Class: Octo::Server::HttpServer

Inherits:
Object
  • Object
show all
Defined in:
lib/octo/server/http_server.rb

Overview

HttpServer runs an embedded WEBrick HTTP server with WebSocket support.

Routes:

GET  /ws                     → WebSocket upgrade (all real-time communication)
*    /api/*                  → JSON REST API (sessions, tasks, schedules)
GET  /**                     → static files served from lib/octo/web/ directory

Defined Under Namespace

Classes: WebSocketConnection

Constant Summary collapse

WEB_ROOT = 
File.expand_path("../web", __dir__)
DEFAULT_SOUL_MD =

Default SOUL.md written when the user skips the onboard conversation. A richer version is created by the Agent during the soul_setup phase.

<<~MD.freeze
  # Octo — Agent Soul

  You are Octo, a friendly and capable AI coding assistant and technical
  co-founder. You are sharp, concise, and proactive. You speak plainly and
  avoid unnecessary formality. You love helping people ship great software.

  ## Personality
  - Warm and encouraging, but direct and honest
  - Think step-by-step before acting; explain your reasoning briefly
  - Prefer doing over talking — use tools, write code, ship results
  - Adapt your language and tone to match the user's style

  ## Strengths
  - Full-stack software development (Ruby, Python, JS, and more)
  - Architectural thinking and code review
  - Debugging tricky problems with patience and creativity
  - Breaking big goals into small, executable steps
MD
DEFAULT_SOUL_MD_ZH =

Default SOUL.md for Chinese-language users.

<<~MD.freeze
  # Octo — 助手灵魂

  你是 Octo，一位友好、能干的 AI 编程助手和技术联合创始人。
  你思维敏锐、言简意赅、主动积极。你说话直接，不喜欢过度客套。
  你热爱帮助用户打造优秀的软件产品。

  **重要：始终用中文回复用户。**

  ## 性格特点
  - 热情鼓励，但直接诚实
  - 行动前先思考；简要说明你的推理过程
  - 重行动而非空谈 —— 善用工具，写代码，交付结果
  - 根据用户的风格调整语气和表达方式

  ## 核心能力
  - 全栈软件开发（Ruby、Python、JS 等）
  - 架构设计与代码审查
  - 耐心细致地调试复杂问题
  - 将大目标拆解为可执行的小步骤
MD
PROFILE_USER_AGENTS_DIR =

── Profile API (USER.md / SOUL.md) ──────────────────────────────

User can override the built-in defaults by writing their own ~/.octo/agents/USER.md and ~/.octo/agents/SOUL.md. These endpoints let the Web UI read and edit those files.

File.expand_path("~/.octo/agents").freeze
PROFILE_DEFAULT_AGENTS_DIR = 
File.expand_path("../../default_agents", __dir__).freeze
PROFILE_MAX_BYTES =

Hard limit; prevents runaway content.

50_000
MEMORIES_DIR =

── Memories API (~/.octo/memories/*.md) ───────────────────────

Long-term memories are plain Markdown files with YAML frontmatter stored under ~/.octo/memories/. These endpoints let the user inspect, edit, create, and delete them from the Web UI.

File.expand_path("~/.octo/memories").freeze
MEMORY_MAX_BYTES = 
50_000

Instance Method Summary collapse

Constructor Details

#initialize(host: "127.0.0.1", port: 8888, agent_config:, client_factory:, sessions_dir: nil, socket: nil, master_pid: nil) ⇒ HttpServer

Returns a new instance of HttpServer.



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# File 'lib/octo/server/http_server.rb', line 171

def initialize(host: "127.0.0.1", port: 8888, agent_config:, client_factory:, sessions_dir: nil, socket: nil, master_pid: nil)
  @host           = host
  @port           = port
  @agent_config   = agent_config
  @client_factory = client_factory  # callable: -> { Octo::Client.new(...) }
  @inherited_socket  = socket        # TCPServer socket passed from Master (nil = standalone mode)
  @master_pid        = master_pid    # Master PID so we can send USR1 on upgrade/restart
  # Capture the absolute path of the entry script and original ARGV at startup,
  # so api_restart can re-exec the correct binary even if cwd changes later.
  @restart_script = File.expand_path($0)
  @restart_argv   = ARGV.dup
  @session_manager = Octo::SessionManager.new(sessions_dir: sessions_dir)
  @registry        = SessionRegistry.new(
    session_manager:  @session_manager,
    session_restorer: method(:build_session_from_data),
    agent_config:     @agent_config
  )
  @ws_clients      = {}   # session_id => [WebSocketConnection, ...]
  @all_ws_conns    = []   # every connected WS client, regardless of session subscription
  @ws_mutex        = Mutex.new
  # Version cache: { latest: "x.y.z", checked_at: Time }
  @version_cache   = nil
  @version_mutex   = Mutex.new
  @scheduler       = Scheduler.new(
    session_registry: @registry,
    session_builder:  method(:build_session),
    task_runner:      method(:run_agent_task)
  )
  @channel_manager = Octo::Channel::ChannelManager.new(
    session_registry:  @registry,
    session_builder:   method(:build_session),
    run_agent_task:    method(:run_agent_task),
    interrupt_session: method(:interrupt_session),
    channel_config:    Octo::ChannelConfig.load
  )
  @browser_manager = Octo::BrowserManager.instance
  @skill_loader    = Octo::SkillLoader.new(working_dir: nil)
  # Access key authentication:
  # - localhost (127.0.0.1 / ::1) is always trusted; auth is skipped entirely.
  # - Any other bind address requires OCTO_ACCESS_KEY env var.
  @localhost_only      = local_host?(@host)
  @access_key          = @localhost_only ? nil : resolve_access_key
  @auth_failures       = {}
  @auth_failures_mutex = Mutex.new
  if @localhost_only
    Octo::Logger.info("[HttpServer] Localhost mode — authentication disabled")
  else
    Octo::Logger.info("[HttpServer] Public mode — access key authentication ENABLED")
  end
end

Instance Method Details

#_dispatch_rest(req, res) ⇒ Object 



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# File 'lib/octo/server/http_server.rb', line 368

def _dispatch_rest(req, res)
  path   = req.path
  method = req.request_method

  case [method, path]
  when ["GET",    "/api/sessions"]      then api_list_sessions(req, res)
  when ["POST",   "/api/sessions"]      then api_create_session(req, res)
  when ["GET",    "/api/cron-tasks"]    then api_list_cron_tasks(res)
  when ["POST",   "/api/cron-tasks"]    then api_create_cron_task(req, res)
  when ["GET",    "/api/skills"]         then api_list_skills(res)
  when ["GET",    "/api/config"]        then api_get_config(res)
  when ["POST",   "/api/config/models"] then api_add_model(req, res)
  when ["POST",   "/api/config/test"]   then api_test_config(req, res)
  when ["GET",    "/api/providers"]     then api_list_providers(res)
  when ["GET",    "/api/onboard/status"]    then api_onboard_status(res)
  when ["GET",    "/api/browser/status"]    then api_browser_status(res)
  when ["POST",   "/api/browser/configure"]  then api_browser_configure(req, res)
  when ["POST",   "/api/browser/reload"]    then api_browser_reload(res)
  when ["POST",   "/api/browser/toggle"]    then api_browser_toggle(res)
  when ["POST",   "/api/onboard/complete"]  then api_onboard_complete(req, res)
  when ["POST",   "/api/onboard/skip-soul"] then api_onboard_skip_soul(req, res)

  when ["GET",    "/api/trash"]     then api_trash(req, res)
  when ["POST",   "/api/trash/restore"] then api_trash_restore(req, res)
  when ["DELETE", "/api/trash"]     then api_trash_delete(req, res)
  when ["GET",    "/api/profile"]   then api_profile_get(res)
  when ["PUT",    "/api/profile"]   then api_profile_put(req, res)
  when ["GET",    "/api/memories"]  then api_memories_list(res)
  when ["POST",   "/api/memories"]  then api_memories_create(req, res)
  when ["GET",    "/api/channels"]          then api_list_channels(res)
  when ["POST",   "/api/tool/browser"]      then api_tool_browser(req, res)
  when ["POST",   "/api/upload"]            then api_upload_file(req, res)
  when ["POST",   "/api/file-action"]       then api_file_action(req, res)
  when ["GET",    "/api/local-image"]       then api_serve_local_image(req, res)
  when ["GET",    "/api/version"]           then api_get_version(res)
  when ["POST",   "/api/version/upgrade"]   then api_upgrade_version(req, res)
  when ["POST",   "/api/restart"]           then api_restart(req, res)

  when ["PATCH",  "/api/sessions/:id/model"] then api_switch_session_model(req, res)
  when ["PATCH",  "/api/sessions/:id/working_dir"] then api_change_session_working_dir(req, res)
  else
    if method == "POST" && path.match?(%r{^/api/channels/[^/]+/send$})
      platform = path.sub("/api/channels/", "").sub("/send", "")
      api_send_channel_message(platform, req, res)
    elsif method == "GET" && path.match?(%r{^/api/channels/[^/]+/users$})
      platform = path.sub("/api/channels/", "").sub("/users", "")
      api_list_channel_users(platform, res)
    elsif method == "POST" && path.match?(%r{^/api/channels/[^/]+/test$})
      platform = path.sub("/api/channels/", "").sub("/test", "")
      api_test_channel(platform, req, res)
    elsif method == "PATCH" && path.match?(%r{^/api/channels/[^/]+/enabled$})
      platform = path.sub("/api/channels/", "").sub("/enabled", "")
      api_toggle_channel(platform, req, res)
    elsif method == "POST" && path.start_with?("/api/channels/")
      platform = path.sub("/api/channels/", "")
      api_save_channel(platform, req, res)
    elsif method == "DELETE" && path.start_with?("/api/channels/")
      platform = path.sub("/api/channels/", "")
      api_delete_channel(platform, res)
    elsif method == "GET" && path.match?(%r{^/api/sessions/[^/]+/skills$})
      session_id = path.sub("/api/sessions/", "").sub("/skills", "")
      api_session_skills(session_id, res)
    elsif method == "GET" && path.match?(%r{^/api/sessions/[^/]+/export$})
      session_id = path.sub("/api/sessions/", "").sub("/export", "")
      api_export_session(session_id, res)
    elsif method == "GET" && path.match?(%r{^/api/sessions/[^/]+/messages$})
      session_id = path.sub("/api/sessions/", "").sub("/messages", "")
      api_session_messages(session_id, req, res)
    elsif method == "PATCH" && path.match?(%r{^/api/sessions/[^/]+$})
      session_id = path.sub("/api/sessions/", "")
      api_rename_session(session_id, req, res)
    elsif method == "PATCH" && path.match?(%r{^/api/sessions/[^/]+/model$})
      session_id = path.sub("/api/sessions/", "").sub("/model", "")
      api_switch_session_model(session_id, req, res)
    elsif method == "PATCH" && path.match?(%r{^/api/sessions/[^/]+/reasoning_effort$})
      session_id = path.sub("/api/sessions/", "").sub("/reasoning_effort", "")
      api_switch_session_reasoning_effort(session_id, req, res)
    elsif method == "POST" && path.match?(%r{^/api/sessions/[^/]+/benchmark$})
      session_id = path.sub("/api/sessions/", "").sub("/benchmark", "")
      api_benchmark_session_models(session_id, req, res)
    elsif method == "PATCH" && path.match?(%r{^/api/sessions/[^/]+/working_dir$})
      session_id = path.sub("/api/sessions/", "").sub("/working_dir", "")
      api_change_session_working_dir(session_id, req, res)
    elsif method == "DELETE" && path.start_with?("/api/sessions/")
      session_id = path.sub("/api/sessions/", "")
      api_delete_session(session_id, res)
    elsif method == "POST" && path.match?(%r{^/api/config/models/[^/]+/default$})
      id = path.sub("/api/config/models/", "").sub("/default", "")
      api_set_default_model(id, res)
    elsif method == "PATCH" && path.match?(%r{^/api/config/models/[^/]+$})
      id = path.sub("/api/config/models/", "")
      api_update_model(id, req, res)
    elsif method == "DELETE" && path.match?(%r{^/api/config/models/[^/]+$})
      id = path.sub("/api/config/models/", "")
      api_delete_model(id, res)
    elsif method == "POST" && path.match?(%r{^/api/cron-tasks/[^/]+/run$})
      name = URI.decode_www_form_component(path.sub("/api/cron-tasks/", "").sub("/run", ""))
      api_run_cron_task(name, res)
    elsif method == "PATCH" && path.match?(%r{^/api/cron-tasks/[^/]+$})
      name = URI.decode_www_form_component(path.sub("/api/cron-tasks/", ""))
      api_update_cron_task(name, req, res)
    elsif method == "DELETE" && path.match?(%r{^/api/cron-tasks/[^/]+$})
      name = URI.decode_www_form_component(path.sub("/api/cron-tasks/", ""))
      api_delete_cron_task(name, res)
    elsif method == "PATCH" && path.match?(%r{^/api/skills/[^/]+/toggle$})
      name = URI.decode_www_form_component(path.sub("/api/skills/", "").sub("/toggle", ""))
      api_toggle_skill(name, req, res)

