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package ne
import (
"fmt"
"net/http"
"net/url"
"strconv"
"strings"
"github.com/equinix/ne-go/internal/api"
"github.com/equinix/rest-go"
)
const (
//DeviceManagementTypeSelf indicates device management mode where customer
//fully manages the device
DeviceManagementTypeSelf = "SELF-CONFIGURED"
//DeviceManagementTypeEquinix indicates device management mode where device
//connectivity and services are managed by Equinix
DeviceManagementTypeEquinix = "EQUINIX-CONFIGURED"
//DeviceLicenseModeSubscription indicates device software license mode where
//Equinix provides software license in a form of subscription
DeviceLicenseModeSubscription = "Sub"
//DeviceLicenseModeBYOL indicates device software license mode where
//customer provides his own, externally procured device license
DeviceLicenseModeBYOL = "BYOL"
)
type restDeviceUpdateRequest struct {
uuid string
deviceFields map[string]interface{}
additionalBandwidth *int
aclTemplateID *string
mgmtAclTemplateUuid *string
c RestClient
}
// CreateDevice creates given Network Edge device and returns its UUID upon successful creation
func (c RestClient) CreateDevice(device Device) (*string, error) {
path := "/ne/v1/devices"
reqBody := createDeviceRequest(device)
respBody := api.DeviceRequestResponse{}
req := c.R().SetBody(&reqBody).SetResult(&respBody)
if err := c.Execute(req, http.MethodPost, path); err != nil {
return nil, err
}
return respBody.UUID, nil
}
// CreateRedundantDevice creates HA device setup from given primary and secondary devices and
// returns their UUIDS upon successful creation
func (c RestClient) CreateRedundantDevice(primary Device, secondary Device) (*string, *string, error) {
path := "/ne/v1/devices"
reqBody := createRedundantDeviceRequest(primary, secondary)
respBody := api.DeviceRequestResponse{}
req := c.R().SetBody(&reqBody).SetResult(&respBody)
if err := c.Execute(req, http.MethodPost, path); err != nil {
return nil, nil, err
}
return respBody.UUID, respBody.SecondaryUUID, nil
}
func (c RestClient) AddSecondary(primaryUuid string, secondary Device) (*string, error) {
updateErr := UpdateError{}
secondaryUuid, err := c.addSecondaryDevice(primaryUuid, secondary)
if err != nil {
updateErr.AddChangeError(changeTypeUpdate, "secondary", secondary, err)
}
return secondaryUuid, nil
}
// GetDevice fetches details of a device with a given UUID
func (c RestClient) GetDevice(uuid string) (*Device, error) {
path := "/ne/v1/devices/" + url.PathEscape(uuid)
result := api.Device{}
request := c.R().SetResult(&result)
if err := c.Execute(request, http.MethodGet, path); err != nil {
return nil, err
}
return mapDeviceAPIToDomain(result), nil
}
// GetDevices retrieves list of devices (along with their details) with given list of statuses
func (c RestClient) GetDevices(statuses []string) ([]Device, error) {
path := "/ne/v1/devices"
content, err := c.GetOffsetPaginated(path, &api.DevicesResponse{},
rest.DefaultOffsetPagingConfig().
