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XRP News: Morgan Stanley Labels Ripple a Top Contender in Global Payment Systems

Morgan Stanley recognizes Ripple's role in reducing settlement periods and increasing transaction speeds in cross-border payments.
JPMorgan acknowledges Ripple, SWIFT, and the CLS Group's efforts in addressing challenges in cross-border payments, citing potential savings for banks that adopt Ripple.
Ripple's XRP highlighted as an alternative to SWIFT in global payments by Morgan Stanley and JPMorgan, with a mention of reducing settlement times and fraud risks.
XRP's price is on the rise, currently trading at $2.2 with a 13% surge in the last 30 days, indicating a potential bullish reversal to $15.

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Javacodegeeks

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Understanding Why @Relation Annotations Sometimes Ignore Collection Names in Spring HATEOAS

The @Relation annotation in Spring HATEOAS is used to customize the names of individual resources and collections within hypermedia representations.
Common scenarios where collection names are ignored include incorrect use of assemblers, manual construction of collection models, and missing or incorrect @Relation annotations.
Best practices to ensure proper application of collection names include consistent use of assemblers, verifying annotations, and avoiding manual model construction.
Understanding and following these best practices in Spring HATEOAS can help in avoiding pitfalls where collection names are ignored and ensuring semantic correctness in API representations.

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Logrocket

388

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Why some designers stay stuck at mid-level — And the truth about design titles

Promotions in design are not solely about skillset or years of experience, but can be influenced by factors beyond one's control.
The difference between mid-level and senior designers lies in design execution, product thinking, collaboration, and autonomy.
Senior designers understand product strategy, lead cross-functional teams, and drive measurable business outcomes.
Politics, limited promotion opportunities, and company performance can impact promotion decisions.
Title inflation can lead to disparities in seniority definitions across companies, affecting career progress and comparisons.
Focusing on personal development, high-impact projects, and effective communication can help in navigating career growth.
If feeling stagnant, considering internal opportunities or updating portfolio for external roles can be beneficial.
Ultimately, prioritizing upskilling, impactful work, and personal values over job titles can lead to long-term success in the design field.

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Dev

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How to Integrate Browser Use into Scrapless Scraping Browser?

Browser Use is a browser automation SDK that uses screenshots to capture the state of the browser and actions to simulate user interactions.
To integrate Browser Use into Scrapless Scraping Browser, you need to obtain the Scrapeless API key and set it as an environment variable in your .env file along with the required OPENAI_API_KEY.
You can install Browser Use using pip for Python>=3.11 and for memory functionality, install 'browser-use[memory]' which requires Python<3.13 due to PyTorch compatibility.
Configure the browser and create an automation agent by setting up the browser, agent, and main function to execute tasks on the Web using Browser Use.

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Medium

411

REST API Design: Building Blocks for Scalable Systems

REST APIs utilize HTTP requests for CRUD operations on resources, following six guiding architectural constraints for being truly RESTful.
Key principles include resource identification, client-server architecture, statelessness, cacheability, layered system, and optional code on demand.
REST API design focuses on resources over actions, using nouns for endpoints, standard HTTP methods, and proper use of HTTP status codes.
Best practices include pagination, filtering, versioning, error handling, authentication, rate limiting, HTTPS encryption, documentation, and strategies for evolving APIs.
Common REST API anti-patterns to avoid include ignoring HTTP method semantics, creating operation-based endpoints, returning inconsistent responses, neglecting documentation, and tight coupling between API and client.

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Javacodegeeks

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Java Currency Code Symbol Mapping Example

In Java, you can map currency codes to symbols using the Currency and Locale classes for internationalization support.
The Currency class provides the getSymbol() method to retrieve a currency's symbol based on a specified locale.
You can use Currency.getInstance(currencyCode) to get the Currency object and then obtain the symbol using getSymbol(locale).
Iterating through available currencies with getAvailableCurrencies(), you can map all ISO currency codes to symbols.
For custom mapping, a hardcoded HashMap can link specific currency codes directly to their symbols.
The hardcoded map approach allows full control over symbol display but requires manual updates for new currencies.
The article also discusses using Java's built-in support and a custom solution for currency symbol mapping.
Various Java code examples demonstrate different approaches to mapping currency codes to symbols.
Mapping currency codes to symbols is vital for financial applications, e-commerce platforms, and localization.
Understanding currency code to symbol mapping is essential for displaying accurate currency representation in Java.

