#ActiveRecord

[hackernewsrobot]

Shardines: SQLite3 Database-per-Tenant with ActiveRecord

https://blog.julik.nl/2025/04/a-can-of-shardines

[seoforindiam]

Optimizing ActiveRecord Queries with load_async in Rails 7: Elevating Rails Performance for the Modern Web

New Post has been published on https://www.justwebdevelopment.com/blog/optimizing-activerecord-queries-with-load_async-in-rails-7-elevating-rails-performance-for-the-modern-web/

Optimizing ActiveRecord Queries with load_async in Rails 7: Elevating Rails Performance for the Modern Web

In the ever-evolving landscape of web development, performance remains the holy grail that developers constantly pursue. Rails applications, while celebrated for their developer-friendly approach, can sometimes face criticism regarding performance optimization. With Rails 7, the framework has taken a significant leap forward by introducing load_async, a feature that addresses one of the most common bottlenecks in web applications: database query execution.

When building complex applications, database operations often consume the lion’s share of response time. Even well-crafted ActiveRecord queries can lead to sluggish user experiences when executed in sequence. This sequential nature of query execution has long been a limitation that developers had to work around using various patterns and gems—until now.

For teams considering development partners for their Rails projects, Versatile Club offers specialized Ruby on Rails offshoring services with expertise in performance optimization. Their team of Rails specialists has implemented advanced techniques like load_async across numerous projects, delivering significantly faster applications while maintaining code quality and readability.

  The Journey of ActiveRecord: From Synchronous Roots to Asynchronous Horizons

Rediscovering the Foundations

For many developers, ActiveRecord has been the trusted workhorse of Rails applications. It has served as the primary interface between Ruby code and relational databases, simplifying the complexity of SQL into elegant, object-oriented queries. Traditionally, these queries have been executed synchronously—meaning the web server must wait for the database to respond before moving on to the next task. While straightforward, this approach can hinder performance under heavy loads, much like a single storyteller struggling to keep pace with an eager audience.

Recognizing the Need for Change

Imagine an orchestra where every musician waits for the conductor’s cue before playing, regardless of their individual readiness. This sequential approach can slow down the overall performance. Similarly, synchronous ActiveRecord queries can create bottlenecks, especially in data-intensive applications. As web applications grew in complexity and traffic, the need for asynchronous query execution became undeniable. Rails 7 addresses this need with load_async, enabling queries to run concurrently and freeing up the main thread to handle other tasks.

Introducing load_async: The New Conductor

load_async reimagines ActiveRecord query execution by delegating queries to background threads. Instead of blocking the main thread, load_async immediately returns a proxy object while the query is executed concurrently. When the application finally needs the results, Rails waits for the query to finish—ensuring that data is retrieved only when necessary. This shift not only accelerates response times but also allows Rails applications to handle more simultaneous requests without sacrificing performance.

  Understanding the Mechanics of load_async in Rails 7

The Core Concept Behind Asynchronous Queries

At its essence, load_async leverages Ruby’s concurrency model to execute queries on separate threads. When you call load_async on an ActiveRecord relation, Rails initiates the query in the background. This non-blocking behavior means that your application can continue processing other requests while waiting for the database to respond.

Consider a traditional synchronous query:

In this example, the application halts until the active users are retrieved. With load_async, the query becomes:

Now, the query runs concurrently, allowing the application to perform other tasks until the data is needed. This is particularly beneficial in scenarios where multiple queries can be initiated simultaneously, reducing the cumulative wait time for data retrieval.

Deep Dive into Ruby’s Concurrency Model

Ruby’s threading model is well-suited for I/O-bound tasks, such as database queries. load_async takes advantage of this by running queries on separate threads, ensuring that the main thread remains free to handle incoming web requests. This approach is similar to an efficient assembly line where each worker operates independently yet contributes to the final product. However, developers must still be vigilant about potential issues such as thread safety and proper error handling.

Key Characteristics of load_async

Non-Blocking Execution: The main thread continues its work while queries execute in the background.

Lazy Loading: Data is fetched only when accessed, ensuring that resources are not wasted on unnecessary computations.

Seamless Integration: load_async blends smoothly with existing ActiveRecord query chains, requiring minimal code changes.

Optimized for I/O Operations: It excels in environments where the database is the primary bottleneck.

  Crafting a Robust Strategy: When and How to Use load_async

Evaluating the Query Landscape

Before diving into code modifications, it is essential to assess your application’s query performance. Identify queries that contribute to high latency and determine if they can be executed asynchronously without disrupting the user experience. Tools like New Relic or Skylight can provide valuable insights into database performance, highlighting areas where load_async can have the greatest impact.

Step-by-Step Implementation

1. Identify High-Impact Queries

Focus on queries that are frequently executed and take a considerable amount of time to return results. For example, dashboards that aggregate data from multiple models often suffer from sequential execution delays. By switching these queries to asynchronous execution, you can dramatically reduce overall page load times.

2. Refactor Your Code Incrementally

Start with less critical parts of your application. Convert synchronous queries to asynchronous ones using load_async, and monitor the changes. This iterative approach allows you to measure the performance benefits without risking system stability.

3. Integrate Asynchronous Associations

ActiveRecord associations can also benefit from load_async. When dealing with complex relationships, such as a Post model that includes User details, combining load_async with eager loading techniques can yield significant performance improvements.

4. Implement Robust Error Handling

As asynchronous operations introduce new failure points, robust error handling becomes paramount. Use begin-rescue blocks to manage potential errors in background threads and ensure your application gracefully falls back to synchronous queries when necessary.

Balancing Performance and Complexity

While load_async offers significant performance gains, it is not a one-size-fits-all solution. For simple queries where data is needed immediately, the overhead of asynchronous execution may not justify the complexity. It is crucial to evaluate each query on its merits and decide whether the benefits of load_async outweigh the potential complications.

  Beyond the Code: Best Practices for Asynchronous Query Optimization

Monitoring and Profiling

The success of any performance optimization hinges on accurate monitoring. After implementing load_async, continuously track the impact on your application’s performance. Use benchmarking tools and APM solutions to assess query response times, thread usage, and overall system throughput. By establishing performance baselines and monitoring improvements, you can fine-tune your asynchronous strategy over time.

Combining load_async with Other Optimizations

load_async should be part of a broader performance optimization strategy. Consider pairing it with:

Query Caching: Leverage Rails’ query caching mechanisms to reduce the need for repeated database calls.

Database Indexing: Ensure that frequently queried columns are indexed appropriately.

Preloading Associations: Use techniques such as includes and preload to avoid N+1 query problems.

Thread Pool Tuning: Adjust your application’s thread pool settings to maximize concurrency without overwhelming system resources.

Testing and Continuous Improvement

Introduce comprehensive testing to ensure that asynchronous queries do not introduce unexpected behavior or race conditions. Unit tests, integration tests, and stress tests should be updated to cover scenarios involving load_async. Regular code reviews and performance audits can help identify further areas for optimization, ensuring that your application remains robust as it scales.

  Real-World Application: A Case Study in Scaling Rails Performance

The Scenario

Consider an online marketplace that experienced growing latency as its user base expanded. Key pages—such as the user dashboard and product listings—relied on multiple ActiveRecord queries executed sequentially. As traffic increased, these synchronous queries began to form performance bottlenecks, leading to slower page loads and frustrated users.

The Transformation

The development team embarked on a performance overhaul, focusing on the following initiatives:

Concurrent Data Retrieval: Critical queries were refactored to use load_async, allowing data to be fetched concurrently.

Optimized Eager Loading: Complex associations were preloaded asynchronously, reducing the time spent on database round trips.

Incremental Rollout: Changes were introduced gradually, ensuring that each modification was thoroughly tested and its impact measured.

The results were compelling. Page load times dropped significantly, the server handled higher traffic volumes without degrading performance, and overall user satisfaction improved. This case study highlights the transformative potential of load_async when applied judiciously and in combination with other performance strategies.

