oRPC Server-Side Clients
Call your oRPC procedures in the same environment as your server like native functions.
Файлы2
Открыть в GitHubSKILL.mdskills/orpc-server-side/SKILL.md
GitHubServer-Side Clients
Call your procedures in the same environment as your server, no proxies required, like native functions.
Calling Procedures
Using .callable
import { os } from '@orpc/server'
import * as z from 'zod'
const getProcedure = os
.input(z.object({ id: z.string() }))
.handler(async ({ input }) => ({ id: input.id }))
.callable({
context: {} // Initial context if needed
})
const result = await getProcedure({ id: '123' })
Using the call Utility
import * as z from 'zod'
import { call, os } from '@orpc/server'
const getProcedure = os
.input(z.object({ id: z.string() }))
.handler(async ({ input }) => ({ id: input.id }))
const result = await call(getProcedure, { id: '123' }, {
context: {}
})
Router Client
import { createRouterClient, os } from '@orpc/server'
const ping = os.handler(() => 'pong')
const pong = os.handler(() => 'ping')
const client = createRouterClient({ ping, pong }, {
context: {}
})
const result = await client.ping()
Client Context
interface ClientContext { cache?: boolean }
const ping = os.handler(() => 'pong')
const pong = os.handler(() => 'ping')
const client = createRouterClient({ ping, pong }, {
context: ({ cache }: ClientContext) => {
if (cache) return {} // context when cache enabled
return {} // context when cache disabled
}
})
const result = await client.ping(undefined, { context: { cache: true } })
Lifecycle
sequenceDiagram
actor A1 as Client
participant P1 as Error Validator
participant P2 as Input/Output Validator
participant P3 as Handler
A1 ->> P2: input, signal, lastEventId
P2 ->> P2: Validate Input
P2 ->> P3: validated input
P3 ->> P3: handle
P3 ->> P2: error/output
P2 ->> P2: validate output
P2 ->> P1: validate error
P1 ->> A1: validated error/output
Middlewares Order
Apply this to ensure all middlewares run after input validation and before output validation:
const base = os.$config({
initialInputValidationIndex: Number.NEGATIVE_INFINITY,
initialOutputValidationIndex: Number.NEGATIVE_INFINITY,
})