static internal string CheckPortStatus(IPAddress ip, ushort port)
{
string error = "";
string strLocalIPs = "";
bool skip = false;
// check if ip address is local if so skip this step
IPAddress[] localIPs = Dns.GetHostAddresses(Dns.GetHostName());
foreach (IPAddress localIP in localIPs)
{
strLocalIPs += localIP.ToString() + ", ";
if (localIP.Equals(ip))
{
skip = true;
}
}
if (!skip)
{
Log.Write(CFunctions.StringReplace("Checking ports before logon. Connecting to remote machine ({0}) from local machine with addresses ({1}).", ip.ToString(), strLocalIPs), Log.Verbosity.Debug);
using (TcpClient client = new TcpClient())
{
var result = client.BeginConnect(ip, port, null, null);
var success = result.AsyncWaitHandle.WaitOne(TimeSpan.FromMilliseconds(COptions.Connection_Timeout), true);
if (!success)
{
error = CFunctions.StringReplace("A connection timeout occurred, make sure {0}:{1} is available.", ip.ToString(), port.ToString());
}
}
}
return(error);
}
private void DoPortScan(CService service, int port, CNetwork.Protocols protocol = null, string stringsearch = null)
{
using (TcpClient client = new TcpClient())
{
Log.Write(CFunctions.StringReplace("Checking " + protocol.ToString() + "://{0}:{1} for service presence ({2}).", service.IP.ToStringNz(), port.ToString(), stringsearch));
var result = client.BeginConnect(service.IP, port, null, null);
var success = result.AsyncWaitHandle.WaitOne(TimeSpan.FromMilliseconds(COptions.Connection_Timeout), true);
bool found = false;
if (success)
{
if (protocol == CNetwork.Protocols.HTTP)
{
try
{
WebRequest req = HttpWebRequest.Create("http://" + service.Name);
req.Method = "GET";
using (StreamReader reader = new StreamReader(req.GetResponse().GetResponseStream()))
{
if (stringsearch == null)
{
found = true;
} // do not search if there is nothing to look for
while (!reader.EndOfStream && !found) // otherwise search
{
string source = reader.ReadLine() + String.Empty;
if (source.ToLower().Contains(stringsearch.ToLower()))
{
found = true;
}
}
}
}
catch { found = false; }
}
else
{
found = true;
}
if (found)
{
lock (_ServerPortScanLock)
{
Log.Write("Service present (" + protocol.ToStringNz() + "): " + service.Name + " (" + service.Type + "); " + service.IP.ToStringNz());
_ServerPortScanResults.Add(service.Name + ";" + service.Type.ToString() + ";" + service.IP.ToStringNz() + ";" + port);
}
}
}
}
}
internal List <CDiscoveredConfig> GetVms(int queryid)
{
List <CDiscoveredConfig> VMsFound = new List <CDiscoveredConfig> {
};
IList <EntityViewBase> vms = null;
// dont continue if not logged in
if (HVClient == null)
{
return(VMsFound);
}
try { Log.Write("[HvApi] Querying virtual machines associated with: " + Server.Name.ToUpper()); vms = HVClient.FindEntityViews(typeof(VirtualMachine)); }
catch (Exception ex) { Log.Write("Error: Cannot query virtual machine information. Details: " + ex.TargetSite + ex.Message); }
_SiteInfo = Server.Session.Queries[queryid].Sites;
if (vms != null)
{
// iterate through vms and get general information
Log.Write(CFunctions.StringReplace("Found virtual machines ({0}) associated with {1}", vms.Count.ToString(), Server.Name.ToUpper()));
foreach (EntityViewBase tmp in vms)
{
VirtualMachine vm = (VirtualMachine)tmp;
if (vm.Name != null)
{
long storagealloc = CFunctions.ConvertDataUnit(vm.Storage.Allocated, CDataUnitType.Byte, CDataUnitType.MiB);
long storageused = CFunctions.ConvertDataUnit(vm.Storage.Used, CDataUnitType.Byte, CDataUnitType.MiB);
//double storageunshared = CFunctions.ConvertDataUnit(vm.Storage.Unshared, CDataUnitType.Byte, CDataUnitType.MiB);
string owner = RetrieveObjectUid(vm.Host);
CDiscoveredMetrics guestusage = new CDiscoveredMetrics();
guestusage.Set(CMetricType.VmDisk, CMetricSubtype.Allocated, vm.Storage.Allocated);
guestusage.Set(CMetricType.VmDisk, CMetricSubtype.Used, vm.Storage.Used);
guestusage.Set(CMetricType.VmCpu, CMetricSubtype.Sockets, vm.Hardware.NumCPU);
guestusage.Set(CMetricType.VmCpu, CMetricSubtype.Cores, ((int)vm.Hardware.NumCPU * vm.Hardware.NumCoresPerSocket.GetValueOrDefault(1)));
guestusage.Set(CMetricType.VmMem, CMetricSubtype.Allocated, vm.Hardware.MemoryMB);
guestusage.Set(CMetricType.VmDisk, CMetricSubtype.Allocated, storagealloc);
guestusage.Set(CMetricType.VmDisk, CMetricSubtype.Used, storageused);
CDiscoveredAttributes guestattribs = new CDiscoveredAttributes();
guestattribs.Set(CAttributeType.Reference, "VirtualMachine-" + vm.Id.ToLower());
guestattribs.Set(CAttributeType.IP, vm.Guest.IP.ToString());
guestattribs.Set(CAttributeType.OS, vm.Guest.OS);
guestattribs.Set(CAttributeType.HardwareVersion, vm.Version);
guestattribs.Set(CAttributeType.ToolsVersion, vm.Guest.ToolsVersion.ToString());
guestattribs.Set(CAttributeType.Cluster, vm.Cluster);
//guestattribs.Merge(GetObjectState(vm))
string vmPowerState = "poweredOff";
if ((VmEnabledState)vm.State == VmEnabledState.Enabled)
{
vmPowerState = "poweredOn";
}
else if (((VmEnabledState)vm.State == VmEnabledState.Paused) || ((VmEnabledState)vm.State == VmEnabledState.Pausing) || ((VmEnabledState)vm.State == VmEnabledState.Suspended))
{
vmPowerState = "suspended";
}
guestattribs.Set(CAttributeType.PowerState, vmPowerState);
CDiscoveredConfig guestinfo = new CDiscoveredConfig
{
Type = new CDiscoveredTypes(CDiscoveredTypes.HVVM),
Site = CSite.Resolve(vm.Guest.IP, _SiteInfo),
Name = vm.Name.ToString(),
Metrics = guestusage,
Attributes = guestattribs,
Owner = new List <string> {
owner
}
};
StoreObjectUid(guestinfo.Attributes.Get(CAttributeType.Reference), guestinfo.Id);
guestinfo.ChildObjects = GetVmDisks(queryid, vm);
Log.Write(guestinfo.ToString(), Log.Verbosity.Debug);
VMsFound.Add(guestinfo);
}
}
VMsFound = VMsFound.OrderBy(o => o.Name).ToList(); // sort alphabally
// get additional details for thin vmdk files
//VMsFound = UpdateVIVMDiskDatastoreInfo(queryid, VMsFound);
}
return(VMsFound);
}
internal List <CDiscoveredConfig> GetHosts(int queryid)
{
List <CDiscoveredConfig> HostsFound = new List <CDiscoveredConfig> {
};
IList <EntityViewBase> hosts = null;
// dont continue if not logged in
if (HVClient == null)
{
return(HostsFound);
}
try { Log.Write("[HvApi] Querying hosts associated with: " + Server.Name.ToUpper()); hosts = HVClient.FindEntityViews(typeof(HostSystem)); }
catch (Exception ex) { Log.Write("Error: Cannot query host information. Details: " + ex.TargetSite + ex.Message); }
_SiteInfo = Server.Session.Queries[queryid].Sites;
if (hosts != null)
{
Log.Write(CFunctions.StringReplace("Found hosts ({0}) associated with {1}", hosts.Count.ToString(), Server.Name.ToUpper()));
foreach (HostSystem host in hosts)
{
string cluster = "";
if (HVClient.HostType == HvHostType.Cluster)
{
cluster = HVClient._ClusterName;
}
CDiscoveredMetrics hostmetrics = new CDiscoveredMetrics();
hostmetrics.Set(CMetricType.HostCpu, CMetricSubtype.Sockets, host.Hardware.CpuInfo.NumCpuPackages);
hostmetrics.Set(CMetricType.HostCpu, CMetricSubtype.Cores, host.Hardware.CpuInfo.NumCpuCores);
hostmetrics.Set(CMetricType.HostMem, CMetricSubtype.Allocated, CFunctions.ConvertDataUnit(host.Hardware.MemorySize, CDataUnitType.Byte, CDataUnitType.MiB));
hostmetrics.Set(CMetricType.VmCount, CMetricSubtype.None, host.Vm.Count());
hostmetrics.Set(CMetricType.DsCount, CMetricSubtype.None, host.Datastore.Count());
CDiscoveredAttributes hostattribs = new CDiscoveredAttributes();
hostattribs.Set(CAttributeType.Reference, "HostSystem-" + host.Id.ToLower());
hostattribs.Set(CAttributeType.IP, host.IP.ToString());
hostattribs.Set(CAttributeType.OS, host.OS);
hostattribs.Set(CAttributeType.Cluster, cluster);
hostattribs.Set(CAttributeType.HardwareVersion, (host.Hardware.SystemInfo.Vendor + " " + host.Hardware.SystemInfo.Model).Replace(",", String.Empty));
hostattribs.Set(CAttributeType.PowerState, "poweredOn"); // silly but we will not get any data from powered off hosts
//hostattribs.Merge(GetObjectState(host))
CDiscoveredConfig hostinfo = new CDiscoveredConfig()
{
Type = new CDiscoveredTypes(CDiscoveredTypes.HVHost),
Site = CSite.Resolve(host.IP, _SiteInfo),
Name = host.Name.ToString(),
Metrics = hostmetrics,
Attributes = hostattribs,
Owner = new List <string> {
Server.Id
}
};
if ((hosts.Count == 1) && (HVClient.HostType == HvHostType.Standalone))
{
hostinfo.Id = Server.Id;
}
StoreObjectUid(hostinfo.Name, hostinfo.Id);
Log.Write(hostinfo.ToString(), Log.Verbosity.Debug);
HostsFound.Add(hostinfo);
}
HostsFound = HostsFound.OrderBy(o => o.Name).ToList();
}
return(HostsFound);
}
internal List <CDiscoveredConfig> GetDatastores(int queryid)
{
List <CDiscoveredConfig> DatastoresFound = new List <CDiscoveredConfig> {
};
IList <EntityViewBase> datastores = null;
// dont continue if not logged in
if (HVClient == null)
{
return(DatastoresFound);
}
try { Log.Write("[HvApi] Querying datastores associated with: " + Server.Name.ToUpper()); datastores = HVClient.FindEntityViews(typeof(Datastore)); }
catch (Exception ex) { Log.Write("Error: Cannot query datastore information. Details: " + ex.TargetSite + ex.Message); }
_SiteInfo = Server.Session.Queries[queryid].Sites;
if (datastores != null)
{
// iterate through vms and get general information
Log.Write(CFunctions.StringReplace("Found datastores ({0}) associated with {1}", datastores.Count.ToString(), Server.Name.ToUpper()));
foreach (EntityViewBase tmp in datastores)
{
Datastore ds = (Datastore)tmp;
if (ds.Name != null)
{
long storagealloc = CFunctions.ConvertDataUnit(ds.Capacity, CDataUnitType.Byte, CDataUnitType.MiB);
long storageused = CFunctions.ConvertDataUnit(ds.Capacity - ds.FreeSpace, CDataUnitType.Byte, CDataUnitType.MiB);
List <string> owner = new List <string> {
};
foreach (string parent in ds.Host.Split(';'))
{
owner.Add(RetrieveObjectUid(parent));
}
CDiscoveredMetrics dsmetric = new CDiscoveredMetrics();
dsmetric.Set(CMetricType.DsDisk, CMetricSubtype.Allocated, storagealloc);
dsmetric.Set(CMetricType.DsDisk, CMetricSubtype.Used, storageused);
CDiscoveredAttributes dsattrib = new CDiscoveredAttributes();
string id = ds.ID.Split('{')[1].Split('}')[0];
dsattrib.Set(CAttributeType.Reference, "Datastore-" + id);
dsattrib.Set(CAttributeType.Format, ds.FileSystem);
dsattrib.Set(CAttributeType.Vendor, ds.Vendor);
dsattrib.Set(CAttributeType.Model, ds.Model);
dsattrib.Set(CAttributeType.Mode, ds.AccessMode);
dsattrib.Set(CAttributeType.Cluster, ds.Cluster);
bool islocal = true;
if ((ds.AccessMode.ToLower().Contains("iscsi")) || (ds.AccessMode.ToLower().Contains("fibre")))
{
islocal = false;
}
dsattrib.Set(CAttributeType.Local, islocal.ToString());
CDiscoveredConfig dsinfo = new CDiscoveredConfig();
dsinfo.Type = new CDiscoveredTypes(CDiscoveredTypes.HVDatastore);
dsinfo.Name = ds.Name;
dsinfo.Metrics = dsmetric;
dsinfo.Attributes = dsattrib;
dsinfo.Owner = owner;
StoreObjectUid(dsinfo.Attributes.Get(CAttributeType.Reference), dsinfo.Id);
Log.Write(dsinfo.ToString(), Log.Verbosity.Debug);
DatastoresFound.Add(dsinfo);
}
}
DatastoresFound = DatastoresFound.OrderBy(o => o.Name).ToList();
}
return(DatastoresFound);
}