def fetchChildList(self):
"""
(Re)aquire the list of childs for this item (if any).
"""
lumaConnection = LumaConnectionWrapper(self.serverParent.serverMeta)
bindSuccess, exceptionObject = lumaConnection.bindSync()
if not bindSuccess:
tmp = LDAPErrorItem(str("["+exceptionObject[0]["desc"]+"]"), self.serverParent, self)
# We're adding the error as LDAPErrorItem-child, so return True
return (True, [tmp], exceptionObject)
# Search for items at the level under this one
success, resultList, exceptionObject = lumaConnection.searchSync(self.itemData.getDN(), \
scope=ldap.SCOPE_ONELEVEL, filter=self.filter.encode('utf8'), sizelimit=self.limit)
lumaConnection.unbind()
if not success:
tmp = LDAPErrorItem(str("["+exceptionObject[0]["desc"]+"]"), self.serverParent, self)
# We're adding the error as LDAPErrorItem-child, so return True
return (True, [tmp], exceptionObject)
self.error = False
# Default behavior: return all
return (True, [LDAPTreeItem(x, self.serverParent, self) for x in resultList], exceptionObject)
def onServerChanged(self, index):
"""Slot for the server combo box.
When the selected index changes, we want to fetch the baseDN
list off of the selected server, and populate the baseDN combo
box.
:param index: the index of the server entry in the combobox.
:type index: int
"""
server = self.searchForm.server.decode('utf-8')
# No need to try to fetch the base dn list off of no server.
if server == '':
self.searchForm.baseDNBox.clear()
return
# Get the server object for the selected server.
# And return if this object is None
self.currentServer = self.serverListObject.getServerObject(server)
if self.currentServer is None:
return
#self.connection = LumaConnection(self.currentServer)
con = LumaConnectionWrapper(self.currentServer, self)
if self.currentServer.autoBase:
#success, baseDNList, e = self.connection.getBaseDNList()
success, baseDNList, e = con.getBaseDNListSync()
if not success:
# TODO: give some visual feedback to the user, regarding
# the unsuccessful bind operation
msg = 'Could not retrieve baseDN. Reason:\n{0}'.format(str(e))
self.searchForm.onSearchError(True, msg)
self.__logger.error(msg)
else:
baseDNList = [self.currentServer.baseDN]
# Try to populate it with the newly fetched baseDN list.
# We need make sure the baseDN combo box is cleared before we
self.searchForm.populateBaseDNBox(baseDNList)
# Try to fetch the list of available attributes, for use in the
# filter wizard and for autocompletion.
# Jippi ay o' what a beautiful var name!!
ocai = ObjectClassAttributeInfo(self.currentServer)
attributes = ocai.getAttributeList()
objectClasses = ocai.getObjectClasses()
self.filterBuilder.onServerChanged(objectClasses, attributes)
if self.autocompleteIsEnabled:
self.searchForm.initAutoComplete(attributes)
def onServerChanged(self, index):
"""Slot for the server combo box.
When the selected index changes, we want to fetch the baseDN
list off of the selected server, and populate the baseDN combo
box.
:param index: the index of the server entry in the combobox.
:type index: int
"""
server = self.searchForm.server.decode('utf-8')
# No need to try to fetch the base dn list off of no server.
if server == '':
self.searchForm.baseDNBox.clear()
return
# Get the server object for the selected server.
# And return if this object is None
self.currentServer = self.serverListObject.getServerObject(server)
if self.currentServer is None:
return
#self.connection = LumaConnection(self.currentServer)
con = LumaConnectionWrapper(self.currentServer, self)
if self.currentServer.autoBase:
#success, baseDNList, e = self.connection.getBaseDNList()
success, baseDNList, e = con.getBaseDNListSync()
if not success:
# TODO: give some visual feedback to the user, regarding
# the unsuccessful bind operation
msg = 'Could not retrieve baseDN. Reason:\n{0}'.format(str(e))
self.searchForm.onSearchError(True, msg)
self.__logger.error(msg)
else:
baseDNList = [self.currentServer.baseDN]
# Try to populate it with the newly fetched baseDN list.
# We need make sure the baseDN combo box is cleared before we
self.searchForm.populateBaseDNBox(baseDNList)
# Try to fetch the list of available attributes, for use in the
# filter wizard and for autocompletion.
# Jippi ay o' what a beautiful var name!!
ocai = ObjectClassAttributeInfo(self.currentServer)
attributes = ocai.getAttributeList()
objectClasses = ocai.getObjectClasses()
self.filterBuilder.onServerChanged(objectClasses, attributes)
if self.autocompleteIsEnabled:
self.searchForm.initAutoComplete(attributes)
def saveModel(self):
"""
Save changes to the current object.
"""
lumaConnection = LumaConnectionWrapper(self.smartObject.getServerMeta())
bindSuccess, exceptionObject = lumaConnection.bindSync()
if not bindSuccess:
message = self.str_BIND
return (False, message, exceptionObject)
if self.CREATE:
success, exceptionObject = lumaConnection.addDataObject(self.smartObject)
lumaConnection.unbind()
if success:
#self.CREATE = False
self.EDITED = False
self.modelChangedSignal.emit(False)
return (True, None, None)
else:
message = self.str_ADD
return (False, message, exceptionObject)
else:
success, exceptionObject = lumaConnection.updateDataObject(self.smartObject)
lumaConnection.unbind()
if success:
self.EDITED = False
self.modelChangedSignal.emit(False)
return (True, None, None)
else:
message = self.str_SAVE
return (False, message, exceptionObject)
def initModel(self, create=False):
if create:
self.EDITED = True
self.ISLEAF = False
self.CREATE = True
self.VALID = True
else:
self.EDITED = False
isLeave = False
self.smartObject.checkIntegrity()
self.VALID = self.smartObject.isValid
serverMeta = self.smartObject.getServerMeta()
lumaConnection = LumaConnectionWrapper(serverMeta, self)
bindSuccess, exceptionObject = lumaConnection.bindSync()
if not bindSuccess:
message = self.str_BIND
return (False, message, exceptionObject)
success, resultList, exceptionObject = lumaConnection.searchSync(self.smartObject.dn, ldap.SCOPE_ONELEVEL, filter="(objectClass=*)", attrList=None, attrsonly=1, sizelimit=1)
lumaConnection.unbind()
# Our search succeeded. No errors
if success:
# There are no leaves below
if len(resultList) == 0:
self.ISLEAF = True
# Leaves are below
else:
self.ISLEAF = False
# Error during search request
else:
self.ISLEAF = False
message = self.str_CHECK_LEAF
self.modelChangedSignal.emit(True)
return (False, message, exceptionObject)
self.CREATE = False
self.modelChangedSignal.emit(True)
return (True, None, None)
class Search(QObject):
"""Object representing a search."""
#: Signal used to inform about returned search results
resultsRetrieved = pyqtSignal(list, object)
__logger = logging.getLogger(__name__)
def __init__(self, parent, server, **kwargs):
"""
:param parent: the connection object to perform the search
:type parent: QObject
:param server: the sever to search on.
:type server: ServerObject
:param **kwargs: a dict with keyword arguments to pass to the
LDAP search operation.
:type **kwargs: dict
"""
super(Search, self).__init__(parent)
self.filter = kwargs['filter']
self.connection = LumaConnectionWrapper(server, self)
self.connection.searchFinished.connect(self.onSearchFinished)
bindSuccess, e = self.connection.bindSync()
if not bindSuccess:
msg = 'Unable to bind to {0}. Reason\n{1}'
self.__logger.error(msg.format(server, str(e)))
else:
self.connection.searchAsync(**kwargs)
def onSearchFinished(self, success, result, e):
"""Slot for the searchFinished signal in LumaConnectionWrapper.
As of now this reemits a signal that SearchPlugin has connected
to. This is done in order to be able to provide the filter and
attributes needed for the result view.
"""
# If self.connection wasn't an object attribute
# it should probably be unparented here so that it
# is GCed.
#self.sender().setParent(None)
if success:
result.append(self.filter)
self.resultsRetrieved.emit(result, None)
else:
self.resultsRetrieved.emit([], e)
class Search(QObject):
"""Object representing a search."""
#: Signal used to inform about returned search results
resultsRetrieved = pyqtSignal(list, object)
__logger = logging.getLogger(__name__)
def __init__(self, parent, server, **kwargs):
"""
:param parent: the connection object to perform the search
:type parent: QObject
:param server: the sever to search on.
