// SetInstanceStatus updates the instance status for each given
// entity. Only machine tags are accepted.
func (a *InstancePollerAPI) SetInstanceStatus(args params.SetStatus) (params.ErrorResults, error) {
result := params.ErrorResults{
Results: make([]params.ErrorResult, len(args.Entities)),
}
canAccess, err := a.accessMachine()
if err != nil {
return result, err
}
for i, arg := range args.Entities {
machine, err := a.getOneMachine(arg.Tag, canAccess)
if err == nil {
now := a.clock.Now()
s := status.StatusInfo{
Status: status.Status(arg.Status),
Message: arg.Info,
Data: arg.Data,
Since: &now,
}
err = machine.SetInstanceStatus(s)
if status.Status(arg.Status) == status.ProvisioningError {
s.Status = status.Error
if err == nil {
err = machine.SetStatus(s)
}
}
}
result.Results[i].Error = common.ServerError(err)
}
return result, nil
}
func (s *InstancePollerSuite) TestSetInstanceStatusFailure(c *gc.C) {
s.st.SetErrors(
errors.New("pow!"), // m1 := FindEntity("1")
nil, // m2 := FindEntity("2")
errors.New("FAIL"), // m2.SetInstanceStatus()
errors.NotProvisionedf("machine 42"), // FindEntity("3") (ensure wrapping is preserved)
)
s.st.SetMachineInfo(c, machineInfo{id: "1", instanceStatus: statusInfo("foo")})
s.st.SetMachineInfo(c, machineInfo{id: "2", instanceStatus: statusInfo("")})
result, err := s.api.SetInstanceStatus(params.SetStatus{
Entities: []params.EntityStatusArgs{
{Tag: "machine-1", Status: status.Status("new")},
{Tag: "machine-2", Status: status.Status("invalid")},
{Tag: "machine-3", Status: status.Status("")},
}},
)
c.Assert(err, jc.ErrorIsNil)
c.Assert(result, jc.DeepEquals, s.machineErrorResults)
s.st.CheckFindEntityCall(c, 0, "1")
s.st.CheckFindEntityCall(c, 1, "2")
s.st.CheckCall(c, 2, "SetInstanceStatus", status.Status("invalid"))
s.st.CheckFindEntityCall(c, 3, "3")
}
func (s *InstancePollerSuite) TestInstanceStatusSuccess(c *gc.C) {
s.st.SetMachineInfo(c, machineInfo{id: "1", instanceStatus: statusInfo("foo")})
s.st.SetMachineInfo(c, machineInfo{id: "2", instanceStatus: statusInfo("")})
result, err := s.api.InstanceStatus(s.mixedEntities)
c.Assert(err, jc.ErrorIsNil)
c.Assert(result, jc.DeepEquals, params.StatusResults{
Results: []params.StatusResult{
{Status: status.Status("foo")},
{Status: status.Status("")},
{Error: apiservertesting.NotFoundError("machine 42")},
{Error: apiservertesting.ServerError(`"service-unknown" is not a valid machine tag`)},
{Error: apiservertesting.ServerError(`"invalid-tag" is not a valid tag`)},
{Error: apiservertesting.ServerError(`"unit-missing-1" is not a valid machine tag`)},
{Error: apiservertesting.ServerError(`"" is not a valid tag`)},
{Error: apiservertesting.ServerError(`"42" is not a valid tag`)},
},
},
)
s.st.CheckFindEntityCall(c, 0, "1")
s.st.CheckCall(c, 1, "InstanceStatus")
s.st.CheckFindEntityCall(c, 2, "2")
s.st.CheckCall(c, 3, "InstanceStatus")
s.st.CheckFindEntityCall(c, 4, "42")
}
// SetInstanceStatus updates the instance status for each given
// entity. Only machine tags are accepted.
func (p *ProvisionerAPI) SetInstanceStatus(args params.SetStatus) (params.ErrorResults, error) {
result := params.ErrorResults{
Results: make([]params.ErrorResult, len(args.Entities)),
}
canAccess, err := p.getAuthFunc()
if err != nil {
logger.Errorf("failed to get an authorisation function: %v", err)
return result, errors.Trace(err)
}
for i, arg := range args.Entities {
mTag, err := names.ParseMachineTag(arg.Tag)
if err != nil {
result.Results[i].Error = common.ServerError(err)
continue
}
machine, err := p.getMachine(canAccess, mTag)
if err == nil {
// TODO(perrito666) 2016-05-02 lp:1558657
now := time.Now()
s := status.StatusInfo{
Status: status.Status(arg.Status),
Message: arg.Info,
Data: arg.Data,
Since: &now,
}
err = machine.SetInstanceStatus(s)
}
result.Results[i].Error = common.ServerError(err)
}
return result, nil
}
// SetStatus sets the status of each given entity.
