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* Refactors the leafcert package to not have a dependency on agent/consul and agent/cache to avoid import cycles. This way the xds controller can just import the leafcert package to use the leafcert manager. The leaf cert logic in the controller: * Sets up watches for leaf certs that are referenced in the ProxyStateTemplate (which generates the leaf certs too). * Gets the leaf cert from the leaf cert cache * Stores the leaf cert in the ProxyState that's pushed to xds * For the cert watches, this PR also uses a bimapper + a thin wrapper to map leaf cert events to related ProxyStateTemplates Since bimapper uses a resource.Reference or resource.ID to map between two resource types, I've created an internal type for a leaf certificate to use for the resource.Reference, since it's not a v2 resource. The wrapper allows mapping events to resources (as opposed to mapping resources to resources) The controller tests: Unit: Ensure that we resolve leaf cert references Lifecycle: Ensure that when the CA is updated, the leaf cert is as well Also adds a new spiffe id type, and adds workload identity and workload identity URI to leaf certs. This is so certs are generated with the new workload identity based SPIFFE id. * Pulls out some leaf cert test helpers into a helpers file so it can be used in the xds controller tests. * Wires up leaf cert manager dependency * Support getting token from proxytracker * Add workload identity spiffe id type to the authorize and sign functions --------- Co-authored-by: John Murret <john.murret@hashicorp.com>
25 lines
789 B
Go
25 lines
789 B
Go
// Copyright (c) HashiCorp, Inc.
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// SPDX-License-Identifier: BUSL-1.1
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package cache
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import (
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"github.com/hashicorp/consul/agent/cacheshim"
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)
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// Request is a cacheable request.
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//
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// This interface is typically implemented by request structures in
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// the agent/structs package.
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//
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//go:generate mockery --name Request --inpackage
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type Request = cacheshim.Request
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// RequestInfo represents cache information for a request. The caching
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// framework uses this to control the behavior of caching and to determine
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// cacheability.
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//
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// TODO(peering): finish ensuring everything that sets a Datacenter sets or doesn't set PeerName.
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// TODO(peering): also make sure the peer name is present in the cache key likely in lieu of the datacenter somehow.
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type RequestInfo = cacheshim.RequestInfo
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