SetAdditionalParams(map[string]string{"status": buildQueryParamValueString(statuses)}))
if err != nil {
return nil, err
}
transformed := make([]Device, len(content))
for i := range content {
transformed[i] = *mapDeviceAPIToDomain(content[i].(api.Device))
}
return transformed, nil
}
// GetDeviceAdditionalBandwidthDetails retrives details of given device's additional bandwidth
func (c RestClient) GetDeviceAdditionalBandwidthDetails(uuid string) (*DeviceAdditionalBandwidthDetails, error) {
path := fmt.Sprintf("/ne/v1/devices/%s/additionalBandwidths", url.PathEscape(uuid))
result := api.DeviceAdditionalBandwidthResponse{}
request := c.R().SetResult(&result)
if err := c.Execute(request, http.MethodGet, path); err != nil {
return nil, err
}
return mapDeviceAdditionalBandwidthAPIToDomain(result), nil
}
// GetDeviceACLDetails retrives device acl template provisioning status
func (c RestClient) GetDeviceACLDetails(uuid string) (*DeviceACLDetails, error) {
path := fmt.Sprintf("/ne/v1/devices/%s/acl", url.PathEscape(uuid))
result := api.DeviceACLResponse{}
request := c.R().SetResult(&result)
if err := c.Execute(request, http.MethodGet, path); err != nil {
return nil, err
}
return mapDeviceACLAPIToDomain(result), nil
}
// NewDeviceUpdateRequest creates new composite update request for a device with a given UUID
func (c RestClient) NewDeviceUpdateRequest(uuid string) DeviceUpdateRequest {
return &restDeviceUpdateRequest{
uuid: uuid,
deviceFields: make(map[string]interface{}),
c: c}
}
// DeleteDevice deletes device with a given UUID
func (c RestClient) DeleteDevice(uuid string) error {
path := "/ne/v1/devices/" + url.PathEscape(uuid)
req := c.R().SetQueryParam("deleteRedundantDevice", "true")
if err := c.Execute(req, http.MethodDelete, path); err != nil {
return err
}
return nil
}
func (c RestClient) DeleteSecondaryDevice(uuid string) error {
path := "/ne/v1/devices/" + url.PathEscape(uuid)
req := c.R().SetQueryParam("deleteRedundantDevice", "false")
if err := c.Execute(req, http.MethodDelete, path); err != nil {
return err
}
return nil
}
// WithDeviceName sets new device name in a composite device update request
func (req *restDeviceUpdateRequest) WithDeviceName(deviceName string) DeviceUpdateRequest {
req.deviceFields["deviceName"] = deviceName
return req
}
// WithTermLength sets new term length in a composite device update request
func (req *restDeviceUpdateRequest) WithTermLength(termLength int) DeviceUpdateRequest {
req.deviceFields["termLength"] = termLength
return req
}
// WithNotifications sets new notifications in a composite device update request
func (req *restDeviceUpdateRequest) WithNotifications(notifications []string) DeviceUpdateRequest {
req.deviceFields["notifications"] = notifications
return req
}
// WithCore sets new core count in a composite device update request
func (req *restDeviceUpdateRequest) WithCore(core int) DeviceUpdateRequest {
req.deviceFields["core"] = core
return req
}
// WithClusterName sets new cluster name in a composite device update request
func (req *restDeviceUpdateRequest) WithClusterName(clusterName string) DeviceUpdateRequest {
req.deviceFields["clusterName"] = clusterName
return req
}
// WithAdditionalBandwidth sets new additional bandwidth in a composite device update request
func (req *restDeviceUpdateRequest) WithAdditionalBandwidth(additionalBandwidth int) DeviceUpdateRequest {
req.additionalBandwidth = &additionalBandwidth
return req
}
// WithACLTemplate sets new ACL template identifier in a composite device update request
func (req *restDeviceUpdateRequest) WithACLTemplate(templateID string) DeviceUpdateRequest {
req.aclTemplateID = &templateID
return req
}
// WithMgmtAclTemplate sets new MGMT ACL template identifier in a composite device update request
func (req *restDeviceUpdateRequest) WithMgmtAclTemplate(mgmtAclTemplateUuid string) DeviceUpdateRequest {
req.mgmtAclTemplateUuid = &mgmtAclTemplateUuid
return req
}
// Execute attempts to update device according new data set in composite update request.
// This is not atomic operation and if any update will fail, other changes won't be reverted.
