pi-trust-defer
Skip the startup trust prompt in pi — auto-decline project trust so you're immediately interactive, then /trust + /reload when ready
Package details
Install pi-trust-defer from npm and Pi will load the resources declared by the package manifest.
$ pi install npm:pi-trust-defer- Package
pi-trust-defer- Version
1.2.2- Published
- Jun 19, 2026
- Downloads
- 637/mo · 235/wk
- Author
- monotykamary
- License
- MIT
- Types
- extension
- Size
- 11.3 KB
- Dependencies
- 0 dependencies · 0 peers
Pi manifest JSON
{
"extensions": [
"./trust-defer.ts"
]
}Security note
Pi packages can execute code and influence agent behavior. Review the source before installing third-party packages.
README
🚫⏩ pi-trust-defer
Skip the startup trust prompt in pi
Auto-decline project trust at startup so you're immediately interactive. Use /trust + /reload when you're ready.
The Problem
When you start pi in a project that contains AGENTS.md, CLAUDE.md, a .pi/ directory, or other project-local inputs, pi shows a trust prompt before you can interact:
Trust project folder?
/Users/you/my-project
This allows pi to read project instructions (AGENTS.md/CLAUDE.md)...
→ Trust
Trust (this session only)
Do not trust
Do not trust (this session only)
You're blocked until you choose. Every. Single. Time. Even in projects you've never needed project instructions for.
The Solution
pi-trust-defer intercepts the project_trust event and auto-declines, so pi starts immediately. Pi's built-in untrusted notification still appears, and the existing /trust + /reload applies the decision without a restart.
| Step | Before | After |
|---|---|---|
| Startup | Blocked by trust prompt | Immediate — no prompt |
| Trust later | /trust → "restart pi" |
/trust → /reload — no restart |
How It Works
pi starts
→ project_trust event fires
→ Extension returns { trusted: "no" }
→ pi is immediately interactive (no startup selector)
User types "/trust" (builtin)
→ Saves "trusted: true" to ~/.pi/agent/trust.json
User types "/reload" (builtin)
→ SettingsManager.prototype.reload is patched to check trust.json
→ Detects projectTrusted=false but trust.json=true → flips flag
→ Project-local resources load — no restart
The SettingsManager patch checks trust.json on each reload when projectTrusted is false. This is fine because /reload is user-initiated and infrequent — the single proper-lockfile acquisition per reload is negligible.
Why not defaultProjectTrust: "never"?
Pi 0.79.1 added the defaultProjectTrust setting ("ask" / "always" / "never"), which has partial overlap with this extension. Here's the difference:
defaultProjectTrust: "never" |
pi-trust-defer | |
|---|---|---|
| Auto-declines trust | ✓ | ✓ |
| No startup prompt | ✓ — "never" returns immediately, no selector shown |
✓ — project_trust returns { trusted: "no" } |
| Per-session only | ✗ — it's a global fallback, not a per-session decision | ✓ — declines in-memory, no persisted decision |
/trust overrides per-project |
✓ — /trust saves per-project, overriding the fallback |
✓ — /trust saves per-project "yes" |
/reload picks up /trust |
✗ — reload() keeps the initial projectTrusted flag; needs a restart |
✓ — patched reload() re-checks trust.json |
Applied per-project vs. globally is the first real difference: defaultProjectTrust is a single global setting, so "never" auto-declines trust in every project. pi-trust-defer is loaded as an extension, leaving the global default untouched and declining per-session without writing a decision to trust.json — so /trust + /reload still works the way you'd expect.
The bigger difference is /reload. Pi's SettingsManager.prototype.reload() preserves projectTrusted from the initial session and never re-reads the trust store, so even after /trust writes a true decision, /reload will not load project-local resources — you have to restart pi. This extension patches reload() to re-check trust.json, so /trust → /reload applies without a restart.
defaultProjectTrust: "never" is a good fit if you want to globally auto-decline and don't mind restarting after /trust. pi-trust-defer is for the common case where you sometimes want to trust projects after verifying them and want /trust + /reload to work in place.
Installation
Option 1: Install via pi package (Recommended)
pi install npm:pi-trust-defer
Or add to your settings.json:
{
"packages": [
"npm:pi-trust-defer"
]
}
Or install from GitHub:
pi install https://github.com/monotykamary/pi-trust-defer
Option 2: Global Installation
cp trust-defer.ts ~/.pi/agent/extensions/
Option 3: Project-Local Installation
mkdir -p .pi/extensions
cp trust-defer.ts .pi/extensions/
Option 4: Quick Test
pi -e ./trust-defer.ts
Usage
Once loaded, the extension works automatically — no new commands to learn. Just use the built-in /trust and /reload:
| Step | What you type |
|---|---|
| 1 | (pi starts immediately — no trust prompt) |
| 2 | /trust — save trust decision |
| 3 | /reload — apply without restart |
What about non-interactive modes?
In --mode json, --mode rpc, and -p modes, the project_trust event fires but the extension has no UI. It returns { trusted: "no" } — consistent with the existing non-interactive behavior of declining trust by default.
Pass --approve / -a to trust the project in non-interactive modes, just like without the extension.
Architecture
| Component | Purpose |
|---|---|
project_trust handler |
Intercepts the trust event, returns { trusted: "no" } |
SettingsManager.prototype.reload patch |
On reload, if projectTrusted is false but trust.json says true, flips the flag |
The extension uses the project_trust event and ctx.isProjectTrusted() — supported extension APIs, not hacks.
The SettingsManager prototype patch is the only "internal" touch. It's needed because the built-in /reload preserves projectTrusted=false from the initial session, and the extension API doesn't expose a way to flip it. The patch is minimal: on each reload(), if isProjectTrusted() is false and the trust store says true, call setProjectTrusted(true). Since /reload is user-initiated and infrequent, the trust store read is fine — a single proper-lockfile acquisition, not a hot loop.
Development
npm install # install dev dependencies
npm run typecheck # type check
npm run lint:dead # check for unused exports
npm test # run tests
npm test:coverage # run tests with coverage
License
MIT