As QEMU released its v7.2.0 version in December last year, last do the
bump on our side.
A few configuration options have been removed between the v6.2.0 (the
version we currently use) and v7.2.0, so those have also been dropped
from our configure-hypervison.sh script (for this specific version).
Also, we're explicitly setting --disable-virtiofsd for the platforms
that we're testing using the rust version.
See: a8d6abe129/docs/about/deprecated.rst (virtiofsd)Fixes: #6102
Signed-off-by: Fabiano Fidêncio <fabiano.fidencio@intel.com>
Add some new ignore items to avoid local builds that cause git to track a lot of files
Fixes: #5900
Signed-off-by: Binbin Zhang <binbin36520@gmail.com>
In order to let upcall being used by Kata Container, we need to add
those patches into kernel build script.
Currently, only when experimental (-e) and hypervisor type dragonball
(-t dragonball) are both enabled, that the upcall patches will be
applied to build a 5.10 guest kernel.
example commands: sh ./build-kernel.sh -e -t dragonball -d setup
fixes: #5642
Signed-off-by: Chao Wu <chaowu@linux.alibaba.com>
Upcall is a direct communication tool between VMM and guest developed
upon vsock. The server side of the upcall is a driver in guest kernel
(kernel patches are needed for this feature) and it'll start to serve
the requests after the kernel starts. And the client side is in
Dragonball VMM , it'll be a thread that communicates with vsock through
uds.
We want to keep the lightweight of the VM through the implementation of
the upcall, through which we could achieve vCPU hotplug, virtio-mmio
hotplug without implementing complex and heavy virtualization features
such as ACPI virtualization.
fixes: #5642
Signed-off-by: Chao Wu <chaowu@linux.alibaba.com>
If a pod of kata is deployed on a machine, after the machine restarts, the pod status of kata-deploy will be CrashLoopBackOff.
Fixes: #5868
Signed-off-by: SinghWang <wangxin_0611@126.com>
For now, rng init is too slow for kata3.0/dragonball. Enable
random_trust_cpu can speed up rng init when kernel boot.
Fixes: #5870
Signed-off-by: Jianyong Wu <jianyong.wu@arm.com>
Create a guest image to support SELinux for containers inside the guest
if `SELINUX=yes` is specified. This works only if the guest rootfs is
CentOS and the init service is systemd, not the agent init. To enable
labeling the guest image on the host, selinuxfs must be mounted on the
host. The kata-agent will be labeled as `container_runtime_exec_t` type.
Fixes: #4812
Signed-off-by: Manabu Sugimoto <Manabu.Sugimoto@sony.com>
Add kernel configs related to SELinux in order to add the
support for containers running inside the guest.
Fixes: #4812
Signed-off-by: Manabu Sugimoto <Manabu.Sugimoto@sony.com>
CONFIG_X86_SGX is introduced after kernel 5.11, and that config is a
default x86_64 config for Kata build-kernel.sh script.
But if we use -v to specify any kernel version below 5.11 will cause an
inevitable error because CONFIG_X86_SGX is not supported in older
kernels and that may cause problem for the situation if we need kernel
version below 5.11.
So I propose to put CONFIG_X86_SGX into whitelist.conf to avoid break
building guest kernel below 5.11.
fixes: #5741
Signed-off-by: Chao Wu <chaowu@linux.alibaba.com>
The compile option link-self-contained=yes asks rustc to use
C library startup object files that come with the compiler,
which are not available on the target s390x-unknown-linux-gnu.
A build does not contain any startup files leading to a
broken executable entry point (causing segmentation fault).
Fixes: #5522
Signed-off-by: Hyounggyu Choi <Hyounggyu.Choi@ibm.com>
1. Implemented a rust module for operating cgroups through systemd with the help of zbus (src/agent/rustjail/src/cgroups/systemd).
2. Add support for optional cgroup configuration through fs and systemd at agent (src/agent/rustjail/src/container.rs).
3. Described the usage and supported properties of the agent systemd cgroup (docs/design/agent-systemd-cgroup.md).
Fixes: #4336
Signed-off-by: Yuan-Zhuo <yuanzhuo0118@outlook.com>
Differently than every single other bit that's part of our repo, QEMU
has been using a single Dockerfile that prepares an environment where
the project can be built, but *also* building the project as part of
that very same Dockerfile.
This is a problem, for several different reasons, including:
* It's very hard to have a reproducible build if you don't have an
archived image of the builder
* One cannot cache / ipload the image of the builder, as that contains
already a specific version of QEMU
* Every single CI run we end up building the builder image, which
includes building dependencies (such as liburing)
Let's split the logic into a new build script, and pass the build script
to be executed inside the builder image, which will be only responsible
for providing an environment where QEMU can be built.
