import {

resetProject,

TEST_PROJECT_NAME,

TEST_TEAM_NAME,

ADAPTER_TEST_TEAM_NAME,

ADAPTER_TEST_TOKEN,

TURBOPACK_TEST_TEAM_NAME,

TURBOPACK_TEST_TOKEN,

TEST_TOKEN,

} from './reset-project.mjs'

/**

* Every team hosting a `TEST_PROJECT_NAME` project that deploy tests deploy

* into. Each entry records the environment variables it was read from, so that

* a failure can point at the variables to check rather than just reporting that

* some team could not be reset.

*/

const TEST_TEAMS = [

{

teamEnvVar: 'VERCEL_TEST_TEAM',

teamId: TEST_TEAM_NAME,

tokenEnvVar: 'VERCEL_TEST_TOKEN',

token: TEST_TOKEN,

},

{

teamEnvVar: 'VERCEL_ADAPTER_TEST_TEAM',

teamId: ADAPTER_TEST_TEAM_NAME,

tokenEnvVar: 'VERCEL_ADAPTER_TEST_TOKEN',

token: ADAPTER_TEST_TOKEN,

},

{

teamEnvVar: 'VERCEL_TURBOPACK_TEST_TEAM',

teamId: TURBOPACK_TEST_TEAM_NAME,

tokenEnvVar: 'VERCEL_TURBOPACK_TEST_TOKEN',

token: TURBOPACK_TEST_TOKEN,

},

]

async function main() {

let hadFailure = false

// Keep going after a failure so that one misconfigured or unreachable team

// does not stop the others from being reset. `resetProject` rejects an absent

// teamId or token itself, so this only has to say which variables to check.

for (const { teamEnvVar, teamId, tokenEnvVar, token } of TEST_TEAMS) {

try {

await resetProject({

projectName: TEST_PROJECT_NAME,

teamId,

token,

disableDeploymentProtection: true,

})

} catch (err) {

console.error(

new Error(

`Failed to reset the ${TEST_PROJECT_NAME} project for ${teamEnvVar}. Verify that ${teamEnvVar} and ${tokenEnvVar} are set correctly.`,

{ cause: err }

)

)

hadFailure = true

}

}

if (hadFailure) {

throw new Error(`resetting a project failed`)

}

}

main().catch((err) => {

console.error(err)

process.exit(1)

})