def modal_event_loop(self):
"""Loop reading and handling events for the given window until
exit_event_loop() is called. Interaction with other windows is prevented
(although enabled application-wide menu commands can be used)."""
# Implementations can override this together with exit_modal_event_loop()
# to implement modal event loops in a different way.
application()._event_loop(self)
def destroy(self):
GComponent.destroy(self)
wo = self._win
if wo:
wo.AttachObject(None)
wo.ShowWindow(wc.SW_HIDE)
application()._win_recycle(wo)
def destroy(self):
GComponent.destroy(self)
wo = self._win
if wo:
wo.AttachObject(None)
wo.ShowWindow(wc.SW_HIDE)
application()._win_recycle(wo)
def modal_event_loop(self):
"""Loop reading and handling events for the given window until
exit_event_loop() is called. Interaction with other windows is prevented
(although enabled application-wide menu commands can be used)."""
# Implementations can override this together with exit_modal_event_loop()
# to implement modal event loops in a different way.
application()._event_loop(self)
def _win_menu_command(self, id):
command = win_id_to_command(id)
if command:
application().dispatch_menu_command(command)
return True
else:
return False
def main():
win = Window()
view = PolyView(width=120, height=120)
win.add(view)
win.shrink_wrap()
win.show()
application().run()
def test():
win = Window(title = "Exceptions", size = (200, 100))
but1 = Button("ApplicationError", action = raise_application_error)
but2 = Button("Exception", action = raise_exception)
win.place_column([but1, but2], left = 20, top = 20)
win.shrink_wrap(padding = (20, 20))
win.show()
application().run()
def OnClose(self):
#print "Window:", self, "OnClose"
try:
self.close_cmd()
except Cancel:
pass
except:
application().report_error()
def OnClose(self):
# print "Window:", self, "OnClose"
try:
self.close_cmd()
except Cancel:
pass
except:
application().report_error()
def test():
view = GearsView(size = (300, 300))
win = Window(title = "Gears")
win.place(view, sticky = "nsew")
view.become_target()
win.shrink_wrap()
win.show()
application().run()
def test():
win = Window(title="Exceptions", size=(200, 100))
but1 = Button("ApplicationError", action=raise_application_error)
but2 = Button("Exception", action=raise_exception)
win.place_column([but1, but2], left=20, top=20)
win.shrink_wrap(padding=(20, 20))
win.show()
application().run()
def destroy(self):
"""Destroy any associated windows, then destroy document contents."""
#print "Document.destroy:", self ###
for win in self._windows[:]:
win.destroy()
application()._remove_document(self)
self.destroy_contents()
Model.destroy(self)
def test():
view = GearsView(size=(300, 300))
win = Window(title="Gears")
win.place(view, sticky="nsew")
view.become_target()
win.shrink_wrap()
win.show()
application().run()
def test():
starter = Button("Start", action = start_task)
stopper = Button("Stop", action = stop_task)
win = Window(title = "Tasks")
win.place_column([starter, stopper], left = 20, top = 20, spacing = 20)
win.shrink_wrap(padding = (20, 20))
win.show()
application().run()
def test():
win = Window(title = "Targeting", size = (180, 100))
patch1 = TestPatch("Red patch", red, position = (20, 20))
patch2 = TestPatch("Green patch", green, position = (100, 20))
win.add(patch1)
win.add(patch2)
win.show()
application().run()
def destroy(self):
"""Destroy any associated windows, then destroy document contents."""
