* fix(#4197): dedup the update-context fast path against the selected global candidate The preferredConfigDir fast path derived scope from a cwd-relative match alone, so a global install reported LOCAL whenever the shell sat in $HOME — and run_update then drove the installer through its --local arm (settings.local.json + the #338 relocation) against a global install. Extract resolveGlobalCandidate (env candidates first, then $HOME-relative, first hasInstall hit wins) and use it in BOTH paths: the fast path now answers LOCAL only for a cwd-relative match that is not the selected global dir, which is the same dedup the cascade applies at its isLocal check. A preferred dir that is also the env-directed global now answers GLOBAL on both paths (the cascade's answer), pinned by a parity test. The discriminator is the selected global candidate, not the $HOME pathname: with CLAUDE_CONFIG_DIR directing the global elsewhere, $HOME/.claude probed from cwd === $HOME is a genuine local install, and a pathname check would re-break parity (regression-pinned). * chore(#4197): add changeset * chore(#4197): backfill PR number in changeset --------- Co-authored-by: agent-4197 <agent-4197@gsd.local>
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.changeset/bold-jaguars-parade.md
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.changeset/bold-jaguars-parade.md
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@@ -0,0 +1,5 @@
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---
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type: Fixed
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pr: 4413
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---
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**`/gsd:update` no longer misreports a global install as LOCAL when the shell sits in $HOME** — running the update from a home-directory shell drove the installer's --local arm (settings.local.json + the #338 relocation) against a global install; the preferred-config-dir fast path now applies the same same-path dedup the rest of the detection cascade always has. (#4197)
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@@ -130,6 +130,27 @@ function preferFirst(entries: RuntimeDirEntry[], preferred: string): RuntimeDirE
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return [...pref, ...rest];
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}
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// GLOBAL probe: absolute env candidates first (in preferFirst order, first
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// hasInstall hit wins), then $HOME-relative. Single resolver shared by the
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// preferredConfigDir fast path's same-path dedup and the full cascade (#4197),
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// so both compare against the global dir the resolution would actually select —
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// an env-directed candidate, not necessarily the $HOME-relative pathname.
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function resolveGlobalCandidate(
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fs: FsAdapter,
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env: Record<string, string | undefined>,
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home: string,
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preferred: string,
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): { runtime: string; dir: string } {
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for (const [rt, absdir] of preferFirst(envRuntimeDirs({ env, home }), preferred)) {
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if (hasInstall(fs, absdir)) return { runtime: rt, dir: path.resolve(absdir) };
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}
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for (const [rt, reldir] of preferFirst(RUNTIME_DIRS, preferred)) {
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const cand = path.resolve(home, reldir);
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if (hasInstall(fs, cand)) return { runtime: rt, dir: cand };
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}
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return { runtime: '', dir: '' };
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}
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export interface ResolveUpdateContextOpts {
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home: string;
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cwd: string;
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@@ -164,9 +185,15 @@ export function resolveUpdateContext({
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// Fast path: a validated preferredConfigDir (custom --config-dir install).
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if (preferredConfigDir && hasInstall(fs, preferredConfigDir)) {
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const resolvedPref = path.resolve(preferredConfigDir);
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// Same-path dedup the cascade applies (#4197): a preferred dir that IS the
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// selected global install (an env candidate or the $HOME-relative dir) is
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// GLOBAL even when cwd === $HOME also makes it the cwd-relative match.
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const { dir: globalDir } = resolveGlobalCandidate(fs, env, home, preferred);
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let scope: 'LOCAL' | 'GLOBAL' = 'GLOBAL';
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for (const [, reldir] of RUNTIME_DIRS) {
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if (path.resolve(cwd, reldir) === resolvedPref) { scope = 'LOCAL'; break; }
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if (resolvedPref !== globalDir) {
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for (const [, reldir] of RUNTIME_DIRS) {
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if (path.resolve(cwd, reldir) === resolvedPref) { scope = 'LOCAL'; break; }
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}
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}
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return {
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installedVersion: trustedVersionAt(fs, preferredConfigDir) ?? '0.0.0',
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@@ -176,7 +203,6 @@ export function resolveUpdateContext({
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};
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}
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const orderedEnv = preferFirst(envRuntimeDirs({ env, home }), preferred);
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const orderedRuntime = preferFirst(RUNTIME_DIRS, preferred);
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// LOCAL probe (relative to cwd).