    elsif method == "GET" && path.match?(%r{^/api/memories/[^/]+$})
      filename = URI.decode_www_form_component(path.sub("/api/memories/", ""))
      api_memories_get(filename, res)
    elsif method == "PUT" && path.match?(%r{^/api/memories/[^/]+$})
      filename = URI.decode_www_form_component(path.sub("/api/memories/", ""))
      api_memories_update(filename, req, res)
    elsif method == "DELETE" && path.match?(%r{^/api/memories/[^/]+$})
      filename = URI.decode_www_form_component(path.sub("/api/memories/", ""))
      api_memories_delete(filename, res)
    else
      not_found(res)
    end
  end
end

#api_add_model(req, res) ⇒ Object

POST /api/config/models Body: { model, base_url, api_key, anthropic_format, type? } Creates a new model entry, returns { ok:true, id, index } so the frontend can record the new id without reloading the whole list.



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# File 'lib/octo/server/http_server.rb', line 2110

def api_add_model(req, res)
  body = parse_json_body(req)
  return json_response(res, 400, { error: "Invalid JSON" }) unless body

  model    = body["model"].to_s.strip
  base_url = body["base_url"].to_s.strip
  api_key  = body["api_key"].to_s
  # Masked placeholders are never a valid api_key on creation —
  # a new model MUST come with a real key.
  if api_key.empty? || api_key.include?("****")
    return json_response(res, 422, { error: "api_key is required" })
  end

  entry = {
    "id"               => SecureRandom.uuid,
    "model"            => model,
    "base_url"         => base_url,
    "api_key"          => api_key,
    "anthropic_format" => body["anthropic_format"] || false
  }
  type = body["type"].to_s
  unless type.empty?
    # Preserve the single-slot "default" invariant.
    if type == "default"
      @agent_config.models.each { |m| m.delete("type") if m["type"] == "default" }
    end
    entry["type"] = type
  end

  @agent_config.models << entry
  # If this is the only model and no default marker exists yet,
  # adopt it as the default so downstream lookups resolve cleanly.
  if @agent_config.models.none? { |m| m["type"] == "default" }
    entry["type"] = "default"
    @agent_config.current_model_id    = entry["id"]
    @agent_config.current_model_index = @agent_config.models.length - 1
  elsif type == "default"
    # Re-anchor current_* to the newly-defaulted entry.
    @agent_config.current_model_id    = entry["id"]
    @agent_config.current_model_index = @agent_config.models.length - 1
  end

  @agent_config.save
  json_response(res, 200, {
    ok:    true,
    id:    entry["id"],
    index: @agent_config.models.length - 1
  })
rescue => e
  json_response(res, 422, { error: e.message })
end

#api_benchmark_session_models(session_id, _req, res) ⇒ Object

POST /api/sessions/:id/benchmark

Speed-test every configured model in one shot so the user can pick the fastest available model for this session. We send a minimal one-token request to each model *in parallel* (one thread per model) and measure total HTTP duration — for non-streaming calls this equals the user’s perceived time-to-first-token, so the field is named ‘ttft_ms` for forward-compatibility with a future streaming implementation.

Cost note: each request is ‘max_tokens: 1` + a 2-byte prompt, so the total cost across a dozen models is well under one cent.

Response shape:

{
  ok: true,
  results: [
    { model_id: "...", model: "...", ttft_ms: 812, ok: true },
    { model_id: "...", model: "...", ok: false, error: "timeout" },
    ...
  ]
}



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# File 'lib/octo/server/http_server.rb', line 2463

def api_benchmark_session_models(session_id, _req, res)
  return json_response(res, 404, { error: "Session not found" }) unless @registry.ensure(session_id)

  # Snapshot the models list — @agent_config.models is a shared reference
  # that the user might mutate from the settings panel during the test;
  # a shallow dup is enough since we only read string fields below.
  models = Array(@agent_config.models).dup
  return json_response(res, 200, { ok: true, results: [] }) if models.empty?

  # Kick off one thread per model. We deliberately cap per-request wall
  # time inside each thread via a Faraday timeout so a single dead model
  # can't block the response. The outer join uses a generous ceiling
  # (timeout + small buffer) as a last-resort safety net.
  per_model_timeout = 15
  threads = models.map do |m|
    Thread.new do
      Thread.current.report_on_exception = false
      benchmark_single_model(m, per_model_timeout)
    end
  end

  results = threads.map do |t|
    t.join(per_model_timeout + 3)
    t.value rescue { ok: false, error: "thread failed" }
  end

  json_response(res, 200, { ok: true, results: results })
rescue => e
  Octo::Logger.error("[benchmark] #{e.class}: #{e.message}", error: e)
  json_response(res, 500, { error: e.message })
end

#api_browser_configure(req, res) ⇒ Object

POST /api/browser/configure Called by browser-setup skill to write browser.yml and hot-reload the daemon. Body: { chrome_version: “146” }



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# File 'lib/octo/server/http_server.rb', line 608

def api_browser_configure(req, res)
  body          = JSON.parse(req.body.to_s) rescue {}
  chrome_version = body["chrome_version"].to_s.strip
  return json_response(res, 422, { ok: false, error: "chrome_version is required" }) if chrome_version.empty?

  @browser_manager.configure(chrome_version: chrome_version)
  json_response(res, 200, { ok: true })
rescue StandardError => e
  json_response(res, 500, { ok: false, error: e.message })
end

#api_browser_reload(res) ⇒ Object

POST /api/browser/reload Called by browser-setup skill after writing browser.yml. Hot-reloads the MCP daemon with the new configuration.



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# File 'lib/octo/server/http_server.rb', line 622

def api_browser_reload(res)
  @browser_manager.reload
  json_response(res, 200, { ok: true })
rescue StandardError => e
  json_response(res, 500, { ok: false, error: e.message })
end

#api_browser_status(res) ⇒ Object

GET /api/browser/status Returns real daemon liveness from BrowserManager (not just yml read).



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# File 'lib/octo/server/http_server.rb', line 601

def api_browser_status(res)
  json_response(res, 200, @browser_manager.status)
end

#api_browser_toggle(res) ⇒ Object

POST /api/browser/toggle



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# File 'lib/octo/server/http_server.rb', line 630

def api_browser_toggle(res)
  enabled = @browser_manager.toggle
  json_response(res, 200, { ok: true, enabled: enabled })
rescue StandardError => e
  json_response(res, 500, { ok: false, error: e.message })
end

#api_change_session_working_dir(session_id, req, res) ⇒ Object 



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# File 'lib/octo/server/http_server.rb', line 2533

def api_change_session_working_dir(session_id, req, res)
  body = parse_json_body(req)
  new_dir = body["working_dir"].to_s.strip

  return json_response(res, 400, { error: "working_dir is required" }) if new_dir.empty?
  return json_response(res, 404, { error: "Session not found" }) unless @registry.ensure(session_id)

  # Expand ~ to home directory
  expanded_dir = File.expand_path(new_dir)
  
  # Validate directory exists
  unless Dir.exist?(expanded_dir)
    return json_response(res, 400, { error: "Directory does not exist: #{expanded_dir}" })
  end

  agent = nil
  @registry.with_session(session_id) { |s| agent = s[:agent] }
  
  # Change the agent's working directory
  agent.change_working_dir(expanded_dir)
  
  # Persist the change
  @session_manager.save(agent.to_session_data)
  
  # Broadcast update to all clients
  broadcast_session_update(session_id)
  
  json_response(res, 200, { ok: true, working_dir: expanded_dir })
rescue => e
  json_response(res, 500, { error: e.message })
end

#api_create_cron_task(req, res) ⇒ Object

POST /api/cron-tasks — create task file + schedule in one step Body: { name, content, cron, enabled? }



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# File 'lib/octo/server/http_server.rb', line 1444

def api_create_cron_task(req, res)
  body    = parse_json_body(req)
  name    = body["name"].to_s.strip
  content = body["content"].to_s
  cron    = body["cron"].to_s.strip
  enabled = body.key?("enabled") ? body["enabled"] : true

  return json_response(res, 422, { error: "name is required" })    if name.empty?
  return json_response(res, 422, { error: "content is required" }) if content.empty?
  return json_response(res, 422, { error: "cron is required" })    if cron.empty?

  fields = cron.strip.split(/\s+/)
  unless fields.size == 5
    return json_response(res, 422, { error: "cron must have 5 fields (min hour dom month dow)" })
  end

  @scheduler.create_cron_task(name: name, content: content, cron: cron, enabled: enabled)
  json_response(res, 201, { ok: true, name: name })
end

#api_create_session(req, res) ⇒ Object 



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# File 'lib/octo/server/http_server.rb', line 519

def api_create_session(req, res)
  body = parse_json_body(req)
  name = body["name"]
  return json_response(res, 400, { error: "name is required" }) if name.nil? || name.strip.empty?

  # Optional agent_profile; defaults to "general" if omitted or invalid
  profile = body["agent_profile"].to_s.strip
  profile = "general" if profile.empty?

