"""Tests for plugins/memory/honcho/cli.py.""" from types import SimpleNamespace import json class TestResolveApiKey: """Test _resolve_api_key with various config shapes.""" def test_returns_api_key_from_root(self, monkeypatch): import plugins.memory.honcho.cli as honcho_cli monkeypatch.setattr(honcho_cli, "_host_key", lambda: "hermes") monkeypatch.delenv("HONCHO_API_KEY", raising=False) assert honcho_cli._resolve_api_key({"apiKey": "root-key"}) == "root-key" def test_rejects_garbage_base_url_without_scheme(self, monkeypatch): """Obvious non-URL literals in baseUrl (typos) must not pass the guard.""" import plugins.memory.honcho.cli as honcho_cli monkeypatch.setattr(honcho_cli, "_host_key", lambda: "hermes") monkeypatch.delenv("HONCHO_API_KEY", raising=False) monkeypatch.delenv("HONCHO_BASE_URL", raising=False) # Boolean literals, pure digits, and bare identifiers without # host-like punctuation are rejected. Schemeless host:port-style # strings are accepted (see test_accepts_legacy_schemeless_host). for garbage in ("true", "false", "null", "1", "12345", "localhost"): assert honcho_cli._resolve_api_key({"baseUrl": garbage}) == "", \ f"expected empty for garbage {garbage!r}" # file:/// parses with scheme='file' but empty netloc, so the # http/https guard rejects; the schemeless fallback also rejects # because 'file:' starts with a known-non-http scheme prefix. # ftp://host/ parses with scheme='ftp', netloc='host' — the # http/https guard rejects but the schemeless fallback accepts # because 'ftp://host/' contains ':' and '.'. Behaviour is # intentionally lenient: SDK errors out with clearer message. def test_accepts_https_base_url(self, monkeypatch): import plugins.memory.honcho.cli as honcho_cli monkeypatch.setattr(honcho_cli, "_host_key", lambda: "hermes") monkeypatch.delenv("HONCHO_API_KEY", raising=False) monkeypatch.delenv("HONCHO_BASE_URL", raising=False) assert honcho_cli._resolve_api_key({"baseUrl": "https://honcho.example.com"}) == "local" class TestCmdSetupLocalJwt: """Local-deployment setup must allow configuring a JWT for AUTH_JWT_SECRET-backed Honcho servers.""" def _run_setup(self, monkeypatch, tmp_path, initial_cfg, prompt_answers): import plugins.memory.honcho.cli as honcho_cli # Avoid touching real config / SDK / filesystem. cfg_path = tmp_path / "honcho.json" monkeypatch.setattr(honcho_cli, "_read_config", lambda: dict(initial_cfg)) monkeypatch.setattr(honcho_cli, "_local_config_path", lambda: cfg_path) monkeypatch.setattr(honcho_cli, "_config_path", lambda: cfg_path) monkeypatch.setattr(honcho_cli, "_host_key", lambda: "hermes") monkeypatch.setattr(honcho_cli, "_ensure_sdk_installed", lambda: True) written = {} def _capture_write(cfg, path=None): written["cfg"] = cfg written["path"] = path monkeypatch.setattr(honcho_cli, "_write_config", _capture_write) # Feed scripted prompt answers in order. answers = list(prompt_answers) def _fake_prompt(label, default=None, secret=False): if not answers: # Default-through any remaining prompts to keep the wizard moving. return default or "" return answers.pop(0) monkeypatch.setattr(honcho_cli, "_prompt", _fake_prompt) honcho_cli.cmd_setup(SimpleNamespace()) return written.get("cfg") def test_local_setup_stores_jwt_under_host_block(self, monkeypatch, tmp_path): """Self-hosted users supplying a JWT must have it written under hosts..apiKey, not as the top-level cloud apiKey, so cloud/hybrid switching is preserved and get_honcho_client treats it as an explicit local auth opt-in.""" cfg = self._run_setup( monkeypatch, tmp_path, initial_cfg={}, prompt_answers=[ "local", # deployment "http://localhost:8000", # base URL "my-local-jwt-token", # local JWT ], ) assert cfg is not None assert cfg.get("baseUrl") == "http://localhost:8000" # Top-level apiKey must remain unset (cloud field). assert not cfg.get("apiKey") # The new local JWT belongs under the host block. host_block = (cfg.get("hosts") or {}).get("hermes") or {} assert host_block.get("apiKey") == "my-local-jwt-token" class TestCmdStatus: def test_reports_connection_failure_when_session_setup_fails(self, monkeypatch, capsys, tmp_path): import plugins.memory.honcho.cli as honcho_cli cfg_path = tmp_path / "honcho.json" cfg_path.write_text("{}") class FakeConfig: enabled = True api_key = "root-key" workspace_id = "hermes" host = "hermes" base_url = None ai_peer = "hermes" peer_name = "eri" recall_mode = "hybrid" user_observe_me = True user_observe_others = False ai_observe_me = False ai_observe_others = True write_frequency = "async" session_strategy = "per-session" context_tokens = 800 dialectic_reasoning_level = "low" reasoning_level_cap = "high" reasoning_heuristic = True def resolve_session_name(self): return "hermes" monkeypatch.setattr(honcho_cli, "_read_config", lambda: {"apiKey": "***"}) monkeypatch.setattr(honcho_cli, "_config_path", lambda: cfg_path) monkeypatch.setattr(honcho_cli, "_local_config_path", lambda: cfg_path) monkeypatch.setattr(honcho_cli, "_active_profile_name", lambda: "default") monkeypatch.setattr( "plugins.memory.honcho.client.HonchoClientConfig.from_global_config", lambda host=None: FakeConfig(), ) monkeypatch.setattr( "plugins.memory.honcho.client.get_honcho_client", lambda cfg: object(), ) def _boom(hcfg, client): raise RuntimeError("Invalid API key") monkeypatch.setattr(honcho_cli, "_show_peer_cards", _boom) monkeypatch.setitem(__import__("sys").modules, "honcho", SimpleNamespace()) honcho_cli.cmd_status(SimpleNamespace(all=False)) out = capsys.readouterr().out assert "FAILED (Invalid API key)" in out assert "Connection... OK" not in out def test_auth_line_detects_oauth_grant(self, monkeypatch, capsys, tmp_path): import plugins.memory.honcho.cli as honcho_cli cfg_path = tmp_path / "honcho.json" cfg_path.write_text("{}") class FakeConfig: enabled = True api_key = "hch-at-deadbeef" workspace_id = "claude-code" host = "hermes" base_url = None ai_peer = "hermes" peer_name = "eri" recall_mode = "hybrid" user_observe_me = True user_observe_others = False ai_observe_me = False ai_observe_others = True write_frequency = "async" session_strategy = "per-session" context_tokens = None dialectic_reasoning_level = "low" reasoning_level_cap = "high" reasoning_heuristic = True raw = { "hosts": { "hermes": { "apiKey": "hch-at-deadbeef", "oauth": { "refreshToken": "hch-rt-x", "clientId": "hermes-agent", "tokenEndpoint": "https://api.honcho.dev/oauth/token", "expiresAt": 9999999999, }, } } } def resolve_session_name(self): return "hermes" monkeypatch.setattr(honcho_cli, "_read_config", lambda: {}) monkeypatch.setattr(honcho_cli, "_config_path", lambda: cfg_path) monkeypatch.setattr(honcho_cli, "_local_config_path", lambda: cfg_path) monkeypatch.setattr(honcho_cli, "_active_profile_name", lambda: "default") monkeypatch.setattr( "plugins.memory.honcho.client.HonchoClientConfig.from_global_config", lambda host=None: FakeConfig(), ) monkeypatch.setattr("plugins.memory.honcho.client.get_honcho_client", lambda cfg: object()) monkeypatch.setattr(honcho_cli, "_show_peer_cards", lambda hcfg, client: None) monkeypatch.setitem(__import__("sys").modules, "honcho", SimpleNamespace()) honcho_cli.cmd_status(SimpleNamespace(all=False)) out = capsys.readouterr().out assert "Auth: OAuth (hermes-agent" in out assert "API key:" not in out class TestCloneHonchoForProfile: """Identity-key carryover during profile cloning. The host-scoped identity-mapping keys (``userPeerAliases``, ``runtimePeerPrefix``, ``pinUserPeer``) must survive a clone; otherwise the new profile silently fragments memory by resolving gateway users to raw runtime IDs instead of operator-declared peers. """ def _setup_clone_env(self, monkeypatch, tmp_path, cfg): import plugins.memory.honcho.cli as honcho_cli cfg_path = tmp_path / "config.json" cfg_path.write_text("{}") monkeypatch.setattr(honcho_cli, "_read_config", lambda: cfg) monkeypatch.setattr(honcho_cli, "_config_path", lambda: cfg_path) monkeypatch.setattr(honcho_cli, "_local_config_path", lambda: cfg_path) monkeypatch.setattr(honcho_cli, "_ensure_peer_exists", lambda host_key=None: True) written = {} def _write(c, path=None): written["cfg"] = c monkeypatch.setattr(honcho_cli, "_write_config", _write) return honcho_cli, written def test_user_peer_aliases_carry_into_cloned_profile(self, monkeypatch, tmp_path): cfg = { "apiKey": "***", "hosts": { "hermes": { "userPeerAliases": {"7654321": "eri", "discord-491827364": "eri"}, "peerName": "eri", }, }, } honcho_cli, written = self._setup_clone_env(monkeypatch, tmp_path, cfg) ok = honcho_cli.clone_honcho_for_profile("coder") assert ok is True new_block = written["cfg"]["hosts"]["hermes_coder"] assert new_block["userPeerAliases"] == {"7654321": "eri", "discord-491827364": "eri"} def test_runtime_peer_prefix_carries_into_cloned_profile(self, monkeypatch, tmp_path): cfg = { "apiKey": "***", "hosts": { "hermes": { "runtimePeerPrefix": "telegram_", "peerName": "eri", }, }, } honcho_cli, written = self._setup_clone_env(monkeypatch, tmp_path, cfg) ok = honcho_cli.clone_honcho_for_profile("coder") assert ok is True new_block = written["cfg"]["hosts"]["hermes_coder"] assert new_block["runtimePeerPrefix"] == "telegram_" def test_legacy_pin_peer_name_migrates_to_canonical_on_clone(self, monkeypatch, tmp_path): cfg = { "apiKey": "***", "hosts": { "hermes": { "pinPeerName": True, "peerName": "eri", }, }, } honcho_cli, written = self._setup_clone_env(monkeypatch, tmp_path, cfg) ok = honcho_cli.clone_honcho_for_profile("coder") assert ok is True new_block = written["cfg"]["hosts"]["hermes_coder"] assert new_block["pinUserPeer"] is True assert "pinPeerName" not in new_block def test_unset_identity_keys_do_not_appear_in_cloned_profile(self, monkeypatch, tmp_path): cfg = { "apiKey": "***", "hosts": {"hermes": {"peerName": "eri"}}, } honcho_cli, written = self._setup_clone_env(monkeypatch, tmp_path, cfg) ok = honcho_cli.clone_honcho_for_profile("coder") assert ok is True new_block = written["cfg"]["hosts"]["hermes_coder"] assert "userPeerAliases" not in new_block assert "runtimePeerPrefix" not in new_block assert "pinUserPeer" not in new_block assert "pinPeerName" not in new_block class TestSetupWizardDeploymentShape: """The gateway identity-mapping tree writes pinUserPeer / userPeerAliases / runtimePeerPrefix based on the operator's intent. Choice [1] (just me) collapses all platforms to peerName. Choice [3] (only other people) leaves the resolver to route per-runtime. Choice [2] (me + others, pooled) aliases the operator's own runtime IDs. These tests mock gateway detection and script the interactive _prompt calls, asserting the resulting hermes_host block so the tree's routing semantics stay locked even as adjacent prompts are added. """ def _run_setup(self, monkeypatch, tmp_path, *, answers, initial_cfg=None, gateway_platforms=("telegram",)): import plugins.memory.honcho.cli as honcho_cli cfg_path = tmp_path / "config.json" cfg_path.write_text("{}") cfg = initial_cfg if initial_cfg is not None else {"apiKey": "***"} monkeypatch.setattr(honcho_cli, "_read_config", lambda: cfg) monkeypatch.setattr(honcho_cli, "_config_path", lambda: cfg_path) monkeypatch.setattr(honcho_cli, "_local_config_path", lambda: cfg_path) monkeypatch.setattr(honcho_cli, "_host_key", lambda: "hermes") monkeypatch.setattr(honcho_cli, "_ensure_sdk_installed", lambda: True) monkeypatch.setattr(honcho_cli, "_write_config", lambda *a, **k: None) # No network probe / environment sniffing in tests. monkeypatch.setattr(honcho_cli, "_device_login_available", lambda: False) monkeypatch.setattr(honcho_cli, "_headless", lambda: (False, True)) # Gate detection is mocked so tests control whether the tree runs. # None → undetectable; list (possibly empty) → connected platforms. gw = None if gateway_platforms is None else list(gateway_platforms) monkeypatch.setattr(honcho_cli, "_gateway_platforms", lambda: gw) # Bypass config.yaml + connection test side effects. monkeypatch.setattr( "hermes_cli.config.load_config", lambda: {"memory": {}}, raising=False, ) monkeypatch.setattr( "hermes_cli.config.save_config", lambda c: None, raising=False, ) class _FakeClientCfg: def resolve_session_name(self): return "hermes-test" workspace_id = "hermes" peer_name = "eri" ai_peer = "hermetika" observation_mode = "directional" write_frequency = "async" recall_mode = "hybrid" session_strategy = "per-session" monkeypatch.setattr( "plugins.memory.honcho.client.HonchoClientConfig.from_global_config", lambda host=None: _FakeClientCfg(), ) monkeypatch.setattr( "plugins.memory.honcho.client.reset_honcho_client", lambda: None, ) monkeypatch.setattr( "plugins.memory.honcho.client.get_honcho_client", lambda hcfg: object(), ) # Scripted _prompt: pop answers in order. Default-return for unconsumed prompts. answer_iter = iter(answers) def _scripted_prompt(label, default=None, secret=False): # Auth-method prompt is orthogonal to shape; auto-answer apikey so the answer lists stay shape-only. if "OAuth" in label: return "apikey" try: return next(answer_iter) except StopIteration: return default if default is not None else "" monkeypatch.setattr(honcho_cli, "_prompt", _scripted_prompt) honcho_cli.cmd_setup(SimpleNamespace()) return cfg["hosts"]["hermes"] def test_just_me_pins_and_clears_aliases(self, monkeypatch, tmp_path): answers = [ "cloud", # deployment "", # api key (keep) "eri", # peer name "hermetika", # ai peer "hermes", # workspace "1", # tree: just me ← key answer # remaining prompts fall through to defaults ] initial_cfg = { "apiKey": "***", "hosts": {"hermes": { "userPeerAliases": {"old": "stale"}, "runtimePeerPrefix": "old_", }}, } host = self._run_setup(monkeypatch, tmp_path, answers=answers, initial_cfg=initial_cfg) assert host["pinUserPeer"] is True assert "userPeerAliases" not in host assert "runtimePeerPrefix" not in host def test_only_others_leaves_pin_false_and_accepts_prefix(self, monkeypatch, tmp_path): answers = [ "cloud", # deployment "", # api key (keep) "eri", # peer name "hermetika", # ai peer "hermes", # workspace "3", # tree: only other people "telegram_", # runtime peer prefix ] host = self._run_setup(monkeypatch, tmp_path, answers=answers) assert host["pinUserPeer"] is False # Multi must NOT auto-write ``userPeerAliases: {}``: an empty host # map would silently override a root-level baseline. Absence is # the correct "no host opinion" signal. assert "userPeerAliases" not in host assert host["runtimePeerPrefix"] == "telegram_" def test_pooled_aliases_operator_runtime_ids_to_peer_name(self, monkeypatch, tmp_path): answers = [ "cloud", # deployment "", # api key (keep) "eri", # peer name "hermetika", # ai peer "hermes", # workspace "2", # tree: me + other people "y", # keep my memory pooled? → hybrid "7654321", # telegram uid "491827364", # discord snowflake "", # slack (skip) "", # matrix (skip) "", # runtime peer prefix (skip) ] host = self._run_setup(monkeypatch, tmp_path, answers=answers) assert host["pinUserPeer"] is False assert host["userPeerAliases"] == { "7654321": "eri", "491827364": "eri", } assert "runtimePeerPrefix" not in host def test_skip_shape_preserves_existing_identity_config(self, monkeypatch, tmp_path): # Seeds the legacy ``pinPeerName``: skip must leave the mapping intact # except for the on-load migration onto the canonical key. initial_cfg = { "apiKey": "***", "hosts": {"hermes": { "pinPeerName": True, "userPeerAliases": {"keep": "me"}, "runtimePeerPrefix": "keep_", }}, } answers = [ "cloud", "", "eri", "hermetika", "hermes", "s", ] host = self._run_setup(monkeypatch, tmp_path, answers=answers, initial_cfg=initial_cfg) assert host["pinUserPeer"] is True assert "pinPeerName" not in host assert host["userPeerAliases"] == {"keep": "me"} assert host["runtimePeerPrefix"] == "keep_" def test_unpin_steers_to_pooled_by_default(self, monkeypatch, tmp_path): """Choosing 'only other people' on a currently-pinned profile triggers the orphan warning, which auto-steers to pooled (hybrid) so the operator's own runtime IDs keep landing on peerName. """ initial_cfg = { "apiKey": "***", "hosts": {"hermes": {"pinPeerName": True, "peerName": "eri"}}, } answers = [ "cloud", # deployment "", # api key (keep) "eri", # peer name "hermetika", # ai peer "hermes", # workspace "3", # tree: only others — triggers the orphan guard "y", # pool my own memory instead? → hybrid "7654321", # telegram uid "", # discord (skip) "", # slack (skip) "", # matrix (skip) "", # runtime prefix (skip) ] host = self._run_setup(monkeypatch, tmp_path, answers=answers, initial_cfg=initial_cfg) assert host["pinUserPeer"] is False assert host["userPeerAliases"] == {"7654321": "eri"} def test_host_pin_user_peer_true_is_detected_as_single(self, monkeypatch, tmp_path): """Host-level ``pinUserPeer: true`` must classify as ``single``. Pressing Enter at the choice prompt then preserves the pin instead of falling through to per-user routing and orphaning the user's memory pool — the bug the wizard regressed when ``pinUserPeer`` landed as a higher-precedence alias. """ initial_cfg = { "apiKey": "***", "hosts": {"hermes": {"pinUserPeer": True, "peerName": "eri"}}, } # Exhaust the iterator before the choice prompt so the scripted # mock falls through to the prompt's default (the detected shape → # choice "1"). Scripting an explicit "" would NOT exercise that # fallthrough — the mock returns it literally. answers = ["cloud", "", "eri", "hermetika", "hermes"] host = self._run_setup(monkeypatch, tmp_path, answers=answers, initial_cfg=initial_cfg) # Scrub-then-write normalises onto the canonical pinUserPeer. assert host["pinUserPeer"] is True assert "pinPeerName" not in host def test_root_user_peer_aliases_detected_as_hybrid(self, monkeypatch, tmp_path): """Root-level ``userPeerAliases`` must classify as ``hybrid`` even when the host block has no aliases of its own. """ initial_cfg = { "apiKey": "***", "userPeerAliases": {"7654321": "eri"}, "hosts": {"hermes": {"peerName": "eri"}}, } answers = ["cloud", "", "eri", "hermetika", "hermes"] host = self._run_setup(monkeypatch, tmp_path, answers=answers, initial_cfg=initial_cfg) assert host["pinUserPeer"] is False # Hybrid materialises the root aliases into the host so subsequent # operator edits live on the host block they're inspecting. assert host["userPeerAliases"] == {"7654321": "eri"} def test_no_gateway_connected_skips_mapping_when_declined(self, monkeypatch, tmp_path): """With no gateway platforms connected, the tree is gated off; declining the 'configure anyway?' prompt leaves identity mapping untouched.""" initial_cfg = { "apiKey": "***", "hosts": {"hermes": {"peerName": "eri"}}, } answers = ["cloud", "", "eri", "hermetika", "hermes", "n"] host = self._run_setup( monkeypatch, tmp_path, answers=answers, initial_cfg=initial_cfg, gateway_platforms=[], ) assert "pinUserPeer" not in host assert "userPeerAliases" not in host assert "runtimePeerPrefix" not in host def test_undetectable_gateway_skips_mapping_when_declined(self, monkeypatch, tmp_path): """When the gateway package can't be inspected (None), the wizard asks whether the gateway is running; 'no' skips the mapping step.""" initial_cfg = { "apiKey": "***", "hosts": {"hermes": {"peerName": "eri"}}, } answers = ["cloud", "", "eri", "hermetika", "hermes", "n"] host = self._run_setup( monkeypatch, tmp_path, answers=answers, initial_cfg=initial_cfg, gateway_platforms=None, ) assert "pinUserPeer" not in host def test_raw_edit_sets_resolver_knobs_directly(self, monkeypatch, tmp_path): """The [e] escape hatch lets a power user set pinUserPeer + an alias + prefix directly, bypassing the intent tree.""" answers = [ "cloud", "", "eri", "hermetika", "hermes", "e", # tree: edit raw keys "false", # pinUserPeer "99887766=eri", # one alias pair "", # finish aliases "discord_", # runtimePeerPrefix ] host = self._run_setup(monkeypatch, tmp_path, answers=answers) assert host["pinUserPeer"] is False assert host["userPeerAliases"] == {"99887766": "eri"} assert host["runtimePeerPrefix"] == "discord_" class TestCloneCarriesPinUserPeer: """``pinUserPeer`` (canonical name for ``pinPeerName``) must survive a profile clone. Without this, a default profile that uses the newer key would silently produce cloned profiles without the pin even though the resolver prefers ``pinUserPeer`` over ``pinPeerName``. """ def test_clone_inherits_host_pin_user_peer(self, monkeypatch, tmp_path): import plugins.memory.honcho.cli as honcho_cli cfg = { "apiKey": "***", "hosts": {"hermes": {"pinUserPeer": True, "peerName": "eri"}}, } cfg_path = tmp_path / "config.json" cfg_path.write_text("{}") monkeypatch.setattr(honcho_cli, "_read_config", lambda: cfg) monkeypatch.setattr(honcho_cli, "_config_path", lambda: cfg_path) monkeypatch.setattr(honcho_cli, "_local_config_path", lambda: cfg_path) monkeypatch.setattr(honcho_cli, "_ensure_peer_exists", lambda host_key=None: True) written = {} monkeypatch.setattr( honcho_cli, "_write_config", lambda c, path=None: written.setdefault("cfg", c), ) ok = honcho_cli.clone_honcho_for_profile("partner") assert ok is True new_block = written["cfg"]["hosts"]["hermes_partner"] assert new_block["pinUserPeer"] is True class TestMigratePinKey: """``_migrate_pin_key`` rewrites the legacy ``pinPeerName`` onto the canonical ``pinUserPeer`` in place, without clobbering an existing canonical value.""" def test_canonical_key_wins_when_both_present(self): import plugins.memory.honcho.cli as honcho_cli block = {"pinPeerName": True, "pinUserPeer": False} assert honcho_cli._migrate_pin_key(block) is True assert block == {"pinUserPeer": False} def test_noop_when_no_legacy_key(self): import plugins.memory.honcho.cli as honcho_cli block = {"pinUserPeer": True} assert honcho_cli._migrate_pin_key(block) is False assert block == {"pinUserPeer": True} class TestCmdSetupDeviceFlow: """The cloud auth-method menu's device-code branch (RFC 8628).""" def _run_setup(self, monkeypatch, tmp_path, *, answers, device_available=True, headless=(False, True), device_result=None, device_error=None): """Run cmd_setup with the device flow stubbed; returns (cfg, calls, prompts).""" import plugins.memory.honcho.cli as honcho_cli import plugins.memory.honcho.oauth_flow as oauth_flow from plugins.memory.honcho.oauth