feat(sandboxes): Improve code evaluator editor ux#12690
feat(sandboxes): Improve code evaluator editor ux#12690cephalization merged 17 commits intoversion-sandboxesfrom
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Align wasm_backend.py, e2b_backend.py, and test_wasm_backend.py with version-sandboxes branch. The changes on this branch introduced type errors by using wrong type ignore codes and adding unnecessary helper functions.
| type_name, sandbox_config_db_id = from_global_id( | ||
| inline_code_evaluator.sandbox_config_id | ||
| ) |
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The type_name is extracted here but never validated — it's silently discarded. A client could pass a GlobalID with any type prefix (e.g., GlobalID("SomeOtherType", "5")) and the code would still look up SandboxConfig row with id=5, bypassing the type safety that GlobalIDs are meant to provide.
This is inconsistent with the same PR's handling in evaluator_mutations.py, which correctly uses from_global_id_with_expected_type:
phoenix/src/phoenix/server/api/mutations/evaluator_mutations.py
Lines 384 to 387 in 95c79e1
The fix is to replace from_global_id with from_global_id_with_expected_type and validate against SandboxConfig.__name__ (you'll also need to ensure from_global_id_with_expected_type and SandboxConfig are imported in this file):
sandbox_config_db_id = from_global_id_with_expected_type(
inline_code_evaluator.sandbox_config_id, SandboxConfig.__name__
)
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Error Handling & User Feedback
app/src/components/evaluators/CodeEvaluatorLanguageSandboxFields.tsx:118— silent null save unlinks the sandbox in DB; next scheduled run fails with an error the user cannot explainsrc/phoenix/server/api/mutations/chat_mutations.py:4318— five distinct misconfigurations produce the same 'please select' message; users whose provider was disabled cannot self-diagnosesrc/phoenix/server/api/mutations/chat_mutations.py:4286— misrouted GlobalIDs produce less-specific errors and skip type validation used consistently in every other evaluator mutation
Schema & Validation Consistency
src/phoenix/server/api/evaluators.py:2422— dataset examples with partial fields failapply_input_mappingeven though JS destructuring handles missing keys gracefully; schema and TS footer contradict each otherapp/src/components/evaluators/codeEvaluatorUtils.ts:52— code the editor's autocomplete promotes is rejected at runtime; editor and backend accept different function-parameter grammar
UI Regression & Accessibility
app/src/components/evaluators/EditCodeEvaluatorDialogContent.tsx:412— existing descriptions survive Save but cannot be edited; field was silently dropped from the new header layoutapp/src/components/evaluators/EditCodeEvaluatorDialogContent.tsx:720— screen readers announce the remove button as just 'button'; it is the only unlabeled destructive control in the editor (same gap inCodeEvaluatorTestSection.tsx)app/src/components/dataset/CreateCodeDatasetEvaluatorSlideover.tsx:268— fresh-install users cannot draft any evaluator code; the empty-sandbox gate hides the entire editor form
Test Coverage
src/phoenix/server/api/mutations/chat_mutations.py:281— five guard paths and the happy path have no resolver tests; regressions ininline_code_evaluatorship without any CI signal
Additional comments
- src/phoenix/server/api/mutations/chat_mutations.py:4286 — The inline branch decodes the sandbox GlobalID with
from_global_id(...)and discardstype_name, diverging from every other branch ofevaluator_previewsand from the sistercreate_code_evaluator/update_code_evaluatormutations edited in this same PR — all of which usefrom_global_id_with_expected_type(..., SandboxConfig.__name__). No security boundary is crossed today (SandboxConfig has no owner column, mutation is auth-gated) but the inconsistency is a defense-in-depth gap and produces less-specific errors for misrouted IDs. Replace with the expected-type helper. - src/phoenix/server/api/mutations/chat_mutations.py:4318 —
sandbox_backend is Nonefunnels five distinct misconfigurations (none selected, config missing, config disabled, provider missing, provider disabled) into the sameBadRequest("No sandbox backend configured for language 'X'..."). Users who did select a sandbox and whose provider was disabled out from under them see 'please select a sandbox configuration' even though they already have. The language-mismatch case gets a dedicated error mid-block — extend the same treatment to the other branches so users can self-diagnose. - app/src/components/evaluators/codeEvaluatorUtils.ts:52 — The editor-side
extractTypeScriptVariablesaccepts non-destructured shapes likefunction evaluate(ctx) { return ctx.output... }and auto-populates mappings from property access. The backend_infer_typescript_evaluate_input_schemainsrc/phoenix/server/api/evaluators.py:~2445rejects that same signature with 'Use a destructured object parameter'. The editor now guides users into writing code the runtime refuses. Either share a grammar between the two, or have the UI consume the server's schema/validation result.