// UpdateError will be returned if any of requested data failed to update
func (req *restDeviceUpdateRequest) Execute() error {
updateErr := UpdateError{}
if err := req.c.replaceDeviceFields(req.uuid, req.deviceFields); err != nil {
updateErr.AddChangeError(changeTypeUpdate, "deviceFields", req.deviceFields, err)
}
if req.aclTemplateID != nil || req.mgmtAclTemplateUuid != nil {
if err := req.c.replaceDeviceACLTemplate(req.uuid, req.aclTemplateID, req.mgmtAclTemplateUuid); err != nil {
if req.aclTemplateID != nil {
updateErr.AddChangeError(changeTypeUpdate, "aclTemplateUuid", *req.aclTemplateID, err)
}
if req.mgmtAclTemplateUuid != nil {
updateErr.AddChangeError(changeTypeUpdate, "mgmtAclTemplateUuid", *req.mgmtAclTemplateUuid, err)
}
}
}
if req.additionalBandwidth != nil {
if err := req.c.replaceDeviceAdditionalBandwidth(req.uuid, *req.additionalBandwidth); err != nil {
updateErr.AddChangeError(changeTypeUpdate, "additionalBandwidth", req.additionalBandwidth, err)
}
}
if updateErr.ChangeErrorsCount() > 0 {
return updateErr
}
return nil
}
//‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾
// Unexported package methods
//_______________________________________________________________________
func mapDeviceAPIToDomain(apiDevice api.Device) *Device {
device := Device{}
device.UUID = apiDevice.UUID
device.Name = apiDevice.Name
device.TypeCode = apiDevice.DeviceTypeCode
device.Status = apiDevice.Status
device.LicenseStatus = apiDevice.LicenseStatus
device.MetroCode = apiDevice.MetroCode
device.IBX = apiDevice.IBX
device.Region = apiDevice.Region
device.Throughput = apiDevice.Throughput
device.ThroughputUnit = apiDevice.ThroughputUnit
device.HostName = apiDevice.HostName
device.PackageCode = apiDevice.PackageCode
device.Version = apiDevice.Version
if apiDevice.LicenseType != nil {
if *apiDevice.LicenseType == DeviceLicenseModeBYOL {
device.IsBYOL = Bool(true)
} else {
device.IsBYOL = Bool(false)
}
}
device.LicenseToken = apiDevice.LicenseToken
device.LicenseFileID = apiDevice.LicenseFileID
device.ACLTemplateUUID = apiDevice.ACLTemplateUUID
device.MgmtAclTemplateUuid = apiDevice.MgmtAclTemplateUUID
device.SSHIPAddress = apiDevice.SSHIPAddress
device.SSHIPFqdn = apiDevice.SSHIPFqdn
device.AccountNumber = apiDevice.AccountNumber
device.Notifications = apiDevice.Notifications
device.PurchaseOrderNumber = apiDevice.PurchaseOrderNumber
device.RedundancyType = apiDevice.RedundancyType
device.RedundantUUID = apiDevice.RedundantUUID
device.TermLength = apiDevice.TermLength
device.ProjectID = apiDevice.ProjectID
device.AdditionalBandwidth = apiDevice.AdditionalBandwidth
device.WanInterfaceId = apiDevice.SshInterfaceID
device.OrderReference = apiDevice.OrderReference
device.InterfaceCount = apiDevice.InterfaceCount
if apiDevice.Core != nil {
device.CoreCount = apiDevice.Core.Core
}
if apiDevice.Core != nil {
device.Tier = apiDevice.Core.Tier
}
if apiDevice.DeviceManagementType != nil {
if *apiDevice.DeviceManagementType == DeviceManagementTypeSelf {
device.IsSelfManaged = Bool(true)
} else {
device.IsSelfManaged = Bool(false)
}
}
device.Connectivity = apiDevice.Connectivity
device.Interfaces = mapDeviceInterfacesAPIToDomain(apiDevice.Interfaces)
device.VendorConfiguration = apiDevice.VendorConfig