#print "Document.destroy:", self ###
for win in self._windows[:]:
win.destroy()
application()._remove_document(self)
self.destroy_contents()
Model.destroy(self)
def test():
starter = Button("Start", action=start_task)
stopper = Button("Stop", action=stop_task)
win = Window(title="Tasks")
win.place_column([starter, stopper], left=20, top=20, spacing=20)
win.shrink_wrap(padding=(20, 20))
win.show()
application().run()
def test():
win = Window(title="Targeting", size=(180, 100))
patch1 = TestPatch("Red patch", red, position=(20, 20))
patch2 = TestPatch("Green patch", green, position=(100, 20))
win.add(patch1)
win.add(patch2)
win.show()
application().run()
def __init__(self, style = 'standard', closable = None, **kwds):
if closable is None:
raise Exceptions.InternalError(
"'closable' parameter unspecified in call to generic Window.__init__")
Container.__init__(self, **kwds)
self._style = style
self._dialog_style = style.find('dialog') >= 0
self._closable = closable
application()._add_window(self)
def track_mouse(self):
self._win_tracking_mouse = True
while 1:
application().event_loop()
event = self._win_mouse_event
yield event
if event.kind == 'mouse_up':
break
self._win_tracking_mouse = False
def test():
doc = TestDoc(title = "Document")
view = TestDocView(model = doc, size = (200, 200))
win = Window(resizable = 0, size = (200, 200))
win.add(view)
win.document = doc
#say(view.x, view.y, view.width, view.height)
win.show()
application().run()
def __init__(self, style = 'standard', closable = None, **kwds):
if closable is None:
raise Exceptions.InternalError(
"'closable' parameter unspecified in call to generic Window.__init__")
Container.__init__(self, **kwds)
self._style = style
self._dialog_style = style.find('dialog') >= 0
self._closable = closable
application()._add_window(self)
def track_mouse(self):
self._win_tracking_mouse = True
while 1:
application().event_loop()
event = self._win_mouse_event
yield event
if event.kind == 'mouse_up':
break
self._win_tracking_mouse = False
def test():
doc = TestDoc(title="Document")
view = TestDocView(model=doc, size=(200, 200))
win = Window(resizable=0, size=(200, 200))
win.add(view)
win.document = doc
#say(view.x, view.y, view.width, view.height)
win.show()
application().run()
def OnTimer(self, event_id):
#print "TimerWnd.OnTimer:", event_id
task = self.tasks.get(event_id)
if task:
if not task._repeat:
self.cancel(task)
task._proc()
# We do this so that the application can't get starved of idle time
# by a repeatedly-firing Task:
application()._win_idle()
def OnTimer(self, event_id):
#print "TimerWnd.OnTimer:", event_id
task = self.tasks.get(event_id)
if task:
if not task._repeat:
self.cancel(task)
task._proc()
# We do this so that the application can't get starved of idle time
# by a repeatedly-firing Task:
application()._win_idle()
def copy_cmd(self):
if self._password:
return
if self._multiline:
gtk_textbuffer = self._gtk_textbuffer
start_iter, end_iter = self._gtk_get_sel_iters()
text = gtk_textbuffer.get_text(start_iter, end_iter, 1)
else:
start, end = self._gtk_get_sel_positions()
text = self._gtk_entry.get_chars(start, end)
if text:
application().set_clipboard(text)
def win_command_to_id(name, index=None):
if index is not None:
key = (name, index)
else:
key = name
id = win_command_map.get(key)
if not id:
id = len(win_command_list) + 1
win_command_map[key] = id
win_command_list.append(key)
application()._win_app.HookCommandUpdate(win_command_update, id)
return id
def copy_cmd(self):
if self._password:
return
if self._multiline:
gtk_textbuffer = self._gtk_textbuffer
start_iter, end_iter = self._gtk_get_sel_iters()
text = gtk_textbuffer.get_text(start_iter, end_iter, 1)
else:
start, end = self._gtk_get_sel_positions()
text = self._gtk_entry.get_chars(start, end)
if text:
application().set_clipboard(text)
def win_command_to_id(name, index=None):
if index is not None:
key = (name, index)
else:
key = name
id = win_command_map.get(key)
if not id:
id = len(win_command_list) + 1
win_command_map[key] = id
win_command_list.append(key)
application()._win_app.HookCommandUpdate(win_command_update, id)
return id
def test():
def bing():
say("Bing!")
#fld._win_dump_flags()
win = Window(title = "Shrink Wrap", resizable = 0)
but = Button("Bing!", action = bing)
cbx = CheckBox("Spam")
fld = TextField(width = 100)
win.place(but, left = 20, top = 20)
win.place(cbx, left = but + 20, top = 20)
win.place(fld, left = 20, top = but + 20)
win.shrink_wrap()
win.show()
application().run()
def test():
def bing():
say("Bing!")
