Git I want to use DeepScan with a Git server behind a firewall Your project will be analyzed with the changed settings and you are navigated to the dashboard. When you apply the changes and are prompted to reanalyze, click Reanalyze button. Navigate to the project settings and change the Rules or Exclusion settings. While we do not provide a direct way to reanalyze the project, you can reanalyze it when you has changed its settings. You can see here how each grade is calculated. We calculate the issue density (the number of issues per thousand lines of code) of the project and correlate it with ones of 150 GitHub open source projects. Our grades imply a status quo of your project relative to other open source projects. Please note that DeepScan does not have some specific rules about React Native now while it supports many of React-specific rules. Can I use DeepScan with a React Native application?ĭeepScan would almost possibly support a React Native because it was fully engineered to support React and JSX.įor example, it can just analyze the official F8 app of 2017 powered by React Native. But we changed to show a file content by fetching directly from GitHub from the 1.8.0 release, and finally removed a dependency for stored user code in the 1.9.0 release. To date, we have understood your concern and been trying to improve our architecture.įor example, we had showed a file content in Files view by fetching a stored file in our server. It describes physical security about our service and how we handle the user code. You can see documentation for the security here. I want to know security information to ensure my code is controlled properly For example, instead of preventing '=', DeepScan detects BAD_TYPE_COERCION alarm only for buggy code like: if ("abc".startsWith("a") = "true") Also detailed guides are provided to let you simply know where the problem is.Īs of JSLint, it sets quite high restrictions, so DeepScan does not detect all the issues that JSLint might report, but carefully select some of them. Adaptable & Actionable: By classifying issues by 3-level impacts and filtering noisy issues aggressively, you can focus on major issues first and gradually.This enables finding issues that syntax-based linters can't. Semantic Analysis: Follow the execution and data flow of program in greater depth.Beyond Conventions: Focus on finding runtime errors and quality issues rather than coding conventions.In three ways, DeepScan is different with linters line ESLint, JSHint, and JSLint: So, we try to suppress possible noises like: 1) false alarm, 2) issues too trivial, 3) prohibiting features like '=' completely. Major design goals of DeepScan are lowering noises and making issue handling more actionable.
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