software testing

When we think about software testing, the first thing that springs to mind is checking the app's features and functions. Developers are apprehensive about their application's behavior; therefore, they run several tests to ensure it works properly. However, modulated testing isn't the only issue to solve. In addition to testing the core functionality of the built program, it is also necessary to assess its performance when exposed to external situations. Said performance testing is a type of software testing that seeks to establish whether or not a built application can withstand a certain amount of stress. The main aim of performing performance tests is to determine how well a website operates in terms of speed, reliability, and robustness in the external world. Performance testing is the ideal option for developers concerned about the application's efficiency. Performance testing confirms the following: The response times of the page, the network, and the browser Server request processing times The ability to handle several requests at the same time The processor's memory use determines errors. Is it Important to Perform Performance Testing? Is performance testing essential? If you've built great software with unique features that the entire team has functionally tested and verified. The software appears to be complete and ready for release. You can safely disregard this warning and proceed with the software installation. However, let me know what happens if you do not test your software for performance. This form of testing is used to determine when the software starts to act up or when the site's maximum capacity is reached. What is the purpose of performance testing? Performance testing can assess various success elements, including response times and potential errors. You may confidently detect bottlenecks, defects, and blunders with these performance results in hand and decide how to optimize your application to eliminate the problems. The most prevalent difficulties that performance testing reveals are speed, response times, load times, and scalability. Page Speed: When using software, the page load speed is the most critical factor to consider. A slower website drops in search engine rankings, reducing its visibility. Software developers should add performance testing services to verify that the website performs well under pressure. The user would not abandon the site if the page loaded quickly enough. Scalability: The software application's scalability comes in second. Along with assessing the website's speed, it's critical to understand how the same would act if you added another CPU or how the load would shift with new hardware. Stability: You don't want to go offline on days when there's a lot of traffic. Performance testing services ensure that the website can handle and perform alongside any situation. Black Friday and Cyber Monday are approaching, and a sudden influx of visitors might jeopardize your website's reliability.   Long Response Time: The period between a user submitting data into an application and receiving a response is poor response time. Users' interest in the program is considerably diminished by long response times. Bottlenecks: They are systemic stumbling blocks that reduce an application's overall performance. Hardware issues or bad code are frequently the culprits.   Process of Performance Testing While testing methodologies differ, there is a general framework you can use to meet the specific aim of your performance tests, which is to ensure that everything works as it should in a range of situations while also discovering flaws. 1. Determine your testing environment.It's critical to know the specifics of the hardware, software, and network settings you'll be using before you start testing. It is easier to identify problems that testers may face when they thoroughly understand the environment. 2. Establish Acceptance Criteria for PerformanceBefore doing the tests, you must clearly describe the application's success criteria, as they will not be the same for every project. If you can't figure out your success criteria, use a similar app as a benchmark. 3. Create scenarios for planning and performance testing It's important to determine how consumers use your app to conduct reliable tests. It's critical to identify crucial procedures and data points to run tests that are as realistic as possible: Create a test environment. Carry out the test plan Tests should be run and monitored Analyze, adapt, and repeat the experiments if necessary. After completing your testing, you'll need to examine and combine the results. After the necessary changes have been made to remedy the issues, tests should be rerun to ensure that any remaining issues have been eliminated. Performance Testing Types Although performance testing is a single phrase, it encompasses a variety of other qualities. There are three tests in that are used to validate the website's efficiency. Performance Testing It all starts with determining or testing the software application's responsiveness. It is a continuous procedure carried out at regular intervals to assess the problem and then work to resolve the performance difficulties. Testing after the program isn't recommended since if the product has major speed difficulties, post-development becomes a time-consuming and tiresome task. Performance testing, it appears, proves the software's dependability under adverse conditions.    Benefits: Before delivering the final version of the product, identify and correct any inconsistencies. Improves capacity testing efforts to verify if the program matches the user's expectations. Recognize and correct functional errors as soon as possible. Loading Testing Load testing is used to determine how long an application will last after being constructed. For example, a website might handle a thousand visitors effectively but fail to simultaneously take a hundred thousand requests. Load testing verifies that the application can operate without fail under various load circumstances. Load testing also determines the time it takes for a website to load or its speed under high-traffic situations. This aids the developer in adapting the program to withstand the increased load. Benefits: The device's functionality is tested by verifying the required throughput to manage peak loads. Examine whether the application's load balancer is enough. Recognize software concurrency concerns. Stress Testing This form of testing is used to determine when the software starts to act adversely or when the site's maximum capacity is reached. Software testers do stress testing to see how much traffic will cause a break and whether or not it will recover after crashing. Knowing the website's stress level gives developers a better understanding of its performance and allows them to implement strategies to make the application more resilient to stress. The testing would enable developers to understand the flaws and problems that appear under pressure and correct them to boost user trust. Benefits: Determines whether the software may crash in unusual circumstances. Demonstrate the application's maximum load capacity. Preventing application flaws. Anticipate application failures. Performance testing services are essential for any program, whether a mobile app or a desktop application. The testing services detect everything from scalability to performance, dependability, and robustness. While this can be done manually, today's testers use automation to undertake software performance testing and improve outcomes, increasing the product's efficiency and allowing for on-the-go testing.   https://q-pros.com/online-test-request/ ...

