def __init__(self, class_name):
super(GtkUmlClassWidget, self).__gobject_init__()
## We declare and initialize all of the class's instance properties
# It's important to do this in the constructor and not in the main body of the class. Otherwise those of the which are references will get SHARED AMONG INSTANCES!
# Subwidgets
self._inner_box = gtk.VBox()
self._titleLabel = GtkAutoresizableEntry()
self._attributesArea = GtkUmlAttributeTable()
self._methodsArea = GtkUmlMethodTable()
self.itemAreas = [self._attributesArea, self._methodsArea]
self._all_subwidgets = [self._titleLabel, self._attributesArea, self._methodsArea] # Only functional widgets, not padding (inner_box), nor decoration (multilines)
self._below_title_separator = GtkMultilineSeparatorWidget()
self._between_attributes_methods_separator = GtkMultilineSeparatorWidget()
self._between_methods_subclases_separator = None # Should be created only as subclases are added
self._subclases_area = None
self._all_separators = [self._below_title_separator, self._between_attributes_methods_separator, self._between_methods_subclases_separator]
self._non_title_separators = [self._between_attributes_methods_separator, self._between_methods_subclases_separator]
# Class logic properties
self.className = class_name
self.classSuperClass = None
self.classAttributes = self._attributesArea._items
self.classMethods = self._methodsArea._items
self.hasSubclases = False
## End of instance properties
## Start of actual initialization code
# Inner box for the widget border
self.pack_start(self._inner_box, padding = self.general_border + 1)
# Title label and its decorations
self._titleLabel.set_text(self.className)
self._titleLabel.set_has_frame(False)
self._inner_box.pack_start(GtkPaddedSingleContainer(self._titleLabel, self.area_padding), False, padding = 0)
self._below_title_separator.change_properties(self.multiline_lines, self.line_width, self.multiline_separation_distance, self.border_color, self.background_color)
self._inner_box.pack_start(self._below_title_separator, False, padding = 0)
# Attributes table and its decorations
self._inner_box.pack_start(GtkPaddedSingleContainer(self._attributesArea, self.area_padding), padding = 0)
self._between_attributes_methods_separator.change_properties(1, self.line_width, self.multiline_separation_distance, self.border_color, self.background_color)
self._inner_box.pack_start(self._between_attributes_methods_separator, False, padding = 0)
# Methods table and its decorations
self._inner_box.pack_start(GtkPaddedSingleContainer(self._methodsArea, self.area_padding), padding = self.area_padding)
# Subclases area and its decorations
self._between_methods_subclases_separator = GtkMultilineSeparatorWidget()
self._subclases_area = GtkUmlLayout()
self.subclases_area_container = GtkUmlSubclassArea(self._subclases_area)
self._inner_box.pack_start(self._between_methods_subclases_separator, False, padding = 0)
self._between_methods_subclases_separator.show()
self._inner_box.pack_start(GtkPaddedSingleContainer(self.subclases_area_container, self.area_padding), padding = self.area_padding)
# Connect some events
self.connect("expose_event", self._on_expose)
self.connect("size-allocate", self._on_size_allocate)
for a in self.itemAreas:
a.connect('item-added', lambda w, s1, s2, s3, s4, i1 : self.emit('class-changed', a))
a.connect('item-deleted', lambda w, s1, s2, s3, s4, i1 : self.emit('class-changed', a))
class GtkUmlClassWidget(gtk.HBox):
__gsignals__ = {
'class-changed' : (gobject.SIGNAL_RUN_LAST, gobject.TYPE_NONE, (gobject.TYPE_OBJECT,))
}
# Class appearance properties
general_border = 5
area_padding = 10
multiline_lines = 3
multiline_separation_distance = 5
line_width = 1
background_color = (1,1,1,1)
border_color = (0,0,0,1)
def __init__(self, class_name):
super(GtkUmlClassWidget, self).__gobject_init__()
## We declare and initialize all of the class's instance properties
# It's important to do this in the constructor and not in the main body of the class. Otherwise those of the which are references will get SHARED AMONG INSTANCES!
