RetryPolicy had no field for 404s, so any policy that set DefaultRetries made
the router retry every 404 across the pool, including OpenAI's 404 on a missing
response id, which arrives as a BadRequestError whose status_code is 404
NotFoundErrorRetries now governs every answer whose status code is 404 whatever
exception class the mapping picked, ahead of the class walk and DefaultRetries.
A 404 without it still falls back to BadRequestErrorRetries for the
BadRequestError shape and then to DefaultRetries, so existing policies keep
their behavior until the new field is set. The Admin UI retry settings tab
gains a NotFoundError (404) row above the catch-all row
Fixes#36896
The stored flag is the cluster's desired state and is what the form saves, so it
cannot also stand as proof that this process activated the callback: a pod that
lagged or failed to apply it would still read as on. Report the process's own
registration as a separate read-only field and warn on the page when the two
disagree, so a failed activation is visible instead of only logged.
The proxy used to boot with no master key (every request accepted without
authentication) and with sk-1234, the key every example used. It now stops at
startup, before it connects to the database, and prints how to fix it: where the
bad key came from, a copy-pastable command that generates a secure key, and,
when the public key is also encrypting a database, a link to the rotation guide
general_settings.dangerously_allow_unsafe_proxy: true or
LITELLM_DANGEROUSLY_ALLOW_UNSAFE_PROXY=true starts the proxy anyway, for local
development. CI and test boots that rely on sk-1234 or on no key set it
BREAKING CHANGE: deployments with no master key, an empty one, or sk-1234 no
longer start until they set a real key or opt in to the override
Peer pods gate the settings poll on general_settings.supported_db_objects,
which validates against SupportedDBObjectType. Without a member for this
name an operator could not opt in, so a configured allowlist left every
pod but the one that served the write on stale settings.
Also types the dashboard's settings payload off the generated schema
instead of Record<string, any>.
Shipped proxy configs now read general_settings.master_key from
os.environ/LITELLM_MASTER_KEY, the .env examples ship a blank value with
the openssl generate command above it, and READMEs, the missing env vars
page and Admin UI code snippets show a generate command or the
<your-master-key> placeholder instead of the literal sk-1234
The two CircleCI docker runs that mount proxy_server_config.yaml and
oai_misc_config.yaml now pass LITELLM_MASTER_KEY so their runtime key is
unchanged
Web search interception could only be switched on by editing config.yaml
and restarting the proxy, so an admin had no way to turn it on, choose
which providers it covers, or pick which configured search tool runs the
searches without a redeploy.
Adds GET/PATCH /get|update/websearch_interception_settings backed by a
WebSearchInterceptionSettings model, and an Admin Settings panel that
reads and writes them. Config/database precedence comes from the existing
settings store, so a key the config file declares is still refused here.
The stored settings apply to a running proxy: the DB poll rebuilds the
WebSearchInterceptionLogger, removing the old instance before adding the
new one, because two instances with different params hash differently in
the callback dedup key and the first to short-circuit would win. A proxy
that activates interception the existing way, through
litellm_settings.callbacks with no stored params, is left untouched.
The key_exists chart test added a second direct DOM lookup for the Recharts bars, which exposes no role or label, and pushed testing-library/no-node-access over its budget (709 > 707). Both chart tests now go through one helper
/user/daily/activity now reports key_exists on each api key's metadata, true
only when the key is in the active key table that /key/info reads. Top Virtual
Keys renders the Key ID as plain text with an explanatory tooltip and ignores
chart bar clicks when key_exists is false, so deleted keys and CLI/SSO session
keys no longer dead-end on a "Key not found in database" toast
