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torcolvin merged 5 commits into from
Oct 5, 2026
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CBG-5829: have better isgr test assertions #8838

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ed425ec
CBG-5829: have better isgr test assertions
gregns1 Sep 28, 2026
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update comment
gregns1 Sep 29, 2026
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address review
gregns1 Sep 29, 2026
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address review
gregns1 Oct 2, 2026
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new commnet to address
gregns1 Oct 5, 2026
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2 changes: 1 addition & 1 deletion rest/blip_api_crud_test.go
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Original file line number Diff line number Diff line change
Expand Up @@ -2773,7 +2773,7 @@ func TestProcessRevIncrementsStat(t *testing.T) {
defer func() { require.NoError(t, ar.Stop()) }()

activeRT.WaitForPendingChanges()
sgrRunner.WaitForVersion(docID, activeRT, version)
sgrRunner.WaitForDocReplicated(docID, remoteRT, activeRT, version)

base.RequireWaitForStat(t, pullStats.HandleRevCount.Value, 1)
assert.NotEqualValues(t, 0, pullStats.HandleRevBytes.Value())
Expand Down
14 changes: 10 additions & 4 deletions rest/replicatortest/replicator_conflict_test.go
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Expand Up @@ -2117,7 +2117,9 @@ func TestActiveReplicatorConflictRemoveCVFromCache(t *testing.T) {
newRev := db.CreateRevIDWithBytes(2, rt2Version.RevTreeID, docBodyBytes) // generate what the new revID will be after conflict resolution
conflictResVersion := rt1Version
conflictResVersion.RevTreeID = newRev
rt2.WaitForVersion(docID, conflictResVersion)
// rt1 has resolved once the result reaches rt2. Don't wait on rt1 over REST: that would populate the rev
// cache this test asserts on.
sgrRunner.WaitForDocReplicated(docID, rt1, rt2, conflictResVersion)

// assert we cannot keep old cache entry for original wrote (before conflict resolution) on active cluster rest testers
collectionActive1, ctxActive1 := active.GetSingleTestDatabaseCollectionWithUser()
Expand Down Expand Up @@ -2172,8 +2174,9 @@ func TestActiveReplicatorV4DefaultResolverWithTombstoneLocal(t *testing.T) {
conflictResVersion := rt1Version
conflictResVersion.RevTreeID = newRev

// expect local doc to win and still be tombstone with remote docs revision history
sgrRunner.WaitForTombstone(docID, activeRT, conflictResVersion)
// expect local doc to win and still be tombstone with remote docs revision history. The local CV is new to
// passiveRT, so the resolved tombstone is pushed back.
sgrRunner.WaitForDocReplicated(docID, activeRT, passiveRT, conflictResVersion)

rt1Doc := activeRT.GetDocument(docID)
// assert that remote cv is in pv now
Expand Down Expand Up @@ -2202,6 +2205,7 @@ func TestActiveReplicatorV4DefaultResolverWithTombstoneRemote(t *testing.T) {
rt2Version := passiveRT.PutDoc(docID, `{"source":"passiveRT","channels":["alice"]}`)
rt2Version = passiveRT.DeleteDoc(docID, rt2Version)
passiveRT.WaitForPendingChanges()
passiveDocBeforeReplication := rest.ExpectedISGRDocFromPeer(t, passiveRT, docID)
// create conflicting update on activeRT
rt1Version := activeRT.PutDoc(docID, `{"source":"activeRT","channels":["alice"]}`)
// delete local version
Expand All @@ -2223,7 +2227,9 @@ func TestActiveReplicatorV4DefaultResolverWithTombstoneRemote(t *testing.T) {
newRev := getRevTreeID(t, rt1Version.RevTreeID, []byte(db.DeletedDocument))
conflictResVersion := rt2Version
conflictResVersion.RevTreeID = newRev
sgrRunner.WaitForTombstone(docID, activeRT, conflictResVersion)
sgrRunner.RequireDoc(docID, activeRT, rest.ExpectedISGRDoc{Version: conflictResVersion, Deleted: true})
// activeRT adopted passiveRT's CV, so there is nothing new to push back and passiveRT must be unchanged
sgrRunner.RequireDocUnchanged(docID, activeRT, passiveRT, activeRT.GetDatabase().SGReplicateMgr.GetActiveReplicator(replicationID), db.ActiveReplicatorTypePush, passiveDocBeforeReplication)