| return ( | ||
| <View> | ||
| <ComboBox | ||
| label="Sandbox" |
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When mapSandboxConfigOptions drops the provider/config for a saved evaluator (provider disabled, backend unavailable), the Edit dialog falls through to selectedSandboxConfigId = null with no user-visible signal. On Save, { sandboxConfigId: null } is sent and evaluator_mutations.py treats the null as an explicit clear — silently unlinking the sandbox in the DB. The next scheduled run will fail with 'Please select a sandbox configuration'. Surface the invalidated selection (inline warning + keep the ID in a disabled/informational state) or omit sandboxConfigId from the mutation when the user didn't touch it.
| /** | ||
| * Compact header bar with inline name, language, and sandbox fields | ||
| */ | ||
| const CompactHeaderBar = ({ |
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The new CompactHeaderBar drops EvaluatorDescriptionInput. The store and GraphQL mutations still carry description (edit hydrates it, create initializes to ""), so existing values round-trip on Save but cannot be edited from the UI — a regression relative to the prior layout, which rendered a description field next to the name. Restore the description input (inline in the header or inside a disclosure in the sidebar).
| updateValues( | ||
| values.filter((_, valueIndex) => valueIndex !== index) | ||
| ); | ||
| if (values.length <= 2) return; |
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The categorical-choice remove button renders only <Icon svg={<Icons.TrashOutline />} /> with no aria-label or visually-hidden label. Screen readers announce 'button' with no action hint — and the destructive remove is now the only unlabeled control in the editor while + Add choice retains its label. Add aria-label="Remove choice". The result-card close IconButton in CodeEvaluatorTestSection.tsx has the same problem.
| _TYPESCRIPT_ARROW_SIGNATURE_RE = re.compile(r"(?:const|let|var)\s+evaluate\s*=\s*\(([^)]*)\)\s*=>") | ||
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| def _extract_typescript_object_parameter_keys(params: str) -> tuple[list[str], list[str]]: |
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_extract_typescript_object_parameter_keys marks every destructured key required unless it has = or ?. The default template function evaluate({ output, reference, input, metadata }: EvaluatorParams) (shipped in DEFAULT_CODE_EVALUATOR_SOURCE) therefore produces an input schema where all four are required, while the generated type footer renders them as optional (output?: Output; reference?: Reference; …). A dataset example containing only output + reference can fail apply_input_mapping validation even though JS destructuring of a missing key just yields undefined. Treat bare destructured names as optional at the schema level, or honor TS ? / default annotations only.
| for eval_result in eval_results: | ||
| all_results.append(_to_evaluation_result(eval_result, eval_result["name"])) | ||
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| elif inline_code_evaluator := evaluator_input.inline_code_evaluator: |
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The ~80-LOC inline_code_evaluator branch has no resolver tests. Five BadRequest paths (sandbox_config_id None, config missing, disabled config, disabled provider, language mismatch) plus the happy path are unverified — test_code_evaluator_sandbox_mutations.py covers create/update/stored-preview flows, test_code_evaluator_runner.py covers the runner in isolation, and Playwright only hits one happy path indirectly. Add a resolver test per guard plus a success-path test; a regression that swallows any guard into a 500 or a silent pass currently ships without CI signal.
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| // Show empty state if no sandbox configs are available |
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The sandboxConfigs.length === 0 short-circuit renders only a 'Configure Sandbox' CTA — the user cannot see the editor, write code, or configure outputs. The backend still accepts a null sandbox_config_id on create (evaluator_mutations.py:~1187), so this is a UI-only gate. First-time users on a fresh install cannot draft any work. Either render the form with a disabled sandbox selector and inline banner, or explicitly confirm this is an intentional guard-rail (then mirror the same behavior in the edit flow for consistency).
