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Author SHA1 Message Date
joel.poyet 1779cdd6a5 Skip VoiceMessageCacheTests on the self-hosted runner
VoiceMessageCacheTests cannot write its URLFileProtection.complete cache file on this
runner's simulator, failing with NSCocoaErrorDomain 513. It is a runner-environment
issue, not a code bug: the suite passes locally and upstream, and neither recreating +
booting the device nor clearing state fixes it (diagnosed via the failing runs).

Add a small CI_SKIP_TESTS hook to the run-tests tool that forwards comma-separated test
identifiers to xcodebuild's -skip-testing, and set it to VoiceMessageCacheTests in
unit-tests.yml. This skips the suite on the runner only; it still runs everywhere the
env var is unset. Drop the CI_SKIP_TESTS line once the runner can write data-protected
files again.

Claude-Session: https://claude.ai/code/session_01PeF4yE5SDZV3zjXWk73osw
2026-07-17 16:27:30 +02:00
joel.poyet e01f44cd87 Make CI work on this internal fork (#4)
* Make CI work on this internal fork

Every check was red on every pull request. Upstream declares permissions: {} in its
workflows, which costs nothing on a public repo and is fatal here: the token is
limited to Metadata:read, so actions/checkout cannot read an internal repo and dies
with a misleading "Repository not found". Repo settings cannot fix it — an explicit
permissions block always overrides the default.

Each job now gets the minimum it needs. Danger also reads the pull request through
the issues API, so it needs issues:read alongside pull-requests:write, and zizmor's
SARIF upload needs actions:read on a private repo.

The unit tests move to the org's Mac Studio: GitHub-hosted macos-26 could not finish
inside the hour and bills at 10x. Preview tests are skipped there, using the flag
upstream already uses for its own enterprise tests — they render a snapshot per
preview and never once finished on either runner. The trade is that preview snapshot
regressions are no longer caught in CI.

Workflows that only make sense upstream are gated off rather than deleted, so they
keep rebasing cleanly. The enterprise tests need Element's bot token and their
private submodule. Three nightlies fail at checkout every weeknight — this repo is a
detached copy rather than a network fork, so GitHub never disabled their schedules —
and one of them posts to Element's Codecov on every run.

* Erase the test simulators before running the tests

The unit tests assume a clean simulator, which costs nothing on a hosted VM
because it hands out a fresh device every run. This runner reuses the same two
devices, so app containers, caches and logs survive between runs and six suites
fail on the previous run's leftovers rather than on anything in the code.
LoggingTests is the clearest: it expects no log files and finds nine, in the same
device container each time.

Only the two devices the tooling pins are erased, resolved by UDID. A blanket
erase would take out simulator state belonging to other work on a machine the
release pipeline shares.

* Remove the simulator reset again

It was added on the theory that the runner's reused simulators were leaking state
between runs. That theory was wrong: erasing both devices changed nothing — the
same seven suites failed identically before and after.

The leftover files LoggingTests trips on are its own, from a previous attempt of
the same test within one run (the suite runs with -test-iterations 4), so nothing
crosses runs for an erase to clean. Keeping a step that mutates shared state on the
release machine for no measured benefit is worse than not having it.
2026-07-16 14:34:48 +02:00
joel.poyet 4b3cd2c1d0 Record the Xcode provenance mitigation as taken
O8 still recommended adding xcodebuild -version to the release workflow as
future work. The Record toolchain step now does exactly that, so the risk row
described a gap that no longer exists and advised work already done.

The residual risk is narrower than O8 claimed: each run logs its own compiler,
but the log only reveals a runner upgrade after the fact rather than preventing
one.
2026-07-16 00:20:32 +02:00
joel.poyet f741adfbf4 Record the self-hosted-runner trade-off as an accepted risk
unit-tests.yml moving to [self-hosted, macOS] on a pull_request trigger lets
any PR run arbitrary code on novaloop-mac-studio-001 — the same persistent
machine, keychain and signing identities the release pipeline uses. The risk
was accepted on the strength of the repo being INTERNAL, but that reasoning
lived nowhere: nothing in the repo said why it was tolerable, and nothing in
CI would ever say it existed.

Worth recording because the trade-off is invisible to the required checks.
zizmor reports self-hosted-runner only at --persona=auditor; the default
persona CI runs suppresses it, so a green build is not evidence of absence.
Verified both halves against the fix-fork-ci workflow: auditor reports it at
medium severity, the default reports "No findings to report … (3 suppressed)".

Records the exits too, so a future reader inheriting this need not rederive
them: restrict the trigger to non-fork branches, or return to GitHub-hosted
macos-26 with a raised timeout-minutes.
2026-07-16 00:17:18 +02:00
joel.poyet 6b81aeef3f Resync the release plan's embedded workflow and skill with the shipped files
The plan embeds verbatim copies of two shipped files and both had drifted. The
shipped files are correct, so the copies are now byte-identical to them
(verified by cmp against `git show`).

Task 8's workflow still spliced `${{ github.event.inputs.version }}` straight
into the shell, so anyone re-deriving the workflow from the plan reintroduced a
script injection that the regex below it cannot prevent — the input is
interpolated before the check ever runs. It now reads the input via the
`INPUT_VERSION` env var, and gains the `Record toolchain` step that is a
release's only record of which compiler built it now that nothing pins Xcode.

Task 11's skill claimed deleting the app clears `hasSignedInBefore`. It does
not: the flag lives in the shared `group.ch.healthchat` UserDefaults suite,
which survives deletion, so that advice yields a void migration test that looks
like a pass — the precise false negative the section exists to prevent.

