Consider Dekker's algorithm written for an arbitrary number of processes, write the statement executed when leaving...

  

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Consider Dekker's algorithm written for an arbitrary number of processes, write the statement executed when leaving the critical section. def process0 (self): self.flag[0] = True while self.flag[1] == True: if self.turn == 1: self.flag[0] = False while self.turn == 1: print ("waiting") self flag [0] = True print ("process 1 running in critical section") # write your answer Consider Dekker's algorithm written for an arbitrary number of processes, write the statement executed when leaving the critical section. def process0 (self): self.flag[0] = True while self.flag[1] == True: if self.turn == 1: self.flag[0] = False while self.turn == 1: print ("waiting") self flag [0] = True print ("process 1 running in critical section") # write your answer

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When leaving the critical section the statement executed can be modified to update t... View the full answer