  # Optional source; defaults to :manual. Accept "system" for skill-launched sessions
  # (e.g. /onboard, /browser-setup, /channel-manager).
  raw_source = body["source"].to_s.strip
  source = %w[manual cron channel setup].include?(raw_source) ? raw_source.to_sym : :manual

  raw_dir = body["working_dir"].to_s.strip
  working_dir = raw_dir.empty? ? default_working_dir : File.expand_path(raw_dir)

  # Optional model override — passed as a stable model id (matches the
  # id returned by GET /api/config). Name-based override was removed:
  # a bare model name can't disambiguate between entries from different
  # providers (e.g. "deepseek-v4-pro" on DeepSeek direct vs its dsk-*
  # alias on Octo/Bedrock), and mutating current_model["model"]
  # kept the wrong api_key / base_url / api format, producing
  # "unknown model" errors at the provider.
  model_id_override = body["model_id"].to_s.strip
  model_id_override = nil if model_id_override.empty?

  if model_id_override && !@agent_config.models.any? { |m| m["id"] == model_id_override }
    return json_response(res, 400, { error: "Model not found in configuration" })
  end

  # Create working directory if it doesn't exist
  # Allow multiple sessions in the same directory
  FileUtils.mkdir_p(working_dir)

  session_id = build_session(name: name, working_dir: working_dir, profile: profile, source: source, model_id: model_id_override)
  broadcast_session_update(session_id)
  json_response(res, 201, { session: @registry.session_summary(session_id) })
end

#api_delete_channel(platform, res) ⇒ Object

DELETE /api/channels/:platform Disables the platform (keeps credentials, sets enabled: false).



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# File 'lib/octo/server/http_server.rb', line 1328

def api_delete_channel(platform, res)
  platform = platform.to_sym
  config   = Octo::ChannelConfig.load
  config.disable_platform(platform)
  config.save

  @channel_manager.reload_platform(platform, config)

  json_response(res, 200, { ok: true })
rescue StandardError => e
  json_response(res, 422, { ok: false, error: e.message })
end

#api_delete_cron_task(name, res) ⇒ Object

DELETE /api/cron-tasks/:name — remove task file + schedule



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# File 'lib/octo/server/http_server.rb', line 1483

def api_delete_cron_task(name, res)
  if @scheduler.delete_cron_task(name)
    json_response(res, 200, { ok: true })
  else
    json_response(res, 404, { error: "Cron task not found: #{name}" })
  end
end

#api_delete_model(id, res) ⇒ Object

DELETE /api/config/models/:id



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# File 'lib/octo/server/http_server.rb', line 2223

def api_delete_model(id, res)
  models = @agent_config.models
  return json_response(res, 404, { error: "model not found" }) unless models.any? { |m| m["id"] == id }
  return json_response(res, 422, { error: "cannot delete the last model" }) if models.length <= 1

  index = models.find_index { |m| m["id"] == id }
  removed = models.delete_at(index)

  # Re-anchor current_* if we just deleted the active model.
  if @agent_config.current_model_id == removed["id"]
    new_default = models.find { |m| m["type"] == "default" } || models.first
    # If the removed model was the default, promote the new current
    # model so the config always has exactly one default entry.
    if removed["type"] == "default" && new_default && new_default["type"] != "default"
      new_default["type"] = "default"
    end
    @agent_config.current_model_id    = new_default["id"]
    @agent_config.current_model_index = models.find_index { |m| m["id"] == new_default["id"] } || 0
  elsif @agent_config.current_model_index >= models.length
    @agent_config.current_model_index = models.length - 1
  end

  @agent_config.save
  json_response(res, 200, { ok: true })
rescue => e
  json_response(res, 422, { error: e.message })
end

#api_delete_session(session_id, res) ⇒ Object 



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# File 'lib/octo/server/http_server.rb', line 2565

def api_delete_session(session_id, res)
  # A session exists if it's either in the runtime registry OR on disk.
  # Old sessions that were never restored into memory this server run
  # (e.g. shown via "load more" in the WebUI list) are disk-only — we
  # must still be able to delete them. Previously this endpoint only
  # consulted @registry and returned 404 for disk-only sessions,
  # causing the "can't delete old sessions" bug.
  in_registry = @registry.exist?(session_id)
  on_disk     = !@session_manager.load(session_id).nil?

  unless in_registry || on_disk
    return json_response(res, 404, { error: "Session not found" })
  end

  # Registry delete is best-effort — only meaningful when the session
  # is actually live (cancels idle timer, interrupts the agent thread).
  # For disk-only sessions this is a no-op and returns false, which is
  # fine and no longer blocks the disk cleanup below.
  @registry.delete(session_id) if in_registry

  # Always physically remove the persisted session file (+ chunks).
  @session_manager.delete(session_id) if on_disk

  # Notify any still-connected clients (mainly matters when the
  # session was live, but harmless otherwise).
  broadcast(session_id, { type: "session_deleted", session_id: session_id })
  unsubscribe_all(session_id)

  json_response(res, 200, { ok: true })
end

#api_export_session(session_id, res) ⇒ Object

Export a session bundle as a .zip download containing:

- session.json          (always)
- chunk-*.md            (0..N archived conversation chunks)
- logs/octo-YYYY-MM-DD.log  (today's logger file, if present)

Useful for debugging — user clicks “download” in the WebUI status bar and we can ask them to attach the zip to a bug report.



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# File 'lib/octo/server/http_server.rb', line 2602

def api_export_session(session_id, res)
  bundle = @session_manager.files_for(session_id)
  unless bundle
    return json_response(res, 404, { error: "Session not found" })
  end

  require "zip"

  short_id = bundle[:session][:session_id].to_s[0..7]
  # Build the zip entirely in memory — session files are small (< few MB).
  buffer = Zip::OutputStream.write_buffer do |zos|
    zos.put_next_entry("session.json")
    zos.write(File.binread(bundle[:json_path]))

    bundle[:chunks].each do |chunk_path|
      # Preserve original chunk filename so the ordering (chunk-1.md, chunk-2.md, ...) is clear.
      zos.put_next_entry(File.basename(chunk_path))
      zos.write(File.binread(chunk_path))
    end

    log_path = Octo::Logger.current_log_file
    if log_path && File.exist?(log_path)
      zos.put_next_entry("logs/#{File.basename(log_path)}")
      zos.write(File.binread(log_path))
    end
  end
  buffer.rewind
  data = buffer.read

  filename = "octo-session-#{short_id}.zip"
  res.status = 200
  res.content_type = "application/zip"
  res["Content-Disposition"] = %(attachment; filename="#{filename}")
  res["Access-Control-Allow-Origin"] = "*"
  # Force a fresh copy each time — debugging sessions get new chunks over time.
  res["Cache-Control"] = "no-store"
  res.body = data
rescue => e
  Octo::Logger.error("Session export failed: #{e.message}") if defined?(Octo::Logger)
  json_response(res, 500, { error: "Export failed: #{e.message}" })
end

#api_file_action(req, res) ⇒ Object

POST /api/file-action Unified file action endpoint — open locally or download. Body: { path: String, action: “open” | “download” }

open:     opens the file with the OS default handler (local deployments).
download: returns the file as a download (remote deployments).



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# File 'lib/octo/server/http_server.rb', line 1206

def api_file_action(req, res)
  body = parse_json_body(req)
  path = body["path"]
  action = body["action"] || "open"

  return json_response(res, 400, { error: "path is required" }) unless path && !path.empty?

  # Expand ~ to the user's home directory (e.g. "~/Desktop/file.pdf").
  # Ruby's File.exist? does NOT automatically expand ~ — that's a shell feature.
  path = File.expand_path(path)

  # On WSL the file may be specified as a Windows path (e.g. "C:/Users/…").
  # Convert it to the Linux-side path so File.exist? works.
  linux_path = Utils::EnvironmentDetector.win_to_linux_path(path)

  return json_response(res, 404, { error: "file not found" }) unless File.exist?(linux_path)

  case action
  when "open"
    result = Utils::EnvironmentDetector.open_file(linux_path)
    return json_response(res, 501, { error: "unsupported OS" }) if result.nil?
    json_response(res, 200, { ok: true })
  when "download"
    serve_file_download(res, linux_path)
  else
    json_response(res, 400, { error: "invalid action. Must be 'open' or 'download'" })
  end
rescue => e
  json_response(res, 500, { ok: false, error: e.message })
end

#api_get_config(res) ⇒ Object

GET /api/config — return current model configurations



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# File 'lib/octo/server/http_server.rb', line 2071

def api_get_config(res)
  models = @agent_config.models.map.with_index do |m, i|
    {
      id:               m["id"],   # Stable runtime id — use this for switching
      index:            i,
      model:            m["model"],
      base_url:         m["base_url"],
      api_key_masked:   mask_api_key(m["api_key"]),
      anthropic_format: m["anthropic_format"] || false,
      type:             m["type"]
    }
  end
  # Filter out auto-injected models (like lite) from UI display
  models.reject! { |m| @agent_config.models[m[:index]]["auto_injected"] }
  json_response(res, 200, {
    models: models,
    current_index: @agent_config.current_model_index,
    current_id: @agent_config.current_model&.dig("id")
  })
end

#api_get_version(res) ⇒ Object

GET /api/version Returns current version and latest version from RubyGems (cached for 1 hour).



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# File 'lib/octo/server/http_server.rb', line 665

def api_get_version(res)
  current = Octo::VERSION
  latest  = fetch_latest_version_cached
  json_response(res, 200, {
    current:      current,
    latest:       latest,
    needs_update: latest ? version_older?(current, latest) : false,
    launcher:     ENV["OCTO_LAUNCHER"] || "cli",
    cli_command:  "octo"
  })
end

#api_list_channel_users(platform, res) ⇒ Object

GET /api/channels/:platform/users Returns the list of known user IDs for the given platform. These are users who have sent at least one message to the bot in this server session.

For Weixin: returns users with a cached context_token (required for proactive messaging). For Feishu / WeCom: returns user IDs extracted from channel session bindings.