#fld._win_dump_flags()
win = Window(title = "Shrink Wrap", resizable = 0)
but = Button("Bing!", action = bing)
cbx = CheckBox("Spam")
fld = TextField(width = 100)
win.place(but, left = 20, top = 20)
win.place(cbx, left = but + 20, top = 20)
win.place(fld, left = 20, top = but + 20)
win.shrink_wrap()
win.show()
application().run()
def OnCommand(self, wParam, lParam):
#print "WinMessageReflector.OnCommand: code = 0x%04x 0x%04x lParam = 0x%08x" % (
# HIWORD(wParam), LOWORD(wParam), lParam)
try:
code = HIWORD(wParam)
id = LOWORD(wParam)
if id:
if self._win_menu_command(id):
return
name = win_command_map.get(code)
if name:
self._forward_reflected_message(lParam, name)
except Cancel:
pass
except:
application().report_error()
def _gtk_update_menubar(self):
#
# Update the contents of the menubar after either the application
# menu list or this window's menu list has changed. We only add
# the menu titles at this stage; the menus themselves are attached
# during menu setup. We also attach the accel groups associated
# with the new menus.
#
# Things would be simpler if we could attach the menus here,
# but attempting to share menus between menubar items provokes
# a warning from Gtk, even though it otherwise appears to work.
#
gtk_menubar = self._gtk_menubar
gtk_window = self._gtk_outer_widget
# Remove old accel groups
for menu in self._all_menus:
gtk_window.remove_accel_group(menu._gtk_accel_group)
# Detach any existing menus and remove old menu titles
if gtk_menubar:
for gtk_menubar_item in gtk_menubar.get_children():
gtk_menubar_item.remove_submenu()
gtk_menubar_item.destroy()
# Install new menu list
#all_menus = application().menus + self.menus
all_menus = application()._effective_menus_for_window(self)
self._all_menus = all_menus
# Create new menu titles and attach accel groups
for menu in all_menus:
if gtk_menubar:
gtk_menubar_item = gtk.MenuItem(menu._title)
gtk_menubar_item.show()
gtk_menubar.append(gtk_menubar_item)
gtk_window.add_accel_group(menu._gtk_accel_group)
self._need_menubar_update = 0
def _tab_to(self, direction):
print("GWindow._tab_to:", direction) ###
chain = self.tab_chain
if chain:
old_target = application().target
new_target = None
n = len(chain)
try:
i = chain.index(old_target)
except ValueError:
if direction > 0:
i = -1
else:
i = n
k = n
while k:
k -= 1
i = (i + direction) % n
comp = chain[i]
if comp._is_targetable():
new_target = comp
break
if new_target:
if old_target:
old_target._tab_out()
new_target._tab_in()
def _tab_to(self, direction):
#print "GWindow._tab_to:", direction ###
chain = self.tab_chain
if chain:
old_target = application().target
new_target = None
n = len(chain)
try:
i = chain.index(old_target)
except ValueError:
if direction > 0:
i = -1
else:
i = n
k = n
while k:
k -= 1
i = (i + direction) % n
comp = chain[i]
if comp._is_targetable():
new_target = comp
break
if new_target:
if old_target:
old_target._tab_out()
new_target._tab_in()
def OnCommand(self, wParam, lParam):
#print "WinMessageReflector.OnCommand: code = 0x%04x 0x%04x lParam = 0x%08x" % (
# HIWORD(wParam), LOWORD(wParam), lParam)
try:
code = HIWORD(wParam)
id = LOWORD(wParam)
if id:
self._win_menu_command(id)
else:
name = win_command_map.get(code)
if name:
self._forward_reflected_message(lParam, name)
except Cancel:
pass
except:
application().report_error()
def _gtk_update_menubar(self):
