Description this project covers the sequential circuit component: register and alu. in this project you are supposed to create your own storage component for two numbers using registers. those two numbers are then passed into a custom alu that calculates the result of one of four possible operations. key aspect of this assignment is to understand how to control registers, how to store data at specific events (like pressing a button) and how to design a custom alu.

tasks

use the provided template to implement your storage component and custom alu. storage the storage component must function as follows:

• changing the value of number input is not allowed to have any effect on the register outputs of the storage component (e. g. visibile on hex display in main).

• only pressing one of the buttons is allowed to have an effect on the outputs of the storage component.

• pressing one of the two buttons must store the currently set input value (number input)) into the respective register with the next clock cycle and show the new stored value on the respective output of the storage component. e. g. input value is set to , button 2 is pressed, value in register 2 will change to and so does the output register 2.