def taskNode(self, task):
node = self.baseCompositeNode(task, 'task', self.taskNode)
node.setAttribute('status', str(task.getStatus()))
if task.startDate() != date.Date():
node.setAttribute('startdate', str(task.startDate()))
if task.dueDate() != date.Date():
node.setAttribute('duedate', str(task.dueDate()))
if task.completionDate() != date.Date():
node.setAttribute('completiondate', str(task.completionDate()))
if task.recurrence():
node.appendChild(self.recurrenceNode(task.recurrence()))
if task.budget() != date.TimeDelta():
node.setAttribute('budget', self.budgetAsAttribute(task.budget()))
if task.priority() != 0:
node.setAttribute('priority', str(task.priority()))
if task.hourlyFee() != 0:
node.setAttribute('hourlyFee', str(task.hourlyFee()))
if task.fixedFee() != 0:
node.setAttribute('fixedFee', str(task.fixedFee()))
if task.reminder() != None:
node.setAttribute('reminder', str(task.reminder()))
if task.shouldMarkCompletedWhenAllChildrenCompleted != None:
node.setAttribute('shouldMarkCompletedWhenAllChildrenCompleted',
str(task.shouldMarkCompletedWhenAllChildrenCompleted))
for effort in task.efforts():
node.appendChild(self.effortNode(effort))
for note in task.notes():
node.appendChild(self.noteNode(note))
for attachment in task.attachments():
node.appendChild(self.attachmentNode(attachment))
return node
def __composites_to_remove(self, task): # pylint: disable=W0621
efforts = task.efforts()
task_and_ancestors = [task] + task.ancestors()
composites_to_remove = []
for effort in efforts:
for task in task_and_ancestors:
composites_to_remove.extend(self.__composite_to_remove(effort, task))
return composites_to_remove
def compositesToRemove(self, task): # pylint: disable-msg=W0621
efforts = task.efforts()
taskAndAncestors = [task] + task.ancestors()
compositesToRemove = []
for effort in efforts:
for task in taskAndAncestors:
compositesToRemove.extend(self.compositeToRemove(effort, task))
return compositesToRemove
def removeItemsFromSelf(self, tasks):
''' removeItemsFromSelf is called when an item is removed from the
observed list. The default behavior of removeItemsFromSelf is to
remove the item from the observing list (i.e. this list)
unchanged. We override the default behavior to remove the
tasks' efforts from the CompositeEfforts they are part of. '''
for task in tasks:
self.removeComposites(task, task.efforts())
def removeItemsFromSelf(self, tasks, event=None):
''' removeItemsFromSelf is called when an item is removed from the
observed list. The default behavior of removeItemsFromSelf is to
remove the item from the observing list (i.e. this list)
unchanged. We override the default behavior to remove the
tasks' efforts from the CompositeEfforts they are part of. '''
for task in tasks: # pylint: disable-msg=W0621
self.removeComposites(task, task.efforts(), event=event)
def __composites_to_remove(self, task): # pylint: disable=W0621
efforts = task.efforts()
task_and_ancestors = [task] + task.ancestors()
composites_to_remove = []
for effort in efforts:
for task in task_and_ancestors:
composites_to_remove.extend(
self.__composite_to_remove(effort, task))
return composites_to_remove
def extendSelf(self, tasks, event=None):
''' extendSelf is called when an item is added to the observed
list. The default behavior of extendSelf is to add the item
to the observing list (i.e. this list) unchanged. We override
the default behavior to first get the efforts from the task
and then group the efforts by time period. '''
new_composites = []
for task in tasks: # pylint: disable=W0621
new_composites.extend(self.__create_composites(task, task.efforts()))
self.__extend_self_with_composites(new_composites, event=event)
def extendSelf(self, tasks):
''' extendSelf is called when an item is added to the observed
list. The default behavior of extendSelf is to add the item
to the observing list (i.e. this list) unchanged. We override
the default behavior to first get the efforts from the task
and then group the efforts by time period. '''
newComposites = []
for task in tasks:
newComposites.extend(self.createComposites(task, task.efforts()))
super(EffortAggregator, self).extendSelf(newComposites)
def extendSelf(self, tasks, event=None):
''' extendSelf is called when an item is added to the observed
list. The default behavior of extendSelf is to add the item
to the observing list (i.e. this list) unchanged. We override
the default behavior to first get the efforts from the task
and then group the efforts by time period. '''
newComposites = []
for task in tasks: # pylint: disable-msg=W0621
newComposites.extend(self.createComposites(task, task.efforts()))
super(EffortAggregator, self).extendSelf(newComposites, event)
def extendSelf(self, tasks, event=None):
''' This method is called when a task is added to the observed list.