#
# Update the contents of the menubar after either the application
# menu list or this window's menu list has changed. We only add
# the menu titles at this stage; the menus themselves are attached
# during menu setup. We also attach the accel groups associated
# with the new menus.
#
# Things would be simpler if we could attach the menus here,
# but attempting to share menus between menubar items provokes
# a warning from Gtk, even though it otherwise appears to work.
#
gtk_menubar = self._gtk_menubar
gtk_window = self._gtk_outer_widget
# Remove old accel groups
for menu in self._all_menus:
gtk_window.remove_accel_group(menu._gtk_accel_group)
# Detach any existing menus and remove old menu titles
if gtk_menubar:
for gtk_menubar_item in gtk_menubar.get_children():
gtk_menubar_item.remove_submenu()
gtk_menubar_item.destroy()
# Install new menu list
#all_menus = application().menus + self.menus
all_menus = application()._effective_menus_for_window(self)
self._all_menus = all_menus
# Create new menu titles and attach accel groups
for menu in all_menus:
if gtk_menubar:
gtk_menubar_item = gtk.MenuItem(menu._title)
gtk_menubar_item.show()
gtk_menubar.append(gtk_menubar_item)
gtk_window.add_accel_group(menu._gtk_accel_group)
self._need_menubar_update = 0
def get_page_setup(self):
result = None
model = getattr(self, 'model', None)
if model:
result = getattr(model, 'page_setup', None)
if not result:
result = application().page_setup
return result
def get_page_setup(self):
result = None
model = getattr(self, 'model', None)
if model:
result = getattr(model, 'page_setup', None)
if not result:
result = application().page_setup
return result
def test():
def select():
i = group.value
name = cursor_names[i]
say("Selecting cursor no. %d (%s)" % (i, name))
cursor = getattr(StdCursors, name)
say("...", cursor)
view.cursor = cursor
win = Window(title = "Std Cursors")
view = TestArea(size = (100, 100))
win.place(view, left = 20, top = 20)
group = RadioGroup(action = select)
for i, name in enumerate(cursor_names):
group.add_item(RadioButton(title = name, value = i))
win.place_column(group, left = view + 20, top = 20, spacing = 0)
win.shrink_wrap((20, 20))
win.show()
application().run()
def main():
view = CTV(size=(200, 300))
win = Window(title="Canvas")
win.add(view)
win.shrink_wrap()
view.become_target()
win.show()
app = application()
app.menus = basic_menus() + [test_menu]
app.run()
def setup_menus(self, m):
selbeg, selend = self.selection
anysel = selbeg < selend
anyscrap = application().query_clipboard()
passwd = self._may_be_password and self.password
m.cut_cmd.enabled = anysel and not passwd
m.copy_cmd.enabled = anysel and not passwd
m.paste_cmd.enabled = anyscrap
m.clear_cmd.enabled = anysel
m.select_all_cmd.enabled = True
def paste_cmd(self):
text = application().get_clipboard()
self.clear_cmd()
if self._multiline:
self._gtk_textbuffer.insert_at_cursor(text)
else:
gtk_entry = self._gtk_entry
pos = gtk_entry.get_position()
gtk_entry.insert_text(text, pos)
gtk_entry.set_position(pos + len(text))
def paste_cmd(self):
text = application().get_clipboard()
self.clear_cmd()
if self._multiline:
self._gtk_textbuffer.insert_at_cursor(text)
else:
gtk_entry = self._gtk_entry
pos = gtk_entry.get_position()
gtk_entry.insert_text(text, pos)
gtk_entry.set_position(pos + len(text))
def _stagger(self):
key_win = application()._ns_key_window
if key_win:
(x, y), (w, h) = key_win._ns_window.frame()
p = self._ns_window.cascadeTopLeftFromPoint_(NSPoint(x, y + h))
self._ns_window.setFrameTopLeftPoint_(p)
else:
(x, y), (w, h) = NSScreen.mainScreen().visibleFrame()
ns_vis_topleft = NSPoint(x, y + h)
self._ns_window.setFrameTopLeftPoint_(ns_vis_topleft)
def setup_menus(self, m):
selbeg, selend = self.selection
anysel = selbeg < selend
anyscrap = application().query_clipboard()
passwd = self._may_be_password and self.password
m.cut_cmd.enabled = anysel and not passwd
m.copy_cmd.enabled = anysel and not passwd
m.paste_cmd.enabled = anyscrap
m.clear_cmd.enabled = anysel
m.select_all_cmd.enabled = True
def _stagger(self):
key_win = application()._ns_key_window
if key_win:
(x, y), (w, h) = key_win._ns_window.frame()
p = self._ns_window.cascadeTopLeftFromPoint_(NSPoint(x, y + h))
self._ns_window.setFrameTopLeftPoint_(p)
else:
(x, y), (w, h) = NSScreen.mainScreen().visibleFrame()
ns_vis_topleft = NSPoint(x, y + h)
self._ns_window.setFrameTopLeftPoint_(ns_vis_topleft)
def main():
view = CTV(size=(200, 300))
win = Window(title="Canvas")
win.add(view)
win.shrink_wrap()
view.become_target()
win.show()
app = application()
