Sampled Instrument Player with static and monolithic design. All instruments are built-in.
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#! /usr/bin/env python3
# -*- coding: utf-8 -*-
Copyright 2022, Nils Hilbricht, Germany ( )
This file is part of the Laborejo Software Suite ( ),
This application is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <>.
import logging; logger = logging.getLogger(__name__);"import")
#Standard Library
from collections import Counter
#Third Party
from PyQt5 import QtCore, QtGui, QtWidgets
#Our Qt
from .instrument import InstrumentTreeController, GuiLibrary, GuiInstrument
from engine.config import * #imports METADATA
import engine.api as api
fakeLibMostUsed = {}
fakeLibMostUsed["tarFilePath"] = ""
fakeLibMostUsed["id"] = 0 #If this is selected in the GUI it will select the default lib in the main instrument view, which is wrong but safe.
fakeLibMostUsed["name"] = QtCore.QCoreApplication.translate("Favorites", "Top 10 - Most Used")
fakeLibMostUsed["description"] = ""
fakeLibMostUsed["license"] = ""
fakeLibMostUsed["vendor"] = ""
fakeLibMostUsed["version"] = "1"
class FavoritesTreeController(InstrumentTreeController):
def buildTree(self, data:dict):
Only shows some of the instruments,
depending on the current filter-mode
#Reset everything except our cached data.
self.treeWidget.clear() #will delete the C++ objects. We need to delete the PyQt objects ourselves, like so:
self.guiLibraries = {} # idKey : GuiLibrary idKey is a tuple with second value -1, which would be the instrument.
self.guiInstruments = {} # idKey : GuiInstrument
if data:
self._cachedData = data
assert self._cachedData
data = self._cachedData
#Add all available instruments to the database, but don't use them yet
for libraryId, libraryDict in data.items():
for instrumentdId, instrumentDict in libraryDict.items():
if instrumentdId == "library":
gi = GuiInstrument(parentTreeController=self, instrumentDict=instrumentDict)
self.guiInstruments[instrumentDict["idKey"]] = gi
if instrumentDict["idKey"] in self._cachedLastInstrumentStatus:
mostUsed = GuiLibrary(parentTreeController=self, libraryDict=fakeLibMostUsed)
#mostRecent = GuiLibrary(parentTreeController=self, libraryDict=libraryDict["library"])
top10 = self.getTop10FavoriteInstruments() # Return an ordered list of double tuple ((libid, instid), counter)
for placement, ((libId, instId), counter) in enumerate(top10):
if not (libId, instId) in self.guiInstruments:
gi = self.guiInstruments[(libId, instId)]
gi.injectWidgets() #only possible after gi.init() was done and item inserted.
#Misuse the id as top 10-Counter
gi.setData(gi.columns.index("idKey"), 0, str(placement+1).zfill(2)) #0 is the data role, just standard display text. We combine both IDs to a float number for sorting. If used with setData instead of setText Qt will know how to sort 11 before 1000
def getTop10FavoriteInstruments(self)->list:
"""Return an ordered list of double tuple ((libid, instid), counter)"""
settings = QtCore.QSettings("LaborejoSoftwareSuite", METADATA["shortName"])
if settings.contains("favoriteInstruments"):
database = settings.value("favoriteInstruments", type=dict)
return Counter(database).most_common(10) #python already knows how to create that
return []