Complete the code to identify the deadlock prevention strategy that avoids circular wait.
The deadlock prevention strategy that avoids circular wait is called [1].The Resource Ordering strategy prevents deadlocks by imposing a strict order on resource requests, thus avoiding circular wait.
Complete the code to name the deadlock prevention strategy that avoids the no preemption condition.
The deadlock prevention strategy that avoids the no preemption condition is called [1].Preemption allows the system to take resources away from processes to prevent deadlocks by avoiding the no preemption condition.
Fix the error in the statement about deadlock prevention: "The strategy that allows processes to hold resources while waiting is called {{BLANK_1}}."
The correct deadlock prevention strategy that disallows holding resources while waiting is [1].
The No Hold and Wait strategy prevents deadlocks by ensuring processes do not hold resources while waiting for others.
Fill both blanks to complete the deadlock prevention strategy that avoids circular wait.
The strategy that prevents deadlock by imposing [1] on resources and eliminating [2] is effective.
Imposing a strict order on resources eliminates circular wait, preventing deadlocks.
Fill all three blanks to complete the dictionary describing deadlock prevention conditions.
prevention_conditions = {"no_hold_and_wait": [1], "no_circular_wait": [2], "no_preemption": [3]Deadlock prevention requires no hold and wait and no circular wait to be True, while no preemption can be Conditional depending on the system.