Fixes: #5464
Signed-off-by: Fabiano Fidêncio <fabiano.fidencio@intel.com>
When moving to building the CI artefacts using the kata-deploy scripts,
we've noticed that the build would fail on any machine where the tarball
wasn't officially provided.
This happens as rust is missing from the 1st layer container. However,
it's a very common practice to leave the 1st layer container with the
minimum possible dependencies and install whatever is needed for
building a specific component in a 2nd layer container, which virtiofsd
never had.
In this commit we introduce the second layer containers (yes,
comtainers), one for building virtiofsd using musl, and one for building
virtiofsd using glibc. The reason for taking this approach was to
actually simplify the scripts and avoid building the dependencies
(libseccomp, libcap-ng) using musl libc.
Fixes: #5425
Signed-off-by: Fabiano Fidêncio <fabiano.fidencio@intel.com>
The previously used repo will be removed by Intel, as done with the one
used for TDX kernel. The TDX team has already worked on providing the
patches that were hosted atop of the QEMU commit with the following hash
4c127fdbe81d66e7cafed90908d0fd1f6f2a6cd0 as a tarball in the
https://github.com/intel/tdx-tools repo, see
https://github.com/intel/tdx-tools/pull/162.
On the Kata Containers side, in order to simplify the process and to
avoid adding hundreds of patches to our repo, we've revived the
https://github.com/kata-containers/qemu repo, and created a branch and a
tag with those hundreds of patches atop of the QEMU commit hash
4c127fdbe81d66e7cafed90908d0fd1f6f2a6cd0. The branch is called
4c127fdbe81d66e7cafed90908d0fd1f6f2a6cd0-plus-TDX-v3.1 and the tag is
called TDX-v3.1.
Knowing the whole background, let's switch the repo we're getting the
TDX QEMU from.
Fixes: #5419
Signed-off-by: Fabiano Fidêncio <fabiano.fidencio@intel.com>
The previously used repo has been removed by Intel. As this happened,
the TDX team worked on providing the patches that were hosted atop of
the v5.15 kernel as a tarball present in the
https://github.com/intel/tdx-tools repos, see
https://github.com/intel/tdx-tools/pull/161.
On the Kata Containers side, in order to simplify the process and to
avoid adding ~1400 kernel patches to our repo, we've revived the
https://github.com/kata-containers/linux repo, and created a branch and
a tag with those ~1400 patches atop of the v5.15. The branch is called
v5.15-plus-TDX, and the tag is called 5.15-plus-TDX (in order to avoid
having to change how the kernel builder script deals with versioning).
Knowing the whole background, let's switch the repo we're getting the
TDX kernel from.
Fixes: #5326
Signed-off-by: Fabiano Fidêncio <fabiano.fidencio@intel.com>
In order to ensure that the proxy configuration is passed to the 2nd
layer container, let's ensure the $HOME/.docker/config.json file is
exposed inside the 1st layer container.
For some reason which I still don't fully understand exporting
https_proxy / http_proxy / no_proxy was not enough to get those
variables exported to the 2nd layer container.
In this commit we're creating a "$HOME/.docker" directory, and removing
it after the build, in case it doesn't exist yet. The reason we do this
is to avoid docker not running in case "$HOME/.docker" doesn't exist.
This was not tested with podman, but if there's an issue with podman,
the issue was already there beforehand and should be treated as a
different problem than the one addressed in this commit.
Fixes: #5077
Signed-off-by: Fabiano Fidêncio <fabiano.fidencio@intel.com>
Shell expands `*"rc"*` to the top-level `src` directory. This results
in comparing a version with a directory name. This doesn't make sense
and causes the script to choose the wrong branch of the `if`.
The intent of the check is actually to detect `rc` in the version.
Fixes: #5283
Signed-off-by: Greg Kurz <groug@kaod.org>
To avoid the random failures when we are building the rootfs as it seems
that it does not find the value for the libseccomp and gperf directory,
this PR export these variables.
Fixes#5232
Signed-off-by: Gabriela Cervantes <gabriela.cervantes.tellez@intel.com>
As 3.0.0-rc0 has been released, let's switch the kata-deploy / kata-cleanup
tags back to "latest", and re-add the kata-deploy-stable and the
kata-cleanup-stable files.
Signed-off-by: Peng Tao <bergwolf@hyper.sh>
