void Start()
{
if (isServer)
{
// Instancia o mapa geral que é sincronizado entre todos os players
List <BlockContent> tmpMapContent = new List <BlockContent>();
for (int i = 0; i < mapRows * mapCols; i++)
{
tmpMapContent.Add(new BlockContent(null, VoxelData.VoxelType.Block, (int)BlockData.BlockEnum.Ground));
}
mapContent.AddRange(tmpMapContent);
}
}
private void Update()
{
if (!isServer)
{
return;
}
if (IsTargetUpdateNeeded())
{
UpdateTargets();
}
syncedTargetPositions.Clear();
syncedTargetPositions.AddRange(targets.Select(x => x.transform.position));
}
public static void Generate(string computerName, SyncList <DprNetworkInfo> result)
{
Helpers.AssertNotNull(result, @"result SyncList cannot be null");
Helpers.AssertString(computerName, @"Computer name cannot be empty");
var networkInfoList = new List <DprNetworkInfo>( );
try {
WmiHelpers.ForEach(computerName, @"SELECT * FROM Win32_NetworkAdapterConfiguration", obj => {
var ci = new DprNetworkInfo(computerName);
ci.DefaultIpGateway = WmiHelpers.GetStringArray(obj, @"DefaultIPGateway");
ci.Description = WmiHelpers.GetString(obj, @"Description");
ci.DhcpEnabled = WmiHelpers.GetBoolean(obj, @"DHCPEnabled");
ci.DhcpLeaseExpires = WmiHelpers.GetNullableDate(obj, @"DHCPLeaseExpires", true);
ci.DhcpLeaseObtained = WmiHelpers.GetNullableDate(obj, @"DHCPLeaseObtained", true);
ci.DhcpServer = WmiHelpers.GetString(obj, @"DHCPServer");
ci.DnsDomain = WmiHelpers.GetString(obj, @"DNSDomain");
ci.DnsDomainSuffixSearchOrder = WmiHelpers.GetStringArray(obj, @"DNSDomainSuffixSearchOrder");
ci.DnsEnabledForWinsResolution = WmiHelpers.GetNullableBoolean(obj, @"DNSEnabledForWINSResolution");
ci.DnsHostName = WmiHelpers.GetString(obj, @"DNSHostName");
ci.DnsServerSearchOrder = WmiHelpers.GetStringArray(obj, @"DNSServerSearchOrder");
ci.DomainDnsRegistrationEnabled = WmiHelpers.GetNullableBoolean(obj, @"DomainDNSRegistrationEnabled");
ci.FullDnsRegistrationEnabled = WmiHelpers.GetNullableBoolean(obj, @"FullDNSRegistrationEnabled");
ci.Index = WmiHelpers.GetUInt(obj, @"Index");
ci.InterfaceIndex = WmiHelpers.GetUInt(obj, @"InterfaceIndex");
ci.IpAddress = WmiHelpers.GetStringArray(obj, @"IPAddress");
ci.IpConnectionMetric = WmiHelpers.GetNullableUInt(obj, @"IPConnectionMetric");
ci.IpEnabled = WmiHelpers.GetNullableBoolean(obj, @"IPEnabled");
ci.MacAddress = WmiHelpers.GetString(obj, @"MACAddress");
ci.SettingId = WmiHelpers.GetString(obj, @"SettingID");
ci.WinsEnableLmHostsLookup = WmiHelpers.GetNullableBoolean(obj, @"WINSEnableLMHostsLookup");
ci.WinsHostLookupFile = WmiHelpers.GetString(obj, @"WINSHostLookupFile");
ci.WinsPrimaryServer = WmiHelpers.GetString(obj, @"WINSPrimaryServer");
ci.WinsSecondaryServer = WmiHelpers.GetString(obj, @"WINSSecondaryServer");
ci.WinsScopeId = WmiHelpers.GetString(obj, @"WINSScopeID");
networkInfoList.Add(ci);
return(true);
}, true, false);
} catch (UnauthorizedAccessException) {
result.Add(new DprNetworkInfo(computerName, ConnectionStatuses.AuthorizationError));
return;
} catch (Exception) {
result.Add(new DprNetworkInfo(computerName, ConnectionStatuses.Error));
return;
}
result.AddRange(networkInfoList);
ValidateUniqueness(result);
}
public void TestAddRange()
{
serverSyncList.AddRange(new[] { "One", "Two", "Three" });
SerializeDeltaTo(serverSyncList, clientSyncList);
Assert.That(clientSyncList, Is.EqualTo(new[] { "Hello", "World", "!", "One", "Two", "Three" }));
}
public void UpdatePlayers()
{
PlayerDatas.Clear();
PlayerDatas.AddRange(TDGameNetworkManager.Instance.connectedPlayers.Values.ToArray());
}
private static void GetLocallyLoggedOnUsers( string computerName, SyncList.SyncList<DprCurrentUsers> result ) {
var usersList = new List<DprCurrentUsers>( );
using( var regHku = RegistryKey.OpenRemoteBaseKey( RegistryHive.Users, string.Empty ) ) {
foreach( var currentSid in regHku.GetSubKeyNames( ).Where( IsSid ) ) {
var cu = new DprCurrentUsers( computerName ) { Sid = currentSid };
try {
if( Win32.WellKnownSids.ContainsKey( currentSid ) ) {
cu.Domain = computerName; // Local account
cu.UserName = Win32.WellKnownSids[currentSid];
} else {
GetUserAccountFromSid( ref cu );
}
cu.ProfileFolder = RegistryHelpers.GetString( computerName, RegistryHive.LocalMachine, string.Format( @"SOFTWARE\Microsoft\Windows NT\CurrentVersion\ProfileList\{0}", currentSid ), @"ProfileImagePath" );
cu.LastLogon = GetUsersLogonTimestamp( cu );
} catch( Exception ex ) {
GlobalLogging.WriteLine( Logging.LogSeverity.Error, @"Exception - {0} - {1}", ex.TargetSite, ex.Message );
cu = new DprCurrentUsers( computerName, ConnectionStatuses.Error ) { Sid = currentSid };
}
cu.LogonType = LogonTypes.Local;
usersList.Add( cu );
}
}
result.AddRange( usersList );
}
private static Win32.Error GetNetworkUsers( string computerName, ref SyncList.SyncList<DprCurrentUsers> result ) {
Win32.Error res;
var er = 0;
var tr = 0;
var resume = 0;
var buffer = IntPtr.Zero;
var usersList = new List<DprCurrentUsers>( );
do {
try {
res = (Win32.Error)Win32.NetSessionEnum( computerName, null, null, 502, out buffer, -1, ref er, ref tr, ref resume );
if( res == Win32.Error.ErrorMoreData || res == Win32.Error.Success ) {
var bufferPtrInt = buffer.ToInt32( );
for( var i = 0; i < er; i++ ) {
var sessionInfo = (Win32.SessionInfo502)Marshal.PtrToStructure( new IntPtr( bufferPtrInt ), typeof( Win32.SessionInfo502 ) );
var cu = new DprCurrentUsers( computerName ) {
UserName = sessionInfo.userName, LastLogon = DateTime.Now.AddSeconds( -sessionInfo.logonDuration ), LogonType = LogonTypes.Share
};
usersList.Add( cu );
bufferPtrInt += Marshal.SizeOf( typeof( Win32.SessionInfo502 ) );
}
} else {
switch( res ) {
case Win32.Error.ErrorAccessDenied:
GlobalLogging.WriteLine( Logging.LogSeverity.Error, @"GetNetworkUsers: Access Denied: {0}", computerName );
break;
case Win32.Error.ErrorNotEnoughMemory:
GlobalLogging.WriteLine( Logging.LogSeverity.Error, @"GetNetworkUsers: Not Enough Memory: {0}", computerName );
break;
case Win32.Error.ErrorBadNetpath:
GlobalLogging.WriteLine( Logging.LogSeverity.Error, @"GetNetworkUsers: Bad Network Path: {0}", computerName );
break;
case Win32.Error.ErrorNetworkBusy:
GlobalLogging.WriteLine( Logging.LogSeverity.Error, @"GetNetworkUsers: Network Busy: {0}", computerName );
break;
case Win32.Error.ErrorInvalidParameter:
GlobalLogging.WriteLine( Logging.LogSeverity.Error, @"GetNetworkUsers: Invalid Parameter: {0}", computerName );
break;
case Win32.Error.ErrorInsufficientBuffer:
GlobalLogging.WriteLine( Logging.LogSeverity.Error, @"GetNetworkUsers: Insufficient Buff: {0}", computerName );
break;
case Win32.Error.ErrorInvalidLevel:
GlobalLogging.WriteLine( Logging.LogSeverity.Error, @"GetNetworkUsers: Invalid Level: {0}", computerName );
break;
case Win32.Error.ErrorExtendedError:
GlobalLogging.WriteLine( Logging.LogSeverity.Error, @"GetNetworkUsers: Exended Error: {0}", computerName );
break;
case Win32.Error.ErrorNoNetwork:
GlobalLogging.WriteLine( Logging.LogSeverity.Error, @"GetNetworkUsers: No Network: {0}", computerName );
break;
case Win32.Error.ErrorInvalidHandleState:
GlobalLogging.WriteLine( Logging.LogSeverity.Error, @"GetNetworkUsers: Invalid Handle State: {0}", computerName );
break;
case Win32.Error.NerrBase:
GlobalLogging.WriteLine( Logging.LogSeverity.Error, @"GetNetworkUsers: NERR_BASE: {0}", computerName );
break;
case Win32.Error.NerrUnknownDevDir:
GlobalLogging.WriteLine( Logging.LogSeverity.Error, @"GetNetworkUsers: Unknown Device Directory: {0}", computerName );
break;
case Win32.Error.NerrDuplicateShare:
GlobalLogging.WriteLine( Logging.LogSeverity.Error, @"GetNetworkUsers: Duplicate Share: {0}", computerName );
break;
case Win32.Error.NerrBufTooSmall:
GlobalLogging.WriteLine( Logging.LogSeverity.Error, @"GetNetworkUsers: Buffer too small: {0}", computerName );
break;
case Win32.Error.ErrorNoBrowserServersFound:
GlobalLogging.WriteLine( Logging.LogSeverity.Error, @"GetNetworkUsers: No Browser Servers Found: {0}", computerName );
break;
}
return res;
}
} finally {
if( IntPtr.Zero != buffer ) {
Win32.NetApiBufferFree( buffer );
}
}
} while( res == Win32.Error.ErrorMoreData );
result.AddRange( usersList );
return Win32.Error.Success;
}
public static void Generate( string computerName, SyncList<DprNetworkInfo> result ) {
Helpers.AssertNotNull( result, @"result SyncList cannot be null" );
Helpers.AssertString( computerName, @"Computer name cannot be empty" );
var networkInfoList = new List<DprNetworkInfo>( );
try {
WmiHelpers.ForEach( computerName, @"SELECT * FROM Win32_NetworkAdapterConfiguration", obj => {
var ci = new DprNetworkInfo( computerName );
ci.DefaultIpGateway = WmiHelpers.GetStringArray( obj, @"DefaultIPGateway" );
ci.Description = WmiHelpers.GetString( obj, @"Description" );
ci.DhcpEnabled = WmiHelpers.GetBoolean( obj, @"DHCPEnabled" );
ci.DhcpLeaseExpires = WmiHelpers.GetNullableDate( obj, @"DHCPLeaseExpires", true );
ci.DhcpLeaseObtained = WmiHelpers.GetNullableDate( obj, @"DHCPLeaseObtained", true );
ci.DhcpServer = WmiHelpers.GetString( obj, @"DHCPServer" );
ci.DnsDomain = WmiHelpers.GetString( obj, @"DNSDomain" );
ci.DnsDomainSuffixSearchOrder = WmiHelpers.GetStringArray( obj, @"DNSDomainSuffixSearchOrder" );
ci.DnsEnabledForWinsResolution = WmiHelpers.GetNullableBoolean( obj, @"DNSEnabledForWINSResolution" );
ci.DnsHostName = WmiHelpers.GetString( obj, @"DNSHostName" );
ci.DnsServerSearchOrder = WmiHelpers.GetStringArray( obj, @"DNSServerSearchOrder" );
ci.DomainDnsRegistrationEnabled = WmiHelpers.GetNullableBoolean( obj, @"DomainDNSRegistrationEnabled" );
ci.FullDnsRegistrationEnabled = WmiHelpers.GetNullableBoolean( obj, @"FullDNSRegistrationEnabled" );
ci.Index = WmiHelpers.GetUInt( obj, @"Index" );
ci.InterfaceIndex = WmiHelpers.GetUInt( obj, @"InterfaceIndex" );
ci.IpAddress = WmiHelpers.GetStringArray( obj, @"IPAddress" );
ci.IpConnectionMetric = WmiHelpers.GetNullableUInt( obj, @"IPConnectionMetric" );
ci.IpEnabled = WmiHelpers.GetNullableBoolean( obj, @"IPEnabled" );
ci.MacAddress = WmiHelpers.GetString( obj, @"MACAddress" );
ci.SettingId = WmiHelpers.GetString( obj, @"SettingID" );
ci.WinsEnableLmHostsLookup = WmiHelpers.GetNullableBoolean( obj, @"WINSEnableLMHostsLookup" );
ci.WinsHostLookupFile = WmiHelpers.GetString( obj, @"WINSHostLookupFile" );
ci.WinsPrimaryServer = WmiHelpers.GetString( obj, @"WINSPrimaryServer" );
ci.WinsSecondaryServer = WmiHelpers.GetString( obj, @"WINSSecondaryServer" );
ci.WinsScopeId = WmiHelpers.GetString( obj, @"WINSScopeID" );
networkInfoList.Add( ci );
return true;
}, true, false );
} catch( UnauthorizedAccessException ) {
result.Add( new DprNetworkInfo( computerName, ConnectionStatuses.AuthorizationError ) );
return;
} catch( Exception ) {
result.Add( new DprNetworkInfo( computerName, ConnectionStatuses.Error ) );
return;
}
result.AddRange( networkInfoList );
ValidateUniqueness( result );
}
// public bool ShouldHide { get { return IsHidden( ); } }
//
// private bool IsHidden( bool shown = false ) {
// return !shown && SystemComponent;
// }
public static void Generate(string computerName, SyncList <DprComputerSoftware> result)
{
Debug.Assert(null != result, @"result SyncList cannot be null");
Helpers.AssertString(computerName, @"Computer name cannot be empty");
var softwareList = new List <DprComputerSoftware>();
try {
string[] regPaths =
{
@"SOFTWARE\Wow6432node\Microsoft\Windows\CurrentVersion\Uninstall", @"SOFTWARE\Microsoft\Windows\CurrentVersion\Uninstall"
};
foreach (var currentPath in regPaths)
{
using (var regKey = RegistryKey.OpenRemoteBaseKey(RegistryHive.LocalMachine, computerName).OpenSubKey(currentPath, false)) {
if (null == regKey)
{
continue;
}
foreach (var currentGuid in regKey.GetSubKeyNames( ).Where(currentValue => currentValue.StartsWith(@"{")).Where(currentGuid => !HasGuid(softwareList, currentGuid)))
{
using (var curReg = regKey.OpenSubKey(currentGuid, false)) {
if (null == curReg || !string.IsNullOrEmpty(RegistryHelpers.GetString(curReg, @"ParentKeyName")))
{
continue;
}
var currentProduct = new DprComputerSoftware(computerName)
{
Guid = currentGuid,
Name = RegistryHelpers.GetString(curReg, @"DisplayName"),
Publisher = RegistryHelpers.GetString(curReg, @"Publisher"),
Version = RegistryHelpers.GetString(curReg, @"DisplayVersion"),
InstallDate = RegistryHelpers.GetDateTime(curReg, @"InstallDate"),
CanRemove = 0 == RegistryHelpers.GetDword(curReg, @"NoRemove", 0),
//SystemComponent = 1 == RegistryHelpers.GetDword( curReg, @"SystemComponent", 0 )
};
{
var estSize = RegistryHelpers.GetDword(curReg, @"EstimatedSize");
if (null != estSize)
{
currentProduct.Size = (float)Math.Round((float)estSize / 1024.0, 2, MidpointRounding.AwayFromZero);
}
}
currentProduct.HelpLink = RegistryHelpers.GetString(curReg, @"HelpLink");
currentProduct.UrlInfoAbout = RegistryHelpers.GetString(curReg, @"UrlInfoAbout");
if (currentProduct.Valid( ))
{
softwareList.Add(currentProduct);
}
}
}
}
}
} catch (System.IO.IOException) {
result.Add(new DprComputerSoftware(computerName, ConnectionStatuses.ConnectionError));
softwareList.Clear( );
} catch (UnauthorizedAccessException) {
result.Add(new DprComputerSoftware(computerName, ConnectionStatuses.AuthorizationError));
softwareList.Clear( );
} catch (System.Security.SecurityException) {
result.Add(new DprComputerSoftware(computerName, ConnectionStatuses.AuthorizationError));
softwareList.Clear( );
}
result.AddRange(softwareList);
ValidateUniqueness(result);
}
// public bool ShouldHide { get { return IsHidden( ); } }
//
// private bool IsHidden( bool shown = false ) {
// return !shown && SystemComponent;
// }
public static void Generate( string computerName, SyncList<DprComputerSoftware> result ) {
Debug.Assert( null != result, @"result SyncList cannot be null" );
Helpers.AssertString( computerName, @"Computer name cannot be empty" );
var softwareList = new List<DprComputerSoftware>();
try {
string[] regPaths = {
@"SOFTWARE\Wow6432node\Microsoft\Windows\CurrentVersion\Uninstall", @"SOFTWARE\Microsoft\Windows\CurrentVersion\Uninstall"
};
foreach( var currentPath in regPaths ) {
using( var regKey = RegistryKey.OpenRemoteBaseKey( RegistryHive.LocalMachine, computerName ).OpenSubKey( currentPath, false ) ) {
if( null == regKey ) {
continue;
}
foreach( var currentGuid in regKey.GetSubKeyNames( ).Where( currentValue => currentValue.StartsWith( @"{" ) ).Where( currentGuid => !HasGuid( softwareList, currentGuid ) ) ) {
using( var curReg = regKey.OpenSubKey( currentGuid, false ) ) {
if( null == curReg || !string.IsNullOrEmpty( RegistryHelpers.GetString( curReg, @"ParentKeyName" ) ) ) {
continue;
}
var currentProduct = new DprComputerSoftware( computerName ) {
Guid = currentGuid,
Name = RegistryHelpers.GetString( curReg, @"DisplayName" ),
Publisher = RegistryHelpers.GetString( curReg, @"Publisher" ),
Version = RegistryHelpers.GetString( curReg, @"DisplayVersion" ),
InstallDate = RegistryHelpers.GetDateTime( curReg, @"InstallDate" ),
CanRemove = 0 == RegistryHelpers.GetDword( curReg, @"NoRemove", 0 ),
//SystemComponent = 1 == RegistryHelpers.GetDword( curReg, @"SystemComponent", 0 )
};
{
var estSize = RegistryHelpers.GetDword( curReg, @"EstimatedSize" );
if( null != estSize ) {
currentProduct.Size = (float)Math.Round( (float)estSize / 1024.0, 2, MidpointRounding.AwayFromZero );
}
}
currentProduct.HelpLink = RegistryHelpers.GetString( curReg, @"HelpLink" );
currentProduct.UrlInfoAbout = RegistryHelpers.GetString( curReg, @"UrlInfoAbout" );
if( currentProduct.Valid( ) ) {
softwareList.Add( currentProduct );
}
}
}
}
}
} catch( System.IO.IOException ) {
result.Add( new DprComputerSoftware( computerName, ConnectionStatuses.ConnectionError ) );
softwareList.Clear( );
} catch( UnauthorizedAccessException ) {
result.Add( new DprComputerSoftware( computerName, ConnectionStatuses.AuthorizationError ) );
softwareList.Clear( );
} catch( System.Security.SecurityException ) {
result.Add( new DprComputerSoftware( computerName, ConnectionStatuses.AuthorizationError ) );
softwareList.Clear( );
}
result.AddRange( softwareList );
ValidateUniqueness( result );
}