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sd46506fd2dccece5Edit applied successfully.
Now update install-info.ts to import from binary.ts instead of upgrade.ts:
Edit applied successfully.
Now update setup.ts to import from binary.ts:
<path>/home/byk/Code/getsentry/cli/src/commands/cli/setup.ts</path>
<type>file</type>
<content>
40: isBashAvailable,
41: isInPath,
42: type ShellInfo,
43: } from "../../lib/shell.js";
44: import {
45: type InstallationMethod,
46: parseInstallationMethod,
47: } from "../../lib/upgrade.js";
48:
49: type SetupFlags = {
50: readonly install: boolean;
51: readonly method?: InstallationMethod;
52: readonly channel?: ReleaseChannel;
53: readonly "no-modify-path": boolean;
54: readonly "no-completions": boolean;
(Showing lines 40-54 of 575. Use offset=55 to continue.)
</content>
Edit applied successfully.
Now let me also defer KNOWN_CURL_PATHS to avoid the TDZ even if another circular path emerges in the future:
94:const KNOWN_CURL_PATHS = KNOWN_CURL_DIRS.map(
121: for (const dir of KNOWN_CURL_PATHS) {
271: for (const dir of KNOWN_CURL_PATHS) {
Used in two functions (not at top level). Safe to make it lazy:
I need to design a fix for the following problem in the Lore gateway project:
Problem: Codex (OpenAI's Rust-based CLI coding agent) uses the OpenAI Responses API. When Codex triggers compaction, it sends a POST to /v1/responses/compact. The Lore gateway only has exact routes for /v1/responses and /v1/compact — not /v1/responses/compact. This causes a 404 error:
Error running remote compact task: unexpected status 404 Not Found: No route for POST /v1/responses/compact, url: http://127.0.0.1:3207/v1/responses/compact
Context:
packages/gateway/src/server.ts (lines 394-446)-c openai_base_url="${url}/v1" in packages/gateway/src/cli/agents.ts (line 143-144)DISABLE_AUTO_COMPACT=1 env var (agents.ts line 99)/v1/messages endpoint, not a separate pathscaleUsageForClient) that caps reported token usage below auto-compact thresholds — but this is tuned for Claude Code's 167K threshold and may not work for CodexcliArgs to pass -c openai_base_url=...Two approaches under consideration:
Approach A: Disable Codex's compaction — Add a -c CLI override to disable Codex's auto-compaction, similar to how Claude Code gets DISABLE_AUTO_COMPACT=1. The user prefers this approach. The question is what Codex's config key is. Codex is open source at https://github.com/openai/codex — check if there's a config key like auto_compact or disable_compact that can be set to false/disabled. ...
I'll research Codex's configuration system to find the right config key for disabling compaction, then design the solution.
GitHub - openai/codex: Lightweight coding agent that runs in your terminal · GitHub
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<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/lucky-cactus/packages/gateway/src/cli/agents.ts</path>
<type>file</type>
<content>
1: /**
2: * Agent registry — known AI coding agents that can be launched through
3: * the gateway.
4: *
5: * Each agent defines:
6: * - How to detect it (binary name on PATH)
7: * - What env vars to set so it talks through the gateway
8: */
9: import { getGitRemote } from "@loreai/core";
10:
11: // ---------------------------------------------------------------------------
12: // which() — cross-runtime binary lookup
13: // ---------------------------------------------------------------------------
14:
15: /**
16: * Find a binary on PATH. Uses Bun.which() when available (Bun runtime),
17: * falls back to `which`/`where` via child_process (Node.js runtime).
18: */
19: function which(binary: string): string | null {
20: // Bun runtime
21: if (typeof Bun !== "undefined" && typeof Bun.which === ...
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/lucky-cactus/packages/gateway/src/server.ts</path>
<type>file</type>
<content>
380: // Clients (e.g. Codex) optimistically try a WebSocket upgrade before
381: // falling back to HTTP. The gateway is HTTP-only, so reject the upgrade
382: // definitively rather than returning a misleading 404 (which caused
383: // repeated upgrade attempts and noisy logs).
384: if (isWebSocketUpgrade(req)) {
385: if (config.debug) {
386: console.error(
387: `[lore] rejecting WebSocket upgrade for ${pathname} (HTTP-only gateway)`,
388: );
389: }
390: return withCors(rejectWebSocketUpgrade(pathname));
391: }
392:
393: try {
394: // POST /v1/messages — Anthropic protocol
395: if (method === "POST" && pathname === "/v1/messages") {
396: return await handleAnthropicMessages(req, config);
397: }
398:
399: // POST ...
