For over a decade, Objective C has been the motherlode of coding. In fact, some of the most sophisticated iOS apps based on OSX were once designed on Objective C. But year 2014 brought new tools into the world of code development as Apple introduced its own computing language called the Swift. It was faster, effective and more reliable for coding iOS applications as compared to Objective C.
Swift is compatible with all the existing iOS development tools. It amalgamates three secret elements to create a performance-oriented and sophisticated iOS app – Xcode, Objective C & Cocoa framework. Due to its ease of access and improvised features, Swift gets the job done for most Apple coders rapidly as compared to Objective C. Here are the top reasons that can help you understand why Swift is a better option for Apple software products. So, without further Ado let’s check them out.
Coding, unlike human language, is dependent on its own language and is rather hard to read and comprehend. In fact, it is much difficult for one coder to decipher the code of another. However, with Swift, this mitigation gap is easily bridged. Swift offers cleaner syntax as compared to Objective C. The lines of code used in Swift to specify a functionality are a whole lot less as compared to Objective C.
Are you wondering why? It’s because Swift drops many legacy conventions. You will not find a semicolon at the end of parentheses and neither will you find the expressions of if/else statements. It does not create a mess of brackets for function calls and rather prefers the use of commas in between parentheses.
Today, we live in a competitive mobile app market where security is an important aspect to consider. Swift, in comparison with Objective C, mitigates the chance of minor errors in code syntax. This certainty alleviates the chances of all apps created on Swift crashing down or experiencing performance issues. Although if a coder is not adapt to coding, they might do a terrible job even on Swift. But altogether, Swift ensures that the chances of error are far less than an app created on Objective C.
Swift works throughout the code with a nil code. Hence when a code turns bad, Swift issues a compiler error, giving the developer a chance to fix those coding errors. It means that you can compile and correct errors while writing the code itself, which is something Objective C doesn’t have to offer. This particular feature of Swift is what makes it a secure platform as codes created on Swift ultimately run faster and perform better in bug tests than other coding languages.
Unless the C language evolves, Objective C cannot evolve, which ensures that Objective C is dependent on C. Swift, an iOS programming language isn’t dependent on any other language, which makes Swift a whole lot easier to maintain. Another aspect of C worth mentioning is that it encourages programmers to maintain two separate code files instead of one, in order to improve app building and performance efficiency. But, when you are working with Swift, it removes the hassle of maintaining two files at an instance. It uses the combination of Objective C header (.h) and implementation files (.m) and compiles them in a single code file under (.swift).
Whether you wish to add a comment to a code or synchronize method names, you had to perform it manually with Objective C. But with Swift, programmers can improve the quality of their code on the go. They don’t have to worry about finding comments or performing individual synchronization as these things are appropriately well-managed in Swift. It enables the programmer to focus their full attention towards building the app logic ultimately creating a high-performance mobile application.
Swift unifies coding practices in a unique way. It leverages the support of Automatic Reference Counting (ARC) across all procedural and object-oriented codes. On the other hand, Objective C doesn’t have an inbuilt ARC, but it utilizes Cocoa APIs to make ARC part of the procedural C codes. This indicates that a person coding on Objective C will ultimately have to handle memory management manually using the APIs and in case of iOS, other low-level APIs as well. Swift offers complete support against memory leaks whereas Objective C considerably fails to offer such support.
Taking the responsibility of memory management off a programmer’s shoulder will help them focus on other core aspects of the iOS applications. Since ARC handles all memory management during the code compilation time, a coder can have the liberty of writing the code without any hassle even with low-level APIs. With Swift, Apple has proved that automated memory management can increase productivity by shaving off some extra time from a programmer’s clock.
If you want to test out your algorithms during the development process, Swift comes with a playground feature which enables programmers to quickly test new algorithms without creating a whole app. It comes with an inline added code execution feature that readily assists developers in creating chunks of code and gain feedback along the way.
The best thing about the Playground feature is that it allows coders to rapidly code and authenticate their implementations on the go.
Every organization brings a number of factors into consideration before they choose to make a mobile application for their business. One among many such considerations is whether they are going to have a native app built or a cross-platform one. Deciding whether you should use Swift or Objective C as a development solution for your next big digital venture is no easy feat. However, as the world around is changing, so are the different technologies on which we create applications.
Swift C creates applications that are not only performance oriented but are a safer option as well. We are an iOS app development company located in Dubai who have tech-savvy gurus capable of creating apps that are natively responsive. Are you looking for a dedicated team to create your next big digital solution?