Analyze JVM thread dumps to detect deadlocks, CPU spikes, and pool exhaustion.
Copy the install command and let the AI configure it · recommended for beginners
Please install the "dev.threadmine/mcp" MCP server from askskill: Run: claude mcp add 'dev-threadmine-mcp' -- npx -y @threadmine/mcp
Analyze this JVM thread dump, determine whether a deadlock exists, and explain the involved threads, lock objects, and possible blocking chain.
A deadlock analysis highlighting the affected threads and lock contention relationships.
Review this thread dump, identify hotspot threads that may be causing CPU spikes, and provide the reasoning.
A list of suspicious high-CPU threads with their states, stack traces, and analysis conclusions.
Analyze this JVM thread dump, determine whether thread pool exhaustion or task backlog exists, and provide an overall health score.
An assessment of thread pool exhaustion risk, abnormal thread patterns, and an overall health score.
Developers or DevOps engineers can use it when a Java service hangs or slows down to analyze JVM thread dumps and quickly determine whether deadlocks or blocking issues exist.
When service CPU usage spikes unexpectedly, it can identify hotspot threads and suspicious stack traces from thread dumps to support performance investigation.
When thread pool exhaustion, task backlog, or concurrency resource pressure is suspected, it can assess thread states and provide a health score.
It analyzes JVM thread dumps to help identify deadlocks, CPU spikes, thread pool exhaustion, and similar issues, and provides a health score.
Based on the description, it works with JVM thread dumps as input. For exact input format and invocation details, see the source repository.
The provided material does not include installation, runtime, or configuration steps. Please refer to the source repository for setup details.
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