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https://github.com/johannesjo/super-productivity.git
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911f39402d
Fold per-push Android dev distribution into build-android.yml (which already builds a signed APK on every master push) instead of a second workflow that duplicated the whole build. On non-tag master pushes it stamps a dev versionCode into the working copy of build.gradle and, after the existing build, ships the play APK to the Play 'internal' track so a fresh build auto-updates on the phone. Internal testing skips review, so builds land in minutes; dev builds (code base+1..999) and releases (base+9000) share the track but stay distinct by versionCode. All new steps are gated to refs/heads/master (non-tag); the tag/release path is untouched, and every dev step is continue-on-error so it can never break the release-critical build. versionCode = last stable release's code + commits-since-that-tag (first-parent), staying in the 999-slot band above the release and below the next version's base. The base is derived from the last stable tag (not the working tree), so a version bump landing on master before its tag is pushed can't make dev codes jump ahead and then regress. Logic lives in tools/android-dev-version-code.js (reusing getAndroidVersionInfo) with unit tests; it degrades to skip on any anomaly. Reuses existing keystore/Play/Unsplash secrets; no new secrets.
55 lines
2.2 KiB
JavaScript
55 lines
2.2 KiB
JavaScript
'use strict';
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const test = require('node:test');
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const assert = require('node:assert/strict');
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const { getAndroidVersionInfo } = require('./release-notes');
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const { computeDevVersionCode, BAND_SIZE } = require('./android-dev-version-code');
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// 18.13.1 -> 1_813_019_000 (release code), next version base 18.13.2 -> 1_813_020_000.
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const RELEASE_18_13_1 = getAndroidVersionInfo('18.13.1').versionCode;
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const NEXT_VERSION_BASE = getAndroidVersionInfo('18.13.2').versionCode - 9000;
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test('release code and next-version base match the documented band', () => {
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assert.equal(RELEASE_18_13_1, 1813019000);
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assert.equal(NEXT_VERSION_BASE, 1813020000);
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});
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test('a dev build lands one slot above the release', () => {
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assert.deepEqual(computeDevVersionCode({ baseCode: RELEASE_18_13_1, commits: 1 }), {
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skip: false,
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code: 1813019001,
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});
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});
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test('the code increments monotonically with the commit count', () => {
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const a = computeDevVersionCode({ baseCode: RELEASE_18_13_1, commits: 10 }).code;
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const b = computeDevVersionCode({ baseCode: RELEASE_18_13_1, commits: 11 }).code;
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assert.equal(a, 1813019010);
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assert.ok(b > a);
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});
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test('the top of the band stays strictly below the next version base', () => {
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const { code } = computeDevVersionCode({
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baseCode: RELEASE_18_13_1,
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commits: BAND_SIZE - 1,
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});
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assert.equal(code, 1813019999);
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assert.ok(code < NEXT_VERSION_BASE, 'dev code must not reach the next version base');
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});
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test('commits==0 (HEAD is the release commit) skips instead of reusing the release code', () => {
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const r = computeDevVersionCode({ baseCode: RELEASE_18_13_1, commits: 0 });
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assert.equal(r.skip, true);
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});
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test('band exhaustion skips (with a reason) rather than colliding with the next version', () => {
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const r = computeDevVersionCode({ baseCode: RELEASE_18_13_1, commits: BAND_SIZE });
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assert.equal(r.skip, true);
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assert.match(r.reason, /exhausted/);
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});
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test('invalid inputs throw (so main() degrades to a skip)', () => {
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assert.throws(() => computeDevVersionCode({ baseCode: 0, commits: 1 }));
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assert.throws(() => computeDevVersionCode({ baseCode: RELEASE_18_13_1, commits: -1 }));
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assert.throws(() => computeDevVersionCode({ baseCode: RELEASE_18_13_1, commits: 1.5 }));
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});
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