def compress_project(self, set_hash=True):
Log("Compressing project..", "notice")
# Clean out temp project if it exists
Log("Cleaning out temp folder")
Folder.delete(self.get_temp_dir())
# Extract cache if it exists
if self.is_cached():
Tar.extract(filepath=self.get_cache_file(),
destination=self.get_temp_dir().parent)
else:
Folder.create(self.get_temp_dir())
# Create folders if they dont exist
self.create_required_folders(temp=True, clean=False)
# Copy from 'extracted_songs' to 'temp'
if not self.move_extracted_song_to_temp():
Log("Could not move project from 'extracted_songs' to 'temp'..",
"warning")
Log.press_enter()
return False
# Compress project to *.lof
Tar.compress(folderpath=self.get_temp_dir(),
destination=self.get_cache_file())
if set_hash:
# Set new local hash
Hash.set_project_hash(self, Hash.create_hash_from_project(self))
return True
def move_temp_to_extracted_songs(self):
# Convert mp3's to wav's
for location in ["Media", "Bounces"]:
Log(f'Converting "{location}" mp3\'s to wav\'s')
if not Audio.folder_to_wav(self.get_temp_dir() / location,
self.get_root_dir() / location):
return False
# Copy over dummy.json
Log(f'Copying over "{location}" dummy.json')
if self.get_dummy_db(location, temp=True).exists():
File.recursive_overwrite(
self.get_dummy_db(location, temp=True),
self.get_dummy_db(location, temp=False),
)
# Copy over the previous mixdowns
Log("Copying over 'Mixdown' mp3's")
Folder.copy(self.get_temp_dir() / "Mixdown",
self.get_root_dir() / "Mixdown")
# Copy over the song file
Log("Copying over Studio One project file")
File.recursive_overwrite(self.get_song_file(temp=True),
self.get_song_file(temp=False))
File.recursive_overwrite(
self.get_song_file(temp=True),
self.get_song_file(version="original", temp=False))
return True
def initialize():
Database.cloud_id = Database.get_cloud_id()
# Clean out temp folder
Folder.clear_temp()
# Download a fresh version of the database
Database.refresh()
def delete_project(self):
options = []
if self.is_local():
options.append("local")
if self.is_remote():
options.append("remote")
if self.is_local() and self.is_remote():
options.append("both")
options.append("back")
dialog = Dialog(
title=f'Deleting Project "{self.entry.name}"',
body=[
f'Would you like to delete the local or remote version?',
f'\n',
f'\n',
f'Warning: This is not reversible!',
])
ans = dialog.get_mult_choice(options)
if ans == "back":
return True
if ans == "local" or ans == "both":
# Remove extracted folder and cached file
File.delete(self.get_cache_file())
Folder.delete(self.get_root_dir())
# Remove hash from local db
Hash.remove_project_hash(self)
Menu.notice = f'Project "{self.entry.name}" deleted locally!'
if ans == "remote" or ans == "both":
if self.is_remote():
# Delete compressed file
project_id = self.entry.data["id"]
if project_id:
Drive.delete(project_id)
# Delete folder with scratch tracks and mixdowns
folder_id = Drive.get_id(self.entry.name)
if folder_id:
Drive.delete(folder_id)
# Remove entry from remote db
self.entry.destroy()
Menu.notice = f'Project "{self.entry.name}" deleted remotely!'
if ans == "both":
Menu.notice = f'Project "{self.entry.name}" completely deleted!'
return True
def remove_dummy_files(self):
# Remove any wav files that are 0 bytes in size
for folder in FOLDERS:
folder = self.get_root_dir() / folder
wavs = Folder.ls_files(folder, "wav")
for wav in wavs:
if wav.exists() and wav.stat().st_size == 0:
wav.unlink()
def clean_out_cache():
dialog = Dialog(
title="Clean Out Cache",
body=[
f'This will remove all pre-downloaded *.lof compressed files.',
f'\n',
f'\n',
f'This should not harm any saved songs you have! This only',
f'removes the pre-downloaded compressed cache.',
f'\n',
f'\n',
])
if dialog.confirm():
Folder.clear(f'compressed_songs')
Menu.notice = "Cache is cleaned out!"
