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General KnowledgeTop 10 Best Javascript Programming Software of 2026
Compare javascript programming software options with editor notes for teams choosing tools like Node.js, Visual Studio Code, and Deno for builds and debugging.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
AI search agents find sources, extract figures with provenance, and aggregate written reviews. They also transcribe video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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Node.js is the best pick for teams that want one JavaScript runtime for APIs, automation, and real-time services because its async I/O and built-in streams, workers, and diagnostic reporting support high-concurrency workloads without forcing a framework, whereas Visual Studio Code fits when you prioritize source-map step debugging and a customizable editor workflow across many repos.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Node.js
Built-in worker_threads, streams, and diagnostic reports support concurrent workloads and production troubleshooting without a mandatory framework.
Best for: Fits when teams need one language for APIs, automation, command-line tools, and real-time services.
Visual Studio Code
Editor pickStep-through debugging that uses source maps to align breakpoints with original source during transpilation.
Best for: Fits when teams need editor-based automation for JavaScript builds, debugging, and formatting across multiple repos.
Deno
Editor pickSecure-by-default permissions gate network, filesystem, environment, subprocess, and FFI access through explicit command flags.
Best for: Fits when teams need permission-scoped services, integrated tooling, and controlled npm adoption.
Comparison Table
Node.js
runtimeAn open-source JavaScript runtime for servers, command-line tools, and applications.
Built-in worker_threads, streams, and diagnostic reports support concurrent workloads and production troubleshooting without a mandatory framework.
Node.js exposes HTTP servers, TCP and UDP sockets, TLS, filesystem access, subprocess control, streams, and worker threads through core APIs. Built-in fetch, the test runner, inspector, and diagnostic reports reduce dependence on framework-specific tooling.
The low-level approach leaves routing, validation, dependency policy, and observability to frameworks or team standards. That tradeoff suits teams building API services, real-time gateways, command-line utilities, and custom build tooling with one language across backend and automation.
- +V8 execution and asynchronous I/O support high-concurrency network services.
- +Built-in HTTP, filesystem, stream, worker, and subprocess APIs reduce framework dependence.
- +The npm package format provides broad access to database, cloud, testing, and tooling modules.
- +Node’s inspector, test runner, and diagnostic reports support production troubleshooting.
- –CPU-heavy work can block responsiveness without worker threads or separate processes.
- –Framework, validation, and dependency choices remain largely outside Node.js core.
- –Native addons can add platform-specific build and deployment requirements.
- –API conventions and governance require separate libraries or internal standards.
Backend application teams
High-concurrency API services
Scalable request processing
Build and tooling teams
Custom command-line automation
Reusable engineering automation
Show 1 more scenario
Real-time product teams
Socket-based notification services
Low-latency user updates
Long-lived connections and event-driven callbacks support chat, presence, and live status updates.
Best for: Fits when teams need one language for APIs, automation, command-line tools, and real-time services.
Visual Studio Code
developer toolA cross-platform source-code editor with JavaScript debugging, extensions, and integrated terminals.
Step-through debugging that uses source maps to align breakpoints with original source during transpilation.
Visual Studio Code targets JavaScript developers with a local desktop editor that connects to integrated debugging, linting, and testing workflows. The JavaScript module and tooling ecosystem is supported through npm scripts, language server features, and extensibility across file types.
Real-time feedback comes from built-in source maps and browser-oriented debugging that follows the native debugging protocol. Workspaces and tasks let teams standardize commands for builds, tests, and code formatting within the same editor experience.
- +Debugging integrates source maps for step-through across transpiled JavaScript
- +JavaScript language features come from extensible language server integration
- +Workspaces and tasks standardize npm scripts for build, test, and lint
- +Extensibility supports custom tooling for formatting, linting, and test runners
- –Remote development workflows require additional configuration to mirror local tooling
- –Complex multi-service debugging often needs custom launch configurations
Web application developers
Edit and debug full-stack JavaScript
Connected edit-test-debug loop
Programming students
Practice JavaScript with tasks
Lower setup friction
Show 1 more scenario
Repository-based reviewers
Review JavaScript changes by debugging
More reliable code review
Open workspaces and run tests and linting to validate behavior while stepping through source maps.
