70-529考试资料
MS.NET Framework 2.0 - Distributed Appl Development 科目编号 : 70-529
科目名称 : MS.NET Framework 2.0 - Distributed Appl Development 语言（s）： 英语，法语，德语，日语 考生： 开发人员
技术： 微软Visual Studio 2005 类型： 监考考试 相关：
Testinside题库价格：￥ 272.40
70-529 考试是 Microsoft 公司的 MS.NET Framework 2.0 - Distributed Appl Development 认证考试官方代号，MS.NET Framework 2.0 - Distributed Appl Development 认证作为全球IT领域专家 Microsoft 热门认证之一，是许多大中IT企业选择人才标准的必备条件。 70-529考试概述：
About this Exam
When the exam begins, you can choose the programming language in which the code segments will appear. The available code languages for this exam are: Microsoft Visual Basic 2005 Microsoft Visual C# 2005 Audience Profile
Candidates for this exam work on a team in a medium or large development environment that uses Microsoft Visual Studio .NET 2003 Enterprise Developer or Visual Studio 2005. Candidates should have at least one year of experience developing distributed applications by using the Microsoft .NET Framework. Candidates should have a working knowledge of Visual Studio 2005. Credit Toward Certification
Exam 70-529: TS: Microsoft .NET Framework 2.0 - Distributed Application Development: counts as credit toward the following certification(s):
Microsoft Certified Technology Specialist: .NET Framework 2.0 Distributed Applications 70-529考试大纲：
Creating and Accessing XML Web Services Create and configure an XML Web service method. Create a public method.
Attach the WebMethodAttribute attribute. Create a OneWay Web method.
Configure a Web service method.
Configure a Web service method by using the properties of the WebMethodAttribute attribute. Use discovery files to publish a list of Web services that are installed on a Web server. Build and deploy a Web service application.
Configuring and Customizing a Web Service Application Configure SOAP messages.
Configure the formatting of SOAP messages for a Web service method.
Specify the basic information for a Web service application.
Specify the bindings of a Web service application by using the WebServiceBindingAttribute attribute.
Configure a Web service application by using a Machine.config file. Configure a Web service application by using a Web.config file. Configure the Web services communication protocol. Select the formatting of SOAP messages. Specify the parameter formatting. Specify the parameter style.
Manage session state in Web services.
Implement session state by using the Application object. Implement session state by using cookies.
Implement session state by using the Session object. Implement SOAP headers.
Add a custom SOAP header class.
Create a public instance of the custom SOAP header class in a Web service class. Apply a SoapHeader attribute to a Web method. Access and process a SOAP header in a Web method. Set the direction of a SOAP header. Handle unknown SOAP headers. Implement SOAP extensions. Create a custom SOAP extension. Configure a SOAP extension.
Process a SOAP header in a client application.
Creating, Configuring, and Deploying Remoting Applications Create and configure a server application. Create a server application domain.
Configure a server application programmatically. Configure a server application by using configuration files. Compile and build a server application.
Create a client application to access a remote object. Create a remote object.
Configure a client application programmatically.
Configure a client application manually by using configuration files. Access the remoting service by calling a remote method. Call a remote method synchronously in a client application. Debug and deploy a remoting application.
Use performance counters to monitor a remoting application. Debug a remoting application. Host and deploy a remoting application. Create and serialize remotable types. Create a remotable type. Create generic types.
Configure a serialization formatter programmatically. Configure a binary formatter. Configure a SOAP formatter.
Implement Version Tolerant Serialization (VTS).
Manage the lifetime of remote objects.
Initialize the lifetime of a remote object. Renew the lifetime of a remote object.
Implementing Asynchronous Calls and Remoting Events Call Web methods asynchronously. Call a Web method.
Poll for the completion of a Web method. Get Web method results. Implement callback. Call a OneWay Web method.
Call remoting methods asynchronously.
Implement one-way methods by using the OneWay attribute. Call a remote method asynchronously. Implement callback.
Implement events in remoting applications. Create and fire events.
