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doc/build.rst Normal file
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.. _building:
Building
########
The following instructions will help you build Looking Glass for yourself
from source code. Before you attempt to do this, you should have a basic
understanding of how to use the shell.
.. _download_source:
Downloading
-----------
Either visit the Looking Glass website's `Download
Page <https://looking-glass.io/downloads>`_, or pull the lastest **bleeding-edge
version** with ``git``.
.. code:: bash
git clone --recursive https://github.com/gnif/LookingGlass.git
.. warning::
Please only clone from Git if you're a developer, and know what you're
doing. Looking Glass requires git submodules that must be setup and updated
when building. Source code downloads from the website come bundled with the
necessary submodules.
.. note::
When using the latest bleeding-edge client version,
you *MUST* download and install the corresponding host application.
.. _build_client_section:
Client
------
.. _installing_build_dependencies:
Installing Build Dependencies
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
These required libraries and tools should be installed first.
.. _client_dependencies:
Required Dependencies
^^^^^^^^^^^^^^^^^^^^^
- cmake
- gcc \| clang
- fonts-freefont-ttf
- libegl-dev
- libgl-dev
- libfontconfig1-dev
- libgmp-dev
- libsdl2-dev
- libsdl2-ttf-dev
- libspice-protocol-dev
- make
- nettle-dev
- pkg-config
.. _may_be_disabled:
May be disabled
<<<<<<<<<<<<<<<
These dependencies are required by default, but may be omitted if their
feature is disabled when running :ref:`cmake <client_building>`.
- Disable with ``cmake -DENABLE_BACKTRACE=no``
- binutils-dev
- Disable with ``cmake -DENABLE_X11=no``
- libx11-dev
- libxfixes-dev
- libxi-dev
- libxss-dev
- Disable with ``cmake -DENABLE_WAYLAND=no``
- libwayland-bin
- libwayland-dev
- wayland-protocols
You can fetch these dependencies on Debian systems with the following command:
``apt-get install binutils-dev cmake fonts-freefont-ttf libfontconfig1-dev
libsdl2-dev libsdl2-ttf-dev libspice-protocol-dev libx11-dev nettle-dev
wayland-protocols``
.. _client_building:
Building
~~~~~~~~
If you've downloaded the source code as a zip file, simply unzip and cd into the
new directory. If you've cloned the repo with ``git``, then ``cd`` into the
'LookingGlass' directory.
.. code:: bash
mkdir client/build
cd client/build
cmake ../
make
Should this all go well, you will build the **looking-glass-client**.
.. seealso::
:ref:`Installing the Client <client_install>`
.. note::
The most common compile error is related to backtrace support. This can be
disabled by adding the following option to the cmake command:
**-DENABLE_BACKTRACE=0**, however, if you disable this and need support for a
crash please be sure to use gdb to obtain a backtrace manually or there is
nothing that can be done to help you.
.. _host_building:
Host
----
These instructions help you build the host yourself from the :ref:`downloaded
source code <download_source>`.
.. warning::
Building the host from source code is not recommended for most purposes,
and should only be attempted by users who are prepared to handle issues
on their own. Please download the pre-built binary installers from
https://looking-glass.io/downloads for stability, and increased support.
.. note::
The pre-built binaries also include NvFBC support built in, which is
only available to current Nvidia SDK license holders, and cannot
be enabled when building the host without also having a license.
.. _host_win_on_win:
For Windows on Windows
~~~~~~~~~~~~~~~~~~~~~~
1. Download and install msys2 x86_64 from
`http://www.msys2.org/ <http://www.msys2.org/>`__ following the setup
instructions provided
2. Run the MSYS2 shell.
3. Download build dependencies with pacman
.. code:: bash
pacman -Fy
pacman -Sy git make mingw-w64-x86_64-gcc mingw-w64-x86_64-cmake
4. Checkout the project
.. code:: bash
git clone https://github.com/gnif/LookingGlass.git
5. Configure the project and build it
.. code:: bash
mkdir LookingGlass/host/build
cd LookingGlass/host/build
cmake -G "MSYS Makefiles" ..
make
.. _host_linux_on_linux:
For Linux on Linux
~~~~~~~~~~~~~~~~~~
Make a ``host/build`` direstory, then run ``cmake``
.. code:: bash
cd host
mkdir build
cd build
cmake ..
make
.. _host_win_cross_on_linux:
For Windows cross compiling on Linux
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Like :ref:`host_linux_on_linux`, but specifying the mingw64 toolchain in cmake
for building.
