nyastodon/db/schema.rb

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2016-02-20 22:53:20 +01:00
# This file is auto-generated from the current state of the database. Instead
# of editing this file, please use the migrations feature of Active Record to
# incrementally modify your database, and then regenerate this schema definition.
#
# This file is the source Rails uses to define your schema when running `bin/rails
# db:schema:load`. When creating a new database, `bin/rails db:schema:load` tends to
# be faster and is potentially less error prone than running all of your
# migrations from scratch. Old migrations may fail to apply correctly if those
# migrations use external dependencies or application code.
2016-02-20 22:53:20 +01:00
#
# It's strongly recommended that you check this file into your version control system.
ActiveRecord::Schema.define(version: 2022_08_29_192658) do
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# These are extensions that must be enabled in order to support this database
enable_extension "plpgsql"
create_table "account_aliases", force: :cascade do |t|
t.bigint "account_id"
t.string "acct", default: "", null: false
t.string "uri", default: "", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.index ["account_id"], name: "index_account_aliases_on_account_id"
end
create_table "account_conversations", force: :cascade do |t|
t.bigint "account_id"
t.bigint "conversation_id"
t.bigint "participant_account_ids", default: [], null: false, array: true
t.bigint "status_ids", default: [], null: false, array: true
t.bigint "last_status_id"
t.integer "lock_version", default: 0, null: false
t.boolean "unread", default: false, null: false
t.index ["account_id", "conversation_id", "participant_account_ids"], name: "index_unique_conversations", unique: true
t.index ["conversation_id"], name: "index_account_conversations_on_conversation_id"
end
create_table "account_deletion_requests", force: :cascade do |t|
t.bigint "account_id"
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.index ["account_id"], name: "index_account_deletion_requests_on_account_id"
end
create_table "account_domain_blocks", force: :cascade do |t|
t.string "domain"
Account domain blocks (#2381) * Add <ostatus:conversation /> tag to Atom input/output Only uses ref attribute (not href) because href would be the alternate link that's always included also. Creates new conversation for every non-reply status. Carries over conversation for every reply. Keeps remote URIs verbatim, generates local URIs on the fly like the rest of them. * Conversation muting - prevents notifications that reference a conversation (including replies, favourites, reblogs) from being created. API endpoints /api/v1/statuses/:id/mute and /api/v1/statuses/:id/unmute Currently no way to tell when a status/conversation is muted, so the web UI only has a "disable notifications" button, doesn't work as a toggle * Display "Dismiss notifications" on all statuses in notifications column, not just own * Add "muted" as a boolean attribute on statuses JSON For now always false on contained reblogs, since it's only relevant for statuses returned from the notifications endpoint, which are not nested Remove "Disable notifications" from detailed status view, since it's only relevant in the notifications column * Up max class length * Remove pending test for conversation mute * Add tests, clean up * Rename to "mute conversation" and "unmute conversation" * Raise validation error when trying to mute/unmute status without conversation * Adding account domain blocks that filter notifications and public timelines * Add tests for domain blocks in notifications, public timelines Filter reblogs of blocked domains from home * Add API for listing and creating account domain blocks * API for creating/deleting domain blocks, tests for Status#ancestors and Status#descendants, filter domain blocks from them * Filter domains in streaming API * Update account_domain_block_spec.rb
2017-05-19 01:14:30 +02:00
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
t.bigint "account_id"
t.index ["account_id", "domain"], name: "index_account_domain_blocks_on_account_id_and_domain", unique: true
Account domain blocks (#2381) * Add <ostatus:conversation /> tag to Atom input/output Only uses ref attribute (not href) because href would be the alternate link that's always included also. Creates new conversation for every non-reply status. Carries over conversation for every reply. Keeps remote URIs verbatim, generates local URIs on the fly like the rest of them. * Conversation muting - prevents notifications that reference a conversation (including replies, favourites, reblogs) from being created. API endpoints /api/v1/statuses/:id/mute and /api/v1/statuses/:id/unmute Currently no way to tell when a status/conversation is muted, so the web UI only has a "disable notifications" button, doesn't work as a toggle * Display "Dismiss notifications" on all statuses in notifications column, not just own * Add "muted" as a boolean attribute on statuses JSON For now always false on contained reblogs, since it's only relevant for statuses returned from the notifications endpoint, which are not nested Remove "Disable notifications" from detailed status view, since it's only relevant in the notifications column * Up max class length * Remove pending test for conversation mute * Add tests, clean up * Rename to "mute conversation" and "unmute conversation" * Raise validation error when trying to mute/unmute status without conversation * Adding account domain blocks that filter notifications and public timelines * Add tests for domain blocks in notifications, public timelines Filter reblogs of blocked domains from home * Add API for listing and creating account domain blocks * API for creating/deleting domain blocks, tests for Status#ancestors and Status#descendants, filter domain blocks from them * Filter domains in streaming API * Update account_domain_block_spec.rb
2017-05-19 01:14:30 +02:00
end
create_table "account_migrations", force: :cascade do |t|
t.bigint "account_id"
t.string "acct", default: "", null: false
t.bigint "followers_count", default: 0, null: false
t.bigint "target_account_id"
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.index ["account_id"], name: "index_account_migrations_on_account_id"
t.index ["target_account_id"], name: "index_account_migrations_on_target_account_id", where: "(target_account_id IS NOT NULL)"
end
create_table "account_moderation_notes", force: :cascade do |t|
t.text "content", null: false
t.bigint "account_id", null: false
t.bigint "target_account_id", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.index ["account_id"], name: "index_account_moderation_notes_on_account_id"
t.index ["target_account_id"], name: "index_account_moderation_notes_on_target_account_id"
end
create_table "account_notes", force: :cascade do |t|
t.bigint "account_id"
t.bigint "target_account_id"
t.text "comment", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.index ["account_id", "target_account_id"], name: "index_account_notes_on_account_id_and_target_account_id", unique: true
t.index ["target_account_id"], name: "index_account_notes_on_target_account_id"
end
create_table "account_pins", force: :cascade do |t|
t.bigint "account_id"
t.bigint "target_account_id"
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.index ["account_id", "target_account_id"], name: "index_account_pins_on_account_id_and_target_account_id", unique: true
t.index ["target_account_id"], name: "index_account_pins_on_target_account_id"
end
create_table "account_stats", force: :cascade do |t|
t.bigint "account_id", null: false
t.bigint "statuses_count", default: 0, null: false
t.bigint "following_count", default: 0, null: false
t.bigint "followers_count", default: 0, null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.datetime "last_status_at"
t.index ["account_id"], name: "index_account_stats_on_account_id", unique: true
end
create_table "account_statuses_cleanup_policies", force: :cascade do |t|
t.bigint "account_id", null: false
t.boolean "enabled", default: true, null: false
t.integer "min_status_age", default: 1209600, null: false
t.boolean "keep_direct", default: true, null: false
t.boolean "keep_pinned", default: true, null: false
t.boolean "keep_polls", default: false, null: false
t.boolean "keep_media", default: false, null: false
t.boolean "keep_self_fav", default: true, null: false
t.boolean "keep_self_bookmark", default: true, null: false
t.integer "min_favs"
t.integer "min_reblogs"
t.datetime "created_at", precision: 6, null: false
t.datetime "updated_at", precision: 6, null: false
t.index ["account_id"], name: "index_account_statuses_cleanup_policies_on_account_id"
end
create_table "account_warning_presets", force: :cascade do |t|
t.text "text", default: "", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.string "title", default: "", null: false
end
create_table "account_warnings", force: :cascade do |t|
t.bigint "account_id"
t.bigint "target_account_id"
t.integer "action", default: 0, null: false
t.text "text", default: "", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.bigint "report_id"
t.string "status_ids", array: true
t.datetime "overruled_at"
t.index ["account_id"], name: "index_account_warnings_on_account_id"
t.index ["target_account_id"], name: "index_account_warnings_on_target_account_id"
end
create_table "accounts", id: :bigint, default: -> { "timestamp_id('accounts'::text)" }, force: :cascade do |t|
t.string "username", default: "", null: false
t.string "domain"
t.text "private_key"
t.text "public_key", default: "", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.text "note", default: "", null: false
t.string "display_name", default: "", null: false
t.string "uri", default: "", null: false
t.string "url"
t.string "avatar_file_name"
t.string "avatar_content_type"
t.integer "avatar_file_size"
t.datetime "avatar_updated_at"
t.string "header_file_name"
t.string "header_content_type"
t.integer "header_file_size"
t.datetime "header_updated_at"
t.string "avatar_remote_url"
t.boolean "locked", default: false, null: false
t.string "header_remote_url", default: "", null: false
t.datetime "last_webfingered_at"
t.string "inbox_url", default: "", null: false
t.string "outbox_url", default: "", null: false
t.string "shared_inbox_url", default: "", null: false
t.string "followers_url", default: "", null: false
t.integer "protocol", default: 0, null: false
t.boolean "memorial", default: false, null: false
t.bigint "moved_to_account_id"
t.string "featured_collection_url"
t.jsonb "fields"
t.string "actor_type"
t.boolean "discoverable"
t.string "also_known_as", array: true
t.datetime "silenced_at"
t.datetime "suspended_at"
t.boolean "hide_collections"
t.integer "avatar_storage_schema_version"
t.integer "header_storage_schema_version"
2020-06-02 19:24:53 +02:00
t.string "devices_url"
t.integer "suspension_origin"
t.datetime "sensitized_at"
t.boolean "trendable"
t.datetime "reviewed_at"
t.datetime "requested_review_at"
t.index "(((setweight(to_tsvector('simple'::regconfig, (display_name)::text), 'A'::\"char\") || setweight(to_tsvector('simple'::regconfig, (username)::text), 'B'::\"char\")) || setweight(to_tsvector('simple'::regconfig, (COALESCE(domain, ''::character varying))::text), 'C'::\"char\")))", name: "search_index", using: :gin
t.index "lower((username)::text), COALESCE(lower((domain)::text), ''::text)", name: "index_accounts_on_username_and_domain_lower", unique: true
t.index ["moved_to_account_id"], name: "index_accounts_on_moved_to_account_id", where: "(moved_to_account_id IS NOT NULL)"
t.index ["uri"], name: "index_accounts_on_uri"
t.index ["url"], name: "index_accounts_on_url", opclass: :text_pattern_ops, where: "(url IS NOT NULL)"
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end
create_table "accounts_tags", id: false, force: :cascade do |t|
t.bigint "account_id", null: false
t.bigint "tag_id", null: false
t.index ["account_id", "tag_id"], name: "index_accounts_tags_on_account_id_and_tag_id"
t.index ["tag_id", "account_id"], name: "index_accounts_tags_on_tag_id_and_account_id", unique: true
end
create_table "admin_action_logs", force: :cascade do |t|
t.bigint "account_id"
t.string "action", default: "", null: false
t.string "target_type"
t.bigint "target_id"
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.string "human_identifier"
t.string "route_param"
t.string "permalink"
t.index ["account_id"], name: "index_admin_action_logs_on_account_id"
t.index ["target_type", "target_id"], name: "index_admin_action_logs_on_target_type_and_target_id"
end
create_table "announcement_mutes", force: :cascade do |t|
