fix zipseq store not storing

zip_sequences.py

@@ -476,15 +476,42 @@ def is_archive_path(path: Path) -> bool:
     return any(part in ("_archive", "_CURRENT") for part in path.parts)
 
 
-def find_sequence_dirs(root: Path) -> Iterator[Path]:
+def find_sequence_dirs(root: Path, *, verbose: bool = False) -> Iterator[Path]:
+    seen_dirs = set()  # Track directories we've already yielded to avoid duplicates
     for dirpath, dirnames, filenames in os.walk(root):
         path = Path(dirpath)
         dirnames[:] = [d for d in dirnames if d not in ("_archive", "_CURRENT")]
         if is_archive_path(path):
+            if verbose:
+                rel = path.relative_to(root) if path.is_relative_to(root) else path
+                log("scan", f"Skipping archive path: {rel}", verbose_only=True, verbose=verbose)
             continue
+        
+        # Check if this directory has sequence files directly
         has_frames = any(Path(dirpath, f).suffix.lower() in SEQUENCE_EXTENSIONS for f in filenames)
         if has_frames:
-            yield path
+            path_resolved = path.resolve()
+            if path_resolved not in seen_dirs:
+                seen_dirs.add(path_resolved)
+                yield path
+        elif verbose:
+            # Log directories that don't have sequence files for debugging
+            rel = path.relative_to(root) if path.is_relative_to(root) else path
+            if "scab" in path.name.lower():
+                # Special logging for directories that might be sequences
+                frame_extensions = [f for f in filenames if Path(f).suffix.lower() in SEQUENCE_EXTENSIONS]
+                all_files = list(path.iterdir()) if path.exists() else []
+                log("scan", f"Directory {rel}: {len(filenames)} files in dir, {len(frame_extensions)} with sequence extensions, {len(all_files)} total items", verbose_only=True, verbose=verbose)
+                # Check subdirectories
+                for subdir in dirnames[:5]:  # Check first 5 subdirs
+                    subdir_path = path / subdir
+                    try:
+                        subdir_files = list(subdir_path.iterdir()) if subdir_path.exists() else []
+                        subdir_frame_files = [f for f in subdir_files if f.is_file() and f.suffix.lower() in SEQUENCE_EXTENSIONS]
+                        if subdir_frame_files:
+                            log("scan", f"  Subdirectory {subdir} has {len(subdir_frame_files)} sequence files", verbose_only=True, verbose=verbose)
+                    except (OSError, PermissionError):
+                        pass
 
 
 def iter_sequence_files(seq_dir: Path) -> Iterator[Path]:
@@ -539,12 +566,20 @@ def state_changed(seq_state: dict, stored_state: dict | None) -> bool:
 def archive_path_for(seq_dir: Path) -> Path:
     rel = seq_dir.relative_to(RENDER_ROOT)
     suffix = ".7z" if ZIPPER_TYPE == "7z" else ".zip"
-    return (ARCHIVE_ROOT / rel).with_suffix(suffix)
+    # Append suffix instead of replacing, since directory names might have dots (e.g., "scab_v2.1")
+    return ARCHIVE_ROOT / f"{rel}{suffix}"
 
 
 def sequence_dir_for(zip_path: Path) -> Path:
     rel = zip_path.relative_to(ARCHIVE_ROOT)
-    return (RENDER_ROOT / rel).with_suffix("")
+    # Remove the archive suffix (.7z or .zip) from the end
+    # Handle both .7z and .zip extensions
+    rel_str = str(rel)
+    if rel_str.endswith(".7z"):
+        rel_str = rel_str[:-3]
+    elif rel_str.endswith(".zip"):
+        rel_str = rel_str[:-4]
+    return RENDER_ROOT / rel_str
 
 
 def state_path_for(zip_path: Path) -> Path:
@@ -612,42 +647,49 @@ def zip_sequence(seq_dir: Path, zip_path: Path, per_job_memory_limit: int | None
             ]
             
