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- reclass: iec: CentOS compatibility changes:
* drop `proto: static` in favor of letting the linux formula set
the appropiate default based on target OS;
* replace `proto: manual` with `proto: none` on RHEL systems;
* system.file: Avoid using non-existing `shadow` group for system
files;
* load br_netfilter kernel module to avoid `linux.network` state
failures;
* disable `at`, `cron` due to incomplete defaults in
salt-formula-linux (since we don't use them on iec nodes anyway);
- jumpserver/VCP VMs: centos: enable predictable interface names:
* CentOS cloud image defaults to old 'eth' naming scheme;
* add necessary kernel boot options via linux state;
* cleanup auto-generated udev rules for old eth interface names;
- salt-formula-linux: network: RHEL: Set bridge for member interfaces
* Find the bridge containing the interface being currently
configured (if any) and pass it to the `network.managed` Salt call;
- deploy.sh: Add new deploy argument `-o` for specifying the operating
system to preinstall on jumpserver and/or VCP VMs;
* defaults to 'ubuntu1604';
* only iec scenarios will also support 'centos' for now;
- user-data: minor tweaks for CentOS compatability:
* use `systemctl` instead of `service` utility;
* explicitly enable `salt-minion` service, since it defaults to
disabled on RHEL systems;
* explicitly call `ldconfig` to work around stale cache on RHEL,
preventing `salt-minion` from using OpenSSL library;
- states: virtual_init: Skip non-existing sysctl options on CentOS:
* CentOS currently uses a 3.x kernel which lacks certain sysctl
options that were only introduced in 4.x kernels, so skip them;
- state: akraino_iec: Add centos support:
* move iec repo to `/var/lib/akraino/iec` on both Salt Master and
cluster nodes;
- scenario defaults: Add CentOS configuration:
* OS-dependent configuration split;
* CentOS base image, default packages etc.;
- AArch64 deploy requirements: Add `xz` dependency
* CentOS AArch64 cloud image is archived using xz, install xz tools
for decompression;
- xdf_data: Make yaml parsing OS agnostic:
* rename `apt` to `repo` where appropiate;
* OS-dependent configuration parsing;
- lib_jump_deploy: CentOS handling changes:
* skip filesystem resize of cloud image for CentOS;
* add repo handling, package intallation/removal handling for CentOS;
* unxz base image if necessary (CentOS AArch64 cloud image);
Change-Id: Ic3538bacd53198701ff4ef77db62218eabc662e7
Signed-off-by: Alexandru Avadanii <Alexandru.Avadanii@enea.com>
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Add support for different prerequisites depending on the current
operation (docker build or cluster deploy).
Leverage the new support to pre-install upcoming deps:
- python-pip (build);
- docker-compose (deploy);
JIRA: FUEL-383
Change-Id: Ic3e6062b1943e3584f0b1f80d2e33b8812defced
Signed-off-by: Alexandru Avadanii <Alexandru.Avadanii@enea.com>
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Change-Id: Ib903863a7a46008c93ee795083712a50a022a41d
Signed-off-by: Michael Polenchuk <mpolenchuk@mirantis.com>
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- gcc is required for NBD kernel module build;
- gdisk is required for resizing rootfs in nbd-mounted chroot;
Change-Id: I8863c126b75ce3a15998c03d2d159f53f5006f5d
Signed-off-by: Alexandru Avadanii <Alexandru.Avadanii@enea.com>
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Instead of classifying scenarios by underlying machine type, switch
to HA/NOHA differentiantion only.
This allows us to add support for hybrid scenarios (with some virtual
and some baremetal nodes in the same cluster).
To facilitate this, we will template the scenario files, which is a
small step towards SDF (Scenario Descriptor File) definition and
adoption later.
JIRA: FUEL-338
Change-Id: If5787991869a3105d82c27ffa0a86ac79b4b08ba
Signed-off-by: Alexandru Avadanii <Alexandru.Avadanii@enea.com>
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Until PDF/IDF land in Pharos for all our virtual PODs, use a common
vPDF we already provide as an example to mimic the old hardcoded
behavior while leveraging PDF/IDF parameterization.
As a consequence, python requirements previously only needed for
baremetal should now also be installed for virtual deploys too.
JIRA: FUEL-322
Change-Id: Ied1c907275285a9086450a15491ae516a0db1be2
Signed-off-by: Alexandru Avadanii <Alexandru.Avadanii@enea.com>
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Change-Id: Icb23d2e6d3bb6e49b54e2d51cc8a35cb03702fcd
Signed-off-by: Alexandru Avadanii <Alexandru.Avadanii@enea.com>
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JIRA: FUEL-323
Change-Id: I0dcbcfbedc7e9ef013ca50dcc08f804323f91701
Signed-off-by: Alexandru Avadanii <Alexandru.Avadanii@enea.com>
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RHEL distros do not maintain nbd, so add a best-effort function
to build it on the fly.
Change-Id: Ie0419f0fed8a0b12f6b878b3093d6ca34f72d140
Signed-off-by: Alexandru Avadanii <Alexandru.Avadanii@enea.com>
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qemu-nbd requires the 'nbd' kernel module, which is not available
by default on CentOS 7, but is available from EPEL repo.
Change-Id: I3e8f722d31a97293b077115499a97c93a4751917
Signed-off-by: Alexandru Avadanii <Alexandru.Avadanii@enea.com>
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Since Mirantis prebuilt image comes with salt-minion 2016.3 instead
of 2016.11 and upgrading it leads to a hard to break catch-22, use
the Ubuntu cloud archive image we already download for FN VMs and
pre-install:
- a newer kernel (hwe-edge);
- salt-minion (2016.11);
This also implicitly aligns the image handling on AArch64 and x86_64.
Change-Id: I86d1c777449d37bdd0348936a598e3ffe9d265af
Signed-off-by: Alexandru Avadanii <Alexandru.Avadanii@enea.com>
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Instead of hardcoding the packages to install on the jumphost at
deploy time in `ci/deploy.sh`, move the requirements list to a
dedicated yaml file, so it is decoupled from actual code.
While at it, add missing deps:
- ipxe-qemu (AArch64 Ubuntu only);
Change-Id: I9ee5c0796b70f9d29427d608b6415333c8841e1e
Signed-off-by: Alexandru Avadanii <Alexandru.Avadanii@enea.com>
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Alexandru Avadanii
Michael Polenchuk