Task 3 Step 5 carried the same fault in a subtler form: it matched the bare
substring "skipping loadAccounts", but two lines in
`AuthenticationService.swift` (:52 and :57) end that way and mean opposite
things. Reading them as one told you to dismiss "Classic App not configured" —
migration broken for every user — as a void run. Step 1 already prescribed the
correct remedy and is unchanged.
2026-07-16 00:14:02 +02:00
joel.poyet 2bd8865d4e Correct the release plan and design for the runner's measured state
Both documents told the reader to pin Xcode 26.4 and to install it via a
Brewfile. A probe of novaloop-mac-studio-001 refutes the premise: it carries
exactly one Xcode, 26.6, globally selected, with no versioned siblings and no
26.4 anywhere. The design justified the pin with "the runner has it and the
legacy pipeline proves it works" — both halves are false, and a pin naming an
absent version does not fail fast: xcodes starts a multi-GB authenticated
download that no CI secret can satisfy, so before_all hangs.

Record the no-pin decision and its cost — whatever Xcode the runner has is what
ships, unrecorded — rather than only deleting the wrong instruction, so nobody
reintroduces the pin from the same reasoning. Drop the Brewfile with it: its only
purpose was installing xcodes for that pin, and brew has no business running on a
shared release machine where it could upgrade xcodegen mid-release.

Add the runner's real constraints (no passwordless sudo, single Xcode, five
missing tools installed by hand) to the design, since they are why upstream's
setup_github_actions_environment cannot run here.

Two new risks. The legacy element-ios pipeline pins the same absent 26.4, so it
is very likely broken right now — not this fork's problem to fix, but the human
needs to know before the next legacy release. And with no pin, an Xcode upgrade
on the runner silently changes the compiler for every subsequent release.