rt1Doc := activeRT.GetDocument(docID)
// assert that remote cv is in pv now
Expand Down
158 changes: 68 additions & 90 deletions rest/replicatortest/replicator_test.go
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100 changes: 44 additions & 56 deletions rest/replicatortest/replicator_test_legacy_rev_test.go
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Original file line number Diff line number Diff line change
Expand Up @@ -65,8 +65,8 @@ func TestActiveReplicatorPushPullLegacyRev(t *testing.T) {
// Start the replicator
require.NoError(t, ar.Start(ctx1))

rt1.WaitForLegacyRev(docIDRT2, legacyRevRt2, []byte(`{"source":"rt2","channels":["alice"]}`))
rt2.WaitForLegacyRev(docIDRT1, legacyRevRt1, []byte(`{"source":"rt1","channels":["alice"]}`))
sgrRunner.WaitForDocReplicated(docIDRT2, rt2, rt1, rest.DocVersion{RevTreeID: legacyRevRt2})
sgrRunner.WaitForDocReplicated(docIDRT1, rt1, rt2, rest.DocVersion{RevTreeID: legacyRevRt1})
})
}

Expand Down Expand Up @@ -174,32 +174,24 @@ func TestActiveReplicatorBiDirectionalPreUpgradedDocOnPeer(t *testing.T) {
require.NoError(t, ar.Start(ctx1))

if tc.newRevOnActivePeer {
rt2.WaitForLegacyRev(docID, legacyRevRT1, []byte(`{"source":"rt1","channels":["alice"]}`))
sgrRunner.WaitForDocReplicated(docID, rt1, rt2, rest.DocVersion{RevTreeID: legacyRevRT1})
activeDocBeforePullBack := rest.ExpectedISGRDocFromPeer(t, rt1, docID)
rt2Doc := rt2.GetDocument(docID)
rest.RequireHistoryContains(t, rt2Doc.History, []string{legacyRevRT1, initLegacyRevRT1})

// add new doc for some replication activity on pull side to allow us to assert that legacy rev 2-abc added
// isn't pulled back to rt1 now it has a legacy revID encoded CV
newDocVersion := rt2.PutDoc("newdoc", `{"channels": ["alice"]}`)
rt1.WaitForVersion("newdoc", newDocVersion) // wait for it to arrive at rt2

// assert that the document isn't replicated back to rt1 after legacy rev CV is written on rt2
rt1Doc := rt1.GetDocument(docID)
// assert that legacy rev 2-abc isn't pulled back to rt1 now rt2 holds it with a legacy revID encoded CV
rt1Doc := sgrRunner.RequireDocUnchanged(docID, rt2, rt1, ar, db.ActiveReplicatorTypePull, activeDocBeforePullBack)
assert.Equal(t, legacyRevRT1, rt1Doc.GetRevTreeID())
assert.Nil(t, rt1Doc.HLV)
rest.RequireHistoryContains(t, rt1Doc.History, []string{legacyRevRT1, initLegacyRevRT1})
} else {
rt1.WaitForLegacyRev(docID, legacyRevRT2, []byte(`{"source":"rt2","channels":["alice"]}`))
sgrRunner.WaitForDocReplicated(docID, rt2, rt1, rest.DocVersion{RevTreeID: legacyRevRT2})
passiveDocBeforePushBack := rest.ExpectedISGRDocFromPeer(t, rt2, docID)
rt1Doc := rt1.GetDocument(docID)
rest.RequireHistoryContains(t, rt1Doc.History, []string{initLegacyRevRT2, legacyRevRT2})

// add new doc for some replication activity on push side to allow us to assert that legacy rev 2-abc added
// isn't pushed back to rt2 now it has a legacy revID encoded CV
newDocVersion := rt1.PutDoc("newdoc", `{"channels": ["alice"]}`)
rt2.WaitForVersion("newdoc", newDocVersion) // wait for it to arrive at rt2

