def test_if_elif_block(self):
'If-elif block chaining test'
data = 'if a > 1:\n f()\n 1+2\nelif b < 2:\n 3 + 4'
self.assertEqual(
parser.parse(data), [('if', ('comparison', ['>'], ['a', 1]), [
('func', 'f', [], []), ('+', 1, 2)
], [('if', ('comparison', ['<'], ['b', 2]), [('+', 3, 4)], [])])])
def test_if_block(self):
'If block parsing test'
data = 'if a > 1:\n f()\n 1+2'
self.assertEqual(
parser.parse(data),
[('if', ('comparison', ['>'], ['a', 1]), [('func', 'f', [], []),
('+', 1, 2)], [])])
def test_while_block_2(self):
'While block parsing test'
data = 'while (a > 1):\n f()\n 1+2'
self.assertEqual(parser.parse(data), [(
'while',
('comparison', ['>'], ['a', 1]),
[('func', 'f', [], []), ('+', 1, 2)],
)])
def test_comparison(self):
'Comparison parsing test'
data = '1 < 2 + 3'
self.assertEqual(parser.parse(data), [(
'comparison',
['<'],
[1, ('+', 2, 3)],
)])
def test_comparison_chain(self):
'Comparison chain parsing test'
data = '1 < 2 + 3 <= 4 * 5 > 2'
self.assertEqual(parser.parse(data), [(
'comparison',
['<', '<=', '>'],
[1, ('+', 2, 3), ('*', 4, 5), 2],
)])
def test_block(self):
'Block parsing test'
data = 'f(a)\nb=1+2\nc\nreturn d'
self.assertEqual(parser.parse(data), [
('func', 'f', ['a'], []),
('assign', 'b', ('+', 1, 2)),
'c',
('return', 'd'),
])
def test_block(self):
'Block parsing test'
data = 'f(a)\nb=1+2\nc\nreturn d'
self.assertEqual(
parser.parse(data),
[
('func', 'f', ['a'], []),
('assign', 'b', ('+', 1, 2)),
'c',
('return', 'd'),
])
def test_while_block_2(self):
'While block parsing test'
data = 'while (a > 1):\n f()\n 1+2'
self.assertEqual(
parser.parse(data),
[('while',
('comparison', ['>'], ['a', 1]),
[
('func', 'f', [], []),
('+', 1, 2)
],
)])
def test_funcparam(self):
'Function parameters test'
data = 'f()\nf(1)\nf(1,)\nf(1,2)\nf(a=1)\nf(a=1,)\nf(a=1,b=2)\nf(1,2,a=1,b=2)'
self.assertEqual(parser.parse(data), [
('func', 'f', [], []),
('func', 'f', [1], []),
('func', 'f', [1], []),
('func', 'f', [1, 2], []),
('func', 'f', [], [('assign', 'a', 1)]),
('func', 'f', [], [('assign', 'a', 1)]),
('func', 'f', [], [('assign', 'a', 1), ('assign', 'b', 2)]),
('func', 'f', [1, 2], [('assign', 'a', 1), ('assign', 'b', 2)]),
])
def test_if_block(self):
'If block parsing test'
data = 'if a > 1:\n f()\n 1+2'
self.assertEqual(
parser.parse(data),
[('if',
('comparison', ['>'], ['a', 1]),
[
('func', 'f', [], []),
('+', 1, 2)
],
[]
)])
def test_comparison(self):
'Comparison parsing test'
data = '1 < 2 + 3'
self.assertEqual(
parser.parse(data),
[('comparison',
['<'],
[
1,
('+',
2,
3
)
],
)])
def test_funcparam(self):
'Function parameters test'
data = 'f()\nf(1)\nf(1,)\nf(1,2)\nf(a=1)\nf(a=1,)\nf(a=1,b=2)\nf(1,2,a=1,b=2)'
self.assertEqual(
parser.parse(data),
[
('func', 'f', [], []),
('func', 'f', [1], []),
('func', 'f', [1], []),
('func', 'f', [1, 2], []),
('func', 'f', [], [('assign', 'a', 1)]),
('func', 'f', [], [('assign', 'a', 1)]),
('func', 'f', [], [('assign', 'a', 1), ('assign', 'b', 2)]),
('func', 'f', [1, 2], [('assign', 'a', 1), ('assign', 'b', 2)]),
])
def test_expression(self):
'Expression parsing test'
data = '1 + (2 + 3) * -4 + f(5) + ()'
self.assertEqual(
parser.parse(data),
[('+',
('+',
('+',
1,
('*',
('+', 2, 3),
('neg', 4)
)
),
('func', 'f', [5], [])
),
('tuple', [])
)])
def test_comparison_chain(self):
'Comparison chain parsing test'
data = '1 < 2 + 3 <= 4 * 5 > 2'
self.assertEqual(
parser.parse(data),
[('comparison',
['<', '<=', '>'],
[
1,
('+',
2,
3
),
('*',
4,
5
),
2
],
)])
def test_if_elif_block(self):
'If-elif block chaining test'
data = 'if a > 1:\n f()\n 1+2\nelif b < 2:\n 3 + 4'
self.assertEqual(
parser.parse(data),
[('if',
('comparison', ['>'], ['a', 1]),
[
('func', 'f', [], []),
('+', 1, 2)
],
[
('if',
('comparison', ['<'], ['b', 2]),
[
('+', 3, 4)
],
[]
)
]
)])
def test_expression(self):
'Expression parsing test'
data = '1 + (2 + 3) * -4 + f(5) + ()'
self.assertEqual(parser.parse(data),
[('+', ('+', ('+', 1, ('*', ('+', 2, 3), ('neg', 4))),
('func', 'f', [5], [])), ('tuple', []))])