.. code:: bash
cd host
mkdir build
cd build
cmake -DCMAKE_TOOLCHAIN_FILE=../toolchain-mingw64.cmake ..
make
.. _host_build_installer:
Building the Windows installer
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
1. :ref:`Build <host_win_cross_on_linux>` the host for Linux.
2. Install ``nsis``
.. code:: bash
apt-get install nsis
3. Use ``makensis`` to build the installer.
.. code:: bash
cd host/build/platform/Windows
makensis installer.nsi
.. _host_questions:
This will build ``looking-glass-host-setup.exe`` under
``host/build/platform/Windows/looking-glass-host-setup.exe``
.. seealso::
:ref:`Installing the Host <host_install>`

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doc/conf.py
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@ -24,6 +24,9 @@ author = 'Geoffrey McRae and the Looking Glass team'
# The full version, including alpha/beta/rc tags
release = 'B4'
rst_prolog = """
.. |license| replace:: GPLv2
"""
# -- General configuration ---------------------------------------------------

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doc/faq.rst
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@ -150,8 +150,7 @@ Another popular solution is to use
pipes audio through the network. A guide for setting up scream is available on
the wiki: https://looking-glass.io/wiki/Using_Scream_over_LAN
.. _faq_win:
Windows
-------
@ -171,3 +170,103 @@ The screen stops updating when left idle for a time
Windows is likely turning off the display to save power, you can prevent
this by adjusting the \`Power Options\` in the control panel.
.. _faq_host:
Host
----
Where is the log?
~~~~~~~~~~~~~~~~~
The log file for the host application is located at::
%ProgramData%\Looking Glass (host)\looking-glass-host.txt
You can also find out where the file is by right clicking on the tray
icon and selecting "Log File Location".
The log file for the looking glass service is located at::
%ProgramData%\Looking Glass (host)\looking-glass-host-service.txt
This is useful for troubleshooting errors related to the host
application not starting.
High priority capture using DXGI and Secure Desktop (UAC) capture support
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
By default Windows gives priority to the foreground application for any
GPU work which causes issues with capture if the foreground application
is consuming 100% of the available GPU resources. The looking glass host
application is able to increase the kernel GPU thread to realtime
priority which fixes this, but in order to do so it must run as the
``SYSTEM`` user account. To do this, Looking Glass needs to run as a
service. This can be accomplished by either using the NSIS installer
which will do this for you, or you can use the following command to
Install the service manually:
::
looking-glass-host.exe InstallService
To remove the service use the following command:
::
looking-glass-host.exe UninstallService
This will also enable the host application to capture the secure desktop
which includes things like the lock screen and UAC prompts.
.. _faq_host_admin_privs:
Why does the host require Administrator privileges?
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
This is intentional for several reasons.
1. NvFBC requires a system wide hook to correctly obtain the cursor
position as NVIDIA decided to not provide this as part of the cursor
updates.
2. NvFBC requires administrator level access to enable the interface in
the first place. (WIP)
3. DXGI performance can be improved if we have this. (WIP)
NvFBC (NVIDIA Frame Buffer Capture)
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Why can't I compile NvFBC support into the host?
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
You must download and install the NVidia Capture SDK. Please note that
by doing so you will be agreeing to NVIDIA's SDK License agreement.
*-Geoff*
.. _a_note_about_ivshmem_and_scream_audio:
Why doesn't Looking Glass work with Scream over IVSHMEM?
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
.. warning::
Using IVSHMEM with Scream may interfere with Looking Glass, as they may try
to use the same device.
Please do not use the IVSHMEM plugin for Scream.