func (s *StatusSetter) SetStatus(args params.SetStatus) (params.ErrorResults, error) {
result := params.ErrorResults{
Results: make([]params.ErrorResult, len(args.Entities)),
}
if len(args.Entities) == 0 {
return result, nil
}
canModify, err := s.getCanModify()
if err != nil {
return params.ErrorResults{}, err
}
// TODO(perrito666) 2016-05-02 lp:1558657
now := time.Now()
for i, arg := range args.Entities {
tag, err := names.ParseTag(arg.Tag)
if err != nil {
result.Results[i].Error = ServerError(err)
continue
}
err = ErrPerm
if canModify(tag) {
err = s.setEntityStatus(tag, status.Status(arg.Status), arg.Info, arg.Data, &now)
}
result.Results[i].Error = ServerError(err)
}
return result, nil
}
// makeStatusDoc assumes status is non-nil.
func (i *importer) makeStatusDoc(statusVal description.Status) statusDoc {
return statusDoc{
Status: status.Status(statusVal.Value()),
StatusInfo: statusVal.Message(),
StatusData: statusVal.Data(),
Updated: statusVal.Updated().UnixNano(),
}
}
// SetUnitStatus will set the given status for this unit.
func (ctx *HookContext) SetUnitStatus(unitStatus jujuc.StatusInfo) error {
ctx.hasRunStatusSet = true
logger.Tracef("[WORKLOAD-STATUS] %s: %s", unitStatus.Status, unitStatus.Info)
return ctx.unit.SetUnitStatus(
status.Status(unitStatus.Status),
unitStatus.Info,
unitStatus.Data,
)
}
func (s *InstancePollerSuite) TestSetInstanceStatusSuccess(c *gc.C) {
s.st.SetMachineInfo(c, machineInfo{id: "1", instanceStatus: statusInfo("foo")})
s.st.SetMachineInfo(c, machineInfo{id: "2", instanceStatus: statusInfo("")})
result, err := s.api.SetInstanceStatus(params.SetStatus{
Entities: []params.EntityStatusArgs{
{Tag: "machine-1", Status: ""},
{Tag: "machine-2", Status: "new status"},
{Tag: "machine-42", Status: ""},
{Tag: "application-unknown", Status: ""},
{Tag: "invalid-tag", Status: ""},
{Tag: "unit-missing-1", Status: ""},
{Tag: "", Status: ""},
{Tag: "42", Status: ""},
}},
)
c.Assert(err, jc.ErrorIsNil)
c.Assert(result, jc.DeepEquals, s.mixedErrorResults)
now := s.clock.Now()
s.st.CheckFindEntityCall(c, 0, "1")
s.st.CheckCall(c, 1, "SetInstanceStatus", status.StatusInfo{Status: status.Status(""), Since: &now})
s.st.CheckFindEntityCall(c, 2, "2")
s.st.CheckCall(c, 3, "SetInstanceStatus", status.StatusInfo{Status: status.Status("new status"), Since: &now})
s.st.CheckFindEntityCall(c, 4, "42")
// Ensure machines were updated.
machine, err := s.st.Machine("1")
c.Assert(err, jc.ErrorIsNil)
// TODO (perrito666) there should not be an empty StatusInfo here,
// this is certainly a smell.
setStatus, err := machine.InstanceStatus()
c.Assert(err, jc.ErrorIsNil)
setStatus.Since = nil
c.Assert(setStatus, gc.DeepEquals, status.StatusInfo{})
machine, err = s.st.Machine("2")
c.Assert(err, jc.ErrorIsNil)
setStatus, err = machine.InstanceStatus()
c.Assert(err, jc.ErrorIsNil)
setStatus.Since = nil
c.Assert(setStatus, gc.DeepEquals, status.StatusInfo{Status: "new status"})
}
// pollInstanceInfo checks the current provider addresses and status
// for the given machine's instance, and sets them on the machine if they've changed.