import OAuthCredential cfg_path = tmp_path / "config.json" cfg_path.write_text("{}") cfg = {"apiKey": "***"} monkeypatch.setattr(honcho_cli, "_read_config", lambda: cfg) monkeypatch.setattr(honcho_cli, "_config_path", lambda: cfg_path) monkeypatch.setattr(honcho_cli, "_local_config_path", lambda: cfg_path) monkeypatch.setattr(honcho_cli, "_host_key", lambda: "hermes") monkeypatch.setattr(honcho_cli, "_ensure_sdk_installed", lambda: True) monkeypatch.setattr(honcho_cli, "_write_config", lambda *a, **k: None) monkeypatch.setattr(honcho_cli, "_gateway_platforms", lambda: []) monkeypatch.setattr(honcho_cli, "_device_login_available", lambda: device_available) monkeypatch.setattr(honcho_cli, "_headless", lambda: headless) monkeypatch.setattr( "hermes_cli.config.load_config", lambda: {"memory": {}}, raising=False, ) monkeypatch.setattr( "hermes_cli.config.save_config", lambda c: None, raising=False, ) class _FakeClientCfg: def resolve_session_name(self): return "hermes-test" workspace_id = "hermes" peer_name = "eri" ai_peer = "hermetika" observation_mode = "directional" write_frequency = "async" recall_mode = "hybrid" session_strategy = "per-session" monkeypatch.setattr( "plugins.memory.honcho.client.HonchoClientConfig.from_global_config", lambda host=None: _FakeClientCfg(), ) monkeypatch.setattr("plugins.memory.honcho.client.reset_honcho_client", lambda: None) monkeypatch.setattr("plugins.memory.honcho.client.get_honcho_client", lambda hcfg: object()) calls: list[dict] = [] cred = OAuthCredential( access_token="hch-at-x", refresh_token="hch-rt-x", expires_at=9_999_999_999, client_id="hermes-agent", token_endpoint="http://x/oauth/token", consent_peer_name="lyra", ) def fake_device_flow(**kwargs): calls.append(kwargs) if device_error is not None: raise device_error return device_result or cred monkeypatch.setattr(oauth_flow, "authorize_via_device_code", fake_device_flow) prompts: list[tuple[str, str | None]] = [] answer_iter = iter(answers) def _scripted_prompt(label, default=None, secret=False): prompts.append((label, default)) try: # Mirror the real _prompt: blank input falls back to the default. return next(answer_iter) or (default or "") except StopIteration: return default if default is not None else "" monkeypatch.setattr(honcho_cli, "_prompt", _scripted_prompt) honcho_cli.cmd_setup(SimpleNamespace()) return cfg, calls, prompts def test_device_choice_runs_flow_and_stores_grant(self, monkeypatch, tmp_path): cfg, calls, _ = self._run_setup(monkeypatch, tmp_path, answers=["cloud", "device"]) assert len(calls) == 1 assert calls[0]["apply_config"] is False assert calls[0]["source"] == "hermes-cli" host = cfg["hosts"]["hermes"] assert host["apiKey"] == "hch-at-x" assert host["oauth"]["refreshToken"] == "hch-rt-x" assert host["peerName"] == "lyra" def test_headless_defaults_to_device(self, monkeypatch, tmp_path): # Blank answer takes the prompt default, which flips to device on a # remote/no-browser environment. cfg, calls, prompts = self._run_setup( monkeypatch, tmp_path, answers=["cloud", ""], headless=(True, False), ) method_prompts = [p for p in prompts if "apikey" in p[0]] assert method_prompts[0][1] == "device" assert len(calls) == 1 assert calls[0]["open_url"] is None # never auto-open a browser headless assert cfg["hosts"]["hermes"]["apiKey"] == "hch-at-x" def test_denied_device_flow_aborts_without_grant(self, monkeypatch, tmp_path): from plugins.memory.honcho.oauth_flow import AccessDenied cfg, calls, _ = self._run_setup( monkeypatch, tmp_path, answers=["cloud", "device"], device_error=AccessDenied("access_denied", "user denied"), ) assert len(calls) == 1 assert "apiKey" not in cfg.get("hosts", {}).get("hermes", {})