def view(self, *args, **kwargs):
"""
Prepares and renders a single entry for viewing.
The entry is fetched by its entity key, which either is provided via *kwargs["key"]*,
or as the first parameter in *args*. The function performs several access control checks
on the requested entity before it is rendered.
.. seealso:: :func:`viewSkel`, :func:`canView`, :func:`onItemViewed`
:returns: The rendered representation of the requested entity.
:raises: :exc:`server.errors.NotAcceptable`, when no *key* is provided.
:raises: :exc:`server.errors.NotFound`, when no entry with the given *key* was found.
:raises: :exc:`server.errors.Unauthorized`, if the current user does not have the required permissions.
"""
if "key" in kwargs:
key = kwargs["key"]
elif len(args) >= 1:
key = args[0]
else:
raise errors.NotAcceptable()
if not len(key):
raise errors.NotAcceptable()
skel = self.viewSkel()
if key == u"structure":
# We dump just the structure of that skeleton, including it's default values
if "canView" in dir(self):
if not self.canView(skel):
raise errors.Unauthorized()
else:
if self.listFilter(self.viewSkel().all()) is None:
raise errors.Unauthorized()
else:
# We return a single entry for viewing
if "canView" in dir(self):
if not skel.fromDB(key):
raise errors.NotFound()
if not self.canView(skel):
raise errors.Unauthorized()
else:
queryObj = self.viewSkel().all().mergeExternalFilter(
{"key": key})
queryObj = self.listFilter(queryObj) #Access control
if queryObj is None:
raise errors.Unauthorized()
skel = queryObj.getSkel()
if not skel:
raise errors.NotFound()
self.onItemViewed(skel)
return self.render.view(skel)
def view( self, *args, **kwargs ): """ Prepares and renders the singleton entry for viewing. The function performs several access control checks on the requested entity before it is rendered. .. seealso:: :func:`viewSkel`, :func:`canView`, :func:`onItemViewed` :returns: The rendered representation of the entity. :raises: :exc:`server.errors.NotFound`, if there is no singleton entry existing, yet. :raises: :exc:`server.errors.Unauthorized`, if the current user does not have the required permissions. """ skel = self.viewSkel() if not self.canView( ): raise errors.Unauthorized() key = str( db.Key.from_path( self.editSkel().kindName, self.getKey() ) ) if not skel.fromDB(key): raise errors.NotFound() self.onItemViewed( skel ) return self.render.view( skel )
def getBill(self, key, *args, **kwargs):
"""
Returns the Bill for the given order.
"""
skel = self.viewSkel()
if "canView" in dir(self):
if not self.canView(key):
raise errors.Unauthorized()
else:
queryObj = self.viewSkel().all().mergeExternalFilter({"key": key})
queryObj = self.listFilter(queryObj) #Access control
if queryObj is None:
raise errors.Unauthorized()
bill = self.getBillPdf(key)
if not bill:
raise errors.NotFound()
request.current.get(
).response.headers['Content-Type'] = "application/pdf"
return (bill)
def list(self, parent, *args, **kwargs):
"""
List the entries which are direct children of the given *parent*.
Any other supplied parameters are interpreted as filters for the elements displayed.
.. seealso:: :func:`canList`, :func:`server.db.mergeExternalFilter`
:param parent: URL-safe key of the parent.
:type parent: str
:returns: The rendered list objects for the matching entries.
:raises: :exc:`server.errors.Unauthorized`, if the current user does not have the required permissions.
:raises: :exc:`server.errors.NotFound`, if *parent* could not be found.
"""
if not parent or not self.canList(parent):
raise errors.Unauthorized()
parentSkel = self.viewSkel()
if not parentSkel.fromDB(parent):
if not str(parent) in [
str(x["key"]) for x in self.getAvailableRootNodes()
]:
# It isn't a rootNode either
raise errors.NotFound()
else:
parentSkel = None
query = self.viewSkel().all()
query.mergeExternalFilter(kwargs)
query.filter("parententry", parent)
return self.render.list(query.fetch(),
parent=parent,
parentSkel=parentSkel)
def triggerSendNewsletter(self, key, skey, *args, **kwargs):
if not securitykey.validate(skey):
raise errors.PreconditionFailed()
user = utils.getCurrentUser()
if not (user and "root" in user["access"]):
raise errors.Unauthorized()
skel = self.viewSkel()
if not skel.fromDB(key):
raise errors.NotFound()
if skel["triggered"] or skel["sent"]:
raise errors.Forbidden("This newsletter was already sent.")
try:
setStatus(skel["key"],
values={
"triggered": True,
"triggereddate": datetime.datetime.now(),
},
check={
"triggered": False,
"sent": False
})
except Exception as e:
logging.exception(e)
raise errors.Forbidden()
self.fetchNewsletterRecipients(str(skel["key"]))
return json.dumps("OKAY")
def view(self, *args, **kwargs):
"""
Prepares and renders a single entry for viewing.
The entry is fetched by its entity key, which either is provided via *kwargs["key"]*,
or as the first parameter in *args*. The function performs several access control checks
on the requested entity before it is rendered.
.. seealso:: :func:`viewSkel`, :func:`canView`, :func:`onItemViewed`
:returns: The rendered representation of the requested entity.
:raises: :exc:`server.errors.NotAcceptable`, when no *key* is provided.
:raises: :exc:`server.errors.NotFound`, when no entry with the given *key* was found.
:raises: :exc:`server.errors.Unauthorized`, if the current user does not have the required permissions.
"""
if "key" in kwargs:
key = kwargs["key"]
elif len(args) >= 1:
key = args[0]
else:
raise errors.NotAcceptable()
if not len(key):
raise errors.NotAcceptable()
skel = self.viewSkel()
if not skel.fromDB(key):
raise errors.NotFound()
if not self.canView(skel):
raise errors.Unauthorized()
self.onItemViewed(skel)
return self.render.view(skel)
def pathToKey(self, key):
"""
Returns the recursively expanded path through the Tree from the root-node to the given *key*.
:param key: URL-safe key of the destination node.
:type key: str
:returns: An nested dictionary with information about all nodes in the path from root to the \
given node key.
:rtype: dict
"""
nodeSkel = self.viewNodeSkel()
if not nodeSkel.fromDB(key):
raise errors.NotFound()
if not self.canList("node", key):
raise errors.Unauthorized()
res = [self.render.collectSkelData(nodeSkel)]
for x in range(0, 99):
if not nodeSkel["parentdir"]:
break
parentdir = nodeSkel["parentdir"]
nodeSkel = self.viewNodeSkel()
if not nodeSkel.fromDB(parentdir):
break
res.append(self.render.collectSkelData(nodeSkel))
return (res[::-1])
def delete(self, key, skey, *args, **kwargs):
"""
Delete an entry and all its children.
The function runs several access control checks on the data before it is deleted.
.. seealso:: :func:`canDelete`, :func:`editSkel`, :func:`onItemDeleted`
:param key: URL-safe key of the entry to be deleted.
:type key: str
:returns: The rendered, deleted object of the entry.
:raises: :exc:`server.errors.NotFound`, when no entry with the given *key* was found.
:raises: :exc:`server.errors.Unauthorized`, if the current user does not have the required permissions.
:raises: :exc:`server.errors.PreconditionFailed`, if the *skey* could not be verified.
"""
if not securitykey.validate(skey, acceptSessionKey=True):
raise errors.PreconditionFailed()
skel = self.editSkel()
if not skel.fromDB(key):
raise errors.NotFound()
if not self.canDelete(skel):
raise errors.Unauthorized()
self.deleteRecursive(key)
skel.delete()
self.onItemDeleted(skel)
self.onItemChanged(skel)
return self.render.deleteSuccess(skel)
def download(self, blobKey, fileName = "", download = "", *args, **kwargs):
"""
Download a file.
:param blobKey: The unique blob key of the file.
:type blobKey: str
:param fileName: Optional filename to provide in the header.
:type fileName: str
:param download: Set header to attachment retrival, set explictly to "1" if download is wanted.
:type download: str
"""
if download == "1":
fname = "".join([c for c in fileName if c in string.ascii_lowercase+string.ascii_uppercase + string.digits+".-_"])
request.current.get().response.headers.add_header("Content-disposition", ("attachment; filename=%s" % (fname)).encode("UTF-8"))
info = blobstore.get(blobKey)
if not info:
raise errors.NotFound()
request.current.get().response.clear()
request.current.get().response.headers['Content-Type'] = str(info.content_type)
if self.blobCacheTime:
request.current.get().response.headers['Cache-Control'] = "public, max-age=%s" % self.blobCacheTime
request.current.get().response.headers[blobstore.BLOB_KEY_HEADER] = str(blobKey)
return ""
def get_users(self, data) -> dict:
# get users
query = self.session.query(models.User)
# businesss logic - sorting
if data["sort_by"] != "":
column = getattr(models.User, data["sort_by"])
if data["order"] == "desc":
query = query.order_by(column.desc())
else:
query = query.order_by(column.asc())
else:
query = query.order_by(models.User.createTime.desc())
# pagination
offset = (data["page"] - 1) * data["limit"]
query = query.limit(data["limit"]).offset(offset)
# bounds checking
if query.count() == 0:
raise errors.NotFound("found no users for query input")
# return query results
results = schema.UserSchema(many=True).dump(query)
output = {"users": results}
return output
def getTemplateFileName(self, template, ignoreStyle=False):
"""
Returns the filename of the template.
This function decides in which language and which style a given template is rendered.
The style is provided as get-parameters for special-case templates that differ from
their usual way.
It is advised to override this function in case that
:func:`server.render.jinja2.default.Render.getLoaders` is redefined.
:param template: The basename of the template to use.
:type template: str
:param ignoreStyle: Ignore any maybe given style hints.
:type ignoreStyle: bool
:returns: Filename of the template
:rtype: str
"""
validChars = "abcdefghijklmnopqrstuvwxyz1234567890-"
if "htmlpath" in dir(self):
htmlpath = self.htmlpath
else:
htmlpath = "html"
if not ignoreStyle\
and "style" in list( request.current.get().kwargs.keys())\
and all( [ x in validChars for x in request.current.get().kwargs["style"].lower() ] ):
stylePostfix = "_" + request.current.get().kwargs["style"]
else:
stylePostfix = ""
lang = request.current.get().language #session.current.getLanguage()
fnames = [template + stylePostfix + ".html", template + ".html"]
if lang:
fnames = [
os.path.join(lang, template + stylePostfix + ".html"),
template + stylePostfix + ".html",
os.path.join(lang, template + ".html"), template + ".html"
]
for fn in fnames: #check subfolders
prefix = template.split("_")[0]
if os.path.isfile(os.path.join(os.getcwd(), "html", prefix, fn)):
return ("%s/%s" % (prefix, fn))
for fn in fnames: #Check the templatefolder of the application
if os.path.isfile(os.path.join(os.getcwd(), htmlpath, fn)):
self.checkForOldLinePrefix(
os.path.join(os.getcwd(), htmlpath, fn))
return (fn)
for fn in fnames: #Check the fallback
if os.path.isfile(
os.path.join(os.getcwd(), "server", "template", fn)):
self.checkForOldLinePrefix(
os.path.join(os.getcwd(), "server", "template", fn))
return (fn)
raise errors.NotFound("Template %s not found." % template)
def setSortIndex(self, key, index, skey, *args, **kwargs): if not securitykey.validate(skey, acceptSessionKey=True): raise errors.PreconditionFailed() skel = self.editSkel() if not skel.fromDB(key): raise errors.NotFound() skel["sortindex"] = float(index) skel.toDB(clearUpdateTag=True) return self.render.renderEntry(skel, "setSortIndexSuccess")
def get_user(self, data: dict) -> dict:
# find a user
user = (
self.session.query(models.User).filter_by(user_id=data["user_id"]).first()
)
if user is None:
raise errors.NotFound("a user with the given user_id could not be found")
# return our found user
output = schema.UserSchema().dump(user)
return output
def index( self,template="index",*arg,**kwargs ): if ".." in template or "/" in template: return try: template = self.render.getEnv().get_template( self.render.getTemplateFileName( "sites/"+template ) ) except: raise errors.NotFound() return template.render()
def edit(self, skelType, key, skey="", *args, **kwargs):
"""
Modify an existing entry, and render the entry, eventually with error notes on incorrect data.
