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sender_test.go
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sender_test.go
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package chat
import (
"fmt"
"sort"
"strings"
"sync"
"testing"
"time"
"encoding/hex"
"github.com/keybase/client/go/chat/globals"
"github.com/keybase/client/go/chat/storage"
"github.com/keybase/client/go/chat/types"
"github.com/keybase/client/go/chat/utils"
"github.com/keybase/client/go/ephemeral"
"github.com/keybase/client/go/kbtest"
"github.com/keybase/client/go/libkb"
"github.com/keybase/client/go/protocol/chat1"
"github.com/keybase/client/go/protocol/gregor1"
"github.com/keybase/client/go/protocol/keybase1"
"github.com/keybase/client/go/teams"
"github.com/stretchr/testify/require"
context "golang.org/x/net/context"
)
type chatListener struct {
sync.Mutex
libkb.NoopNotifyListener
// ChatActivity channels
obidsLocal []chat1.OutboxID
obidsRemote []chat1.OutboxID
incomingLocal chan int
incomingRemote chan int
failing chan []chat1.OutboxRecord
identifyUpdate chan keybase1.CanonicalTLFNameAndIDWithBreaks
inboxStale chan struct{}
threadsStale chan []chat1.ConversationStaleUpdate
bgConvLoads chan chat1.ConversationID
typingUpdate chan []chat1.ConvTypingUpdate
inboxSynced chan chat1.ChatSyncResult
ephemeralPurge chan chat1.EphemeralPurgeNotifInfo
}
var _ libkb.NotifyListener = (*chatListener)(nil)
func (n *chatListener) ChatIdentifyUpdate(update keybase1.CanonicalTLFNameAndIDWithBreaks) {
n.identifyUpdate <- update
}
func (n *chatListener) ChatInboxStale(uid keybase1.UID) {
select {
case n.inboxStale <- struct{}{}:
case <-time.After(5 * time.Second):
panic("timeout on the inbox stale channel")
}
}
func (n *chatListener) ChatThreadsStale(uid keybase1.UID, updates []chat1.ConversationStaleUpdate) {
select {
case n.threadsStale <- updates:
case <-time.After(5 * time.Second):
panic("timeout on the threads stale channel")
}
}
func (n *chatListener) ChatInboxSynced(uid keybase1.UID, topicType chat1.TopicType,
syncRes chat1.ChatSyncResult) {
switch topicType {
case chat1.TopicType_CHAT, chat1.TopicType_NONE:
select {
case n.inboxSynced <- syncRes:
case <-time.After(5 * time.Second):
panic("timeout on the threads stale channel")
}
}
}
func (n *chatListener) ChatTypingUpdate(updates []chat1.ConvTypingUpdate) {
select {
case n.typingUpdate <- updates:
case <-time.After(5 * time.Second):
panic("timeout on typing update")
}
}
func (n *chatListener) NewChatActivity(uid keybase1.UID, activity chat1.ChatActivity,
source chat1.ChatActivitySource) {
n.Lock()
defer n.Unlock()
typ, err := activity.ActivityType()
if err == nil {
switch typ {
case chat1.ChatActivityType_INCOMING_MESSAGE:
if activity.IncomingMessage().Message.IsValid() {
strOutboxID := activity.IncomingMessage().Message.Valid().OutboxID
if strOutboxID != nil {
outboxID, _ := hex.DecodeString(*strOutboxID)
switch source {
case chat1.ChatActivitySource_REMOTE:
n.obidsRemote = append(n.obidsRemote, chat1.OutboxID(outboxID))
select {
case n.incomingRemote <- len(n.obidsRemote):
case <-time.After(5 * time.Second):
panic("timeout on the incomingRemote channel")
}
case chat1.ChatActivitySource_LOCAL:
n.obidsLocal = append(n.obidsLocal, chat1.OutboxID(outboxID))
select {
case n.incomingLocal <- len(n.obidsLocal):
case <-time.After(5 * time.Second):
panic("timeout on the incomingLocal channel")
}
}
}
}
case chat1.ChatActivityType_FAILED_MESSAGE:
var rmsg []chat1.OutboxRecord
for _, obr := range activity.FailedMessage().OutboxRecords {
rmsg = append(rmsg, obr)
}
select {
case n.failing <- rmsg:
case <-time.After(5 * time.Second):
panic("timeout on the failing channel")
}
case chat1.ChatActivityType_EPHEMERAL_PURGE:
