refactor(env): per-tool override keys for supporter binaries (T-495)
Store each tool's override under its own key (app.tools.<name>) instead of one map, so the settings panel can bind a plain text field per tool. loadSupporterBinaries reads the per-tool keys plus a first-run marker and keeps an explicit path; redetectSupporterBinaries backs the Re-detect action. The resolver itself is unchanged. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
This commit is contained in:
+2
-2
@@ -119,8 +119,8 @@ Future<void> main() async {
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// overrides first, else the primed PATH + the well-known dirs; auto-detect
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// and pin them on first run (T-495, D-104).
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activeSupporterBinaries = await loadSupporterBinaries(
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readOverrides: () => bootSettings.get<Map>(supporterToolsKey),
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writeOverrides: (m) => bootSettings.set(supporterToolsKey, m),
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read: (k) => bootSettings.get<Object>(k),
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write: (k, v) => bootSettings.set<Object?>(k, v),
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);
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startupWorkRoot = resolveStartupWorkspace(
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cwdRoot: startupWorkRoot,
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Vendored
+49
-20
@@ -97,34 +97,63 @@ bool _fileExists(String p) => File(p).existsSync();
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/// headless contexts where boot wiring hasn't run.
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SupporterBinaries? activeSupporterBinaries;
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/// The user-scope SettingsStore key (app layer, `~/.clide`, per-machine) holding
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/// the tool→absolute-path override map.
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const supporterToolsKey = 'app.tools';
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/// User-scope SettingsStore key (app layer, `~/.clide`, per-machine) holding the
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/// explicit override path for tool [name]. One key per tool so the settings
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/// panel binds a plain text field to each (T-414 / D-104).
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String supporterToolKey(String name) => 'app.tools.$name';
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/// Marker key recording that first-run auto-detection has run, so a later launch
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/// neither re-probes nor clobbers a path the user cleared on purpose.
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const supporterDetectedKey = 'app.tools.detected';
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/// The external supporter binaries clide auto-detects (pql/git are bundled per
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/// D-58/D-59 and excluded).
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const knownSupporterTools = ['claude', 'd2'];
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/// Build a [SupporterBinaries] from persisted overrides, auto-detecting on first
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/// run (D-104). [readOverrides] returns the stored map (or null if unset);
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/// [writeOverrides] persists a freshly-detected one. Injected (not the
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/// SettingsStore directly) so this stays Flutter-free and `dart test`-able;
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/// [detect] is the prober (defaults to a real [SupporterBinaries]).
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/// Build a [SupporterBinaries] from the per-tool override keys, auto-detecting
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/// the as-yet-unconfigured tools ONCE on first run and pinning what it finds
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/// (D-104). [read] returns a stored value (or null); [write] persists one.
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/// Injected (not the SettingsStore directly) so this stays Flutter-free and
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/// `dart test`-able; [detect] is the prober.
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Future<SupporterBinaries> loadSupporterBinaries({
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required Map<dynamic, dynamic>? Function() readOverrides,
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required Future<void> Function(Map<String, String>) writeOverrides,
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required Object? Function(String key) read,
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required Future<void> Function(String key, Object? value) write,
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List<String> tools = knownSupporterTools,
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SupporterBinaries Function()? detect,
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}) async {
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final raw = readOverrides();
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if (raw != null) return SupporterBinaries(overrides: _asStringMap(raw));
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// First run: probe once, persist (pinned), and use the result.
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final detected = (detect?.call() ?? SupporterBinaries()).detect(tools);
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await writeOverrides(detected);
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return SupporterBinaries(overrides: detected);
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final overrides = _readOverrides(read, tools);
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if (read(supporterDetectedKey) == null) {
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// First run: probe the tools without an explicit path, pin what's found.
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final fresh = (detect?.call() ?? SupporterBinaries()).detect(tools.where((t) => !overrides.containsKey(t)));
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for (final e in fresh.entries) {
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await write(supporterToolKey(e.key), e.value);
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overrides[e.key] = e.value;
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}
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await write(supporterDetectedKey, true);
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}
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return SupporterBinaries(overrides: overrides);
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}
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Map<String, String> _asStringMap(Map<dynamic, dynamic> raw) => {
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for (final e in raw.entries)
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if (e.key is String && e.value is String) e.key as String: e.value as String,
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};
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/// Re-probe every tool and overwrite its override key (clearing one no longer
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/// found), returning a fresh resolver. Backs the "Re-detect" settings action.
