refactor(rtc): remove op-mem-layer

This commit is contained in:
rcmerci
2024-07-21 17:12:39 +08:00
parent b93d067aa5
commit e48f0d3199
8 changed files with 43 additions and 572 deletions

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@@ -88,3 +88,5 @@ frontend.worker.rtc.asset-sync/<loop-for-assets-sync
frontend.worker.rtc.hash/hash-blocks
;; Repl fn
frontend.rum/use-atom-in
;; missionary utils
frontend.common.missionary-util/<!

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@@ -191,10 +191,11 @@
:client-ops client-ops-db})
(.exec db "PRAGMA locking_mode=exclusive")
(sqlite-common-db/create-kvs-table! db)
(sqlite-common-db/create-kvs-table! client-ops-db)
(search/create-tables-and-triggers! search-db)
(let [schema (sqlite-util/get-schema repo)
conn (sqlite-common-db/get-storage-conn storage schema)
client-ops-conn (sqlite-common-db/get-storage-conn storage client-op/schema-in-db)
client-ops-conn (sqlite-common-db/get-storage-conn client-ops-storage client-op/schema-in-db)
initial-data-exists? (d/entity @conn :logseq.class/Root)]
(swap! *datascript-conns assoc repo conn)
(swap! *client-ops-conns assoc repo client-ops-conn)

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@@ -1,33 +0,0 @@
(ns frontend.worker.rtc.op-idb-layer
"Fns to read/write client-ops from/into indexeddb."
(:require ["/frontend/idbkv" :as idb-keyval]
[promesa.core :as p]
[logseq.db.sqlite.util :as sqlite-util]
[logseq.db :as ldb]))
(def stores (atom {}))
(defn- ensure-store
"Return nil when 'repo' is not a db-graph"
[repo]
{:pre [(some? repo)]}
(when (sqlite-util/db-based-graph? repo)
(if-let [s (@stores repo)]
s
(do (swap! stores assoc repo (idb-keyval/newStore (str "rtc-ops-" repo) "ops"))
(@stores repo)))))
(defn <reset2!
[repo v]
(p/do!
(when-let [store (ensure-store repo)]
(let [v (ldb/write-transit-str v)]
(idb-keyval/set "v" v store)))))
(defn <read2
[repo]
(p/do!
(when-let [store (ensure-store repo)]
(p/let [v (idb-keyval/get "v" store)]
(when v
(ldb/read-transit-str v))))))

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@@ -1,402 +0,0 @@
(ns frontend.worker.rtc.op-mem-layer
"Store client-ops in memory.
And sync these ops to indexedDb automatically."
(:require [clojure.set :as set]
[frontend.common.missionary-util :as c.m]
[frontend.worker.rtc.const :as rtc-const]
[frontend.worker.rtc.op-idb-layer :as op-idb-layer]
[frontend.worker.state :as worker-state]
[logseq.db :as ldb]
[logseq.db.sqlite.util :as sqlite-util]
[malli.core :as ma]
[malli.transform :as mt]
[missionary.core :as m]
[promesa.core :as p])
(:import [missionary Cancelled]))
(def op-schema
[:multi {:dispatch first}
[:move
[:catn
[:op :keyword]
[:t :int]
[:value [:map
[:block-uuid :uuid]]]]]
[:remove
[:catn
[:op :keyword]
[:t :int]
[:value [:map
[:block-uuid :uuid]]]]]
[:update-page
[:catn
[:op :keyword]
[:t :int]
[:value [:map
[:block-uuid :uuid]]]]]
[:remove-page
[:catn
[:op :keyword]
[:t :int]
[:value [:map
[:block-uuid :uuid]]]]]
[:update
[:catn
[:op :keyword]
[:t :int]
[:value [:map
[:block-uuid :uuid]