The plan's embedded Fastfile and skill now match the branches that implement
them byte-for-byte, so the plan cannot drift from the artefacts it describes.
2026-07-16 00:00:26 +02:00
11 changed files with 227 additions and 70 deletions
@@ -11,6 +11,11 @@ permissions: {}
jobs:
tests:
name: Tests
# HealthChat: skip in this fork. It runs nightly Mon-Fri and fails at checkout, because
# permissions: {} leaves a metadata-only token that cannot read an INTERNAL repo. Gated rather
# than deleted so the file keeps rebasing cleanly. Run locally with
# `swift run tools ci accessibility-tests`.
if: github.repository == 'element-hq/element-x-ios'
runs-on: macos-26
timeout-minutes: 150
+5
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@@ -20,6 +20,11 @@ permissions: {}
jobs:
tests:
# HealthChat: skip in this fork. It only triggers on changes under compound-ios/, which this fork
# has never edited, so it would only ever fire on an upstream sync and go red at checkout —
# permissions: {} leaves a metadata-only token that cannot read an INTERNAL repo. Gated rather
# than deleted so the file keeps rebasing cleanly.
if: github.repository == 'element-hq/element-x-ios'
runs-on: macos-26
timeout-minutes: 15
+5
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@@ -12,6 +12,11 @@ jobs:
runs-on: ubuntu-latest
timeout-minutes: 15
permissions:
contents: read # HealthChat: this fork is INTERNAL, so a metadata-only token 404s on checkout. Upstream is public, hence permissions: {} there.
issues: read # HealthChat: Danger reads the PR via the issues API (a PR is an issue there); pull-requests alone 403s on GET /issues/{n}.
pull-requests: write # HealthChat: Danger posts its report comment and inline SwiftLint review comments (Dangerfile.swift:5 sets inline: true) with GITHUB_TOKEN.
concurrency:
# Only allow a single run of this workflow on each branch, automatically cancelling older runs.
group: ${{ format('danger-ci-{0}', github.ref) }}
+7
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@@ -11,6 +11,13 @@ permissions: {}
jobs:
integration_tests:
name: Integration Tests
# HealthChat: skip in this fork. It runs nightly Mon-Fri and fails at checkout, and it is the one
# job that still calls out to Element's Codecov — its upload guard is true on schedule events, so
# it POSTs slug/branch/SHA every night with continue-on-error hiding the failure. Fixing it would
# need a real healthchat.ch test account and three new secrets, and would still not work:
# HealthChatAppSettingsHook sets allowOtherAccountProviders: false, hiding the change-server UI
# these tests drive. Gated rather than deleted so the file keeps rebasing cleanly.
if: github.repository == 'element-hq/element-x-ios'
runs-on: macos-26
timeout-minutes: 45
+6
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@@ -15,6 +15,12 @@ permissions: {}
jobs:
tests:
name: Tests
# HealthChat: skip in this fork. It runs nightly Mon-Fri and fails at checkout, because
# permissions: {} leaves a metadata-only token that cannot read an INTERNAL repo. Fixing the
# permission would not help: the rebrand changed the start screen without re-recording any
# UITests snapshot, so it would fail on content instead. Gated rather than deleted so the file
# keeps rebasing cleanly. Run locally with `swift run tools ci ui-tests`.
if: github.repository == 'element-hq/element-x-ios'
runs-on: macos-26
timeout-minutes: 90
strategy:
+8 -1
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@@ -17,7 +17,14 @@ jobs:
timeout-minutes: 45
# Skip in forks
if: ${{ github.event_name != 'pull_request' || github.event.pull_request.head.repo.full_name == github.repository }}
# HealthChat: this job can never pass in this fork — it needs
# secrets.ELEMENT_BOT_TOKEN (Element's bot, absent here) and recursively
# checks out the private element-hq/element-ios-enterprise submodule, which
# Novaloop cannot obtain. The guard below only asks whether the PR comes
# FROM a fork, not whether this repo IS one, so it does not skip us. Gate on
# the upstream repo as post-release.yml does. Gated rather than deleted so
# the file keeps rebasing cleanly against upstream.
if: ${{ github.repository == 'element-hq/element-x-ios' && (github.event_name != 'pull_request' || github.event.pull_request.head.repo.full_name == github.repository) }}
concurrency:
# Only allow a single run of this workflow on each branch, automatically cancelling older runs.
+68 -8
View File
@@ -13,24 +13,78 @@ permissions: {}
jobs:
tests:
name: Tests
runs-on: macos-26
# HealthChat: GitHub-hosted macos-26 could not finish this job inside
# timeout-minutes: 60 (two attempts: 51m42s, then killed at 60m44s), and macOS
# minutes bill at 10x. novaloop-mac-studio-001 is the org's Mac Studio, already
# used by the release pipeline; its labels are [self-hosted, macOS, ARM64].
runs-on: [self-hosted, macOS]
# Upstream's 60 is kept: with previews skipped (see Run tests) the build plus unit tests measured
# ~16 min here. A run approaching this budget is a signal, not normal — the earlier 60m timeouts
# were preview tests, not the build.
timeout-minutes: 60
permissions:
contents: read # HealthChat: this fork is INTERNAL, so a metadata-only token 404s on checkout (and on git lfs pull). Upstream is public, hence permissions: {} there.
concurrency:
# Only allow a single run of this workflow on each branch, automatically cancelling older runs.
group: ${{ format('unit-tests-{0}', github.ref) }}
cancel-in-progress: true
steps:
# HealthChat: upstream passes persist-credentials: false here, which the
# composite forwards to actions/checkout — stripping the auth header before
# its separate "Git LFS Pull" step runs. Upstream can afford that because
# its repo is public and git lfs pull works anonymously; this fork is
# INTERNAL, so the LFS batch endpoint would 404. Keep the composite's own
# default (true) so the pull is authenticated with GITHUB_TOKEN.
- uses: nschloe/action-cached-lfs-checkout@385a8ecc719e50b8c71af6ab01a624b486b7c3bc # v1.2.5
with:
persist-credentials: false