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@@ -186,17 +212,9 @@ export function resolveUpdateContext({
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if (hasInstall(fs, cand)) { localRuntime = rt; localDir = cand; break; }
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}
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// GLOBAL probe: absolute env candidates first, then $HOME-relative.
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let globalRuntime = '', globalDir = '';
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for (const [rt, absdir] of orderedEnv) {
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if (hasInstall(fs, absdir)) { globalRuntime = rt; globalDir = path.resolve(absdir); break; }
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}
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if (!globalRuntime) {
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for (const [rt, reldir] of orderedRuntime) {
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const cand = path.resolve(home, reldir);
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if (hasInstall(fs, cand)) { globalRuntime = rt; globalDir = cand; break; }
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}
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}
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// GLOBAL probe: absolute env candidates first, then $HOME-relative — the
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// same resolver the fast path dedups against.
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const { runtime: globalRuntime, dir: globalDir } = resolveGlobalCandidate(fs, env, home, preferred);
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const localValid = trustedVersionAt(fs, localDir);
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const isLocal = !!localValid && (!globalDir || localDir !== globalDir);
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@@ -165,6 +165,102 @@ describe('resolveUpdateContext: runtime probing + env overrides', () => {
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});
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});
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describe('resolveUpdateContext: preferredConfigDir fast-path dedup (#4197)', () => {
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test('cwd === home does NOT misdetect as LOCAL on the preferredConfigDir fast path (dedup)', () => {
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// #4197: the fast path derived scope from a cwd-relative match alone, so a
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// global install probed with cwd === $HOME answered LOCAL. The cascade's
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// same-path dedup (update.md: "local-over-global with same-path dedup (so
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// CWD=$HOME does not misdetect as LOCAL)") must hold on the fast path too.
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const fs = fakeFs({ [ver(`${HOME}/.claude`)]: '1.40.0\n', [marker(`${HOME}/.claude`)]: 'x' });
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const r = resolveUpdateContext({
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home: HOME, cwd: HOME, env: {}, fs,
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preferredConfigDir: `${HOME}/.claude`, preferredRuntime: 'claude',
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});
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assert.equal(r.scope, 'GLOBAL');
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});
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test('same global install resolves identically from home and elsewhere on the fast path', () => {
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const fs = fakeFs({ [ver(`${HOME}/.claude`)]: '1.40.0\n', [marker(`${HOME}/.claude`)]: 'x' });
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const inputs = {
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home: HOME, env: {}, fs,
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preferredConfigDir: `${HOME}/.claude`, preferredRuntime: 'claude',
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};
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const fromElsewhere = resolveUpdateContext({ ...inputs, cwd: CWD });
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assert.equal(fromElsewhere.scope, 'GLOBAL');
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assert.deepEqual(
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resolveUpdateContext({ ...inputs, cwd: HOME }),
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fromElsewhere,
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'scope must not depend on which directory the shell is sitting in',
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);
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});
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test('genuine project-local install stays LOCAL on the fast path', () => {
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// Control: the dedup must not over-correct into GLOBAL-always. A preferred
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// dir that is the cwd-relative install and NOT the selected global is LOCAL.