Data is taken by any other arguments in *kwargs*.
The function performs several access control checks on the requested entity before it is added.
.. seealso:: :func:`onItemAdded`, :func:`canEdit`
:param skelType: Defines the type of the entry that should be modified and may either be "node" or "leaf".
:type skelType: str
:param key: URL-safe key of the item to be edited.
:type key: str
:returns: The rendered, modified object of the entry, eventually with error hints.
:raises: :exc:`server.errors.NotAcceptable`, when no valid *skelType* was provided.
:raises: :exc:`server.errors.NotFound`, when no valid *node* was found.
:raises: :exc:`server.errors.Unauthorized`, if the current user does not have the required permissions.
:raises: :exc:`server.errors.PreconditionFailed`, if the *skey* could not be verified.
"""
if skelType == "node":
skel = self.editNodeSkel()
elif skelType == "leaf":
skel = self.editLeafSkel()
else:
raise errors.NotAcceptable()
if not skel.fromDB(key):
raise errors.NotFound()
if not self.canEdit(skelType, skel):
raise errors.Unauthorized()
if (len(kwargs) == 0 # no data supplied
or skey == "" # no security key
#or not request.current.get().isPostRequest fixme: POST-method check missing? # failure if not using POST-method
or not skel.fromClient(
kwargs) # failure on reading into the bones
or ("bounce" in kwargs and kwargs["bounce"] == "1"
) # review before adding
):
return self.render.edit(skel)
if not securitykey.validate(skey, acceptSessionKey=True):
raise errors.PreconditionFailed()
skel.toDB()
self.onItemEdited(skel)
return self.render.editItemSuccess(skel)
def resetPassword(self, key, *args, **kwargs):
cuser = utils.getCurrentUser()
if not (cuser and "root" in cuser["access"]):
raise errors.Unauthorized("Only 'root' can do this!")
skel = self.editSkel()
if not skel.fromDB(key):
raise errors.NotFound()
skel["password"] = utils.generateRandomString(10)
skel["changepassword"] = True
assert skel.toDB()
self.sendWelcomeMail(str(skel["key"]), skel["password"])
return json.dumps("OK")
def view( self, *args, **kwargs ):
"""
View or download a file.
"""
try:
return super(File, self).view(*args, **kwargs)
except (errors.NotFound, errors.NotAcceptable, TypeError) as e:
if len(args) > 0 and blobstore.get(args[0]):
raise errors.Redirect("%s/download/%s" % (self.modulePath, args[0]))
elif len(args) > 1 and blobstore.get(args[1]):
raise errors.Redirect("%s/download/%s" % (self.modulePath, args[1]))
elif isinstance( e, TypeError ):
raise errors.NotFound()
else:
raise e
def delete(self, skelType, key, *args, **kwargs):
"""
Deletes an entry or an directory (including its contents).
The function runs several access control checks on the data before it is deleted.
.. seealso:: :func:`canDelete`, :func:`onItemDeleted`
:param skelType: Defines the type of the entry that should be deleted and may either be "node" or "leaf".
:type skelType: str
:param key: URL-safe key of the item to be deleted.
:type key: str
:returns: The rendered, deleted object of the entry.
:raises: :exc:`server.errors.NotFound`, when no entry with the given *key* was found.
:raises: :exc:`server.errors.Unauthorized`, if the current user does not have the required permissions.
:raises: :exc:`server.errors.PreconditionFailed`, if the *skey* could not be verified.