It overrides ObservableListObserver.extendSelf whose default
behaviour is to add the item that is added to the observed
list to the observing list (this list) unchanged. But we want to
add the efforts of the tasks, rather than the tasks themselves. '''
effortsToAdd = []
for task in tasks:
effortsToAdd.extend(task.efforts())
super(EffortList, self).extendSelf(effortsToAdd, event)
for effort in effortsToAdd:
if effort.getStop() is None:
pub.sendMessage(effort.trackingChangedEventType(), newValue=True, sender=effort)
def extendSelf(self, tasks, event=None):
''' This method is called when a task is added to the observed list.
It overrides ObservableListObserver.extendSelf whose default
behaviour is to add the item that is added to the observed
list to the observing list (this list) unchanged. But we want to
add the efforts of the tasks, rather than the tasks themselves. '''
effortsToAdd = []
for task in tasks:
effortsToAdd.extend(task.efforts())
super(EffortList, self).extendSelf(effortsToAdd, event)
for effort in effortsToAdd:
if effort.getStop() is None:
pub.sendMessage(effort.trackingChangedEventType(), newValue=True, sender=effort)
def removeItemsFromSelf(self, tasks, event=None):
''' This method is called when a task is removed from the observed
list. It overrides ObservableListObserver.removeItemsFromSelf
whose default behaviour is to remove the item that was removed
from the observed list from the observing list (this list)
unchanged. But we want to remove the efforts of the tasks, rather
than the tasks themselves. '''
effortsToRemove = []
for task in tasks:
effortsToRemove.extend(task.efforts())
for effort in effortsToRemove:
if effort.getStop() is None:
pub.sendMessage(effort.trackingChangedEventType(), newValue=False, sender=effort)
super(EffortList, self).removeItemsFromSelf(effortsToRemove, event)
def removeItemsFromSelf(self, tasks, event=None):
''' This method is called when a task is removed from the observed
list. It overrides ObservableListObserver.removeItemsFromSelf
whose default behaviour is to remove the item that was removed
from the observed list from the observing list (this list)
unchanged. But we want to remove the efforts of the tasks, rather
than the tasks themselves. '''
effortsToRemove = []
for task in tasks:
effortsToRemove.extend(task.efforts())
for effort in effortsToRemove:
if effort.getStop() is None:
pub.sendMessage(effort.trackingChangedEventType(), newValue=False, sender=effort)
super(EffortList, self).removeItemsFromSelf(effortsToRemove, event)
def taskNode(self, parentNode, task): # pylint: disable=W0621
maxDateTime = self.maxDateTime
node = self.baseCompositeNode(parentNode, task, 'task', self.taskNode)
node.attrib['status'] = str(task.getStatus())
if task.plannedStartDateTime() != maxDateTime:
node.attrib['plannedstartdate'] = str(task.plannedStartDateTime())
if task.dueDateTime() != maxDateTime:
node.attrib['duedate'] = str(task.dueDateTime())
if task.actualStartDateTime() != maxDateTime:
node.attrib['actualstartdate'] = str(task.actualStartDateTime())
if task.completionDateTime() != maxDateTime:
node.attrib['completiondate'] = str(task.completionDateTime())
if task.percentageComplete():
node.attrib['percentageComplete'] = str(task.percentageComplete())
if task.recurrence():
self.recurrenceNode(node, task.recurrence())
if task.budget() != date.TimeDelta():
node.attrib['budget'] = self.budgetAsAttribute(task.budget())
