def getDesktopNames(self):
""" Populate the desktop obj with the names of each desktop """
if not DESKTOP:
return
if SHADOWS:
shadow = self.getColor(DESKTOP_SHADOW_COLOR)
else:
shadow = None
color = self.getColor(DESKTOP_COLOR)
desktop = self.panel[DESKTOP]
desktop.names = []
desktop.total = self.root.get_full_property(self._DESKTOP_COUNT, 0).value[0]
if DESKTOP_NAMES:
names = DESKTOP_NAMES
else:
names = self.root.get_full_property(self._DESKTOP_NAMES, 0)
if hasattr(names, "value"):
names = names.value.split("\x00")
else:
names = []
for x in range(desktop.total):
names.append(str(x))
if len(names) < desktop.total:
for x in range(len(names), desktop.total):
names.append(str(x))
for name in names:
obj = Obj(name=name, width=ppfontsize(name), color=color, shadow=shadow)
desktop.names.append(obj)
def getDesktopNames(self):
#-------------------------
""" Populate the desktop obj with the names of each desktop """
if not DESKTOP:
return
if SHADOWS:
shadow = self.getColor(DESKTOP_SHADOW_COLOR)
else:
shadow = None
color = self.getColor(DESKTOP_COLOR)
desktop = self.panel[DESKTOP]
desktop.names = []
desktop.total = self.root.get_full_property(self._DESKTOP_COUNT,
0).value[0]
if DESKTOP_NAMES:
names = DESKTOP_NAMES
else:
names = self.root.get_full_property(self._DESKTOP_NAMES, 0)
if hasattr(names, "value"):
names = names.value.split("\x00")
else:
names = []
for x in range(desktop.total):
names.append(str(x))
if len(names) < desktop.total:
for x in range(len(names), desktop.total):
names.append(str(x))
for name in names:
obj = Obj(name=name,
width=ppfontsize(name),
color=color,
shadow=shadow)
desktop.names.append(obj)
def updatePanel(self, root, win, panel):
""" Redraw the panel """
tasks = panel[TASKS].tasks # all tasks
visible = [] # visible tasks
curr_x = 0
space = P_WIDTH
cdt = self.getDesktop()
clock = None
desktop = None
tray = None
launcher = None
if CLOCK:
clock = panel[CLOCK]
clock.name = self.getClockData()
clock.width = ppfontsize(clock.name) + 2
space -= clock.width + P_SPACER * 2
if DESKTOP:
desktop = panel[DESKTOP]
space -= desktop.names[cdt].width + P_SPACER * 2
if LAUNCHER and panel[LAUNCHER].tasks:
launcher = panel[LAUNCHER]
space -= len(launcher.order) * APPL_I_WIDTH + 2
if TRAY and panel[TRAY].tasks:
tray = panel[TRAY]
space -= 2
for t in panel[TRAY].tasks.values():
if TRAY_I_WIDTH:
t.width = TRAY_I_WIDTH
space -= t.width
else:
try:
t.width = t.obj.get_wm_normal_hints().min_width
space -= t.width
except:
pass
if TASKS and tasks:
for task in panel[TASKS].order:
t = tasks[task]
t.visible = 0
if not t.hidden:
if SHOWALL or (t.desk == cdt or t.desk == 0xffffffffL):
t.visible = 1
if SHOWMINIMIZED and self._HIDDEN not in t.state:
t.visible = 0
if t.visible:
visible.append(task)
# Clear the panel and add the objects
self.updateBackground(root, win)
self.clearPanel(0, 0, 0, 0)
for section in panel["sections"]:
if panel[section].id == "tasks" and TASKS:
if not visible:
curr_x += space
else:
final_x = curr_x + space
if T_FILL:
limit = space / float(len(visible)) - P_SPACER * 2
else:
limit = T_WIDTH - P_SPACER * 2 if float(len(visible)) * (
T_WIDTH + P_SPACER * 2) < space else space / float(len(visible)) - P_SPACER * 2
if APPICONS:
limit -= I_WIDTH + P_SPACER
if limit < 1:
limit = 1
for v in range(len(visible)):
t = tasks[visible[v]]
t.x1 = curr_x
curr_x += P_SPACER
if self.getIcon(t, curr_x):
curr_x += I_WIDTH + P_SPACER
self.drawText(t, curr_x, limit)
curr_x += limit + P_SPACER
t.x2 = curr_x
if v < len(visible) and SHOWLINES:
win.poly_segment(self.lgc, [(curr_x, 0, curr_x, P_HEIGHT)])
curr_x = final_x
if SHOWLINES and not panel[section].last:
win.poly_segment(self.lgc, [(curr_x, 0, curr_x, P_HEIGHT)])
elif panel[section].id == "clock":
clock.x1 = curr_x
curr_x += P_SPACER
self.drawText(clock, curr_x, 0)
curr_x += clock.width + P_SPACER
clock.x2 = curr_x
if SHOWLINES and not clock.last:
win.poly_segment(self.lgc, [(curr_x, 0, curr_x, P_HEIGHT)])
elif panel[section].id == "desktop":
desk = panel[section].names[cdt]
desktop.x1 = curr_x
curr_x += P_SPACER
self.drawText(desk, curr_x, 0)
curr_x += desk.width + P_SPACER
