High-quality testing will influence consumer demand for the application. But to ensure adequate verification, you must apply various mobile application testing techniques. It is a rather labor-intensive process. To make this task more accessible, we will present the primary testing process in this article.
Most testers use the Agile methodology for testing. Every year, the requirements for software quality become more stringent. During the application development process, checks must be carried out throughout the product creation process. Therefore, quality assurance specialists must create test cases, and developers must issue program sections to testers for verification to ensure prompt release of products to the consumer market. After all, timing plays an important role.
In addition, the development process must provide integration and continuous delivery (CI/CD). In this case, the code is created in minor, systematic updates. Instead of checking the entire software, studying individual functions and sections of the program is possible. Because the code is generated in small sections, it is limited, and end-to-end testing is carried out before the release of products.
To ensure rapid testing with high-quality functionality and the required level of security, you will need to follow a particular strategy during the software verification process.
First, you need to figure out what functionality needs to be tested. Until recently, specialists determined the verification strategy and selected the testing methodology. But Agile is on the side of working software, not comprehensive data, so it will not be possible to capture the strategy formally. But you still have to determine it and, based on it, select the types of checks:
- functional (e.g., account creation and login, integration);
- usability (convenience of consumer use);
- on productivity (connection efficiency);
- ensuring high security – confidentiality, and protection from cyber-attacks.
Having decided on the types of checks, you will need to select a testing environment (location), including considering multilingualism to eliminate language barriers in the process of using the product. Next, the coverage area is determined: combinations of operating systems with electronic devices.
The testing area determines whether manual testing is necessary or whether this process can be automated. Since it is difficult to calculate in advance, it is worth taking care of a reliable testing partner, visit website of the full-cucle QA company, who can promptly suggest the right steps and if necessary, conduct automated software testing.
Defining and breaking the testing method into an action plan detailing what will be tested and over what period is essential. At this stage, the formation of a set of tests (test scripts for automated verification) will be necessary. Currently, specialists use both manual and automatic testing, depending on the type of task.
Most often, the automated method is used for repeating cases and checking the reliability of the code (throughput, scalability). However, mechanical checks will only ensure full compliance with the application in the natural user environment. Therefore, manual testing with manually written test scripts is sometimes used to increase the efficiency of testing.
At this stage, you need to evaluate the importance of test automation, determine the share of automatic and manual testing, and determine the main goals they should fulfill.
Upon completion of all preparatory actions, the testing itself is performed. The characteristics of the audits will depend on the scope, coverage of the audit, and the frequency of software updates (every day, every week, or every month). Manual and automated testing will depend on the task’s characteristics. The use of more than one type of verification is not used.
Various gaps and errors in the software are usually discovered at the end of testing. In this case, you will need to prioritize the mistakes and resolve them as the importance and severity of the detected problem decreases. Problems can be monitored using special software (tools). In the case of outsourcing, the tester can send defects discovered directly to the project management system.
There are several degrees of detected errors in software:
- low – does not have a severe impact on the functionality of the application (for example, an error was detected in the spelling of the user interface);
- medium – functionality is slightly limited, but there are alternative workarounds to this problem;
- high – essential functions are blocked, but there is also an alternative bypass option;
- blocking – the most essential functions are completely blocked, and the user has no alternative way to circumvent this problem.
Therefore, one of the crucial points is to prioritize the detected problems in the software of the created application. This allows you to manage the verification process of made products effectively. There are times when there will be a lot of minor errors, which will increase the complexity of eliminating severe problems that can lead to a complete application failure.
A report on the completed verification is compiled at the final stage of application verification. The following results must be included in this report:
- types of electronic devices;
- types of operating systems;
- number of successful and unsuccessful checks passed;
- recommendations on how well the developed product meets the requirements and whether it can be released onto the consumer market.
Reporting is essential because it provides a complete picture of the testing process performed and shows the failed tests according to the relevant criteria.
The testing process is a complex and time-consuming task, during which it is necessary to choose the right strategy, decide on an action plan, and create the required test scenarios for manual and automated checks. If everything is provided correctly, the software testing for the application will be as effective as possible, and the products will promptly reach the consumer market.