func pollInstanceInfo(context machineContext, m machine) (instInfo instanceInfo, err error) {
instInfo = instanceInfo{}
instId, err := m.InstanceId()
// We can't ask the machine for its addresses if it isn't provisioned yet.
if params.IsCodeNotProvisioned(err) {
return instanceInfo{}, err
}
if err != nil {
return instanceInfo{}, errors.Annotate(err, "cannot get machine's instance id")
}
instInfo, err = context.instanceInfo(instId)
if err != nil {
// TODO (anastasiamac 2016-02-01) This does not look like it needs to be removed now.
if params.IsCodeNotImplemented(err) {
return instanceInfo{}, err
}
logger.Warningf("cannot get instance info for instance %q: %v", instId, err)
return instInfo, nil
}
if instStat, err := m.InstanceStatus(); err != nil {
// This should never occur since the machine is provisioned.
// But just in case, we reset polled status so we try again next time.
logger.Warningf("cannot get current instance status for machine %v: %v", m.Id(), err)
instInfo.status = instance.InstanceStatus{status.Unknown, ""}
} else {
// TODO(perrito666) add status validation.
currentInstStatus := instance.InstanceStatus{
Status: status.Status(instStat.Status),
Message: instStat.Info,
}
if instInfo.status != currentInstStatus {
logger.Infof("machine %q instance status changed from %q to %q", m.Id(), currentInstStatus, instInfo.status)
if err = m.SetInstanceStatus(instInfo.status.Status, instInfo.status.Message, nil); err != nil {
logger.Errorf("cannot set instance status on %q: %v", m, err)
return instanceInfo{}, err
}
}
}
if m.Life() != params.Dead {
providerAddresses, err := m.ProviderAddresses()
if err != nil {
return instanceInfo{}, err
}
if !addressesEqual(providerAddresses, instInfo.addresses) {
logger.Infof("machine %q has new addresses: %v", m.Id(), instInfo.addresses)
if err := m.SetProviderAddresses(instInfo.addresses...); err != nil {
logger.Errorf("cannot set addresses on %q: %v", m, err)
return instanceInfo{}, err
}
}
}
return instInfo, nil
}
func (sf *statusFormatter) updateUnitStatusInfo(unit *params.UnitStatus, applicationName string) {
// TODO(perrito66) add status validation.
if status.Status(unit.WorkloadStatus.Status) == status.Error {
if relation, ok := sf.relations[getRelationIdFromData(unit)]; ok {
// Append the details of the other endpoint on to the status info string.
if ep, ok := findOtherEndpoint(relation.Endpoints, applicationName); ok {
unit.WorkloadStatus.Info = unit.WorkloadStatus.Info + " for " + ep.String()
}
}
}
}
func (s *ServiceStatusSuite) TestSetUnknownStatus(c *gc.C) {
now := testing.ZeroTime()
sInfo := status.StatusInfo{
Status: status.Status("vliegkat"),
Message: "orville",
Since: &now,
}
err := s.service.SetStatus(sInfo)
c.Check(err, gc.ErrorMatches, `cannot set invalid status "vliegkat"`)
s.checkInitialStatus(c)
}
func (s *MachineStatusSuite) TestSetUnknownStatus(c *gc.C) {
now := time.Now()
sInfo := status.StatusInfo{
Status: status.Status("vliegkat"),
Message: "orville",
Since: &now,
}
err := s.machine.SetStatus(sInfo)
c.Assert(err, gc.ErrorMatches, `cannot set invalid status "vliegkat"`)
s.checkInitialStatus(c)
}
func (sf *statusFormatter) getServiceStatusInfo(service params.ApplicationStatus) statusInfoContents {
// TODO(perrito66) add status validation.
