func (s *MigrationImportSuite) AssertUserEqual(c *gc.C, newUser, oldUser *state.ModelUser) {
c.Assert(newUser.UserName(), gc.Equals, oldUser.UserName())
c.Assert(newUser.DisplayName(), gc.Equals, oldUser.DisplayName())
c.Assert(newUser.CreatedBy(), gc.Equals, oldUser.CreatedBy())
c.Assert(newUser.DateCreated(), gc.Equals, oldUser.DateCreated())
c.Assert(newUser.ReadOnly(), gc.Equals, oldUser.ReadOnly())
connTime, err := oldUser.LastConnection()
if state.IsNeverConnectedError(err) {
_, err := newUser.LastConnection()
// The new user should also return an error for last connection.
c.Assert(err, jc.Satisfies, state.IsNeverConnectedError)
} else {
c.Assert(err, jc.ErrorIsNil)
newTime, err := newUser.LastConnection()
c.Assert(err, jc.ErrorIsNil)
c.Assert(newTime, gc.Equals, connTime)
}
}
func (a *admin) doLogin(req params.LoginRequest, loginVersion int) (params.LoginResultV1, error) {
var fail params.LoginResultV1
a.mu.Lock()
defer a.mu.Unlock()
if a.loggedIn {
// This can only happen if Login is called concurrently.
return fail, errAlreadyLoggedIn
}
// authedApi is the API method finder we'll use after getting logged in.
var authedApi rpc.MethodFinder = newApiRoot(a.root.state, a.root.resources, a.root)
// Use the login validation function, if one was specified.
if a.srv.validator != nil {
err := a.srv.validator(req)
switch err {
case params.UpgradeInProgressError:
authedApi = newUpgradingRoot(authedApi)
case AboutToRestoreError:
authedApi = newAboutToRestoreRoot(authedApi)
case RestoreInProgressError:
authedApi = newRestoreInProgressRoot(authedApi)
case nil:
// in this case no need to wrap authed api so we do nothing
default:
return fail, errors.Trace(err)
}
}
var agentPingerNeeded = true
isUser := true
kind := names.UserTagKind
if req.AuthTag != "" {
var err error
kind, err = names.TagKind(req.AuthTag)
if err != nil || kind != names.UserTagKind {
isUser = false
// Users are not rate limited, all other entities are.
if !a.srv.limiter.Acquire() {
logger.Debugf("rate limiting for agent %s", req.AuthTag)
return fail, common.ErrTryAgain
}
defer a.srv.limiter.Release()
}
}
serverOnlyLogin := a.root.modelUUID == ""
entity, lastConnection, err := doCheckCreds(a.root.state, req, !serverOnlyLogin, a.srv.authCtxt)
if err != nil {
if err, ok := errors.Cause(err).(*common.DischargeRequiredError); ok {
loginResult := params.LoginResultV1{
DischargeRequired: err.Macaroon,
DischargeRequiredReason: err.Error(),
}
logger.Infof("login failed with discharge-required error: %v", err)
return loginResult, nil
}
if a.maintenanceInProgress() {
// An upgrade, restore or similar operation is in
// progress. It is possible for logins to fail until this
// is complete due to incomplete or updating data. Mask
// transitory and potentially confusing errors from failed
// logins with a more helpful one.
return fail, MaintenanceNoLoginError
}
// Here we have a special case. The machine agents that manage
// models in the controller model need to be able to
// open API connections to other models. In those cases, we
// need to look in the controller database to check the creds
// against the machine if and only if the entity tag is a machine tag,
// and the machine exists in the controller model, and the
// machine has the manage state job. If all those parts are valid, we
// can then check the credentials against the controller model
// machine.
if kind != names.MachineTagKind {
return fail, errors.Trace(err)
}
entity, err = a.checkCredsOfControllerMachine(req)
if err != nil {
return fail, errors.Trace(err)
}
// If we are here, then the entity will refer to a controller
// machine in the controller model, and we don't need a pinger
// for it as we already have one running in the machine agent api
// worker for the controller model.
agentPingerNeeded = false
}
a.root.entity = entity
if a.reqNotifier != nil {
a.reqNotifier.login(entity.Tag().String())
}
// We have authenticated the user; enable the appropriate API
// to serve to them.
a.loggedIn = true
if agentPingerNeeded {
if err := startPingerIfAgent(a.root, entity); err != nil {
return fail, errors.Trace(err)
}
}
var maybeUserInfo *params.AuthUserInfo
var envUser *state.ModelUser
// Send back user info if user
if isUser && !serverOnlyLogin {
maybeUserInfo = ¶ms.AuthUserInfo{
Identity: entity.Tag().String(),
LastConnection: lastConnection,
}
envUser, err = a.root.state.ModelUser(entity.Tag().(names.UserTag))
if err != nil {
return fail, errors.Annotatef(err, "missing ModelUser for logged in user %s", entity.Tag())
}
if envUser.ReadOnly() {
logger.Debugf("model user %s is READ ONLY", entity.Tag())
}
}
// Fetch the API server addresses from state.
hostPorts, err := a.root.state.APIHostPorts()
if err != nil {
return fail, errors.Trace(err)
}
logger.Debugf("hostPorts: %v", hostPorts)
environ, err := a.root.state.Model()
if err != nil {
return fail, errors.Trace(err)
}
loginResult := params.LoginResultV1{
Servers: params.FromNetworkHostsPorts(hostPorts),
ModelTag: environ.Tag().String(),
ControllerTag: environ.ControllerTag().String(),
Facades: DescribeFacades(),
UserInfo: maybeUserInfo,
ServerVersion: jujuversion.Current.String(),
}
// For sufficiently modern login versions, stop serving the
// controller model at the root of the API.
if serverOnlyLogin {
authedApi = newRestrictedRoot(authedApi)
// Remove the ModelTag from the response as there is no
// model here.
loginResult.ModelTag = ""
// Strip out the facades that are not supported from the result.
var facades []params.FacadeVersions
for _, facade := range loginResult.Facades {
if restrictedRootNames.Contains(facade.Name) {
facades = append(facades, facade)
}
}
loginResult.Facades = facades
}
if envUser != nil {
authedApi = newClientAuthRoot(authedApi, envUser)
}
a.root.rpcConn.ServeFinder(authedApi, serverError)
return loginResult, nil
}