func TestChangeIndexAddSet(t *testing.T) {
base.EnableLogKey("DIndex+")
changeIndex, bucket := testKvChangeIndex("indexBucket")
defer changeIndex.Stop()
entries := make([]*LogEntry, 1000)
for vb := 0; vb < 1000; vb++ {
entries[vb] = channelEntry(uint16(vb), 1, fmt.Sprintf("foo%d", vb), "1-a", []string{"ABC"})
}
indexPartitions := testPartitionMap()
channelStorage := NewChannelStorage(bucket, "", indexPartitions)
changeIndex.writer.indexEntries(entries, indexPartitions.VbMap, channelStorage)
// wait for add to complete
time.Sleep(50 * time.Millisecond)
// Verify channel clocks
channelClock := base.SequenceClockImpl{}
chanClockBytes, _, err := bucket.GetRaw(getChannelClockKey("ABC"))
err = channelClock.Unmarshal(chanClockBytes)
assertNoError(t, err, "Unmarshal channel clock sequence")
starChannelClock := base.SequenceClockImpl{}
chanClockBytes, _, err = bucket.GetRaw(getChannelClockKey("*"))
err = starChannelClock.Unmarshal(chanClockBytes)
for vb := uint16(0); vb < 1000; vb++ {
assert.Equals(t, channelClock.GetSequence(vb), uint64(1))
assert.Equals(t, starChannelClock.GetSequence(vb), uint64(1))
}
}
func TestChangeIndexAddEntry(t *testing.T) {
base.EnableLogKey("DIndex+")
changeIndex, bucket := testKvChangeIndex("indexBucket")
defer changeIndex.Stop()
changeIndex.writer.addToCache(channelEntry(1, 1, "foo1", "1-a", []string{"ABC", "CBS"}))
// wait for add
time.Sleep(50 * time.Millisecond)
// Verify entry
var entry LogEntry
entryBytes, _, err := bucket.GetRaw("_idx_entry:1:1")
assert.True(t, err == nil)
json.Unmarshal(entryBytes, &entry)
assert.Equals(t, entry.DocID, "foo1")
assert.Equals(t, entry.Sequence, uint64(1))
assert.Equals(t, entry.RevID, "1-a")
// Verify Channel Index Block
partitions, err := changeIndex.getIndexPartitions()
assertNoError(t, err, "Get index partitions")
block := NewIndexBlock("ABC", 1, 1, partitions)
blockBytes, _, err := bucket.GetRaw(getIndexBlockKey("ABC", 0, 0))
bucket.Dump()
err = block.Unmarshal(blockBytes)
assertNoError(t, err, "Unmarshal block")
allEntries := block.GetAllEntries()
assert.Equals(t, len(allEntries), 1)
// Verify stable sequence
stableClock, err := changeIndex.GetStableClock(false)
assertNoError(t, err, "Get stable clock")
assert.Equals(t, stableClock.GetSequence(1), uint64(1))
assert.Equals(t, stableClock.GetSequence(2), uint64(0))
// Verify channel sequences
channelClock := base.SequenceClockImpl{}
chanClockBytes, _, err := bucket.GetRaw(getChannelClockKey("ABC"))
log.Println("key:", getChannelClockKey("ABC"))
log.Println("bytes:", chanClockBytes)
err = channelClock.Unmarshal(chanClockBytes)
log.Println("chan ABC", channelClock.GetSequence(1))
assertNoError(t, err, "Unmarshal channel clock sequence")
assert.Equals(t, channelClock.GetSequence(1), uint64(1))
assert.Equals(t, channelClock.GetSequence(2), uint64(0))
channelClock = base.SequenceClockImpl{}
chanClockBytes, _, err = bucket.GetRaw(getChannelClockKey("CBS"))
err = channelClock.Unmarshal(chanClockBytes)
assertNoError(t, err, "Unmarshal channel clock sequence")
assert.Equals(t, channelClock.GetSequence(1), uint64(1))
assert.Equals(t, channelClock.GetSequence(2), uint64(0))
}