t.bigint "account_id"
t.bigint "announcement_id"
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.index ["account_id", "announcement_id"], name: "index_announcement_mutes_on_account_id_and_announcement_id", unique: true
t.index ["announcement_id"], name: "index_announcement_mutes_on_announcement_id"
end
create_table "announcement_reactions", force: :cascade do |t|
t.bigint "account_id"
t.bigint "announcement_id"
t.string "name", default: "", null: false
t.bigint "custom_emoji_id"
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.index ["account_id", "announcement_id", "name"], name: "index_announcement_reactions_on_account_id_and_announcement_id", unique: true
t.index ["announcement_id"], name: "index_announcement_reactions_on_announcement_id"
t.index ["custom_emoji_id"], name: "index_announcement_reactions_on_custom_emoji_id", where: "(custom_emoji_id IS NOT NULL)"
end
create_table "announcements", force: :cascade do |t|
t.text "text", default: "", null: false
t.boolean "published", default: false, null: false
t.boolean "all_day", default: false, null: false
t.datetime "scheduled_at"
t.datetime "starts_at"
t.datetime "ends_at"
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.datetime "published_at"
t.bigint "status_ids", array: true
end
create_table "appeals", force: :cascade do |t|
t.bigint "account_id", null: false
t.bigint "account_warning_id", null: false
t.text "text", default: "", null: false
t.datetime "approved_at"
t.bigint "approved_by_account_id"
t.datetime "rejected_at"
t.bigint "rejected_by_account_id"
t.datetime "created_at", precision: 6, null: false
t.datetime "updated_at", precision: 6, null: false
t.index ["account_id"], name: "index_appeals_on_account_id"
t.index ["account_warning_id"], name: "index_appeals_on_account_warning_id", unique: true
t.index ["approved_by_account_id"], name: "index_appeals_on_approved_by_account_id", where: "(approved_by_account_id IS NOT NULL)"
t.index ["rejected_by_account_id"], name: "index_appeals_on_rejected_by_account_id", where: "(rejected_by_account_id IS NOT NULL)"
end
create_table "backups", force: :cascade do |t|
t.bigint "user_id"
t.string "dump_file_name"
t.string "dump_content_type"
t.datetime "dump_updated_at"
t.boolean "processed", default: false, null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.bigint "dump_file_size"
end
create_table "blocks", force: :cascade do |t|
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
t.bigint "account_id", null: false
t.bigint "target_account_id", null: false
t.string "uri"
t.index ["account_id", "target_account_id"], name: "index_blocks_on_account_id_and_target_account_id", unique: true
t.index ["target_account_id"], name: "index_blocks_on_target_account_id"
end
create_table "bookmarks", force: :cascade do |t|
t.bigint "account_id", null: false
t.bigint "status_id", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.index ["account_id", "status_id"], name: "index_bookmarks_on_account_id_and_status_id", unique: true
t.index ["status_id"], name: "index_bookmarks_on_status_id"
end
create_table "canonical_email_blocks", force: :cascade do |t|
t.string "canonical_email_hash", default: "", null: false
t.bigint "reference_account_id"
t.datetime "created_at", precision: 6, null: false
t.datetime "updated_at", precision: 6, null: false
t.index ["canonical_email_hash"], name: "index_canonical_email_blocks_on_canonical_email_hash", unique: true
t.index ["reference_account_id"], name: "index_canonical_email_blocks_on_reference_account_id"
end
create_table "conversation_mutes", force: :cascade do |t|
t.bigint "conversation_id", null: false
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
t.bigint "account_id", null: false
t.index ["account_id", "conversation_id"], name: "index_conversation_mutes_on_account_id_and_conversation_id", unique: true
end
create_table "conversations", force: :cascade do |t|
t.string "uri"
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.index ["uri"], name: "index_conversations_on_uri", unique: true, opclass: :text_pattern_ops, where: "(uri IS NOT NULL)"
end
create_table "custom_emoji_categories", force: :cascade do |t|
t.string "name"
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.index ["name"], name: "index_custom_emoji_categories_on_name", unique: true
end
create_table "custom_emojis", force: :cascade do |t|
t.string "shortcode", default: "", null: false
t.string "domain"
t.string "image_file_name"
t.string "image_content_type"
t.integer "image_file_size"
t.datetime "image_updated_at"
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.boolean "disabled", default: false, null: false
t.string "uri"
t.string "image_remote_url"
t.boolean "visible_in_picker", default: true, null: false
t.bigint "category_id"
t.integer "image_storage_schema_version"
t.index ["shortcode", "domain"], name: "index_custom_emojis_on_shortcode_and_domain", unique: true
end
Revamp post filtering system (#18058) * Add model for custom filter keywords * Use CustomFilterKeyword internally Does not change the API * Fix /filters/edit and /filters/new * Add migration tests * Remove whole_word column from custom_filters (covered by custom_filter_keywords) * Redesign /filters Instead of a list, present a card that displays more information and handles multiple keywords per filter. * Redesign /filters/new and /filters/edit to add and remove keywords This adds a new gem dependency: cocoon, as well as a npm dependency: cocoon-js-vanilla. Those are used to easily populate and remove form fields from the user interface when manipulating multiple keyword filters at once. * Add /api/v2/filters to edit filter with multiple keywords Entities: - `Filter`: `id`, `title`, `filter_action` (either `hide` or `warn`), `context` `keywords` - `FilterKeyword`: `id`, `keyword`, `whole_word` API endpoits: - `GET /api/v2/filters` to list filters (including keywords) - `POST /api/v2/filters` to create a new filter `keywords_attributes` can also be passed to create keywords in one request - `GET /api/v2/filters/:id` to read a particular filter - `PUT /api/v2/filters/:id` to update a new filter `keywords_attributes` can also be passed to edit, delete or add keywords in one request - `DELETE /api/v2/filters/:id` to delete a particular filter - `GET /api/v2/filters/:id/keywords` to list keywords for a filter - `POST /api/v2/filters/:filter_id/keywords/:id` to add a new keyword to a filter - `GET /api/v2/filter_keywords/:id` to read a particular keyword - `PUT /api/v2/filter_keywords/:id` to edit a particular keyword - `DELETE /api/v2/filter_keywords/:id` to delete a particular keyword * Change from `irreversible` boolean to `action` enum * Remove irrelevent `irreversible_must_be_within_context` check * Fix /filters/new and /filters/edit with update for filter_action * Fix Rubocop/Codeclimate complaining about task names * Refactor FeedManager#phrase_filtered? This moves regexp building and filter caching to the `CustomFilter` class. This does not change the functional behavior yet, but this changes how the cache is built, doing per-custom_filter regexps so that filters can be matched independently, while still offering caching. * Perform server-side filtering and output result in REST API * Fix numerous filters_changed events being sent when editing multiple keywords at once * Add some tests * Use the new API in the WebUI - use client-side logic for filters we have fetched rules for. This is so that filter changes can be retroactively applied without reloading the UI. - use server-side logic for filters we haven't fetched rules for yet (e.g. network error, or initial timeline loading) * Minor optimizations and refactoring * Perform server-side filtering on the streaming server * Change the wording of filter action labels * Fix issues pointed out by linter * Change design of “Show anyway” link in accordence to review comments * Drop “irreversible” filtering behavior * Move /api/v2/filter_keywords to /api/v1/filters/keywords * Rename `filter_results` attribute to `filtered` * Rename REST::LegacyFilterSerializer to REST::V1::FilterSerializer * Fix systemChannelId value in streaming server * Simplify code by removing client-side filtering code The simplifcation comes at a cost though: filters aren't retroactively applied anymore.
2022-06-28 09:42:13 +02:00
create_table "custom_filter_keywords", force: :cascade do |t|
t.bigint "custom_filter_id", null: false
t.text "keyword", default: "", null: false
t.boolean "whole_word", default: true, null: false
t.datetime "created_at", precision: 6, null: false
t.datetime "updated_at", precision: 6, null: false
t.index ["custom_filter_id"], name: "index_custom_filter_keywords_on_custom_filter_id"
end
create_table "custom_filter_statuses", force: :cascade do |t|
t.bigint "custom_filter_id", null: false
t.bigint "status_id", null: false
t.datetime "created_at", precision: 6, null: false
t.datetime "updated_at", precision: 6, null: false
t.index ["custom_filter_id"], name: "index_custom_filter_statuses_on_custom_filter_id"
t.index ["status_id"], name: "index_custom_filter_statuses_on_status_id"
end
create_table "custom_filters", force: :cascade do |t|
t.bigint "account_id"
t.datetime "expires_at"
t.text "phrase", default: "", null: false
t.string "context", default: [], null: false, array: true
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
Revamp post filtering system (#18058) * Add model for custom filter keywords * Use CustomFilterKeyword internally Does not change the API * Fix /filters/edit and /filters/new * Add migration tests * Remove whole_word column from custom_filters (covered by custom_filter_keywords) * Redesign /filters Instead of a list, present a card that displays more information and handles multiple keywords per filter. * Redesign /filters/new and /filters/edit to add and remove keywords This adds a new gem dependency: cocoon, as well as a npm dependency: cocoon-js-vanilla. Those are used to easily populate and remove form fields from the user interface when manipulating multiple keyword filters at once. * Add /api/v2/filters to edit filter with multiple keywords Entities: - `Filter`: `id`, `title`, `filter_action` (either `hide` or `warn`), `context` `keywords` - `FilterKeyword`: `id`, `keyword`, `whole_word` API endpoits: - `GET /api/v2/filters` to list filters (including keywords) - `POST /api/v2/filters` to create a new filter `keywords_attributes` can also be passed to create keywords in one request - `GET /api/v2/filters/:id` to read a particular filter - `PUT /api/v2/filters/:id` to update a new filter `keywords_attributes` can also be passed to edit, delete or add keywords in one request - `DELETE /api/v2/filters/:id` to delete a particular filter - `GET /api/v2/filters/:id/keywords` to list keywords for a filter - `POST /api/v2/filters/:filter_id/keywords/:id` to add a new keyword to a filter - `GET /api/v2/filter_keywords/:id` to read a particular keyword - `PUT /api/v2/filter_keywords/:id` to edit a particular keyword - `DELETE /api/v2/filter_keywords/:id` to delete a particular keyword * Change from `irreversible` boolean to `action` enum * Remove irrelevent `irreversible_must_be_within_context` check * Fix /filters/new and /filters/edit with update for filter_action * Fix Rubocop/Codeclimate complaining about task names * Refactor FeedManager#phrase_filtered? This moves regexp building and filter caching to the `CustomFilter` class. This does not change the functional behavior yet, but this changes how the cache is built, doing per-custom_filter regexps so that filters can be matched independently, while still offering caching. * Perform server-side filtering and output result in REST API * Fix numerous filters_changed events being sent when editing multiple keywords at once * Add some tests * Use the new API in the WebUI - use client-side logic for filters we have fetched rules for. This is so that filter changes can be retroactively applied without reloading the UI. - use server-side logic for filters we haven't fetched rules for yet (e.g. network error, or initial timeline loading) * Minor optimizations and refactoring * Perform server-side filtering on the streaming server * Change the wording of filter action labels * Fix issues pointed out by linter * Change design of “Show anyway” link in accordence to review comments * Drop “irreversible” filtering behavior * Move /api/v2/filter_keywords to /api/v1/filters/keywords * Rename `filter_results` attribute to `filtered` * Rename REST::LegacyFilterSerializer to REST::V1::FilterSerializer * Fix systemChannelId value in streaming server * Simplify code by removing client-side filtering code The simplifcation comes at a cost though: filters aren't retroactively applied anymore.