Implement event handler for the events of a remote object. Implementing Web Services Enhancements (WSE) 3.0 Enable WSE in client and server applications.
Add references to WSE assemblies in client applications.
Edit the Web service proxy class to derive from the WebServicesClientProtocol class. Add a element under the element in a configuration file. Add a element to add the section to a configuration file.
Add a digital signature to a SOAP message and verify an existing SOAP message signature. Sign a SOAP message digitally. Verify a signed SOAP message.
Encrypt and decrypt a SOAP message.
Encrypt a SOAP message.
Decrypt an encrypted SOAP message.
Implement a policy for a Web service application. Create a policy file manually.
Declare the set of policies in a policy file. Map policies to SOAP endpoints.
Configure a policy file in a configuration file.
Create and enforce a custom policy.
Create a policy file by using the WseConfigEditor3 tool. Set a policy in a client application and in a client computer. Implement filters in a Web service application. Add a filter. Remove a filter.
Shuffle the order of the filters. Enable the Trace filter.
Create custom input and output filters. Implement WSE SOAP messaging.
Select a protocol.
Implement one-way SOAP messaging. Implement bidirectional SOAP messaging.
Send the attachments from a Web service application. Receive attachments in a client application. Route SOAP messages by using a WSE router. Create a WSE router application. Configure a WSE router application. Configure a referral cache for routing. Add and verify security credentials. Add security credentials to a SOAP message. Verify security credentials.
Creating and Accessing a Serviced Component and Using Message Queuing Create, configure, and access a serviced component. Add a reference to a serviced component in an application. Create an instance of a serviced component. Call the methods of a serviced component. Create a serviced component.
Add attributes to a serviced component. Register a serviced component. Implement security.
Create, delete, and set permissions on a message queue. Create a message queue manually.
Create a message queue programmatically. Delete a message queue.
Set permissions for a message queue programmatically.
Send messages to a message queue and delete messages from a message queue. Create a message. Post a message.
Receive a message synchronously. Decide which formatter to use. Read a message body. Delete queued messages. Sign and encrypt messages.
Sign a message.
Encrypt a message by using UseEncryption and EncryptionAlgorithm properties. Handle acknowledgments. Receive messages. Peek at messages. Enumerate messages.
Receive a message asynchronously.
Use BeginReceive/BeginPeek methods.
Respond to a ReceiveCompleted or PeekCompleted event. Process messages.
Verify a message source by using a certificate. Decrypt a message.
Extract response queue details from a message. Compose and send a response to a response queue. Apply a rule to a message queue. 70-529考试题库： Exam : Microsoft 70-529
Title : MS.NET Framework 2.0 - Distributed Appl Development
1. A Web Services Enhancements (WSE) 3.0 router application uses a referral cache to make routing decisions.
When a client application sends a SOAP message to the WSE router application, the following exception is
thrown.Microsoft.Web.Services3.Addressing.AddressingFault: RequiredThe referral cache
MessageInformation
Header
used by the WSE router application is as follows: router application without throwing the AddressingFault exception. What should you do? A. Set the AllowAutoRedirect property on the Web service client proxy to True. B. Change the Web service client proxy class definition so that it is derived from the Microsoft.Web.Services3.WebServicesClientProtocol class. C. Set the ConnectionGroupName property on the Web service client proxy to Allow Routing. D. Set the UserAgent property on the Web service client proxy to WSE 3.0. Answer: B 2. You are converting an application to use .NET Framework remoting. The server portion of the application monitors stock prices and contains a class named StockPriceServer, which is a Server Activated Object (SAO). The client computer interacts with the server using a common assembly. When the server attempts to raise an event on the client computer, the server throws exception.System.IO.FileNotFoundException.You discover that the application can raise the event on the client computer. What should you do? A. Add the Serializable attribute to the StockPriceServer class and change the event to use one of the standard common language runtime (CLR) delegates. B. In the common assembly, add an interface that contains the event and a method to raise the event. Implement that 81c5e292f2ae
the following
event delegate is not being called on the client computer. You need to ensure that the server
interface in the StockPriceServer class and use the interface's event to register the delegate message on the client computer.
