public async Task <object> Patch(string id, [FromBody] dynamic model)
{
// Cut off the notion of uuid from beginning of request
string name = AppPoolId.CreateFromUuid(id).Name;
// Set settings
ApplicationPool appPool = AppPoolHelper.UpdateAppPool(name, model);
if (appPool == null)
{
return(NotFound());
}
if (model.identity != null && !await IsAppPoolIdentityAllowed(appPool))
{
return(new ForbidResult());
}
// Start/Stop
if (model.status != null)
{
Status status = DynamicHelper.To <Status>(model.status);
try {
switch (status)
{
case Status.Stopped:
appPool.Stop();
break;
case Status.Started:
appPool.Start();
break;
}
}
catch (COMException e) {
// If pool is fresh and status is still unknown then COMException will be thrown when manipulating status
throw new ApiException("Error setting application pool status", e);
}
}
// Update changes
ManagementUnit.Current.Commit();
// Refresh data
appPool = ManagementUnit.ServerManager.ApplicationPools[appPool.Name];
//
// Create response
dynamic pool = AppPoolHelper.ToJsonModel(appPool, Context.Request.GetFields());
// The Id could change by changing apppool name
if (pool.id != id)
{
return(LocationChanged(AppPoolHelper.GetLocation(pool.id), pool));
}
return(pool);
}
public object Get(string id)
{
// Extract the name of the target app pool from the uuid specified in the request
string name = AppPoolId.CreateFromUuid(id).Name;
ApplicationPool pool = AppPoolHelper.GetAppPool(name);
if (pool == null)
{
return(NotFound());
}
return(AppPoolHelper.ToJsonModel(pool, Context.Request.GetFields()));
}
public void Delete(string id)
{
string name = AppPoolId.CreateFromUuid(id).Name;
ApplicationPool pool = AppPoolHelper.GetAppPool(name);
if (pool != null)
{
AppPoolHelper.DeleteAppPool(pool);
ManagementUnit.Current.Commit();
}
// Sucess
Context.Response.StatusCode = (int)HttpStatusCode.NoContent;
}
internal static object ToJsonModel(ApplicationPool pool, Fields fields = null, bool full = true)
{
if (pool == null)
{
return(null);
}
if (fields == null)
{
fields = Fields.All;
}
dynamic obj = new ExpandoObject();
//
// name
if (fields.Exists("name"))
{
obj.name = pool.Name;
}
//
// id
obj.id = AppPoolId.CreateFromName(pool.Name).Uuid;
//
// status
if (fields.Exists("status"))
{
// Prepare state
Status state = Status.Unknown;
try {
state = StatusExtensions.FromObjectState(pool.State);
}
catch (COMException) {
// Problem getting state of app pool. Possible reasons:
// 1. App pool's application pool was deleted.
// 2. App pool was just created and the status is not accessible yet.
}
obj.status = Enum.GetName(typeof(Status), state).ToLower();
}
//
// auto_start
if (fields.Exists("auto_start"))
{
obj.auto_start = pool.AutoStart;
}
//
// pipeline_mode
if (fields.Exists("pipeline_mode"))
{
obj.pipeline_mode = Enum.GetName(typeof(ManagedPipelineMode), pool.ManagedPipelineMode).ToLower();
}
//
// managed_runtime_version
if (fields.Exists("managed_runtime_version"))
{
obj.managed_runtime_version = pool.ManagedRuntimeVersion;
}
//
// enable_32bit_win64
if (fields.Exists("enable_32bit_win64"))
{
obj.enable_32bit_win64 = pool.Enable32BitAppOnWin64;
}
//
// queue_length
if (fields.Exists("queue_length"))
{
obj.queue_length = pool.QueueLength;
}
//
// cpu
if (fields.Exists("cpu"))
{
obj.cpu = new {
limit = pool.Cpu.Limit,
limit_interval = pool.Cpu.ResetInterval.TotalMinutes,
action = Enum.GetName(typeof(ProcessorAction), pool.Cpu.Action),
processor_affinity_enabled = pool.Cpu.SmpAffinitized,
processor_affinity_mask32 = "0x" + pool.Cpu.SmpProcessorAffinityMask.ToString("X"),
processor_affinity_mask64 = "0x" + pool.Cpu.SmpProcessorAffinityMask2.ToString("X")
};
}
//
// process_model
if (fields.Exists("process_model"))
{
dynamic processModel = new ExpandoObject();
processModel.idle_timeout = pool.ProcessModel.IdleTimeout.TotalMinutes;
processModel.max_processes = pool.ProcessModel.MaxProcesses;
processModel.pinging_enabled = pool.ProcessModel.PingingEnabled;
processModel.ping_interval = pool.ProcessModel.PingInterval.TotalSeconds;
processModel.ping_response_time = pool.ProcessModel.PingResponseTime.TotalSeconds;
processModel.shutdown_time_limit = pool.ProcessModel.ShutdownTimeLimit.TotalSeconds;
processModel.startup_time_limit = pool.ProcessModel.StartupTimeLimit.TotalSeconds;
if (pool.ProcessModel.Schema.HasAttribute(IdleTimeoutActionAttribute))
{
processModel.idle_timeout_action = Enum.GetName(typeof(IdleTimeoutAction), pool.ProcessModel.IdleTimeoutAction);
}
obj.process_model = processModel;
}
//
// identity
if (fields.Exists("identity"))
{
obj.identity = new {
// Not changing the casing or adding '_' on the identity type enum because they represent identities and therefore spelling and casing are important
identity_type = Enum.GetName(typeof(ProcessModelIdentityType), pool.ProcessModel.IdentityType),
username = pool.ProcessModel.UserName,
load_user_profile = pool.ProcessModel.LoadUserProfile
};
}
//
// recycling
if (fields.Exists("recycling"))
{
RecyclingLogEventOnRecycle logEvent = pool.Recycling.LogEventOnRecycle;
Dictionary <string, bool> logEvents = new Dictionary <string, bool>();
logEvents.Add("time", logEvent.HasFlag(RecyclingLogEventOnRecycle.Time));
logEvents.Add("requests", logEvent.HasFlag(RecyclingLogEventOnRecycle.Requests));
logEvents.Add("schedule", logEvent.HasFlag(RecyclingLogEventOnRecycle.Schedule));
logEvents.Add("memory", logEvent.HasFlag(RecyclingLogEventOnRecycle.Memory));
logEvents.Add("isapi_unhealthy", logEvent.HasFlag(RecyclingLogEventOnRecycle.IsapiUnhealthy));
logEvents.Add("on_demand", logEvent.HasFlag(RecyclingLogEventOnRecycle.OnDemand));
logEvents.Add("config_change", logEvent.HasFlag(RecyclingLogEventOnRecycle.ConfigChange));
logEvents.Add("private_memory", logEvent.HasFlag(RecyclingLogEventOnRecycle.PrivateMemory));
obj.recycling = new {
disable_overlapped_recycle = pool.Recycling.DisallowOverlappingRotation,
disable_recycle_on_config_change = pool.Recycling.DisallowRotationOnConfigChange,
log_events = logEvents,
periodic_restart = new {
time_interval = pool.Recycling.PeriodicRestart.Time.TotalMinutes,
private_memory = pool.Recycling.PeriodicRestart.PrivateMemory,
request_limit = pool.Recycling.PeriodicRestart.Requests,
virtual_memory = pool.Recycling.PeriodicRestart.Memory,
schedule = pool.Recycling.PeriodicRestart.Schedule.Select(s => s.Time.ToString(@"hh\:mm"))
}
};
}
//
// rapid_fail_protection
if (fields.Exists("rapid_fail_protection"))
{
obj.rapid_fail_protection = new {
enabled = pool.Failure.RapidFailProtection,
load_balancer_capabilities = Enum.GetName(typeof(LoadBalancerCapabilities), pool.Failure.LoadBalancerCapabilities),
interval = pool.Failure.RapidFailProtectionInterval.TotalMinutes,
max_crashes = pool.Failure.RapidFailProtectionMaxCrashes,
auto_shutdown_exe = pool.Failure.AutoShutdownExe,
auto_shutdown_params = pool.Failure.AutoShutdownParams
};
}
//
// process_orphaning
if (fields.Exists("process_orphaning"))
{
obj.process_orphaning = new {
enabled = pool.Failure.OrphanWorkerProcess,
orphan_action_exe = pool.Failure.OrphanActionExe,
orphan_action_params = pool.Failure.OrphanActionParams,
};
}
return(Core.Environment.Hal.Apply(Defines.Resource.Guid, obj, full));
}
