def metadataToPara(self, SongPath):
# print(SongPath)
metadataDict = ManageMetaData.ReadMetaData(self, SongPath)
text = ""
for item in metadataDict:
text = text + metadataDict.get(item, " ") + " "
# print(text)
return text
def saveButtonHandler(self):
print("save stuff")
self.metadataDict["TIT2"] = self.ui.titleLineEdit.text()
self.metadataDict["TPE1"] = self.ui.artistLineEdit.text()
self.metadataDict["TALB"] = self.ui.albumLineEdit.text()
self.metadataDict["TPE2"] = self.ui.albumArtistLineEdit.text()
self.metadataDict["TCON"] = self.ui.genreLineEdit.text()
self.metadataDict["TDRC"] = self.ui.yearLineEdit.text()
# write this to file
# print("songPath before writing: " + self.songPath)
manageMetadata = ManageMetaData()
# print(self.metadataDict)
# print (self.songPath)
manageMetadata.WriteMetaData(self.metadataDict, self.songPath)
print("wrote metadata")
# update in localStorage
self.editMetadataDialog.accept()
def populateEditMetadataDialog(self):
print("populate Edit MetadataDialog")
currentPlayingSongPath = self.mediaPlayer.currentMedia().canonicalUrl(
).toString()
currentPlayingSongPath = currentPlayingSongPath[8:]
# get path of selected song in playlist view, and if that song is
# currently being played don't let user edit metadata of it
model = self.playlistView.model()
indexes = self.playlistView.selectionModel().selectedRows()
pathIndex = ""
row = None
for index in sorted(indexes):
# print('Row %d is selected' % index.row())
row = index.row()
pathIndex = model.index(row, 1)
# print(row)
if row is None:
self.buildMessageBox("Select a Song to edit metadata")
else:
# print(pathIndex)
self.metadataDialog.songPath = model.data(pathIndex)
# print("current songpath in populateEditMetadataDialog")
# print(self.metadataDialog.songPath)
if self.metadataDialog.songPath == currentPlayingSongPath:
# print("don't let user edit metadata")
self.buildMessageBox(
"you can't edit metadata of currently playing song")
return False
else:
metadata = ManageMetaData.ReadMetaData(
self, self.metadataDialog.songPath)
self.metadataDialog.metadataDict["TPE1"] = metadata.get("TPE1")
self.metadataDialog.metadataDict["TPE2"] = metadata.get("TPE2")
self.metadataDialog.metadataDict["TALB"] = metadata.get("TALB")
self.metadataDialog.metadataDict["TSOP"] = metadata.get("TSOP")
self.metadataDialog.metadataDict["USLT"] = metadata.get("USLT")
self.metadataDialog.metadataDict["TDRC"] = metadata.get("TDRC")
self.metadataDialog.metadataDict["TDOR"] = metadata.get("TDOR")
self.metadataDialog.metadataDict["TPUB"] = metadata.get("TPUB")
self.metadataDialog.metadataDict["TIT2"] = metadata.get("TIT2")
self.metadataDialog.metadataDict["TCON"] = metadata.get("TCON")
# print("printing inside populatEditMetadataDialog")
# print(self.metadataDialog.metadataDict)
self.metadataDialog.ui.titleLineEdit.setText(
metadata.get("TIT2"))
self.metadataDialog.ui.artistLineEdit.setText(
metadata.get("TPE1"))
self.metadataDialog.ui.albumLineEdit.setText(
metadata.get("TALB"))
self.metadataDialog.ui.albumArtistLineEdit.setText(
metadata.get("TPE2"))
self.metadataDialog.ui.genreLineEdit.setText(
metadata.get("TCON"))
self.metadataDialog.ui.yearLineEdit.setText(
metadata.get("TDRC"))
# publisher, lyrics is skipped,fix it in metadata module
return True
def fetchRelevantSongOffline(self, SongPath):
# print("in fetchRelevantSongOffline")
metadataDict = {}
year = ""
# list of path of all the relevant songs
relevantSongPathList = []
# dict that contains metadata of songs in paragraph as value and songPath as key
relevantSongDict = {}
# print("test")
# print(SongPath)
metadataDict = ManageMetaData.ReadMetaData(self, SongPath)
# print(metadataDict)
# get year out of metadata TDRC tag
if metadataDict.get("TDRC"):
match = re.match(r'\d{4}', metadataDict.get("TDRC"))
if match is not None:
# it found a match!
year = match.group(0)
# print(year)
TPE1 = metadataDict.get("TPE1")
# print(metadataDict.get("TPE1"))
# print(self.mls)
# print(self.mls.db.databaseName())
query = QSqlQuery(self.mls.db)
queryString = "SELECT SPath FROM songs WHERE TPE1 = :TPE1 OR year = :year"
if self.mls.db.open():
# print("db is open")
query.prepare(queryString)
query.bindValue(":TPE1", TPE1)
query.bindValue(":year", year)
# print("executing queryString")
record = query.exec_()
# print(record)
if record:
# print("read successful, it seems")
while query.next():
relevantSongPathList.append(query.value(0))
else:
print("read not successful")
# print("error")
# print(query.lastError().text())
return False
else:
print("could not read from the database, connection not found")
return False
# build relevantSongDict
for path in relevantSongPathList:
# print(path)
relevantSongDict[path] = self.metadataToPara(path)
# predict
# if SongPath:
# self.predict(SongPath, relevantSongDict)
# else:
# print("problem with SongPath so can't call predict")
return relevantSongDict
def write(self, SongPath):
# print(SongPath)
if self.db.isOpen():
# print("trying to write in DB")
metadataDict = {}
year = ""
metadataDict = ManageMetaData.ReadMetaData(self, SongPath)
# get year out of metadata's TDRC tag
if metadataDict.get("TDRC"):
match = re.match(r'\d{4}', metadataDict.get("TDRC"))
if match is not None:
# Then it found a match!
year = match.group(0)
# print(year)
"""
songDict come in undefined order always,we make a ordered list out of it.
so we can iterate and insert it in db as it in db schema
order of elements in db table/schema
SID, SPath, isUpdated, TIT2, TALB, TPE1, TPE2, TSOP, TDRC, TCON, year
"""
self.query.prepare(
"insert into songs(SPath, isUpdated, TIT2, TALB, TPE1, TPE2, TSOP, TDRC, TCON, year ) values(:SPath, :isUpdated, :TIT2, :TALB, :TPE1, :TPE2, :TSOP, :TDRC, :TCON, :year)"
)
# SPath, isUpdated, TIT2, TALB, TPE1, TPE2, TSOP, TDRC, TCON, these are required, SID is auto incrimented
self.query.bindValue(":SPath", SongPath)
self.query.bindValue(":isUpdated", 0)
self.query.bindValue(":TIT2", metadataDict.get("TIT2", "NULL"))
self.query.bindValue(":TALB", metadataDict.get("TALB", "NULL"))
self.query.bindValue(":TPE1", metadataDict.get("TPE1", "NULL"))
self.query.bindValue(":TPE2", metadataDict.get("TPE2", "NULL"))
self.query.bindValue(":TSOP", metadataDict.get("TSOP", "NULL"))
self.query.bindValue(":TDRC", metadataDict.get("TDRC", "NULL"))
self.query.bindValue(":TCON", metadataDict.get("TCON", "NULL"))
self.query.bindValue(":year", year)
isQuerySuccessful = self.query.exec_()
if isQuerySuccessful:
print("insertion successful")
# print("no of rows affected: " + str(self.query.numRowsAffected()))
elif self.query.lastError().number() is 19:
pass
# print("unique Construct failed")
# print(self.query.lastError().number().text())
else:
print("insertion not successful")
# print("error:")
print(self.query.lastError().number())
return False
else:
print("connection could not be established")
return False
return True
def writeCache(self, recommendedSongsPathList, SPath):
# recommendedSongsPathList is a list that contains path of all recommended Songs Path
isQuerySuccessful = None
if self.db.isOpen():
# print("trying to write in DB")
for item in recommendedSongsPathList:
metadataDict = ManageMetaData.ReadMetaData(self, item)
self.query.prepare(
"insert into cache(SPath, SPathRec, Title, Artist) values(:SPath, :SPathRec, :Title, :Artist)"
)
self.query.bindValue(":SPath", SPath)
self.query.bindValue(":SPathRec", item)
self.query.bindValue(":Title",
metadataDict.get("TIT2", "NULL"))
self.query.bindValue(":Artist",
metadataDict.get("TPE1", "NULL"))
isQuerySuccessful = self.query.exec_()
if isQuerySuccessful:
print("insertion successful")
# print("no of rows affected: " + str(self.query.numRowsAffected()))
elif self.query.lastError().number() is 19:
pass
# print("unique Construct failed")
# print(self.query.lastError().number().text())
else:
self.buildMessageBox(
"Not Enough Data to recommend songs for this song, please update metadata or add more songs to collection"
)
print("insertion not successful")
# print("error:")
print(self.query.lastError().number())
return False
else:
print("connection could not be established")
return False
return True
# D:\\Songs(english)\\naked\\13 Hey There Delilah.mp3
# All Of Me - John Legend.mp3
# For manually testing ManageMetadata module.
from Metadata.ManageMetaDataModule import ManageMetaData
print ("starting test...")
obj=ManageMetaData()
print(obj.titleTIT2)
a=obj.ReadMetaData("D:\\Songs(english)\\naked\\All Of Me - John Legend.mp3")
print(obj.titleTIT2)
print ("printing metadata read:\n")
print(a)
print ("read metadata done")
obj.WriteMetaData(a,"D:/Songs(english)/Imagine Dragons/Imagine dragons-demons.mp3")
print ("write metadata done")
print("lets now see if it has worked!!!\n")
a=obj.ReadMetaData("D:/Songs(english)/Imagine Dragons/Imagine dragons-demons.mp3")
print ("printing metadata read:\n")
print(a)