Injects EDEADLK conditions at pseudo-random interval, with exponential
backoff up to UINT_MAX (to ensure that every lock operation still
completes in a reasonable time).
This way we can test the wound slowpath even for ww mutex users where
contention is never expected, and the ww deadlock avoidanc
Injects EDEADLK conditions at pseudo-random interval, with exponential
backoff up to UINT_MAX (to ensure that every lock operation still
completes in a reasonable time).
This way we can test the wound slowpath even for ww mutex users where
contention is never expected, and the ww deadlock avoidanc
Injects EDEADLK conditions at pseudo-random interval, with exponential
backoff up to UINT_MAX (to ensure that every lock operation still
completes in a reasonable time).
This way we can test the wound slowpath even for ww mutex users where
contention is never expected, and the ww deadlock avoidanc
Injects EDEADLK conditions at pseudo-random interval, with exponential
backoff up to UINT_MAX (to ensure that every lock operation still
completes in a reasonable time).
This way we can test the wound slowpath even for ww mutex users where
contention is never expected, and the ww deadlock avoidanc