To fix this issue, use the default network transfer method.
The IVSHMEM method induces additional latency that is built into its
implementation. When using VirtIO for a network device the VM is already using
a highly optimized memory copy anyway so there is no need to make another one.
If you insist on using IVSHMEM for Scream—despite its inferiority to the
default network implementation—the Windows Host Application can be told
what device to use. Create a ``looking-glass-host.ini`` file in the same
directory as the looking-glass-host.exe file. In it, you can use the
``os:shmDevice`` option like so:
.. code:: INI
[os]
shmDevice=1

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@ -1,160 +0,0 @@
Looking Glass Host
##################
.. _host_building:
Building
--------
For Windows on Windows
~~~~~~~~~~~~~~~~~~~~~~
1. Download and install msys2 x86_64 from
`http://www.msys2.org/ <http://www.msys2.org/>`__ following the setup
instructions provided
2. Run the MSYS2 shell.
3. Download build dependencies with pacman
.. code:: bash
pacman -Fy
pacman -Sy git make mingw-w64-x86_64-gcc mingw-w64-x86_64-cmake
4. Checkout the project
.. code:: bash
git clone https://github.com/gnif/LookingGlass.git
5. Configure the project and build it
.. code:: bash
mkdir LookingGlass/host/build
cd LookingGlass/host/build
cmake -G "MSYS Makefiles" ..
make
.. _host_linux_on_linux:
For Linux on Linux
~~~~~~~~~~~~~~~~~~
Make a ``host/build`` direstory, then run ``cmake``
.. code:: bash
cd host
mkdir build
cd build
cmake ..
make
.. _host_win_cross_on_linux:
For Windows cross compiling on Linux
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Like :ref:`host_linux_on_linux`, but specifying the mingw64 toolchain in cmake
for building.
.. code:: bash
cd host
mkdir build
cd build
cmake -DCMAKE_TOOLCHAIN_FILE=../toolchain-mingw64.cmake ..
make
Building the Windows installer
------------------------------
1. :ref:`Build <host_win_cross_on_linux>` the host for Linux.
2. Install ``nsis``
.. code:: bash
apt-get install nsis
3. Use ``makensis`` to build the installer.
.. code:: bash
cd host/build/platform/Windows
makensis installer.nsi
.. _host_questions:
This will build ``looking-glass-host-setup.exe`` under
``host/build/platform/Windows/looking-glass-host-setup.exe``
Questions and Answers
---------------------
Where is the log?
~~~~~~~~~~~~~~~~~
The log file for the host application is located at::
%ProgramData%\Looking Glass (host)\looking-glass-host.txt
You can also find out where the file is by right clicking on the tray
icon and selecting "Log File Location".
The log file for the looking glass service is located at::
%ProgramData%\Looking Glass (host)\looking-glass-host-service.txt
This is useful for troubleshooting errors related to the host
application not starting.
High priority capture using DXGI and Secure Desktop (UAC) capture support
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
By default Windows gives priority to the foreground application for any
GPU work which causes issues with capture if the foreground application
is consuming 100% of the available GPU resources. The looking glass host
application is able to increase the kernel GPU thread to realtime
priority which fixes this, but in order to do so it must run as the
``SYSTEM`` user account. To do this, Looking Glass needs to run as a
service. This can be accomplished by either using the NSIS installer
which will do this for you, or you can use the following command to
Install the service manually:
::
looking-glass-host.exe InstallService
To remove the service use the following command:
::
looking-glass-host.exe UninstallService
This will also enable the host application to capture the secure desktop
which includes things like the lock screen and UAC prompts.
Why does this version require Administrator privileges?
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
This is intentional for several reasons.
1. NvFBC requires a system wide hook to correctly obtain the cursor
position as NVIDIA decided to not provide this as part of the cursor
updates.
2. NvFBC requires administrator level access to enable the interface in
the first place. (WIP)
3. DXGI performance can be improved if we have this. (WIP)
NvFBC (NVIDIA Frame Buffer Capture)
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Why can't I compile NvFBC support into the host?
