Category: Software Programming

09Jun

Python : Established as the Most Popular Software Development Language Today

Python, the programming language that’s been taking the computing world by storm, has just released its newest version, the Python 3.9.17, documentation, last June, 2023. Although Python was already around as a software development language since 1994, the stable version released in October 2021 paved the way for its popularity. Aside from being easy to learn for having readable and concise syntax, the language enables developers to devise multi protocol and complex applications; some of which are now the most powerful in the fields of machine learning and data science.

How Python was Established as the Most Popular Language Today

While many contest observations that Python is currently the most widely used software development language, Dutch software quality assurance firm TIOBE, cited examples of how Python has been analyzed as currently, the dominant languages, toppling Java, Java Script and C from their reputation as most widely used languages.

PopularitY of Programming Language (PYPL) Index – TIOBE analysts used Google search in determining the frequency by which language tutorials are searched. The more times that a programming language has been searched, the greater the assumption that it’s the most popular. The results of TIOBE’s analysis revealed that the Python language tutorial was the most searched for, followed by Java and by Java Script in the second and third positions, respectively.

IEEE Spectrum – This is a digital magazine run and edited by an association of engineering professionals known as the Institute of Electrical and Electronics Engineers. It compiles and publishes peer-reviewed content about science and technology that have potential impact on businesses and the society; using combinations of metrics from various sources, namely: IEEE, Google, Twitter, Reddit, Stack Overflow, CareerBuilder, Hacker News and GitHub. IEEE ranks Python, Java and C as the top 3 popular languages in that particular order.

19Nov

Educational Software : What Tools and Features Do They Offer

It took a pandemic for worldwide educational systems to fully adopt computer technology in managing and carrying out classroom activities online and offline. Basically, reference to educational software includes applications that can help enhance classroom management, and enhance student learning by way of improved student information systems.

Since the disruptions of the past years had impacted nearly all industries, educational software came to include not only tools for improving classroom learning experience. Education programs also comprise applications for teaching new skills to existing workers as well as for onboarding and training fresh employees.

Educational software are now regarded as essential learning tools for just about any purpose as they have features that make communication more efficient and effective.

Google Classroom : An Excellent Example of Education Software

Google Classroom, a Google Apps software that offers numerous tools to help teachers, instructors and mentors stay organized with straightforward teaching processes. Applications allow the production and integration of various teaching materials in assignments.

Google Classroom can also be used for constructing quizzes shared directly to students as part of lessons. Teachers and instructors can also share links and additional information about lessons or about important school or work-related announcements.

Google Classroom can be linked to Google Drive, Google Docs and Google Slide, to make it possible for users to access all classroom and learning materials anywhere, using any device, e.g. smartphone, tablet or laptop.

Teachers and instructors can also give quick feedback since they can immediately perform plagiarism checks, add rubrics or any notations and comments for each project. The only drawback to using Google Classroom is that users cannot password-protect files shared with other users.

07Jun

Software Testing: Is it Still a Relevant Profession?

Currently, software testing as a career seems to be in peril, as the advent of the Continuous Integration (CI) and Continuous Delivery (CD) practices in software vending is making independent software testing somewhat irrelevant. The current trend among organizations is to build, test and deploy software with as little cost and in the shortest time possible. The trend is due to the continuously accelerating pace by which businesses demand innovations, making it a must for software solutions providers to reach the market as early as possible.

Shorter delivery cycles though, tend to degrade software quality, which is why more and more organizations are into building Minimum Viable Products or MVPs. In doing so, early users or adopters become the testers of pared down versions of promising software. Through early user feedback, software engineers will have been provided with relevant guides on what to work on as MVP enhancements.

Other software organizations employ automated testing as a way of accelerating release, and at the same time deliver quality software. Automated testing though is ideal for large projects, usually those that initially passed through the manual testing process.

https://youtu.be/CsHrVm17LV8

As a tool, automated testing is pyramidal as it occurs in three levels, from the most basic features that build the foundation of a software, to the Application Program Interface (API) which tells how components of a software are to interact in order to provide the features or services promised by the software …The final test is on the Graphical User Interface (GUI), which enables device users to navigate and interact by way of graphical icons and secondary notations, as alternatives to text or command-base navigations. Here, the length of time needed to test the higher layers is automatically reduced.

The Role Software Testers Must Play in Order to Stay Relevant

One of the misconceptions about choosing software testing as occupation is that the profession will furnish them plenty of opportunities to develop skills in programming. In today’s real world, software organizations require continuous testing as a discipline, by testing early, frequently and after. Delivery at a faster pace makes a company competitive only if quality has been assured.

 

 

In order to stay relevant therefore, software testing as a service must be maintained as one that is akin to performing roles that a programmer inherently undertakes. It is not just about running standard stress, performance, functional and scalability testing processes. Moreover, testing as a service can be provided both manually and automatically and in different web and mobile environments.

As profession, current job descriptions for software testers include, but are not limited to, writing and executing test scripts, assessing codes, designing tests for mitigating risks, troubleshooting for problems, working on multiple projects all at the same time, whilst committing to complete work within project deadlines.