Best for: Fits when teams need editor-based automation for JavaScript builds, debugging, and formatting across multiple repos.
Deno
runtimeA JavaScript and TypeScript runtime with built-in tooling and secure defaults.
Secure-by-default permissions gate network, filesystem, environment, subprocess, and FFI access through explicit command flags.
Deno combines TypeScript execution, modern web APIs, and project tooling without requiring separate formatter, linter, or test-runner installations. Permission flags can restrict network, filesystem, environment, subprocess, and FFI access for each command. The built-in test runner also supports coverage, parallel execution, filtering, and snapshots.
Compatibility is broad but not complete, so native Node add-ons and packages with undocumented runtime assumptions can require changes. Deno fits backend teams building HTTP services, command-line utilities, or CI automation where explicit access boundaries and a small toolchain matter.
- +Built-in formatter, linter, test runner, benchmarker, and documentation generator
- +Permission flags constrain network, filesystem, environment, subprocess, and FFI access
- +TypeScript runs without separate build configuration
- +npm package format and package.json compatibility support selective migration
- –Node compatibility gaps affect native add-ons and framework-specific assumptions
- –Permission flags add friction to scripts requiring broad system access
- –Deno-specific deployment features can reduce portability outside Deno environments
Backend engineering teams
Permission-scoped HTTP services
Controlled service execution
CLI developers
Standalone command-line binaries
Portable developer utilities
Show 2 more scenarios
Platform engineering teams
Automated repository checks
Repeatable code checks
Run deno fmt, deno lint, and deno test as consistent commands inside continuous integration workflows.
Web application teams
Fresh applications
Lower client-side JavaScript
Build Fresh applications with server-rendered pages, island hydration, and Deno-native deployment workflows.
Best for: Fits when teams need permission-scoped services, integrated tooling, and controlled npm adoption.
Replit
cloud IDEA browser-based coding workspace for building and running JavaScript applications.
Ephemeral run environments with integrated terminal control for iterating on JavaScript projects without local installs.
Replit turns a browser editor into an instant coding workspace that can run JavaScript projects with minimal setup. It supports full-stack JavaScript workflows with app templates, interactive REPL-style execution, and built-in terminals for dependency and build steps.
- +Browser-first editor that runs JavaScript apps with quick start workflows
- +Interactive run controls for rapid feedback on Node-style scripts
- +Project templates that reduce setup friction for common JavaScript stacks
- +Shareable workspaces that support lightweight collaboration and review
- –Full control of build, bundler, and runtime flags can feel constrained
- –Larger teams may hit governance limits around workspace access and auditing
Instructors and learners
Distribute runnable JavaScript assignments
Fewer setup failures
Distributed coding partners
Collaborate on JavaScript debugging
Faster shared fixes
Show 1 more scenario
Developers testing AI scaffolds
Generate and refine JavaScript apps
Runnable starting application
Use natural-language prompts to generate an editable, runnable app starting point in the workspace.
Best for: Fits when browser-based coding speed matters more than exact control over local build toolchains.
npm
developer infrastructureA JavaScript package registry and command-line package management system.
npm workspaces coordinate package installation, scripts, and lockfile updates across a monorepo.
npm fits teams that share JavaScript modules across applications, services, and internal tooling. The registry supports public and private package distribution, scoped names, dist-tags, deprecation notices, and version history. Workspaces link local packages, while npm scripts and lifecycle hooks give CI jobs consistent commands.
- +Workspaces coordinate multi-package repositories with one lockfile.
- +npx runs package binaries without permanent installation.
- +Scoped packages support team ownership and controlled publication.
- +Lifecycle scripts connect installs and releases to CI commands.
- –Central registry dependence can interrupt clean installs during outages.
- –Install scripts can create supply-chain risk without review.
- –Large repositories may need separate tooling for task scheduling and caching.
- –Audit remediation queues can become noisy in projects with many transitive packages.
Frontend application teams
Sharing internal UI modules
Synchronized internal modules
Node.js service teams
Standardizing CI commands
Consistent automated releases
Show 2 more scenarios
Open-source package authors
Publishing reusable modules
Controlled package distribution
Scoped publication and access tokens control ownership while version history remains visible in the registry.
Monorepo maintainers
Managing shared libraries
Traceable library releases
Package metadata and version tags support repeatable releases consumed by downstream applications.
Best for: Fits when teams need one registry and CLI for shared JavaScript packages and automated releases.
CodeSandbox
cloud IDEAn online development environment for JavaScript applications, components, and prototypes.
One-click GitHub import plus instant runnable preview inside the same workspace, optimized for share-link collaboration.
CodeSandbox converts a GitHub repo or a blank project into a runnable JavaScript workspace with live preview and instant dependency installation. It emphasizes shareable sandbox links, browser-first development, and a built-in editor that can handle React-style workflows without local setup.
- +Browser-first live preview shortens feedback loops for UI and component changes
- +Import from GitHub preserves folder structure and accelerates iteration on existing projects
- +Shareable sandboxes make cross-team review faster than patching local branches
- +Configurable templates reduce setup for common bundler and framework workflows
- –Environment parity can diverge from local Node setups for advanced server-side flows
- –Fine-grained dependency governance is less explicit than repo-native workflows
- –Deep build customization can feel constrained for complex multi-target projects
- –Debugging runtime issues may require switching between browser tools and logs
Technical educators
Provide JavaScript exercises to browsers
Reproducible exercises
Frontend prototypers
Iterate on JavaScript UI prototypes
Short edit-to-preview loop
Show 1 more scenario
Developers building docs
Publish runnable JavaScript examples
Interactive documentation pages
Publish examples that readers can inspect and modify for APIs and framework usage.
Best for: Fits when teams need fast JS prototypes and shareable review sandboxes for UI work.
StackBlitz
cloud IDEA browser development environment for JavaScript and frontend frameworks.
Project previews are generated from the workspace environment in a way that makes link-based sharing and review practical.
StackBlitz brings browser-based JavaScript development to shareable projects, with instant previews driven by an in-browser bundling workflow. The editor supports full-stack JavaScript in the same workspace, with Node.js runtime support for backend routes and local server execution.
- +Instant, shareable previews for rapid iteration without local setup
- +Integrated debugging experience using browser developer tools
- +Supports Node-style server execution inside the same workspace
- +npm dependency workflow runs inside the editor loop
- –Backend execution depends on the platform environment, not local parity
- –Long-running processes and advanced deployment pipelines need extra setup
- –Large monorepos can hit editor latency during rebuilds
- –Governance controls like audit logging and granular RBAC are limited
Remote development pairs
Collaborate on a shared JavaScript workspace
No local IDE install
Course instructors
Teach JavaScript with in-browser output
Code and output together
Show 1 more scenario
Frontend product teams
Prototype JavaScript interfaces quickly
Faster UI validation
Create a runnable UI prototype and test behavior with a short edit-to-preview loop.
Best for: Fits when demos, code reviews, and quick full-stack prototypes require browser-native iteration.
Bun
runtimeA JavaScript runtime and toolkit containing a package manager, bundler, and test runner.
Bun’s internal bundler and runtime work together so build output and test execution share the same execution model.
Bun is a JavaScript runtime and tooling suite built around a single engine that runs JavaScript, bundling, and package install workflows from one command. It compiles TypeScript on the fly, executes scripts with low startup overhead, and ships an internal bundler that generates production-ready output with source maps.
- +One-command workflow for install, bundling, and test execution
- +Fast TypeScript execution with built-in transpilation pipeline
- +Internal bundler supports code splitting and production source maps
- +Node-oriented runtime compatibility reduces migration friction
- –Some npm packages behave differently under Bun due to runtime differences
- –Integration with complex monorepos can require extra configuration discipline
Performance-focused app teams
Run fast JavaScript build and execute
Tighter runtime workflow
TypeScript-using JavaScript teams
Run TypeScript without precompiling
Less build overhead
Show 1 more scenario
API prototype builders
Serve HTTP endpoints from JavaScript
Prototype-ready endpoints
Create API prototypes using the built-in HTTP server API without extra framework glue code.
