.

Author: kopekC

…rts/input_repo/src/module_a/functions.ts …input_repo/modules/module_a/functions.tsexamples/analize_reexports/input_repo/src/module_a/functions.ts renamed to examples/analize_reexports/input_repo/modules/module_a/functions.ts examples/analize_reexports/input_repo/src/module_a/functions.ts renamed to examples/analize_reexports/input_repo/modules/module_a/functions.ts

@@ -5,78 +5,67 @@
 processed_imports = set()
 
 def run(codebase: Codebase):
-    print("Processing files in the codebase...")
+    print("🚀 Starting reexport analysis...")
     for file in codebase.files:
-        print(f"Checking file: {file.filepath}")
-        
         # Only process files under /src/shared
-        if "examples/analize_reexports" not in file.filepath:
-            print("Skipping file not in the target directory.")
-            continue
-        if '/src/shared' not in file.filepath:
-            print("Skipping file not in /src/shared.")
+        if "examples/analize_reexports" not in file.filepath or '/src/shared' not in file.filepath:
             continue
 
+        print(f"📁 Analyzing: {file.filepath}")
+        
         # Gather all reexports that are not external exports
         all_reexports = []
         for export_stmt in file.export_statements:
             for export in export_stmt.exports:
                 if export.is_reexport() and not export.is_external_export:
                     all_reexports.append(export)
 
-        print(f"Found {len(all_reexports)} reexports in {file.filepath}")
-
-        # Skip if there are none
         if not all_reexports:
-            print("No reexports found, moving to the next file.")
             continue
 
+        print(f"📦 Found {len(all_reexports)} reexports to process")
+
         for export in all_reexports:
             has_wildcard = False
 
             # Replace "src/" with "src/shared/"
             resolved_public_file = export.resolved_symbol.filepath.replace("src/", "src/shared/")
-            print(f"Resolved public file path: {resolved_public_file}")
+            print(f"🔄 Processing: {export.name} -> {resolved_public_file}")
 
             # Get relative path from the "public" file back to the original file
             relative_path = codebase.get_relative_path(
                 from_file=resolved_public_file,
                 to_file=export.resolved_symbol.filepath
             )
-            print(f"Relative path: {relative_path}")
 
             # Ensure the "public" file exists
             if not codebase.has_file(resolved_public_file):
-                print(f"Creating new file: {resolved_public_file}")
+                print(f"✨ Creating new public file: {resolved_public_file}")
                 target_file = codebase.create_file(resolved_public_file, sync=True)
             else:
-                print(f"File already exists: {resolved_public_file}")
                 target_file = codebase.get_file(resolved_public_file)
 
             # If target file already has a wildcard export for this relative path, skip
             if target_file.has_export_statement_for_path(relative_path, "WILDCARD"):
                 has_wildcard = True
-                print("Wildcard export already exists, skipping.")
                 continue
 
             # Compare "public" path to the local file's export.filepath
             if codebase._remove_extension(resolved_public_file) != codebase._remove_extension(export.filepath):
-                print("Processing export...")
-
-                # A) Wildcard export, e.g. `export * from "..."`
+                # A) Wildcard export
                 if export.is_wildcard_export():
                     target_file.insert_before(f'export * from "{relative_path}"')
-                    print(f"Inserted wildcard export for {relative_path}")
+                    print(f"⭐ Added wildcard export for {relative_path}")
 
-                # B) Type export, e.g. `export type { Foo, Bar } from "..."`
+                # B) Type export
                 elif export.is_type_export():
                     statement = file.get_export_statement_for_path(relative_path, "TYPE")
                     if statement:
                         if export.is_aliased():
                             statement.insert(0, f"{export.resolved_symbol.name} as {export.name}")
                         else:
                             statement.insert(0, f"{export.name}")
-                        print(f"Inserted into existing type export statement for {relative_path}")
+                        print(f"📝 Updated existing type export for {export.name}")
                     else:
                         if export.is_aliased():
                             target_file.insert_before(
@@ -87,17 +76,17 @@ def run(codebase: Codebase):
                             target_file.insert_before(
                                 f'export type {{ {export.name} }} from "{relative_path}"'
                             )
-                        print(f"Inserted new type export statement for {relative_path}")
+                        print(f"✨ Added new type export for {export.name}")
 
-                # C) Normal export, e.g. `export { Foo, Bar } from "..."`
+                # C) Normal export
                 else:
                     statement = file.get_export_statement_for_path(relative_path, "EXPORT")
                     if statement:
                         if export.is_aliased():
                             statement.insert(0, f"{export.resolved_symbol.name} as {export.name}")
                         else:
                             statement.insert(0, f"{export.name}")
-                        print(f"Inserted into existing export statement for {relative_path}")
+                        print(f"📝 Updated existing export for {export.name}")
                     else:
                         if export.is_aliased():
                             target_file.insert_before(
@@ -108,14 +97,13 @@ def run(codebase: Codebase):
                             target_file.insert_before(
                                 f'export {{ {export.name} }} from "{relative_path}"'
                             )
-                        print(f"Inserted new export statement for {relative_path}")
+                        print(f"✨ Added new export for {export.name}")
 
-            # Now update all import usages that refer to this export
+            # Update import usages
             for usage in export.symbol_usages():
                 if isinstance(usage, TSImport) and usage not in processed_imports:
                     processed_imports.add(usage)
 
-                    # Translate the resolved_public_file to the usage file's TS config import path
                     new_path = usage.file.ts_config.translate_import_path(resolved_public_file)
 
                     if has_wildcard and export.name != export.resolved_symbol.name:
@@ -130,20 +118,20 @@ def run(codebase: Codebase):
 
                     usage.file.insert_before(new_import)
                     usage.remove()
-                    print(f"Updated import in {usage.file.filepath}")
+                    print(f"🔄 Updated import in {usage.file.filepath}")
 
-            # Remove the old export from the original file
+            # Remove old export
             export.remove()
-            print(f"Removed old export from {export.filepath}")
+            print(f"🗑️  Removed old export from {export.filepath}")
 
-        # If the file ends up with no exports, remove it entirely
+        # Clean up empty files
         if not file.export_statements and len(file.symbols) == 0:
             file.remove()
-            print(f"Removed empty file: {file.filepath}")
+            print(f"🧹 Removed empty file: {file.filepath}")
         codebase.commit()
 
 if __name__ == "__main__":
-    print("Starting...")
+    print("🎯 Starting reexport organization...")
     codebase = Codebase("./", programming_language=ProgrammingLanguage.TYPESCRIPT)
     run(codebase)
-    print("Done!")
+    print("✅ Done! All reexports organized successfully!")