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
You must download and install the NVidia Capture SDK. Please note that
by doing so you will be agreeing to NVIDIA's SDK License agreement.
*-Geoff*

1
doc/index.rst
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@ -11,6 +11,7 @@ systems for legacy programs that require high-performance graphics.
:maxdepth: 2
install
build
troubleshooting
obs
module

309
doc/install.rst
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@ -1,130 +1,23 @@
.. _installing:
Installation
############
.. _looking_glass_client:
.. _client_install:
Looking Glass Client
--------------------
Client
------
This guide will step you through building the looking glass client from
source, before you attempt to do this you should have a basic
understanding of how to use the shell.
The Looking Glass Client recieves frames from the :ref:`host_install` to
display on your screen. It also handles input, and can optionally share the
system clipboard with your guest OS through Spice.
.. _building_the_application:
First you must build the client from source code, see :ref:`building`.
Building the Application
~~~~~~~~~~~~~~~~~~~~~~~~
After this, you may move the client into a directory in your path, some may
allow ``~/.local/bin``, or run it directly from the build directory.
.. _installing_build_dependencies:
Installing Build Dependencies
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
These required libraries and tools should be installed first.
.. _required_dependencies:
Required Dependencies
'''''''''''''''''''''
- cmake
- gcc \| clang
- fonts-freefont-ttf
- libegl-dev
- libgl-dev
- libfontconfig1-dev
- libgmp-dev
- libsdl2-dev
- libsdl2-ttf-dev
- libspice-protocol-dev
- make
- nettle-dev
- pkg-config
.. _may_be_disabled:
May be disabled
<<<<<<<<<<<<<<<
These dependencies are required by default, but may be omitted if their
feature is disabled when running :ref:`cmake <client_building>`.
- Disable with ``cmake -DENABLE_BACKTRACE=no``
- binutils-dev
- Disable with ``cmake -DENABLE_X11=no``
- libx11-dev
- libxfixes-dev
- libxi-dev
- libxss-dev
- Disable with ``cmake -DENABLE_WAYLAND=no``
- libwayland-bin
- libwayland-dev
- wayland-protocols
You can fetch these dependencies on Debian systems with the following command:
``apt-get install binutils-dev cmake fonts-freefont-ttf libfontconfig1-dev
libsdl2-dev libsdl2-ttf-dev libspice-protocol-dev libx11-dev nettle-dev
wayland-protocols``
Downloading
^^^^^^^^^^^
Either visit the Looking Glass website's `Download
Page <https://looking-glass.io/downloads>`_, or pull the lastest **bleeding-edge
version** with ``git``.
.. code:: bash
git clone --recursive https://github.com/gnif/LookingGlass.git
.. warning::
Please only clone from Git if you're a developer, and know what you're
doing. Looking Glass requires git submodules that must be setup and updated
when building. Source code downloads from the website come bundled with the
necessary submodules.
.. note::
When using the latest bleeding-edge client version,
you *MUST* download and install the corresponding host application.
.. _client_building:
Building
^^^^^^^^
If you've downloaded the source code as a zip file, simply unzip and cd into the
new directory. If you've cloned the repo with ``git``, then ``cd`` into the
'LookingGlass' directory.
.. code:: bash
mkdir client/build
cd client/build
cmake ../
make
.. note::
The most common compile error is related to backtrace support. This can be
disabled by adding the following option to the cmake command:
**-DENABLE_BACKTRACE=0**, however, if you disable this and need support for a
crash please be sure to use gdb to obtain a backtrace manually or there is
nothing that can be done to help you.
Should this all go well, you will build the **looking-glass-client**.
Before you run the client, you will first need
to configure either libvirt, or QEMU (whichever you prefer) then set
up the **looking-glass-host** service in your VM.
.. _libvirt_configuration:
.. _client_libvirt_configuration:
libvirt Configuration
~~~~~~~~~~~~~~~~~~~~~
@ -149,9 +42,9 @@ your virtual machine.
