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using System.Runtime.Serialization; using System.ServiceModel; using System.Data; using Microsoft.Synchronization.Data; namespace WcfSyncService { [XmlSerializerFormat] [ServiceContract] public interface IService { [OperationContract] string GetData(int value); [OperationContract] CompositeType GetDataUsingDataContract(CompositeType composite); [OperationContract] SyncServerInfo GetServerInfo(SyncSession syncSession); [OperationContract] SyncContext ApplyChanges( SyncGroupMetadata groupMetadata, DataSet dataSet, SyncSession syncSession); [OperationContract] SyncContext GetChanges( SyncGroupMetadata groupMetadata, SyncSession syncSession); [OperationContract] SyncSchema GetSchema( string[] tableNames,

Microsoft Sync Framework (MSF)

Another important specification for a transistor is the range of frequencies over which it can be used as an amplifier All transistors have an amplification factor, or gain, that decreases as the signal frequency increases Some devices work well only up to a few megahertz; others can be used to several gigahertz Gain can be expressed in various ways In the preceding discussion, you learned a little about current gain, expressed as a ratio You will also hear about voltage gain or power gain in amplifier circuits These, too, can be expressed as ratios For example, if the voltage gain of a circuit is 15, then the output signal voltage (rms, peak, or peak-to-peak) is 15 times the input signal voltage If the power gain of a circuit is 25, then the output signal power is 25 times the input signal power Two expressions are commonly used for the gain-versus-frequency behavior of a bipolar transistor The gain bandwidth product, abbreviated fT, is the frequency at which the gain becomes equal to 1 with the emitter connected to ground If you try to make an amplifier using a transistor at a frequency higher than its fT specification, you are bound to fail The alpha cutoff frequency of a transistor is the frequency at which the gain becomes 0707 times its value when the input signal frequency is 1 kHz A transistor can have considerable gain at its alpha cutoff frequency By looking at this

assigns to it the value of the remainder from dividing mySeconds by the hours constant (mySeconds mod hours) and then converting the result to minutes (mySeconds mod hours div minutes) The new statement appears in boldface here:

SyncSession syncSession); } [DataContract] public class CompositeType { bool boolValue = true; string stringValue = "Hello "; [DataMember] public bool BoolValue { get { return boolValue; } set { boolValue = value; } } [DataMember] public string StringValue { get { return stringValue; } set { stringValue = value; } } } }

using System; using System.Data; using System.Data.SqlClient; using Microsoft.Synchronization.Data; using Microsoft.Synchronization.Data.Server; using System.Collections.ObjectModel; using System.IO; namespace WcfSyncService { public class Service : IService { static DbServerSyncProvider _serverSyncProvider; public Service(){ if (_serverSyncProvider == null) { CreateServerProvider(); } } private void CreateServerProvider() { SqlConnection conn = new SqlConnection( @"server=Thinkpad;database=AdventureWorks2008; integrated security = true"); conn.Open(); _serverSyncProvider = new DbServerSyncProvider { Connection = conn }; SqlSyncAdapterBuilder builder = new SqlSyncAdapterBuilder { Connection = conn, SyncDirection = SyncDirection.Bidirectional, TableName = "SyncTable", CreationTrackingColumn = "CreationDate", UpdateTrackingColumn = "LastEditDate", DeletionTrackingColumn = "DeletionDate", TombstoneTableName= ("SyncTable_Tombstone")};

set mySeconds to time of (current date) set myHours to mySeconds div hours set myMinutes to mySeconds mod hours div minutes display dialog "Hour:" & tab & myHours & return & Minutes:" & tab & myMinutes

specification for a particular transistor, you can get an idea of how rapidly it loses its ability to amplify as the frequency goes up Some devices die off faster than others Figure 22-8 shows the gain bandwidth product and alpha cutoff frequency for a hypothetical transistor, on a graph of gain versus frequency Note that the scales of this graph are not linear; that is, the divisions are not evenly spaced This type of graph is called a log-log graph because both scales are logarithmic rather than linear

_serverSyncProvider.SyncAdapters.Add(builder.ToSyncAdapter()); SqlCommand selectNewAnchorCmd = new SqlCommand { CommandText = ("SELECT @" + SyncSession.SyncNewReceivedAnchor + " = GETUTCDATE()")}; SqlParameter newRecAnchor = new SqlParameter { ParameterName = ("@" + SyncSession.SyncNewReceivedAnchor), DbType = DbType.DateTime, Direction = ParameterDirection.Output}; selectNewAnchorCmd.Parameters.Add(newRecAnchor); _serverSyncProvider.SelectNewAnchorCommand = selectNewAnchorCmd; } public string GetData(int value) { return string.Format("You entered: {0}", value); } public CompositeType GetDataUsingDataContract( CompositeType composite) { if (composite.BoolValue) { composite.StringValue += "Suffix"; } return composite; } public SyncServerInfo GetServerInfo(SyncSession syncSession) { try { Logger.Log("In GetServerInfo()"); return _serverSyncProvider.GetServerInfo(syncSession); } catch (Exception e) { Logger.Log(e.ToString()); throw; } } public SyncContext ApplyChanges(SyncGroupMetadata groupMetadata, DataSet dataSet, SyncSession syncSession) { try { Logger.Log("In ApplyChanges()"); return _serverSyncProvider.ApplyChanges(groupMetadata, dataSet, syncSession); } catch (Exception e) { Logger.Log(e.ToString()); throw; } } public SyncContext GetChanges(SyncGroupMetadata groupMetadata,

showing the hours and minutes stored in the variables:

Microsoft Sync Framework (MSF)

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