def main (argv=None):
if not argv: argv = sys.argv
cfg = conf.Cfg()
cfg.toolkit = 'gtk'
gui.load(cfg).enter_loop()
return 0
def main(argv=None):
if not argv: argv = sys.argv
cfg = conf.Cfg()
cfg.toolkit = 'gtk'
gui.load(cfg).enter_loop()
return 0
def __init__(self, master, *args, **kwargs):
Frame.__init__(self, master, *args, **kwargs)
self.master = master
self.master.minsize(500, 300)
self.master.maxsize(500, 300)
func.center_window(self, 500, 300)
self.master.title("Dan's phonebook demo")
self.master.configure(bg="#F0F0F0")
self.master.protocol("WM_DELETE_WINDOW", lambda: func.ask_quit(self))
arg = self.master
gui.load(self)
def load(edit=False, dockable=False, *args, **kwargs):
"""To launch the ui and not get the same instance
Returns:
Anim_picker: instance
Args:
edit (bool, optional): Description
dockable (bool, optional): Description
"""
return gui.load(edit=edit, dockable=dockable)
print "initializing!"
evt.window["mypanel"]["mybutton"].label = "Click ME!!!!"
evt.window.show()
def on_menu_file_about_click(event):
pass
def on_menu_file_exit_click(evt):
evt.window.close()
def on_field1_change(evt):
print "Changed, new text: ", evt.window["field1"].value
def on_field1_keypress(evt):
print "Keypress: ", evt.key
if evt.key == 13:
gui.alert(evt.window["field1"].value, "hello world!")
def on_mypanel_mybutton_click(etv):
gui.alert("btn clicked!!!!")
if __name__ == "__main__":
window = gui.load()
gui.main_loop()
def setMode(isAuto):
import gui
isAuto = isAuto
gui.load(isAuto)
# create a toolbox
frame = wx.Frame(None, pos=(0, 25), size=(80, 600), title="GUI Toolbox")
tb = ToolBox(frame)
if len(sys.argv) > 1:
filename = sys.argv[1]
else:
# let the user choose the file to edit:
filename = gui.open_file("Select the file to edit", ".", "sample.pyw")
if not filename:
exit()
vars = {}
if filename.endswith(".rsrc.py"):
# load the resource file (do not bind the controller event handlers)
objs = gui.load(filename, controller=False)
else:
# exec a normal python file
execfile(filename, vars)
root = None
objs = vars.values()
for value in objs:
if not isinstance(value, gui.Window):
continue
root = value # TODO: support many windows
# load the window in the widget inspector
inspector.load_object(root)
# associate the window with the designer:
# (override mouse events to allow moving and resizing)
designer = BasicDesigner(root, inspector)
# associate the window with the toolbox:
# create a toolbox
frame = wx.Frame(None, pos=(0, 25), size=(80, 600), title="GUI Toolbox")
tb = ToolBox(frame)
if len(sys.argv) > 1:
filename = sys.argv[1]
else:
# let the user choose the file to edit:
filename = gui.open_file("Select the file to edit", ".", "sample.pyw")
if not filename:
exit()
vars = {}
if filename.endswith(".rsrc.py"):
# load the resource file (do not bind the controller event handlers)
objs = gui.load(filename=filename, controller=False)
else:
# exec a normal python file
execfile(filename, vars)
root = None
objs = vars.values()
for value in objs:
if not isinstance(value, gui.Window):
continue
root = value # TODO: support many windows
# load the window in the widget inspector
inspector.load_object(root)
# associate the window with the designer:
# (override mouse events to allow moving and resizing)
designer = BasicDesigner(root, inspector)
# associate the window with the toolbox:
def load(edit=False, multi=False):
'''Fast load method
'''
import gui
return gui.load(edit=edit, multi=multi)
def load(edit=False, multi=False):
"""Fast load method
"""
import gui
return gui.load(edit=edit, multi=multi)
print "initializing!"
evt.window['mypanel']['mybutton'].label = "Click ME!!!!"
evt.window.show()
def on_menu_file_about_click(event):
pass
def on_menu_file_exit_click(evt):
evt.window.close()
def on_field1_change(evt):
print "Changed, new text: ", evt.window['field1'].value
def on_field1_keypress(evt):
print "Keypress: ", evt.key
if evt.key == 13:
gui.alert(evt.window['field1'].value, "hello world!")
def on_mypanel_mybutton_click(etv):
gui.alert("btn clicked!!!!")
if __name__ == '__main__':
window = gui.load()
gui.main_loop()
def load(edit=False, multi=False):
'''Fast load method
'''
import gui
return gui.load(edit=edit, multi=multi)
import gui_auto
import gui_man
#std lib
import threading
#local used variables
_loopDelayTimer = 2.0
param.isAuto = True
#define methods
def _mainLoop():
threading.Timer(_loopDelayTimer, _mainLoop).start()
if param.isAuto:
if param.isOn:
program.update()
if (param.isOn):
tempControl.update(tempSens.get())
else:
tempControl.off()
#initialisation script
tempControl.init()
_mainLoop() #start mainLoop
gui.load(True) #load manual user interface
font["face"] = font.pop("faceName")
if "family" in font and font["family"] == "sansSerif":
font["family"] = "sans serif"
return font
if __name__ == "__main__":
import sys
import os
import pprint
import gui
if len(sys.argv) > 1:
# use the provided resource file:
rsrc = gui.load(sys.argv[1])
else:
# use a test resource file (see minimal.rsrc.py sample):
rsrc = {
"application": {
"type": "Application",
"name": "Minimal",
"backgrounds": [
{
"type": "Background",
"name": "bgMin",
"title": "Minimal PythonCard Application",
"size": (200, 100),
"menubar": {
"type": "MenuBar",
"menus": [
# the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # FreeEMS software is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with any FreeEMS software. If not, see <http://www.gnu.org/licenses/>. # # We ask that if you make any changes to this file you send them upstream to us at [email protected] # Attempt to load bootstrap file try: import bootstrap except ImportError: pass # Load libraries import libs.data, controller, gui # Begin setting up program libs.data.createDirectory() # Start up the program controller ctr = controller.app() # Start up the gui gui.load(ctr)
import gui
import gui_auto
import gui_man
#std lib
import threading
#local used variables
_loopDelayTimer = 2.0
#define methods
def _mainLoop():
threading.Timer(_loopDelayTimer, _mainLoop).start()
if param.isAuto:
if param.isOn:
program.update()
if (param.isOn):
tempControl.update(tempSens.get())
else:
tempControl.off()
motor.update()
#initialisation script
tempControl.init()
_mainLoop() #start mainLoop
gui.load(False) #load manual user interface