2022-06-28 09:42:13 +02:00
t.integer "action", default: 0, null: false
t.index ["account_id"], name: "index_custom_filters_on_account_id"
end
2020-06-02 19:24:53 +02:00
create_table "devices", force: :cascade do |t|
t.bigint "access_token_id"
t.bigint "account_id"
t.string "device_id", default: "", null: false
t.string "name", default: "", null: false
t.text "fingerprint_key", default: "", null: false
t.text "identity_key", default: "", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.index ["access_token_id"], name: "index_devices_on_access_token_id"
t.index ["account_id"], name: "index_devices_on_account_id"
end
2019-07-30 11:10:46 +02:00
create_table "domain_allows", force: :cascade do |t|
t.string "domain", default: "", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.index ["domain"], name: "index_domain_allows_on_domain", unique: true
end
create_table "domain_blocks", force: :cascade do |t|
t.string "domain", default: "", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.integer "severity", default: 0
t.boolean "reject_media", default: false, null: false
t.boolean "reject_reports", default: false, null: false
t.text "private_comment"
t.text "public_comment"
t.boolean "obfuscate", default: false, null: false
t.index ["domain"], name: "index_domain_blocks_on_domain", unique: true
2016-10-09 14:48:43 +02:00
end
create_table "email_domain_blocks", force: :cascade do |t|
t.string "domain", default: "", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.bigint "parent_id"
t.index ["domain"], name: "index_email_domain_blocks_on_domain", unique: true
end
2020-06-02 19:24:53 +02:00
create_table "encrypted_messages", id: :bigint, default: -> { "timestamp_id('encrypted_messages'::text)" }, force: :cascade do |t|
t.bigint "device_id"
t.bigint "from_account_id"
t.string "from_device_id", default: "", null: false
t.integer "type", default: 0, null: false
t.text "body", default: "", null: false
t.text "digest", default: "", null: false
t.text "message_franking", default: "", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.index ["device_id"], name: "index_encrypted_messages_on_device_id"
t.index ["from_account_id"], name: "index_encrypted_messages_on_from_account_id"
end
create_table "favourites", force: :cascade do |t|
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
t.bigint "account_id", null: false
t.bigint "status_id", null: false
t.index ["account_id", "id"], name: "index_favourites_on_account_id_and_id"
t.index ["account_id", "status_id"], name: "index_favourites_on_account_id_and_status_id", unique: true
t.index ["status_id"], name: "index_favourites_on_status_id"
end
create_table "featured_tags", force: :cascade do |t|
t.bigint "account_id", null: false
t.bigint "tag_id", null: false
t.bigint "statuses_count", default: 0, null: false
t.datetime "last_status_at"
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.index ["account_id"], name: "index_featured_tags_on_account_id"
t.index ["tag_id"], name: "index_featured_tags_on_tag_id"
end
create_table "follow_recommendation_suppressions", force: :cascade do |t|
t.bigint "account_id", null: false
t.datetime "created_at", precision: 6, null: false
t.datetime "updated_at", precision: 6, null: false
t.index ["account_id"], name: "index_follow_recommendation_suppressions_on_account_id", unique: true
end
create_table "follow_requests", force: :cascade do |t|
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
t.bigint "account_id", null: false
t.bigint "target_account_id", null: false
t.boolean "show_reblogs", default: true, null: false
t.string "uri"
t.boolean "notify", default: false, null: false
t.string "languages", array: true
t.index ["account_id", "target_account_id"], name: "index_follow_requests_on_account_id_and_target_account_id", unique: true
end
create_table "follows", force: :cascade do |t|
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
t.bigint "account_id", null: false
t.bigint "target_account_id", null: false
t.boolean "show_reblogs", default: true, null: false
t.string "uri"
t.boolean "notify", default: false, null: false
t.string "languages", array: true
t.index ["account_id", "target_account_id"], name: "index_follows_on_account_id_and_target_account_id", unique: true
t.index ["target_account_id"], name: "index_follows_on_target_account_id"
2016-02-22 16:00:20 +01:00
end
create_table "identities", force: :cascade do |t|
t.string "provider", default: "", null: false
t.string "uid", default: "", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.bigint "user_id"
t.index ["user_id"], name: "index_identities_on_user_id"
end
create_table "imports", force: :cascade do |t|
t.integer "type", null: false
t.boolean "approved", default: false, null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.string "data_file_name"
t.string "data_content_type"
t.integer "data_file_size"
t.datetime "data_updated_at"
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
t.bigint "account_id", null: false
t.boolean "overwrite", default: false, null: false
end
create_table "invites", force: :cascade do |t|
t.bigint "user_id", null: false
t.string "code", default: "", null: false
t.datetime "expires_at"
t.integer "max_uses"
t.integer "uses", default: 0, null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.boolean "autofollow", default: false, null: false
2019-08-19 11:40:42 +02:00
t.text "comment"
t.index ["code"], name: "index_invites_on_code", unique: true
t.index ["user_id"], name: "index_invites_on_user_id"
end
2020-10-12 16:33:49 +02:00
create_table "ip_blocks", force: :cascade do |t|
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.datetime "expires_at"
t.inet "ip", default: "0.0.0.0", null: false
t.integer "severity", default: 0, null: false
t.text "comment", default: "", null: false
end
create_table "list_accounts", force: :cascade do |t|
t.bigint "list_id", null: false
t.bigint "account_id", null: false
t.bigint "follow_id"
t.index ["account_id", "list_id"], name: "index_list_accounts_on_account_id_and_list_id", unique: true
t.index ["follow_id"], name: "index_list_accounts_on_follow_id", where: "(follow_id IS NOT NULL)"
t.index ["list_id", "account_id"], name: "index_list_accounts_on_list_id_and_account_id"
end
create_table "lists", force: :cascade do |t|
t.bigint "account_id", null: false
t.string "title", default: "", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.integer "replies_policy", default: 0, null: false
t.index ["account_id"], name: "index_lists_on_account_id"
end
2021-06-21 17:07:30 +02:00
create_table "login_activities", force: :cascade do |t|
t.bigint "user_id", null: false
t.string "authentication_method"
t.string "provider"
t.boolean "success"
t.string "failure_reason"
t.inet "ip"
t.string "user_agent"
t.datetime "created_at"
t.index ["user_id"], name: "index_login_activities_on_user_id"
end
create_table "markers", force: :cascade do |t|
t.bigint "user_id"
t.string "timeline", default: "", null: false
t.bigint "last_read_id", default: 0, null: false
t.integer "lock_version", default: 0, null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.index ["user_id", "timeline"], name: "index_markers_on_user_id_and_timeline", unique: true
end
create_table "media_attachments", id: :bigint, default: -> { "timestamp_id('media_attachments'::text)" }, force: :cascade do |t|
t.bigint "status_id"
t.string "file_file_name"
t.string "file_content_type"
t.integer "file_file_size"
2016-09-05 17:46:36 +02:00
t.datetime "file_updated_at"
t.string "remote_url", default: "", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.string "shortcode"
t.integer "type", default: 0, null: false
t.json "file_meta"
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
t.bigint "account_id"
t.text "description"
t.bigint "scheduled_status_id"
t.string "blurhash"
t.integer "processing"
t.integer "file_storage_schema_version"
t.string "thumbnail_file_name"
t.string "thumbnail_content_type"
t.integer "thumbnail_file_size"
t.datetime "thumbnail_updated_at"
t.string "thumbnail_remote_url"
t.index ["account_id", "status_id"], name: "index_media_attachments_on_account_id_and_status_id", order: { status_id: :desc }
t.index ["scheduled_status_id"], name: "index_media_attachments_on_scheduled_status_id", where: "(scheduled_status_id IS NOT NULL)"
t.index ["shortcode"], name: "index_media_attachments_on_shortcode", unique: true, opclass: :text_pattern_ops, where: "(shortcode IS NOT NULL)"
t.index ["status_id"], name: "index_media_attachments_on_status_id"
2016-09-05 17:46:36 +02:00
end
create_table "mentions", force: :cascade do |t|
t.bigint "status_id"
2016-02-25 00:17:01 +01:00
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
t.bigint "account_id"
t.boolean "silent", default: false, null: false
t.index ["account_id", "status_id"], name: "index_mentions_on_account_id_and_status_id", unique: true
t.index ["status_id"], name: "index_mentions_on_status_id"
2016-02-25 00:17:01 +01:00
end
create_table "mutes", force: :cascade do |t|
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
2017-09-14 05:35:48 +02:00
t.boolean "hide_notifications", default: true, null: false
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
t.bigint "account_id", null: false
t.bigint "target_account_id", null: false
t.datetime "expires_at"
t.index ["account_id", "target_account_id"], name: "index_mutes_on_account_id_and_target_account_id", unique: true
t.index ["target_account_id"], name: "index_mutes_on_target_account_id"
end
create_table "notifications", force: :cascade do |t|
t.bigint "activity_id", null: false
t.string "activity_type", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.bigint "account_id", null: false
t.bigint "from_account_id", null: false
t.string "type"
t.index ["account_id", "id", "type"], name: "index_notifications_on_account_id_and_id_and_type", order: { id: :desc }
t.index ["activity_id", "activity_type"], name: "index_notifications_on_activity_id_and_activity_type"
t.index ["from_account_id"], name: "index_notifications_on_from_account_id"
end
create_table "oauth_access_grants", force: :cascade do |t|
t.string "token", null: false
t.integer "expires_in", null: false
t.text "redirect_uri", null: false
t.datetime "created_at", null: false
t.datetime "revoked_at"
t.string "scopes"
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
t.bigint "application_id", null: false
t.bigint "resource_owner_id", null: false
t.index ["resource_owner_id"], name: "index_oauth_access_grants_on_resource_owner_id"
t.index ["token"], name: "index_oauth_access_grants_on_token", unique: true
end
create_table "oauth_access_tokens", force: :cascade do |t|
t.string "token", null: false
t.string "refresh_token"
t.integer "expires_in"
t.datetime "revoked_at"
t.datetime "created_at", null: false
t.string "scopes"
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
t.bigint "application_id"
t.bigint "resource_owner_id"
t.datetime "last_used_at"
t.inet "last_used_ip"
t.index ["refresh_token"], name: "index_oauth_access_tokens_on_refresh_token", unique: true, opclass: :text_pattern_ops, where: "(refresh_token IS NOT NULL)"
t.index ["resource_owner_id"], name: "index_oauth_access_tokens_on_resource_owner_id", where: "(resource_owner_id IS NOT NULL)"
t.index ["token"], name: "index_oauth_access_tokens_on_token", unique: true
end
create_table "oauth_applications", force: :cascade do |t|
t.string "name", null: false
t.string "uid", null: false
t.string "secret", null: false
t.text "redirect_uri", null: false
t.string "scopes", default: "", null: false
t.datetime "created_at"
t.datetime "updated_at"
t.boolean "superapp", default: false, null: false
t.string "website"
t.string "owner_type"
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
t.bigint "owner_id"
2018-08-14 20:24:47 +02:00
t.boolean "confidential", default: true, null: false
t.index ["owner_id", "owner_type"], name: "index_oauth_applications_on_owner_id_and_owner_type"
t.index ["uid"], name: "index_oauth_applications_on_uid", unique: true
end
2020-06-02 19:24:53 +02:00
create_table "one_time_keys", force: :cascade do |t|
t.bigint "device_id"
t.string "key_id", default: "", null: false
t.text "key", default: "", null: false
t.text "signature", default: "", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.index ["device_id"], name: "index_one_time_keys_on_device_id"
t.index ["key_id"], name: "index_one_time_keys_on_key_id"
end
create_table "pghero_space_stats", force: :cascade do |t|
t.text "database"
t.text "schema"
t.text "relation"
t.bigint "size"
t.datetime "captured_at"
t.index ["database", "captured_at"], name: "index_pghero_space_stats_on_database_and_captured_at"
end
create_table "poll_votes", force: :cascade do |t|
t.bigint "account_id"
t.bigint "poll_id"
t.integer "choice", default: 0, null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.string "uri"
t.index ["account_id"], name: "index_poll_votes_on_account_id"
t.index ["poll_id"], name: "index_poll_votes_on_poll_id"
end
create_table "polls", force: :cascade do |t|
t.bigint "account_id"
t.bigint "status_id"
t.datetime "expires_at"
t.string "options", default: [], null: false, array: true
t.bigint "cached_tallies", default: [], null: false, array: true
t.boolean "multiple", default: false, null: false
t.boolean "hide_totals", default: false, null: false
t.bigint "votes_count", default: 0, null: false
t.datetime "last_fetched_at"
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.integer "lock_version", default: 0, null: false
t.bigint "voters_count"
t.index ["account_id"], name: "index_polls_on_account_id"
t.index ["status_id"], name: "index_polls_on_status_id"
end
create_table "preview_card_providers", force: :cascade do |t|
t.string "domain", default: "", null: false
t.string "icon_file_name"
t.string "icon_content_type"
t.bigint "icon_file_size"
t.datetime "icon_updated_at"
t.boolean "trendable"
t.datetime "reviewed_at"
t.datetime "requested_review_at"
t.datetime "created_at", precision: 6, null: false
t.datetime "updated_at", precision: 6, null: false
t.index ["domain"], name: "index_preview_card_providers_on_domain", unique: true
end
create_table "preview_cards", force: :cascade do |t|
t.string "url", default: "", null: false
t.string "title", default: "", null: false
t.string "description", default: "", null: false
t.string "image_file_name"
t.string "image_content_type"
t.integer "image_file_size"
t.datetime "image_updated_at"
t.integer "type", default: 0, null: false
t.text "html", default: "", null: false
t.string "author_name", default: "", null: false
t.string "author_url", default: "", null: false
