def flatten(self, expander, variables, res):
arg = []
evaluate.flatten(self[0], expander, variables, arg)
arg = u"".join(arg)
# Note: mediawiki has a bug. It tries not to touch colons by replacing '.3A' with
# with the colon. However, if the original string contains the substring '.3A',
# it will also replace it with a colon. We do *not* reproduce that bug here...
import urllib
e = urllib.quote_plus(arg.encode('utf-8'), ':').replace('%', '.').replace('+', '_')
res.append(e)
def flatten(self, expander, variables, res):
arg = []
evaluate.flatten(self[0], expander, variables, arg)
arg = u"".join(arg)
# Note: mediawiki has a bug. It tries not to touch colons by replacing '.3A' with
# with the colon. However, if the original string contains the substring '.3A',
# it will also replace it with a colon. We do *not* reproduce that bug here...
import urllib
e = urllib.quote_plus(arg.encode('utf-8'), ':').replace('%', '.').replace('+', '_')
res.append(e)
def flatten(self, expander, variables, res):
arg = []
evaluate.flatten(self[0], expander, variables, arg)
arg = u"".join(arg).strip()
arg2 = []
if len(self) > 1:
evaluate.flatten(self[1], expander, variables, arg2)
arg2 = u"".join(arg2).strip()
if not arg2:
arg2 = expander.pagename
res.append(_rel2abs(arg, arg2))
def flatten(self, expander, variables, res):
arg = []
evaluate.flatten(self[0], expander, variables, arg)
arg = u"".join(arg).strip()
arg2 = []
if len(self) > 1:
evaluate.flatten(self[1], expander, variables, arg2)
arg2 = u"".join(arg2).strip()
if not arg2:
arg2 = expander.pagename
res.append(_rel2abs(arg, arg2))
def flatten(self, expander, variables, res):
format = []
evaluate.flatten(self[0], expander, variables, format)
format = u"".join(format).strip()
if len(self) > 1:
d = []
evaluate.flatten(self[1], expander, variables, d)
d = u"".join(d).strip()
else:
d = None
from mwlib.templ import magic_time
res.append(magic_time.time(format, d))
def flatten(self, expander, variables, res):
format = []
evaluate.flatten(self[0], expander, variables, format)
format = u"".join(format).strip()
if len(self) > 1:
d = []
evaluate.flatten(self[1], expander, variables, d)
d = u"".join(d).strip()
else:
d = None
from mwlib.templ import magic_time
res.append(magic_time.time(format, d))
def flatten(self, expander, variables, res):
v1 = []
flatten(self[0], expander, variables, v1)
v1 = u"".join(v1).strip()
v2 = []
if len(self) > 1:
flatten(self[1], expander, variables, v2)
v2 = u"".join(v2).strip()
from mwlib.templ.magics import maybe_numeric_compare
res.append(maybe_newline)
tmp = []
if maybe_numeric_compare(v1, v2):
if len(self) > 2:
flatten(self[2], expander, variables, tmp)
else:
if len(self) > 3:
flatten(self[3], expander, variables, tmp)
_insert_implicit_newlines(tmp)
res.append(u"".join(tmp).strip())
res.append(dummy_mark)
def flatten(self, expander, variables, res):
v1 = []
flatten(self[0], expander, variables, v1)
v1 = u"".join(v1).strip()
v2 = []
if len(self) > 1:
flatten(self[1], expander, variables, v2)
v2 = u"".join(v2).strip()
from mwlib.templ.magics import maybe_numeric_compare
res.append(maybe_newline)
tmp = []
if maybe_numeric_compare(v1, v2):
if len(self) > 2:
flatten(self[2], expander, variables, tmp)
else:
if len(self) > 3:
flatten(self[3], expander, variables, tmp)
_insert_implicit_newlines(tmp)
res.append(u"".join(tmp).strip())
res.append(dummy_mark)
def flatten(self, expander, variables, res):
arg0 = []
evaluate.flatten(self[0], expander, variables, arg0)
arg0 = u"".join(arg0)
if len(self) > 1:
arg1 = []
evaluate.flatten(self[1], expander, variables, arg1)
arg1 = u"".join(arg1)
else:
arg1 = u""
if arg1.strip() in (u"r", u"R"):
res.append(reverse_formatnum(arg0))
else:
res.append(formatnum(arg0))
def flatten(self, expander, variables, res):
arg0 = []
evaluate.flatten(self[0], expander, variables, arg0)
arg0 = u"".join(arg0)
if len(self) > 1:
arg1 = []
evaluate.flatten(self[1], expander, variables, arg1)
arg1 = u"".join(arg1)
else:
arg1 = u""
if arg1.strip() in (u"r", u"R"):
res.append(reverse_formatnum(arg0))
else:
res.append(formatnum(arg0))
def flatten(self, expander, variables, res):
name = []
flatten(self[0], expander, variables, name)
name = u"".join(name).strip()
if len(name) > 256 * 1024:
raise MemoryLimitError("template name too long: %s bytes" % (len(name),))
v = variables.get(name, None)
if v is None:
if len(self) > 1:
flatten(self[1], expander, variables, res)
else:
# FIXME. breaks If ???
res.append(u"{{{%s}}}" % (name,))
else:
res.append(v)
def flatten(self, expander, variables, res):
name = []
flatten(self[0], expander, variables, name)
name = u"".join(name).strip()
if len(name) > 256 * 1024:
raise MemoryLimitError("template name too long: %s bytes" %
(len(name), ))
v = variables.get(name, None)
if v is None:
if len(self) > 1:
flatten(self[1], expander, variables, res)
else:
# FIXME. breaks If ???
res.append(u"{{{%s}}}" % (name, ))
else:
res.append(v)
def flatten(self, expander, variables, res):
name = []
evaluate.flatten(self[0], expander, variables, name)
name = u"".join(name).strip()
parameters = u''
for parm in self[2:]:
tmp = []
evaluate.flatten(parm, expander, variables, tmp)
evaluate._insert_implicit_newlines(tmp)
tmp = u"".join(tmp)
if "=" in tmp:
key, value = tmp.split("=", 1)
parameters += " %s=%s" % (key, quoteattr(value))
tmpres = []
tmpres.append("<%s%s>" % (name, parameters))
if len(self) > 1:
tmp = []
evaluate.flatten(self[1], expander, variables, tmp)
evaluate._insert_implicit_newlines(tmp)
tmp = u"".join(tmp)
tmpres.append(tmp)
tmpres.append("</%s>" % (name, ))
tmpres = u"".join(tmpres)
tmpres = expander.uniquifier.replace_tags(tmpres)
res.append(tmpres)
def flatten(self, expander, variables, res):
name = []
evaluate.flatten(self[0], expander, variables, name)
name = u"".join(name).strip()
parameters = u''
for parm in self[2:]:
tmp = []
evaluate.flatten(parm, expander, variables, tmp)
evaluate._insert_implicit_newlines(tmp)
tmp = u"".join(tmp)
if "=" in tmp:
key, value = tmp.split("=", 1)
parameters += " %s=%s" % (key, quoteattr(value))
tmpres = []
tmpres.append("<%s%s>" % (name, parameters))
if len(self) > 1:
tmp = []
evaluate.flatten(self[1], expander, variables, tmp)
evaluate._insert_implicit_newlines(tmp)
tmp = u"".join(tmp)
tmpres.append(tmp)
tmpres.append("</%s>" % (name,))
tmpres = u"".join(tmpres)
tmpres = expander.uniquifier.replace_tags(tmpres)
res.append(tmpres)
def flatten(self, expander, variables, res):
if self.unresolved is None:
self._init()
res.append(maybe_newline)
val = []
flatten(self[0], expander, variables, val)
val = u"".join(val).strip()
num_val = maybe_numeric(val)
t1 = self.fast.get(val, self.sentinel)
t2 = self.fast.get(num_val, self.sentinel)
pos, retval = min(t1, t2)
if pos is None:
pos = len(self.unresolved) + 1
for k, v in self.unresolved[:pos]:
tmp = []
flatten(k, expander, variables, tmp)
tmp = u"".join(tmp).strip()
if tmp == val:
retval = v
break
if num_val is not None and maybe_numeric(tmp) == num_val:
retval = v
break
if retval is None:
for a in expander.aliasmap.get_aliases("default") or ["#default"]:
retval = self.fast.get(a)
if retval is not None:
retval = retval[1]
break
retval = retval or u""
tmp = []
flatten(retval, expander, variables, tmp)
_insert_implicit_newlines(tmp)
tmp = u"".join(tmp).strip()
res.append(tmp)
res.append(dummy_mark)
def flatten(self, expander, variables, res):
if self.unresolved is None:
self._init()
res.append(maybe_newline)
val = []
flatten(self[0], expander, variables, val)
val = u"".join(val).strip()
num_val = maybe_numeric(val)
t1 = self.fast.get(val, self.sentinel)
t2 = self.fast.get(num_val, self.sentinel)
pos, retval = min(t1, t2)
if pos is None:
pos = len(self.unresolved)+1
for k, v in self.unresolved[:pos]:
tmp = []
flatten(k, expander, variables, tmp)
tmp = u"".join(tmp).strip()
if tmp == val:
retval = v
break
if num_val is not None and maybe_numeric(tmp) == num_val:
retval = v
break
if retval is None:
for a in expander.aliasmap.get_aliases("default") or ["#default"]:
retval = self.fast.get(a)
if retval is not None:
retval = retval[1]
break
retval = retval or u""
tmp = []
flatten(retval, expander, variables, tmp)
_insert_implicit_newlines(tmp)
tmp = u"".join(tmp).strip()
res.append(tmp)
res.append(dummy_mark)
def flatten(self, expander, variables, res):
cond = []
flatten(self[0], expander, variables, cond)
cond = u"".join(cond).strip()
# template blacklisting results in 0xebad
# see http://code.pediapress.com/wiki/ticket/700#comment:1
cond = cond.strip(unichr(0xebad))
res.append(maybe_newline)
tmp = []
if cond:
if len(self) > 1:
flatten(self[1], expander, variables, tmp)
else:
if len(self) > 2:
flatten(self[2], expander, variables, tmp)
_insert_implicit_newlines(tmp)
res.append(u"".join(tmp).strip())
res.append(dummy_mark)
def flatten(self, expander, variables, res):
cond = []
flatten(self[0], expander, variables, cond)
cond = u"".join(cond).strip()
# template blacklisting results in 0xebad
# see http://code.pediapress.com/wiki/ticket/700#comment:1
cond = cond.strip(unichr(0xebad))
res.append(maybe_newline)
tmp = []
if cond:
if len(self) > 1:
flatten(self[1], expander, variables, tmp)
else:
if len(self) > 2:
flatten(self[2], expander, variables, tmp)
_insert_implicit_newlines(tmp)
res.append(u"".join(tmp).strip())
res.append(dummy_mark)
def flatten(self, expander, variables, res):
name = []
evaluate.flatten(self[0], expander, variables, name)
name = u"".join(name).strip()
expander.magic_displaytitle = name
def _flatten(self, expander, variables, res):
name = []
flatten(self[0], expander, variables, name)
name = u"".join(name).strip()
if len(name) > 256 * 1024:
raise MemoryLimitError("template name too long: %s bytes" % (len(name),))
args = self._get_args()
log.info('_flatten')
remainder = None
if ":" in name:
try_name, try_remainder = name.split(':', 1)
from mwlib.templ import magic_nodes
try_name = expander.resolve_magic_alias(try_name) or try_name
klass = magic_nodes.registry.get(try_name)
if klass is not None:
children = (try_remainder, )+args
# print "MAGIC:", klass, children
klass(children).flatten(expander, variables, res)
return
if expander.resolver.has_magic(try_name):
name = try_name
remainder = try_remainder
if name == '#ifeq':
res.append(maybe_newline)
tmp = []
if len(args) >= 1:
flatten(args[0], expander, variables, tmp)
other = u"".join(tmp).strip()
remainder = remainder.strip()
tmp = []
if magics.maybe_numeric_compare(remainder, other):
if len(args) >= 2:
flatten(args[1], expander, variables, tmp)
res.append(u"".join(tmp).strip())
else:
if len(args) >= 3:
flatten(args[2], expander, variables, tmp)
res.append(u"".join(tmp).strip())
res.append(dummy_mark)
return
var = []
if remainder is not None:
var.append(remainder)
for x in args:
var.append(x)
var = ArgumentList(args=var, expander=expander, variables=variables)
rep = expander.resolver(name, var)
if rep is not None:
res.append(maybe_newline)
res.append(rep)
res.append(dummy_mark)
else:
p = expander.getParsedTemplate(name)
if p:
if DEBUG:
msg = "EXPANDING %r %r ===> " % (name, var)
oldidx = len(res)
res.append(mark_start(repr(name)))
res.append(maybe_newline)
flatten(p, expander, var, res)
res.append(mark_end(repr(name)))
if DEBUG:
msg += repr("".join(res[oldidx:]))
print msg
def flatten(self, expander, variables, res):
for x in self:
if isinstance(x, basestring):
res.append(x)
else:
flatten(x, expander, variables, res)
def flatten(self, expander, variables, res):
for x in self:
if isinstance(x, basestring):
res.append(x)
else:
flatten(x, expander, variables, res)
def _flatten(self, expander, variables, res):
name = []
flatten(self[0], expander, variables, name)
name = u"".join(name).strip()
if len(name) > 256 * 1024:
raise MemoryLimitError("template name too long: %s bytes" %
(len(name), ))
args = self._get_args()
remainder = None
if ":" in name:
try_name, try_remainder = name.split(':', 1)
from mwlib.templ import magic_nodes
try_name = expander.resolve_magic_alias(try_name) or try_name
klass = magic_nodes.registry.get(try_name)
if klass is not None:
children = (try_remainder, ) + args
# print "MAGIC:", klass, children
klass(children).flatten(expander, variables, res)
return
if expander.resolver.has_magic(try_name):
name = try_name
remainder = try_remainder
if name == '#ifeq':
res.append(maybe_newline)
tmp = []
if len(args) >= 1:
flatten(args[0], expander, variables, tmp)
other = u"".join(tmp).strip()
remainder = remainder.strip()
tmp = []
if magics.maybe_numeric_compare(remainder, other):
if len(args) >= 2:
flatten(args[1], expander, variables, tmp)
res.append(u"".join(tmp).strip())
else:
if len(args) >= 3:
flatten(args[2], expander, variables, tmp)
res.append(u"".join(tmp).strip())
res.append(dummy_mark)
return
var = []
if remainder is not None:
var.append(remainder)
for x in args:
var.append(x)
var = ArgumentList(args=var, expander=expander, variables=variables)
rep = expander.resolver(name, var)
if rep is not None:
res.append(maybe_newline)
res.append(rep)
res.append(dummy_mark)
else:
p = expander.getParsedTemplate(name)
if p:
if DEBUG:
msg = "EXPANDING %r %r ===> " % (name, var)
oldidx = len(res)
res.append(mark_start(repr(name)))
res.append(maybe_newline)
flatten(p, expander, var, res)
res.append(mark_end(repr(name)))
if DEBUG:
msg += repr("".join(res[oldidx:]))
print msg
def flatten(self, expander, variables, res):
name = []
evaluate.flatten(self[0], expander, variables, name)
name = u"".join(name).strip()
res.append("{{subst:%s}}" % (name,))
def flatten(self, expander, variables, res):
name = []
evaluate.flatten(self[0], expander, variables, name)
name = u"".join(name).strip()
expander.magic_displaytitle = name
def flatten(self, expander, variables, res):
name = []
evaluate.flatten(self[0], expander, variables, name)
name = u"".join(name).strip()
res.append("{{subst:%s}}" % (name, ))