mirror of
https://github.com/zrepl/zrepl.git
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1c270b7e39
This is a stop-gap solution until we re-write the pruner to support
rules for removing step holds.
Note that disabling step holds for incremental sends does not affect
zrepl's guarantee that incremental replication is always possible:
Suppose you yank the external drive during an incremental @from -> @to step:
* restarting that step or future incrementals @from -> @to_later` will be possible
because the replication cursor bookmark points to @from until the step is complete
* resuming @from -> @to will work as long as the pruner on your internal pool doesn't come around to destroy @to.
* in that case, the replication algorithm should determine that the resumable state
on the receiving side isuseless because @to no longer exists on the sending side,
and consequently clear it, and restart an incremental step @from -> @to_later
refs #288
554 lines
18 KiB
Go
554 lines
18 KiB
Go
package tests
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import (
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"context"
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"fmt"
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"io"
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"path"
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"sort"
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"github.com/kr/pretty"
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"github.com/stretchr/testify/require"
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"github.com/zrepl/zrepl/daemon/filters"
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"github.com/zrepl/zrepl/endpoint"
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"github.com/zrepl/zrepl/platformtest"
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"github.com/zrepl/zrepl/replication"
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"github.com/zrepl/zrepl/replication/logic"
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"github.com/zrepl/zrepl/replication/logic/pdu"
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"github.com/zrepl/zrepl/replication/report"
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"github.com/zrepl/zrepl/util/limitio"
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"github.com/zrepl/zrepl/zfs"
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)
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// mimics the replication invocations of an active-side job
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// for a single sender-receiver filesystem pair
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//
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// each invocation of method Do results in the construction
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// of a new sender and receiver instance and one blocking invocation
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// of the replication engine without encryption
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type replicationInvocation struct {
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sjid, rjid endpoint.JobID
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sfs string
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rfsRoot string
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interceptSender func(e *endpoint.Sender) logic.Sender
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disableIncrementalStepHolds bool
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}
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func (i replicationInvocation) Do(ctx *platformtest.Context) *report.Report {
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if i.interceptSender == nil {
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i.interceptSender = func(e *endpoint.Sender) logic.Sender { return e }
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}
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sfilter := filters.NewDatasetMapFilter(1, true)
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err := sfilter.Add(i.sfs, "ok")
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require.NoError(ctx, err)
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sender := i.interceptSender(endpoint.NewSender(endpoint.SenderConfig{
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FSF: sfilter.AsFilter(),
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Encrypt: &zfs.NilBool{B: false},
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DisableIncrementalStepHolds: i.disableIncrementalStepHolds,
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JobID: i.sjid,
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}))
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receiver := endpoint.NewReceiver(endpoint.ReceiverConfig{
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JobID: i.rjid,
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AppendClientIdentity: false,
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RootWithoutClientComponent: mustDatasetPath(i.rfsRoot),
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UpdateLastReceivedHold: true,
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})
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plannerPolicy := logic.PlannerPolicy{
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EncryptedSend: logic.TriFromBool(false),
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}
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report, wait := replication.Do(
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ctx,
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logic.NewPlanner(nil, nil, sender, receiver, plannerPolicy),
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)
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wait(true)
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return report()
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}
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func (i replicationInvocation) ReceiveSideFilesystem() string {
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return path.Join(i.rfsRoot, i.sfs)
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}
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func ReplicationIncrementalIsPossibleIfCommonSnapshotIsDestroyed(ctx *platformtest.Context) {
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platformtest.Run(ctx, platformtest.PanicErr, ctx.RootDataset, `
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CREATEROOT
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+ "sender"
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+ "sender@1"
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+ "receiver"
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R zfs create -p "${ROOTDS}/receiver/${ROOTDS}"
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`)
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sjid := endpoint.MustMakeJobID("sender-job")
