acrn-hypervisor

History

Yang, Yu-chu 8779e4fd20 HV: uart16550: check the denominator before use To prevent the value is devided by zero, checks the denominator before the calculation. Adding the if statement to check before use. If the baud_rate is equal to zero, using default baud_rate. Signed-off-by: Yang, Yu-chu <yu-chu.yang@intel.com>		2018-07-06 11:33:36 +08:00
..
arch/x86	HV:CPU:Clean up variable type for CPU module	2018-07-06 11:32:50 +08:00
boot	hv:fix "missing for discarded return value" for memset	2018-07-05 14:14:48 +08:00
bsp	hv:fix "missing for discarded return value" for memset	2018-07-05 14:14:48 +08:00
common	hv:fix "missing for discarded return value" for memset	2018-07-05 14:14:48 +08:00
debug	HV: uart16550: check the denominator before use	2018-07-06 11:33:36 +08:00
include	HV: vioapic: use uint8_t for pins	2018-07-05 15:54:52 +08:00
lib	hv:fix "missing for discarded return value" for memset	2018-07-05 14:14:48 +08:00
scripts/kconfig	HV: make: rename minimalconfig to savedefconfig	2018-06-15 15:50:09 +08:00
Kconfig	HV: config: add Kconfig and defconfigs for sbl & uefi	2018-06-08 17:21:13 +08:00
MAINTAINERS	update home page information	2018-05-15 17:19:39 +08:00
Makefile	build: Using id tool to get builder username	2018-06-29 11:55:03 +08:00
README.rst	initial import	2018-05-11 14:44:28 +08:00

README.rst

Embedded-Hypervisor
###################

This open source embedded hypervisor defines a software architecture for
running multiple software subsystems managed securely on a consolidated
system (by means of a virtual machine manager), and defines a reference
framework Device Model implementation for devices emulation

This embedded hypervisor is type-1 reference hypervisor, running
directly on the system hardware. It can be used for building software
defined cockpit (SDC) or In-Vehicle Experience (IVE) solutions running
on Intel Architecture Apollo Lake platforms. As a reference
implementation, it provides the basis for embedded hypervisor vendors to
build solutions with an open source reference I/O mediation solution,
and provides auto makers a reference software stack for SDC usage.

This embedded hypervisor is able to support both Linux* and Android* as
a Guest OS, managed by the hypervisor, where applications can run.

This embedded hypervisor is a partitioning hypervisor reference stack,
also suitable for non-automotive IoT & embedded device solutions. It
will be addressing the gap that currently exists between datacenter
hypervisors, hard partitioning hypervisors, and select industrial
applications.  Extending the scope of this open source embedded
hypervisor relies on the involvement of community developers like you!