def test_namespaces():
element = Element("test", {
"xmlns": "default ns",
"xmlns:junk-ns0": "junk-ns value 0",
"xmlns:junk-ns1": "junk-ns value 1",
"py:pyattr": "py value",
"attr": "a new attr",
})
ns = namespaces(element)
expected = {
"": "default ns",
"junk-ns0": "junk-ns value 0",
"junk-ns1": "junk-ns value 1",
}
assert ns == expected
assert element.get("xmlns") == "default ns"
assert element.get("xmlns:junk-ns0") == "junk-ns value 0"
assert element.get("xmlns:junk-ns1") == "junk-ns value 1"
assert element.get("py:pyattr") == "py value"
assert element.get("attr") == "a new attr"
ns = namespaces(element, remove=True)
assert element.get("xmlns") is None
assert element.get("xmlns:junk-ns0") is None
assert element.get("xmlns:junk-ns1") is None
assert element.get("py:pyattr") == "py value"
assert element.get("attr") == "a new attr"
def attrib_proc(self, item, attrib, code):
line = code.line
need_interpolation = False
names = namespaces(item, remove=True)
for k, v in attrib.items():
sub = interpolate(v)
if id(sub) != id(v):
attrib[k] = sub
if isinstance(sub, list):
need_interpolation = True
expr = attrib.get(QNAME_ATTRIBUTES)
if expr is not None:
del attrib[QNAME_ATTRIBUTES]
attr_text = ('template_util.make_updated_attrib('
'%r, "%s", globals(), locals(), self._get_assume_encoding())'
% (attrib, expr.replace('"', '\\\"')))
else:
if attrib:
if need_interpolation:
attr_text = ('template_util.make_attrib('
'%r, self._get_assume_encoding())' % attrib)
else:
attr_text = repr(attrib)
else:
attr_text = '{}'
line('ancestors.insert(0, current)',
'current = Element(%r, %s)' % (item.tag, attr_text))
if len(names):
code.start_block('for _p, _u in %r.items():' % names)
line('if not _u in omit_namespaces: yield START_NS, (_p,_u)')
code.end_block()
line('yield START, current')
def generate(self, stream, encoding=None, fragment=False, format=None):
"""Serializes an event stream to bytes of the specified encoding.
This function yields an encoded string over and over until the
stream is exhausted.
"""
doctype = self.doctype
encoding = encoding or self.encoding or 'utf-8'
entity_map = self.entity_map
transpose = self.transpose
inject_type = self.inject_type
format = self._get_format(format)
if format:
if format.doctype is not None:
doctype = format.doctype
if format.entity_map is not None:
entity_map = format.entity_map
if format.transpose is not None:
transpose = format.transpose
if format.inject_type is not None:
inject_type = format.inject_type
if entity_map == True:
# if True, use default HTML entity map
entity_map = default_entity_map
elif entity_map == False:
entity_map = None
if isinstance(doctype, basestring):
# allow doctype strings
doctype = doctypes[self.doctype]
if transpose is not None:
if not callable(transpose):
if transpose:
transpose = lambda s: s.upper()
else:
transpose = lambda s: s.lower()
escape_cdata = HTMLSerializer.escape_cdata
escape_attrib = HTMLSerializer.escape_attrib
names = NamespaceStack(self.namespaces)
def grok_name(tag):
if tag[0] == '{':
uri, localname = tag[1:].split('}', 1)
else:
uri, localname = None, tag
if uri and uri != xhtml_uri:
qname = names.qname(tag, default=False)
else:
qname = localname
if transpose:
qname = transpose(qname)
return uri, localname, qname
current = None
stack = [current]
stream = iter(stream)
if not fragment and doctype is not None:
yield serialize_doctype(doctype) + '\n'
if inject_type and encoding:
stream = self.inject_meta_content_type(stream, encoding)
for ev, item in self.apply_filters(stream, format):
if ev == TEXT and item:
escape = self.is_escape(current)
yield escape_cdata(item, encoding, entity_map, escape)
elif ev == START:
if item.tag == Comment:
yield "<!--%s-->" % item.text.encode(encoding)
continue
elif item.tag == ProcessingInstruction:
yield "<?%s>" % item.text.encode(encoding)
continue
elif item.tag == Fragment:
continue
else:
names.push(namespaces(item, remove=True))
tag = item.tag
qname = grok_name(tag)[2]
# push this name on the stack so we know where we are
current = qname.lower()
stack.append(current)
yield "<" + qname.encode(encoding)
attrs = item.attrib.items()
if attrs:
for k, v in attrs:
q = grok_name(k)[2]
lq = q.lower()
if lq == 'xml:lang':
continue
if self.is_boolean_attribute(lq):
# XXX: what if v is 0, false, or no.
# should we omit the attribute?
yield ' %s' % q.encode(encoding)
else:
yield ' %s="%s"' % (
q.encode(encoding),
escape_attrib(v, encoding, entity_map))
yield ">"
elif ev == END and item.tag not in (Comment, ProcessingInstruction,
Fragment):
current = stack.pop()
if not self.can_be_empty_element(current):
tag = item.tag
qname = grok_name(tag)[2]
yield "</%s>" % qname.encode(encoding)
current = stack[-1]
names.pop()
def generate(self, stream, encoding=None, fragment=False, format=None):
"""Serializes an event stream to bytes of the specified encoding.