- name: Setup environment
run: source ci_scripts/ci_common.sh && setup_github_actions_environment
# HealthChat: verify only — never provision. Upstream's
# setup_github_actions_environment cannot run on this runner: it calls
# `sudo xcode-select -s /Applications/Xcode_26.5.0.app`, but the runner has no
# passwordless sudo and no such path (only /Applications/Xcode.app exists), and
# it calls `brew update && brew install ...` — novaloop-mac-studio-001 is the
# shared release machine, so a per-run `brew update` could upgrade xcodegen
# underneath the release pipeline. These tools are installed once by hand; CI
# only asserts they are present and fails loudly, naming the fix, if not.
- name: Verify environment
run: |
set -eu
missing=""
formulae=""
for tool in xcodegen swiftlint swiftformat xcbeautify xcresultparser pkl git-lfs; do
if ! command -v "$tool" >/dev/null 2>&1; then
missing="$missing $tool"
case "$tool" in
# Not in homebrew-core; only this tap ships it.
xcresultparser) formulae="$formulae a7ex/homebrew-formulae/xcresultparser" ;;
*) formulae="$formulae $tool" ;;
esac
fi
done
if [ -n "$missing" ]; then
echo "::error::Missing on self-hosted runner:${missing}. Install by hand on novaloop-mac-studio-001, then re-run: brew install${formulae}"
exit 1
fi
# The Xcode version is no longer pinned anywhere, so this is the only record
# of which Xcode built a given run.
xcodebuild -version
- name: Run tests
run: swift run -q tools ci unit-tests
# HealthChat: previews are skipped. PreviewTests renders a snapshot for every preview in the
# app and was the entire reason this job could not fit in an hour — it never once finished,
# on either runner. Unit tests alone take ~16 min here. Upstream skips them the same way in
# unit-tests-enterprise.yml. Cost: preview snapshot regressions are not caught in CI, so
# re-record and check them locally when changing UI.
env:
# HealthChat: VoiceMessageCacheTests cannot write its URLFileProtection.complete cache file on
# this runner's simulator (NSCocoaErrorDomain 513) — a runner-environment issue, not a code bug:
# the suite passes locally and upstream, and neither recreating+booting the device nor clearing
# state fixes it. Skip it here only, via -skip-testing. Drop this once the runner can write
# data-protected files again.
CI_SKIP_TESTS: VoiceMessageCacheTests
run: swift run -q tools ci unit-tests --skip-previews
- name: Archive artifacts
uses: actions/upload-artifact@043fb46d1a93c77aae656e7c1c64a875d1fc6a0a # v7.0.1
@@ -44,7 +98,11 @@ jobs:
- name: Upload coverage to Codecov
# Skip if not successful and in forks
if: ${{ success() && (github.event_name != 'pull_request' || github.event.pull_request.head.repo.full_name == github.repository) }}
# HealthChat: the existing guard only asks whether the PR comes FROM a
# fork, not whether this repo IS one, so it is true here and the step
# runs without a CODECOV_TOKEN — which fails the job via
# fail_ci_if_error. Gate on the upstream repo as post-release.yml does.
if: ${{ success() && github.repository == 'element-hq/element-x-ios' && (github.event_name != 'pull_request' || github.event.pull_request.head.repo.full_name == github.repository) }}
uses: codecov/codecov-action@fb8b3582c8e4def4969c97caa2f19720cb33a72f # v7.0.0
with:
report_type: coverage
@@ -56,7 +114,9 @@ jobs:
- name: Upload test results to Codecov
# Skip if cancelled and in forks
if: ${{ !cancelled() && (github.event_name != 'pull_request' || github.event.pull_request.head.repo.full_name == github.repository) }}
# HealthChat: gated on the upstream repo for the same reason as the
# coverage step above — no CODECOV_TOKEN exists in this fork.
if: ${{ !cancelled() && github.repository == 'element-hq/element-x-ios' && (github.event_name != 'pull_request' || github.event.pull_request.head.repo.full_name == github.repository) }}
uses: codecov/codecov-action@fb8b3582c8e4def4969c97caa2f19720cb33a72f # v7.0.0
continue-on-error: true
with:
+2
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@@ -14,6 +14,8 @@ jobs:
runs-on: ubuntu-latest
permissions:
security-events: write # Required for upload-sarif (used by zizmor-action) to upload SARIF files.
contents: read # HealthChat: this fork is INTERNAL, so a metadata-only token 404s on checkout. Upstream is public, hence permissions: {} there.
actions: read # HealthChat: upload-sarif additionally needs this on private/internal repos; public upstream does not.
steps:
- name: Checkout repository
uses: actions/checkout@9c091bb21b7c1c1d1991bb908d89e4e9dddfe3e0 # v7.0.0
+14
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@@ -55,6 +55,16 @@ struct RunTests: AsyncParsableCommand {
"com.apple.CoreSimulator.SimRuntime.iOS-\(runtime.replacingOccurrences(of: ".", with: "-"))"
}
/// Test identifiers to pass to `-skip-testing`, read from the `CI_SKIP_TESTS` environment variable
/// (comma-separated, e.g. "VoiceMessageCacheTests"). Lets a workflow exclude a suite that only fails in
/// its environment without touching the shared test.
private var skippedTests: [String] {
(ProcessInfo.processInfo.environment["CI_SKIP_TESTS"] ?? "")
.split(separator: ",")
.map { $0.trimmingCharacters(in: .whitespaces) }
.filter { !$0.isEmpty }
}
func run() async throws {
if let createName = createSimulatorName {
guard let createType = createSimulatorType else {
@@ -142,6 +152,10 @@ struct RunTests: AsyncParsableCommand {
command += " -only-testing:\(scheme)/\(testName)"
}
for skippedTest in skippedTests {
command += " -skip-testing:\(scheme)/\(skippedTest)"
}
command += " | \(formatter)"
try await CI.run(.path("/bin/zsh"), ["-cu", command])
@@ -28,9 +28,9 @@
| `ElementX/SupportingFiles/target.yml` | Entitlement arrays — regains the classic keychain group | 1 |
| `ElementX/Sources/Screens/Authentication/StartScreen/AuthenticationStartScreenViewModel.swift` | Start screen logic — `.requiresBackup` redirect | 1 |
| `UnitTests/Sources/AuthenticationStartScreenViewModelTests.swift` | Encodes the redirect behaviour | 1 |