Response:

200 { users: ["uid1", "uid2", ...] }



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# File 'lib/octo/server/http_server.rb', line 1172

def api_list_channel_users(platform, res)
  platform = platform.to_sym
  users    = @channel_manager.known_users(platform)
  json_response(res, 200, { platform: platform, users: users })
rescue StandardError => e
  json_response(res, 500, { ok: false, error: e.message })
end

#api_list_channels(res) ⇒ Object 



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# File 'lib/octo/server/http_server.rb', line 1089

def api_list_channels(res)
  config   = Octo::ChannelConfig.load
  running  = @channel_manager.running_platforms

  platforms = Octo::Channel::Adapters.all.map do |klass|
    platform = klass.platform_id
    raw      = config.instance_variable_get(:@channels)[platform.to_s] || {}
    {
      platform:  platform,
      enabled:   !!raw["enabled"],
      running:   running.include?(platform),
      has_config: !config.platform_config(platform).nil?
    }.merge(platform_safe_fields(platform, config))
  end

  json_response(res, 200, { channels: platforms })
end

#api_list_cron_tasks(res) ⇒ Object

GET /api/cron-tasks



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# File 'lib/octo/server/http_server.rb', line 1438

def api_list_cron_tasks(res)
  json_response(res, 200, { cron_tasks: @scheduler.list_cron_tasks })
end

#api_list_providers(res) ⇒ Object

GET /api/providers — return built-in provider presets for quick setup



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# File 'lib/octo/server/http_server.rb', line 2299

def api_list_providers(res)
  providers = Octo::Providers::PRESETS.map do |id, preset|
    {
      id:                id,
      name:              preset["name"],
      base_url:          preset["base_url"],
      default_model:     preset["default_model"],
      models:            preset["models"] || [],
      # Frontend uses this to render a Base URL dropdown (regional /
      # provider variants) when present. Absent for single-endpoint
      # providers — UI renders a plain text input in that case.
      endpoint_variants: preset["endpoint_variants"],
      website_url:       preset["website_url"]
    }
  end
  json_response(res, 200, { providers: providers })
end

#api_list_sessions(req, res) ⇒ Object

── REST API ──────────────────────────────────────────────────────────────



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# File 'lib/octo/server/http_server.rb', line 493

def api_list_sessions(req, res)
  query   = URI.decode_www_form(req.query_string.to_s).to_h
  limit   = [query["limit"].to_i.then { |n| n > 0 ? n : 20 }, 50].min
  before  = query["before"].to_s.strip.then  { |v| v.empty? ? nil : v }
  q       = query["q"].to_s.strip.then       { |v| v.empty? ? nil : v }
  date    = query["date"].to_s.strip.then    { |v| v.empty? ? nil : v }
  type    = query["type"].to_s.strip.then    { |v| v.empty? ? nil : v }
  # Backward-compat: ?source=<x> and ?profile=coding → type
  type ||= query["profile"].to_s.strip.then { |v| v.empty? ? nil : v }
  type ||= query["source"].to_s.strip.then  { |v| v.empty? ? nil : v }

  # Fetch one extra NON-PINNED row to detect has_more without a separate count query.
  # `registry.list` always returns ALL matching pinned rows first (on the
  # first page; `before` == nil), followed by non-pinned rows up to `limit+1`.
  # So has_more is determined by whether the non-pinned section overflowed.
  sessions = @registry.list(limit: limit + 1, before: before, q: q, date: date, type: type)

  # Split pinned vs non-pinned to apply has_more only to the non-pinned tail.
  pinned_part, non_pinned_part = sessions.partition { |s| s[:pinned] }
  has_more = non_pinned_part.size > limit
  non_pinned_part = non_pinned_part.first(limit)
  sessions = pinned_part + non_pinned_part

  json_response(res, 200, { sessions: sessions, has_more: has_more, cron_count: @registry.cron_count })
end

#api_list_skills(res) ⇒ Object

GET /api/skills — list all loaded skills with metadata



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# File 'lib/octo/server/http_server.rb', line 1513

def api_list_skills(res)
  @skill_loader.load_all  # refresh from disk on each request

  skills = @skill_loader.all_skills.map do |skill|
    source = @skill_loader.loaded_from[skill.identifier]

    # Compute local modification time of SKILL.md for "has local changes" indicator
    skill_md_path = File.join(skill.directory.to_s, "SKILL.md")
    local_modified_at = File.exist?(skill_md_path) ? File.mtime(skill_md_path).utc.iso8601 : nil

    entry = {
      name:              skill.identifier,
      name_zh:           skill.name_zh,
      description:       skill.context_description,
      description_zh:    skill.description_zh,
      source:            source,
      enabled:           !skill.disabled?,
      invalid:           skill.invalid?,
      warnings:          skill.warnings,
      local_modified_at: local_modified_at
    }
    entry[:invalid_reason] = skill.invalid_reason if skill.invalid?
    entry
  end
  json_response(res, 200, { skills: skills })
end

#api_onboard_complete(req, res) ⇒ Object

POST /api/onboard/complete Called after key setup is done (soul_setup is optional/skipped). Creates the default session if none exists yet, returns it.



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# File 'lib/octo/server/http_server.rb', line 640

def api_onboard_complete(req, res)
  create_default_session if @registry.list(limit: 1).empty?
  first_session = @registry.list(limit: 1).first
  json_response(res, 200, { ok: true, session: first_session })
end

#api_onboard_skip_soul(req, res) ⇒ Object

POST /api/onboard/skip-soul Writes a minimal SOUL.md so the soul_setup phase is not re-triggered on the next server start when the user chooses to skip the conversation.



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# File 'lib/octo/server/http_server.rb', line 649

def api_onboard_skip_soul(req, res)
  body = parse_json_body(req)
  lang = body["lang"].to_s.strip
  soul_content = lang == "zh" ? DEFAULT_SOUL_MD_ZH : DEFAULT_SOUL_MD

  agents_dir = File.expand_path("~/.octo/agents")
  FileUtils.mkdir_p(agents_dir)
  soul_path = File.join(agents_dir, "SOUL.md")
  unless File.exist?(soul_path)
    File.write(soul_path, soul_content)
  end
  json_response(res, 200, { ok: true })
end

#api_onboard_status(res) ⇒ Object

GET /api/onboard/status Phase “key_setup” → no API key configured yet Phase “soul_setup” → key configured, but ~/.octo/agents/SOUL.md missing needs_onboard: false → fully set up



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# File 'lib/octo/server/http_server.rb', line 591

def api_onboard_status(res)
  if !@agent_config.models_configured?
    json_response(res, 200, { needs_onboard: true, phase: "key_setup" })
  else
    json_response(res, 200, { needs_onboard: false })
  end
end

#api_rename_session(session_id, req, res) ⇒ Object 



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# File 'lib/octo/server/http_server.rb', line 2347

def api_rename_session(session_id, req, res)
  body = parse_json_body(req)
  new_name = body["name"]&.to_s&.strip
  pinned = body["pinned"]

  return json_response(res, 404, { error: "Session not found" }) unless @registry.ensure(session_id)

  agent = nil
  @registry.with_session(session_id) { |s| agent = s[:agent] }
  
  # Update name if provided
  if new_name && !new_name.empty?
    agent.rename(new_name)
  end
  
  # Update pinned status if provided
  if !pinned.nil?
    agent.pinned = pinned
  end
  
  # Save session data
  @session_manager.save(agent.to_session_data)
  
  # Broadcast update event
  update_data = { type: "session_updated", session_id: session_id }
  update_data[:name] = new_name if new_name && !new_name.empty?
  update_data[:pinned] = pinned unless pinned.nil?
  broadcast(session_id, update_data)
  
  response_data = { ok: true }
  response_data[:name] = new_name if new_name && !new_name.empty?
  response_data[:pinned] = pinned unless pinned.nil?
  json_response(res, 200, response_data)
rescue => e
  json_response(res, 500, { error: e.message })
end

#api_restart(req, res) ⇒ Object

POST /api/restart Re-execs the current process so the newly installed gem version is loaded. Uses the absolute script path captured at startup to avoid relative-path issues. Responds 200 first, then waits briefly for WEBrick to flush the response before exec.



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# File 'lib/octo/server/http_server.rb', line 946

def api_restart(req, res)
  json_response(res, 200, { ok: true, message: "Restarting…" })

  Thread.new do
    sleep 0.5  # Let WEBrick flush the HTTP response

    if @master_pid
      # Worker mode: tell master to hot-restart. Master will TERM us after the
      # new worker boots; our trap("TERM") then runs shutdown_proc, which detaches
      # the inherited listen socket before WEBrick shutdown. Do NOT exit(0) here —
      # that bypasses trap handlers and lets the OS close(fd) on a socket shared
      # with master+new worker, corrupting the listener on Linux/WSL.
      Octo::Logger.info("[Restart] Sending USR1 to master (PID=#{@master_pid})")
      begin
        Process.kill("USR1", @master_pid)
      rescue Errno::ESRCH
        Octo::Logger.warn("[Restart] Master PID=#{@master_pid} not found, falling back to exec.")
        standalone_exec_restart
      end
    else
      # Standalone mode (no master): fall back to the original exec approach.
      standalone_exec_restart
    end
  end
end

#api_run_cron_task(name, res) ⇒ Object

POST /api/cron-tasks/:name/run — execute immediately



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# File 'lib/octo/server/http_server.rb', line 1492

def api_run_cron_task(name, res)
  unless @scheduler.list_tasks.include?(name)
    return json_response(res, 404, { error: "Cron task not found: #{name}" })
  end

  prompt       = @scheduler.read_task(name)
  session_name = "▶ #{name} #{Time.now.strftime("%H:%M")}"
  working_dir  = File.expand_path("~/octo_workspace")
  FileUtils.mkdir_p(working_dir)

  session_id = build_session(name: session_name, working_dir: working_dir, permission_mode: :auto_approve)
  @registry.update(session_id, pending_task: prompt, pending_working_dir: working_dir)

  json_response(res, 202, { ok: true, session: @registry.session_summary(session_id) })
rescue => e
  json_response(res, 422, { error: e.message })
end

#api_save_channel(platform, req, res) ⇒ Object

POST /api/channels/:platform Body: { fields… } (platform-specific credential fields) Saves credentials and optionally (re)starts the adapter.



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# File 'lib/octo/server/http_server.rb', line 1290

def api_save_channel(platform, req, res)
  platform = platform.to_sym
  body     = parse_json_body(req)
  config   = Octo::ChannelConfig.load

  fields = body.transform_keys(&:to_sym).reject { |k, _| k == :platform }
  fields = fields.transform_values { |v| v.is_a?(String) ? v.strip : v }

  # Record when the token was last updated so clients can detect re-login
  fields[:token_updated_at] = Time.now.to_i if platform == :weixin && fields.key?(:token)
  fields[:token_updated_at] = Time.now.to_i if platform == :discord && fields.key?(:bot_token)

  # Validate credentials against live API before persisting.
  # Merge with existing config so partial updates (e.g. allowed_users only) still validate correctly.
  klass = Octo::Channel::Adapters.find(platform)
  if klass && klass.respond_to?(:test_connection)
    existing = config.platform_config(platform) || {}
    merged   = existing.merge(fields)
    result   = klass.test_connection(merged)
    unless result[:ok]
      json_response(res, 422, { ok: false, error: result[:error] || "Credential validation failed" })
      return
    end
  end

  config.set_platform(platform, **fields)
  config.save

  # Hot-reload: stop existing adapter for this platform (if running) and restart
  @channel_manager.reload_platform(platform, config)

  json_response(res, 200, { ok: true })
rescue StandardError => e
  json_response(res, 422, { ok: false, error: e.message })
end

#api_send_channel_message(platform, req, res) ⇒ Object

POST /api/channels/:platform/send Proactively send a message to a user via the given IM platform.

Body:

{ "message": "hello",            # required
  "user_id": "some_user_id" }    # optional — defaults to most-recently active user

Response:

200 { ok: true }
400 { ok: false, error: "..." }  — missing/invalid params or platform not running
503 { ok: false, error: "..." }  — no known users (nobody has messaged the bot yet)

Constraints:

- The platform adapter must be running (channel must be enabled + connected).
- For Weixin (iLink protocol), a context_token is required per message. This is
  automatically looked up from the in-memory cache populated by inbound messages.
  If no token exists for the target user (i.e. the user has never messaged the bot
  in this server session), the message cannot be delivered.



