Bug tracking and issue management
Jira
Github
Version control and release management
Git
Github
Bitbucket
Node.js serves as a cross-platform JavaScript runtime environment, facilitating the execution of JavaScript code outside conventional web browsers.
JavaScript stands as a high-level, interpreted programming language, primarily employed to imbue web pages with interactivity and dynamic functionality.
Developed by Microsoft, TypeScript extends JavaScript's capabilities by incorporating optional static typing, classes, interfaces, and other advanced features.
As the standardized specification for JavaScript, ECMAScript defines the syntax, semantics, and behavior of the language, ensuring consistency and compatibility across diverse implementations and environments.
Express.js, a minimalist web application framework for Node.js, empowers developers with a rich toolkit for constructing web servers and APIs. It facilitates request and response handling, routing, and static file serving, making it a favored choice for web application and RESTful API development.
Nest.js, a forward-thinking Node.js framework, elevates server-side application development by leveraging TypeScript atop Express.js. It fosters a modular architecture, dependency injection, and built-in support for middleware, routing, and validation, drawing inspiration from Angular's best practices and design patterns.
In asynchronous programming languages, the event loop serves as a crucial mechanism for managing concurrent operations. It continually scans for and executes pending tasks without halting the main thread, thus ensuring efficient handling of asynchronous tasks.
Microservices represent a software architectural paradigm wherein applications are composed of small, independent services, each catering to specific business functions. This approach fosters scalability, flexibility, and simplified maintenance by decoupling services.
Monolithic architecture entails building an entire application as a single, interconnected unit. While this approach is straightforward initially, it often becomes challenging to scale and maintain as the application expands in complexity and scale.
Serverless computing embodies a cloud computing model where applications are developed and executed as stateless functions. This model liberates developers from server and infrastructure management, allowing them to focus solely on writing code.
MongoDB adopts a NoSQL approach, utilizing a document-oriented data model to store information in flexible, JSON-like documents.
As an AWS-managed NoSQL database service, DynamoDB delivers a scalable, low-latency, and resilient data storage solution, underscored by its seamless scalability and inherent security measures.
Introduced by Facebook, GraphQL revolutionizes API development with its query language and runtime, enabling clients to specify precisely the data they require from the server, thereby optimizing data retrieval and mitigating over-fetching and under-fetching issues prevalent in REST APIs.
PostgreSQL, renowned for its reliability, scalability, and extensibility, represents a robust open-source relational database management system. It boasts features such as ACID compliance, transactions, indexing, and advanced data types, catering to diverse application needs.
Developed by Oracle Corporation, MySQL ranks among the most popular relational database management systems, cherished for its simplicity, performance, and reliability. It supports SQL and offers capabilities like transactions, indexing, replication, and clustering, rendering it ideal for a myriad of applications.
Serving as an open-source, in-memory data store, Redis boasts support for diverse data structures and finds widespread utility as a database, cache, and message broker.
As an open-source message broker, Apache RabbitMQ facilitates asynchronous communication between distributed systems by implementing messaging protocols like AMQP.
Renowned as an open-source distributed streaming platform, Kafka is instrumental in constructing real-time data pipelines and streaming applications.
Acknowledged for its high performance, Memcached stands as a distributed memory caching system utilized to accelerate dynamic web applications by storing data in memory for rapid retrieval.
REST, which stands for Representational State Transfer, embodies a software architectural style delineating constraints to craft scalable and maintainable web services. It prioritizes stateless communication, uniform resource identifiers (URIs), and standard HTTP methods (GET, POST, PUT, DELETE) for effective implementation.
HTTP cache semantics encompass the regulations and mechanisms articulated by the HTTP protocol to cache responses across different levels (client, intermediary proxies, and server). This practice optimizes resource reuse, curtails latency, and minimizes bandwidth consumption in web applications.
Backbone.js, a lightweight JavaScript library, furnishes the framework for developing single-page web applications. It endows models with key-value binding and custom events, offers collections with an enriched API of enumerable functions, delivers views with declarative event handling, and facilitates route management for URL fragments and application state.
Visual Studio Code, crafted by Microsoft, emerges as a versatile and free code editor, renowned for its lightweight design, robust language support, debugging prowess, and expansive array of extensions.
WebStorm, an integrated development environment (IDE) from JetBrains, offers premium support for web development, featuring intelligent code completion, debugging tools, and specialized utilities for JavaScript, TypeScript, HTML, CSS, and popular web frameworks.
Embracing an open-source ethos, Strapi serves as a headless CMS empowering developers to construct, deploy, and administer content-rich websites and applications through customizable APIs and an intuitive admin panel.
Positioned as a cloud-based headless CMS, Contentful empowers teams to craft, manage, and distribute digital content seamlessly across various channels and devices, leveraging a flexible and API-first approach.
