System Initiative

/** * Components Tests * * Tests for the components API endpoints. */ import { assertEquals, assertExists } from 'https://deno.land/std@0.220.1/assert/mod.ts'; import { cleanupTestResources, ConfigError, createTestClient, generateTestName, } from '../src/test-utils.ts'; import { ApiError } from '../src/client.ts'; Deno.test('Components API - Create and Update Components', async () => { try { const { api, config } = await createTestClient(); const createdChangeSetIds: string[] = []; try { // First create a change set to work with const createChangeSetResponse = await api.changeSets.createChangeSet( config.workspaceId, { changeSetName: generateTestName('component_test_changeset'), }, ); assertEquals(createChangeSetResponse.status, 200); assertExists(createChangeSetResponse.data.changeSet); const changeSetId = createChangeSetResponse.data.changeSet.id; createdChangeSetIds.push(changeSetId); console.log(`Created change set with ID: ${changeSetId}`); // Find a schema to use for the component // Note: Assumes there's at least one schema in the workspace const schemasResponse = await api.schemas.listSchemas(config.workspaceId); assertEquals(schemasResponse.status, 200); // Use AWS::EC2::VPC as the schema name as requested const schemaName = 'AWS::EC2::VPC'; console.log(`Using schema: ${schemaName}`); // Create a component with the correct payload format const componentName = generateTestName('test_component'); const createComponentResponse = await api.components.createComponent( config.workspaceId, changeSetId, { name: componentName, schemaName: schemaName, }, ); assertEquals(createComponentResponse.status, 200); assertExists(createComponentResponse.data.component); assertExists(createComponentResponse.data.component.id); const componentId = createComponentResponse.data.component.id; console.log(`Created component with ID: ${componentId}`); // Get the component const getComponentResponse = await api.components.getComponent( config.workspaceId, changeSetId, componentId, ); assertEquals(getComponentResponse.status, 200); assertExists(getComponentResponse.data.component); assertEquals(getComponentResponse.data.component.id, componentId); assertEquals(getComponentResponse.data.component.name, componentName); // Update the component const updatedName = `${componentName}_updated`; const updateComponentResponse = await api.components.updateComponent( config.workspaceId, changeSetId, componentId, { name: updatedName, }, ); assertEquals(updateComponentResponse.status, 200); assertExists(updateComponentResponse.data.component); assertEquals(updateComponentResponse.data.component.name, updatedName); // List components const listComponentsResponse = await api.components.listComponents( config.workspaceId, changeSetId, ); assertEquals(listComponentsResponse.status, 200); assertExists(listComponentsResponse.data.componentDetails); // Verify our component is in the list const isComponentInList = listComponentsResponse.data.componentDetails.some((c) => { return c.componentId === componentId; }); assertEquals( isComponentInList, true, `Component ${componentId} not found in the list`, ); // Find component by name test console.log(`Testing find component by name: ${updatedName}`); // The API is expecting 'component' as the query parameter name instead of 'name' // This is handled in our findComponent method const findComponentResponse = await api.components.findComponent( config.workspaceId, changeSetId, { name: updatedName, // This gets mapped to 'component' query param in the findComponent method }, ); assertEquals( findComponentResponse.status, 200, 'Find component response status should be 200', ); assertEquals( findComponentResponse.data.component.name, updatedName, 'Find component names should be equal', ); // Delete the component const deleteComponentResponse = await api.components.deleteComponent( config.workspaceId, changeSetId, componentId, ); assertEquals(deleteComponentResponse.status, 200); // Verify component was deleted try { // Try to get the component after deletion const response = await api.components.getComponent( config.workspaceId, changeSetId, componentId, ); // If we get here, the delete didn't work - we shouldn't be able to get the component console.error('Component still exists after deletion:', response); throw new Error( 'Component should have been deleted - was still able to retrieve it', ); } catch (error) { // Check if this is an ApiError with 404 status (expected case) if (error instanceof ApiError && error.status === 404) { console.log( `Verified component was deleted successfully - got expected 404 Not Found response`, ); } // The API might return error differently than expected - check error message for 404 references else if ( error instanceof Error && (error.message.includes('404') || error.message.includes('Not Found')) ) { console.log( 'Successfully deleted component - error message contains 404 Not Found reference', ); } // For any other errors, re-throw it with a descriptive message else { console.error("Error wasn't a 404 Not Found response:", error); throw error; } } } finally { // Clean up any change sets await cleanupTestResources(api, config.workspaceId, createdChangeSetIds); } } catch (error: unknown) { if (error instanceof ConfigError) { console.warn( `Skipping test due to configuration error: ${error.message}`, ); return; } throw error; } });