Best for: Fits when teams want a fast local build-test loop and a consolidated runtime plus bundler for JavaScript apps.
Visual Studio
enterpriseA Windows IDE with JavaScript and TypeScript support through web development workloads.
Source map aware JavaScript debugging inside the Visual Studio debugger for cross-mapped code inspection.
Visual Studio is the Microsoft IDE used for JavaScript and TypeScript development with deep debugger integration and project-based workflows. It combines the MSBuild build system with extensibility through extensions, which affects how JavaScript projects are structured, built, and debugged.
- +Debugger integration uses source maps for mapped client code inspection
- +MSBuild project model keeps JavaScript build steps consistent with other stacks
- +Extension ecosystem adds framework-specific tooling for common JS workflows
- +Azure DevOps integration supports CI builds and test execution from IDE projects
- –JavaScript workflows can feel heavy compared to editor-first IDEs
- –Some modern JS runtimes and workflows require extra extensions to match parity
- –Node tooling setup can require configuration alignment across projects
- –Front-end oriented tasks may be slower to iterate than web-native IDEs
.NET web development teams
Validate web apps with JavaScript tooling
Tested web application
Developers in offline environments
Compile and test JavaScript projects locally
Locally verified results
Show 1 more scenario
Cross-runtime defect handlers
Diagnose interop issues across components
Faster defect diagnosis
Trace defects that involve mixed managed and native components using breakpoints and variable inspection.
Best for: Fits when teams want IDE debugging depth and build automation tied to MSBuild and Azure DevOps pipelines.
Sublime Text
developer toolA lightweight source-code editor with syntax support and extensibility for JavaScript.
Build systems let the editor run project-specific JavaScript commands through configurable task definitions.
Sublime Text is a lightweight code editor for JavaScript work that prioritizes speed, keyboard-driven navigation, and extensible editing workflows. It supports syntax-aware editing with powerful search and multi-cursor edits, plus a plugin ecosystem for linting, formatting, and language-specific tooling.
- +Fast file opening and navigation with multi-cursor editing
- +Configurable build systems for running external JavaScript tooling
- +Extensible plugin ecosystem for linting and formatting workflows
- +Project-wide search and replace designed for large codebases
- –No built-in integrated terminal sessions for all workflows
- –Team-wide governance requires plugin and editor configuration discipline
- –Type checking and test execution depend on external tooling setup
- –No native browser-based development workspace or managed runtime
Web developers
Edit JavaScript with plugin tooling
Configurable front-end edits
Automation operators
Maintain scripts and JS config files
Lightweight scripting workspace
Show 1 more scenario
Text-centric writers
Revise documentation with regex edits
Faster revision cycles
Use split panes, shortcuts, and regex replacement for repeatable revisions of plain-text drafts.
Best for: Fits when local JavaScript editing speed matters more than integrated cloud dev environments.
Conclusion
After evaluating 10 javascript programming software, Node.js stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right Javascript Programming Software
JavaScript programming software spans runtimes, package workflow tools, and code editors that shape how teams build, run, and debug browser-based and server-side JavaScript. This guide covers Deno, npm, Node.js, Visual Studio Code, Replit, Visual Studio, Sublime Text, StackBlitz, CodeSandbox, and Bun based on concrete capabilities like permission controls, workspaces, and debugging mapped to source maps.
The comparison focus stays on integration depth, automation and API surface, and governance controls where the product cards make those mechanics explicit. The sections that follow use those criteria to connect each tool’s workflow fit to practical differences across local development and browser-run environments.
Top Javascript Programming Software for building, running, and debugging JavaScript workflows
JavaScript programming software is the toolchain that runs code and orchestrates the lifecycle of editing, bundling, testing, and debugging for JavaScript and TypeScript projects. It includes runtimes like Deno and Node.js, which provide execution models plus built-in or permission-scoped capabilities that change how apps access the network, filesystem, and system interfaces.
For package workflow and repo scale, npm coordinates installs, scripts, and lockfile updates across monorepos through workspaces, while npx runs package binaries without permanently installing them. For developer iteration and debugging, Visual Studio Code and Visual Studio use source maps for step-through inspection across transpiled JavaScript, which directly affects how teams diagnose issues in mapped code paths.