"""
if skelType == "node":
skel = self.viewNodeSkel()
elif skelType == "leaf":
skel = self.viewLeafSkel()
else:
raise errors.NotAcceptable()
if "skey" in kwargs:
skey = kwargs["skey"]
else:
skey = ""
if not skel.fromDB(key):
raise errors.NotFound()
if not self.canDelete(skelType, skel):
raise errors.Unauthorized()
if not securitykey.validate(skey, acceptSessionKey=True):
raise errors.PreconditionFailed()
if type == "leaf":
skel.delete()
else:
self.deleteRecursive(key)
skel.delete()
self.onItemDeleted(skel)
return (self.render.deleteSuccess(skel, skelType=skelType))
def list(self, skelType, node, *args, **kwargs):
"""
List the entries and directories of the given *skelType* under the given *node*.
Any other supplied parameters are interpreted as filters for the elements displayed.
.. seealso:: :func:`canList`, :func:`server.db.mergeExternalFilter`
:param skelType: May either be "node" or "leaf".
:type skelType: str
:param node: URL-safe key of the parent.
:type node: str
:returns: The rendered list objects for the matching entries.
:raises: :exc:`server.errors.Unauthorized`, if the current user does not have the required permissions.
:raises: :exc:`server.errors.NotFound`, if *node* could not be found.
:raises: :exc:`server.errors.NotAcceptable`, if anything else than "node" or "leaf" is provided to *skelType*.
"""
if skelType == "node":
skel = self.viewNodeSkel()
elif skelType == "leaf":
skel = self.viewLeafSkel()
else:
raise errors.NotAcceptable()
if skel is None:
raise errors.NotAcceptable()
if not self.canList(skelType, node):
raise errors.Unauthorized()
nodeSkel = self.viewNodeSkel()
if not nodeSkel.fromDB(node):
raise errors.NotFound()
query = skel.all()
if "search" in kwargs and kwargs["search"]:
query.filter("parentrepo =", str(nodeSkel["key"]))
else:
query.filter("parentdir =", str(nodeSkel["key"]))
query.mergeExternalFilter(kwargs)
res = query.fetch()
return self.render.list(res, node=str(nodeSkel["key"]))
def update_user(self, path_data: dict, body_data: dict) -> dict:
# find the user to update
user = (
self.session.query(models.User)
.filter_by(user_id=path_data["user_id"])
.first()
)
if user is None:
raise errors.NotFound("a user with the given user_id could not be found")
# update the user
user = user.update(body_data)
self.session.add(user)
self.session.commit()
# return our updated user
output = schema.UserSchema().dump(user)
return output
def view(self, skelType, key, *args, **kwargs):
"""
Prepares and renders a single entry for viewing.
The entry is fetched by its *key* and its *skelType*.
The function performs several access control checks on the requested entity before it is rendered.
.. seealso:: :func:`canView`, :func:`onItemViewed`
:returns: The rendered representation of the requested entity.
:param skelType: May either be "node" or "leaf".
:type skelType: str
:param node: URL-safe key of the parent.
:type node: str
:raises: :exc:`server.errors.NotAcceptable`, when an incorrect *skelType* is provided.
:raises: :exc:`server.errors.NotFound`, when no entry with the given *key* was found.
:raises: :exc:`server.errors.Unauthorized`, if the current user does not have the required permissions.