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Logrocket

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Why Go wasn’t the right choice for the TypeScript compiler

The TypeScript compiler was rewritten in Go for performance gains, but it raises concerns about ecosystem disruption and maintainability.
While Go offers speed improvements, the existing TypeScript ecosystem's tooling and APIs may face challenges and potential obsolescence.
Choosing Rust over Go could have provided better long-term benefits, such as safety, extensibility, and ecosystem alignment.
Go's limitations in generics support, metaprogramming capabilities, and contributor friction are already noticeable in the TypeScript compiler's migration.
Community feedback indicates a preference for Rust due to its strengths in safety, performance, and familiarity within the TypeScript ecosystem.
The TypeScript team's decision to switch to Go poses risks in terms of long-term maintenance, developer experience, and community acceptance.
While Go excels in CLI performance, concerns arise regarding compatibility issues, such as changes affecting tools like ts-loader.
The move to Go challenges TypeScript's core development feedback loop, potentially widening the gap between building and using the language.
Critics highlight how TypeScript's pragmatic choice of Go may impact community momentum, contributor inclusivity, and ecosystem consistency.
Although Go offers speed benefits, the trade-offs in ecosystem disruption and the potential shift to Rust for compilers raise questions about true pragmatism.
While the Go choice enhances speed, the deeper costs of ecosystem integration and long-term limitations suggest that Rust might have been a more sustainable option for TypeScript's future.

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Logrocket

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How and when to use type casting in TypeScript

TypeScript casting, also known as type assertion, is a way to fix type errors when working with unknown data like JSON or form inputs.
It explicitly tells TypeScript what a type value should be, resolving type errors and guiding the compiler.
Casting is crucial for dynamic data or when TypeScript's inference is insufficient.
Type casting can be implicit (handled by TypeScript) or explicit (developer-managed).
Subtypes inherit attributes from supertypes, and type widening moves from subtype to supertype.
Type narrowing moves from supertype to subtype and requires type checks for validity.
Type casting in TypeScript is done using the as operator to explicitly inform the compiler of the target type.
Type casting should be used thoughtfully in scenarios like working with third-party libraries, parsing JSON, or DOM interactions.
Instead of casting, consider alternatives like type narrowing, type guards, generics, and defining types upfront for better type safety.
Casting should be your last resort when safer alternatives have been ruled out.
Type assertion using the as operator has limitations, such as not performing runtime checks and being unable to cast between unrelated types.

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Medium

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How Generative AI Is Transforming the Creative and Tech Ecosystem

Generative AI, powered by machine learning and advanced algorithms, is revolutionizing industries and driving demand for AI talent.
Unlike traditional AI, generative AI creates new content such as text, images, audio, and code, learning from training data to generate novel outputs.
Marketing teams use generative AI tools like ChatGPT and Jasper to streamline content creation at scale, enhancing productivity.
In software development, tools like GitHub Copilot assist developers in writing code faster and reducing development time significantly.
Digital artists leverage generative tools for exploring new aesthetics and creating visual content more efficiently for commercial use.
Generative AI is also transforming music composition, allowing musicians to generate melodies and harmonies tailored to specific genres or moods.
AI programmers play a crucial role in building, training, and maintaining generative models, ensuring they understand and replicate human-like creativity.
These programmers use techniques like supervised learning and reinforcement learning to improve AI performance and mitigate biases in AI-generated content.
Challenges posed by generative AI include concerns about copyright ownership, misuse in creating fake content, and potential impact on human creativity.
The future of generative AI involves personalized AI avatars, multi-modal generation, and increased human-AI collaboration for enhanced creativity and efficiency.

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Dev

338

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Understanding Multi-Tenant Architecture (Part-One)

Multi-tenant architecture is crucial in SaaS platforms, allowing a single instance of software to serve multiple customers.
Types include shared database with shared schema, shared database with separate schemas, or separate databases for each tenant.
Benefits include cost-efficiency, scalability, and centralized management, while challenges involve data isolation, complex migrations, and increased security responsibilities.
Best practices include using tenant-specific identifiers, designing for scalability, monitoring tenant performance, and ensuring API and data security.