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# File 'lib/octo/server/http_server.rb', line 1125

def api_send_channel_message(platform, req, res)
  platform = platform.to_sym
  body     = parse_json_body(req)
  message  = body["message"].to_s.strip

  if message.empty?
    json_response(res, 400, { ok: false, error: "message is required" })
    return
  end

  # Resolve target user_id
  user_id = body["user_id"].to_s.strip
  if user_id.empty?
    # Default to the most-recently active user for this platform
    known = @channel_manager.known_users(platform)
    if known.empty?
      json_response(res, 503, {
        ok:    false,
        error: "No known users for :#{platform}. The user must send a message to the bot first."
      })
      return
    end
    user_id = known.last
  end

  result = @channel_manager.send_to_user(platform, user_id, message)
  if result.nil?
    json_response(res, 400, {
      ok:    false,
      error: "Failed to send message. The :#{platform} adapter may not be running, or no context_token is available for user #{user_id}."
    })
  else
    json_response(res, 200, { ok: true, platform: platform, user_id: user_id })
  end
rescue StandardError => e
  json_response(res, 500, { ok: false, error: e.message })
end

#api_serve_local_image(req, res) ⇒ Object

GET /api/local-image?path=file:///path/to/image.png GET /api/local-image?path=/path/to/image.png

Serves a local image file with the correct Content-Type. Used by the Web UI to render local images that would otherwise be blocked by the browser’s security policy (file:// from http:// origin).



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# File 'lib/octo/server/http_server.rb', line 1257

def api_serve_local_image(req, res)
  raw_path = URI.decode_www_form(req.query_string.to_s).to_h["path"].to_s
  return json_response(res, 400, { error: "path is required" }) if raw_path.empty?

  # Strip file:// prefix if present
  path = raw_path.sub(%r{\Afile://}, "")
  path = CGI.unescape(path)
  path = File.expand_path(path)

  # On WSL the file may be specified as a Windows path (e.g. "C:/Users/…").
  # Convert it to the Linux-side path so File.exist? works.
  path = Utils::EnvironmentDetector.win_to_linux_path(path)

  # Security: only serve image files
  ext = File.extname(path).downcase
  unless Utils::FileProcessor::LOCAL_IMAGE_EXTENSIONS.include?(ext)
    return json_response(res, 403, { error: "not an image file" })
  end

  return json_response(res, 404, { error: "file not found" }) unless File.exist?(path)

  mime = Utils::FileProcessor::MIME_TYPES[ext] || "application/octet-stream"
  res.status         = 200
  res["Content-Type"] = mime
  res["Cache-Control"] = "private, max-age=3600"
  res.body = File.binread(path)
rescue => e
  json_response(res, 500, { error: e.message })
end

#api_session_messages(session_id, req, res) ⇒ Object

GET /api/sessions/:id/messages?limit=20&before=1709123456.789 Replays conversation history for a session via the agent’s replay_history method. Returns a list of UI events (same format as WS events) for the frontend to render.



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# File 'lib/octo/server/http_server.rb', line 2320

def api_session_messages(session_id, req, res)
  unless @registry.ensure(session_id)
    Octo::Logger.warn("[messages] registry.ensure failed", session_id: session_id)
    return json_response(res, 404, { error: "Session not found" })
  end

  # Parse query params
  query   = URI.decode_www_form(req.query_string.to_s).to_h
  limit   = [query["limit"].to_i.then { |n| n > 0 ? n : 20 }, 100].min
  before  = query["before"]&.to_f

  agent = nil
  @registry.with_session(session_id) { |s| agent = s[:agent] }

  unless agent
    Octo::Logger.warn("[messages] agent is nil", session_id: session_id)
    return json_response(res, 200, { events: [], has_more: false })
  end

  # Collect events emitted by replay_history via a lightweight collector UI
  collected = []
  collector = HistoryCollector.new(session_id, collected)
  result    = agent.replay_history(collector, limit: limit, before: before)

  json_response(res, 200, { events: collected, has_more: result[:has_more] })
end

#api_session_skills(session_id, res) ⇒ Object

GET /api/sessions/:id/skills — list user-invocable skills for a session, filtered by the session’s agent profile. Used by the frontend slash-command autocomplete so only skills valid for the current profile are suggested.



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# File 'lib/octo/server/http_server.rb', line 1543

def api_session_skills(session_id, res)
  unless @registry.ensure(session_id)
    json_response(res, 404, { error: "Session not found" })
    return
  end
  session = @registry.get(session_id)
  unless session
    json_response(res, 404, { error: "Session not found" })
    return
  end

  agent = session[:agent]
  unless agent
    json_response(res, 404, { error: "Agent not found" })
    return
  end

  agent.skill_loader.load_all
  profile = agent.agent_profile

  skills = agent.skill_loader.user_invocable_skills
  skills = skills.select { |s| s.allowed_for_agent?(profile.name) } if profile

  loader      = agent.skill_loader
  loaded_from = loader.loaded_from

            skill_data = skills.map do |skill|
    source_type = loaded_from[skill.identifier]
    {
      name:           skill.identifier,
      name_zh:        skill.name_zh,
      description:    skill.description || skill.context_description,
      description_zh: skill.description_zh,
      source_type:    source_type
    }
  end

  json_response(res, 200, { skills: skill_data })
end

#api_set_default_model(id, res) ⇒ Object

POST /api/config/models/:id/default Makes the identified model the new “default” (global initial model for new sessions AND current model for this server instance).



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# File 'lib/octo/server/http_server.rb', line 2254

def api_set_default_model(id, res)
  ok = @agent_config.set_default_model_by_id(id)
  return json_response(res, 404, { error: "model not found" }) unless ok

  @agent_config.current_model_id    = id
  @agent_config.current_model_index = @agent_config.models.find_index { |m| m["id"] == id } || 0
  @agent_config.save
  json_response(res, 200, { ok: true })
rescue => e
  json_response(res, 422, { error: e.message })
end

#api_switch_session_model(session_id, req, res) ⇒ Object 



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# File 'lib/octo/server/http_server.rb', line 2384

def api_switch_session_model(session_id, req, res)
  body = parse_json_body(req)
  model_id = body["model_id"].to_s.strip

  return json_response(res, 400, { error: "model_id is required" }) if model_id.empty?
  return json_response(res, 404, { error: "Session not found" }) unless @registry.ensure(session_id)

  agent = nil
  @registry.with_session(session_id) { |s| agent = s[:agent] }

  # With Plan B (shared @models reference), every session's AgentConfig
  # points at the same @models array as the global @agent_config. So
  # resolving the model by stable id here and in agent.switch_model_by_id
  # will always agree — no more index divergence after add/delete.
  target_model = @agent_config.models.find { |m| m["id"] == model_id }
  if target_model.nil?
    return json_response(res, 400, { error: "Model not found in configuration" })
  end

  # Switch to the model by id (unified interface with CLI)
  # Handles: config.switch_model_by_id + client rebuild + message_compressor rebuild
  success = agent.switch_model_by_id(model_id)

  unless success
    return json_response(res, 500, { error: "Failed to switch model" })
  end

  # Persist the change (saves to session file, NOT global config.yml)
  @session_manager.save(agent.to_session_data)

  # Broadcast update to all clients
  broadcast_session_update(session_id)

  json_response(res, 200, { ok: true, model_id: model_id, model: target_model["model"] })
rescue => e
  json_response(res, 500, { error: e.message })
end

#api_switch_session_reasoning_effort(session_id, req, res) ⇒ Object

PATCH /api/sessions/:id/reasoning_effort Body: { “reasoning_effort”: “off” | “low” | “medium” | “high” }



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# File 'lib/octo/server/http_server.rb', line 2424

def api_switch_session_reasoning_effort(session_id, req, res)
  body = parse_json_body(req)
  raw = body["reasoning_effort"]
  return json_response(res, 404, { error: "Session not found" }) unless @registry.ensure(session_id)

  agent = nil
  @registry.with_session(session_id) { |s| agent = s[:agent] }
  return json_response(res, 404, { error: "Session not found" }) unless agent

  agent.reasoning_effort = raw
  @session_manager.save(agent.to_session_data)
  broadcast_session_update(session_id)

  json_response(res, 200, { ok: true, reasoning_effort: agent.reasoning_effort })
rescue => e
  json_response(res, 500, { error: e.message })
end

#api_test_channel(platform, req, res) ⇒ Object

POST /api/channels/:platform/test Body: { fields… } (credentials to test — NOT saved) Tests connectivity using the provided credentials without persisting.



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# File 'lib/octo/server/http_server.rb', line 1372

def api_test_channel(platform, req, res)
  platform = platform.to_sym
  body     = parse_json_body(req)
  fields   = body.transform_keys(&:to_sym).reject { |k, _| k == :platform }

  klass = Octo::Channel::Adapters.find(platform)
  unless klass
    json_response(res, 404, { ok: false, error: "Unknown platform: #{platform}" })
    return
  end

  result = klass.test_connection(fields)
  json_response(res, 200, result)
rescue StandardError => e
  json_response(res, 200, { ok: false, error: e.message })
end

#api_test_config(req, res) ⇒ Object

POST /api/config/test — test connection for a single model config Body: { model, base_url, api_key, anthropic_format }



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# File 'lib/octo/server/http_server.rb', line 2268

def api_test_config(req, res)
  body = parse_json_body(req)
  return json_response(res, 400, { error: "Invalid JSON" }) unless body

  api_key = body["api_key"].to_s
  # If masked, use the stored key from the matching model (by index or current)
  if api_key.include?("****")
    idx = body["index"]&.to_i || @agent_config.current_model_index
    api_key = @agent_config.models.dig(idx, "api_key").to_s
  end

  begin
    model = body["model"].to_s
    test_client = Octo::Client.new(
      api_key,
      base_url:         body["base_url"].to_s,
      model:            model,
      anthropic_format: body["anthropic_format"] || false
    )
    result = test_client.test_connection(model: model)
    if result[:success]
      json_response(res, 200, { ok: true, message: "Connected successfully" })
    else
      json_response(res, 200, { ok: false, message: result[:error].to_s })
    end
  rescue => e
    json_response(res, 200, { ok: false, message: e.message })
  end
end

#api_toggle_channel(platform, req, res) ⇒ Object

PATCH /api/channels/:platform/enabled Body: { enabled: true|false } Toggles the platform on/off without touching credentials. Enabling requires the platform to already be configured.



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# File 'lib/octo/server/http_server.rb', line 1345

def api_toggle_channel(platform, req, res)
  platform = platform.to_sym
  enabled  = parse_json_body(req)["enabled"] == true

  config = Octo::ChannelConfig.load

  if enabled
    unless config.platform_config(platform)
      json_response(res, 422, { ok: false, error: "Platform is not configured yet" })
      return
    end
    config.enable_platform(platform)
  else
    config.disable_platform(platform)
  end

  config.save
  @channel_manager.reload_platform(platform, config)

  json_response(res, 200, { ok: true, enabled: config.enabled?(platform) })
rescue StandardError => e
  json_response(res, 422, { ok: false, error: e.message })
end

#api_toggle_skill(name, req, res) ⇒ Object

PATCH /api/skills/:name/toggle — enable or disable a skill Body: { enabled: true/false }



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# File 'lib/octo/server/http_server.rb', line 1585

def api_toggle_skill(name, req, res)
  body    = parse_json_body(req)
  enabled = body["enabled"]

  if enabled.nil?
    json_response(res, 422, { error: "enabled field required" })
    return
  end

  skill = @skill_loader.toggle_skill(name, enabled: enabled)
  json_response(res, 200, { ok: true, name: skill.identifier, enabled: !skill.disabled? })
rescue Octo::AgentError => e
  json_response(res, 422, { error: e.message })
end

#api_tool_browser(req, res) ⇒ Object

GET /api/channels Returns current config and running status for all supported platforms. POST /api/tool/browser Executes a browser tool action via the shared BrowserManager daemon. Used by skill scripts (e.g. feishu_setup.rb) to reuse the server’s existing Chrome connection without spawning a second MCP daemon.

