Process user input from a number of systems (up to 50 processes) to simulate priority scheduling algorithm is the assumption that the process of arrival at the same time CPU, the process of run-time (1-10 seconds) and the process priority class (1-10,10 highest minimum 1) randomly generated by the process, the process has two kinds of status status ready (Ready) and achieve status (Complete) First of all, the process in accordance with the priority ranking, and distribution in accordance with the priority of each time slice to run to the process time slice for the second one, to be run after run-time priority class minus one minus one to the next process. If the process has been completed into the finish on the queue, if there is no finish on the re-inserted into the ready queue in the right location There are two ways to run the procedure: One can directly give the final results, the process of final priority, End a process to run every time and the total time to complete th

jincheng.cpp

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