Verlab

In today’s tech-driven world, there are a range of critical systems and practices that come into play behind the scenes, all of which contribute to our daily technology and software use. For example, API testing is an important function for nearly all modern web applications. Similar with mobile technology, API testing is what makes it all possible. Additionally, when two different software applications are interfacing and communicating with one another, API testing becomes even more critical.

In this short article, we’re going to talk about microservice testing using Postman. Continue reading to learn more about this process.

What Is An API?

If you’ve seen the acronym but aren’t sure what it stands for, an API, or an Application Programming Interface, is precisely that. An interface that allows different software applications and programs to communicate with one another. 

When you’re relying on multiple software applications to perform a single function, knowing that these programs are clearly communicating with one another is absolutely crucial. For instance, Adobe’s Creative Cloud features a number of software applications that are all able to seamlessly communicate with one another. For instance, changes to a photograph made in Adobe Bridge can be written onto the file and carried directly over to Adobe Photoshop seamlessly. This type of connectivity and communication is becoming more and more important with the passing of every day.

What Is Postman?

Postman is one of the most popular API testing tools available today because it offers quick and exploratory testing, in addition to automated testing functions. With that said, it is clear that Postman is designed to simplify the API testing process, so that programmers and engineers can focus on the results, as opposed to the process.

The Postman app is simple and easy to use, and it offers users the ability to create a free account right through the dashboard. From there, all you have to do is log in to begin making your first API request. The system offers a few building blocks to help you get st7arted, in addition to some templates to use for your test. 

Then, when it’s time to run your test, Postman will be able to return results to you in just a few seconds. Once you sort through the data and the report, you’ll be able to gain a deeper understanding into just how your applications are interacting and communicating with one another. 

What We Do

As a software testing agency, we provide a microservice designed to provide seamless API testing through Postman. From automated test solutions driven by Postman, to software quality assurance testing services, we handle it all.

If you’ve never run an API test before, don’t worry – we’d be happy to show you how it’s done. Now that you understand the API testing process through Postman, you’ll have a good idea of the same steps that we’ll take to run your QA testing services.

In case you're prepared to move from manual to automated testing, you're in the correct spot. Software testing consulting is done for manual or automated.

Continue to peruse to figure out how to begin automating mobile application testing. In this article, you will find out about…

 ·       The experiments you ought to focus on when beginning automation.

·       The frameworks that can assist you with automate your mobile tests.

·       The test execution environments and stages ideal for mobile testing.

Why Should You Be Automating Mobile App Testing?

Automating mobile app testing is key to testing faster and extending test coverage, both on platforms and test scenarios. Mobile app automation is notoriously complex, but most test cases can successfully be automated.

Automate Wisely: Where to Start

At the point when done erroneously, automation can be flaky thus tedious it's not worth the work to set up. You need to stay away from this to get however much ROI out of your automation as could reasonably be expected.

At the point when executed deliberately, there are many test automation benefits you'll encounter. These incorporate quicker input, quicker bug revelation, improved danger alleviation, expanded test inclusion, and snappier chance to deliver.

That being said, in case you're simply beginning with automating mobile application testing, it is suggested you start little. Try not to attempt to mechanize everything simultaneously. Truth be told, you won't actually be automating the entirety of your tests.

So where do you start? At the point when you are testing mobile applications, it is suggested that you begin automating on three explicit kinds of test cases: unit tests, integration tests, and practical tests. These tests ought to be your most noteworthy need for automating, and they are a decent beginning stage for somebody simply beginning.

Top Tests to Automate

1.     Unit Testing  

Unit testing is the fastest strategy for testing. These tests are exceptionally reusable, and they are simpler to investigate, commonly with an ease to fix.  

2. Integration Testing 

Integration testing ensures that everything functions true to form on interfaces and modules. Automating these tests is useful on the grounds that it quickens the testing time and gives criticism all the more rapidly.  

3. Functional Testing  

Utilitarian testing is another kind of testing to be focused on for automation. Automating useful UI tests can assist you with evaluating how your application capacities across gadgets, OSes, and different varieties. Given that the mobile scene is so divided, this is vital.

Selecting an Automation Framework for Mobile Testing

Whenever you've settled on what tests to begin automating, you need to choose an automation system.

For automating mobile application testing, you have a lot to pick from. Pick one that is solid, lines up with your goals, coordinates with your toolchain and current cycles, and supplements the range of abilities of your group.

Here are a couple of test automation systems for your contemplations.

Appium  

Appium is an open source structure. It is the main system for mobile application testing. Appium has an exceptionally dynamic community, which can be useful for those simply beginning with automation.  

Coffee  

Coffee is another open source system for mobile testing. However, this system is Android-explicit. Made by Google, it's ideal for Android UI testing.  

