Adaptable Tools’ Post

Achieving concurrency would manifest issues when the shared state mutations happen to perform interleaved operations. Thread-safe implementations like the BlockingQueue provide a pub-sub model blocking the queue via internal locks and orchestrating them with a wrapped LinkedBlockingQueue implementation https://lnkd.in/gtjpaRe8

How To Handle Optional Values in SwiftData Predicates https://lnkd.in/d2zrY4WF SwiftData has revamped the mechanism for creating data models, incorporating a type-safe mode for predicate creation based on model code. As a result, developers encounter numerous operations involving optional values when constructing predicates for SwiftData. This article will explore some techniques and considerations for handling optional values while building predicates. From "Inside-Out" to "Outside-In" Transformation Among the many innovations in SwiftData, the most striking is allowing developers to declare data models directly through code. In Core Data, developers must first create a data model in Xcode's model editor (corresponding to NSManagedObjectModel) before writing or auto-generating NSManagedObject subclass code.

How To Handle Optional Values in SwiftData Predicates https://lnkd.in/dGeq6jgk SwiftData has revamped the mechanism for creating data models, incorporating a type-safe mode for predicate creation based on model code. As a result, developers encounter numerous operations involving optional values when constructing predicates for SwiftData. This article will explore some techniques and considerations for handling optional values while building predicates. From "Inside-Out" to "Outside-In" Transformation Among the many innovations in SwiftData, the most striking is allowing developers to declare data models directly through code. In Core Data, developers must first create a data model in Xcode's model editor (corresponding to NSManagedObjectModel) before writing or auto-generating NSManagedObject subclass code.

I recently encountered a fascinating challenge while working on a project – decoding JSON with dynamic types in Swift. When dealing with JSON data that contains dynamic types (varying types for the same key), Swift's Codable protocol might not provide a straightforward solution. This is particularly common when you have a property that can be an Int in one instance and a String in another. The Approach: 1. Custom Decoding Logic: To handle dynamic types, you might need to write custom decoding logic. This involves implementing your init(from decoder: Decoder) method to handle different cases dynamically. 2. Nested Containers: Utilize nested containers to decode different types based on certain conditions. By using singleValueContainer(), unkeyedContainer(), or container(keyedBy:), you can adapt your decoding logic based on the data. 3. Conditional Conformance: Leverage Swift's conditional conformance to make your types conform to Codable conditionally. This allows you to customize the decoding process for specific types while maintaining general conformance. 4. Decoding JSON with dynamic types in Swift requires a thoughtful approach and an understanding of how to adapt to varying data structures. Decoding JSON with dynamic types in Swift requires a thoughtful approach and an understanding of how to adapt to varying data structures. #Swift #JSON

🌍 Excited to Share My Latest Project: Real-Time Currency Converter 💱 This project helped sharpen my skill in API integration ,data handling. This project help me in improving my knowledge about JS . #CurrencyConverter #ExchangeRates #RealTimeData #WebDevelopment

https://lnkd.in/gdBK2Kyk So much effort over the years spent syncing data from frontend to backend and backend to frontend. So many lines of code spent transforming data from database to Java or Go objects and thence to JSON and back. And so many lines of code never written trying to push data from server to multiple clients at once to keep things in sync... simply because it wasn't worth the effort it would take. In one swipe, Electric eliminates all that overhead and effort and makes it drop-dead simple to synchronize data from servers to multiple clients and client to server, all while keeping a unified data model. I've seen applications where the mobile app developer in essence created a full replica of the backend server's database in the iOS app. We duplicated each other's work. With something like Electric, all that effort would be unnecessary.

Task 3:Currency Converter Developed a currency conversion tool that lets users select base and target currencies for real-time conversion. The application fetches up-to-date exchange rates from a reliable API, processes user-inputted amounts, and performs the conversion. It then displays the converted amount along with the target currency symbol. This project sharpened my skills in API integration, real-time data processing, and user interface design.@Codesoft

Building a Currency Converter: Leveraging JSON API for Accurate Exchange Rates Benefits of Using JSON API for Currency Conversion ✅Real-Time Data: JSON API provides real-time exchange rates, ensuring that your currency converter always reflects the latest rates. ✅Ease of Use: JSON is a simple and easy-to-understand format, making it easy to integrate into your applications. ✅Accuracy: JSON APIs are maintained by reputable sources, ensuring the accuracy of the exchange rates. ✅Customizability: You can customize your currency converter to fit your specific needs, such as adding support for multiple currencies or setting custom exchange rate sources. Learn more▶️ https://bit.ly/4cZRFGj - - - #exchangerates #currency #converter #JSON #API #technology

How does the speed of SwiftData compare to Realm? What about memory usage? Size? ⚖ Do the results change if you're mutating 100 objects vs. 1,000,000? How about a simple data model vs. a complex one? 🤔 We have answers 🤓 https://lnkd.in/gpymY7wU

How to run Swift Data and Core Data operations in the background and share models across concurrency contexts by Pol Piella https://lnkd.in/dMrdVHKz #concurrency #iosdevelopment #swift #coredata #swiftdata