def refreshMode(self):
self.modeSwitch["menu"].delete(0, 'end')
modeOptions = getModeOptions()
for option in modeOptions:
self.modeSwitch["menu"].add_command(
label=option, command=lambda o=option: self.modeVar.set(o))
updateLabel(self.tlabel, self.label_text, "Refreshed available modes",
0)
self.modeVar.set(modeOptions[0])
def delKey(self):
hotkeys = getHotkeys()
# Check if there are hotkeys to delete
if not hotkeys:
updateLabel(self.tlabel, self.label_text, "No hotkey to delete")
return
# Try to delete the hotkey if it exists, remove the file if there are no more hotkeys
try:
mode = self.modeVar.get() # Get the current mode
# Attempt to delete the hotkey
hotkeys[mode][str(self.mob.eType)].pop(str(self.mob.ID))
# Format the hotkey dict accordingly
if not bool(hotkeys[mode][str(self.mob.eType)]):
hotkeys[mode].pop(str(self.mob.eType))
if not bool(hotkeys[mode]):
hotkeys.pop(mode)
if not bool(hotkeys):
remove("Data/hotkeys.json")
# If there are still hotkeys to save, save them
if bool(hotkeys):
saveHotkeys(hotkeys)
updateLabel(self.tlabel, self.label_text,
"Deleted last Midi input hotkey", 0)
except KeyError:
updateLabel(self.tlabel, self.label_text, "No hotkey to delete")
def delete(self):
hotkeys = getHotkeys() # Get the current list of hotkeys
# Get the current mode and midi object
mode, self.mob = parseDropdown(self.modeVar.get(), self.hotkeyVar.get())
# Delete the hotkey
hotkeys[mode][str(self.mob.eType)].pop(str(self.mob.ID))
# Format the hotkey dict accordingly
if not bool(hotkeys[mode][str(self.mob.eType)]):
hotkeys[mode].pop(str(self.mob.eType))
if not bool(hotkeys[mode]):
hotkeys.pop(mode)
if not bool(hotkeys):
remove("Data/hotkeys.json")
# If there are still hotkeys to save, save them
if bool(hotkeys):
saveHotkeys(hotkeys)
# Update the mode dropdown
self.updateMode()
updateLabel(self.tlabel, self.label_text, "Deleted selected hotkey")
# Update the main label after a couple seconds
self.master.after(2000, lambda: updateLabel(self.tlabel, self.label_text, "Make a selection below"))
def updateMode(self):
updateLabel(self.mlabel, self.mode_text, self.modeVar.get(),
"Mode switch: " + self.modeVar.get())
def editHotkeys(self):
updateLabel(self.tlabel, self.label_text,
"Make a selection in the popup")
editGUI(self.taskQueueOut)
def workerTaskThread(self):
while self.running:
try:
# Get task ID and GUI class that called the task
ID, gMaster = self.taskQueueIn.get()
# Handle different tasks by the parsed ID
if ID == 1: # Get midi input
updateLabel(gMaster.tlabel, gMaster.label_text, "Awaiting Midi input...")
# Get midi input and store in GUI class
checkMob = self.getMidi()
if type(checkMob) is mObject:
gMaster.mob = checkMob
else:
return
# Parse type of midi event for display
if gMaster.mob.eType == 11:
mEvent = "Encoder"
elif gMaster.mob.eType == 9:
mEvent = "Note ON"
elif gMaster.mob.eType == 8:
mEvent = "Note OFF"
else:
mEvent = "Unknown"
# Build label message
msg = mEvent + " | ID: " + str(gMaster.mob.ID) + " | Value: " + str(gMaster.mob.val)
updateLabel(gMaster.tlabel,
gMaster.label_text,
msg,
"Captured: " + msg)
gMaster.toggleButtons(tk.NORMAL)
elif ID == 2: # Get single hotkey
# Update label and get hotkey input from user
updateLabel(gMaster.tlabel, gMaster.label_text, "Enter hotkey")
hotkey = capHotkey()
# If we're in the edit window, get the correct mode, save the hotkey, update the label
if gMaster.master.title() == "Edit Hotkeys":
mode = parseDropdown(gMaster.modeVar.get(), gMaster.hotkeyVar.get())[0]
saveHotkey(hotkey, mode, gMaster.mob)
updateLabel(gMaster.tlabel, gMaster.label_text, "Mapped Midi input to: " + hotkey)
gMaster.updateMode()
# We're in the main window, get the correct mode, save the hotkey, update the label
else:
mode = gMaster.modeVar.get()
saveHotkey(hotkey, mode, gMaster.mob)
updateLabel(gMaster.tlabel, gMaster.label_text, "Mapped last Midi input to: " + hotkey, 0)
gMaster.toggleButtons(tk.NORMAL)
# Update main label after a couple seconds
gMaster.master.after(2000, lambda: updateLabel(gMaster.tlabel, gMaster.label_text,
"Make a selection below"))
elif ID == 3: # Get two hotkeys
# Update label and get first hotkey input from user
updateLabel(gMaster.tlabel, gMaster.label_text, "Enter hotkey for decrease")
dHotkey = capHotkey()
# Sleep to allow time for key ups
sleep(0.25)
# Update label and get second hotkey input from user
updateLabel(gMaster.tlabel, gMaster.label_text, "Enter hotkey for increase")
iHotkey = capHotkey()
# If we're in the edit window, get the correct mode, save the hotkeys, update the label
if gMaster.master.title() == "Edit Hotkeys":
mode = parseDropdown(gMaster.modeVar.get(), gMaster.hotkeyVar.get())[0]
saveHotkey((dHotkey, iHotkey), mode, gMaster.mob)
updateLabel(gMaster.tlabel,
gMaster.label_text,
"Mapped Midi input to decrease: " + dHotkey + " and increase: " + iHotkey)
gMaster.updateMode()
# We're in the main window, get the correct mode, save the hotkey, update the label
else:
mode = gMaster.modeVar.get()
saveHotkey((dHotkey, iHotkey), mode, gMaster.mob)
updateLabel(gMaster.tlabel,
gMaster.label_text,
"Mapped last Midi input to decrease: " + dHotkey + " and increase: " + iHotkey,
0)
gMaster.toggleButtons(tk.NORMAL)
# Update main label after a copule seconds
gMaster.master.after(2000, lambda: updateLabel(gMaster.tlabel, gMaster.label_text,
"Make a selection below"))
except Queue.Empty:
# If queue is empty we wait 100 ms before trying to process again
sleep(0.1)
return