return True
def to_wav(self, folderpath):
folderpath = Path(folderpath)
Folder.create(folderpath)
mp3 = self.filepath
wav = Path(f'{folderpath.absolute()}/{mp3.stem}.wav')
stem, num, ext = File.split_name(wav.name)
if wav.is_file():
# File already exists locally, do not do anything
Log(f'File "{wav.name}" already exists, keeping local file.')
return True
Run.ffmpeg(args="-i",
source=mp3.absolute(),
destination=wav.absolute(),
codec="-c:a pcm_s24le")
return True
def folder_to_mp3(folderpath, destination):
folderpath = Path(folderpath)
destination = Path(destination)
wavs = glob(f"{folderpath.absolute()}/*.wav")
username_ignore = False
Folder.create(destination)
for wav in wavs:
result = Audio(wav).to_mp3(folderpath=destination,
username_ignore=username_ignore)
if isinstance(result, dict):
username_ignore = result["username_ignore"]
else:
if not result:
return False
return True
def extract_project(self):
Log("Extracting project..")
# Create required folders in 'extracted_songs'
self.create_required_folders()
# Extract cache to 'temp' folder
Log("Extracting project")
Tar.extract(self.get_cache_file(), self.get_temp_dir().parent)
# Copy and convert from 'temp' to 'extracted_songs'
if not self.move_temp_to_extracted_songs():
# If function fails, remove broken extracted project
# to prevent issues trying again.
Folder.delete(self.get_root_dir())
Log("Could not move project from 'temp' to 'extracted_songs'..",
"warning")
Log.press_enter()
return False
return True
def clear_all_local_projects():
result = Dialog("Clear Local Projects", [
f'This will clear all locally cached projects to save',
f'space on your hard drive.',
f'\n',
f'This will NOT:',
f'\n',
f' - Delete any songs on the cloud',
f'\n',
f' - Delete any dirty projects on your computer',
f'\n',
f' that have not been uploaded yet',
f'\n',
f' - Remove any projects that have never been',
f'\n',
f' uploaded to the cloud yet',
f'\n',
]).confirm()
if result:
for project in ProjectIndex.get_all_projects():
if not project.is_dirty() and project.is_remote():
# Just in case we have it locked
project.remove_lock()
# Remove extracted folder and cached file
File.delete(project.get_cache_file())
Folder.delete(project.get_root_dir())
# Remove hash from local db
Hash.remove_project_hash(project)
Menu.notice = f'Local projects cleared!'
else:
Menu.notice = f'No local projects were cleared..'
return True
def duplicate(self):
if not self.dialog_copy_confirm():
return False
new_name = self.dialog_copy_new_name()
new_path = self.get_root_dir().parent / new_name
Log(f'Duplicating "{self.entry.name}" to "{new_name}"..')
Folder.copy(self.get_root_dir(), new_path)
Log(f'Renaming song file', 'sub')
File.rename(new_path / (self.get_song_file().name),
new_path / f'{new_name}.song')
if self.get_song_file(version="original").exists():
Log(f'Renaming *original song file', 'sub')
File.rename(
new_path / (self.get_song_file(version="original").name),
new_path / f'{new_name}_original.song')
Menu.notice = f'Created Project "{new_name}"!'
return True
def dialog_copy_new_name(self):
dialog = Dialog(
title=f'Make Duplicate of "{self.entry.name}"',
body="Please enter a new name for your duplicate project.")
new_name = dialog.get_result("New Name").lower()
project_names = [
x.name.lower()
for x in Folder.ls_folders(self.get_root_dir().parent)
]
if not new_name in project_names:
return new_name
Log("That project name already exists.. Please try again!")
