def entity(self, data):
node = self.pool.entity(data)
if self.loc:
node.startloc = xsc.Location(self._url, *self._position)
node.parsed(self, "entity")
if self._inattr:
self._stack[-1].append(node)
elif not self._indoctype:
return ("entitynode", node)
def procinst(self, data):
node = self.pool.procinst(*data)
if self.loc:
node.startloc = xsc.Location(self._url, *self._position)
node.parsed(self, "procinst")
if self._inattr:
self._stack[-1].append(node)
elif not self._indoctype:
return ("procinstnode", node)
def enterattrns(self, data): attrkey = self.pool.attrkey(*data) self._stack[-1].attrs[attrkey] = () node = self._stack[-1].attrs[attrkey] if self.loc: node.startloc = xsc.Location(self._url, *self._position) self._stack.append(node) self._inattr = True node.parsed(self, "enterattrns")
def text(self, data):
node = xsc.Text(data)
if self.loc:
node.startloc = xsc.Location(self._url, *self._position)
node.parsed(self, "text")
if self._inattr:
self._stack[-1].append(node)
elif not self._indoctype:
return ("textnode", node)
def begindoctype(self, data):
if data["publicid"]:
content = f'{data["name"]} PUBLIC "{data["publicid"]}" "{data["systemid"]}"'
elif data["systemid"]:
content = f'{data["name"]} SYSTEM "{data["systemid"]}"'
else:
content = data["name"]
node = xsc.DocType(content)
if self.loc:
node.startloc = xsc.Location(self._url, *self._position)
self.doctype = node
self._indoctype = True
def toxist(node):
if isinstance(node, nodes.Text):
return xsc.Text(str(node.astext()))
else:
e = elements[node.__class__.__name__](toxist(child)
for child in node.children)
e.startloc = xsc.Location(node.source, node.line)
for (attrkey, attrvalue) in node.attlist():
if attrkey in e.Attrs:
if isinstance(attrvalue, list):
attrvalue = " ".join(attrvalue)
e.attrs[attrkey] = attrvalue
return e
def test_locationeq():
l1 = xsc.Location(url="http://gurk.com", line=42, col=666)
l2 = xsc.Location(url="http://gurk.com", line=42, col=666)
l3 = xsc.Location(url="http://hurz.com", line=42, col=666)
l4 = xsc.Location(url="http://gurk.com", line=43, col=666)
l5 = xsc.Location(url="http://gurk.com", line=43, col=667)
l6 = xsc.Location(url="http://gurk.com")
assert l1 == l2
assert l1 != l3
assert l1 != l4
assert l1 != l5
assert l1 != l6
def endtagns(self, data):
node = self._stack.pop()
if self.loc:
node.endloc = xsc.Location(self._url, *self._position)
node.parsed(self, "endtagns")
return ("leaveelementnode", node)
def enterstarttagns(self, data): node = self.pool.element(*data) if self.loc: node.startloc = xsc.Location(self._url, *self._position) self._stack.append(node) node.parsed(self, "starttagns")
def xmldecl(self, data):
node = xml.XML(version=data["version"], encoding=data["encoding"], standalone=data["standalone"])
if self.loc:
node.startloc = xsc.Location(self._url, *self._position)
return ("xmldeclnode", node)
def test_locationoffset():
l1 = xsc.Location(url="http://gurk.com", line=42, col=666)
assert l1 == l1.offset(0)
l2 = l1.offset(1)
assert l1.url == l2.url
assert l1.line + 1 == l2.line