             # Set compression method and memory/dictionary size based on method
-            # PPMd uses memory parameter in method string, LZMA2 uses -md flag
+            # At compression level 0, use Copy (store) method for maximum speed
             FIXED_DICT_SIZE_MB = 1024
-            if COMPRESSION_METHOD == "PPMd":
-                # PPMd: specify memory as part of method string
-                cmd.append(f"-m0=PPMd:mem={FIXED_DICT_SIZE_MB}m")
-            elif COMPRESSION_METHOD == "LZMA2":
-                # LZMA2: use -md for dictionary size
-                cmd.append("-m0=LZMA2")
-                cmd.append(f"-md={FIXED_DICT_SIZE_MB}m")
-            elif COMPRESSION_METHOD == "BZip2":
-                # BZip2: use -md for dictionary size (smaller max: 900KB)
-                max_bzip2_dict = min(FIXED_DICT_SIZE_MB, 900)  # BZip2 max is 900KB
-                cmd.append("-m0=BZip2")
-                cmd.append(f"-md={max_bzip2_dict}k")
-            elif COMPRESSION_METHOD == "Deflate":
-                # Deflate: doesn't use dictionary size parameter
-                cmd.append("-m0=Deflate")
-            else:
-                # Fallback: use LZMA2
-                cmd.append("-m0=LZMA2")
-                cmd.append(f"-md={FIXED_DICT_SIZE_MB}m")
-            
-            # CPU thread allocation: when there's only 1 worker, use all CPU cores
-            # When there are multiple workers, use auto mode to let 7z decide
-            # Note: PPMd is single-threaded and won't benefit from -mmt
-            cpu_cores = os.cpu_count() or 1
-            if COMPRESSION_METHOD == "PPMd":
-                # PPMd is single-threaded, so -mmt won't help
-                # But we can still set it for consistency
+            if COMPRESSION_LEVEL == 0:
+                # Level 0 = no compression, just store files (fastest)
+                cmd.append("-m0=Copy")
+                # Copy method doesn't need threading, but enable it anyway for consistency
                 cmd.append("-mmt=on")
-            elif worker_count == 1:
-                # Single worker: use all CPU cores for maximum speed (LZMA2, BZip2, Deflate support this)
-                cmd.append(f"-mmt={cpu_cores}")
             else:
-                # Multiple workers: use auto mode (7z will manage threads)
-                cmd.append("-mmt=on")
+                # Compression levels 1-9: use configured compression method
+                if COMPRESSION_METHOD == "PPMd":
+                    # PPMd: specify memory as part of method string
+                    cmd.append(f"-m0=PPMd:mem={FIXED_DICT_SIZE_MB}m")
+                elif COMPRESSION_METHOD == "LZMA2":
+                    # LZMA2: use -md for dictionary size
+                    cmd.append("-m0=LZMA2")
+                    cmd.append(f"-md={FIXED_DICT_SIZE_MB}m")
+                elif COMPRESSION_METHOD == "BZip2":
+                    # BZip2: use -md for dictionary size (smaller max: 900KB)
+                    max_bzip2_dict = min(FIXED_DICT_SIZE_MB, 900)  # BZip2 max is 900KB
+                    cmd.append("-m0=BZip2")
+                    cmd.append(f"-md={max_bzip2_dict}k")
+                elif COMPRESSION_METHOD == "Deflate":
+                    # Deflate: doesn't use dictionary size parameter
+                    cmd.append("-m0=Deflate")
+                else:
+                    # Fallback: use LZMA2
+                    cmd.append("-m0=LZMA2")
+                    cmd.append(f"-md={FIXED_DICT_SIZE_MB}m")
+                
+                # CPU thread allocation: when there's only 1 worker, use all CPU cores
+                # When there are multiple workers, use auto mode to let 7z decide
+                # Note: PPMd is single-threaded and won't benefit from -mmt
+                cpu_cores = os.cpu_count() or 1
+                if COMPRESSION_METHOD == "PPMd":
+                    # PPMd is single-threaded, so -mmt won't help
+                    # But we can still set it for consistency
+                    cmd.append("-mmt=on")
+                elif worker_count == 1:
+                    # Single worker: use all CPU cores for maximum speed (LZMA2, BZip2, Deflate support this)
+                    cmd.append(f"-mmt={cpu_cores}")
+                else:
+                    # Multiple workers: use auto mode (7z will manage threads)
+                    cmd.append("-mmt=on")
             
             cmd.extend([
                 str(temp_zip_abs),
@@ -796,7 +838,7 @@ def run_zip(requested_workers: int | None, *, verbose: bool) -> int:
     queued = 0
 
     if RENDER_ROOT.exists():
-        for seq_dir in find_sequence_dirs(RENDER_ROOT):
+        for seq_dir in find_sequence_dirs(RENDER_ROOT, verbose=verbose):
             total_scanned += 1
             rel = seq_dir.relative_to(RENDER_ROOT)
             if total_scanned <= 5 or total_scanned % 10 == 0: