private static void SetAppPool(ApplicationPool appPool, dynamic model)
{
Debug.Assert(appPool != null);
Debug.Assert((bool)(model != null));
DynamicHelper.If((object)model.name, v => SetName(appPool, v));
appPool.ManagedPipelineMode = DynamicHelper.To <ManagedPipelineMode>(model.pipeline_mode) ?? appPool.ManagedPipelineMode;
appPool.ManagedRuntimeVersion = DynamicHelper.Value(model.managed_runtime_version) ?? appPool.ManagedRuntimeVersion;
appPool.Enable32BitAppOnWin64 = DynamicHelper.To <bool>(model.enable_32bit_win64) ?? appPool.Enable32BitAppOnWin64;
appPool.QueueLength = DynamicHelper.To(model.queue_length, 10, 65535) ?? appPool.QueueLength;
appPool.AutoStart = DynamicHelper.To <bool>(model.auto_start) ?? appPool.AutoStart;
// CPU
if (model.cpu != null)
{
dynamic cpu = model.cpu;
appPool.Cpu.Limit = DynamicHelper.To(cpu.limit, 0, 100000) ?? appPool.Cpu.Limit;
appPool.Cpu.SmpAffinitized = DynamicHelper.To <bool>(cpu.processor_affinity_enabled) ?? appPool.Cpu.SmpAffinitized;
appPool.Cpu.SmpProcessorAffinityMask = DynamicHelper.ToLong(cpu.processor_affinity_mask32, 16, 0, 4294967295) ?? appPool.Cpu.SmpProcessorAffinityMask;
appPool.Cpu.SmpProcessorAffinityMask2 = DynamicHelper.ToLong(cpu.processor_affinity_mask64, 16, 0, 4294967295) ?? appPool.Cpu.SmpProcessorAffinityMask2;
try {
appPool.Cpu.Action = DynamicHelper.To <ProcessorAction>(cpu.action) ?? appPool.Cpu.Action;
}
catch (COMException e) {
throw new ApiArgumentException("cpu.action", e);
}
long?resetInterval = DynamicHelper.To(cpu.limit_interval, 0, 1440);
appPool.Cpu.ResetInterval = (resetInterval != null) ? TimeSpan.FromMinutes(resetInterval.Value) : appPool.Cpu.ResetInterval;
}
// Process Model
if (model.process_model != null)
{
dynamic processModel = model.process_model;
if (appPool.ProcessModel.Schema.HasAttribute(IdleTimeoutActionAttribute))
{
appPool.ProcessModel.IdleTimeoutAction = DynamicHelper.To <IdleTimeoutAction>(processModel.idle_timeout_action) ?? appPool.ProcessModel.IdleTimeoutAction;
}
appPool.ProcessModel.MaxProcesses = DynamicHelper.To(processModel.max_processes, 0, 2147483647) ?? appPool.ProcessModel.MaxProcesses;
appPool.ProcessModel.PingingEnabled = DynamicHelper.To <bool>(processModel.pinging_enabled) ?? appPool.ProcessModel.PingingEnabled;
long?idleTimeout = DynamicHelper.To(processModel.idle_timeout, 0, 43200);
appPool.ProcessModel.IdleTimeout = (idleTimeout != null) ? TimeSpan.FromMinutes(idleTimeout.Value) : appPool.ProcessModel.IdleTimeout;
long?pingInterval = DynamicHelper.To(processModel.ping_interval, 1, 4294967);
appPool.ProcessModel.PingInterval = (pingInterval != null) ? TimeSpan.FromSeconds(pingInterval.Value) : appPool.ProcessModel.PingInterval;
long?pingResponseTime = DynamicHelper.To(processModel.ping_response_time, 1, 4294967);
appPool.ProcessModel.PingResponseTime = (pingResponseTime != null) ? TimeSpan.FromSeconds(pingResponseTime.Value) : appPool.ProcessModel.PingResponseTime;
long?shutDownTimeLimit = DynamicHelper.To(processModel.shutdown_time_limit, 1, 4294967);
appPool.ProcessModel.ShutdownTimeLimit = (shutDownTimeLimit != null) ? TimeSpan.FromSeconds(shutDownTimeLimit.Value) : appPool.ProcessModel.ShutdownTimeLimit;
long?startupTimeLimit = DynamicHelper.To(processModel.startup_time_limit, 1, 4294967);
appPool.ProcessModel.StartupTimeLimit = (startupTimeLimit != null) ? TimeSpan.FromSeconds(startupTimeLimit.Value): appPool.ProcessModel.StartupTimeLimit;
}
// Identity
if (model.identity != null)
{
dynamic identity = model.identity;
appPool.ProcessModel.IdentityType = DynamicHelper.To <ProcessModelIdentityType>(identity.identity_type) ?? appPool.ProcessModel.IdentityType;
appPool.ProcessModel.LoadUserProfile = DynamicHelper.To <bool>(identity.load_user_profile) ?? appPool.ProcessModel.LoadUserProfile;
appPool.ProcessModel.UserName = DynamicHelper.Value(identity.username) ?? appPool.ProcessModel.UserName;
DynamicHelper.If((object)identity.password, v => appPool.ProcessModel.Password = v);
}
// Recycling
if (model.recycling != null)
{
dynamic recycling = model.recycling;
appPool.Recycling.DisallowOverlappingRotation = DynamicHelper.To <bool>(recycling.disable_overlapped_recycle) ?? appPool.Recycling.DisallowOverlappingRotation;
appPool.Recycling.DisallowRotationOnConfigChange = DynamicHelper.To <bool>(recycling.disable_recycle_on_config_change) ?? appPool.Recycling.DisallowRotationOnConfigChange;
// Check if log event collection provided
if (recycling.log_events != null)