t.string "provider_name", default: "", null: false
t.string "provider_url", default: "", null: false
t.integer "width", default: 0, null: false
t.integer "height", default: 0, null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
2017-12-07 03:37:43 +01:00
t.string "embed_url", default: "", null: false
t.integer "image_storage_schema_version"
t.string "blurhash"
t.string "language"
t.float "max_score"
t.datetime "max_score_at"
t.boolean "trendable"
t.integer "link_type"
t.index ["url"], name: "index_preview_cards_on_url", unique: true
end
create_table "preview_cards_statuses", id: false, force: :cascade do |t|
t.bigint "preview_card_id", null: false
t.bigint "status_id", null: false
t.index ["status_id", "preview_card_id"], name: "index_preview_cards_statuses_on_status_id_and_preview_card_id"
end
create_table "relays", force: :cascade do |t|
t.string "inbox_url", default: "", null: false
t.string "follow_activity_id"
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.integer "state", default: 0, null: false
end
create_table "report_notes", force: :cascade do |t|
t.text "content", null: false
t.bigint "report_id", null: false
t.bigint "account_id", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.index ["account_id"], name: "index_report_notes_on_account_id"
t.index ["report_id"], name: "index_report_notes_on_report_id"
end
create_table "reports", force: :cascade do |t|
t.bigint "status_ids", default: [], null: false, array: true
t.text "comment", default: "", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
t.bigint "account_id", null: false
t.bigint "action_taken_by_account_id"
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
t.bigint "target_account_id", null: false
t.bigint "assigned_account_id"
t.string "uri"
t.boolean "forwarded"
t.integer "category", default: 0, null: false
t.datetime "action_taken_at"
t.bigint "rule_ids", array: true
t.index ["account_id"], name: "index_reports_on_account_id"
t.index ["action_taken_by_account_id"], name: "index_reports_on_action_taken_by_account_id", where: "(action_taken_by_account_id IS NOT NULL)"
t.index ["assigned_account_id"], name: "index_reports_on_assigned_account_id", where: "(assigned_account_id IS NOT NULL)"
t.index ["target_account_id"], name: "index_reports_on_target_account_id"
end
2021-02-21 19:50:12 +01:00
create_table "rules", force: :cascade do |t|
t.integer "priority", default: 0, null: false
t.datetime "deleted_at"
t.text "text", default: "", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
end
create_table "scheduled_statuses", force: :cascade do |t|
t.bigint "account_id"
t.datetime "scheduled_at"
t.jsonb "params"
t.index ["account_id"], name: "index_scheduled_statuses_on_account_id"
t.index ["scheduled_at"], name: "index_scheduled_statuses_on_scheduled_at"
end
create_table "session_activations", force: :cascade do |t|
t.string "session_id", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.string "user_agent", default: "", null: false
t.inet "ip"
t.bigint "access_token_id"
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
t.bigint "user_id", null: false
t.bigint "web_push_subscription_id"
t.index ["access_token_id"], name: "index_session_activations_on_access_token_id"
t.index ["session_id"], name: "index_session_activations_on_session_id", unique: true
t.index ["user_id"], name: "index_session_activations_on_user_id"
end
create_table "settings", force: :cascade do |t|
t.string "var", null: false
t.text "value"
t.string "thing_type"
t.datetime "created_at"
t.datetime "updated_at"
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
t.bigint "thing_id"
t.index ["thing_type", "thing_id", "var"], name: "index_settings_on_thing_type_and_thing_id_and_var", unique: true
end
create_table "site_uploads", force: :cascade do |t|
t.string "var", default: "", null: false
t.string "file_file_name"
t.string "file_content_type"
t.integer "file_file_size"
t.datetime "file_updated_at"
t.json "meta"
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.index ["var"], name: "index_site_uploads_on_var", unique: true
end
create_table "status_edits", force: :cascade do |t|
t.bigint "status_id", null: false
t.bigint "account_id"
t.text "text", default: "", null: false
t.text "spoiler_text", default: "", null: false
t.datetime "created_at", precision: 6, null: false
t.datetime "updated_at", precision: 6, null: false
2022-02-09 17:59:43 +01:00
t.string "content_type"
t.bigint "ordered_media_attachment_ids", array: true
t.text "media_descriptions", array: true
t.string "poll_options", array: true
t.boolean "sensitive"
t.index ["account_id"], name: "index_status_edits_on_account_id"
t.index ["status_id"], name: "index_status_edits_on_status_id"
end
create_table "status_pins", force: :cascade do |t|
t.bigint "account_id", null: false
t.bigint "status_id", null: false
t.datetime "created_at", default: -> { "now()" }, null: false
t.datetime "updated_at", default: -> { "now()" }, null: false
t.index ["account_id", "status_id"], name: "index_status_pins_on_account_id_and_status_id", unique: true
t.index ["status_id"], name: "index_status_pins_on_status_id"
end
create_table "status_stats", force: :cascade do |t|
t.bigint "status_id", null: false
t.bigint "replies_count", default: 0, null: false
t.bigint "reblogs_count", default: 0, null: false
t.bigint "favourites_count", default: 0, null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.index ["status_id"], name: "index_status_stats_on_status_id", unique: true
end
Non-Serial ("Snowflake") IDs (#4801) * Use non-serial IDs This change makes a number of nontrivial tweaks to the data model in Mastodon: * All IDs are now 8 byte integers (rather than mixed 4- and 8-byte) * IDs are now assigned as: * Top 6 bytes: millisecond-resolution time from epoch * Bottom 2 bytes: serial (within the millisecond) sequence number * See /lib/tasks/db.rake's `define_timestamp_id` for details, but note that the purpose of these changes is to make it difficult to determine the number of objects in a table from the ID of any object. * The Redis sorted set used for the feed will have values used to look up toots, rather than scores. This is almost always the same as the existing behavior, except in the case of boosted toots. This change was made because Redis stores scores as double-precision floats, which cannot store the new ID format exactly. Note that this doesn't cause problems with sorting/pagination, because ZREVRANGEBYSCORE sorts lexicographically when scores are tied. (This will still cause sorting issues when the ID gains a new significant digit, but that's extraordinarily uncommon.) Note a couple of tradeoffs have been made in this commit: * lib/tasks/db.rake is used to enforce many/most column constraints, because this commit seems likely to take a while to bring upstream. Enforcing a post-migrate hook is an easier way to maintain the code in the interim. * Boosted toots will appear in the timeline as many times as they have been boosted. This is a tradeoff due to the way the feed is saved in Redis at the moment, but will be handled by a future commit. This would effectively close Mastodon's #1059, as it is a snowflake-like system of generating IDs. However, given how involved the changes were simply within Mastodon, it may have unexpected interactions with some clients, if they store IDs as doubles (or as 4-byte integers). This was a problem that Twitter ran into with their "snowflake" transition, particularly in JavaScript clients that treated IDs as JS integers, rather than strings. It therefore would be useful to test these changes at least in the web interface and popular clients before pushing them to all users. * Fix JavaScript interface with long IDs Somewhat predictably, the JS interface handled IDs as numbers, which in JS are IEEE double-precision floats. This loses some precision when working with numbers as large as those generated by the new ID scheme, so we instead handle them here as strings. This is relatively simple, and doesn't appear to have caused any problems, but should definitely be tested more thoroughly than the built-in tests. Several days of use appear to support this working properly. BREAKING CHANGE: The major(!) change here is that IDs are now returned as strings by the REST endpoints, rather than as integers. In practice, relatively few changes were required to make the existing JS UI work with this change, but it will likely hit API clients pretty hard: it's an entirely different type to consume. (The one API client I tested, Tusky, handles this with no problems, however.) Twitter ran into this issue when introducing Snowflake IDs, and decided to instead introduce an `id_str` field in JSON responses. I have opted to *not* do that, and instead force all IDs to 64-bit integers represented by strings in one go. (I believe Twitter exacerbated their problem by rolling out the changes three times: once for statuses, once for DMs, and once for user IDs, as well as by leaving an integer ID value in JSON. As they said, "If you’re using the `id` field with JSON in a Javascript-related language, there is a very high likelihood that the integers will be silently munged by Javascript interpreters. In most cases, this will result in behavior such as being unable to load or delete a specific direct message, because the ID you're sending to the API is different than the actual identifier associated with the message." [1]) However, given that this is a significant change for API users, alternatives or a transition time may be appropriate. 1: https://blog.twitter.com/developer/en_us/a/2011/direct-messages-going-snowflake-on-sep-30-2011.html * Restructure feed pushes/unpushes This was necessary because the previous behavior used Redis zset scores to identify statuses, but those are IEEE double-precision floats, so we can't actually use them to identify all 64-bit IDs. However, it leaves the code in a much better state for refactoring reblog handling / coalescing. Feed-management code has been consolidated in FeedManager, including: * BatchedRemoveStatusService no longer directly manipulates feed zsets * RemoveStatusService no longer directly manipulates feed zsets * PrecomputeFeedService has moved its logic to FeedManager#populate_feed (PrecomputeFeedService largely made lots of calls to FeedManager, but didn't follow the normal adding-to-feed process.) This has the effect of unifying all of the feed push/unpush logic in FeedManager, making it much more tractable to update it in the future. Due to some additional checks that must be made during, for example, batch status removals, some Redis pipelining has been removed. It does not appear that this should cause significantly increased load, but if necessary, some optimizations are possible in batch cases. These were omitted in the pursuit of simplicity, but a batch_push and batch_unpush would be possible in the future. Tests were added to verify that pushes happen under expected conditions, and to verify reblog behavior (both on pushing and unpushing). In the case of unpushing, this includes testing behavior that currently leads to confusion such as Mastodon's #2817, but this codifies that the behavior is currently expected. * Rubocop fixes I could swear I made these changes already, but I must have lost them somewhere along the line. * Address review comments This addresses the first two comments from review of this feature: https://github.com/tootsuite/mastodon/pull/4801#discussion_r139336735 https://github.com/tootsuite/mastodon/pull/4801#discussion_r139336931 This adds an optional argument to FeedManager#key, the subtype of feed key to generate. It also tests to ensure that FeedManager's settings are such that reblogs won't be tracked forever. * Hardcode IdToBigints migration columns This addresses a comment during review: https://github.com/tootsuite/mastodon/pull/4801#discussion_r139337452 This means we'll need to make sure that all _id columns going forward are bigints, but that should happen automatically in most cases. * Additional fixes for stringified IDs in JSON These should be the last two. These were identified using eslint to try to identify any plain casts to JavaScript numbers. (Some such casts are legitimate, but these were not.) Adding the following to .eslintrc.yml will identify casts to numbers: ~~~ no-restricted-syntax: - warn - selector: UnaryExpression[operator='+'] > :not(Literal) message: Avoid the use of unary + - selector: CallExpression[callee.name='Number'] message: Casting with Number() may coerce string IDs to numbers ~~~ The remaining three casts appear legitimate: two casts to array indices, one in a server to turn an environment variable into a number. * Only implement timestamp IDs for Status IDs Per discussion in #4801, this is only being merged in for Status IDs at this point. We do this in a migration, as there is no longer use for a post-migration hook. We keep the initialization of the timestamp_id function as a Rake task, as it is also needed after db:schema:load (as db/schema.rb doesn't store Postgres functions). * Change internal streaming payloads to stringified IDs as well This is equivalent to 591a9af356faf2d5c7e66e3ec715502796c875cd from #5019, with an extra change for the addition to FeedManager#unpush. * Ensure we have a status_id_seq sequence Apparently this is not a given when specifying a custom ID function, so now we ensure it gets created. This uses the generic version of this function to more easily support adding additional tables with timestamp IDs in the future, although it would be possible to cut this down to a less generic version if necessary. It is only run during db:schema:load or the relevant migration, so the overhead is extraordinarily minimal. * Transition reblogs to new Redis format This provides a one-way migration to transition old Redis reblog entries into the new format, with a separate tracking entry for reblogs. It is not invertible because doing so could (if timestamp IDs are used) require a database query for each status in each users' feed, which is likely to be a significant toll on major instances. * Address review comments from @akihikodaki No functional changes. * Additional review changes * Heredoc cleanup * Run db:schema:load hooks for test in development This matches the behavior in Rails' ActiveRecord::Tasks::DatabaseTasks.each_current_configuration, which would otherwise break `rake db:setup` in development. It also moves some functionality out to a library, which will be a good place to put additional related functionality in the near future.