n.ephemeralPurge <- activity.EphemeralPurge()
}
}
}
func (n *chatListener) consumeEphemeralPurge(t *testing.T) chat1.EphemeralPurgeNotifInfo {
select {
case x := <-n.ephemeralPurge:
return x
case <-time.After(20 * time.Second):
require.Fail(t, "failed to get ephemeralPurge notification")
return chat1.EphemeralPurgeNotifInfo{}
}
}
func newConvTriple(ctx context.Context, t *testing.T, tc *kbtest.ChatTestContext, username string) chat1.ConversationIDTriple {
return newConvTripleWithMembersType(ctx, t, tc, username, chat1.ConversationMembersType_KBFS)
}
func newConvTripleWithMembersType(ctx context.Context, t *testing.T, tc *kbtest.ChatTestContext,
username string, membersType chat1.ConversationMembersType) chat1.ConversationIDTriple {
nameInfo, err := CreateNameInfoSource(ctx, tc.Context(), membersType).LookupID(ctx, username, false)
require.NoError(t, err)
topicID, err := utils.NewChatTopicID()
require.NoError(t, err)
trip := chat1.ConversationIDTriple{
Tlfid: nameInfo.ID,
TopicType: chat1.TopicType_CHAT,
TopicID: chat1.TopicID(topicID),
}
return trip
}
func userTc(t *testing.T, world *kbtest.ChatMockWorld, user *kbtest.FakeUser) *kbtest.ChatTestContext {
for _, u := range world.Users {
if u.Username == user.Username {
return world.Tcs[u.Username]
}
}
require.Fail(t, "not user found")
return &kbtest.ChatTestContext{}
}
func NewChatMockWorld(t *testing.T, name string, numUsers int) (world *kbtest.ChatMockWorld) {
res := kbtest.NewChatMockWorld(t, name, numUsers)
for _, w := range res.Tcs {
teams.ServiceInit(w.G)
ephemeral.ServiceInit(w.G)
}
return res
}
func setupTest(t *testing.T, numUsers int) (context.Context, *kbtest.ChatMockWorld, chat1.RemoteInterface, types.Sender, types.Sender, *chatListener) {
var ri chat1.RemoteInterface
world := NewChatMockWorld(t, "chatsender", numUsers)
ri = kbtest.NewChatRemoteMock(world)
tlf := kbtest.NewTlfMock(world)
u := world.GetUsers()[0]
tc := world.Tcs[u.Username]
tc.G.SetService()
g := globals.NewContext(tc.G, tc.ChatG)
uid := u.User.GetUID().ToBytes()
var ctx context.Context
if useRemoteMock {
ctx = newTestContextWithTlfMock(tc, tlf)
} else {
ctx = newTestContext(tc)
nist, err := tc.G.ActiveDevice.NIST(context.TODO())
if err != nil {
t.Fatalf(err.Error())
}
sessionToken := nist.Token().String()
gh := newGregorTestConnection(tc.Context(), uid, sessionToken)
require.NoError(t, gh.Connect(ctx))
ri = gh.GetClient()
}
boxer := NewBoxer(g)
boxer.SetClock(world.Fc)
getRI := func() chat1.RemoteInterface { return ri }
baseSender := NewBlockingSender(g, boxer, getRI)
// Force a small page size here to test prev pointer calculations for
// exploding and non exploding messages
baseSender.setPrevPagination(&chat1.Pagination{Num: 2})
baseSender.SetClock(world.Fc)
sender := NewNonblockingSender(g, baseSender)
listener := chatListener{
incomingLocal: make(chan int, 100),
incomingRemote: make(chan int, 100),
failing: make(chan []chat1.OutboxRecord, 100),
identifyUpdate: make(chan keybase1.CanonicalTLFNameAndIDWithBreaks, 10),
inboxStale: make(chan struct{}, 1),
threadsStale: make(chan []chat1.ConversationStaleUpdate, 1),
bgConvLoads: make(chan chat1.ConversationID, 10),
typingUpdate: make(chan []chat1.ConvTypingUpdate, 10),
inboxSynced: make(chan chat1.ChatSyncResult, 10),
ephemeralPurge: make(chan chat1.EphemeralPurgeNotifInfo, 10),
}
chatStorage := storage.New(g, nil)
chatStorage.SetClock(world.Fc)
g.ConvSource = NewHybridConversationSource(g, boxer, chatStorage, getRI)
chatStorage.SetAssetDeleter(g.ConvSource)
g.InboxSource = NewHybridInboxSource(g, getRI)
g.ServerCacheVersions = storage.NewServerVersions(g)
g.NotifyRouter.SetListener(&listener)
deliverer := NewDeliverer(g, baseSender)
deliverer.SetClock(world.Fc)
