Diagnose Rust panics and crash traces to propose minimal fixes.
npx skills add https://github.com/microscaler/cylon-skills --skill backend-debug-microscaler
Please help me install this Agent Skill. Skill: Backend Debug Source: https://github.com/microscaler/cylon-skills/tree/main/skills/backend-debug Command: npx skills add https://github.com/microscaler/cylon-skills --skill backend-debug-microscaler
The Backend Debug skill helps engineering teams quickly identify the root cause of Rust panics, crashes, and HTTP router errors by correlating stack traces and panic messages to a minimal, verifiable fix.
Run the backend-debug workflow with a panic trace to obtain a minimal, verifiable fix proposal.
High-intent search queries and answers about installing and using this skill.
To diagnose a Rust panic from a stack trace, the Backend Debug skill parses panic messages and core dumps, aggregates immediate call stack context, and surfaces the exact root cause. It correlates stack frames with service code to pinpoint the failure origin.
The best way to fix HTTP router errors and crashes in Rust backend services is to parse the crash trace and aggregate contextual information. This skill identifies the root cause and proposes a minimal, PR-ready diff to restore API continuity.
Yes, you can get a patch-ready diff for a Rust core dump during incident response. The skill analyzes the core dump, identifies the root cause of the panic, and generates a minimal fix proposal alongside a corresponding regression test plan.
Yes, this Rust crash analysis approach includes regression test plans. After identifying the root cause from the panic trace and proposing a minimal patch, it generates a test plan to ensure regression safety across your backend services.
To parse Rust panics and aggregate context, the skill extracts the immediate call stack frames and panic messages. It correlates this runtime data to guide the creation of a minimal, verifiable patch that resolves the underlying crash.
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