def __init__(self, name, klass, parent, id, custom_class=True):
np.PropertyOwner.__init__(self)
# initialise instance logger
self._logger = logging.getLogger(self.__class__.__name__)
# initialise instance
self.parent = parent
self.id = id # id used for internal purpose events
# initialise instance properties
self.name = name_p = np.NameProperty(name)
self.classname = klass
self.klass = klass_p = np.ClassProperty(klass, name="class") # Name of the object's class: read/write or read only
if not custom_class: klass_p.readonly = True # only used for StatusBar, ToolBar and also non-standalone MenuBar
# Name of object's wxWidget class; base and klass are mostly the same, except e.g. wxDialog:
self.base = klass # not editable; e.g. wxFrame or wxComboBox; used to find the code generator
# If true, the user can change the value of the 'class' property:
self.custom_class = custom_class
if getattr(self, '_custom_base_classes', False):
self.custom_base = np.TextPropertyD("", multiline=False, default_value=None)
else:
self.custom_base = None
self.extracode = np.CodeProperty()
self.extracode_pre = np.CodeProperty()
self.extracode_post = np.CodeProperty()
self.extraproperties = np.ExtraPropertiesProperty()
self.widget = None # this is the reference to the actual wxWindow widget, created when required
self._dont_destroy = False
EventsMixin.__init__(self)
def get_property_handler(self, prop_name):
"""\
returns a custom handler function for the property 'prop_name', used
when loading this object from an xml file. handler must provide
three methods: 'start_elem', 'end_elem' and 'char_data'
"""
# ALB 2004-12-05
return EventsMixin.get_property_handler(self, prop_name)
def get_property_handler(self, prop_name):
"""\
returns a custom handler function for the property 'prop_name', used
when loading this object from an xml file. handler must provide
three methods: 'start_elem', 'end_elem' and 'char_data'
"""
# ALB 2004-12-05
return EventsMixin.get_property_handler(self, prop_name)
def __init__(self, name, klass, parent, id, custom_class=True):
np.PropertyOwner.__init__(self)
# initialise instance logger
self._logger = logging.getLogger(self.__class__.__name__)
# initialise instance
self.parent = parent
self.id = id # id used for internal purpose events
# initialise instance properties
self.name = name_p = np.NameProperty(name)
self.klass = klass_p = np.TextProperty(
klass, name="class"
) # Name of the object's class: read/write or read only
if not custom_class: klass_p.readonly = True
# validation for class
klass_p.validation_re = re.compile(r'^[a-zA-Z_]+[\w:.0-9-]*$')
# Name of object's wxWidget class; base and klass are mostly the same, except e.g. wxDialog:
self.base = np.TextProperty(klass, "base")
# If true, the user can change the value of the 'class' property:
self.custom_class = custom_class
if getattr(self, '_custom_base_classes', False):
self.custom_base = np.TextPropertyD("", multiline=False)
else:
self.custom_base = None
self.extracode = cp.CodePropertyD() # code property
self.extraproperties = cp.ExtraPropertiesProperty()
self.widget = None # this is the reference to the actual wxWindow widget, created when required
self._rmenu = None # popup menu
self._dont_destroy = False
EventsMixin.__init__(self)
def __init__(self, name, klass, parent, id, property_window, show=True,
custom_class=True):
# property_window: widget inside which Properties of this object
# are displayed
# name: name of the object
# klass: name of the object's class
# custom_class: if true, the user can chage the value of the 'class'
# property
# dictionary of properties relative to this object; the properties that
# control the layout (i.e. the behaviour when inside a sizer) are not
# contained here, but in a separate list (see ManagedBase)
# the keys of the dict are the names of the properties
self.properties = {}
self.parent = parent
# id used for internal purpose events
self.id = id
self.name = name
self.klass = klass
self.base = klass
self.custom_class = custom_class
self._dont_destroy = False
self.access_functions = {
'name' : (lambda : self.name, self.set_name),
'class' : (lambda : self.klass, self.set_klass)
}
# these two properties are special and are not listed in
# 'self.properties'
self.name_prop = TextProperty(self, 'name', None, label=_("name"))
self.klass_prop = TextProperty(self, 'class', None,
readonly=not custom_class, label=_("class"))
if custom_class:
self.klass_prop.tooltip = _("If you change the default value, " \
"it will be interpreted as the name " \
"of the subclass of the widget. " \
"How this name affects code generation "\
"depends on the kind (i.e. language) " \
"of output. See the docs for " \
"more details.")
