Fanatical Quality(FQ) Engineering in Rackspace VMware Practice Area

 

Fanatical Quality(FQ) Engineering in Rackspace VMware Practice Area

In Rackspace's VMware Practice Area, we fee the first-rate of our merchandise very a good deal, and we consider that quality is a crew attempt. The QE team works with the Development team, Project Management group, Product Engineering group, and DevOps group to enhance developed products' first-rate. Our pleasant popular has three key pillars: functionality, performance, and safety. We aim to pick out and connect defects as early as viable to deliver secure purposeful merchandise that performs well for our customers.''

Test method and metho:d

For every new product, the Quality Engineering group collaborates with all groups to create a product check approach and evaluate the strategy with all the teams together. The test strategy covers the subsequent trying out factors:

·        Overview

·        Architecture diagram

·        Project timelines

·        Team contacts

·        Dependencies And integration systems

·        In scope

·        Out of scope

·        Test approach

·        Functional checking out

·        End-to-end (E2E) testing

·        Performance trying out

·        Security trying out

·        Exit criteria

·        Risks and mitigations

The product check approach is a dwelling report. We maintain updating the file primarily based on changes in the product design, coding, and testing, and we use the agile development method in VMware Practice Area. For every dash, the Development crew, QE team, and scrum master create Jira stories and choose tales composed. The Growth team focuses on product coding and unit checks. The QE crew focuses on purposeful trying out, cease-to-quit trying out, overall performance checking out, and security trying out. Any recognized defects are entered into the Jira gadget so that the improvement group can verify and fix them as soon as possible. We have automated all our checks to be included in our products' continuous integration process.

Unit testing

The Development crew is responsible for unit exams to ensure that all small portions of the code were examined very well. The team is using the Spock trying framework to create unit check instances. Spock is a trying-out specification framework for Java and Groovy packages and is a more effective opportunity to the conventional JUnit stack, as it leverages Groovy features. Since our merchandise usually has interaction with many internal systems, we also mock those structured structures. For example, here's a unit check case for one in all our merchandise:

package com.Rackspace. Do.MVP

import com.Rackspace. Do.MVP.test.support.VmvpConsumerExtensionsBaseSpec

import grails. Util.TypeConvertingMap

import org.spring framework.security.core.user details.UserDetails

import Spock.lang.Shared

import spock.lang.Unroll

 

/**

 * Unit Tests for AccountShowConsumer.

 */

class AccountShowConsumerSpec extends VmvpConsumerExtensionsBaseSpec {

 

 

    AccountShowConsumer consumer

 

    @Shared

    VdacFailure embedFailure

 

    def setup() {

        IdentityUser userDetails = Mock(IdentityUser)

        vmvpFactory = Mock(VmvpFactory)

        vmvpFactory.makeAccountDetailsResponse(*_) >> Mock(AccountDetailsResponse)

        consumer = new AccountShowConsumer() {

            @Override

            UserDetails getUserDetails() {

                return userDetails

            }

        }

        consumer.rabbitMessagePublisher = rabbitMessagePublisher

        consumer.vmvpFactory = vmvpFactory

 

        embedFailure = new SimpleVdacFailure(httpStatus: 101, errorCode: 'x')

    }

 

    @Unroll

    def 'test fetch one account #input'() {

        setup:

        consumer.vdacDataService = Mock(VdacDataService) {

            loadAccount(*_) >> Mock(Account)

        }

 

        when:

        consumer.handleMessage(new TypeConvertingMap(input), messageContext)

 

        then:

        1 * rabbitMessagePublisher.send(_) >> { rabbitMessageProperties = it[0] }

        rabbitMessageProperties.routingKey == REPLY_TO

        rabbitMessageProperties.body.view == expView

        rabbitMessageProperties.headers["http-status"] == expHttpStatus

 

        where:

        expHttpStatus | expView         || input

        200           | '/account/show'  || [accountId: ACCOUNT_ID]

    }

  }

Functional trying out

Functional testing refers to activities that affirm a particular action or feature of the code. These are commonly observed inside the code necessities documentation, even though a few improvement methodologies paintings from use instances or user testimonies. Functional assessments have a tendency to answer the question such as "can the user try this" or "does this unique function painting." Functional test cases have tremendous test cases and bad instances. We are using WireMock to fake all the external systems with which our crops interact. WireMock is a flexible API mocking device for immediate, robust, and comprehensive trying out. We are emerging a collection of fake web offerings, which allows the impartial manipulate of the nation of dependencies. This lets us test specific functionality fast, run tests domestically and on improvement environments, and carry out greater specialized testing. For instance, here's a practical take a look at the case for one among our merchandise:

