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A userland component that ports the Linux WireGuard kernel module (originally from kernel version 5.14.21) and integrates it via a NIC session (public network side) and an Uplink session (private network side). The WireGuard-specific device configuration is done through the component configuration. The port is done using lx_emul, lx_kit and the virt_linux targets. The commit adds also 4 corresponding run scripts of which 3 are fully automated of which 1 is added to the autopilot. :Warning: Although in principal functioning, the WireGuard port has not been exposed to a sufficient amount of real-world testing, so far. Therefore, we strongly recommend not to use it in any security-critical scenarios! There is no guarantee that the port meets any of the security goals pursued by the WireGuard protocol or other WireGuard implementations! Ref #4397 |
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| run | ||
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| fec.list | ||
| lxip.list | ||
| README | ||
| usb_hid.list | ||
| usb_host.list | ||
| usb_modem.list | ||
| usb_net.list | ||
| usb.list | ||
Device drivers ported from the Linux kernel USB ### Host controller ~~~~~~~~~~~~~~~ The driver will start all USB controller types a platform offers. Please consult repos/dde_linux/drivers/usb_host/README for a description. HID ~~~ Please consult repos/dde_linux/drivers/usb_hid/README for a description. Storage ~~~~~~~ Please consult repos/os/src/drivers/usb_block/README for a description. Network (Nic) ~~~~~~~~~~~~~ Please consolut repos/dde_linux/src/drivers/usb_net/README for a description. LXIP #### LXIP is a port of the Linux TCP/IP stack to Genode. It is build as a shared library named 'lxip.lib.so'. The IP stack can be interfaced using Genode's version of 'libc' by linking your application to 'lxip_libc' plugin in your 'target.mk' file. lx_kit ###### The modular lx_kit seperates the required back end functionality of the Linux emulation environment from the front end. Thereby each driver can reuse specific parts or supply more suitable implementations by itself. It is used to reduce the amount of redundant code in each driver. The lx_kit is split into several layers whose structure is as follows: The first layer in _repos/dde_linux/src/include/lx_emul_ contains those header files that provide the structural definitions and function declarations of the Linux API, e.g. _errno.h_ provides all error code values. The second layer in _repos/dde_linux/src/include/lx_emul/impl_ contains the implementation of selected functions, e.g. _slab.h_ provides the implementation of 'kmalloc()'. The lx_kit back end API is the third layer and provides the _Lx::Malloc_ interface (_repos/dde_linux/src/include/lx_kit/malloc.h_) which is used to implement 'kmalloc()'. There are several generic implementations of the lx_kit interfaces that can be used by a driver. A driver typically includes a 'lx_emul/impl/xyz.h' header once directly in its lx_emul compilation unit. The lx_kit interface files are only included in those compilation units that use or implement the interface. If a driver wants to use a generic implementation it must add the source file to its source file list. The generic implementations are located in _repos/dde_linux/src/lx_kit/_. The modular lx_kit still depends on the private _lx_emul.h_ header file that is tailored to each driver. Since the lx_kit already contains much of the declarations and definitions that were originally placed in these private header files, those files can now ommit a large amount of code.