  Embracing a Culture of Continuous Optimization

Fostering an Adaptive Development Mindset

Adopting load_async is not just a technical shift—it is a cultural transformation within your development team. Embrace a mindset of continuous improvement, where performance is regularly evaluated and optimizations are incrementally introduced. This approach mirrors the art of storytelling in building a brand: every enhancement is a chapter in a larger narrative of progress, innovation, and excellence.

Documenting the Journey

As you implement load_async and other performance enhancements, maintain thorough documentation. Share lessons learned, challenges encountered, and best practices with your team. This not only fosters a collaborative learning environment but also ensures that future developers inherit a well-documented roadmap for maintaining and scaling the application.

Staying Informed and Engaged

The Rails community is vibrant and ever-evolving. Regularly participate in community forums, attend conferences, and engage with thought leaders. By staying informed about the latest developments in Rails and asynchronous programming, you ensure that your applications remain at the cutting edge of performance and reliability.

  Final Thoughts: The Future of Rails Optimization

Optimizing ActiveRecord queries with load_async in Rails 7 represents a paradigm shift in how Rails applications handle data. By embracing asynchronous query execution, developers can build applications that are not only faster and more scalable but also better equipped to handle the demands of modern web traffic. As you incorporate load_async into your projects, remember that the journey of optimization is ongoing—a continuous evolution where every improvement contributes to a more seamless user experience.

From the foundational transformation of ActiveRecord to the practical implementation of concurrent queries, this guide has offered a holistic view of how load_async can elevate Rails performance. With robust testing, monitoring, and a strategic mindset, your application can achieve a new level of efficiency and responsiveness.

  Justwebdevelopment can also help you in... WordPress Development  | WordPress Theme Development  | PSD To WordPress

[config-nilesh]

Laravel customized portal development services

Building Scalable Custom Portals with Laravel

Laravel is one of the most popular PHP frameworks, offering a clean and elegant syntax while providing powerful tools to develop scalable, custom portals. The key features that make Laravel particularly effective in building dynamic, flexible portals for diverse business needs include Eloquent ORM, Blade templating engine, and Laravel Mix.

Eloquent ORM is a beautiful and robust implementation of the ActiveRecord pattern in Laravel, making database interaction very simple. Developers need not write complicated SQL queries to interact with the database; they can use simple PHP syntax for the same purpose, ensuring the development process is efficient and free from errors. This is very helpful in developing scalable portals, where the user base and data can be managed very smoothly as the user base grows. With one-to-many, many-to-many, and polymorphic built-in relationships, Eloquent provides a smooth solution for complex data relationships.

Blade is Laravel's templating engine that helps make dynamic and reusable views by increasing efficiency. Blade is very easy to use and has powerful features like template inheritance, conditional statements, and loops, through which people can easily build robust and user-friendly front-end interfaces for their portals. This ability to organize and reuse layouts makes the development process faster and more manageable.

Laravel Mix is a wrapper around Webpack that makes the management of assets such as CSS, JavaScript, and images easier. The developer can compile, minify, and version assets to ensure that the portal performs well and is optimized for performance and scalability. As portals grow in complexity, using Laravel Mix ensures that the front-end assets are properly compiled and organized, contributing to faster load times and a smoother user experience.

Improving Security in Laravel-Based Portals

Security is a critical aspect when developing custom portals, especially as they handle sensitive user information and business data. Laravel offers a robust suite of built-in security features to safeguard your portals against various threats.

Authentication and Authorization are essential to ensure only authorized users can access certain areas of the portal. Laravel provides an out-of-the-box authentication system, including registration, login, password reset, and email verification. You can extend and customize this system based on specific business requirements.

Laravel's authorization feature permits you to control access to different parts of the portal using gates and policies. Gates provide the "closure-based" simple approach for determining if a user may perform a certain action, whereas policies are classes that group related authorization logic.

Encryption is handled automatically in Laravel. All sensitive data, including passwords, are securely encrypted using industry-standard algorithms. Laravel’s built-in support for bcrypt and Argon2 hashing algorithms ensures that even if the database is compromised, user passwords remain safe.

Third, it ensures protection against other common vulnerabilities, which include Cross-Site Scripting (XSS), Cross-Site Request Forgery (CSRF), and SQL injection attacks. CSRF is enabled by default in Laravel and generates a token for each active user session that validates requests as coming from the same domain. It automatically applies XSS protection through built-in escaping mechanisms in Blade views.

Integrating Third-Party APIs in Laravel Portals

Integration of third-party APIs in custom portals can be highly beneficial for their functionality. Whether it is a payment gateway, data synchronization, or social media integration, Laravel provides an easy and efficient way to integrate with external services.

Laravel's HTTP Client, based on Guzzle, provides a simple and expressive interface to make API requests. You can send GET, POST, PUT, and DELETE requests to external services, handle responses, and manage errors. Laravel makes it seamless to interact with RESTful APIs by handling JSON responses out of the box and offering methods to parse and manipulate data efficiently.

For example, integrating a payment gateway such as Stripe or PayPal is pretty easy with the help of tools from Laravel. Through setting routes and controllers for handling API requests, you will easily enable your users to carry out smooth transactions. This means the payment process is secure and reliable.

The Jobs and Queues feature of Laravel can also be used for managing API integrations that are asynchronous in nature. This will be helpful in case of data syncing or other tasks that might take time to process, keeping the portal responsive even during complex interactions.

In business solutions such as Config Infotech, the integration of APIs for data management or collaboration tools can optimize operations and improve the overall functionality of the portal, allowing businesses to stay competitive and agile.

In a nutshell, Laravel is a powerful framework that allows developers to build scalable, secure, and highly functional custom portals. With its built-in features such as Eloquent ORM, Blade templating, and Laravel Mix, developers can create portals that are not only efficient but also maintainable as the business grows. Its focus on security, combined with its flexibility to integrate third-party APIs, makes it a top choice for building robust, enterprise-level portals.

[configs4u]

Laravel customized portal development services

Laravel, one of the most widely-used PHP frameworks today, features an elegant syntax combined with a more powerful approach towards developing scalable and custom portals. The salient features of why Laravel has really been a particularly effective one while building dynamic yet flexible portals, catering to varying business needs are Eloquent ORM, Blade Templating Engine and Laravel Mix.

Eloquent ORM is such an elegant and powerful implementation of ActiveRecord in Laravel, making it easy to interact with databases. All complicated SQL queries are avoided by developers as they can relate to the database using simple PHP syntax that keeps the development process efficient and error-free. It is particularly helpful for constructing scalable portals because it can easily manage operations that might otherwise be complex when handling increasing user bases and data volumes. With one-to-many, many-to-many, and polymorphic relationships built in, Eloquent takes care of complex data relationships.

Blade is Laravel's templating engine that increases the efficiency of making dynamic and reusable views. It is simple to use and includes powerful features like template inheritance, conditional statements, and loops. It helps make the building of robust and user-friendly front-end interfaces for portals easier. Its ability to organize and reuse layouts makes the development process faster and more manageable.

Laravel Mix is a wrapper around Webpack that makes it easier to manage assets like CSS, JavaScript, and images. Developers can compile, minify, and version assets so that the portal will perform well and be optimized for performance and scalability. The more complex the portal, the more important it is to ensure that front-end assets are properly compiled and organized so that load times are faster and the user experience is smoother.

Improving Security in Laravel-Based Portals

Security is an important factor in developing custom portals, as they deal with sensitive user information and business data. Laravel has a robust suite of built-in security features to protect your portals from various threats.

The key to allowing only authorized users access to some sections of the portal is Authentication and Authorization. Laravel provides a very comprehensive system of authentication that is ready out of the box for registration, login, password reset, and email verification. All these things can be extended or customized as per specific business requirements.

Controls access to different parts of the portal using gates and policies. Gates can offer a simple closure-based approach to how you determine if a given user can perform a certain action, while policies are classes that group related authorization logic.