"""
if skelType == "node":
skel = self.viewNodeSkel()
elif skelType == "leaf":
skel = self.viewLeafSkel()
else:
raise errors.NotAcceptable()
if skel is None:
raise errors.NotAcceptable()
if not len(key):
raise errors.NotAcceptable()
if key == u"structure":
# We dump just the structure of that skeleton, including it's default values
if not self.canView(skelType, None):
raise errors.Unauthorized()
else:
# We return a single entry for viewing
if not skel.fromDB(key):
raise errors.NotFound()
if not self.canView(skelType, skel):
raise errors.Unauthorized()
self.onItemViewed(skel)
return self.render.view(skel)
def findAndCall(self, path, *args,
**kwargs): #Do the actual work: process the request
# Prevent Hash-collision attacks
assert len(self.request.arguments()) < conf["viur.maxPostParamsCount"]
# Fill the (surprisingly empty) kwargs dict with named request params
tmpArgs = dict((k, self.request.get_all(k))
for k in self.request.arguments() if k is not None)
for key in tmpArgs.keys()[:]:
if len(tmpArgs[key]) == 0:
continue
if not key in kwargs.keys():
if len(tmpArgs[key]) == 1:
kwargs[key] = tmpArgs[key][0]
else:
kwargs[key] = tmpArgs[key]
else:
if isinstance(kwargs[key], list):
kwargs[key] = kwargs[key] + tmpArgs[key]
else:
kwargs[key] = [kwargs[key]] + tmpArgs[key]
del tmpArgs
if "self" in kwargs.keys(): #self is reserved for bound methods
raise errors.BadRequest()
#Parse the URL
path = urlparse.urlparse(path).path
self.pathlist = [
urlparse.unquote(x) for x in path.strip("/").split("/")
]
caller = conf["viur.mainApp"]
idx = 0 #Count how may items from *args we'd have consumed (so the rest can go into *args of the called func
for currpath in self.pathlist:
if "canAccess" in dir(caller) and not caller.canAccess():
# We have a canAccess function guarding that object,
# and it returns False...
raise (errors.Unauthorized())
idx += 1
currpath = currpath.replace("-", "_").replace(".", "_")
if currpath in dir(caller):
caller = getattr(caller, currpath)
if (("exposed" in dir(caller) and caller.exposed) or
("internalExposed" in dir(caller)
and caller.internalExposed
and self.internalRequest)) and hasattr(
caller, '__call__'):
args = self.pathlist[idx:] + [
x for x in args
] #Prepend the rest of Path to args
break
elif "index" in dir(caller):
caller = getattr(caller, "index")
if (("exposed" in dir(caller) and caller.exposed) or
("internalExposed" in dir(caller)
and caller.internalExposed
and self.internalRequest)) and hasattr(
caller, '__call__'):
args = self.pathlist[idx - 1:] + [x for x in args]
break
else:
raise (errors.NotFound(
"The path %s could not be found" % "/".join([("".join([
y for y in x if y.lower() in
"0123456789abcdefghijklmnopqrstuvwxyz"
])) for x in self.pathlist[:idx]])))
else:
raise (errors.NotFound(
"The path %s could not be found" % "/".join([("".join([
y for y in x
if y.lower() in "0123456789abcdefghijklmnopqrstuvwxyz"
])) for x in self.pathlist[:idx]])))
if (not callable(caller)
or ((not "exposed" in dir(caller) or not caller.exposed)) and
(not "internalExposed" in dir(caller) or not caller.internalExposed
or not self.internalRequest)):
if "index" in dir( caller ) \
and (callable( caller.index ) \
and ( "exposed" in dir( caller.index ) and caller.index.exposed) \
or ("internalExposed" in dir( caller.index ) and caller.index.internalExposed and self.internalRequest)):
caller = caller.index
else:
raise (errors.MethodNotAllowed())
# Check for forceSSL flag
if not self.internalRequest \
and "forceSSL" in dir( caller ) \
and caller.forceSSL \
and not self.request.host_url.lower().startswith("https://") \
and not "Development" in os.environ['SERVER_SOFTWARE']:
raise (errors.PreconditionFailed(
"You must use SSL to access this ressource!"))
# Check for forcePost flag
if "forcePost" in dir(
caller) and caller.forcePost and not self.isPostRequest:
raise (errors.MethodNotAllowed(
"You must use POST to access this ressource!"))