[:av-coll [:sequential rtc-const/av-schema]]]]]]
[:update-asset
[:catn
[:op :keyword]
[:t :int]
[:value [:map
[:asset-uuid :uuid]]]]]
[:remove-asset
[:catn
[:op :keyword]
[:t :int]
[:value [:map
[:asset-uuid :uuid]]]]]])
(def ops-schema [:sequential op-schema])
(def ops-coercer (ma/coercer ops-schema mt/json-transformer nil
#(do (prn ::bad-ops (:value %))
(ma/-fail! ::ops-schema %))))
(def ops-store-value-schema
[:map
[:graph-uuid {:optional true} :string]
[:local-tx {:optional true} :int]
[:block-uuid->ops [:map-of :uuid
[:map-of [:enum :move :remove :update :update-page :remove-page] :any]]]
;; TODO: remove :asset-uuid->ops
[:asset-uuid->ops [:map-of :uuid
[:map-of [:enum :update-asset :remove-asset] :any]]]
[:t+block-uuid-sorted-set [:set [:cat :int :uuid]]]])
(def ops-store-schema
[:map-of :string ; repo-name
[:map
[:current-branch ops-store-value-schema]
[:old-branch {:optional true} [:maybe ops-store-value-schema]]]])
(def ops-store-schema-coercer (ma/coercer ops-store-schema nil nil #(ma/-fail! ::ops-store-schema %)))
(defonce *ops-store (atom {} :validator ops-store-schema-coercer))
(defn- merge-update-ops
[update-op1 update-op2]
{:pre [(= :update (first update-op1))
(= :update (first update-op2))
(= (:block-uuid (last update-op1))
(:block-uuid (last update-op2)))]}
(let [t1 (second update-op1)
t2 (second update-op2)]
(if (> t1 t2)
(merge-update-ops update-op2 update-op1)
(let [{av-coll1 :av-coll block-uuid :block-uuid} (last update-op1)
av-coll2 (:av-coll (last update-op2))]
[:update t2
{:block-uuid block-uuid
:av-coll (concat av-coll1 av-coll2)}]))))
(defn- block-uuid->min-t
[block-uuid->ops block-uuid]
(some->> (block-uuid->ops block-uuid)
vals
(map second)
seq
(apply min)))
(defn- update-t+block-uuid-sorted-set
[t+block-uuid-sorted-set old-block-uuid->ops block-uuid->ops block-uuid]
(let [origin-min-t (block-uuid->min-t old-block-uuid->ops block-uuid)
min-t (block-uuid->min-t block-uuid->ops block-uuid)]
(cond-> t+block-uuid-sorted-set
origin-min-t (disj [origin-min-t block-uuid])
true (conj [min-t block-uuid]))))
(defn ^:large-vars/cleanup-todo add-ops-aux
[ops block-uuid->ops t+block-uuid-sorted-set]
(loop [block-uuid->ops block-uuid->ops
t+block-uuid-sorted-set t+block-uuid-sorted-set
[op & others] ops]
(if-not op
{:block-uuid->ops block-uuid->ops
:t+block-uuid-sorted-set t+block-uuid-sorted-set}
(let [[op-type t value] op
{:keys [block-uuid]} value
exist-ops (some-> block-uuid block-uuid->ops)]
(case op-type
:move
(let [already-removed? (some-> (get exist-ops :remove) second (> t))]
(if already-removed?
(recur block-uuid->ops t+block-uuid-sorted-set others)
(let [block-uuid->ops* (-> block-uuid->ops
(assoc-in [block-uuid :move] op)
(update block-uuid dissoc :remove))
t+block-uuid-sorted-set*
(update-t+block-uuid-sorted-set t+block-uuid-sorted-set
block-uuid->ops
block-uuid->ops*
block-uuid)]
(recur block-uuid->ops* t+block-uuid-sorted-set* others))))
:update
(let [already-removed? (some-> (get exist-ops :remove) second (> t))]
(if already-removed?