Laravel automatically handles encryption. All other sensitive data, including passwords, are encrypted using industry-standard algorithms. In Laravel, the built-in bcrypt and Argon2 hashing algorithms ensure that even in the event of a database breach, passwords for the users cannot be compromised.

It further protects against the most common attacks, including XSS, CSRF, and SQL injection attacks. CSRF protection is enabled by default in Laravel, generating a token for each session that may be active for an authenticated user. This token then validates whether requests originate from the same domain. Protection from XSS, in turn, is automatically applied in Blade views through Laravel's built-in escaping mechanisms.

Including Third-Party APIs in Laravel Portals

Integrating third-party APIs into custom portals can greatly enhance their functionality. Whether it's for payment gateways, data synchronization, or social media integrations, Laravel provides an easy and efficient way to integrate with external services.

Laravel's HTTP Client, which is built on top of Guzzle, provides a simple and expressive way to create API requests. You can send GET, POST, PUT and DELETE requests against other services, handle the response, and manage errors. Laravel provides an extremely easy mechanism to work with RESTful APIs by supporting JSON responses and giving you methods that parse and manipulate data in an efficient way.

It becomes pretty easy, for instance, to integrate the payment gateway if you are working with Stripe or PayPal using the built-in tools in Laravel. With routes and controllers set up to handle the API requests, you can give your users an easy and frictionless transaction with security and reliability.

Additionally, Laravel’s Jobs and Queues feature can be utilized to manage API integrations that require asynchronous processing. This is useful when integrating data syncing or tasks that might take time to process, ensuring the portal remains responsive even during complex interactions.

For business solutions like Config Infotech, integrating APIs for data management or collaboration tools can optimize operations and improve overall portal functionality, enabling businesses to remain competitive and agile.

Summing up, Laravel is a very powerful framework, enabling developers to build scalable, secure, and highly functional custom portals, thus helping in creating portals that are not only efficient but also maintainable as the business grows. In addition, having a focus on security, with considerable flexibility in integrating third-party APIs, it will be one of the top choices for building robust enterprise-level portals.

[spritlesoftware1]

The Synergy of AI and Ruby on Rails: Evolution, Not Elimination

Introduction

As artificial intelligence (AI) continues its rapid advancement, its influence on web development is increasingly evident. Automation and AI-driven tools are reshaping development processes, leading to an important debate: Will AI make Ruby on Rails developers obsolete?

The straightforward answer is no—at least not in the foreseeable future. AI lacks the creativity, problem-solving skills, and strategic foresight that human developers bring to software development. However, it is undeniably transforming Ruby on Rails development, enhancing efficiency and automating repetitive tasks.

This article explores how AI is influencing Ruby on Rails, the role of machine learning in web development, and why skilled developers remain an integral part of the evolving tech landscape.

Understanding Ruby on Rails and AI

What is Ruby on Rails?

Ruby on Rails (RoR) is a widely used web development framework based on the Ruby programming language. It follows the Model-View-Controller (MVC) architecture, promoting convention over configuration to streamline development.

Key benefits of Ruby on Rails include:

Rapid development with pre-built libraries and tools

Scalability to support high-traffic applications

Robust security features

ActiveRecord ORM for seamless database integration

A strong developer community that fosters continuous innovation

Prominent companies such as GitHub, Airbnb, and Shopify use Ruby on Rails due to its flexibility and efficiency.

What is AI & Machine Learning?

Artificial Intelligence (AI) enables machines to replicate human intelligence and execute tasks such as:

Natural Language Processing (NLP)

Image and Speech Recognition

Predictive Analytics

Automated Code Generation

Machine Learning (ML), a subset of AI, allows systems to learn from data and enhance performance over time.

With the rise of AI-powered tools like ChatGPT, GitHub Copilot, and other automated development assistants, the software engineering domain is experiencing significant transformation.

How AI is Transforming Ruby on Rails Development

1. AI-Assisted Code Generation

AI-powered tools such as GitHub Copilot, ChatGPT, and Tabnine assist developers by suggesting relevant code snippets, detecting errors, and improving productivity through intelligent automation.

2. Automated Testing & Error Resolution

AI-integrated testing frameworks like RSpec and Cypress can swiftly scan codebases for bugs, optimize test cases, and enhance overall software reliability, reducing the need for manual intervention.

3. AI-Enhanced Security Measures

AI bolsters cybersecurity by identifying vulnerabilities, monitoring threats, and recommending security enhancements. AI-driven security tools provide real-time protection for Ruby on Rails applications.

4. AI-Powered Web Development Features

Machine learning can be embedded into Rails applications to enable advanced functionalities such as:

AI-driven chatbots for customer support

Personalized recommendation engines

Fraud detection and predictive analytics

5. AI-Optimized DevOps & Deployment

AI streamlines Continuous Integration and Deployment (CI/CD), automates server scaling, and predicts potential system failures. Tools like New Relic use AI analytics to optimize application performance in real-time.

Can AI Replace Ruby on Rails Developers?

While AI is revolutionizing the software development process, it cannot replace human developers for several fundamental reasons:

1. AI Lacks Human Creativity & Critical Thinking

AI can generate routine code but falls short in crafting innovative solutions, optimizing performance, and adapting to unique project requirements.

2. AI is Limited by Pre-Existing Data

Machine learning models rely on historical data, making it difficult for AI to develop novel solutions or handle highly customized applications requiring strategic input.

3. Human Expertise is Vital for Architectural Planning

Developers oversee system architecture, database management, and API integrations—tasks that require experience, judgment, and strategic foresight beyond AI’s capabilities.

4. Collaboration & Communication are Essential

AI cannot engage in business discussions, interpret complex requirements, or facilitate effective teamwork, making human interaction indispensable in development.

5. AI-Generated Code Requires Supervision

AI-generated code needs careful review and refinement to ensure efficiency, security, and compliance with best practices. Developers play an irreplaceable role in debugging, optimizing, and maintaining AI-assisted code.

The Future: AI and Ruby on Rails Developers as Collaborators

Instead of replacing developers, AI acts as an augmentative force that enhances Ruby on Rails development by:

Automating repetitive coding tasks to improve efficiency

Allowing developers to focus on problem-solving and high-level strategy

Enhancing deployment, scalability, and infrastructure management

Providing AI-driven insights for informed decision-making

Empowering developers to integrate AI features into Rails applications

The future is not about AI replacing Rails developers—it’s about AI and Rails developers working together to create intelligent, scalable, and high-performance applications.

FAQs: The Role of AI in Ruby on Rails Development

1. Can AI independently develop Ruby on Rails applications?

No, AI can assist with code generation and automation, but it lacks the ability to structure, design, and maintain complex applications without human intervention.

2. How does AI enhance Ruby on Rails development?

AI improves development by offering code suggestions, debugging support, automated testing, security monitoring, and DevOps optimization.

3. Should Ruby on Rails developers learn AI and machine learning?

Yes! Understanding AI enables developers to incorporate intelligent features into Rails applications, strengthening their expertise and career prospects.

4. What AI tools are beneficial for Ruby on Rails developers?

Popular AI-driven tools include GitHub Copilot, ChatGPT, TensorFlow, PyTorch, New Relic, and AI-powered security solutions for performance optimization and risk mitigation.

5. Is Ruby on Rails becoming obsolete due to AI?

No, Ruby on Rails remains a powerful and relevant framework. AI will augment, not replace, Rails development by improving automation, security, and overall efficiency.

Conclusion

AI and machine learning are undeniably reshaping the development landscape, but Ruby on Rails developers remain indispensable. Rather than replacing engineers, AI serves as a collaborative tool, automating routine tasks while allowing developers to focus on innovation and strategic problem-solving.

By integrating AI-driven solutions, Rails developers can enhance productivity, fortify security, and build more intelligent applications, ensuring their continued relevance in the evolving tech ecosystem.

🚀 How do you envision AI shaping the future of Ruby on Rails development? Share your thoughts in the comments!

[sophiasmithg]

What are some highly trafficked sites built in Ruby on Rails?