// assert that the document isn't replicated back to rt2 after legacy rev CV is written on rt1
rt2Doc := rt2.GetDocument(docID)
// assert that legacy rev 2-abc isn't pushed back to rt2 now rt1 holds it with a legacy revID encoded CV
rt2Doc := sgrRunner.RequireDocUnchanged(docID, rt1, rt2, ar, db.ActiveReplicatorTypePush, passiveDocBeforePushBack)
assert.Equal(t, legacyRevRT2, rt2Doc.GetRevTreeID())
assert.Nil(t, rt2Doc.HLV)
rest.RequireHistoryContains(t, rt2Doc.History, []string{initLegacyRevRT2, legacyRevRT2})
Expand Down Expand Up @@ -424,7 +416,7 @@ func TestActiveReplicatorBiDirectionalPreUpgradedRevInHistory(t *testing.T) {
require.NoError(t, ar.Start(ctx1))

if !tc.activePeerHasUpgradedRev {
rt1.WaitForVersion(docID, upgradedDocVersion)
sgrRunner.WaitForDocReplicated(docID, rt2, rt1, upgradedDocVersion)

rt1Doc := rt1.GetDocument(docID)
rest.RequireHistoryContains(t, rt1Doc.History, []string{legacyRevRT1, initLegacyRevRT1, upgradedRevID})
Expand All @@ -442,7 +434,7 @@ func TestActiveReplicatorBiDirectionalPreUpgradedRevInHistory(t *testing.T) {
require.JSONEq(t, expectedBody, string(actualBodyRT2))
require.JSONEq(t, expectedBody, string(actualBodyRT1))
} else {
rt2.WaitForVersion(docID, upgradedDocVersion)
sgrRunner.WaitForDocReplicated(docID, rt1, rt2, upgradedDocVersion)

rt2Doc := rt2.GetDocument(docID)
rest.RequireHistoryContains(t, rt2Doc.History, []string{legacyRevRT2, initLegacyRevRT2, upgradedRevID})
Expand Down Expand Up @@ -530,8 +522,8 @@ func TestActiveReplicatorPushPullNewDocLegacyRevAndAllowUpdateAfter(t *testing.T
// Start the replicator
require.NoError(t, ar.Start(ctx1))

rt1.WaitForLegacyRev(docIDToPull, legacyRevRt2, []byte(`{"source":"rt2","channels":["alice"]}`))
rt2.WaitForLegacyRev(docIDToPush, legacyRevRt1, []byte(`{"source":"rt1","channels":["alice"]}`))
sgrRunner.WaitForDocReplicated(docIDToPull, rt2, rt1, rest.DocVersion{RevTreeID: legacyRevRt2})
sgrRunner.WaitForDocReplicated(docIDToPush, rt1, rt2, rest.DocVersion{RevTreeID: legacyRevRt1})

// now update both docs to create a new revision on each side giving them each hlv based off their nodes source
cvVersion, err := db.LegacyRevToRevTreeEncodedVersion(legacyRevRt1)
Expand All @@ -540,7 +532,7 @@ func TestActiveReplicatorPushPullNewDocLegacyRevAndAllowUpdateAfter(t *testing.T
RevTreeID: legacyRevRt1,
}
updateVer := rt1.UpdateDoc(docIDToPush, rt1DocVersion, `{"channels": ["alice"], "source": "rt1-updated"}`)
rt2.WaitForVersion(docIDToPush, updateVer)
sgrRunner.WaitForDocReplicated(docIDToPush, rt1, rt2, updateVer)
// check rev tree encoded version is in pv
finalRT2Doc := rt2.GetDocument(docIDToPush)
assert.Equal(t, cvVersion.Value, finalRT2Doc.HLV.PreviousVersions[cvVersion.SourceID])
Expand All @@ -551,7 +543,7 @@ func TestActiveReplicatorPushPullNewDocLegacyRevAndAllowUpdateAfter(t *testing.T
RevTreeID: legacyRevRt2,
}
updateVer = rt2.UpdateDoc(docIDToPull, rt2DocVersion, `{"channels": ["alice"], "source": "rt2-updated"}`)
rt1.WaitForVersion(docIDToPull, updateVer)
sgrRunner.WaitForDocReplicated(docIDToPull, rt2, rt1, updateVer)
finalRT1Doc := rt1.GetDocument(docIDToPull)
assert.Equal(t, cvVersion.Value, finalRT1Doc.HLV.PreviousVersions[cvVersion.SourceID])

