CPU_THREADS, the number of logical CPU cores available. JULIA_WORKER_TIMEOUT A Float64 that sets the value of Distributed.worker_timeout() (default: 60.0). This function gives the number of seconds a worker whether a timer is still active. Use t.timeout and t.interval to read the setup conditions of a Timer t. julia> t = Timer(1.0; interval=0.5) Timer (open, timeout: 1.0 s, interval: 0.5 s) @0x000000010f4e6e90 @0x000000010f4e6e90 julia> isopen(t) true julia> t.timeout 1.0 julia> close(t) julia> isopen(t) false Note interval is subject to accumulating time skew. If you need precise events at a particular abso-

CPU_THREADS, the number of logical CPU cores available. JULIA_WORKER_TIMEOUT A Float64 that sets the value of Distributed.worker_timeout() (default: 60.0). This function gives the number of seconds a worker whether a timer is still active. Use t.timeout and t.interval to read the setup conditions of a Timer t. julia> t = Timer(1.0; interval=0.5) Timer (open, timeout: 1.0 s, interval: 0.5 s) @0x000000010f4e6e90 @0x000000010f4e6e90 julia> isopen(t) true julia> t.timeout 1.0 julia> close(t) julia> isopen(t) false Note interval is subject to accumulating time skew. If you need precise events at a particular abso-

CPU_THREADS, the number of logical CPU cores available. JULIA_WORKER_TIMEOUT A Float64 that sets the value of Distributed.worker_timeout() (default: 60.0). This function gives the number of seconds a worker whether a timer is still active. Use t.timeout and t.interval to read the setup conditions of a Timer t. julia> t = Timer(1.0; interval=0.5) Timer (open, timeout: 1.0 s, interval: 0.5 s) @0x000000010f4e6e90 @0x000000010f4e6e90 julia> isopen(t) true julia> t.timeout 1.0 julia> close(t) julia> isopen(t) false Note interval is subject to accumulating time skew. If you need precise events at a particular abso-

CPU_THREADS, the number of logical CPU cores available. JULIA_WORKER_TIMEOUT A Float64 that sets the value of Distributed.worker_timeout() (default: 60.0). This function gives the number of seconds a worker whether a timer is still active. Use t.timeout and t.interval to read the setup conditions of a Timer t. julia> t = Timer(1.0; interval=0.5) Timer (open, timeout: 1.0 s, interval: 0.5 s) @0x000000010f4e6e90 @0x000000010f4e6e90 julia> isopen(t) true julia> t.timeout 1.0 julia> close(t) julia> isopen(t) false Note interval is subject to accumulating time skew. If you need precise events at a particular abso-

CPU_THREADS, the number of logical CPU cores available. JULIA_WORKER_TIMEOUT A Float64 that sets the value of Distributed.worker_timeout() (default: 60.0). This function gives the number of seconds a worker whether a timer is still active. Use t.timeout and t.interval to read the setup conditions of a Timer t. julia> t = Timer(1.0; interval=0.5) Timer (open, timeout: 1.0 s, interval: 0.5 s) @0x000000010f4e6e90 @0x000000010f4e6e90 julia> isopen(t) true julia> t.timeout 1.0 julia> close(t) julia> isopen(t) false Note interval is subject to accumulating time skew. If you need precise events at a particular abso-

CPU_THREADS, the number of logical CPU cores available. JULIA_WORKER_TIMEOUT A Float64 that sets the value of Distributed.worker_timeout() (default: 60.0). This function gives the number of seconds a worker Timer requires yield points to update its state. For instance, isopen(t::Timer) cannot be used to timeout a non-yielding while loop. sourceCHAPTER 41. ESSENTIALS 620 Base.AsyncCondition – Type. AsyncCondition() Return x. source Base.timedwait – Function. timedwait(testcb, timeout::Real; pollint::Real=0.1) Waits until testcb() returns true or timeout seconds have passed, whichever is earlier. The test function

CPU_THREADS, the number of logical CPU cores available. JULIA_WORKER_TIMEOUT A Float64 that sets the value of Distributed.worker_timeout() (default: 60.0). This function gives the number of seconds a worker Timer requires yield points to update its state. For instance, isopen(t::Timer) cannot be used to timeout a non-yielding while loop. sourceCHAPTER 41. ESSENTIALS 620 Base.AsyncCondition – Type. AsyncCondition() Return x. source Base.timedwait – Function. timedwait(testcb, timeout::Real; pollint::Real=0.1) Waits until testcb() returns true or timeout seconds have passed, whichever is earlier. The test function

CPU_THREADS, the number of logical CPU cores available. JULIA_WORKER_TIMEOUT A Float64 that sets the value of Distributed.worker_timeout() (default: 60.0). This function gives the number of seconds a worker Timer requires yield points to update its state. For instance, isopen(t::Timer) cannot be used to timeout a non-yielding while loop. source Base.AsyncCondition – Type. AsyncCondition() Create a async Return x. source Base.timedwait – Function. timedwait(testcb, timeout::Real; pollint::Real=0.1) Wait until testcb() returns true or timeout seconds have passed, whichever is earlier. The test function

CPU_THREADS, the number of logical CPU cores available. JULIA_WORKER_TIMEOUT A Float64 that sets the value of Distributed.worker_timeout() (default: 60.0). This function gives the number of seconds a worker Timer requires yield points to update its state. For instance, isopen(t::Timer) cannot be used to timeout a non-yielding while loop. source Base.AsyncCondition – Type. AsyncCondition() Create a async Return x. source Base.timedwait – Function. timedwait(testcb, timeout::Real; pollint::Real=0.1) Wait until testcb() returns true or timeout seconds have passed, whichever is earlier. The test function

CPU_THREADS, the number of logical CPU cores available. JULIA_WORKER_TIMEOUT A Float64 that sets the value of Distributed.worker_timeout() (default: 60.0). This function gives the number of seconds a worker Timer requires yield points to update its state. For instance, isopen(t::Timer) cannot be used to timeout a non-yielding while loop. source Base.AsyncCondition – Type. AsyncCondition() Create a async Return x. source Base.timedwait – Function. timedwait(testcb, timeout::Real; pollint::Real=0.1) Wait until testcb() returns true or timeout seconds have passed, whichever is earlier. The test function