by admin | Dec 27, 2019 | Mobile App Testing, Fixed, Blog |
Mobile technology has transformed the way people use their mobiles, and the demand for apps has thus increased. That’s why mobile app testing services companies must build apps with all the features and functionalities needed by the end-user and have a mobile application testing plan in place before deployment. A comprehensive strategy will ensure it functions as designed on different devices, hardware, systems, and operators.
To plan your mobile testing and QA strategy for the best test coverage, user interface, and device compatibility, follow these stages for the mobile application testing process.
Stage 1: Planning When the development phase is almost complete, the QA team should communicate with the team about their roles and expectations. They should also create test case sheets and maintain documentation during the entire process to certify the builds for release. It involves a combined effort between on and off-site teams.
Stage 2: Test case and script design Prepare test case documentation for every feature/functionality and determine which combination of manual, automation, or cloud simulator testing you’ll need. Prepare separate suites for manual and automated test cases/scripts to identify reusable ones that can be modified as per the project requirements.
Stage 3: Manual, automated and cloud testing Execute manual, automation, or cloud-based test cases. Run them on necessary functionalities to check there are no breakages. This development process is called scrum. The development team run scripts and deliver finished products to the QA team, who then run test cases on the build. Regression testing is done, and JIRA is used to file and track defects.
Stage 4: Identify types of testing Test if your mobile app is easy to use and provides end-user satisfaction. Maintain a cross-platform matrix and check coverage achieved by your beta testers. User acceptance testing is conducted for a QA screening test build. Decide what testing is required, which target devices to use, and what technical requirements should be tested. Check your mobile app with functional, usability, compatibility, performance, interface, accessibility, and external factors testing. App performance is verified by checking the responsiveness, battery consumption, stability, and changing the connection from 4G/5G to WIFI, etc. Test for scalability issues of the build by checking the installation, updates, sign-up/login, provisioning, operational, services, device-specific functions, error messages, and low-level resource testing. Security and compliance testing are also vital to ensure data privacy and protection for your app so that user data is protected.
Stage 5: Control and summary Complete detailed testing from early stages up to regression tests to stabilize your app. Your QA team should generate a test summary report, which is a management report that provides vital information on the tests conducted, including quality assessments and statistics from incident reports. It records the various testings performed, and the time it took to complete and helps future test planning. Also, it indicates if the software system is fit and meets user acceptance criteria.
Before the final version is made public, execute the testing stages to deliver a successful app into the market. QA is necessary from concept creation, requirement analysis, testing specifications until a finished product is released. Are you ready to check yours? At Codoid, one of the best software testing companies, our dedicated team will provide 24 hours QA support and follow a Scrum development model as it ensures on-time delivery. Schedule a demo with us today!’
by admin | Jan 13, 2020 | Mobile App Testing, Fixed, Blog |
Mobile app performance testing has become indispensable, and organizations need to test for it even if they don’t have a dedicated mobile application. Here are a couple of statistics to understand why this is so:
- 30% of mobile phone users will switch to another app/website if they aren’t satisfied with the
functionality
- but the other 70% will shift due to long load times of your app
To perform mobile performance testing that consistently delivers an extraordinary app experience for your end-users. Tick off every point below to stay on top of things with our ultimate checklist:
Position objectives with business goals and requirements by identifying which elements of the app drive positive metrics and experience.
Identify Key Performance Indicators (KPI) for your app’s performance and verify goals when initiating the testing like Average Request (AR) per second, AR Response Tim (RT), maximum RT, average throughput, error rate, etc.
Build a testing suite and work directly with the base codes so that you don’t overlook bugs or bottlenecks. Your developers will identify parts of your app that should be tested and also design your tests for a comprehensive understanding of the same.
Execute and prioritize test cases for every combination so that you can save time and costs. Use KPIs and behavioral analytics to determine these combinations.
Mobile traffic peaks during load testing will affect the entire application, and you should consult your team and check the analytics platform to make sure they correctly reflect the proportions of mobile and web users.
Your testing environment and end-user experience should be realistic by utilizing device simulations. Take into account parallel connections because mobile networks, devices, and applications enforce different policies wrt how many functions at a particular time. A customized user-agent header in your scripts ensures that the web/mobile server is transmitting the correct content to all the different devices.
Mobile phones access servers over third-party carrier networks, and this varies based on speed, latency, bandwidth, etc. Network virtualization will help imitate the network characteristics that mobile phones experience.
Mobile users could be accessing your application from various geographic locations. Depending on their location and connectivity, your users could experience multiple levels of performance. So based on historical data, your testers should run location-based load tests through the cloud system.
Record your test case scenarios from mobile devices to arrive at an accurate test result. This real-time recording when conducting mobile performance testing is essential when your web app can be recorded from the browser.
Engage end-user experience by testing on real devices and conduct load and functional testing on actual devices. Measure rendering time that you can correlate with backend times against the frontend of your app.
Testing in production is essential, and your test environment should resemble your production environment.
Today’s economy is driving people into becoming more dependent on their smartphones, so we shouldn’t skimp on mobile performance testing for our apps and websites. You should test your app/web performance for mobile user’s applications. Keep this checklist handy and have your testers adhere to it to deliver exceptional application performance successfully. Irrespective of your mobile user’s device, network condition, or location.
If you’d like assistance with your mobile performance testing strategies, don’t hesitate to hire a performance testing services company like Codoid. We can help you to decide which tools you’ll need to delight your users.
by admin | Dec 6, 2019 | Mobile App Testing, Fixed, Blog |
Nowadays, all mobile testing services companies want to ensure that their mobile app works smoothly. Compatibility testing is therefore done to see if the application runs efficiently on different platforms, devices, and networks by setting up an environment to test code on these parameters.
One of the types of compatibility testing is mobile app testing, where you check if your software is compatible with various mobile operating platforms like Android/iOS. It is a type of non-functional testing. Forward compatibility testing checks the behavior of developed hardware or software with the newer versions of it while backward compatibility testing confirms the same with the older versions.
Compatibility testing invariably becomes difficult due to
Frequent launch of new mobile models that incorporate new technologies. Changes like UI, font size, CSS style, and color, increase the complexity of the testing procedure.
Testing not being limited to operating systems and technology features but also browser checks.
Device hardware features that impact the functionality of the application.
1: Create the device compatibility library and list every device model available in the market and note the following information: platform details, technology features, hardware features included in the device, and network and other technology features supported by the device.
2: Shortlist the device list based on region or country to cover the maximum target audience from your end-users. Consider using actual poll results or market analysis. Use DeviceAtlas, StatCounter, or Google Analytics to identify popular devices.
3: Divide all devices into a fully compatible vs. partially compatible list. A fully compatible device supports all technology features required to make the application work seamlessly. While partially compatible devices may not support some functionalities and cause an error. Android and iOS emulators designed for app testing make default browsers reproduce the look of the app on such devices accurately.
4: Use open-source and standards to check for 100 percent app functionality on devices from this list. Test automation (TA) relies on open source codes that are free and available, meaning no vendor lock-ins, thus increasing the scope and boosting productivity. These time-consuming yet rigorous tests that run automatically are not possible with manual testing.
5: Focus on the functionality that might not be supported by the device features and integrate the flow with complementary tools. Maximize your testing by selecting the most vigorous cross-platform method and sync it with a Continuous Integration (CI) , development, and delivery system. Automatically pushing the app to test devices via the cloud system, it will save time, generate faster results, and developers can fix bugs promptly.
Since compatibility testing validates your application and assesses its behavior across mobile devices and browsers, it requires maintaining a cross-platform matrix to ensure beta testers achieve coverage. Parallel and concurrent tests run on real devices and enable Agile methodologies so that developers can test frequently. TA connected with CI/CD systems helps each build get checked against the real environment.
With the number of devices and operating systems appearing on the market, their fragmentation poses a particular challenge to Mobile App testing services companies and quality assurance specialists. The ever-growing number of OSs, platforms, and devices makes it difficult for companies who are eager to take the lead in the industry. That’s why you should sign up with Codoid , to formulate the best mobile test automation strategy. Let us assist you in reducing timelines, eliminating QA bottlenecks, and shortening your release cycles.
by admin | Nov 30, 2019 | Mobile App Testing, Fixed, Blog |
So how does one test new mobile apps? Test cases/scenarios can be conducted based on your mobile testing requirements. These cases are organized based on Agile, mobile testing types, and developers are expected continuously to find and eradicate user-critical bugs. The constant operating system (OS) upgrades, new device additions, and localization need more efficient mobile app test cases that can help the QA team to uncover problems that can impact the user experience.