Integration, automation, and debugging signals that define Javascript Programming Software fit
The fastest teams treat javascript programming software as a connected workflow, not isolated apps. Integration depth matters most when code runs across local tooling, cloud workspaces, and CI.
This guide weights capabilities that show up as concrete mechanics in the tool cards, including permission gating, workspace-aware installs, and source map aligned debugging. Automation and API surface show up indirectly through what each tool can run consistently and how much control it exposes for repeatable executions.
Permission-scoped execution controls
Deno gates network, filesystem, environment, subprocess, and FFI access through explicit command flags to reduce accidental capability exposure. Node.js does concurrency and diagnostics well, but capability control is largely outside core.
Monorepo-aware package orchestration
npm uses workspaces to coordinate package installation, scripts, and lockfile updates across a monorepo in one workflow. Bun can run install, bundling, and test execution in one command, but monorepo lockfile coordination is centered on npm workspaces.
Source map aligned step-through debugging
Visual Studio Code aligns breakpoints with original source during transpilation via source maps, which improves debugging accuracy. Visual Studio also uses source map aware JavaScript debugging for cross-mapped code inspection.
Browser-first run environments for shareable iteration
Replit provides ephemeral run environments with interactive terminal control for iterating on JavaScript apps without local installs. StackBlitz and CodeSandbox both generate runnable previews from the workspace for link-based review, which supports UI-focused collaboration.
Workspace parity and backend execution boundaries
StackBlitz project previews are generated from the workspace environment, which makes browser-based sharing practical but can drift from local parity. CodeSandbox import plus runnable previews also preserve folder structure for UI work, but advanced server-side flows can diverge from local Node setups.
Runtime plus bundler execution model
Bun combines an internal bundler and runtime so build output and test execution share the same execution model. Node.js separates core runtime APIs from framework and dependency choices, which improves flexibility but shifts bundling decisions elsewhere.
How to choose Javascript Programming Software by workflow control and execution model
The choice should start with how execution control is handled during local runs and CI runs. Some tools treat capability access as a first-class gate, while others focus on developer velocity through editor workflows or browser-run sandboxes.
The second axis is how teams coordinate multi-package repositories and debugging mapped code paths. npm workspaces target coordinated installs and lockfile updates, while Deno, Bun, and Node.js each shape the runtime and execution model that downstream tooling must match.
Pick capability control as a primary requirement
If the requirement is permission-scoped access to network, filesystem, environment, subprocess, and FFI, Deno is the direct match through explicit command flags. If the requirement is a general runtime foundation with high-concurrency networking via built-in streams, worker threads, and diagnostic reports, Node.js fits better.
Choose monorepo orchestration around lockfile behavior
If the workflow needs npm workspaces to coordinate package installation, scripts, and lockfile updates across a monorepo, select npm. If the workflow emphasizes a single command loop for install, bundling, and test execution, Bun can reduce steps while still running tests, but monorepo governance hinges on how the repo is set up.
Select a debugging approach based on transpilation mapping
If the workflow depends on step-through debugging across transpiled JavaScript, Visual Studio Code uses source maps to align breakpoints with original source. If the workflow is tied to Visual Studio builds and MSBuild pipelines, Visual Studio uses source maps inside the Visual Studio debugger for mapped client code inspection.
Decide between editor-first tooling and browser-run sandboxes
If the team needs editor automation for JavaScript builds and formatting across multiple repos, Visual Studio Code or Sublime Text fits by running project-specific build systems locally. If the team needs browser-native iteration with link-based sharing, StackBlitz supports shareable project previews and Replit supports ephemeral run environments with integrated terminal control.
Gate the parity risk for long-running processes and advanced backends
If long-running processes and advanced deployment pipelines are part of the workflow, treat browser-run platforms as a parity risk and plan extra setup for runtime flag alignment, as StackBlitz notes for backend execution boundaries. If the workflow is UI-heavy with quick collaboration, CodeSandbox and StackBlitz shorten feedback loops through instant runnable previews generated from the workspace.
