So, I ran both repo setups again to test for which architecture repos are built:
- With a repo_container only on the x86 node I do only get the repos for x86 arch
- During TASK [Prepare group of master repo servers] the only changed item is:
changed: [localhost] => (item=repo_servers_16.04_x86_64)
- With a repo_container on each node repos for both architecture are built
- During TASK [Prepare group of master repo servers] two items are changed as expected:
changed: [localhost] => (item=repo_servers_16.04_armv7l)
changed: [localhost] => (item=repo_servers_16.04_x86_64)
- What confused me yesterday was that this process is executed not in parallel but in sequence for each arch.
- I was not yet able to test if the repos are accessed correctly
So, I ran both repo setups again to test for which architecture repos are built:
- With a repo_container only on the x86 node I do only get the repos for x86 arch servers_ 16.04_x86_ 64) servers_ 16.04_armv7l) servers_ 16.04_x86_ 64)
- During TASK [Prepare group of master repo servers] the only changed item is:
changed: [localhost] => (item=repo_
- With a repo_container on each node repos for both architecture are built
- During TASK [Prepare group of master repo servers] two items are changed as expected:
changed: [localhost] => (item=repo_
changed: [localhost] => (item=repo_
- What confused me yesterday was that this process is executed not in parallel but in sequence for each arch.
- I was not yet able to test if the repos are accessed correctly