/*
* This function simply restarts the service s.
* @param s A Service_T object
*/
private static void _doRestart(Service_T s)
{
if (s.restart != null)
{
Logger.Log.InfoFormat("'{0}' restart", s.name);
Util.ResetInfo(s);
if (s.type == MonitServiceType.Service_Process)
{
try
{
s.restart();
Event.Post(s, MonitEventType.Event_Exec, MonitStateType.State_Succeeded, s.action_EXEC,
"restarted");
}
catch (Exception e)
{
Event.Post(s, MonitEventType.Event_Exec, MonitStateType.State_Failed, s.action_EXEC,
"failed to restart -- {0}", e.Message);
}
}
}
else
{
Logger.Log.DebugFormat("'{0}' restart skipped -- method not defined", s.name);
}
Util.MonitorSet(s);
}
/*
* This is an in-fix recursive function called before s is started to
* stop every service that depends on s, in reverse order *or* after s
* was started to start again every service that depends on s. The
* action parametere controls if this function should start or stop
* the procceses that depends on s.
* @param s A Service_T object
* @param action An action to do on the dependant services
* @param flag A Custom flag
*/
private static void _doDepend(Service_T s, MonitActionType action, bool flag)
{
foreach (var child in MonitWindowsAgent.servicelist)
{
if (child.dependantlist != null)
{
foreach (var d in child.dependantlist)
{
if (d == s.name)
{
if (action == MonitActionType.Action_Start)
{
_doStart(child);
}
else if (action == MonitActionType.Action_Monitor)
{
_doMonitor(child, flag);
}
_doDepend(child, action, flag);
if (action == MonitActionType.Action_Stop)
{
_doStop(child, flag);
}
else if (action == MonitActionType.Action_Unmonitor)
{
_doUnmonitor(child, flag);
}
break;
}
}
}
}
}
public static void AddFilesystem(Service_T service)
{
var drives = DriveInfo.GetDrives();
if (service.type == MonitServiceType.Service_Filesystem)
{
var foundServices =
drives.Where(
sc =>
(sc.IsReady && sc.DriveType == DriveType.Fixed)
? sc.VolumeLabel.ToLower() == service.name
: false).ToList();
if (foundServices != null && foundServices.Count() > 0)
{
foundServices.ForEach(sc =>
{
service.name = sc.VolumeLabel.ToLower() + " (" + sc.DriveFormat.ToUpper() + ")";
service.inf = new FileSystemInfo_T
{
f_blocks = sc.TotalSize,
f_blocksfreetotal = sc.TotalFreeSpace,
space_total = sc.TotalSize,
space_percent = ((sc.TotalSize == 0) ? 0 : (1 - (sc.TotalFreeSpace / (float)sc.TotalSize)) * 100)
};
AddService(service);
});
}
}
}
/*
* Add a new filesystem to the current service's filesystem list
*/
public static void AddFilesystem(Service_T s, Filesystem_T ds)
{
if (s.filesystemlist == null)
{
s.filesystemlist = new List <Filesystem_T>();
}
s.filesystemlist.Insert(0, ds);
}
public static void AddResource(Service_T s, Resource_T rr)
{
if (s.resourcelist == null)
{
s.resourcelist = new List <Resource_T>();
}
s.resourcelist.Insert(0, rr);
}
public static void MonitorSet(Service_T s)
{
if (s.monitor == MonitMonitorStateType.Monitor_Not)
{
s.monitor = MonitMonitorStateType.Monitor_Init;
Logger.Log.DebugFormat("'{0}' monitoring enabled", s.name);
}
}
/*
* This is a function for disabling monitoring
* @param s A Service_T object
* @param flag A Custom flag
*/
private static void _doUnmonitor(Service_T s, bool flag)
{
if (s.depend_visited)
{
return;
}
s.depend_visited = true;
Util.MonitorUnset(s);
}
public static Service_T GetSource(Event_T E)
{
Service_T S = null;
if ((S = Util.GetService(E.source)) == null)
{
Logger.Log.Error(string.Format("Service {0} not found in monit configuration", E.source));
}
return(S);
}
public static Service_T GetService(string name)
{
Service_T S = null;
MonitWindowsAgent.servicelist.ForEach(s =>
{
if (s.name == name)
{
S = s;
}
});
return(S);
}
/*
* This function simply stops the service p.
