def test_tuple_deconstruction():
source = '''
(name, occupation) = ("John Smith", @farmer)
'''
assert parse(source) == [
BinarySlurp([
Tuple([Ident('name'), Ident('occupation')]),
Ident('='),
Tuple([String('John Smith'),
Symbol('farmer')])
])
]
def test_whitespace_single_tuple():
source = '''
(
fn,
)
'''
assert parse(source) == [Tuple([Ident('fn')])]
def test_empty_tuple():
source = '''
tuple = ()
'''
assert parse(source) == [
BinarySlurp([Ident('tuple'), Ident('='),
Tuple()])
]
def test_simple_call_statement():
source = '''
puts.("Hello, World!",)
'''
assert parse(source) == [
BinarySlurp(
[Ident('puts'),
Ident('.'),
Tuple([String("Hello, World!")])])
]
def test_whitespace_tuple():
source = '''
(
fn,
arg1,
arg2,
)
'''
assert parse(source) == [
Tuple([Ident('fn'), Ident('arg1'),
Ident('arg2')])
]
def test_if_not():
source = '''
if (not thing.())
puts "badness"
'''
assert parse(source) == [
Call(Ident('if'), [
Call(Ident('not'),
[BinarySlurp([Ident('thing'),
Ident('.'), Tuple()])]),
Block([Call(Ident('puts'), [String('badness')])])
])
]
def test_single_tuple():
source = '''
tuple = ("thing" -> "place",)
'''
assert parse(source) == [
BinarySlurp([
Ident('tuple'),
Ident('='),
Tuple([
BinarySlurp([String('thing'),
Ident('->'),
String('place')]),
])
])
]
def test_tuple_trailing():
source = '''
tuple = ("thing" -> "place",
2 -> 3,
5 -> (compute "number"),)
'''
assert parse(source) == [
BinarySlurp([
Ident('tuple'),
Ident('='),
Tuple([
BinarySlurp([String('thing'),
Ident('->'),
String('place')]),
BinarySlurp([Int(2), Ident('->'), Int(3)]),
BinarySlurp([
Int(5),
Ident('->'),
Call(Ident('compute'), [String('number')])
])
])
])
]