[GEM-EXEC]

[ELLI-X86] [SYS] Hauki USB Core Loaded.

[ELLI-X86] => undefined

[HOST] Injection complete.

[HOST] Executing Topology Scan...

[ELLI-X86] > globalThis.USB.scanHubs()

[ELLI-X86] globalThis.USB.scanHubs()

[ELLI-X86]

[ELLI-X86] === HAUKI OS: USB TOPOLOGY SCAN ===

[ELLI-X86] Controller 0 [0x4440] Port 1 : Low-Speed (1.5 Mbps) [HID]

[ELLI-X86] Controller 1 [0x4460] Port 2 : Full-Speed (12 Mbps) [BULK/HUB]

[ELLI-X86] Controller 3 [0x44A0] Port 1 : Low-Speed (1.5 Mbps) [HID]

[ELLI-X86] Controller 3 [0x44A0] Port 2 : Full-Speed (12 Mbps) [BULK/HUB]

[ELLI-X86] ====================================

[ELLI-X86] => 4 devices located.

root@hauki-x86:~/hauki_usb# x-console elli tail 15

... EOF

sys.serial("[SYS] Hauki USB Core Loaded.
");

... EOF

[SYS] Hauki USB Core Loaded.

=> undefined

> globalThis.USB.scanHubs()

globalThis.USB.scanHubs()

=== HAUKI OS: USB TOPOLOGY SCAN ===

Controller 0 [0x4440] Port 1 : Low-Speed (1.5 Mbps) [HID]

Controller 1 [0x4460] Port 2 : Full-Speed (12 Mbps) [BULK/HUB]

Controller 3 [0x44A0] Port 1 : Low-Speed (1.5 Mbps) [HID]

Controller 3 [0x44A0] Port 2 : Full-Speed (12 Mbps) [BULK/HUB]

====================================

=> 4 devices located.

>Notice that the deployment script now accepts filenames as arguments (e.g.,
./deploy.sh 00_usb_core.js 01_mass_storage.js), allowing us to cleanly build
up our driver stack.

When the scanner runs, your Flash Drive should enumerate as a Full-Speed (12
Mbps) [BULK/HUB] device. Give me the output so we know exactly which
Controller and Port to rip away from the BIOS to begin the Mass Storage
initialization!