This function yields an encoded string over and over until the
stream is exhausted.
"""
decl = self.decl
doctype = self.doctype
encoding = encoding or self.encoding or 'utf-8'
entity_map = self.entity_map
format = self._get_format(format)
if format:
if format.decl is not None:
decl = format.decl
if format.doctype is not None:
doctype = format.doctype
if format.entity_map is not None:
entity_map = format.entity_map
if entity_map == True:
# if True, use default HTML entity map
entity_map = default_entity_map
elif entity_map == False:
entity_map = None
if isinstance(doctype, basestring):
# allow doctype strings
doctype = doctypes[self.doctype]
escape_cdata = XMLSerializer.escape_cdata
escape_attrib = XMLSerializer.escape_attrib
lastev = None
stream = iter(stream)
names = NamespaceStack(self.namespaces)
if not fragment:
if decl:
yield '<?xml version="1.0" encoding="%s"?>\n' % encoding
if doctype is not None:
yield serialize_doctype(doctype) + '\n'
text = None
for ev, item in self.apply_filters(stream, format):
if ev in (START, END) and item.tag == Fragment:
continue
elif ev == TEXT:
if text is not None:
text = u''.join([text, item])
else:
text = item
continue
if lastev == START:
if ev == END and (not text or not (Format.strip(text)
or self.is_formatted(item.tag))) \
and self.can_be_empty_element(item.tag):
yield ' />'
lastev = END
text = None
names.pop()
continue
yield ">"
if text:
yield escape_cdata(text, encoding, entity_map)
text = None
if ev == START:
if item.tag == Comment:
yield "<!--%s-->" % item.text.encode(encoding)
lastev = COMMENT
continue
elif item.tag == ProcessingInstruction:
yield "<?%s?>" % item.text.encode(encoding)
lastev = PI
continue
else:
current_names = names.current
names.push(namespaces(item, remove=True))
qname = names.qname(item.tag, default=True)
yield "<" + qname.encode(encoding)
for k, v in item.attrib.items():
k = names.qname(k, default=False).encode(encoding)
v = escape_attrib(v, encoding)
yield ' %s="%s"' % (k, v)
for prefix, uri in names.current.items():
if prefix not in current_names \
or current_names[prefix] != uri:
v = escape_attrib(uri, encoding)
if prefix:
k = 'xmlns:' + prefix.encode(encoding)
else:
k = 'xmlns'
yield ' %s="%s"' % (k, v)
elif ev == END and item.tag not in (Comment,
ProcessingInstruction):
qname = names.qname(item.tag, default=True)
yield "</%s>" % qname.encode(encoding)
names.pop()
lastev = ev
if fragment and text:
yield escape_cdata(text, encoding, entity_map)
return
def generate(self, stream, encoding=None,
fragment=False, format=None):
"""Serializes an event stream to bytes of the specified encoding.
This function yields an encoded string over and over until the
stream is exhausted.
