c_name = 's'
# Test for constructors
# Test constructor with valid information
# Input: ID = 24 Name = Werner
# Expected output: (24, Werner)
p1 = Professor(24, 'Werner')
p1.print_professor()
# Test constructor, and add variables later
p2 = Professor()
# Add variables using manipulation procedure
p2.add_id(42)
p2.add_name('name')
# Test access functions using variables initialized above
num = p1.get_id()
name = p1.get_name()
num2 = p2.get_id()
name2 = p2.get_name()
# Print statment to insure that the variables
print "Professors name is %s,\n professor's ID is %d" % (name, num)
print "Professors name is %s,\n professor's ID is %d" % (name2, num2)
p1.print_professor()
c1 = Course(84, 'CMPS')
c2 = Course()
c2.add_id(48)
p1.print_professor()
# Test constructor with no ID
# Input: ID = \0, Name = Werner
# Expected output: Should throw error message
p1 = Professor(Werner)
# Test constructor with no name
# Input: ID = 24, Name = \0
# Expected output: should throw error message
p1 = Professor(24)
p1.print_professor()
# Test constructor, and add variables later
p2 = Professor()
# Add variables using manipulation procedure
p2.add_id(42)
p2.add_name('name')
# Test for invalid manipulations
p3 = Professor()
# Input: ID = name
# Expected output: Should throw error message
p3.add_id('name')
# Input: Name = 24
# Expected output: Should throw error message
p3.add_name(24)
# Test access functions using variables initialized above
num = p1.get_id()
name = p1.get_name()
num2 = p2.get_id()
name2 = p2.get_name()