device.UserPublicKey = mapDeviceUserPublicKeyAPIToDomain(apiDevice.UserPublicKey)
device.ASN = apiDevice.ASN
device.ZoneCode = apiDevice.ZoneCode
device.ClusterDetails = mapDeviceClusterDetailsAPIToDomain(apiDevice.ClusterDetails)
device.DiverseFromDeviceUUID = apiDevice.DiverseFromDeviceUUID
device.DiverseFromDeviceName = apiDevice.DiverseFromDeviceName
device.IsGenerateDefaultPassword = apiDevice.IsGenerateDefaultPassword
return &device
}
func mapDeviceInterfacesAPIToDomain(apiInterfaces []api.DeviceInterface) []DeviceInterface {
transformed := make([]DeviceInterface, len(apiInterfaces))
for i := range apiInterfaces {
transformed[i] = DeviceInterface{
ID: apiInterfaces[i].ID,
Name: apiInterfaces[i].Name,
Status: apiInterfaces[i].Status,
OperationalStatus: apiInterfaces[i].OperationalStatus,
MACAddress: apiInterfaces[i].MACAddress,
IPAddress: apiInterfaces[i].IPAddress,
AssignedType: apiInterfaces[i].AssignedType,
Type: apiInterfaces[i].Type,
}
}
return transformed
}
func mapDeviceUserPublicKeyAPIToDomain(apiUserKey *api.DeviceUserPublicKey) *DeviceUserPublicKey {
if apiUserKey == nil {
return nil
}
return &DeviceUserPublicKey{
Username: apiUserKey.Username,
KeyName: apiUserKey.KeyName,
}
}
func mapDeviceUserPublicKeyDomainToAPI(userKey *DeviceUserPublicKey) *api.DeviceUserPublicKeyRequest {
if userKey == nil {
return nil
}
return &api.DeviceUserPublicKeyRequest{
Username: userKey.Username,
KeyName: userKey.KeyName,
}
}
func mapDeviceClusterDetailsAPIToDomain(apiClusterDetails *api.ClusterDetails) *ClusterDetails {
if apiClusterDetails == nil {
return nil
}
clusterDetails := ClusterDetails{}
clusterDetails.ClusterId = apiClusterDetails.ClusterID
clusterDetails.ClusterName = apiClusterDetails.ClusterName
clusterDetails.NumOfNodes = apiClusterDetails.NumOfNodes
apiNodes := apiClusterDetails.Nodes
transformed := make([]ClusterNode, len(apiNodes))
clusterNodeDetails := make([]*ClusterNodeDetail, len(apiNodes))
for i := range apiNodes {
transformed[i] = ClusterNode{
UUID: apiNodes[i].UUID,
Name: apiNodes[i].Name,
Node: apiNodes[i].Node,
AdminPassword: apiNodes[i].AdminPassword,
VendorConfiguration: apiNodes[i].VendorConfiguration,
}
clusterNodeDetails[i] = &ClusterNodeDetail{
UUID: apiNodes[i].UUID,
Name: apiNodes[i].Name,
VendorConfiguration: apiNodes[i].VendorConfiguration,
}
}
clusterDetails.Nodes = transformed
clusterDetails.Node0 = clusterNodeDetails[0]
clusterDetails.Node1 = clusterNodeDetails[1]
return &clusterDetails
}
func mapDeviceClusterDetailsDomainToAPI(clusterDetails *ClusterDetails) *api.ClusterDetailsRequest {
if clusterDetails == nil {
return nil
}
req := api.ClusterDetailsRequest{}
req.ClusterName = clusterDetails.ClusterName
clusterNodeDetailsRequest := make(map[string]api.ClusterNodeDetailRequest)
clusterNodeDetailsRequest["node0"] = *mapDeviceClusterNodeDetailDomainToAPI(clusterDetails.Node0)
clusterNodeDetailsRequest["node1"] = *mapDeviceClusterNodeDetailDomainToAPI(clusterDetails.Node1)
req.ClusterNodeDetails = clusterNodeDetailsRequest
return &req
}
func mapDeviceClusterNodeDetailDomainToAPI(clusterNodeDetail *ClusterNodeDetail) *api.ClusterNodeDetailRequest {
if clusterNodeDetail == nil {
return nil
}
return &api.ClusterNodeDetailRequest{
VendorConfiguration: clusterNodeDetail.VendorConfiguration,