# ALB 2007-08-31: custom base classes support
if getattr(self, '_custom_base_classes', False):
self.custom_base = ""
def get_custom_base(): return self.custom_base
def set_custom_base(val): self.custom_base = val
self.access_functions['custom_base'] = (get_custom_base,
set_custom_base)
p = self.properties['custom_base'] = TextProperty(
self, 'custom_base', can_disable=True, enabled=False)
p.label = _('Base class(es)')
p.tooltip = _("""\
A comma-separated list of custom base classes. The first will be invoked \
with the same parameters as this class, while for the others the default \
constructor will be used. You should probably not use this if \
"overwrite existing sources" is not set.""")
self.notebook = None
self.property_window = property_window
# popup menu
self._rmenu = None
# this is the reference to the actual wxWindow widget; it is created
# only if needed, i.e. when it should become visible
self.widget = None
if show:
self.show_widget(True)
property_window.SetSize((250, 340))
property_window.Show(True)
# ALB 2004-12-05
EventsMixin.__init__(self)
# code property
import code_property
self.properties['extracode'] = code_property.CodeProperty(self)
self.properties['extraproperties'] = code_property.ExtraPropertiesProperty(self)
def __init__(self,
name,
klass,
parent,
id,
property_window,
show=True,
custom_class=True):
# property_window: widget inside which Properties of this object
# are displayed
# name: name of the object
# klass: name of the object's class
# custom_class: if true, the user can chage the value of the 'class'
# property
# dictionary of properties relative to this object; the properties that
# control the layout (i.e. the behaviour when inside a sizer) are not
# contained here, but in a separate list (see ManagedBase)
# the keys of the dict are the names of the properties
self.properties = {}
self.parent = parent
# id used for internal purpose events
self.id = id
self.name = name
self.klass = klass
self.base = klass
self.custom_class = custom_class
self._dont_destroy = False
self.access_functions = {
'name': (lambda: self.name, self.set_name),
'class': (lambda: self.klass, self.set_klass)
}
# these two properties are special and are not listed in
# 'self.properties'
self.name_prop = TextProperty(self, 'name', None, label=_("name"))
self.klass_prop = TextProperty(self,
'class',
None,
readonly=not custom_class,
label=_("class"))
if custom_class:
self.klass_prop.tooltip = _("If you change the default value, " \
"it will be interpreted as the name " \
"of the subclass of the widget. " \
"How this name affects code generation "\
"depends on the kind (i.e. language) " \
"of output. See the docs for " \
"more details.")
# ALB 2007-08-31: custom base classes support
if getattr(self, '_custom_base_classes', False):
self.custom_base = ""
def get_custom_base():
return self.custom_base
def set_custom_base(val):
self.custom_base = val
self.access_functions['custom_base'] = (get_custom_base,
set_custom_base)
p = self.properties['custom_base'] = TextProperty(self,
'custom_base',
can_disable=True,
enabled=False)
p.label = _('Base class(es)')
p.tooltip = _("""\
A comma-separated list of custom base classes. The first will be invoked \
with the same parameters as this class, while for the others the default \
constructor will be used. You should probably not use this if \
"overwrite existing sources" is not set.""")
self.notebook = None
self.property_window = property_window
# popup menu
self._rmenu = None
# this is the reference to the actual wxWindow widget; it is created
# only if needed, i.e. when it should become visible
self.widget = None
if show:
self.show_widget(True)
property_window.SetSize((250, 340))
property_window.Show(True)
# ALB 2004-12-05
EventsMixin.__init__(self)
# code property
import code_property
self.properties['extracode'] = code_property.CodeProperty(self)
self.properties[
'extraproperties'] = code_property.ExtraPropertiesProperty(self)