C. Add the event delegate to the common assembly. Implement the Add delegate and the Remove delegate methods
of the event in the StockPriceServer class to reference the delegate method in the client application.
D. Raise the event using the BeginInvoke method and pass a reference to the client computer. Answer: B
3. A file named Util.asmx contains the following code segment. (Line numbers are included for reference only.)01 <%
@ WebService Language=\"C#\" class=\"Exam.Util\" %>02 namespace Exam {03 public class Util {04 public string
GetData() {05 return \"data\";06 }07 }08 }You need to expose the GetData method through a Web service. What should you do?
A. Insert the following line of code between lines 02 and 03.[System.Web.Services.WebService()] B. Replace line 03 with the following line of code.public class Util : System.Web.Services.WebService
C. Insert the following line of code between lines 03 and 04.[System.Web.Services.WebMethod()] D. Replace line 01 with the following line of code.<%@ WebService Language=\"C#\"
class=\"System.Web.Services.WebService\" %> Answer: C
4. A Web service exposes a method named GetChart that returns an image. The data used to generate the image
changes in one-minute intervals. You need to minimize the average time per request for CPU processing. What
should you do?
A. Set the BufferResponse property on the WebMethod attribute of the GetChart method to True. B. Set the BufferResponse property on the WebMethod attribute of the GetChart method to False. C. Set the CacheDuration property on the WebMethod attribute of the GetChart method to 60. D. Set the CacheDuration property on the WebMethod attribute of the GetChart method to 1. Answer: C
5. An assembly named SimpleMathLib is deployed to the Bin folder that is under a virtual directory named
SimpleMathHost, which is on an IIS server named SERVER1. The SimpleMathLib assembly contains the following
code.namespace SimpleMath{ public class SimpleMathClass : MarshalByRefObject{ public double Add(double x,
double y) { return x + y; }}The Web.config file under the SimpleMathHost virtual directory contains the proper
configuration to host SimpleMath as a remoting object. You write a client Console Application and add a reference to
the SimpleMathLib assembly. You need to ensure that the client Console Application calls the Add
method on
SERVER1 and returns the correct sum of the parameters to the Console Application. What should you do?
A. Write the following code in the client application.TcpChannel chan = new TcpChannel
();ChannelServices.RegisterChannel(chan, false);SimpleMath.SimpleMathClass sm = new SimpleMathClass
();Console.WriteLine(sm.Add(2, 2).ToString());
B. Write the following code in the client application.SimpleMathClass sm = (SimpleMathClass) Activator.GetObject (typeof(SimpleMathClass),
//server1:80/SimpleMathHost/SimpleMath.rem\");Console.WriteLine(sm.Add(2, 2).ToString());
C. Write the following code in the client application.SimpleMath.SimpleMathClass sm = (SimpleMathClass)
Activator.GetObject(typeof(SimpleMathClass), \"tcp: //server1:80/SimpleMathHost/SimpleMath.rem\");Console.WriteLine(sm.Add(2, 2).ToString());
D. Write the following code in the client application.SimpleMath.SimpleMathClass sm = (SimpleMathClass)
Activator.CreateInstance(typeof(SimpleMathClass), new string[]
{\"http: //server1:80/SimpleMathHost/SimpleMath.rem\SimpleMathLib\Answer: B
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MS.NET Framework 2.0 - Distributed Appl Development 科目编号 : 70-529
\"http:
科目名称 : MS.NET Framework 2.0 - Distributed Appl Development 语言（s）： 英语，法语，德语，日语 考生： 开发人员
技术： 微软Visual Studio 2005 类型： 监考考试 相关：MCTS
Testinside题库价格：￥ 272.40
70-529 考试是 Microsof公司的 MS.NET Framework 2.0 - Distributed Appl Development 认证考试官方代号，MS.NET Framework 2.0 - Distributed Appl Development 认证作为全球IT领域专家 Microsoft 热门认证之一，是许多大中IT企业选择人才标准的必备条件。 70-529考试概述： About this Exam
When the exam begins, you can choose the programming language in which the code segments will appear. The available code languages for this exam are: Microsoft Visual Basic 2005 Microsoft Visual C# 2005 Audience Profile
Candidates for this exam work on a team in a medium or large development environment that uses Microsoft Visual Studio .NET 2003 Enterprise Developer or Visual Studio 2005. Candidates should have at least one year of experience developing distributed applications by using the Microsoft .NET Framework. Candidates should have a working knowledge of Visual Studio 2005.
