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WIP: FileImporter runs but needs more testing

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This commit is contained in:
Keith Edmunds 2025-01-28 13:08:29 +00:00
parent 728ac0f8dc
commit cedc7180d4
4 changed files with 253 additions and 203 deletions
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397
app/file_importer.py
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@ -10,7 +10,6 @@ import shutil
# PyQt imports # PyQt imports
from PyQt6.QtCore import ( from PyQt6.QtCore import (
pyqtSignal, pyqtSignal,
QObject,
QThread, QThread,
) )
from PyQt6.QtWidgets import ( from PyQt6.QtWidgets import (
@ -30,6 +29,7 @@ from PyQt6.QtWidgets import (
from classes import ( from classes import (
ApplicationError, ApplicationError,
MusicMusterSignals, MusicMusterSignals,
singleton,
Tags, Tags,
) )
from config import Config from config import Config
@ -53,7 +53,6 @@ class ThreadData:
base_model: PlaylistModel base_model: PlaylistModel
row_number: int row_number: int
worker: Optional[DoTrackImport] = None
@dataclass @dataclass
@ -62,9 +61,10 @@ class TrackFileData:
Data structure to hold details of file to be imported Data structure to hold details of file to be imported
""" """
source_path: str
tags: Tags = Tags() tags: Tags = Tags()
destination_path: str = "" destination_path: str = ""
import_this_file: bool = True import_this_file: bool = False
error: str = "" error: str = ""
file_path_to_remove: Optional[str] = None file_path_to_remove: Optional[str] = None
track_id: int = 0 track_id: int = 0
@ -85,6 +85,7 @@ class TrackMatchData:
track_id: int track_id: int
@singleton
class FileImporter: class FileImporter:
""" """
Class to manage the import of new tracks. Sanity checks are carried Class to manage the import of new tracks. Sanity checks are carried
@ -97,35 +98,47 @@ class FileImporter:
The actual import is handled by the DoTrackImport class. The actual import is handled by the DoTrackImport class.
""" """
# Place to keep a reference to importer threads. This is an instance
# variable to allow tests to access the threads. As this is a
# singleton, a class variable or an instance variable are effectively
# the same thing.
threads: list[QThread] = []
def __init__( def __init__(
self, base_model: PlaylistModel, row_number: Optional[int] = None self, base_model: PlaylistModel, row_number: Optional[int] = None
) -> None: ) -> None:
""" """
Set up class Initialise the FileImporter singleton instance.
""" """
self.initialized: bool
if hasattr(self, "initialized") and self.initialized:
return # Prevent re-initialization of the singleton
self.initialized = True # Mark the instance as initialized
# Create ModelData # Create ModelData
if not row_number: if not row_number:
row_number = base_model.rowCount() row_number = base_model.rowCount()
self.model_data = ThreadData(base_model=base_model, row_number=row_number) self.model_data = ThreadData(base_model=base_model, row_number=row_number)
# Populate self.import_files_data
for infile in [
os.path.join(Config.REPLACE_FILES_DEFAULT_SOURCE, f)
for f in os.listdir(Config.REPLACE_FILES_DEFAULT_SOURCE)
if f.endswith((".mp3", ".flac"))
]:
self.import_files_data[infile] = TrackFileData()
# Place to keep a reference to importer threads
self.threads: list[QThread] = []
# Data structure to track files to import # Data structure to track files to import
self.import_files_data: dict[str, TrackFileData] = {} self.import_files_data: list[TrackFileData] = []
# Keep track of workers
self.workers: dict[str, DoTrackImport] = {}
# Limit concurrent threads
self.max_concurrent_threads: int = 3
# Dictionary of exsting tracks indexed by track.id # Dictionary of exsting tracks indexed by track.id
self.existing_tracks = self._get_existing_tracks() self.existing_tracks = self._get_existing_tracks()
# Track whether importing is active
self.importing: bool = False
# Get signals
self.signals = MusicMusterSignals() self.signals = MusicMusterSignals()
def _get_existing_tracks(self) -> Sequence[Tracks]: def _get_existing_tracks(self) -> Sequence[Tracks]:
@ -136,19 +149,16 @@ class FileImporter:
with db.Session() as session: with db.Session() as session:
return Tracks.get_all(session) return Tracks.get_all(session)
def do_import(self) -> None: def start(self) -> None:
""" """
Populate self.import_files_data, which is a TrackFileData object for each entry. Build a TrackFileData object for each new file to import, add the
TrackFileData object to self.import_files_data, and trigger
- Validate files to be imported importing.