Request body: JSON with same params as the browser tool

{ "action": "snapshot", "interactive": true, ... }

Response: JSON result from the browser tool



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# File 'lib/octo/server/http_server.rb', line 1076

def api_tool_browser(req, res)
  params = parse_json_body(req)
  action = params["action"]
  return json_response(res, 400, { error: "action is required" }) if action.nil? || action.empty?

  tool   = Octo::Tools::Browser.new
  result = tool.execute(**params.transform_keys(&:to_sym))

  json_response(res, 200, result)
rescue StandardError => e
  json_response(res, 500, { error: e.message })
end

#api_update_cron_task(name, req, res) ⇒ Object

PATCH /api/cron-tasks/:name — update content and/or cron/enabled Body: { content?, cron?, enabled? }



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# File 'lib/octo/server/http_server.rb', line 1466

def api_update_cron_task(name, req, res)
  body    = parse_json_body(req)
  content = body["content"]
  cron    = body["cron"]&.to_s&.strip
  enabled = body["enabled"]

  if cron && cron.split(/\s+/).size != 5
    return json_response(res, 422, { error: "cron must have 5 fields (min hour dom month dow)" })
  end

  @scheduler.update_cron_task(name, content: content, cron: cron, enabled: enabled)
  json_response(res, 200, { ok: true, name: name })
rescue => e
  json_response(res, 404, { error: e.message })
end

#api_update_model(id, req, res) ⇒ Object

PATCH /api/config/models/:id Body: any subset of { model, base_url, api_key, anthropic_format, type } Rules (the whole reason we moved off bulk save):

- Missing key  → field untouched
- api_key with "****" (masked display value) → IGNORED (never overwrites)
- api_key empty string → IGNORED (defensive; treat as "not changed")
- api_key real non-masked value → stored
- type="default" transparently clears the marker on other models
- Unknown id → 404



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# File 'lib/octo/server/http_server.rb', line 2171

def api_update_model(id, req, res)
  body = parse_json_body(req)
  return json_response(res, 400, { error: "Invalid JSON" }) unless body

  target = @agent_config.models.find { |m| m["id"] == id }
  return json_response(res, 404, { error: "model not found" }) unless target

  if body.key?("model")
    v = body["model"].to_s.strip
    target["model"] = v unless v.empty?
  end
  if body.key?("base_url")
    v = body["base_url"].to_s.strip
    target["base_url"] = v unless v.empty?
  end
  if body.key?("anthropic_format")
    target["anthropic_format"] = !!body["anthropic_format"]
  end
  if body.key?("api_key")
    new_key = body["api_key"].to_s
    # Only store a real, unmasked, non-empty value. This is the
    # single place the "api_key disappeared" bug can no longer
    # happen — there is no path that writes "" into api_key.
    if !new_key.empty? && !new_key.include?("****")
      target["api_key"] = new_key
    end
  end
  if body.key?("type")
    new_type = body["type"]
    new_type = nil if new_type.is_a?(String) && new_type.strip.empty?
    if new_type == "default"
      @agent_config.models.each do |m|
        next if m["id"] == id
        m.delete("type") if m["type"] == "default"
      end
      target["type"] = "default"
      @agent_config.current_model_id    = target["id"]
      @agent_config.current_model_index = @agent_config.models.find_index { |m| m["id"] == id } || 0
    elsif new_type.nil?
      target.delete("type")
    else
      target["type"] = new_type
    end
  end

  @agent_config.save
  json_response(res, 200, { ok: true })
rescue => e
  json_response(res, 422, { error: e.message })
end

#api_upgrade_version(req, res) ⇒ Object

POST /api/version/upgrade Upgrades octo in a background thread, streaming output via WebSocket broadcast. If the user’s gem source is the official RubyGems, use ‘gem update`. Otherwise (e.g. Aliyun mirror) download the .gem from OSS CDN to bypass mirror lag.



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# File 'lib/octo/server/http_server.rb', line 681

def api_upgrade_version(req, res)
  json_response(res, 202, { ok: true, message: "Upgrade started" })

  Thread.new do
    begin
      if official_gem_source?
        upgrade_via_gem_update
      else
        upgrade_via_oss_cdn
      end
    rescue StandardError => e
      Octo::Logger.error("[Upgrade] Exception: #{e.class}: #{e.message}\n#{e.backtrace.first(5).join("\n")}")
      broadcast_all(type: "upgrade_log", line: "\n✗ Error during upgrade: #{e.message}\n")
      broadcast_all(type: "upgrade_complete", success: false)
    end
  end
end

#api_upload_file(req, res) ⇒ Object

POST /api/upload Accepts a multipart/form-data file upload (field name: “file”). Runs the file through FileProcessor: saves original + generates structured preview (Markdown) for Office/ZIP files so the agent can read them directly.



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# File 'lib/octo/server/http_server.rb', line 1184

def api_upload_file(req, res)
  upload = parse_multipart_upload(req, "file")
  unless upload
    json_response(res, 400, { ok: false, error: "No file field found in multipart body" })
    return
  end

  saved = Octo::Utils::FileProcessor.save(
    body:     upload[:data],
    filename: upload[:filename].to_s
  )

  json_response(res, 200, { ok: true, name: saved[:name], path: saved[:path] })
rescue => e
  json_response(res, 500, { ok: false, error: e.message })
end

#broadcast(session_id, event) ⇒ Object

Broadcast an event to all clients subscribed to a session. Dead connections (broken pipe / closed socket / deadline exceeded) are removed automatically. Connections already marked closed are skipped upfront so one sluggish client can’t delay delivery to healthy ones.



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# File 'lib/octo/server/http_server.rb', line 3140

def broadcast(session_id, event)
  clients = @ws_mutex.synchronize { (@ws_clients[session_id] || []).dup }
  dead = []
  clients.each do |conn|
    if conn.closed?
      dead << conn
      next
    end
    dead << conn unless conn.send_json(event)
  end
  return if dead.empty?

  @ws_mutex.synchronize do
    (@ws_clients[session_id] || []).reject! { |conn| dead.include?(conn) }
    @all_ws_conns.reject! { |conn| dead.include?(conn) }
  end
end

#broadcast_all(event) ⇒ Object

Broadcast an event to every connected client (regardless of session subscription). Dead connections are removed automatically.



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# File 'lib/octo/server/http_server.rb', line 3160

def broadcast_all(event)
  clients = @ws_mutex.synchronize { @all_ws_conns.dup }
  dead = []
  clients.each do |conn|
    if conn.closed?
      dead << conn
      next
    end
    dead << conn unless conn.send_json(event)
  end
  return if dead.empty?

  @ws_mutex.synchronize do
    @all_ws_conns.reject! { |conn| dead.include?(conn) }
    @ws_clients.each_value { |list| list.reject! { |conn| dead.include?(conn) } }
  end
end

#broadcast_session_update(session_id) ⇒ Object

Broadcast a session_update event to all clients so they can patch their local session list without needing a full session_list refresh.



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# File 'lib/octo/server/http_server.rb', line 3180

def broadcast_session_update(session_id)
  session = @registry.snapshot(session_id)
  return unless session

  broadcast_all(type: "session_update", session: session)
end

#build_session(name:, working_dir:, permission_mode: :confirm_all, profile: "general", source: :manual, model_id: nil) ⇒ Object

Create a session in the registry and wire up Agent + WebUIController. Returns the new session_id. Build a new agent session.

Parameters:

  • name (String) —

    display name for the session

  • working_dir (String) —

    working directory for the agent

  • permission_mode (Symbol) (defaults to: :confirm_all) —

    :confirm_all (default, human present) or :auto_approve (unattended — suppresses request_user_feedback waits)



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# File 'lib/octo/server/http_server.rb', line 3200

def build_session(name:, working_dir:, permission_mode: :confirm_all, profile: "general", source: :manual, model_id: nil)
  session_id = Octo::SessionManager.generate_id
  @registry.create(session_id: session_id)

  config = @agent_config.deep_copy
  config.permission_mode = permission_mode

  # Apply model override BEFORE creating the client — otherwise the
  # client is built from the default model entry and may route through
  # the wrong provider (e.g. sending a deepseek-v4-pro request to the
  # Bedrock-format Octo endpoint, which replies "unknown model").
  #
  # We use switch_model_by_id (not a name-based rewrite of
  # current_model["model"]) because:
  #   1. Ids uniquely identify an entry across providers; names can
  #      collide between entries (deepseek vs dsk-deepseek aliases).
  #   2. switch_model_by_id only flips per-session @current_model_id
  #      in the dup'd config — it never mutates the shared @models
  #      array (see AgentConfig#deep_copy's shared-ref contract).
  #      A name rewrite would have leaked into every live session
  #      AND corrupted the on-disk config at next save.
  config.switch_model_by_id(model_id) if model_id

  # Build client from the (possibly overridden) config so api format
  # detection (Bedrock vs OpenAI vs Anthropic) uses the correct model.
  client = Octo::Client.new(
    config.api_key,
    base_url: config.base_url,
    model: config.model_name,
    anthropic_format: config.anthropic_format?
  )

  broadcaster = method(:broadcast)
  ui = WebUIController.new(session_id, broadcaster)
  agent = Octo::Agent.new(client, config, working_dir: working_dir, ui: ui, profile: profile,
                            session_id: session_id, source: source)
  agent.rename(name) unless name.nil? || name.empty?
  idle_timer = build_idle_timer(session_id, agent)

  @registry.with_session(session_id) do |s|
    s[:agent]      = agent
    s[:ui]         = ui
    s[:idle_timer] = idle_timer
  end

  # Persist an initial snapshot so the session is immediately visible in registry.list
  # (which reads from disk). Without this, new sessions only appear after their first task.
  @session_manager.save(agent.to_session_data)

  session_id
end

#build_session_from_data(session_data, permission_mode: :confirm_all) ⇒ Object

Restore a persisted session from saved session_data (from SessionManager). The agent keeps its original session_id so the frontend URL hash stays valid across server restarts.



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# File 'lib/octo/server/http_server.rb', line 3255

def build_session_from_data(session_data, permission_mode: :confirm_all)
  original_id = session_data[:session_id]

  client = @client_factory.call
  config = @agent_config.deep_copy
  config.permission_mode = permission_mode
  broadcaster = method(:broadcast)
  ui = WebUIController.new(original_id, broadcaster)
  # Restore the agent profile from the persisted session; fall back to "general"
  # for sessions saved before the agent_profile field was introduced.
  profile = session_data[:agent_profile].to_s
  profile = "general" if profile.empty?
  agent = Octo::Agent.from_session(client, config, session_data, ui: ui, profile: profile)
  idle_timer = build_idle_timer(original_id, agent)

  # Register session atomically with a fully-built agent so no concurrent
  # caller ever sees agent=nil for this session. The duplicate-restore guard
  # is handled upstream by SessionRegistry#ensure via @restoring.
  @registry.create(session_id: original_id)
  @registry.with_session(original_id) do |s|
    s[:agent]      = agent
    s[:ui]         = ui
    s[:idle_timer] = idle_timer
  end

  original_id
end

#create_default_session ⇒ Object

Auto-restore persisted sessions (or create a fresh default) when the server starts. Skipped when no API key is configured (onboard flow will handle it).