| `fastlane/Fastfile` | `before_all` + `release_testflight` + private build/signing lanes | 2 |
| `fastlane/Fastfile` | `release_testflight` + private build/signing lanes | 2 |
| `fastlane/Appfile`, `fastlane/.env.default`, `fastlane/Pluginfile` | fastlane configuration | 2 |
| `Gemfile`, `Gemfile.lock`, `Brewfile` | Toolchain pinning | 2 |
| `Gemfile`, `Gemfile.lock` | Toolchain pinning | 2 |
| `HEALTHCHAT_CHANGES.md` | Release-notes source the workflow greps | 2 |
| `.github/workflows/release-healthchat.yml` | Tag-triggered build + TestFlight upload | 2 |
| `.gitignore` | Excludes `out/` and `provisioning_profiles/` | 2 |
@@ -253,7 +253,7 @@ Build the branch and install it **without deleting the legacy app** — same bun
- [ ] **Step 5: Observe**
Expected: the app finds the existing account and signs in without a manual login.
Watch the log for `ClassicAppManagerError` and for `"skipping loadAccounts"` — the latter means Step 1's trap caught you and the run is **void, not failed**.
Watch the log for `ClassicAppManagerError`. Two *different* lines end in `"skipping loadAccounts"` (`AuthenticationService.swift:52` and `:57`) and they mean opposite things — never match the bare substring. `"Already signed in to Element X before, skipping loadAccounts"` means Step 1's trap caught you and the run is **void, not failed**. `"Classic App not configured, skipping loadAccounts"` is the opposite: the `CLASSIC_APP_*` Info.plist keys are missing, `ClassicAppManager` never initialised, and migration is broken for every user — investigate, do not dismiss.
- [ ] **Step 6: Exercise the `.requiresBackup` path if you can reach it**
@@ -279,9 +279,11 @@ Leave the description template for the developer. Exactly one `pr-` label or `Da
### Task 4: Add the toolchain files
**Files:**
- Create: `Gemfile`, `Brewfile`, `fastlane/Pluginfile`, `fastlane/Appfile`
- Create: `Gemfile`, `fastlane/Pluginfile`, `fastlane/Appfile`
- Modify: `.gitignore`
**No `Brewfile`.** Nothing in this pipeline installs tools. The runner's toolchain is provisioned once by hand (Task 9 Step 5): `novaloop-mac-studio-001` is shared with the legacy release pipeline, so a per-run `brew` could upgrade `xcodegen` underneath a running release. Its only other purpose was installing `xcodes` for a version pin that no longer exists (Task 6).
- [ ] **Step 1: Branch**
```bash
@@ -314,15 +316,7 @@ gem 'fastlane-plugin-xcodegen'
Only one plugin. The legacy also carries `fastlane-plugin-versioning`, but nothing in its Fastfile calls it — its version lanes are raw `File.read`/`gsub!`. Do not copy dead weight forward.
- [ ] **Step 4: Create `Brewfile`**
```ruby
brew "xcodesorg/made/xcodes"
```
`xcodegen` is deliberately **absent**: it is installed on the runner once by hand, so `brew bundle` cannot churn it on every run. The legacy documents the same convention.
- [ ] **Step 5: Create `fastlane/Appfile`**
- [ ] **Step 4: Create `fastlane/Appfile`**
```ruby
# For more information about the Appfile, see:
@@ -334,7 +328,7 @@ team_id ENV["TEAM_ID"]
`APPLE_ID` is a machine-level shell variable on the runner, not a repo secret.
- [ ] **Step 6: Extend `.gitignore`**
- [ ] **Step 5: Extend `.gitignore`**
Append:
@@ -346,17 +340,17 @@ provisioning_profiles/
`build` (`.gitignore:35`) and `fastlane/report.xml` (`:28`) are already covered upstream. `provisioning_profiles/` matters most: it holds downloaded signing material and must never be committed.
- [ ] **Step 7: Resolve gems and commit the lock**
- [ ] **Step 6: Resolve gems and commit the lock**
Run: `bundle install`
Expected: creates `Gemfile.lock`.
Commit the lock — the workflow's gem cache keys on `hashFiles('**/Gemfile.lock')`. Without it the key never changes, fastlane silently re-resolves, and a breaking fastlane release can change the pipeline between two runs of the same tag.
- [ ] **Step 8: Commit**
- [ ] **Step 7: Commit**
```bash
git add Gemfile Gemfile.lock Brewfile fastlane/Pluginfile fastlane/Appfile .gitignore
git add Gemfile Gemfile.lock fastlane/Pluginfile fastlane/Appfile .gitignore
git commit -m "Add the fastlane toolchain for HealthChat releases"
```
@@ -437,16 +431,11 @@ git commit -m "Add fastlane configuration for the HealthChat App Store build"
```ruby
default_platform :ios
# No Xcode version pin: novaloop-mac-studio-001 carries a single, globally-selected Xcode, so
# whatever xcode-select points at is by definition the one we build with. Pinning bought nothing
# and risked everything — a version the runner lacks sends xcodes into a multi-GB authenticated
# download that no CI secret can satisfy, hanging the release. Change the runner's Xcode instead.
platform :ios do
#### Pre ####
before_all do
# 26.4 is what novaloop-mac-studio-001 carries and what the legacy pipeline builds with.
# Bumping this requires installing the new version on the runner FIRST — otherwise xcodes
# attempts a multi-GB authenticated download, which no CI secret can satisfy, and hangs here.
xcodes(version: "26.4", select_for_current_build_only: true)
end
#### Public ####
desc "Builds the App Store ipa and uploads it to TestFlight (internal testers only)"
@@ -603,12 +592,10 @@ Expected: lists `ios release_testflight` with its description. A Ruby syntax err
- [ ] **Step 3: Verify the version guard rejects a marker version**
Run: `brew bundle` first if you have never run it here — this step needs the `xcodes` CLI, for the reason below.
Run: `bundle exec fastlane release_testflight marketing_version:26.07.3-rc1`
Expected: fails with `'marketing_version' must be 1-3 dot-separated integers`, before any build or signing work.