2017-10-04 09:56:37 +02:00
create_table "statuses", id: :bigint, default: -> { "timestamp_id('statuses'::text)" }, force: :cascade do |t|
t.string "uri"
t.text "text", default: "", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.bigint "in_reply_to_id"
t.bigint "reblog_of_id"
t.string "url"
t.boolean "sensitive", default: false, null: false
t.integer "visibility", default: 0, null: false
t.text "spoiler_text", default: "", null: false
t.boolean "reply", default: false, null: false
t.string "language"
t.bigint "conversation_id"
t.boolean "local"
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
t.bigint "account_id", null: false
t.bigint "application_id"
t.bigint "in_reply_to_account_id"
t.boolean "local_only"
t.bigint "poll_id"
t.string "content_type"
t.datetime "deleted_at"
t.datetime "edited_at"
t.boolean "trendable"
t.bigint "ordered_media_attachment_ids", array: true
t.index ["account_id", "id", "visibility", "updated_at"], name: "index_statuses_20190820", order: { id: :desc }, where: "(deleted_at IS NULL)"
t.index ["account_id"], name: "index_statuses_on_account_id"
t.index ["deleted_at"], name: "index_statuses_on_deleted_at", where: "(deleted_at IS NOT NULL)"
t.index ["id", "account_id"], name: "index_statuses_local_20190824", order: { id: :desc }, where: "((local OR (uri IS NULL)) AND (deleted_at IS NULL) AND (visibility = 0) AND (reblog_of_id IS NULL) AND ((NOT reply) OR (in_reply_to_account_id = account_id)))"
t.index ["id", "account_id"], name: "index_statuses_public_20200119", order: { id: :desc }, where: "((deleted_at IS NULL) AND (visibility = 0) AND (reblog_of_id IS NULL) AND ((NOT reply) OR (in_reply_to_account_id = account_id)))"
t.index ["in_reply_to_account_id"], name: "index_statuses_on_in_reply_to_account_id", where: "(in_reply_to_account_id IS NOT NULL)"
t.index ["in_reply_to_id"], name: "index_statuses_on_in_reply_to_id", where: "(in_reply_to_id IS NOT NULL)"
t.index ["reblog_of_id", "account_id"], name: "index_statuses_on_reblog_of_id_and_account_id"
t.index ["uri"], name: "index_statuses_on_uri", unique: true, opclass: :text_pattern_ops, where: "(uri IS NOT NULL)"
2016-11-05 15:20:05 +01:00
end
create_table "statuses_tags", id: false, force: :cascade do |t|
t.bigint "status_id", null: false
t.bigint "tag_id", null: false
t.index ["status_id"], name: "index_statuses_tags_on_status_id"
t.index ["tag_id", "status_id"], name: "index_statuses_tags_on_tag_id_and_status_id", unique: true
2016-02-20 22:53:20 +01:00
end
2020-06-02 19:24:53 +02:00
create_table "system_keys", force: :cascade do |t|
t.binary "key"
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
end
create_table "tag_follows", force: :cascade do |t|
t.bigint "tag_id", null: false
t.bigint "account_id", null: false
t.datetime "created_at", precision: 6, null: false
t.datetime "updated_at", precision: 6, null: false
t.index ["account_id", "tag_id"], name: "index_tag_follows_on_account_id_and_tag_id", unique: true
t.index ["tag_id"], name: "index_tag_follows_on_tag_id"
end
create_table "tags", force: :cascade do |t|
t.string "name", default: "", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.boolean "usable"
t.boolean "trendable"
t.boolean "listable"
t.datetime "reviewed_at"
t.datetime "requested_review_at"
t.datetime "last_status_at"
t.float "max_score"
t.datetime "max_score_at"
t.string "display_name"
2021-04-25 06:33:28 +02:00
t.index "lower((name)::text) text_pattern_ops", name: "index_tags_on_name_lower_btree", unique: true
2016-11-04 19:12:59 +01:00
end
create_table "tombstones", force: :cascade do |t|
t.bigint "account_id"
t.string "uri", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.boolean "by_moderator"
t.index ["account_id"], name: "index_tombstones_on_account_id"
t.index ["uri"], name: "index_tombstones_on_uri"
end
create_table "unavailable_domains", force: :cascade do |t|
t.string "domain", default: "", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.index ["domain"], name: "index_unavailable_domains_on_domain", unique: true
end
create_table "user_invite_requests", force: :cascade do |t|
t.bigint "user_id"
t.text "text"
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.index ["user_id"], name: "index_user_invite_requests_on_user_id"
end
create_table "user_roles", force: :cascade do |t|
t.string "name", default: "", null: false
t.string "color", default: "", null: false
t.integer "position", default: 0, null: false
t.bigint "permissions", default: 0, null: false
t.boolean "highlighted", default: false, null: false
t.datetime "created_at", precision: 6, null: false
t.datetime "updated_at", precision: 6, null: false
end
create_table "users", force: :cascade do |t|
t.string "email", default: "", null: false
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.string "encrypted_password", default: "", null: false
t.string "reset_password_token"
2016-03-05 13:12:24 +01:00
t.datetime "reset_password_sent_at"
t.integer "sign_in_count", default: 0, null: false
2016-03-05 13:12:24 +01:00
t.datetime "current_sign_in_at"
t.datetime "last_sign_in_at"
t.boolean "admin", default: false, null: false
t.string "confirmation_token"
2016-10-03 16:38:22 +02:00
t.datetime "confirmed_at"
t.datetime "confirmation_sent_at"
t.string "unconfirmed_email"
t.string "locale"
t.string "encrypted_otp_secret"
t.string "encrypted_otp_secret_iv"
t.string "encrypted_otp_secret_salt"
t.integer "consumed_timestep"
t.boolean "otp_required_for_login", default: false, null: false
2017-03-03 23:45:48 +01:00
t.datetime "last_emailed_at"
t.string "otp_backup_codes", array: true
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
t.bigint "account_id", null: false
t.boolean "disabled", default: false, null: false
t.boolean "moderator", default: false, null: false
t.bigint "invite_id"
t.string "chosen_languages", array: true
t.bigint "created_by_application_id"
t.boolean "approved", default: true, null: false
t.string "sign_in_token"
t.datetime "sign_in_token_sent_at"
Add WebAuthn as an alternative 2FA method (#14466) * feat: add possibility of adding WebAuthn security keys to use as 2FA This adds a basic UI for enabling WebAuthn 2FA. We did a little refactor to the Settings page for editing the 2FA methods – now it will list the methods that are available to the user (TOTP and WebAuthn) and from there they'll be able to add or remove any of them. Also, it's worth mentioning that for enabling WebAuthn it's required to have TOTP enabled, so the first time that you go to the 2FA Settings page, you'll be asked to set it up. This work was inspired by the one donde by Github in their platform, and despite it could be approached in different ways, we decided to go with this one given that we feel that this gives a great UX. Co-authored-by: Facundo Padula <facundo.padula@cedarcode.com> * feat: add request for WebAuthn as second factor at login if enabled This commits adds the feature for using WebAuthn as a second factor for login when enabled. If users have WebAuthn enabled, now a page requesting for the use of a WebAuthn credential for log in will appear, although a link redirecting to the old page for logging in using a two-factor code will also be present. Co-authored-by: Facundo Padula <facundo.padula@cedarcode.com> * feat: add possibility of deleting WebAuthn Credentials Co-authored-by: Facundo Padula <facundo.padula@cedarcode.com> * feat: disable WebAuthn when an Admin disables 2FA for a user Co-authored-by: Facundo Padula <facundo.padula@cedarcode.com> * feat: remove ability to disable TOTP leaving only WebAuthn as 2FA Following examples form other platforms like Github, we decided to make Webauthn 2FA secondary to 2FA with TOTP, so that we removed the possibility of removing TOTP authentication only, leaving users with just WEbAuthn as 2FA. Instead, users will have to click on 'Disable 2FA' in order to remove second factor auth. The reason for WebAuthn being secondary to TOPT is that in that way, users will still be able to log in using their code from their phone's application if they don't have their security keys with them – or maybe even lost them. * We had to change a little the flow for setting up TOTP, given that now it's possible to setting up again if you already had TOTP, in order to let users modify their authenticator app – given that now it's not possible for them to disable TOTP and set it up again with another authenticator app. So, basically, now instead of storing the new `otp_secret` in the user, we store it in the session until the process of set up is finished. This was because, as it was before, when users clicked on 'Edit' in the new two-factor methods lists page, but then went back without finishing the flow, their `otp_secret` had been changed therefore invalidating their previous authenticator app, making them unable to log in again using TOTP. Co-authored-by: Facundo Padula <facundo.padula@cedarcode.com> * refactor: fix eslint errors The PR build was failing given that linting returning some errors. This commit attempts to fix them. * refactor: normalize i18n translations The build was failing given that i18n translations files were not normalized. This commits fixes that. * refactor: avoid having the webauthn gem locked to a specific version * refactor: use symbols for routes without '/' * refactor: avoid sending webauthn disabled email when 2FA is disabled When an admins disable 2FA for users, we were sending two mails to them, one notifying that 2FA was disabled and the other to notify that WebAuthn was disabled. As the second one is redundant since the first email includes it, we can remove it and send just one email to users. * refactor: avoid creating new env variable for webauthn_origin config * refactor: improve flash error messages for webauthn pages Co-authored-by: Facundo Padula <facundo.padula@cedarcode.com>
2020-08-24 16:46:27 +02:00
t.string "webauthn_id"
2020-10-12 16:33:49 +02:00
t.inet "sign_up_ip"
t.boolean "skip_sign_in_token"
t.bigint "role_id"
t.index ["account_id"], name: "index_users_on_account_id"
t.index ["confirmation_token"], name: "index_users_on_confirmation_token", unique: true
t.index ["created_by_application_id"], name: "index_users_on_created_by_application_id", where: "(created_by_application_id IS NOT NULL)"
t.index ["email"], name: "index_users_on_email", unique: true
t.index ["reset_password_token"], name: "index_users_on_reset_password_token", unique: true, opclass: :text_pattern_ops, where: "(reset_password_token IS NOT NULL)"
t.index ["role_id"], name: "index_users_on_role_id", where: "(role_id IS NOT NULL)"
2016-02-22 16:00:20 +01:00
end
