- ASUS T100 USB XHCI COMPLIANT HOST CONTROLLER DRIVER PATCH
- ASUS T100 USB XHCI COMPLIANT HOST CONTROLLER DRIVER SOFTWARE
- ASUS T100 USB XHCI COMPLIANT HOST CONTROLLER DRIVER CODE
Vfs: add common GETFSMAP ioctl definitions commit Tty: Disable default console blanking interval commit Taskstats: add elapsed time, user CPU time and system CPU time for TGID command commitĪdd better clang cross build support commit SRCU: Parallelize callback handling commit Introduce CLASSIC_SRCU Kconfig option to use the traditional well-tested classic SRCU implementation from v4.11 instead of Tree and Tiny SCRU commit Task scheduler: Add 'sched-pelt' tool commitĬreate a tiny SRCU for SMP=n & PREEMPT=n builds commit
ASUS T100 USB XHCI COMPLIANT HOST CONTROLLER DRIVER SOFTWARE
Namespaces: expose task pid_ns_for_children in /proc/PID/ns, needed by software like CRIU commit, commit The main idea it is that when there is only one event left, the kernel will beging polling for events with the same NAPI ID commit, commit, commit, commit, commit, commit, commit, commit pblk is an implementation of a Flash Transaction Layer in the Linux kernel, which allows data placement decisions, and I/O scheduling to be managed by the host, enabling users to optimize the SSD for their specific workloads.Ĭhange livepatch to use a basic per-task consistency model (FEATURED) commit, commit, commitĮpoll: Add busy poll support to epoll with socket fds. Open-Channel SSDs are SSDs that do not include a Flash Translation Layer, support for them was included in Linux 4.4. This release introduces pblk, a host-side FTL for Open-Channel SSDs to expose them like block devices. It can be enabled using mdadm option -consistency-policy=ppl.ĭocumentation: Documentation/md/raid5-ppl.txtĬode: commit, commit, commit, commit, commit, commitġ.7. PPL is available for md version-1 metadata and external (specifically IMSM) metadata arrays. This feature is another way to close the RAID 5 Write Hole. This release adds support for the Partial Parity Log feature found in Intel IMSM raid array. Add support for Intel IMSM's Partial Parity Log Recommended LWN article: Topics in live kernel patchingġ.6. It's a hybrid of kGraft and kpatch: it uses kGraft's per-task consistency and syscall barrier switching combined with kpatch's stack trace switching.
ASUS T100 USB XHCI COMPLIANT HOST CONTROLLER DRIVER CODE
This code stems from the design proposal made in November 2014.
This is the biggest remaining piece needed to make livepatch more generally useful.
ASUS T100 USB XHCI COMPLIANT HOST CONTROLLER DRIVER PATCH
This release adds a so-called per-task consistency model - a foundation which will eventually enable to patch those ~10% of security patches which change function or data semantics. Live patching is a feature merged in Linux 4.0 that allows to patch the kernel code in running systems, which in turn allows to patch security issues without rebooting. Given target latencies for reads and synchronous writes, it will self-tune queue depths to achieve that goal, similary to blk-wbt.
The Kyber I/O scheduler is a low-overhead scheduler suitable for multiqueue and other fast devices. Recommended LWN article: Two new block I/O schedulers for 4.12Ĭode: commit, commit, commit, commit, commit, commit, commit, commit, commit, commit, commit, commit, commit, commit, commit For more details and benchmarks, see the Documentation or the project site
For servers, besides the same benefits as above, BFQ guarantees: audio and video-streaming with zero or very low jitter and drop rate fast retrieval of WEB pages and embedded objects real-time recording of data in live-dumping applications (e.g., packet logging) responsiveness in local and remote access to a server. For personal systems, BFQ provides low latency for interactive applications, low latency for soft real-time applications, higher speed for code-development tasks, high throughput, and strong fairness, bandwidth and delay guarantees. New BFQ I/O scheduler for a more reponsive desktopīFQ (Budget Fair Queuing) is a new I/O scheduler. USB Type-C, commonly known as simply USB-C, is a 24-pin USB connector system allowing transport of data and energy.ġ.3. This release adds support for USB Type-C connectors. This release adds preliminary support for Radeon RX Vega graphic cards. Voltage, current regulators, power capping, power supply.ACPI, EFI, cpufreq, thermal, Power Management.Tablets, touch screens, keyboards, mouses.Expose OpenChannel SSDs as device blocks.Add support for Intel IMSM's Partial Parity Log.New BFQ I/O scheduler for a more reponsive desktop.
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