It provides a ton of power and is the beating heart of monster sites like WordPress and Facebook. What's really cool about PHP is that it's an open-source language, so there are tons of free pre-built modules that you can grab and modify to get your ideal results.
PHP is a must-learn language for aspiring web developers. Objective-C is the programming language behind iOS apps. Apple's new language Swift is rising in the ranks, but Objective-C is still the recommended starting point for those looking to craft Apple apps for iPhones and iPads. Next stop--the iOS App Store! SQL lets you siphon helpful data from massive databases.
Nearly every app has a backend database, and SQL is the language that helps you interact with that sweet data. In terms of software development, SQL isn't ever used alone--rather, you invoke SQL from some other programming knowledge and you have yourself a nice package deal. C is the predecessor to more complex programming languages like Java and C.
C is best when you want to work small and when dealing with low-level applications. It's widely used for embedded systems like the firmware of your television or the operating system of an airplane, as well as computer operating systems like Windows. For me personally, C was more of an academic language. It was nice to learn how to write a kernel back in college, and you gain a more solid understanding of how newer languages work under the covers, but it's rare for most application developers to ever have to use this today.
There you have it--the king languages of coding. What's your programming language of choice and why? If you're a newbie looking to dive into coding, take a look at these nine spots on the web where you can learn to code for free!
You'll be a code master in no time. Editorial Disclosure: Inc. These articles are editorially independent - that means editors and reporters research and write on these products free of any influence of any marketing or sales departments. In other words, no one is telling our reporters or editors what to write or to include any particular positive or negative information about these products or services in the article.
The article's content is entirely at the discretion of the reporter and editor. Given how quickly new languages , including crazy esoteric ones, are being developed, we may not be able to give a more accurate total. Should you know how to use all languages in use?
Not at all. Much like a human language translator, you really only need to learn one to start a career. Most good professionals know a few coding languages, but it also depends on the tech field you plan to work in.
Consider a programming bootcamp , coding courses, or other coding training programs that teach you all the languages you need to start your career. About us: Career Karma is a platform designed to help job seekers find, research, and connect with job training programs to advance their careers.
Learn about the CK publication. Trent Fowler is a data scientist and writer with an interest in machine learning, blockchain technologies, and futurism. Read more by Trent Fowler. Can you imagine the world started from binary languages to a remarkable to thousands of programming languages? I mean, it really makes everything a lot easier.
Every field of work needs an upgrade to make it even more efficient. With help from Career Karma, you can find a training program that meets your needs and will set you up for a long-term, well-paid career in tech.
Find the right bootcamp for you. By continuing you agree to our Terms of Service and Privacy Policy , and you consent to receive offers and opportunities from Career Karma by telephone, text message, and email. Find a top-rated training program. Find Your Bootcamp Match. Career Karma matches you with top tech bootcamps Get exclusive scholarships and prep courses. Please enter a valid phone number. Command-line interface languages use lines of text to send commands to computer programs.
Computational languages declaratively communicate the logic and functions of a computer command. Visual languages specify programs in two-dimensional ways through different types of graphic layouts. XML, or Extensible Markup Language, encodes documents in a way that can be read and understood by both people and computers and exists across the internet.
Syntax handling languages generate analyzers that convert character sequences to token sequences that have specified meanings for context-free grammar.
Interpreted languages enable programs to be executed from source code with the help of an interpreter, rather than being compiled. Little languages help to manage a specialized problem domain, such as text formatting, combinations and resource allocation.
Metaprogramming languages write programs that write and edit other programs. Esoteric languages test unorthodox methods of programming language design, such as using a fictional language as a basis for a program. Non-English-based programming languages take keywords from languages other than English to create commands. Curly-bracket languages use curly brackets or brace characters to define statement blocks.
Off-side rule languages designate blocks of code based on their indentation. Iterative languages are built around generators that solve smaller instances of a certain problem to inform how they can solve the original problem and generate a certain outcome. Examples include Aldor, Eiffel, Julia and Python. Constraint programming languages fall under declarative programming language and express relationships between their variables as constraints. Examples include MiniZinc, Oz and Kaleidoscope.
Numerical analysis languages are mainly used for technical computing. Multiparadigm languages allow a program to use multiple programming styles to work at once in a single program and combine constructs from different programming languages. Embeddable languages are used in source code, for servers and by clients to embed code into free-form text. Imperative languages convey information to computers through serial orders and large amounts of detail.
They might also fall under other classifications as multiparadigm programming languages. Dataflow languages use a representation of the exchange of data to specify programs and process streams of data. Examples include Analytica, Lucid, Oz and Ballerina. Authoring languages help to create interactive computer programs, such as tutorials or websites. Concurrent languages pass messages and offer language constructs for executing multiple processes at the same time.
Array languages use scalars to apply operations to vectors, matrices and other high-dimensional arrays. Extension languages are embedded into other programs to use their features in extension scripts. Hardware description languages describe the design, structure and operation of electronic and digital logic circuits. Macro languages can be for application or textual substitution to change one source code file into another, often in order to preprocess source code.
Shading languages use real-time rendering and offline rendering to create images, such as 3D computer graphics. Reflective languages allow programs to examine and edit their high-level structure.
Fourth-generation languages are high-level languages built around database systems and are often used for managing databases and generating reports. Decision table languages clarify the logic of a program before writing it in another programming language.
Interactive mode languages allow for expressions to be entered and show their evaluation right away. Find jobs. Company reviews. Find salaries. Upload your resume. Sign in. Career Development. Who uses programming languages? Web developer: This role is responsible for designing the structure and database of a website. Web designer: The visual and interactive features of websites are programmed by this professional.
Video game developer: This type of software developer specializes in the design and creation of video games using coding for graphics and interactivity.
Computer systems engineer: An individual in this occupation develops and tests software for personal computers. Software quality assurance engineer: This quality assurance professional oversee the development process for software function and design. App developer: This type of programmer designs and creates applications for computers or mobile devices.
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