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Graph/interface-shape-mismatch

AntiPattern

Type and API Mismatch

interface-shape-mismatch

Function signatures, module imports, and library options often mismatch their expected shapes—extra arguments get forwarded, TypeScript parses the wrong syntax, and query/export/styling conventions deviate—leading to runtime confusion or type-check failures.

Node Details

Public graph metadata

Updated7/25/2026

Connections

30 linked nodes

MATCHESSolution

There should be 3 parameters, but 2 are obtained. ts(2554) — const useBearStore = create()( subscribeWithSelector( (set, get) => createBearSlice(set, get) // there report error ) ). Outcome: export const useStore = create()(subscribeWithSelector((...params) => ({ ...createBearSlice(...params), ...createProjSlice(...params) }))).

MATCHESSolution

Tension: despite that being what the react-query docs suggested. Outcome: This solved the type errors too.

MATCHESSolution

You can get rid of this TypeScript issue by casting the column definition arrays — when defining columns.

MATCHESSolution

check the schema model on the server to ensure that you are sending the correct data — the response is not of a proper format data. Tension: including the required fields like id. Outcome: you can define useMutation for get some correct error.

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you'll need to make the function generic — useQueryFactory(getConfig: (queryClient: QueryClient) => UseQueryOptions). Tension: The output type of that function does not depend on its input. Outcome: Note the addition of the type parameter `T`.

MATCHESSolution

If `` is what you want you could do ``, to allow `select` to return any type — export const useAllUsers = ( select?: (data: UserResponseDto[]) => T ) => useQuery({. Tension: but in the same time tell the compiler that if `select` doesn't exist, the data type is `UserResponseDto[]`. Outcome: that if `select` doesn't exist, the data type is `UserResponseDto[]`.

MATCHESSolution

y accidentally created a `filname.d.ts` file in my repository — which seemingly caused ESLint to crash. Tension: Linting and checking validity of types .Debug Failure. No error for last overload signature. Outcome: Turns out y accidentally created a `filname.d.ts` file in my repository.

MATCHESSolution

my defines were missing `JSON.stringify`. Tension: The answer was totally unrelated. Outcome: Error is completely misleading, but at least its solved.

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Expose the shared package via TypeScript path mapping (tsconfig paths) or otherwise configure TypeScript/Angular to compile/transpile the package sources (e.g., ensure emitted JS is provided or adjust settings like allowing TS-in-node_modules if supported).

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Change the imports to use proper type-only syntax, e.g. `import type { Route } from "./+types/post"` (and similarly for other `+types/*` imports) so the types are erased at build time.

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see what APIs the front end uses, and just call those — Not sure there's a specific API to get this. Tension: Not sure there's a specific API to get this. Outcome: you can see what APIs the front end uses, and just call those.

MATCHESSolution

the `TYPE_CHECK` boolean must be checked at every place where the circular import types are being used. Tension: you are still importing the class to resolve the type. Outcome: code inside if TYPE_CHECKING: is not executed at runtime.

MATCHESSolution

Cast through `unknown` first: `} as unknown as RequestInit)`. — Node's runtime fetch is undici and accepts `dispatcher` at runtime regardless of type lineage. Tension: This bypasses the structural overlap check entirely. Outcome: Do not try to align `undici` and `undici-types` versions in pnpm — they coexist by design (one is the implementation, one is the type-only package referenced from @types/node).

MATCHESSolution

Either downgrade `@react-pdf/renderer` to `3.4.5` (restoring CommonJS compatibility) or change the TypeScript/Next build output to emit ES modules (e.g., set `compilerOptions.module` to `es6`/`esnext`) so it can load the package correctly.

MATCHESSolution

Constrain the generic to array types (e.g., `T extends any[]` or `T extends Array<...>`) or use a specific prop type such as `ProductRow[]`, so TypeScript knows `every()` exists. Then type the callback parameter explicitly or rely on the inferred array element type to remove the `implicit any` error.

MATCHESSolution

A type annotation is necessary.ts(2742) — export const { useGetPokemonByNameQuery } = pokemonApi. Outcome: This is likely not portable.

MATCHESSolution

Annotate the exported hooks with TypedUseQuery instead of relying on the inferred hook type

MATCHESSolution

A workaround to this issue is to explicitly read the default export. — This works in all bundlers and safe for both ESM and CJS. Tension: Then use ``. Outcome: const Slider = SliderImport.default ?? SliderImport;.

MATCHESSolution

You can use Typescript Mapped Types and declare a type like this — Since you want at least one key.

MATCHESSolution

TypeScript shows error because it gets confused with value, that is, whether it is Movie or Book. — I was creating Select component in React with Typescript. Tension: But, if we use type narrowing then not working anyways. Outcome: Does using a type guard work for you?

MATCHESSolution

Use a generic column config that ties accessor and render value types together so TypeScript can infer the value type from the accessor

MATCHESSolution

TypeScript now compiles test.ts to test.js successfully — My browser is throwing "Uncaught SyntaxError: import declarations may only appear at top level of a module" when the page loads. Outcome: TypeScript now compiles test.ts to test.js successfully. But now I have a different error.

MATCHESSolution

case "CallbackRouteError": return { error: "Invalid credentials!" } — in my `login.ts` server action in the switch case clause. Tension: to return the correct errors. Outcome: bypass this error.

MATCHESSolution

It's also stated in the upgraded note to switch — to React 19 RC to try out some of its features and mitigate breaking changes ahead of time. Outcome: If you’re using `propTypes`, we recommend migrating to TypeScript or another type-checking solution.

MATCHESSolution

you have to explicitly define the type of your parameter — export default function Item({ image }: {image: Image}). Tension: just be careful in your case the type affected should have image property inside it to be valid. Outcome: if Image object contain the path of the image you will have the following.

MATCHESSolution

Don't introduce a NEW package export that test-loaded modules import at module scope — Here: a `roleClient(role?)` helper in the consumer package (`etl/llm-route.ts`). Tension: it forces you to update every `vi.mock` factory, and missing one re-breaks CI.

MATCHESSolution

Types should always have names if possible — The code you pasted is incredibly non-java like. Tension: Your `bcode` array fails all these rules. Outcome: Data structures should be homogenous - they should contain the same type.

MATCHESSolution

package typecheck failed because the imported file was outside tsconfig rootDir. Tension: still exercising the script invariants under pnpm test. Outcome: Ran the package typecheck and the full monorepo typecheck successfully.

MATCHESSolution

Type.Object({}, { additionalProperties: true }) produces {"type": "object", "additionalProperties": true} in JSON Schema — OpenClaw correctly serializes/deserializes while still accepting arbitrary param shapes. Outcome: pnpm typecheck passes (6/6 tasks).

MATCHESSolution

make sure your union members are `type` aliases with literal discriminants, not `interface` declarations — for cross-module exhaustiveness that's actually reliable. Tension: interfaces are open/extendable. Outcome: this works reliably — type literals are closed.

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