:type server: ServerObject
:param **kwargs: a dict with keyword arguments to pass to the
LDAP search operation.
:type **kwargs: dict
"""
super(Search, self).__init__(parent)
self.filter = kwargs['filter']
self.connection = LumaConnectionWrapper(server, self)
self.connection.searchFinished.connect(self.onSearchFinished)
bindSuccess, e = self.connection.bindSync()
if not bindSuccess:
msg = 'Unable to bind to {0}. Reason\n{1}'
self.__logger.error(msg.format(server, str(e)))
else:
self.connection.searchAsync(**kwargs)
def onSearchFinished(self, success, result, e):
"""Slot for the searchFinished signal in LumaConnectionWrapper.
As of now this reemits a signal that SearchPlugin has connected
to. This is done in order to be able to provide the filter and
attributes needed for the result view.
"""
# If self.connection wasn't an object attribute
# it should probably be unparented here so that it
# is GCed.
#self.sender().setParent(None)
if success:
result.append(self.filter)
self.resultsRetrieved.emit(result, None)
else:
self.resultsRetrieved.emit([], e)
def delete(self):
self.deleteButton.setEnabled(False)
if self.hasTriedToDelete:
# Should not be called twice
return
# At his point, we don't "cancel" but say we're done
self.cancelButton.setText("Done")
self.hasTriedToDelete = True
allDeleted = True
# True for now
self.passedItemsWasDeleted = True
# Iterate through the modelitems and remove unchekced items
# from the dictionary, which will be used later.
for i in xrange(self.model.rowCount()):
item = self.model.itemFromIndex(self.model.index(i, 0))
if item.checkState() != QtCore.Qt.Checked:
self.deleteDict.pop(self.__utf8(item.text()))
# If we unchecked something, can't be sure the passed items was deleted
self.passedItemsWasDeleted = False
# Map the dictionary keys
deleteSOList = map(lambda x: self.deleteDict[x][0],
self.deleteDict.keys())
deleteSOList.sort(
key=lambda x: len(x.getDN())) #parents first (sorted by length)
deleteSOList.reverse()
# We now have a list with smartObjects to be deleted, so let's do so
# TODO Do in thread?
for sO in deleteSOList:
# Create a LumaConnection if necessary
if not self.serverConnections.has_key(sO.serverMeta.name):
self.serverConnections[
sO.serverMeta.name] = LumaConnectionWrapper(sO.serverMeta)
self.serverConnections[sO.serverMeta.name].bindSync()
# Use it to delete the object on the server
conn = self.serverConnections[sO.serverMeta.name]
status, e = conn.delete(sO.getDN())
# Update the status in the dialog
if not status:
self.passedItemsWasDeleted = False
allDeleted = False
self.deleteDict[getRep(sO)][2].setText(str(e))
else:
self.deleteDict[getRep(sO)][2].setText("OK!")
# Remember to unbind all the servers
for conn in self.serverConnections.values():
conn.unbind()
def delete(self):
""" Tries to delete the item on the server
"""
lumaConnection = LumaConnectionWrapper(self.serverParent.serverMeta)
bindSuccess, exceptionObject = lumaConnection.bindSync()
if not bindSuccess:
message = QtCore.QCoreApplication.translate("LDAPTreeItem","Could not bind to server.")
return (False, message, exceptionObject)
success, exceptionObject = lumaConnection.delete(self.smartObject().getDN())
lumaConnection.unbind()
if success:
self.childItems = []
self.populated = True
return (True, None, None)
else:
message = QtCore.QCoreApplication.translate("LDAPTreeItem","Could not delete entry: "+exceptionObject[0]["desc"])
return (False, message, exceptionObject)
def __init__(self, parent, server, **kwargs):
"""
:param parent: the connection object to perform the search
:type parent: QObject
:param server: the sever to search on.
:type server: ServerObject
:param **kwargs: a dict with keyword arguments to pass to the
LDAP search operation.
