import { Effect } from "effect"; import type { SpecFormatAdapter } from "../../sdk/spec-format"; import { buildMicrosoftGraphOpenApiSpec, microsoftGraphKeepPathItem } from "./graph";import { microsoftGraphPresetIdsForSliceAsset, microsoftGraphSliceAssetFromUrl } from "./slices"; const fragmentPresetIds = (hash: string): readonly string[] => hash.startsWith("#preset=") ? decodeURIComponent(hash.slice("#preset=".length)) .split(",") .map((presetId) => presetId.trim()) .filter((presetId) => presetId.length > 0) : []; /** * Selection from a catalog URL. A slice URL is the byte source itself: its * asset carries the selection, and a fragment may narrow within the asset. * Any other URL (the upstream monolith, an emulator override) is fetched as * given, with the fragment as the selection filter. */const graphCatalogSelection = ( rawUrl: string | undefined,): { readonly specUrl?: string; readonly presetIds?: readonly string[] } => { if (!rawUrl || !URL.canParse(rawUrl)) return rawUrl ? { specUrl: rawUrl } : {}; const parsed = new URL(rawUrl); const fromFragment = fragmentPresetIds(parsed.hash); parsed.hash = ""; const specUrl = parsed.toString(); const sliceAsset = microsoftGraphSliceAssetFromUrl(specUrl); const presetIds = fromFragment.length > 0 ? fromFragment : sliceAsset !== null ? (microsoftGraphPresetIdsForSliceAsset(sliceAsset) ?? []) : []; return { specUrl, ...(presetIds.length > 0 ? { presetIds } : {}), };}; export const microsoftGraphAdapter: SpecFormatAdapter = { id: "microsoft-graph", fetch: (input) => buildMicrosoftGraphOpenApiSpec( graphCatalogSelection(input.urls[0]), input.httpClientLayer, ).pipe( Effect.map((graphSpec) => ({ specText: graphSpec.specText, specUrl: graphSpec.specUrl, baseUrl: graphSpec.baseUrl, authenticationTemplate: graphSpec.authenticationTemplate, // Stream the full Graph source straight to persisted bindings. This is // the measured Workers contention/OOM path from the Microsoft plugin: // structural split stays serial and avoids materializing the 37MB tree. keepPathItem: microsoftGraphKeepPathItem(graphSpec), config: { microsoftGraphPresetIds: graphSpec.presetIds, microsoftGraphCustomScopes: graphSpec.customScopes, microsoftGraphScopes: graphSpec.scopes, microsoftGraphExactPaths: graphSpec.exactPaths, microsoftGraphPathPrefixes: graphSpec.pathPrefixes, microsoftGraphTagPrefixes: graphSpec.tagPrefixes, microsoftGraphCoversFullGraph: graphSpec.coversFullGraph, microsoftGraphAuthorizationUrl: graphSpec.authorizationUrl, microsoftGraphTokenUrl: graphSpec.tokenUrl, microsoftGraphClientCredentialsTokenUrl: graphSpec.clientCredentialsTokenUrl, }, })), ),};
import { Effect } from "effect";
import type { SpecFormatAdapter } from "../../sdk/spec-format";
import { buildMicrosoftGraphOpenApiSpec, microsoftGraphKeepPathItem } from "./graph";
import { microsoftGraphPresetIdsForSliceAsset, microsoftGraphSliceAssetFromUrl } from "./slices";
const fragmentPresetIds = (hash: string): readonly string[] =>
hash.startsWith("#preset=")
? decodeURIComponent(hash.slice("#preset=".length))
.split(",")
.map((presetId) => presetId.trim())
.filter((presetId) => presetId.length > 0)
: [];
/**
* Selection from a catalog URL. A slice URL is the byte source itself: its
* asset carries the selection, and a fragment may narrow within the asset.
* Any other URL (the upstream monolith, an emulator override) is fetched as
* given, with the fragment as the selection filter.
*/
const graphCatalogSelection = (
rawUrl: string | undefined,
): { readonly specUrl?: string; readonly presetIds?: readonly string[] } => {
if (!rawUrl || !URL.canParse(rawUrl)) return rawUrl ? { specUrl: rawUrl } : {};
const parsed = new URL(rawUrl);
const fromFragment = fragmentPresetIds(parsed.hash);
parsed.hash = "";
const specUrl = parsed.toString();
const sliceAsset = microsoftGraphSliceAssetFromUrl(specUrl);
const presetIds =
fromFragment.length > 0
? fromFragment
: sliceAsset !== null
? (microsoftGraphPresetIdsForSliceAsset(sliceAsset) ?? [])
: [];
return {
specUrl,
...(presetIds.length > 0 ? { presetIds } : {}),
};
};
export const microsoftGraphAdapter: SpecFormatAdapter = {
id: "microsoft-graph",
fetch: (input) =>
buildMicrosoftGraphOpenApiSpec(
graphCatalogSelection(input.urls[0]),
input.httpClientLayer,
).pipe(
Effect.map((graphSpec) => ({
specText: graphSpec.specText,
specUrl: graphSpec.specUrl,
baseUrl: graphSpec.baseUrl,
authenticationTemplate: graphSpec.authenticationTemplate,
// Stream the full Graph source straight to persisted bindings. This is
// the measured Workers contention/OOM path from the Microsoft plugin:
// structural split stays serial and avoids materializing the 37MB tree.
keepPathItem: microsoftGraphKeepPathItem(graphSpec),
config: {
microsoftGraphPresetIds: graphSpec.presetIds,
microsoftGraphCustomScopes: graphSpec.customScopes,
microsoftGraphScopes: graphSpec.scopes,
microsoftGraphExactPaths: graphSpec.exactPaths,
microsoftGraphPathPrefixes: graphSpec.pathPrefixes,
microsoftGraphTagPrefixes: graphSpec.tagPrefixes,
microsoftGraphCoversFullGraph: graphSpec.coversFullGraph,
microsoftGraphAuthorizationUrl: graphSpec.authorizationUrl,
microsoftGraphTokenUrl: graphSpec.tokenUrl,
microsoftGraphClientCredentialsTokenUrl: graphSpec.clientCredentialsTokenUrl,
},
})),
),
};