Open Issues Need Help
View All on GitHubAI Summary: Update the OCaml Crypto Linter README to include a clear, step-by-step example demonstrating the AI fix workflow, showing sample input code, the automated fix, and the resulting output. This should include a command example and ideally before/after code snippets.
OCaml Crypto Linter is a static analysis tool for detecting cryptographic vulnerabilities in OCaml codebases. It performs AST-based analysis with interprocedural dataflow tracking to identify common cryptographic misuses and security weaknesses.
AI Summary: Create a guide explaining how to configure a multicore OCaml development environment, covering dependencies, configuration steps, and common troubleshooting solutions. The guide should be targeted at developers using the OCaml Crypto Linter project, leveraging its existing documentation and build system.
OCaml Crypto Linter is a static analysis tool for detecting cryptographic vulnerabilities in OCaml codebases. It performs AST-based analysis with interprocedural dataflow tracking to identify common cryptographic misuses and security weaknesses.
AI Summary: Implement a new linter rule within the OCaml Crypto Linter to identify the use of weak RSA key sizes (less than 2048 bits) within Cryptokit library calls. This involves parsing the AST to detect Cryptokit's RSA functions, extracting key size information, and flagging instances with insufficient key lengths.
OCaml Crypto Linter is a static analysis tool for detecting cryptographic vulnerabilities in OCaml codebases. It performs AST-based analysis with interprocedural dataflow tracking to identify common cryptographic misuses and security weaknesses.
AI Summary: Create a template for new plugins in the OCaml Crypto Linter project and document the plugin registration process, including step-by-step instructions, examples, and configuration details.
OCaml Crypto Linter is a static analysis tool for detecting cryptographic vulnerabilities in OCaml codebases. It performs AST-based analysis with interprocedural dataflow tracking to identify common cryptographic misuses and security weaknesses.
AI Summary: Create a new plugin template for the OCaml Crypto Linter, including instructions on how to register the plugin, to simplify the addition of new security rules by contributors. This involves creating a template project structure, example code, and updating the documentation to reflect the new process.
OCaml Crypto Linter is a static analysis tool for detecting cryptographic vulnerabilities in OCaml codebases. It performs AST-based analysis with interprocedural dataflow tracking to identify common cryptographic misuses and security weaknesses.
AI Summary: Write a unit or integration test for the FastAPI endpoint `/analyze` in the OCaml Crypto Linter project to verify its functionality and enhance backend test coverage. This involves making a request to the endpoint, potentially with various inputs, and asserting that the response matches the expected output.
OCaml Crypto Linter is a static analysis tool for detecting cryptographic vulnerabilities in OCaml codebases. It performs AST-based analysis with interprocedural dataflow tracking to identify common cryptographic misuses and security weaknesses.
AI Summary: Add a step-by-step example to the README demonstrating the AI fix workflow of the OCaml Crypto Linter, showing how automated remediation features work. This should include clear instructions and screenshots if possible.
OCaml Crypto Linter is a static analysis tool for detecting cryptographic vulnerabilities in OCaml codebases. It performs AST-based analysis with interprocedural dataflow tracking to identify common cryptographic misuses and security weaknesses.
AI Summary: Implement a new linter rule for the OCaml Crypto Linter to detect hardcoded secrets within Mirage_crypto library usage. The rule should identify hardcoded secrets (API keys, passwords, cryptographic keys), flag them with warnings, and provide links to relevant documentation and best practices. The implementation should consider common Mirage_crypto APIs and adhere to OWASP secret scanning best practices.
OCaml Crypto Linter is a static analysis tool for detecting cryptographic vulnerabilities in OCaml codebases. It performs AST-based analysis with interprocedural dataflow tracking to identify common cryptographic misuses and security weaknesses.