Update README.md

README.md

@@ -1,20 +1,20 @@
 # flac2pod
 Seamlessly converts your existing FLAC library to be played on an iPod Classic.
 
-This script makes use of ffmpeg to convert your existing FLAC music library to either MP3-320 or ALAC for easy iPod Classic use. It also takes advantage of "rg2sc" (https://github.com/rwinkhart/rg2sc) to convert any existing ReplayGain tags to Apple Sound Check tags that are compatible with Apple products.
+This script makes use of ffmpeg to convert your existing FLAC music library to MP3-320 for easy iPod Classic use. It also takes advantage of "rg2sc" (https://github.com/rwinkhart/rg2sc) to convert any existing ReplayGain tags to Apple Sound Check tags that are compatible with Apple products.
 
 # Usage
-
+Simply run:
 ```
-flac2pod -f --mp3  # will convert library to MP3-320 and forcefully update Sound Check tags (even if they already exist)
+flac2pod
-
-flac2pod --alac  # will convert library to ALAC in a .m4a container - only updates missing Sound Check tags
-
-flac2pod  # will convert library to MP3-320 - only updates missing Sound Check tags
 ```
+...and you will be prompted for your source and destination directories.
+
 
 In order for flac2pod to function, your library must be structured as follows:
-Library dir -> Artist dir -> Album dir -> FLAC files
+
+library parent dir -> artist dir -> album dir -> FLAC files
+
 
 When prompted for the source directory, you want to input your library parent directory.
 

bin/flac2pod

@@ -4,7 +4,6 @@
 
 from os import path, system, walk
 from pathlib import Path
-from sys import argv
 
 
 # utility functions
@@ -35,39 +34,23 @@ def create_destination():
             .mkdir(0o700, parents=True, exist_ok=True)
 
 
-def scan_destination_convert_alac():
-    for _file in source_directories[1]:
-        if not Path(f"{_file.replace(path.expanduser(source), path.expanduser(destination))}.m4a").is_file():
-            system(f"ffmpeg -i '{_file}.flac' -c:v copy -c:a alac -map_metadata 0 -id3v2_version 3 "
-                   f"'{_file.replace(path.expanduser(source), path.expanduser(destination))}.m4a'")
-
-
 def scan_destination_convert_mp3():
     for _file in source_directories[1]:
-        print(_file)
         if not Path(f"{_file.replace(path.expanduser(source), path.expanduser(destination))}.mp3").is_file():
-            system(f"ffmpeg -i '{_file}.flac' -c:v copy -ab 320k -map_metadata 0 -id3v2_version 3 "
+            _file_s = _file.replace(' ', '\\ ').replace("'", "\\'") + '.flac'
-                   f"'{_file.replace(path.expanduser(source), path.expanduser(destination))}.mp3'")
+            _file_d = _file.replace(path.expanduser(source),
+                                    path.expanduser(destination)).replace(' ', '\\ ').replace("'", "\\'") + '.mp3'
+            print(f"\n\u001b[38;5;0;48;5;15mConverting {_file_s} to {_file_d}...\u001b[0m\n")
+            system(f"ffmpeg -i {_file_s} -c:v copy -ab 320k -map_metadata 0 -id3v2_version 3 {_file_d}")
+            rg2sc(_file_d)
 
 
-def rg2sc():
+def rg2sc(_file):
-    if argument.__contains__('-f'):
+    system(f"rg2sc -f {_file}")
-        system(f"{rg2sc} -f {destination}")
-    else:
-        system(f"{rg2sc} {destination}")
 
 
 # program start sequence
 
-# retrieve typed argument
-argument_list = argv
-i, argument = 0, ''
-for _ in argument_list:
-    while i < len(argument_list) - 1:
-        i += 1
-        argument += argument_list[i] + ' '
-argument = argument[:-1]
-
 source = input('Source parent directory: ')
 if source.endswith('/'):
     source = source[:-1]
@@ -77,8 +60,4 @@ if destination.endswith('/'):
 
 source_directories = scan_source()
 create_destination()
-if argument.__contains__('--alac'):
+scan_destination_convert_mp3()
-    scan_destination_convert_alac()
-else:
-    scan_destination_convert_mp3()
-    rg2sc()