deliverer.setTestingNameInfoSource(tlf)
g.MessageDeliverer = deliverer
g.MessageDeliverer.Start(context.TODO(), uid)
g.MessageDeliverer.Connected(context.TODO())
g.FetchRetrier = NewFetchRetrier(g)
g.FetchRetrier.(*FetchRetrier).SetClock(world.Fc)
g.FetchRetrier.Connected(context.TODO())
g.FetchRetrier.Start(context.TODO(), uid)
convLoader := NewBackgroundConvLoader(g)
convLoader.loads = listener.bgConvLoads
convLoader.setTestingNameInfoSource(tlf)
g.ConvLoader = convLoader
g.ConvLoader.Start(context.TODO(), uid)
purger := NewBackgroundEphemeralPurger(g, chatStorage)
purger.SetClock(world.Fc)
g.EphemeralPurger = purger
g.EphemeralPurger.Start(context.TODO(), uid)
chatSyncer := NewSyncer(g)
chatSyncer.isConnected = true
g.Syncer = chatSyncer
g.ConnectivityMonitor = &libkb.NullConnectivityMonitor{}
pushHandler := NewPushHandler(g)
pushHandler.SetClock(world.Fc)
g.PushHandler = pushHandler
g.ChatHelper = NewHelper(g, getRI)
g.TeamChannelSource = NewCachingTeamChannelSource(g, getRI)
g.ActivityNotifier = NewNotifyRouterActivityRouter(g)
searcher := NewSearcher(g)
// Force small pages during tests to ensure we fetch context from new pages
searcher.pageSize = 2
g.Searcher = searcher
g.AttachmentURLSrv = types.DummyAttachmentHTTPSrv{}
return ctx, world, ri, sender, baseSender, &listener
}
func TestNonblockChannel(t *testing.T) {
ctx, world, ri, sender, blockingSender, listener := setupTest(t, 1)
defer world.Cleanup()
u := world.GetUsers()[0]
uid := u.User.GetUID().ToBytes()
tc := userTc(t, world, u)
conv := newBlankConv(ctx, t, tc, uid, ri, blockingSender, u.Username)
// Send nonblock
obid, _, err := sender.Send(context.TODO(), conv.GetConvID(), chat1.MessagePlaintext{
ClientHeader: chat1.MessageClientHeader{
Conv: conv.Metadata.IdTriple,
Sender: u.User.GetUID().ToBytes(),
TlfName: u.Username,
TlfPublic: false,
MessageType: chat1.MessageType_TEXT,
},
MessageBody: chat1.NewMessageBodyWithText(chat1.MessageText{
Body: "hi",
}),
}, 0, nil)
require.NoError(t, err)
select {
case <-listener.incomingRemote:
case <-time.After(20 * time.Second):
require.Fail(t, "event not received")
}
require.Equal(t, 1, len(listener.obidsRemote), "wrong length")
require.Equal(t, obid, listener.obidsRemote[0], "wrong obid")
}
type sentRecord struct {
msgID *chat1.MessageID
outboxID *chat1.OutboxID
}
func checkThread(t *testing.T, thread chat1.ThreadView, ref []sentRecord) {
require.Equal(t, len(ref), len(thread.Messages), "size not equal")
for index, msg := range thread.Messages {
rindex := len(ref) - index - 1
t.Logf("checking index: %d rindex: %d", index, rindex)
if ref[rindex].msgID != nil {
t.Logf("msgID: ref: %d actual: %d", *ref[rindex].msgID, thread.Messages[index].GetMessageID())
require.NotZero(t, msg.GetMessageID(), "missing message ID")
require.Equal(t, *ref[rindex].msgID, msg.GetMessageID(), "invalid message ID")
} else if ref[index].outboxID != nil {
t.Logf("obID: ref: %s actual: %s",
hex.EncodeToString(*ref[rindex].outboxID),
hex.EncodeToString(msg.Outbox().OutboxID))
require.Equal(t, *ref[rindex].outboxID, msg.Outbox().OutboxID, "invalid outbox ID")
} else {
require.Fail(t, "unknown ref type")
}
t.Logf("index %d succeeded", index)
}
}
func TestNonblockTimer(t *testing.T) {
ctx, world, ri, _, baseSender, listener := setupTest(t, 1)
defer world.Cleanup()
u := world.GetUsers()[0]
tc := world.Tcs[u.Username]
clock := world.Fc
trip := newConvTriple(ctx, t, tc, u.Username)
firstMessagePlaintext := chat1.MessagePlaintext{
ClientHeader: chat1.MessageClientHeader{
Conv: trip,
TlfName: u.Username,
TlfPublic: false,
MessageType: chat1.MessageType_TLFNAME,
},
MessageBody: chat1.MessageBody{},
}
firstMessageBoxed, _, _, _, _, err := baseSender.Prepare(ctx, firstMessagePlaintext,
