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import type * as DB from '$lib/database.js';
import type { DatabaseHandle, ReactiveTableNames } from '$lib/idb.svelte.js';
import {
ensureNamespacedMetadataId,
MetadataError,
namespacedMetadataId,
namespaceOfMetadataId,
type RuntimeValue
} from '$lib/schemas/metadata.js';
import { serializeMetadataValue } from './serializing.js';
/**
*
* @param protocolId
* @param metadataId null to get options of all metadata of the protocol
*/
export function metadataOptionsKeyRange(
protocolId: string,
metadataId: string | null
): IDBKeyRange {
if (metadataId) {
const fullMetadataId = ensureNamespacedMetadataId(metadataId, protocolId);
return IDBKeyRange.bound(fullMetadataId + ':', fullMetadataId + ':\uffff');
} else {
return IDBKeyRange.bound(
namespacedMetadataId('', protocolId),
namespacedMetadataId('\uffff', protocolId)
);
}
}
/**
* Refresh the specified table. Does nothing if we can't import idb.svelte.js.
* We do it this way so that this file can be imported in the web worker.
*/
async function refreshTables(sessionId: string, ...tableNames: ReactiveTableNames[]) {
try {
const idb = await import('$lib/idb.svelte.js');
await Promise.all(tableNames.map((name) => idb.tables[name].refresh(sessionId)));
} catch (error) {
console.warn(`Cannot refresh tables ${tableNames}:`, error);
}
}
/**
*
* @param options
* @param options.subjectId id de l'image, l'observation ou la session
* @param options.metadataId id de la métadonnée
* @param options.type le type de données pour la métadonnée, sert à éviter des problèmes de typages
* @param options.value la valeur de la métadonnée
* @param options.manuallyModified si la valeur a été modifiée manuellement
* @param options.confidence la confiance dans la valeur (proba que ce soit la bonne valeur)
* @param options.confirmed si la valeur a été confirmée manuellement comme correcte
* @param options.clearErrors effacer tout les metadataErrors associés à cette métadonnée. True par défaut.
* @param options.db BDD à modifier
* @param options.alternatives les autres valeurs possibles
* @param options.cascadedFrom ID des métadonnées dont celle-ci est dérivée, pour éviter les boucles infinies (cf "cascade" dans MetadataEnumVariant)
* @param options.abortSignal signal d'abandon pour annuler la requête
* @param options.sessionId id de la session en cours, important pour refresh le state réactif des tables
*/
export async function storeMetadataValue<Type extends DB.MetadataType>({
db,
subjectId,
metadataId,
type,
value,
confidence = 1,
confirmed = false,
alternatives = [],
manuallyModified = false,
clearErrors = true,
cascadedFrom = [],
sessionId,
abortSignal
}: {
subjectId: string;
metadataId: string;
type?: Type;
value: RuntimeValue<Type>;
manuallyModified?: boolean;
confidence?: number;
confirmed?: boolean;
clearErrors?: boolean;
db: DatabaseHandle;
alternatives?:
| DB.MetadataValue['alternatives']
| Array<{ value: RuntimeValue<Type>; confidence: number }>;
cascadedFrom?: string[];
abortSignal?: AbortSignal | undefined;
sessionId?: string | undefined;
}) {
if (!namespaceOfMetadataId(metadataId)) {
throw new Error(`Le metadataId ${metadataId} n'est pas namespacé`);
}
if (confidence > 1) {
console.warn(`Confidence ${confidence} is greater than 1, capping to 1`);
confidence = 1;
}
abortSignal?.throwIfAborted();
const newValue = {
value: serializeMetadataValue(value),
confidence,
confirmed,
manuallyModified,
alternatives: !Array.isArray(alternatives)
? alternatives
: Object.fromEntries(
alternatives.map(({ value, confidence }) => {
if (confidence > 1) {
console.warn(
`Confidence ${confidence} of alternative ${value} is greater than 1, capping to 1`
);
confidence = 1;
}
return [serializeMetadataValue(value), confidence];
})
)
};
// Make sure the alternatives does not contain the value itself
newValue.alternatives = Object.fromEntries(
Object.entries(newValue.alternatives).filter(([key]) => key !== newValue.value)
);
console.debug(`Store metadata ${metadataId} = `, value, ` in ${subjectId}`, newValue);
const metadata = await db.get('Metadata', metadataId);
if (!metadata) throw new Error(`Métadonnée inconnue avec l'ID ${metadataId}`);
if (type && metadata.type !== type)
throw new Error(`Type de métadonnée incorrect: ${metadata.type} !== ${type}`);
abortSignal?.throwIfAborted();
const image = await db.get('Image', subjectId);
const observation = await db.get('Observation', subjectId);
const session = await db.get('Session', subjectId);
const imagesFromImageFile = await db
.getAll('Image')
.then((imgs) => imgs.filter(({ fileId }) => fileId === subjectId));
abortSignal?.throwIfAborted();
if (session) {
if (session.metadata) {
session.metadata[metadataId] = newValue;
} else E{
session.metadata = { [metadataId]: newValue };
}
db.put('Session', session);
} else if (image) {
image.metadata[metadataId] = newValue;
if (clearErrors && image.metadataErrors?.[metadataId]) {
delete image.metadataErrors[metadataId];
}
db.put('Image', image);
} else if (observation) {
observation.metadataOverrides[metadataId] = newValue;
