func (p *ClusterService) CreateUserCluster(cluster entity.Cluster, x_auth_token string) (newCluster *entity.Cluster,
errorCode string, err error) {
// generate ObjectId
cluster.ObjectId = bson.NewObjectId()
userId := cluster.UserId
if len(userId) == 0 {
err = errors.New("user_id not provided")
errorCode = COMMON_ERROR_INVALIDATE
logrus.Errorf("create cluster [%v] error is %v", cluster, err)
return
}
user, err := GetUserById(userId, x_auth_token)
if err != nil {
logrus.Errorf("get user by id err is %v", err)
errorCode = CLUSTER_ERROR_CALL_USERMGMT
return nil, errorCode, err
}
cluster.TenantId = user.TenantId
cluster.Owner = user.Username
// set created_time and updated_time
cluster.TimeCreate = dao.GetCurrentTime()
cluster.TimeUpdate = cluster.TimeCreate
cluster.Status = CLUSTER_STATUS_DEPLOYING
// insert bson to mongodb
err = dao.HandleInsert(p.collectionName, cluster)
if err != nil {
errorCode = CLUSTER_ERROR_CALL_MONGODB
logrus.Errorf("create cluster [%v] to bson error is %v", cluster, err)
return
}
//add records of hosts in db
for i := 0; i < cluster.Instances; i++ {
host := entity.Host{}
host.ClusterId = cluster.ObjectId.Hex()
host.ClusterName = cluster.Name
host.Status = HOST_STATUS_DEPLOYING
host.UserId = cluster.UserId
host.TimeCreate = dao.GetCurrentTime()
host.TimeUpdate = host.TimeCreate
_, _, err := GetHostService().Create(host, x_auth_token)
if err != nil {
logrus.Errorf("insert host to db error is [%v]", err)
}
}
if IsDeploymentEnabled() {
//call deployment
go CreateCluster(cluster, x_auth_token)
}
newCluster = &cluster
return
}
func (p *ClusterService) Create(cluster entity.Cluster, x_auth_token string) (newCluster *entity.Cluster,
errorCode string, err error) {
logrus.Infof("start to create cluster [%v]", cluster)
// do authorize first
if authorized := GetAuthService().Authorize("create_cluster", x_auth_token, "", p.collectionName); !authorized {
err = errors.New("required opertion is not authorized!")
errorCode = COMMON_ERROR_UNAUTHORIZED
logrus.Errorf("create cluster [%v] error is %v", cluster, err)
return
}
//check cluster name
if !IsClusterNameValid(cluster.Name) {
return nil, CLUSTER_ERROR_INVALID_NAME, errors.New("Invalid cluster name.")
}
//check userId(must be a objectId at least)
if !bson.IsObjectIdHex(cluster.UserId) {
logrus.Errorf("invalid userid [%s],not a object id\n", cluster.Name)
return nil, COMMON_ERROR_INVALIDATE, errors.New("Invalid userid,not a object id")
}
//check if cluster name is unique
ok, errorCode, err := p.isClusterNameUnique(cluster.UserId, cluster.Name)
if err != nil {
return nil, errorCode, err
}
if !ok {
logrus.Errorf("clustername [%s] already exist for user with id [%s]\n", cluster.Name, cluster.UserId)
return nil, CLUSTER_ERROR_NAME_EXIST, errors.New("Conflict clustername")
}
//check instances count
if cluster.Instances < 5 {
return nil, CLUSTER_ERROR_INVALID_NUMBER, errors.New("Invalid cluster instances, 5 at least")
}
//set cluster type to default
if cluster.Type == "" {
cluster.Type = "user"
}
if cluster.Type == "user" {
return p.CreateUserCluster(cluster, x_auth_token)
} else if cluster.Type == "mgmt" {
return p.CreateMgmtCluster(cluster, x_auth_token)
} else {
return nil, CLUSTER_ERROR_INVALID_TYPE, errors.New("unsupport cluster type, user|mgmt expected")
}
}
func (p *ClusterService) CreateMgmtCluster(cluster entity.Cluster, x_auth_token string) (newCluster *entity.Cluster,
errorCode string, err error) {
//check if mgmt cluster already exist
//only 1 allowed in database
query := bson.M{}
query["type"] = "mgmt"
n, _, _, err := p.queryByQuery(query, 0, 0, "", x_auth_token, false)
if n > 0 {
return nil, CLUSTER_ERROR_CALL_MONGODB, errors.New("mgmt cluster already exist")
}
if cluster.Name == "" {
cluster.Name = "Management"
}
token, err := GetTokenById(x_auth_token)
if err != nil {
logrus.Errorf("get token by id error is %v", err)
errorCode = CLUSTER_ERROR_CALL_USERMGMT
return nil, errorCode, err
}
if cluster.UserId == "" {
cluster.UserId = token.User.Id
}
if cluster.Owner == "" {
cluster.Owner = token.User.Username
}
if cluster.Details == "" {
cluster.Details = "Cluster to manage other clusters"
}
cluster.TimeCreate = dao.GetCurrentTime()
cluster.TimeUpdate = cluster.TimeCreate
cluster.Status = CLUSTER_STATUS_DEPLOYING
// insert bson to mongodb
err = dao.HandleInsert(p.collectionName, cluster)
if err != nil {
errorCode = CLUSTER_ERROR_CALL_MONGODB
logrus.Errorf("create cluster [%v] to bson error is %v", cluster, err)
return
}
for i := 0; i < cluster.Instances; i++ {
host := entity.Host{}
host.ClusterId = cluster.ObjectId.Hex()
host.ClusterName = cluster.Name
host.Status = HOST_STATUS_DEPLOYING
host.UserId = cluster.UserId
host.TimeCreate = dao.GetCurrentTime()
host.TimeUpdate = host.TimeCreate
_, _, err := GetHostService().Create(host, x_auth_token)
