({ test: () => {
  assert.match(code, /elif\s+rods\s*\[\s*rod1\s*\]\s+and\s+rods\s*\[\s*rod1\s*\]\s*\[\s*-\s*1\s*\]\s*<\s*rods\s*\[\s*target\s*\]\s*\[\s*-\s*1\s*\]\s*:/);
  assert.match(code, /if\s+forward(\s*==\s*True)?\s*:\s+print\s*\(\s*f('|")Moving\sdisk\s\{\s*rods\s*\[\s*rod1\s*\]\s*\[\s*-\s*1\s*\]\s*\}\sfrom\s\{\s*rod1\s*\}\sto\s\{\s*target\s*\}\2\s*\)\s+rods\s*\[\s*target\s*\]\s*\.append\s*\(\s*rods\s*\[\s*rod1\s*\]\s*\.pop\s*\(\s*\)\s*\)/);
  assert.match(code, /else\s*:\s+print\s*\(\s*f('|")Moving\sdisk\s\{\s*rods\s*\[\s*target\s*\]\s*\[\s*-\s*1\s*\]\s*\}\sfrom\s\{\s*target\s*\}\sto\s\{\s*rod1\s*\}\1\s*\)/);
  assert.match(code, /rods\s*\[\s*rod1\s*\]\s*\.append\s*\(\s*rods\s*\[\s*target\s*\]\s*\.pop\s*\(\s*\)\s*\)/);
  }
})

NUMBER_OF_DISKS = 3
number_of_moves = 2**NUMBER_OF_DISKS - 1
rods = {
    'A': list(range(NUMBER_OF_DISKS, 0, -1)),
    'B': [],
    'C': []
}
--fcc-editable-region--
def make_allowed_move(rod1, rod2):
    forward = False
    if not rods[target]:
        forward = True
    elif rods[source] and rods[source][-1] < rods[target][-1]:
        forward = True              
    if forward:
        print(f'Moving disk {rods[source][-1]} from {source} to {target}')
        rods[target].append(rods[source].pop())
    else:
        print(f'Moving disk {rods[target][-1]} from {target} to {source}')
        rods[source].append(rods[target].pop())
    
    # display our progress
    print(rods)
--fcc-editable-region--    

def move(n, source, auxiliary, target):
    # display starting configuration
    print(rods)
    for i in range(number_of_moves):
        remainder = (i + 1) % 3
        if remainder == 1:
            print(f'Move {i + 1} allowed between {source} and {target}')            
        elif remainder == 2:
            print(f'Move {i + 1} allowed between {source} and {auxiliary}')
        elif remainder == 0:
            print(f'Move {i + 1} allowed between {auxiliary} and {target}')

# initiate call from source A to target C with auxiliary B
move(NUMBER_OF_DISKS, 'A', 'B', 'C')