bank queue simulation c code

The following code originates from http://blog.csdn.net/nuaazdh/article/details/7059630 and is slightly modified with "g++-O Bank bank.c" compiled under CentOS. Every time the system randomly generates 1, the current customer customer's counter is serviced by 2. The current customer and next customer arrival time interval, remember that these 2 points understand the entire code, the book is not very clear. The waiting time for each customer in the

CycQueue.h/*queue:first in First out (FIFO) avoids false overflow: Use loop queue. */#define QUEUEMAX 20//1. Define the queue structure typedef struct {DATA data[queuemax];//queue array int head;//team head int tail;//team tail}cycqueue;//2. Initialize Queue Cycqueue *cycqueueinit () {Cycqueue *q;if (q= (Cycqueue)) mal

returnOK; - } Wu -Status DeQueue (Linkqueue q, Qelemtype e) { About if(Q.front = =q.rear) $ returnERROR; -E = q.front->data; -Queueptr p =Q.front; -Q.front = q.front->Next; A Free(p); + returnOK; the } - $ BOOLEmptyqueue (Linkqueue Q) { the returnQ.front = =q.rear; the } the the intMain () - { in linkqueue A, B; the Initqueue (A); the Initqueue (B); About intN, M; theCIN >>N; the for(inti =0; I i) { theCIN >>m; + if(M 1) - EnQueue (A, m); the

not idle in the fewest number of Windows. It is now required to simulate a customer queuing situation for 4 windows within a certain time period of the bank. Here the customer arrives at the moment and the time to transact the business is random. There is no use of threads here, in fact a better way is to use threads, a thread used to constantly produce Event (Customer arrival), a thread constantly handling the event, the customer's departure, as lo

() {return this.openbankname;}}3. Bank classClass bank{Private String Bankname;Static user[] users = new USER[10];p Ublic Bank () {}public Bank (String bankname) {this.bankname = Bankname;} public void Setbankname (String bankname) {this.bankname = Bankname;} Public String Getbankname () {return this.bankname;} /** ch

() {return this.openbankname;}}3. Bank classClass bank{Private String Bankname;Static user[] users = User Library in new user[100];//Bank Public Bank () {}public Bank (String bankname) {this.bankname = Bankname;} public void Setbankname (String bankname) {this.bankname = Ba

Recently regained the C + +, just saw the "C + + implementation of Bank queuing service simulation", but no laboratory building members, see the specific implementation, is used as a practice. Simulation is the bank's queuing system, all customers in the order of arrival in the same queue, when there is a service wind

Demand: 1, the Bank has 6 service windows: 4 Ordinary Customer window, 1 VIP Customer window, a quick window 2, 3 kinds of customers: ordinary customers, VIP Customer window, quick window 3, Simulate this business first: The service window starts with a queue 4 Ordinary client Windows Start service; 1 VIP client window to start service; 1 quick Windows Start service; The customer comes in to transact the

POJ 3282 Ferry Loading IV (simulation, queue) A car crosses the river through a ferry. The ferry starts to enter the vehicle order on the left. The total length of the car to be transported on both sides of the river cannot exceed the length of the ferry itself. how many times can a ship cross the river at least run all vehicles? Simply simulate the creation of two queues to install the left car and the rig