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rjid := endpoint.MustMakeJobID("receiver-job")
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sfs := ctx.RootDataset + "/sender"
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rfsRoot := ctx.RootDataset + "/receiver"
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snap1 := fsversion(ctx, sfs, "@1")
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rep := replicationInvocation{
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sjid: sjid,
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rjid: rjid,
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sfs: sfs,
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rfsRoot: rfsRoot,
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disableIncrementalStepHolds: false,
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}
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rfs := rep.ReceiveSideFilesystem()
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// first replication
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report := rep.Do(ctx)
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ctx.Logf("\n%s", pretty.Sprint(report))
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// assert @1 exists on receiver
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_ = fsversion(ctx, rfs, "@1")
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// cut off the common base between sender and receiver
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// (replication engine guarantees resumability through bookmarks)
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err := zfs.ZFSDestroy(ctx, snap1.FullPath(sfs))
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require.NoError(ctx, err)
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// assert that the replication cursor has been created
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snap1CursorName, err := endpoint.ReplicationCursorBookmarkName(sfs, snap1.Guid, sjid)
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require.NoError(ctx, err)
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snap1CursorInfo, err := zfs.ZFSGetFilesystemVersion(ctx, sfs+"#"+snap1CursorName)
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require.NoError(ctx, err)
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require.True(ctx, snap1CursorInfo.IsBookmark())
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// second replication of a new snapshot, should use the cursor
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mustSnapshot(ctx, sfs+"@2")
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report = rep.Do(ctx)
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ctx.Logf("\n%s", pretty.Sprint(report))
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_ = fsversion(ctx, rfs, "@2")
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}
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func ReplicationIncrementalCleansUpStaleAbstractionsWithCacheOnSecondReplication(ctx *platformtest.Context) {
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implReplicationIncrementalCleansUpStaleAbstractions(ctx, true)
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}
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func ReplicationIncrementalCleansUpStaleAbstractionsWithoutCacheOnSecondReplication(ctx *platformtest.Context) {
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implReplicationIncrementalCleansUpStaleAbstractions(ctx, false)
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}
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func implReplicationIncrementalCleansUpStaleAbstractions(ctx *platformtest.Context, invalidateCacheBeforeSecondReplication bool) {
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platformtest.Run(ctx, platformtest.PanicErr, ctx.RootDataset, `
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CREATEROOT
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+ "sender"
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+ "sender@1"
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+ "sender@2"
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+ "sender#2" "sender@2"
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+ "sender@3"
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+ "receiver"
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R zfs create -p "${ROOTDS}/receiver/${ROOTDS}"
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`)
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sjid := endpoint.MustMakeJobID("sender-job")
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ojid := endpoint.MustMakeJobID("other-job")
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rjid := endpoint.MustMakeJobID("receiver-job")
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sfs := ctx.RootDataset + "/sender"
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rfsRoot := ctx.RootDataset + "/receiver"
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rep := replicationInvocation{
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sjid: sjid,
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rjid: rjid,
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sfs: sfs,
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rfsRoot: rfsRoot,
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disableIncrementalStepHolds: false,
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}
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rfs := rep.ReceiveSideFilesystem()
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// first replication
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report := rep.Do(ctx)
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ctx.Logf("\n%s", pretty.Sprint(report))
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// assert most recent send-side version @3 exists on receiver (=replication succeeded)
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rSnap3 := fsversion(ctx, rfs, "@3")
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// assert the source-side versions not managed by zrepl still exist
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snap1 := fsversion(ctx, sfs, "@1")
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snap2 := fsversion(ctx, sfs, "@2")
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_ = fsversion(ctx, sfs, "#2") // non-replicationc-cursor bookmarks should not be affected
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snap3 := fsversion(ctx, sfs, "@3")
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// assert a replication cursor is in place
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snap3CursorName, err := endpoint.ReplicationCursorBookmarkName(sfs, snap3.Guid, sjid)
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require.NoError(ctx, err)
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_ = fsversion(ctx, sfs, "#"+snap3CursorName)
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// assert a last-received hold is in place
