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+ "Lists of Pleroma instances:\n\n- http://distsn.org/pleroma-instances.html\n- https://fediverse.network/pleroma\n- https://the-federation.info/pleroma",
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defmodule Pleroma.Repo.Migrations.UsersAndActivitiesFlakeId do
use Ecto.Migration
alias Pleroma.Clippy
require Integer
import Ecto.Query
alias Pleroma.Repo
# This migrates from int serial IDs to custom Flake:
# 1- create a temporary uuid column
# 2- fill this column with compatibility ids (see below)
# 3- remove pkeys constraints
# 4- update relation pkeys with the new ids
# 5- rename the temporary column to id
# 6- re-create the constraints
def change do
# Old serial int ids are transformed to 128bits with extra padding.
# The application (in `Pleroma.FlakeId`) handles theses IDs properly as integers; to keep compatibility
# with previously issued ids.
#execute "update activities set external_id = CAST( LPAD( TO_HEX(id), 32, '0' ) AS uuid);"
#execute "update users set external_id = CAST( LPAD( TO_HEX(id), 32, '0' ) AS uuid);"
clippy = start_clippy_heartbeats()
# Lock both tables to avoid a running server to meddling with our transaction
execute "LOCK TABLE activities;"
execute "LOCK TABLE users;"
execute """
ALTER TABLE activities
DROP CONSTRAINT activities_pkey CASCADE,
ALTER COLUMN id DROP default,
ALTER COLUMN id SET DATA TYPE uuid USING CAST( LPAD( TO_HEX(id), 32, '0' ) AS uuid),
ADD PRIMARY KEY (id);
"""
execute """
ALTER TABLE users
DROP CONSTRAINT users_pkey CASCADE,
ALTER COLUMN id DROP default,
ALTER COLUMN id SET DATA TYPE uuid USING CAST( LPAD( TO_HEX(id), 32, '0' ) AS uuid),
ADD PRIMARY KEY (id);
"""
execute "UPDATE users SET info = jsonb_set(info, '{pinned_activities}', array_to_json(ARRAY(select jsonb_array_elements_text(info->'pinned_activities')))::jsonb);"