def href_button(self, url, text, title=None, icon_name=None, **kw):
"""Returns an etree object of a ``<a href>`` tag to the given URL
`url`.
`url` is what goes into the `href` part. If `url` is `None`,
then we return just a ``<b>`` tag.
`text` is what goes between the ``<a>`` and the ``</a>``. This
can be either a string or a tuple (or list) of strings (or
etree elements).
"""
# logger.info('20121002 href_button %s', unicode(text))
if title:
# Remember that Python 2.6 doesn't like if title is a Promise
kw.update(title=str(title))
#~ return xghtml.E.a(text,href=url,title=title)
if not isinstance(text, (tuple, list)):
text = (text,)
text = forcetext(text)
if url is None:
return E.b(*text)
kw.update(href=url)
if icon_name is not None:
src = settings.SITE.build_static_url(
'images', 'mjames', icon_name + '.png')
img = E.img(src=src, alt=icon_name)
return E.a(img, **kw)
else:
return E.a(*text, **kw)
def href_button(self, url, text, title=None, icon_name=None, **kw):
"""Return an etree element of a ``<a href>`` tag to the given URL
`url`.
`url` is what goes into the `href` part. If `url` is `None`,
then we return just a ``<b>`` tag.
`text` is what goes between the ``<a>`` and the ``</a>``. This
can be either a string or a tuple (or list) of strings (or
etree elements).
"""
# logger.info('20121002 href_button %s', unicode(text))
if title:
# Remember that Python 2.6 doesn't like if title is a Promise
kw.update(title=str(title))
#~ return xghtml.E.a(text,href=url,title=title)
if not isinstance(text, (tuple, list)):
text = (text,)
text = forcetext(text)
if url is None:
return E.b(*text)
kw.update(href=url)
if icon_name is not None:
src = settings.SITE.build_static_url(
'images', 'mjames', icon_name + '.png')
img = E.img(src=src, alt=icon_name)
return E.a(img, **kw)
else:
return E.a(*text, **kw)
def image(self, ar):
url = self.get_image_url(ar)
return E.a(E.img(src=url, width="100%"), href=url, target="_blank")
def image(self, ar):
url = self.get_image_url(ar)
return E.a(E.img(src=url, width="100%"), href=url, target="_blank")