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expectRjidHoldTag, err := endpoint.LastReceivedHoldTag(rjid)
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require.NoError(ctx, err)
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holds, err := zfs.ZFSHolds(ctx, rfs, rSnap3.Name)
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require.NoError(ctx, err)
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require.Contains(ctx, holds, expectRjidHoldTag)
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// create artifical stale replication cursors & step holds
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createArtificalStaleAbstractions := func(jobId endpoint.JobID) []endpoint.Abstraction {
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snap2Cursor, err := endpoint.CreateReplicationCursor(ctx, sfs, snap2, jobId) // no shadow
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require.NoError(ctx, err)
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// create artifical stale step holds jobId
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snap1Hold, err := endpoint.HoldStep(ctx, sfs, snap1, jobId) // no shadow
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require.NoError(ctx, err)
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snap2Hold, err := endpoint.HoldStep(ctx, sfs, snap2, jobId) // no shadow
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require.NoError(ctx, err)
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return []endpoint.Abstraction{snap2Cursor, snap1Hold, snap2Hold}
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}
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createArtificalStaleAbstractions(sjid)
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ojidSendAbstractions := createArtificalStaleAbstractions(ojid)
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snap3ojidLastReceivedHold, err := endpoint.CreateLastReceivedHold(ctx, rfs, fsversion(ctx, rfs, "@3"), ojid)
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require.NoError(ctx, err)
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require.True(ctx, zfs.FilesystemVersionEqualIdentity(fsversion(ctx, rfs, "@3"), snap3ojidLastReceivedHold.GetFilesystemVersion()))
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// take another 2 snapshots
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mustSnapshot(ctx, sfs+"@4")
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mustSnapshot(ctx, sfs+"@5")
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snap5 := fsversion(ctx, sfs, "@5")
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if invalidateCacheBeforeSecondReplication {
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endpoint.SendAbstractionsCacheInvalidate(sfs)
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}
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// do another replication
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// - ojid's abstractions should not be affected on either side
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// - stale abstractions of sjid and rjid should be cleaned up
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// - 1 replication cursors and 1 last-received hold should be present
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checkOjidAbstractionsExist := func() {
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var expectedOjidAbstractions []endpoint.Abstraction
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expectedOjidAbstractions = append(expectedOjidAbstractions, ojidSendAbstractions...)
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expectedOjidAbstractions = append(expectedOjidAbstractions, snap3ojidLastReceivedHold)
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sfsAndRfsFilter := filters.NewDatasetMapFilter(2, true)
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require.NoError(ctx, sfsAndRfsFilter.Add(sfs, "ok"))
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require.NoError(ctx, sfsAndRfsFilter.Add(rfs, "ok"))
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rAbs, rAbsErrs, err := endpoint.ListAbstractions(ctx, endpoint.ListZFSHoldsAndBookmarksQuery{
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FS: endpoint.ListZFSHoldsAndBookmarksQueryFilesystemFilter{Filter: sfsAndRfsFilter},
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JobID: &ojid,
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What: endpoint.AbstractionTypesAll,
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Concurrency: 1,
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})
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require.NoError(ctx, err)
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require.Len(ctx, rAbsErrs, 0)
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ctx.Logf("rAbs=%s", rAbs)
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ctx.Logf("expectedOjidAbstractions=%s", expectedOjidAbstractions)
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require.Equal(ctx, len(expectedOjidAbstractions), len(rAbs))
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for _, ea := range expectedOjidAbstractions {
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ctx.Logf("looking for %s %#v", ea, ea.GetFilesystemVersion())
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found := false
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for _, a := range rAbs {
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eq := endpoint.AbstractionEquals(ea, a)
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ctx.Logf("comp=%v for %s %#v", eq, a, a.GetFilesystemVersion())
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found = found || eq
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}
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require.True(ctx, found, "%s", ea)
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}
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}
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checkOjidAbstractionsExist()
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report = rep.Do(ctx)
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ctx.Logf("\n%s", pretty.Sprint(report))
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checkOjidAbstractionsExist()
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_ = fsversion(ctx, sfs, "@1")
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_ = fsversion(ctx, sfs, "@2")
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_ = fsversion(ctx, sfs, "#2")
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_ = fsversion(ctx, sfs, "@3")
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_ = fsversion(ctx, sfs, "@4")
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_ = fsversion(ctx, sfs, "@5")
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_ = fsversion(ctx, rfs, "@3")
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_ = fsversion(ctx, rfs, "@4")
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_ = fsversion(ctx, rfs, "@5")
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// check bookmark situation
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{
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sBms, err := zfs.ZFSListFilesystemVersions(ctx, mustDatasetPath(sfs), zfs.ListFilesystemVersionsOptions{
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Types: zfs.Bookmarks,
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})
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ctx.Logf("sbms=%s", sBms)
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require.NoError(ctx, err)
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snap5SjidCursorName, err := endpoint.ReplicationCursorBookmarkName(sfs, snap5.Guid, sjid)
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require.NoError(ctx, err)
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snap2SjidCursorName, err := endpoint.ReplicationCursorBookmarkName(sfs, snap2.Guid, sjid)
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require.NoError(ctx, err)
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snap2OjidCursorName, err := endpoint.ReplicationCursorBookmarkName(sfs, snap2.Guid, ojid)
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require.NoError(ctx, err)
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var bmNames []string
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for _, bm := range sBms {
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bmNames = append(bmNames, bm.Name)
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}
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if invalidateCacheBeforeSecondReplication {
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require.Len(ctx, sBms, 3)
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require.Contains(ctx, bmNames, snap5SjidCursorName)
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require.Contains(ctx, bmNames, snap2OjidCursorName)
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require.Contains(ctx, bmNames, "2")
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} else {
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require.Len(ctx, sBms, 4)
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require.Contains(ctx, bmNames, snap5SjidCursorName)
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require.Contains(ctx, bmNames, snap2SjidCursorName)
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require.Contains(ctx, bmNames, snap2OjidCursorName)
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require.Contains(ctx, bmNames, "2")
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}
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}
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// check last-received hold moved
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{
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rAbs, rAbsErrs, err := endpoint.ListAbstractions(ctx, endpoint.ListZFSHoldsAndBookmarksQuery{
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FS: endpoint.ListZFSHoldsAndBookmarksQueryFilesystemFilter{FS: &rfs},
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JobID: &rjid,
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What: endpoint.AbstractionTypesAll,
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Concurrency: 1,
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})
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require.NoError(ctx, err)
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require.Len(ctx, rAbsErrs, 0)
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require.Len(ctx, rAbs, 1)
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require.Equal(ctx, rAbs[0].GetType(), endpoint.AbstractionLastReceivedHold)
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require.Equal(ctx, *rAbs[0].GetJobID(), rjid)
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require.Equal(ctx, rAbs[0].GetFilesystemVersion().GetGuid(), snap5.GetGuid())
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}
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}
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type PartialSender struct {
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*endpoint.Sender
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failAfterByteCount int64
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}
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var _ logic.Sender = (*PartialSender)(nil)
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func (s *PartialSender) Send(ctx context.Context, r *pdu.SendReq) (r1 *pdu.SendRes, r2 io.ReadCloser, r3 error) {
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r1, r2, r3 = s.Sender.Send(ctx, r)
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r2 = limitio.ReadCloser(r2, s.failAfterByteCount)
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return r1, r2, r3
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}
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func ReplicationIsResumableFullSend__DisableIncrementalStepHolds_False(ctx *platformtest.Context) {
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implReplicationIsResumableFullSend(ctx, false)
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}
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func ReplicationIsResumableFullSend__DisableIncrementalStepHolds_True(ctx *platformtest.Context) {
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implReplicationIsResumableFullSend(ctx, true)
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}
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func implReplicationIsResumableFullSend(ctx *platformtest.Context, disableIncrementalStepHolds bool) {
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platformtest.Run(ctx, platformtest.PanicErr, ctx.RootDataset, `
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CREATEROOT
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+ "sender"
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+ "receiver"
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R zfs create -p "${ROOTDS}/receiver/${ROOTDS}"
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`)
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sjid := endpoint.MustMakeJobID("sender-job")
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rjid := endpoint.MustMakeJobID("receiver-job")
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sfs := ctx.RootDataset + "/sender"
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rfsRoot := ctx.RootDataset + "/receiver"
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sfsmp, err := zfs.ZFSGetMountpoint(ctx, sfs)
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require.NoError(ctx, err)
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require.True(ctx, sfsmp.Mounted)
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writeDummyData(path.Join(sfsmp.Mountpoint, "dummy.data"), 1<<22)
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mustSnapshot(ctx, sfs+"@1")