Web Push Notifications (#3243) * feat: Register push subscription * feat: Notify when mentioned * feat: Boost, favourite, reply, follow, follow request * feat: Notification interaction * feat: Handle change of public key * feat: Unsubscribe if things go wrong * feat: Do not send normal notifications if push is enabled * feat: Focus client if open * refactor: Move push logic to WebPushSubscription * feat: Better title and body * feat: Localize messages * chore: Fix lint errors * feat: Settings * refactor: Lazy load * fix: Check if push settings exist * feat: Device-based preferences * refactor: Simplify logic * refactor: Pull request feedback * refactor: Pull request feedback * refactor: Create /api/web/push_subscriptions endpoint * feat: Spec PushSubscriptionController * refactor: WebPushSubscription => Web::PushSubscription * feat: Spec Web::PushSubscription * feat: Display first media attachment * feat: Support direction * fix: Stuff broken while rebasing * refactor: Integration with session activations * refactor: Cleanup * refactor: Simplify implementation * feat: Set VAPID keys via environment * chore: Comments * fix: Crash when no alerts * fix: Set VAPID keys in testing environment * fix: Follow link * feat: Notification actions * fix: Delete previous subscription * chore: Temporary logs * refactor: Move migration to a later date * fix: Fetch the correct session activation and misc bugs * refactor: Move migration to a later date * fix: Remove follow request (no notifications) * feat: Send administrator contact to push service * feat: Set time-to-live * fix: Do not show sensitive images * fix: Reducer crash in error handling * feat: Add badge * chore: Fix lint error * fix: Checkbox label overlap * fix: Check for payload support * fix: Rename action "type" (crash in latest Chrome) * feat: Action to expand notification * fix: Lint errors * fix: Unescape notification body * fix: Do not allow boosting if the status is hidden * feat: Add VAPID keys to the production sample environment * fix: Strip HTML tags from status * refactor: Better error messages * refactor: Handle browser not implementing the VAPID protocol (Samsung Internet) * fix: Error when target_status is nil * fix: Handle lack of image * fix: Delete reference to invalid subscriptions * feat: Better error handling * fix: Unescape HTML characters after tags are striped * refactor: Simpify code * fix: Modify to work with #4091 * Sort strings alphabetically * i18n: Updated Polish translation it annoys me that it's not fully localized :P * refactor: Use current_session in PushSubscriptionController * fix: Rebase mistake * fix: Set cacheName to mastodon * refactor: Pull request feedback * refactor: Remove logging statements * chore(yarn): Fix conflicts with master * chore(yarn): Copy latest from master * chore(yarn): Readd offline-plugin * refactor: Use save! and update! * refactor: Send notifications async * fix: Allow retry when push fails * fix: Save track for failed pushes * fix: Minify sw.js * fix: Remove account_id from fabricator
2017-07-13 22:15:32 +02:00
create_table "web_push_subscriptions", force: :cascade do |t|
t.string "endpoint", null: false
t.string "key_p256dh", null: false
t.string "key_auth", null: false
t.json "data"
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.bigint "access_token_id"
t.bigint "user_id"
t.index ["access_token_id"], name: "index_web_push_subscriptions_on_access_token_id", where: "(access_token_id IS NOT NULL)"
t.index ["user_id"], name: "index_web_push_subscriptions_on_user_id"
Web Push Notifications (#3243) * feat: Register push subscription * feat: Notify when mentioned * feat: Boost, favourite, reply, follow, follow request * feat: Notification interaction * feat: Handle change of public key * feat: Unsubscribe if things go wrong * feat: Do not send normal notifications if push is enabled * feat: Focus client if open * refactor: Move push logic to WebPushSubscription * feat: Better title and body * feat: Localize messages * chore: Fix lint errors * feat: Settings * refactor: Lazy load * fix: Check if push settings exist * feat: Device-based preferences * refactor: Simplify logic * refactor: Pull request feedback * refactor: Pull request feedback * refactor: Create /api/web/push_subscriptions endpoint * feat: Spec PushSubscriptionController * refactor: WebPushSubscription => Web::PushSubscription * feat: Spec Web::PushSubscription * feat: Display first media attachment * feat: Support direction * fix: Stuff broken while rebasing * refactor: Integration with session activations * refactor: Cleanup * refactor: Simplify implementation * feat: Set VAPID keys via environment * chore: Comments * fix: Crash when no alerts * fix: Set VAPID keys in testing environment * fix: Follow link * feat: Notification actions * fix: Delete previous subscription * chore: Temporary logs * refactor: Move migration to a later date * fix: Fetch the correct session activation and misc bugs * refactor: Move migration to a later date * fix: Remove follow request (no notifications) * feat: Send administrator contact to push service * feat: Set time-to-live * fix: Do not show sensitive images * fix: Reducer crash in error handling * feat: Add badge * chore: Fix lint error * fix: Checkbox label overlap * fix: Check for payload support * fix: Rename action "type" (crash in latest Chrome) * feat: Action to expand notification * fix: Lint errors * fix: Unescape notification body * fix: Do not allow boosting if the status is hidden * feat: Add VAPID keys to the production sample environment * fix: Strip HTML tags from status * refactor: Better error messages * refactor: Handle browser not implementing the VAPID protocol (Samsung Internet) * fix: Error when target_status is nil * fix: Handle lack of image * fix: Delete reference to invalid subscriptions * feat: Better error handling * fix: Unescape HTML characters after tags are striped * refactor: Simpify code * fix: Modify to work with #4091 * Sort strings alphabetically * i18n: Updated Polish translation it annoys me that it's not fully localized :P * refactor: Use current_session in PushSubscriptionController * fix: Rebase mistake * fix: Set cacheName to mastodon * refactor: Pull request feedback * refactor: Remove logging statements * chore(yarn): Fix conflicts with master * chore(yarn): Copy latest from master * chore(yarn): Readd offline-plugin * refactor: Use save! and update! * refactor: Send notifications async * fix: Allow retry when push fails * fix: Save track for failed pushes * fix: Minify sw.js * fix: Remove account_id from fabricator
2017-07-13 22:15:32 +02:00
end
create_table "web_settings", force: :cascade do |t|
t.json "data"
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.bigint "user_id", null: false
t.index ["user_id"], name: "index_web_settings_on_user_id", unique: true
end
Add WebAuthn as an alternative 2FA method (#14466) * feat: add possibility of adding WebAuthn security keys to use as 2FA This adds a basic UI for enabling WebAuthn 2FA. We did a little refactor to the Settings page for editing the 2FA methods – now it will list the methods that are available to the user (TOTP and WebAuthn) and from there they'll be able to add or remove any of them. Also, it's worth mentioning that for enabling WebAuthn it's required to have TOTP enabled, so the first time that you go to the 2FA Settings page, you'll be asked to set it up. This work was inspired by the one donde by Github in their platform, and despite it could be approached in different ways, we decided to go with this one given that we feel that this gives a great UX. Co-authored-by: Facundo Padula <facundo.padula@cedarcode.com> * feat: add request for WebAuthn as second factor at login if enabled This commits adds the feature for using WebAuthn as a second factor for login when enabled. If users have WebAuthn enabled, now a page requesting for the use of a WebAuthn credential for log in will appear, although a link redirecting to the old page for logging in using a two-factor code will also be present. Co-authored-by: Facundo Padula <facundo.padula@cedarcode.com> * feat: add possibility of deleting WebAuthn Credentials Co-authored-by: Facundo Padula <facundo.padula@cedarcode.com> * feat: disable WebAuthn when an Admin disables 2FA for a user Co-authored-by: Facundo Padula <facundo.padula@cedarcode.com> * feat: remove ability to disable TOTP leaving only WebAuthn as 2FA Following examples form other platforms like Github, we decided to make Webauthn 2FA secondary to 2FA with TOTP, so that we removed the possibility of removing TOTP authentication only, leaving users with just WEbAuthn as 2FA. Instead, users will have to click on 'Disable 2FA' in order to remove second factor auth. The reason for WebAuthn being secondary to TOPT is that in that way, users will still be able to log in using their code from their phone's application if they don't have their security keys with them – or maybe even lost them. * We had to change a little the flow for setting up TOTP, given that now it's possible to setting up again if you already had TOTP, in order to let users modify their authenticator app – given that now it's not possible for them to disable TOTP and set it up again with another authenticator app. So, basically, now instead of storing the new `otp_secret` in the user, we store it in the session until the process of set up is finished. This was because, as it was before, when users clicked on 'Edit' in the new two-factor methods lists page, but then went back without finishing the flow, their `otp_secret` had been changed therefore invalidating their previous authenticator app, making them unable to log in again using TOTP. Co-authored-by: Facundo Padula <facundo.padula@cedarcode.com> * refactor: fix eslint errors The PR build was failing given that linting returning some errors. This commit attempts to fix them. * refactor: normalize i18n translations The build was failing given that i18n translations files were not normalized. This commits fixes that. * refactor: avoid having the webauthn gem locked to a specific version * refactor: use symbols for routes without '/' * refactor: avoid sending webauthn disabled email when 2FA is disabled When an admins disable 2FA for users, we were sending two mails to them, one notifying that 2FA was disabled and the other to notify that WebAuthn was disabled. As the second one is redundant since the first email includes it, we can remove it and send just one email to users. * refactor: avoid creating new env variable for webauthn_origin config * refactor: improve flash error messages for webauthn pages Co-authored-by: Facundo Padula <facundo.padula@cedarcode.com>
2020-08-24 16:46:27 +02:00
create_table "webauthn_credentials", force: :cascade do |t|
t.string "external_id", null: false
t.string "public_key", null: false
t.string "nickname", null: false
t.bigint "sign_count", default: 0, null: false
t.bigint "user_id"
t.datetime "created_at", null: false
t.datetime "updated_at", null: false
t.index ["external_id"], name: "index_webauthn_credentials_on_external_id", unique: true
t.index ["user_id"], name: "index_webauthn_credentials_on_user_id"
end
create_table "webhooks", force: :cascade do |t|
t.string "url", null: false
t.string "events", default: [], null: false, array: true
t.string "secret", default: "", null: false
t.boolean "enabled", default: true, null: false
t.datetime "created_at", precision: 6, null: false
t.datetime "updated_at", precision: 6, null: false
t.index ["url"], name: "index_webhooks_on_url", unique: true
end
add_foreign_key "account_aliases", "accounts", on_delete: :cascade
add_foreign_key "account_conversations", "accounts", on_delete: :cascade
add_foreign_key "account_conversations", "conversations", on_delete: :cascade
add_foreign_key "account_deletion_requests", "accounts", on_delete: :cascade
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
add_foreign_key "account_domain_blocks", "accounts", name: "fk_206c6029bd", on_delete: :cascade
add_foreign_key "account_migrations", "accounts", column: "target_account_id", on_delete: :nullify
add_foreign_key "account_migrations", "accounts", on_delete: :cascade
add_foreign_key "account_moderation_notes", "accounts"
add_foreign_key "account_moderation_notes", "accounts", column: "target_account_id"
add_foreign_key "account_notes", "accounts", column: "target_account_id", on_delete: :cascade
add_foreign_key "account_notes", "accounts", on_delete: :cascade
add_foreign_key "account_pins", "accounts", column: "target_account_id", on_delete: :cascade
add_foreign_key "account_pins", "accounts", on_delete: :cascade
add_foreign_key "account_stats", "accounts", on_delete: :cascade
add_foreign_key "account_statuses_cleanup_policies", "accounts", on_delete: :cascade
add_foreign_key "account_warnings", "accounts", column: "target_account_id", on_delete: :cascade
add_foreign_key "account_warnings", "accounts", on_delete: :nullify
add_foreign_key "account_warnings", "reports", on_delete: :cascade
add_foreign_key "accounts", "accounts", column: "moved_to_account_id", on_delete: :nullify
add_foreign_key "admin_action_logs", "accounts", on_delete: :cascade