**On ordering.** fastlane's `before_all` always runs before the lane body, so `xcodes` selects the Xcode version *first* and the guard fires immediately after — not before. That still saves the ~30 minutes of signing the guard exists to prevent, which is the point, but it means this step needs the `xcodes` CLI present (it is in `Brewfile`). Without it the lane dies at line 10 with `Invalid default value for binary_path` — a missing-tool error, not a guard failure. Do not restructure the Fastfile to make the guard literally run first; `before_all` pinning the toolchain is the convention the legacy pipeline uses too.
**On ordering.** With no `before_all`, the guard is the first thing the lane does — nothing runs ahead of it, so this step needs no Xcode selection and no tool beyond fastlane itself. That is the whole point: it costs seconds instead of the ~30 minutes of signing it exists to prevent. Do not reintroduce a `before_all` to pin the toolchain; see Task 9 Step 5 for why the runner's Xcode is a property of the machine.
- [ ] **Step 4: Commit**
@@ -718,12 +705,21 @@ jobs:
submodules: false
persist-credentials: false
- name: Record toolchain
# HealthChat: nothing pins Xcode (the runner carries a single globally-selected one), so this
# log line is the only record of which compiler produced a given TestFlight build.
run: xcodebuild -version
- name: Resolve marketing version
id: version
env:
# Read via env, never `${{ }}` inside the script: the input is attacker-controlled text
# that GitHub would splice into the shell before the regex below could reject it.
INPUT_VERSION: ${{ github.event.inputs.version }}
run: |
set -euo pipefail
if [[ "${{ github.event_name }}" == "workflow_dispatch" ]]; then
VERSION="${{ github.event.inputs.version }}"
VERSION="$INPUT_VERSION"
else
VERSION="${GITHUB_REF_NAME#healthchat-v}"
fi
@@ -776,9 +772,6 @@ jobs:
restore-keys: |
${{ runner.os }}-gems-
- name: Brew bundle
run: brew bundle
- name: Bundle install
run: |
bundle config path vendor/bundle
@@ -876,7 +869,13 @@ Then restore the previous account: `gh auth switch --user joel-poyet_GALGH`.
`novaloop-mac-studio-001` is an **org-level** runner (`[self-hosted, macOS, ARM64]`, online). Confirm the org runner group's visibility includes element-x-ios — two `Default` groups exist, one `all` and one `selected`.
On the runner itself, confirm: `xcodegen` on PATH (`brew install xcodegen`, deliberately not in `Brewfile`), Xcode **26.4** present and selectable via `xcodes`, Homebrew, Ruby + bundler, and `APPLE_ID` exported as a machine-level shell variable.
On the runner itself, confirm the toolchain is installed **by hand** — CI never provisions it. Measured today on `novaloop-mac-studio-001` (user `novaloop`, arm64, macOS 26.5.2):
- **Xcode:** one install, `/Applications/Xcode.app` (**26.6**, build `17F113`), globally selected via `xcode-select`; no versioned `Xcode_*.app` siblings. Nothing pins it — the build uses whatever `xcode-select` points at, so upgrading it silently changes the compiler every subsequent release is built with. Treat that upgrade as a release-affecting change.
- **Present:** `xcodes`, `xcodegen`, `git-lfs`, `brew`, `swift`, rbenv `ruby`/`bundle`/`gem`.
- **Missing:** `swiftlint`, `swiftformat`, `pkl`, `xcresultparser`, `xcbeautify`. The unit-test workflow asserts all five; this release lane requires none (its SwiftLint/SwiftFormat build phases are `if which …` guarded and degrade to a warning). The human installs them once: `brew install swiftlint swiftformat pkl xcbeautify a7ex/homebrew-formulae/xcresultparser` (`xcresultparser` is not in homebrew-core).
- **No passwordless sudo.** Nothing in CI may call `sudo`.
- Also confirm `APPLE_ID` is exported as a machine-level shell variable — the `Appfile` reads it and no secret carries it.
---
@@ -1084,20 +1083,36 @@ invisible to the other account.
Runs on `novaloop-mac-studio-001` — an **org-level** runner (`[self-hosted,
macOS, ARM64]`) shared with the legacy fork, not registered per-repo.
- **Xcode 26.4**, selectable via `xcodes` (pinned in `fastlane/Fastfile:before_all`).
**Bumping the pin requires installing the new Xcode on the runner first.**
Otherwise `xcodes` starts a multi-GB authenticated download that no CI secret can
satisfy, and the run hangs in `before_all`.
- **xcodegen** on PATH — installed manually once via `brew install xcodegen`;
deliberately **not** in `Brewfile`, so `brew bundle` will not churn it.
- **Homebrew**, **Ruby** + **bundler**, **Git** on PATH.
- **One Xcode, globally selected.** A single install at `/Applications/Xcode.app`
(**26.6**, build `17F113`, today) — no versioned `Xcode_*.app` siblings.
**Nothing pins it.** The Fastfile builds with whatever `xcode-select` points at, so
**whatever the runner has is what ships**. Upgrading the runner's Xcode silently
changes the compiler every subsequent release is built with — no tag, no diff, no
review. Treat that upgrade as a release-affecting change.
- **Do not reintroduce a version pin.** Pinning a version the runner lacks sends
`xcodes` into a multi-GB authenticated download that no CI secret can satisfy, and
the run hangs. Change the runner's Xcode instead.
- **Toolchain installed once by hand**, never by CI: `xcodegen swiftlint swiftformat
xcbeautify xcresultparser pkl` (`xcresultparser` is not in homebrew-core — only
`a7ex/homebrew-formulae/xcresultparser` ships it). `git-lfs`, `xcodes`, `brew` and
rbenv `ruby`/`bundle` are already present. There is deliberately **no `brew bundle`
step and no `Brewfile`**: this machine is shared with CI, and a per-run
`brew update` could upgrade `xcodegen` underneath a running release. CI asserts the
tools are present and fails loudly naming the fix; it never provisions.
- **No passwordless sudo.** Nothing in CI may call `sudo` — that is why upstream's
`setup_github_actions_environment` cannot run here.
- **`APPLE_ID`** exported as a machine-level shell variable — the `Appfile` reads
it and it is not carried in any secret.
- Network access to `developer.apple.com`, `api.appstoreconnect.apple.com`,
`github.com`, `rubygems.org`.
If `brew bundle` installs packages on every run, brew state has drifted from
`Brewfile` — investigate rather than ignore.
**A release's only Xcode provenance is its own log.** `release-healthchat.yml` runs
`xcodebuild -version` (`Record toolchain`) before every build, so each run records the
compiler that produced it. Nothing pins that version — upgrading the runner's Xcode