* @param s A Service_T object
* @param flag true if the monitoring should be disabled or false if monitoring should continue (when stop is part of restart)
* @return true if the service was stopped otherwise false
*/
private static bool _doStop(Service_T s, bool flag)
{
var rv = true;
if (s.depend_visited)
{
return(rv);
}
s.depend_visited = true;
if (s.stop != null)
{
if (s.type != MonitServiceType.Service_Process || Util.IsProcessRunning(s, false) != 0)
{
Logger.Log.InfoFormat("'{0}' stop", s.name);
var pid = Util.IsProcessRunning(s, true);
if (s.type == MonitServiceType.Service_Process)
{
try
{
s.stop();
Event.Post(s, MonitEventType.Event_Exec, MonitStateType.State_Succeeded, s.action_EXEC,
"stopped");
}
catch (Exception e)
{
rv = false;
Event.Post(s, MonitEventType.Event_Exec, MonitStateType.State_Failed, s.action_EXEC,
"failed to stop -- {0}", e.Message);
}
}
}
}
else
{
Logger.Log.DebugFormat("'{0}' stop skipped -- method not defined", s.name);
}
if (flag)
{
Util.MonitorUnset(s);
}
else
{
Util.ResetInfo(s);
}
return(rv);
}
/*
* This is a post- fix recursive function for enabling monitoring every service
* that s depends on before monitor s.
* @param s A Service_T object
* @param flag A Custom flag
*/
private static void _doMonitor(Service_T s, bool flag)
{
if (s.visited)
{
return;
}
s.visited = true;
if (s.dependantlist != null)
{
foreach (var d in s.dependantlist)
{
var parent = Util.GetService(d);
_doMonitor(parent, flag);
}
}
Util.MonitorSet(s);
}
/*
* Add a new object to the current service actionrate list
*/
public static void AddActionRate(Service_T s, ActionRate_T ar)
{
if (ar.count > ar.cycle)
{
Logger.Log.Error("The number of restarts must be less than poll cycles");
}
if (ar.count <= 0 || ar.cycle <= 0)
{
Logger.Log.Error("Zero or negative values not allowed in a action rate statement");
}
if (s.actionratelist == null)
{
s.actionratelist = new List <ActionRate_T>();
}
s.actionratelist.Insert(0, ar);
}
public static int IsProcessRunning(Service_T s, bool refresh)
{
//TODO
return(ProcessHelper.GetController(s.name).Status == ServiceControllerStatus.Running ? 1 : 0);
var pid = -1;
// if (s.matchlist) {
// if (refresh || ! ptree || ! ptreesize)
// initprocesstree(&ptree, &ptreesize, &oldptree, &oldptreesize);
// /* The process table read may sporadically fail during read, because we're using glob on some platforms which may fail if the proc filesystem
// * which it traverses is changed during glob (process stopped). Note that the glob failure is rare and temporary - it will be OK on next cycle.
// * We skip the process matching that cycle however because we don't have process informations - will retry next cycle */
// if (Run.doprocess) {
// for (int i = 0; i < ptreesize; i++) {
// boolean_t found = false;
// if (ptree[i].cmdline) {
//#ifdef HAVE_REGEX_H
// found = regexec(s.matchlist.regex_comp, ptree[i].cmdline, 0, NULL, 0) ? false : true;
//#else
// found = strstr(ptree[i].cmdline, s.matchlist.match_string) ? true : false;
//#endif
// }
// if (found) {
// pid = ptree[i].pid;
// break;
// }
// }
// } else {
// DEBUG("Process information not available -- skipping service %s process existence check for this cycle\n", s.name);
// /* Return value is NOOP - it is based on existing errors bitmap so we don't generate false recovery/failures */
// return ! (s.error & Event_Nonexist);
// }
// } else {
pid = GetPid(s.path);
//}
if (pid > 0)
{
//if (getpgid(pid) > -1)
return(pid);
//ChMonitoring.Helpers.Logger.Log.DebugFormat("'{0}' process test failed [pid={1}]", s.name, pid);
}
ResetInfo(s);
return(0);
}
public static void AddProcess(Service_T service)
{
var services = ServiceController.GetServices();
if (service.type == MonitServiceType.Service_Process)
{
var foundServices = services.Where(sc => sc.ServiceName.ToLower() == service.name).ToList();
if (foundServices != null && foundServices.Count() > 0)
{
foundServices.ForEach(sc =>
{
service.start = sc.Start;
service.stop = sc.Stop;
AddService(service);
});
}
}
}
public static void MonitorUnset(Service_T s)
{
if (s.monitor != MonitMonitorStateType.Monitor_Not)
{
s.monitor = MonitMonitorStateType.Monitor_Not;
Logger.Log.DebugFormat("'{0}' monitoring disabled", s.name);
}
s.nstart = 0;
s.ncycle = 0;
if (s.every.type == MonitEveryType.Every_SkipCycles)
{
var cycle = s.every as CycleEvery_T;
cycle.counter = 0;
}
s.error = (int)MonitEventType.Event_Null;
//if (s.eventlist)
// s.eventlist = null;
ResetInfo(s);
}
public static void AddProcess(Service_T service)
{
var services = ServiceController.GetServices();
if (service.type == MonitServiceType.Service_Process)
{
var foundServices = services.Where(sc => sc.ServiceName.ToLower() == service.name).ToList();
if (foundServices != null && foundServices.Count() > 0)
{
foundServices.ForEach(sc =>
{
service.start = () =>
{
try
{
sc.Start();
sc.WaitForStatus(ServiceControllerStatus.Running, new System.TimeSpan(0, 0, 10));
return(true);
}
catch (System.Exception e)
{
return(false);
}
};
service.stop = () =>
{
try
{
sc.Stop();
sc.WaitForStatus(ServiceControllerStatus.Stopped, new System.TimeSpan(0, 0, 10));
return(true);
}
catch (System.Exception e)
{
return(false);
}
};
AddService(service);
});
}
}
}
/*
* This is a post- fix recursive function for starting every service
* that s depends on before starting s.
