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debian.org
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10
debian.org
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#+TITLE: Debian
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* Moving to Unstable
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Helpful links:
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- https://wiki.debian.org/DebianUnstable#What_are_some_best_practices_for_testing.2Fsid_users.3F
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- https://wiki.debian.org/DebianTesting
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- https://wiki.debian.org/DebianUnstable
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- https://wiki.debian.org/DontBreakDebian
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- https://linuxconfig.org/how-to-run-debian-sid-relatively-safely
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@@ -26,3 +26,4 @@ Cluster api - failed provision
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check on rescue and reinstall operations
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check on rescue and reinstall operations
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** TODO Create a ticket to deal with 403s for provisioning failures
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** TODO Create a ticket to deal with 403s for provisioning failures
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** TODO Talk to Laurence about self service reservations
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@@ -253,3 +253,93 @@ Results [[file:capacity_levels_pricing.csv][capacity_levels_pricing.csv]]
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:ARCHIVE_CATEGORY: notes
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:ARCHIVE_CATEGORY: notes
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:ARCHIVE_TODO: DONE
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:ARCHIVE_TODO: DONE
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:END:
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:END:
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* DONE Talk about interfaces OU in graphql
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:PROPERTIES:
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:ARCHIVE_TIME: 2023-05-19 Fri 13:27
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:ARCHIVE_FILE: ~/notes/org-notes/notes.org
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:ARCHIVE_OLPATH: Tasks
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:ARCHIVE_CATEGORY: notes
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:ARCHIVE_TODO: DONE
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:END:
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- when you define a io, that subgraph can't implement that interface
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- create EM project type, that also implements Resource owner
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- it can have a EM organization, and that org can have the ID
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- opts:
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- Provides graph for projects and orgs
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- Or
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Problem statement:
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We need a way to expose metal orgs/projects to the infratographer
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supergraph, because graph queries will need to resolve Metal project
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IDs as part of their request.
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Discussion
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We originally had planned that we'd replicate the state of
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orgs/projects up to the tenant-api, but after the graph changes we may
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not want to do that. This is a use case where we may want to implement
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our own graph API which serves up a Resource Owner.
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Currently tenant-api would expose a resource that impelements the
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Resource Owner interface. Instead of replicating the data up to the
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tenant-api, we can instead expose a graph API from the data within the
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monolith.
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Doing this means we don't have to lift the data out of the monolith
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directly, but instead just present it in a way that fits with the
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infratographer expectations.
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We would still need to emit events about operations which modify
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organizations/projects because those events are consumed by other
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services in the ecosystem to update their internal states.
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Options:
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1. Serve data from a shim service while reading from a replica of the
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monolith DB
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2. Serve data from a shim service with it's own data store
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3. Serve data directly from the monolith with a graph interface
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4. Migrate Org/Project data completely out of the monolith and expose
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an interface.
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Option 4 is the heaviest option, and may be the ultimate goal, but it
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comes with high risk and is not quick to implement since every feature
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relates back to organizations and projects on some level.
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Option 3 would be much simpler, but doesn't move toward the goal of
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carving out functionality of the monolith
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Option 2 starts to split out data, but still requires us to lift data
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out of the monolith and keep it consistent for the time being
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Option 1,creates a dedicated service for the infratographer graph
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integration, which achieves the goal of presenting an interface to
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satisfy the graphQL interfaces, while still giving us a stepping stone
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to start carving data out of the monolith.
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** References:
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[[https://gist.github.com/jnschaeffer/1217a7a597f7cdab0c91493a994ed615#file-tenancy-org][tenancy gist]]
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* DONE Discuss tenantID vs projectID with John
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:PROPERTIES:
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:ARCHIVE_TIME: 2023-05-19 Fri 13:27
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:ARCHIVE_FILE: ~/notes/org-notes/notes.org
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:ARCHIVE_OLPATH: Tasks
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:ARCHIVE_CATEGORY: notes
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:ARCHIVE_TODO: DONE
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:END:
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GraphQL - implementation specific
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GraphQL
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- resolvers for every type
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- apollo supergraph does the mapping from resource type to service
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- interface - set of required fields
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- __type determines resource type
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- nanoid thing ent node
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