Log.press_enter()
return self.dialog_copy_new_name()
def set_dummy_files(self):
# double check that the dummy.json files exist
self.create_dummy_json()
for folder in FOLDERS:
folder = self.get_root_dir() / folder
dummy_json = folder / "dummy.json"
data = File.get_json(dummy_json)
wavs = Folder.ls_files(folder, "wav")
# Lets find the max wav numbers
for wav in wavs:
file_stem, num, ext = File.split_name(wav)
if not file_stem in data["max"]:
data["max"][file_stem] = num
else:
if num > data["max"][file_stem]:
data["max"][file_stem] = num
# Now lets create the dummy files if they don't already exist
for file_stem in data["max"]:
num = data["max"][file_stem]
for i in range(num):
if i == 0:
path = folder / f'{file_stem}.wav'
else:
path = folder / f'{file_stem}({i}).wav'
path.touch()
# Lets also get rid of the "dummy" key that is unused now
if "dummy" in data:
data.pop("dummy")
# Lastly, lets update the dummy.json file
File.set_json(dummy_json, data)
def exit():
Folder.clear_temp()
# 0 = there was a problem
# 1 = exit gracefully
sys.exit(1)
def move_extracted_song_to_temp(self):
# Make sure we don't have any dummy files
self.remove_dummy_files()
for location in ["Media", "Bounces"]:
# Remove unused cached audio from location
# Garbage collector for unused audio files
mp3s = Folder.ls_files(self.get_temp_dir() / location, "mp3")
wav_names = [
x.stem
for x in Folder.ls_files(self.get_root_dir() / location, "wav")
]
for mp3 in mp3s:
if mp3.stem not in wav_names:
File.delete(mp3)
# Convert and move wavs to mp3s
Log(f'Converting "{location}" wav\'s to mp3\'s')
if not Audio.folder_to_mp3(self.get_root_dir() / location,
self.get_temp_dir() / location):
return False
# Copy over dummy.json
Log(f'Copying over "{location}" dummy.json')
if self.get_dummy_db(location, temp=False).exists():
File.recursive_overwrite(
self.get_dummy_db(location, temp=False),
self.get_dummy_db(location, temp=True),
)
# Upload scratch files and mixdowns to the cloud
mp3s = Folder.ls_files(self.get_temp_dir() / "Media", "mp3",
"Scratch*")
mp3s.extend(
Folder.ls_files(self.get_temp_dir() / "Media", "mp3", "SCRATCH*"))
mp3s.extend(Folder.ls_files(self.get_root_dir() / "Mixdown", "mp3"))
for mp3 in mp3s:
mix_folder_id = Drive.get_id(self.entry.name)
if not Drive.get_id(mp3.name, mix_folder_id):
Log(f'Uploading "{mp3.name}" to the cloud', "sub")
mp3_id = Drive.upload(filepath=mp3,
mimeType=Drive.mimeType["mp3"],
parent=mix_folder_id)
audio_type = "Scratch" if mp3.parent.name == "Media" else "#MIXDOWN#"
Slack.send_link(
link_name=
f'{audio_type} for {self.entry.name}, "{mp3.name}"',
ID=mp3_id)
else:
Log(f'Audio file "{mp3.name}" already exists on the cloud!',
"sub")
# Copy over mixdowns to temp
Log("Copying over 'Mixdown' mp3's")
Folder.copy(self.get_root_dir() / "Mixdown",
self.get_temp_dir() / "Mixdown")
# Lastly, copy over the song file
File.recursive_overwrite(self.get_song_file(temp=False),
self.get_song_file(temp=True))
return True
def get_local_projects():
local = Folder.ls_folders(EXTRACTED)
return [Project(x.name) for x in local]
import traceback,sys
from src.Slack import Slack
from src.Update import Update
from src.Settings import Settings
from src.TERMGUI.Log import Log
from src.FileManagement.Folder import Folder
from src.menus.menu_main import menu_main
# MAIN FUNCTION
if __name__ == '__main__':
# Create file structure if it doesn't exist
Folder.create("compressed_songs")
Folder.create("extracted_songs")
Folder.create("temp")
Folder.create("templates")
# Create settings file if it doesn't exist
Settings.create()
# Start main menu
try:
menu_main()
except Exception as e:
Log(traceback.format_exc(),"warning")
# 0 = there was a problem
# 1 = exit gracefully
sys.exit(0)
def create_required_folders(self, temp=False, clean=True):
# 'temp=True' will focus on the temp/<song> directory
# 'temp=False' will focus on the extracted_songs/<song> directory
# 'clean=True' will delete the folders first, then recreate them
# Need to make sure these folders exist
Log("Creating necessary folders")
if temp:
# Clean out temp dir
if clean:
Folder.delete(self.get_temp_dir())
Folder.create(self.get_temp_dir())
else:
# Create new extracted dir, remove if exists
if clean:
Folder.delete(self.get_root_dir())
Folder.create(self.get_root_dir())
for location in ["Media", "Bounces", "Mixdown"]:
if temp:
Folder.create(self.get_temp_dir() / location)
Folder.create(self.get_root_dir() / location)
return True