Who should use which Javascript Programming Software
Teams differ based on whether the priority is capability control, monorepo coordination, or debugging mapped code paths. Tool choice also changes based on whether collaboration happens through local repos or browser-run sandboxes.
The cards show these differences as permission gating, workspace coordination, source map step-through debugging, and ephemeral execution environments. The segments below map those mechanics to the teams that need them.
Security-focused teams that must prevent accidental capability exposure
Deno fits when explicit permission flags are required to gate network, filesystem, environment, subprocess, and FFI access. This is a workflow-level control that does not rely on developer discipline alone.
Platform and backend teams building real-time services and operational tooling
Node.js fits when built-in worker_threads, streams, and diagnostic reports are needed for concurrent workloads and production troubleshooting. Its core APIs reduce framework dependency for HTTP, filesystem, and subprocess interactions.
Monorepo teams that need consistent dependency installs and lockfile updates
npm fits when workspaces must coordinate package installation, scripts, and lockfile updates across multiple packages. npx also supports running binaries without permanent installation.
UI teams that need fast share links for review and iteration
StackBlitz and CodeSandbox fit when runnable previews are generated from the workspace for link-based sharing. StackBlitz emphasizes instant browser-native iteration, while CodeSandbox emphasizes one-click GitHub import plus a same-workspace runnable preview.
IDE-centric organizations that standardize builds and debugging inside Microsoft toolchains
Visual Studio fits when JavaScript debugging needs to stay inside the Visual Studio debugger with source map aware mapped code inspection. It also aligns JavaScript build steps with MSBuild project modeling and Azure DevOps pipeline workflows.
Common mistakes teams make when buying Javascript Programming Software
Mistakes usually come from choosing tools based on surface familiarity rather than on how the tool enforces execution boundaries and repeatable workflows. The cards show that capability control, parity, lockfile coordination, and debugging mapping behave differently across tools.
Assuming Node-style installs and runtime access are automatically governed without explicit gates
Deno requires explicit permission flags for network, filesystem, environment, subprocess, and FFI access. Using Node.js without an external governance layer increases the chance that scripts gain more system access than intended.
Treating browser sandboxes as exact parity for complex server-side builds
StackBlitz notes that backend execution depends on the platform environment, so local parity for advanced server-side flows is not guaranteed. Plan extra setup when long-running processes or advanced deployment pipelines must match local runtime flags.
Using monorepo workflows without understanding lockfile coordination mechanics
npm workspaces coordinate package installation, scripts, and lockfile updates across a monorepo. Choosing a runtime-focused loop without workspace-aware install coordination makes it harder to keep dependency graphs consistent.
Assuming debugging works the same across transpiled code without source map alignment
Visual Studio Code provides step-through debugging aligned to original source using source maps. Visual Studio also depends on source map aware inspection in its debugger, while editor tools without first-class mapping often require custom setups to match breakpoints.
How We Selected and Ranked These Tools
We evaluated each tool using features first, then developer ease, then overall value from the mechanics described in the tool cards. Features accounted for 40% of the score, and ease and value each accounted for 30%.
Deno earned the top rank by combining built-in formatter, linter, test runner, benchmarker, and documentation generator with secure-by-default permission flags that constrain network, filesystem, environment, subprocess, and FFI access. npm ranked highly for monorepo workflows because workspaces coordinate package installation, scripts, and lockfile updates while npx runs package binaries without permanent installation.
Frequently Asked Questions About Javascript Programming Software
How do Deno and Node.js differ in runtime permissions for server-side JavaScript workloads?
Which tool is better for monorepo coordination and lockfile consistency across many packages?
When should a team choose GitHub-style editor debugging workflows in Visual Studio Code instead of Visual Studio IDE debugging?
What breaks if build and type-check steps depend on the editor’s built-in tooling instead of external commands?
How does Bun’s “one command” toolchain change the build-test loop compared with Node.js?
When is Replit a better fit than a local editor like Sublime Text for executing JavaScript projects?
Which tool provides browser-native previews generated from the same workspace environment for quick review?
How do Codespaces-like workflows compare between StackBlitz and CodeSandbox when teams need reproducible dependency installation?
What security tradeoff exists when using Deno permissions versus using an editor-only environment like Sublime Text?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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