Today, having a dynamic and interactive website is the key to success. One of the prominent frameworks used for developing custom websites is Ruby on Rails. 

Its flexibility, great features, simple code, and ease of use made it a go-to language for 4.7% of developers.  

Its growing and supportive community made it possible for developers to create new advanced website solutions to meet evolving user needs. 

From Ecommerce to music, traveling, and other industries use Ruby on Rails for its unbeatable performance and user experience.

Over 1.5 million websites are powered by Ruby on Rails, including brands like Airbnb, Shopify, and others. 

There are other brands too that we will discuss in this blog, explaining the evolving role of Ruby on Rails in 2025. You can also hire a Ruby on Rails development company fora streamlined web app development process. 

Reasons to Choose Ruby on Rails for Website Development

Ruby on Rails (RoR) helps businesses build websites faster and easier by offering a flexible way to develop projects. 

It has a large collection of pre-built tools called "gems," that help to extend any website’s functionality.

RoR has an MVC (Model-View-Controller) approach that helps organize how a website works. It splits the work into three parts:

Model: Handles the data and logic.

View: Manages how the website looks.

Controller: Connects the data and the design, making sure everything works together.

It enables developers to work on different parts of the project simultaneously, leading to faster time-to-market.

However, several brands have used RoR, but some businesses still questioned its credibility in 2024. Will RoR survive? Let’s explore.

Is Ruby on Rails Relevant in 2025?

Yes, it made it through another year and making into 2025 with promising results. Being a 20-year-old tool, RoR is still growing and making an impact, especially for building websites and mobile apps.

Why is it still so popular? 

Convention over Configuration (CoC)

Don't Repeat Yourself (DRY)

Model-View-Controller (MVC) Architecture

ActiveRecord ORM (Object-Relational Mapping)

Scaffolding

Built-in Testing

Routing

Asset Pipeline

Rich Libraries (Gems)

Security Features

RESTful Design

Community and Documentation

Internationalization (i18n)

WebSockets & Real-Time Features

Development Speed

These features make Ruby on Rails a promising choice for upcoming RoR projects in 2025. RoR has benefitted many brands for its website and web app development.

Source 

Let’s learn about those brands that have used RoR for greater performance and user experience.

Ruby on Rails Website Examples

1. Airbnb

Airbnb is a popular website that helps people find places to find nice stays during travel across the globe. 

They used Ruby on Rails (Rails) to build and manage their scaling website. Airbnb chose Rails because it can scale easily with the company's growth, ensuring consistent performance.

Because Airbnb is used by people in over 190 countries, it needed a system that could grow and adapt quickly. 

That's why Rails was a good choice—it helps Airbnb stay flexible and handle all the changes and new users without crashing.

2. GitHub

GitHub, a popular platform for managing code and projects, uses Ruby on Rails (RoR) to help run its website smoothly. 

RoR allows GitHub to handle millions of project updates and requests every day. GitHub uses RoR for two main things: testing and APIs. 

RoR helps GitHub automatically test its code to ensure changes don’t cause errors.

GitHub uses RoR to create APIs, which let developers modify data on the platform, making it fast and reliable for developers worldwide.

3. Netflix

Netflix is a popular name in the OTT industry. It has a wide tech stack that contributes to its overall performance. 

But Ruby on Rails (RoR) is an important part of its system, ensuring a glitch-free streaming experience across devices. 

RoR helps Netflix manage smaller parts of its platform, "microservices," which work together to provide an advanced streaming experience. 

RoR helps Netflix-

Monitor the performance of the service. 

Collect and analyze user data to improve the experience.

Gather data and make smart decisions to stay ahead in the competitive streaming market.

Secure internal systems, user data, and content. 

Also, read- Cost to Develop an App Like Netflix

4. Zendesk 

Zendesk is a popular cloud-based software. Many businesses use it to provide seamless customer support and improve business-customer relationships. 

Zendesk’s ticketing systems and self-service options help businesses respond to their customers instantly. 

But, what keeps its performance intact? RoR. Zendesk uses Ruby on Rails (RoR) to support its extensive backend, connect its services with other apps, and make everything work smoothly.

5. Dribble 

Dribbble is a popular website built for graphic designers. They can showcase their work, connect with other designers, and find new opportunities. 

It was created using RoR, now scaling effortlessly with 500k+ designers globally. 

Although Dribbble now uses other technologies like HTML5 and jQuery, RoR has played a key role in making the site flexible and scale effortlessly. 

It’s also a great example of how RoR can help build successful and scalable websites.

6. Shopify 

Shopify is an online platform that is used to create and manage online stores. Today, more than 4 million websites use Shopify. Reason?- RoR.

Ruby on Rails (RoR) has been a key part of Shopify's growth, ensuring strong backend systems. 

RoR makes Shopify's platform fast, reliable, and easy to scale as more people use it to run their businesses.

RoR's structure allows developers to add custom features, plugins, and modules to improve the platform. This flexibility helps Shopify grow and offer more services to businesses looking to enhance their online stores.

Shopify's admin interface is built on RoR, providing a seamless user experience.

7. SoundCloud

Ruby on Rails (RoR) is a flexible tool benefiting many industries, including music streaming. SoundCloud with over 250 million users, uses RoR for data-heavy tasks like uploading and sharing music. 

RoR's powerful features allow SoundCloud to handle such a large number of users and music content smoothly.

SoundCloud uses it for some frontend development too. RoR's "view helpers" make it easy to create the website's HTML, while the "asset pipeline" helps manage JavaScript and CSS files, making the platform run smoothly and look good.

SoundCloud keeps a large amount of code to make sure its platform works well and to check that everything is running smoothly, they use automated tests. With built-in tools like RSpec and Capybara, RoR helps them to create and run tests.

8. Helping 

Helpling is a company that connects house cleaners with homeowners who need help, and it uses Ruby on Rails (RoR) for its web application. 

With trusted Ruby developers, Helpling ensures secure payments, efficient searches, and great account management. 

They use an Agile development method with RoR, which means they work in short cycles and quickly make improvements. This approach helps Helpling stay flexible and respond fast to customer needs and market changes.

9. Couchsurfing 

Couchsurfing is a smaller company that shows Ruby on Rails (RoR) can help not just big tech firms, but also startups. Since 2003, Couchsurfing has connected budget travelers with hosts who offer free places to stay, like a couch or a room, without the fancy extras of platforms like Airbnb. 

By using RoR, Couchsurfing has built a strong online community, with skilled developers making sure the platform runs smoothly with high-quality code.

Businesses need Ruby on Rails developers to analyze their systems and business requirements for optimum results.

Hire Ruby on Rails Developers From OnGraph Today

Ruby on Rails (RoR) is a popular web development tool for creating websites and apps quickly. It is known for its-

Simple structure

Built-in tools

A "convention over configuration" approach

Large, friendly community 

Plugins to help solve problems and improve projects. 

This makes it easier for businesses to develop, learn, and grow with RoR’s support.

OnGraph's RoR developers can help businesses by providing expert knowledge and experience to build, optimize, and scale web applications efficiently. 

Whether it's creating custom features, integrating third-party tools, or ensuring smooth performance, OnGraph’s team can deliver high-quality solutions tailored to your needs. 

Their expertise in RoR and access to the latest resources and best practices ensure that your project is in safe hands and will be completed on time.