if task.priority():
node.attrib['priority'] = str(task.priority())
if task.hourlyFee():
node.attrib['hourlyFee'] = str(task.hourlyFee())
if task.fixedFee():
node.attrib['fixedFee'] = str(task.fixedFee())
reminder = task.reminder()
if reminder != maxDateTime and reminder != None:
node.attrib['reminder'] = str(reminder)
reminderBeforeSnooze = task.reminder(includeSnooze=False)
if reminderBeforeSnooze != None and reminderBeforeSnooze < task.reminder():
node.attrib['reminderBeforeSnooze'] = str(reminderBeforeSnooze)
prerequisiteIds = ' '.join([prerequisite.id() for prerequisite in \
sortedById(task.prerequisites())])
if prerequisiteIds:
node.attrib['prerequisites'] = prerequisiteIds
if task.shouldMarkCompletedWhenAllChildrenCompleted() != None:
node.attrib['shouldMarkCompletedWhenAllChildrenCompleted'] = \
str(task.shouldMarkCompletedWhenAllChildrenCompleted())
for effort in sortedById(task.efforts()):
self.effortNode(node, effort)
for eachNote in sortedById(task.notes()):
self.noteNode(node, eachNote)
for attachment in sortedById(task.attachments()):
self.attachmentNode(node, attachment)
return node
def taskNode(self, parentNode, task): # pylint: disable=W0621
maxDateTime = self.maxDateTime
node = self.baseCompositeNode(parentNode, task, 'task', self.taskNode)
node.attrib['status'] = str(task.getStatus())
if task.plannedStartDateTime() != maxDateTime:
node.attrib['plannedstartdate'] = str(task.plannedStartDateTime())
if task.dueDateTime() != maxDateTime:
node.attrib['duedate'] = str(task.dueDateTime())
if task.actualStartDateTime() != maxDateTime:
node.attrib['actualstartdate'] = str(task.actualStartDateTime())
if task.completionDateTime() != maxDateTime:
node.attrib['completiondate'] = str(task.completionDateTime())
if task.percentageComplete():
node.attrib['percentageComplete'] = str(task.percentageComplete())
if task.recurrence():
self.recurrenceNode(node, task.recurrence())
if task.budget() != date.TimeDelta():
node.attrib['budget'] = self.budgetAsAttribute(task.budget())
if task.priority():
node.attrib['priority'] = str(task.priority())
if task.hourlyFee():
node.attrib['hourlyFee'] = str(task.hourlyFee())
if task.fixedFee():
node.attrib['fixedFee'] = str(task.fixedFee())
reminder = task.reminder()
if reminder != maxDateTime and reminder != None:
node.attrib['reminder'] = str(reminder)
reminderBeforeSnooze = task.reminder(includeSnooze=False)
if reminderBeforeSnooze != None and reminderBeforeSnooze < task.reminder():
node.attrib['reminderBeforeSnooze'] = str(reminderBeforeSnooze)
prerequisiteIds = ' '.join([prerequisite.id() for prerequisite in \
sortedById(task.prerequisites())])
if prerequisiteIds:
node.attrib['prerequisites'] = prerequisiteIds
if task.shouldMarkCompletedWhenAllChildrenCompleted() != None:
node.attrib['shouldMarkCompletedWhenAllChildrenCompleted'] = \
str(task.shouldMarkCompletedWhenAllChildrenCompleted())
for effort in sortedById(task.efforts()):
self.effortNode(node, effort)
for eachNote in sortedById(task.notes()):
self.noteNode(node, eachNote)
for attachment in sortedById(task.attachments()):
self.attachmentNode(node, attachment)
return node
def taskNode(self, task): # pylint: disable-msg=W0621
maxDateTime = self.maxDateTime
node = self.baseCompositeNode(task, 'task', self.taskNode)
node.setAttribute('status', str(task.getStatus()))
if task.startDateTime() != maxDateTime:
node.setAttribute('startdate', str(task.startDateTime()))
