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 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 mk_prop_response(self,uri,good_props,bad_props,doc):
""" make a new <prop> result element
We differ between the good props and the bad ones for
each generating an extra <propstat>-Node (for each error
one, that means).
"""
re=doc.createElement("D:response")
# append namespaces to response
nsnum=0
for nsname in self.namespaces:
if nsname != 'DAV:':
re.setAttribute("xmlns:ns"+str(nsnum),nsname)
nsnum=nsnum+1
if self._dataclass.baseurl:
uri = self._dataclass.baseurl + '/' + '/'.join(uri.split('/')[3:])
# write href information
uparts=urlparse.urlparse(uri)
fileloc=uparts[2]
href=doc.createElement("D:href")
huri=doc.createTextNode(uparts[0]+'://'+'/'.join(uparts[1:2]) + urllib.quote(fileloc))
href.appendChild(huri)
re.appendChild(href)
# write good properties
ps=doc.createElement("D:propstat")
if good_props:
re.appendChild(ps)
gp=doc.createElement("D:prop")
for ns in good_props.keys():
if ns != 'DAV:':
ns_prefix="ns"+str(self.namespaces.index(ns))+":"
else:
ns_prefix = 'D:'
for p,v in good_props[ns].items():
pe=doc.createElement(ns_prefix+str(p))
if hasattr(v, '__class__') and v.__class__.__name__ == 'Element':
pe.appendChild(v)
elif isinstance(v, list):
for val in v:
pe.appendChild(val)
else:
if p=="resourcetype":
if v==1:
ve=doc.createElement("D:collection")
pe.appendChild(ve)
else:
ve=doc.createTextNode(v)
pe.appendChild(ve)
gp.appendChild(pe)
ps.appendChild(gp)
s=doc.createElement("D:status")
t=doc.createTextNode("HTTP/1.1 200 OK")
s.appendChild(t)
ps.appendChild(s)
re.appendChild(ps)
# now write the errors!
if len(bad_props.items()):
# write a propstat for each error code
for ecode in bad_props.keys():
ps=doc.createElement("D:propstat")
re.appendChild(ps)
bp=doc.createElement("D:prop")
ps.appendChild(bp)
for ns in bad_props[ecode].keys():
if ns != 'DAV:':
ns_prefix="ns"+str(self.namespaces.index(ns))+":"
else:
ns_prefix = 'D:'
for p in bad_props[ecode][ns]:
pe=doc.createElement(ns_prefix+str(p))
bp.appendChild(pe)
s=doc.createElement("D:status")
t=doc.createTextNode(utils.gen_estring(ecode))
s.appendChild(t)
ps.appendChild(s)
re.appendChild(ps)
# return the new response element
return re
def mk_prop_response(self, uri, good_props, bad_props, doc):
""" make a new <prop> result element
We differ between the good props and the bad ones for
each generating an extra <propstat>-Node (for each error
one, that means).
"""
re = doc.createElement("D:response")
# append namespaces to response
nsnum = 0
for nsname in self.namespaces:
if nsname != 'DAV:':
re.setAttribute("xmlns:ns" + str(nsnum), nsname)
nsnum += 1
print 'URI BEFORE',uri
if self._dataclass.baseurl:
uri = self._dataclass.baseurl + '/' + '/'.join(uri.split('/')[3:])
print 'URI AFTER',uri
# write href information
uparts = urlparse.urlparse(uri)
fileloc = uparts[2]
href = doc.createElement("D:href")
huri_text=uparts[0] + '://' + '/'.join(uparts[1:2]) + urllib.quote(fileloc)
huri = doc.createTextNode(huri_text)
print '#### huri',huri_text
href.appendChild(huri)
re.appendChild(href)
# write good properties
ps = doc.createElement("D:propstat")
if good_props:
re.appendChild(ps)
gp = doc.createElement("D:prop")
for ns in good_props.keys():
if ns != 'DAV:':
ns_prefix = "ns" + str(self.namespaces.index(ns)) + ":"
else:
ns_prefix = 'D:'
for p, v in good_props[ns].items():
pe = doc.createElement(ns_prefix + str(p))
if isinstance(v, xml.dom.minidom.Element):
pe.appendChild(v)
elif isinstance(v, list):
for val in v:
pe.appendChild(val)
else:
if p == "resourcetype":
if v == 1:
ve = doc.createElement("D:collection")
pe.appendChild(ve)
else:
ve = doc.createTextNode(v)
pe.appendChild(ve)
gp.appendChild(pe)
ps.appendChild(gp)
s = doc.createElement("D:status")
t = doc.createTextNode("HTTP/1.1 200 OK")
s.appendChild(t)
ps.appendChild(s)
re.appendChild(ps)
