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refactor: remove all any types, add strict GraphQL scalar typing
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- Add strictScalars: true to codegen.ts with proper scalar mappings
  (Date, Decimal, JSONString, JSON, UUID, BigInt → string/Record)
- Replace all ref<any[]> with proper GraphQL-derived types
- Add type guards for null filtering in arrays
- Fix bugs exposed by typing (locationLatitude vs latitude, etc.)
- Add interfaces for external components (MapboxSearchBox)

This enables end-to-end type safety from GraphQL schema to frontend.
This commit is contained in:
Ruslan Bakiev
2026-01-27 11:34:12 +07:00
parent ff34c564e1
commit 2dbe600d8a
42 changed files with 614 additions and 324 deletions
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56
app/composables/useCatalogProducts.ts
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@@ -1,4 +1,4 @@
import type { ProductsListQueryResult } from '~/composables/graphql/public/geo-generated'
import type { ProductsListQueryResult, NearestOffersQueryResult } from '~/composables/graphql/public/geo-generated'
import {
ProductsListDocument,
GetNodeDocument,
@@ -10,6 +10,14 @@ import {
// Type from codegen
type ProductItem = NonNullable<NonNullable<ProductsListQueryResult['productsList']>[number]>
type OfferItem = NonNullable<NonNullable<NearestOffersQueryResult['nearestOffers']>[number]>
// Product aggregated from offers
interface AggregatedProduct {
uuid: string
name: string | null | undefined
offersCount: number
}
// Shared state
const items = ref<ProductItem[]>([])
@@ -61,20 +69,19 @@ export function useCatalogProducts() {
)
// Group offers by product
const productsMap = new Map<string, any>()
offersData?.nearestOffers?.forEach((offer: any) => {
if (offer?.productUuid) {
if (!productsMap.has(offer.productUuid)) {
productsMap.set(offer.productUuid, {
uuid: offer.productUuid,
name: offer.productName,
offersCount: 0
})
}
productsMap.get(offer.productUuid)!.offersCount++
const productsMap = new Map<string, AggregatedProduct>()
offersData?.nearestOffers?.forEach((offer) => {
if (!offer?.productUuid) return
if (!productsMap.has(offer.productUuid)) {
productsMap.set(offer.productUuid, {
uuid: offer.productUuid,
name: offer.productName,
offersCount: 0
})
}
productsMap.get(offer.productUuid)!.offersCount++
})
items.value = Array.from(productsMap.values())
items.value = Array.from(productsMap.values()) as ProductItem[]
}
} else if (filterHubUuid.value) {
// Products near hub - get hub coordinates first
@@ -103,20 +110,19 @@ export function useCatalogProducts() {
)
// Group offers by product
const productsMap = new Map<string, any>()
offersData?.nearestOffers?.forEach((offer: any) => {
if (offer?.productUuid) {
if (!productsMap.has(offer.productUuid)) {
productsMap.set(offer.productUuid, {
uuid: offer.productUuid,
name: offer.productName,
offersCount: 0
})
}
productsMap.get(offer.productUuid)!.offersCount++
const productsMap = new Map<string, AggregatedProduct>()
offersData?.nearestOffers?.forEach((offer) => {
if (!offer?.productUuid) return
if (!productsMap.has(offer.productUuid)) {
productsMap.set(offer.productUuid, {
uuid: offer.productUuid,
name: offer.productName,
offersCount: 0
})
}
productsMap.get(offer.productUuid)!.offersCount++
})
items.value = Array.from(productsMap.values())
items.value = Array.from(productsMap.values()) as ProductItem[]
}
} else {
// All products from graph