# Part 2 test of the Python Review lab.
import part2
## Test 1. Tests the encode with 2 primes in range
print("Test 1")
if (part2.encode(643, 5) == 643 * 5):
print("PASSED")
else:
print("FAILED - should print 3215 for inputs of 643 and 5")
## Test 2. Tests the encode with 2 primes, where x is out of range
print("Test 2")
if (part2.encode(3, 5) == None):
print("PASSED")
else:
print("FAILED - should return None since x of 3 is not in range")
## Test 3. Tests the encode with 2 non-primes
print("Test 3")
if (part2.encode(501, 6) == 3521):
print("PASSED")
else:
print(
"FAILED - should return 3521. Since x of 501 is not prime, should increment to 503, and y of 6 should go to 7"
)
## Test 4. Tests the decode with product of 2 primes
print("Test 4")
if (part2.decode(66839) in [(751, 89), (89, 751)]):
print("PASSED")
# Part 2 test of the Python Review lab.
import part2
## Test 1. Tests the encode with 2 primes in range
print("Test 1")
if(part2.encode(643,5) == 643*5):
print("PASSED")
else:
print("FAILED - should print 3215 for inputs of 643 and 5")
## Test 2. Tests the encode with 2 primes, where x is out of range
print("Test 2")
if(part2.encode(3,5) == None):
print("PASSED")
else:
print("FAILED - should return None since x of 3 is not in range")
## Test 3. Tests the encode with 2 non-primes
print("Test 3")
if(part2.encode(501,6) == 3521):
print("PASSED")
else:
print(part2.encode(501,6))
print("FAILED - should return 3521. Since x of 501 is not prime, should increment to 503, and y of 6 should go to 7")
## Test 4. Tests the decode with product of 2 primes
print("Test 3")
if(part2.encode(66839) in [(751,89),(89,751)]):
print("PASSED")
else: