def create_propname(self):
""" create a multistatus response for the prop names """
dc=self.__dataclass
# create the document generator
doc = Document(None)
ms=doc.createElement("D:multistatus")
ms.setAttribute("xmlns:D","DAV:")
doc.appendChild(ms)
if self.__depth=="0":
pnames=dc.get_propnames(self.__uri)
re=self.mk_propname_response(self.__uri,pnames)
ms.appendChild(re)
elif self.__depth=="1":
pnames=dc.get_propnames(self.__uri)
re=self.mk_propname_response(self.__uri,pnames)
ms.appendChild(re)
for newuri in dc.get_childs(self.__uri):
pnames=dc.get_propnames(newuri)
re=self.mk_propname_response(newuri,pnames)
ms.appendChild(re)
# *** depth=="infinity"
sfile=StringIO()
ext.PrettyPrint(doc,stream=sfile)
s=sfile.getvalue()
sfile.close()
return s
def create_propname(self):
""" create a multistatus response for the prop names """
dc = self.__dataclass
# create the document generator
doc = Document(None)
ms = doc.createElement("D:multistatus")
ms.setAttribute("xmlns:D", "DAV:")
doc.appendChild(ms)
if self.__depth == "0":
pnames = dc.get_propnames(self.__uri)
re = self.mk_propname_response(self.__uri, pnames)
ms.appendChild(re)
elif self.__depth == "1":
pnames = dc.get_propnames(self.__uri)
re = self.mk_propname_response(self.__uri, pnames)
ms.appendChild(re)
for newuri in dc.get_childs(self.__uri):
pnames = dc.get_propnames(newuri)
re = self.mk_propname_response(newuri, pnames)
ms.appendChild(re)
# *** depth=="infinity"
sfile = StringIO()
ext.PrettyPrint(doc, stream=sfile)
s = sfile.getvalue()
sfile.close()
return s
def __init__(self):
Document.__init__(self, None)
# These only make sense in a browser environment, therefore
# they never change
self.__dict__['__referrer'] = ''
self.__dict__['__domain'] = None
self.__dict__['__URL'] = ''
self.__dict__['__cookie'] = ''
self.__dict__['__writable'] = 0
self.__dict__['_html'] = vars(sys.modules['xml.dom.html'])
def __init__(self):
Document.__init__(self, None)
# These only make sense in a browser environment, therefore
# they never change
self.__dict__["__referrer"] = ""
self.__dict__["__domain"] = None
self.__dict__["__URL"] = ""
self.__dict__["__cookie"] = ""
self.__dict__["__writable"] = 0
self.__dict__["_html"] = vars(sys.modules["xml.dom.html"])
def __init__(self):
Document.__init__(self, None)
# These only make sense in a browser environment, therefore
# they never change
self.__dict__['__referrer'] = ''
self.__dict__['__domain'] = None
self.__dict__['__URL'] = ''
self.__dict__['__cookie'] = ''
self.__dict__['__writable'] = 0
self.__dict__['_html'] = vars(sys.modules['xml.dom.html'])
def tree_action(self):
""" copy a tree of resources (a collection)
Here we return a multistatus xml element.
"""
dc = self.__dataclass
base = self.__src
### some basic tests
# test if dest exists and overwrite is false
if dc.exists(self.__dst) and not self.__overwrite: raise DAV_Error, 412
# test if src and dst are the same
# (we assume that both uris are on the same server!)
ps = urlparse.urlparse(self.__src)[2]
pd = urlparse.urlparse(self.__dst)[2]
if ps == pd: raise DAV_Error, 403
result = dc.copytree(self.__src, self.__dst, self.__overwrite)
#result=copytree(dc,self.__src,self.__dst,self.__overwrite)
if not result: return None
###
### create the multistatus XML element
### (this is also the same as in delete.py.
### we might make a common method out of it)
###
doc = Document(None)
ms = doc.createElement("D:multistatus")
ms.setAttribute("xmlns:D", "DAV:")
doc.appendChild(ms)
for el, ec in result.items():
re = doc.createElement("D:response")
hr = doc.createElement("D:href")
st = doc.createElement("D:status")
huri = doc.createTextNode(quote_uri(el))
t = doc.createTextNode(gen_estring(ec))
st.appendChild(t)
hr.appendChild(huri)
re.appendChild(hr)
re.appendChild(st)
ms.appendChild(re)
sfile = StringIO()
ext.PrettyPrint(doc, stream=sfile)
s = sfile.getvalue()
sfile.close()
return s
def create_prop(self):
""" handle a <prop> request
This will
1. set up the <multistatus>-Framework
2. read the property values for each URI
(which is dependant on the Depth header)
This is done by the get_propvalues() method.
3. For each URI call the append_result() method
to append the actual <result>-Tag to the result
document.
We differ between "good" properties, which have been
assigned a value by the interface class and "bad"
properties, which resulted in an error, either 404
(Not Found) or 403 (Forbidden).
"""
# create the document generator
doc = Document(None)
ms=doc.createElement("D:multistatus")
ms.setAttribute("xmlns:D","DAV:")
doc.appendChild(ms)
if self.__depth=="0":
gp,bp=self.get_propvalues(self.__uri)
res=self.mk_prop_response(self.__uri,gp,bp,doc)
ms.appendChild(res)
elif self.__depth=="1":
gp,bp=self.get_propvalues(self.__uri)
res=self.mk_prop_response(self.__uri,gp,bp,doc)
ms.appendChild(res)
for newuri in self.__dataclass.get_childs(self.__uri):
gp,bp=self.get_propvalues(newuri)
res=self.mk_prop_response(newuri,gp,bp,doc)
ms.appendChild(res)
sfile=StringIO()
ext.PrettyPrint(doc,stream=sfile)
s=sfile.getvalue()
sfile.close()
return s
def create_prop(self):
""" handle a <prop> request
This will
1. set up the <multistatus>-Framework
2. read the property values for each URI
(which is dependant on the Depth header)
This is done by the get_propvalues() method.
3. For each URI call the append_result() method
to append the actual <result>-Tag to the result
document.
We differ between "good" properties, which have been
assigned a value by the interface class and "bad"
properties, which resulted in an error, either 404
(Not Found) or 403 (Forbidden).
"""
# create the document generator
doc = Document(None)
ms = doc.createElement("D:multistatus")
ms.setAttribute("xmlns:D", "DAV:")
doc.appendChild(ms)
if self.__depth == "0":
gp, bp = self.get_propvalues(self.__uri)
res = self.mk_prop_response(self.__uri, gp, bp, doc)
ms.appendChild(res)
elif self.__depth == "1":
gp, bp = self.get_propvalues(self.__uri)
res = self.mk_prop_response(self.__uri, gp, bp, doc)
ms.appendChild(res)
for newuri in self.__dataclass.get_childs(self.__uri):
gp, bp = self.get_propvalues(newuri)
res = self.mk_prop_response(newuri, gp, bp, doc)
ms.appendChild(res)
sfile = StringIO()
ext.PrettyPrint(doc, stream=sfile)
s = sfile.getvalue()
sfile.close()
return s
def tree_action(self):
""" copy a tree of resources (a collection)
Here we return a multistatus xml element.
"""
dc=self.__dataclass
base=self.__src
### some basic tests
# test if dest exists and overwrite is false
if dc.exists(self.__dst) and not self.__overwrite: raise DAV_Error, 412
# test if src and dst are the same
# (we assume that both uris are on the same server!)
ps=urlparse.urlparse(self.__src)[2]
pd=urlparse.urlparse(self.__dst)[2]
if ps==pd: raise DAV_Error, 403
result=dc.copytree(self.__src,self.__dst,self.__overwrite)
#result=copytree(dc,self.__src,self.__dst,self.__overwrite)
if not result: return None
###
### create the multistatus XML element
### (this is also the same as in delete.py.
### we might make a common method out of it)
###
doc = Document(None)
ms=doc.createElement("D:multistatus")
ms.setAttribute("xmlns:D","DAV:")
doc.appendChild(ms)
for el,ec in result.items():
re=doc.createElement("D:response")
hr=doc.createElement("D:href")
st=doc.createElement("D:status")
huri=doc.createTextNode(quote_uri(el))
t=doc.createTextNode(gen_estring(ec))
st.appendChild(t)
hr.appendChild(huri)
re.appendChild(hr)
re.appendChild(st)
ms.appendChild(re)
sfile=StringIO()
ext.PrettyPrint(doc,stream=sfile)
s=sfile.getvalue()
sfile.close()
return s
def make_xmlresponse(result):
""" construct a response from a dict of uri:error_code elements """
doc = Document.Document(None)
ms = doc.createElement("D:multistatus")
ms.setAttribute("xmlns:D", "DAV:")
doc.appendChild(ms)
for el, ec in result.items():
re = doc.createElement("D:response")
hr = doc.createElement("D:href")
st = doc.createElement("D:status")
huri = doc.createTextNode(quote_uri(el))
t = doc.createTextNode(gen_estring(ec))
st.appendChild(t)
hr.appendChild(huri)
re.appendChild(hr)
re.appendChild(st)
ms.appendChild(re)
sfile = StringIO()
ext.PrettyPrint(doc, stream=sfile)
s = sfile.getvalue()
sfile.close()
return s
def createAttribute(self, name):
return Document.createAttribute(self, string.upper(name))
def createAttribute(self, name):
return Document.createAttribute(self, string.upper(name))