XCUITest  

XCUITest is an open source testing system, however just for iOS applications. It's created and kept up by Apple and is ideal for iOS-explicit UI test automation. XCUITest is an engineer cordial structure for unit and practical testing.  

Quantum  

It is a BDD testing structure. That implies you don't have to know code to compose test contents. You can make test streams in plain language with Quantum, which is extraordinary for groups without coding abilities.

Executing Your Mobile App Tests

Once you’ve landed on a framework and you’re ready to execute your tests, you’ll have a few decisions to make.  

The first pertains to the types of platforms you’ll run your tests on. Will you execute your tests on real devices or virtual devices, such as simulators and emulators? Or, will you use a mix of both?

We have discussed in our previous blogs about Virtual Devices & Real Devices.

Start Automating Mobile App Testing with Verlab.io

With regards to application testing, you have alternatives. You can go the on-prem course and test on actual gadgets in your office. Or on the other hand you can pick a cloud framework, which permits you to test on gadgets distantly. From that point you can look over two changed sending types: public or private mists.   This blog will separate public and private mists and the advantages of utilizing devoted gadgets. Simply continue to peruse to find out more and check whether they are ideal for you.

Benefits of Testing in Clouds!

More organizations are picking cloud-based testing to kill the cerebral pain of overseeing on-prem solutions and backing far off testing groups.

As a rule, cloud-based arrangements offer various points of interest to dev and testing groups over on-prem arrangements. For instance, cloud test automation offers:

·       Brisk admittance to stage refreshes and new gadgets/stages to test against.

·       Far off access for worldwide groups or the individuals who are telecommuting.

·       Endeavor grade versatility of mechanized testing.

·       Expanded test inclusion of situations and stages.

·       Improved cooperation across the entire group.

Public Clouds

In the event that you need to utilize a cloud framework for testing, you can browse a public cloud or a private cloud. Public cloud house gadgets that are divided between different groups. These gadgets are utilized for testing, at that point cleaned off for the following client. For certain groups, public testing cloud bode well.

Private Clouds

Then again, private cloud hold committed gadgets for singular groups to test on. Nobody else can get to these gadgets for testing. Private cloud with devoted gadgets can offer progressed network associations. For instance, Perfecto's private cloud accompany admittance to cell administration, permitting you to do genuine client recreation testing and test your application under changing organization conditions.

How Do Dedicated Devices Work?

Numerous organizations like to have a secretly facilitated testing cloud for the most secure and custom experience. A private cloud model is explicit to a solitary association. All clients, tests, reports, and gadgets are 100% committed to the private cloud. Literally nothing is shared.

In contrast to the public cloud, you pick which gadgets and programs you need. Gadgets can be allotted to groups as required and there are no time limits. Inside the private cloud, your association has full command over the gadgets and security, including VPN and whitelisting.

Private cloud bundles likewise accompany progressed highlights and limitless scaling. The private cloud offering is ideal for associations looking for full authority over the gadgets, esteem the private security that can be applied to this sort of cloud, or are hoping to scale test automation.

2 Benefits of Testing on Dedicated Devices

1. Account & App Management

Dedicated devices give you all day, every day gadget accessibility for your organization, so you never need to stress over gadgets being used when you need them.

Dedicated devices likewise permit you to keep a similar client environment, as:

·       Same gadget design (model and OS).

·       Same introduced and running applications.

·       Signed in records (application stores).

·       GPS area.

Device language.

In the Verlab stage, we additionally permit clients to control further developed settings, as:

·       Organization condition of the gadget (2G, 3G, 4G, 5G, Wi-Fi, and the sky is the limit from there).

·       Unique mark or FaceID enlistment.

·       SIM card with global number

Not setting up these client environments each time you run your tests makes for less complex and quicker execution.

2. Unparalleled Security

In testing, dedicated devices simply offer better security. There are several environments that need to be reached during testing: Staging. QA. Pre-prod. Prod. For low-tier environments, like staging and QA, access may be established via VPN or a whitelisting only. At Perfecto, we keep the data secured and only private devices can access customer-sensitive data environments.

Software has become the norm in this day and age. From the moment you wake up to when you go to sleep, we deal with software in many ways whether it’s purchasing an item or booking a flight. It also comes in many forms spanning from API services, such as a google API or twitter API, to client-side applications like IOS and Android, and to browser/web applications. Regardless of what form, in order for a software to be successful, it must go through proper testing. One of the major ways of testing is manual testing.

Manual Testing

Essentially, manual testing allows one to check if there’s any major issues in the expected functionality and usability of a software. The key factor is that the testing is done without any automation.