Iif (clearErrors && observation.metadataErrors?.[metadataId]) {
delete observation.metadataErrors[metadataId];
}
db.put('Observation', observation);
} else if (imagesFromImageFile.length > 0) {
for (const { id } of imagesFromImageFile) {
await storeMetadataValue({
db,
sessionId,
subjectId: id,
metadataId,
value,
confidence,
confirmed,
manuallyModified,
clearErrors,
abortSignal
});
}
} else {
throw new Error(`Aucune image ou observation avec l'ID ${subjectId}`);
}
abortSignal?.throwIfAborted();
const cascades = await computeCascades({
db,
metadataId,
value,
confidence,
alternatives
});
for (const cascade of cascades) {
abortSignal?.throwIfAborted();
Iif (cascadedFrom.includes(cascade.metadataId)) {
throw new Error(
`Boucle infinie de cascade détectée pour ${cascade.metadataId} avec ${cascade.value}: ${cascadedFrom.join(' -> ')} -> ${metadataId} -> ${cascade.metadataId}`
);
}
console.info(
`Cascading metadata ${metadataId} @ ${value} -> ${cascade.metadataId} = ${cascade.value}`
);
const metadataNamespace = namespaceOfMetadataId(metadataId);
Iif (!metadataNamespace)
throw new Error(
`Metadata ${metadataId} is not namespaced, cannot cascade onto ${cascade.metadataId}`
);
cascade.metadataId = ensureNamespacedMetadataId(cascade.metadataId, metadataNamespace);
await storeMetadataValue({
db,
sessionId,
subjectId,
manuallyModified,
confirmed,
cascadedFrom: [...cascadedFrom, metadataId],
abortSignal,
clearErrors,
...cascade
});
}
// Only refresh table state once everything has been cascaded, meaning not inside recursive calls
if (cascadedFrom.length === 0 && sessionId) {
await refreshTables(sessionId, image ? 'Image' : 'Observation');
}
}
export async function storeMetadataErrors(
{
db,
subjectId,
sessionId,
metadataId
}: {
db: DatabaseHandle;
subjectId: string;
sessionId: string;
metadataId: string;
},
...errors: Array<typeof DB.Schemas.MetadataError.inferIn>
) {
const image = await db.get('Image', subjectId);
const observation = await db.get('Observation', subjectId);
const imagesFromImageFile = await db
.getAllFromIndex('Image', 'sessionId', sessionId)
.then((imgs) => imgs.filter(({ fileId }) => fileId === subjectId));
if (!image && !observation && imagesFromImageFile.length === 0)
throw new Error(`Aucune image ou observation avec l'ID ${subjectId}`);
const serializedErrors = errors.map((error) => {
try {
JSON.stringify(error.details);
} catch {
error.details = `{{Non-JSONable}} ${String(error.details)}`;
}
return MetadataError.assert(error);
});
console.debug(`Store metadata error on ${metadataId} in ${subjectId}:`, errors);
if (image) {
image.metadataErrors ??= {};
image.metadataErrors[metadataId] = serializedErrors;
db.put('Image', image);
} else if (observation) {
observation.metadataErrors ??= {};
observation.metadataErrors[metadataId] = serializedErrors;
db.put('Observation', observation);
E} else if (imagesFromImageFile) {
for (const { id } of imagesFromImageFile) {
await storeMetadataErrors(
{
db,
sessionId,
subjectId: id,
metadataId
},
...errors
);
}
}
return;
}
/**
*
* @param options
* @param options.subjectId id de l'image ou l'observation
* @param options.metadataId id de la métadonnée
* @param options.recursive si true, supprime la métadonnée de toutes les images composant l'observation
* @param options.db BDD à modifier
* @param options.reactive refresh reactive table state if possible
* @param options.sessionId current session, used to refresh reactive tables
*/
export async function deleteMetadataValue({
db,
subjectId,
metadataId,
recursive = false,
reactive = true,
sessionId
}: {
subjectId: string;
metadataId: string;
recursive?: boolean;
db: DatabaseHandle;
reactive?: boolean;
sessionId?: string | undefined;
}) {
const image = await db.get('Image', subjectId);
const observation = await db.get('Observation', subjectId);
const session = await db.get('Session', subjectId);
const imagesFromImageFile = await db
.getAllFromIndex('Image', 'sessionId', sessionId)
.then((imgs) => imgs.filter(({ fileId }) => fileId === subjectId));
if (!image && !observation && !session && imagesFromImageFile.length === 0)
throw new Error(`Aucune image, observation ou session avec l'ID ${subjectId}`);
console.debug(`Delete metadata ${metadataId} in ${subjectId}`);
if (image) {
delete image.metadata[metadataId];
db.put('Image', image);
} else if (session) {
delete session.metadata[metadataId];
db.put('Session', session);
} else if (observation) {
delete observation.metadataOverrides[metadataId];
db.put('Observation', observation);
if (recursive) {
for (const imageId of observation.images) {
await deleteMetadataValue({
db,
sessionId,
subjectId: imageId,
recursive: false,
metadataId,
// Don't refresh table state on recursive calls, we just have to do it once
reactive: false
});
}
}
E} else if (imagesFromImageFile) {
for (const { id } of imagesFromImageFile) {
await deleteMetadataValue({
db,
sessionId,
subjectId: id,
recursive: false,
metadataId,
reactive: false
});
}
}
if (reactive && sessionId) await refreshTables(sessionId, 'Image', 'Observation');
return;
}
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