def test_tosexp_str_as():
yield (eq_, tosexp('a', str_as='symbol'), 'a')
yield (eq_, tosexp(['a'], str_as='symbol'), '(a)')
yield (eq_, tosexp('a'), '"a"')
yield (eq_, tosexp(['a']), '("a")')
yield (eq_, tosexp(Quoted('a')), '\'"a"')
yield (eq_, tosexp(Quoted(['a']), str_as='symbol'), '\'(a)')
yield (eq_, tosexp([Quoted('a')], str_as='symbol'), '(\'a)')
yield (eq_, tosexp(Quoted('a'), str_as='symbol'), '\'a')
yield (eq_, tosexp(Quoted(['a'])), '\'("a")')
yield (eq_, tosexp([Quoted('a')]), '(\'"a")')
def test_tosexp_str_as():
yield (eq_, tosexp('a', str_as='symbol'), 'a')
yield (eq_, tosexp(['a'], str_as='symbol'), '(a)')
yield (eq_, tosexp('a'), '"a"')
yield (eq_, tosexp(['a']), '("a")')
yield (eq_, tosexp(Quoted('a')), '\'"a"')
yield (eq_, tosexp(Quoted(['a']), str_as='symbol'), '\'(a)')
yield (eq_, tosexp([Quoted('a')], str_as='symbol'), '(\'a)')
yield (eq_, tosexp(Quoted('a'), str_as='symbol'), '\'a')
yield (eq_, tosexp(Quoted(['a'])), '\'("a")')
yield (eq_, tosexp([Quoted('a')]), '(\'"a")')
def ps(exp):
if exp.op == 'lit':
return sexpdata.tosexp(exp.args[0])
elif exp.op == 'var':
return '(@%d %s)' % (i, exp.args[0])
elif exp.op in ['apply', 'exists']:
_printtree(indent, exp.args[0], m, buf)
return sexpdata.tosexp(exp)
else:
return '(%s %s)' % (exp.op, ' '.join(
_printscalar(indent, i, m, buf) for i in exp.args))
def test_dump_raw_utf8(self):
"""
Test that sexpdata supports dumping encoded (raw) string.
See also: https://github.com/tkf/emacs-jedi/issues/43
"""
ustr = self.ustr
sexp = utf8('"{0}"').format(ustr)
self.assertEqual(tosexp(ustr.encode('utf-8')), sexp)
def test_dump_raw_utf8(self):
"""
Test that sexpdata supports dumping encoded (raw) string.
See also: https://github.com/tkf/emacs-jedi/issues/43
"""
ustr = self.ustr
sexp = utf8('"{0}"').format(ustr)
self.assertEqual(tosexp(ustr.encode('utf-8')), sexp)
def test_tosexp_tuple_as():
yield (eq_, tosexp(('a', 'b')), '("a" "b")')
yield (eq_, tosexp(('a', 'b'), tuple_as='array'), '["a" "b"]')
yield (eq_, tosexp([('a', 'b')]), '(("a" "b"))')
yield (eq_, tosexp([('a', 'b')], tuple_as='array'), '(["a" "b"])')
yield (eq_, tosexp(Quoted(('a', ))), '\'("a")')
yield (eq_, tosexp(Quoted(('a', )), tuple_as='array'), '\'["a"]')
def test_tosexp_tuple_as():
yield (eq_, tosexp(('a', 'b')), '("a" "b")')
yield (eq_, tosexp(('a', 'b'), tuple_as='array'), '["a" "b"]')
yield (eq_, tosexp([('a', 'b')]), '(("a" "b"))')
yield (eq_, tosexp([('a', 'b')], tuple_as='array'), '(["a" "b"])')
yield (eq_, tosexp(Quoted(('a',))), '\'("a")')
yield (eq_, tosexp(Quoted(('a',)), tuple_as='array'), '\'["a"]')
def to_sexp(self):
sexp = [[
"caller",
[["name", "\"{}\"".format(self.caller.name)],
["range", self.caller.range]]
],
[
"inline",
[["name", "\"{}\"".format(self.inline.name)],
["range", self.inline.range]]
],
[
"callees",
[["ranges", [callee.range for callee in self.callees]]]
]]
return sexpdata.tosexp(sexp, str_as='symbol')
def to_sexp(t):
if hasattr(t, 'to_sexp'):
return t.to_sexp()
return sexpdata.tosexp(t, str_as='symbol')
def check_identity(obj):
eq_(parse(tosexp(obj))[0], obj)
def test_tosexp_value_errors():
tosexp((), tuple_as='')
tosexp('', str_as='')
tosexp(Parens())
def check_identity(obj):
eq_(parse(tosexp(obj))[0], obj)
def __repr__(self):
return sexpdata.tosexp(dict(self))