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The Toshiba Z830 has 3 hotkeys which use the ACPI PNP0C32 quickstart spec: https://archive.org/details/microsoft-acpi-dirapplaunch These devices have an ACPI method called GHID() which suggests it returns a value from the "HID Usage Tables" document, but these methods simple returns a follow number for the button (1, 2 and 3). The first 2 buttons are for what the manual calls "TOSHIBA eco button" and "TOSHIBA Presentation button", since there is no good match for these simply map them to KEY_PROG1 and KEY_PROG2. The third button is intended to toggle the touchpad on/off, map this to F21 which GNOME/KDE will interpret as touchpad toggle. |
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| .. | ||
| .gitattributes | ||
| .gitignore | ||
| 20-acpi-vendor.hwdb | ||
| 20-acpi-vendor.hwdb.patch | ||
| 20-bluetooth-vendor-product.hwdb | ||
| 20-dmi-id.hwdb | ||
| 20-net-ifname.hwdb | ||
| 20-OUI.hwdb | ||
| 20-pci-classes.hwdb | ||
| 20-pci-vendor-model.hwdb | ||
| 20-sdio-classes.hwdb | ||
| 20-sdio-vendor-model.hwdb | ||
| 20-usb-classes.hwdb | ||
| 20-usb-vendor-model.hwdb | ||
| 20-vmbus-class.hwdb | ||
| 60-autosuspend-fingerprint-reader.hwdb | ||
| 60-autosuspend.hwdb | ||
| 60-evdev.hwdb | ||
| 60-input-id.hwdb | ||
| 60-keyboard.hwdb | ||
| 60-seat.hwdb | ||
| 60-sensor.hwdb | ||
| 70-analyzers.hwdb | ||
| 70-av-production.hwdb | ||
| 70-cameras.hwdb | ||
| 70-joystick.hwdb | ||
| 70-mouse.hwdb | ||
| 70-pda.hwdb | ||
| 70-pointingstick.hwdb | ||
| 70-sound-card.hwdb | ||
| 70-touchpad.hwdb | ||
| 80-ieee1394-unit-function.hwdb | ||
| 82-net-auto-link-local.hwdb | ||
| acpi_id_registry.csv | ||
| acpi-update.py | ||
| ids_parser.py | ||
| ma-large.txt | ||
| ma-medium.txt | ||
| ma-small.txt | ||
| meson.build | ||
| parse_hwdb.py | ||
| pci.ids | ||
| pnp_id_registry.csv | ||
| README | ||
| sdio.ids | ||
| usb.ids | ||
Files in this directory specify a description of hardware devices, in the form of mappings from modalias-like keys (which identify specific hardware devices) to udev properties. Files in this directory are not read by udev directly. Instead, man:systemd-hwdb(8) compiles them into a binary database. See man:hwdb(7) for an overview of the configuration file format, and man:systemd-udevd.service(8) for a description of the udev daemon. Use 'systemd-analyze cat-config udev/hwdb.d' to display the effective config.