chat1.ConversationMembersType_KBFS, nil)
require.NoError(t, err)
res, err := ri.NewConversationRemote2(ctx, chat1.NewConversationRemote2Arg{
IdTriple: trip,
TLFMessage: *firstMessageBoxed,
})
require.NoError(t, err)
// Send a bunch of blocking messages
var sentRef []sentRecord
for i := 0; i < 5; i++ {
_, msgBoxed, err := baseSender.Send(ctx, res.ConvID, chat1.MessagePlaintext{
ClientHeader: chat1.MessageClientHeader{
Conv: trip,
Sender: u.User.GetUID().ToBytes(),
TlfName: u.Username,
TlfPublic: false,
MessageType: chat1.MessageType_TEXT,
},
MessageBody: chat1.NewMessageBodyWithText(chat1.MessageText{
Body: "hi",
}),
}, 0, nil)
require.NoError(t, err)
msgID := msgBoxed.GetMessageID()
t.Logf("generated msgID: %d", msgID)
sentRef = append(sentRef, sentRecord{msgID: &msgID})
}
outbox := storage.NewOutbox(tc.Context(), u.User.GetUID().ToBytes())
outbox.SetClock(clock)
var obids []chat1.OutboxID
msgID := *sentRef[len(sentRef)-1].msgID
for i := 0; i < 5; i++ {
obr, err := outbox.PushMessage(ctx, res.ConvID, chat1.MessagePlaintext{
ClientHeader: chat1.MessageClientHeader{
Conv: trip,
Sender: u.User.GetUID().ToBytes(),
TlfName: u.Username,
TlfPublic: false,
MessageType: chat1.MessageType_TEXT,
OutboxInfo: &chat1.OutboxInfo{
Prev: msgID,
},
},
MessageBody: chat1.NewMessageBodyWithText(chat1.MessageText{
Body: "hi",
}),
}, nil, keybase1.TLFIdentifyBehavior_CHAT_CLI)
obid := obr.OutboxID
t.Logf("generated obid: %s prev: %d", hex.EncodeToString(obid), msgID)
require.NoError(t, err)
sentRef = append(sentRef, sentRecord{outboxID: &obid})
obids = append(obids, obid)
}
// Make we get nothing until timer is up
select {
case <-listener.incomingRemote:
require.Fail(t, "action event received too soon")
default:
}
select {
case <-listener.failing:
require.Fail(t, "failed message")
default:
}
// Send a bunch of blocking messages
for i := 0; i < 5; i++ {
_, msgBoxed, err := baseSender.Send(ctx, res.ConvID, chat1.MessagePlaintext{
ClientHeader: chat1.MessageClientHeader{
Conv: trip,
Sender: u.User.GetUID().ToBytes(),
TlfName: u.Username,
TlfPublic: false,
MessageType: chat1.MessageType_TEXT,
},
MessageBody: chat1.NewMessageBodyWithText(chat1.MessageText{
Body: "hi",
}),
}, 0, nil)
require.NoError(t, err)
msgID := msgBoxed.GetMessageID()
t.Logf("generated msgID: %d", msgID)
sentRef = append(sentRef, sentRecord{msgID: &msgID})
}
// Check get thread, make sure it makes sense
typs := []chat1.MessageType{chat1.MessageType_TEXT}
tres, err := tc.ChatG.ConvSource.Pull(ctx, res.ConvID, u.User.GetUID().ToBytes(),
chat1.GetThreadReason_GENERAL,
&chat1.GetThreadQuery{MessageTypes: typs}, nil)
tres.Messages = utils.FilterByType(tres.Messages, &chat1.GetThreadQuery{MessageTypes: typs}, true)
t.Logf("source size: %d", len(tres.Messages))
require.NoError(t, err)
checkThread(t, tres, sentRef)
clock.Advance(5 * time.Minute)
// Should get a blast of all 5
var olen int
for i := 0; i < 5; i++ {
select {
case olen = <-listener.incomingRemote:
case <-time.After(20 * time.Second):
require.Fail(t, "event not received")
}
t.Logf("OUTBOXID: %s", obids[i])
require.Equal(t, i+1, olen, "wrong length")
require.Equal(t, listener.obidsRemote[i], obids[i], "wrong obid")
}
// Make sure it is really empty
clock.Advance(5 * time.Minute)
select {
case <-listener.incomingRemote:
require.Fail(t, "action event received too soon")
default:
}
}
type FailingSender struct {
}
var _ types.Sender = (*FailingSender)(nil)
func (f FailingSender) Send(ctx context.Context, convID chat1.ConversationID,
msg chat1.MessagePlaintext, clientPrev chat1.MessageID, outboxID *chat1.OutboxID) (chat1.OutboxID, *chat1.MessageBoxed, error) {
return chat1.OutboxID{}, nil, fmt.Errorf("I always fail!!!!")