(recur block-uuid->ops t+block-uuid-sorted-set others)
(let [origin-update-op (get-in block-uuid->ops [block-uuid :update])
op* (if origin-update-op (merge-update-ops origin-update-op op) op)
block-uuid->ops* (-> block-uuid->ops
(assoc-in [block-uuid :update] op*)
(update block-uuid dissoc :remove))
t+block-uuid-sorted-set*
(update-t+block-uuid-sorted-set t+block-uuid-sorted-set
block-uuid->ops
block-uuid->ops*
block-uuid)]
(recur block-uuid->ops* t+block-uuid-sorted-set* others))))
:remove
(let [add-after-remove? (some-> (get exist-ops :move) second (> t))]
(if add-after-remove?
(recur block-uuid->ops t+block-uuid-sorted-set others)
(let [block-uuid->ops* (assoc block-uuid->ops block-uuid {:remove op})
t+block-uuid-sorted-set*
(update-t+block-uuid-sorted-set t+block-uuid-sorted-set
block-uuid->ops
block-uuid->ops*
block-uuid)]
(recur block-uuid->ops* t+block-uuid-sorted-set* others))))
:update-page
(let [already-removed? (some-> (get exist-ops :remove-page) second (> t))]
(if already-removed?
(recur block-uuid->ops t+block-uuid-sorted-set others)
(let [block-uuid->ops* (-> block-uuid->ops
(assoc-in [block-uuid :update-page] op)
(update block-uuid dissoc :remove-page))
t+block-uuid-sorted-set*
(update-t+block-uuid-sorted-set t+block-uuid-sorted-set
block-uuid->ops
block-uuid->ops*
block-uuid)]
(recur block-uuid->ops* t+block-uuid-sorted-set* others))))
:remove-page
(let [add-after-remove? (some-> (get exist-ops :update-page) second (> t))]
(if add-after-remove?
(recur block-uuid->ops t+block-uuid-sorted-set others)
(let [block-uuid->ops* (assoc block-uuid->ops block-uuid {:remove-page op})
t+block-uuid-sorted-set*
(update-t+block-uuid-sorted-set t+block-uuid-sorted-set
block-uuid->ops
block-uuid->ops*
block-uuid)]
(recur block-uuid->ops* t+block-uuid-sorted-set* others)))))))))
(def ^:private sorted-set-by-t (sorted-set-by (fn [[t1 x] [t2 y]]
(let [r (compare t1 t2)]
(if (not= r 0)
r
(compare x y))))))
(def ^:private empty-ops-store-value {:current-branch {:block-uuid->ops {}
:asset-uuid->ops {}
:t+block-uuid-sorted-set sorted-set-by-t}})
(defn init-empty-ops-store!
[repo]
(swap! *ops-store assoc repo empty-ops-store-value))
(defn remove-ops-store!
[repo]
(swap! *ops-store dissoc repo))
(defn add-ops!
[repo ops]
(assert (contains? (@*ops-store repo) :current-branch) (@*ops-store repo))
(let [ops (ops-coercer ops)
{{old-branch-block-uuid->ops :block-uuid->ops
old-t+block-uuid-sorted-set :t+block-uuid-sorted-set
:as old-branch} :old-branch
{:keys [block-uuid->ops t+block-uuid-sorted-set]} :current-branch}
(get @*ops-store repo)
{:keys [block-uuid->ops t+block-uuid-sorted-set]}
(add-ops-aux ops block-uuid->ops t+block-uuid-sorted-set)
{old-branch-block-uuid->ops :block-uuid->ops old-t+block-uuid-sorted-set :t+block-uuid-sorted-set}
(when old-branch
(add-ops-aux ops old-branch-block-uuid->ops old-t+block-uuid-sorted-set))]
(swap! *ops-store update repo
(fn [{:keys [current-branch old-branch]}]
(cond-> {:current-branch
(assoc current-branch
:block-uuid->ops block-uuid->ops
:t+block-uuid-sorted-set t+block-uuid-sorted-set)}
old-branch
(assoc :old-branch
(assoc old-branch
:block-uuid->ops old-branch-block-uuid->ops
:t+block-uuid-sorted-set old-t+block-uuid-sorted-set)))))))
(defn update-local-tx!