* @param s A Service_T object
*/
private static void _doStart(Service_T s)
{
if (s.visited)
{
return;
}
s.visited = true;
if (s.dependantlist != null)
{
foreach (var d in s.dependantlist)
{
var parent = Util.GetService(d);
_doStart(parent);
}
}
if (s.start != null)
{
if (s.type != MonitServiceType.Service_Process || Util.IsProcessRunning(s, false) == 0)
{
Logger.Log.InfoFormat("'{0}' start", s.name);
if (s.type == MonitServiceType.Service_Process)
{
try
{
s.start();
Event.Post(s, MonitEventType.Event_Exec, MonitStateType.State_Succeeded, s.action_EXEC,
"started");
}
catch (Exception e)
{
Event.Post(s, MonitEventType.Event_Exec, MonitStateType.State_Failed, s.action_EXEC,
"failed to start -- {0}", e.Message);
}
}
}
}
else
{
Logger.Log.DebugFormat("'{0}' start skipped -- method not defined", s.name);
}
Util.MonitorSet(s);
}
public static void ResetInfo(Service_T s)
{
switch (s.type)
{
case MonitServiceType.Service_Filesystem:
var filesystem = s.inf as FileSystemInfo_T;
filesystem.f_bsize = 0;
filesystem.f_blocks = 0;
filesystem.f_blocksfree = 0;
filesystem.f_blocksfreetotal = 0;
filesystem.f_files = 0;
filesystem.f_filesfree = 0;
filesystem.inode_percent = 0;
filesystem.inode_total = 0;
filesystem.space_percent = 0;
filesystem.space_total = 0;
filesystem._flags = -1;
filesystem.flags = -1;
filesystem.mode = 0;
filesystem.uid = 0;
filesystem.gid = 0;
break;
case MonitServiceType.Service_File:
var file = s.inf as FileInfo_T;
// persistent: st_inode, readpos
file.size = 0;
file.inode_prev = 0;
file.mode = 0;
file.uid = 0;
file.gid = 0;
file.timestamp = DateTime.MinValue;
file.cs_sum = "";
break;
case MonitServiceType.Service_Directory:
var directory = s.inf as DirectoryInfo_T;
directory.mode = 0;
directory.uid = 0;
directory.gid = 0;
directory.timestamp = DateTime.MinValue;
break;
case MonitServiceType.Service_Fifo:
var fifo = s.inf as FiFoInfo_T;
fifo.mode = 0;
fifo.uid = 0;
fifo.gid = 0;
fifo.timestamp = DateTime.MinValue;
break;
case MonitServiceType.Service_Process:
var process = s.inf as ProcessInfo_T;
process._pid = -1;
process._ppid = -1;
process.pid = -1;
process.ppid = -1;
process.uid = -1;
process.euid = -1;
process.gid = -1;
process.zombie = false;
process.children = 0;
process.mem_kbyte = 0L;
process.total_mem_kbyte = 0L;
process.mem_percent = 0;
process.total_mem_percent = 0;
process.cpu_percent = 0;
process.total_cpu_percent = 0;
process.uptime = TimeSpan.MinValue;
break;
case MonitServiceType.Service_Net:
var net = s.inf as NetInfo_T;
//if (net.stats)
// Link_reset(net.stats);
break;
default:
break;
}
}
private static void statusService(Service_T S, StringBuilder B, MonitLevelType L, int V)
{
var serviceXmlBuilder = new OutputBuilder(Resources.ServiceXml);
var timeval = S.collected;
var headString = new StringBuilder();
if (V == 2)
{
headString.AppendFormat("<service name=\"{0}\"><type>{1}</type>", S.name, (int)S.type);
}
else
{
headString.AppendFormat("<service type=\"{0}\"><name>{1}</name>", (int)S.type, S.name);
}
var everyString = new StringBuilder();
if (S.every.type != MonitEveryType.Every_Cycle)
{
everyString.AppendFormat("<every><type>{0}</type>", (int)S.every.type);
if (S.every.type == MonitEveryType.Every_SkipCycles)
{
var cycle = S.every as CycleEvery_T;
everyString.AppendFormat("<counter>{0}</counter><number>{1}</number>", cycle.counter, cycle.number);
}
else
{
var cron = S.every as CronEvery_T;
everyString.AppendFormat("<cron>{0}</cron>", cron.cron);
}
everyString.Append("</every>");
}
var centerString = new StringBuilder();
if (L == MonitLevelType.Level_Full)
{
if (Util.HasServiceStatus(S))
{
switch (S.type)
{
case MonitServiceType.Service_File:
var file = S.inf as FileInfo_T;
//centerString.AppendFormat(@"<mode>%o</mode>"
// "<uid>%d</uid>"
// "<gid>%d</gid>"
// "<timestamp>%lld</timestamp>"
// "<size>%llu</size>",
// file.mode & 07777,
// (int)file.uid,
// (int)file.gid,
// (long long)file.timestamp,
// (unsigned long long)file.size);
//if (S.checksum)
// centerString.AppendFormat(B, "<checksum type=\"%s\">%s</checksum>", checksumnames[S.checksum.type], file.cs_sum);
break;
case MonitServiceType.Service_Directory:
var directory = S.inf as DirectoryInfo_T;
//centerString.AppendFormat(@"<mode>%o</mode>"
// "<uid>%d</uid>"
// "<gid>%d</gid>"
// "<timestamp>%lld</timestamp>",
// directory.mode & 07777,
// (int)directory.uid,
// (int)directory.gid,
// (long long)directory.timestamp);
break;
case MonitServiceType.Service_Fifo:
var fifo = S.inf as FiFoInfo_T;
//centerString.AppendFormat(@"<mode>%o</mode>"
// "<uid>%d</uid>"
// "<gid>%d</gid>"
// "<timestamp>%lld</timestamp>",
// fifo.mode & 07777,
// (int)fifo.uid,
// (int)fifo.gid,
// (long long)fifo.timestamp);
break;
case MonitServiceType.Service_Filesystem:
var filesystem = S.inf as FileSystemInfo_T;
centerString.AppendFormat(
"<mode>{0}</mode><uid>{1}</uid><gid>{2}</gid><flags>{3}</flags><block><percent>{4}</percent><usage>{5}</usage><total>{6}</total></block>",
filesystem.mode,
filesystem.uid,
filesystem.gid,
filesystem.flags,
filesystem.space_percent,
filesystem.f_bsize > 0 ? filesystem.space_total / 1048576.0 * filesystem.f_bsize : 0,
filesystem.f_bsize > 0 ? filesystem.f_blocks / 1048576.0 * filesystem.f_bsize : 0);
if (filesystem.f_files > 0)
{
centerString.AppendFormat(
"<inode><percent>{0}</percent><usage>{1}</usage><total>{2}</total></inode>",
filesystem.inode_percent,
filesystem.inode_total,
filesystem.f_files);
}
break;
case MonitServiceType.Service_Net:
var net = S.inf as NetInfo_T;
//centerString.AppendFormat(@"<link>"
// "<state>%d</state>"
// "<speed>%lld</speed>"
// "<duplex>%d</duplex>"
// "<download>"
// "<packets>"
// "<now>%lld</now>"
// "<total>%lld</total>"
// "</packets>"
// "<bytes>"
// "<now>%lld</now>"
// "<total>%lld</total>"
// "</bytes>"
// "<errors>"
// "<now>%lld</now>"
// "<total>%lld</total>"
// "</errors>"
// "</download>"
// "<upload>"
// "<packets>"
// "<now>%lld</now>"
// "<total>%lld</total>"
// "</packets>"
// "<bytes>"
// "<now>%lld</now>"
// "<total>%lld</total>"
// "</bytes>"
// "<errors>"
// "<now>%lld</now>"
// "<total>%lld</total>"
// "</errors>"
// "</upload>"
// "</link>",
// Link_getState(net.stats),
// Link_getSpeed(net.stats),
// Link_getDuplex(net.stats),
// Link_getPacketsInPerSecond(net.stats),
// Link_getPacketsInTotal(net.stats),
// Link_getBytesInPerSecond(net.stats),
// Link_getBytesInTotal(net.stats),
// Link_getErrorsInPerSecond(net.stats),
// Link_getErrorsInTotal(net.stats),
// Link_getPacketsOutPerSecond(net.stats),
// Link_getPacketsOutTotal(net.stats),
// Link_getBytesOutPerSecond(net.stats),
// Link_getBytesOutTotal(net.stats),
// Link_getErrorsOutPerSecond(net.stats),
// Link_getErrorsOutTotal(net.stats));
break;
case MonitServiceType.Service_Process:
var process = S.inf as ProcessInfo_T;
centerString.AppendFormat(
"<pid>{0}</pid><ppid>{1}</ppid><uid>{2}</uid><euid>{3}</euid><gid>{4}</gid><uptime>{5}</uptime>",
process.pid,
process.ppid,
process.uid,
process.euid,
process.gid,
process.uptime);
if (MonitWindowsAgent.Run.doprocess)
{
centerString.AppendFormat(
"<children>{0}</children><memory><percent>{1}</percent><percenttotal>{2}</percenttotal><kilobyte>{3}</kilobyte><kilobytetotal>{4}</kilobytetotal></memory><cpu><percent>{5}</percent><percenttotal>{6}</percenttotal></cpu>",
process.children,
process.mem_percent,
process.total_mem_percent,
process.mem_kbyte,
process.total_mem_kbyte,
process.cpu_percent,
process.total_cpu_percent);
}
break;
default:
break;
}
//for (Icmp_T i = S.icmplist; i; i = i.next) {
// centerString.AppendFormat(@"<icmp>"
// "<type>%s</type>"
// "<responsetime>%.3f</responsetime>"
// "</icmp>",
// icmpnames[i.type],
// i.is_available ? i.response : -1.);
//}
//for (Port_T p = S.portlist; p; p = p.next) {
// centerString.AppendFormat(@"<port>"
// "<hostname>%s</hostname>"
// "<portnumber>%d</portnumber>"
// "<request><![CDATA[%s]]></request>"
// "<protocol>%s</protocol>"
// "<type>%s</type>"
// "<responsetime>%.3f</responsetime>"
// "</port>",
// p.hostname ? p.hostname : "",
// p.port,
// p.request ? p.request : "",
// p.protocol.name ? p.protocol.name : "",
// Util_portTypeDescription(p),
// p.is_available ? p.response : -1.);
//}
//for (Port_T p = S.socketlist; p; p = p.next) {
// centerString.AppendFormat(@"<unix>"
// "<path>%s</path>"
// "<protocol>%s</protocol>"
// "<responsetime>%.3f</responsetime>"
// "</unix>",
// p.pathname ? p.pathname : "",
// p.protocol.name ? p.protocol.name : "",
// p.is_available ? p.response : -1.);
//}
if (S.type == MonitServiceType.Service_System && MonitWindowsAgent.Run.doprocess)
{
centerString.AppendFormat(
"<system><load><avg01>{0}</avg01><avg05>{1}</avg05><avg15>{2}</avg15></load><cpu><user>{3}</user><system>{4}</system></cpu><memory><percent>{5}</percent><kilobyte>{6}</kilobyte></memory><swap><percent>{7}</percent><kilobyte>{8}</kilobyte></swap></system>",
MonitWindowsAgent.systeminfo.loadavg[0],
MonitWindowsAgent.systeminfo.loadavg[1],
MonitWindowsAgent.systeminfo.loadavg[2],
MonitWindowsAgent.systeminfo.total_cpu_user_percent > 0
? MonitWindowsAgent.systeminfo.total_cpu_user_percent
: 0,
MonitWindowsAgent.systeminfo.total_cpu_syst_percent > 0
? MonitWindowsAgent.systeminfo.total_cpu_syst_percent
: 0,
MonitWindowsAgent.systeminfo.total_mem_percent,
MonitWindowsAgent.systeminfo.total_mem_kbyte,
MonitWindowsAgent.systeminfo.total_swap_percent,
MonitWindowsAgent.systeminfo.total_swap_kbyte);
}
if (S.type == MonitServiceType.Service_Program && S.program.started != null)
{
centerString.AppendFormat(
"<program><started>{0}</started><status>{1}</status><output><![CDATA[",
Timing.GetTimestamp(S.program.started),
S.program.exitStatus);
centerString.Append(_escapeCDATA(S.program.output.ToString()));
centerString.Append("]]></output></program>");
}
}
}
serviceXmlBuilder.ReplaceAllTags(headString.ToString(), Timing.GetTimestamp(timeval),
Timing.GetUsec(timeval), S.error, S.error_hint, (int)S.monitor, (int)S.mode, (int)S.doaction,
everyString.ToString(), centerString.ToString());
B.Append(serviceXmlBuilder.GetResult());
}
public static bool HasServiceStatus(Service_T S)
{
return(S.monitor == MonitMonitorStateType.Monitor_Yes &&
!Event.IsEventSet(S.error, MonitEventType.Event_Nonexist) &&
!Event.IsEventSet(S.error, MonitEventType.Event_Data));
}
/*
* Add a service object to the servicelist
*/
public static void AddService(Service_T s)
{
// Test sanity check
switch (s.type)
{
case MonitServiceType.Service_Host:
//// Verify that a remote service has a port or an icmp list
//if (!s.portlist && !s.icmplist)
//{
// Logger.Log.ErrorFormat("'check host' statement is incomplete: Please specify a port number to test\n or an icmp test at the remote host: '{0}'", s.name);
// cfg_errflag++;
//}
break;
case MonitServiceType.Service_Program:
//// Verify that a program test has a status test
//if (!s.statuslist)
//{
// Logger.Log.ErrorFormat("'check program {0}' is incomplete: Please add an 'if status != n' test", s.name);
// cfg_errflag++;
//}
//// Create the Command object
//s.program.C = Command_new(s.path, NULL);
//// Append any arguments
//for (int i = 1; i < s.program.args.length; i++)
// Command_appendArgument(s.program.C, s.program.args.arg[i]);
//if (s.program.args.has_uid)
// Command_setUid(s.program.C, s.program.args.uid);
//if (s.program.args.has_gid)
// Command_setGid(s.program.C, s.program.args.gid);
break;
case MonitServiceType.Service_Net:
//if (!s.linkstatuslist)
//{
// // Add link status test if not defined
// addeventaction(&(linkstatusset).action, Action_Alert, Action_Alert);
// addlinkstatus(s, &linkstatusset);
//}
break;
case MonitServiceType.Service_Filesystem:
if (s.fsflaglist == null)
{
// Add filesystem flags change test if not defined
s.fsflaglist = new List <EventAction_T>();
s.fsflaglist.Add(GetEventAction(MonitActionType.Action_Alert, MonitActionType.Action_Ignored));
}
break;
case MonitServiceType.Service_Directory:
case MonitServiceType.Service_Fifo:
case MonitServiceType.Service_File:
case MonitServiceType.Service_Process:
if (s.nonexistlist == null)
{
// Add existence test if not defined
s.nonexistlist = new List <EventAction_T>();
s.nonexistlist.Insert(0,
GetEventAction(MonitActionType.Action_Restart, MonitActionType.Action_Alert));
}
break;
default:
break;
}
MonitWindowsAgent.servicelist.Add(s);
MonitWindowsAgent.servicelist_conf.Add(s);
}
//public void CheckServicesRunning() {
// var serviceList = InitServiceList();
// var dependingServices = new List<string>();
// // check each service its running
// foreach(var s in serviceList) {
// switch(s.Status) {
// case ServiceControllerStatus.Running:
// if(MonitoredServices[s.ServiceName] <= 0) {
// //when service has stopped and is running now, send mail
// Logger.Log.Info("Service running again: " + "[" + s.ServiceName + "]");
// MonitoredServices[s.ServiceName] = 1;
// // SendEMail(s.Key.ServiceName, false, false);
// }
// break;
// case ServiceControllerStatus.Stopped:
// if(MonitoredServices[s.ServiceName] >= 0) {
// Logger.Log.Warn("Service stopped running: " + "[" + s.ServiceName + "]");
// MonitoredServices[s.ServiceName] = 0;
// } else if(MonitoredServices[s.ServiceName] <= -ConfigMgr.Config.FailedStarts) {
// if(MonitoredServices[s.ServiceName] == -ConfigMgr.Config.FailedStarts) {
// Logger.Log.Error("Service is stuck in Status Stopped: " + "[" + s.ServiceName + "]");
// MonitoredServices[s.ServiceName]--;
// // SendEMail(s.Key.ServiceName, true, true);
// }
// continue;
// }
// //get depending services to stop them later
// dependingServices.AddRange(s.DependentServices.Select(sc => s.ServiceName));
// try {
// s.Start();
// MonitoredServices[s.ServiceName]--;
// } catch(Exception e) {
// Logger.Log.Error("Exception occured while trying to start service: " + "[" + s.ServiceName + "]\n" + e);
// }
// break;
// default:
// if(MonitoredServices[s.ServiceName] != 0) {
// Logger.Log.Warn("Service is in an unknown state: " + "[" + s.ServiceName + "]");
// MonitoredServices[s.ServiceName] = 0;
// // SendEMail(s.Key.ServiceName, true, false);
// }
// break;
// }
// }
// //if gateserver stopped, but not the corresponding worldserver, stop this worldserver for reconnection!
// foreach(var s in serviceList) {
// if(dependingServices.Contains(s.ServiceName)) {
// if(s.Status == ServiceControllerStatus.Running)
// s.Stop();
// }
// }
//}
/*
* Create a new service object and add any current objects to the
* service list.
*/
public static Service_T CreateService(ServiceConfig sc, string name, string command = null)
{
var current = new Service_T();
var type = MonitServiceType.Service_System;
var value = "";
Func <Service_T, bool> check = null;
if (sc == null)
{
check = Validate.CheckSystem;
type = MonitServiceType.Service_System;
current.every = new CycleEvery_T {
type = MonitEveryType.Every_Cycle, number = 0
};
}
else
{
if (sc is ProcessConfig)
{
check = Validate.CheckProcess;
type = MonitServiceType.Service_Process;
current.resourcelist = new List <Resource_T>();
var processConf = sc as ProcessConfig;
if (processConf.Resources != null && processConf.Resources.Count > 0)
{
foreach (var resource in processConf.Resources)
{
AddResource(current,
new Resource_T
{
resource_id = (MonitResourceType)resource.Type,
compOperator = resource.ComparisonOperator,
limit = resource.Limit,
action =
GetEventAction((MonitActionType)resource.ActionType,
MonitActionType.Action_Ignored)
});
}
}
else
{
Logger.Log.ErrorFormat("error: No Resources defined for Process: {0}", sc.Name);
}
}
else if (sc is FilesystemConfig)
{
check = Validate.CheckFilesystem;
type = MonitServiceType.Service_Filesystem;
current.filesystemlist = new List <Filesystem_T>();
var filesystemConf = sc as FilesystemConfig;
if (filesystemConf.Filesystems != null && filesystemConf.Filesystems.Count > 0)
{
foreach (var filesystem in filesystemConf.Filesystems)
{
AddFilesystem(current,
new Filesystem_T
{
resource = (MonitResourceType)filesystem.Type,
compOperator = filesystem.ComparisonOperator,
limit_absolute = filesystem.LimitAbsolute,
limit_percent = filesystem.LimitPercent,
action =
GetEventAction((MonitActionType)filesystem.ActionType,
MonitActionType.Action_Ignored)
});
}
}
else
{
Logger.Log.ErrorFormat("error: No Filesystems defined for Drive: {0}", sc.Name);
}
}
else
{
return(null);
}
current.mode = (MonitMonitorModeType)sc.MonitoringMode;
if (sc.ActionRate != null)
{
AddActionRate(current,
new ActionRate_T
{
count = sc.ActionRate.Count,
cycle = sc.ActionRate.Cycle,
action =
GetEventAction((MonitActionType)sc.ActionRate.ActionType, MonitActionType.Action_Alert)
});
}
else
{
Logger.Log.ErrorFormat("warning: No ActionRate defined for Service: {0}", sc.Name);
}
if (sc.Every != null)
{
current.every = new CycleEvery_T
{
type = (MonitEveryType)sc.Every.Type,
number = sc.Every.CycleNumber
};
}
else
{
current.every = new CycleEvery_T {
type = MonitEveryType.Every_Cycle, number = 0
};
}
}
if (Util.ExistService(name))
{
Logger.Log.ErrorFormat("Service name conflict, {0} already defined", name);
return(null);
}
current.type = type;
switch (type)
{
case MonitServiceType.Service_Filesystem:
current.inf = new FileSystemInfo_T();
break;
case MonitServiceType.Service_File:
current.inf = new FileInfo_T();
break;
case MonitServiceType.Service_Directory:
current.inf = new DirectoryInfo_T();
break;
case MonitServiceType.Service_Fifo:
current.inf = new FiFoInfo_T();
break;
case MonitServiceType.Service_Process:
current.inf = new ProcessInfo_T();
break;
case MonitServiceType.Service_Net:
current.inf = new NetInfo_T();
break;
default:
break;
}
Util.ResetInfo(current);
if (type == MonitServiceType.Service_Program)
{
current.program = new Program_T();
current.program.args = command;
current.program.timeout = 5 * 60;
}
/* Set default values */
current.monitor = MonitMonitorStateType.Monitor_Init;
current.mode = MonitMonitorModeType.Monitor_Active;
current.name = name;
current.check = check;
current.path = value;
/* Initialize general event handlers */
current.action_DATA = GetEventAction(MonitActionType.Action_Alert, MonitActionType.Action_Alert);
current.action_EXEC = GetEventAction(MonitActionType.Action_Alert, MonitActionType.Action_Alert);
current.action_INVALID = GetEventAction(MonitActionType.Action_Restart, MonitActionType.Action_Alert);
current.action_MONIT_START = GetEventAction(MonitActionType.Action_Start, MonitActionType.Action_Ignored);
current.action_MONIT_STOP = GetEventAction(MonitActionType.Action_Stop, MonitActionType.Action_Ignored);
current.action_MONIT_RELOAD = GetEventAction(MonitActionType.Action_Start, MonitActionType.Action_Ignored);
current.action_ACTION = GetEventAction(MonitActionType.Action_Alert, MonitActionType.Action_Ignored);
current.collected = DateTime.UtcNow;
current.eventlist = new List <Event_T>();
return(current);
}
/// <summary>
/// Check to see if we should try to start/stop service
/// </summary>
/// <param name="S">A service name as stated in the config file</param>
/// <param name="A">An action id describing the action to execute</param>
/// <returns>false for error, otherwise true</returns>
public static bool ControlService(string S, MonitActionType A)
{
Service_T s = null;
if ((s = Util.GetService(S)) == null)
{
Logger.Log.ErrorFormat("Service '{0}' -- doesn't exist", S);
return(false);
}
switch (A)
{
case MonitActionType.Action_Start:
_doDepend(s, MonitActionType.Action_Stop, false);
_doStart(s);
_doDepend(s, MonitActionType.Action_Start, false);
break;
case MonitActionType.Action_Stop:
_doDepend(s, MonitActionType.Action_Stop, true);
_doStop(s, true);
break;
case MonitActionType.Action_Restart:
Logger.Log.InfoFormat("'{0}' trying to restart", s.name);
_doDepend(s, MonitActionType.Action_Stop, false);
if (s.restart != null)
{
_doRestart(s);
_doDepend(s, MonitActionType.Action_Start, false);
}
else
{
if (_doStop(s, false))
{
/* Only start if stop succeeded */
_doStart(s);
_doDepend(s, MonitActionType.Action_Start, false);
}
else
{
/* enable monitoring of this service again to allow the restart retry in the next cycle up to timeout limit */
Util.MonitorSet(s);
}
}
break;
case MonitActionType.Action_Monitor:
/* We only enable monitoring of this service and all prerequisite services. Chain of services which depends on this service keep its state */
_doMonitor(s, false);
break;
case MonitActionType.Action_Unmonitor:
/* We disable monitoring of this service and all services which depends on it */
_doDepend(s, MonitActionType.Action_Unmonitor, false);
_doUnmonitor(s, false);
break;
default:
Logger.Log.ErrorFormat("Service '{0}' -- invalid action {1}", S, A);
return(false);
}
return(true);
}
public static void Post(Service_T service, MonitEventType id, MonitStateType state, EventAction_T action,
string s, params object[] args)
{
var message = string.Format(s, args);
Event_T E = null;
if (service.eventlist != null)
{
service.eventlist.ForEach(e =>
{
if (e.action == action && e.id == id)
{
e.collected = DateTime.UtcNow;
e.state_map <<= 1;
e.state_map |= ((state == MonitStateType.State_Succeeded ||
state == MonitStateType.State_ChangedNot)
? 0
: 1);
e.message = message;
E = e;
}
});
}
if (E == null)
{
if (state == MonitStateType.State_Succeeded || state == MonitStateType.State_ChangedNot)
{
Logger.Log.DebugFormat("'{0}' {1}", service.name, message);
return;
}
E = new Event_T();
E.id = id;
E.collected = DateTime.UtcNow;
E.source = service.name;
E.mode = service.mode;
E.type = service.type;
E.state = MonitStateType.State_Init;
E.state_map = 1;
E.action = action;
E.message = message;
if (service.eventlist == null)
{
service.eventlist = new List <Event_T>();
}
service.eventlist.Insert(0, E);
}
E.state_changed = CheckState(E, state);
if (E.state_changed)
{
E.state = state;
E.count = 1;
}
else
{
E.count++;
}
handleEvent(service, E);
}
/// <summary>
/// Handles the event.
/// </summary>
/// <param name="S">The s.</param>
/// <param name="E">The e.</param>
private static void handleEvent(Service_T S, Event_T E)
{
/* We will handle only first succeeded event, recurrent succeeded events
* or insufficient succeeded events during failed service state are
* ignored. Failed events are handled each time. */
if (!E.state_changed &&
(E.state == MonitStateType.State_Succeeded || E.state == MonitStateType.State_ChangedNot ||
((E.state_map & 0x1) ^ 0x1) == 1))
{
Logger.Log.DebugFormat("'{0}' {1}%s", S.name, E.message);
return;
}
if (!string.IsNullOrEmpty(E.message))
{
/* In the case that the service state is initializing yet and error
* occured, log it and exit. Succeeded events in init state are not
* logged. Instance and action events are logged always with priority
* info. */
if (E.state != MonitStateType.State_Init || (E.state_map & 0x1) == 1)
{
if (E.state == MonitStateType.State_Succeeded || E.state == MonitStateType.State_ChangedNot ||
E.id == MonitEventType.Event_Instance || E.id == MonitEventType.Event_Action)
{
Logger.Log.InfoFormat("'{0}' {1}", S.name, E.message);
}
else
{
Logger.Log.ErrorFormat("'{0}' {1}", S.name, E.message);
}
}
if (E.state == MonitStateType.State_Init)
{
return;
}
}
if (E.state == MonitStateType.State_Failed || E.state == MonitStateType.State_Changed)
{
if (E.id != MonitEventType.Event_Instance && E.id != MonitEventType.Event_Action)
{
// We are not interested in setting error flag for instance and action events
S.error |= (int)E.id;
/* The error hint provides second dimension for error bitmap and differentiates between failed/changed event states (failed=0, chaged=1) */
if (E.state == MonitStateType.State_Changed)
{
S.error_hint |= (int)E.id;
}
else
{
S.error_hint &= ~(int)E.id;
}
}
handleAction(E, E.action.failed);
}
else
{
S.error &= ~(int)E.id;
handleAction(E, E.action.succeeded);
}
/* Possible event state change was handled so we will reset the flag. */
E.state_changed = false;
}