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Dev

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What is GraphQL and creating your first Schema

GraphQL is a query language for APIs and provides a server-side runtime for executing queries.
Creating a GraphQL service involves defining types and fields in a Schema and creating resolvers for each field to provide data.
The resolver functions in GraphQL have the same name as the fields they retrieve data for.
Queries in GraphQL can be executed through the default entry point called Query, allowing access to specified data.

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Medium

310

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5 Powerful JavaScript Array Methods That 98% of Developers Overlook (You Shouldn’t)

Developers often overlook lesser-known JavaScript array methods that can improve code readability and efficiency.
In this article, 5 powerful JavaScript array methods that only 2% of developers use are highlighted.
These methods include .at() for accessing elements, flatMap() for flattening arrays, groupBy() for grouping elements, findLast() for finding the last matching item, and toSorted() for sorting without mutating the original array.
By mastering these methods, developers can write cleaner, smarter, and more efficient code.

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Medium

338

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Design Patterns in Java: Real-World Examples You’ll Actually Understand

Design patterns in Java are proven solutions that help developers organize code in a smart and reusable way, acting like blueprints or shortcuts that save time and make software more reliable.
Five popular Java design patterns are discussed with simple real-life analogies, including Singleton, Factory, Observer, Strategy, and Decorator.
Singleton ensures only one copy of something exists in a system, similar to a thermostat controlling the temperature in a house.
Factory helps create different types of objects without users needing to know the details, like ordering a drink at a coffee shop.
Observer allows one system to notify many others when something changes, similar to a group chat where messages are seen by everyone.
Strategy enables software to switch between different ways of doing something without full rewrites, like choosing between food delivery or pickup.
Decorator adds extra features to something without altering the original setup, such as adding gift wrapping to a package.

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Fueled

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Building the New Fueled.com in 8 Weeks with Our Internal Stack and AI Workflows

Rebuilding Fueled.com involved applying progressive approaches to website building in 2025, including integrating generative AI into design and content strategy.
The project focused on the engineering foundation, leveraging reusable components, internal tooling, and generative AI to build a modern, performant site in under two months.
Efficiency was prioritized through starter toolkits, a custom WordPress block library, and a Figma-to-WordPress export tool, enabling swift progression from design to live builds.
Collaborative in-browser work allowed designers, engineers, and content strategists to make decisions in context, leading to better outcomes.
Generative AI tools like Cursor and GitHub Copilot contributed to accelerating custom development, reducing development time for complex features by 50%.
AI-assisted scaffolding helped save time while maintaining quality, allowing for the realization of technically complex and performance-sensitive features on Fueled.com.
The launch of Fueled.com marks the beginning of continuous improvement, with plans to expand content, refine performance, and experiment with AI-powered enhancements.
The project exemplifies the balance between speed and quality, showcasing the significance of intentional, collaborative workflows in delivering ambitious digital projects efficiently.
The approach employed by the team at Fueled emphasizes iterative improvement, tight collaboration, and an ongoing mindset focused on delivering value continually.
This project demonstrates that combining reusable systems, collaborative workflows, and AI-assisted development can result in a successful website build in just eight weeks.
Fueled's approach to building websites emphasizes efficiency and craft, showcasing their ability to deliver modern, performant sites through intentional collaboration across disciplines.

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Logrocket

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How to format dates in JavaScript: Methods, libraries, and best practices

JavaScript date handling involves challenges impacting application reliability, with this guide comparing native Date API and specialized libraries for date formatting.
Common date formats include ISO 8601, Unix timestamps, and RFC 2822, each suited for specific contexts in date handling.
The JavaScript Date object offers methods for creating, manipulating, and formatting dates efficiently.
Native Date methods and formatting options like toDateString(), toTimeString(), and toISOString() are useful for basic date formatting needs.
Locale-aware date formatting can be achieved in JavaScript using toLocaleDateString(), with examples showcasing different locales.
Custom date formatting can be implemented using JavaScript functions for granular control over the format output.
Modern libraries like date-fns offer functional date parsing, formatting, and manipulation capabilities with tree-shakable, immutable features.
Day.js provides a lightweight alternative to Moment.js for modern date handling, featuring a tiny footprint, familiar API, and chainable methods.
Moment.js, known for its legacy solution in date handling, offers mutability, timezone support, and complex chaining but has a larger bundle size.
The ECMAScript Temporal proposal aims to revolutionize JavaScript date handling with a comprehensive, immutable, timezone-aware solution.

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