[repo t]
(assert (contains? (@*ops-store repo) :current-branch))
(swap! *ops-store update-in [repo :current-branch] assoc :local-tx t))
(defn update-graph-uuid!
[repo graph-uuid]
(assert (contains? (@*ops-store repo) :current-branch))
(swap! *ops-store update repo
(fn [{:keys [current-branch old-branch]}]
(cond-> {:current-branch (assoc current-branch :graph-uuid graph-uuid)}
old-branch (assoc :old-branch (assoc old-branch :graph-uuid graph-uuid))))))
(defn new-branch!
"Make a copy of current repo-ops-store, and also store in `*ops-store`.
The following `add-ops` apply on both old-branch and new-branch(current).
use `rollback` to replace current-branch with old-branch.
use `commit` to remove old-branch."
[repo]
(let [{:keys [current-branch]} (get @*ops-store repo)]
(assert (some? current-branch) repo)
(swap! *ops-store assoc-in [repo :old-branch] current-branch)))
(defn rollback!
[repo]
(when-let [old-branch (get-in @*ops-store [repo :old-branch])]
(assert (some? old-branch))
(swap! *ops-store assoc repo {:current-branch old-branch})))
(defn commit!
[repo]
(swap! *ops-store update repo dissoc :old-branch))
(defn get-min-t-block-ops
[repo]
(let [repo-ops-store (get @*ops-store repo)
{:keys [t+block-uuid-sorted-set block-uuid->ops]} (:current-branch repo-ops-store)]
(assert (contains? repo-ops-store :current-branch) repo)
(when-let [[t block-uuid] (first t+block-uuid-sorted-set)]
(if (contains? block-uuid->ops block-uuid)
{:block-uuid block-uuid
:ops (block-uuid->ops block-uuid)}
(throw (ex-info "unavailable" {:t t :block-uuid block-uuid :block-uuid->ops block-uuid->ops}))
;; if not found, remove item in :t+block-uuid-sorted-set and retry
;; (do (swap! *ops-store update-in [repo :current-branch] assoc
;; :t+block-uuid-sorted-set (disj t+block-uuid-sorted-set [t block-uuid]))
;; (get-min-t-block-ops repo))
))))
(defn get-block-ops
[repo block-uuid]
(let [repo-ops-store (get @*ops-store repo)
{:keys [block-uuid->ops]} (:current-branch repo-ops-store)]
(assert (contains? repo-ops-store :current-branch) repo)
(block-uuid->ops block-uuid)))
(defn get-all-ops
[repo]
(some->> (get @*ops-store repo)
:current-branch
:block-uuid->ops
vals
(mapcat vals)))
(defn get-local-tx
[repo]
(some-> (get @*ops-store repo)
:current-branch
:local-tx))
(defn get-unpushed-block-update-count
[repo]
(or
(some-> (get @*ops-store repo)
:current-branch
:block-uuid->ops
keys
count)
0))
(comment
(defn get-unpushed-asset-update-count
[repo]
(some-> (get @*ops-store repo)
:current-branch
:asset-uuid->ops
keys
count)))
(defn intersection-block-uuids
[repo block-uuid-coll]
(some->> (get @*ops-store repo)
:current-branch
:block-uuid->ops
keys
set
(set/intersection (set block-uuid-coll))))
(defn remove-block-ops!
[repo block-uuid]
{:pre [(uuid? block-uuid)]}
(let [repo-ops-store (get @*ops-store repo)
{:keys [t+block-uuid-sorted-set block-uuid->ops]} (:current-branch repo-ops-store)]
(assert (contains? repo-ops-store :current-branch) repo)
(let [min-t (block-uuid->min-t block-uuid->ops block-uuid)]
(swap! *ops-store update-in [repo :current-branch] assoc
:block-uuid->ops (dissoc block-uuid->ops block-uuid)
:t+block-uuid-sorted-set (disj t+block-uuid-sorted-set [min-t block-uuid])))))
(defn <init-load-from-indexeddb2!
