def test_add_user_input_fill(self):
cmd = "top -a"
totalout_lines = [prompt + "ls", fill_line('main.py', c='.'), prompt]
addUserInput(cmd, totalout_lines)
expected = [
prompt + "ls",
fill_line('main.py', c='.'),
fill_line(prompt + cmd, c='.', compensation=10)
]
self.assertEqual(totalout_lines, expected)
def test_addOutput_over_IN_WIDTH(self):
totalout_lines = []
result = [
fill_line('ideas.py', '.'),
fill_line('main.py', '.'),
fill_line('test.py', '.'),
fill_line('utils.py', '.'),
]
addOutput(self.ls_output, totalout_lines)
self.assertEqual(totalout_lines, result)
def test_addOutput_ls(self):
totalout_lines = []
result = [
fill_line('ideas.py', '.'),
fill_line('main.py', '.'),
fill_line('test.py', '.'),
fill_line('utils.py', '.'),
]
addOutput(self.ls_output, totalout_lines, in_width=80)
self.assertEqual(totalout_lines, result)
def test_fill_line_invalid_char(self):
l = 'asdf'
c = '..'
in_width = 80
expected = 'asdf' + ('.' * (in_width - len(l)))
self.assertRaises(InvalidArgument,
lambda: fill_line(l, c, in_width=in_width))
def test_fill_line(self):
l = 'asdf'
c = '.'
in_width = 80
expected = 'asdf' + ('.' * (in_width - len(l)))
result = fill_line(l, c, in_width=in_width)
self.assertEqual(expected, result)
def test_addOutput_1_line(self):
output = 'ideas.py\n'
totalout_lines = []
result = [
fill_line('ideas.py', '.'),
]
addOutput(output, totalout_lines)
self.assertEqual(totalout_lines, result)