Without test cases, it’s challenging to track, understand, and resolve quality issues, especially if you’re using an agile and continuous software development life cycle to streamline the launch and deployment of your products. The smartphone scene is quickly developing as new devices, and OS get launched. Developers endeavor to stay abreast of the technological revolution by delivering new apps to the public soon. Mobile application testing has, therefore, become more complex and challenging. Mobile Apps center around the functionality that gives a user a superior experience, so any errors identified could lead to a derailment in the success of the app.
In case you need to check iOS and Android application stability, you should employ the Mobile
App test cases/scenarios to signify a good rating. There are many test cases to conduct, and below is an exhaustive list 30 such cases to consider when preparing a software testing strategy:
- Functional testing
- Performance testing
- Battery usage testing
- Usability Testing
- Compatibility testing
- Security testing
- Localization testing
- Recoverability testing
- Regression testing
- UI related testing
- Carriers testing
- Network connectivity testing
- In-app purchase workflow testing
- Device testing
- Load testing
- Monkey testing
- Integration testing
- Installation/uninstallation process testing
- Accelerometer testing
- GPS functionality testing
- Data consumption testing
- Time zone testing
- Hardware connectivity testing
- Social networking integration testing
- Laboratory testing
- Syncing issue testing
- Certification testing
- Restrict permission testing
- Compatibility with browser testing
- Multi-touch/single touch testing
Here are some practical tips while conducting Mobile App testing, and test scenarios are the easiest ways to test complicated systems. The following tips can help prepare optimal test cases/scenarios.
- Design a simple test scenario that is easy to understand.
- Focus on the project methodology instead.
- Test cases are run based on customer concerns.
- Learn through observation and derived results.
As a mobile app testing services company with a wide array of test case capabilities, Codoid is high up on the leaderboard in managing app testing. We determine the right combination of manual and mobile app automation testing so that you don’t have to create multiple suites for manual test cases and automated test scripts. We can help you identify automation scripts to modify and re-use as per your requirements. If you have any queries related to app testing, hire us as a testing expert for your project. As you build your step-by-step mobile testing strategy, contact us, and let’s ensure you have exceptional customer experiences.
by admin | Dec 9, 2019 | Mobile App Testing, Fixed, Blog |
Test automation experts find manually testing mobile apps time-consuming and since it is prone to more errors, pointless. However, not all the test cases are worth building an automation framework for due to high costs, and some are therefore not fully automated. Since mobile test automation brings higher ROI, Manual Mobile Testing (MMT) is advantageous in many use case scenarios. If handled right, it can fine-tune every aspect of your application.
It is unparalleled in terms of functionality and first impressions as testers derive feedback as authentic to that of the end-user. The flexibility and the ability to simulate real user actions make it more applicable, and hence many mobile app testing service companies invest in a strong QA team.
On the one hand, while usability, UI, compatibility, one-time, ad-hoc, localization, and internationalization testing can benefit from Manual Mobile Testing, it is not the best option for regression, continuous, load, and performance testing.
Being a widespread testing practice exercised by QA engineers and testers, for your Manual Mobile Testing to be successful, you need a testing framework. Structured tests will help you find bugs systematically, and you can repeat the same test on multiple devices. So, here are seven essential steps to remember while testing an app manually:
Step 1: Draft an action plan – Identify test cases that are better off checked manually and then group use cases based on what should be tested (navigation, UI elements, interruptions, screen, login/logout, navigation, etc.)
Step 2: Determine the click path – Go through all use case scenarios, write down a detailed click path, and optimize the time per test session while repeating the same test on different devices. If you discover a bug, you’ll be able to reproduce it to verify if it is unique to one device or common to all.
Step 3: Research your market and test on diverse devices – Every app should work error-free on most devices of your primary target base. It should be tested accordingly to meet the demands of a growing consumer dependable market. There are different tools to help create and narrow down a device pool, like the google developer console. Choose devices with different characteristics from hardware to software, screen sizes to manufacturers.
Step 4: Validate through short sessions – Organize use cases to keep test sessions short. Test exclusively what you decided to test beforehand. Add new scenarios to the use cases list, but don’t check them on the spot. During long testing sessions, getting distracted and making mistakes can invalidate the test. So test with a plan, or else you will forget to add steps to your click path and fail to repeat the same test on other devices.