# SKIP BAD PROPS ALTOGETHER...
#return re
# now write the errors!
if len(bad_props.items()):
# write a propstat for each error code
for ecode in bad_props.keys():
ps = doc.createElement("D:propstat")
re.appendChild(ps)
bp = doc.createElement("D:prop")
ps.appendChild(bp)
for ns in bad_props[ecode].keys():
if ns != 'DAV:':
ns_prefix = "ns" + str(self.namespaces.index(ns)) + ":"
else:
ns_prefix = 'D:'
for p in bad_props[ecode][ns]:
pe = doc.createElement(ns_prefix + str(p))
bp.appendChild(pe)
s = doc.createElement("D:status")
t = doc.createTextNode(utils.gen_estring(ecode))
s.appendChild(t)
ps.appendChild(s)
re.appendChild(ps)
# return the new response element
return re
def mk_prop_response(self,uri,good_props,bad_props,doc):
""" make a new <prop> result element
We differ between the good props and the bad ones for
each generating an extra <propstat>-Node (for each error
one, that means).
"""
re=doc.createElement("D:response")
# append namespaces to response
nsnum=0
for nsname in self.namespaces:
re.setAttribute("xmlns:ns"+str(nsnum),nsname)
nsnum=nsnum+1
# write href information
uparts=urlparse.urlparse(uri)
fileloc=uparts[2]
href=doc.createElement("D:href")
huri=doc.createTextNode(urllib.quote(fileloc))
href.appendChild(huri)
re.appendChild(href)
# write good properties
if good_props:
ps=doc.createElement("D:propstat")
re.appendChild(ps)
gp=doc.createElement("D:prop")
for ns in good_props.keys():
ns_prefix="ns"+str(self.namespaces.index(ns))+":"
for p,v in good_props[ns].items():
pe=doc.createElement(ns_prefix+str(p))
if p=="resourcetype":
if v=="1":
ve=doc.createElement("D:collection")
pe.appendChild(ve)
else:
ve=doc.createTextNode(str(v))
pe.appendChild(ve)
gp.appendChild(pe)
ps.appendChild(gp)
s=doc.createElement("D:status")
t=doc.createTextNode("HTTP/1.1 200 OK")
s.appendChild(t)
ps.appendChild(s)
re.appendChild(ps)
# now write the errors!
if len(bad_props.items()):
# write a propstat for each error code
for ecode in bad_props.keys():
ps=doc.createElement("D:propstat")
re.appendChild(ps)
bp=doc.createElement("D:prop")
ps.appendChild(bp)
for ns in bad_props[ecode].keys():
ns_prefix="ns"+str(self.namespaces.index(ns))+":"
for p in bad_props[ecode][ns]:
pe=doc.createElement(ns_prefix+str(p))
bp.appendChild(pe)
s=doc.createElement("D:status")
t=doc.createTextNode(utils.gen_estring(ecode))
s.appendChild(t)
ps.appendChild(s)
re.appendChild(ps)
# return the new response element
return re
def mk_prop_response(self,uri,good_props,bad_props,doc):
""" make a new <prop> result element
We differ between the good props and the bad ones for
each generating an extra <propstat>-Node (for each error
one, that means).