- Find matches and similar files
- Get user choices for each import file
- Validate self.import_files_data integrity
- Tell the user which files won't be imported and why
- Import the files, one by one.
""" """
if not self.import_files_data: new_files: list[str] = []
if not os.listdir(Config.REPLACE_FILES_DEFAULT_SOURCE):
show_OK( show_OK(
"File import", "File import",
f"No files in {Config.REPLACE_FILES_DEFAULT_SOURCE} to import", f"No files in {Config.REPLACE_FILES_DEFAULT_SOURCE} to import",
@ -156,78 +166,102 @@ class FileImporter:
) )
return return
for path in self.import_files_data.keys(): for infile in [
self.validate_file(path) os.path.join(Config.REPLACE_FILES_DEFAULT_SOURCE, f)
if self.import_files_data[path].import_this_file: for f in os.listdir(Config.REPLACE_FILES_DEFAULT_SOURCE)
self.find_similar(path) if f.endswith((".mp3", ".flac"))
if len(self.import_files_data[path].track_match_data) > 1: ]:
self.sort_track_match_data(path) if infile in [a.source_path for a in self.import_files_data]:
selection = self.get_user_choices(path) log.debug(f"file_importer.start skipping {infile=}, already queued")
self.process_selection(path, selection) else:
if self.import_files_data[path].import_this_file: new_files.append(infile)
self.validate_file_data(path) self.import_files_data.append(self.populate_trackfiledata(infile))
# Tell user which files won't be imported and why # Tell user which files won't be imported and why
self.inform_user() self.inform_user(
# Start the import of all other files [
a
for a in self.import_files_data
if a.source_path in new_files and a.import_this_file is False
]
)
# Start the import if necessary
if not self.importing:
self.import_next_file() self.import_next_file()
def validate_file(self, path: str) -> None: def populate_trackfiledata(self, path: str) -> TrackFileData:
""" """
- check all files are readable Populate TrackFileData object for path:
- check all files have tags
- Mark failures not to be imported and populate error text.
On return, the following TrackFileData fields should be set: - Validate file to be imported
- Find matches and similar files
tags: Yes - Get user choices for each import file
destination_path: No - Validate self.import_files_data integrity
import_this_file: Yes (set by default) - Tell the user which files won't be imported and why
error: No (only set if an error is detected) - Import the files, one by one.
file_path_to_remove: No
track_id: No
track_match_data: No
""" """
for path in self.import_files_data.keys(): tfd = TrackFileData(source_path=path)
if file_is_unreadable(path):
self.import_files_data[path].import_this_file = False if self.check_file_readable(tfd):
self.import_files_data[path].error = f"{path} is unreadable" if self.check_file_tags(tfd):
continue self.find_similar(tfd)
if len(tfd.track_match_data) > 1:
self.sort_track_match_data(tfd)
selection = self.get_user_choices(tfd)
if self.process_selection(tfd, selection):
if self.validate_file_data(tfd):
tfd.import_this_file = True
return tfd
def check_file_readable(self, tfd: TrackFileData) -> bool:
"""
Check file is readable.
Return True if it is.
Populate error and return False if not.
"""
if file_is_unreadable(tfd.source_path):
tfd.import_this_file = False
tfd.error = f"{tfd.source_path} is unreadable"
return False
return True
def check_file_tags(self, tfd: TrackFileData) -> bool:
"""
Add tags to tfd
Return True if successful.
Populate error and return False if not.
