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import {
addAddProvider,
addTypedProvider,
clear,
clearQuery,
getMetaData,
} from '../../metaData';
import { BASE_IMAGE_ID, FRAME_IMAGE_IDS } from './imageIdsProviders';
interface CacheGetOptions {
noCache?: boolean;
reCache?: boolean;
}
type CacheRegistrationOptions = CacheGetOptions & {
/** Register this cache type as secondary of one or more base cache types. */
secondaryOf?: string | string[];
};
export class CacheData {
protected static readonly mapCacheData = new Map<
string,
Map<string, unknown>
>();
protected static readonly secondaryTypesByBaseType = new Map<
string,
Set<string>
>();
protected static setCacheDataInternal(
type: string,
query: string,
value: unknown
) {
let valueMap = this.mapCacheData.get(type);
if (!valueMap) {
valueMap = new Map<string, unknown>();
this.mapCacheData.set(type, valueMap);
}
valueMap.set(query, value);
this.clearRelatedDerivedCache(type, query);
}
protected static clearRelatedDerivedCache(type: string, query: string) {
const derivedTypes = this.secondaryTypesByBaseType.get(type);
if (!derivedTypes?.size) {
return;
}
const frameImageIds =
(getMetaData(FRAME_IMAGE_IDS, query) as Set<string> | undefined) ??
new Set<string>([query]);
for (const frameImageId of frameImageIds) {
for (const derivedType of derivedTypes) {
const typeMap = this.mapCacheData.get(derivedType);
typeMap?.delete(frameImageId);
}
}
}
static registerSecondaryTypes(
secondaryType: string,
secondaryOf?: string | string[]
) {
if (!secondaryOf) {
return;
}
const baseTypes = Array.isArray(secondaryOf) ? secondaryOf : [secondaryOf];
for (const baseType of baseTypes) {
let secondaryTypes = this.secondaryTypesByBaseType.get(baseType);
if (!secondaryTypes) {
secondaryTypes = new Set<string>();
this.secondaryTypesByBaseType.set(baseType, secondaryTypes);
}
secondaryTypes.add(secondaryType);
}
}
static getCacheData(type: string, query: string): unknown {
return this.mapCacheData.get(type)?.get(query);
}
static hasCacheData(type: string, query: string): boolean {
return this.mapCacheData.get(type)?.has(query) === true;
}
static clearCacheData() {
this.mapCacheData.clear();
this.secondaryTypesByBaseType.clear();
clear(FRAME_IMAGE_IDS);
clear(BASE_IMAGE_ID);
}
static clearTypedCacheData(type: string, query?: string) {
const secondaryTypes = this.secondaryTypesByBaseType.get(type);
const valueMap = this.mapCacheData.get(type);
if (query) {
valueMap?.delete(query);
Iif (secondaryTypes?.size) {
for (const secondaryType of secondaryTypes) {
this.mapCacheData.get(secondaryType)?.delete(query);
}
}
Iif (type === MetadataModules.NATURALIZED || secondaryTypes?.size) {
clearQuery(FRAME_IMAGE_IDS, query);
clearQuery(BASE_IMAGE_ID, query);
}
return;
}
valueMap?.clear();
Iif (secondaryTypes?.size) {
for (const secondaryType of secondaryTypes) {
this.mapCacheData.get(secondaryType)?.clear();
}
}
Iif (type === MetadataModules.NATURALIZED || secondaryTypes?.size) {
clear(FRAME_IMAGE_IDS);
clear(BASE_IMAGE_ID);
}
}
static fromAsyncLookup<T>(
type: string,
query: string,
lookup: () => T | Promise<T>,
options?: CacheGetOptions
): T | Promise<T> | undefined {
Eif (options?.noCache !== true && options?.reCache !== true) {
const cachedValue = this.getCacheData(type, query);
if (cachedValue !== undefined) {
return cachedValue as T;
}
}
const lookupValue = lookup();
if (lookupValue === undefined) {
return undefined;
}
Eif (!(lookupValue instanceof Promise)) {
Eif (!options?.noCache) {
this.setCacheDataInternal(type, query, lookupValue);
}
return lookupValue;
}
return lookupValue.then((resolvedValue) => {
if (resolvedValue !== undefined && !options?.noCache) {
this.setCacheDataInternal(type, query, resolvedValue);
}
return resolvedValue;
});
}
createTypeCacheProvider(type: string) {
return createTypeCacheProvider(type);
}
clearCacheData() {
CacheData.clearCacheData();
}
clearTypedCacheData(type: string, query?: string) {
CacheData.clearTypedCacheData(type, query);
}
getCacheData(type: string, query: string) {
return CacheData.getCacheData(type, query);
}
hasCacheData(type: string, query: string) {
return CacheData.hasCacheData(type, query);
}
fromAsyncLookup<T>(
type: string,
query: string,
lookup: () => T | Promise<T>,
options?: CacheGetOptions
) {
return CacheData.fromAsyncLookup(type, query, lookup, options);
}
}
export class WritableCacheData extends CacheData {
static setCacheData(type: string, query: string, value: unknown) {
this.setCacheDataInternal(type, query, value);
}
setCacheData(type: string, query: string, value: unknown) {
WritableCacheData.setCacheData(type, query, value);
}
}
export const cacheData: CacheData = new WritableCacheData();
/**
* Creates a typed provider that caches results for the given type.
