// Add the flags accepted by run to the supplied flag set, returning the
// variables into which the flags will parse.
func PopulateFlags(c *cli.Context) (flags *FlagStorage) {
flags = &FlagStorage{
// File system
MountOptions: make(map[string]string),
DirMode: os.FileMode(c.Int("dir-mode")),
FileMode: os.FileMode(c.Int("file-mode")),
Uid: uint32(c.Int("uid")),
Gid: uint32(c.Int("gid")),
// Tuning,
StatCacheTTL: c.Duration("stat-cache-ttl"),
TypeCacheTTL: c.Duration("type-cache-ttl"),
// OSS
Endpoint: c.String("endpoint"),
UsePathRequest: c.Bool("use-path-request"),
Internal: c.Bool("internal"),
// Debugging,
DebugFuse: c.Bool("debug_fuse"),
DebugOSS: c.Bool("debug_oss"),
}
// Handle the repeated "-o" flag.
for _, o := range c.StringSlice("o") {
parseOptions(flags.MountOptions, o)
}
// Get the region/AccessKeyId/AccessKeySecret
flags.AccessKeyId = os.Getenv("ACCESS_KEY_ID")
flags.AccessKeySecret = os.Getenv("ACCESS_KEY_SECRET")
flags.Region = oss.Region(os.Getenv("OSS_REGION"))
return
}
// Add the flags accepted by run to the supplied flag set, returning the
// variables into which the flags will parse.
func PopulateFlags(c *cli.Context) (flags *FlagStorage) {
flags = &FlagStorage{
// File system
MountOptions: make(map[string]string),
DirMode: os.FileMode(c.Int("dir-mode")),
FileMode: os.FileMode(c.Int("file-mode")),
Uid: uint32(c.Int("uid")),
Gid: uint32(c.Int("gid")),
// Tuning,
StatCacheTTL: c.Duration("stat-cache-ttl"),
TypeCacheTTL: c.Duration("type-cache-ttl"),
// S3
Endpoint: c.String("endpoint"),
StorageClass: c.String("storage-class"),
UsePathRequest: c.Bool("use-path-request"),
// Debugging,
DebugFuse: c.Bool("debug_fuse"),
DebugS3: c.Bool("debug_s3"),
Foreground: c.Bool("f"),
}
// Handle the repeated "-o" flag.
for _, o := range c.StringSlice("o") {
parseOptions(flags.MountOptions, o)
}
return
}
func newDockerStressor(context *cli.Context) (ds *dockerStressor, err error) {
ds = &dockerStressor{}
client, err := dcli.NewDockerClientTimeout(
"unix:///var/run/docker.sock", nil, time.Second*5)
if err != nil {
return
}
ds.dockerClient = client
scfg, err := loadStressCfg(context.String("config"))
if err != nil {
return
}
ds.stressConfig = scfg
if context.Int("count") <= 0 {
return nil, errors.New("flag count must > 0")
}
ds.containerNum = context.Int("count")
if context.Int("concurrent") <= 0 {
return nil, errors.New("flag concurrent must > 0")
}
ds.containerConCurrent = context.Int("concurrent")
ds.containerRunTime = context.Duration("runtime")
return
}
// Add the flags accepted by run to the supplied flag set, returning the
// variables into which the flags will parse.
func populateFlags(c *cli.Context) (flags *flagStorage) {
flags = &flagStorage{
// File system
MountOptions: make(map[string]string),
DirMode: os.FileMode(c.Int("dir-mode")),
FileMode: os.FileMode(c.Int("file-mode")),
Uid: int64(c.Int("uid")),
Gid: int64(c.Int("gid")),
// GCS,
KeyFile: c.String("key-file"),
EgressBandwidthLimitBytesPerSecond: c.Float64("limit-bytes-per-sec"),
OpRateLimitHz: c.Float64("limit-ops-per-sec"),
// Tuning,
StatCacheTTL: c.Duration("stat-cache-ttl"),
TypeCacheTTL: c.Duration("type-cache-ttl"),
TempDir: c.String("temp-dir"),
ImplicitDirs: c.Bool("implicit-dirs"),
// Debugging,
DebugFuse: c.Bool("debug_fuse"),
DebugGCS: c.Bool("debug_gcs"),
DebugHTTP: c.Bool("debug_http"),
DebugInvariants: c.Bool("debug_invariants"),
}
// Handle the repeated "-o" flag.
for _, o := range c.StringSlice("o") {
mountpkg.ParseOptions(flags.MountOptions, o)
}
return
}
// FromCLIContext creates a Config using a cli.Context by pulling configuration
// from the flags in the context.
func FromCLIContext(c *cli.Context) *Config {
cfg := &Config{}
cfgVal := reflect.ValueOf(cfg).Elem()
for _, def := range defs {
if !def.HasField {
continue
}
field := cfgVal.FieldByName(def.FieldName)
if _, ok := def.Flag.(*cli.BoolFlag); ok {
field.SetBool(c.Bool(def.Name))
} else if _, ok := def.Flag.(*cli.DurationFlag); ok {
field.Set(reflect.ValueOf(c.Duration(def.Name)))
} else if _, ok := def.Flag.(*cli.IntFlag); ok {
field.SetInt(int64(c.Int(def.Name)))
} else if _, ok := def.Flag.(*cli.StringFlag); ok {
field.SetString(c.String(def.Name))
}
}
cfg.ProviderConfig = ProviderConfigFromEnviron(cfg.ProviderName)
return cfg
}
func (cmd *Command) upsertHostAction(c *cli.Context) {
host, err := engine.NewHost(c.String("name"), engine.HostSettings{})
if err != nil {
cmd.printError(err)
return
}
if c.String("cert") != "" || c.String("privateKey") != "" {
keyPair, err := readKeyPair(c.String("cert"), c.String("privateKey"))
if err != nil {
cmd.printError(fmt.Errorf("failed to read key pair: %s", err))
return
}
host.Settings.KeyPair = keyPair
}
host.Settings.OCSP = engine.OCSPSettings{
Enabled: c.Bool("ocsp"),
SkipSignatureCheck: c.Bool("ocspSkipCheck"),
Period: c.Duration("ocspPeriod").String(),
Responders: c.StringSlice("ocspResponder"),
}
if err := cmd.client.UpsertHost(*host); err != nil {
cmd.printError(err)
return
}
cmd.printOk("host added")
}
func buildAction(context *cli.Context) {
signals := make(chan os.Signal, 128)
signal.Notify(signals, syscall.SIGINT, syscall.SIGTERM, syscall.SIGHUP)
config := nsq.NewConfig()
config.MsgTimeout = context.Duration("timeout")
config.MaxInFlight = context.Int("c")
consumer, err := nsq.NewConsumer(context.String("topic"), context.String("channel"), config)
if err != nil {
log.Fatal(err)
}
producer, err := nsq.NewProducer(context.String("nsqd"), config)
if err != nil {
log.Fatal(err)
}
consumer.AddConcurrentHandlers(&handler{
producer: producer,
topic: context.String("error-topic"),
channel: context.String("channel"),
}, context.Int("c"))
if err := consumer.ConnectToNSQD(context.String("nsqd")); err != nil {
log.Fatal(err)
}
for {
select {
case <-consumer.StopChan:
return
case <-signals:
consumer.Stop()
}
}
}
func (factory *AppExaminerCommandFactory) appStatus(context *cli.Context) {
summaryFlag := context.Bool("summary")
rateFlag := context.Duration("rate")
if len(context.Args()) < 1 {
factory.ui.SayIncorrectUsage("App Name required")
factory.exitHandler.Exit(exit_codes.InvalidSyntax)
return
}
appName := context.Args()[0]
appInfo, err := factory.appExaminer.AppStatus(appName)
if err != nil {
factory.ui.SayLine(err.Error())
factory.exitHandler.Exit(exit_codes.CommandFailed)
return
}
factory.printAppInfo(appInfo)
if summaryFlag || rateFlag != 0 {
factory.printInstanceSummary(appInfo.ActualInstances)
} else {
factory.printInstanceInfo(appInfo.ActualInstances)
}
if rateFlag == 0 {
return
}
linesWritten := appStatusLinesWritten(appInfo)
closeChan := make(chan struct{})
defer factory.ui.Say(cursor.Show())
factory.ui.Say(cursor.Hide())
factory.exitHandler.OnExit(func() {
closeChan <- struct{}{}
factory.ui.Say(cursor.Show())
})
for {
select {
case <-closeChan:
return
case <-factory.clock.NewTimer(rateFlag).C():
appInfo, err = factory.appExaminer.AppStatus(appName)
if err != nil {
factory.ui.SayLine("Error getting status: " + err.Error())
return
}
factory.ui.Say(cursor.Up(linesWritten))
factory.printAppInfo(appInfo)
factory.printInstanceSummary(appInfo.ActualInstances)
linesWritten = appStatusLinesWritten(appInfo)
}
}
}
func appBefore(c *cli.Context) error {
desc := "cli.app.Before"
switch {
case c.Bool("debug"):
log.Level = logrus.DebugLevel
case c.Bool("quiet"):
log.Level = logrus.ErrorLevel
default:
log.Level = logrus.InfoLevel
}
getConfig()
cfg.Mission = airstrike.NewMission(log)
client = sleepwalker.GetClient(&sleepwalker.Config{
Credentials: &sleepwalker.Credentials{
APIKey: c.String("key"),
APISecret: c.String("secret"),
Username: c.String("username"),
Password: c.String("password"),
},
OAuthEndpoint: espsdk.OAuthEndpoint,
APIRoot: espsdk.SandboxAPI,
Logger: log,
})
cfg.Mission.Enabled = true
cliInterval := float64(c.Duration("attack-interval") / time.Duration(time.Millisecond))
if cliInterval > 0 {
cfg.Mission.Interval = cliInterval
}
if c.Duration("warning-threshold") == 0 {
warningThreshold = time.Duration(cfg.Mission.Interval) * time.Millisecond
}
// set up the reporter for logging and console output
cfg.Mission.Reporter.URLInvariant = espsdk.APIInvariant
cfg.Mission.Reporter.WarningThreshold = warningThreshold
token = sleepwalker.Token(c.String("token"))
if viper.GetString("format") == "json" {
log.Formatter = &logrus.JSONFormatter{}
}
config = loadConfig(c.String("config"))
cfgJSON, err := json.Marshal(config)
if err != nil {
log.WithFields(logrus.Fields{
"error": "unable to marshal config",
}).Error(desc)
}
log.WithFields(logrus.Fields{"config": string(cfgJSON)}).Debug(desc)
return nil
}
func collectAPIImages(images []docker.APIImages, client *docker.Client, ctx *cli.Context, excludes []string) {
var imageSync sync.WaitGroup
grace := ctx.Duration("grace")
quiet := ctx.Bool("quiet")
options := docker.RemoveImageOptions{
Force: ctx.Bool("force"),
NoPrune: ctx.Bool("no-prune"),
}
for _, image := range images {
imageSync.Add(1)
go func(image docker.APIImages) {
defer imageSync.Done()
// Check if the image id or tag is on excludes list
for _, excludeName := range excludes {
if image.ID == excludeName {
return
}
for _, tag := range image.RepoTags {
if tag == excludeName {
return
}
}
}
// End if the image is still in the grace period
log.Printf("Inspecting image: %s\n", image.ID)
imageDetail, err := client.InspectImage(image.ID)
if err != nil {
log.Printf("Error. Failed to inspect image: %s\n", image.ID)
return
}
now := time.Now()
if now.Sub(imageDetail.Created) < grace {
return
}
// Delete image
log.Printf("Deleting image: %s\n", imageDetail.ID)
if err := client.RemoveImageExtended(imageDetail.ID, options); err == nil {
log.Printf("Deleted image: %s\n", imageDetail.ID)
if !quiet {
fmt.Printf("Deleted image: %s\n", imageDetail.ID)
}
} else {
log.Printf("Error. Failed to delete image: %s\n", imageDetail.ID)
return
}
}(image)
}
imageSync.Wait()
}
func (cmd *Command) upsertServerAction(c *cli.Context) error {
s, err := engine.NewServer(c.String("id"), c.String("url"))
if err != nil {
return err
}
if err := cmd.client.UpsertServer(engine.BackendKey{Id: c.String("backend")}, *s, c.Duration("ttl")); err != nil {
return err
}
cmd.printOk("server upserted")
return nil
}
func doSplay(c *cli.Context) {
splay := c.Duration(`splay`)
if splay > 0 {
rand.Seed(time.Now().UnixNano())
rsplayf := splay.Seconds() * rand.Float64()
rsplay, err := time.ParseDuration(fmt.Sprintf("%fs", rsplayf))
if err == nil {
time.Sleep(rsplay)
}
}
}
// getDuration calculates interval value since interval can be set with
// --hour and --day boolean flags
func getDuration(c *cli.Context) (duration time.Duration, err error) {
if err = validateDuration(c); err != nil {
return
}
if c.Bool("hour") {
return IntervalHour, nil
}
if c.Bool("day") {
return IntervalDay, nil
}
return c.Duration("duration") * -1, nil
}
func validateDuration(c *cli.Context) error {
hour := c.Bool("hour")
day := c.Bool("day")
duration := c.Duration("duration")
if hour && day {
return ErrMutuallyExclusiveFlags
}
if duration != intervalFlagDuration.Value && (hour || day) {
return ErrMutuallyExclusiveFlags
}
return nil
}
func consulConfFromFlags(c *cli.Context) func(*dagger.ConsulConfig) {
return func(conf *dagger.ConsulConfig) {
if c.IsSet("consul") {
conf.Address = c.String("consul")
}
if c.IsSet("consul-ttl") {
conf.TTL = c.String("consul-ttl")
}
if c.IsSet("consul-lockdelay") {
conf.LockDelay = c.Duration("consul-lockdelay")
}
}
}
func daemon(context *cli.Context) error {
// setup a standard reaper so that we don't leave any zombies if we are still alive
// this is just good practice because we are spawning new processes
s := make(chan os.Signal, 2048)
signal.Notify(s, syscall.SIGCHLD, syscall.SIGTERM, syscall.SIGINT)
if err := osutils.SetSubreaper(1); err != nil {
logrus.WithField("error", err).Error("containerd: set subpreaper")
}
sv, err := supervisor.New(
context.String("state-dir"),
context.String("runtime"),
context.String("shim"),
context.StringSlice("runtime-args"),
context.Duration("start-timeout"),
context.Int("retain-count"))
if err != nil {
return err
}
wg := &sync.WaitGroup{}
for i := 0; i < 10; i++ {
wg.Add(1)
w := supervisor.NewWorker(sv, wg)
go w.Start()
}
if err := sv.Start(); err != nil {
return err
}
// Split the listen string of the form proto://addr
listenSpec := context.String("listen")
listenParts := strings.SplitN(listenSpec, "://", 2)
if len(listenParts) != 2 {
return fmt.Errorf("bad listen address format %s, expected proto://address", listenSpec)
}
server, err := startServer(listenParts[0], listenParts[1], sv)
if err != nil {
return err
}
for ss := range s {
switch ss {
case syscall.SIGCHLD:
if _, err := osutils.Reap(); err != nil {
logrus.WithField("error", err).Warn("containerd: reap child processes")
}
default:
logrus.Infof("stopping containerd after receiving %s", ss)
server.Stop()
os.Exit(0)
}
}
return nil
}
func pollOAuthConfirmation(context *cli.Context, deviceCode string, interval int) (*http.Client, string) {
config := oauth2.Config{
ClientID: lib.DefaultConfig.GCPOAuthClientID,
ClientSecret: lib.DefaultConfig.GCPOAuthClientSecret,
Endpoint: oauth2.Endpoint{
AuthURL: lib.DefaultConfig.GCPOAuthAuthURL,
TokenURL: lib.DefaultConfig.GCPOAuthTokenURL,
},
RedirectURL: gcp.RedirectURL,
Scopes: []string{gcp.ScopeCloudPrint},
}
for {
time.Sleep(time.Duration(interval) * time.Second)
form := url.Values{
"client_id": {lib.DefaultConfig.GCPOAuthClientID},
"client_secret": {lib.DefaultConfig.GCPOAuthClientSecret},
"code": {deviceCode},
"grant_type": {gcpOAuthGrantTypeDevice},
}
response, err := http.PostForm(gcpOAuthTokenPollURL, form)
if err != nil {
log.Fatalln(err)
}
var r struct {
Error string `json:"error"`
AccessToken string `json:"access_token"`
ExpiresIn int `json:"expires_in"`
RefreshToken string `json:"refresh_token"`
}
json.NewDecoder(response.Body).Decode(&r)
switch r.Error {
case "":
token := &oauth2.Token{RefreshToken: r.RefreshToken}
client := config.Client(oauth2.NoContext, token)
client.Timeout = context.Duration("gcp-api-timeout")
return client, r.RefreshToken
case "authorization_pending":
case "slow_down":
interval *= 2
default:
log.Fatalln(err)
}
}
panic("unreachable")
}
func runCommand(ctx *cli.Context) {
ansibleResp := initAnsubleResp(ctx)
// TODO: here we duplicate fatalf in both run(), pull() and clean()
// maybe refactor to make it cleaner
fatalf := func(err error) {
if ansibleResp != nil {
ansibleResp.Error(err).WriteTo(os.Stdout)
}
log.Fatal(err)
}
initLogs(ctx)
dockerCli := initDockerClient(ctx)
config := initComposeConfig(ctx, dockerCli)
auth := initAuthConfig(ctx)
compose, err := compose.New(&compose.Config{
Manifest: config,
Docker: dockerCli,
Force: ctx.Bool("force"),
DryRun: ctx.Bool("dry"),
Attach: ctx.Bool("attach"),
Wait: ctx.Duration("wait"),
Pull: ctx.Bool("pull"),
Auth: auth,
})
if err != nil {
fatalf(err)
}
// in case of --force given, first remove all existing containers
if ctx.Bool("force") {
if err := doRemove(ctx, config, dockerCli, auth); err != nil {
fatalf(err)
}
}
if err := compose.RunAction(); err != nil {
fatalf(err)
}
if ansibleResp != nil {
// ansibleResp.Success("done hehe").WriteTo(os.Stdout)
compose.WritePlan(ansibleResp).WriteTo(os.Stdout)
}
}
func start(c *cli.Context) {
// debug level if requested by user
if c.Bool("debug") {
logrus.SetLevel(logrus.DebugLevel)
} else {
logrus.SetLevel(logrus.WarnLevel)
}
client := client.NewClientToken(
c.String("drone-server"),
c.String("drone-token"),
)
tls, err := dockerclient.TLSConfigFromCertPath(c.String("docker-cert-path"))
if err == nil {
tls.InsecureSkipVerify = c.Bool("docker-tls-verify")
}
docker, err := dockerclient.NewDockerClient(c.String("docker-host"), tls)
if err != nil {
logrus.Fatal(err)
}
var wg sync.WaitGroup
for i := 0; i < c.Int("docker-max-procs"); i++ {
wg.Add(1)
go func() {
r := pipeline{
drone: client,
docker: docker,
config: config{
whitelist: c.StringSlice("whitelist"),
namespace: c.String("namespace"),
privileged: c.StringSlice("privileged"),
netrc: c.StringSlice("netrc-plugin"),
pull: c.Bool("pull"),
},
}
for {
if err := r.run(); err != nil {
dur := c.Duration("backoff")
logrus.Warnf("reconnect in %v. %s", dur, err.Error())
time.Sleep(dur)
}
}
}()
}
wg.Wait()
}
func (cmd *Command) upsertFrontendAction(c *cli.Context) error {
settings, err := getFrontendSettings(c)
if err != nil {
return err
}
f, err := engine.NewHTTPFrontend(route.NewMux(), c.String("id"), c.String("b"), c.String("route"), settings)
if err != nil {
return err
}
if err := cmd.client.UpsertFrontend(*f, c.Duration("ttl")); err != nil {
return err
}
cmd.printOk("frontend upserted")
return nil
}
func cmdLogsStream(c *cli.Context) {
_, app, err := stdcli.DirApp(c, ".")
if err != nil {
stdcli.Error(err)
return
}
err = rackClient(c).StreamAppLogs(app, c.String("filter"), c.BoolT("follow"), c.Duration("since"), os.Stdout)
if err != nil {
stdcli.Error(err)
return
}
}
func queryOptions(c *cli.Context) *consulapi.QueryOptions {
consistent := c.Bool(consistentFlag.Name)
stale := c.Bool(staleFlag.Name)
if consistent && stale {
cli.ShowSubcommandHelp(c)
log.Fatalf("only --stale or --consistent may be set, not both")
}
return &consulapi.QueryOptions{
Datacenter: c.String(dcFlag.Name),
AllowStale: stale,
RequireConsistent: consistent,
WaitTime: c.Duration(waitFlag.Name),
WaitIndex: uint64(c.Int(waitIndexFlag.Name)),
}
}
// getUserClientFromToken creates a user client with just a refresh token.
func getUserClientFromToken(context *cli.Context) *http.Client {
config := &oauth2.Config{
ClientID: lib.DefaultConfig.GCPOAuthClientID,
ClientSecret: lib.DefaultConfig.GCPOAuthClientSecret,
Endpoint: oauth2.Endpoint{
AuthURL: lib.DefaultConfig.GCPOAuthAuthURL,
TokenURL: lib.DefaultConfig.GCPOAuthTokenURL,
},
RedirectURL: gcp.RedirectURL,
Scopes: []string{gcp.ScopeCloudPrint},
}
token := &oauth2.Token{RefreshToken: context.String("gcp-user-refresh-token")}
client := config.Client(oauth2.NoContext, token)
client.Timeout = context.Duration("gcp-api-timeout")
return client
}
func (factory *AppRunnerCommandFactory) scaleApp(c *cli.Context) {
appName := c.Args().First()
instancesArg := c.Args().Get(1)
timeoutFlag := c.Duration("timeout")
if appName == "" || instancesArg == "" {
factory.UI.SayIncorrectUsage("Please enter 'ltc scale APP_NAME NUMBER_OF_INSTANCES'")
factory.ExitHandler.Exit(exit_codes.InvalidSyntax)
return
}
instances, err := strconv.Atoi(instancesArg)
if err != nil {
factory.UI.SayIncorrectUsage("Number of Instances must be an integer")
factory.ExitHandler.Exit(exit_codes.InvalidSyntax)
return
}
factory.setAppInstances(timeoutFlag, appName, instances)
}
// Add the flags accepted by run to the supplied flag set, returning the
// variables into which the flags will parse.
func PopulateFlags(c *cli.Context) (flags *FlagStorage) {
flags = &FlagStorage{
// File system
MountOptions: make(map[string]string),
DirMode: os.FileMode(c.Int("dir-mode")),
FileMode: os.FileMode(c.Int("file-mode")),
Uid: uint32(c.Int("uid")),
Gid: uint32(c.Int("gid")),
// Tuning,
StatCacheTTL: c.Duration("stat-cache-ttl"),
TypeCacheTTL: c.Duration("type-cache-ttl"),
// S3
Endpoint: c.String("endpoint"),
Region: c.String("region"),
RegionSet: c.IsSet("region"),
StorageClass: c.String("storage-class"),
UsePathRequest: c.Bool("use-path-request"),
Profile: c.String("profile"),
UseContentType: c.Bool("use-content-type"),
UseSSE: c.Bool("sse"),
UseKMS: c.IsSet("sse-kms"),
KMSKeyID: c.String("sse-kms"),
ACL: c.String("acl"),
// Debugging,
DebugFuse: c.Bool("debug_fuse"),
DebugS3: c.Bool("debug_s3"),
Foreground: c.Bool("f"),
}
// KMS implies SSE
if flags.UseKMS {
flags.UseSSE = true
}
// Handle the repeated "-o" flag.
for _, o := range c.StringSlice("o") {
parseOptions(flags.MountOptions, o)
}
return
}
func daemon(context *cli.Context) error {
s := make(chan os.Signal, 2048)
signal.Notify(s, syscall.SIGTERM, syscall.SIGINT)
osutils.SetSubreaper(1)
sv, err := supervisor.New(
context.String("state-dir"),
context.String("runtime"),
context.String("shim"),
context.StringSlice("runtime-args"),
context.Duration("start-timeout"),
context.Int("retain-count"))
if err != nil {
return err
}
wg := &sync.WaitGroup{}
for i := 0; i < 10; i++ {
wg.Add(1)
w := supervisor.NewWorker(sv, wg)
go w.Start()
}
if err := sv.Start(); err != nil {
return err
}
// Split the listen string of the form proto://addr
listenSpec := context.String("listen")
listenParts := strings.SplitN(listenSpec, "://", 2)
if len(listenParts) != 2 {
return fmt.Errorf("bad listen address format %s, expected proto://address", listenSpec)
}
server, err := startServer(listenParts[0], listenParts[1], sv)
if err != nil {
return err
}
for ss := range s {
switch ss {
default:
logrus.Infof("stopping containerd after receiving %s", ss)
server.Stop()
os.Exit(0)
}
}
return nil
}
func recoverCommand(ctx *cli.Context) {
initLogs(ctx)
dockerCli := initDockerClient(ctx)
auth := initAuthConfig(ctx)
compose, err := compose.New(&compose.Config{
Docker: dockerCli,
DryRun: ctx.Bool("dry"),
Wait: ctx.Duration("wait"),
Recover: true,
Auth: auth,
})
if err != nil {
log.Fatal(err)
}
if err := compose.RecoverAction(); err != nil {
log.Fatal(err)
}
}
func monitorConnector(context *cli.Context) {
config, filename, err := lib.GetConfig(context)
if err != nil {
log.Fatalf("Failed to read config file: %s\n", err)
}
if filename == "" {
fmt.Println("No config file was found, so using defaults")
}
if _, err := os.Stat(config.MonitorSocketFilename); err != nil {
if !os.IsNotExist(err) {
log.Fatalln(err)
}
log.Fatalf(
"No connector is running, or the monitoring socket %s is mis-configured\n",
config.MonitorSocketFilename)
}
timer := time.AfterFunc(context.Duration("monitor-timeout"), func() {
log.Fatalf("Timeout after %s\n", context.Duration("monitor-timeout").String())
})
conn, err := net.DialTimeout("unix", config.MonitorSocketFilename, time.Second)
if err != nil {
log.Fatalf(
"No connector is running, or it is not listening to socket %s\n",
config.MonitorSocketFilename)
}
defer conn.Close()
buf, err := ioutil.ReadAll(conn)
if err != nil {
log.Fatalln(err)
}
timer.Stop()
fmt.Printf(string(buf))
}
func (factory *AppExaminerCommandFactory) visualizeCells(context *cli.Context) {
rate := context.Duration("rate")
graphicalFlag := context.Bool("graphical")
if graphicalFlag {
err := factory.graphicalVisualizer.PrintDistributionChart(rate)
if err != nil {
factory.ui.SayLine("Error Visualization: " + err.Error())
factory.exitHandler.Exit(exit_codes.CommandFailed)
}
return
}
factory.ui.SayLine(colors.Bold("Distribution"))
linesWritten := factory.printDistribution()
if rate == 0 {
return
}
closeChan := make(chan struct{})
factory.ui.Say(cursor.Hide())
factory.exitHandler.OnExit(func() {
closeChan <- struct{}{}
factory.ui.Say(cursor.Show())
})
for {
select {
case <-closeChan:
return
case <-factory.clock.NewTimer(rate).C():
factory.ui.Say(cursor.Up(linesWritten))
linesWritten = factory.printDistribution()
}
}
}
// New TODO
func New(context *cli.Context) *Config {
// TODO: parse this more gracefully
loggingLevel := logrus.DebugLevel
logLevelArg := context.String(logLevel)
var err error
loggingLevel, err = logrus.ParseLevel(logLevelArg)
if err != nil {
loggingLevel = logrus.DebugLevel
}
return &Config{
ServiceName: context.String(serviceName),
ServiceVerion: context.String(serviceVersion),
EndpointHost: context.String(endpointHost),
EndpointPort: context.Int(endpointPort),
LogstashServer: context.String(logstashServer),
Register: context.BoolT(register),
Proxy: context.BoolT(proxy),
Log: context.BoolT(log),
Supervise: context.Bool(supervise),
Controller: Controller{
URL: context.String(controllerURL),
Poll: context.Duration(controllerPoll),
},
Tenant: Tenant{
ID: context.String(tenantID),
Token: context.String(tenantToken),
TTL: context.Duration(tenantTTL),
Heartbeat: context.Duration(tenantHeartbeat),
},
Registry: Registry{
URL: context.String(registryURL),
Token: context.String(registryToken),
},
Kafka: Kafka{
Username: context.String(kafkaUsername),
Password: context.String(kafkaPassword),
APIKey: context.String(kafkaToken),
RestURL: context.String(kafkaRestURL),
Brokers: context.StringSlice(kafkaBrokers),
SASL: context.Bool(kafkaSASL),
},
Nginx: Nginx{
Port: context.Int(nginxPort),
},
LogLevel: loggingLevel,
AppArgs: context.Args(),
}
}