(WIP) Use dynamic IPv4 network pools for deploy clusters (#18)
* Use dynamic IPv4 network pools for deploy clusters
- Use 'config' object as an additional jinja option to load templates
- Use 'address_pools' from 'config' object in
virtual-mcp11-ovs and virtual-mcp11-dvr
- Fill 'address_pools' in 'config' object from fuel-devops manager
* Use dynamic IPv4 network pools for deploy clusters
- Use 'config' object as an additional jinja option to load templates
- Use 'address_pools' from 'config' object in
virtual-mcp11-ovs and virtual-mcp11-dvr
- Fill 'address_pools' in 'config' object from fuel-devops manager
* return removed 'test_install_k8s'
* Use 'sed' to replace IP addresses in the models to pre-generated
also, two new environment variables avaliable for mcp11-ovs/dvr:
- SALT_MODELS_REPOSITORY
- SALT_MODELS_COMMIT
* remove temporary env_config.py.bak
diff --git a/tcp_tests/settings_oslo.py b/tcp_tests/settings_oslo.py
index 8190720..5bdf6b0 100644
--- a/tcp_tests/settings_oslo.py
+++ b/tcp_tests/settings_oslo.py
@@ -77,6 +77,12 @@
default=[]),
ct.Cfg('lvm', ct.JSONDict(),
help="LVM settings for Underlay", default={}),
+ ct.Cfg('address_pools', ct.JSONDict(),
+ help="""Address pools (dynamically) allocated for the environment.
+ May be used to determine CIDR for a specific network from
+ tests or during the deployment process.
+ {'pool_name1': '<cidr>', 'pool_name2': '<cidr>', ...}""",
+ default={}),
]