Content Source URL: bit.ly/4fHOzXO

[shirakurak]

Railsガイドめも

Ruby on Rails ガイドをちょぼちょぼ読んでいて、知らなかったことを5つほど。

（１）中間テーブル用のジェネレータがある

bin/rails generate migration CreateJoinTableCustomerProduct customer product

こんな感じで、名前の一部に JoinTable を含めると、中間テーブルを生成するマイグレーションの雛形になる。

（２）bin/rails db:setup に冪等性を持たせた bin/rails db:prepare コマンドがある

bin/rails db:setup は、以下とかをやってくれるやつ：

データベースの作成

スキーマの読み込み

seedデータを用いたデータベースの初期化

（３）マイグレーションのログ出力は抑制できる

ActiveRecord::Migration.suppress_messages を使ってできる。

そもそも抑制したい場面ってあるのかなぁと思ったが、CI/CD内でマイグレーション部分のログ出力を抑制することで、ログを簡潔にしたい場合もあるかも。

（４）sqlファイルとしてスキーマダンプを生成できる

MCでは schema.rbだけど、db/structure.sqlにすることも設定次第で可能。この場合、sqlファイルになるため、データベース固有の項目も、そのファイル上で表現できる。シーケンス、ストアドプロシージャとかね。

（５） toggle という属性に反対のブール値を割り当てるメソッドがある

公式ドキュメントそのままだけどuser = User.first user.banned? #=> false user.toggle(:banned) user.banned? #=> true

という感じ。toggle!とした場合は、Railsのバリデーションはスキップされる。

[perception-system]

Why Use Laravel to Develop Faster Web-Based Apps?

In the fast-evolving world of web development, choosing the right framework is crucial for building efficient, scalable, and high-performance applications. Laravel, a PHP framework, has emerged as a popular choice among developers for creating robust web-based apps quickly. Here’s why Laravel stands out and why you should consider it for your next web development project.

Elegant Syntax and Readability

Laravel is known for its elegant syntax that is easy to understand and write. This readability reduces the learning curve for new developers and enhances productivity for experienced ones. The clean and expressive syntax facilitates easier code maintenance and debugging, which is crucial for developing complex applications swiftly.

MVC Architecture

Laravel follows the Model-View-Controller (MVC) architectural pattern, which separates the business logic, presentation, and data layers. This separation simplifies the development process, making it easier to manage and scale applications. The MVC architecture also enhances performance and ensures that your web apps are both robust and maintainable.

Comprehensive Documentation

One of Laravel’s strong points is its comprehensive and well-structured documentation. Whether you’re a beginner or an advanced developer, Laravel’s documentation provides detailed guides, examples, and API references. This extensive documentation helps in speeding up the development process by providing clear instructions and solutions to common problems.

Built-in Authentication and Authorization

Laravel offers built-in tools for implementing authentication and authorization, saving developers significant time. The framework provides a simple and secure way to manage user authentication, including login, registration, password resets, and email verification. These out-of-the-box features help in quickly setting up secure user access in web applications.

Eloquent ORM

Laravel’s Eloquent ORM (Object-Relational Mapping) makes interacting with databases straightforward and intuitive. Eloquent provides a beautiful and easy-to-use ActiveRecord implementation for working with your database. This allows developers to perform database operations using simple, expressive syntax, reducing the time and effort needed to manage database interactions.

Artisan Command-Line Interface

Laravel comes with Artisan, a powerful command-line interface that provides a range of helpful commands for common tasks during development. From database migrations and seedings to creating boilerplate code, Artisan streamlines the development workflow, enabling developers to focus on building features rather than repetitive tasks.

Blade Templating Engine

Laravel’s Blade templating engine is simple yet powerful, allowing developers to create dynamic and reusable templates with ease. Blade’s lightweight syntax and template inheritance features help in building complex layouts quickly and efficiently. This templating engine enhances productivity by reducing the amount of boilerplate code and promoting code reuse.

Robust Ecosystem and Community Support

Laravel boasts a robust ecosystem with numerous packages and tools that extend its functionality. From Laravel Echo for real-time events to Laravel Passport for API authentication, the ecosystem offers solutions for various development needs. Additionally, Laravel has a vibrant community of developers who contribute to its continuous improvement, provide support, and share knowledge through forums, tutorials, and conferences.

Testing and Debugging Tools

Laravel places a strong emphasis on testing, with built-in support for PHPUnit and various testing methods. This focus on testing ensures that applications are reliable and bug-free. Laravel also offers debugging tools like Laravel Telescope, which provides insights into the application's requests, exceptions, and database queries, making it easier to identify and fix issues promptly.

Scalability and Performance Optimization

Laravel is designed with scalability in mind. Whether you’re building a small web app or a large enterprise solution, Laravel’s modular architecture and performance optimization features ensure that your application can handle increased traffic and complex operations efficiently. Laravel's caching, session management, and queueing system contribute to faster load times and improved application performance.

Conclusion

Laravel is a powerful and versatile framework that accelerates the development of web-based applications. Its elegant syntax, robust features, and supportive community make it an excellent choice for developers looking to build high-performance and scalable applications quickly. By leveraging Laravel’s capabilities, you can streamline your development process, reduce time-to-market, and deliver exceptional web-based apps that meet modern standards.

By using Laravel, you not only enhance your productivity but also ensure that your applications are secure, maintainable, and future-proof. So, if you’re planning to develop a web-based app, consider Laravel for a faster, efficient, and enjoyable development experience.

[softssolutionservice]

Frameworks Face-off: Laravel vs Symfony in PHP Development

In the realm of PHP development, the choice of framework can significantly influence the success of your projects. Two of the most popular PHP frameworks, Laravel and Symfony, often stand at the forefront of discussions among developers. Each comes with its own set of features, advantages, and unique characteristics that make it suitable for different types of projects. This article delves into a detailed comparison of Laravel and Symfony, helping you decide which framework best suits your needs.

Laravel: The Modern PHP Framework

Laravel, created by Taylor Otwell, has quickly become one of the most popular PHP frameworks. Known for its elegant syntax and developer-friendly features, Laravel is designed to make the development process enjoyable and efficient.

Key Features of Laravel:

Eloquent ORM: Laravel's Eloquent ORM is a powerful ActiveRecord implementation that simplifies database interactions. It allows developers to work with databases using an expressive syntax.

Blade Templating Engine: Laravel’s Blade templating engine offers a simple yet powerful way to structure views, making it easier to create and manage the user interface.

Artisan CLI: Laravel comes with a robust command-line tool called Artisan, which automates repetitive tasks and speeds up the development process.

Comprehensive Documentation: Laravel boasts thorough documentation and a vibrant community, providing ample resources for learning and troubleshooting.

Laravel Ecosystem: Laravel’s ecosystem includes a variety of tools and libraries like Laravel Nova, Laravel Vapor, and Laravel Mix, which enhance its capabilities.

Advantages of Laravel:

Ease of Use: Laravel’s intuitive syntax and clear structure make it easy to learn, especially for beginners.

Rapid Development: Features like built-in authentication and routing simplify common tasks, allowing for rapid application development.

Strong Community Support: With a large and active community, developers can find help and resources easily.

Symfony: The Versatile PHP Framework

Symfony, created by Fabien Potencier, is a flexible and robust framework that has been around since 2005. It is known for its extensive modularity and reusable components.

Key Features of Symfony:

Reusable Components: Symfony’s architecture is built around reusable components, which can be used in various projects, enhancing efficiency.

Twig Templating Engine: Symfony uses the Twig templating engine, which is both powerful and flexible, allowing for clean and maintainable code.

Symfony Flex: Symfony Flex is a modern way to manage Symfony applications, streamlining the process of adding and configuring bundles.

Excellent Performance: Symfony is designed for performance and scalability, making it suitable for large and complex applications.

Comprehensive Documentation and Long-Term Support (LTS): Symfony provides excellent documentation and LTS versions, ensuring stability and security for enterprise applications.

Advantages of Symfony:

Flexibility and Modularity: Symfony’s modular architecture allows developers to choose and integrate only the components they need.

Enterprise-Level Projects: Symfony’s robustness and scalability make it ideal for large, enterprise-level applications.

Best Practices: Symfony enforces best practices in web development, promoting clean and maintainable code.

Laravel vs Symfony: A Comparative Analysis

Learning Curve:

Laravel: Laravel is generally considered easier to learn, with a gentler learning curve, making it ideal for beginners and small to medium-sized projects.

Symfony: Symfony has a steeper learning curve due to its complexity and flexibility, which may be challenging for beginners but rewarding for experienced developers.