Code reviewNo issues found. Checked for bugs and CLAUDE.md compliance. |
…sync factory Base PR #12690 added _resolve_inline_code_evaluator_backend with a sync call to get_or_create_backend. Our branch made that factory async with required session/decrypt params for DB-backed credential resolution, so the call site needs the same conversion applied at the other two sites: await, session+decrypt, MissingSecretError/UnsupportedOperation/ ValidationError mapping to BadRequest, and admin-provider-wins merge order.
…sync factory Base PR #12690 added _resolve_inline_code_evaluator_backend with a sync call to get_or_create_backend. Our branch made that factory async with required session/decrypt params for DB-backed credential resolution, so the call site needs the same conversion applied at the other two sites: await, session+decrypt, MissingSecretError/UnsupportedOperation/ ValidationError mapping to BadRequest, and admin-provider-wins merge order.
…12655) * feat(sandbox): inject user-defined env vars and secret refs into sandbox execution Extends per-adapter config schemas with env_vars (literal values or references to the encrypted Secret table), internet_access, and dependencies fields. Wires resolution through get_or_create_backend and forwards merged env to all seven adapters. Adds SandboxConfigDialog UI for managing entries with a secret picker, capability advertisement per adapter, and end-to-end tests. * fix(sandbox): align test adapter signatures and ruff formatting Add user_env parameter to test-only SandboxAdapter subclasses to match the updated base signature, and apply ruff formatting to env_var_end_to_end. * fix(sandbox): unpack packages list in daytona pip install command Generated subprocess.run args were embedding self._packages as a nested list literal, which raises TypeError at runtime. Use * unpacking so each package becomes its own argv element. Reported by Claude Code Review on PR #12655. * feat(sandbox): resolve provider credentials via DB secrets + env fallback with GQL mutations Adds 2-tier credential resolution (DB Secret → env var) for sandbox provider authentication, centralized in `get_or_create_backend()` so adapters stay credential-agnostic. Introduces `EnvVarSpec` as the declarative contract between the factory and each adapter, and exposes `setSandboxCredential` / `deleteSandboxCredential` GraphQL mutations (with `env_var_specs` validation and `_BACKEND_CACHE` invalidation) so admins can rotate sandbox credentials via the UI without a server restart. * feat(sandbox): unified config contract — fail-closed runtime + preserve-on-save UI Lock the unified env_vars/dependencies/internet_access contract across all sandbox adapters. AdapterMetadata is the canonical source of capability advertisement; build_backend MUST raise UnsupportedOperation for any capability-gated input the adapter cannot fulfill (no silent drops). Backend reconciliation: - MODAL: flip supports_env_vars=True (runtime already worked); make ModalSandboxBackend.execute() raise UnsupportedOperation for per-call env overrides (was a silent warning); session-level user_env preserved - E2B/Vercel-Py/Vercel-TS/Modal: reject non-empty `dependencies` in build_backend - E2B/Daytona/Modal/Vercel-Py/Vercel-TS/Deno: reject non-"none" `internet_access` in build_backend - VercelPython/VercelTypescript/Deno configs: add Optional internet_access field for shape uniformity Frontend (SandboxConfigDialog): - formValuesToConfigPatch (extracted to utils.tsx for testability): deep-merge form state into a clone of the raw stored config; preserves capability-gated keys when flag is false or activeBackend is undefined, closing the False→True→False data-loss path - Advanced Config JSON editor explicitly strips capability-gated keys on submit; structured editors are the only authors - Hidden capability sections render a single muted "Not supported by the selected backend." placeholder instead of being omitted - ALLOWLIST internet_access mode marked reserved-for-future Tests: - New parametrized test_unified_config_contract.py iterates over SANDBOX_ADAPTER_METADATA.keys() and enforces flag/config-model/runtime agreement for all three capabilities; new adapters must opt-in to pass - test_capability_advertisement.py and test_queries.py refactored to parametrize from the same registry source — eliminates duplicate hard-coded matrices - test_user_env_forwarding.py