self.args = []
for arg in args:
if isinstance(x, unicode):
self.args.append(arg)
else:
try:
self.args.append(arg.decode("UTF-8"))
except:
pass
self.kwargs = kwargs
# Check if this request should bypass the caches
if self.request.headers.get("X-Viur-Disable-Cache"):
from server import utils
#No cache requested, check if the current user is allowed to do so
user = utils.getCurrentUser()
if user and "root" in user["access"]:
logging.debug(
"Caching disabled by X-Viur-Disable-Cache header")
self.disableCache = True
try:
if (conf["viur.debug.traceExternalCallRouting"]
and not self.internalRequest
) or conf["viur.debug.traceInternalCallRouting"]:
logging.debug("Calling %s with args=%s and kwargs=%s" %
(str(caller), unicode(args), unicode(kwargs)))
self.response.out.write(caller(*self.args, **self.kwargs))
except TypeError as e:
if self.internalRequest: #We provide that "service" only for requests originating from outside
raise
#Check if the function got too few arguments and raise a NotAcceptable error
tmpRes = {}
argsOrder = list(
caller.__code__.co_varnames)[1:caller.__code__.co_argcount]
# Map default values in
reversedArgsOrder = argsOrder[::-1]
for defaultValue in list(caller.func_defaults or [])[::-1]:
tmpRes[reversedArgsOrder.pop(0)] = defaultValue
del reversedArgsOrder
# Map args in
setArgs = [] # Store a list of args already set by *args
for idx in range(0, min(len(args), len(argsOrder))):
setArgs.append(argsOrder[idx])
tmpRes[argsOrder[idx]] = args[idx]
# Last, we map the kwargs in
for k, v in kwargs.items():
if k in setArgs: #This key has already been set by *args
raise (
errors.NotAcceptable()
) #We reraise that exception as we got duplicate arguments
tmpRes[k] = v
# Last check, that every parameter is satisfied:
if not all([x in tmpRes.keys() for x in argsOrder]):
raise (errors.NotAcceptable())
raise
def move(self, skelType, key, destNode, *args, **kwargs):
"""
Move a node (including its contents) or a leaf to another node.
.. seealso:: :func:`canMove`
:param skelType: Defines the type of the entry that should be moved and may either be "node" or "leaf".
:type skelType: str
:param key: URL-safe key of the item to be moved.
:type key: str
:param destNode: URL-safe key of the destination node, which must be a node.
:type destNode: str
:returns: The rendered, edited object of the entry.
:raises: :exc:`server.errors.NotFound`, when no entry with the given *key* was found.
:raises: :exc:`server.errors.Unauthorized`, if the current user does not have the required permissions.
:raises: :exc:`server.errors.PreconditionFailed`, if the *skey* could not be verified.
"""
if skelType == "node":
srcSkel = self.editNodeSkel()
elif skelType == "leaf":
srcSkel = self.editLeafSkel()
else:
raise errors.NotAcceptable()
if "skey" in kwargs:
skey = kwargs["skey"]
else:
skey = ""
destSkel = self.editNodeSkel()
if not self.canMove(skelType, key, destNode):
raise errors.Unauthorized()
if key == destNode:
# Cannot move a node into itself
raise errors.NotAcceptable()
## Test for recursion
isValid = False
currLevel = db.Get(destNode)
for x in range(0, 99):
if str(currLevel.key()) == key:
break
if "rootNode" in currLevel and currLevel["rootNode"] == 1:
#We reached a rootNode
isValid = True
break
currLevel = db.Get(currLevel["parentdir"])
if not isValid:
raise errors.NotAcceptable()
#Test if key points to a rootNone
tmp = db.Get(key)
if "rootNode" in tmp and tmp["rootNode"] == 1:
#Cant move a rootNode away..
raise errors.NotAcceptable()
if not srcSkel.fromDB(key) or not destSkel.fromDB(destNode):
# Could not find one of the entities
raise errors.NotFound()
if not securitykey.validate(skey, acceptSessionKey=True):
raise errors.PreconditionFailed()
srcSkel["parentdir"] = str(destNode)
srcSkel["parentrepo"] = destSkel[
"parentrepo"] #Fixme: Need to recursive fixing to parentrepo?
