def removeObject(self, obj):
if not obj:
qWarning("PluginManagerPrivate.removeObject(): trying to remove null object")
return
if obj not in self.allObjects:
qWarning(("PluginManagerPrivate.removeObject(): object not in list: " + obj.objectName()))
return
self.pluginManager.aboutToRemoveObject.emit(obj)
QWriteLocker(self.pluginManager.lock)
self.allObjects[:] = []
def addObject(self, obj):
QWriteLocker(self.pluginManager.lock)
if not obj:
qWarning("PluginManagerPrivate.addObject(): trying to add None object")
return
if obj in self.allObjects:
qWarning("PluginManagerPrivate.addObject(): trying to add duplicate object")
return
self.allObjects.append(obj)
def saveContact(self, name, phone, email, address):
if not self.manager:
qWarning("No manager selected, cannot save")
return
if self.contactId:
print "Updating existing contact"
contact = self.manager.contact(self.contactId)
else:
print "Creating new contact"
contact = QContact()
if not name:
self.errorMessage = "Name must not be empty!"
return False
# Name
if name != self.manager.synthesizedContactDisplayLabel(contact):
saveNameField = self.nameField()
if saveNameField:
nm = QContactName(contact.detail(
QContactName().DefinitionName))
nm.setValue(saveNameField, name)
contact.saveDetail(nm)
# Phone
phoneObj = QContactPhoneNumber(
contact.detail(QContactPhoneNumber.DefinitionName))
phoneObj.setNumber(phone)
contact.saveDetail(phoneObj)
# Email
if self.emailEnabled:
emailObj = QContactEmailAddress(
contact.detail(QContactEmailAddress.DefinitionName))
emailObj.setEmailAddress(email)
contact.saveDetail(emailObj)
# Address
if self.addressEnabled:
addressObj = QContactAddress(
contact.detail(QContactAddress.DefinitionName))
addressObj.setStreet(address)
contact.saveDetail(addressObj)
contact = self.manager.compatibleContact(contact)
success = self.manager.saveContact(contact)
if not success:
qWarning("Failed to save contact")
self.updateContactList()
return True
def saveContact(self, name, phone, email, address):
if not self.manager:
qWarning("No manager selected, cannot save")
return
if self.contactId:
print "Updating existing contact"
contact = self.manager.contact(self.contactId)
else:
print "Creating new contact"
contact = QContact()
if not name:
self.errorMessage = "Name must not be empty!"
return False
# Name
if name != self.manager.synthesizedContactDisplayLabel(contact):
saveNameField = self.nameField()
if saveNameField:
nm = QContactName(contact.detail(QContactName().DefinitionName))
nm.setValue(saveNameField, name)
contact.saveDetail(nm)
# Phone
phoneObj = QContactPhoneNumber(contact.detail(QContactPhoneNumber.DefinitionName))
phoneObj.setNumber(phone)
contact.saveDetail(phoneObj)
# Email
if self.emailEnabled:
emailObj = QContactEmailAddress(contact.detail(QContactEmailAddress.DefinitionName))
emailObj.setEmailAddress(email)
contact.saveDetail(emailObj)
# Address
if self.addressEnabled:
addressObj = QContactAddress(contact.detail(QContactAddress.DefinitionName))
addressObj.setStreet(address)
contact.saveDetail(addressObj)
contact = self.manager.compatibleContact(contact)
success = self.manager.saveContact(contact)
if not success:
qWarning("Failed to save contact")
self.updateContactList()
return True
def add(self, component):
if component is None:
return
QWriteLocker(Aggregate.lock())
parent_aggregation = Aggregate.__aggregate_map().get(component)
if parent_aggregation == self:
return
if parent_aggregation is not None:
qWarning("Cannot add a component that belongs to a different aggregate: "
+ str(component))
return
self.__components.append(component)
component.destroyed.connect(self.__delete_self)
Aggregate.__aggregate_map()[component] = self
# K DEBUG
if KDEBUG:
print("parent aggregate map add component: " + component.objectName())
#
self.changed.emit()
# qmlRegisterType<Person>("People", 1,0, "Person");
qmlRegisterType(Person, 'People', 1, 0, 'Person');
# QDeclarativeEngine engine;
engine = QDeclarativeEngine()
# QDeclarativeComponent component(&engine, QUrl("qrc:example.qml"));
component = QDeclarativeComponent(engine, QUrl("example.qml"))
# Person *person = qobject_cast<Person *>(component.create());
person = component.create()
# if (person) {
if person:
# qWarning() << "The person's name is" << person->name();
# qWarning() << "They wear a" << person->shoeSize() << "sized shoe";
qWarning("The person's name is {p.name}".format(p=person))
qWarning("They wear a {p.shoeSize} sized shoe".format(p=person))
# } else {
else:
# usual approach failed here: needed extract all the errors from a
# list, and then cast them to strings.
# trying to cast to unicode resulted in an incomplete error message
for x in component.errors():
qWarning(str(x))
# qWarning() << component.errors();
# qWarning(component.errors())
# return 0;
# nothing equivalent here
qmlRegisterType(BirthdayParty, 'People', 1, 0, 'BirthdayParty');
# QDeclarativeEngine engine;
engine = QDeclarativeEngine()
# QDeclarativeComponent component(&engine, QUrl("qrc:example.qml"));
component = QDeclarativeComponent(engine, QUrl("example.qml"))
# BirthdayParty *party = qobject_cast<BirthdayParty *>(component.create());
party = component.create()
# if (party && party->host()) {
if party and party.host:
# qWarning() << party->host()->name() << "is having a birthday!";
# qWarning() << "They are inviting:";
qWarning("{host.name} is having a birthday!".format(host=party.host))
qWarning("They are inviting:")
# for (int ii = 0; ii < party->guestCount(); ++ii)
# qWarning() << " " << party->guest(ii)->name();
for x in range(party.guestCount()):
qWarning("{}".format(party.guest(x)))
# } else {
else:
# usual approach failed here: needed extract all the errors from a
# list, and then cast them to strings.
# trying to cast to unicode resulted in an incomplete error message
for x in component.errors():
qWarning(str(x))
# qWarning() << component.errors();
# qWarning(component.errors())
qmlRegisterType(BirthdayParty, 'People', 1, 0, 'BirthdayParty')
# QDeclarativeEngine engine;
engine = QDeclarativeEngine()
# QDeclarativeComponent component(&engine, QUrl("qrc:example.qml"));
component = QDeclarativeComponent(engine, QUrl("example.qml"))
# BirthdayParty *party = qobject_cast<BirthdayParty *>(component.create());
party = component.create()
# if (party && party->host()) {
if party and party.host:
# qWarning() << party->host()->name() << "is having a birthday!";
# qWarning() << "They are inviting:";
qWarning("{host.name} is having a birthday!".format(host=party.host))
qWarning("They are inviting:")
# for (int ii = 0; ii < party->guestCount(); ++ii)
# qWarning() << " " << party->guest(ii)->name();
for x in range(party.guestCount()):
qWarning("{}".format(party.guest(x)))
# } else {
else:
# usual approach failed here: needed extract all the errors from a
# list, and then cast them to strings.
# trying to cast to unicode resulted in an incomplete error message
for x in component.errors():
qWarning(str(x))
# qWarning() << component.errors();
# qWarning(component.errors())
