public Supplement.JsonOutput GetOutput(string arg)
{
Supplement.ServiceStartType filter;
switch (arg) {
case ARG_SERVICE:
case ARG_SERVICE_ANY:
filter = Supplement.ServiceStartType.Auto |
Supplement.ServiceStartType.Demand |
Supplement.ServiceStartType.Disabled;
break;
case ARG_SERVICE_AUTO:
filter = Supplement.ServiceStartType.Auto;
break;
case ARG_SERVICE_DEMAND:
filter = Supplement.ServiceStartType.Demand;
break;
case ARG_SERVICE_DISABLED:
filter = Supplement.ServiceStartType.Disabled;
break;
default:
return null;
}
Supplement.JsonOutput jout = new Supplement.JsonOutput();
foreach (ServiceController sc in ServiceController.GetServices()) {
Supplement.SCManager scm = new Supplement.SCManager(sc.ServiceName);
if ((scm.StartType & filter) != scm.StartType)
continue;
Dictionary<string, string> item =
new Dictionary<string, string>(4);
item.Add("SVCNAME", sc.ServiceName);
item.Add("SVCDESC", sc.DisplayName);
item.Add("SVCSTATUS", sc.Status.ToString());
item.Add("SVCSTARTTYPE", scm.StartType.ToString());
jout.Add(item);
}
return jout;
}
public Supplement.JsonOutput GetOutput(string arg)
{
if (arg != ARG_NETWORK)
return null;
Supplement.JsonOutput jout = new Supplement.JsonOutput ();
NetworkInterface[] netifs = NetworkInterface.GetAllNetworkInterfaces ();
foreach (NetworkInterface n in netifs) {
if (n.NetworkInterfaceType != NetworkInterfaceType.Loopback &&
n.NetworkInterfaceType != NetworkInterfaceType.Tunnel) {
Dictionary<string, string> item =
new Dictionary<string, string> (3);
item.Add ("IFDESC", n.Description);
item.Add ("IFNAME", n.Name);
item.Add ("IFADDR", n.GetPhysicalAddress ().ToString ());
jout.Add (item);
}
}
return jout;
}
public Supplement.JsonOutput GetOutput(string key)
{
bool mounted = false;
bool mfolder = false;
bool mletter = false;
bool nomount = false;
bool swap = false;
bool noswap = false;
bool onlyNative = false;
DriveType dtype;
switch (key) {
case ARG_DRIVE_FIXED:
dtype = DriveType.Fixed;
break;
case ARG_DRIVE_REMOVABLE:
dtype = DriveType.Removable;
break;
case ARG_DRIVE_MOUNTED:
dtype = DriveType.Fixed;
mounted = true;
break;
case ARG_DRIVE_MFOLDER:
dtype = DriveType.Fixed;
mfolder = true;
break;
case ARG_DRIVE_MLETTER:
dtype = DriveType.Fixed;
mletter = true;
break;
case ARG_DRIVE_NOMOUNT:
dtype = DriveType.Fixed;
nomount = true;
break;
case ARG_DRIVE_SWAP:
dtype = DriveType.Fixed;
swap = true;
break;
case ARG_DRIVE_NOSWAP:
dtype = DriveType.Fixed;
noswap = true;
break;
case ARG_DRIVE_NETWORK:
dtype = DriveType.Network;
onlyNative = true;
break;
default:
return null;
}
Supplement.JsonOutput jout = new Supplement.JsonOutput ();
Supplement.IVolumeInfo[] vols = null;
if (onlyNative)
{
vols = Supplement.NativeVolume.GetVolumes();
}
else
{
if (!TryGetVolumesViaWmi(out vols))
{
if (MainClass.DEBUG)
MainClass.WriteLogEntry(string.Format("{0}.GetOutput: Fallback to native method.", CLASS_FULL_PATH));
// Fallback to native method
vols = Supplement.NativeVolume.GetVolumes();
}
}
if (MainClass.DEBUG)
{
MainClass.WriteLogEntry(string.Format("{0}.GetOutput: got volumes. " +
"vols.Length: {1}", CLASS_FULL_PATH, vols.Length));
for (int i = 0; i < vols.Length; i++)
{
MainClass.WriteLogEntry(string.Format("{0}.GetOutput: vol[{1}] {{ " +
"Automount={2}, Caption={3}, DriveLetter={4}, DriveType={5}, " +
"IsMounted={6}, Label={7}, Name={8}, PageFilePresent={9}, " +
"VolumeFormat={10}, VolumeGuid={11} }}.", CLASS_FULL_PATH, i,
vols[i].Automount.ToString(), vols[i].Caption, vols[i].DriveLetter,
vols[i].DriveType.ToString(), vols[i].IsMounted.ToString(),
vols[i].Label, vols[i].Name, vols[i].PageFilePresent.ToString(),
vols[i].VolumeFormat, vols[i].VolumeGuid.ToString()));
}
}
bool ismounted, ismletter;
foreach (Supplement.IVolumeInfo v in vols) {
ismounted = v.IsMounted;
ismletter = (v.DriveLetter != null);
if (v.Automount && // Match to drives mounted automatically
v.DriveType == dtype && // Match drive type
(!mounted || ismounted) && // If defined to mounted drives, then match mounted drives
(!mfolder || (ismounted && !ismletter)) && // If defined to folder mounted drives, then match mounted and not has letter
(!mletter || (ismounted && ismletter)) && // If defined to letter mounted drives, then match mounted and has letter
(!nomount || !ismounted) && // If defined to not mounted drives, then match not mounted drives
(!swap || v.PageFilePresent) && // If defined to drives that has page files, then match to drives that has page file
(!noswap || !v.PageFilePresent)) { // If defined to drives that no page files, then match to drives that has no page file
Dictionary<string, string> item =
new Dictionary<string, string> (2);
string pmInstName = string.Empty;
if (ismounted) {
pmInstName = v.Name.TrimEnd('\\');
} else {
pmInstName = Supplement.PerfMon.LogicalDisk.GetInstanceName(v.VolumeGuid);
}
item.Add ("FSNAME", v.Name);
item.Add ("FSPERFMON", pmInstName);
item.Add ("FSLABEL", v.Label ?? "");
item.Add ("FSFORMAT", v.VolumeFormat);
item.Add ("FSCAPTION", v.Caption);
jout.Add (item);
}
}
return jout;
}