Interactive code analysis (ICA) finds the effects and side-effects of code changes before they ship.
Preview important changes to software quality and code behavior, right in your IDE.
Interactive code analysis flags major and minor changes to code behavior, architecture, and design. Detect and compare changes to: web services, routes, parameters, status codes, SQL, dependencies, third party libraries, database schemas, exceptions, and key functions. See and resolve issues before you commit code.
Most observability tools can only point you in the direction of the problem. Interactive code analysis links unexpected behavior directly to the code that is causing the issue. No more muddling through breakpoints or sifting through logs. Get essential information to the right team, faster.
Get the big picture, with a complete, searchable directory of web services, code, libraries, dependencies, and SQL. Drill down into detailed code flows, and even farther down into source. Then step all the way back out again, without ever leaving your code editor.
"Visuals are gold! Especially for someone who is newer to programming. This tool helped me understand the apps I've been building on a deeper level."
— Jake, Ruby developer
"Just by using the extension once, I identified two unnecessary dependencies in my app. Though the application is a minimal one, I think AppMap will be handy when developing a big application."
— Hesbon, Python developer
"Helped me better understand and analyze the hierarchy and structure of my applications. Looks awesome, performs great, and provides truly invaluable feedback!"
— Max, Java developer
AppMap is an interactive code analysis tool purpose built for developers. It allows you to see the impact of proposed code changes to software design in your code editor. It includes:
AppLand is an interactive code analysis platform built for teams. It creates a centralized knowledge base of information about the current, pending, and historical state of your software architecture and code behavior. AppLand integrates with your continuous integration, QA or even production environment.
Learn more about AppLand »| Ruby on Rails |
| MiniTest |
| ActiveRecord |
| Sequel |
| RSpec |
| Cucumber |
| Spring |
| JUnit |
| TestNG |
| Maven |
| Gradle |
| Surefire |
| Django |
| Flask |
| pytest |
| unittest |
Start with the auto-generated dependency map. Navigate to related code, queries, and web services. See how all the components interact to make a feature.
Start your debug session with AppMaps. Working top-down from the high-level dependencies map, drill down into detailed trace diagrams and then into source code. Get to the root cause fast.
Having a hard time figuring out how a 3rd party library or complex feature works? Record an AppMap and see how all the parts fit together, navigating from high-level down to function, parameter, and SQL details.
Record the code behavior of an entire problem from end-to-end, and attach it to the bug report.
Each AppMap is living documentation of a feature. Always up-to-date, always accurate, always relevant.
Help your teammates and other teams understand the context of application code changes.
Standardize and unify your platform architecture and dependencies. Detect breaking changes to web services and database schemas before they are deployed. Scan for software weaknesses and flag risky changes for further review.
>Contact us to learn more »Audit code easily and continuously, thanks to auto-generated maps of software architecture and design. Eliminate costly code freezes and ship new features every day, even in the most sensitive applications.
Contact us to learn more »The AppMap framework has a wide variety of data collection methods. Organizations with thin automated test coverage can still benefit from the entire suite of AppMap and AppLand tools for developers and teams.
Contact us to learn more »An interactive code analyzer (ICA) performs all its analysis in real-time, and anywhere in the software development lifecycle (SDLC) - designing, building, testing, or even in production.
An ICA applies its analysis to the entire app: all its code; its runtime control and data flow information; its configuration information; HTTP requests and responses; libraries, frameworks and other components; SQL; and backend connection information. Access to all that information allows the ICA engine to cover more code and observe a broader range of performance, maintainability, stability, and security issues than either static analyzers or performance monitoring tools.
We welcome contributions from the open source developer community. Joining our discussions on Discord and share any comments, suggestions, and code contributions here.