app.menus = basic_menus() + [test_menu]
app.run()
def _remove_session_tab(self, win, view):
selected_index = win.tabview.selected_index
count = len(win.tabview.items)
if selected_index < 0 or selected_index >= count:
return
win.tabview.remove_item(view)
count = len(win.tabview.items)
win.tabview.selected_index = -1
if count == 0:
win.close_cmd()
application()._check_for_no_windows()
elif selected_index < count and selected_index >= 0:
win.tabview.selected_index = selected_index
else:
win.tabview.selected_index = count - 1
def test():
app = application()
pixmap = GLPixmap(50, 50, double_buffer=False, alpha=False)
pixmap.with_context(draw_triangle, flush=True)
#pixmap.with_canvas(draw_circle)
view = PixmapTestView(pixmap, size=(180, 200))
win = Window(title="GLPixmap", resizable=False)
win.add(view)
win.shrink_wrap()
win.show()
app.run()
def present(self):
self._result = None
self._dismissed = 0
self.show()
app = application()
try:
while not self._dismissed:
self.modal_event_loop()
finally:
self.hide()
return self._result
def setup_menus(self, m):
if self.session and self.session.terminal:
m.copy_cmd.enabled = self.session.terminal.has_selection()
m.paste_cmd.enabled = self.session.terminal.has_selection() or application().query_clipboard()
m.clear_cmd.enabled = self.session.terminal.has_selection()
m.transfer_file_cmd.enabled = hasattr(self.session, "transfer_file")
else:
m.transfer_file_cmd.enabled = False
m.copy_cmd.enabled = False
m.paste_cmd.enabled = False
m.clear_cmd.enabled = False
def modal_event_loop(self):
_ns_app = application()._ns_app
_ns_app.beginSheet_modalForWindow_modalDelegate_didEndSelector_contextInfo_(
self._ns_window,
self._parent_window._ns_window if self._parent_window else None,
None, None, None)
_ns_app.runModalForWindow_(self._ns_window)
_ns_app.endSheet_(self._ns_window)
def _remove_session_tab(self, win, view):
selected_index = win.tabview.selected_index
count = len(win.tabview.items)
if selected_index < 0 or selected_index >= count:
return
win.tabview.remove_item(view)
count = len(win.tabview.items)
win.tabview.selected_index = -1
if count == 0:
win.close_cmd()
application()._check_for_no_windows()
elif selected_index < count and selected_index >= 0:
win.tabview.selected_index = selected_index
else:
win.tabview.selected_index = count - 1
def test():
app = application()
pixmap = GLPixmap(50, 50, double_buffer = False, alpha = False)
pixmap.with_context(draw_triangle, flush = True)
#pixmap.with_canvas(draw_circle)
view = PixmapTestView(pixmap, size = (180, 200))
win = Window(title = "GLPixmap", resizable = False)
win.add(view)
win.shrink_wrap()
win.show()
app.run()
def present(self):
self._result = None
self._dismissed = 0
self.show()
app = application()
try:
while not self._dismissed:
self.modal_event_loop()
finally:
self.hide()
return self._result
def setup_menus(self, m):
if self.session and self.session.terminal:
m.copy_cmd.enabled = self.session.terminal.has_selection()
m.paste_cmd.enabled = self.session.terminal.has_selection() or application().query_clipboard()
m.clear_cmd.enabled = self.session.terminal.has_selection()
m.transfer_file_cmd.enabled = hasattr(self.session, "transfer_file")
else:
m.transfer_file_cmd.enabled = False
m.copy_cmd.enabled = False
m.paste_cmd.enabled = False
m.clear_cmd.enabled = False
def _win_event_message(self, message):
try:
if 0:
from WinUtils import win_message_name ###
print "Component._win_event_message: %s 0x%08x 0x%08x" % ( ###
win_message_name(message[1]),
message[2] & 0xffffffff,
message[3] & 0xffffffff) ###
event = win_message_to_event(message, self)
kind = event.kind
if kind.startswith('key') and message[2] in win_virt_modifiers:
# Do not produce Events for modifier keys
return True
if kind == 'mouse_down' and self._win_captures_mouse:
self._win.SetCapture()
if self._win_tracking_mouse:
if 'mouse' in kind:
self._win_mouse_event = event
api.PostQuitMessage(0)
pass_message = False
else:
if kind == 'key_down' and event.control and event.char:
key = win_translate_virtual_menu_key(message[2])
top = self._win.GetTopLevelFrame()
if top._win_possible_menu_key(key, event.shift, event.option):
return False
pass_message = not self._event_custom_handled(event)
if kind == 'mouse_up' and self._win_captures_mouse:
self._win.ReleaseCapture()
# #<<<
# if kind.startswith('key'):
# if pass_message:
# print "Component._win_event_message: passing", event ###
# else:
# print "Component._win_event_message: absorbing", event ###
# #>>>
return pass_message
except Cancel:
pass
except:
application().report_error()