Showing posts with label IoT programming languages. Show all posts
Showing posts with label IoT programming languages. Show all posts

Monday, August 5, 2019

Swift VS Objective-C: Which language to Choose in 2019?


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Objective-C is the primary programming language that you can use for developing software for iOS. This language is a superset of the C programming language. It provides object-oriented capabilities and a dynamic runtime. While, in 2014, Apple launched Swift programming language for iOS mobile apps. This language is an alternative to Object C, an object oriented superset of the C programming language. Swift programming language is designed to be compatible with all existing iOS development tools—xCode, Objective-C, and the Cocoa framework. It is safe to use and has improved features, so it is replacing the Objective C. 


Disadvantages of Objective C-

  1. As Objective-C is built on top of C, it lacks namespacing. All classes in an Objective-C application should be globally unique. So to avoid collision there is a convention of prefixing the names of classes. This is the reason we have the ‘NS’ prefix for the class in the Foundation Framework and the ‘UI’ prefix for the classes in UIKit.
  2. The ability to send a message on a nil object without crashing and the lack of strict typing lead to bugs that are hard to trace and fix.
  3. The language is syntactically verbose and complex, but this is expected given that it is a fairly old language.
  4. Explicit pointers.

Advantages of Swift of being more popular-

  1. It is an open source programming language.
  2. Swift has a huge development community
  3. it is faster, safer and easier to read and write
  4. it supports dynamic libraries
  5. Swift has better memory management.
Here we will see the reasons why one should use Swift for next iOS app development.

1. Swift is Faster-

New technologies need high speed of performance, and Swift is totally fulfilling this need. According to test analysis, it shows the same performance as C++ for the FFT and Mandelbrot algorithms. Swift is more young language so many improvements are going to be done in the future.
The reason why everyone is buzzing about the future of swift is simple that Swift is rapidly developing language. 

2. Easy to read and write-

Reason behind more use of Swift is its simple syntax. Hence the reading and writing of code is easy. While, Objective C requires more symbols, semicolon to end line, parenthesis surrounding conditional expressions inside “if” or “else” statements, etc. Swift does not any of these. Whereas it uses comma-separated list of parameters within parentheses. Implementing any option in Swift requires writing fewer code strings than Objective C language. This avoids mistakes so the code becomes cleaner. As a result, developers require less time to complete a complex task. Swift is easily understandable for programmers using Java, JavaScript, Python, C# and C++. They can easily adopt code written in Swift.

3. Swift is Safer-

Remember the nil pointer variables (uninitialized) in Objective-C turning the expression to no-operation and leading to app crashes? Just forget about this issue when using Swift. Swift was designed with safety in mind. It produces a compiler error, whenever you write wrong code. This implies all the bugs can be fixed at development stage without assessing the whole code a while later. 

4. Better memory management- 

One of the problems at Objective-C is ARC (Automatic Reference Counting), that is supported within the Cocoa API and object-oriented code. However, the code is not available for procedural C code and such APIs as Core Graphics. That prompts the immense leakage of memory. Swift has solved this problem by making ARK complete with the procedural and object-oriented code paths. Due to this programmers can focus on the app logic and its features instead of managing memory within an app.

5. Dynamic Libraries-

As per above discussion, Swift is a fast developing language. It also allows you to update your apps as soon as the new Swift version arrives. This is possible due to the use of dynamic libraries, presented together with iOS 8. Previously, the static libraries updates were performed together with such major updates like the new iOS version. Dynamic libraries for their part, allow connecting pieces of code directly to the app. This helps to keep your project updated, reduces the initial size of the app, and also speeds up a load of external libraries and minimizes the time needed to load new content.
Migrating from Swift to Objective-C is easy, too. Developers can take advantage of Swift’s advanced features by replacing chunks of app code written in Objective-C with Swift.
Swift is designed to work with the Cocoa Touch framework; you’ll just need to set up a Swift development environment in Xcode. Then, import Cocoa frameworks, APIs, and Objective-C code modules to get started.

Disadvantages of Swift:

  1. Higher compile time.
  2. No direct way of using C++ libraries.
  3. Module format stability is still not achieved and is required for developers who want to share their code as a binary framework.

Conclusion-

Apple offers great interoperability between Objective-C and Swift. Also it is not dropping support for Objective-C in future. It is better for programmers to start migrating parts of their Objective-C code to Swift because it is ABI Stable now. Swift is now officially ABI stable and can be considered to be a mature language. The future updates in Swift would not break the current code written from now on in Swift 5.
  1. If you are developing a binary framework, you should suggest waiting for Swift to achieve Module Format Stability.
  2.  Also, if you are dealing with C++ and Objective-C++ codebase or framework, then you would need a mix of Objective-C and Swift. The Objective-C part can interface directly with the C++ or Objective-C++ parts of your code and the Swift part can then use Objective-C classes to interact with the C++ or Objective-C++ code.
Confused to choose the swift or Objective C for ios development? Contact us for a free consultation and solution regarding Swift vs Objective C. We at Solace are here to help your businesses to best ios development through our experts.


