public void Enable(MD mn, bool state) { tsMD[(int)mn].Enabled = state; if (mn == MD.MBR) { browserWidgetContextMenuStrip.Enabled = state; } }
protected void OnMBDropDownOpening(object sender, MD mn) { if (MBDropDownOpening != null) { MBDropDownOpening(sender, new MBDropDownOpeningEventArgs(mn)); } }
public static void Set() { MD datas = Save.GetData(); tread = datas.tread; TimeStone = datas.TimeStone; HomeInventory = datas.HomeInventory; HomeInventoryC = datas.HomeInventoryC; BackpackInventory = datas.BackpackInventory; BackpackInventoryC = datas.BackpackInventoryC; Armors = datas.Armors; Supply = datas.Supply; Levels = datas.Levels; Health = datas.Health; Hunger = datas.Hunger; Armor = datas.Armor; Xp = datas.Xp; SkillsA = datas.SkillsA; unlearneditems = datas.unlearneditems; Progress = datas.Progress; crafttime = datas.crafttime; ext = datas.ext; neededitemcount = datas.neededitemcount; itemindex = datas.itemindex; item = datas.item; exindex = datas.exindex; risk = datas.risk; attackchance = datas.attackchance; loot = datas.loot; aim = datas.aim; SP = datas.SP; }
public void copy(ObservableModelData ObModelData) { base.Clear(); foreach (ModelData MD in ObModelData) { base.Add((ModelData)MD.DeepCopy()); } this.Change = ObModelData.Change; }
public static void FinallyHandler(IAsyncResult iar) { Console.WriteLine("Thread ID = " + Thread.CurrentThread.ManagedThreadId); AsyncResult ar = iar as AsyncResult; MD d = ar.AsyncDelegate as MD; int result = d.EndInvoke(iar); Console.WriteLine("Res is {0}", result); Console.WriteLine(((DateTime)ar.AsyncState).ToLongTimeString()); // datetime }
//-------------------------------------------------------- protected override void OnMouseUp(MouseEventArgs e) { if (m_mouseDownMode == MD.NONE) { return; } bool b = false; int v = 0; switch (m_mouseDownMode) { case MD.LEFT_BTN: v = 0; break; case MD.RIGHT_BTN: v = m_Maximum; break; case MD.PLEFT_BTN: v = m_Value - 100; if (v < 0) { v = 0; } break; case MD.PRIGHT_BTN: v = m_Value + 100; if (v > m_Maximum) { v = m_Maximum; } break; case MD.CURSOR: v = m_Value; break; } m_mouseDownMode = MD.NONE; m_DownValue = 0; m_DownvaluePos = 0; b = (m_Value != v); m_Value = v; this.Invalidate(); if (b) { OnChangeValueEvent(new EventArgs()); } //base.OnMouseUp(e); }
static void Main(string[] args) { var a1 = new CA1(); var a11 = new CA11(); var a2 = new CA2(); var b1 = new CB1(); var b2 = new CB2(); MD.Foo(a1, b1); MD.Foo(a2, b1); MD.Foo(a1, b2); MD.Foo(a2, b2); MD.Foo(a11, b1); MD.Foo(a11, b2); }
private void BUTcalc_Click(object sender, EventArgs e) { double N1, N2, MD; try { //Declara N1, N2 e MD //Parse = passa number para uma string porque o //TXT tem como propriedade receber um texto || string //Se N1 ou N2 for menor que 0 ou maior que 10, escreve... N1 = double.Parse(TXTnota1.Text); N2 = double.Parse(TXTnota2.Text); if (N1 < 0 || N1 > 10 || N2 < 0 || N2 > 10) { MessageBox.Show("Notas Inválidas \n Redigite!"); BUTlimp.PerformClick(); } else { //Média da Notas é Nota 1 + Nota 2, dividido por 2 //Média é apresentada como flutuante MD = (N1 + N2) / 2; MD = Math.Round(MD, 1); LBLmedia.Text = MD.ToString("#0.0"); //Caso a nota média for maior que 5 if (MD >= 5) { //Pinta o Label do Resultado para a cor Azul LBLresult.ForeColor = Color.Blue; //Escreve no Label do Resultado que o aluno foi aprovado LBLresult.Text = "Aprovado"; } //Se não else { //Pinta o Label do Resultado para a cor Vermelho LBLresult.ForeColor = Color.Red; //Escreve no Label do Resultado que o aluno foi reprovado LBLresult.Text = "Reprovado"; } } } //Mensagem de erro catch { MessageBox.Show(" Digite apenas números! "); BUTlimp.PerformClick(); } }
public DateTime getHistoryFor(string asset, MD.CloudConnect.ITracking data) { DeviceModel device = RepositoryFactory.Instance.DeviceDb.GetDevice(asset); if (device != null) { foreach (KeyValuePair<string, Field> item in ((TrackingData)data).fields) { if (device.LastFields != null && device.LastFields.ContainsKey(item.Key)) ((TrackingData)data).fields[item.Key].b64_value = device.LastFields[item.Key].B64Value; } ((TrackingData)data).location = new double[] { device.LastLongitude, device.LastLatitude }; return device.LastReport; } else return DateTime.MinValue; }
private async Task UpdateSyncTokenAsync() { string sig = MD.Encrypt(this.userId + AppToken); var response = await this.service.GetToken(this.userId, sig); if (response.HasError) { this.OnSynchronizationFailed(response.Error); } else { this.tokenTimestamp = DateTime.Now.Ticks; this.token = response.Data; this.key = MD.Encrypt(MD.Encrypt(this.CryptoService.Decrypt(this.password)) + AppToken + this.token); } }
static void Main(string[] args) { Console.WriteLine("Thread ID = " + Thread.CurrentThread.ManagedThreadId); MD md = Class.MyMethod; IAsyncResult iar = md.BeginInvoke(15, Class.FinallyHandler, DateTime.Now); int m = 30; while (m > 0) { Console.WriteLine("Num from Main {0}", m); Console.ResetColor(); Thread.Sleep(700); m--; } Console.WriteLine("Finish Main"); }
private async Task <string> GetUserId() { if (string.IsNullOrEmpty(this.email)) { this.OnSynchronizationFailed(ToodleDoResources.ToodleDo_EmptyUsername); return(null); } if (this.password == null || this.password.Length == 0) { this.OnSynchronizationFailed(ToodleDoResources.ToodleDo_EmptyPassword); return(null); } string decryptedPassword = this.CryptoService.Decrypt(this.password); if (string.IsNullOrEmpty(decryptedPassword)) { // password exist but cannot be decrypted (because device changed for example) // remove this password and signal is it empty this.Workbook.Settings.SetValue <byte[]>(ToodleDoSettings.ToodleDoPassword, null); this.OnSynchronizationFailed(ToodleDoResources.ToodleDo_EmptyPassword); return(null); } if (string.IsNullOrEmpty(this.userId)) { string sig = MD.Encrypt(this.email + AppToken); var response = await this.service.GetUserId(sig, this.email, this.CryptoService.Decrypt(this.password)); if (response.HasError) { this.OnSynchronizationFailed(response.Error); } else { return(response.Data); } } return(this.userId); }
static void testCustomInput(string input) { Console.WriteLine("Testing FNV1-Hash with string \"" + input + "\""); Console.WriteLine(FNV.fnv1_32Hash(stringToByteArray(input))); Console.WriteLine("Testing FNV1A-Hash with string \"" + input + "\""); Console.WriteLine(FNV.fnv1A_32Hash(stringToByteArray(input))); Console.WriteLine("Testing FNV0-Hash with string \"" + input + "\""); Console.WriteLine(FNV.fnv0_32Hash(stringToByteArray(input)) + '\n'); Console.WriteLine("Testing CRC-Hash with string \"" + input + "\""); Console.WriteLine(CRC.crc_32Hash(stringToByteArray(input))); Console.WriteLine("Testing CRC-B-Hash with string \"" + input + "\""); Console.WriteLine(CRC.crcB_32Hash(stringToByteArray(input)) + '\n'); Console.WriteLine("Testing Adler-Hash with string \"" + input + "\""); Console.WriteLine(Adler.adler_32Hash(stringToByteArray(input)) + '\n'); Console.WriteLine("Testing MD2-Hash with string \"" + input + "\""); Console.WriteLine(MD.md2_128Hash(stringToByteArray(input))); Console.WriteLine("Testing MD4-Hash with string \"" + input + "\""); Console.WriteLine(MD.md4_128Hash(stringToByteArray(input))); Console.WriteLine("Testing MD5-Hash with string \"" + input + "\""); Console.WriteLine(MD.md5_128Hash(stringToByteArray(input))); Console.WriteLine("Testing SHA0-Hash with string \"" + input + "\""); Console.WriteLine(SHA.sha0_160Hash(stringToByteArray(input)) + '\n'); Console.WriteLine("Testing SHA1-Hash with string \"" + input + "\""); Console.WriteLine(SHA.sha1_160Hash(stringToByteArray(input)) + '\n'); Console.WriteLine("Testing SHA2-Hash with string \"" + input + "\""); Console.WriteLine(SHA.sha2_224Hash(stringToByteArray(input))); }
public RxMeta(MD md) { this.md = md; }
public RxMeta(MD md) { this.md = md; }
public UMetaAttribute(MD key, float value) : this(UMeta.GetKey(key), value.ToString()) { }
public MBDropDownOpeningEventArgs(MD mn) { this.mn = mn; }
//-------------------------------------------------------- protected override void OnMouseDown(MouseEventArgs e) { int x = e.X; if ((x < 0) || (x >= this.Width)) { return; } int v = 0; bool b = false; if (x < LB.Width) { m_mouseDownMode = MD.LEFT_BTN; } else if (x < LB.Width + LA.Width) { m_mouseDownMode = MD.PLEFT_BTN; } else if (x < m_ValuePos) { v = (x - ARW.Height / 2 - m_ValueLeft) * m_Maximum / m_ValueArea; if (v < 0) { v = 0; } b = (m_Value != v); m_Value = v; } else if (x < m_ValuePos + ARW.Width) { m_mouseDownMode = MD.CURSOR; m_DownValue = m_Value; m_DownvaluePos = x; } else if (x < m_AreaRight + ARW.Width / 2) { v = (x - ARW.Height / 2 - m_ValueLeft) * m_Maximum / m_ValueArea; if (v > m_Maximum) { v = m_Maximum; } b = (m_Value != v); m_Value = v; } else if (x < m_AreaRight + ARW.Width / 2 + RA.Width) { m_mouseDownMode = MD.PRIGHT_BTN; } else { m_mouseDownMode = MD.RIGHT_BTN; } //base.OnMouseDown(e); this.Invalidate(); if (b) { OnChangeValueEvent(new EventArgs()); } }
public void TestMD4() { Assert.Equal("7865F2C781395A074AC6161AE18059A3", MD.md4_128Hash(stringToByteArray("HelloKitty"))); }
public void Enable(MD mn, bool state) { tsMD[(int)mn].Enabled = state; }
public void Enable(MD mn, bool state) { tsMD[(int)mn].Enabled = state; }
//-------------------------------------------------------- protected override void OnMouseDown(MouseEventArgs e) { int y = e.Y; if ((y < 0) || (y >= this.Height) || (m_Maximum <= 0)) { return; } int v = 0; bool b = false; if (y < TB.Height) { m_mouseDownMode = MD.TOP_BTN; } else if (y < TB.Height + TA.Height) { m_mouseDownMode = MD.PUP_BTN; } else if (y < m_ValuePos) { v = (y - ARW.Height / 2 - m_ValueTop) * m_Maximum / m_ValueArea; if (v < 0) { v = 0; } b = (m_Value != v); m_Value = v; } else if (y < m_ValuePos + ARW.Height) { m_mouseDownMode = MD.CURSOR; m_DownValue = m_Value; m_DownvaluePos = y; } else if (y < m_AreaBottom + ARW.Height / 2) { v = (y - ARW.Height / 2 - m_ValueTop) * m_Maximum / m_ValueArea; if (v > m_Maximum) { v = m_Maximum; } b = (m_Value != v); m_Value = v; } else if (y < m_AreaBottom + ARW.Height / 2 + BA.Height) { m_mouseDownMode = MD.PDOWN_BTN; } else { m_mouseDownMode = MD.END_BTN; } //base.OnMouseDown(e); this.Invalidate(); if (b) { OnChangeValueEvent(new EventArgs()); } }
public void TestMD5() { Assert.Equal("C2DF5F7D3132A7920E6B245AB1E58625", MD.md5_128Hash(stringToByteArray("HelloKitty"))); }
////////////////////////////////////////////////////// // MD ////////////////////////////////////////////////////// public UMetaAttribute(MD key, string value) : this(UMeta.GetKey(key), value) { }
public UMetaAttribute(MD key, UClass value) : this(UMeta.GetKey(key), value == null ? string.Empty : value.GetPathName()) { }
public List <clsEstudio> getEstudiosPendientes() { List <clsEstudio> _lstEst = new List <clsEstudio>(); try { using (NapAUXDA = new NAPOLEONAUXEntities()) { if (NapAUXDA.tbl_DET_EstudioAUX.Any(x => !(bool)x.bitSync)) { var query = (from item in NapAUXDA.tbl_DET_EstudioAUX join mst in NapAUXDA.tbl_MST_EstudioAUX on item.intEstudioID equals mst.intEstudioID into MD from MD1 in MD.DefaultIfEmpty() where !(bool)item.bitSync select new { intDetEstudioID = item.intDetEstudioID, intEstudioID = item.intEstatusID, intEstatusID = item.intEstatusID, vchNameFile = item.vchNameFile, intSizeFile = item.intSizeFile, vchPathFile = item.vchPathFile, vchStudyInstanceUID = item.vchStudyInstanceUID, datFecha = item.datFecha, id_Sitio = MD1.id_Sitio, intModalidad = MD1.intModalidadID, vchAccessionNumber = MD1.vchAccessionNumber, vchPatientBirthDate = MD1.vchPatientBirthDate, PatientID = MD1.PatientID, PatientName = MD1.PatientName, vchgenero = MD1.vchgenero, vchEdad = MD1.vchEdad }).ToList(); if (query != null) { if (query.Count > 0) { foreach (var item in query) { clsEstudio mdl = new clsEstudio(); mdl.intDetEstudioID = item.intDetEstudioID; mdl.intEstudioID = (int)item.intEstatusID; mdl.intEstatusID = (int)item.intEstatusID; mdl.vchNameFile = item.vchNameFile; mdl.intSizeFile = (int)item.intSizeFile; mdl.vchPathFile = item.vchPathFile; mdl.vchStudyInstanceUID = item.vchStudyInstanceUID; mdl.datFecha = (DateTime)item.datFecha; mdl.id_Sitio = (int)item.id_Sitio; mdl.intModalidadID = (int)item.intModalidad; mdl.vchAccessionNumber = item.vchAccessionNumber; mdl.vchPatientBirthDate = item.vchPatientBirthDate; mdl.PatientID = item.PatientID; mdl.PatientName = item.PatientName; mdl.vchgenero = item.vchgenero; mdl.vchEdad = item.vchEdad; _lstEst.Add(mdl); } } } } } } catch (Exception egEP) { _lstEst = null; Log.EscribeLog("Existe un error en getEstudiosPendientes: " + egEP.Message); } return(_lstEst); }
public MD_ByBlock() { this.md_bloques = new MD(); }
void ProcessDecodedMessage(int msgFunction, int msgPayloadLength, byte[] msgPayload) { int numLed, etatLed, IRGauche, IRCentre, IRDroite, MG, MD; switch ((Functions)msgFunction) { case Functions.LEDS: numLed = msgPayload[0]; etatLed = msgPayload[1]; if (numLed == 1) { if (etatLed == 1) { CheckBoxLed1.IsChecked = true; } else { CheckBoxLed1.IsChecked = false; } } else if (numLed == 2) { if (etatLed == 1) { CheckBoxLed2.IsChecked = true; } else { CheckBoxLed2.IsChecked = false; } } else if (numLed == 3) { if (etatLed == 1) { CheckBoxLed3.IsChecked = true; } else { CheckBoxLed3.IsChecked = false; } } break; case Functions.telemetres: IRDroite = msgPayload[0]; IRCentre = msgPayload[1]; IRGauche = msgPayload[2]; TextBoxTelemetres.Text = "IR Gauche:" + IRGauche.ToString() + "cm\n\r" + "IR Centre:" + IRCentre.ToString() + "cm\n\r" + "IR Droite:" + IRDroite.ToString() + "cm"; break; case Functions.moteurs: MG = msgPayload[0]; MD = msgPayload[1]; TextBoxMoteurs.Text = "Vitesse Gauche:" + MG.ToString() + "%\n\r" + "Vitesse Droite:" + MD.ToString() + "%\n\r"; break; case Functions.message: TextBoxReception.Text += Encoding.UTF8.GetString(msgPayload, 0, msgPayload.Length) + "\n"; break; case Functions.RobotState: int instant = (((int)msgPayload[1]) << 24) + (((int)msgPayload[2]) << 16) + (((int)msgPayload[3]) << 8) + (((int)msgPayload[4])); RtbReception.Text = ((StateRobot)(msgPayload[0])).ToString() + "\n\rTemps: " + instant.ToString() + " ms"; break; case Functions.Clavier: textBoxPilotage.Text = "Instruction reçue: " + ((StateRobot)msgPayload[0]).ToString(); break; } }
public static void D(this MD obj) { Console.WriteLine("MD"); }
public void TestMD2() { Assert.Equal("D35E6E718A891F00659CCD3ADD0259C0", MD.md2_128Hash(stringToByteArray("HelloKitty"))); }
public void Enable(MD mn, bool state) { tsMD[(int)mn].Enabled = state; if (mn == MD.MBR) browserWidgetContextMenuStrip.Enabled = state; }
private void DecodeTracking(MD.CloudConnect.ITracking t, AccountModel account, List<TrackingModel> saveTracks, List<DeviceModel> saveDevices) { string imei = t.Asset; DeviceModel device = RepositoryFactory.Instance.DeviceDb.GetDevice(imei); if (device == null) { device = new DeviceModel() { Imei = imei }; RepositoryFactory.Instance.DeviceDb.Save(device); device = RepositoryFactory.Instance.DeviceDb.GetDevice(imei); } device.LastReport = t.Recorded_at; if (t.IsValid) { device.LastValidLocation = t.Recorded_at; device.LastLongitude = t.Longitude; device.LastLatitude = t.Latitude; } TrackingModel track = new TrackingModel(); track.DeviceID = device.Id; track.Data = (MD.CloudConnect.Data.TrackingData)t; track.RecordedDateKey = t.Recorded_at.GenerateKey(); saveTracks.Add(track); device.UpdateField(track); if (saveDevices.Where(x => x.Imei == device.Imei).Count() == 0) saveDevices.Add(device); }
public class MBDropDownOpeningEventArgs : EventArgs { public readonly MD mn; public MBDropDownOpeningEventArgs(MD mn) { this.mn = mn; } }
public class MBDropDownOpeningEventArgs : EventArgs { public readonly MD mn; public MBDropDownOpeningEventArgs(MD mn) { this.mn = mn; }
protected void OnMBDropDownOpening(object sender, MD mn) { if (MBDropDownOpening != null) MBDropDownOpening(sender, new MBDropDownOpeningEventArgs(mn)); }
protected override void ProcessRecord() { this.SetOptions(); this.SetScope(Server); this.SetManagementPath(Identity); ManagementObject wmiRecord = this.Get(); WmiRecordClass WmiRecordClassName = (WmiRecordClass)Enum.Parse(typeof(WmiRecordClass), (String)wmiRecord.Properties["__CLASS"].Value); String NewPath = String.Empty; #region Parameter Set validation Boolean Terminate = false; switch (ParameterSetName) { case "PS0": break; case "PS1": if (WmiRecordClassName != WmiRecordClass.MicrosoftDNS_AType & WmiRecordClassName != WmiRecordClass.MicrosoftDNS_AAAAType & WmiRecordClassName != WmiRecordClass.MicrosoftDNS_WKSType) { Terminate = true; } break; case "PS2": if (WmiRecordClassName != WmiRecordClass.MicrosoftDNS_CNAMEType & WmiRecordClassName != WmiRecordClass.MicrosoftDNS_MBType & WmiRecordClassName != WmiRecordClass.MicrosoftDNS_MDType & WmiRecordClassName != WmiRecordClass.MicrosoftDNS_MFType & WmiRecordClassName != WmiRecordClass.MicrosoftDNS_NSType & WmiRecordClassName != WmiRecordClass.MicrosoftDNS_PTRType) { Terminate = true; } break; case "PS3": if (WmiRecordClassName != WmiRecordClass.MicrosoftDNS_MGType & WmiRecordClassName != WmiRecordClass.MicrosoftDNS_MRType) { Terminate = true; } break; case "PS4": if (WmiRecordClassName != WmiRecordClass.MicrosoftDNS_TXTType) { Terminate = true; } break; case "PS5": if (WmiRecordClassName != WmiRecordClass.MicrosoftDNS_HINFOType) { Terminate = true; } break; case "PS6": if (WmiRecordClassName != WmiRecordClass.MicrosoftDNS_ISDNType) { Terminate = true; } break; case "PS7": if (WmiRecordClassName != WmiRecordClass.MicrosoftDNS_MINFOType) { Terminate = true; } break; case "PS8": if (WmiRecordClassName != WmiRecordClass.MicrosoftDNS_NXTType) { Terminate = true; } break; case "PS9": if (WmiRecordClassName != WmiRecordClass.MicrosoftDNS_RPType) { Terminate = true; } break; case "PS10": if (WmiRecordClassName != WmiRecordClass.MicrosoftDNS_AFSDBType) { Terminate = true; } break; case "PS11": if (WmiRecordClassName != WmiRecordClass.MicrosoftDNS_MXType & WmiRecordClassName != WmiRecordClass.MicrosoftDNS_RTType) { Terminate = true; } break; case "PS12": if (WmiRecordClassName != WmiRecordClass.MicrosoftDNS_X25Type) { Terminate = true; } break; case "PS13": if (WmiRecordClassName != WmiRecordClass.MicrosoftDNS_SOAType) { Terminate = true; } break; case "PS14": if (WmiRecordClassName != WmiRecordClass.MicrosoftDNS_SRVType) { Terminate = true; } break; case "PS15": if (WmiRecordClassName != WmiRecordClass.MicrosoftDNS_WINSType) { Terminate = true; } break; case "PS16": if (WmiRecordClassName != WmiRecordClass.MicrosoftDNS_WINSRType) { Terminate = true; } break; } if (Terminate) { ThrowTerminatingError( new ErrorRecord( new PSInvalidOperationException("InvalidParameterSetForRecordType"), "InvalidOperation", ErrorCategory.InvalidOperation, typeof(ManagementCmdlet))); } #endregion if (ShouldProcess((String)wmiRecord.Properties["TextRepresentation"].Value)) { switch (WmiRecordClassName) { case WmiRecordClass.MicrosoftDNS_AType: A ARecord = new A(wmiRecord, Server); NewPath = ARecord.Modify(TTL, Address.ToString()); break; case WmiRecordClass.MicrosoftDNS_AAAAType: AAAA AAAARecord = new AAAA(wmiRecord, Server); NewPath = AAAARecord.Modify(TTL, Address.ToString()); break; case WmiRecordClass.MicrosoftDNS_AFSDBType: AFSDB AFSDBRecord = new AFSDB(wmiRecord, Server); NewPath = AFSDBRecord.Modify(TTL, SubType, TargetName); break; case WmiRecordClass.MicrosoftDNS_CNAMEType: CNAME CNAMERecord = new CNAME(wmiRecord, Server); NewPath = CNAMERecord.Modify(TTL, Hostname); break; case WmiRecordClass.MicrosoftDNS_HINFOType: HINFO HINFORecord = new HINFO(wmiRecord, Server); NewPath = HINFORecord.Modify(TTL, CPU, OS); break; case WmiRecordClass.MicrosoftDNS_ISDNType: ISDN ISDNRecord = new ISDN(wmiRecord, Server); NewPath = ISDNRecord.Modify(TTL, ISDNNumber, SubAddress); break; case WmiRecordClass.MicrosoftDNS_MBType: MB MBRecord = new MB(wmiRecord, Server); NewPath = MBRecord.Modify(TTL, Hostname); break; case WmiRecordClass.MicrosoftDNS_MDType: MD MDRecord = new MD(wmiRecord, Server); NewPath = MDRecord.Modify(TTL, Hostname); break; case WmiRecordClass.MicrosoftDNS_MFType: MF MFRecord = new MF(wmiRecord, Server); NewPath = MFRecord.Modify(TTL, Hostname); break; case WmiRecordClass.MicrosoftDNS_MGType: MG MGRecord = new MG(wmiRecord, Server); NewPath = MGRecord.Modify(TTL, MailboxName); break; case WmiRecordClass.MicrosoftDNS_MINFOType: MINFO MINFORecord = new MINFO(wmiRecord, Server); NewPath = MINFORecord.Modify(TTL, ResponsibleMailbox, ErrorMailbox); break; case WmiRecordClass.MicrosoftDNS_MRType: MR MRRecord = new MR(wmiRecord, Server); NewPath = MRRecord.Modify(TTL, MailboxName); break; case WmiRecordClass.MicrosoftDNS_MXType: MX MXRecord = new MX(wmiRecord, Server); NewPath = MXRecord.Modify(TTL, Preference, TargetName); break; case WmiRecordClass.MicrosoftDNS_NSType: NS NSRecord = new NS(wmiRecord, Server); NewPath = NSRecord.Modify(TTL, Hostname); break; case WmiRecordClass.MicrosoftDNS_NXTType: NXT NXTRecord = new NXT(wmiRecord, Server); NewPath = NXTRecord.Modify(TTL, NextDomainName, Types); break; case WmiRecordClass.MicrosoftDNS_PTRType: PTR PTRRecord = new PTR(wmiRecord, Server); NewPath = PTRRecord.Modify(TTL, Hostname); break; case WmiRecordClass.MicrosoftDNS_RPType: RP RPRecord = new RP(wmiRecord, Server); NewPath = RPRecord.Modify(TTL, ResponsibleMailbox, TXTDomainName); break; case WmiRecordClass.MicrosoftDNS_RTType: RT RTRecord = new RT(wmiRecord, Server); NewPath = RTRecord.Modify(TTL, Preference, TargetName); break; case WmiRecordClass.MicrosoftDNS_SOAType: SOA SOARecord = new SOA(wmiRecord, Server); NewPath = SOARecord.Modify(TTL, SerialNumber, SOAServer, ResponsibleMailbox, RefreshInterval, RetryDelay, ExpireLimit, MinimumTTL); break; case WmiRecordClass.MicrosoftDNS_SRVType: SRV SRVRecord = new SRV(wmiRecord, Server); NewPath = SRVRecord.Modify(TTL, Priority, Weight, Port, TargetName); break; case WmiRecordClass.MicrosoftDNS_TXTType: TXT TXTRecord = new TXT(wmiRecord, Server); NewPath = TXTRecord.Modify(TTL, Text); break; case WmiRecordClass.MicrosoftDNS_WINSType: WINS WINSRecord = new WINS(wmiRecord, Server); NewPath = WINSRecord.Modify(TTL, MappingFlag, LookupTimeout, CacheTimeout, String.Join(" ", WinsServers)); break; case WmiRecordClass.MicrosoftDNS_WINSRType: WINSR WINSRRecord = new WINSR(wmiRecord, Server); NewPath = WINSRRecord.Modify(TTL, MappingFlag, LookupTimeout, CacheTimeout, ResultDomain); break; case WmiRecordClass.MicrosoftDNS_WKSType: WKS WKSRecord = new WKS(wmiRecord, Server); NewPath = WKSRecord.Modify(Address, TTL, IPProtocol, String.Join(" ", Services)); break; case WmiRecordClass.MicrosoftDNS_X25Type: X25 X25Record = new X25(wmiRecord, Server); NewPath = X25Record.Modify(TTL, PSDNAddress); break; default: ThrowTerminatingError( new ErrorRecord( new PSNotSupportedException("Unsupported Record Type"), "RecordModificationNotSupported", ErrorCategory.NotImplemented, typeof(ManagementCmdlet))); break; } if (PassThru) { this.SetManagementPath(NewPath); wmiRecord = this.Get(); WriteRecord(wmiRecord); } } }
public UMetaAttribute(MD key) : this(key, true) { }