"""
try: try:
self.import_files_data[path].tags = get_tags(path) tfd.tags = get_tags(tfd.source_path)
except ApplicationError as e: except ApplicationError as e:
self.import_files_data[path].import_this_file = False tfd.import_this_file = False
self.import_files_data[path].error = f"Tag errors ({str(e)})" tfd.error = f"of tag errors ({str(e)})"
continue return False
def find_similar(self, path: str) -> None: return True
def find_similar(self, tfd: TrackFileData) -> None:
""" """
- Search title in existing tracks - Search title in existing tracks
- if score >= Config.FUZZYMATCH_MINIMUM_LIST: - if score >= Config.FUZZYMATCH_MINIMUM_LIST:
- get artist score - get artist score
- add TrackMatchData to self.import_files_data[path].track_match_data - add TrackMatchData to self.import_files_data[path].track_match_data
On return, the following TrackFileData fields should be set:
tags: Yes
destination_path: No
import_this_file: Yes (set by default)
error: No (only set if an error is detected)
file_path_to_remove: No
track_id: No
track_match_data: YES, IN THIS FUNCTION
""" """
title = self.import_files_data[path].tags.title title = tfd.tags.title
artist = self.import_files_data[path].tags.artist artist = tfd.tags.artist
for existing_track in self.existing_tracks: for existing_track in self.existing_tracks:
title_score = self._get_match_score(title, existing_track.title) title_score = self._get_match_score(title, existing_track.title)
if title_score >= Config.FUZZYMATCH_MINIMUM_LIST: if title_score >= Config.FUZZYMATCH_MINIMUM_LIST:
artist_score = self._get_match_score(artist, existing_track.artist) artist_score = self._get_match_score(artist, existing_track.artist)
self.import_files_data[path].track_match_data.append( tfd.track_match_data.append(
TrackMatchData( TrackMatchData(
artist=existing_track.artist, artist=existing_track.artist,
artist_match=artist_score, artist_match=artist_score,
@ -237,14 +271,12 @@ class FileImporter:
) )
) )
def sort_track_match_data(self, path: str) -> None: def sort_track_match_data(self, tfd: TrackFileData) -> None:
""" """
Sort matched tracks in artist-similarity order Sort matched tracks in artist-similarity order
""" """
self.import_files_data[path].track_match_data.sort( tfd.track_match_data.sort(key=lambda x: x.artist_match, reverse=True)
key=lambda x: x.artist_match, reverse=True
)
def _get_match_score(self, str1: str, str2: str) -> float: def _get_match_score(self, str1: str, str2: str) -> float:
""" """
@ -266,7 +298,7 @@ class FileImporter:
return combined_score return combined_score
def get_user_choices(self, path: str) -> int: def get_user_choices(self, tfd: TrackFileData) -> int:
""" """
Find out whether user wants to import this as a new track, Find out whether user wants to import this as a new track,
overwrite an existing track or not import it at all. overwrite an existing track or not import it at all.
@ -282,15 +314,12 @@ class FileImporter:
choices.append((Config.IMPORT_AS_NEW, 0, "")) choices.append((Config.IMPORT_AS_NEW, 0, ""))
# New track details # New track details
new_track_description = ( new_track_description = f"{tfd.tags.title} ({tfd.tags.artist})"
f"{self.import_files_data[path].tags.title} "
f"({self.import_files_data[path].tags.artist})"
)
# Select 'import as new' as default unless the top match is good # Select 'import as new' as default unless the top match is good
# enough # enough
default = 1 default = 1
track_match_data = self.import_files_data[path].track_match_data track_match_data = tfd.track_match_data
if track_match_data: if track_match_data:
if ( if (
track_match_data[0].artist_match track_match_data[0].artist_match
@ -323,48 +352,39 @@ class FileImporter:
else: else:
return -1 return -1
def process_selection(self, path: str, selection: int) -> None: def process_selection(self, tfd: TrackFileData, selection: int) -> bool:
""" """
Process selection from PickMatch Process selection from PickMatch
""" """
if selection < 0: if selection < 0:
# User cancelled # User cancelled
self.import_files_data[path].import_this_file = False tfd.import_this_file = False
self.import_files_data[path].error = "you asked not to import this file" tfd.error = "you asked not to import this file"
return False
elif selection > 0: elif selection > 0:
# Import and replace track # Import and replace track
self.replace_file(path=path, track_id=selection) self.replace_file(tfd, track_id=selection)
else: else:
# Import as new # Import as new
self.import_as_new(path=path) self.import_as_new(tfd)
def replace_file(self, path: str, track_id: int) -> None: return True
def replace_file(self, tfd: TrackFileData, track_id: int) -> None:
""" """
Set up to replace an existing file. Set up to replace an existing file.
