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portainer/api/exec/extension.go

210 lines
6.1 KiB

feat(extensions): introduce extension support (#2527) * wip * wip: missing repository & tags removal * feat(registry): private registry management * style(plugin-details): update view * wip * wip * wip * feat(plugins): add license info * feat(plugins): browse feature preview * feat(registry-configure): add the ability to configure registry management * style(app): update text in app * feat(plugins): add plugin version number * feat(plugins): wip plugin upgrade process * feat(plugins): wip plugin upgrade * feat(plugins): add the ability to update a plugin * feat(plugins): init plugins at startup time * feat(plugins): add the ability to remove a plugin * feat(plugins): update to latest plugin definitions * feat(plugins): introduce plugin-tooltip component * refactor(app): relocate plugin files to app/plugins * feat(plugins): introduce PluginDefinitionsURL constant * feat(plugins): update the flags used by the plugins * feat(plugins): wip * feat(plugins): display a label when a plugin has expired * wip * feat(registry-creation): update registry creation logic * refactor(registry-creation): change name/ids for inputs * feat(api): pass registry type to management configuration * feat(api): unstrip /v2 in regsitry proxy * docs(api): add TODO * feat(store): mockup-1 * feat(store): mockup 2 * feat(store): mockup 2 * feat(store): update mockup-2 * feat(app): add unauthenticated event check * update gruntfile * style(support): update support views * style(support): update product views * refactor(extensions): refactor plugins to extensions * feat(extensions): add a deal property * feat(extensions): introduce ExtensionManager * style(extensions): update extension details style * feat(extensions): display license/company when enabling extension * feat(extensions): update extensions views * feat(extensions): use ProductId defined in extension schema * style(app): remove padding left for form section title elements * style(support): use per host model * refactor(extensions): multiple refactors related to extensions mecanism * feat(extensions): update tls file path for registry extension * feat(extensions): update registry management configuration * feat(extensions): send license in header to extension proxy * fix(proxy): fix invalid default loopback address * feat(extensions): add header X-RegistryManagement-ForceNew for specific operations * feat(extensions): add the ability to display screenshots * feat(extensions): center screenshots * style(extensions): tune style * feat(extensions-details): open full screen image on click (#2517) * feat(extension-details): show magnifying glass on images * feat(extensions): support extension logo * feat(extensions): update support logos * refactor(lint): fix lint issues
6 years ago
package exec
import (
"bytes"
"encoding/json"
"errors"
"os/exec"
"path"
"runtime"
"strconv"
"strings"
"github.com/orcaman/concurrent-map"
"github.com/portainer/portainer"
"github.com/portainer/portainer/http/client"
)
var extensionDownloadBaseURL = "https://portainer-io-assets.sfo2.digitaloceanspaces.com/extensions/"
var extensionBinaryMap = map[portainer.ExtensionID]string{
portainer.RegistryManagementExtension: "extension-registry-management",
}
// ExtensionManager represents a service used to
// manage extension processes.
type ExtensionManager struct {
processes cmap.ConcurrentMap
fileService portainer.FileService
extensionService portainer.ExtensionService
}
// NewExtensionManager returns a pointer to an ExtensionManager
func NewExtensionManager(fileService portainer.FileService, extensionService portainer.ExtensionService) *ExtensionManager {
return &ExtensionManager{
processes: cmap.New(),
fileService: fileService,
extensionService: extensionService,
}
}
func processKey(ID portainer.ExtensionID) string {
return strconv.Itoa(int(ID))
}
func buildExtensionURL(extension *portainer.Extension) string {
extensionURL := extensionDownloadBaseURL
extensionURL += extensionBinaryMap[extension.ID]
extensionURL += "-" + runtime.GOOS + "-" + runtime.GOARCH
extensionURL += "-" + extension.Version
extensionURL += ".zip"
return extensionURL
}
func buildExtensionPath(binaryPath string, extension *portainer.Extension) string {
extensionFilename := extensionBinaryMap[extension.ID]
extensionFilename += "-" + runtime.GOOS + "-" + runtime.GOARCH
extensionFilename += "-" + extension.Version
if runtime.GOOS == "windows" {
extensionFilename += ".exe"
}
feat(extensions): introduce extension support (#2527) * wip * wip: missing repository & tags removal * feat(registry): private registry management * style(plugin-details): update view * wip * wip * wip * feat(plugins): add license info * feat(plugins): browse feature preview * feat(registry-configure): add the ability to configure registry management * style(app): update text in app * feat(plugins): add plugin version number * feat(plugins): wip plugin upgrade process * feat(plugins): wip plugin upgrade * feat(plugins): add the ability to update a plugin * feat(plugins): init plugins at startup time * feat(plugins): add the ability to remove a plugin * feat(plugins): update to latest plugin definitions * feat(plugins): introduce plugin-tooltip component * refactor(app): relocate plugin files to app/plugins * feat(plugins): introduce PluginDefinitionsURL constant * feat(plugins): update the flags used by the plugins * feat(plugins): wip * feat(plugins): display a label when a plugin has expired * wip * feat(registry-creation): update registry creation logic * refactor(registry-creation): change name/ids for inputs * feat(api): pass registry type to management configuration * feat(api): unstrip /v2 in regsitry proxy * docs(api): add TODO * feat(store): mockup-1 * feat(store): mockup 2 * feat(store): mockup 