void onServerClipboard()
{
string newclipboard = null;
try
{
if (xsSetClipboard.Exists())
{
newclipboard = xsSetClipboard.value;
Debug.Print("get new clipboard " + newclipboard);
xsSetClipboard.Remove();
}
else
{
return;
}
}
catch
{
return;
}
if (newclipboard == null)
{
currentclipboard = totalclipboard;
setClientClipboard(totalclipboard);
totalclipboard = "";
}
else
{
totalclipboard += newclipboard;
}
}
protected override void Finish()
{
registered = false;
pvmajor.Remove();
pvminor.Remove();
pvmicro.Remove();
pvbuild.Remove();
WmiBase.Singleton.Kick();
base.Finish();
}
override protected void onFeature()
{
if (controlKey.Exists() && !state.Exists())
{
try
{
if (error.Exists())
{
error.Remove();
}
if (!domainName.Exists())
{
error.value = "domainname must be specified";
throw new Exception("domainname must be specified");
}
if (!userName.Exists())
{
error.value = "username must be specified";
throw new Exception("username must be specified");
}
if (!password.Exists())
{
error.value = "password must be specified";
throw new Exception("password must be specified");
}
if (controlKey.value.Equals("joindomain"))
{
JoinDomain();
}
else if (controlKey.value.Equals("unjoindomain"))
{
UnjoinDomain();
}
// If completed, remove the arguments, to avoid
// them hanging around in xenstore.
domainName.Remove();
userName.Remove();
password.Remove();
}
catch (Exception e)
{
if (!error.Exists())
{
error.value = e.ToString();
}
state.value = "Failed";
}
finally
{
// We always want to remove the controlKey, so that
// it can be set again
controlKey.Remove();
}
}
}
override protected void onFeature()
{
Debug.Print("Snapshot on feature");
if ((!controlKey.Exists()) ||
(controlKey.value != "create-snapshot"))
{
return;
}
Debug.Print("Manage keys");
controlKey.Remove();
actionKey.Remove();
Debug.Print("Call background thread");
startSnapshotThread(snapshotThreadHandler);
}
void addLicenseInfoToStore()
{
try
{
if (oslicense.Exists())
{
oslicense.Remove();
}
switch (Win32Impl.IsGenuineWindows())
{
case Win32Impl.SL_GENUINE_STATE.SL_GEN_STATE_INVALID_LICENSE:
oslicense.value = licenseinvalid;
break;
case Win32Impl.SL_GENUINE_STATE.SL_GEN_STATE_IS_GENUINE:
oslicense.value = licensegenuine;
break;
case Win32Impl.SL_GENUINE_STATE.SL_GEN_STATE_TAMPERED:
oslicense.value = licensetampered;
break;
default:
break;
}
}
catch { //Do nothing if IsGenuineWindows doesn't exist
};
try
{
if (osvirtualxp.Exists())
{
osvirtualxp.Remove();
}
if (Win32Impl.GetWindowsInformation("VirtualXP-licensing-Enabled") != 0)
{
osvirtualxp.value = "1";
}
else
{
osvirtualxp.value = "0";
}
}
catch (Exception e)
{
WmiBase.Singleton.DebugMsg("GetWindowsInformation failed: \n" + e.ToString());
}
}
override protected void onFeature()
{
if (controlKey.Exists() && !state.Exists())
{
try {
if (error.Exists())
{
error.Remove();
}
if (warn.Exists())
{
warn.Remove();
}
if (state.Exists())
{
error.value = "Setting name already in progress";
state.value = "Failed";
return;
}
if (controlKey.value.Equals("set"))
{
SetComputerName();
}
else
{
error.value = "Unknown action : " + controlKey.value;
state.value = "Failed";
}
}
catch (Exception e) {
if (!error.Exists())
{
error.value = e.ToString();
}
state.value = "Failed";
}
finally {
// We always want to remove the controlKey, so that
// it can be set again
controlKey.Remove();
}
}
}
protected virtual void Finish()
{
if (advert != null)
{
if (advert != null)
{
try
{
advert.Remove();
}
catch { };
}
features.Remove(this);
advert = null;
}
if (listener != null)
{
listener.Dispose();
listener = null;
}
}
protected override void onFeature()
{
if (controlKey.Exists())
{
string enable;
enable = controlKey.value;
controlKey.Remove();
int enableval;
try
{
enableval = int.Parse(enable);
}
catch
{
return;
}
this.set(enableval != 0);
datats.Remove();
}
}
void SetComputerName()
{
wmisession.Log("Set Computer Name Requested");
state.value = "InProgress";
String defaultname;
bool res;
try {
defaultname = name.value;
name.Remove();
}
catch {
try {
wmisession.Log("Setting computer name to default");
XenStoreItem name = wmisession.GetXenStoreItem("name");
defaultname = name.value;
}
catch (Exception e) {
wmisession.Log("Unable to read default name for domain from xenstore: " + e.ToString());
error.value = "Can't read default computer name";
state.value = "Failed";
return;
}
}
if (defaultname.Equals(""))
{
wmisession.Log("Can't set to empty computer name");
error.value = "Computer name empty";
state.value = "Failed";
return;
}
if (defaultname.Length > Win32Impl.MAX_COMPUTERNAME_LENGTH)
{
warn.value = "Computer name exceeds MAX_COMPUTERNAME_LENGTH. The NetBIOS name will be truncated";
}
try
{
wmisession.Log("Setting computer name to " + defaultname);
Win32Impl.SetLastError(0);
res = Win32Impl.SetComputerNameEx(Win32Impl.COMPUTER_NAME_FORMAT.ComputerNamePhysicalDnsHostname, defaultname);
if (!res)
{
wmisession.Log("Setting computer name failed " + Marshal.GetLastWin32Error().ToString());
error.value = "Setting name failed (error code " + Marshal.GetLastWin32Error().ToString() + ")";
state.value = "Failed";
return;
}
wmisession.Log("Setting computer name succceded");
}
catch (Exception e)
{
wmisession.Log("Exception setting computer name : " + e.ToString());
error.value = "Exception calling set computer name";
state.value = "Failed";
return;
}
try
{
wmisession.Log("Target hostname " + defaultname);
wmisession.Log("Current hostname" + Win32Impl.GetComputerDnsHostname());
if (defaultname.Equals(Win32Impl.GetComputerDnsHostname()))
{
wmisession.Log("No need to reboot to change computer name, already " + defaultname);
state.value = "NoChange";
return;
}
}
catch {
}
state.value = "SucceededNeedsReboot";
}
protected override void onFeature()
{
if (controlKey.Exists())
{
try
{
foreach (string vif in staticIpSetting.children)
{
mac = wmisession.GetXenStoreItem(vif + "/static-ip-setting/mac");
ipenabled = wmisession.GetXenStoreItem(vif + "/static-ip-setting/enabled");
ipv6enabled = wmisession.GetXenStoreItem(vif + "/static-ip-setting/enabled6");
errorCode = wmisession.GetXenStoreItem(vif + "/static-ip-setting/error-code");
errorMsg = wmisession.GetXenStoreItem(vif + "/static-ip-setting/error-msg");
if (ipenabled.Exists() && ipenabled.value.Length != 0)
{
if (int.Parse(ipenabled.value) == 1) // assign static ip setting
{
address = wmisession.GetXenStoreItem(vif + "/static-ip-setting/address");
gateway = wmisession.GetXenStoreItem(vif + "/static-ip-setting/gateway");
SetStaticIpv4Setting();
wmisession.Log("Static ip setting is assigned.");
}
else // remove static ip setting
{
UnsetStaticIpv4Setting();
wmisession.Log("Static ip setting is unassigned.");
}
}
if (ipenabled.Exists()) ipenabled.Remove();
if (ipv6enabled.Exists() && ipv6enabled.value.Length != 0)
{
if (int.Parse(ipv6enabled.value) == 1) // assign static ipv6 setting
{
address6 = wmisession.GetXenStoreItem(vif + "/static-ip-setting/address6");
gateway6 = wmisession.GetXenStoreItem(vif + "/static-ip-setting/gateway6");
SetStaticIpv6Setting();
wmisession.Log("Static ipv6 setting is assigned.");
}
else // remove static ipv6 setting
{
UnsetStaticIpv6Setting();
wmisession.Log("Static ipv6 setting is unassigned.");
}
}
if (ipv6enabled.Exists()) ipv6enabled.Remove();
}
}
catch { }; // Ignore failure, if node does not exist
}
}
protected override void onFeature()
{
if (controlKey.Exists())
{
try
{
foreach (string vif in staticIpSetting.children)
{
mac = wmisession.GetXenStoreItem(vif + "/static-ip-setting/mac");
ipenabled = wmisession.GetXenStoreItem(vif + "/static-ip-setting/enabled");
ipv6enabled = wmisession.GetXenStoreItem(vif + "/static-ip-setting/enabled6");
errorCode = wmisession.GetXenStoreItem(vif + "/static-ip-setting/error-code");
errorMsg = wmisession.GetXenStoreItem(vif + "/static-ip-setting/error-msg");
if (ipenabled.Exists() && ipenabled.value.Length != 0)
{
if (int.Parse(ipenabled.value) == 1) // assign static ip setting
{
address = wmisession.GetXenStoreItem(vif + "/static-ip-setting/address");
gateway = wmisession.GetXenStoreItem(vif + "/static-ip-setting/gateway");
SetStaticIpv4Setting();
wmisession.Log("Static ip setting is assigned.");
}
else // remove static ip setting
{
UnsetStaticIpv4Setting();
wmisession.Log("Static ip setting is unassigned.");
}
}
if (ipenabled.Exists())
{
ipenabled.Remove();
}
if (ipv6enabled.Exists() && ipv6enabled.value.Length != 0)
{
if (int.Parse(ipv6enabled.value) == 1) // assign static ipv6 setting
{
address6 = wmisession.GetXenStoreItem(vif + "/static-ip-setting/address6");
gateway6 = wmisession.GetXenStoreItem(vif + "/static-ip-setting/gateway6");
SetStaticIpv6Setting();
wmisession.Log("Static ipv6 setting is assigned.");
}
else // remove static ipv6 setting
{
UnsetStaticIpv6Setting();
wmisession.Log("Static ipv6 setting is unassigned.");
}
}
if (ipv6enabled.Exists())
{
ipv6enabled.Remove();
}
}
}
catch { }; // Ignore failure, if node does not exist
}
}
