def capture(target_uri):
app = None
window = None
widget = None
target_parts = target_uri.split('/')
if len(target_parts) >= 1:
# load the app
class_name = to_pascalcase(target_parts[0])
app_class = get_class(target_parts[0], class_name)
app = app_class()
app.open()
if not app:
print "Unable to load '%s' app" % class_name
return
if len(target_parts) >= 2:
# load the window (from within app)
class_name = to_pascalcase(target_parts[1])
for window_class in app.windows:
if window_class.__name__ == class_name:
window = app.init_window(window_class)
break
if not window:
print "Unable to load '%s' window" % class_name
return
if len(target_parts) >= 3:
# load the widget (from within window)
widget_name = target_parts[2]
for widget_instance in window.widgets:
if widget_instance.name == widget_name:
widget = widget_instance
break
if not widget:
print "Unable to load '%s' widget" % widget_name
return
parent_widget = widget
for i in range(3, len(target_parts)):
# load the widget (from within widget)
widget_name = target_parts[i]
for widget_instance in widget.widgets:
if widget_instance.name == widget_name:
widget = widget_instance
break
if widget == parent_widget:
print "Unable to load '%s' widget" % widget_name
return
widget.capture_screenshots()
else:
window.capture_screenshots()
else:
app.capture_screenshots()
def create_app(name):
f = open(os.path.join(name, "%s.py" % name), "w")
f.write("from sikwidgets.application import Application\n")
f.write("from windows.%s_window import %sWindow\n" % (name, to_pascalcase(name)))
f.write("\n")
f.write("class %s(Application):\n" % to_pascalcase(name))
f.write("\topen_cmd = ''\n")
f.write("\twindows = [%sWindow]\n" % to_pascalcase(name))
f.close()
def create_window(name):
windows_path = os.path.join(name, "windows")
f = open(os.path.join(windows_path, "%s_window.py" % name), "w")
f.write("from sikwidgets.window import Window\n")
f.write("from sikwidgets.region_group import RegionGroup\n")
f.write("\n")
f.write("class %sWindow(Window):\n" % to_pascalcase(name))
f.write("\tdef contains(self):\n")
f.write("\t\tpass")
f.close()