Now let me look at Codex's source code to find the compaction config and the compact endpoint:
codex/codex-rs/core/src at main · openai/codex · GitHub
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I can see the relevant source files. Let me look at the Codex config and compact implementation directly:
use crate::agents_md::AgentsMdManager; pub use crate::agents_md::LoadedAgentsMd; use crate::config::edit::ConfigEdit; use crate::config::edit::ConfigEditsBuilder; use crate::path_utils::normalize_for_native_workdir; use crate::unified_exec::DEFAULT_MAX_BACKGROUND_TERMINAL_TIMEOUT_MS; use crate::unified_exec::MIN_EMPTY_YIELD_TIME_MS; use crate::windows_sandbox::WindowsSandboxLevelExt; use crate::windows_sandbox::resolve_windows_sandbox_mode; use crate::windows_sandbox::resolve_windows_sandbox_private_desktop; use codex_config::CloudConfigBundleLoader; use codex_config::ConfigLayerSource; use codex_config::ConfigLayerStack; use codex_config::ConfigLayerStackOrdering; use codex_config::ConfigRequirements; use codex_config::ConfigRequirementsToml; use codex_config::ConstrainedWithSource; use codex_config::FeatureRequirementsToml; use codex_config::McpServerIdentity; use codex_config::McpServerRequirement; use codex_config::PluginRequirementsToml; use codex_config::ProfileV2Name; use ...
use std::sync::Arc; use std::time::Instant; use crate::Prompt; use crate::client::ModelClientSession; use crate::client_common::ResponseEvent; use crate::hook_runtime::PostCompactHookOutcome; use crate::hook_runtime::PreCompactHookOutcome; use crate::hook_runtime::run_post_compact_hooks; use crate::hook_runtime::run_pre_compact_hooks; #[cfg(test)] use crate::session::PreviousTurnSettings; use crate::session::session::Session; use crate::session::turn::get_last_assistant_message_from_turn; use crate::session::turn_context::TurnContext; use crate::turn_metadata::CompactionTurnMetadata; use crate::util::backoff; use codex_analytics::CodexCompactionEvent; use codex_analytics::CompactionImplementation; use codex_analytics::CompactionPhase; use codex_analytics::CompactionReason; use codex_analytics::CompactionStatus; use codex_analytics::CompactionStrategy; use codex_analytics::CompactionTrigger; use codex_analytics::now_unix_seconds; use codex_protocol::error::CodexErr; use ...
use std::sync::Arc; use crate::Prompt; use crate::client::CompactConversationRequestSettings; use crate::compact::CompactionAnalyticsAttempt; use crate::compact::InitialContextInjection; use crate::compact::compaction_status_from_result; use crate::compact::insert_initial_context_before_last_real_user_or_summary; use crate::context_manager::ContextManager; use crate::context_manager::TotalTokenUsageBreakdown; use crate::context_manager::estimate_response_item_model_visible_bytes; use crate::hook_runtime::PostCompactHookOutcome; use crate::hook_runtime::PreCompactHookOutcome; use crate::hook_runtime::run_post_compact_hooks; use crate::hook_runtime::run_pre_compact_hooks; use crate::session::session::Session; use crate::session::turn::built_tools; use crate::session::turn_context::TurnContext; use crate::turn_metadata::CompactionTurnMetadata; use codex_analytics::CompactionImplementation; use codex_analytics::CompactionPhase; use codex_analytics::CompactionReason; use ...
Now let me look at the config TOML structure to find the auto-compact config key, and the client code that makes the compact request:
use std::sync::Arc; use crate::Prompt; use crate::ResponseStream; use crate::client::ModelClientSession; use crate::client_common::ResponseEvent; use crate::compact::CompactionAnalyticsAttempt; use crate::compact::InitialContextInjection; use crate::compact::compaction_status_from_result; use crate::compact_remote::build_compact_request_log_data; use crate::compact_remote::log_remote_compact_failure; use crate::compact_remote::process_compacted_history; use crate::compact_remote::should_keep_compacted_history_item; use crate::compact_remote::trim_function_call_history_to_fit_context_window; use crate::hook_runtime::PostCompactHookOutcome; use crate::hook_runtime::PreCompactHookOutcome; use crate::hook_runtime::run_post_compact_hooks; use crate::hook_runtime::run_pre_compact_hooks; use crate::responses_retry::ResponsesStreamRequest; use crate::responses_retry::handle_retryable_response_stream_error; use crate::session::session::Session; use crate::session::turn::built_tools; use ...