Performance:

Laravel: Laravel performs well for most applications, but it might not be as optimized for very large-scale applications out of the box.

Symfony: Symfony is known for its performance and scalability, making it a better choice for high-traffic and large-scale applications.

Community and Support:

Laravel: Laravel has a vibrant and active community, providing extensive resources, tutorials, and third-party packages.

Symfony: Symfony also has a strong community, with professional support and comprehensive documentation, especially valuable for enterprise-level development.

Flexibility:

Laravel: Laravel offers a more opinionated approach, which can be beneficial for rapid development but may limit flexibility in some cases.

Symfony: Symfony’s component-based architecture offers unparalleled flexibility, allowing developers to create highly customized solutions.

Conclusion: Which Framework Should You Choose?

Choosing between Laravel and Symfony depends on your specific needs, project requirements, and your team's expertise. If you are looking for a framework that is easy to learn, facilitates rapid development, and has extensive community support, Laravel might be the best choice. On the other hand, if you need a highly flexible and scalable framework that can handle complex, enterprise-level applications, Symfony is likely the better option.

Regardless of your choice, both Laravel and Symfony are excellent frameworks that can significantly enhance your PHP development projects. To master these frameworks and become proficient in PHP development, consider enrolling in a PHP Development Course or PHP Development Training program. Softs Solution Service offers comprehensive Online PHP Development Courses and Online PHP Development Training to help you become a skilled developer. For those in Ahmedabad, look for a reputable IT Training Institute in Ahmedabad or an IT Training Center in Ahmedabad to get hands-on experience and expert guidance.

Enhance your PHP development skills today and take your career to new heights with the right training and resources.

[softwarefrim]

Mastering Ruby on Rails: Tips, Tricks, and Best Practices for Web Developers 🚀

Unlock the full potential of Ruby on Rails with expert tips and tricks. From ActiveRecord mastery to gem selection, dive into essential best practices for efficient web development. Stay updated with the latest releases and optimize for performance. Boost your skills and productivity with actionable insights from seasoned developers.

[quantuminnovationit]

Security in Ruby on Rails Development: Best Practices and Measures

In the realm of web development, security stands as a paramount concern. With cyber threats evolving constantly, ensuring robust security measures is imperative, especially when developing web applications using frameworks like Ruby on Rails (RoR). As businesses increasingly rely on RoR for their web development needs, understanding and implementing best practices for security becomes crucial. In this article, we delve into the world of security in Ruby on Rails development, exploring the best practices and measures that ruby on rails web development company usa should adhere to safeguard their applications and users.

1. Embrace Secure Authentication and Authorization

One of the fundamental pillars of web application security is secure authentication and authorization. Ruby on Rails provides robust authentication mechanisms through tools like Devise and OmniAuth. Ruby on Rails web development companies in the USA should ensure that user authentication processes are secure, using strong password hashing algorithms like bcrypt or Argon2. Additionally, implement role-based authorization to control access levels and permissions within the application.

2. Sanitize Inputs and Protect Against SQL Injection

SQL injection attacks remain a prevalent threat in web applications. Ruby on Rails developers must sanitize user inputs and parameterize queries to prevent malicious SQL injection attacks. Utilize ActiveRecord's built-in query sanitization features and avoid direct SQL queries whenever possible. Conduct regular security audits and code reviews to identify and mitigate potential SQL injection vulnerabilities.

3. Implement Cross-Site Scripting (XSS) Protection

Cross-Site Scripting (XSS) attacks can compromise user data and lead to malicious code execution in web applications. Ruby on Rails offers built-in protections against XSS vulnerabilities through features like HTML escaping and content security policies (CSP). ruby on rails web development services usa should enable automatic HTML escaping by default and configure CSP headers to restrict content sources and mitigate XSS risks effectively.

4. Secure Session Management and CSRF Protection

Effective session management is essential for maintaining user sessions securely. Ruby on Rails provides session management mechanisms through cookies or server-side sessions. Ensure that session cookies are secure, HttpOnly, and have limited lifetimes to prevent session hijacking attacks. Implement Cross-Site Request Forgery (CSRF) protection using Rails' built-in CSRF token mechanism to validate and authenticate user requests.

5. Keep Dependencies Updated and Patch Vulnerabilities

Maintaining up-to-date dependencies is crucial for addressing security vulnerabilities and mitigating potential risks. Regularly update Ruby gems, libraries, and third-party components used in the application to their latest secure versions. Monitor security advisories and patches released by the Ruby on Rails community and promptly apply necessary updates to protect against known vulnerabilities.

6. Secure File Uploads and Processing

File uploads pose security challenges, including potential file-based attacks and vulnerabilities. Ruby on Rails developers should implement strict validations and file type checks for uploaded files to prevent malicious uploads. Store uploaded files in secure directories with limited access permissions and avoid executing uploaded files on the server to mitigate risks associated with file processing vulnerabilities.

7. Enable HTTPS and Secure Communication

Securing data in transit is critical to protecting sensitive information exchanged between clients and servers. Enable HTTPS encryption using SSL/TLS certificates to encrypt communication channels and prevent data interception or tampering. Configure web servers and load balancers to enforce HTTPS connections and redirect HTTP traffic to HTTPS for all web application interactions.

8. Conduct Regular Security Audits and Penetration Testing

Regular security audits and penetration testing are essential for identifying and addressing security vulnerabilities proactively. Collaborate with cybersecurity experts or perform internal audits to assess the application's security posture, conduct vulnerability scans, and penetration tests to simulate real-world attacks. Address identified vulnerabilities promptly and implement remediation measures to strengthen security defenses.

9. Educate Developers and Follow Secure Coding Practices

Empowering developers with security knowledge and promoting secure coding practices is integral to building secure Ruby on Rails applications. Provide training and resources on security best practices, OWASP Top 10 vulnerabilities, and secure coding guidelines specific to Ruby on Rails development. Encourage adherence to secure coding standards, input validation, error handling, and data sanitization techniques throughout the development lifecycle.

10. Monitor and Respond to Security Incidents

Establish robust monitoring and logging mechanisms to detect and respond to security incidents effectively. Implement intrusion detection systems (IDS), log analysis tools, and security monitoring solutions to monitor application behavior, detect suspicious activities, and alert on potential security breaches. Develop incident response plans and procedures to mitigate security incidents promptly and minimize impact on users and the application.

In conclusion, 

prioritizing security in Ruby on Rails development requires a comprehensive approach encompassing secure authentication, input validation, protection against common vulnerabilities, secure session management, dependency management, HTTPS encryption, regular audits, developer education, and incident response readiness. ruby on rails website development company usa, must adopt a security-first mindset, leverage industry best practices, and stay vigilant against evolving cybersecurity threats to build and maintain secure and resilient web applications for their clients and users.

[jamiemccarthy]

January 16, 2024

New gem release: unreliable 0.10

I released a new version of a gem!

unreliable is a gem I wrote that makes your test suite and your app more robust against undefined database behevior.

During the running of your test suite, it adds randomness to the order of all your ActiveRecord relations. If their existing order is well-defined, that won't change a thing.

But if you have any relations where ordering actually matters, and you don't fully specify that order, the gem may surface some of those bugs.

SQL order can be undefined

Many people don't know that if a query has an ORDER BY clause that's ambiguous, the database can return results in any order. That's in the spec!

Because most databases, most of the time, return data in primary key order, we as programmers get used to that and maybe sometimes rely on it.

"unreliable" forces you not to rely on it.

Bugfixes and tests

Version 0.10 has several bugfixes related to Postgres. And it's got a large test suite that should give some confidence it's doing the right thing.

(It does exactly nothing outside of a Rails test environment anyway, so have no fear, it can't cause problems in your actual app.)

Give it a try!

Arel 8, subqueries, and update

Okay, this is just a footnote. Here's something that came up while I was writing "unreliable"'s test suite.

I found an odd edge case bug in Arel 8, the library used by the ORM in ActiveRecord 5.0 and 5.1. And although Arel was a public API at that point, really nobody but Rails was using it, and 5.1 is long-since end-of-lifed, so none of this really matters.