info := statusInfoContents{
Err: service.Status.Err,
Current: status.Status(service.Status.Status),
Message: service.Status.Info,
Version: service.Status.Version,
}
if service.Status.Since != nil {
info.Since = common.FormatTime(service.Status.Since, sf.isoTime)
}
return info
}
func checkStatusInfo(c *gc.C, obtained []params.DetailedStatus, expected []status.StatusInfo) {
c.Assert(len(obtained), gc.Equals, len(expected))
lastTimestamp := int64(0)
for i, obtainedInfo := range obtained {
c.Logf("Checking status %q with info %q", obtainedInfo.Status, obtainedInfo.Info)
thisTimeStamp := obtainedInfo.Since.Unix()
c.Assert(thisTimeStamp >= lastTimestamp, jc.IsTrue)
lastTimestamp = thisTimeStamp
obtainedInfo.Since = nil
c.Assert(obtainedInfo.Status, gc.Equals, status.Status(expected[i].Status))
c.Assert(obtainedInfo.Info, gc.Equals, expected[i].Message)
}
}
func (sf *statusFormatter) getAgentStatusInfo(unit params.UnitStatus) statusInfoContents {
// TODO(perrito66) add status validation.
info := statusInfoContents{
Err: unit.AgentStatus.Err,
Current: status.Status(unit.AgentStatus.Status),
Message: unit.AgentStatus.Info,
Version: unit.AgentStatus.Version,
}
if unit.AgentStatus.Since != nil {
info.Since = common.FormatTime(unit.AgentStatus.Since, sf.isoTime)
}
return info
}
func (s *StatusModelSuite) TestUnitAgentStatusDocValidation(c *gc.C) {
unit := s.Factory.MakeUnit(c, nil)
for i, test := range []struct {
status status.Status
info string
err string
}{{
status: status.StatusPending,
err: `cannot set invalid status "pending"`,
}, {
status: status.StatusDown,
err: `cannot set invalid status "down"`,
}, {
status: status.StatusStarted,
err: `cannot set invalid status "started"`,
}, {
status: status.StatusStopped,
err: `cannot set invalid status "stopped"`,
}, {
status: status.StatusAllocating,
err: `cannot set status "allocating"`,
}, {
status: status.StatusAllocating,
info: "any message",
err: `cannot set status "allocating"`,
}, {
status: status.StatusLost,
err: `cannot set status "lost"`,
}, {
status: status.StatusLost,
info: "any message",
err: `cannot set status "lost"`,
}, {
status: status.StatusError,
err: `cannot set status "error" without info`,
}, {
status: status.StatusError,
info: "some error info",
}, {
status: status.Status("bogus"),
err: `cannot set invalid status "bogus"`,
}} {
c.Logf("test %d", i)
err := unit.SetAgentStatus(test.status, test.info, nil)
if test.err != "" {
c.Check(err, gc.ErrorMatches, test.err)
} else {
c.Check(err, jc.ErrorIsNil)
}
}
}
func (s *InstancePollerSuite) TestSetInstanceStatusSuccess(c *gc.C) {
s.st.SetMachineInfo(c, machineInfo{id: "1", instanceStatus: statusInfo("foo")})
s.st.SetMachineInfo(c, machineInfo{id: "2", instanceStatus: statusInfo("")})
result, err := s.api.SetInstanceStatus(params.SetStatus{
Entities: []params.EntityStatusArgs{
{Tag: "machine-1", Status: status.Status("")},
{Tag: "machine-2", Status: status.Status("new status")},
{Tag: "machine-42", Status: status.Status("")},
{Tag: "service-unknown", Status: status.Status("")},
{Tag: "invalid-tag", Status: status.Status("")},
{Tag: "unit-missing-1", Status: status.Status("")},
{Tag: "", Status: status.Status("")},
{Tag: "42", Status: status.Status("")},
}},
)
c.Assert(err, jc.ErrorIsNil)
c.Assert(result, jc.DeepEquals, s.mixedErrorResults)
s.st.CheckFindEntityCall(c, 0, "1")
s.st.CheckCall(c, 1, "SetInstanceStatus", status.Status(""))
s.st.CheckFindEntityCall(c, 2, "2")
s.st.CheckCall(c, 3, "SetInstanceStatus", status.Status("new status"))
s.st.CheckFindEntityCall(c, 4, "42")
// Ensure machines were updated.
machine, err := s.st.Machine("1")
c.Assert(err, jc.ErrorIsNil)
setStatus, err := machine.InstanceStatus()
c.Assert(err, jc.ErrorIsNil)
c.Assert(setStatus, gc.DeepEquals, status.StatusInfo{})
machine, err = s.st.Machine("2")
c.Assert(err, jc.ErrorIsNil)
setStatus, err = machine.InstanceStatus()
c.Assert(err, jc.ErrorIsNil)
c.Assert(setStatus, gc.DeepEquals, status.StatusInfo{Status: "new status"})
}
func (sf *statusFormatter) getStatusInfoContents(inst params.DetailedStatus) statusInfoContents {
// TODO(perrito66) add status validation.