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snap1 := fsversion(ctx, sfs, "@1")
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rep := replicationInvocation{
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sjid: sjid,
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rjid: rjid,
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sfs: sfs,
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rfsRoot: rfsRoot,
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interceptSender: func(e *endpoint.Sender) logic.Sender {
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return &PartialSender{Sender: e, failAfterByteCount: 1 << 20}
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},
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disableIncrementalStepHolds: disableIncrementalStepHolds,
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}
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rfs := rep.ReceiveSideFilesystem()
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for i := 2; i < 10; i++ {
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report := rep.Do(ctx)
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ctx.Logf("\n%s", pretty.Sprint(report))
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// always attempt to destroy the incremental source
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err := zfs.ZFSDestroy(ctx, snap1.FullPath(sfs))
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if i < 4 {
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// we configured the PartialSender to fail after 1<<20 bytes
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// and we wrote dummy data 1<<22 bytes, thus at least
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// for the first 4 times this should not be possible
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// due to step holds
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require.Error(ctx, err)
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require.Contains(ctx, err.Error(), "dataset is busy")
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}
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// and create some additional snapshots that could
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// confuse a naive implementation that doesn't take into
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// account resume state when planning replication
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if i == 2 || i == 3 {
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// no significant size to avoid making this test run longer than necessary
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mustSnapshot(ctx, fmt.Sprintf("%s@%d", sfs, i))
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}
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require.Len(ctx, report.Attempts, 1)
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require.Nil(ctx, report.Attempts[0].PlanError)
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require.Len(ctx, report.Attempts[0].Filesystems, 1)
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if len(report.Attempts[0].Filesystems[0].Steps) == 0 {
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break
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}
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}
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// make sure all the filesystem versions we created
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// were replicated by the replication loop
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_ = fsversion(ctx, rfs, "@1")
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_ = fsversion(ctx, rfs, "@2")
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_ = fsversion(ctx, rfs, "@3")
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}
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func ReplicationIncrementalDestroysStepHoldsIffIncrementalStepHoldsAreDisabledButStepHoldsExist(ctx *platformtest.Context) {
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platformtest.Run(ctx, platformtest.PanicErr, ctx.RootDataset, `
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CREATEROOT
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+ "sender"
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+ "receiver"
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R zfs create -p "${ROOTDS}/receiver/${ROOTDS}"
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`)
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sjid := endpoint.MustMakeJobID("sender-job")
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rjid := endpoint.MustMakeJobID("receiver-job")
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sfs := ctx.RootDataset + "/sender"
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rfsRoot := ctx.RootDataset + "/receiver"
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// fully replicate snapshots @1
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{
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mustSnapshot(ctx, sfs+"@1")
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rep := replicationInvocation{
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sjid: sjid,
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rjid: rjid,
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sfs: sfs,
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rfsRoot: rfsRoot,
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disableIncrementalStepHolds: false,
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}
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rfs := rep.ReceiveSideFilesystem()
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report := rep.Do(ctx)
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ctx.Logf("\n%s", pretty.Sprint(report))
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// assert this worked (not the main subject of the test)
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_ = fsversion(ctx, rfs, "@1")
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}
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// create a large snapshot @2
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{
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sfsmp, err := zfs.ZFSGetMountpoint(ctx, sfs)
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require.NoError(ctx, err)
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require.True(ctx, sfsmp.Mounted)
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writeDummyData(path.Join(sfsmp.Mountpoint, "dummy.data"), 1<<22)
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mustSnapshot(ctx, sfs+"@2")
|
|
}
|
|
snap2sfs := fsversion(ctx, sfs, "@2")
|
|
|
|
// partially replicate snapshots @2 with step holds enabled
|
|
// to effect a step-holds situation
|
|
{
|
|
rep := replicationInvocation{
|
|
sjid: sjid,
|
|
rjid: rjid,
|
|
sfs: sfs,
|
|
rfsRoot: rfsRoot,
|
|
disableIncrementalStepHolds: false, // !