2 * feat(store): update mockup-2 * feat(app): add unauthenticated event check * update gruntfile * style(support): update support views * style(support): update product views * refactor(extensions): refactor plugins to extensions * feat(extensions): add a deal property * feat(extensions): introduce ExtensionManager * style(extensions): update extension details style * feat(extensions): display license/company when enabling extension * feat(extensions): update extensions views * feat(extensions): use ProductId defined in extension schema * style(app): remove padding left for form section title elements * style(support): use per host model * refactor(extensions): multiple refactors related to extensions mecanism * feat(extensions): update tls file path for registry extension * feat(extensions): update registry management configuration * feat(extensions): send license in header to extension proxy * fix(proxy): fix invalid default loopback address * feat(extensions): add header X-RegistryManagement-ForceNew for specific operations * feat(extensions): add the ability to display screenshots * feat(extensions): center screenshots * style(extensions): tune style * feat(extensions-details): open full screen image on click (#2517) * feat(extension-details): show magnifying glass on images * feat(extensions): support extension logo * feat(extensions): update support logos * refactor(lint): fix lint issues
6 years ago
extensionPath := path.Join(
binaryPath,
extensionFilename)
return extensionPath
}
// FetchExtensionDefinitions will fetch the list of available
// extension definitions from the official Portainer assets server
func (manager *ExtensionManager) FetchExtensionDefinitions() ([]portainer.Extension, error) {
extensionData, err := client.Get(portainer.ExtensionDefinitionsURL, 30)
if err != nil {
return nil, err
}
var extensions []portainer.Extension
err = json.Unmarshal(extensionData, &extensions)
if err != nil {
return nil, err
}
return extensions, nil
}
// EnableExtension will check for the existence of the extension binary on the filesystem
// first. If it does not exist, it will download it from the official Portainer assets server.
// After installing the binary on the filesystem, it will execute the binary in license check
// mode to validate the extension license. If the license is valid, it will then start
// the extension process and register it in the processes map.
func (manager *ExtensionManager) EnableExtension(extension *portainer.Extension, licenseKey string) error {
extensionBinaryPath := buildExtensionPath(manager.fileService.GetBinaryFolder(), extension)
extensionBinaryExists, err := manager.fileService.FileExists(extensionBinaryPath)
if err != nil {
return err
}
if !extensionBinaryExists {
err := manager.downloadExtension(extension)
if err != nil {
return err
}
}
licenseDetails, err := validateLicense(extensionBinaryPath, licenseKey)
if err != nil {
return err
}
extension.License = portainer.LicenseInformation{
LicenseKey: licenseKey,
Company: licenseDetails[0],
Expiration: licenseDetails[1],
}
extension.Version = licenseDetails[2]
return manager.startExtensionProcess(extension, extensionBinaryPath)
}
// DisableExtension will retrieve the process associated to the extension
// from the processes map and kill the process. It will then remove the process
// from the processes map and remove the binary associated to the extension
// from the filesystem
func (manager *ExtensionManager) DisableExtension(extension *portainer.Extension) error {
process, ok := manager.processes.Get(processKey(extension.ID))
if !ok {
return nil
}
err := process.(*exec.Cmd).Process.Kill()
if err != nil {
return err
}
manager.processes.Remove(processKey(extension.ID))
extensionBinaryPath := buildExtensionPath(manager.fileService.GetBinaryFolder(), extension)
return manager.fileService.RemoveDirectory(extensionBinaryPath)
}
// UpdateExtension will download the new extension binary from the official Portainer assets
// server, disable the previous extension via DisableExtension, trigger a license check
// and then start the extension process and add it to the processes map
func (manager *ExtensionManager) UpdateExtension(extension *portainer.Extension, version string) error {
oldVersion := extension.Version
extension.Version = version
err := manager.downloadExtension(extension)
if err != nil {
return err
}
extension.Version = oldVersion
err = manager.DisableExtension(extension)
if err != nil {
return err
}
extension.Version = version
extensionBinaryPath := buildExtensionPath(manager.fileService.GetBinaryFolder(), extension)
licenseDetails, err := validateLicense(extensionBinaryPath, extension.License.LicenseKey)
if err != nil {
return err
}
extension.Version = licenseDetails[2]
return manager.startExtensionProcess(extension, extensionBinaryPath)
}
func (manager *ExtensionManager) downloadExtension(extension *portainer.Extension) error {
extensionURL := buildExtensionURL(extension)
data, err := client.Get(extensionURL, 30)
if err != nil {
return err
}
return manager.fileService.ExtractExtensionArchive(data)
}
func validateLicense(binaryPath, licenseKey string) ([]string, error) {
licenseCheckProcess := exec.Command(binaryPath, "-license", licenseKey, "-check")
cmdOutput := &bytes.Buffer{}
licenseCheckProcess.Stdout = cmdOutput
err := licenseCheckProcess.Run()
if err != nil {
return nil, errors.New("Invalid extension license key")
}
output := string(cmdOutput.Bytes())
return strings.Split(output, "|"), nil
}
func (manager *ExtensionManager) startExtensionProcess(extension *portainer.Extension, binaryPath string) error {
extensionProcess := exec.Command(binaryPath, "-license", extension.License.LicenseKey)
err := extensionProcess.Start()
if err != nil {
return err
}
manager.processes.Set(processKey(extension.ID), extensionProcess)
return nil
}