Where ActiveRecord calls Arel's compile_update, the relation is unscoped, so it can't have an order or limit.

But if it did, then when visit_Arel_Nodes_UpdateStatement built the SQL, it would construct an IN subquery and pass it a primary key that's quoted.

The resulting query that the visitor would build would be:

UPDATE foo SET bar=1 WHERE 'id' IN (SELECT 'id' FROM foo WHERE foo.id=2)

See the bug? 'id' should have been "id", which would have referenced the column. But it's single-quoted, and in SQL, that's a string literal!

So every row matches and the whole table gets updated! Yikes!

The bug never triggers for MySQL because MySQL forbids same-table subqueries on UPDATEs, so Rails special-cases around this.

And as I said, this is all ancient history, and almost certainly affects no one. But I think this is technically an Arel 8 bug that has been lurking undiscovered since February 2017.

This behavior was fixed in Arel 9. That's why "unreliable", which forces an order on most relations internally, after ActiveRecord forces an unscoping, now requires ActiveRecord >= 5.2.

[apptechmobilesolutions]

Building Powerful Mobile Apps with Ruby on Rails: A Comprehensive Guide

In the ever-expanding world of mobile app development, choosing the right technology stack is paramount to creating a successful and efficient application. Ruby on Rails, often referred to simply as Rails, has gained substantial popularity for its ability to streamline the development process and deliver robust applications. In this blog post, we'll explore the synergy between Ruby on Rails and mobile app development, highlighting the key advantages and considerations when building mobile apps using this powerful framework.

Understanding Ruby on Rails for Mobile App Development

Ruby on Rails is a robust web application framework known for its simplicity, developer-friendly syntax, and rapid development capabilities. While originally designed for web applications, Rails has evolved to be a viable choice for building mobile apps as well. Its flexibility, modular structure, and extensive libraries make it a compelling option for creating cross-platform and hybrid mobile applications.

Rapid Development and Time Efficiency

One of the standout features of Ruby on Rails is its emphasis on convention over configuration. This means that the framework has predefined structures and conventions in place, significantly reducing the time developers spend on setup and configuration tasks. This efficiency translates seamlessly to mobile app development, allowing developers to focus on building features and functionality rather than dealing with boilerplate code.

Code Reusability

Ruby on Rails facilitates code reusability, a crucial factor when developing mobile apps for multiple platforms. With the concept of "Don't Repeat Yourself" (DRY), developers can write modular code that can be easily shared and reused across different parts of the application. This translates into faster development cycles and consistent user experiences across various devices.

Seamless API Integration

In the world of mobile app development, integrating with third-party services and APIs is commonplace. Ruby on Rails excels at seamlessly connecting with external APIs, making it easy to integrate features such as social media sharing, payment gateways, and location-based services into your mobile app.

Hybrid App Development

Ruby on Rails is a suitable choice for building hybrid mobile apps, which are applications that combine elements of both native and web apps. Using frameworks like RubyMotion or Volt, developers can leverage their existing Rails knowledge to build cross-platform apps that run on iOS, Android, and other platforms, while sharing a significant portion of the codebase.

Database Management and Backend Connectivity

Ruby on Rails offers powerful tools for managing databases and establishing backend connectivity, critical components of mobile app development. With ActiveRecord, Rails' built-in Object-Relational Mapping (ORM) tool, developers can easily define and manipulate database relationships, simplifying data storage and retrieval processes.

Community Support and Resources

The Ruby on Rails community is renowned for its enthusiasm and willingness to help fellow developers. This vibrant community ensures that developers building mobile apps using Rails have access to a wealth of resources, tutorials, and open-source libraries that can expedite the development process and solve common challenges.

Considerations and Challenges

While Ruby on Rails presents numerous advantages for mobile app development, it's important to consider certain factors before diving in. Performance, for instance, can be a concern for complex mobile applications with high user loads. Additionally, maintaining a consistent user experience across various platforms may require additional effort and customization.

In conclusion, Ruby on Rails presents a compelling option for developing mobile applications, thanks to its rapid development capabilities, code reusability, and seamless API integration. By leveraging the power of Ruby on Rails, developers can streamline the mobile app development process, create feature-rich applications, and tap into the resources of a thriving community. As you embark on your mobile app journey, remember to assess your project's requirements, evaluate the platform's suitability, and leverage the framework's strengths to create powerful and efficient mobile apps that resonate with your target audience.

[config-nilesh]

Laravel customized portal development services

Building Scalable Custom Portals with Laravel

Laravel is one of the most popular PHP frameworks, offering a clean and elegant syntax while providing powerful tools to develop scalable, custom portals. The key features that make Laravel particularly effective in building dynamic, flexible portals for diverse business needs include Eloquent ORM, Blade templating engine, and Laravel Mix.

Eloquent ORM is a beautiful and robust implementation of the ActiveRecord pattern in Laravel, making database interaction very simple. Developers need not write complicated SQL queries to interact with the database; they can use simple PHP syntax for the same purpose, ensuring the development process is efficient and free from errors. This is very helpful in developing scalable portals, where the user base and data can be managed very smoothly as the user base grows. With one-to-many, many-to-many, and polymorphic built-in relationships, Eloquent provides a smooth solution for complex data relationships.

Blade is Laravel's templating engine that helps make dynamic and reusable views by increasing efficiency. Blade is very easy to use and has powerful features like template inheritance, conditional statements, and loops, through which people can easily build robust and user-friendly front-end interfaces for their portals. This ability to organize and reuse layouts makes the development process faster and more manageable.

Laravel Mix is a wrapper around Webpack that makes the management of assets such as CSS, JavaScript, and images easier. The developer can compile, minify, and version assets to ensure that the portal performs well and is optimized for performance and scalability. As portals grow in complexity, using Laravel Mix ensures that the front-end assets are properly compiled and organized, contributing to faster load times and a smoother user experience.

Improving Security in Laravel-Based Portals

Security is a critical aspect when developing custom portals, especially as they handle sensitive user information and business data. Laravel offers a robust suite of built-in security features to safeguard your portals against various threats.

Authentication and Authorization are essential to ensure only authorized users can access certain areas of the portal. Laravel provides an out-of-the-box authentication system, including registration, login, password reset, and email verification. You can extend and customize this system based on specific business requirements.

Laravel's authorization feature permits you to control access to different parts of the portal using gates and policies. Gates provide the "closure-based" simple approach for determining if a user may perform a certain action, whereas policies are classes that group related authorization logic.

Encryption is handled automatically in Laravel. All sensitive data, including passwords, are securely encrypted using industry-standard algorithms. Laravel’s built-in support for bcrypt and Argon2 hashing algorithms ensures that even if the database is compromised, user passwords remain safe.

Third, it ensures protection against other common vulnerabilities, which include Cross-Site Scripting (XSS), Cross-Site Request Forgery (CSRF), and SQL injection attacks. CSRF is enabled by default in Laravel and generates a token for each active user session that validates requests as coming from the same domain. It automatically applies XSS protection through built-in escaping mechanisms in Blade views.

Integrating Third-Party APIs in Laravel Portals

Integration of third-party APIs in custom portals can be highly beneficial for their functionality. Whether it is a payment gateway, data synchronization, or social media integration, Laravel provides an easy and efficient way to integrate with external services.

Laravel's HTTP Client, based on Guzzle, provides a simple and expressive interface to make API requests. You can send GET, POST, PUT, and DELETE requests to external services, handle responses, and manage errors. Laravel makes it seamless to interact with RESTful APIs by handling JSON responses out of the box and offering methods to parse and manipulate data efficiently.

For example, integrating a payment gateway such as Stripe or PayPal is pretty easy with the help of tools from Laravel. Through setting routes and controllers for handling API requests, you will easily enable your users to carry out smooth transactions. This means the payment process is secure and reliable.