desktop.x2 = curr_x
if SHOWLINES and not desktop.last:
win.poly_segment(self.lgc, [(curr_x, 0, curr_x, P_HEIGHT)])
elif panel[section].id == "tray" and tray:
curr_x += 2
for tid in tray.order:
t = tray.tasks[tid]
t.x = curr_x
t.y = (P_HEIGHT - t.height) / 2
t.obj.configure(onerror=self.error, x=curr_x, y=t.y,
width=t.width, height=t.height)
t.obj.map(onerror=self.error)
curr_x += t.width
curr_x += 1
if SHOWLINES and not tray.last:
win.poly_segment(self.lgc, [(curr_x, 0, curr_x, P_HEIGHT)])
elif panel[section].id == "launcher" and launcher:
curr_x += 2
for app in launcher.order:
a = launcher.tasks[app]
a.x1 = curr_x
if self.getIcon(a, curr_x, 1):
curr_x += APPL_I_WIDTH
a.x2 = curr_x
curr_x += 1
if SHOWLINES and not launcher.last:
win.poly_segment(self.lgc, [(curr_x, 0, curr_x, P_HEIGHT)])
def updatePanel(self, root, win, panel):
#---------------------------------------
""" Redraw the panel """
tasks = panel[TASKS].tasks # all tasks
visible = [] # visible tasks
curr_x = 0
space = P_WIDTH
cdt = self.getDesktop()
clock = None
desktop = None
tray = None
launcher = None
if CLOCK:
clock = panel[CLOCK]
clock.name = self.getClockData()
clock.width = ppfontsize(clock.name) + 2
space -= clock.width + P_SPACER * 2
if DESKTOP:
desktop = panel[DESKTOP]
space -= desktop.names[cdt].width + P_SPACER * 2
if LAUNCHER and panel[LAUNCHER].tasks:
launcher = panel[LAUNCHER]
space -= len(launcher.order) * APPL_I_WIDTH + 2
if TRAY and panel[TRAY].tasks:
tray = panel[TRAY]
space -= 2
for t in panel[TRAY].tasks.values():
if TRAY_I_WIDTH:
t.width = TRAY_I_WIDTH
space -= t.width
else:
try:
t.width = t.obj.get_wm_normal_hints().min_width
space -= t.width
except:
pass
if TASKS and tasks:
for task in panel[TASKS].order:
t = tasks[task]
t.visible = 0
if not t.hidden:
if SHOWALL or (t.desk == cdt or t.desk == 0xffffffffL):
t.visible = 1
if SHOWMINIMIZED and self._HIDDEN not in t.state:
t.visible = 0
if t.visible:
visible.append(task)
# Clear the panel and add the objects
self.updateBackground(root, win)
self.clearPanel(0, 0, 0, 0)
for section in panel["sections"]:
if panel[section].id == "tasks" and TASKS:
if not visible:
curr_x += space
else:
final_x = curr_x + space
if T_FILL:
limit = space / float(len(visible)) - P_SPACER * 2
else:
limit = T_WIDTH - P_SPACER * 2 if float(
len(visible)) * (T_WIDTH + P_SPACER *
2) < space else space / float(
len(visible)) - P_SPACER * 2
if APPICONS:
limit -= I_WIDTH + P_SPACER
if limit < 1:
limit = 1
for v in range(len(visible)):
t = tasks[visible[v]]
t.x1 = curr_x
curr_x += P_SPACER
if self.getIcon(t, curr_x):
curr_x += I_WIDTH + P_SPACER
self.drawText(t, curr_x, limit)
curr_x += limit + P_SPACER
t.x2 = curr_x
if v < len(visible) and SHOWLINES:
win.poly_segment(self.lgc,
[(curr_x, 0, curr_x, P_HEIGHT)])
curr_x = final_x
if SHOWLINES and not panel[section].last:
win.poly_segment(self.lgc, [(curr_x, 0, curr_x, P_HEIGHT)])
elif panel[section].id == "clock":
clock.x1 = curr_x
curr_x += P_SPACER
self.drawText(clock, curr_x, 0)
curr_x += clock.width + P_SPACER
clock.x2 = curr_x
if SHOWLINES and not clock.last:
win.poly_segment(self.lgc, [(curr_x, 0, curr_x, P_HEIGHT)])
elif panel[section].id == "desktop":
desk = panel[section].names[cdt]
desktop.x1 = curr_x
curr_x += P_SPACER
self.drawText(desk, curr_x, 0)
curr_x += desk.width + P_SPACER
desktop.x2 = curr_x
if SHOWLINES and not desktop.last:
win.poly_segment(self.lgc, [(curr_x, 0, curr_x, P_HEIGHT)])
elif panel[section].id == "tray" and tray:
curr_x += 2
for tid in tray.order:
t = tray.tasks[tid]
t.x = curr_x
t.y = (P_HEIGHT - t.height) / 2
t.obj.configure(onerror=self.error,
x=curr_x,
y=t.y,
width=t.width,
height=t.height)
t.obj.map(onerror=self.error)
curr_x += t.width
curr_x += 1
if SHOWLINES and not tray.last:
win.poly_segment(self.lgc, [(curr_x, 0, curr_x, P_HEIGHT)])
elif panel[section].id == "launcher" and launcher:
curr_x += 2
for app in launcher.order:
a = launcher.tasks[app]
a.x1 = curr_x
if self.getIcon(a, curr_x, 1):
curr_x += APPL_I_WIDTH
a.x2 = curr_x
curr_x += 1
if SHOWLINES and not launcher.last:
win.poly_segment(self.lgc, [(curr_x, 0, curr_x, P_HEIGHT)])
