Files
documenso/packages/app-tests/e2e/envelope-editor-v2/envelope-recipient-locked-steps.spec.ts
T
2026-08-26 12:10:29 +10:00

169 lines
6.4 KiB
TypeScript

import { prisma } from '@documenso/prisma';
import { seedPendingDocumentWithFullFields } from '@documenso/prisma/seed/documents';
import { seedUser } from '@documenso/prisma/seed/users';
import { expect, test } from '@playwright/test';
import { DocumentSigningOrder, SigningStatus } from '@prisma/client';
import { apiSignin } from '../fixtures/authentication';
import { getRecipientStepCards } from '../fixtures/envelope-editor';
/**
* Signing is sequential, so a recipient who has already acted is at or before
* the current step. Those steps hold persisted signing orders that the server
* will not let us rewrite, so ordering is locked up to and including the last
* of them. Later steps can only contain recipients who have not acted, so they
* stay fully rearrangeable.
*/
test('[LOCKED_STEPS]: ordering is locked up to the signed step and free afterwards', async ({ page }) => {
const { user, team } = await seedUser();
const { user: signed } = await seedUser();
const { user: signedPeer } = await seedUser();
const { user: pendingB } = await seedUser();
const { user: pendingC } = await seedUser();
const { document } = await seedPendingDocumentWithFullFields({
owner: user,
teamId: team.id,
recipients: [signed, signedPeer, pendingB, pendingC],
recipientsCreateOptions: [
// Step 1 is a group, and one of its members has signed.
{ signingOrder: 1, signingStatus: SigningStatus.SIGNED },
{ signingOrder: 1, signingStatus: SigningStatus.NOT_SIGNED },
{ signingOrder: 2, signingStatus: SigningStatus.NOT_SIGNED },
{ signingOrder: 3, signingStatus: SigningStatus.NOT_SIGNED },
],
fields: [],
updateDocumentOptions: {
internalVersion: 2,
documentMeta: {
upsert: {
create: { signingOrder: DocumentSigningOrder.SEQUENTIAL },
update: { signingOrder: DocumentSigningOrder.SEQUENTIAL },
},
},
},
});
await apiSignin({
page,
email: user.email,
redirectPath: `/t/${team.url}/documents/${document.id}/edit?step=uploadAndRecipients`,
});
await expect(getRecipientStepCards(page)).toHaveCount(3);
const stepHandles = page.getByTestId('step-drag-handle');
// Step 1 contains a signed recipient, so it is locked.
await expect(stepHandles.nth(0)).toHaveClass(/pointer-events-none/);
// Its ungroup control is unavailable too — splitting it would rewrite the
// signed recipient's persisted order.
await expect(page.getByTestId('ungroup-step-button')).toBeDisabled();
// Steps after it hold only recipients who cannot have acted yet.
await expect(stepHandles.nth(1)).not.toHaveClass(/pointer-events-none/);
await expect(stepHandles.nth(2)).not.toHaveClass(/pointer-events-none/);
// Nothing was rewritten by simply opening the editor.
const recipients = await prisma.recipient.findMany({ where: { envelopeId: document.id } });
expect(recipients.find((r) => r.email === signed.email)?.signingOrder).toBe(1);
expect(recipients.find((r) => r.email === signedPeer.email)?.signingOrder).toBe(1);
expect(recipients.find((r) => r.email === pendingB.email)?.signingOrder).toBe(2);
expect(recipients.find((r) => r.email === pendingC.email)?.signingOrder).toBe(3);
});
/**
* A signed recipient can sit out of sequence — a direct template signs at its
* own template order, field insertion has no turn check, and a document can be
* switched from parallel to sequential mid-flight. The rule is "up to and
* including the last signed step" rather than "the signed prefix" precisely so
* these stay safe: the earlier unsigned step is locked too.
*/
test('[LOCKED_STEPS]: a signed recipient mid-sequence locks the steps before it', async ({ page }) => {
const { user, team } = await seedUser();
const { user: firstPending } = await seedUser();
const { user: signedSecond } = await seedUser();
const { user: lastPending } = await seedUser();
const { document } = await seedPendingDocumentWithFullFields({
owner: user,
teamId: team.id,
recipients: [firstPending, signedSecond, lastPending],
recipientsCreateOptions: [
{ signingOrder: 1, signingStatus: SigningStatus.NOT_SIGNED },
{ signingOrder: 2, signingStatus: SigningStatus.SIGNED },
{ signingOrder: 3, signingStatus: SigningStatus.NOT_SIGNED },
],
fields: [],
updateDocumentOptions: {
internalVersion: 2,
documentMeta: {
upsert: {
create: { signingOrder: DocumentSigningOrder.SEQUENTIAL },
update: { signingOrder: DocumentSigningOrder.SEQUENTIAL },
},
},
},
});
await apiSignin({
page,
email: user.email,
redirectPath: `/t/${team.url}/documents/${document.id}/edit?step=uploadAndRecipients`,
});
await expect(getRecipientStepCards(page)).toHaveCount(3);
const stepHandles = page.getByTestId('step-drag-handle');
// Step 1 has no signed recipient, but it sits before one — moving it would
// reshuffle the signed recipient's position, so it is locked as well.
await expect(stepHandles.nth(0)).toHaveClass(/pointer-events-none/);
await expect(stepHandles.nth(1)).toHaveClass(/pointer-events-none/);
// Only the step after the signed one remains movable.
await expect(stepHandles.nth(2)).not.toHaveClass(/pointer-events-none/);
});
test('[LOCKED_STEPS]: every step stays draggable when nobody has signed', async ({ page }) => {
const { user, team } = await seedUser();
const { user: first } = await seedUser();
const { user: second } = await seedUser();
const { document } = await seedPendingDocumentWithFullFields({
owner: user,
teamId: team.id,
recipients: [first, second],
recipientsCreateOptions: [
{ signingOrder: 1, signingStatus: SigningStatus.NOT_SIGNED },
{ signingOrder: 2, signingStatus: SigningStatus.NOT_SIGNED },
],
fields: [],
updateDocumentOptions: {
internalVersion: 2,
documentMeta: {
upsert: {
create: { signingOrder: DocumentSigningOrder.SEQUENTIAL },
update: { signingOrder: DocumentSigningOrder.SEQUENTIAL },
},
},
},
});
await apiSignin({
page,
email: user.email,
redirectPath: `/t/${team.url}/documents/${document.id}/edit?step=uploadAndRecipients`,
});
await expect(getRecipientStepCards(page)).toHaveCount(2);
const stepHandles = page.getByTestId('step-drag-handle');
await expect(stepHandles.nth(0)).not.toHaveClass(/pointer-events-none/);
await expect(stepHandles.nth(1)).not.toHaveClass(/pointer-events-none/);
});