Process of Manual Testing

1.    Story Analysis

2.    Test Planning

3.    Test Cases

4.    Bug Tracking

Story Analysis

Before someone can write any test cases, they have to read the user story. What consists of a user story? It can be a feature overview; a product manager has to define what this feature is supposed to do and what the acceptance criteria is. The tester must understand what is being tested and the test basis.  What are some of the functionalities that must be met in the acceptance criteria in order for this feature to be considered completed?

Test Planning

In simple terms, test planning is how one would carry out a specific feature test. For example, if there was a mobile app and the feature to test was Gmail inboxes, in this stage, the tester needs to contemplate what would be needed to in order to test this feature. In this situation, one of the things he/she would need is an access to a specific environment where the code is testable such as a QA environment. It is essential to know all the tiny details needed while planning to perform the tests cases.

Test Cases

In this stage, the tests will actually be executed. There are many types of tests:

●      Smoke test – Testing the app’s stability without really knowing the functionality of it. It tests the main basic requirements that would enable for further testing. In the Gmail example, some smoke testing would include logging in and trying to send an email.

●      Functional/Feature testing – Testing a feature to make sure it meets the requirements. One of the main objectives is to find out all the different ways that a specific feature can be used. There’s an acceptance criterion that needs to be mapped in order for these features to get deployed. In the Gmail inbox example, the tester would refer to the requirements and write down all of the possible ways he/she can test this feature to ensure that it is working as expected. The tester would need to be testing the feature more extensively coming up with edge cases, doing boundary analysis, and essentially doing all of the possible ways they can break the system/requirements.

●      Exploratory Testing – Generally this is testing as if you don’t know any of the requirements. Going back to the inbox example, after the developer builds this inbox, he/she gives it to the tester. The tester will just be testing to make sure if it’s working or not without looking at the requirements, etc. What the tester would be focusing on is if the system is usable, user-friendly, if there’s any crashes, and its performance.

●      Regression Testing – When developers build a new feature, there’s always a chance they may break some existing functionality within the app, whether it’s because the code touched other areas where the logic got manipulated or something else. This is where regression testing comes in to make sure the other areas of the apps that was preexisting before the new feature was implemented are still intact. Therefore, the tester will go back and execute all of the older test cases to confirm that the previous features are still working as expected along with the new feature.

Bug Tracking

At any point when your performing these tests, regardless of which kind of testing, if the system isn’t working as expected or if something weird happens such as a crash which was not defined in the requirement, the tester should log this as a bug defect. After recording the bug defects, the tester would need contact the developer. The developer would confirm the bug and make the necessary changes in the code, give the new build for the tester to test it, and if it works as expected, it can be closed.

                                          Cycle of a bug defect 

In conclusion, testing is very important for any app to be successful. Make sure you have a very strong QA (quality assurance) team who is testing the app often and all its new features before it goes into production.

In case you're prepared to move from manual to automated testing, you're in the correct spot. Software testing consulting is done for manual or automated.

Continue to peruse to figure out how to begin automating mobile application testing. In this article, you will find out about…

 ·       The experiments you ought to focus on when beginning automation.

·       The frameworks that can assist you with automate your mobile tests.

·       The test execution environments and stages ideal for mobile testing.

Why Should You Be Automating Mobile App Testing?

Automating mobile app testing is key to testing faster and extending test coverage, both on platforms and test scenarios. Mobile app automation is notoriously complex, but most test cases can successfully be automated.

Automate Wisely: Where to Start

At the point when done erroneously, automation can be flaky thus tedious it's not worth the work to set up. You need to stay away from this to get however much ROI out of your automation as could reasonably be expected.

At the point when executed deliberately, there are many test automation benefits you'll encounter. These incorporate quicker input, quicker bug revelation, improved danger alleviation, expanded test inclusion, and snappier chance to deliver.

That being said, in case you're simply beginning with automating mobile application testing, it is suggested you start little. Try not to attempt to mechanize everything simultaneously. Truth be told, you won't actually be automating the entirety of your tests.

So where do you start? At the point when you are testing mobile applications, it is suggested that you begin automating on three explicit kinds of test cases: unit tests, integration tests, and practical tests. These tests ought to be your most noteworthy need for automating, and they are a decent beginning stage for somebody simply beginning.

Top Tests to Automate

1.     Unit Testing  

Unit testing is the fastest strategy for testing. These tests are exceptionally reusable, and they are simpler to investigate, commonly with an ease to fix.  

2. Integration Testing  

Integration testing ensures that everything functions true to form on interfaces and modules. Automating these tests is useful on the grounds that it quickens the testing time and gives criticism all the more rapidly.  

3. Functional Testing  

Utilitarian testing is another kind of testing to be focused on for automation. Automating useful UI tests can assist you with evaluating how your application capacities across gadgets, OSes, and different varieties. Given that the mobile scene is so divided, this is vital.

