.section    .start
.global     _start

_start:

# Follow a convention
# x1 = result register 1
# x2 = result register 2
# x10 = argument 1 register
# x11 = argument 2 register
# x20 = flag register

# Test ADD
li x10, 100		# Load argument 1 (rs1)
li x11, 200		# Load argument 2 (rs2)
add x1, x10, x11	# Execute the instruction being tested
li x20, 1		# Set the flag register to stop execution and inspect the result register
			# Now we check that x1 contains 300

# Test BEQ
li x2, 100		# Set an initial value of x2
beq x0, x0, branch1	# This branch should succeed and jump to branch1
li x2, 123		# This shouldn't execute, but if it does x2 becomes an undesirable value
branch1: li x1, 500	# x1 now contains 500
li x20, 2		# Set the flag register
			# Now we check that x1 contains 500 and x2 contains 100

Done: j Done