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const fs = fakeFs({ [ver(`${CWD}/.claude`)]: '1.39.0\n', [marker(`${CWD}/.claude`)]: 'x' });
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const r = resolveUpdateContext({
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home: HOME, cwd: CWD, env: {}, fs,
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preferredConfigDir: `${CWD}/.claude`, preferredRuntime: 'claude',
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});
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assert.equal(r.scope, 'LOCAL');
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assert.equal(r.installedVersion, '1.39.0');
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assert.ok(sameDir(r.gsdDir, `${CWD}/.claude`), `gsdDir was ${r.gsdDir}`);
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});
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test('genuine project-local install stays LOCAL even with a global install also present', () => {
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const fs = fakeFs({
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[ver(`${CWD}/.claude`)]: '1.39.0\n', [marker(`${CWD}/.claude`)]: 'x',
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[ver(`${HOME}/.claude`)]: '1.40.0\n', [marker(`${HOME}/.claude`)]: 'x',
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});
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const r = resolveUpdateContext({
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home: HOME, cwd: CWD, env: {}, fs,
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preferredConfigDir: `${CWD}/.claude`, preferredRuntime: 'claude',
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});
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assert.equal(r.scope, 'LOCAL');
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assert.equal(r.installedVersion, '1.39.0');
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});
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test('env-directed global elsewhere: $HOME/.claude is LOCAL and the fast path agrees with the cascade', () => {
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// The dedup must compare against the SELECTED global candidate (env-ranked),
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// not the $HOME pathname: with CLAUDE_CONFIG_DIR pointing the global at
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// /opt/claude-global, $HOME/.claude probed from cwd === $HOME is a genuine
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// cwd-local install, and the cascade already answers LOCAL for it.
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const custom = '/opt/claude-global';
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const fs = fakeFs({
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[ver(`${HOME}/.claude`)]: '1.39.0\n', [marker(`${HOME}/.claude`)]: 'x',
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[ver(custom)]: '1.40.0\n', [marker(custom)]: 'x',
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});
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const env = { CLAUDE_CONFIG_DIR: custom };
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const cascade = resolveUpdateContext({ home: HOME, cwd: HOME, env, fs });
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const fast = resolveUpdateContext({
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home: HOME, cwd: HOME, env, fs,
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preferredConfigDir: `${HOME}/.claude`, preferredRuntime: 'claude',
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});
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assert.equal(cascade.scope, 'LOCAL');
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assert.equal(fast.scope, cascade.scope);
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assert.equal(fast.installedVersion, cascade.installedVersion);
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assert.equal(fast.runtime, cascade.runtime);
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assert.ok(sameDir(fast.gsdDir, cascade.gsdDir), `fast gsdDir ${fast.gsdDir} vs cascade ${cascade.gsdDir}`);
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});
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test('env candidate IS the preferred dir: fast path answers GLOBAL, matching the cascade', () => {
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// A preferred dir that is also the env-directed global is the selected
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// global — the cascade answers GLOBAL, and the fast path must agree.
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const fs = fakeFs({ [ver(`${HOME}/.claude`)]: '1.40.0\n', [marker(`${HOME}/.claude`)]: 'x' });
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const env = { CLAUDE_CONFIG_DIR: `${HOME}/.claude` };
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const cascade = resolveUpdateContext({ home: HOME, cwd: HOME, env, fs });
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const fast = resolveUpdateContext({
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home: HOME, cwd: HOME, env, fs,
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preferredConfigDir: `${HOME}/.claude`, preferredRuntime: 'claude',
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});
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assert.equal(cascade.scope, 'GLOBAL');
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assert.equal(fast.scope, cascade.scope);
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assert.equal(fast.installedVersion, cascade.installedVersion);
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assert.equal(fast.runtime, cascade.runtime);
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assert.ok(sameDir(fast.gsdDir, cascade.gsdDir), `fast gsdDir ${fast.gsdDir} vs cascade ${cascade.gsdDir}`);
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});
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});
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describe('gsd-tools update-context (CLI): emits the JSON contract', () => {
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test('--config-dir fixture resolves to the documented 4-field JSON', () => {
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const tmp = nodeFs.mkdtempSync(path.join(os.tmpdir(), 'gsd-uc-'));
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