trim comments

Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
This commit is contained in:
Samuel Newman
2026-09-02 18:24:47 +03:00
parent 14824e26c9
commit 34c00e945d
5 changed files with 27 additions and 70 deletions
+7 -18
View File
@@ -1,10 +1,8 @@
const NETWORK_ERROR_PATTERNS = [ const NETWORK_ERROR_PATTERNS = [
/* /*
* Case-sensitive on purpose. `AbortError` (web `DOMException`) and the * Case-sensitive: `AbortError` and `Aborted` are cancellations, but the
* `Aborted` message thrown by `#/lib/async/cancelable` are transport * lowercase word appears in unrelated failures ("Multipart upload aborted")
* cancellations, but the lowercase word shows up in unrelated failures - a * that must still be reported.
* multipart upload the service marked `aborted`, or a `TypeError` naming
* `abortController.abort` - which must still be reported.
*/ */
/\bAbort(?:ed|Error)?\b/, /\bAbort(?:ed|Error)?\b/,
/network request failed/i, /network request failed/i,
@@ -24,12 +22,9 @@ const NETWORK_ERROR_PATTERNS = [
] ]
/** /**
* `String(value)` runs code we do not control - a custom `toString`, a * `String()` can throw - null-prototype objects, custom `toString`, proxies -
* `Symbol.toPrimitive`, a `Proxy` trap - and throws outright for a * so an unreadable value counts as "not a network error" rather than crashing
* null-prototype object, so stringifying an arbitrary thrown value can itself * the error path that asked.
* throw. Returning `undefined` lets callers treat an unreadable value as "not a
* network error" rather than letting the throw escape `logger.error()` or
* Sentry's `beforeSend`, where it would lose the original report.
*/ */
export function safeStringify(value: unknown): string | undefined { export function safeStringify(value: unknown): string | undefined {
try { try {
@@ -45,9 +40,7 @@ export function safeStringify(value: unknown): string | undefined {
* fetch, and the XRPC clients. Error causes are checked because the XRPC * fetch, and the XRPC clients. Error causes are checked because the XRPC
* clients wrap the platform-specific fetch error. * clients wrap the platform-specific fetch error.
* *
* Never throws: reading `cause` off a hostile value can throw just like * Never throws; see {@link safeStringify}.
* stringifying it can, and a throw here would escape whatever error path is
* asking the question.
*/ */
export function isNetworkError(value: unknown): boolean { export function isNetworkError(value: unknown): boolean {
try { try {
@@ -57,10 +50,6 @@ export function isNetworkError(value: unknown): boolean {
} }
} }
/**
* `seen` stays undefined until the first recursion into an object cause, so the
* common case (a string or an error with no cause) allocates nothing.
*/
function isNetworkErrorInner( function isNetworkErrorInner(
value: unknown, value: unknown,
seen: Set<object> | undefined, seen: Set<object> | undefined,
+1 -5
View File
@@ -39,11 +39,7 @@ export function cleanError(e: unknown): string {
*/ */
// oxlint-disable-next-line typescript/no-base-to-string // oxlint-disable-next-line typescript/no-base-to-string
const str = typeof e === 'string' ? e : e.toString() const str = typeof e === 'string' ? e : e.toString()
/* // the original value, not `str`, so wrapped causes are checked
* Passed the original value, not `str`, so the wrapped-cause walk is
* reachable: the XRPC clients report the platform fetch failure as the
* `cause` of a generic message.
*/
if (isNetworkError(e)) { if (isNetworkError(e)) {
return t`Unable to connect. Please check your internet connection and try again.` return t`Unable to connect. Please check your internet connection and try again.`
} }
+2 -8
View File
@@ -15,10 +15,7 @@ function statusOnlyError(status: number) {
return new XrpcResponseError(method, new Response(null, {status}), undefined) return new XrpcResponseError(method, new Response(null, {status}), undefined)
} }
/** /** A pipethrough `XrpcResponseError`: status rewritten, code forwarded. */
* An `XrpcResponseError` as the PDS pipethrough produces it: the status is
* rewritten while the upstream lexicon code is forwarded verbatim.
*/
function payloadError(status: number, error: string, message: string) { function payloadError(status: number, error: string, message: string) {
const body = {error, message} const body = {error, message}
return new XrpcResponseError( return new XrpcResponseError(
@@ -92,10 +89,7 @@ describe('isExpectedSentryNetworkError', () => {
describe('dropExpectedNetworkErrors', () => { describe('dropExpectedNetworkErrors', () => {
test('drops automatic captures using the original exception', () => { test('drops automatic captures using the original exception', () => {
/* // the serialized values carry no cause chain, only the hint has the failure
* The serialized values do not carry the cause chain, so the hint is the
* only place the transport failure is visible.
*/
const event = exceptionEvent( const event = exceptionEvent(
'XrpcInternalError', 'XrpcInternalError',
'Unable to fulfill XRPC request', 'Unable to fulfill XRPC request',
+12 -24
View File
@@ -4,29 +4,19 @@ import {type ErrorEvent} from '@sentry/react-native'
import {isNetworkError, safeStringify} from '#/lib/network-error' import {isNetworkError, safeStringify} from '#/lib/network-error'
/** /**
* HTTP statuses that mean an upstream service was unavailable. * Upstream-unavailable statuses. Matched on the status, not the lexicon
* * code: the PDS pipethrough rewrites the status to 502 but forwards the
* Matched on the status rather than the lexicon code because the code is not * upstream code verbatim, so a 502 can arrive named `InternalServerError`.
