[ { "id": 0, "name": "Sonali", ... "alex@prisma.io", "profileViews": 0 } ] updateMany updates a batch of existing database records in bulk and returns the number of updated records. export type BatchPayload = { count: number; }; ...

June 21, 2024 - What we get back is a Prisma.BatchPayload object containing the count of records that were deleted.

February 14, 2025 - createMany<T extends OrganisationCreateManyArgs>(args? : SelectSubset<T, OrganisationCreateManyArgs<ExtArgs>>) : Prisma.PrismaPromise<BatchPayload> type BatchPayload = { count: number }

August 6, 2019 - It seems that the BatchPayload type is not automatically generated for Prisma2/nexus projects. In Prisma1, it was automatically generated as type BatchPayload { count: Long! }

This page explains the transactions API of Prisma Client.

November 30, 2020 - When I use deleteMany, updateMany. Prisma support type named BatchPayload but it has no exported.

September 2, 2022 - prisma.BatchPayload{Count:1} Delete all posts that were created before 2018: <Code languages={["Go", "Result"]}> christmas := "2019-12-24" deletePostsCount, err := client.DeleteManyPosts(&prisma.PostWhereInput{ CreatedAtGt: &christmas, }).Exec(ctx) 42 · Nested object writes let you modify multiple database records across relations in a single transaction.

calling deleteMany returns a Prisma.BatchPayload which is just a wrapper around a number

March 6, 2024 - const insertIntoTradesRes = await ctx.db.trade.createMany({ data: trades }); const insertedTradeIds = insertIntoTradesRes.map(trade => trade.id); await ctx.db.importSession.create({ data: { name: 'MT4 Import', importedFrom: 'MT4', createdBy: { connect: { id: ctx.session.user.id } }, trades: { connect: insertedTradeIds }, }, }); I'm trying to make an insertion into the trade table and then use the ids generated to connect those trades created in another table. however I'm unable to as the return type from createMany is Prisma.BatchPayload Can anyone help me achieve this without manually creating and assigning uuids

Package prisma provides runtime functions for generated Prisma clients. Users should not have to interact with it directly. type BatchPayload · type BatchPayloadExec · func (exec *BatchPayloadExec) Exec(ctx context.Context) (BatchPayload, error) type Client ·

generator typegraphql { provider = "typegraphql-prisma" simpleResolvers = true } It will generate then all the output type and model type classes with simpleResolvers: true option of @ObjectType decorator, which can improve performance of underlying field resolvers, e.g.: @TypeGraphQL.ObjectType({ description: undefined, simpleResolvers: true, }) export class BatchPayload { @TypeGraphQL.Field(_type => TypeGraphQL.Int, { nullable: false, description: undefined, }) count!: number; }

December 18, 2020 - export namespace Prisma { /** * Batch Payload for updateMany & deleteMany */ export type BatchPayload = { count: number } }

October 21, 2020 - prisma.post.create([args]): Promise<Post> prisma.post.delete([args]): Promise<Post> prisma.post.deleteMany([args]): Promise<BatchPayload> prisma.post.update([args]): Promise<Post> prisma.post.updateMany([args]): Promise<BatchPayload> prisma.post.updsert([args]): Promise<Post> Creates a single record and returns the created record, including any auto-generated fields such as a id field with a default value.

July 29, 2019 - For small amounts of data, a simple batch API might be sufficient, as the database can handle all the operations in a short time. This could either be exposed through operations similar to our nested create API as described below, or through a new Batch API as described in prisma/prisma-client-js#667.

In some cases you may want to insert a lot of rows at once or create two non-related models at the same time but only create the records if they all are created sucessfully. Prisma Client Python supports this by batching write queries.

September 2, 2022 - deleteManyUsers(where: UserWhereInput!): BatchPayload! } For every type in your datamodel, six mutation are generated. Taking above the above User type as an example, these mutations are: ... To inspect all the available operations of your Prisma API in detail, you can read the Prisma GraphQL schema of your Prisma service.

February 12, 2019 - It generates the building blocks of a full-blown GraphQL CRUD API for your Prisma models, e.g. for a User model it includes: Queries · user(...): User!: Fetches a single record · users(...): [User!]!: Fetches a list of records · usersConnection(...): UserConnection!: Relay connections & aggregations · Mutations · createUser(...): User!: Creates a new record · updateUser(...): User: Updates a record · deleteUser(...): User: Deletes a record · updatesManyUsers(...): BatchPayload!: Updates many records in bulk ·

March 5, 2025 - Now, consider another case where money is deducted from your wallet, but the server crashes before it is added to the receiver’s wallet. The sender would lose money. Prisma’s atomicity ensures that either both operations succeed or both fail, avoiding such partial failures.