The Software is the only item that significantly impacts a much larger audience in today's digital environment. As a result, software testing procedures are critical, and it assists programmers to resolve a variety of bugs. These defects can be anything from a misplaced semicolon to a vital company's necessity. As a result, software testing is a critical component of a test-driven development environment. Software testing guarantees that the Software is functional and meets the users' needs. Testers use manual and automated procedures to execute various tests. We'll learn more about software testing and how it helps company software run correctly in this blog. What is software testing? Software testing is a critical process that provides testers with an analysis to identify and evaluate the program. It checks whether the freshly generated app complies with the Business Requirement Specifications. The Software Testing Life Cycle is a well-known continuous procedure, and this procedure works in tandem with the software development life cycle. Here we will show you the top seven reasons why software testing is vital for businesses: 1. Cost-effective Many initiatives make up software testing. The cost-effectiveness of software testing services is one of the essential factors firms consider. Fixing an issue is cheaper if detected early in the development process. As a result, you must finish the testing as soon as feasible. So, every business owner hires a tester or quality analyst who has excellent experience and thorough knowledge of the projects to save them from a big loss of the end phase.  2. Safety and security One of the important reasons for software testing is security. And considering it could be the wisest decision of all. Software testing is a critical, delicate, and vulnerable part of the process. As a result, security is regarded as the most trustworthy basis for users to believe in the Software's quality. One factor that assures that the product is safe to use is security. 3. Product Consistency Before launching a product or application, every testing team must ensure that the device is compatible. When launching an app, it should be compatible with various devices and operating systems. The product's requirements ensure that some items securely come to life for your client's service. 4. Customer Satisfaction Consumer satisfaction is a term used to describe how satisfied a customer is with a product or service. The product owner's primary purpose is to provide the maximum customer satisfaction possible. Adopting a software testing process is critical since users have the best possible experience. If you choose the best project in a crowded market, you will build a reputation with trustworthy clients. 5. Improve the development process Adopting a testing strategy is essential since users receive the most outstanding experience possible. You will be able to build a reputation as a trustworthy client. With the help of testers, Quality Assurance can identify various scenarios and faults.It's effortless, and the developers need to fix it immediately. In addition, software testers and developers should work together to speed up the development process. 6. Determine the performance of the Software Software testing is regarded as a simple alternative because it aids in determining the Software's performance. If you release Software without first testing it, users will no longer want to use it and may even lose faith in the firm that sells it, and the company's reputation will eventually suffer as well. The Software must be given to the public once extensively tested and proven to work. Even after the product has been introduced, constant testing is required to maintain the product's reputation. If the Software performance suffers, everything is lost. As a result, testing is the most incredible alternative for determining program performance. 7. It's simple to add new features It's more challenging to update code that's been around for a long time and is interrelated. This propensity is countered with tests, allowing developers to add new features reliably. Changing older parts of your codebase as a new developer might be a scary prospect. You'll know whether you've broken anything critical if you use tests, in any case. These new features allow your program to stand out from the crowd and outperform the competitors. Software testing is a sophisticated process that verifies the product's flawless quality, and testing also improves usability, adds functionality, and lowers maintenance costs. Make sure to recruit a team that includes skilled software testers who can safeguard your product with the most up-to-date tools and procedures.   https://q-pros.com/online-test-request/ ...