}
func (f FailingSender) Prepare(ctx context.Context, msg chat1.MessagePlaintext,
membersType chat1.ConversationMembersType, convID *chat1.Conversation) (*chat1.MessageBoxed, []chat1.Asset, []gregor1.UID, chat1.ChannelMention, *chat1.TopicNameState, error) {
return nil, nil, nil, chat1.ChannelMention_NONE, nil, nil
}
func recordCompare(t *testing.T, obids []chat1.OutboxID, obrs []chat1.OutboxRecord) {
require.Equal(t, len(obids), len(obrs), "wrong length")
for i := 0; i < len(obids); i++ {
require.Equal(t, obids[i], obrs[i].OutboxID)
}
}
func TestFailingSender(t *testing.T) {
ctx, world, ri, sender, _, listener := setupTest(t, 1)
defer world.Cleanup()
u := world.GetUsers()[0]
tc := userTc(t, world, u)
trip := newConvTriple(ctx, t, tc, u.Username)
res, err := ri.NewConversationRemote2(context.TODO(), chat1.NewConversationRemote2Arg{
IdTriple: trip,
TLFMessage: chat1.MessageBoxed{
ClientHeader: chat1.MessageClientHeader{
Conv: trip,
TlfName: u.Username,
TlfPublic: false,
},
KeyGeneration: 1,
},
})
require.NoError(t, err)
tc.ChatG.MessageDeliverer.(*Deliverer).SetSender(FailingSender{})
// Send nonblock
var obids []chat1.OutboxID
for i := 0; i < 5; i++ {
obid, _, err := sender.Send(context.TODO(), res.ConvID, chat1.MessagePlaintext{
ClientHeader: chat1.MessageClientHeader{
Conv: trip,
Sender: u.User.GetUID().ToBytes(),
TlfName: u.Username,
TlfPublic: false,
},
}, 0, nil)
require.NoError(t, err)
obids = append(obids, obid)
}
for i := 0; i < deliverMaxAttempts; i++ {
tc.ChatG.MessageDeliverer.ForceDeliverLoop(context.TODO())
}
var recvd []chat1.OutboxRecord
for {
select {
case fid := <-listener.failing:
recvd = append(recvd, fid...)
case <-time.After(20 * time.Second):
require.Fail(t, "event not received", "len(recvd): %d", len(recvd))
}
if len(recvd) >= len(obids) {
break
}
}
require.Equal(t, len(obids), len(recvd), "invalid length")
recordCompare(t, obids, recvd)
state, err := recvd[0].State.State()
require.NoError(t, err)
require.Equal(t, chat1.OutboxStateType_ERROR, state, "wrong state type")
}
func TestOutboxItemExpiration(t *testing.T) {
ctx, world, ri, sender, baseSender, listener := setupTest(t, 1)
defer world.Cleanup()
u := world.GetUsers()[0]
uid := u.User.GetUID().ToBytes()
cl := world.Fc
tc := userTc(t, world, u)
conv := newBlankConv(ctx, t, tc, uid, ri, baseSender, u.Username)
tc.ChatG.MessageDeliverer.Disconnected(ctx)
tc.ChatG.MessageDeliverer.(*Deliverer).SetSender(baseSender)
obid, _, err := sender.Send(ctx, conv.GetConvID(), chat1.MessagePlaintext{
ClientHeader: chat1.MessageClientHeader{
Conv: conv.Metadata.IdTriple,
Sender: u.User.GetUID().ToBytes(),
TlfName: u.Username,
TlfPublic: false,
MessageType: chat1.MessageType_TEXT,
},
MessageBody: chat1.NewMessageBodyWithText(chat1.MessageText{
Body: "hi",
}),
}, 0, nil)
require.NoError(t, err)
cl.Advance(2 * time.Hour)
tc.ChatG.MessageDeliverer.Connected(ctx)
select {
case f := <-listener.failing:
require.Len(t, f, 1)
require.Equal(t, obid, f[0].OutboxID)
st, err := f[0].State.State()
require.NoError(t, err)
require.Equal(t, chat1.OutboxStateType_ERROR, st)
require.Equal(t, chat1.OutboxErrorType_EXPIRED, f[0].State.Error().Typ)
case <-time.After(20 * time.Second):
require.Fail(t, "no failing message")
}
select {
case <-listener.incomingRemote:
require.Fail(t, "no incoming message")
default:
}
outbox := storage.NewOutbox(tc.Context(), uid)
outbox.SetClock(cl)
_, err = outbox.RetryMessage(ctx, obid, nil)
require.NoError(t, err)
tc.ChatG.MessageDeliverer.ForceDeliverLoop(ctx)
select {
case i := <-listener.incomingRemote:
require.Equal(t, 1, i)
case <-time.After(20 * time.Second):
require.Fail(t, "no success")
}