Expand Down Expand Up @@ -779,16 +771,14 @@ func TestActiveReplicatorConflictPreUpgradedVersionEachSide(t *testing.T) {
verPostConflictRes, _ = rt1.GetDoc(docID)
assert.NotEqual(c, legacyRevRT1, verPostConflictRes.RevTreeID)
}, 10*time.Second, 50*time.Millisecond)
rt2.WaitForLegacyRev(docID, verPostConflictRes.RevTreeID, []byte(`{"channels":["alice"],"source":"rt1"}`))
sgrRunner.WaitForDocReplicated(docID, rt1, rt2, verPostConflictRes)
activeDocAfterResolution := rest.ExpectedISGRDocFromPeer(t, rt1, docID)
rt2Doc := rt2.GetDocument(docID)
rest.RequireHistoryContains(t, rt2Doc.History, []string{initLegacyRevRT2, legacyRevRT2, verPostConflictRes.RevTreeID})

// add doc for some replication activity on pull to assert that local doesn't change after remote is written with legacy CV
newDocVersion := rt2.PutDoc("newdoc", `{"channels": ["alice"]}`)
rt1.WaitForVersion("newdoc", newDocVersion) // wait for it to arrive at rt1

// assert active side doc hasn't changed
rt1Doc := rt1.GetDocument(docID)
// assert active side doc doesn't change by pulling back the resolution it pushed to rt2, which rt2
// stored with a legacy CV
rt1Doc := sgrRunner.RequireDocUnchanged(docID, rt2, rt1, ar, db.ActiveReplicatorTypePull, activeDocAfterResolution)
rest.RequireDocRevTreeEqual(t, rest.DocVersion{RevTreeID: verPostConflictRes.RevTreeID}, rest.DocVersion{RevTreeID: rt1Doc.GetRevTreeID()})
tombstonedID := db.CreateRevIDWithBytes(3, legacyRevRT1, []byte(db.DeletedDocument)) // create what would be the tombstone rev id for local branch
rest.RequireHistoryContains(t, rt1Doc.History, []string{legacyRevRT1, initLegacyRevRT1, verPostConflictRes.RevTreeID, legacyRevRT2, tombstonedID})
Expand All @@ -802,17 +792,15 @@ func TestActiveReplicatorConflictPreUpgradedVersionEachSide(t *testing.T) {
return replicationStats.ConflictResolvedRemoteCount.Value()
}, 1)

rt1.WaitForLegacyRev(docID, legacyRevRT2, []byte(`{"channels":["alice"],"source":"rt2"}`))
sgrRunner.WaitForDocReplicated(docID, rt2, rt1, rest.DocVersion{RevTreeID: legacyRevRT2})
passiveDocAfterResolution := rest.ExpectedISGRDocFromPeer(t, rt2, docID)
rt1Doc := rt1.GetDocument(docID)
tombstonedID := db.CreateRevIDWithBytes(3, legacyRevRT1, []byte(db.DeletedDocument)) // create what would be the tombstone rev id for local branch
rest.RequireHistoryContains(t, rt1Doc.History, []string{initLegacyRevRT1, legacyRevRT1, legacyRevRT2, tombstonedID})

// add doc for some replication activity on push to assert that local doesn't change after remote is written with legacy CV
newDocVersion := rt1.PutDoc("newdoc", `{"channels": ["alice"]}`)
rt2.WaitForVersion("newdoc", newDocVersion) // wait for it to arrive at rt2