The Blockchain Implementation world should be familiar to everyone who works with digital currencies. After conducting thorough research, we have concluded that blockchain technologies may be leveraged to transform your company. Follow these guidelines on how to test blockchain implementation. The Following are the steps involved in Testing Blockchain Implementation: 1. Starting with a Use Case   To begin, this is the most crucial step in the blockchain implementation process. To identify a use case, you must first research, explain, and organize your blockchain requirements. Next, you must choose relevant blockchain use cases to examine, research, and explore extensively before incorporating them into your blockchain implementation. 2. The Importance of Creating a Proof of Concept (POC)   The next stage is to construct a valid Proof of Concept (POC) for your use case. POC is a strategic approach for determining whether or not a blockchain implementation is feasible for your company. It's critical to emphasize that "direction" is essential to developing your Proof of Concept. You should be able to see what your actions might lead to. In a nutshell, you should be tactical and deliberate in your actions and conclusions. The steps for creating a Proof of Concept are as follows:   Create and adhere to a set of standards that describe the scope of your company’s endeavor. Make a prototype that includes sketching, design, coding, architecture, and other elements. Put your prototype to the test. Analyze your MVP with the bare minimum of desired top characteristics. The term "minimum viable product" refers to a product that meets the basic minimum requirements.   3. Carefully choosing a blockchain     When choosing a blockchain platform for your company, it's critical to be deliberate and cautious. This is a strategic step in which you must think about your budget and do extensive research. There are several well-known platforms to choose from when choosing a Blockchain for your organization.   Some of the most well-known blockchain platforms are:     Ethereum: It is primarily used to create creative contracts. Many companies are already using it to estimate their business's prospective growth rate.   Quorum: Many businesses have used Quorum as part of their blockchain implementation. Quorum essentially eliminates data tampering in commercial transactions.   Hyperledger Fabric is a blockchain technology that allows corporations and organizations to construct private, public, chain-based applications.   Stellar: It is a blockchain platform used to create blockchain applications for businesses and organizations.   Corda: A blockchain platform expert would produce unique designs while also exploiting the platform to eliminate all costly contingencies in your business contracts. It enables you to conduct direct transactions using smart contracts that ensure the highest security and anonymity.   Open the chain: The main goal of this blockchain platform is to take advantage of blockchain technology to improve every element of your company's human resource management.   Multichain: The Multichain platform may be used in various industries, including banking and finance, healthcare, human resources, e-commerce, education, retail, and so on. It is mainly utilized for professional human resource optimization in your company.   4. Developing and Validating a Blockchain Solutions   It's a good idea to keep up with the latest blockchain technology so you can pick the ideal one for your needs. This procedure entails assessing several variables, including:     Blockchain technology's infrastructure. It's also important to know whether it works with both private and public blockchains. Is it compatible with multichain and other various platforms because of the breadth of the technology?   The functionality of smart contracts is one of the essential aspects of blockchain technology. Smart contracts allow firms to conduct critical transactions without third parties, and this has the advantage of making the transaction process more automated, transparent, and fair. Testing your system requires testing apps on several platforms.   5. In production, run and manage the network   To accomplish this, you must first construct your block. Keep in mind that this block must have all of the chain's attributes. Essentially, this step lays the groundwork for receiving data. At this point, the encrypted token, more commonly known as cryptocurrency, enters the picture. The encrypted token would activate the power required to ensure that the nodes' communication would stay persistent.   6. Active Blockchain   All that remains is to activate an application on the blockchain network after the network has been set up and managed. This is an application server that is ready to use. Each of your applications would be hosted on the main blockchain in this case. It is advised that you initialize hybrid solutions on the cloud server if we are on-chain and off-chain entities.     7. Choosing the Most Appropriate Consensus Protocol     The goal of Proof of Work is to protect against cyber-attacks like DDoS or Distributed Denial-of-Service attacks. The agreement in this consensus system is based on the amount of cryptocurrency held by miners or the 'weight' of their coins. In most Proof of Stake implementations, the miner must validate block transactions based on the number of coins they own. This consensus protocol ensures that transactions are approved. A miner's ability to create more blocks is proportional to the amount of cryptocurrency in their possession.   8. Creating an Ecosystem   When a large number of stakeholders become involved in the blockchain, an ecosystem becomes necessary. An ecosystem will function as a subset of the greater blockchain community. It will serve to boost understanding of the sector and encourage business trust. Stakeholders must agree on the following issues in order to create an ecosystem:       The terms of the contract How to ensure that costs and benefits are distributed fairly. The governance procedures that have been put in place. Having a Planned Design   9. Having a Planned Design   Every blockchain specialist will agree that the blockchain's structure necessitates careful planning. The design must be purposeful to ensure that any faults with the organization are quickly resolved.     ...