info := statusInfoContents{
Err: inst.Err,
Current: status.Status(inst.Status),
Message: inst.Info,
Version: inst.Version,
Life: inst.Life,
}
if inst.Since != nil {
info.Since = common.FormatTime(inst.Since, sf.isoTime)
}
return info
}
func matchAgentStatus(patterns []string, agentStatus status.Status) (bool, bool, error) {
oneValidStatus := false
for _, p := range patterns {
// If the pattern isn't a known status, ignore it.
ps := status.Status(p)
if !ps.KnownAgentStatus() {
continue
}
oneValidStatus = true
if agentStatus.Matches(ps) {
return true, true, nil
}
}
return false, oneValidStatus, nil
}
// StatusHistory retrieves the last <size> results of
// <kind:combined|agent|workload|machine|machineinstance|container|containerinstance> status
// for <name> unit
func (c *Client) StatusHistory(kind status.HistoryKind, tag names.Tag, filter status.StatusHistoryFilter) (status.History, error) {
var results params.StatusHistoryResults
args := params.StatusHistoryRequest{
Kind: string(kind),
Filter: params.StatusHistoryFilter{
Size: filter.Size,
Date: filter.Date,
Delta: filter.Delta,
},
Tag: tag.String(),
}
bulkArgs := params.StatusHistoryRequests{Requests: []params.StatusHistoryRequest{args}}
err := c.facade.FacadeCall("StatusHistory", bulkArgs, &results)
if err != nil {
return status.History{}, errors.Trace(err)
}
if len(results.Results) != 1 {
return status.History{}, errors.Errorf("expected 1 result got %d", len(results.Results))
}
if results.Results[0].Error != nil {
return status.History{}, errors.Annotatef(results.Results[0].Error, "while processing the request")
}
history := make(status.History, len(results.Results[0].History.Statuses))
if results.Results[0].History.Error != nil {
return status.History{}, results.Results[0].History.Error
}
for i, h := range results.Results[0].History.Statuses {
history[i] = status.DetailedStatus{
Status: status.Status(h.Status),
Info: h.Info,
Data: h.Data,
Since: h.Since,
Kind: status.HistoryKind(h.Kind),
Version: h.Version,
// TODO(perrito666) make sure these are still used.
Life: h.Life,
Err: h.Err,
}
// TODO(perrito666) https://launchpad.net/bugs/1577589
if !history[i].Kind.Valid() {
logger.Errorf("history returned an unknown status kind %q", h.Kind)
}
}
return history, nil
}
func matchWorkloadStatus(patterns []string, workloadStatus status.Status, agentStatus status.Status) (bool, bool, error) {
oneValidStatus := false
for _, p := range patterns {
// If the pattern isn't a known status, ignore it.
ps := status.Status(p)
if !ps.KnownWorkloadStatus() {
continue
}
oneValidStatus = true
// To preserve current expected behaviour, we only report on workload status
// if the agent itself is not in error.
if agentStatus != status.Error && workloadStatus.WorkloadMatches(ps) {
return true, true, nil
}
}
return false, oneValidStatus, nil
}
func (inst *dummyInstance) Status() instance.InstanceStatus {
inst.mu.Lock()
defer inst.mu.Unlock()
// TODO(perrito666) add a provider status -> juju status mapping.
jujuStatus := status.StatusPending
if inst.status != "" {
dummyStatus := status.Status(inst.status)
if dummyStatus.KnownInstanceStatus() {
jujuStatus = dummyStatus
}
}
return instance.InstanceStatus{
Status: jujuStatus,
Message: inst.status,
}
}
// InstanceStatus returns the status of the provider instance.
func (m *Machine) InstanceStatus() (status.Status, string, error) {
var results params.StatusResults
args := params.Entities{Entities: []params.Entity{
{Tag: m.tag.String()},
}}
err := m.st.facade.FacadeCall("InstanceStatus", args, &results)
if err != nil {
return "", "", err
}
if len(results.Results) != 1 {
return "", "", fmt.Errorf("expected 1 result, got %d", len(results.Results))
}
result := results.Results[0]
if result.Error != nil {
return "", "", result.Error
}
// TODO(perrito666) add status validation.