covers MODAL's new execute-time policy - New formValuesToConfigPatch.test.ts covers the three preserve-on-save data-loss scenarios Documents the contract on AdapterMetadata with cross-references from SandboxAdapter.build_backend and validate_config so future adapters inherit the rules from source. * fix(sandbox): enforce dependencies/internet_access guards for DENO and WASM The unified config contract tests expect adapters with dependencies_language=None or internet_access="none" in SANDBOX_ADAPTER_METADATA to raise UnsupportedOperation when build_backend is called with a conflicting config. DENO was missing the packages guard; WASM was missing both packages and internet_access guards. Mirrors the existing pattern in e2b/modal/vercel backends. * feat(sandbox): enforce capability gates and reserved credential names in unified config - Rename EnvVarSpec → ProviderCredentialSpec and AdapterMetadata.internet_access → internet_access_capability to disambiguate adapter capability flags from the runtime config block. - validate_config now enforces capability gates (env_vars, internet_access, dependencies) and unique env_var names at write time rather than relying on per-adapter build_backend guards alone. - Execute-code path: drop per-call env override; user env is carried by the adapter from build_backend() for the session lifetime. - Reserved-name enforcement is case-insensitive and now covers both config.env_vars entries and top-level config keys, preventing credential shadowing via config's extra="allow" schema. - setSecrets invalidates backend caches for any SandboxConfig whose env_vars reference a rotated or deleted secret_key. - Add tests for reserved credential names and sandbox cache invalidation on secret rotation. * fix(sandbox): convert rebased inline-evaluator preview call site to async factory Base PR #12690 added _resolve_inline_code_evaluator_backend with a sync call to get_or_create_backend. Our branch made that factory async with required session/decrypt params for DB-backed credential resolution, so the call site needs the same conversion applied at the other two sites: await, session+decrypt, MissingSecretError/UnsupportedOperation/ ValidationError mapping to BadRequest, and admin-provider-wins merge order. * fix(sandbox): map invalid sandbox_config_id to BadRequest in preview mutation from_global_id_with_expected_type raises ValueError on type mismatch; strawberry swallows that as "an unexpected error occurred", which fails test_rejects_wrong_global_id_type's message assertion. Wrap the call at the preview site to surface the real error to the client. * fix(sandbox): PR #12655 review followups — capability contract polish B1 (blocker): widen update_sandbox_config to catch ValidationError → BadRequest, matching create_sandbox_config; capability-gate violations no longer escape as 500s. I1: relax update-path capability gate to semantically-changed sections only via stored_config baseline; preserve-on-save no longer blocks unrelated edits on flag-false adapters. Runtime build_backend guard unchanged (fail-closed preserved). I2: two-layer reserved-credential guard — _check_env_var_collision rejects secret_ref.secret_key collisions at mutation layer; _resolve_user_env pre-check rejects at runtime before DB lookup, closing the pre-existing-row exploit path. Long-term namespace split deferred to associate-secret-binder-identity-sandbox-config-pe. I4: DaytonaSandboxBackend.execute now installs packages in the ephemeral branch before code_run, honoring the advertised dependencies_language='PYTHON' on every execution path. I5/I6/I7: drop vestigial credential_specs from ModalAdapter and DenoAdapter (Modal reads env directly per D6; Deno is local-only); refresh AdapterMetadata docstring to describe constructor-time user_env injection; extend _PHOENIX_SANDBOX_FALLBACK_CREDENTIAL_KEYS with MODAL_TOKEN_ID/SECRET to preserve reserved-name coverage. I8: rewrite getBackendDescription on actual registry keys (DAYTONA_PYTHON, VERCEL_PYTHON, VERCEL_TYPESCRIPT, MODAL); align ENV_PHOENIX_SANDBOX_PROVIDER docstring. Note Vercel internet_access_capability as scaffolding pending runtime wiring. * fix(sandbox): align test expectations with no-per-call-env design - drop test_execute_raises_unsupported_operation_when_env_passed: execute() signature takes no env kwarg; env is passed at build_backend() time per types.SandboxBackend.execute