Functional and Non-Functional Testing are two fundamental aspects of software quality assurance, each serving a distinct purpose in ensuring the reliability and performance of software applications.   Functional Testing:   Functional testing primarily focuses on evaluating the functions and features of a software application to ensure that it performs as intended. Testers examine the application against predefined requirements, and the key objective is to verify that it delivers the expected outcomes under various conditions. Test cases are designed to check specific functionalities, such as user interactions, data processing, and output generation. The goal is to identify any functional defects or discrepancies between the actual and expected results. Functional testing is essential for confirming that the software meets its intended purpose and user requirements.   Non-Functional Testing:   Non-functional testing, on the other hand, assesses aspects of an application that go beyond its basic functionality. It is concerned with performance, reliability, usability, and other quality attributes. Non-functional testing includes various types, such as: Performance Testing: This evaluates how well the application performs under different conditions, including load testing, stress testing, and scalability testing. Usability Testing: It examines the user-friendliness of the software, focusing on the user experience, accessibility, and overall usability. Security Testing: Security testing identifies vulnerabilities and ensures that data and resources are adequately protected. Reliability Testing: This verifies that the application consistently operates without failures or crashes. Scalability Testing: It assesses how well the software can adapt and handle increased workloads.   In summary, while functional testing ensures that the software functions correctly, non-functional testing validates its performance, security, and usability under diverse conditions. Both types of testing are crucial for delivering a well-rounded, high-quality software product that meets user expectations and performs reliably in real-world scenarios. A well-designed Quality Assurance strategy should cover all software aspects. It would not only check the basic functionality of the application but also the way it performs its required functions.   By understanding the difference between the two objectives, we establish that quality assurance agendas need to be distinctively dedicated to testing both how the application behaves (Functional Testing), and at what level of performance (Non-Functional Testing).    In this article, we will learn the definition of both main testing approaches look at their key differences, and how we at Q-Pros apply each testing type to our services.        What is Functional Testing?       Functional testing is mainly concerned with testing a software’s behavior under test. This means we build a set of test cases, and we examine if the software is responding with the expected output. These tests are done in real environments to guarantee that the actual result is synchronized with client demands. This type of testing mostly consists of Black-box testing and is unconcerned with the application’s source code.     Types of Functional Testing:   Smoke testing – This type of testing checks functionally on a crucial level (Making sure the applications are working fine), it paves the way for other testing types to take part.    Sanity testing – It is regarded as an extremely specific way of testing; it mainly focuses on testing a specific function within the application to check if it runs properly with no bugs or defects.    Integration testing – This type of testing will determine if components within the system that are intended to integrate are functioning correctly in one singularity.    Localization testing – A technique in which tests are performed to check if the application can cope and be suitable with local changes i.e., language, region, time zone. etc.    Regression testing – A testing method that proceeds any changes that occur to the system's internal code to make sure no new bugs arise as a result of the modification. It also checks to see if the entire system is working fine with the novel changes.    User Acceptance Testing (UAT) – This testing method is used to make sure that the application meets the user’s standards. Under a certain set of criteria, UAT sessions are carried out before the official launch/release date, to make sure that the applications hold their ground within a real environment and guarantee “user’s acceptance.”  What is Non-Functional Testing?         Non-functional testing is the testing of software application for its non-functional requirements i.e., the way the system operates, rather than the way the system behaves   Non-functional testing is designed to assess a system’s readiness using non-functional factors never addressed by functional testing. Checking how many individuals can simultaneously log into software is an example of a non-functional test. Non-functional tests are just as important as functional testing and impact customer satisfaction.   To consider any application a reliable one, we must check if the application is running smoothly with speed and efficiency, this will assure client and user satisfaction. To achieve that level of quality, a group of non-functional testing methods was established to cover all areas of performance indicators, these methods are mainly designed in a way that makes it difficult for manual testing and instead mostly rely on automated testing tools.     Types of Non-functional Testing:   Load testing – It is the process of assessing the behavior of a system in a simulated environment under predicted conditions (various numbers of users).    Stress testing – A testing method that evaluates performance when resources are scarce, such as when a server is down or there is not enough capacity on a device’s hard drive.    Scalability testing - This testing method determines whether a system can scale with additional usage and, if so, how much the performance is impacted.    Security testing – A process of testing that determines how vulnerable a system is to attack and safeguard data.    Volume testing – it evaluates performance with a large amount of data, not necessarily involving many users, but rather a single person executing a high-volume job, such as multiple-file uploading.                                                                         (Functional Testing VS Non-Functional Testing)       Functional Testing Non-Functional Testing Objective validating software actions. ensuring that the software performs as expected. Execution It is carried out before non-functional testing. This is done when the functional testing is completed. Usage Assists in the validation of the application's behavior. Assists in validating the application's performance. Testing tools It can simply rely on manual efforts. It is extremely difficult to execute manually. (Automated testing tools are used) Requirement It is done based on business requirements. It is done based on customer expectations and performance requirements as defined by IT.   Q-Pros Q-Pros is a leading IT company specializing in providing testing services and Quality Assurance. Learn more about testing types and request one our unique testing services via our   https://q-pros.com/online-test-request/ ...