Operating on Node.js, Mocha stands as a comprehensive JavaScript test framework, designed to simplify and add enjoyment to asynchronous testing tasks.
As a test runner tailored for Node.js, Ava prioritizes succinct syntax, swift execution, and concurrent test executions.
Specifically crafted for Node.js, Supertest functions as a library aimed at testing HTTP servers. It offers an abstraction layer for conducting HTTP requests and verifying responses at a higher level.
Catering to both Node.js and browsers, Chai serves as a BDD/TDD assertion library. It boasts a versatile and expressive API, empowering developers to craft clear and comprehensible assertions within their tests.
Embracing behavior-driven development (BDD) principles, Jasmine emerges as a robust framework for testing JavaScript code. Its feature-rich toolkit facilitates the creation and organization of tests in an intuitive and descriptive manner.
Positioned as a versatile toolset, Sinon aids in the creation of spies, stubs, and mocks for JavaScript tests. It enables developers to simulate intricate behaviors and dependencies within their codebase.
As a suite of automation tools, Selenium streamlines the process of automating web browsers. It empowers developers to craft tests that mimic user interactions with web applications across diverse browsers and platforms.
Tailored specifically for Angular and AngularJS applications, Protractor operates atop WebDriverJS and Jasmine. It furnishes developers with a potent and user-friendly API for crafting and executing tests within real browsers.
Renowned as a test runner for JavaScript, Karma finds widespread usage in executing unit tests across various testing frameworks. Its features include browser automation, test result reporting, and seamless integration with continuous integration workflows.
Social networks, Payment gateways
Booking APIs
Apigee Edge
Representing an advanced parallel debugger, Allinea DDT equips developers with comprehensive debugging capabilities for parallel, multi-threaded, and distributed applications, facilitating efficient issue diagnosis and resolution.
Provided by SmartBear Software, AQtime emerges as a performance profiling tool tailored for analyzing and optimizing application performance across diverse programming languages, including ARM assembly language.
Microsoft Azure serves as a comprehensive cloud computing platform and suite of services, empowering the creation, deployment, and management of applications and services via Microsoft's global network of data centers.
PM2, denoting Process Manager 2, emerges as a production process manager tailored for Node.js applications. It boasts functionalities like automatic restarts, log management, clustering, and seamless zero-downtime deployments.
Docker operates as a versatile platform streamlining application development, shipping, and runtime execution via containers. It enables developers to encapsulate applications and dependencies into standardized units for effortless deployment across diverse environments.
Dapr, signifying Distributed Application Runtime, emerges as an open-source runtime championing event-driven architectures. It simplifies the development of distributed applications by offering building blocks for common tasks such as state management, service invocation, and event handling.
Heroku, a cloud platform as a service (PaaS), streamlines the deployment, management, and scalability of applications across various programming languages. It liberates developers from infrastructure concerns, supporting Node.js, Ruby, Python, Java, and other languages seamlessly.
Kubernetes, an open-source container orchestration platform, orchestrates the deployment, scaling, and administration of containerized applications. It encompasses features such as self-healing, service discovery, and seamless rolling updates.
Nginx, acclaimed as a high-performance, open-source web server and reverse proxy server, excels in serving static content, proxying requests to application servers, and executing load balancing and caching operations.
Google Cloud Run stands out as a fully managed platform facilitating the execution of containerized applications within a serverless framework. It touts features like automatic scaling, built-in logging and monitoring, and seamless integration with other Google Cloud services.
Amazon AWS, a cloud computing juggernaut, offers an expansive suite of services for crafting, deploying, and administering applications and infrastructure in the cloud. Elastic Beanstalk, nestled within AWS, simplifies web application deployment by automating the provisioning and management of underlying infrastructure.
Digital Ocean emerges as a prominent cloud infrastructure provider, furnishing an array of cloud computing services aimed at developers and small businesses. Its offerings encompass virtual private servers (droplets), managed databases, and Kubernetes clusters.
AWS Lambda, a cornerstone of Amazon AWS's serverless computing arsenal, empowers developers to execute code in response to events sans server management overheads. It facilitates automatic scaling based on demand, propelling functions to accommodate workload fluctuations effortlessly.
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Utilize authentication methods such as JWT or OAuth for secure access control.
Mandate HTTPS to encrypt data during transmission, safeguarding against interception.
Implement CSP headers to restrict the sources from which resources are loaded, mitigating the risk of XSS attacks.
Implement CSRF tokens to verify and authenticate user requests, preventing unauthorized actions.
Safely store passwords by hashing them with robust algorithms and ensuring secure storage mechanisms.
Configure security-centric headers to bolster the overall security posture of the application.
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