</shmem>
The memory size (show as 32 in the example above) may need to be
adjusted as per the :ref:`Determining Memory <determining_memory>` section.
adjusted as per the :ref:`Determining Memory <client_determining_memory>` section.
.. _spice_server:
.. _client_spice_server:
Spice Server
^^^^^^^^^^^^
@ -179,6 +72,8 @@ along with clipboard sync support, make sure you have a
If you want clipboard synchronization please see
:ref:`how_to_enable_clipboard_synchronization_via_spice`
.. _client_apparmor:
AppArmor
^^^^^^^^
@ -189,7 +84,7 @@ can be done by adding the following to
``/dev/shm/looking-glass rw,``
.. _qemu_commands:
.. _client_qemu_commands:
Qemu Commands
~~~~~~~~~~~~~
@ -205,9 +100,9 @@ the ``bus`` parameter to suit your particular configuration:
-object memory-backend-file,id=ivshmem,share=on,mem-path=/dev/shm/looking-glass,size=32M
The memory size (shown as 32M in the example above) may need to be
adjusted as per :ref:`Determining Memory <determining_memory>` section.
adjusted as per :ref:`Determining Memory <client_determining_memory>` section.
.. _determining_memory:
.. _client_determining_memory:
Determining Memory
~~~~~~~~~~~~~~~~~~
@ -228,7 +123,7 @@ For example, for a resolution of 1920x1080 (1080p):
You must round this value up to the nearest power of two, which for the
provided example is 32MB.
.. _shared_memory_file_permissions:
.. _client_shmfile_permissions:
Shared Memory File Permissions
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
@ -251,94 +146,6 @@ with the following::
Change ``UID`` to the user name you will run Looking Glass with, usually your
own.
.. _looking_glass_service_windows:
Looking Glass Service (Windows)
-------------------------------
You must first run the Windows VM with the changes noted above in either
the :ref:`libvirt_configuration` or :ref:`qemu_commands` sections.
.. _installing_the_ivshmem_driver:
Installing the IVSHMEM Driver
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Windows will not prompt for a driver for the IVSHMEM device, instead, it
will use a default null (do nothing) driver for the device. To install
the IVSHMEM driver you will need to go into the device manager and
update the driver for the device "PCI standard RAM Controller" under the
"System Devices" node.
A signed Windows 10 driver can be obtained from Red Hat for this device
from the below address:
https://fedorapeople.org/groups/virt/virtio-win/direct-downloads/upstream-virtio/
Please note that you must obtain version 0.1.161 or later.
If you encounter warnings or errors about driver signatures, ensure secure boot
is turned off in the bios/uefi settings of your virtual machine.
.. _a_note_about_ivshmem_and_scream_audio:
A note about IVSHMEM and Scream Audio
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
.. warning::
Using IVSHMEM with Scream may interfere with Looking Glass, as they may try
to use the same device.
Please do not use the IVSHMEM plugin for Scream.
Use the default network transfer method. The IVSHMEM method induces
additional latency that is built into its implementation. When using
VirtIO for a network device the VM is already using a highly optimized
memory copy anyway so there is no need to make another one.
If you insist on using IVSHMEM for Scream—despite its inferiority to the
default network implementation—the Windows Host Application can be told
what device to use. Create a ``looking-glass-host.ini`` file in the same
directory as the looking-glass-host.exe file. In it, you can use the
``os:shmDevice`` option like so:
.. code:: INI
[os]
shmDevice=1
.. _using_the_windows_host_application:
Using the Windows Host Application
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Start by downloading the correct version for your release from
https://looking-glass.io/downloads. You can either choose between
**Official Releases**, which are stable; or **Release Candidates**, new versions
about to be stable, but haven't passed validation.
.. note::
If your **looking-glass-client** was created by building from the **master
branch** you have to pick the **Bleeding Edge** version.
Next, extract the zip archive using the commit hash for the password.
Then, run the ``looking-glass-host-setup.exe`` installer and install the host.
By default, the installer will install a service that
automatically starts the host application at boot. The installer can
also be installed in silent mode with the ``/S`` switch. You can find other
command line options with the ``/h`` switch.