This article provides clarity on the often confusion in the IT industry regarding the difference between Quality Assurance vs Quality Control. Many QA teams, in fact, practice quality control. But let’s briefly discuss why Quality is a must property of software applications nowadays. It has always been known that the success of any software product, application, and/or service relies greatly upon users’ satisfaction. Users are satisfied just when they have their requirements/needs met and associated with all relevant quality factors (Correctness, Usability, Reliability, Efficiency, Integrity, etc.) to enhance their journey using the software application. In any typical IT project, there are four significant constraints that need to be worked out during project execution. These four requirements are scope, time, cost, and quality. In terms of importance, experience has proven that quality ranks second after scope. If a software application is delivered within the given cutoff time, scope, and cost but lacks the quality factors would lead to unhappy users and consequently business loss. Organizations usually get rectified by adding more time and budget to cover the needed correction and rework. Quality terms can be segmented into two categories - assurance/control - based on the scope and type of activities involved. The confusion between both categories can be clarified by the following definitions. Quality assurance is a strategy of prevention. This means that QA covers all activities that are related to planning, defining, and designing work policies, processes, and procedures for the team to follow during the software development lifecycle in order to prevent errors, issues, or defects.     This set of processes helps minimize or even avoid result variation (due to technologies, tools, manpower, etc.) and ensures that an acceptable level of quality is always achieved. Therefore, if there is no need for a process, there is no role for quality assurance.   Examples of QA deliverables: Development methodologies Estimation processes Requirements definition processes Testing processes and standards What is Quality Control? Quality control is a strategy of detection. This means that QC activities focus on identifying defects in the actual software produced. These activities begin at the start of the software development process with reviews of requirements and continue until all application testing is complete.   Therefore, it is possible to have quality control without quality assurance. For example, a test team may be in place to conduct application testing at the end of development, regardless of whether that application is produced using a software development methodology. Examples of QC deliverables: Requirement Review Reports Testing Execution Reports Test Cases Suite Defects List Difference between Quality Assurance vs Quality Control   Quality Assurance Quality Control QA activities aim to prevent defects QC activities aim to detect defects It is a proactive measure It is a reactive measure QA identifies weaknesses in a process to improve it QC identifies defects in an application or service to have them fixed QA is concerned with all applications that will ever be developed by a process. QC relates to a specific application or service.   Types of Software Testing Based on what was explained earlier in this article, Software Testing is one of the main activities under the umbrella of Quality Control. Software Testing is segmented into two categories; functional and non-functional. Functional Testing – validate the application’s compliance with its functional requirements and design specifications. The various techniques under this testing type focus on validating that the application’s functionalities are met and work as expected without issues. Some of the main functional testing techniques are: Unit Testing Component Testing (Whitebox) Integration Testing (Greybox) System Testing (Blackbox) Mobile Testing Omnichannel Testing Error-handling Testing Regression Testing Business As Usual Testing (BAU) User Acceptance Testing (UAT) Non-functional Testing – validate the application’s compliance with technology, safety, operation, digital standards,s and best practices.  functional requirements and design specifications. The various techniques under this testing type focus on validating that the application’s non-functional requirements are met and work as expected without issues. Some of the main non-functional testing techniques are: Usability Compatibility Localization Personalization Performance Load / Stress Security Scalability https://q-pros.com/online-test-request/ ...