def test_quasiquote(self):
assert p("`1") == pair(sym('quasiquote'), pair(1, None))
assert p("`,1") == pair(sym('quasiquote'),
pair(pair(sym('unquote'),
pair(1, None)),
None))
assert p("`(1 ,(+ 1 5) ,@(list 1 2))") == \
pair(sym("quasiquote"),
pair(pair(1,
pair(pair(sym("unquote"),
pair(pair(sym("+"),
pair(1,
pair(5, None))),
None)),
pair(pair(sym("unquote-slicing"),
pair(pair(sym("list"),
pair(1,
pair(2, None))),
None)),
None))),
None))
def test_quasiquote(self):
assert p("`1") == pair(sym('quasiquote'), pair(1, None))
assert p("`,1") == pair(sym('quasiquote'),
pair(pair(sym('unquote'),
pair(1, None)),
None))
assert p("`(1 ,(+ 1 5) ,@(list 1 2))") == \
pair(sym("quasiquote"),
pair(pair(1,
pair(pair(sym("unquote"),
pair(pair(sym("+"),
pair(1,
pair(5, None))),
None)),
pair(pair(sym("unquote-slicing"),
pair(pair(sym("list"),
pair(1,
pair(2, None))),
None)),
None))),
None))
def test_string(self):
assert p('"foo"') == "foo"
assert p(r'"foo\"bar"') == 'foo"bar'
assert p(r'"foo\"bar\""') == 'foo"bar"'
assert p(r'""') == ''
assert p(r'"tab\t"') == 'tab\t'
assert p(r'"newline\n"') == 'newline\n'
def test_complex(self):
assert p('0+i') == 1j
assert p('5+3i') == 5+3j
assert p('6-2i') == 6-2j
assert p('3.5-4i') == 3.5-4j
assert p('0.3+0.5i') == 0.3+0.5j
assert p('0.5+0i') == 0.5
def test_string(self):
assert p('"foo"') == "foo"
assert p(r'"foo\"bar"') == 'foo"bar'
assert p(r'"foo\"bar\""') == 'foo"bar"'
assert p(r'""') == ''
assert p(r'"tab\t"') == 'tab\t'
assert p(r'"newline\n"') == 'newline\n'
def test_complex(self):
assert p('0+i') == 1j
assert p('5+3i') == 5+3j
assert p('6-2i') == 6-2j
assert p('3.5-4i') == 3.5-4j
assert p('0.3+0.5i') == 0.3+0.5j
assert p('0.5+0i') == 0.5
def test_rational(self):
assert p('6/3') == 2
assert_almost_equal(p('1/3'), 1.0/3)
def test_float(self):
assert_almost_equal(p('0.0'), 0.0)
assert_almost_equal(p('-0.0'), 0.0)
assert_almost_equal(p('2.5'), 2.5)
assert_almost_equal(p('-200.75'), -200.75)
def test_integer(self):
assert p('0') == 0
assert p('5') == 5
assert p('+10') == 10
assert p('-10') == -10
def test_list(self):
assert p('(1 2 3)') == pair(1, pair(2, pair(3, None)))
assert p('(1)') == pair(1, None)
assert p('()') == None
assert p('(1 2 3 4)') == pair(1, pair(2, pair(3, pair(4, None))))
def test_quote(self):
assert p("'1") == pair(sym('quote'), pair(1, None))
assert p("''1") == pair(sym('quote'),
pair(pair(sym('quote'),
pair(1, None)),
None))
def test_pair(self):
assert p('(1 . 2)') == pair(1, 2)
assert p('(1 .2)') == pair(1, 2)
assert p('(1 2 . 3)') == pair(1, pair(2, 3))
def test_list(self):
assert p('(1 2 3)') == pair(1, pair(2, pair(3, None)))
assert p('(1)') == pair(1, None)
assert p('()') == None
def test_bool(self):
assert p('#t') == True
assert p('#f') == False
def test_symbol(self):
assert p('foo') == sym('foo')
assert p('foo123') == sym('foo123')
assert p('string->number') == sym('string->number')
assert p('number?') == sym('number?')
assert p('...') == sym('...')
def test_rational(self):
assert p('6/3') == 2
assert_almost_equal(p('1/3'), 1.0/3)
def test_symbol(self):
assert p('foo') == sym('foo')
assert p('foo123') == sym('foo123')
assert p('string->number') == sym('string->number')
assert p('number?') == sym('number?')
assert p('...') == sym('...')
def test_quote(self):
assert p("'1") == pair(sym('quote'), pair(1, None))
assert p("''1") == pair(sym('quote'),
pair(pair(sym('quote'),
pair(1, None)),
None))
def test_bool(self):
assert p('#t') == True
assert p('#f') == False
def test_integer(self):
assert p('0') == 0
assert p('5') == 5
assert p('+10') == 10
assert p('-10') == -10
def test_pair(self):
assert p('(1 . 2)') == pair(1, 2)
assert p('(1 .2)') == pair(1, 2)
assert p('(1 2 . 3)') == pair(1, pair(2, 3))
def test_float(self):
assert_almost_equal(p('0.0'), 0.0)
assert_almost_equal(p('-0.0'), 0.0)
assert_almost_equal(p('2.5'), 2.5)
assert_almost_equal(p('-200.75'), -200.75)
def test_comment(self):
assert p("; this is a comment\n5") == 5
assert p("; this is a comment\n 5") == 5
assert p("5; this is a comment") == 5
assert p("5; this is a comment\n") == 5
def test_comment(self):
assert p("; this is a comment\n5") == 5
assert p("; this is a comment\n 5") == 5
assert p("5; this is a comment") == 5
assert p("5; this is a comment\n") == 5