LicenseFileID: clusterNodeDetail.LicenseFileId,
LicenseToken: clusterNodeDetail.LicenseToken,
}
}
func createDeviceRequest(device Device) api.DeviceRequest {
req := api.DeviceRequest{}
req.Throughput = device.Throughput
req.Tier = device.Tier
req.ThroughputUnit = device.ThroughputUnit
req.MetroCode = device.MetroCode
req.DeviceTypeCode = device.TypeCode
if device.TermLength != nil {
termLengthString := strconv.Itoa(*device.TermLength)
req.TermLength = &termLengthString
}
if device.IsBYOL != nil {
if *device.IsBYOL {
req.LicenseMode = String(DeviceLicenseModeBYOL)
} else {
req.LicenseMode = String(DeviceLicenseModeSubscription)
}
}
req.LicenseToken = device.LicenseToken
req.LicenseFileID = device.LicenseFileID
req.CloudInitFileID = device.CloudInitFileID
req.PackageCode = device.PackageCode
req.VirtualDeviceName = device.Name
req.Notifications = device.Notifications
req.HostNamePrefix = device.HostName
req.OrderReference = device.OrderReference
req.PurchaseOrderNumber = device.PurchaseOrderNumber
req.AccountNumber = device.AccountNumber
req.Version = device.Version
req.InterfaceCount = device.InterfaceCount
if device.IsSelfManaged != nil {
if *device.IsSelfManaged {
req.DeviceManagementType = String(DeviceManagementTypeSelf)
} else {
req.DeviceManagementType = String(DeviceManagementTypeEquinix)
}
}
req.Connectivity = device.Connectivity
req.ProjectID = device.ProjectID
req.Core = device.CoreCount
req.AdditionalBandwidth = device.AdditionalBandwidth
req.SshInterfaceId = device.WanInterfaceId
req.ACLTemplateUUID = device.ACLTemplateUUID
req.MgmtAclTemplateUUID = device.MgmtAclTemplateUuid
req.VendorConfig = device.VendorConfiguration
req.UserPublicKey = mapDeviceUserPublicKeyDomainToAPI(device.UserPublicKey)
req.ClusterDetails = mapDeviceClusterDetailsDomainToAPI(device.ClusterDetails)
req.DiverseFromDeviceUUID = device.DiverseFromDeviceUUID
req.IsGenerateDefaultPassword = device.IsGenerateDefaultPassword
return req
}
func createRedundantDeviceRequest(primary Device, secondary Device) api.DeviceRequest {
req := createDeviceRequest(primary)
secReq := api.SecondaryDeviceRequest{}
secReq.MetroCode = secondary.MetroCode
secReq.LicenseToken = secondary.LicenseToken
secReq.LicenseFileID = secondary.LicenseFileID
secReq.CloudInitFileID = secondary.CloudInitFileID
secReq.VirtualDeviceName = secondary.Name
secReq.Notifications = secondary.Notifications
secReq.HostNamePrefix = secondary.HostName
secReq.AccountNumber = secondary.AccountNumber
secReq.AdditionalBandwidth = secondary.AdditionalBandwidth
secReq.SshInterfaceID = secondary.WanInterfaceId
if secReq.SshInterfaceID == nil {
secReq.SshInterfaceID = req.SshInterfaceId
}
secReq.ACLTemplateUUID = secondary.ACLTemplateUUID
secReq.MgmtAclTemplateUUID = secondary.MgmtAclTemplateUuid
secReq.VendorConfig = secondary.VendorConfiguration
secReq.UserPublicKey = mapDeviceUserPublicKeyDomainToAPI(secondary.UserPublicKey)
req.Secondary = &secReq
return req
}
func addSecondaryDeviceRequest(primaryDeviceUuid string, secondary Device) api.AddSecondaryRequest {
req := api.AddSecondaryRequest{}
req.PrimaryDeviceUUID = &primaryDeviceUuid
secReq := api.SecondaryDeviceRequest{}
secReq.MetroCode = secondary.MetroCode
secReq.LicenseToken = secondary.LicenseToken
secReq.LicenseFileID = secondary.LicenseFileID