//! Schema-heavy configuration TOML types used by Codex. use std::collections::BTreeMap; use std::collections::HashMap; use std::path::Path; use crate::HooksToml; use crate::permissions_toml::PermissionsToml; use crate::profile_toml::ConfigProfile; use crate::types::AnalyticsConfigToml; use crate::types::ApprovalsReviewer; use crate::types::AppsConfigToml; use crate::types::AuthCredentialsStoreMode; use crate::types::FeedbackConfigToml; use crate::types::History; use crate::types::MarketplaceConfig; use crate::types::McpServerConfig; use crate::types::MemoriesToml; use crate::types::Notice; use crate::types::OAuthCredentialsStoreMode; use crate::types::OtelConfigToml; use crate::types::PluginConfig; use crate::types::SandboxWorkspaceWrite; use crate::types::ShellEnvironmentPolicyToml; use crate::types::SkillsConfig; use crate::types::ToolSuggestConfig; use crate::types::Tui; use crate::types::UriBasedFileOpener; use crate::types::WindowsToml; use codex_features::FeaturesToml; use ...
Now I can see the key config field. Let me check how model_auto_compact_token_limit is used to determine if setting it to 0 or some special value disables compaction, and also look at the client code that constructs the /responses/compact URL:
//! Session- and turn-scoped helpers for talking to model provider APIs. //! //! `ModelClient` is intended to live for the lifetime of a Codex session and holds the stable //! configuration and state needed to talk to a provider (auth, provider selection, conversation id, //! and transport fallback state). //! //! Per-turn settings (model selection, reasoning controls, telemetry context, and turn metadata) //! are passed explicitly to streaming and unary methods so that the turn lifetime is visible at the //! call site. //! //! A [`ModelClientSession`] is created per turn and is used to stream one or more Responses API //! requests during that turn. It caches a Responses WebSocket connection (opened lazily) and stores //! per-turn state such as the `x-codex-turn-state` token used for sticky routing. //! //! WebSocket prewarm is a v2-only `response.create` with `generate=false`; it waits for completion //! so the next request can reuse the same connection and ...
use std::collections::HashMap; use std::collections::HashSet; use std::sync::Arc; use std::sync::atomic::Ordering; use crate::SkillInjections; use crate::build_skill_injections; use crate::client::ModelClientSession; use crate::client_common::Prompt; use crate::client_common::ResponseEvent; use crate::collect_explicit_skill_mentions; use crate::compact::InitialContextInjection; use crate::compact::run_inline_auto_compact_task; use crate::compact::should_use_remote_compact_task; use crate::compact_remote::run_inline_remote_auto_compact_task; use crate::compact_remote_v2::run_inline_remote_auto_compact_task as run_inline_remote_auto_compact_task_v2; use crate::connectors; use crate::context::ContextualUserFragment; use crate::feedback_tags; use crate::goals::GoalRuntimeEvent; use crate::hook_runtime::inspect_pending_input; use crate::hook_runtime::record_additional_contexts; use crate::hook_runtime::record_pending_input; use crate::hook_runtime::run_legacy_after_agent_hook; use ...
Now I have a thorough understanding of Codex's compaction system. Let me also quickly check if there's a way to disable auto-compaction via the config:
use codex_utils_absolute_path::AbsolutePathBuf;
use schemars::JsonSchema;
use schemars::r#gen::SchemaGenerator;
use schemars::schema::InstanceType;
use schemars::schema::Metadata;
use schemars::schema::Schema;
use schemars::schema::SchemaObject;
use serde::Deserialize;
use serde::Serialize;
use serde_json::Value;
use std::collections::HashMap;
use std::fmt;
use std::num::NonZeroU64;
use std::ops::Deref;
use std::str::FromStr;
use std::time::Duration;
use strum_macros::Display;
use strum_macros::EnumIter;
use ts_rs::TS;
use wildmatch::WildMatchPattern;
use crate::openai_models::ReasoningEffort;
/// Selects which part of the active context is charged against
/// `model_auto_compact_token_limit`.
#[derive(
Debug, Serialize, Deserialize, Default, Clone, Copy, PartialEq, Eq, Display, JsonSchema, TS,
)]
#[serde(rename_all = "snake_case")]
#[strum(serialize_all = "snake_case")]
pub enum AutoCompactTokenLimitScope {
/// Count the full active context against the limit. ...
Now let me also look at the existing compaction and gateway handler code in the Lore project:
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/lucky-cactus/packages/gateway/src/compaction.ts</path>
<type>file</type>
<content>
1: /**
2: * Compaction request detection and interception for the Lore gateway.
3: *
4: * Claude Code (and other clients using the same pattern) sends compaction
5: * requests with a distinct system prompt and message structure. The gateway
6: * detects these and runs Lore's own distillation instead of forwarding to
7: * the upstream API.
8: *
9: * Detection mirrors the patterns documented in the upstream
10: * `packages/opencode/src/agent/prompt/compaction.txt` and the
11: * `experimental.session.compacting` hook.
12: *
13: * This module has zero dependencies on `@loreai/core` — pure detection logic.
