system verilog alarm clock and DE10-lite FPGA programming

All code written in system verilog and the functions mod or divide not allowed Time should be displayed on the 6 digits of the seven segment displays (HHMMSS) -hours displayed in military time -when SW2=1, alarm is set and 6 digits display alarm time -when KEY0=0, the alarm is reset to 0, KEY0 takes priority over SW2 The alarm clock must be accurate, divide down the 50MHz clock at PIN_P11 as necessary on the DE10-Lite. For all frequeny dividers use a 50% duty cycle. This should be constructed similar to a counter. Switch functions: SW0=1 =reset SW1=1 =time set SW2=1 = alarm set SW3=1=set hours SW3=0=set minutes SW4=1 run clock time SW5=1 run active alarm KEY0 pressed (=0) causes alarm reset KEY1 pressed (=0) sets whatever is selected at 2 Hz clock rate The simulation verifiaction module should be: module alarm_clock(input CLK_2Hz, reset, time_set, alarm_set, sethrs1min0, run_clock, activatealarm, alarmreset, runset, output logic [7:0] sec, min, hrs, min_alarm, hrs_alarm, output logic alarm); write code for a test bench to do the following: -do a reset -set alarm to 5 hours 30 minutes -set time to 5 hours 29 minutes -activate alarm -activate run time -after alarm goes off, reset -reset clock write code for physical verification/programming of DE10-Lite module alarm_clock_pv(input CLK, SW5, SW4, SW3, SW2, SW1, SW0, KEY1, KEY0, output logic [6:0] SEC_LSB, SEC_MSB, MIN_LSB, MIN_MSB, HR_LSB, HR_MSB, output logic LED7, LED5, LED3, LED2, LED1, LED0); (module should instantiate alarm_clock module) The clock is associated with a 50MHz clock on FPGA PIN_11, and will have to be divided down to 2Hz using a frequency divider at 50% duty cycle LED functions: LEDs 0-5 turn on when corresponding switches turn on, LED7 is the alarm and should blink at a 2Hz rate until reset Button Functions: KEY0 clears alarm, KEY1 gives hours or minutes to set, depending on SW3 -only set hours and minutes so seconds should be clear when setting alarm, whenever alarm set switch is activated alarm time should be shown, default is time Seven Segment Display: write code to transform from numbers to arrays to the 7 segment displays. Will need to break numbers up into high order and low order digits and transferring them to the seven segment displays.