Strategy: load the most recent sessions from ~/.octo/sessions/ for the current working directory and restore them into @registry so their IDs are stable across restarts (frontend hash stays valid). If no persisted sessions exist, fall back to creating a new default session.



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# File 'lib/octo/server/http_server.rb', line 566

def create_default_session
  return unless @agent_config.models_configured?

  # Restore up to 5 sessions per source type from disk into the registry.
  @registry.restore_from_disk(n: 5)

  # Recover any orphaned .jsonl incremental logs from crashed sessions
  # and merge them back into their parent session .json files.
  recovered = @session_manager.recover_jsonl_sessions
  Octo::Logger.info("http_server.recovered_jsonl_sessions", count: recovered) if recovered > 0

  # If nothing was restored (no persisted sessions), create a fresh default.
  unless @registry.list(limit: 1).any?
    working_dir = default_working_dir
    FileUtils.mkdir_p(working_dir) unless Dir.exist?(working_dir)
    build_session(name: "Session 1", working_dir: working_dir)
  end
end

#default_working_dir ⇒ Object

── Helpers ───────────────────────────────────────────────────────────────



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# File 'lib/octo/server/http_server.rb', line 3189

def default_working_dir
  @agent_config&.default_working_dir || File.expand_path("~/octo_workspace")
end

#deliver_confirmation(session_id, conf_id, result) ⇒ Object 



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# File 'lib/octo/server/http_server.rb', line 2858

def deliver_confirmation(session_id, conf_id, result)
  ui = nil
  @registry.with_session(session_id) { |s| ui = s[:ui] }
  ui&.deliver_confirmation(conf_id, result)
end

#dispatch(req, res) ⇒ Object

── Router ────────────────────────────────────────────────────────────────



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# File 'lib/octo/server/http_server.rb', line 337

def dispatch(req, res)
  path   = req.path
  method = req.request_method

  # Access key guard (skip for WebSocket upgrades)
  return unless check_access_key(req, res)

  # WebSocket upgrade — no timeout applied (long-lived connection)
  if websocket_upgrade?(req)
    handle_websocket(req, res)
    return
  end

  # Wrap all REST handlers in a timeout so a hung handler (e.g. infinite
  # recursion in chunk parsing) returns a proper 503 instead of an empty 200.
  timeout_sec = if path == "/api/tool/browser"
    30
  else
    10
  end
  Timeout.timeout(timeout_sec) do
    _dispatch_rest(req, res)
  end
rescue Timeout::Error
  Octo::Logger.warn("[HTTP 503] #{method} #{path} timed out after #{timeout_sec}s")
  json_response(res, 503, { error: "Request timed out" })
rescue => e
  Octo::Logger.warn("[HTTP 500] #{e.class}: #{e.message}\n#{e.backtrace.first(5).join("\n")}")
  json_response(res, 500, { error: e.message })
end

#handle_user_message(session_id, content, files = []) ⇒ Object

── Session actions ───────────────────────────────────────────────────────



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# File 'lib/octo/server/http_server.rb', line 2820

def handle_user_message(session_id, content, files = [])
  return unless @registry.exist?(session_id)

  agent = nil
  @registry.with_session(session_id) { |s| agent = s[:agent] }
  return unless agent

  # Auto-name the session from the first user message (before agent starts running).
  # Skip if the name looks like it was set by the user (not a system-generated "Session N").
  if agent.history.empty? && agent.name.match?(/\ASession \d+\z/)
    auto_name = content.gsub(/\s+/, " ").strip[0, 30]
    auto_name += "…" if content.strip.length > 30
    agent.rename(auto_name)
    broadcast(session_id, { type: "session_renamed", session_id: session_id, name: auto_name })
  end

  # The frontend always renders a ghost bubble on send. The real
  # bubble is rendered by the agent when it drains the inbox —
  # this avoids duplicate bubbles for idle agents.

  # Enqueue — files (if any) are processed eagerly on this HTTP thread
  # inside enqueue_user_message, so the inbox carries a fully-formed
  # payload by the time it lands. The agent decides whether to drain
  # in an in-flight run or spawn a fresh drain-only one.
  decision = agent.enqueue_user_message(content, files: files)
  case decision
  when :running, :spawn_pending
    # Existing or imminent run will drain the inbox at its next
    # iteration. Nothing more to do here.
    return
  when :spawn
    # Agent was idle and we won the right to spawn. Kick off a
    # drain-only run; it will pick up our queued message (and any
    # other items queued concurrently) at iteration top.
    run_agent_task(session_id, agent) { agent.run }
  end
end

#handle_websocket(req, res) ⇒ Object

Hijacks the TCP socket from WEBrick and upgrades it to WebSocket.



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# File 'lib/octo/server/http_server.rb', line 2651

def handle_websocket(req, res)
  socket = req.instance_variable_get(:@socket)

  # Server handshake — parse the upgrade request
  handshake = WebSocket::Handshake::Server.new
  handshake << build_handshake_request(req)
  unless handshake.finished? && handshake.valid?
    Octo::Logger.warn("WebSocket handshake invalid")
    return
  end

  # Send the 101 Switching Protocols response
  socket.write(handshake.to_s)

  version  = handshake.version
  incoming = WebSocket::Frame::Incoming::Server.new(version: version)
  conn     = WebSocketConnection.new(socket, version)

  on_ws_open(conn)

  begin
    buf = String.new("", encoding: "BINARY")
    loop do
      chunk = socket.read_nonblock(4096, buf, exception: false)
      case chunk
      when :wait_readable
        IO.select([socket], nil, nil, 30)
      when nil
        break  # EOF
      else
        incoming << chunk.dup
        while (frame = incoming.next)
          case frame.type
          when :text
            on_ws_message(conn, frame.data)
          when :binary
            on_ws_message(conn, frame.data)
          when :ping
            conn.send_raw(:pong, frame.data)
          when :close
            conn.send_raw(:close, "")
            break
          end
        end
      end
    end
  rescue IOError, Errno::ECONNRESET, Errno::EPIPE, Errno::EBADF
    # Client disconnected or socket became invalid
  ensure
    on_ws_close(conn)
    socket.close rescue nil
  end

  # Tell WEBrick not to send any response (we handled everything)
  res.instance_variable_set(:@header, {})
  res.status = -1
rescue => e
  Octo::Logger.error("WebSocket handler error: #{e.class}: #{e.message}")
end

#interrupt_session(session_id) ⇒ Object

Interrupt a running agent session.

Thread#raise alone is not reliable enough in practice — it’s best-effort against blocked syscalls (socket writes, OpenSSL read, ConditionVariable#wait with a held mutex) and we’ve seen sessions that stay “running” forever even after multiple interrupt attempts.

Strategy: three-tier escalation in a background watchdog Thread so the HTTP handler returns immediately.

Tier 1 (t=0): Thread#raise(AgentInterrupted).
              Unblocks most pure-Ruby waits and Faraday reads.
              Handles the common case.
Tier 2 (t=3): force-close this session's WebSocket connections
              so any send_raw stuck on socket write wakes up.
              Try Thread#raise again (idempotent).
Tier 3 (t=8): Thread#kill — last resort. Leaks any held
              resources but frees the session so the user can
              move on.

Each transition is logged so that when users report “stuck sessions” we can see in the log whether tier 2/3 ever had to fire — that’s our signal to dig deeper on the underlying block.



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# File 'lib/octo/server/http_server.rb', line 2903

def interrupt_session(session_id)
  thread = nil
  agent  = nil
  @registry.with_session(session_id) do |s|
    s[:idle_timer]&.cancel
    thread = s[:thread]
    agent  = s[:agent]

    if thread&.alive?
      Octo::Logger.info("[interrupt] session=#{session_id} tier=1 raise")
      begin
        thread.raise(Octo::AgentInterrupted, "Interrupted by user")
      rescue ThreadError => e
        Octo::Logger.warn("[interrupt] tier=1 raise failed: #{e.message}")
      end
    end
  end

  # Also set @discard_threshold + raise into Agent's tracked run thread.
  # This covers drain-only inbox runs that may bypass session[:thread].
  agent&.interrupt_current_run!

  return unless thread&.alive?

  start_interrupt_watchdog(session_id, thread)
end

#json_response(res, status, data) ⇒ Object 



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# File 'lib/octo/server/http_server.rb', line 3312

def json_response(res, status, data)
  res.status       = status
  res.content_type = "application/json; charset=utf-8"
  res["Access-Control-Allow-Origin"] = "*"
  res.body = JSON.generate(data)
end

#mask_api_key(key) ⇒ Object

Mask API key for display: show first 8 + last 4 chars, middle replaced with **** Mask an api_key for safe display / transport to the browser.

Contract: the returned string MUST contain “****” so callers (incl. the frontend) can reliably detect “this is a display placeholder, not a real key” and refuse to treat it as input. The old behaviour of returning the raw value for short keys was a correctness bug —it leaked short keys in plaintext to GET /api/config, and it let short masked values slip past the frontend’s mask-detection.



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# File 'lib/octo/server/http_server.rb', line 3303

def mask_api_key(key)
  return "" if key.nil? || key.empty?
  if key.length <= 12
    # Very short key — show the first char only, redact the rest.
    return "#{key[0]}****"
  end
  "#{key[0..7]}****#{key[-4..]}"
end

#not_found(res) ⇒ Object 



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# File 'lib/octo/server/http_server.rb', line 3375

def not_found(res)
  res.status = 404
  res.body   = "Not Found"
end

#on_ws_close(conn) ⇒ Object 



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# File 'lib/octo/server/http_server.rb', line 2813

def on_ws_close(conn)
  @ws_mutex.synchronize { @all_ws_conns.delete(conn) }
  unsubscribe(conn)
end