secReq.CloudInitFileID = secondary.CloudInitFileID
secReq.VirtualDeviceName = secondary.Name
secReq.Notifications = secondary.Notifications
secReq.HostNamePrefix = secondary.HostName
secReq.AccountNumber = secondary.AccountNumber
secReq.AdditionalBandwidth = secondary.AdditionalBandwidth
secReq.SshInterfaceID = secondary.WanInterfaceId
secReq.ACLTemplateUUID = secondary.ACLTemplateUUID
secReq.MgmtAclTemplateUUID = secondary.MgmtAclTemplateUuid
secReq.VendorConfig = secondary.VendorConfiguration
secReq.UserPublicKey = mapDeviceUserPublicKeyDomainToAPI(secondary.UserPublicKey)
req.Secondary = &secReq
return req
}
func (c RestClient) replaceDeviceACLTemplate(uuid string, wanAclTemplateUuid *string, mgmtAclTemplateUuid *string) error {
path := "/ne/v1/devices/" + url.PathEscape(uuid) + "/acl"
reqBody := api.DeviceACLTemplateRequest{
TemplateUUID: wanAclTemplateUuid,
MgmtAclTemplateUUID: mgmtAclTemplateUuid,
}
req := c.R().SetBody(reqBody)
if err := c.Execute(req, http.MethodPatch, path); err != nil {
return err
}
return nil
}
func (c RestClient) replaceDeviceAdditionalBandwidth(uuid string, bandwidth int) error {
path := fmt.Sprintf("/ne/v1/devices/%s/additionalBandwidths", url.PathEscape(uuid))
reqBody := api.DeviceAdditionalBandwidthUpdateRequest{AdditionalBandwidth: &bandwidth}
req := c.R().SetBody(reqBody)
if err := c.Execute(req, http.MethodPut, path); err != nil {
return err
}
return nil
}
func (c RestClient) replaceDeviceFields(uuid string, fields map[string]interface{}) error {
reqBody := api.DeviceUpdateRequest{}
okToSend := false
if v, ok := fields["deviceName"]; ok {
reqBody.VirtualDeviceName = String(v.(string))
okToSend = true
}
if v, ok := fields["termLength"]; ok {
reqBody.TermLength = Int(v.(int))
okToSend = true
}
if v, ok := fields["notifications"]; ok {
reqBody.Notifications = v.([]string)
okToSend = true
}
if v, ok := fields["core"]; ok {
reqBody.Core = Int(v.(int))
okToSend = true
}
if v, ok := fields["clusterName"]; ok {
reqBody.ClusterName = String(v.(string))
okToSend = true
}
if okToSend {
path := "/ne/v1/devices/" + uuid
req := c.R().SetBody(&reqBody)
if err := c.Execute(req, http.MethodPatch, path); err != nil {
return err
}
}
return nil
}
func (c RestClient) addSecondaryDevice(uuid string, secondary Device) (*string, error) {
//build logic for post secondary device
//uuid = primary device uuid
path := "/ne/v1/devices"
reqBody := addSecondaryDeviceRequest(uuid, secondary)
respBody := api.DeviceRequestResponse{}
req := c.R().SetBody(&reqBody).SetResult(&respBody)
if err := c.Execute(req, http.MethodPost, path); err != nil {
return nil, err
}
return respBody.SecondaryUUID, nil
}
func buildQueryParamValueString(values []string) string {
var sb strings.Builder
for i := range values {
sb.WriteString(url.QueryEscape(values[i]))
if i < len(values)-1 {
sb.WriteString(",")
}
}
return sb.String()
}
func mapDeviceAdditionalBandwidthAPIToDomain(apiDetails api.DeviceAdditionalBandwidthResponse) *DeviceAdditionalBandwidthDetails {
return &DeviceAdditionalBandwidthDetails{
AdditionalBandwidth: apiDetails.AdditionalBandwidth,
Status: apiDetails.Status,
}
}
func mapDeviceACLAPIToDomain(apiDetails api.DeviceACLResponse) *DeviceACLDetails {
return &DeviceACLDetails{
Status: apiDetails.Status,
}
}