:type **kwargs: dict
"""
super(Search, self).__init__(parent)
self.filter = kwargs['filter']
self.connection = LumaConnectionWrapper(server, self)
self.connection.searchFinished.connect(self.onSearchFinished)
bindSuccess, e = self.connection.bindSync()
if not bindSuccess:
msg = 'Unable to bind to {0}. Reason\n{1}'
self.__logger.error(msg.format(server, str(e)))
else:
self.connection.searchAsync(**kwargs)
def deleteObject(self):
"""
Deletes the remote object that this model represents
"""
lumaConnection = LumaConnectionWrapper(
self.smartObject.getServerMeta())
bindSuccess, exceptionObject = lumaConnection.bindSync()
if not bindSuccess:
message = self.str_BIND
return (False, message, exceptionObject)
success, exceptionObject = lumaConnection.delete(
self.smartObject.getDN())
lumaConnection.unbind()
if success:
#serverName = self.smartObject.getServerAlias()
#dn = self.smartObject.getPrettyParentDN()
#self.model().reloadItem(self.smartObject.parent())
#self.modelChangedSignal.emit()
return (True, None, None)
else:
message = self.str_DELETE
return (False, message, exceptionObject)
def reloadModel(self):
"""
Refreshes the LDAP data from server,
"""
lumaConnection = LumaConnectionWrapper(
self.smartObject.getServerMeta())
bindSuccess, exceptionObject = lumaConnection.bindSync()
if not bindSuccess:
message = self.str_BIND
return (False, message, exceptionObject)
success, resultList, exceptionObject = lumaConnection.searchSync(
self.smartObject.getDN(), ldap.SCOPE_BASE)
lumaConnection.unbind()
if success and (len(resultList) > 0):
self.smartObject = resultList[0]
self.smartObject.checkIntegrity()
self.VALID = self.smartObject.isValid
self.EDITED = False
self.modelChangedSignal.emit(True)
return (True, None, None)
else:
message = self.str_REFRESH
return (False, message, exceptionObject)
def fetchChildList(self):
"""
(Re)aquire the list of childs for this item (if any).
"""
lumaConnection = LumaConnectionWrapper(self.serverParent.serverMeta)
bindSuccess, exceptionObject = lumaConnection.bindSync()
if not bindSuccess:
tmp = LDAPErrorItem(str("[" + exceptionObject[0]["desc"] + "]"),
self.serverParent, self)
# We're adding the error as LDAPErrorItem-child, so return True
return (True, [tmp], exceptionObject)
# Search for items at the level under this one
success, resultList, exceptionObject = lumaConnection.searchSync(self.itemData.getDN(), \
scope=ldap.SCOPE_ONELEVEL, filter=self.filter.encode('utf8'), sizelimit=self.limit)
lumaConnection.unbind()
if not success:
tmp = LDAPErrorItem(str("[" + exceptionObject[0]["desc"] + "]"),
self.serverParent, self)
# We're adding the error as LDAPErrorItem-child, so return True
return (True, [tmp], exceptionObject)
self.error = False
# Default behavior: return all
return (True,
[LDAPTreeItem(x, self.serverParent, self)
for x in resultList], exceptionObject)
def delete(self):
""" Tries to delete the item on the server
"""
lumaConnection = LumaConnectionWrapper(self.serverParent.serverMeta)
bindSuccess, exceptionObject = lumaConnection.bindSync()
if not bindSuccess:
message = QtCore.QCoreApplication.translate(
"LDAPTreeItem", "Could not bind to server.")
