Introduction to the Latest Tech Trends in 2024
As we venture further into the realm of technological innovation, the year 2024 holds promises of groundbreaking advancements that are set to revolutionize the way we live, work, and play.
Feb 18, 2024
A Beginner's Handbook to Game Development in Unity
Are you eager to learn how to make your video games but unsure where to start? Game development seems intimidating initially, but tools like Unity make it easy for even total beginners to create amazing 3D and 2D game worlds.
Feb 13, 2024
Develop Mobile App with Cordova: Comprehensive Tutorial on Apache Cordova
In case you know web development but are entering the mobile sphere for the first time, Cordova offers to deploy those abilities in iOS and Android application creation as well as such resources.
Cordova is an open-source mobile engineering framework that originated from Nitobi and is now controlled by Apache Software Foundation. It allows HTML, CSS and JavaScript to be wrapped into mobile app packaging to deliver to the Apple App Store, Google Play Store, or any other market.
Cordova apps execute within wrappers targeted to each platform, relying on standards-compliant web views to render the UI. This allows accessing device capabilities like the camera or accelerometer via JavaScript.
- Write once, deploy to many platforms using web languages
- Access native device features via plugins
- Active community with a robust plugin ecosystem
- Free, open-source, and cross-platform
One of the benefits of Cordova is that it has made it possible to construct apps for various mobile OS such as iOS, Android, and Windows phones using one codebase from writing using web technology like HTML, CSS, and JavaScript. This allows huge code reuse and maintainability benefits.
Cordova offers starter app templates to bootstrap development for different platforms. Templates include working boilerplate code with a default Cordova project structure to simplify getting started.
Cordova is not limited to a single IDE. Developers have the freedom to deploy any tool of their choice regarding IDEs or text editors like Visual Studio Code, Atom, Sublime Text, WebStorm, Xcode or Android Studio for Cordova app development. So you can use existing web dev tools you are comfortable with.
The Cordova framework streamlines cross-platform mobile development using familiar web languages with the ability to access native device APIs still and distribute through the major app stores.
To start Cordova development, you'll need:
What is the fastest programming language?
But there is no simple answer to what language delivers the fastest performance. The speed depends greatly on the task, hardware, benchmarks, and programmer expertise. Still, some languages stand out for their optimization capabilities when performance matters most.
For tasks where microseconds count, systems
programming languages like C
, C++, and Rust shine. Their lower-level abstraction allows direct memory access and manual memory management. This permits performance tuning, which is not possible in higher-level languages. C and C++ power performance-demanding operating system kernels, databases, graphics engines, and more. The newer Rust language also guarantees fast, safe systems programming.
C provides low overhead and complete control over hardware resources. This enables hand-optimized code for the exact system architecture, driven by C's close mapping to machine instructions. Large existing codebases and decades of compiler optimizations solidify C as a top choice for processor-intensive applications.
Building atop C foundations
, C++ maintains fast performance while adding object-oriented and generic programming support. C++ powers major commercial systems, from databases to
game engines
, due to its combination of speed and features. Advanced C++ template metaprogramming allows substantial compile-time optimizations.
Rust's novel ownership system guarantees memory safety at fast C/C++ levels. By eliminating entire classes of bugs, Rust reduces the need for manual performance tuning. Rust powers performance-critical network services, embedded devices, kernels, and other systems applications.
While not matching raw C/C++ speeds, just-in-time (JIT) compiled languages like Java, C#, Go, and JavaScript can rival or exceed optimized C code in many benchmarks. JIT compilers optimize programs live at runtime, tuning specifically for the underlying processor. Type safety also enables optimizations unavailable to C/C++.
Java's JIT compiler
has benefited from decades of performance work, powering graphically intensive games, high-speed trading systems, and enterprise platforms. Bytecode execution avoids recompilation across platforms. Rich concurrency features further boost throughput for parallel tasks.
The top 9 SEO tools of 2024
An effective SEO strategy is essential to achieve success in 2024. An efficient selection of SEO instruments is necessary to improve your site, monitor its evolution, identify rival businesses, and obtain valuable information.
Feb 06, 2024
The choice of the initial programming language to learn varies
Of course, people have their talents and interests, which are responsible for the so-called “best” choice. In general, however, some variables affect language selection among beginners with no experience.
In recent polls of professional developers and computer science teachers,
Python and JavaScript
consistently rank as the top recommendations for someone starting from ground zero:
- According to the 2022 Hired Developer Survey, third-placed Python was #1 for beginner initial. Also, about one-fifth ranked JavaScript as their number 1.
- Python and JavaScript also managed to win a poll of 127 computer science teachers when it was asked what the best first language is for new students.
What accounts for Python and JS as kickoff programming languages? Their popularity stems from how well they do across several key criteria important for novices:
Simple English-like syntax that does not require much knowledge to comprehend is utilized in Python and modern JavaScript. It also makes the code less intimidating and more readable than language that uses curly brackets or is denser.
They also permit immediate execution of useful snippets of code. Novices enjoy the benefits of basic program responses in their first hour of programming without any complicated project setup. Instant gratification helps retention greatly.
Beginning easily, both Python and JS conform to good scalability. With the development of learners, they may have achieved some
higher-level applications
, including data science modeling and backend web servers, mobile apps, robots & AI systems which is an impressive array to open up jobs.
Both programming worlds are also nurtured by vibrant communities and plenty of learning resources that allow for consistent progress–as skills mature. The otherwise laborious processes are handled in well-documented libraries,
A Comparison of iOS Programming Languages: Swift vs. Objective-C
Regarding iOS development, both languages have their strengths and weaknesses. Let’s dive in and have a look at the significant differences between Swift and Objective-C, analyzing their characteristics.
The Objective-C language was developed in the early 1980s as an object-oriented extension of C programming. It was the dominant language for
Mac and iOS development
for decades.
Swift is a very modern language released by Apple in 2014 to replace Objective-C for iOS and Mac app development with an easier but more secure alternative.
Objective-C traces back to the earliest, but Swift is a contemporary language designed for today's apps.
Objective-C is a very complicated C-like language with numerous keywords and other special punctuation symbols. Swift has a concise, legible style that uses the common keywords from the natural language. Swift's syntax is often simpler and less wordy than the long-winded Objective C.
The syntax rules provided by Swift help to remove the typical coding errors. Swift's syntax generally makes the code less error-prone and more sustainable.
Runtime performance between
Objective-C and Swift
is usually very similar. However, the Swift code can be much quicker in some cases due to the optimizations, such as not requiring header imports. Swift apps tend to have much shorter startup times.
Swift works much more efficiently during long computations involving arrays and also dictionaries. Thus, for performance-sensitive operations, Swift can be ever so slightly faster than Objective C
Swift is designed for safety and security with features like:
- Type safety
- Automatic memory management