Tuesday, May 28, 2019

10 Best IoT Programming Languages

https://solaceinfotech.com/blog/10-best-iot-programming-languages/

The internet of things, or IoT, is a system of inter-related computing devices, mechanical and digital machines, objects or any physical devices that are provided with unique identifiers (UID’s)and the ability to transfer data over a network without requiring human- to- human or human- to- computer interaction. The Internet of things has came to existence due to occurrence of multiple technologies, real-time analytics, machine learning, commodity sensors, and embedded systems.
Languages used for IoT development are more or less the same when it comes to desktop apps, mobile apps, and servers. So it might seem like there’s no difference other than smart objects are like little computers. Although this is sort of true, there are some significant differences when it comes to all the things that make up IoT. 
Most popular languages for IoT programming are C, C++, Java, JavaScript, Python, Assembly, B#, Parasail, Rust, Swift. Let’s see one by one.

Best IoT Programming Languages-

1. C-


  • C language is one of the most popular and important among all the lot programming languages. This language is the base for many other coding languages.
  • If you are thinking to embedded system, C is the best choice. It easily interacts with hardware and also it doesn’t require a lot of processing power.
  • Implementing a complex logic in C is easier than any other language and finding a C developer with much more experience is easier.
  • As per expert’s opinion C is the language for embedded systems programming. Its proximity to machine language makes it impressively fast.

2. C++-


  • If you want to go beyond of C for programming language, C++  should be your next choice.
  • C doesn’t have object oriented pre-processing power like C++. C++ is more layered with its objects, classes and abstractions.
  • It helps developers to use other languages including C#, D,  Java and Python. But that’s just the tip of the iceberg as it encourages the use of many more languages. Thus helps to resolve a complex problem easily.

3. Java –


  • Java is the most popular coding languages among Iot programmers. This is true when it comes to consumer IoT (‘write it once’ and ‘Run anywhere’), but also has the capability to twist according to industrial IoT.
  • Java is a portable, object oriented language. It has rarely any hardware dependencies. For any hardware dependencies it uses hardware support library
  • Java is also a language that has taken coding techniques from Mesa, C, C++, and many others. Also, it’s popular to enable debugging code on a computer and then moving it to a chip via a Java Virtual Machine(JVM).

4. JavaScript-


  • Today, all HTML and Web browsers use JavaScript as their programming language. It has taken some bits and pieces from other languages(Python & C) so you can say that it is a scripting language  that shares other language libraries like java.
  • JavaScript plus pointers is easy to learn and  common language all over the Internet. Strong developer community is available for JavaScript and, plenty of video resources are available (tutorials, websites) to understand the language. So using JavaScript is not a challenging task.
  • JavaScript is present everywhere in web apps and websites and now web developers can easily move to IoT development without learning new languages.

5. Python-


  • For database apps, you can use Python. It is an easy programming language to understand and utilize in IoT projects.
  • Though Python is started as a scripting language to merge code together, it has emerged one of the primary languages used by a lot of developers.
  • Python is a good choice for an IoT app that requires readability and compact code. Flexibility allows distribution of compact executable code. Hence, any run-time compiler can run Python.
  • Small devices have limited computational power and memory, so developers had to be creative to make life easy, so they choose  Python.
  • Python’s clean syntax is great for database arrangement. Any app which requires data to be arranged in a database format and uses tables for data control, Python will be your right choice. It is more responsive and successfully executable next to C and C++.

6. Assembly-

  • If you want to keep your IoT applications compact, in such cases you can go with assembly language. Whether it is not more popular language but it is easy to use for compact IoT applications.
  • It’s a low-level programming language.
  • Assembler packages and assembles pure machine code efficiently to be executed by the processor.

7. B# –

  • B# is a small, efficient embedded control language. It can run on various platforms with only 24k memory, compared to overhead on other packages, this is less.
  • B# is specifically used for developing small applications and can use this language on multiple platforms using an Embedded Virtual Machine(EVM) that supports B#.

8. Parasail-

  • Parasail is good option when IoT application needs a language that supports parallel processing. But it is important for developers to understand the difference between concurrent and parallel processors.
  • It is an evolved, compiled and object-oriented language. Along with C, Java or Python syntax, you can program Parasail.

9. Rust –


  • Mozilla developed an open source language Rust, as Google’s Go. It is considered as the follower of Go, and is able to do some things that previous couldn’t.
  • To share information among different channels automatically Rust is useful. .
  • Rust is popular for concurrent programming.

10. Swift-


  • Swift is a popular language for developing IoS apps. Wherever you want to interact by iphones and ipads, you can use Swift in IoT.
  • As swift gets more popular, Apple also wants to lead in HomeIoT. in such cases company has been building infrastructure and libraries so it becomes easy to developers to focus on the task.

Final Words-

All the above languages has their own role and are effective in their space area but that one will stand out which supports the end use of the application. Java is a programming language that is leading but it can change over time and according to the user perspective areas of functionalities. Best IoT Programming Languages are those, which can fulfill the user requirement efficiently and effectively.
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