The windows host application captures the windows desktop and stuffs the
frames into the shared memory via the shared memory virtual device,
without this Looking Glass will not function. It is critical that the
version of the host application matches the version of the client
application, as differing versions can be, and usually are,
incompatible.
.. note::
As of 2020-10-23, Microsoft Defender is known to mark the
Looking-Glass host executable as a virus and in some cases will
automatically delete the file.
.. _client_usage:
Usage
@ -607,3 +414,79 @@ The following is a complete list of options accepted by this application
+=====================+=======+=======+=======================+
| wayland:warpSupport | | yes | Enable cursor warping |
+---------------------+-------+-------+-----------------------+
.. _host_install:
Host
----
The Looking Glass Host captures frames from the guest OS using a capture API,
and sends these frames to the :ref:`client_install`, be it on the host OS
(hypervisor) or another Virtual Machine, through a low-latency transfer
protocol over shared memory.
You can get the host program in two ways:
- Download a pre-built binary from https://looking-glass.io/downloads
(**recommended**)
- Download the source code as described in :ref:`building`, then
:ref:`build the host <host_building>`.
.. _host_install_windows:
Windows
~~~~~~~
To begin, you must first run the Windows VM with the changes noted above in
either the :ref:`client_libvirt_configuration` or :ref:`client_qemu_commands`
sections.
.. _installing_the_ivshmem_driver:
Installing the IVSHMEM Driver
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
Windows will not prompt for a driver for the IVSHMEM device, instead, it
will use a default null (do nothing) driver for the device. To install
the IVSHMEM driver you will need to go into the device manager and
update the driver for the device "PCI standard RAM Controller" under the
"System Devices" node.
A signed Windows 10 driver can be obtained from Red Hat for this device
from the below address:
https://fedorapeople.org/groups/virt/virtio-win/direct-downloads/upstream-virtio/
Please note that you must obtain version 0.1.161 or later.
If you encounter warnings or errors about driver signatures, ensure secure boot
is turned off in the bios/uefi settings of your virtual machine.
.. _host_install_service:
Installing the Looking Glass Service
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
After installing your IVSHMEM driver, we can now install the Looking Glass Host
onto our Windows Virtual Machine.
1. First, run ``looking-glass-host-setup.exe`` as an administrator
(:ref:`Why? <faq_host_admin_privs>`)
2. You will be greeted by an intro screen. Press ``Next`` to continue.
3. You are presented with the |license| license. Please read and agree to the
license by pressing ``Agree``.
4. You can change the install path if you wish, otherwise press ``Next`` to
continue.
5. You may enable or disable options on this screen to configure the
installation. The default values are recommended for most users.
Press ``Install`` to begin installation.
6. After a few moments, installation will complete, and you will have a
running instance of Looking Glass. If you experience failures, you can
see them in the install log appearing in the middle of the window.
7. Press ``Close`` to exit the installer.
Command line users can run ``looking-glass-host-setup.exe /S`` to execute a
silent install with default options selected. Further configuration from the
command line can be done with flags. You can list all available flags by
running ``looking-glass-host-setup.exe /?``.

2
doc/obs.rst
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@ -14,7 +14,7 @@ Build Instructions
The OBS plugin is included in the main source tree of Looking Glass. The
building process is very similar to the
:ref:`client's <looking_glass_client>`.
:ref:`client's <build_client_section>`.
Dependencies
^^^^^^^^^^^^

15
doc/tech_faq.rst
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@ -64,18 +64,3 @@ Initially, we were using interrupts in early designs however it became
clear that the performance, especially for high update rate mice was
extremely poor. This may have improved in recent QEMU versions and
perhaps should be re-evaluated at some point.
.. _how_do_i_build_the_host:
How do I build the looking-glass-host?
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
It is not recommended to build the looking-glass-host program, and instead
download it from the `website <https://looking-glass.io/downloads/>`_. However,
if you know what you're doing, you can follow the
:doc:`build instructions <host>`.
.. toctree::
:hidden:
host