdx/mise. Validate it is a CalVer tag (e.g. v2025.1.0). Print it. Stop on failure.

Step 3: Decide track(s) to bump

Q1 - Which track?

• (a) Preview
• (b) Stable
• (c) Both

Q2 - What action?

• (a) Update to <latest>
• (b) Repair current version - re-downloads, re-verifies, re-uploads missing GCS objects, overwrites checksums in mise.go; no version string change
• (c) Match stable with current preview - no download (only if Q1 = b or c)
• (d) Update preview to <latest>, stable to current preview (only if Q1 = c)

Record targetVersion and tracks ({preview}, {stable}, {preview,stable}, {stable-match-preview}).

For {stable-match-preview} (Q1=b or c, Q2=c): skip steps 4–7 and go directly to step 8.

Step 4: Changelog review

Range: (fromTag, toTag] where fromTag = older of the tracks being moved, toTag = targetVersion.

For each CalVer release in range, fetch its details from jdx/mise.

Scan body (case-insensitive) for keywords related to declarative tool setup:

registry  lockfile  asdf       env        shim       mirror
tarball   tools     core       idiomatic  mise.toml  direnv
backend   tool-versions        breaking   deprecat   remove

Also scan for mise core tools and popular mobile dev tools.

Capture matching lines verbatim, attributed to their release tag and URL.

Risk level (always print with one-line justification):

• low - baseline.
• medium - ≥3 releases in range, OR any match outside breaking/deprecat/remove keywords.
• high - "breaking change" mentioned, OR a CLI subcommand we invoke is removed/renamed. Check toolprovider/mise/ for all mise subcommands invoked and verify none are removed or renamed.
• extreme - asdf compatibility removed, registry format changed, or tarball layout changed.

Related issues (best effort): for matched lines that look like bugs, search for related issues in bitrise-io/bitrise. Surface hits as Possibly related: bitrise-io/bitrise#<num> - <title>. Silent on no match.

Step 5: Download artifacts

Create a temp dir and use gh api to fetch one artifact per platform key (using the artifact naming pattern from the repo facts step) plus the checksums file (default name: SHASUMS256.txt).

Verify the temp dir contains exactly one artifact per platform + the checksums file. If anything is missing, delete the temp dir and stop.

Step 6: Verify checksums (hard fail on mismatch)

Compute SHA-256 checksum for each artifact. Compare against the checksums file.

On any mismatch: print the mismatching platforms with expected vs actual checksums, delete the temp dir, and STOP: do not edit files or touch GCS.

On full match: save checksums as computedChecksums[platform] and continue.

Step 7: GCS mirror

Using the GCS bucket and path structure from the repo facts step, for each artifact:

1. Check if the object already exists in GCS.
2. If absent → upload. If present → log "already mirrored", skip.

Then list the version prefix to confirm all platform artifacts are present. If any are missing → delete the temp dir and STOP, do not edit files.

After successful verification, delete the temp dir.

Step 8: Edit toolprovider/mise/mise.go

For {stable-match-preview}: this is where execution resumes after skipping steps 4–7.

Update the relevant version constant(s) and checksum map(s) using the Edit tool, including enough surrounding context to unambiguously target the preview or stable block. For {stable-match-preview}, copy current preview values into the stable block.

Step 9: PR

Ask: "Create the PR now?"

Yes: commit, push, and open a PR. Print the PR URL.

No: leave edits in working tree.

Step 10: Final report

Print a brief markdown summary covering: what changed (tracks and versions), risk level with justification, relevant changelog highlights, and PR URL or status.