srcSkel.toDB()
self.updateParentRepo(key, destSkel["parentrepo"])
return self.render.editItemSuccess(srcSkel,
skelType=skelType,
action="move",
destNode=destSkel)
def upload( self, node=None, *args, **kwargs ):
try:
canAdd = self.canAdd("leaf", node)
except:
canAdd = False
if not canAdd:
for upload in self.getUploads():
upload.delete()
raise errors.Forbidden()
try:
res = []
if node:
# The file is uploaded into a rootNode
nodeSkel = self.editNodeSkel()
if not nodeSkel.fromDB(node):
for upload in self.getUploads():
upload.delete()
raise errors.NotFound()
else:
weak = False
parentDir = str(node)
parentRepo = nodeSkel["parentrepo"]
else:
weak = True
parentDir = None
parentRepo = None
# Handle the actual uploads
for upload in self.getUploads():
fileName = self.decodeFileName(upload.filename)
if str(upload.content_type).startswith("image/"):
try:
servingURL = images.get_serving_url(upload.key())
if request.current.get().isDevServer:
# NOTE: changed for Ticket ADMIN-37
servingURL = urlparse(servingURL).path
elif servingURL.startswith("http://"):
# Rewrite Serving-URLs to https if we are live
servingURL = servingURL.replace("http://", "https://")
except:
servingURL = ""
else:
servingURL = ""
fileSkel = self.addLeafSkel()
try:
# only fetching the file header or all if the file is smaller than 1M
data = blobstore.fetch_data(upload.key(), 0, min(upload.size, 1000000))
image = images.Image(image_data=data)
height = image.height
width = image.width
except Exception, err:
height = width = 0
logging.error(
"some error occurred while trying to fetch the image header with dimensions")
logging.exception(err)
fileSkel.setValues(
{
"name": utils.escapeString(fileName),
"size": upload.size,
"mimetype": utils.escapeString(upload.content_type),
"dlkey": str(upload.key()),
"servingurl": servingURL,
"parentdir": parentDir,
"parentrepo": parentRepo,
"weak": weak,
"width": width,
"height": height
}
)
fileSkel.toDB()
res.append(fileSkel)
self.onItemUploaded(fileSkel)
# Uploads stored successfully, generate response to the client
for r in res:
logging.info("Upload successful: %s (%s)" % (r["name"], r["dlkey"]))
user = utils.getCurrentUser()
if user:
logging.info("User: %s (%s)" % (user["name"], user["key"]))
return( self.render.addItemSuccess( res ) )
def pathToKey(self, key=None):
"""
Returns the recursively expanded path through the Hierarchy from the root-node to a
requested node.
:param key: URL-safe key of the destination entity.
:type key: str
:returns: An nested dictionary with information about all nodes in the path from root \
to the requested node.
:rtype: dict
"""
def getName(obj):
"""
Tries to return a suitable name for the given object.
"""
if "name" in obj:
return obj["name"]
skel = self.viewSkel()
if "name" in skel:
nameBone = getattr(skel, "name")
if (isinstance(nameBone, baseBone)
and "languages" in dir(nameBone)
and nameBone.languages):
skel.setValues(obj)
return unicode(skel["name"])
return None
availableRepos = self.getAvailableRootNodes()
if not key:
try:
key = availableRepos[0]["key"]
except:
raise errors.NotFound()
keylist = []
else:
if str(key).isdigit():
key = str(db.Key.from_path(self.viewSkel().kindName,
long(key)))
keylist = [key]
if not self.canList(key):
raise errors.Unauthorized()
res = []
lastChildren = []
for x in range(0, 99):
q = db.Query(self.viewSkel().kindName)
q.filter("parententry =", str(key))
q.order("sortindex")
entryObjs = q.run(100)
lastChildren = res[:]
res = []
for obj in entryObjs:
if "parententry" in obj:
parent = str(obj["parententry"])
else:
parent = None
r = {
"name": getName(obj),
"key": str(obj.key()),
"parent": parent,
"hrk": obj["hrk"] if "hrk" in obj else None,
"active": (str(obj.key()) in keylist)
}
if r["active"]:
r["children"] = lastChildren
res.append(r)
if key in [x["key"] for x in availableRepos]:
break
else:
item = db.Get(str(key))
if item and "parententry" in item:
keylist.append(key)
key = item["parententry"]
else:
break
return res
