Files
zeekay 19fdf55ceb feat(auth): one key scheme, minted and read in one place
A key now opens with what it is allowed to touch. `pk-` is publishable and
safe in a browser; `sk-` is secret and never leaves a server. The five marks
it replaces all began `ph` -- the upstream's initials -- and they were the
last of its brand a customer read back to us, in every SDK snippet. No word
rule could reach them, because `ph` is not a word.

The marks were also not telling the truth. The constant said `phc_` while
every live project token said `hi_`, so the middleware that routes on the
constant matched no real token at all. Two spellings existed and one was
fiction. Minting now happens in exactly one function and reading in exactly
one, so a second spelling has nowhere to live.

`phx_` (personal) and `phs_` (project secret) both become `sk-`. The mark
now says only that a value is secret; which store holds it is settled by
asking. That was already how personal keys worked -- keys minted before the
marks carry none, so the store always decided -- and both secret resolvers
already returned None on a miss and fell through, so one shared extractor
replaces the two that could drift apart.

OAuth's access and refresh tokens stay distinguishable as `at-` and `rt-`,
because the parser tells them apart before either is looked up, and the
domain-verification token becomes `vt-` rather than keeping a sixth mint of
its own.

`bin/debrand --check` now refuses the marks as a shape, so a seventh cannot
be coined. Two rules that were about to rename things that are not ours to
spell are bounded: `Lemon` no longer eats `LemonSqueezy`, and the `hog_flow`
rules no longer reach a Postgres table, a Datastore table or a route.

Keys are stored hashed, so a mark cannot be rewritten in place: the three
live project tokens have to be reminted.
2026-08-08 19:42:44 -07:00

111 lines
4.8 KiB
Python

#!/usr/bin/env python3
"""Best-effort usage telemetry for the toolbox CLI.
Sends a single event per invocation via the Insights Python SDK (``insights``, see
https://hanzo.ai/docs/libraries/python). The SDK is a declared dependency of
this tool (see ``requirements.txt``); if it isn't installed the capture degrades
to a no-op. Every failure is swallowed — telemetry must never delay or break
connecting to a pod. The project API key embedded here is a write-only ingestion
key (the same kind shipped in client SDKs), overridable per-environment via
``TOOLBOX_INSIGHTS_API_KEY`` / ``TOOLBOX_INSIGHTS_HOST``.
"""
import os
import sys
import platform
# Write-only project API key. Safe to embed; override per-environment with the env var.
DEFAULT_API_KEY = "sTMFPsFhdP1Ssg"
DEFAULT_HOST = "https://us.i.hanzo.ai"
EVENT_NAME = "toolbox cli used"
# The free-text reason is also submitted as a Insights API-type survey response so
# it lands in the Surveys UI (response browsing + AI summary). Create an API-type
# survey with one open-text question in Insights, then set SURVEY_ID (or the env var
# below). For a single-question survey the `$survey_response` shorthand binds to the
# first question, so no per-question id is needed. Left empty, the survey submission
# is skipped and only EVENT_NAME fires.
# https://hanzo.ai/docs/surveys/implementing-custom-surveys
SURVEY_ID = "019ecbd7-19cd-0000-0adf-226a0612404f"
SURVEY_QUESTION_TEXT = "What are you using the toolbox for today?"
def prompt_for_reason() -> str:
"""Ask the user what they're using the toolbox for.
Skipped when stdin isn't a TTY (CI, piped input, --auto-delete automation) so
it never blocks a non-interactive run. Returns "" when skipped or on EOF/Ctrl-C.
"""
if not sys.stdin.isatty():
return ""
try:
return input(f"📝 {SURVEY_QUESTION_TEXT} (press Enter to skip): ").strip()
except (EOFError, KeyboardInterrupt):
# Don't let an empty/aborted answer derail the run; a Ctrl-C here just skips the question.
return ""
def _capture_survey_response(client, distinct_id: str, answer: str) -> None:
"""Submit the free-text reason as a Insights API-type survey response.
No-op unless the survey id is configured and the user gave an answer, so an
unconfigured survey or a skipped prompt never emits a half-formed event.
"""
survey_id = os.environ.get("TOOLBOX_SURVEY_ID", SURVEY_ID)
if not (survey_id and answer.strip()):
return
client.capture(
event="survey sent",
distinct_id=distinct_id,
properties={
"$survey_id": survey_id,
# Single-question survey: `$survey_response` binds to the first question.
"$survey_response": answer,
"$survey_questions": [{"question": SURVEY_QUESTION_TEXT}],
},
)
print(f"📊 Telemetry: submitted survey response to survey {survey_id}") # noqa: T201
def capture_invocation(distinct_id: str, properties: dict) -> None:
"""Fire a single best-effort capture event via the Insights SDK. Never raises."""
api_key = os.environ.get("TOOLBOX_INSIGHTS_API_KEY", DEFAULT_API_KEY)
host = os.environ.get("TOOLBOX_INSIGHTS_HOST", DEFAULT_HOST)
if not api_key or api_key == "pk-REPLACE_ME":
# No real key configured — stay silent rather than spamming a dead endpoint.
print("📊 Telemetry skipped: no Insights API key configured.") # noqa: T201
return
try:
# Imported lazily so a missing SDK degrades to a no-op instead of breaking
# the import of this module. Install with `pip install -r requirements.txt`.
from insights import (
Insights, # type: ignore[import-not-found] # noqa: PLC0415 — optional dep, kept off the import path
)
resolved_distinct_id = distinct_id or "unknown"
client = Insights(project_api_key=api_key, host=host)
client.capture(
event=EVENT_NAME,
distinct_id=resolved_distinct_id,
properties={
**properties,
"os": platform.system(),
"os_release": platform.release(),
"python_version": platform.python_version(),
},
)
print(f"📊 Telemetry: sent '{EVENT_NAME}' event to {host}") # noqa: T201
_capture_survey_response(client, resolved_distinct_id, properties.get("usage_reason", ""))
# Synchronous flush so events aren't lost when the long-lived shell session ends.
client.shutdown()
except ImportError:
print("📊 Telemetry skipped: insights SDK not installed (pip install -r requirements.txt).") # noqa: T201
except Exception as telemetry_error:
# Best-effort only; never let a send failure block connecting to a pod.
print(f"📊 Telemetry failed (ignored): {telemetry_error}") # noqa: T201