// assert passive side doc hasn't changed
rt2Doc := rt2.GetDocument(docID)
// assert passive side doc doesn't change by rt1 pushing back the remote win, which rt1 stored with a
// legacy CV
rt2Doc := sgrRunner.RequireDocUnchanged(docID, rt1, rt2, ar, db.ActiveReplicatorTypePush, passiveDocAfterResolution)
rest.RequireDocRevTreeEqual(t, rest.DocVersion{RevTreeID: legacyRevRT2}, rest.DocVersion{RevTreeID: rt2Doc.GetRevTreeID()})
rest.RequireHistoryContains(t, rt2Doc.History, []string{initLegacyRevRT2, legacyRevRT2})
// legacy cv written to rt1 will correspond to local rev tree ID thus no HLV should be written yet
Expand Down Expand Up @@ -944,6 +932,8 @@ func TestActiveReplicatorConflictPreUpgradedVersionOneSide(t *testing.T) {
require.NoError(t, ar.Stop())
}()

passiveDocBeforeReplication := rest.ExpectedISGRDocFromPeer(t, rt2, docID)

// Start the replicator
require.NoError(t, ar.Start(ctx1))

Expand All @@ -961,7 +951,8 @@ func TestActiveReplicatorConflictPreUpgradedVersionOneSide(t *testing.T) {
assert.NotEqual(c, legacyRevRT1, verPostConflictRes.RevTreeID)
}, 10*time.Second, 50*time.Millisecond)
// wait for this resolution to be pushed back to passive peer
rt2.WaitForVersion(docID, verPostConflictRes)
sgrRunner.WaitForDocReplicated(docID, rt1, rt2, verPostConflictRes)
activeDocAfterResolution := rest.ExpectedISGRDocFromPeer(t, rt1, docID)

// assert original upgraded version in PV history
assert.Equal(t, upgradedDocVersion.CV.Value, replicatedDoc.HLV.PreviousVersions[upgradedDocVersion.CV.SourceID])
Expand All @@ -974,12 +965,8 @@ func TestActiveReplicatorConflictPreUpgradedVersionOneSide(t *testing.T) {
rt2BodyBytes, err := rt2Doc.BodyBytes(rt2.Context())
require.NoError(t, err)

// add doc for some replication activity on pull to assert that local doesn't change after remote is written with legacy CV
newDocVersion := rt2.PutDoc("newdoc", `{"channels": ["alice"]}`)
rt1.WaitForVersion("newdoc", newDocVersion) // wait for it to arrive at rt1

// assert active side doc hasn't changed
rt1Doc := rt1.GetDocument(docID)
// assert active side doc doesn't change by pulling back the resolution it pushed to rt2
rt1Doc := sgrRunner.RequireDocUnchanged(docID, rt2, rt1, ar, db.ActiveReplicatorTypePull, activeDocAfterResolution)
rest.RequireDocVersionEqual(t, verPostConflictRes, rt1Doc.ExtractDocVersion())
tombstonedID := db.CreateRevIDWithBytes(3, legacyRevRT1, []byte(db.DeletedDocument)) // create what would be the tombstone rev id for local branch
rest.RequireHistoryContains(t, rt1Doc.History, []string{legacyRevRT1, initLegacyRevRT1, verPostConflictRes.RevTreeID, legacyRevRT2, tombstonedID})
Expand All @@ -993,7 +980,12 @@ func TestActiveReplicatorConflictPreUpgradedVersionOneSide(t *testing.T) {
base.RequireWaitForStat(t, func() int64 {
return replicationStats.ConflictResolvedRemoteCount.Value()
}, 1)
rt1.WaitForVersion(docID, upgradedDocVersion)
// rt1 adopts rt2's CV and keeps its losing legacy branch in pv, so its HLV legitimately differs from rt2's
sgrRunner.RequireDoc(docID, rt1, rest.ExpectedISGRDoc{
Version: upgradedDocVersion,
Body: expectedBody,
Channels: []string{username},
})

rt1Doc := rt1.GetDocument(docID)
tombstonedID := db.CreateRevIDWithBytes(3, legacyRevRT1, []byte(db.DeletedDocument)) // create what would be the tombstone rev id for local branch
Expand All @@ -1002,12 +994,8 @@ func TestActiveReplicatorConflictPreUpgradedVersionOneSide(t *testing.T) {
rt1BodyBytes, err := rt1Doc.BodyBytes(rt1.Context())
require.NoError(t, err)

// add doc for some replication activity on push to assert that remote doesn't change after remote wins conflict res is done
newDocVersion := rt1.PutDoc("newdoc", `{"channels": ["alice"]}`)
rt2.WaitForVersion("newdoc", newDocVersion) // wait for it to arrive at rt2