#on_ws_message(conn, raw) ⇒ Object 



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# File 'lib/octo/server/http_server.rb', line 2724

def on_ws_message(conn, raw)
  msg = JSON.parse(raw)
  unless msg.is_a?(Hash)
    Octo::Logger.warn("[on_ws_message] Ignoring non-Hash message: #{raw[0,200].inspect}")
    return
  end
  type = msg["type"]

  case type
  when "subscribe"
    session_id = msg["session_id"]
    if @registry.ensure(session_id)
      conn.session_id = session_id
      subscribe(session_id, conn)
      conn.send_json(type: "subscribed", session_id: session_id)
      # Push a fresh snapshot so a reconnecting tab sees the true current
      # status (it may have missed session_update events while offline).
      if (snap = @registry.snapshot(session_id))
        conn.send_json(type: "session_update", session: snap)
      end
      # If a shell command is still running, replay progress + buffered stdout
      # to the newly subscribed tab so it sees the live state it may have missed.
      @registry.with_session(session_id) { |s| s[:ui]&.replay_live_state }
      # Replay inbox queue status AND pending message content so the
      # reconnected tab sees both the count hint AND the pending
      # ghost bubbles for messages still waiting to be drained.
      @registry.with_session(session_id) do |s|
        if (agent = s[:agent])
          pending = agent.inbox_user_message_count
          if pending > 0
            s[:ui]&.update_user_message_queue_status(pending: pending)
            conn.send_json({
              type:       "pending_user_messages",
              session_id: session_id,
              messages:   agent.inbox_user_messages_snapshot
            })
          end
        end
      end
      # Push the current background-task badge so a refreshed tab doesn't
      # lose track of in-flight async tasks.
      _push_background_tasks_snapshot(session_id, conn)
    else
      conn.send_json(type: "error", message: "Session not found: #{session_id}")
    end

  when "message"
    session_id = msg["session_id"] || conn.session_id
    # Merge legacy images array into files as { data_url:, name:, mime_type: } entries
    raw_images = (msg["images"] || []).map do |data_url|
      { "data_url" => data_url, "name" => "image.jpg", "mime_type" => "image/jpeg" }
    end
    handle_user_message(session_id, msg["content"].to_s, (msg["files"] || []) + raw_images)

  when "confirmation"
    session_id = msg["session_id"] || conn.session_id
    deliver_confirmation(session_id, msg["id"], msg["result"])

  when "interrupt"
    session_id = msg["session_id"] || conn.session_id
    interrupt_session(session_id)

  when "list_sessions"
    # Initial load: newest 20 sessions regardless of source/profile.
    # Single unified query — frontend shows all in one time-sorted list.
    page = @registry.list(limit: 21)
    has_more = page.size > 20
    all_sessions = page.first(20)
    conn.send_json(type: "session_list", sessions: all_sessions, has_more: has_more, cron_count: @registry.cron_count)

  when "run_task"
    # Client sends this after subscribing to guarantee it's ready to receive
    # broadcasts before the agent starts executing.
    session_id = msg["session_id"] || conn.session_id
    start_pending_task(session_id)

  when "ping"
    conn.send_json(type: "pong")

  else
    conn.send_json(type: "error", message: "Unknown message type: #{type}")
  end
rescue JSON::ParserError => e
  conn.send_json(type: "error", message: "Invalid JSON: #{e.message}")
rescue => e
  Octo::Logger.error("[on_ws_message] #{e.class}: #{e.message}\n#{e.backtrace.first(10).join("\n")}")
  conn.send_json(type: "error", message: e.message)
end

#on_ws_open(conn) ⇒ Object 



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# File 'lib/octo/server/http_server.rb', line 2719

def on_ws_open(conn)
  @ws_mutex.synchronize { @all_ws_conns << conn }
  # Client will send a "subscribe" message to bind to a session
end

#parse_json_body(req) ⇒ Object 



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# File 'lib/octo/server/http_server.rb', line 3319

def parse_json_body(req)
  return {} if req.body.nil? || req.body.empty?

  JSON.parse(req.body)
rescue JSON::ParserError
  {}
end

#serve_file_download(res, path) ⇒ Object

Stream a file to the client as a download. Content-Type is always application/octet-stream — the browser determines file type and handling from the filename extension in Content-Disposition.



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# File 'lib/octo/server/http_server.rb', line 1240

def serve_file_download(res, path)
  filename = File.basename(path)

  res.status                  = 200
  res["Content-Type"]         = "application/octet-stream"
  res["Content-Disposition"]  = "attachment; filename=\"#{filename}\""
  res["Content-Length"]       = File.size(path).to_s
  res.body = File.binread(path)
end

#start ⇒ Object 



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# File 'lib/octo/server/http_server.rb', line 222

def start
  # Enable console logging for the server process so log lines are visible in the terminal.
  Octo::Logger.console = true

  Octo::Logger.info("[HttpServer PID=#{Process.pid}] start() mode=#{@inherited_socket ? 'worker' : 'standalone'} inherited_socket=#{@inherited_socket.inspect} master_pid=#{@master_pid.inspect}")

  # Expose server address and product name to all child processes (skill scripts, shell commands, etc.)
  # so they can call back into the server without hardcoding the port.
  ENV["OCTO_SERVER_PORT"]  = @port.to_s
  ENV["OCTO_SERVER_HOST"]  = (@host == "0.0.0.0" ? "127.0.0.1" : @host)
  ENV["OCTO_PRODUCT_NAME"] = "Octo"

  # Override WEBrick's built-in signal traps via StartCallback,
  # which fires after WEBrick sets its own INT/TERM handlers.
  # This ensures Ctrl-C always exits immediately.
  #
  # When running as a worker under Master, DoNotListen: true prevents WEBrick
  # from calling bind() on its own — we inject the inherited socket instead.
  webrick_opts = {
    BindAddress:   @host,
    Port:          @port,
    Logger:        WEBrick::Log.new(File::NULL),
    AccessLog:     [],
    StartCallback: proc { }  # signal traps set below, after `server` is created
  }
  webrick_opts[:DoNotListen] = true if @inherited_socket
  Octo::Logger.info("[HttpServer PID=#{Process.pid}] WEBrick DoNotListen=#{webrick_opts[:DoNotListen].inspect}")

  server = WEBrick::HTTPServer.new(**webrick_opts)

  # Override WEBrick's signal traps now that `server` is available.
  # On INT/TERM: call server.shutdown (graceful), with a 1s hard-kill fallback.
  # Also stop BrowserManager so the chrome-devtools-mcp node process is killed
  # before this worker exits — otherwise it becomes an orphan and holds port 8888.
  shutdown_once = false
  shutdown_proc = proc do
    next if shutdown_once
    shutdown_once = true
    # Persist in-flight agent sessions BEFORE starting the forced-exit
    # timer, so any new messages added to @history since the last save
    # are on disk before the new worker reads them after a hot restart.
    interrupt_all_agents

    # Detach the inherited (shared) listen socket BEFORE WEBrick.shutdown
    # so that cleanup_listener does not call shutdown(SHUT_RDWR)+close on
    # it — that would propagate to every process sharing the underlying
    # kernel socket (Master + new worker), breaking subsequent accept()
    # on Linux. macOS's BSD stack tolerates this; Linux does not.
    if @inherited_socket && server.listeners.include?(@inherited_socket)
      server.listeners.delete(@inherited_socket)
      Octo::Logger.info("[HttpServer PID=#{Process.pid}] detached inherited socket fd=#{@inherited_socket.fileno} before shutdown")
    end
    t1 = Thread.new { @channel_manager.stop rescue nil }
    t2 = Thread.new { Octo::BrowserManager.instance.stop rescue nil }
    t1.join(1.5)
    t2.join(1.5)
    server.shutdown rescue nil
  end
  trap("INT")  { shutdown_proc.call }
  trap("TERM") { shutdown_proc.call }

  if @inherited_socket
    server.listeners << @inherited_socket
    Octo::Logger.info("[HttpServer PID=#{Process.pid}] injected inherited fd=#{@inherited_socket.fileno} listeners=#{server.listeners.map(&:fileno).inspect}")
  else
    Octo::Logger.info("[HttpServer PID=#{Process.pid}] standalone, WEBrick listeners=#{server.listeners.map(&:fileno).inspect}")
  end

  # Mount API + WebSocket handler (takes priority).
  # Use a custom Servlet so that DELETE/PUT/PATCH requests are not rejected
  # by WEBrick's default method whitelist before reaching our dispatcher.
  dispatcher = self
  servlet_class = Class.new(WEBrick::HTTPServlet::AbstractServlet) do
    define_method(:do_GET)     { |req, res| dispatcher.send(:dispatch, req, res) }
    define_method(:do_POST)    { |req, res| dispatcher.send(:dispatch, req, res) }
    define_method(:do_PUT)     { |req, res| dispatcher.send(:dispatch, req, res) }
    define_method(:do_DELETE)  { |req, res| dispatcher.send(:dispatch, req, res) }
    define_method(:do_PATCH)   { |req, res| dispatcher.send(:dispatch, req, res) }
    define_method(:do_OPTIONS) { |req, res| dispatcher.send(:dispatch, req, res) }
  end
  server.mount("/api", servlet_class)
  server.mount("/ws",  servlet_class)

  # Mount static file handler for the entire web directory.
  # Use mount_proc so we can inject no-cache headers on every response,
  # preventing stale JS/CSS from being served after a gem update.
  #
  file_handler = WEBrick::HTTPServlet::FileHandler.new(server, WEB_ROOT,
                                                       FancyIndexing: false)

  server.mount_proc("/") do |req, res|
    file_handler.service(req, res)
    res["Cache-Control"] = "no-store"
    res["Pragma"]        = "no-cache"
  end

  # Auto-create a default session on startup
  create_default_session

  # Start the background scheduler
  @scheduler.start
  puts "   Scheduler: #{@scheduler.schedules.size} task(s) loaded"

  # Start IM channel adapters (non-blocking — each platform runs in its own thread)
  @channel_manager.start

  # Start browser MCP daemon if browser.yml is configured (non-blocking)
  @browser_manager.start

  server.start
end

#start_pending_task(session_id) ⇒ Object

Start the pending task for a session. Called when the client sends “run_task” over WS — by that point the client has already subscribed, so every broadcast will be delivered.



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# File 'lib/octo/server/http_server.rb', line 2996

def start_pending_task(session_id)
  return unless @registry.exist?(session_id)

  session = @registry.get(session_id)
  prompt      = session[:pending_task]
  working_dir = session[:pending_working_dir]
  return unless prompt  # nothing pending

  # Clear the pending fields so a re-connect doesn't re-run
  @registry.update(session_id, pending_task: nil, pending_working_dir: nil)

  agent = nil
  @registry.with_session(session_id) { |s| agent = s[:agent] }
  return unless agent

  run_agent_task(session_id, agent) { agent.run(prompt) }
end

#subscribe(session_id, conn) ⇒ Object

── WebSocket subscription management ─────────────────────────────────────



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# File 'lib/octo/server/http_server.rb', line 3116

def subscribe(session_id, conn)
  @ws_mutex.synchronize do
    # Remove conn from any previous session subscription first,
    # so switching sessions never results in duplicate delivery.
    @ws_clients.each_value { |list| list.delete(conn) }
    @ws_clients[session_id] ||= []
    @ws_clients[session_id] << conn unless @ws_clients[session_id].include?(conn)
  end
end

#unsubscribe(conn) ⇒ Object 



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# File 'lib/octo/server/http_server.rb', line 3126

def unsubscribe(conn)
  @ws_mutex.synchronize do
    @ws_clients.each_value { |list| list.delete(conn) }
  end
end

#unsubscribe_all(session_id) ⇒ Object 



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# File 'lib/octo/server/http_server.rb', line 3132

def unsubscribe_all(session_id)
  @ws_mutex.synchronize { @ws_clients.delete(session_id) }
end

#websocket_upgrade?(req) ⇒ Boolean

── WebSocket ─────────────────────────────────────────────────────────────

Returns:

  • (Boolean) 


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# File 'lib/octo/server/http_server.rb', line 2646

def websocket_upgrade?(req)
  req["Upgrade"]&.downcase == "websocket"
end