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Copy pathrest_device_type.go
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189 lines (173 loc) · 6.46 KB
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package ne
import (
"fmt"
"net/url"
"github.com/equinix/ne-go/internal/api"
"github.com/equinix/rest-go"
)
//GetDeviceTypes retrieves list of devices types along with their details
func (c RestClient) GetDeviceTypes() ([]DeviceType, error) {
path := "/ne/v1/deviceTypes"
content, err := c.GetOffsetPaginated(path, &api.DeviceTypeResponse{},
rest.DefaultOffsetPagingConfig())
if err != nil {
return nil, err
}
transformed := make([]DeviceType, len(content))
for i := range content {
transformed[i] = mapDeviceTypeAPIToDomain(content[i].(api.DeviceType))
}
return transformed, nil
}
//GetDeviceSoftwareVersions retrieves list of available software versions for a given device type
func (c RestClient) GetDeviceSoftwareVersions(deviceTypeCode string) ([]DeviceSoftwareVersion, error) {
deviceType, err := c.getDeviceType(deviceTypeCode)
if err != nil {
return nil, err
}
return mapDeviceTypeAPIToDeviceSoftwareVersions(*deviceType), nil
}
//GetDevicePlatforms retrieves list of available platform configurations for a given device type
func (c RestClient) GetDevicePlatforms(deviceTypeCode string) ([]DevicePlatform, error) {
deviceType, err := c.getDeviceType(deviceTypeCode)
if err != nil {
return nil, err
}
return mapDeviceTypeAPIToDevicePlatforms(*deviceType), nil
}
//‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾‾
// Unexported package methods
//_______________________________________________________________________
func (c RestClient) getDeviceType(typeCode string) (*api.DeviceType, error) {
path := "/ne/v1/deviceTypes"
content, err := c.GetOffsetPaginated(path, &api.DeviceTypeResponse{},
rest.DefaultOffsetPagingConfig().
SetAdditionalParams(map[string]string{"deviceTypeCode": url.QueryEscape(typeCode)}))
if err != nil {
return nil, err
}
if len(content) < 1 {
return nil, fmt.Errorf("device type query returned no results for given type code: %s", typeCode)
}
if len(content) > 1 {
return nil, fmt.Errorf("device type query returned more than one result for a given type code: %s", typeCode)
}
devType := content[0].(api.DeviceType)
return &devType, nil
}
func mapDeviceTypeAPIToDomain(apiDevice api.DeviceType) DeviceType {
return DeviceType{
Name: apiDevice.Name,
Code: apiDevice.Code,
Description: apiDevice.Description,
Vendor: apiDevice.Vendor,
Category: apiDevice.Category,
MetroCodes: mapDeviceTypeAvailableMetrosAPIToDomain(apiDevice.AvailableMetros),
}
}
func mapDeviceTypeAvailableMetrosAPIToDomain(apiMetros []api.DeviceTypeAvailableMetro) []string {
transformed := make([]string, len(apiMetros))
for i := range apiMetros {
transformed[i] = StringValue(apiMetros[i].Code)
}
return transformed
}
func mapDeviceTypeAPIToDeviceSoftwareVersions(apiType api.DeviceType) []DeviceSoftwareVersion {
versionMap := make(map[string]*DeviceSoftwareVersion)
for _, apiPkg := range apiType.SoftwarePackages {
for _, apiVer := range apiPkg.VersionDetails {
apiVerStr := StringValue(apiVer.Version)
ver, ok := versionMap[apiVerStr]
if !ok {
ver = mapDeviceSoftwareVersionAPIToDomain(apiVer)
versionMap[apiVerStr] = ver
}
ver.PackageCodes = append(ver.PackageCodes, StringValue(apiPkg.Code))
}
}
transformed := make([]DeviceSoftwareVersion, 0, len(versionMap))
for ver := range versionMap {
transformed = append(transformed, *versionMap[ver])
}
return transformed
}
func mapDeviceSoftwareVersionAPIToDomain(apiVer api.DeviceTypeVersionDetails) *DeviceSoftwareVersion {
return &DeviceSoftwareVersion{
Version: apiVer.Version,
ImageName: apiVer.ImageName,
Date: apiVer.Date,
Status: apiVer.Status,
IsStable: apiVer.IsStable,
ReleaseNotesLink: apiVer.ReleaseNotesLink,
PackageCodes: []string{},
}
}
func mapDeviceTypeAPIToDevicePlatforms(apiType api.DeviceType) []DevicePlatform {
mgmtPlatforms := flattenMgmtType(apiType.DeviceManagementTypes.EquinixConfigured)
mgmtPlatforms = append(mgmtPlatforms, flattenMgmtType(apiType.DeviceManagementTypes.SelfConfigured)...)
pMap := make(map[string]*DevicePlatform)
for i := range mgmtPlatforms {
platform, ok := pMap[StringValue(mgmtPlatforms[i].Flavor)]
if !ok {
platform = &mgmtPlatforms[i]
pMap[StringValue(mgmtPlatforms[i].Flavor)] = platform
} else {
platform.ManagementTypes = append(platform.ManagementTypes, mgmtPlatforms[i].ManagementTypes...)
}
}
return devPlatfromMapToSlice(pMap)
}
func flattenMgmtType(mgmtType api.DeviceManagementType) []DevicePlatform {
if !mgmtType.IsSupported {
return []DevicePlatform{}
}
licPlatforms := mapLicenseOption(mgmtType.LicenseOptions.BYOL)
licPlatforms = append(licPlatforms, mapLicenseOption(mgmtType.LicenseOptions.Sub)...)
pMap := make(map[string]*DevicePlatform)
for i := range licPlatforms {
platform, ok := pMap[StringValue(licPlatforms[i].Flavor)]
if !ok {
platform = &licPlatforms[i]
platform.ManagementTypes = append(platform.ManagementTypes, mgmtType.Type)
pMap[StringValue(licPlatforms[i].Flavor)] = platform
} else {
platform.LicenseOptions = append(platform.LicenseOptions, licPlatforms[i].LicenseOptions...)
}
}
return devPlatfromMapToSlice(pMap)
}
func mapLicenseOption(licOption api.DeviceLicenseOption) []DevicePlatform {
if !BoolValue(licOption.IsSupported) {
return []DevicePlatform{}
}
transformed := make([]DevicePlatform, len(licOption.Cores))
for i := range licOption.Cores {
transformed[i] = DevicePlatform{
Flavor: licOption.Cores[i].Flavor,
CoreCount: licOption.Cores[i].Core,
Memory: licOption.Cores[i].Memory,
MemoryUnit: licOption.Cores[i].Unit,
PackageCodes: mapPackageCodesAPIToDomain(licOption.Cores[i].PackageCodes),
ManagementTypes: []string{},
LicenseOptions: []string{StringValue(licOption.Type)},
}
}
return transformed
}
func mapPackageCodesAPIToDomain(apiCodes []api.DevicePackageCode) []string {
transformed := make([]string, 0, len(apiCodes))
for _, apiCode := range apiCodes {
if !BoolValue(apiCode.IsSupported) {
continue
}
transformed = append(transformed, StringValue(apiCode.PackageCode))
}
return transformed
}
func devPlatfromMapToSlice(devPlatformMap map[string]*DevicePlatform) []DevicePlatform {
transformed := make([]DevicePlatform, 0, len(devPlatformMap))
for _, v := range devPlatformMap {
transformed = append(transformed, *v)
}
return transformed
}