if err != nil {
logrus.Errorf("insert host to db error is [%v]", err)
}
}
newCluster = &cluster
return
}
//call dcos deployment module to delete nodes
func DeleteNodes(cluster entity.Cluster, hosts []entity.Host, originStatus map[string]string, x_auth_token string) (err error) {
// var servers []dcosentity.Server
servers := []dcosentity.Server{}
for _, host := range hosts {
server := dcosentity.Server{}
server.Hostname = host.HostName
server.IpAddress = host.IP
server.PrivateIpAddress = host.PrivateIp
server.IsMaster = host.IsMasterNode
server.IsSlave = host.IsSlaveNode
server.IsSwarmMaster = host.IsSwarmMaster
server.StoragePath = host.StoragePath
servers = append(servers, server)
}
request := new(dcosentity.DeleteRequest)
request.UserName = cluster.Owner
request.ClusterName = cluster.Name
request.Servers = servers
var deleted_servers *[]dcosentity.Server
deleted_servers, err = SendDeleteNodesRequest(request)
if err != nil {
logrus.Errorf("send delete nodes requst to dcos deployment error [%v] \n", err)
logrus.Infoln("rollback hosts status")
// GetClusterService().UpdateStatusById(cluster.ObjectId.Hex(), CLUSTER_STATUS_RUNNING, x_auth_token)
for _, host := range hosts {
preStatus := originStatus[host.ObjectId.Hex()]
_, _, err := GetHostService().UpdateStatusById(host.ObjectId.Hex(), preStatus, x_auth_token)
if err != nil {
logrus.Warnf("rollback host[%v] status to [%v] error [%v]", host.HostName, preStatus, err)
}
}
return
}
//send deployment success, may success partially
var hostnames []string
for _, server := range *deleted_servers {
hostnames = append(hostnames, server.Hostname)
}
for _, host := range hosts {
var status string
if StringInSlice(host.HostName, hostnames) {
status = HOST_STATUS_TERMINATED
} else {
status = HOST_STATUS_FAILED
}
//update status
_, _, err := GetHostService().UpdateStatusById(host.ObjectId.Hex(), status, x_auth_token)
if err != nil {
logrus.Errorf("update host status error is [%v]", err)
}
}
//update cluster nodes number and status
logrus.Infoln("update cluster number and status")
cluster.Instances = cluster.Instances - len(*deleted_servers)
cluster.Status = CLUSTER_STATUS_RUNNING
GetClusterService().UpdateCluster(cluster, x_auth_token)
// //update cluster status
// logrus.Infoln("set cluster status to RUNNING")
// GetClusterService().UpdateStatusById(cluster.ObjectId.Hex(), CLUSTER_STATUS_RUNNING, x_auth_token)
return
}
//call dcos deployment module to add nodes
func AddNodes(cluster entity.Cluster, createNumber int, hosts []entity.Host, x_auth_token string) (err error) {
request := new(dcosentity.AddNodeRequest)
request.UserName = cluster.Owner
request.ClusterName = cluster.Name
request.CreateNumber = createNumber
request.ExistedNumber = cluster.Instances
request.ProviderInfo = getProvider(cluster.UserId, x_auth_token)
//create hosts
_, currentHosts, _, err := GetHostService().QueryHosts(cluster.ObjectId.Hex(), 0, 0, "unterminated", x_auth_token)
if err != nil {
logrus.Errorf("get current hosts by clusterId error %v", err)
removeAddedNodes(hosts, x_auth_token)
return err
}
request.ConsulServer, request.DnsServers, request.SwarmMaster = getNodeInfo(currentHosts)
logrus.Debugf("add node request is %v", request)
//call
//dcos deployment module returns newly-created nodes info
var servers *[]dcosentity.Server
servers, err = SendAddNodesRequest(request)
if err != nil {
logrus.Errorf("send request to dcos deploy error is %v", err)
removeAddedNodes(hosts, x_auth_token)
return
}
ok_count := len(*servers)
logrus.Infof("try to add %d nodes, %d success", createNumber, ok_count)
//update newly-created hosts
for i, server := range *servers {
host := hosts[i]
id := host.ObjectId.Hex()
host.HostName = server.Hostname
host.Status = HOST_STATUS_RUNNING
host.IP = server.IpAddress
host.PrivateIp = server.PrivateIpAddress
host.IsMasterNode = server.IsMaster
host.IsSlaveNode = server.IsSlave
host.IsSwarmMaster = server.IsSwarmMaster
host.TimeUpdate = dao.GetCurrentTime()
_, _, err := GetHostService().UpdateById(id, host, x_auth_token)
if err != nil {
logrus.Errorf("update host error is [%v] \n", err)
}
}
//update status of failed nodes
for i := ok_count; i < createNumber; i++ {
_, _, err := GetHostService().UpdateStatusById(hosts[i].ObjectId.Hex(), HOST_STATUS_FAILED, x_auth_token)
if err != nil {
logrus.Errorf("update host error is [%v] \n", err)
}
}
//update cluster nodes number and status
logrus.Infoln("update cluster number and status")
cluster.Instances = cluster.Instances + len(hosts)
cluster.Status = CLUSTER_STATUS_RUNNING
GetClusterService().UpdateCluster(cluster, x_auth_token)
// //update cluster status
// logrus.Infoln("set cluster status to RUNNING")
// GetClusterService().UpdateStatusById(cluster.ObjectId.Hex(), CLUSTER_STATUS_RUNNING, x_auth_token)
return
}
