def set_task(self, task):
"""
This function is called from GTG core whenever a task should be
saved, either because it's a new one or it has been modified.
This function will look into the loaded XML object if the task is
present, and if it's not, it will create it. Then, it will save the
task data in the XML object.
@param task: the task object to save
"""
tid = task.get_id()
# We create an XML representation of the task
t_xml = taskxml.task_to_xml(self.doc, task)
# we find if the task exists in the XML treenode.
existing = None
for node in self.xmlproj.childNodes:
if node.nodeName == TASK_NODE and node.getAttribute("id") == tid:
existing = node
modified = False
# We then replace the existing node
if existing and t_xml:
# We will write only if the task has changed
if t_xml.toxml() != existing.toxml():
self.xmlproj.replaceChild(t_xml, existing)
modified = True
# If the node doesn't exist, we create it
else:
self.xmlproj.appendChild(t_xml)
modified = True
# if the XML object has changed, we save it to file
if modified and self._parameters["path"] and self.doc:
cleanxml.savexml(self.get_path(), self.doc)
def set_task(self, task):
""" Propagate a change in local tasks into server """
if self._parameters["state"] != "online":
return
sync_tags = self._xmpp.get_synchronized_tags()
tags = task.get_tags_name()
tag_overlap = set(sync_tags) & set(tags)
if not tag_overlap:
return
if task.get_id() in self._changed_remotely:
self._changed_remotely.remove(task.get_id())
return
Log.info("GTG --set--> PubSub: [%s] '%s'" % (task.get_id(),
task.get_title()))
doc = xml.dom.minidom.parseString("<task></task>")
task_id = task.get_id()
task_xml = task_to_xml(doc, task).toxml()
tags = task.get_tags_name()
self._xmpp.set_task(task_id, tags, task_xml)
self._sync_tasks.add(task_id)
self._changed_locally.add(task_id)
def set_task(self, task):
"""
This function is called from GTG core whenever a task should be
saved, either because it's a new one or it has been modified.
This function will look into the loaded XML object if the task is
present, and if it's not, it will create it. Then, it will save the
task data in the XML object.
@param task: the task object to save
"""
tid = task.get_id()
# We create an XML representation of the task
t_xml = taskxml.task_to_xml(self.doc, task)
# we find if the task exists in the XML treenode.
existing = None
for node in self.xmlproj.childNodes:
if node.nodeName == TASK_NODE and node.getAttribute("id") == tid:
existing = node
modified = False
# We then replace the existing node
if existing and t_xml:
# We will write only if the task has changed
if t_xml.toxml() != existing.toxml():
self.xmlproj.replaceChild(t_xml, existing)
modified = True
# If the node doesn't exist, we create it
else:
self.xmlproj.appendChild(t_xml)
modified = True
# if the XML object has changed, we save it to file
if modified and self._parameters["path"] and self.doc:
cleanxml.savexml(self.get_path(), self.doc)
def set_task(self, task):
""" Propagate a change in local tasks into server """
if self._parameters["state"] != "online":
return
sync_tags = self._xmpp.get_synchronized_tags()
tags = task.get_tags_name()
tag_overlap = set(sync_tags) & set(tags)
if not tag_overlap:
return
if task.get_id() in self._changed_remotely:
self._changed_remotely.remove(task.get_id())
return
Log.info("GTG --set--> PubSub: [%s] '%s'" %
(task.get_id(), task.get_title()))
doc = xml.dom.minidom.parseString("<task></task>")
task_id = task.get_id()
task_xml = task_to_xml(doc, task).toxml()
tags = task.get_tags_name()
self._xmpp.set_task(task_id, tags, task_xml)
self._sync_tasks.add(task_id)
self._changed_locally.add(task_id)
