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Provides a simple mechanism to verify the correct certificates
landed.
A quick and simple way to verify SSL certificates were generated for
a given key is by comparing the modulus of the two. By outputing
the key modulus and certificate modulus we offer a way to verify
that the right cert and key have been deployed without compromising
any of the secrets.
Change-Id: I882c9840719a09795ba8057a19b0b3985e036c3c
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This commit enables the injection of a trust anchor or root
certificate into every node in the overcloud. This is in case that the
TLS certificates for the controllers are signed with a self-signed CA
or if the deployer would like to inject a relevant root certificate
for other purposes. In this case the other nodes might need to have
the root certificate in their trust chain in order to do proper
validation
Change-Id: Ia45180fe0bb979cf12d19f039dbfd22e26fb4856
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This is a first implementation of adding TLS termination to the load
balancer in the controllers. The implementation was made so that the
appropriate certificate/private key in PEM format is copied to the
appropriate controller(s) via a software deployment resource.
And the path is then referenced on the HAProxy configuration, but this
part was left commented out because we need to be able to configure the
keystone endpoints in order for this to work properly.
Change-Id: I0ba8e38d75a0c628d8132a66dc25a30fc5183c79
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Mark Chappell
Juan Antonio Osorio Robles