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Preseed Armband common repo-comp for Pike, so we get
the updated kernel & other packages from the start.
Requires upstream PR [1].
While at it, also handle related PR merged upstream [2] by
explicitly setting maas.region.subnets name via j2 instead of reclass
param expansion in name (allows us to drop the remaining chunk of the
fabric-from-CIDR patch we used to carry).
Note: opnfv_infra_maas_pxe_network_addres can now be dropped from
pod_config j2 template in Pharos Fuel installer adapter.
[1] https://github.com/salt-formulas/salt-formula-maas/pull/26
[2] https://github.com/salt-formulas/salt-formula-maas/pull/22
Change-Id: I356adb73b80f0f2d85db4ab060e804cb9a053862
Signed-off-by: Alexandru Avadanii <Alexandru.Avadanii@enea.com>
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- add Armband nightly/extra DEB repository;
- install forked and updated reclass 1.5.2 which includes:
* better error reporting;
* support for deleting existing keys during list interpolation;
* various other improvements and optimizations;
While at it, update copyright year for patches.
JIRA: FUEL-345
Change-Id: I00d8b625fe191648e7ea34b3dd4c8375691384e6
Signed-off-by: Alexandru Avadanii <Alexandru.Avadanii@enea.com>
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While at it, compact 'set' into bash shebang where possible and
add `make patches-copyright` target to simplify adding patch
license headers.
Change-Id: I0c841de72e5709e5eef915a52c5ec4a7fc0f7c37
Signed-off-by: Alexandru Avadanii <Alexandru.Avadanii@enea.com>
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mcpcontrol virsh network, as well as MaaS PXE network are installer
specific, and not POD specific.
Therefore, these should be easily parametrized without the PDF,
using only installer inputs (e.g. env vars passed via Jenkins).
- add new <all-mcp-ocata-common.opnfv.runtime> reclass class;
- parametrize at runtime new reclass class based on global vars;
- factor out MaaS deploy address / config using new mechanism;
- parametrize at runtime virsh network definitions based on template;
- add new "maas.pxe_route" sls for configuring routing on cfg01;
- replace env vars with the new sls in "maas" state;
NOTE: baremetal parametrization will be handled later.
Change-Id: Ifd61143d818fb088b3f4395388ba769bbc49156e
Signed-off-by: Alexandru Avadanii <Alexandru.Avadanii@enea.com>
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Previously, we hardcoded the fabric name for our 3rd interface
(which serves PXE/DHCP for the target nodes) to "fabric-2",
relying on predictable index numbers to be provided by MaaS based
on the interfaces defined in /etc/network/interfaces.
However, the fabric IDs/names generated by MaaS are not predictable,
and therefore cannot be hardcoded in our reclass model / scripts.
Work around this by:
- adding support for fabric ID deduction based on CIDR matching
during subnet create/update operation in MaaS py module;
- adding support for VLAN DHCP enablement to MaaS py module,
which was previously handled via shell MaaS API operations
from maas/region.sls;
While at it, revert previous commit that disabled network discovery
("MaaS: Disable network discovery"), since it turns out that network
discovery was not the culprit for subnet creation failure, but wrong
fabric numbering.
This reverts commit 8cdf22d1a1bae4694a373873cab4feb6251069b7.
Change-Id: I15fa059004356cb4aaabb38999ea378dd3c0e0bb
Signed-off-by: Alexandru Avadanii <Alexandru.Avadanii@enea.com>
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Alexandru Avadanii