"""
from dss.dsl.safe_strings import safe_unicode
from dss.dsl.xml.coretypes import (
XmlCData, XmlName, XmlElement, XmlElementProto, XmlEntityRef, Comment)
from dss.dsl.html.character_entities import html_entities as _html_entities
class _GetAttrDict(dict):
def __getattr__(self, k):
return self[k]
entities = _GetAttrDict((alpha, XmlEntityRef(*(alpha, num, descr)))
for (alpha, num, descr) in _html_entities)
XHTML_xmlns = 'xmlns="http://www.w3.org/1999/xhtml'
XHTML_DTD = safe_unicode(
'<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN"'
' "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd">\n''')
_non_empty_html_tag_names = [
'a','abbr','acronym','address','applet',
'b','bdo','big','blockquote', 'body','button',
'caption','center','cite','code','colgroup',
'dd','dfn','div','dl','dt',
'em',
'fieldset','font','form','frameset',
'h1','h2','h3','h4','h5','h6','head','html',
'i','iframe','ins',
'kbd',
'label','legend','li',
'menu',
'noframes','noscript',
'big list of divs, with lambda':[[
(lambda : pure_python.div[1234, 1234]),
1234, pure_python.div, pure_python.div[1234, 1234]]*10],
'Massive table':pure_python.table[[
pure_python.tr[[pure_python.td[col] for col in row]] for row in rows]],
'Massive table in lambda':pure_python.table[
lambda : [pure_python.tr[[pure_python.td[col] for col in row]]
for row in rows]],
}
benchmark_serialization(
[[div[999], 'p', 1234,
[1, ['abc', ['asdf 北京天'], [[[1234,1234]]]]]],
'11234', safe_unicode('as df'), ['1234','1234',1234]]*5,
label='random divs, ints, strs, and nested lists')
benchmark_serialization(
[[(lambda : div[1234, 1234]), 1234, div, div[1234, 1234]]*10],
label='big list of divs, with lambda')
benchmark_serialization(
html[
head[title[safe_unicode('10 times benchmark'), '北京天']],
body[[div[span[safe_unicode('this is a test')]]]*10]],
label='10 times html with safe_unicode')
benchmark_serialization(
html[
head[title['10 times benchmark', '北京天']],
(('a','b','c'), u'abc'),
(_dummy_repr(), u'dummy_repr'),
(_udummy_repr(), u'dummy_repr'),
#(_unsanitized_dummy_repr(), u'&dummy_repr'),
)
escapings = {
"&": u"&",
"<": u"<",
">": u">",
'"': u""",
"'": u"'"}
ESCAPING_TEST_SET = tuple(
[(safe_unicode(k), k) for k in escapings]
+[(k, v) for k, v in escapings.iteritems()]
+[(k*200, v*200) for k, v in escapings.iteritems()]
+[('--%s--'%k, '--%s--'%v) for k, v in escapings.iteritems()]
+[('------%s'%k, '------%s'%v) for k, v in escapings.iteritems()]
+[('--%s%s'%(k,k), '--%s%s'%(v,v)) for k, v in escapings.iteritems()]
+[('&<>"\'&'*20, '&<>"'&'*20)]
)
ENCODING_TEST_SET = tuple(
[('金', unicode('金', 'utf-8'))]
)
COMBINED_BASIC_TEST_SET = tuple(
list(BASIC_TYPES_TEST_SET)
+list(ESCAPING_TEST_SET)