* reliable here: the PDS pipethrough rewrites the status to 502 while * `#/lib/xrpc-error` is deliberately not imported - it pulls `#/lexicons`
* forwarding the upstream error code verbatim, so an upstream 500 arrives as a * into the module graph evaluated before `Sentry.init()`.
* 502 still named `InternalServerError`. The status is authoritative.
*
* `#/lib/xrpc-error` is deliberately not used for the `instanceof` check - it
* imports `#/lexicons`, which would pull the whole lexicon graph into the
* module evaluated before `Sentry.init()`.
*/ */
const TRANSIENT_UPSTREAM_STATUSES = new Set([502, 503, 504]) const TRANSIENT_UPSTREAM_STATUSES = new Set([502, 503, 504])
/** /**
* Sentry serializes an exception as `{type: error.name, value: error.message}`, * Sentry serializes `error.message`, not `toString()`, so these match the
* so these match the message text rather than the `toString()`. Lex builds that * message text: the payload message ("Upstream Timeout"), the lexicon code
* message from the server's error payload ("Upstream Timeout") or, when the * ("UpstreamFailure"), and lex's payload-less "Upstream server responded with
* response carries no JSON payload, from the status alone ("Upstream server * a 504 error". Word boundaries keep camelCase identifiers from matching.
* responded with a 504 error").
*
* The optional space matches the spaced prose and the space-free lexicon code
* ("UpstreamFailure") alike, and the word boundaries keep camelCase
* identifiers such as `upstreamTimeoutV2` from matching.
*/ */
const TRANSIENT_UPSTREAM_MESSAGES = [ const TRANSIENT_UPSTREAM_MESSAGES = [
/\bupstream\s?failure\b/i, /\bupstream\s?failure\b/i,
@@ -64,11 +54,9 @@ export function isExpectedSentryNetworkError(value: unknown): boolean {
/** /**
* Global backstop for automatic captures that bypass the logger transport. * Global backstop for automatic captures that bypass the logger transport.
* *
* Only exception events are inspected. Sentry sets `hint.originalException` to * Message events are skipped: Sentry sets `hint.originalException` to the
* the message *string* for a `captureMessage`, and message events reach Sentry * message string for `captureMessage`, and the only message producers are the
* from exactly two places: the logger transport, which has already run this * logger transport (already filtered) and user bug reports (never droppable).
* check before capturing, and user bug reports, which must never be dropped
* for happening to contain a word like "aborted" in the report slug.
*/ */
export function dropExpectedNetworkErrors( export function dropExpectedNetworkErrors(
event: ErrorEvent, event: ErrorEvent,
+5 -15
View File
@@ -3,20 +3,14 @@ import {isExpectedSentryNetworkError} from '#/logger/sentry/network-errors'
import {LogLevel, type Metadata, type Transport} from '#/logger/types' import {LogLevel, type Metadata, type Transport} from '#/logger/types'
import {prepareMetadata} from '#/logger/util' import {prepareMetadata} from '#/logger/util'
/** /** Keys that have historically carried the underlying failure as a plain string. */
* Metadata keys that have historically carried the underlying failure as a
* plain string.
*/
const CHECKED_METADATA_KEYS = ['safeMessage', 'message', 'error'] const CHECKED_METADATA_KEYS = ['safeMessage', 'message', 'error']
/** /**
* Whether this log records a network failure Sentry should not be told about. * Whether this log records a network failure Sentry should not be told about.
* * Call sites do not agree on a metadata key, so any `Error` value counts under
* The failure is often passed in metadata rather than as the message, and call * any key; other types only count under `CHECKED_METADATA_KEYS` - scanning all
* sites do not consistently use the same key, so any `Error` value counts no * metadata lets an unrelated string (a URL with "abort") suppress a real error.
* matter which key holds it. Values of other types only count under the keys
* above: metadata is arbitrary, and scanning all of it lets an unrelated string
* - a stream URL containing "abort", say - suppress a real error.
*/ */
function isExpectedNetworkFailure( function isExpectedNetworkFailure(
message: string | Error, message: string | Error,
@@ -45,11 +39,7 @@ export const sentryTransport: Transport = (
// Skip debug messages entirely for now - esb // Skip debug messages entirely for now - esb
if (level === LogLevel.Debug) return if (level === LogLevel.Debug) return
/* // ambient __metadata__ is kept out of the scan but stays in the attached data
* `__metadata__` is ambient context rather than something the call site
* passed, so it is destructured out of the scanned metadata and folded back
* in here to keep the attached data unchanged.
*/
const meta = { const meta = {
__context__: context, __context__: context,
...prepareMetadata(__metadata__ ? {__metadata__, ...metadata} : metadata), ...prepareMetadata(__metadata__ ? {__metadata__, ...metadata} : metadata),