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Importance of runtime checker
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Classroom Contents
Automatic Generation of Runtime Checkers for Production Distributed Systems
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- 1 Intro
- 2 Runtime checker (aka. detector/monitor)
- 3 Importance of runtime checker
- 4 Current checking practice
- 5 Complex internals of modern software
- 6 Common to exhibit gray failures
- 7 A real-world gray failure
- 8 Failure root cause
- 9 Ideal runtime checkers
- 10 A new approach
- 11 Panorama: capture in-situ observability
- 12 Convert a program into in-situ observer
- 13 Identify observation boundary and identities
- 14 Extract evidence
- 15 Example of analysis
- 16 Detecting real-world gray failures
- 17 Timeline of detecting failure case f1
- 18 Latency overhead to observers
- 19 Program reduction approach
- 20 Why doing reduction?
- 21 identify long-running regions
- 22 select checking target candidates
- 23 reduce long-running methods
- 24 encapsulate checkers
- 25 insert watchdog hooks
- 26 Prevent side effects
- 27 Watchdog generation
- 28 Failure detection evaluation setup
- 29 Detecting real-world failures
- 30 Silent semantic violations
- 31 Real-world failure study
- 32 Oathkeeper: detect silent semantic violation
- 33 How to express semantics?
- 34 Oathkeeper workflow
- 35 Emitting semantic event traces
- 36 General semantic rule templates
- 37 Extracted semantic rules
- 38 Runtime overhead
- 39 Conclusions