On return, the following TrackFileData fields should be set:
tags: Yes
destination_path: YES, IN THIS FUNCTION
import_this_file: Yes (set by default)
error: No (only set if an error is detected)
file_path_to_remove: YES, IN THIS FUNCTION
track_id: YES, IN THIS FUNCTION
track_match_data: Yes
""" """
ifd = self.import_files_data[path]
if track_id < 1: if track_id < 1:
raise ApplicationError(f"No track ID: replace_file({path=}, {track_id=})") raise ApplicationError(f"No track ID: replace_file({tfd=}, {track_id=})")
ifd.track_id = track_id tfd.track_id = track_id
existing_track_path = self._get_existing_track(track_id).path existing_track_path = self._get_existing_track(track_id).path
ifd.file_path_to_remove = existing_track_path tfd.file_path_to_remove = existing_track_path
# If the existing file in the Config.IMPORT_DESTINATION # If the existing file in the Config.IMPORT_DESTINATION
# directory, replace it with the imported file name; otherwise, # directory, replace it with the imported file name; otherwise,
@ -372,11 +392,11 @@ class FileImporter:
# names from CDs, etc. # names from CDs, etc.
if os.path.dirname(existing_track_path) == Config.IMPORT_DESTINATION: if os.path.dirname(existing_track_path) == Config.IMPORT_DESTINATION:
ifd.destination_path = os.path.join( tfd.destination_path = os.path.join(
Config.IMPORT_DESTINATION, os.path.basename(path) Config.IMPORT_DESTINATION, os.path.basename(tfd.source_path)
) )
else: else:
ifd.destination_path = existing_track_path tfd.destination_path = existing_track_path
def _get_existing_track(self, track_id: int) -> Tracks: def _get_existing_track(self, track_id: int) -> Tracks:
""" """
@ -391,58 +411,45 @@ class FileImporter:
return existing_track_records[0] return existing_track_records[0]
def import_as_new(self, path: str) -> None: def import_as_new(self, tfd: TrackFileData) -> None:
""" """
Set up to import as a new file. Set up to import as a new file.
On return, the following TrackFileData fields should be set:
tags: Yes
destination_path: YES, IN THIS FUNCTION
import_this_file: Yes (set by default)
error: No (only set if an error is detected)
file_path_to_remove: No (not needed now)
track_id: Yes
track_match_data: Yes
""" """
ifd = self.import_files_data[path] tfd.destination_path = os.path.join(
ifd.destination_path = os.path.join( Config.IMPORT_DESTINATION, os.path.basename(tfd.source_path)
Config.IMPORT_DESTINATION, os.path.basename(path)
) )
def validate_file_data(self, path: str) -> None: def validate_file_data(self, tfd: TrackFileData) -> bool:
""" """
Check the data structures for integrity Check the data structures for integrity
Return True if all OK
Populate error and return False if not.
""" """
ifd = self.import_files_data[path]
# Check import_this_file
if not ifd.import_this_file:
return
# Check tags # Check tags
if not (ifd.tags.artist and ifd.tags.title): if not (tfd.tags.artist and tfd.tags.title):
raise ApplicationError(f"validate_file_data: {ifd.tags=}, {path=}") raise ApplicationError(
f"validate_file_data: {tfd.tags=}, {tfd.source_path=}"
)
# Check file_path_to_remove # Check file_path_to_remove
if ifd.file_path_to_remove and not os.path.exists(ifd.file_path_to_remove): if tfd.file_path_to_remove and not os.path.exists(tfd.file_path_to_remove):
# File to remove is missing, but this isn't a major error. We # File to remove is missing, but this isn't a major error. We
# may be importing to replace a deleted file. # may be importing to replace a deleted file.
ifd.file_path_to_remove = "" tfd.file_path_to_remove = ""
# Check destination_path # Check destination_path
if not ifd.destination_path: if not tfd.destination_path:
raise ApplicationError( raise ApplicationError(
f"validate_file_data: no destination path set ({path=})" f"validate_file_data: no destination path set ({tfd.source_path=})"
) )
# If destination path is the same as file_path_to_remove, that's # If destination path is the same as file_path_to_remove, that's
# OK, otherwise if this is a new import then check check # OK, otherwise if this is a new import then check check
# destination path doesn't already exists # destination path doesn't already exists
if ifd.track_id == 0 and ifd.destination_path != ifd.file_path_to_remove: if tfd.track_id == 0 and tfd.destination_path != tfd.file_path_to_remove:
while os.path.exists(ifd.destination_path): while os.path.exists(tfd.destination_path):
msg = ( msg = (
"New import requested but default destination path ({ifd.destination_path}) " "New import requested but default destination path ({ifd.destination_path}) "
"already exists. Click OK and choose where to save this track" "already exists. Click OK and choose where to save this track"
@ -455,92 +462,112 @@ class FileImporter:
directory=Config.IMPORT_DESTINATION, directory=Config.IMPORT_DESTINATION,
) )
if pathspec: if pathspec:
ifd.destination_path = pathspec[0] if pathspec == '':
# User cancelled
tfd.error = "You did not select a location to save this track"
return False
tfd.destination_path = pathspec[0]
else: else:
ifd.import_this_file = False tfd.error = "destination file already exists"
ifd.error = "destination file already exists" return False
return
# Check track_id # Check track_id
if ifd.track_id < 0: if tfd.track_id < 0:
raise ApplicationError(f"validate_file_data: track_id < 0, {path=}") raise ApplicationError(
f"validate_file_data: track_id < 0, {tfd.source_path=}"
)
def inform_user(self) -> None: return True
def inform_user(self, tfds: list[TrackFileData]) -> None:
""" """
Tell user about files that won't be imported Tell user about files that won't be imported
""" """
msgs: list[str] = [] msgs: list[str] = []
for path, entry in self.import_files_data.items(): for tfd in tfds:
if entry.import_this_file is False:
msgs.append( msgs.append(
f"{os.path.basename(path)} will not be imported because {entry.error}" f"{os.path.basename(tfd.source_path)} will not be imported because {tfd.error}"
) )
if msgs: if msgs:
show_OK("File not imported", "\r\r".join(msgs)) show_OK("File not imported", "\r\r".join(msgs))
log.debug("\r\r".join(msgs))
def import_next_file(self) -> None: def import_next_file(self) -> None:
""" """
Import the next file sequentially. Import the next file sequentially.
""" """
while True: # Remove any entries that should not be imported. Modify list
# in-place rather than create a new list, which will retain any
# references to self.import_files_data.
self.import_files_data[:] = [
a for a in self.import_files_data if a.import_this_file
]
# If no valid files remain, mark importing as False and exit
if not self.import_files_data: if not self.import_files_data:
self.importing = False
self.signals.status_message_signal.emit("All files imported", 10000) self.signals.status_message_signal.emit("All files imported", 10000)
log.debug("import_next_file: all files imported")
return return
# Get details for next file to import self.importing = (
path, tfd = self.import_files_data.popitem() True # Now safe to mark as True since at least one file is valid)
if tfd.import_this_file: )
break
print(f"import_next_file {path=}") while (
len(FileImporter.threads) < self.max_concurrent_threads
and self.import_files_data
):
tfd = self.import_files_data.pop()
filename = os.path.basename(tfd.source_path)
log.debug(f"processing: {filename}")
log.debug(
"remaining: "
f"{[os.path.basename(a.source_path) for a in self.import_files_data]}"
)
self.signals.status_message_signal.emit(f"Importing {filename}", 10000)
self._start_import(tfd)
# Create and start a thread for processing def _start_import(self, tfd: TrackFileData) -> None:
worker = DoTrackImport( """
import_file_path=path, Start thread to import track
"""
filename = os.path.basename(tfd.source_path)
log.debug(f"_start_import({filename=})")
self.workers[tfd.source_path] = DoTrackImport(
import_file_path=tfd.source_path,
tags=tfd.tags, tags=tfd.tags,
destination_path=tfd.destination_path, destination_path=tfd.destination_path,
track_id=tfd.track_id, track_id=tfd.track_id,
) )
thread = QThread() log.debug(f"{self.workers[tfd.source_path]=} created for {filename=}")
self.threads.append(thread)
# Move worker to thread self.workers[tfd.source_path].import_finished.connect(self.post_import_processing)
worker.moveToThread(thread) self.workers[tfd.source_path].finished.connect(lambda: self.cleanup_thread(tfd))
self.workers[tfd.source_path].finished.connect(self.workers[tfd.source_path].deleteLater)
# Connect signals and slots self.workers[tfd.source_path].start()
thread.started.connect(worker.run)
thread.started.connect(lambda: print(f"Thread starting for {path=}"))
worker.import_finished.connect(self.post_import_processing) def cleanup_thread(self, tfd: TrackFileData) -> None:
worker.import_finished.connect(thread.quit)
worker.import_finished.connect(lambda: print(f"Worker ended for {path=}"))
# Ensure cleanup only after thread is fully stopped
thread.finished.connect(lambda: self.cleanup_thread(thread, worker))
thread.finished.connect(lambda: print(f"Thread ended for {path=}"))
# Start the thread
print(f"Calling thread.start() for {path=}")
thread.start()
def cleanup_thread(self, thread, worker):
""" """
Remove references to finished threads/workers to prevent leaks. Remove references to finished threads/workers to prevent leaks.