return (False, message, exceptionObject)
success, exceptionObject = lumaConnection.delete(
self.smartObject().getDN())
lumaConnection.unbind()
if success:
self.childItems = []
self.populated = True
return (True, None, None)
else:
message = QtCore.QCoreApplication.translate(
"LDAPTreeItem",
"Could not delete entry: " + exceptionObject[0]["desc"])
return (False, message, exceptionObject)
def __init__(self, sOList, subTree=True, parent=None):
"""
subTree:
False = only sOList
True = subtree of SOList
"""
super(DeleteDialog, self).__init__(parent)
self.setupUi(self)
self.iconLabel.setPixmap(
pixmapFromTheme('document-close', ':/icons/64/document-close'))
self.model = QtGui.QStandardItemModel()
self.model.setHorizontalHeaderLabels(["DN", "Status"])
self.items = sOList
self.deleteDict = {}
self.subTree = subTree
self.serverConnections = {}
if not self.subTree: # The nodes only
for smd in self.items:
self.addItemToModel(smd)
else:
# Load subtrees
for sO in self.items:
if not self.serverConnections.has_key(sO.serverMeta.name):
self.serverConnections[
sO.serverMeta.name] = LumaConnectionWrapper(
sO.serverMeta)
self.serverConnections[sO.serverMeta.name].bindSync()
con = self.serverConnections[sO.serverMeta.name]
# Subtree
success, result, e = con.searchSync(base=sO.getDN(),
scope=ldap.SCOPE_SUBTREE)
if success:
for i in result:
# Subtree only
if i.getDN() == sO.getDN():
continue
self.addItemToModel(i)
else:
continue
self.deleteItemView.setModel(self.model)
self.deleteItemView.setAlternatingRowColors(True)
self.deleteItemView.setUniformRowHeights(True)
self.hasTriedToDelete = False
self.passedItemsWasDeleted = False
def deleteObject(self):
"""
Deletes the remote object that this model represents
"""
lumaConnection = LumaConnectionWrapper(self.smartObject.getServerMeta())
bindSuccess, exceptionObject = lumaConnection.bindSync()
if not bindSuccess:
message = self.str_BIND
return (False, message, exceptionObject)
success, exceptionObject = lumaConnection.delete(self.smartObject.getDN())
lumaConnection.unbind()
if success:
#serverName = self.smartObject.getServerAlias()
#dn = self.smartObject.getPrettyParentDN()
#self.model().reloadItem(self.smartObject.parent())
#self.modelChangedSignal.emit()
return (True, None, None)
else:
message = self.str_DELETE
return (False, message, exceptionObject)
def reloadModel(self):
"""
Refreshes the LDAP data from server,
"""
lumaConnection = LumaConnectionWrapper(self.smartObject.getServerMeta())
bindSuccess, exceptionObject = lumaConnection.bindSync()
if not bindSuccess:
message = self.str_BIND
return (False, message, exceptionObject)
success, resultList, exceptionObject = lumaConnection.searchSync(self.smartObject.getDN(), ldap.SCOPE_BASE)
lumaConnection.unbind()
if success and (len(resultList) > 0):
self.smartObject = resultList[0]
self.smartObject.checkIntegrity()
self.VALID = self.smartObject.isValid
self.EDITED = False
self.modelChangedSignal.emit(True)
return (True, None, None)
else:
message = self.str_REFRESH
return (False, message, exceptionObject)
def fetchChildList(self):
"""
Gets the list of baseDNs for the server and return them.
"""
connection = LumaConnectionWrapper(self.serverMeta)
# If baseDNs are aleady spesified
if self.serverMeta.autoBase == False:
self.logger.debug("autoBase=False")
tmpList = self.serverMeta.baseDN
#Need to bind in order to fetch the data for the baseDNs
bindSuccess, exceptionObject = connection.bindSync()
if not bindSuccess:
self.logger.debug("Bind failed.")
tmp = LDAPErrorItem(str("["+exceptionObject[0]["desc"]+"]"), self, self)
# We're adding the error as LDAPErrorItem-child, so return True
return (True, [tmp], exceptionObject)
# Else get them from the server
else:
self.logger.debug("Using getBaseDNList()")
#self.isWorking.emit()
success, tmpList, exceptionObject = connection.getBaseDNListSync()
if not success:
self.logger.debug("getBaseDNList failed:"+str(exceptionObject))
tmp = LDAPErrorItem(str("["+exceptionObject[0]["desc"]+"]"), self, self)
return (True, [tmp], exceptionObject) #See above
#getBaseDNList calles unbind(), so let's rebind
connection.bindSync()
self.logger.debug("Entering for-loop")
# Get the info for the baseDNs
newChildList = []
for base in tmpList:
success, resultList, exceptionObject = connection.searchSync(base, \
scope=ldap.SCOPE_BASE,filter='(objectclass=*)', sizelimit=1)
if not success:
self.logger.debug("Couldn't search item:"+str(exceptionObject))
tmp = LDAPErrorItem(str(base+" ["+exceptionObject[0]["desc"]+"]"), self, self)
newChildList.append(tmp)
continue
if resultList:
self.logger.debug("Found item")
tmp = LDAPTreeItem(resultList[0], self, self)
newChildList.append(tmp)
self.logger.debug("End populatItem")
return (True, newChildList, exceptionObject)
def initModel(self, create=False):
if create:
self.EDITED = True
self.ISLEAF = False
self.CREATE = True
self.VALID = True
else:
self.EDITED = False
isLeave = False
self.smartObject.checkIntegrity()
self.VALID = self.smartObject.isValid
serverMeta = self.smartObject.getServerMeta()
lumaConnection = LumaConnectionWrapper(serverMeta, self)
bindSuccess, exceptionObject = lumaConnection.bindSync()
if not bindSuccess:
message = self.str_BIND
return (False, message, exceptionObject)
success, resultList, exceptionObject = lumaConnection.searchSync(
self.smartObject.dn,
ldap.SCOPE_ONELEVEL,
filter="(objectClass=*)",
attrList=None,
attrsonly=1,
sizelimit=1)
lumaConnection.unbind()
# Our search succeeded. No errors
if success:
# There are no leaves below
if len(resultList) == 0:
self.ISLEAF = True
# Leaves are below
else:
self.ISLEAF = False
# Error during search request
else:
self.ISLEAF = False
message = self.str_CHECK_LEAF
self.modelChangedSignal.emit(True)
return (False, message, exceptionObject)
self.CREATE = False
self.modelChangedSignal.emit(True)
return (True, None, None)
def saveModel(self):
"""
Save changes to the current object.
"""
lumaConnection = LumaConnectionWrapper(
self.smartObject.getServerMeta())
bindSuccess, exceptionObject = lumaConnection.bindSync()
if not bindSuccess:
message = self.str_BIND
return (False, message, exceptionObject)
if self.CREATE:
success, exceptionObject = lumaConnection.addDataObject(
self.smartObject)
lumaConnection.unbind()
if success:
#self.CREATE = False
self.EDITED = False
self.modelChangedSignal.emit(False)
return (True, None, None)
else:
message = self.str_ADD
return (False, message, exceptionObject)
else:
success, exceptionObject = lumaConnection.updateDataObject(
self.smartObject)
lumaConnection.unbind()
if success:
self.EDITED = False
self.modelChangedSignal.emit(False)
return (True, None, None)
else:
message = self.str_SAVE
return (False, message, exceptionObject)
def __init__(self, parent, server, **kwargs):
"""
:param parent: the connection object to perform the search
:type parent: QObject
:param server: the sever to search on.
:type server: ServerObject
:param **kwargs: a dict with keyword arguments to pass to the
LDAP search operation.
:type **kwargs: dict
"""
super(Search, self).__init__(parent)
self.filter = kwargs['filter']
self.connection = LumaConnectionWrapper(server, self)
self.connection.searchFinished.connect(self.onSearchFinished)
bindSuccess, e = self.connection.bindSync()
if not bindSuccess:
msg = 'Unable to bind to {0}. Reason\n{1}'
self.__logger.error(msg.format(server, str(e)))
else:
self.connection.searchAsync(**kwargs)
def __exportSelection(self, scope=0):
"""Slot for the context menu.
Opens the ExportDialog with the selected entries, giving the
user the option to validate the selection before exporting.
:param scope: The scope selection.
0 = SCOPE_BASE -> Item(s),
1 = SCOPE_ONELEVEL -> Subtree(s);
2 = SCOPE_SUBTREE -> Subtree(s) with parent
:type scope: int
"""
exportObjects = []
msg = ''
self.setBusy(True)
for index in self.selection:
smartObject = index.internalPointer().smartObject()
serverName = smartObject.getServerAlias()
dn = smartObject.getDN()
serverObject = self.serverList.getServerObject(serverName)
con = LumaConnectionWrapper(serverObject, self)
# For both subtree and subtree with parent, we fetch the
# whole subtree including the parent, with a basic sync
# search operation. Then, if only the subtree is to be
# exported, we remove the smartObject(s) selected.
if scope > 0:
pass
# Do a search on the whole subtree
# 2 = ldap.SCOPE_SUBTREE
#elif scope == 2:
success, e = con.bindSync()
if not success:
self.__logger.error(str(e))
continue
success, result, e = con.searchSync(base=dn, scope=2)
if success:
exportObjects.extend(result)
else:
self.__logger.error(str(e))
# If only the subtree is to be selected, we remove
# the parent, which happens to be the smartObject(s)
# initialy selected.
if scope == 1:
exportObjects.remove(smartObject)
# For scope == 0 we need not do any LDAP search operation
# because we already got what we need
else:
exportObjects.append(smartObject)
# Initialize the export dialog
# and give it the items for export
dialog = ExportDialog(msg)
dialog.setExportItems(exportObjects)
self.setBusy(False)
dialog.exec_()
def __exportSelection(self, scope=0):
"""Slot for the context menu.