select {
case <-listener.failing:
require.Fail(t, "no failing message")
default:
}
}
func TestDisconnectedFailure(t *testing.T) {
ctx, world, ri, sender, baseSender, listener := setupTest(t, 1)
defer world.Cleanup()
u := world.GetUsers()[0]
uid := u.User.GetUID().ToBytes()
cl := world.Fc
tc := userTc(t, world, u)
conv := newBlankConv(ctx, t, tc, uid, ri, baseSender, u.Username)
tc.ChatG.MessageDeliverer.Disconnected(ctx)
tc.ChatG.MessageDeliverer.(*Deliverer).SetSender(baseSender)
mkMsg := func() chat1.MessagePlaintext {
return chat1.MessagePlaintext{
ClientHeader: chat1.MessageClientHeader{
Conv: conv.Metadata.IdTriple,
Sender: uid,
TlfName: u.Username,
TlfPublic: false,
MessageType: chat1.MessageType_TEXT,
},
MessageBody: chat1.NewMessageBodyWithText(chat1.MessageText{
Body: "hi",
}),
}
}
// If not offline for long enough, we should be able to get a send by just reconnecting
obid, _, err := sender.Send(ctx, conv.GetConvID(), mkMsg(), 0, nil)
require.NoError(t, err)
cl.Advance(time.Millisecond)
select {
case <-listener.failing:
require.Fail(t, "no failed message")
default:
}
tc.ChatG.MessageDeliverer.Connected(ctx)
select {
case inc := <-listener.incomingRemote:
require.Equal(t, 1, inc)
require.Equal(t, obid, listener.obidsRemote[0])
case <-time.After(20 * time.Second):
require.Fail(t, "no incoming message")
}
listener.obidsRemote = nil
tc.ChatG.MessageDeliverer.Disconnected(ctx)
tc.ChatG.MessageDeliverer.(*Deliverer).SetSender(FailingSender{})
cl.Advance(time.Hour)
// Send nonblock
obids := []chat1.OutboxID{}
for i := 0; i < 3; i++ {
obid, _, err = sender.Send(ctx, conv.GetConvID(), mkMsg(), 0, nil)
require.NoError(t, err)
obids = append(obids, obid)
cl.Advance(time.Millisecond)
}
var allrecvd []chat1.OutboxRecord
var recvd []chat1.OutboxRecord
appendUnique := func(a []chat1.OutboxRecord, r []chat1.OutboxRecord) (res []chat1.OutboxRecord) {
m := make(map[string]bool)
for _, i := range a {
m[hex.EncodeToString(i.OutboxID)] = true
res = append(res, i)
}
for _, i := range r {
if !m[hex.EncodeToString(i.OutboxID)] {
res = append(res, i)
}
}
return res
}
for {
select {
case recvd = <-listener.failing:
allrecvd = appendUnique(allrecvd, recvd)
if len(allrecvd) >= len(obids) {
break
}
continue
case <-time.After(20 * time.Second):
require.Fail(t, "timeout in failing loop")
}
break
}
require.Equal(t, len(obids), len(allrecvd), "invalid length")
recordCompare(t, obids, allrecvd)
t.Logf("reconnecting and checking for successes")
<-tc.ChatG.MessageDeliverer.Stop(ctx)
<-tc.ChatG.MessageDeliverer.Stop(ctx)
tc.ChatG.MessageDeliverer.(*Deliverer).SetSender(baseSender)
outbox := storage.NewOutbox(tc.Context(), u.User.GetUID().ToBytes())
outbox.SetClock(cl)
for _, obid := range obids {
_, err = outbox.RetryMessage(ctx, obid, nil)
require.NoError(t, err)
}
tc.ChatG.MessageDeliverer.Start(ctx, u.User.GetUID().ToBytes())
tc.ChatG.MessageDeliverer.Connected(ctx)
for {
select {
case inc := <-listener.incomingRemote:
if inc >= len(obids) {
break
}
continue
case <-time.After(20 * time.Second):
require.Fail(t, "timeout in incoming loop")
}
break
}
require.Equal(t, len(obids), len(listener.obidsRemote), "wrong amount of successes")
require.Equal(t, listener.obidsRemote, obids)
}
// The sender is responsible for making sure that a deletion of a single
// message is expanded to include all of its edits.
func TestDeletionHeaders(t *testing.T) {
ctx, world, ri, _, blockingSender, _ := setupTest(t, 1)
defer world.Cleanup()
u := world.GetUsers()[0]
uid := u.User.GetUID().ToBytes()
tc := userTc(t, world, u)
conv := newBlankConv(ctx, t, tc, uid, ri, blockingSender, u.Username)
// Send a message and two edits.
_, firstMessageBoxed, err := blockingSender.Send(ctx, conv.GetConvID(), chat1.MessagePlaintext{
ClientHeader: chat1.MessageClientHeader{
Conv: conv.Metadata.IdTriple,
Sender: u.User.GetUID().ToBytes(),
TlfName: u.Username,
MessageType: chat1.MessageType_TEXT,
},
MessageBody: chat1.NewMessageBodyWithText(chat1.MessageText{Body: "foo"}),
}, 0, nil)
require.NoError(t, err)
firstMessageID := firstMessageBoxed.GetMessageID()
_, editBoxed, err := blockingSender.Send(ctx, conv.GetConvID(), chat1.MessagePlaintext{
ClientHeader: chat1.MessageClientHeader{
Conv: conv.Metadata.IdTriple,
Sender: u.User.GetUID().ToBytes(),
TlfName: u.Username,
MessageType: chat1.MessageType_EDIT,
Supersedes: firstMessageID,
},
MessageBody: chat1.NewMessageBodyWithEdit(chat1.MessageEdit{MessageID: firstMessageID, Body: "bar"}),
}, 0, nil)
require.NoError(t, err)
editID := editBoxed.GetMessageID()
_, editBoxed2, err := blockingSender.Send(ctx, conv.GetConvID(), chat1.MessagePlaintext{
ClientHeader: chat1.MessageClientHeader{
Conv: conv.Metadata.IdTriple,
Sender: u.User.GetUID().ToBytes(),
TlfName: u.Username,
MessageType: chat1.MessageType_EDIT,
Supersedes: firstMessageID,
},
MessageBody: chat1.NewMessageBodyWithEdit(chat1.MessageEdit{MessageID: firstMessageID, Body: "baz"}),
}, 0, nil)
require.NoError(t, err)
editID2 := editBoxed2.GetMessageID()
// Now prepare a deletion.
deletion := chat1.MessagePlaintext{
ClientHeader: chat1.MessageClientHeader{
Conv: conv.Metadata.IdTriple,
Sender: u.User.GetUID().ToBytes(),
TlfName: u.Username,
MessageType: chat1.MessageType_DELETE,
Supersedes: firstMessageID,
},
MessageBody: chat1.NewMessageBodyWithDelete(chat1.MessageDelete{MessageIDs: []chat1.MessageID{firstMessageID}}),
}
preparedDeletion, _, _, _, _, err := blockingSender.Prepare(ctx, deletion,
chat1.ConversationMembersType_KBFS, &conv)
require.NoError(t, err)
// Assert that the deletion gets the edit too.
deletedIDs := map[chat1.MessageID]bool{}
for _, id := range preparedDeletion.ClientHeader.Deletes {
deletedIDs[id] = true
}
if len(deletedIDs) != 3 {
t.Fatalf("expected 3 deleted IDs, found %d", len(deletedIDs))
}
if !deletedIDs[firstMessageID] {
t.Fatalf("expected message #%d to be deleted", firstMessageID)
}
if !deletedIDs[editID] {
t.Fatalf("expected message #%d to be deleted", editID)
}
if !deletedIDs[editID2] {
t.Fatalf("expected message #%d to be deleted", editID2)
}
}
func TestAtMentionsText(t *testing.T) {
ctx, world, ri, _, blockingSender, _ := setupTest(t, 3)
defer world.Cleanup()
u := world.GetUsers()[0]
u1 := world.GetUsers()[1]
u2 := world.GetUsers()[2]
uid := u.User.GetUID().ToBytes()
uid1 := u1.User.GetUID().ToBytes()
uid2 := u2.User.GetUID().ToBytes()
tc := userTc(t, world, u)
conv := newBlankConv(ctx, t, tc, uid, ri, blockingSender, u.Username)
text := fmt.Sprintf("@%s hello! From @%s. @ksjdskj", u1.Username, u2.Username)
t.Logf("text: %s", text)
_, _, atMentions, chanMention, _, err := blockingSender.Prepare(ctx, chat1.MessagePlaintext{
ClientHeader: chat1.MessageClientHeader{
Conv: conv.Metadata.IdTriple,
Sender: uid,
TlfName: u.Username,
MessageType: chat1.MessageType_TEXT,
},
MessageBody: chat1.NewMessageBodyWithText(chat1.MessageText{
Body: text,
}),
}, chat1.ConversationMembersType_KBFS, &conv)
require.NoError(t, err)
require.Equal(t, []gregor1.UID{uid1, uid2}, atMentions)
require.Equal(t, chat1.ChannelMention_NONE, chanMention)
text = "Hello @channel!"