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Future<SupporterBinaries> redetectSupporterBinaries({
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required Future<void> Function(String key, Object? value) write,
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List<String> tools = knownSupporterTools,
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SupporterBinaries Function()? detect,
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}) async {
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final fresh = (detect?.call() ?? SupporterBinaries()).detect(tools);
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for (final t in tools) {
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await write(supporterToolKey(t), fresh[t]);
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}
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await write(supporterDetectedKey, true);
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return SupporterBinaries(overrides: fresh);
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}
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Map<String, String> _readOverrides(Object? Function(String) read, List<String> tools) {
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final overrides = <String, String>{};
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for (final t in tools) {
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final v = read(supporterToolKey(t));
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if (v is String && v.isNotEmpty) overrides[t] = v;
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}
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return overrides;
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}
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+30
-19
@@ -61,37 +61,48 @@ void main() {
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});
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group('loadSupporterBinaries', () {
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test('first run detects the tools and persists the result', () async {
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Map<String, String>? written;
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test('first run detects the tools and pins each under its own key', () async {
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final store = <String, Object?>{};
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final probe = SupporterBinaries(exists: {'/usr/bin/claude'}.contains, searchPath: () => '/usr/bin', home: '/h');
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await loadSupporterBinaries(readOverrides: () => null, writeOverrides: (m) async => written = m, tools: ['claude', 'd2'], detect: () => probe);
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expect(written, {'claude': '/usr/bin/claude'});
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await loadSupporterBinaries(read: (k) => store[k], write: (k, v) async => store[k] = v, tools: ['claude', 'd2'], detect: () => probe);
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expect(store['app.tools.claude'], '/usr/bin/claude');
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expect(store.containsKey('app.tools.d2'), isFalse); // not found → not written
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expect(store['app.tools.detected'], isTrue); // first-run marker
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});
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test('first run with nothing found still persists (marks first-run done)', () async {
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Map<String, String>? written;
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await loadSupporterBinaries(
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readOverrides: () => null,
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writeOverrides: (m) async => written = m,
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detect: () => SupporterBinaries(exists: (_) => false, searchPath: () => '/usr/bin'),
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);
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expect(written, isEmpty);
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});
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test('a subsequent run uses stored overrides without detecting or writing', () async {
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var wrote = false, detected = false;
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test('a subsequent run reads the keys without re-detecting', () async {
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final store = <String, Object?>{'app.tools.detected': true, 'app.tools.d2': '/pin/d2'};
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var detected = false;
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final r = await loadSupporterBinaries(
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readOverrides: () => {'d2': '/pin/d2'},
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writeOverrides: (m) async => wrote = true,
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read: (k) => store[k],
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write: (k, v) async => store[k] = v,
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detect: () {
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detected = true;
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return SupporterBinaries();
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},
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);
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expect(wrote, isFalse);
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expect(detected, isFalse);
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// The stored override loaded — /pin/d2 isn't a real file, so it reads stale.
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expect(r.isStalePin('d2'), isTrue);
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});
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test('first run keeps an explicit path and does not overwrite it', () async {
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final store = <String, Object?>{'app.tools.d2': '/my/d2'}; // set, no marker yet
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final probe = SupporterBinaries(exists: {'/usr/bin/d2'}.contains, searchPath: () => '/usr/bin');
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await loadSupporterBinaries(read: (k) => store[k], write: (k, v) async => store[k] = v, tools: ['d2'], detect: () => probe);
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expect(store['app.tools.d2'], '/my/d2');
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expect(store['app.tools.detected'], isTrue);
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});
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});
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group('redetectSupporterBinaries', () {
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test('overwrites every key from a fresh probe, clearing a vanished tool', () async {
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final store = <String, Object?>{'app.tools.claude': '/old/claude', 'app.tools.d2': '/old/d2'};
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final probe = SupporterBinaries(exists: {'/usr/bin/claude'}.contains, searchPath: () => '/usr/bin');
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await redetectSupporterBinaries(write: (k, v) async => store[k] = v, tools: ['claude', 'd2'], detect: () => probe);
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expect(store['app.tools.claude'], '/usr/bin/claude');
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expect(store['app.tools.d2'], isNull); // no longer found → cleared
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expect(store['app.tools.detected'], isTrue);
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});
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});
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}
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