Step 5: Perform the repeat rule – To catch new bugs that can arise after code modification, repeat all the steps in the same sequence. Perform the same test on all of the devices you chose for your MMT to minimize the possibility of human error.
Step 6: Track and document results – Track your bugs efficiently and make sure to write down all the information from every use case scenario. So that you can test that part again after the bug is fixed, and if you find another bug, you can add it to the list of detected malfunctions.
Manual testing has become paramount, especially when it comes to usability and accessibility of mobile apps. Meant to be a starting point, it helps you structure your ideas and keep everything under control by outlining a clear testing pattern. If you join hands with a QA Services Company like Codoid, you’ll notice the efficiency of your mobile testing efforts improving in no time. That’s why we put together these six steps that act as the ultimate checklist you need to structure your tests and make your Manual Mobile App Testing nearly flawless.
by admin | Dec 18, 2019 | Mobile App Testing, Fixed, Blog |
Let’s dive right in, 5G networks is an evolution of today’s Long Term Evolution (LTE) technology. It provides exponential growth in bandwidth up to 100 times faster than existing cellular connections, while latency is in the 1-millisecond range. 5G test software, practices, tools, and protocols are being developed for the deployment phase of testing. Millimeter-wave and beamforming at super-high frequencies can cause obstacles due to propagation loss from environmental conditions.
Although Over The Air (OTA) testing is less consistent, it is more sophisticated because it is used frequently for conducted mode testing, which can’t be done without distinct connection points. The number of RF channels will increase significantly, and channel emulation gets complicated with 5G in comparison to linear expansion in 3G/4G.
Importance of 5G Testing
5G will enhance everything from mobile broadband to the Internet of Things (IoT). Mobile App Test companies will benefit if their QA engineers develop systems for the next generation of wireless networks. With no cable access, devices must be tested through OTA testing. Various test challenges, including configuration, coverage, and repeatability, are faced by mobile app testing services companies.
5G components and devices must be tested with new techniques and methodologies. Multi-vendor wireless for 5G networks standard test architecture and measurement plays a crucial role in moving forward with design, characterization, configurations, manufacturing, and validation for hardware/software. Maintaining optimal performance through innovative 5G testing practices can keep you ahead of the game by minimizing chamber testing without compromising on test coverage and accuracy.
Challenges with 5G testing
Beamforming, mmWave and other applications create test challenges, for the QA team who must organize static tests on devices in active environments. QA Engineers must obtain accurate measurements so that the tests are efficient and cost-effective. Mobile terminals today have built-in antennas so a measurement connector would cause issues. Reverberation and anechoic test chambers perform OTA testing, and superior results from far-field measurements (FFM) on mmWave designs are achieved. The combination of beamforming and millimeter-wave utilization delivers 5G pathways and infrastructure.
5G Revolution Preparation
It is a complicated endeavor that requires meticulous planning and perfect execution. The application of an optimized 5G test toolkit within every deployment stage will guarantee success, but they might get compressed and overlap. 5G standalone (SA) mode configurations make the LTE coverage an anchoring technology because standardization of 5G test models is the key to building accurate test practices. Self-drive cars, Virtual Reality (VR), smart cities, and IoT are some of the innovations that are possible because of the 5G bandwidth and latency. The deployment of 5G networks means that requirements for standalone mode take shape, and the demand for cost-effective 5G testing tools increases.
Cost of Test
To control 5g Networks test costs, your QA team must decide which tests are a priority in the OTA chamber. A margin of error is possible when vital specifications in chipsets, devices, and carriers need large amounts of protocol tests. Verified protocol stacks that don’t require RF measurements are tested without a chamber, and the success of 5G is due to the subsequent testing cost reduction.
Cost of Test
Test solutions need to be built on flexible and scalable platforms so that you can integrate extended capabilities when needs and standards advance. 5G networks should perform under a structured deployment as per specifications and operator roadmap. To achieve this, mobile testing services companies must create a robust environment across multiple industries within the business. It should be built with a reliable QA team well versed with the 5G technology, like the one we have at Codoid. So, if you’re looking to employ the best QA company to solve your 5G Networks integrated testing, submit a request form on our contact page.