Opens the ExportDialog with the selected entries, giving the
user the option to validate the selection before exporting.
:param scope: The scope selection.
0 = SCOPE_BASE -> Item(s),
1 = SCOPE_ONELEVEL -> Subtree(s);
2 = SCOPE_SUBTREE -> Subtree(s) with parent
:type scope: int
"""
exportObjects = []
msg = ''
self.setBusy(True)
for index in self.selection:
smartObject = index.internalPointer().smartObject()
serverName = smartObject.getServerAlias()
dn = smartObject.getDN()
serverObject = self.serverList.getServerObject(serverName)
con = LumaConnectionWrapper(serverObject, self)
# For both subtree and subtree with parent, we fetch the
# whole subtree including the parent, with a basic sync
# search operation. Then, if only the subtree is to be
# exported, we remove the smartObject(s) selected.
if scope > 0:
pass
# Do a search on the whole subtree
# 2 = ldap.SCOPE_SUBTREE
#elif scope == 2:
success, e = con.bindSync()
if not success:
self.__logger.error(str(e))
continue
success, result, e = con.searchSync(base=dn, scope=2)
if success:
exportObjects.extend(result)
else:
self.__logger.error(str(e))
# If only the subtree is to be selected, we remove
# the parent, which happens to be the smartObject(s)
# initialy selected.
if scope == 1:
exportObjects.remove(smartObject)
# For scope == 0 we need not do any LDAP search operation
# because we already got what we need
else:
exportObjects.append(smartObject)
# Initialize the export dialog
# and give it the items for export
dialog = ExportDialog(msg)
dialog.setExportItems(exportObjects)
self.setBusy(False)
dialog.exec_()
def fetchChildList(self):
"""
Gets the list of baseDNs for the server and return them.
"""
connection = LumaConnectionWrapper(self.serverMeta)
# If baseDNs are aleady spesified
if self.serverMeta.autoBase == False:
self.logger.debug("autoBase=False")
tmpList = self.serverMeta.baseDN
#Need to bind in order to fetch the data for the baseDNs
bindSuccess, exceptionObject = connection.bindSync()
if not bindSuccess:
self.logger.debug("Bind failed.")
tmp = LDAPErrorItem(
str("[" + exceptionObject[0]["desc"] + "]"), self, self)
# We're adding the error as LDAPErrorItem-child, so return True
return (True, [tmp], exceptionObject)
# Else get them from the server
else:
self.logger.debug("Using getBaseDNList()")
#self.isWorking.emit()
success, tmpList, exceptionObject = connection.getBaseDNListSync()
if not success:
self.logger.debug("getBaseDNList failed:" +
str(exceptionObject))
tmp = LDAPErrorItem(
str("[" + exceptionObject[0]["desc"] + "]"), self, self)
return (True, [tmp], exceptionObject) #See above
#getBaseDNList calles unbind(), so let's rebind
connection.bindSync()
self.logger.debug("Entering for-loop")
# Get the info for the baseDNs
newChildList = []
for base in tmpList:
success, resultList, exceptionObject = connection.searchSync(base, \
scope=ldap.SCOPE_BASE,filter='(objectclass=*)', sizelimit=1)
if not success:
self.logger.debug("Couldn't search item:" +
str(exceptionObject))
tmp = LDAPErrorItem(
str(base + " [" + exceptionObject[0]["desc"] + "]"), self,
self)
newChildList.append(tmp)
continue
if resultList:
self.logger.debug("Found item")
tmp = LDAPTreeItem(resultList[0], self, self)
newChildList.append(tmp)
self.logger.debug("End populatItem")
return (True, newChildList, exceptionObject)
