A process may be blocked and located into the corresponding event queue due to waiting for an event of a specific type, however it recommends that a process be able to only in one event queue at a...


A process may be blocked and located into the corresponding event queue due to waiting for an<br>event of a specific type, however it recommends that a process be able to only in one event<br>queue at a time as illustrated in the following figure.<br>Ready Queue<br>Release<br>Admit<br>Dispatch<br>Processor<br>Timeout<br>Event 1 Queue<br>Event 1 Wait<br>Event 1<br>Оссurs<br>Event 2 Queue<br>Event 2<br>Event 2 Wait<br>Оссurs<br>Event n Queue<br>Event n<br>Event n Wait<br>Оссurs<br>

Extracted text: A process may be blocked and located into the corresponding event queue due to waiting for an event of a specific type, however it recommends that a process be able to only in one event queue at a time as illustrated in the following figure. Ready Queue Release Admit Dispatch Processor Timeout Event 1 Queue Event 1 Wait Event 1 Оссurs Event 2 Queue Event 2 Event 2 Wait Оссurs Event n Queue Event n Event n Wait Оссurs
a) Give an example in which you can demonstrate how to allow a process to wait for more<br>than one event at the same time.<br>b) In that circumstance, by what means transform the queuing structure of the figure to<br>support<br>new feature? Provide the definition of the structures in C/C++ with example.<br>

Extracted text: a) Give an example in which you can demonstrate how to allow a process to wait for more than one event at the same time. b) In that circumstance, by what means transform the queuing structure of the figure to support new feature? Provide the definition of the structures in C/C++ with example.

Jun 04, 2022
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