"""
doctype = self.doctype
encoding = encoding or self.encoding or 'utf-8'
entity_map = self.entity_map
transpose = self.transpose
inject_type = self.inject_type
format = self._get_format(format)
if format:
if format.doctype is not None:
doctype = format.doctype
if format.entity_map is not None:
entity_map = format.entity_map
if format.transpose is not None:
transpose = format.transpose
if format.inject_type is not None:
inject_type = format.inject_type
if entity_map == True:
# if True, use default HTML entity map
entity_map = default_entity_map
elif entity_map == False:
entity_map = None
if isinstance(doctype, basestring):
# allow doctype strings
doctype = doctypes[self.doctype]
if transpose is not None:
if not callable(transpose):
if transpose:
transpose = lambda s: s.upper()
else:
transpose = lambda s: s.lower()
escape_cdata = HTMLSerializer.escape_cdata
escape_attrib = HTMLSerializer.escape_attrib
names = NamespaceStack(self.namespaces)
def grok_name(tag):
if tag[0] == '{':
uri, localname = tag[1:].split('}', 1)
else:
uri, localname = None, tag
if uri and uri != xhtml_uri:
qname = names.qname(tag, default=False)
else:
qname = localname
if transpose:
qname = transpose(qname)
return uri, localname, qname
current = None
stack = [current]
stream = iter(stream)
if not fragment and doctype is not None:
yield serialize_doctype(doctype) + '\n'
if inject_type and encoding:
stream = self.inject_meta_content_type(stream, encoding)
for ev, item in self.apply_filters(stream, format):
if ev == TEXT and item:
escape = self.is_escape(current)
yield escape_cdata(item, encoding, entity_map, escape)
elif ev == START:
if item.tag == Comment:
yield "<!--%s-->" % item.text.encode(encoding)
continue
elif item.tag == ProcessingInstruction:
yield "<?%s>" % item.text.encode(encoding)
continue
elif item.tag == Fragment:
continue
else:
names.push(namespaces(item, remove=True))
tag = item.tag
qname = grok_name(tag)[2]
# push this name on the stack so we know where we are
current = qname.lower()
stack.append(current)
yield "<" + qname.encode(encoding)
attrs = item.attrib.items()
if attrs:
for k, v in attrs:
q = grok_name(k)[2]
lq = q.lower()
if lq == 'xml:lang':
continue
if self.is_boolean_attribute(lq):
# XXX: what if v is 0, false, or no.
# should we omit the attribute?
yield ' %s' % q.encode(encoding)
else:
yield ' %s="%s"' % (
q.encode(encoding),
escape_attrib(v, encoding, entity_map))
yield ">"
elif ev == END and item.tag not in (
Comment, ProcessingInstruction, Fragment):
current = stack.pop()
if not self.can_be_empty_element(current):
tag = item.tag
qname = grok_name(tag)[2]
yield "</%s>" % qname.encode(encoding)
current = stack[-1]
names.pop()
def generate(self, stream, encoding=None,
fragment=False, format=None):
"""Serializes an event stream to bytes of the specified encoding.
This function yields an encoded string over and over until the
stream is exhausted.
"""
decl = self.decl
doctype = self.doctype
encoding = encoding or self.encoding or 'utf-8'
entity_map = self.entity_map
format = self._get_format(format)
if format:
if format.decl is not None:
decl = format.decl
if format.doctype is not None:
doctype = format.doctype
if format.entity_map is not None:
entity_map = format.entity_map
if entity_map == True:
# if True, use default HTML entity map
entity_map = default_entity_map
elif entity_map == False:
entity_map = None
if isinstance(doctype, basestring):
# allow doctype strings
doctype = doctypes[self.doctype]
escape_cdata = XMLSerializer.escape_cdata
escape_attrib = XMLSerializer.escape_attrib
lastev = None
stream = iter(stream)
names = NamespaceStack(self.namespaces)
if not fragment:
if decl:
yield '<?xml version="1.0" encoding="%s"?>\n' % encoding
if doctype is not None:
yield serialize_doctype(doctype) + '\n'
text = None
for ev, item in self.apply_filters(stream, format):
if ev in (START, END) and item.tag == Fragment:
continue
elif ev == TEXT:
if text is not None:
text = u''.join([text, item])
else:
text = item
continue
if lastev == START:
if ev == END and (not text or not (Format.strip(text)
or self.is_formatted(item.tag))) \
and self.can_be_empty_element(item.tag):
yield ' />'
lastev = END
text = None
names.pop()
continue
yield ">"
if text:
yield escape_cdata(text, encoding, entity_map)
text = None
if ev == START:
if item.tag == Comment:
yield "<!--%s-->" % item.text.encode(encoding)
lastev = COMMENT
continue
elif item.tag == ProcessingInstruction:
yield "<?%s?>" % item.text.encode(encoding)
lastev = PI
continue
else:
current_names = names.current
names.push(namespaces(item, remove=True))
qname = names.qname(item.tag, default=True)
yield "<" + qname.encode(encoding)
for k, v in item.attrib.items():
k = names.qname(k, default=False).encode(encoding)
v = escape_attrib(v, encoding)
yield ' %s="%s"' % (k, v)
for prefix, uri in names.current.items():
if prefix not in current_names \
or current_names[prefix] != uri:
v = escape_attrib(uri, encoding)
if prefix:
k = 'xmlns:' + prefix.encode(encoding)
else:
k = 'xmlns'
yield ' %s="%s"' % (k, v)
elif ev == END and item.tag not in (
Comment, ProcessingInstruction):
qname = names.qname(item.tag, default=True)
yield "</%s>" % qname.encode(encoding)
names.pop()
lastev = ev
if fragment and text:
yield escape_cdata(text, encoding, entity_map)
return