[repo]
(p/let [v (op-idb-layer/<read2 repo)]
(when v
(let [v (assoc v
:t+block-uuid-sorted-set
(apply conj sorted-set-by-t (:t+block-uuid-sorted-set v)))]
(swap! *ops-store assoc repo {:current-branch v})
(prn ::<init-load-from-indexeddb! repo)))))
(defn new-task--sync-to-idb
[repo]
(m/sp
(when-let [v (:current-branch (@*ops-store repo))]
(m/? (c.m/await-promise (op-idb-layer/<reset2! repo v))))))
(defn- new-task--sync-to-idb-loop
[]
(m/sp
(let [*v-hash (atom nil)]
(loop []
(m/? (m/sleep 3000))
(let [repo (worker-state/get-current-repo)
conn (worker-state/get-datascript-conn repo)]
(when (and repo conn
(ldb/db-based-graph? @conn))
(when-let [v (:current-branch (@*ops-store repo))]
(let [v-hash (hash v)]
(when (not= v-hash @*v-hash)
(m/? (c.m/await-promise (op-idb-layer/<reset2! repo v)))
(reset! *v-hash v-hash))))))
(recur)))))
#_:clj-kondo/ignore
(defonce _sync-loop-canceler (c.m/run-task (new-task--sync-to-idb-loop) ::sync-to-idb-loop))
(defn rtc-db-graph?
"Is db-graph & RTC enabled"
[repo]
(and (sqlite-util/db-based-graph? repo)
(or (exists? js/process)
(some? (get-local-tx repo)))))
(defn create-pending-ops-count-flow
[repo]
(m/ap
(m/?< (m/watch *ops-store))
(try
(get-unpushed-block-update-count repo)
(catch Cancelled _))))

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@@ -2,8 +2,7 @@
(:require [datascript.core :as d]
[frontend.db.conn :as conn]
[frontend.test.helper :as test-helper]
[frontend.worker.db-listener :as worker-db-listener]
[frontend.worker.rtc.op-mem-layer :as op-mem-layer]))
[frontend.worker.db-listener :as worker-db-listener]))
(def listen-test-db-to-gen-rtc-ops-fixture
{:before
@@ -14,8 +13,3 @@
:after
#(when-let [test-db-conn (conn/get-db test-helper/test-db-name-db-version false)]
(d/unlisten! test-db-conn :frontend.worker.db-listener/listen-db-changes!))})
(def clear-op-mem-stores-fixture
{:before #(do (op-mem-layer/remove-ops-store! test-helper/test-db-name-db-version)
(op-mem-layer/init-empty-ops-store! test-helper/test-db-name-db-version))
:after #(op-mem-layer/remove-ops-store! test-helper/test-db-name-db-version)})

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@@ -15,8 +15,7 @@
(use-fixtures :each
test-helper/db-based-start-and-destroy-db-map-fixture
rtc-fixture/listen-test-db-to-gen-rtc-ops-fixture
rtc-fixture/clear-op-mem-stores-fixture)
rtc-fixture/listen-test-db-to-gen-rtc-ops-fixture)
(deftest local-db-tx->remote-ops-test
(let [repo (state/get-current-repo)

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@@ -1,88 +0,0 @@
(ns frontend.worker.rtc.op-mem-layer-test
(:require [cljs.test :as t :refer [deftest is testing]]
[frontend.worker.rtc.op-mem-layer :as op-layer]
[frontend.worker.rtc.fixture :as fixture]
[frontend.test.helper :as test-helper]))
(t/use-fixtures :each fixture/clear-op-mem-stores-fixture)
(def ^:private repo test-helper/test-db-name-db-version)
(deftest add-ops!-test
(let [block-uuid #uuid "663dd373-41b0-4c59-aa6f-f349eea82609"]
(testing "move+update on same block"
(let [ops [[:move
1
{:block-uuid block-uuid}]
[:update
1
{:block-uuid block-uuid,
:av-coll
[[:block/updated-at "[\"~#'\",1715327859860]" 1 true]
[:block/created-at "[\"~#'\",1715327859860]" 1 true]
[:block/content "[\"~#'\",\"\"]" 1 true]]}]]]
(op-layer/add-ops! repo ops)
(is (= {:move
[:move
1
{:block-uuid block-uuid}],
:update
[:update
1
{:block-uuid block-uuid,
:av-coll
[[:block/updated-at "[\"~#'\",1715327859860]" 1 true]
[:block/created-at "[\"~#'\",1715327859860]" 1 true]
[:block/content "[\"~#'\",\"\"]" 1 true]]}]}
(op-layer/get-block-ops repo block-uuid)))))
(testing "more updates on this block"
(let [ops [[:update
2
{:block-uuid block-uuid,
:av-coll
[[:block/updated-at "[\"~#'\",1715327859860]" 2 false]
[:block/updated-at "[\"~#'\",1715329245395]" 2 true]
[:block/content "[\"~#'\",\"\"]" 2 false]
[:block/content "[\"~#'\",\"iii\"]" 2 true]]}]
[:update
3
{:block-uuid block-uuid,
:av-coll
[[:block/tags #uuid "663dd8e0-8840-4411-ab6f-2632ac36bf11" 3 true]]}]]]
(op-layer/add-ops! repo ops)
(is (=
{:move
[:move
1
{:block-uuid block-uuid}],
:update
[:update
3
{:block-uuid block-uuid,
:av-coll
[[:block/updated-at "[\"~#'\",1715327859860]" 1 true]
[:block/created-at "[\"~#'\",1715327859860]" 1 true]
[:block/content "[\"~#'\",\"\"]" 1 true]
[:block/updated-at "[\"~#'\",1715327859860]" 2 false]
[:block/updated-at "[\"~#'\",1715329245395]" 2 true]
[:block/content "[\"~#'\",\"\"]" 2 false]
[:block/content "[\"~#'\",\"iii\"]" 2 true]
[:block/tags #uuid "663dd8e0-8840-4411-ab6f-2632ac36bf11" 3 true]]}]}
(op-layer/get-block-ops repo block-uuid)))
(is (= [1 block-uuid]
(first (:t+block-uuid-sorted-set (:current-branch (get @op-layer/*ops-store repo))))))))
(testing "insert some other blocks"
(let [block-uuids (repeatedly 3 random-uuid)
ops (map-indexed (fn [idx block-uuid]
[:move (+ idx 4) {:block-uuid block-uuid}]) block-uuids)]
(op-layer/add-ops! repo ops)
(is (= block-uuid (:block-uuid (op-layer/get-min-t-block-ops repo))))))
(testing "remove this block"
(let [ops [[:remove 999 {:block-uuid block-uuid}]]]
(op-layer/add-ops! repo ops)
(is (=
{:remove [:remove 999 {:block-uuid block-uuid}]}
(op-layer/get-block-ops repo block-uuid)))))))

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@@ -6,8 +6,6 @@
[frontend.test.helper :as test-helper]
[frontend.worker.rtc.const :as rtc-const]
[frontend.worker.rtc.remote-update :as r.remote]
[frontend.worker.rtc.client :as r.client]
[frontend.worker.rtc.op-mem-layer :as op-mem-layer]
[frontend.worker.state :as worker-state]
[logseq.common.config :as common-config]
[logseq.db :as ldb]
@@ -82,44 +80,44 @@
:block/content "update content"}}
r)))))
(deftest gen-remote-ops-test
(let [repo (state/get-current-repo)
conn (conn/get-db repo false)
[uuid1 uuid2 uuid3 uuid4] (repeatedly random-uuid)
opts {:persist-op? false
:transact-opts {:repo repo
:conn conn}}]
(test-helper/create-page! "gen-remote-ops-test" {:redirect? false :create-first-block? false :uuid uuid1})
(outliner-tx/transact!
opts
(outliner-core/insert-blocks!
repo
conn
[{:block/uuid uuid2 :block/content "uuid2-block"}
{:block/uuid uuid3 :block/content "uuid3-block"
:block/parent [:block/uuid uuid1]}
{:block/uuid uuid4 :block/content "uuid4-block"
:block/parent [:block/uuid uuid1]}]
(ldb/get-page @conn "gen-remote-ops-test")
{:sibling? true :keep-uuid? true}))
;; (deftest gen-remote-ops-test
;; (let [repo (state/get-current-repo)
;; conn (conn/get-db repo false)
;; [uuid1 uuid2 uuid3 uuid4] (repeatedly random-uuid)
;; opts {:persist-op? false
;; :transact-opts {:repo repo
;; :conn conn}}]
;; (test-helper/create-page! "gen-remote-ops-test" {:redirect? false :create-first-block? false :uuid uuid1})
;; (outliner-tx/transact!
;; opts
;; (outliner-core/insert-blocks!
;; repo
;; conn
;; [{:block/uuid uuid2 :block/content "uuid2-block"}
;; {:block/uuid uuid3 :block/content "uuid3-block"
;; :block/parent [:block/uuid uuid1]}
;; {:block/uuid uuid4 :block/content "uuid4-block"
;; :block/parent [:block/uuid uuid1]}]
;; (ldb/get-page @conn "gen-remote-ops-test")
;; {:sibling? true :keep-uuid? true}))
(op-mem-layer/init-empty-ops-store! repo)
(op-mem-layer/add-ops! repo [[:move 1 {:block-uuid uuid2}]
[:move 2 {:block-uuid uuid4}]
[:move 3 {:block-uuid uuid3}]
[:update 4 {:block-uuid uuid4
:av-coll [[:block/content (ldb/write-transit-str "uuid4-block") 4 true]]}]])
(let [_ (op-mem-layer/new-branch! repo)
r1 (#'r.client/gen-block-uuid->remote-ops repo conn :n 1)
_ (op-mem-layer/rollback! repo)
r2 (#'r.client/gen-block-uuid->remote-ops repo conn :n 3)]
(is (= {uuid2 [:move]}
(update-vals r1 keys)))
(is (= {uuid2 [:move]
uuid3 [:move]
uuid4 [:move :update]}
(update-vals r2 keys))))
(op-mem-layer/remove-ops-store! repo)))
;; (op-mem-layer/init-empty-ops-store! repo)
;; (op-mem-layer/add-ops! repo [[:move 1 {:block-uuid uuid2}]
;; [:move 2 {:block-uuid uuid4}]
;; [:move 3 {:block-uuid uuid3}]
;; [:update 4 {:block-uuid uuid4
;; :av-coll [[:block/content (ldb/write-transit-str "uuid4-block") 4 true]]}]])
;; (let [_ (op-mem-layer/new-branch! repo)
;; r1 (#'r.client/gen-block-uuid->remote-ops repo conn :n 1)
;; _ (op-mem-layer/rollback! repo)
;; r2 (#'r.client/gen-block-uuid->remote-ops repo conn :n 3)]
;; (is (= {uuid2 [:move]}
;; (update-vals r1 keys)))
;; (is (= {uuid2 [:move]
;; uuid3 [:move]
;; uuid4 [:move :update]}
;; (update-vals r2 keys))))
;; (op-mem-layer/remove-ops-store! repo)))
(deftest ^:fix-me apply-remote-move-ops-test
(let [repo (state/get-current-repo)