import { test, type Page } from '@playwright/test' import * as actions from './actions' import { expect } from './customExpect' import * as locate from './locate' import { edgesToNodeWithBinding, graphNodeByBinding, outputPortCoordinates } from './locate' /** * Prepare the graph for the tests. We drag the `ten` node to the right of the `sum` node for better access * to the edges. */ async function initGraph(page: Page) { await actions.goToGraph(page) await actions.dragNodeByBinding(page, 'ten', 400, 0) await actions.dragNodeByBinding(page, 'sum', -400, 0) } // For each outgoing edge we expect two elements: an element for io and an element for the rendered edge itself. const EDGE_PARTS = 2 /** Scenario: We disconnect the `sum` parameter in the `prod` node by clicking on the edge and pressing the delete key. */ test('Disconnect an edge from a port', async ({ page }) => { await initGraph(page) await expect(await edgesToNodeWithBinding(page, 'sum')).toHaveCount(2 * EDGE_PARTS) const targetEdge = page.locator('svg.behindNodes g:nth-child(2) path.edge.visible') // Hover over edge to the right of node with binding `ten`. await targetEdge.click({ position: { x: 250, y: 5.0 }, force: true, }) await page.mouse.click(500, -500) await page.keyboard.press('Delete') await expect(await edgesToNodeWithBinding(page, 'sum')).toHaveCount(EDGE_PARTS) }) /** * Scenario: We replace the `sum` parameter in the `prod` node` with the `ten` node. */ test('Connect an node to a port via dragging the edge', async ({ page }) => { await initGraph(page) await expect(await edgesToNodeWithBinding(page, 'sum')).toHaveCount(2 * EDGE_PARTS) const targetEdge = page.locator('svg.behindNodes g:nth-child(2) path.edge.visible') // Hover over edge to the left of node with binding `ten`. await targetEdge.click({ position: { x: 450, y: 5.0 }, force: true, }) // Click the target port in the `prod` node. const targetPort = page.locator('span').filter({ hasText: /^sum$/ }) // We need `force: true` because edge connecting is handled in capture phase and may result // in port change, what confuses playwright's actionability checks. await targetPort.click({ force: true, noWaitAfter: true }) await expect(graphNodeByBinding(page, 'prod')).toContainText('ten') }) test('Conditional ports: Disabled', async ({ page }) => { await actions.goToGraph(page) const node = graphNodeByBinding(page, 'filtered') const conditionalPort = node.locator('.WidgetPort').filter({ hasText: /^filter$/ }) // Check that the `enabled` CSS class is not set on disabled `WidgetPort`s. await expect(node.locator('.WidgetSelfIcon')).toBeVisible() await expect(conditionalPort).not.toHaveClass(/enabled/) // When a port is disabled, it doesn't react to hovering with a disconnected edge, // and any attempt to connect to it should open the CB. const outputPort = await outputPortCoordinates(graphNodeByBinding(page, 'final')) await page.mouse.click(outputPort.x, outputPort.y) await conditionalPort.hover() await expect(conditionalPort).not.toHaveClass(/isTarget/) // We need `force: true` because ComponentBrowser appears in event's capture phase, what // confuses playwright's actionability checks. await conditionalPort.click({ force: true }) await expect(locate.componentBrowser(page)).toExist() await page.keyboard.press('Escape') }) test('Conditional ports: Enabled', async ({ page }) => { await actions.goToGraph(page) const node = graphNodeByBinding(page, 'filtered') const conditionalPort = node.locator('.WidgetPort').filter({ hasText: /^filter$/ }) await page.keyboard.down('Meta') await page.keyboard.down('Control') await expect(conditionalPort).toHaveClass(/enabled/) const outputPort = await outputPortCoordinates(graphNodeByBinding(page, 'final')) await page.mouse.click(outputPort.x, outputPort.y) await conditionalPort.hover() await expect(conditionalPort).toHaveClass(/isTarget/) // We need to force port clicks; see comment in 'Connect an node to a port via dragging the edge' await conditionalPort.click({ force: true }) await expect(node.locator('.WidgetToken')).toHaveText(['final']) await page.keyboard.up('Meta') await page.keyboard.up('Control') })