To implement a program that checks whether the given number is a Armstrong or not.
The program to checks whether the given number is Armstrong and its equivalent low-level instructions executed by the hardware. The low-level instructions used are:
| add | It adds the values contained in the register and store the result in first register. |
| assign | It assigns a value to a variable. |
| div | It divides the values contained in two registers and puts the result in the first register. |
| eq | It is the equal to operator, check if the values in two registers are same. |
| gt | Greater than operator, checks whether the first operand is greater than second operand and return a boolean value based on the condition. |
| if _false | Checks if the condition evaluated to be false. |
| if_true | Checks if the condition evaluated to true |
| in | It reads the input from the user and stores it in a variable. |
| label | Is used to mark the position in the low-level instructions to enable jumping to the marked position. |
| load | It loads a value of a global or local variable to the given register. |
| mul | It multiplies the values contained in two registers and puts the result in the first register. |
| out | It prints the output value to the screen. |
| rem | It performs division operation of the values contained in two registers and puts the remainder in the first register. |
| store | It stores the value from the given register to the global or local variable. |
| sub | It subtracts the value contained in the second register from the first register. |