return status.Status(result.Status), result.Info, nil
}
func (i *importer) importStatusHistory(globalKey string, history []description.Status) error {
docs := make([]interface{}, len(history))
for i, statusVal := range history {
docs[i] = historicalStatusDoc{
GlobalKey: globalKey,
Status: status.Status(statusVal.Value()),
StatusInfo: statusVal.Message(),
StatusData: statusVal.Data(),
Updated: statusVal.Updated().UnixNano(),
}
}
statusHistory, closer := i.st.getCollection(statusesHistoryC)
defer closer()
if err := statusHistory.Writeable().Insert(docs...); err != nil {
return errors.Trace(err)
}
return nil
}
// MachinesWithTransientErrors returns status data for machines with provisioning
// errors which are transient.
func (p *ProvisionerAPI) MachinesWithTransientErrors() (params.StatusResults, error) {
var results params.StatusResults
canAccessFunc, err := p.getAuthFunc()
if err != nil {
return results, err
}
// TODO (wallyworld) - add state.State API for more efficient machines query
machines, err := p.st.AllMachines()
if err != nil {
return results, err
}
for _, machine := range machines {
if !canAccessFunc(machine.Tag()) {
continue
}
if _, provisionedErr := machine.InstanceId(); provisionedErr == nil {
// Machine may have been provisioned but machiner hasn't set the
// status to Started yet.
continue
}
var result params.StatusResult
statusInfo, err := machine.Status()
if err != nil {
continue
}
result.Status = status.Status(statusInfo.Status)
result.Info = statusInfo.Message
result.Data = statusInfo.Data
if result.Status != status.StatusError {
continue
}
// Transient errors are marked as such in the status data.
if transient, ok := result.Data["transient"].(bool); !ok || !transient {
continue
}
result.Id = machine.Id()
result.Life = params.Life(machine.Life().String())
results.Results = append(results.Results, result)
}
return results, nil
}
// SetApplicationStatus will set the given status to the service to which this
// unit's belong, only if this unit is the leader.
func (ctx *HookContext) SetApplicationStatus(serviceStatus jujuc.StatusInfo) error {
logger.Tracef("[APPLICATION-STATUS] %s: %s", serviceStatus.Status, serviceStatus.Info)
isLeader, err := ctx.IsLeader()
if err != nil {
return errors.Annotatef(err, "cannot determine leadership")
}
if !isLeader {
return ErrIsNotLeader
}
service, err := ctx.unit.Application()
if err != nil {
return errors.Trace(err)
}
return service.SetStatus(
ctx.unit.Name(),
status.Status(serviceStatus.Status),
serviceStatus.Info,
serviceStatus.Data,
)
}
func (s *MachineStatusSuite) TestSetUnknownStatus(c *gc.C) {
err := s.machine.SetStatus(status.Status("vliegkat"), "orville", nil)
c.Assert(err, gc.ErrorMatches, `cannot set invalid status "vliegkat"`)
s.checkInitialStatus(c)
}
// SetStatus sets the status on the service given by the unit in args if the unit is the leader.
func (s *ServiceStatusSetter) SetStatus(args params.SetStatus) (params.ErrorResults, error) {
result := params.ErrorResults{
Results: make([]params.ErrorResult, len(args.Entities)),
}
if len(args.Entities) == 0 {
return result, nil
}
canModify, err := s.getCanModify()
if err != nil {
return params.ErrorResults{}, err
}
for i, arg := range args.Entities {
// TODO(fwereade): the auth is basically nonsense, and basically only
// works by coincidence. Read carefully.
// We "know" that arg.Tag is either the calling unit or its service
// (because getCanModify is authUnitOrService, and we'll fail out if
// it isn't); and, in practice, it's always going to be the calling
// unit (because, /sigh, we don't actually use service tags to refer
// to services in this method).
tag, err := names.ParseTag(arg.Tag)
if err != nil {
result.Results[i].Error = ServerError(err)
continue
}
if !canModify(tag) {
result.Results[i].Error = ServerError(ErrPerm)
continue
}
unitTag, ok := tag.(names.UnitTag)
if !ok {
// No matter what the canModify says, if this entity is not
// a unit, we say "NO".
