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https://github.com/vector-im/hydrogen-web.git
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bring down lint error count, delete some old, inactive unit tests
This commit is contained in:
Bruno Windels
parent
c3b5c8750e
commit
8ff1f91d2c
@ -68,110 +68,3 @@ export class EventKey {
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return this.fragmentId === other?.fragmentId && this.eventIndex === other?.eventIndex;
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}
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}
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export function xtests() {
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const fragmentIdComparer = {compare: (a, b) => a - b};
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return {
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test_no_fragment_index(assert) {
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const min = EventKey.minKey;
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const max = EventKey.maxKey;
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const a = new EventKey();
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a.eventIndex = 1;
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a.fragmentId = 1;
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assert(min.compare(min) === 0);
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assert(max.compare(max) === 0);
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assert(a.compare(a) === 0);
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assert(min.compare(max) < 0);
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assert(max.compare(min) > 0);
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assert(min.compare(a) < 0);
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assert(a.compare(min) > 0);
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assert(max.compare(a) > 0);
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assert(a.compare(max) < 0);
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},
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test_default_key(assert) {
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const k = new EventKey(fragmentIdComparer);
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assert.equal(k.fragmentId, MID);
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assert.equal(k.eventIndex, MID);
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},
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test_inc(assert) {
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const a = new EventKey(fragmentIdComparer);
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const b = a.nextKey();
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assert.equal(a.fragmentId, b.fragmentId);
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assert.equal(a.eventIndex + 1, b.eventIndex);
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const c = b.previousKey();
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assert.equal(b.fragmentId, c.fragmentId);
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assert.equal(c.eventIndex + 1, b.eventIndex);
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assert.equal(a.eventIndex, c.eventIndex);
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},
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test_min_key(assert) {
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const minKey = EventKey.minKey;
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const k = new EventKey(fragmentIdComparer);
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assert(minKey.fragmentId <= k.fragmentId);
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assert(minKey.eventIndex <= k.eventIndex);
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assert(k.compare(minKey) > 0);
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assert(minKey.compare(k) < 0);
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},
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test_max_key(assert) {
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const maxKey = EventKey.maxKey;
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const k = new EventKey(fragmentIdComparer);
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assert(maxKey.fragmentId >= k.fragmentId);
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assert(maxKey.eventIndex >= k.eventIndex);
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assert(k.compare(maxKey) < 0);
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assert(maxKey.compare(k) > 0);
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},
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test_immutable(assert) {
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const a = new EventKey(fragmentIdComparer);
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const fragmentId = a.fragmentId;
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const eventIndex = a.eventIndex;
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a.nextFragmentKey();
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assert.equal(a.fragmentId, fragmentId);
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assert.equal(a.eventIndex, eventIndex);
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},
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test_cmp_fragmentid_first(assert) {
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const a = new EventKey(fragmentIdComparer);
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const b = new EventKey(fragmentIdComparer);
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a.fragmentId = 2;
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a.eventIndex = 1;
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b.fragmentId = 1;
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b.eventIndex = 100000;
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assert(a.compare(b) > 0);
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},
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test_cmp_eventindex_second(assert) {
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const a = new EventKey(fragmentIdComparer);
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const b = new EventKey(fragmentIdComparer);
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a.fragmentId = 1;
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a.eventIndex = 100000;
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b.fragmentId = 1;
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b.eventIndex = 2;
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assert(a.compare(b) > 0);
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assert(b.compare(a) < 0);
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},
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test_cmp_max_larger_than_min(assert) {
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assert(EventKey.minKey.compare(EventKey.maxKey) < 0);
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},
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test_cmp_fragmentid_first_large(assert) {
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const a = new EventKey(fragmentIdComparer);
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const b = new EventKey(fragmentIdComparer);
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a.fragmentId = MAX;
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a.eventIndex = MIN;
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b.fragmentId = MIN;
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b.eventIndex = MAX;
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assert(b < a);
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assert(a > b);
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}
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};
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}
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@ -246,102 +246,3 @@ export class GapWriter {
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return {entries, fragments};
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}
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}
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//import MemoryStorage from "../storage/memory/MemoryStorage.js";
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export function xtests() {
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const roomId = "!abc:hs.tld";
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// sets sortKey and roomId on an array of entries
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function createTimeline(roomId, entries) {
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let key = new SortKey();
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for (let entry of entries) {
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if (entry.gap && entry.gap.prev_batch) {
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key = key.nextKeyWithGap();
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}
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entry.sortKey = key;
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if (entry.gap && entry.gap.next_batch) {
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key = key.nextKeyWithGap();
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} else if (!entry.gap) {
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key = key.nextKey();
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}
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entry.roomId = roomId;
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}
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}
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function areSorted(entries) {
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for (var i = 1; i < entries.length; i++) {
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const isSorted = entries[i - 1].sortKey.compare(entries[i].sortKey) < 0;
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if(!isSorted) {
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return false
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}
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}
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return true;
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}
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return {
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"test backwards gap fill with overlapping neighbouring event": async function(assert) {
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const currentPaginationToken = "abc";
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const gap = {gap: {prev_batch: currentPaginationToken}};
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const storage = new MemoryStorage({roomTimeline: createTimeline(roomId, [
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{event: {event_id: "b"}},
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{gap: {next_batch: "ghi"}},
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gap,
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])});
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const persister = new RoomPersister({roomId, storage});
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const response = {
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start: currentPaginationToken,
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end: "def",
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chunk: [
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{event_id: "a"},
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{event_id: "b"},
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{event_id: "c"},
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{event_id: "d"},
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]
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};
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const {newEntries, replacedEntries} = await persister.persistGapFill(gap, response);