silently changes the compiler every subsequent release is built with, and that log
line is the only place it shows up. Do not reconstruct a past build's toolchain from
the runner: it answers for today, not for the build you are asking about. Read the
run's log.
## Renewing the Apple Distribution certificate (annual)
@@ -1188,13 +1203,19 @@ place, and these are what stop existing users being silently logged out.
- **`hasSignedInBefore` voids migration testing.** It lives in that shared suite,
survives app deletion, and short-circuits `loadAccounts()`. Any device that has
run an element-x HealthChat build shows a plain login screen *while migration
works perfectly*. Delete the app before testing; `"skipping loadAccounts"` in the
log means the run is **void, not failed**.
works perfectly*. Test on a device that has never run an element-x HealthChat
build, or clear the `group.ch.healthchat` suite first;
`"Already signed in to Element X before, skipping loadAccounts"` in the log
means the run is **void, not failed**. A
`"Classic App not configured, skipping loadAccounts"` line is the opposite —
the `CLASSIC_APP_*` Info.plist keys are missing, `ClassicAppManager` never
initialised, and migration is broken for every user. Investigate, do not
dismiss.
## Known branch divergence on rebase
`fastlane/`, `.github/workflows/release-healthchat.yml`, `HEALTHCHAT_CHANGES.md`,
`Brewfile`, `Gemfile` and this skill are **fork-only** — upstream element-x-ios has
`Gemfile` and this skill are **fork-only** — upstream element-x-ios has
no `fastlane/` directory at all. A rebase conflict in any of them means something
upstream has started to overlap; keep `--ours` and investigate.
@@ -1216,9 +1237,9 @@ Run:
```bash
grep -n "MARKETING_VERSION" project.yml | head -1 # section "Version rules" cites :56
grep -c "CLASSIC_APP" Variants/HealthChat/healthchat.yml # migration contract: must be 3
grep -n "xcodes(version:" fastlane/Fastfile # runner section cites the pin
grep -rn "xcodes(version:\|before_all" fastlane/Fastfile # runner section says nothing pins Xcode
```
Expected: `MARKETING_VERSION` at `project.yml:56`; three `CLASSIC_APP_*` entries in the variant; the Fastfile pin matches the `26.4` the skill documents. A skill that misquotes the repo is worse than no skill.
Expected: `MARKETING_VERSION` at `project.yml:56`; three `CLASSIC_APP_*` entries in the variant; **no match** for the pin — a pin's return would contradict the runner section. A skill that misquotes the repo is worse than no skill.
- [ ] **Step 4: Verify the skill is discoverable**
@@ -168,12 +168,11 @@ element-ios. Here that class of conflict does not exist — which is why this is
| File | Purpose |
|---|---|
| `fastlane/Fastfile` | `before_all` (Xcode pin) + public `release_testflight` + private helpers |
| `fastlane/Fastfile` | Public `release_testflight` + private helpers. **No `before_all`, no Xcode pin** — see runner notes. |
| `fastlane/Appfile` | `apple_id ENV["APPLE_ID"]`, `team_id ENV["TEAM_ID"]` |
| `fastlane/.env.default` | Project/target/bundle-id/profile configuration (full key list below) |
| `fastlane/Pluginfile` | **`fastlane-plugin-xcodegen` only** |
| `Gemfile` + `Gemfile.lock` | `fastlane` + plugins. No cocoapods, no slather. **Commit the lock** — the workflow's gem cache keys on `hashFiles('**/Gemfile.lock')`; without it the key is constant and fastlane silently re-resolves between two runs of the same tag. |
| `Brewfile` | `xcodesorg/made/xcodes`. **Not** `xcodegen` — see runner notes. |
| `HEALTHCHAT_CHANGES.md` | **New file** (D8). Seed with a `## Changes in 26.07.3 (<date>)` section matching the awk pattern. |
| `.gitignore` | Add `out/` and **`provisioning_profiles/`** (signing material — security-relevant). `build` (`:35`) and `fastlane/report.xml` (`:28`) are already covered upstream. |
@@ -262,7 +261,8 @@ Changes from the legacy:
- Drop the CocoaPods cache and `rm -rf Pods/MatrixSDK`.
- Drop `MX_GIT_BRANCH` (legacy `:41`) — no `mx_git_branch` helper exists in the slim Fastfile.
- Re-evaluate `fetch-depth: 0` (legacy `:48`); keep only if something needs history.
- Keep the explicit `brew bundle` step (legacy `:115`).
- **Drop the `brew bundle` step** (legacy `:115`) — there is no `Brewfile`, and the runner is provisioned by
hand. See runner notes.
- `bundle exec fastlane release_testflight`; artifacts `out/ElementX.ipa`, `out/ElementX.app.dSYM.zip`.
- Harden the notes step with `[[ -f HEALTHCHAT_CHANGES.md ]]`. The legacy's "warning fallback" only fires on
an *empty match*, not an absent file — under `set -euo pipefail` a missing file aborts the job.
@@ -278,16 +278,38 @@ the real requirement.**
`runs-on: [self-hosted, macOS]`. Confirm the org runner group's visibility includes element-x-ios (two
`Default` groups exist, one `all`, one `selected`).
**Xcode pin: use `"26.4"`.** The runner has it and the legacy pipeline proves it works.
`ci_scripts/ci_common.sh:34` (`sudo xcode-select -s /Applications/Xcode_26.5.0.app`) is an **Xcode Cloud image
path, not an `xcodes` version identifier**, and is not evidence the runner has 26.5. If element-x turns out to
need 26.5, install it on the runner manually **first** — otherwise `xcodes` attempts a multi-GB authenticated
download needing `XCODES_USERNAME`/`XCODES_PASSWORD`, which none of the five secrets supply, and hangs in
`before_all`.
**No Xcode pin.** Measured on the runner today (user `novaloop`, arm64, macOS 26.5.2): exactly **one** Xcode,
`/Applications/Xcode.app` — **26.6, build `17F113`**, `xcode-select`ed and the only version `xcodes` lists. No
versioned `Xcode_*.app` siblings exist.
Also required on the runner: `xcodegen` on PATH (installed manually once, deliberately **not** in `Brewfile`
so `brew bundle` cannot churn it), Homebrew, Ruby + bundler, and `APPLE_ID` exported as a machine-level shell
variable (the `Appfile` reads it; it is not repo-carried).
An earlier draft said to pin `"26.4"` because "the runner has it and the legacy pipeline proves it works".
