def _makenode(string):
indent, is_metadata, nodeid, node_type, text = parse_line(string)
if is_metadata:
raise InvalidInputError("metadata not allowed")
if indent > 0:
raise InvalidInputError("plz 2 not indent")
return node_type, text
def test_metadata_notext(self):
line = u" @option\xfc"
indent, is_metadata, node_id, node_type, text = parse_line(line)
assert indent == 1
assert is_metadata
assert node_id is None
assert node_type == u"option\xfc"
assert text is None
def test_empty_line_indent(self):
line = u" "
indent, is_metadata, node_id, node_type, text = parse_line(line)
assert indent == 0
assert not is_metadata
assert node_id is None
assert node_type == u""
assert text is None
def test_notext_id(self):
line = u" minor\xfc tasks#abcde"
indent, is_metadata, node_id, node_type, text = parse_line(line)
assert indent == 2
assert not is_metadata
assert node_id == u"abcde"
assert node_type == u"minor\xfc tasks"
assert text is None
def test_basic_nodeid(self):
line = u"\xfccategory#asdfg: \xfcpersonal \xfcprojects"
indent, is_metadata, node_id, node_type, text = parse_line(line)
assert indent == 0
assert not is_metadata
assert node_id == u"asdfg"
assert node_type == u"\xfccategory"
assert text == u"\xfcpersonal \xfcprojects"
def test_indent_id(self):
line = u" \xfcproject#hjklo: \xfctodo \xfctracker"
indent, is_metadata, node_id, node_type, text = parse_line(line)
assert indent == 1
assert not is_metadata
assert node_id == u"hjklo"
assert node_type == u"\xfcproject"
assert text == u"\xfctodo \xfctracker"
def unarchive(cls, node, parent):
if node.node_type not in ("archived", "unarchive", "unarchived"):
newnode = node.copy(parent=parent, children=False, nodeid=node.id)
else:
indent, ismetadata, nodeid, node_type, text = parse_line(node.text)
assert not indent
assert not ismetadata
if node_type == "archived":
indent, ismetadata, nodeid, node_type, text = parse_line(text)
assert not indent
assert not ismetadata
newnode = node.root.nodecreator.create(node_type, text, parent,
nodeid=nodeid)
for option, value, show in node.option_values():
if show and option != "_af":
newnode.setoption(option, value)
for child in list(node.children):
child = child.detach()
newnode.addchild(cls.unarchive(child, parent=newnode))
return newnode
def test_bad_node_id(self):
with pytest.raises(LoadError):
parse_line(u" option#longid: derp")
with pytest.raises(LoadError):
parse_line(u" option#shrt: derp")
with pytest.raises(LoadError):
# invalid characters
parse_line(u" option#-----: derp")
def __init__(self, node_type, text, *a, **kw):
if kw.get("nodeid", None) is None and text:
_, _, nodeid, _, _ = parse_line(text)
kw["nodeid"] = nodeid
GenericNode.__init__(self, node_type, text, *a, **kw)
def test_non_unicode(self):
with pytest.raises(AssertionError):
parse_line(b"herp: derp")
def test_no_space(self):
with pytest.raises(LoadError):
parse_line(u"herp:derp")
def test_bad_indentation(self):
with pytest.raises(LoadError):
parse_line(u" @option")
def test_metadata_node_id(self):
with pytest.raises(LoadError):
parse_line(u" @option#badid: derp")