{
try {
// Convert the log_events dynamic into a string and then deserialize it into a Dictionary<string,bool>, from there we turn it into a flags enum
Dictionary <string, bool> logEvents = JsonConvert.DeserializeObject <Dictionary <string, bool> >(recycling.log_events.ToString());
var flags = appPool.Recycling.LogEventOnRecycle;
if (logEvents == null)
{
throw new ApiArgumentException("recycling.log_events");
}
Dictionary <string, RecyclingLogEventOnRecycle> flagPairs = new Dictionary <string, RecyclingLogEventOnRecycle>
{
{ "time", RecyclingLogEventOnRecycle.Time },
{ "requests", RecyclingLogEventOnRecycle.Requests },
{ "schedule", RecyclingLogEventOnRecycle.Schedule },
{ "memory", RecyclingLogEventOnRecycle.Memory },
{ "isapi_unhealthy", RecyclingLogEventOnRecycle.IsapiUnhealthy },
{ "on_demand", RecyclingLogEventOnRecycle.OnDemand },
{ "config_change", RecyclingLogEventOnRecycle.ConfigChange },
{ "private_memory", RecyclingLogEventOnRecycle.PrivateMemory }
};
foreach (var key in flagPairs.Keys)
{
if (logEvents.ContainsKey(key))
{
if (logEvents[key])
{
flags |= flagPairs[key];
}
else
{
flags &= ~flagPairs[key];
}
}
}
appPool.Recycling.LogEventOnRecycle = flags;
}
catch (JsonSerializationException e) {
throw new ApiArgumentException("recycling.log_events", e);
}
}
// Periodic Restart
if (recycling.periodic_restart != null)
{
dynamic periodicRestart = recycling.periodic_restart;
appPool.Recycling.PeriodicRestart.PrivateMemory = DynamicHelper.To(periodicRestart.private_memory, 0, 4294967295) ?? appPool.Recycling.PeriodicRestart.PrivateMemory;
appPool.Recycling.PeriodicRestart.Requests = DynamicHelper.To(periodicRestart.request_limit, 0, 4294967295) ?? appPool.Recycling.PeriodicRestart.Requests;
appPool.Recycling.PeriodicRestart.Memory = DynamicHelper.To(periodicRestart.virtual_memory, 0, 4294967295) ?? appPool.Recycling.PeriodicRestart.Memory;
long?timeInterval = DynamicHelper.To(periodicRestart.time_interval, 0, 432000);
appPool.Recycling.PeriodicRestart.Time = timeInterval != null?TimeSpan.FromMinutes(timeInterval.Value) : appPool.Recycling.PeriodicRestart.Time;
// Check if schedule provided
if (periodicRestart.schedule != null)
{
if (!(periodicRestart.schedule is JArray))
{
throw new ApiArgumentException("recyclying.periodic_restart.schedule", ApiArgumentException.EXPECTED_ARRAY);
}
// Clear the old time spans in the schedule
appPool.Recycling.PeriodicRestart.Schedule.Clear();
IEnumerable <dynamic> schedule = periodicRestart.schedule;
// Add the time spans
foreach (var d in schedule)
{
var value = DynamicHelper.Value(d);
DateTime dt = default(DateTime);
if (value == null || !DateTime.TryParseExact(value, "HH:mm", CultureInfo.InvariantCulture, DateTimeStyles.None, out dt))
{
throw new ApiArgumentException("recyclying.periodic_restart.schedule.item", "Expected hh:mm");
}
appPool.Recycling.PeriodicRestart.Schedule.Add(dt.TimeOfDay);
}
}
}
}
// Rapid Fail Protection
if (model.rapid_fail_protection != null)
{
var protection = model.rapid_fail_protection;
appPool.Failure.RapidFailProtection = DynamicHelper.To <bool>(protection.enabled) ?? appPool.Failure.RapidFailProtection;
appPool.Failure.LoadBalancerCapabilities = DynamicHelper.To <LoadBalancerCapabilities>(protection.load_balancer_capabilities) ?? appPool.Failure.LoadBalancerCapabilities;
appPool.Failure.RapidFailProtectionMaxCrashes = DynamicHelper.To(protection.max_crashes, 1, 2147483647) ?? appPool.Failure.RapidFailProtectionMaxCrashes;
appPool.Failure.AutoShutdownExe = DynamicHelper.Value(protection.auto_shutdown_exe) ?? appPool.Failure.AutoShutdownExe;
appPool.Failure.AutoShutdownParams = DynamicHelper.Value(protection.auto_shutdown_params) ?? appPool.Failure.AutoShutdownParams;
long?protectionInterval = DynamicHelper.To(protection.interval, 1, 144400);
appPool.Failure.RapidFailProtectionInterval = (protectionInterval != null) ? TimeSpan.FromMinutes(protectionInterval.Value) : appPool.Failure.RapidFailProtectionInterval;
}
// Process Orphaning
if (model.process_orphaning != null)
{
var orphaning = model.process_orphaning;
appPool.Failure.OrphanWorkerProcess = DynamicHelper.To <bool>(orphaning.enabled) ?? appPool.Failure.OrphanWorkerProcess;
appPool.Failure.OrphanActionExe = DynamicHelper.Value(orphaning.orphan_action_exe) ?? appPool.Failure.OrphanActionExe;
appPool.Failure.OrphanActionParams = DynamicHelper.Value(orphaning.orphan_action_params) ?? appPool.Failure.OrphanActionParams;
}
}