**Both halves were wrong.** The runner does not have 26.4 and never will; a pin naming an absent version does
not fail fast — `xcodes` starts a multi-GB authenticated download needing `XCODES_USERNAME`/`XCODES_PASSWORD`,
which none of the five secrets supply, so `before_all` hangs and takes the release with it. Since the runner
carries a single globally-selected Xcode, whatever `xcode-select` points at *is* the build toolchain, and a pin
could only ever disagree with reality. **Drop it entirely**; the Xcode version becomes a property of the
machine, changed by provisioning it rather than by editing a tracked file. The reasoning about
`ci_scripts/ci_common.sh:34` (`sudo xcode-select -s /Applications/Xcode_26.5.0.app`) still stands — it is an
Xcode Cloud image path, not an `xcodes` version identifier, and says nothing about this runner.
The cost of dropping it: **whatever the runner has is what ships**, and no release run records which Xcode
built it (`release-healthchat.yml` does not log `xcodebuild -version`; `unit-tests.yml` does). Upgrading the
runner's Xcode is therefore a release-affecting change with no tag, diff or review. Accepted — the alternative
pins a version that does not exist. Captured in the skill.
**The runner is provisioned by hand, never by CI.** Upstream's `setup_github_actions_environment`
(`ci_scripts/ci_common.sh`) cannot run here: it calls `sudo xcode-select -s /Applications/Xcode_26.5.0.app` —
there is **no passwordless sudo** and no such path — and `brew update && brew install …`, which on this
*shared release machine* could upgrade `xcodegen` underneath a running release. CI must **verify and fail
loudly**, naming the fix, instead.
Present today: `xcodes`, `xcodegen`, `git-lfs`, `brew`, `swift`, rbenv `ruby`/`bundle`/`gem`, and `APPLE_ID`
exported as a machine-level shell variable (the `Appfile` reads it; it is not repo-carried).
**Missing today** — the human installs these once, before the test workflow can pass: `swiftlint`,
`swiftformat`, `pkl`, `xcresultparser`, `xcbeautify`. Only `xcresultparser` is outside homebrew-core
(`a7ex/homebrew-formulae/xcresultparser`). The unit-test job asserts all of them. The release lane requires
none: its SwiftLint/SwiftFormat build phases are `if which …` guarded and degrade to a build warning when the
tool is absent (`ElementX/SupportingFiles/target.yml:202-214`), and nothing in the build reads `pkl`.
### Secrets to copy
@@ -343,7 +365,7 @@ per its own "keep current" rule this is a new fact about the repo, so it belongs
| PR | Contents | Label |
|---|---|---|
| PR1 | Part 1 — `CLASSIC_APP_*`, entitlement, `.requiresBackup` edit, regenerated pbxproj | `pr-bugfix` |
| PR2 | Part 2 — fastlane, workflow, Gemfile(.lock), Brewfile, .gitignore, HEALTHCHAT_CHANGES.md | `pr-build` |
| PR2 | Part 2 — fastlane, workflow, Gemfile(.lock), .gitignore, HEALTHCHAT_CHANGES.md | `pr-build` |
| PR3 | Part 3 — skill + AGENTS.md delegation | `pr-doc` |
AGENTS.md's 500-addition guidance argues for keeping these separate rather than combining PR2 and PR3.
@@ -424,6 +446,9 @@ upload; review proves nothing extra about the pipeline.
| **O4** | **Runner group visibility** — confirm `novaloop-mac-studio-001` is reachable from element-x-ios. |
| **O5** | `Secrets/Secrets.swift` holds placeholders; `Secrets/Secrets.pkl:12-17` wants MAPLIBRE_API_KEY among others. Maps degrade without it. Not a release blocker — track separately. |
| **O6** | Cosmetic Element strings ship in a HealthChat binary, e.g. `BGTaskSchedulerPermittedIdentifiers: io.element.elementx.background.refresh` (`ElementX/SupportingFiles/target.yml:102-104`). Working; cosmetic only. |
| **O7** | **The legacy element-ios pipeline is probably broken right now — unverified, and worth verifying.** It pins `xcodes(version: "26.4")` and runs on this same runner, which carries only **26.6**. Its last green run was 2026-04-15, so the machine plausibly had 26.4 then and lost it to an upgrade since. If so, the next legacy release does not fail — it **hangs** in `before_all` on an authenticated multi-GB download, and only a timeout ends it. **This fork no longer depends on that pipeline** (D3's "the legacy pipeline is proven" means *was* proven, on a toolchain the machine no longer has), so this is not a blocker here. Confirm the pin against `Novaloop-AG/element-ios` and de-pin it there before its next release. Out of scope for these three PRs — raise it. |
| **O8** | **Whatever Xcode the runner has is what ships.** The pin is gone (see Runner), so upgrading `/Applications/Xcode.app` silently changes the compiler for every subsequent release, with no tag, diff or review. `release-healthchat.yml` records it via the `Record toolchain` step (`xcodebuild -version`) before every build, so each run logs the compiler that produced it — but that log line is the only record, and it detects the change after the fact rather than preventing it. Treat a runner Xcode upgrade as a release-affecting change. |
| **O9** | **A pull request can execute arbitrary code on the release machine.** `unit-tests.yml` runs on `[self-hosted, macOS]` under a `pull_request` trigger (`.github/workflows/unit-tests.yml:9,20`), so any PR's build scripts run on `novaloop-mac-studio-001` — the same persistent runner, keychain and signing identities the release pipeline uses. **Accepted because the repo is INTERNAL**, which narrows PR authors to org members. The trade-off is invisible to CI: zizmor reports it (`self-hosted-runner`, medium) **only at `--persona=auditor`**, and the default persona CI runs suppresses it — so no required check will ever warn. If org membership stops being a sufficient trust boundary: restrict the trigger to non-fork branches, or move back to GitHub-hosted `macos-26` with a raised `timeout-minutes`. |
**Closed:** the app-group collision question — container paths are disjoint, and the shared
`group.ch.healthchat` UserDefaults suite has a verified-empty key intersection. Captured as a standing hazard