Import unittest

import framework

import framework.Config

import framework.Utils

from framework.Mappings_file_loader import MappingsFileLoader

from framework.Mock_service_factory import MockServiceFactory

from qe_coverage.Unittest_decorators import tags, unless_coverage, classes

 

elegance vMvpAccountsTest(unittest.TestCase):

    @unless_coverage

    def setUp(self):

        self.Mock_service_factory = MockServiceFactory()

        self.Identification = self.Mock_service_factory.Mock_service('identity')

        self.Identification.Reset_all_requests()

 

        self.Core = self.Mock_service_factory.Mock_service('center')

        self.Core.Reset_all_requests()

 

        self.Situations = scenario_adapter_factory.Create_scenario_adapter(DatabaseType.POSTGRES, AppName.VSPOT)

 

        self.Mappings_file_loader = MappingsFileLoader(suite_dir)

        self.Mappings_file_loader.Load_mappings_for('users', 'identity', self.Identity)

 

        self.Vrax = vRaxApiClient(vrax_url, default_identity_token)

 

    @unless_coverage

    def tearDown(self):

        self.Situations.__exit__()

 

    @tags('wonderful', 'TAAS-987', 'p1')

    def test_get_account_by_number(self):

        """

        Get account by means of wide variety glad course with out hyperlinks

        """

        accounts = self.Eventualities.Create_accounts

        expected_account = debts.Popitem()

 

        response = self.Vrax.Vmvp.Accounts.Get_by_number(expected_account.Range)

 

        self.AssertEqual(response.Status_code, 2 hundred)

        json_response = framework.Utils.Validate_json(response.Textual content)

        self.AssertTrue(json_response)

        account = AccountObject.Deserialize(json_response)

        self.AssertEqual(account.Range, expected_account.Wide variety)

End-to-stop testing

End-to-give up testing tests the functionality of an application beneath production-like occasions and information to make certain that it meets the requirement specifications. Once an utility is deployed into a useful staging environment, the QE team starts operating on the give up-to-quit checking out. First, we create diverse take a look at scenarios based on conversations with all groups and record them in our check method. Then, we use the pytest outline to power the check situations to make sure that we've sufficient insurance for our applications. We also make our quit-to-stop take a look at suite available in order that the improvement group can run them if essential. For example, right here is one take a look at case of our end-to-end checking out:

@pytest.Mark.Classes('VMVP Accounts')

elegance TestVmvpAccounts:

    @pytest.Fixture(autouse=True)

    def expected_virtual_machines(self, vrax_url):

        self.Accounts_json =

            'account_5002019': account_5002019.Json(vrax_url),

            'account_5002020': account_5002020.Json(vrax_url),

            'account_5002021': account_5002023.Json(vrax_url)

       

 

    @pytest.Mark.RBAC

    @pytest.Mark.GET

    @pytest.Mark.Tags('nice', 'integration', 'p0', 'TAAS-1453')

    def test_vmvp_get_reason_by_number_rbac(self, vrax_client, rbac_tokens, rbac_roles, environment):

        """

        Validate RBAC for endpoint from CSV

        :param vrax_client: fixture of common vRaxApiClient(with out evasion_token)

        :param rbac_marks: fixture of list of dicts [role:token,role:token]

        :param rbac_parts: listing of roles to be tested from person.Json

        :param environment: fixture of staging, improvement, manufacturing

        """

        if environment == "manufacturing":

            pytest.Skip("RBAC exams can most effective run on improvement or staging")

 

        approach = "vmvp.Money owed.Get_by_number"

 

        def call_method(token): return vrax_client.Vmvp.Accounts.Get_by_number(account_number=TestAccounts.Money owed[0], token=token)

 

        achievement, errors = framework.Rbac.Call_rbac(csv_file=csv_file,

                                                   approach=technique,

                                                   call_technique=call_technique,

                                                   api_client_way_header=api_client_way_header,

                                                   rbac_parts=rbac_parts,

                                                   rbac_tokens=rbac_tokens)

        assert achievement, "Error in RBAC: ".Layout(errors)

 

    @pytest.Mark.GET

    @pytest.Mark.Tags('wonderful', 'integration', 'p1', 'TAAS-1177', 'TAAS-1255', 'TAAS-1272', 'TAAS-1371', 'TAAS-1564')

    def test_vmvp_getaccount(self, vrax_api):

        """

        Validate glad direction

        https://one.Rackspace.Com/pages/viewpage.Motion?Name=Phase+1+-+API+Contracts&spaceKey=mgdvirtdev#Phase1-APIContracts-GET/managed-virt/accountId

        :param vrax_api: vrax api consumer to invoke the api

        :go back: 200 achievement

        """

 

        self._sound_and_validate_embeds_and_links(vrax_api, embed=[])

 

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