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Files
server/api/src/controllers/code.ts
2024-10-29 12:02:26 +03:00

165 lines
4.3 KiB
TypeScript

import express from 'express'
import { Request, Security, Route, Tags, Post, Body } from 'tsoa'
import { ExecutionController, getSessionController } from './internal'
import {
getPreProgramVariables,
getUserAutoExec,
ModeType,
RunTimeType
} from '../utils'
interface ExecuteCodePayload {
/**
* The code to be executed
* @example "* Your Code HERE;"
*/
code: string
/**
* The runtime for the code - eg SAS, JS, PY or R
* @example "js"
*/
runTime: RunTimeType
}
interface TriggerCodePayload {
/**
* The code to be executed
* @example "* Your Code HERE;"
*/
code: string
/**
* The runtime for the code - eg SAS, JS, PY or R
* @example "sas"
*/
runTime: RunTimeType
/**
* Amount of minutes after the completion of the job when the session must be
* destroyed.
* @example 15
*/
expiresAfterMins?: number
}
interface TriggerCodeResponse {
/**
* The SessionId is the name of the temporary folder used to store the outputs.
* For SAS, this would be the SASWORK folder. Can be used to poll job status.
* This session ID should be used to poll job status.
* @example "{ sessionId: '20241028074744-54132-1730101664824' }"
*/
sessionId: string
}
@Security('bearerAuth')
@Route('SASjsApi/code')
@Tags('Code')
export class CodeController {
/**
* Execute Code on the Specified Runtime
* @summary Run Code and Return Webout Content, Log and Print output
* The order of returned parts of the payload is:
* 1. Webout (if present)
* 2. Logs UUID (used as separator)
* 3. Log
* 4. Logs UUID (used as separator)
* 5. Print (if present and if the runtime is SAS)
* Please see @sasjs/server/api/src/controllers/internal/Execution.ts for more information
*/
@Post('/execute')
public async executeCode(
@Request() request: express.Request,
@Body() body: ExecuteCodePayload
): Promise<string | Buffer> {
return executeCode(request, body)
}
/**
* Trigger Code on the Specified Runtime
* @summary Triggers code and returns SessionId immediately - does not wait for job completion
*/
@Post('/trigger')
public async triggerCode(
@Request() request: express.Request,
@Body() body: TriggerCodePayload
): Promise<TriggerCodeResponse> {
return triggerCode(request, body)
}
}
const executeCode = async (
req: express.Request,
{ code, runTime }: ExecuteCodePayload
) => {
const { user } = req
const userAutoExec =
process.env.MODE === ModeType.Server
? user?.autoExec
: await getUserAutoExec()
try {
const { result } = await new ExecutionController().executeProgram({
program: code,
preProgramVariables: getPreProgramVariables(req),
vars: { ...req.query, _debug: 131 },
otherArgs: { userAutoExec },
runTime: runTime,
includePrintOutput: true
})
return result
} catch (err: any) {
throw {
code: 400,
status: 'failure',
message: 'Job execution failed.',
error: typeof err === 'object' ? err.toString() : err
}
}
}
const triggerCode = async (
req: express.Request,
{ code, runTime, expiresAfterMins }: TriggerCodePayload
): Promise<{ sessionId: string }> => {
const { user } = req
const userAutoExec =
process.env.MODE === ModeType.Server
? user?.autoExec
: await getUserAutoExec()
// get session controller based on runTime
const sessionController = getSessionController(runTime)
// get session
const session = await sessionController.getSession()
// add expiresAfterMins to session if provided
if (expiresAfterMins) {
// expiresAfterMins.used is set initially to false
session.expiresAfterMins = { mins: expiresAfterMins, used: false }
}
try {
// call executeProgram method of ExecutionController without awaiting
new ExecutionController().executeProgram({
program: code,
preProgramVariables: getPreProgramVariables(req),
vars: { ...req.query, _debug: 131 },
otherArgs: { userAutoExec },
runTime: runTime,
includePrintOutput: true,
session // session is provided
})
// return session id
return { sessionId: session.id }
} catch (err: any) {
throw {
code: 400,
status: 'failure',
message: 'Job execution failed.',
error: typeof err === 'object' ? err.toString() : err
}
}
}