_, _, atMentions, chanMention, _, err = blockingSender.Prepare(ctx, chat1.MessagePlaintext{
ClientHeader: chat1.MessageClientHeader{
Conv: conv.Metadata.IdTriple,
Sender: uid,
TlfName: u.Username,
MessageType: chat1.MessageType_TEXT,
},
MessageBody: chat1.NewMessageBodyWithText(chat1.MessageText{
Body: text,
}),
}, chat1.ConversationMembersType_KBFS, &conv)
require.NoError(t, err)
require.Zero(t, len(atMentions))
require.Equal(t, chat1.ChannelMention_ALL, chanMention)
}
func TestAtMentionsEdit(t *testing.T) {
ctx, world, ri, _, blockingSender, _ := setupTest(t, 3)
defer world.Cleanup()
u := world.GetUsers()[0]
u1 := world.GetUsers()[1]
u2 := world.GetUsers()[2]
uid := u.User.GetUID().ToBytes()
uid1 := u1.User.GetUID().ToBytes()
uid2 := u2.User.GetUID().ToBytes()
tc := userTc(t, world, u)
conv := newBlankConv(ctx, t, tc, uid, ri, blockingSender, u.Username)
text := fmt.Sprintf("%s hello! From %s. @ksjdskj", u1.Username, u2.Username)
t.Logf("text: %s", text)
_, firstMessageBoxed, err := blockingSender.Send(ctx, conv.GetConvID(), chat1.MessagePlaintext{
ClientHeader: chat1.MessageClientHeader{
Conv: conv.Metadata.IdTriple,
Sender: uid,
TlfName: u.Username,
MessageType: chat1.MessageType_TEXT,
},
MessageBody: chat1.NewMessageBodyWithText(chat1.MessageText{
Body: text,
}),
}, 0, nil)
require.NoError(t, err)
// edit that message and add atMentions
text = fmt.Sprintf("@%s hello! From @%s. @ksjdskj", u1.Username, u2.Username)
firstMessageID := firstMessageBoxed.GetMessageID()
_, _, atMentions, chanMention, _, err := blockingSender.Prepare(ctx, chat1.MessagePlaintext{
ClientHeader: chat1.MessageClientHeader{
Conv: conv.Metadata.IdTriple,
Sender: u.User.GetUID().ToBytes(),
TlfName: u.Username,
MessageType: chat1.MessageType_EDIT,
Supersedes: firstMessageID,
},
MessageBody: chat1.NewMessageBodyWithEdit(chat1.MessageEdit{
MessageID: firstMessageID,
Body: text,
}),
}, chat1.ConversationMembersType_KBFS, &conv)
require.NoError(t, err)
require.Equal(t, []gregor1.UID{uid1, uid2}, atMentions)
require.Equal(t, chat1.ChannelMention_NONE, chanMention)
// edit the message and add channel mention
text = "Hello @channel!"
_, _, atMentions, chanMention, _, err = blockingSender.Prepare(ctx, chat1.MessagePlaintext{
ClientHeader: chat1.MessageClientHeader{
Conv: conv.Metadata.IdTriple,
Sender: uid,
TlfName: u.Username,
MessageType: chat1.MessageType_EDIT,
Supersedes: firstMessageID,
},
MessageBody: chat1.NewMessageBodyWithEdit(chat1.MessageEdit{
MessageID: firstMessageID,
Body: text,
}),
}, chat1.ConversationMembersType_KBFS, &conv)
require.NoError(t, err)
require.Zero(t, len(atMentions))
require.Equal(t, chat1.ChannelMention_ALL, chanMention)
}
func TestKBFSFileEditSize(t *testing.T) {
runWithMemberTypes(t, func(mt chat1.ConversationMembersType) {
switch mt {
case chat1.ConversationMembersType_IMPTEAMNATIVE, chat1.ConversationMembersType_TEAM:
default:
return
}
ctx, world, ri, _, blockingSender, _ := setupTest(t, 1)
defer world.Cleanup()
u := world.GetUsers()[0]
uid := u.User.GetUID().ToBytes()
tlfName := u.Username
tc := userTc(t, world, u)
conv, err := NewConversation(ctx, tc.Context(), uid, tlfName, nil, chat1.TopicType_KBFSFILEEDIT,
chat1.ConversationMembersType_IMPTEAMNATIVE, keybase1.TLFVisibility_PRIVATE,
func() chat1.RemoteInterface { return ri })
require.NoError(t, err)
body := strings.Repeat("M", 100000)
_, _, err = blockingSender.Send(ctx, conv.GetConvID(), chat1.MessagePlaintext{
ClientHeader: chat1.MessageClientHeader{
Sender: uid,
TlfName: tlfName,
MessageType: chat1.MessageType_TEXT,
},
MessageBody: chat1.NewMessageBodyWithText(chat1.MessageText{Body: body}),
}, 0, nil)
require.NoError(t, err)
})
}
func TestKBFSCryptKeysBit(t *testing.T) {
runWithMemberTypes(t, func(mt chat1.ConversationMembersType) {
ctx, world, ri, _, blockingSender, _ := setupTest(t, 1)
defer world.Cleanup()
u := world.GetUsers()[0]
uid := u.User.GetUID().ToBytes()
tc := userTc(t, world, u)
var name string
switch mt {
case chat1.ConversationMembersType_TEAM:
name = createTeam(tc.TestContext)
default:
name = u.Username
}
conv := newBlankConvWithMembersType(ctx, t, tc, uid, ri, blockingSender, name, mt)
_, _, err := blockingSender.Send(ctx, conv.GetConvID(), chat1.MessagePlaintext{
ClientHeader: chat1.MessageClientHeader{
Conv: conv.Metadata.IdTriple,
Sender: uid,
TlfName: name,
MessageType: chat1.MessageType_TEXT,
},
MessageBody: chat1.NewMessageBodyWithText(chat1.MessageText{Body: "foo"}),
}, 0, nil)
require.NoError(t, err)
tv, err := tc.ChatG.ConvSource.Pull(ctx, conv.GetConvID(), uid,