if task.dueDateTime() != maxDateTime:
node.setAttribute('duedate', str(task.dueDateTime()))
if task.completionDateTime() != maxDateTime:
node.setAttribute('completiondate', str(task.completionDateTime()))
if task.percentageComplete() != 0:
node.setAttribute('percentageComplete', str(task.percentageComplete()))
if task.recurrence():
node.appendChild(self.recurrenceNode(task.recurrence()))
if task.budget() != date.TimeDelta():
node.setAttribute('budget', self.budgetAsAttribute(task.budget()))
if task.priority() != 0:
node.setAttribute('priority', str(task.priority()))
if task.hourlyFee() != 0:
node.setAttribute('hourlyFee', str(task.hourlyFee()))
if task.fixedFee() != 0:
node.setAttribute('fixedFee', str(task.fixedFee()))
if task.reminder() != None:
node.setAttribute('reminder', str(task.reminder()))
prerequisiteIds = ' '.join([prerequisite.id() for prerequisite in \
task.prerequisites()])
if prerequisiteIds:
node.setAttribute('prerequisites', prerequisiteIds)
if task.shouldMarkCompletedWhenAllChildrenCompleted() != None:
node.setAttribute('shouldMarkCompletedWhenAllChildrenCompleted',
str(task.shouldMarkCompletedWhenAllChildrenCompleted()))
for effort in task.efforts():
node.appendChild(self.effortNode(effort))
for eachNote in task.notes():
node.appendChild(self.noteNode(eachNote))
for attachment in task.attachments():
node.appendChild(self.attachmentNode(attachment))
return node
def taskNode(self, task): # pylint: disable-msg=W0621
node = self.baseCompositeNode(task, "task", self.taskNode)
node.setAttribute("status", str(task.getStatus()))
if task.startDateTime() != date.DateTime():
node.setAttribute("startdate", str(task.startDateTime()))
if task.dueDateTime() != date.DateTime():
node.setAttribute("duedate", str(task.dueDateTime()))
if task.completionDateTime() != date.DateTime():
node.setAttribute("completiondate", str(task.completionDateTime()))
if task.percentageComplete() != 0:
node.setAttribute("percentageComplete", str(task.percentageComplete()))
if task.recurrence():
node.appendChild(self.recurrenceNode(task.recurrence()))
if task.budget() != date.TimeDelta():
node.setAttribute("budget", self.budgetAsAttribute(task.budget()))
if task.priority() != 0:
node.setAttribute("priority", str(task.priority()))
if task.hourlyFee() != 0:
node.setAttribute("hourlyFee", str(task.hourlyFee()))
if task.fixedFee() != 0:
node.setAttribute("fixedFee", str(task.fixedFee()))
if task.reminder() != None:
node.setAttribute("reminder", str(task.reminder()))
prerequisiteIds = " ".join([prerequisite.id() for prerequisite in task.prerequisites()])
if prerequisiteIds:
node.setAttribute("prerequisites", prerequisiteIds)
if task.shouldMarkCompletedWhenAllChildrenCompleted() != None:
node.setAttribute(
"shouldMarkCompletedWhenAllChildrenCompleted", str(task.shouldMarkCompletedWhenAllChildrenCompleted())
)
for effort in task.efforts():
node.appendChild(self.effortNode(effort))
for eachNote in task.notes():
node.appendChild(self.noteNode(eachNote))
for attachment in task.attachments():
node.appendChild(self.attachmentNode(attachment))
return node
def onTaskAddedOrRemoved(self, event):
if any(task.efforts() for task in event.values()):
self._invalidateCache()
self.notifyObserversOfDurationOrEmpty()
def onTaskAddedOrRemoved(self, event):
if any(task.efforts() for task in event.values()):
self._invalidateCache()
self.notifyObserversOfDurationOrEmpty()