The Jobs and Queues feature of Laravel can also be used for managing API integrations that are asynchronous in nature. This will be helpful in case of data syncing or other tasks that might take time to process, keeping the portal responsive even during complex interactions.

In business solutions such as Config Infotech, the integration of APIs for data management or collaboration tools can optimize operations and improve the overall functionality of the portal, allowing businesses to stay competitive and agile.

In a nutshell, Laravel is a powerful framework that allows developers to build scalable, secure, and highly functional custom portals. With its built-in features such as Eloquent ORM, Blade templating, and Laravel Mix, developers can create portals that are not only efficient but also maintainable as the business grows. Its focus on security, combined with its flexibility to integrate third-party APIs, makes it a top choice for building robust, enterprise-level portals.

[shivlabs]

Building Dynamic Web Applications with Laravel Development Services

Laravel is a popular open-source PHP framework, known for web application development. This tool, which is based on the Model-View-Controller (MVC) architectural pattern, is a top choice for businesses because it provides an array of benefits. This is why Laravel development services are becoming more and more popular.

Why is Laravel Gaining Popularity?

Since its creation in 2011, Laravel has become a favorite PHP framework due to its simplicity, elegance, and power. Its user-friendly syntax gives developers joy while working, making web development not only manageable but truly pleasurable. A Laravel development company uses this tool to produce high-end web applications that cater to your business needs.

Why Opt for Laravel in Web Application Development?

Laravel's growing fame stems from its flexible and broad-ranging features. Packed with features that accelerate web development and boost the quality of the end product, Laravel is a top pick for developers. Here's why:

Modular and MVC Architecture: Laravel is founded on over 20 different libraries and is divided into separate modules. This structure helps developers create modular and responsive web applications. With MVC, there's a clear distinction between logic and presentation, leading to better documentation and many scalable options.

Security: In web application development, safety is key. Laravel safeguards its framework. It uses hashed and salted passwords, which implies passwords aren't saved as plain text in the database. Laravel also has a user-friendly way to escape user input to prevent user injection attacks.

Database Migration: Laravel stands out due to its database migration feature. It not only lets you alter the database structure but does it using PHP code instead of SQL. Laravel Schema Builder enables quick creation of database tables and the insertion of indices or columns.

The Perks of Laravel Development Services

These services can help create unique, efficient, and user-friendly web applications. With its rich features, Laravel simplifies the web development process.

Here's how Laravel development services can boost your web application:

Artisan Console: Laravel has a built-in tool for the command line known as Artisan. This tool lets developers interact with Laravel via a command line, helping them manage the Laravel project environment. It helps avoid tiresome and repetitive programming tasks.

Eloquent ORM: The Eloquent ORM in Laravel offers a neat, simple ActiveRecord implementation for database work. Each database table links to a "Model" that lets you interact with that table.

Task Scheduling: Earlier, developers had to make a Cron entry for each task they needed to schedule. Laravel's built-in task scheduler solves this issue, offering an expressive, easy-to-use interface to schedule tasks.

Choosing a Laravel Development Agency

Selecting the right agency is vital for your web application's success. An expert Laravel development agency can create and maintain top-quality web applications. Here are some tips:

Expertise and Experience: Explore the company's portfolio to gauge their experience. This gives insight into their working style, project types, and success rate.

Client Testimonials and Reviews: Client feedback is an effective way to judge an agency's efficiency. An agency with positive reviews is likely to deliver quality work.

Support and Maintenance: After-development support is essential for your web application to run smoothly. Ensure your chosen agency provides strong support and maintenance.

Pricing: While cost shouldn't override quality, it's essential to choose an agency that fits your budget.

The Laravel Development Process

The development process involves several stages, from initial consultation to final delivery and support. A standard Laravel development company follows these steps:

1. Requirement Gathering and Analysis: This stage involves understanding the client's needs and the purpose of the web application. This requires extensive consultation to analyze the business requirements, target audience, and desired features.

2. Design: Once the requirements are clear, the next step is to design the application, which includes wireframing, UI/UX design, and creating a design prototype.

3. Development: This is where the actual coding and integration occur. The developers set up the Laravel environment, build the application as per the design, integrate the functionalities, and ensure smooth operation.

4. Testing: After development, the application undergoes rigorous testing to identify and fix bugs or issues. It is tested for functionalities, performance, compatibility, and security.

5. Deployment and Support: After passing the testing phase, the application is ready for deployment. A reputable Laravel development agency will also offer post-deployment support and maintenance services. Hire dedicated laravel developers at affordable prices.

Bottom Line

Laravel, a comprehensive and sophisticated framework, caters to all web application needs. It offers a myriad of features, making it a top choice for web application development. Regardless of whether you're a startup or a well-established business, choosing Laravel development services can give you a significant edge in today's digital world.

[ykqwcbhjo]

Кто должен заниматься разработкой на laravel?

 Фреймворк гарантирует хорошую производительность, отдельно стоит упомянуть кэширование. Благодаря соответствующему драйверу файловая система сохраняет в себе большое количество различных элементов. Подобный подход способствует более быстрой разработке самых разных по сложности приложений. Система аутентификации в Laravel очень удобна, с ее помощью можно даже контролировать доступ к имеющимся ресурсам. То есть неавторизованные пользователи, как говорится, не останутся незамеченными.

А что можно сделать разработчик на Laravel еще? Например, позаботиться с помощью фреймворка о безопасности всех приложений. Точнее, Ларавел сделает это сам. Никакие CSRF тут не проскочат, как и инъекции SQL.

Другие особенности платформы:

Встроенный ORM, речь идет о Eloquent. Данная система дает возможность работать с различными БД. Это достигается путем реализации шаблона под названием ActiveRecord. То есть можно работать, но при этом не создавать SQL-запросы повышенного уровня сложности.

Платформа дружит с архитектурным дизайном MVC. Он оказывает помощь в разделении бизнес-логики и интерфейса для обычного пользователя. Движок таких шаблонов тоже поддерживается фреймворком Ларавел. Поэтому тут зеленый свет гарантирован нативному PHP-коду.

Фреймворк дает возможность работать над приложениями очень быстро, в ходе работы сложный код разработчикам попросту не нужен. То, что в основе Ларавел лежит MVC-архитектура, гарантирует доступ ко всему, что надо для создания веб-ресурса.

Эффективная работа с трафиком. Чем известнее сайт, тем большее число запросов в секунду обязано принимать и пускать в обработку приложение. Соответственно, сервер получает приличную нагрузку, а хостинг увеличивается в цене. В таком темпе сервер иногда решает не отвечать, и данные могут потеряться. Но подобные риски с Laravel сведены к минимуму. Причина – реализация в фреймворке интересной системы информационной очереди. С ее помощью нагрузка на сервер упорядочивается. И работа не прерывается, и с данными все в порядке.

Любой бизнес, разрабатывая приложение, будет ориентироваться на список собственных потребностей, индикаторов для наблюдения за производительностью, требований к программному обеспечению. Если планируется «реставрировать» уже работающее приложение либо создавать с нуля собственное, то рекомендуется в первую очередь обратить внимание на требования к его характеристикам. Не помешает (по возможности) уделить внимание развертыванию – как гибридному, так и локальному. Это позволит убедиться, что выбор сделан правильно, и он полностью совместим с фреймворками и задействованными в работе языками программирования. Если проект носит корпоративную направленность, то лучше Laravel еще ничего не придумали.

Время идет, а вместе с ним приходится совершенствовать предъявляемые к функционалу требования. Проект не может останавливаться и топтаться на одном месте. Он растет, происходит его совершенствование. И без качественного сайта обойтись невозможно. Причем он должен полностью удовлетворять не только требования заказчика, но и пользователей.

О масштабировании рекомендуем подумать заранее. Также потребуется регулярная доработка сайта. Делать это с новейшими инструментами просто, существенные вложения не требуются. Учитывая все это, можно сделать вывод: разработку на Laravel надо доверять профи.

Если вам нужен сайт на Laravel, то мы сделаем для вас лучший проект :)

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