"""
re=doc.createElement("D:response")
# append namespaces to response
nsnum=0
for nsname in self.namespaces:
re.setAttribute("xmlns:ns"+str(nsnum),nsname)
nsnum=nsnum+1
# write href information
uparts=urlparse.urlparse(uri)
fileloc=uparts[2]
href=doc.createElement("D:href")
huri=doc.createTextNode(uparts[0]+'://'+'/'.join(uparts[1:2]) + urllib.quote(fileloc))
href.appendChild(huri)
re.appendChild(href)
# write good properties
ps=doc.createElement("D:propstat")
if good_props:
re.appendChild(ps)
gp=doc.createElement("D:prop")
for ns in good_props.keys():
ns_prefix="ns"+str(self.namespaces.index(ns))+":"
for p,v in good_props[ns].items():
pe=doc.createElement(ns_prefix+str(p))
if p=="resourcetype":
self._log(v)
if v=="1":
ve=doc.createElement("D:collection")
pe.appendChild(ve)
elif v=="2":
# Calendar collection (XXX: do something smart instead)
pe.setAttribute("xmlns:C", "urn:ietf:params:xml:ns:caldav")
ve=doc.createElement("D:collection")
pe.appendChild(ve)
ve=doc.createElement("C:calendar")
pe.appendChild(ve)
else:
if isinstance(v, xml.dom.minidom.Element):
# Allow xml data in properties
ve = v
else:
ve=doc.createTextNode(str(v))
pe.appendChild(ve)
gp.appendChild(pe)
ps.appendChild(gp)
s=doc.createElement("D:status")
t=doc.createTextNode("HTTP/1.1 200 OK")
s.appendChild(t)
ps.appendChild(s)
re.appendChild(ps)
# now write the errors!
if len(bad_props.items()):
# write a propstat for each error code
for ecode in bad_props.keys():
ps=doc.createElement("D:propstat")
re.appendChild(ps)
bp=doc.createElement("D:prop")
ps.appendChild(bp)
for ns in bad_props[ecode].keys():
ns_prefix="ns"+str(self.namespaces.index(ns))+":"
for p in bad_props[ecode][ns]:
pe=doc.createElement(ns_prefix+str(p))
bp.appendChild(pe)
s=doc.createElement("D:status")
t=doc.createTextNode(utils.gen_estring(ecode))
s.appendChild(t)
ps.appendChild(s)
re.appendChild(ps)
# return the new response element
return re
def mk_prop_response(self, uri, good_props, bad_props, doc):
""" make a new <prop> result element
We differ between the good props and the bad ones for
each generating an extra <propstat>-Node (for each error
one, that means).
"""
re = doc.createElement("D:response")
# append namespaces to response
nsnum = 0
for nsname in self.namespaces:
re.setAttribute("xmlns:ns" + str(nsnum), nsname)
nsnum = nsnum + 1
# write href information
uparts = urlparse.urlparse(uri)
fileloc = uparts[2]
href = doc.createElement("D:href")
huri = doc.createTextNode(urllib.quote(fileloc))
href.appendChild(huri)
re.appendChild(href)
# write good properties
if good_props:
ps = doc.createElement("D:propstat")
re.appendChild(ps)
gp = doc.createElement("D:prop")
for ns in good_props.keys():
ns_prefix = "ns" + str(self.namespaces.index(ns)) + ":"
for p, v in good_props[ns].items():
pe = doc.createElement(ns_prefix + str(p))
if p == "resourcetype":
if v == "1":
ve = doc.createElement("D:collection")
pe.appendChild(ve)
else:
ve = doc.createTextNode(str(v))
pe.appendChild(ve)
gp.appendChild(pe)
ps.appendChild(gp)
s = doc.createElement("D:status")
t = doc.createTextNode("HTTP/1.1 200 OK")
s.appendChild(t)
ps.appendChild(s)
re.appendChild(ps)
# now write the errors!
if len(bad_props.items()):
# write a propstat for each error code
for ecode in bad_props.keys():
ps = doc.createElement("D:propstat")
re.appendChild(ps)
bp = doc.createElement("D:prop")
ps.appendChild(bp)
for ns in bad_props[ecode].keys():
ns_prefix = "ns" + str(self.namespaces.index(ns)) + ":"
for p in bad_props[ecode][ns]:
pe = doc.createElement(ns_prefix + str(p))
bp.appendChild(pe)
s = doc.createElement("D:status")
t = doc.createTextNode(utils.gen_estring(ecode))
s.appendChild(t)
ps.appendChild(s)
re.appendChild(ps)
# return the new response element
return re
