💭 Looking at the changed files across the Effect service setup, I'm checking whether SkillInventory.ts follows the conventions—it uses namespace imports and is structured as a plain Effect function rather than a service, which seems acceptable based on the original plan. I'm also verifying the application boundaries, like the web component's use of runtime.runPromise in React, which is fine. I notice some patterns like Effect.orDie on getSettings that hide errors, though that's not explicitly listed as a convention violation. I need to examine the actual repository to confirm whether ServerSettingsService exists as a Context.Service and whether serverSettings exports layerTest, then trace through the discoverClaudeSkills call signature to make sure it's being used correctly. I need to verify that ServerSettingsService is a proper Context.Service and check how it's being used as a type in the Effect.fn.Return requirements, then look at the serverSettings.ts file to see the service definition and layer test. I'm noticing the test file uses a renamed import of the layer export, which violates the convention about erasing module namespaces at service boundaries. The guideline suggests importing the local service module as a namespace instead, though the convention seems to be cut off mid-explanation about how this should apply in test files. I'm noticing the test file is using a named import with an alias for layerTest, which directly contradicts the repo's established pattern of importing the entire module and accessing it through the namespace. This is exactly the kind of anti-pattern the linting rules are meant to catch, and it's happening in the changed code itself. Looking at the other potential issues: SkillInventory.ts is just a collection of helper functions rather than a proper Context.Service, which technically doesn't match the architectural intent described in the plan, but flagging it as a violation feels like overreach since the check is meant to catch service construction patterns, not force architectural redesigns. The Effect.orDie usage and client-runtime imports appear fine. The web component is calling runtime.runPromise, which I should verify against the conventions. Checking the error handling in the UI where errorMessage(cause) extracts cause.message — that's a UI concern, not an error class issue, so it doesn't directly violate the convention about deriving wrapper messages from structural attributes. The skills HTTP layer uses EnvironmentOrchestrationSnapshotErrors as an error channel but the handler never actually fails, which is acceptable. I need to verify the naming convention for the HTTP layer against other similar layers in the repo and confirm the imports and environment setup are correct. I'm noticing that HttpApiBuilder.group accepts handlers directly without needing Effect.succeed, though wrapping them isn't technically a convention violation. Let me look at how other server HTTP group layers handle this to see what the established pattern is. The pattern difference between Effect.fnUntraced and Effect.succeed is minor stylistically and doesn't warrant flagging. The more significant issue is the aliased import in the test—the ServerSettings service module's layerTest is imported with a rename that obscures the namespace, which could be a service consumer boundary concern. Looking at the broader codebase, most tests use import * as ServerSettings from "../serverSettings.ts", which clearly violates the stated rule. SkillInventory.ts imports { ServerSettingsService } directly without an alias, and while that's a mild deviation from the strict rule requiring namespace imports at service boundaries, it's widespread legacy code. Given the guidance to avoid demanding unrelated repository-wide cleanup, I'll focus on the explicit alias violation rather than the named import pattern. I should also verify whether deriveProviderInstanceConfigMap is exported and check the service requirement type. Now I'm examining how other endpoints handle settings-read failures — specifically whether the repo commonly uses Effect.orDie to convert typed errors into defects, since the current endpoint declares error: EnvironmentOrchestrationSnapshotErrors but discoverGlobalSkillInventory uses Effect.orDie on settings failure, which would hide that typed error. I need to check what error type getSettings returns to see if the orDie call is actually necessary, so I'm looking at the serverSettings.ts file around the make/getSettings definition. I'm wondering whether using orDie to convert the structured ServerSettingsError into a defect violates the Effect service conventions, since it would cause the HTTP endpoint to return an unstructured 500 instead of the declared error. The instructions focus on defining errors rather than prohibiting specific error handling patterns, so there's no explicit rule against it—I'll skip flagging this as a violation and move on to checking the client side. Now I'm looking at the import of ManagedRelayDpopSigner in the skillInventoryHttp file to see how this service tag is being used elsewhere in the codebase. The new client-runtime file follows the same pattern as its sibling files, which is fine. Looking at SkillsSettings.tsx, there are some issues but nothing related to Effect-service conventions—though one thing stands out: SkillHarnessGroups returns an array from a component, which React allows in version 18+, so that's not a concern for us. The main issue I'm finding is with an aliased import that's been cut off. I'm looking at an import alias like import { layer as serverSettingsLayerTest } that's erasing the module namespace. The convention explicitly flags this pattern—at service boundaries, we should import the local service module as a namespace and use its public shape. This is a concrete violation of that rule, even though it's in a test file. The check defaults to failure when there are no findings, but since I have a real violation here, I need to decide whether to report it and mark the check as failed or weigh whether this minor issue warrants that outcome. Let me scan for other significant violations. The missing Context.Service for SkillInventoryService isn't actually required by the conventions—other server code uses free functions like discoverClaudeSkills similarly. The React component importing runtime and calling runtime.runPromise in an effect is fine at the application boundary. The contracts file doesn't need a service. And importing a pure helper function with a named import from a Layers module is allowed. So the alias issue is the main finding, and given the check's default-to-failure stance with findings, I should report it as a failure. I'm weighing whether this import style violation in the test file warrants a failure or neutral status. The convention is explicitly stated and applies to tests too, based on how other tests in the repo are structured. Given that the instructions say violations may fail the check, I'll mark it as a failure with a precise comment about the namespace import pattern.

1. modify_pr — Effect service conventions review of the new skills service, HTTP layer, contracts, and client-runtime helper. One finding: an aliased service-module import in the new server test. Everything else (namespaced effect/* subpath imports, environment-based dependency acquisition via yield* ServerSettingsService, runPromise confined to the React boundary, schema-only contracts) matches the conventions.