![]() In other words, as your database grows in size, so does the requirement for resources to access, parse, and utilize that data. One of which is that MySQL stores data in tables, rows, and columns. ![]() But, of course, there are some drawbacks, too. This includes the actual documentation, Q&A sites, and of course, online tutorials.Īll of these make MySQL a solid choice for pretty much any type of project. Since MySQL has been around longer than most other database systems, you have access to a much larger pool of support needs. Although the words “MySQL & Performance” did not go hand in hand traditionally, the latest versions of the system have proven to be extremely performance friendly. This is mostly achieved through its SELECT syntax, which provides enormous potential for managing even the biggest sets of data. MySQL shines with its ability to let developers manage data in very flexible ways. This makes it easy to scale MySQL applications through many different servers, networks, or cloud systems. MySQL presents an effortless means for back-to-back communication between the Client and the Server. So, what are the prominent features of MySQL? Although, this might change soon as Automattic got big plans for shaping the future of WordPress through JavaScript and its capabilities. Netflix, Twitter, Slack, and other big brands are just a few amongst the millions of companies relying on MySQL in some shape or form.Įven the most popular blogging platform on the planet, WordPress, religiously continues to use MySQL as its database system of choice. MySQL is in active development and remains an open-source project.ĭespite the increase in several different database systems intended for modern purposes, MySQL remains popular even amongst the most evolved of tech companies. It is maintained by Oracle ( who gradually acquired the engine), and the latest official version is 8.0. MySQL is the most widely known database management system in the World. MySQL: Popular, ease of access, reliable. Although a seasoned and reliable technology (SQL), it can have its drawbacks when it comes to large-scale projects. Both have shown a steady increase in use and popularity, and so it is worth looking at as to why this is happening.įurthermore, it would be relevant to find out whether either of those systems has significant advantages over using SQL in your workflow. The two systems, in particular, we care about the most for this article are MongoDB and MariaDB. Looking further into the previously mentioned survey, we have the following graph that showcases the growth of other database systems. ![]() Well, just like programming languages change and evolve, so do database systems. As the graph above shows, SQL is still going strong, with more than 52% of professional developers using it in their daily workflow. Yet, our focus for this article is not on programming languages, and instead, we are going to be looking at the state of modern database systems and their differences. This graph, taken from SO’s yearly developer survey, shows just how much PHP has fallen behind languages like Python, Java, and, most importantly, JavaScript. And over the last couple of years, not only has PHP lost its charm, we have seen tremendous growth in the use of JavaScript in practically every project imaginable. PHP was once the gold standard in both web and software development. It was (and still is) accessible, relatively easy to maintain, and had next to no entry cost as you could manage a LAMP project on a very modest machine.īut times change, and we have all been a witness to this. Most web projects were being built using the specific stack alone. Which, in short, stood for Linux, Apache, MySQL, and PHP/Python/Perl. If you lived through the early 90s and 2000s, the chances are that you’re already familiar with the LAMP web development stack.
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