Add HID-BPF tutorial and implementation for virtual mouse input modification

- Introduced a comprehensive tutorial in README.md explaining how to fix broken HID devices using eBPF without kernel patches.
- Implemented a userspace program (hid-input-modifier.c) that creates a virtual HID mouse using the uhid interface and sends synthetic mouse events.
- Developed a BPF program (hid-input-modifier.bpf.c) that intercepts HID events and modifies mouse movement data, effectively doubling the X and Y movement.
- Created necessary header files (hid_bpf.h, hid_bpf_defs.h, hid_bpf_helpers.h) to define structures and helper functions for the BPF program.
- Added functionality to find and manage the virtual HID device, ensuring seamless integration with the BPF program.

scripts/generate_toc.py

@@ -15,13 +15,13 @@ def generate_toc(base_dir, project_root):
         "GPU": "\n\nGPU:\n\n",
         "Scheduler": "\n\nScheduler:\n\n",
         "Networking": "\n\nNetworking:\n\n",
-        "tracing": "\n\nTracing:\n\n",
+        "Tracing": "\n\nTracing:\n\n",
         "Security": "\n\nSecurity:\n\n",
         "Features": "\n\nFeatures:\n\n",
-        "Other": "\n\nFeatures:\n\n"
+        "Other": "\nOther:\n\n"
     }
 
-    subsection_order = ['GPU', 'Scheduler', 'Networking', 'tracing', 'Security', 'Features', 'Other', 'Android']
+    subsection_order = ['GPU', 'Scheduler', 'Networking', 'Tracing', 'Security', 'Features', 'Other', 'Android']
 
     # To ensure numeric sorting of directories
     def sort_key(directory_name):