#include <iostream> using namespace std; // Define UartConfig class here // <write your code> class UartConfig{ int baudrate,parity,stopbits; public: UartConfig(int baud,int prty,int bits) { baudrate = baud; parity = prty; stopbits = bits; } void update(int b,int p,int s){ baudrate = b; parity = p; stopbits = s; } void print() { cout<<"baud="<<baudrate<<" "<<"parity="<<parity<<" "<<"stop="<<stopbits; } }; int main() { int b1, p1, s1; int b2, p2, s2; cin >> b1 >> p1 >> s1; cin >> b2 >> p2 >> s2; UartConfig cfg(b1, p1, s1); cfg.update(b2, p2, s2); cfg.print(); return 0; }
Test Cases
Test Results
Input
9600 0 1 115200 1 1
Expected Output
baud=115200 parity=1 stop=1