14: */
15: import type { GatewayRequest, GatewayResponse } from "./translate/types";
16:
17: // ---------------------------------------------------------------------------
18: // Detection patterns — ...
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/lucky-cactus/packages/gateway/src/server.ts</path>
<type>file</type>
<content>
1: /**
2: * HTTP server for the Lore gateway proxy.
3: *
4: * Routes:
5: * POST /v1/messages → Anthropic protocol
6: * POST /v1/chat/completions → OpenAI Chat Completions protocol
7: * POST /v1/responses → OpenAI Responses API protocol
8: * POST /v1/compact → Explicit compaction summary (Pi plugin, etc.)
9: * GET /v1/models → Passthrough to upstream
10: * GET /health → Health check
11: *
12: * Uses `Bun.serve()` — this package targets Bun exclusively.
13: */
14: import { DEFAULT_PORT, type GatewayConfig } from "./config";
15: import { bootstrapDailySpend, getDailyBudget } from "./cost-tracker";
16: import type { GatewayRequest } from "./translate/types";
17: import {
18: parseAnthropicRequest,
19: parseAnthropicResponseJSON,
20: } from ...
Now let me check how the OpenAI Responses handler works so I understand the passthrough pattern:
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/lucky-cactus/packages/gateway/src/server.ts</path>
<type>file</type>
<content>
200: const response = new Response(upstream.body, {
201: status: upstream.status,
202: statusText: upstream.statusText,
203: headers: new Headers(upstream.headers),
204: });
205: return withCors(response);
206: } catch (e) {
207: const msg = e instanceof Error ? e.message : "Upstream unreachable";
208: return errorResponse(502, "api_error", `Failed to fetch models: ${msg}`);
209: }
210: }
211:
212: function handleHealth(): Response {
213: return jsonResponse({ status: "ok", version });
214: }
215:
216: async function handleOpenAIChatCompletions(
217: req: Request,
218: config: GatewayConfig,
219: ): Promise<Response> {
220: let body: unknown;
221: try {
222: body = await req.json();
223: } catch {
224: return errorResponse(400, "invalid_request_error", ...
Now I have all the information needed. Let me also quickly check how the models passthrough works to understand the pattern for forwarding:
<path>/home/byk/.local/share/opencode/worktree/51d1015fd1f616acf9a5ffaad9331ec6b304586b/lucky-cactus/packages/gateway/src/server.ts</path>
<type>file</type>
<content>
160: return errorResponse(400, "invalid_request_error", msg);
161: }
162:
163: try {
164: const result = await handleRequest(gatewayReq, config);
165: // Pipeline returns a Response directly (streaming or non-streaming)
166: return withCors(result);
167: } catch (e) {
168: const msg = e instanceof Error ? e.message : "Pipeline error";
169: console.error(`[lore] pipeline error: ${msg}`);
170: return errorResponse(502, "api_error", `Gateway pipeline error: ${msg}`);
171: }
172: }
173:
174: // NOTE: This endpoint only supports the Anthropic upstream. OpenAI clients
175: // calling GET /v1/models will have their request forwarded to Anthropic,
176: // which will likely reject the OpenAI API key. A proper fix would route
177: // based on auth header type, but that's a separate ...
Now I have a complete picture. Let me formulate the design plan.
/v1/responses/compact 404Codex (OpenAI's Rust-based coding agent) uses the Responses API. When auto-compaction triggers, Codex sends POST /v1/responses/compact to the configured openai_base_url. The Lore gateway has no route for this path, returning a 404. The Codex agent definition in agents.ts already sets openai_base_url to route through the gateway but has no mechanism to disable auto-compaction.
From reading the Codex source code:
Config key: model_auto_compact_token_limit in ConfigToml (Codex's config.toml format) controls the token threshold for auto-compaction. It's an Option<i64> — when None, compaction uses model defaults.
Compaction decision logic (in session/turn.rs auto_compact_token_status): The token limit defaults from model_info.auto_compact_token_limit() when not explicitly set. Compaction triggers when auto_compact_scope_tokens >= auto_compact_scope_limit. If auto_compact_scope_limit is i64::MAX (the fallback when no limit is configured), compaction effectively never triggers.
No explicit disable flag: There is no disable_auto_compact boolean. The way to disable it is to set model_auto_compact_token_limit to a very large value (effectively infinite).
Compact endpoint: Codex's client.rs defines RESPONSES_COMPACT_ENDPOINT = "/responses/compact" and constructs the URL as {base_url}/responses/compact. Since the base URL is configured as http://127.0.0.1:PORT/v1, the full path becomes /v1/responses/compact.
Remote vs local compaction: should_use_remote_compact_task() checks provider.supports_remote_compaction(). For the built-in OpenAI provider, this is true — so Codex always uses the remote /responses/compact endpoint for compaction.
...