def syndicateSomething(self, p_url, p_items=[], lang=None):
s = self.getSite()
if lang is None: lang = self.gl_get_selected_language()
namespaces = self.getNamespaceItemsList()
nsmap = {}
header = []
for n in namespaces:
if n.prefix != '':
nsmap[n.prefix] = n.value
else:
nsmap[None] = n.value
header.append(str(n))
rdf_namespace = nsmap['rdf']
dc_namespace = nsmap['dc']
Rdf = ElementMaker(namespace=rdf_namespace, nsmap=nsmap)
Dc = ElementMaker(namespace=dc_namespace, nsmap=nsmap)
E = ElementMaker(None, nsmap=nsmap)
xml = Rdf.RDF(
E.channel(
E.title(s.title),
E.link(p_url),
E.description(html2text(s.description, trim_length=None)),
Dc.description(s.description),
Dc.identifier(p_url),
Dc.date(self.utShowFullDateTimeHTML(self.utGetTodayDate())),
Dc.publisher(s.publisher),
Dc.creator(s.creator),
Dc.subject(s.title),
Dc.subject(s.site_subtitle),
Dc.language(lang),
Dc.source(s.publisher),
E.items(),
{'{%s}about'%rdf_namespace : s.absolute_url()}
)
)
channel = xml[0]; items = channel[-1]
seq = etree.SubElement(items, '{%s}Seq'%rdf_namespace)
for i in p_items:
x = etree.SubElement(seq, '{%s}li'%rdf_namespace, resource=i.absolute_url())
if self.hasImage():
image = E.image(
E.title(s.title),
E.url(self.getImagePath()),
E.link(s.absolute_url()),
E.description(self.utToUtf8(s.description))
)
xml.append(image)
received_items = ''.join([i.syndicateThis() for i in p_items])
received = '<rdf:RDF %s>%s</rdf:RDF>' % (''.join(header), received_items)
xml_received = etree.XML(received, etree.XMLParser(strip_cdata = False))
xml.extend(xml_received)
self.REQUEST.RESPONSE.setHeader('content-type', 'text/xml')
return etree.tostring(xml, xml_declaration=True, encoding="utf-8")
def syndicateSomething(self, p_url, p_items=[], lang=None):
s = self.getSite()
if lang is None: lang = self.gl_get_selected_language()
namespaces = self.getNamespaceItemsList()
nsmap = {}
header = []
for n in namespaces:
if n.prefix != '':
nsmap[n.prefix] = n.value
else:
nsmap[None] = n.value
header.append(str(n))
rdf_namespace = nsmap['rdf']
dc_namespace = nsmap['dc']
Rdf = ElementMaker(namespace=rdf_namespace, nsmap=nsmap)
Dc = ElementMaker(namespace=dc_namespace, nsmap=nsmap)
E = ElementMaker(None, nsmap=nsmap)
xml = Rdf.RDF(
E.channel(
E.title(s.title), E.link(p_url),
E.description(html2text(s.description, trim_length=None)),
Dc.description(s.description), Dc.identifier(p_url),
Dc.date(self.utShowFullDateTimeHTML(self.utGetTodayDate())),
Dc.publisher(s.publisher), Dc.creator(s.creator),
Dc.subject(s.title), Dc.subject(s.site_subtitle),
Dc.language(lang), Dc.source(s.publisher), E.items(),
{'{%s}about' % rdf_namespace: s.absolute_url()}))
channel = xml[0]
items = channel[-1]
seq = etree.SubElement(items, '{%s}Seq' % rdf_namespace)
for i in p_items:
x = etree.SubElement(seq,
'{%s}li' % rdf_namespace,
resource=i.absolute_url())
if self.hasImage():
image = E.image(E.title(s.title), E.url(self.getImagePath()),
E.link(s.absolute_url()),
E.description(self.utToUtf8(s.description)))
xml.append(image)
received_items = ''.join([i.syndicateThis() for i in p_items])
received = '<rdf:RDF %s>%s</rdf:RDF>' % (''.join(header),
received_items)
xml_received = etree.XML(received, etree.XMLParser(strip_cdata=False))
xml.extend(xml_received)
self.REQUEST.RESPONSE.setHeader('content-type', 'text/xml')
return etree.tostring(xml, xml_declaration=True, encoding="utf-8")
def test_long_trim(self):
self.assertEqual(html2text('short text',
trim_length=100, ellipsis=True),
'short text')
def test_ellipsis(self):
self.assertEqual(html2text("some long text here", trim_length=12),
"some long te")
self.assertEqual(html2text("some long text here",
trim_length=12, ellipsis=True),
u"some long \u2026")
def test_strip_whitespace(self):
self.assertEqual(html2text(' something '), 'something')
def test_trim(self):
self.assertEqual(html2text("<b>hello</b> world!", trim_length=4),
"hell")
self.assertEqual(html2text("blah blah some text", trim_length=4),
"blah")
def test_strip_tags(self):
self.assertEqual(html2text('<input type="text">'), "")
self.assertEqual(html2text('<script>alert(1)</script>'), "alert(1)")
def test_blank(self):
self.assertEqual(html2text(""), "")
def plaintext_summary(self, chars=100):
return html2text(self.body, chars)
def test_ellipsis(self):
self.assertEqual(html2text("some long text here", trim_length=12),
"some long te")
self.assertEqual(
html2text("some long text here", trim_length=12, ellipsis=True),
u"some long \u2026")
def test_strip_whitespace(self):
self.assertEqual(html2text(' something '), 'something')
def test_trim(self):
self.assertEqual(html2text("<b>hello</b> world!", trim_length=4),
"hell")
self.assertEqual(html2text("blah blah some text", trim_length=4),
"blah")
def plaintext_summary(self, chars=1024):
return html2text(self.body, chars, ellipsis=True)
def test_blank(self):
self.assertEqual(html2text(""), "")
def test_long_trim(self):
self.assertEqual(
html2text('short text', trim_length=100, ellipsis=True),
'short text')
def test_strip_tags(self):
self.assertEqual(html2text('<input type="text">'), "")
self.assertEqual(html2text('<script>alert(1)</script>'), "alert(1)")
def plaintext_summary(self, chars=1024):
return html2text(self.body, chars, ellipsis=True)