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// should only have taken events up till existing event
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assert.equal(newEntries.length, 2);
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assert.equal(newEntries[0].event.event_id, "c");
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assert.equal(newEntries[1].event.event_id, "d");
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assert.equal(replacedEntries.length, 2);
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assert.equal(replacedEntries[0].gap.next_batch, "hij");
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assert.equal(replacedEntries[1].gap.prev_batch, currentPaginationToken);
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assert(areSorted(newEntries));
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assert(areSorted(replacedEntries));
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},
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"test backwards gap fill with non-overlapping neighbouring event": async function(assert) {
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const currentPaginationToken = "abc";
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const newPaginationToken = "def";
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const gap = {gap: {prev_batch: currentPaginationToken}};
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const storage = new MemoryStorage({roomTimeline: createTimeline(roomId, [
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{event: {event_id: "a"}},
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{gap: {next_batch: "ghi"}},
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gap,
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])});
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const persister = new RoomPersister({roomId, storage});
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const response = {
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start: currentPaginationToken,
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end: newPaginationToken,
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chunk: [
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{event_id: "c"},
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{event_id: "d"},
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{event_id: "e"},
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{event_id: "f"},
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]
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};
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const {newEntries, replacedEntries} = await persister.persistGapFill(gap, response);
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// should only have taken events up till existing event
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assert.equal(newEntries.length, 5);
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assert.equal(newEntries[0].gap.prev_batch, newPaginationToken);
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assert.equal(newEntries[1].event.event_id, "c");
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assert.equal(newEntries[2].event.event_id, "d");
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assert.equal(newEntries[3].event.event_id, "e");
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assert.equal(newEntries[4].event.event_id, "f");
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assert(areSorted(newEntries));
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assert.equal(replacedEntries.length, 1);
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assert.equal(replacedEntries[0].gap.prev_batch, currentPaginationToken);
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},
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}
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}
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@ -251,102 +251,3 @@ export class SyncWriter {
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return this._lastLiveKey;
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}
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}
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//import MemoryStorage from "../storage/memory/MemoryStorage.js";
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export function xtests() {
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const roomId = "!abc:hs.tld";
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// sets sortKey and roomId on an array of entries
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function createTimeline(roomId, entries) {
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let key = new SortKey();
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for (let entry of entries) {
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if (entry.gap && entry.gap.prev_batch) {
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key = key.nextKeyWithGap();
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}
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entry.sortKey = key;
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if (entry.gap && entry.gap.next_batch) {
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key = key.nextKeyWithGap();
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} else if (!entry.gap) {
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key = key.nextKey();
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}
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entry.roomId = roomId;
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}
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}
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function areSorted(entries) {
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for (var i = 1; i < entries.length; i++) {
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const isSorted = entries[i - 1].sortKey.compare(entries[i].sortKey) < 0;
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if(!isSorted) {
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return false
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}
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}
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return true;
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}
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return {
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"test backwards gap fill with overlapping neighbouring event": async function(assert) {
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const currentPaginationToken = "abc";
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const gap = {gap: {prev_batch: currentPaginationToken}};
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const storage = new MemoryStorage({roomTimeline: createTimeline(roomId, [
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{event: {event_id: "b"}},
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{gap: {next_batch: "ghi"}},
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gap,
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])});
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const persister = new RoomPersister({roomId, storage});
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const response = {
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start: currentPaginationToken,
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end: "def",
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chunk: [
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{event_id: "a"},
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{event_id: "b"},
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{event_id: "c"},
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{event_id: "d"},
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]
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};
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const {newEntries, replacedEntries} = await persister.persistGapFill(gap, response);
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// should only have taken events up till existing event
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assert.equal(newEntries.length, 2);
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assert.equal(newEntries[0].event.event_id, "c");
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assert.equal(newEntries[1].event.event_id, "d");
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assert.equal(replacedEntries.length, 2);
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assert.equal(replacedEntries[0].gap.next_batch, "hij");
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assert.equal(replacedEntries[1].gap.prev_batch, currentPaginationToken);
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assert(areSorted(newEntries));
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assert(areSorted(replacedEntries));
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},
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"test backwards gap fill with non-overlapping neighbouring event": async function(assert) {
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const currentPaginationToken = "abc";
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const newPaginationToken = "def";
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const gap = {gap: {prev_batch: currentPaginationToken}};
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const storage = new MemoryStorage({roomTimeline: createTimeline(roomId, [
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{event: {event_id: "a"}},
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{gap: {next_batch: "ghi"}},
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gap,
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])});
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const persister = new RoomPersister({roomId, storage});
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const response = {
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start: currentPaginationToken,
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end: newPaginationToken,
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chunk: [
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{event_id: "c"},
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{event_id: "d"},
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{event_id: "e"},
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{event_id: "f"},
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]
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};
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const {newEntries, replacedEntries} = await persister.persistGapFill(gap, response);
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// should only have taken events up till existing event
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assert.equal(newEntries.length, 5);
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assert.equal(newEntries[0].gap.prev_batch, newPaginationToken);
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assert.equal(newEntries[1].event.event_id, "c");
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assert.equal(newEntries[2].event.event_id, "d");
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assert.equal(newEntries[3].event.event_id, "e");
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assert.equal(newEntries[4].event.event_id, "f");
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assert(areSorted(newEntries));
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assert.equal(replacedEntries.length, 1);
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assert.equal(replacedEntries[0].gap.prev_batch, currentPaginationToken);
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},
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}
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}
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