*
* Options can include: noCache to not cache this value or use the cached value,
* and reCache to get a new value and add it to the cache.
*/
export function createTypeCacheProvider(type: string) {
return (next, query: string, data, options) => {
return CacheData.fromAsyncLookup(
type,
query,
() => next(query, data, options),
options
);
};
}
export function createTypeWritableCacheProvider(type: string) {
const addType = getAddModuleType(type);
return (next, query: string, data, options) => {
const cachedValue = CacheData.getCacheData(type, query);
if (cachedValue !== undefined) {
console.warn(
`Metadata add skipped for "${type}" at query "${query}" because cache already has a value.`
);
return cachedValue;
}
const addCachedValue = CacheData.getCacheData(addType, query);
Iif (addCachedValue !== undefined) {
return addCachedValue;
}
const nextValue = next(query, data, options);
Iif (nextValue === undefined) {
return undefined;
}
if (!(nextValue instanceof Promise)) {
WritableCacheData.setCacheData(type, query, nextValue);
return nextValue;
}
const managedPromise = nextValue
.then((resolvedValue) => {
Eif (resolvedValue !== undefined) {
WritableCacheData.setCacheData(type, query, resolvedValue);
}
return resolvedValue;
})
.finally(() => {
CacheData.clearTypedCacheData(addType, query);
});
WritableCacheData.setCacheData(addType, query, managedPromise);
return managedPromise;
};
}
export function clearCacheData() {
CacheData.clearCacheData();
}
export function clearTypedCacheData(type: string, query?: string) {
CacheData.clearTypedCacheData(type, query);
}
/**
* Directly sets a value in the typed cache for the given type and query key.
*
* This is primarily an internal/advanced escape hatch for providers that need
* explicit external writes (for example calibration-related providers). Most
* metadata ingestion paths should use typed provider handlers instead.
*/
export function setCacheData(type: string, query: string, value: unknown) {
WritableCacheData.setCacheData(type, query, value);
}
/**
* Reads a value from the typed cache for the given type and query key.
*/
export function getCacheData(type: string, query: string): unknown {
return CacheData.getCacheData(type, query);
}
export function hasCacheData(type: string, query: string): boolean {
return CacheData.hasCacheData(type, query);
}
export function fromAsyncLookup<T>(
type: string,
query: string,
lookup: () => T | Promise<T>,
options?: CacheGetOptions
) {
return CacheData.fromAsyncLookup(type, query, lookup, options);
}
export function addCacheForType(type: string, options?) {
const { secondaryOf, ...providerOptions } = (options ??
{}) as CacheRegistrationOptions;
CacheData.registerSecondaryTypes(type, secondaryOf);
addTypedProvider(type, createTypeCacheProvider(type), {
priority: 50_000,
clear: clearTypedCacheData.bind(null, type) as () => void,
clearQuery: clearTypedCacheData.bind(null, type),
...providerOptions,
});
}
export function addWritableCacheForType(type: string, options?) {
const addType = getAddModuleType(type);
const { secondaryOf, ...providerOptions } = (options ??
{}) as CacheRegistrationOptions;
addCacheForType(type, { secondaryOf, ...providerOptions });
CacheData.registerSecondaryTypes(addType, type);
addAddProvider(type, createTypeWritableCacheProvider(type), {
priority: 50_000,
clear: clearTypedCacheData.bind(null, addType) as () => void,
clearQuery: clearTypedCacheData.bind(null, addType),
...providerOptions,
});
}
export function registerCacheProviders() {
addCacheForType(BASE_IMAGE_ID);
addCacheForType(FRAME_IMAGE_IDS);
addWritableCacheForType(MetadataModules.NATURALIZED);
addCacheForType(MetadataModules.INSTANCE, {
secondaryOf: MetadataModules.NATURALIZED,
});
addCacheForType(MetadataModules.URI_MODULE, {
secondaryOf: MetadataModules.NATURALIZED,
});
addCacheForType(MetadataModules.IMAGE_PLANE, {
secondaryOf: MetadataModules.NATURALIZED,
});
addCacheForType(MetadataModules.FRAME_MODULE, {
secondaryOf: MetadataModules.NATURALIZED,
});
addCacheForType(MetadataModules.GENERAL_IMAGE, {
secondaryOf: MetadataModules.NATURALIZED,
});
}
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