add_foreign_key "announcement_mutes", "accounts", on_delete: :cascade
add_foreign_key "announcement_mutes", "announcements", on_delete: :cascade
add_foreign_key "announcement_reactions", "accounts", on_delete: :cascade
add_foreign_key "announcement_reactions", "announcements", on_delete: :cascade
add_foreign_key "announcement_reactions", "custom_emojis", on_delete: :cascade
add_foreign_key "appeals", "account_warnings", on_delete: :cascade
add_foreign_key "appeals", "accounts", column: "approved_by_account_id", on_delete: :nullify
add_foreign_key "appeals", "accounts", column: "rejected_by_account_id", on_delete: :nullify
add_foreign_key "appeals", "accounts", on_delete: :cascade
add_foreign_key "backups", "users", on_delete: :nullify
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
add_foreign_key "blocks", "accounts", column: "target_account_id", name: "fk_9571bfabc1", on_delete: :cascade
add_foreign_key "blocks", "accounts", name: "fk_4269e03e65", on_delete: :cascade
add_foreign_key "bookmarks", "accounts", on_delete: :cascade
add_foreign_key "bookmarks", "statuses", on_delete: :cascade
add_foreign_key "canonical_email_blocks", "accounts", column: "reference_account_id", on_delete: :cascade
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
add_foreign_key "conversation_mutes", "accounts", name: "fk_225b4212bb", on_delete: :cascade
add_foreign_key "conversation_mutes", "conversations", on_delete: :cascade
Revamp post filtering system (#18058) * Add model for custom filter keywords * Use CustomFilterKeyword internally Does not change the API * Fix /filters/edit and /filters/new * Add migration tests * Remove whole_word column from custom_filters (covered by custom_filter_keywords) * Redesign /filters Instead of a list, present a card that displays more information and handles multiple keywords per filter. * Redesign /filters/new and /filters/edit to add and remove keywords This adds a new gem dependency: cocoon, as well as a npm dependency: cocoon-js-vanilla. Those are used to easily populate and remove form fields from the user interface when manipulating multiple keyword filters at once. * Add /api/v2/filters to edit filter with multiple keywords Entities: - `Filter`: `id`, `title`, `filter_action` (either `hide` or `warn`), `context` `keywords` - `FilterKeyword`: `id`, `keyword`, `whole_word` API endpoits: - `GET /api/v2/filters` to list filters (including keywords) - `POST /api/v2/filters` to create a new filter `keywords_attributes` can also be passed to create keywords in one request - `GET /api/v2/filters/:id` to read a particular filter - `PUT /api/v2/filters/:id` to update a new filter `keywords_attributes` can also be passed to edit, delete or add keywords in one request - `DELETE /api/v2/filters/:id` to delete a particular filter - `GET /api/v2/filters/:id/keywords` to list keywords for a filter - `POST /api/v2/filters/:filter_id/keywords/:id` to add a new keyword to a filter - `GET /api/v2/filter_keywords/:id` to read a particular keyword - `PUT /api/v2/filter_keywords/:id` to edit a particular keyword - `DELETE /api/v2/filter_keywords/:id` to delete a particular keyword * Change from `irreversible` boolean to `action` enum * Remove irrelevent `irreversible_must_be_within_context` check * Fix /filters/new and /filters/edit with update for filter_action * Fix Rubocop/Codeclimate complaining about task names * Refactor FeedManager#phrase_filtered? This moves regexp building and filter caching to the `CustomFilter` class. This does not change the functional behavior yet, but this changes how the cache is built, doing per-custom_filter regexps so that filters can be matched independently, while still offering caching. * Perform server-side filtering and output result in REST API * Fix numerous filters_changed events being sent when editing multiple keywords at once * Add some tests * Use the new API in the WebUI - use client-side logic for filters we have fetched rules for. This is so that filter changes can be retroactively applied without reloading the UI. - use server-side logic for filters we haven't fetched rules for yet (e.g. network error, or initial timeline loading) * Minor optimizations and refactoring * Perform server-side filtering on the streaming server * Change the wording of filter action labels * Fix issues pointed out by linter * Change design of “Show anyway” link in accordence to review comments * Drop “irreversible” filtering behavior * Move /api/v2/filter_keywords to /api/v1/filters/keywords * Rename `filter_results` attribute to `filtered` * Rename REST::LegacyFilterSerializer to REST::V1::FilterSerializer * Fix systemChannelId value in streaming server * Simplify code by removing client-side filtering code The simplifcation comes at a cost though: filters aren't retroactively applied anymore.
2022-06-28 09:42:13 +02:00
add_foreign_key "custom_filter_keywords", "custom_filters", on_delete: :cascade
add_foreign_key "custom_filter_statuses", "custom_filters", on_delete: :cascade
add_foreign_key "custom_filter_statuses", "statuses", on_delete: :cascade
add_foreign_key "custom_filters", "accounts", on_delete: :cascade
2020-06-02 19:24:53 +02:00
add_foreign_key "devices", "accounts", on_delete: :cascade
add_foreign_key "devices", "oauth_access_tokens", column: "access_token_id", on_delete: :cascade
add_foreign_key "email_domain_blocks", "email_domain_blocks", column: "parent_id", on_delete: :cascade
2020-06-02 19:24:53 +02:00
add_foreign_key "encrypted_messages", "accounts", column: "from_account_id", on_delete: :cascade
add_foreign_key "encrypted_messages", "devices", on_delete: :cascade
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
add_foreign_key "favourites", "accounts", name: "fk_5eb6c2b873", on_delete: :cascade
add_foreign_key "favourites", "statuses", name: "fk_b0e856845e", on_delete: :cascade
add_foreign_key "featured_tags", "accounts", on_delete: :cascade
add_foreign_key "featured_tags", "tags", on_delete: :cascade
add_foreign_key "follow_recommendation_suppressions", "accounts", on_delete: :cascade
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
add_foreign_key "follow_requests", "accounts", column: "target_account_id", name: "fk_9291ec025d", on_delete: :cascade
add_foreign_key "follow_requests", "accounts", name: "fk_76d644b0e7", on_delete: :cascade
add_foreign_key "follows", "accounts", column: "target_account_id", name: "fk_745ca29eac", on_delete: :cascade
add_foreign_key "follows", "accounts", name: "fk_32ed1b5560", on_delete: :cascade
add_foreign_key "identities", "users", name: "fk_bea040f377", on_delete: :cascade
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
add_foreign_key "imports", "accounts", name: "fk_6db1b6e408", on_delete: :cascade
add_foreign_key "invites", "users", on_delete: :cascade
add_foreign_key "list_accounts", "accounts", on_delete: :cascade
add_foreign_key "list_accounts", "follows", on_delete: :cascade
add_foreign_key "list_accounts", "lists", on_delete: :cascade
add_foreign_key "lists", "accounts", on_delete: :cascade
2021-06-21 17:07:30 +02:00
add_foreign_key "login_activities", "users", on_delete: :cascade
add_foreign_key "markers", "users", on_delete: :cascade
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
add_foreign_key "media_attachments", "accounts", name: "fk_96dd81e81b", on_delete: :nullify
add_foreign_key "media_attachments", "scheduled_statuses", on_delete: :nullify
add_foreign_key "media_attachments", "statuses", on_delete: :nullify
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
add_foreign_key "mentions", "accounts", name: "fk_970d43f9d1", on_delete: :cascade
add_foreign_key "mentions", "statuses", on_delete: :cascade
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
add_foreign_key "mutes", "accounts", column: "target_account_id", name: "fk_eecff219ea", on_delete: :cascade
add_foreign_key "mutes", "accounts", name: "fk_b8d8daf315", on_delete: :cascade
add_foreign_key "notifications", "accounts", column: "from_account_id", name: "fk_fbd6b0bf9e", on_delete: :cascade
add_foreign_key "notifications", "accounts", name: "fk_c141c8ee55", on_delete: :cascade
add_foreign_key "oauth_access_grants", "oauth_applications", column: "application_id", name: "fk_34d54b0a33", on_delete: :cascade
add_foreign_key "oauth_access_grants", "users", column: "resource_owner_id", name: "fk_63b044929b", on_delete: :cascade
add_foreign_key "oauth_access_tokens", "oauth_applications", column: "application_id", name: "fk_f5fc4c1ee3", on_delete: :cascade
add_foreign_key "oauth_access_tokens", "users", column: "resource_owner_id", name: "fk_e84df68546", on_delete: :cascade
add_foreign_key "oauth_applications", "users", column: "owner_id", name: "fk_b0988c7c0a", on_delete: :cascade
2020-06-02 19:24:53 +02:00
add_foreign_key "one_time_keys", "devices", on_delete: :cascade
add_foreign_key "poll_votes", "accounts", on_delete: :cascade
add_foreign_key "poll_votes", "polls", on_delete: :cascade
add_foreign_key "polls", "accounts", on_delete: :cascade
add_foreign_key "polls", "statuses", on_delete: :cascade
add_foreign_key "report_notes", "accounts", on_delete: :cascade
add_foreign_key "report_notes", "reports", on_delete: :cascade
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
add_foreign_key "reports", "accounts", column: "action_taken_by_account_id", name: "fk_bca45b75fd", on_delete: :nullify
add_foreign_key "reports", "accounts", column: "assigned_account_id", on_delete: :nullify
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
add_foreign_key "reports", "accounts", column: "target_account_id", name: "fk_eb37af34f0", on_delete: :cascade
add_foreign_key "reports", "accounts", name: "fk_4b81f7522c", on_delete: :cascade
add_foreign_key "scheduled_statuses", "accounts", on_delete: :cascade
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
add_foreign_key "session_activations", "oauth_access_tokens", column: "access_token_id", name: "fk_957e5bda89", on_delete: :cascade
add_foreign_key "session_activations", "users", name: "fk_e5fda67334", on_delete: :cascade
add_foreign_key "status_edits", "accounts", on_delete: :nullify
add_foreign_key "status_edits", "statuses", on_delete: :cascade
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
add_foreign_key "status_pins", "accounts", name: "fk_d4cb435b62", on_delete: :cascade
add_foreign_key "status_pins", "statuses", on_delete: :cascade
add_foreign_key "status_stats", "statuses", on_delete: :cascade
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
add_foreign_key "statuses", "accounts", column: "in_reply_to_account_id", name: "fk_c7fa917661", on_delete: :nullify
add_foreign_key "statuses", "accounts", name: "fk_9bda1543f7", on_delete: :cascade
add_foreign_key "statuses", "statuses", column: "in_reply_to_id", on_delete: :nullify
add_foreign_key "statuses", "statuses", column: "reblog_of_id", on_delete: :cascade
add_foreign_key "statuses_tags", "statuses", on_delete: :cascade
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
add_foreign_key "statuses_tags", "tags", name: "fk_3081861e21", on_delete: :cascade
add_foreign_key "tag_follows", "accounts", on_delete: :cascade
add_foreign_key "tag_follows", "tags", on_delete: :cascade
add_foreign_key "tombstones", "accounts", on_delete: :cascade
add_foreign_key "user_invite_requests", "users", on_delete: :cascade
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
add_foreign_key "users", "accounts", name: "fk_50500f500d", on_delete: :cascade
add_foreign_key "users", "invites", on_delete: :nullify
add_foreign_key "users", "oauth_applications", column: "created_by_application_id", on_delete: :nullify
add_foreign_key "users", "user_roles", column: "role_id", on_delete: :nullify
add_foreign_key "web_push_subscriptions", "oauth_access_tokens", column: "access_token_id", on_delete: :cascade
add_foreign_key "web_push_subscriptions", "users", on_delete: :cascade
Make IdsToBigints (mostly!) non-blocking (#5088) * Make IdsToBigints (mostly!) non-blocking This pulls in GitLab's MigrationHelpers, which include code to make column changes in ways that Postgres can do without locking. In general, this involves creating a new column, adding an index and any foreign keys as appropriate, adding a trigger to keep it populated alongside the old column, and then progressively copying data over to the new column, before removing the old column and replacing it with the new one. A few changes to GitLab's MigrationHelpers were necessary: * Some changes were made to remove dependencies on other GitLab code. * We explicitly wait for index creation before forging ahead on column replacements. * We use different temporary column names, to avoid running into index name length limits. * We rename the generated indices back to what they "should" be after replacing columns. * We rename the generated foreign keys to use the new column names when we had to create them. (This allows the migration to be rolled back without incident.) # Big Scary Warning There are two things here that may trip up large instances: 1. The change for tables' "id" columns is not concurrent. In particular, the stream_entries table may be big, and does not concurrently migrate its id column. (On the other hand, x_id type columns are all concurrent.) 2. This migration will take a long time to run, *but it should not lock tables during that time* (with the exception of the "id" columns as described above). That means this should probably be run in `screen` or some other session that can be run for a long time. Notably, the migration will take *longer* than it would without these changes, but the website will still be responsive during that time. These changes were tested on a relatively large statuses table (256k entries), and the service remained responsive during the migration. Migrations both forward and backward were tested. * Rubocop fixes * MigrationHelpers: Support ID columns in some cases This doesn't work in cases where the ID column is referred to as a foreign key by another table. * MigrationHelpers: support foreign keys for ID cols Note that this does not yet support foreign keys on non-primary-key columns, but Mastodon also doesn't yet have any that we've needed to migrate. This means we can perform fully "concurrent" migrations to change ID column types, and the IdsToBigints migration can happen with effectively no downtime. (A few operations require a transaction, such as renaming columns or deleting them, but these transactions should not block for noticeable amounts of time.) The algorithm for generating foreign key names has changed with this, and therefore all of those changed in schema.rb. * Provide status, allow for interruptions The MigrationHelpers now allow restarting the rename of a column if it was interrupted, by removing the old "new column" and re-starting the process. Along with this, they now provide status updates on the changes which are happening, as well as indications about when the changes can be safely interrupted (when there are at least 10 seconds estimated to be left before copying data is complete). The IdsToBigints migration now also sorts the columns it migrates by size, starting with the largest tables. This should provide administrators a worst-case scenario estimate for the length of migrations: each successive change will get faster, giving admins a chance to abort early on if they need to run the migration later. The idea is that this does not force them to try to time interruptions between smaller migrations. * Fix column sorting in IdsToBigints Not a significant change, but it impacts the order of columns in the database and db/schema.rb. * Actually pause before IdsToBigints
2017-10-02 21:28:59 +02:00
add_foreign_key "web_settings", "users", name: "fk_11910667b2", on_delete: :cascade
Add WebAuthn as an alternative 2FA method (#14466) * feat: add possibility of adding WebAuthn security keys to use as 2FA This adds a basic UI for enabling WebAuthn 2FA. We did a little refactor to the Settings page for editing the 2FA methods – now it will list the methods that are available to the user (TOTP and WebAuthn) and from there they'll be able to add or remove any of them. Also, it's worth mentioning that for enabling WebAuthn it's required to have TOTP enabled, so the first time that you go to the 2FA Settings page, you'll be asked to set it up. This work was inspired by the one donde by Github in their platform, and despite it could be approached in different ways, we decided to go with this one given that we feel that this gives a great UX. Co-authored-by: Facundo Padula <facundo.padula@cedarcode.com> * feat: add request for WebAuthn as second factor at login if enabled This commits adds the feature for using WebAuthn as a second factor for login when enabled. If users have WebAuthn enabled, now a page requesting for the use of a WebAuthn credential for log in will appear, although a link redirecting to the old page for logging in using a two-factor code will also be present. Co-authored-by: Facundo Padula <facundo.padula@cedarcode.com> * feat: add possibility of deleting WebAuthn Credentials Co-authored-by: Facundo Padula <facundo.padula@cedarcode.com> * feat: disable WebAuthn when an Admin disables 2FA for a user Co-authored-by: Facundo Padula <facundo.padula@cedarcode.com> * feat: remove ability to disable TOTP leaving only WebAuthn as 2FA Following examples form other platforms like Github, we decided to make Webauthn 2FA secondary to 2FA with TOTP, so that we removed the possibility of removing TOTP authentication only, leaving users with just WEbAuthn as 2FA. Instead, users will have to click on 'Disable 2FA' in order to remove second factor auth. The reason for WebAuthn being secondary to TOPT is that in that way, users will still be able to log in using their code from their phone's application if they don't have their security keys with them – or maybe even lost them. * We had to change a little the flow for setting up TOTP, given that now it's possible to setting up again if you already had TOTP, in order to let users modify their authenticator app – given that now it's not possible for them to disable TOTP and set it up again with another authenticator app. So, basically, now instead of storing the new `otp_secret` in the user, we store it in the session until the process of set up is finished. This was because, as it was before, when users clicked on 'Edit' in the new two-factor methods lists page, but then went back without finishing the flow, their `otp_secret` had been changed therefore invalidating their previous authenticator app, making them unable to log in again using TOTP. Co-authored-by: Facundo Padula <facundo.padula@cedarcode.com> * refactor: fix eslint errors The PR build was failing given that linting returning some errors. This commit attempts to fix them. * refactor: normalize i18n translations The build was failing given that i18n translations files were not normalized. This commits fixes that. * refactor: avoid having the webauthn gem locked to a specific version * refactor: use symbols for routes without '/' * refactor: avoid sending webauthn disabled email when 2FA is disabled When an admins disable 2FA for users, we were sending two mails to them, one notifying that 2FA was disabled and the other to notify that WebAuthn was disabled. As the second one is redundant since the first email includes it, we can remove it and send just one email to users. * refactor: avoid creating new env variable for webauthn_origin config * refactor: improve flash error messages for webauthn pages Co-authored-by: Facundo Padula <facundo.padula@cedarcode.com>
2020-08-24 16:46:27 +02:00
add_foreign_key "webauthn_credentials", "users"
create_view "instances", materialized: true, sql_definition: <<-SQL
WITH domain_counts(domain, accounts_count) AS (
SELECT accounts.domain,
count(*) AS accounts_count
FROM accounts
WHERE (accounts.domain IS NOT NULL)
GROUP BY accounts.domain
)
SELECT domain_counts.domain,
domain_counts.accounts_count
FROM domain_counts
UNION
SELECT domain_blocks.domain,
COALESCE(domain_counts.accounts_count, (0)::bigint) AS accounts_count
FROM (domain_blocks
LEFT JOIN domain_counts ON (((domain_counts.domain)::text = (domain_blocks.domain)::text)))
UNION
SELECT domain_allows.domain,
COALESCE(domain_counts.accounts_count, (0)::bigint) AS accounts_count
FROM (domain_allows
LEFT JOIN domain_counts ON (((domain_counts.domain)::text = (domain_allows.domain)::text)));
SQL
add_index "instances", ["domain"], name: "index_instances_on_domain", unique: true
create_view "user_ips", sql_definition: <<-SQL
SELECT t0.user_id,
t0.ip,
max(t0.used_at) AS used_at
FROM ( SELECT users.id AS user_id,
users.sign_up_ip AS ip,
users.created_at AS used_at
FROM users
WHERE (users.sign_up_ip IS NOT NULL)
UNION ALL
SELECT session_activations.user_id,
session_activations.ip,
session_activations.updated_at
FROM session_activations
UNION ALL
SELECT login_activities.user_id,
login_activities.ip,
login_activities.created_at
FROM login_activities
WHERE (login_activities.success = true)) t0
GROUP BY t0.user_id, t0.ip;
SQL
create_view "account_summaries", materialized: true, sql_definition: <<-SQL
SELECT accounts.id AS account_id,
mode() WITHIN GROUP (ORDER BY t0.language) AS language,
mode() WITHIN GROUP (ORDER BY t0.sensitive) AS sensitive
FROM (accounts
CROSS JOIN LATERAL ( SELECT statuses.account_id,
statuses.language,
statuses.sensitive
FROM statuses
WHERE ((statuses.account_id = accounts.id) AND (statuses.deleted_at IS NULL) AND (statuses.reblog_of_id IS NULL))
ORDER BY statuses.id DESC
LIMIT 20) t0)
WHERE ((accounts.suspended_at IS NULL) AND (accounts.silenced_at IS NULL) AND (accounts.moved_to_account_id IS NULL) AND (accounts.discoverable = true) AND (accounts.locked = false))
GROUP BY accounts.id;
SQL
add_index "account_summaries", ["account_id"], name: "index_account_summaries_on_account_id", unique: true
create_view "follow_recommendations", materialized: true, sql_definition: <<-SQL
SELECT t0.account_id,
sum(t0.rank) AS rank,
array_agg(t0.reason) AS reason
FROM ( SELECT account_summaries.account_id,
((count(follows.id))::numeric / (1.0 + (count(follows.id))::numeric)) AS rank,
'most_followed'::text AS reason
FROM (((follows
JOIN account_summaries ON ((account_summaries.account_id = follows.target_account_id)))
JOIN users ON ((users.account_id = follows.account_id)))
LEFT JOIN follow_recommendation_suppressions ON ((follow_recommendation_suppressions.account_id = follows.target_account_id)))
WHERE ((users.current_sign_in_at >= (now() - 'P30D'::interval)) AND (account_summaries.sensitive = false) AND (follow_recommendation_suppressions.id IS NULL))
GROUP BY account_summaries.account_id
HAVING (count(follows.id) >= 5)
UNION ALL
SELECT account_summaries.account_id,
(sum((status_stats.reblogs_count + status_stats.favourites_count)) / (1.0 + sum((status_stats.reblogs_count + status_stats.favourites_count)))) AS rank,
'most_interactions'::text AS reason
FROM (((status_stats
JOIN statuses ON ((statuses.id = status_stats.status_id)))
JOIN account_summaries ON ((account_summaries.account_id = statuses.account_id)))
LEFT JOIN follow_recommendation_suppressions ON ((follow_recommendation_suppressions.account_id = statuses.account_id)))
WHERE ((statuses.id >= (((date_part('epoch'::text, (now() - 'P30D'::interval)) * (1000)::double precision))::bigint << 16)) AND (account_summaries.sensitive = false) AND (follow_recommendation_suppressions.id IS NULL))
GROUP BY account_summaries.account_id
HAVING (sum((status_stats.reblogs_count + status_stats.favourites_count)) >= (5)::numeric)) t0
GROUP BY t0.account_id
ORDER BY (sum(t0.rank)) DESC;
SQL
add_index "follow_recommendations", ["account_id"], name: "index_follow_recommendations_on_account_id", unique: true
end