# Subwidgets
self._inner_box = gtk.VBox()
self._titleLabel = GtkAutoresizableEntry()
self._attributesArea = GtkUmlAttributeTable()
self._methodsArea = GtkUmlMethodTable()
self.itemAreas = [self._attributesArea, self._methodsArea]
self._all_subwidgets = [self._titleLabel, self._attributesArea, self._methodsArea] # Only functional widgets, not padding (inner_box), nor decoration (multilines)
self._below_title_separator = GtkMultilineSeparatorWidget()
self._between_attributes_methods_separator = GtkMultilineSeparatorWidget()
self._between_methods_subclases_separator = None # Should be created only as subclases are added
self._subclases_area = None
self._all_separators = [self._below_title_separator, self._between_attributes_methods_separator, self._between_methods_subclases_separator]
self._non_title_separators = [self._between_attributes_methods_separator, self._between_methods_subclases_separator]
# Class logic properties
self.className = class_name
self.classSuperClass = None
self.classAttributes = self._attributesArea._items
self.classMethods = self._methodsArea._items
self.hasSubclases = False
## End of instance properties
## Start of actual initialization code
# Inner box for the widget border
self.pack_start(self._inner_box, padding = self.general_border + 1)
# Title label and its decorations
self._titleLabel.set_text(self.className)
self._titleLabel.set_has_frame(False)
self._inner_box.pack_start(GtkPaddedSingleContainer(self._titleLabel, self.area_padding), False, padding = 0)
self._below_title_separator.change_properties(self.multiline_lines, self.line_width, self.multiline_separation_distance, self.border_color, self.background_color)
self._inner_box.pack_start(self._below_title_separator, False, padding = 0)
# Attributes table and its decorations
self._inner_box.pack_start(GtkPaddedSingleContainer(self._attributesArea, self.area_padding), padding = 0)
self._between_attributes_methods_separator.change_properties(1, self.line_width, self.multiline_separation_distance, self.border_color, self.background_color)
self._inner_box.pack_start(self._between_attributes_methods_separator, False, padding = 0)
# Methods table and its decorations
self._inner_box.pack_start(GtkPaddedSingleContainer(self._methodsArea, self.area_padding), padding = self.area_padding)
# Subclases area and its decorations
self._between_methods_subclases_separator = GtkMultilineSeparatorWidget()
self._subclases_area = GtkUmlLayout()
self.subclases_area_container = GtkUmlSubclassArea(self._subclases_area)
self._inner_box.pack_start(self._between_methods_subclases_separator, False, padding = 0)
self._between_methods_subclases_separator.show()
self._inner_box.pack_start(GtkPaddedSingleContainer(self.subclases_area_container, self.area_padding), padding = self.area_padding)
# Connect some events
self.connect("expose_event", self._on_expose)
self.connect("size-allocate", self._on_size_allocate)
for a in self.itemAreas:
a.connect('item-added', lambda w, s1, s2, s3, s4, i1 : self.emit('class-changed', a))
a.connect('item-deleted', lambda w, s1, s2, s3, s4, i1 : self.emit('class-changed', a))
## End of the initialization code
def _on_expose(self, widget, event):
context = widget._inner_box.window.cairo_create()
context.rectangle(event.area.x, event.area.y, event.area.width, event.area.height)
context.clip()
self._draw(context)
return False
# To ensure the border and contained elements are redrawn when the widget is resized
def _on_size_allocate(self, widget, allocation):
self.queue_draw() # Will send an "expose_event" as soon as reasonable, will perhaps do some other things.
return False
def _draw(self, context):
# Cairo preparations
context.set_line_width(self.line_width)
# Draw the outer rectangular border
rect = self.get_allocation()
make_current_color(context, self.background_color)
context.rectangle(rect.x, rect.y, rect.width, rect.height)
context.fill()
sx = rect.x + self.general_border
sy = rect.y + self.general_border
ex = rect.width - 2*self.general_border
ey = rect.height - 2*self.general_border
make_current_color(context, self.border_color)
context.rectangle(sx, sy, ex, ey)
context.stroke()
def add_subclass(self, widget, super_class = None, outer_class = None):
if(self.hasSubclases == False):
if(outer_class == self.className or outer_class == None):
self.hasSubclases = True
self._subclases_area.connect('class-added', lambda w1, w2, s1, s2 : self.emit('class-changed', self._subclases_area))
self._subclases_area.add_class(widget, super_class)
self._subclases_area.show_all()
else:
return
else:
if(outer_class == self.className):
self._subclases_area.add_class(widget, super_class, None)
else:
self._subclases_area.add_class(widget, super_class, outer_class)
return
def add_attribute(self, ac_mod, att_type, name):
# Create the item dictionary
attribute = {"name" : name, "ac_mod" : ac_mod, "type" : att_type, "signature" : name, "index" : -1}
return self._attributesArea._add_item_dict(attribute)
def add_method(self, ac_mod, method_type, name, params):
# unique_name is a unique method identifier derived from the method's name and TYPEs (but not names) of its parameters.
unique_name = name
# The method's signature is its name followed by (, followed by the list of parameters, followed by )
append_coma = False
signature = name + "("
# We unpack the parameters to construct the signature and methods unique_name
for (t, n) in params:
unique_name += " " + t
if append_coma:
signature += ", " + t + " " + n
else:
append_coma = True
signature += t + " " + n
signature += ")"
# Create the item dictionary
method = {"name" : unique_name, "ac_mod" : ac_mod, "type" : method_type, "signature" : signature, "index" : -1}
return self._methodsArea._add_item_dict(method)
def get_methods(self):
return self._methodsArea.get_methods()
def get_attributes(self):
return self._attributesArea.get_attributes();
def get_inner_clases(self):
if(self.hasSubclases == False):
return []
else:
return self._subclases_area.get_clases()
def get_schema(self):
schema = {}
schema["name"] = self.className
schema["attributes"] = self.get_attributes()
schema["methods"] = self.get_methods()
schema["inner_clases"] = self.get_inner_clases()
if self.classSuperClass != None:
schema["super_class"] = self.classSuperClass.className
else:
schema["super_class"] = None
return schema