""" """
worker.deleteLater() log.debug(f"cleanup_thread({tfd.source_path=})")
thread.deleteLater()
if thread in self.threads:
self.threads.remove(thread)
def post_import_processing(self, track_id: int) -> None: if tfd.source_path in self.workers:
del self.workers[tfd.source_path]
def post_import_processing(self, source_path: str, track_id: int) -> None:
""" """
If track already in playlist, refresh it else insert it If track already in playlist, refresh it else insert it
""" """
log.debug(f"post_import_processing({track_id=})") log.debug(f"post_import_processing({source_path=}, {track_id=})")
if self.model_data: if self.model_data:
if self.model_data.base_model: if self.model_data.base_model:
@ -552,12 +579,12 @@ class FileImporter:
self.import_next_file() self.import_next_file()
class DoTrackImport(QObject): class DoTrackImport(QThread):
""" """
Class to manage the actual import of tracks in a thread. Class to manage the actual import of tracks in a thread.
""" """
import_finished = pyqtSignal(int) import_finished = pyqtSignal(str, int)
def __init__( def __init__(
self, self,
@ -637,7 +664,7 @@ class DoTrackImport(QObject):
self.signals.status_message_signal.emit( self.signals.status_message_signal.emit(
f"{os.path.basename(self.import_file_path)} imported", 10000 f"{os.path.basename(self.import_file_path)} imported", 10000
) )
self.import_finished.emit(track.id) self.import_finished.emit(self.import_file_path, track.id)
class PickMatch(QDialog): class PickMatch(QDialog):

6
app/helpers.py
View File

@ -200,9 +200,9 @@ def get_tags(path: str) -> Tags:
try: try:
tag = TinyTag.get(path) tag = TinyTag.get(path)
except FileNotFoundError: except FileNotFoundError:
raise ApplicationError(f"File not found: get_tags({path=})") raise ApplicationError(f"File not found: {path})")
except TinyTagException: except TinyTagException:
raise ApplicationError(f"Can't read tags: get_tags({path=})") raise ApplicationError(f"Can't read tags in {path})")
if ( if (
tag.title is None tag.title is None
@ -210,7 +210,7 @@ def get_tags(path: str) -> Tags:
or tag.bitrate is None or tag.bitrate is None
or tag.duration is None or tag.duration is None
): ):
raise ApplicationError(f"Missing tags: get_tags({path=})") raise ApplicationError(f"Missing tags in {path})")
return Tags( return Tags(
title=tag.title, title=tag.title,

35
app/log.py
View File

@ -20,15 +20,38 @@ from config import Config
class FunctionFilter(logging.Filter): class FunctionFilter(logging.Filter):
"""Filter to allow category-based logging to stderr.""" """Filter to allow category-based logging to stderr."""
def __init__(self, functions: set[str]): def __init__(self, module_functions: dict[str, list[str]]):
super().__init__() super().__init__()
self.functions = functions
self.modules: list[str] = []
self.functions: defaultdict[str, list[str]] = defaultdict(list)
for module in module_functions.keys():
if module_functions[module]:
for function in module_functions[module]:
self.functions[module].append(function)
else:
self.modules.append(module)
def filter(self, record: logging.LogRecord) -> bool: def filter(self, record: logging.LogRecord) -> bool:
return ( if not getattr(record, "levelname", None) == "DEBUG":
getattr(record, "funcName", None) in self.functions # Only prcess DEBUG messages
and getattr(record, "levelname", None) == "DEBUG" return False
)
module = getattr(record, "module", None)
if not module:
# No module in record
return False
# Process if this is a module we're tracking
if module in self.modules:
return True
# Process if this is a function we're tracking
if getattr(record, "funcName", None) in self.functions[module]:
return True
return False
class LevelTagFilter(logging.Filter): class LevelTagFilter(logging.Filter):

2
app/musicmuster.py
View File

@ -860,7 +860,7 @@ class Window(QMainWindow, Ui_MainWindow):
self.current.base_model, self.current.base_model,
self.current_row_or_end() self.current_row_or_end()
) )
self.importer.do_import() self.importer.start()
def insert_header(self) -> None: def insert_header(self) -> None:
"""Show dialog box to enter header text and add to playlist""" """Show dialog box to enter header text and add to playlist"""