We can split now

.gitignore

@@ -161,3 +161,4 @@ cython_debug/
 #.idea/
 
 *local
+out/*

split.py

@@ -4,77 +4,54 @@
 #  split.py
 #
 #  Copyright 2023 Beat Jäckle <beat@git.jdmweb2.ch>
-from ffmpeg import FFmpeg
+"""
+Module providingClasses reading Files
+Module providingFunction writing mediafiles for us
+"""
 from splitSrc.ChapterTitle import ChapterTitle
 from splitSrc.ChapterTimes import ChapterTimes
+from splitSrc.ffmpeg import ffmpeg
+
 
 FILENAMEMUSTER = ['../HPMoR_Part_', '.mp3']
 TITLES = 'chaptertitle.ods'
 TIMES = 'chapter.csv'
+FILEFORMAT = 'mp3'
 
 
-def ffmpeg(part, cid, time: dict, end, title) -> None:
-    # utitle = title.replace(" ", "_")
-    # utitle = utitle.replace("'", "_")
-    # utitle = utitle.replace("__", "_")
-    utitle = title['t_']
-    title = title['t']
-    filename = f'{cid}_{utitle}'
-    f = FFmpeg()
-    f.option('y')
-    if end is not None:
-        f.input(
-            FILENAMEMUSTER[0] +
-            str(part) +
-            FILENAMEMUSTER[1],
-            ss=time,
-            to=end,
-
-        )
-    else:
-        f.input(
-            FILENAMEMUSTER[0] +
-            str(part) +
-            FILENAMEMUSTER[1],
-            ss=time,
-            to=end,
-
-        )
-    f.output(
-        filename,
-        metadata=f'title={title}'
-    )
-    f.execute()
-
-
-def main(args):
-    chapterTitle = ChapterTitle(TITLES)
-    chapterTimes = ChapterTimes()
-    current = next(chapterTimes)
-    for pochain in chapterTimes:
-        [i, p, t] = current
+def main():
+    """Splitting HPmod Files into their chapter"""
+    chapter_title = ChapterTitle(TITLES)
+    chapter_times = ChapterTimes()
+    current = next(chapter_times)
+    for pochain in chapter_times:
+        [cid, part, time] = current
 
         try:
-            i = int(i)
+            cid = int(cid)
         except ValueError:
-            print(i, t, 'Keine Kapitelnummer')
+            print(cid, time, 'Keine Kapitelnummer')
         else:
             # Test if it has a processor)
-            if p == pochain[1]:
+            if part == pochain[1]:
                 end = pochain[2]
             else:
                 end = None
             try:
-                title = chapterTitle[i]
+                title = chapter_title[cid]
             except KeyError:
-                print('No Chapter',i)
-                title = dict(t='__No Name__', t_='UNKNOWN')
+                print('No Chapter', cid)
+                title = dict(time='__No Name__', time_='UNKNOWN')
+            else:
                 ffmpeg(
-                part=p,
-                cid=i,
-                time=t,
+                    part=part,
+                    cid=cid,
+                    time=time,
                     end=end,
-                title=title)
+                    title=title,
+                    filenamemuster=FILENAMEMUSTER,
+                    fileformat=FILEFORMAT,
+                    )
         finally:
             current = pochain
     return 0
@@ -82,4 +59,4 @@ def main(args):
 
 if __name__ == '__main__':
     import sys
-    sys.exit(main(sys.argv))
+    sys.exit(main())

splitSrc/ffmpeg.py

@@ -0,0 +1,82 @@
+#!/usr/bin/env python3
+# -*- coding: UTF-8 -*-
+#
+#  ffmpeg.py
+#
+#  Copyright 2023 Beat Jäckle <beat@git.jdmweb2.ch>
+from ffmpeg import FFmpeg
+import asyncio
+
+
+async def main(part, cid, time: dict, end, title, filenamemuster, fileformat):
+    utitle = title['t_']
+    title = title['t']
+    filename = f'out/{cid}_{utitle}.{fileformat}'
+
+    ffmpeg = (
+        FFmpeg()
+        .option("y")
+    )
+    if end is not None:
+        ffmpeg.input(
+            filenamemuster[0] +
+            str(part) +
+            filenamemuster[1],
+            ss=time,
+            to=end,
+
+        )
+    else:
+        ffmpeg.input(
+            filenamemuster[0] +
+            str(part) +
+            filenamemuster[1],
+            ss=time,
+            to=end,
+        )
+    ffmpeg.output(
+        filename,
+        # metadata=[f'title={title}', f'track={cid}'],
+        options={
+            'metadata': [f'title={title}', f'track={cid}'],
+            "codec:a": "copy"
+        }
+    )
+
+    @ffmpeg.on("start")
+    def on_start(arguments):
+        print("Arguments:", arguments)
+
+    @ffmpeg.on("stderr")
+    def on_stderr(line):
+        print("stderr:", line)
+
+    @ffmpeg.on("progress")
+    def on_progress(progress):
+        print(progress)
+
+    @ffmpeg.on("progress")
+    def time_to_terminate(progress):
+        # Gracefully terminate when more than 200 frames are processed
+        if progress.frame > 200:
+            ffmpeg.terminate()
+
+    @ffmpeg.on("completed")
+    def on_completed():
+        print("Completed")
+
+    @ffmpeg.on("terminated")
+    def on_terminated():
+        print("Terminated")
+
+    @ffmpeg.on("error")
+    def on_error(code):
+        print("Error:", code)
+
+    await ffmpeg.execute()
+
+
+def ffmpeg(part, cid, time: dict, end, title, filenamemuster, fileformat):
+    asyncio.run(main(
+        part, cid, time, end, title, filenamemuster, fileformat
+        ))