Selecting an Automation Framework for Mobile Testing

Whenever you've settled on what tests to begin automating, you need to choose an automation system.

For automating mobile application testing, you have a lot to pick from. Pick one that is solid, lines up with your goals, coordinates with your toolchain and current cycles, and supplements the range of abilities of your group.

Here are a couple of test automation systems for your contemplations.

Appium  

Appium is an open source structure. It is the main system for mobile application testing. Appium has an exceptionally dynamic community, which can be useful for those simply beginning with automation.  

Coffee  

Coffee is another open source system for mobile testing. However, this system is Android-explicit. Made by Google, it's ideal for Android UI testing.  

XCUITest  

XCUITest is an open source testing system, however just for iOS applications. It's created and kept up by Apple and is ideal for iOS-explicit UI test automation. XCUITest is an engineer cordial structure for unit and practical testing.  

Quantum  

It is a BDD testing structure. That implies you don't have to know code to compose test contents. You can make test streams in plain language with Quantum, which is extraordinary for groups without coding abilities.

Executing Your Mobile App Tests

Once you’ve landed on a framework and you’re ready to execute your tests, you’ll have a few decisions to make.  

The first pertains to the types of platforms you’ll run your tests on. Will you execute your tests on real devices or virtual devices, such as simulators and emulators? Or, will you use a mix of both?

We have discussed in our previous blogs about Virtual Devices & Real Devices.

Start Automating Mobile App Testing with Verlab.io

With regards to application testing, you have alternatives. You can go the on-prem course and test on actual gadgets in your office. Or on the other hand you can pick a cloud framework, which permits you to test on gadgets distantly. From that point you can look over two changed sending types: public or private mists.   This blog will separate public and private mists and the advantages of utilizing devoted gadgets. Simply continue to peruse to find out more and check whether they are ideal for you.

Benefits of Testing in Clouds!

More organizations are picking cloud-based testing to kill the cerebral pain of overseeing on-prem solutions and backing far off testing groups.

As a rule, cloud-based arrangements offer various points of interest to dev and testing groups over on-prem arrangements. For instance, cloud test automation offers:

·       Brisk admittance to stage refreshes and new gadgets/stages to test against.

·       Far off access for worldwide groups or the individuals who are telecommuting.

·       Endeavor grade versatility of mechanized testing.

·       Expanded test inclusion of situations and stages.

·       Improved cooperation across the entire group.

Public Clouds

In the event that you need to utilize a cloud framework for testing, you can browse a public cloud or a private cloud. Public cloud house gadgets that are divided between different groups. These gadgets are utilized for testing, at that point cleaned off for the following client. For certain groups, public testing cloud bode well.

Private Clouds

Then again, private cloud hold committed gadgets for singular groups to test on. Nobody else can get to these gadgets for testing. Private cloud with devoted gadgets can offer progressed network associations. For instance, Perfecto's private cloud accompany admittance to cell administration, permitting you to do genuine client recreation testing and test your application under changing organization conditions.

How Do Dedicated Devices Work?

Numerous organizations like to have a secretly facilitated testing cloud for the most secure and custom experience. A private cloud model is explicit to a solitary association. All clients, tests, reports, and gadgets are 100% committed to the private cloud. Literally nothing is shared.

In contrast to the public cloud, you pick which gadgets and programs you need. Gadgets can be allotted to groups as required and there are no time limits. Inside the private cloud, your association has full command over the gadgets and security, including VPN and whitelisting.

Private cloud bundles likewise accompany progressed highlights and limitless scaling. The private cloud offering is ideal for associations looking for full authority over the gadgets, esteem the private security that can be applied to this sort of cloud, or are hoping to scale test automation.

2 Benefits of Testing on Dedicated Devices

1. Account & App Management

Dedicated devices give you all day, every day gadget accessibility for your organization, so you never need to stress over gadgets being used when you need them.

Dedicated devices likewise permit you to keep a similar client environment, as:

·       Same gadget design (model and OS).

·       Same introduced and running applications.

·       Signed in records (application stores).

·       GPS area.

Device language.

In the Verlab stage, we additionally permit clients to control further developed settings, as:

·       Organization condition of the gadget (2G, 3G, 4G, 5G, Wi-Fi, and the sky is the limit from there).

·       Unique mark or FaceID enlistment.

·       SIM card with global number

Not setting up these client environments each time you run your tests makes for less complex and quicker execution.

2. Unparalleled Security

In testing, dedicated devices simply offer better security. There are several environments that need to be reached during testing: Staging. QA. Pre-prod. Prod. For low-tier environments, like staging and QA, access may be established via VPN or a whitelisting only. At Perfecto, we keep the data secured and only private devices can access customer-sensitive data environments.