// jobInitApi runs the remote api server `srv` as a daemon,
// Only one api server can run at the same time - this is enforced by a pidfile.
// The signals SIGINT, SIGQUIT and SIGTERM are intercepted for cleanup.
func InitServer(job *engine.Job) engine.Status {
job.Logf("Creating server")
cfg := daemonconfig.ConfigFromJob(job)
srv, err := NewServer(job.Eng, cfg)
if err != nil {
return job.Error(err)
}
job.Eng.Hack_SetGlobalVar("httpapi.server", srv)
job.Eng.Hack_SetGlobalVar("httpapi.daemon", srv.daemon)
for name, handler := range map[string]engine.Handler{
"build": srv.Build,
} {
if err := job.Eng.Register(name, srv.handlerWrap(handler)); err != nil {
return job.Error(err)
}
}
// Install image-related commands from the image subsystem.
// See `graph/service.go`
if err := srv.daemon.Repositories().Install(job.Eng); err != nil {
return job.Error(err)
}
// Install daemon-related commands from the daemon subsystem.
// See `daemon/`
if err := srv.daemon.Install(job.Eng); err != nil {
return job.Error(err)
}
return engine.StatusOK
}
// jobInitApi runs the remote api server `srv` as a daemon,
// Only one api server can run at the same time - this is enforced by a pidfile.
// The signals SIGINT, SIGQUIT and SIGTERM are intercepted for cleanup.
func InitServer(job *engine.Job) engine.Status {
job.Logf("Creating server")
srv, err := NewServer(job.Eng, daemonconfig.ConfigFromJob(job))
if err != nil {
return job.Error(err)
}
job.Logf("Setting up signal traps")
c := make(chan os.Signal, 1)
signals := []os.Signal{os.Interrupt, syscall.SIGTERM}
if os.Getenv("DEBUG") == "" {
signals = append(signals, syscall.SIGQUIT)
}
gosignal.Notify(c, signals...)
go func() {
interruptCount := uint32(0)
for sig := range c {
go func(sig os.Signal) {
log.Printf("Received signal '%v', starting shutdown of docker...\n", sig)
switch sig {
case os.Interrupt, syscall.SIGTERM:
// If the user really wants to interrupt, let him do so.
if atomic.LoadUint32(&interruptCount) < 3 {
atomic.AddUint32(&interruptCount, 1)
// Initiate the cleanup only once
if atomic.LoadUint32(&interruptCount) == 1 {
utils.RemovePidFile(srv.daemon.Config().Pidfile)
srv.Close()
} else {
return
}
} else {
log.Printf("Force shutdown of docker, interrupting cleanup\n")
}
case syscall.SIGQUIT:
}
os.Exit(128 + int(sig.(syscall.Signal)))
}(sig)
}
}()
job.Eng.Hack_SetGlobalVar("httpapi.server", srv)
job.Eng.Hack_SetGlobalVar("httpapi.daemon", srv.daemon)
for name, handler := range map[string]engine.Handler{
"build": srv.Build,
"pull": srv.ImagePull,
"push": srv.ImagePush,
} {
if err := job.Eng.Register(name, srv.handlerWrap(handler)); err != nil {
return job.Error(err)
}
}
// Install image-related commands from the image subsystem.
// See `graph/service.go`
if err := srv.daemon.Repositories().Install(job.Eng); err != nil {
return job.Error(err)
}
// Install daemon-related commands from the daemon subsystem.
// See `daemon/`
if err := srv.daemon.Install(job.Eng); err != nil {
return job.Error(err)
}
srv.SetRunning(true)
return engine.StatusOK
}
// jobInitApi runs the remote api server `srv` as a daemon,
// Only one api server can run at the same time - this is enforced by a pidfile.
// The signals SIGINT, SIGQUIT and SIGTERM are intercepted for cleanup.
func InitServer(job *engine.Job) engine.Status {
job.Logf("Creating server")
srv, err := NewServer(job.Eng, daemonconfig.ConfigFromJob(job))
if err != nil {
return job.Error(err)
}
job.Logf("Setting up signal traps")
c := make(chan os.Signal, 1)
signals := []os.Signal{os.Interrupt, syscall.SIGTERM}
if os.Getenv("DEBUG") == "" {
signals = append(signals, syscall.SIGQUIT)
}
gosignal.Notify(c, signals...)
go func() {
interruptCount := uint32(0)
for sig := range c {
go func(sig os.Signal) {
log.Printf("Received signal '%v', starting shutdown of docker...\n", sig)
switch sig {
case os.Interrupt, syscall.SIGTERM:
// If the user really wants to interrupt, let him do so.
if atomic.LoadUint32(&interruptCount) < 3 {
atomic.AddUint32(&interruptCount, 1)
// Initiate the cleanup only once
if atomic.LoadUint32(&interruptCount) == 1 {
utils.RemovePidFile(srv.daemon.Config().Pidfile)
srv.Close()
} else {
return
}
} else {
log.Printf("Force shutdown of docker, interrupting cleanup\n")
}
case syscall.SIGQUIT:
}
os.Exit(128 + int(sig.(syscall.Signal)))
}(sig)
}
}()
job.Eng.Hack_SetGlobalVar("httpapi.server", srv)
job.Eng.Hack_SetGlobalVar("httpapi.daemon", srv.daemon)
for name, handler := range map[string]engine.Handler{
"export": srv.ContainerExport,
"create": srv.ContainerCreate,
"stop": srv.ContainerStop,
"restart": srv.ContainerRestart,
"start": srv.ContainerStart,
"kill": srv.ContainerKill,
"pause": srv.ContainerPause,
"unpause": srv.ContainerUnpause,
"wait": srv.ContainerWait,
"tag": srv.ImageTag, // FIXME merge with "image_tag"
"resize": srv.ContainerResize,
"commit": srv.ContainerCommit,
"info": srv.DockerInfo,
"container_delete": srv.ContainerDestroy,
"image_export": srv.ImageExport,
"images": srv.Images,
"history": srv.ImageHistory,
"viz": srv.ImagesViz,
"container_copy": srv.ContainerCopy,
"attach": srv.ContainerAttach,
"logs": srv.ContainerLogs,
"changes": srv.ContainerChanges,
"top": srv.ContainerTop,
"load": srv.ImageLoad,
"build": srv.Build,
"pull": srv.ImagePull,
"import": srv.ImageImport,
"image_delete": srv.ImageDelete,
"events": srv.Events,
"push": srv.ImagePush,
"containers": srv.Containers,
} {
if err := job.Eng.Register(name, srv.handlerWrap(handler)); err != nil {
return job.Error(err)
}
}
// Install image-related commands from the image subsystem.
// See `graph/service.go`
if err := srv.daemon.Repositories().Install(job.Eng); err != nil {
return job.Error(err)
}
// Install daemon-related commands from the daemon subsystem.
// See `daemon/`
if err := srv.daemon.Install(job.Eng); err != nil {
return job.Error(err)
}
srv.SetRunning(true)
return engine.StatusOK
}