docstring - fake E2BAdapter now raises ValueError (caught by sandboxBackends resolver) instead of NotImplementedError, so the backend-availability probe downgrades to UNAVAILABLE rather than bubbling an unhandled 500 * fix(sandbox): PR #12655 simplification — correctness fixes + test consolidation Phase 1 (correctness): replace hand-rolled equality helpers with pydantic-canonicalized `_normalize_section` (via `model_dump`); future field additions to `InternetAccessConfig` / `PythonDependenciesConfig` now track automatically. `_env_vars_equal` switches from `frozenset` to `Counter` so duplicate multiplicity is preserved. Extend runtime `_resolve_user_env` to reject reserved `EnvVarLiteral.name` symmetrically with the existing `EnvVarSecretRef.secret_key` check, closing the pre-mutation-guard-row exposure D7 was meant to close. Phase 2 (test consolidation): drop three integration-layer duplicate files (`test_env_var_end_to_end.py`, `test_credential_resolution_integration.py`, `test_reserved_credential_names.py`) after folding unique scenarios into their unit-level counterparts; prune pydantic-framework-rechecking tests (`test_unknown_keys_preserved`, `test_empty_config_returns_defaults`, trivial round-trips) from `test_sandbox_config_validation.py`; drop `backend._user_env` internal-attribute assertions from `test_user_env_forwarding.py`; replace `_BACKEND_CACHE` dict-shape peeks in `test_sandbox_cache_invalidation.py` with identity-based observable checks; parametrize per-adapter shape assertions in `test_capability_advertisement.py` over `SANDBOX_ADAPTER_METADATA.keys()`; add module-level docstrings to `test_daytona_backend.py` / `test_vercel_backend.py` / `test_modal_backend.py` stating the per-adapter-files-only-for-unique-lifecycle principle; move `test_sandbox_config_validation.py` from `tests/unit/server/api/` to `tests/unit/server/sandbox/` (tests sandbox pydantic models, not API). Phase 3 (clarity): rename `_PHOENIX_SANDBOX_FALLBACK_CREDENTIAL_KEYS` → `_PHOENIX_RESERVED_CREDENTIAL_ONLY_KEYS` with an inline docstring distinguishing it from `SandboxAdapter.credential_specs` and `RESERVED_CREDENTIAL_NAMES`. Net: +599 / -718. All 429 sandbox-relevant tests pass. * test(sandbox): re-scope test surface to durable interfaces — −2,013 lines PR #12655 Phase 2 re-scope. Prior Phase 2 (commit 68d130c) netted only 124 lines of reduction vs a target of 1,100–1,900 because "fold unique scenarios" was interpreted too conservatively. This pass recalibrates on a sharper thesis: keep the **mutation boundary** (gql_client tests) and the **cross-adapter conformance** parametrized over `SANDBOX_ADAPTER_METADATA.keys()`. Delete per-adapter SDK mocks, internal-factory scenario walks, and pydantic framework round-trips — they re-verify library behavior or couple to implementation details a reasonable refactor would change. Phase 1 — delete per-adapter SDK test files (−1,181 lines): - tests/unit/server/sandbox/test_daytona_backend.py (111 → 0) - tests/unit/server/sandbox/test_vercel_backend.py (425 → 0) - tests/unit/server/sandbox/test_modal_backend.py (246 → 0) - tests/unit/server/sandbox/test_user_env_forwarding.py (399 → 0) Cross-adapter conformance (test_unified_config_contract.py + test_capability_advertisement.py) already parametrizes over SANDBOX_ADAPTER_METADATA.keys(); per-adapter SDK forwarding mocks add no observable contract coverage. Phase 2 — shrink test_env_var_resolution.py (598 → 155, −443): Keep the reserved-name defense (TestResolveUserEnvReservedSecretKey), is_reserved_credential_name helper contract (TestReservedCredentialNameHelper), _enforce_unique_env_var_names validator (TestValidateConfigRejectsDuplicateEnvVarNames, collapsed), and one _resolve_user_env shape happy path. Delete TestEndToEndResolution (5 tests absorbed from prior integration fold — scenario walks; covered by mutation-layer cache-invalidation suite) and all per-kind/per-scenario resolution walks. Phase 3 — shrink test_credential_resolution.py (286 → 66, −220): Keep two direct _resolve_sandbox_credentials invariants — DB wins over env, and missing-key is omitted (not None). Delete TestCredentialResolutionIntegration (3 tests absorbed from prior integration fold — factory-chain walks covered by mutation-layer cache-invalidation tests) and the `_CapturingAdapter` scaffolding used only by them. Phase 4 — shrink test_sandbox_config_validation.py (495 → 353, −142): Keep Phase 1 equality-helper classes byte-identical (TestEnvVarsEqual, TestInternetAccessEqual, TestPackagesEqual), TestValidateConfigErrorPath (ValueError/ValidationError wrapping), TestEnvVarEntryDiscriminatedUnion (extra="forbid" + secret_ref shape), TestConfigFieldSpecsFromModel (reduced to one representative adapter plus the distinct schema-branch cases), and one forbid-extra assertion per nested leaf model. Delete the seven per-adapter pydantic-schema round-trip classes — pydantic schema re-verification is framework behavior, not authored invariant. Phase 5 — light prune mutation-layer sandbox tests (−30 lines, conservative per plan D4): - test_sandbox_config_mutations.py (509 → 479): drop test_reserved_modal_token_id_rejected. The MODAL_TOKEN_ID reserved-name case is covered parametrically in tests/unit/server/api/mutations/test_reserved_credential_names.py for the env_var[].name position; the secret_ref.secret_key mechanism is already tested via VERCEL_TOKEN in the same class. No observable coverage lost. No other mutation-layer files modified — plan D4 mandates light prune only; these are the durable GQL boundary tests. Housekeeping — test_unified_config_contract.py docstring updated: prior text pointed positive-path coverage at the now-deleted test_user_env_forwarding.py and per-adapter SDK files. New docstring states the contract honestly: structural registry + unsupported-capability rejection are covered here; positive SDK-forwarding mock coverage is intentionally absent. Verification: - Full sandbox + mutation-layer suite: 126 passed, 53 skipped (postgres --db sqlite), 0 failed. - Cross-adapter conformance (test_sandbox_backends_capability_flags_per_adapter, test_env_vars_false_raises_for_non_empty_user_env, etc.) still collects one case per adapter key in SANDBOX_ADAPTER_METADATA.keys() — all 7 adapters (WASM, E2B, DAYTONA_PYTHON, VERCEL_PYTHON, VERCEL_TYPESCRIPT, DENO, MODAL) present. - pytest --collect-only -q delta (target file list): 297 → 179 tests collected (−118 tests). - Line count delta (target file list): 4,498 → 2,485 lines (−2,013 lines, 105 insertions / 2,118 deletions). Note on outcome vs target: plan target was ~2,000–2,100 total; final is 2,485. The gap is in Phase 4 (ended at 353 vs ~200) because the plan also mandates "Kept classes are byte-identical to the originals (no accidental edits to custom-validator logic)" for the equality-helper classes — those alone are ~75 lines. Phase 4's keep-set was fully satisfied; the ~200 target was aspirational. Phase 5's −30 is under the −50 floor but within the spirit of the plan's "conservative — these are the boundary tests we are deliberately keeping." Commands used: - uv run pytest tests/unit/server/sandbox/ \ tests/unit/server/api/mutations/test_sandbox_*.py \ tests/unit/server/api/mutations/test_reserved_credential_names.py \ tests/unit/server/api/test_capability_advertisement.py - uv run pytest --collect-only -q <same paths> * Fix auth guard, improve config dialog styles * Filter sandboxes settings tab when permissions are not satisfied * fix(sandbox): align rebased branch with required EvaluatorInputMappingInput fields PR #12727 on main made literal_mapping / path_mapping required on EvaluatorInputMappingInput to fix GraphQL introspection. After rebase, our handlers that relied on the removed default-empty fallback no longer type-check, and tests that omitted inputMapping failed schema validation. Apply option (b) consistently: raise BadRequest when input_mapping is None across all six evaluator create/update handlers rather than silently defaulting to empty mappings. Update tests to supply explicit inputMapping values. Also fix two surfaced typing issues in sandbox config: dict(JSON) casts and JSON return-type casts. * fix(integration-tests): supply inputMapping to dataset evaluator fixture Commit d725531 made inputMapping a required field on createDatasetLlmEvaluator after the EvaluatorInputMappingInput schema tightened in PR #12727. Unit tests were updated there; the integration fixture was missed, so test_experiment_with_evaluators fails with "input_mapping is required". Pass empty literal/path mappings — the per-evaluator inputMapping used at subscription time is supplied separately in the subscription variables. --------- Co-authored-by: Tony Powell <apowell@arize.com>
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