result.Results[i].Error = ServerError(ErrPerm)
continue
}
unitId := unitTag.Id()
// Now we have the unit, we can get the service that should have been
// specified in the first place...
serviceId, err := names.UnitApplication(unitId)
if err != nil {
result.Results[i].Error = ServerError(err)
continue
}
service, err := s.st.Application(serviceId)
if err != nil {
result.Results[i].Error = ServerError(err)
continue
}
// ...and set the status, conditional on the unit being (and remaining)
// service leader.
checker := s.st.LeadershipChecker()
token := checker.LeadershipCheck(serviceId, unitId)
// TODO(fwereade) pass token into SetStatus instead of checking here.
if err := token.Check(nil); err != nil {
// TODO(fwereade) this should probably be ErrPerm is certain cases,
// but I don't think I implemented an exported ErrNotLeader. I
// should have done, though.
result.Results[i].Error = ServerError(err)
continue
}
// TODO(perrito666) 2016-05-02 lp:1558657
now := time.Now()
sInfo := status.StatusInfo{
Status: status.Status(arg.Status),
Message: arg.Info,
Data: arg.Data,
Since: &now,
}
if err := service.SetStatus(sInfo); err != nil {
result.Results[i].Error = ServerError(err)
}
}
return result, nil
}
func (f *summaryFormatter) printStateToCount(m map[status.Status]int) {
for _, stateToCount := range common.SortStringsNaturally(stringKeysFromMap(m)) {
numInStatus := m[status.Status(stateToCount)]
f.delimitValuesWithTabs(stateToCount+":", fmt.Sprintf(" %d ", numInStatus))
}
}
func (i *importer) machine(m description.Machine) error {
// Import this machine, then import its containers.
i.logger.Debugf("importing machine %s", m.Id())
// 1. construct a machineDoc
mdoc, err := i.makeMachineDoc(m)
if err != nil {
return errors.Annotatef(err, "machine %s", m.Id())
}
// 2. construct enough MachineTemplate to pass into 'insertNewMachineOps'
// - adds constraints doc
// - adds status doc
// - adds requested network doc
// - adds machine block devices doc
// TODO: consider filesystems and volumes
mStatus := m.Status()
if mStatus == nil {
return errors.NotValidf("missing status")
}
machineStatusDoc := statusDoc{
ModelUUID: i.st.ModelUUID(),
Status: status.Status(mStatus.Value()),
StatusInfo: mStatus.Message(),
StatusData: mStatus.Data(),
Updated: mStatus.Updated().UnixNano(),
}
// XXX(mjs) - this needs to be included in the serialized model
// (a card exists for the work). Fake it for now.
instanceStatusDoc := statusDoc{
ModelUUID: i.st.ModelUUID(),
Status: status.StatusStarted,
}
cons := i.constraints(m.Constraints())
networks := []string{}
prereqOps, machineOp := i.st.baseNewMachineOps(mdoc, machineStatusDoc,
instanceStatusDoc, cons, networks)
// 3. create op for adding in instance data
if instance := m.Instance(); instance != nil {
prereqOps = append(prereqOps, i.machineInstanceOp(mdoc, instance))
}
if parentId := ParentId(mdoc.Id); parentId != "" {
prereqOps = append(prereqOps,
// Update containers record for host machine.
i.st.addChildToContainerRefOp(parentId, mdoc.Id),
)
}
// insertNewContainerRefOp adds an empty doc into the containerRefsC
// collection for the machine being added.
prereqOps = append(prereqOps, i.st.insertNewContainerRefOp(mdoc.Id))
// 4. gather prereqs and machine op, run ops.
ops := append(prereqOps, machineOp)
// 5. add any ops that we may need to add the opened ports information.
ops = append(ops, i.machinePortsOps(m)...)
if err := i.st.runTransaction(ops); err != nil {
return errors.Trace(err)
}
machine := newMachine(i.st, mdoc)
if annotations := m.Annotations(); len(annotations) > 0 {
if err := i.st.SetAnnotations(machine, annotations); err != nil {
return errors.Trace(err)
}
}
if err := i.importStatusHistory(machine.globalKey(), m.StatusHistory()); err != nil {
return errors.Trace(err)
}
// Now that this machine exists in the database, process each of the
// containers in this machine.
for _, container := range m.Containers() {
if err := i.machine(container); err != nil {
return errors.Annotate(err, container.Id())
}
}
return nil
}
