def test_parseDtab(self):
self.assertTrue(NameTreeParsers.parseDtab("") == Dtab.empty)
self.assertTrue(
NameTreeParsers.parseDtab(" /=>! ") == Dtab(
[Dentry(Path.empty, NameTree.Fail)]))
self.assertTrue(
NameTreeParsers.parseDtab("/=>!;") == Dtab(
[Dentry(Path.empty, NameTree.Fail)]))
self.assertTrue(
NameTreeParsers.parseDtab("/=>!;/foo=>/bar") == Dtab([
Dentry(Path.empty, NameTree.Fail),
Dentry(Path.Utf8("foo"), NameTree.Leaf(Path.Utf8("bar")))
]))
def test_parseDtab(self):
self.assertTrue(NameTreeParsers.parseDtab("") == Dtab.empty)
self.assertTrue(
NameTreeParsers.parseDtab(" /=>! ") == Dtab(
[Dentry(Path.empty, NameTree.Fail)]
)
)
self.assertTrue(NameTreeParsers.parseDtab("/=>!;") == Dtab(
[Dentry(Path.empty, NameTree.Fail)]
))
self.assertTrue(NameTreeParsers.parseDtab("/=>!;/foo=>/bar") == Dtab([
Dentry(Path.empty, NameTree.Fail),
Dentry(Path.Utf8("foo"), NameTree.Leaf(Path.Utf8("bar")))
]))
def read(cls, s):
"""Parse a Dtab from string `s` whit concrete syntax
{{{
dtab ::= dentry ';' dtab | dentry
}}}
where the production `dentry` is from the grammar documented in
dtab.Dentry.read
"""
return NameTreeParsers.parseDtab(s)
def read(cls, s):
"""Parse a Dtab from string `s` whit concrete syntax
{{{
dtab ::= dentry ';' dtab | dentry
}}}
where the production `dentry` is from the grammar documented in
dtab.Dentry.read
"""
return NameTreeParsers.parseDtab(s)