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doc: fix misspellings

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Fix misspellings missed during regular reviews.

Signed-off-by: David B. Kinder <david.b.kinder@intel.com>
This commit is contained in:
David B. Kinder
2019-02-27 13:32:30 -08:00
committed by David Kinder
parent a9482f46b4
commit ae34fdd843
4 changed files with 9 additions and 9 deletions
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2
doc/developer-guides/GVT-g-kernel-options.rst
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@@ -88,7 +88,7 @@ In the current configuration, we will set
``i915.enable_initial_modeset=1`` in SOS and ``i915.enable_initial_modeset=1`` in SOS and
``i915.enable_initial_modeset=0`` in UOS. ``i915.enable_initial_modeset=0`` in UOS.
This parmeter is not used on UEFI platforms. This parameter is not used on UEFI platforms.
i915.avail_planes_per_pipe and i915.domain_plane_owners i915.avail_planes_per_pipe and i915.domain_plane_owners
******************************************************* *******************************************************

6
doc/release_notes_0.5.rst
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@@ -36,7 +36,7 @@ Version 0.5 new features
**OVMF support initial patches merged in ACRN**: **OVMF support initial patches merged in ACRN**:
To support booting Windows as a Guest OS, we are To support booting Windows as a Guest OS, we are
using Opensource Virtual Machine Firmware (OVMF). using Open source Virtual Machine Firmware (OVMF).
Initial patches to support OVMF have been merged in ACRN hypervisor. Initial patches to support OVMF have been merged in ACRN hypervisor.
More patches for ACRN and patches upstreaming to OVMF work will be continuing. More patches for ACRN and patches upstreaming to OVMF work will be continuing.
@@ -44,7 +44,7 @@ More patches for ACRN and patches upstreaming to OVMF work will be continuing.
This release enables serial port debugging on UP2 boards during SOS and UOS boot. This release enables serial port debugging on UP2 boards during SOS and UOS boot.
**One E2E binary to support all UEFI platform**: **One E2E binary to support all UEFI platform**:
ACRN can support both ApolloLake (APL) and KabbyLake (KBL) NUCs. ACRN can support both Apollo Lake (APL) and Kaby Lake (KBL) NUCs.
Instead of having separate builds, this release offers community Instead of having separate builds, this release offers community
developers a single end-to-end reference build that supports both developers a single end-to-end reference build that supports both
UEFI hardware platforms, configured with a new boot parameter. UEFI hardware platforms, configured with a new boot parameter.
@@ -52,7 +52,7 @@ See :ref:`getting_started` for more information.
**APL UP2 board with SBL firmware**: With this 0.5 release, ACRN **APL UP2 board with SBL firmware**: With this 0.5 release, ACRN
now supports APL UP2 board with slim Bootloader (SBL) firmware. now supports APL UP2 board with slim Bootloader (SBL) firmware.
Slim Bootloader is a modern, flexible, light-weither, open source Slim Bootloader is a modern, flexible, light-weight, open source
reference boot loader with key benefits such as being fast, small, reference boot loader with key benefits such as being fast, small,
customizable, and secure. An end-to-end reference build with customizable, and secure. An end-to-end reference build with
ACRN hypervisor, Clear Linux OS as SOS, and Clear Linux OS as UOS has been ACRN hypervisor, Clear Linux OS as SOS, and Clear Linux OS as UOS has been

8
doc/tutorials/rt_linux.rst
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@@ -4,7 +4,7 @@ Using PREEMPT_RT-Linux for real-time UOS
######################################## ########################################
The ACRN project uses various techniques to support a User OS (UOS) The ACRN project uses various techniques to support a User OS (UOS)
runing as virtual machine (VM) with real-time characteristics, also running as virtual machine (VM) with real-time characteristics, also
called a "Privileged VM" in ACRN terminology. Some of these techniques called a "Privileged VM" in ACRN terminology. Some of these techniques
include device passthrough and cache allocation technology (CAT), as include device passthrough and cache allocation technology (CAT), as
shown in :numref:`rt-linux-arch`. shown in :numref:`rt-linux-arch`.
@@ -44,9 +44,9 @@ system on Intel KBL NUC with a SATA SSD as ``/dev/sda`` and an NVME SSD as
1. Follow the :ref:`set-up-CL` instructions in the 1. Follow the :ref:`set-up-CL` instructions in the
:ref:`getting-started-apl-nuc` to: :ref:`getting-started-apl-nuc` to:
a. Install ClearLinux (version 26800 or higher) onto the NVMe a. Install Clear Linux (version 26800 or higher) onto the NVMe
#. Install ClearLinux (version 26800 or higher) onto the SATA SSD #. Install Clear Linux (version 26800 or higher) onto the SATA SSD
#. Set up ClearLinux on the SATA SSD as the Service OS (SOS) following #. Set up Clear Linux on the SATA SSD as the Service OS (SOS) following
the :ref:`add-acrn-to-efi` instructions in the same guide. the :ref:`add-acrn-to-efi` instructions in the same guide.
#. Patch and build the Real-Time kernel #. Patch and build the Real-Time kernel

2
doc/tutorials/trustyACRN.rst
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@@ -249,7 +249,7 @@ embedded development through an open source platform. In this
section, we'll focus on two major components: section, we'll focus on two major components:
* one is the basic idea of * one is the basic idea of
secure world and unsecure world isolation (so called one-vm, secure world and insecure world isolation (so called one-vm,
two-worlds), two-worlds),
* the other one is the secure storage virtualization in ACRN. * the other one is the secure storage virtualization in ACRN.