// assert passive side doc hasn't changed
rt2Doc := rt2.GetDocument(docID)
// assert passive side doc hasn't changed - rt1 adopted its CV, so there was nothing to push back
rt2Doc := sgrRunner.RequireDocUnchanged(docID, rt1, rt2, ar, db.ActiveReplicatorTypePush, passiveDocBeforeReplication)
rest.RequireDocVersionEqual(t, upgradedDocVersion, rt2Doc.ExtractDocVersion())
rest.RequireHistoryContains(t, rt2Doc.History, []string{initLegacyRevRT2, upgradedDocVersion.RevTreeID})

Expand All @@ -1019,7 +1007,7 @@ func TestActiveReplicatorConflictPreUpgradedVersionOneSide(t *testing.T) {

// update doc on active side to ensure we can push with no conflict
updateVer := rt1.UpdateDoc(docID, upgradedDocVersion, `{"channels": ["alice"], "source": "rt1-updated"}`)
rt2.WaitForVersion(docID, updateVer)
sgrRunner.WaitForDocReplicated(docID, rt1, rt2, updateVer)
}
})
}
Expand Down Expand Up @@ -1088,7 +1076,7 @@ func TestActiveReplicatorDeltaSyncWhenBothSidesLegacy(t *testing.T) {
// Start the replicator
require.NoError(t, ar.Start(ctx1))

rt2.WaitForLegacyRev(docIDToPush, legacyRevRt1, []byte(`{"source":"rt1","channels":["alice"]}`))
sgrRunner.WaitForDocReplicated(docIDToPush, rt1, rt2, rest.DocVersion{RevTreeID: legacyRevRt1})

base.RequireWaitForStat(t, func() int64 {
return replicationStats.PushDeltaSentCount.Value()
Expand Down Expand Up @@ -1144,7 +1132,7 @@ func TestDeltaSyncWhenOneSideHasEncodedCV(t *testing.T) {
// Start the replicator
require.NoError(t, ar.Start(ctx1))

rt2.WaitForLegacyRev(docIDToPush, legacyInitRevRt1, []byte(`{"source":"rt1","channels":["alice"]}`))
sgrRunner.WaitForDocReplicated(docIDToPush, rt1, rt2, rest.DocVersion{RevTreeID: legacyInitRevRt1})

// flush revision cache to remove old reference to rev 1 in rev cache
rt1.GetDatabase().FlushRevisionCacheForTest()
Expand All @@ -1154,7 +1142,7 @@ func TestDeltaSyncWhenOneSideHasEncodedCV(t *testing.T) {
// 1. update doc on rt1 to give HLV based of rt1 sourceID
// 2. push doc to rt2 with delta from rev1 to rev2
upgradeVersion := rt1.UpdateDoc(docIDToPush, db.DocVersion{RevTreeID: legacyInitRevRt1}, `{"channels": ["alice"], "source": "rt1-updated"}`)
rt1.WaitForVersion(docIDToPush, upgradeVersion)
sgrRunner.WaitForDocReplicated(docIDToPush, rt1, rt2, upgradeVersion)

base.RequireWaitForStat(t, func() int64 {
return replicationStats.PushDeltaSentCount.Value()
Expand Down
6 changes: 3 additions & 3 deletions rest/revocation_test.go
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Original file line number Diff line number Diff line change
Expand Up @@ -2121,9 +2121,9 @@ func TestReplicatorRevocationsFromZero(t *testing.T) {
rt1.WaitForReplicationStatus(ar.ID, db.ReplicationStateStopped)

// Be sure docs have arrived
sgrRunner.WaitForVersion("docA", rt1, docAVersion)
sgrRunner.WaitForVersion("docA1", rt1, docA1Version)
sgrRunner.WaitForVersion("docA2", rt1, docA2Version)
sgrRunner.WaitForDocReplicated("docA", rt2, rt1, docAVersion)
sgrRunner.WaitForDocReplicated("docA1", rt2, rt1, docA1Version)
sgrRunner.WaitForDocReplicated("docA2", rt2, rt1, docA2Version)

// Reset checkpoint (since 0)
require.NoError(t, ar.Reset())
Expand Down
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