|
|
interceptSender: func(e *endpoint.Sender) logic.Sender {
|
|
return &PartialSender{Sender: e, failAfterByteCount: 1 << 20}
|
|
},
|
|
}
|
|
rfs := rep.ReceiveSideFilesystem()
|
|
report := rep.Do(ctx)
|
|
ctx.Logf("\n%s", pretty.Sprint(report))
|
|
// assert this partial receive worked
|
|
_, err := zfs.ZFSGetFilesystemVersion(ctx, rfs+"@2")
|
|
ctx.Logf("%T %s", err, err)
|
|
_, notFullyReceived := err.(*zfs.DatasetDoesNotExist)
|
|
require.True(ctx, notFullyReceived)
|
|
// assert step holds are in place
|
|
abs, absErrs, err := endpoint.ListAbstractions(ctx, endpoint.ListZFSHoldsAndBookmarksQuery{
|
|
FS: endpoint.ListZFSHoldsAndBookmarksQueryFilesystemFilter{
|
|
FS: &sfs,
|
|
},
|
|
Concurrency: 1,
|
|
JobID: &sjid,
|
|
What: endpoint.AbstractionTypeSet{endpoint.AbstractionStepHold: true},
|
|
})
|
|
require.NoError(ctx, err)
|
|
require.Empty(ctx, absErrs)
|
|
require.Len(ctx, abs, 2)
|
|
sort.Slice(abs, func(i, j int) bool {
|
|
return abs[i].GetCreateTXG() < abs[j].GetCreateTXG()
|
|
})
|
|
require.True(ctx, zfs.FilesystemVersionEqualIdentity(abs[0].GetFilesystemVersion(), fsversion(ctx, sfs, "@1")))
|
|
require.True(ctx, zfs.FilesystemVersionEqualIdentity(abs[1].GetFilesystemVersion(), fsversion(ctx, sfs, "@2")))
|
|
}
|
|
|
|
//
|
|
// end of test setup
|
|
//
|
|
|
|
// retry replication with incremental step holds disabled
|
|
// - replication should not fail due to holds-related stuff
|
|
// - replication should fail intermittently due to partial sender being fully read
|
|
// - the partial sender is 1/4th the length of the stream, thus expect
|
|
// successful replication after 5 more attempts
|
|
rep := replicationInvocation{
|
|
sjid: sjid,
|
|
rjid: rjid,
|
|
sfs: sfs,
|
|
rfsRoot: rfsRoot,
|
|
disableIncrementalStepHolds: true, // !
|
|
interceptSender: func(e *endpoint.Sender) logic.Sender {
|
|
return &PartialSender{Sender: e, failAfterByteCount: 1 << 20}
|
|
},
|
|
}
|
|
rfs := rep.ReceiveSideFilesystem()
|
|
for i := 0; ; i++ {
|
|
require.True(ctx, i < 5)
|
|
report := rep.Do(ctx)
|
|
ctx.Logf("retry run=%v\n%s", i, pretty.Sprint(report))
|
|
_, err := zfs.ZFSGetFilesystemVersion(ctx, rfs+"@2")
|
|
if err == nil {
|
|
break
|
|
}
|
|
}
|
|
|
|
// assert replication worked
|
|
fsversion(ctx, rfs, "@2")
|
|
|
|
// assert no step holds exist
|
|
abs, absErrs, err := endpoint.ListAbstractions(ctx, endpoint.ListZFSHoldsAndBookmarksQuery{
|
|
FS: endpoint.ListZFSHoldsAndBookmarksQueryFilesystemFilter{
|
|
FS: &sfs,
|
|
},
|
|
Concurrency: 1,
|
|
JobID: &sjid,
|
|
What: endpoint.AbstractionTypeSet{endpoint.AbstractionStepHold: true},
|
|
})
|
|
require.NoError(ctx, err)
|
|
require.Empty(ctx, absErrs)
|
|
require.Len(ctx, abs, 0)
|
|
|
|
// assert that the replication cursor bookmark exists
|
|
abs, absErrs, err = endpoint.ListAbstractions(ctx, endpoint.ListZFSHoldsAndBookmarksQuery{
|
|
FS: endpoint.ListZFSHoldsAndBookmarksQueryFilesystemFilter{
|
|
FS: &sfs,
|
|
},
|
|
Concurrency: 1,
|
|
JobID: &sjid,
|
|
What: endpoint.AbstractionTypeSet{endpoint.AbstractionReplicationCursorBookmarkV2: true},
|
|
})
|
|
require.NoError(ctx, err)
|
|
require.Empty(ctx, absErrs)
|
|
require.Len(ctx, abs, 1)
|
|
require.True(ctx, zfs.FilesystemVersionEqualIdentity(abs[0].GetFilesystemVersion(), snap2sfs))
|
|
}
|