Credit Toward Certification
Exam 70-529: TS: Microsoft .NET Framework 2.0 - Distributed Application Development: counts as credit toward the following certification(s):
Microsoft Certified Technology Specialist: .NET Framework 2.0 Distributed Applications 70-529考试大纲：
Creating and Accessing XML Web Services Create and configure an XML Web service method. Create a public method.
Attach the WebMethodAttribute attribute. Create a OneWay Web method. Configure a Web service method.
Configure a Web service method by using the properties of the WebMethodAttribute attribute.
Use discovery files to publish a list of Web services that are installed on a Web server. Build and deploy a Web service application.
Configuring and Customizing a Web Service Application Configure SOAP messages.
Configure the formatting of SOAP messages for a Web service method. Specify the basic information for a Web service application.
Specify the bindings of a Web service application by using the WebServiceBindingAttribute attribute.
Configure a Web service application by using a Machine.config file. Configure a Web service application by using a Web.config file. Configure the Web services communication protocol. Select the formatting of SOAP messages. Specify the parameter formatting. Specify the parameter style.
Manage session state in Web services.
Implement session state by using the Application object. Implement session state by using cookies.
Implement session state by using the Session object. Implement SOAP headers. Add a custom SOAP header class.
Create a public instance of the custom SOAP header class in a Web service class. Apply a SoapHeader attribute to a Web method. Access and process a SOAP header in a Web method. Set the direction of a SOAP header. Handle unknown SOAP headers. Implement SOAP extensions. Create a custom SOAP extension. Configure a SOAP extension.
Process a SOAP header in a client application.
Creating, Configuring, and Deploying Remoting Applications Create and configure a server application. Create a server application domain.
Configure a server application programmatically.
Configure a server application by using configuration files. Compile and build a server application.
Create a client application to access a remote object. Create a remote object.
Configure a client application programmatically.
Configure a client application manually by using configuration files. Access the remoting service by calling a remote method. Call a remote method synchronously in a client application.
Debug and deploy a remoting application.
Use performance counters to monitor a remoting application. Debug a remoting application.
Host and deploy a remoting application. Create and serialize remotable types. Create a remotable type. Create generic types.
Configure a serialization formatter programmatically. Configure a binary formatter. Configure a SOAP formatter.
Implement Version Tolerant Serialization (VTS). Manage the lifetime of remote objects. Initialize the lifetime of a remote object. Renew the lifetime of a remote object.
Implementing Asynchronous Calls and Remoting Events Call Web methods asynchronously. Call a Web method.
Poll for the completion of a Web method. Get Web method results. Implement callback. Call a OneWay Web method.
Call remoting methods asynchronously.
Implement one-way methods by using the OneWay attribute. Call a remote method asynchronously.
Implement callback.
Implement events in remoting applications. Create and fire events.
Implement event handler for the events of a remote object. Implementing Web Services Enhancements (WSE) 3.0 Enable WSE in client and server applications.
Add references to WSE assemblies in client applications.
Edit the Web service proxy class to derive from the WebServicesClientProtocol class. Add a element under the element in a configuration file. Add a element to add the section to a configuration file.
Add a digital signature to a SOAP message and verify an existing SOAP message signature. Sign a SOAP message digitally. Verify a signed SOAP message. Encrypt and decrypt a SOAP message. Encrypt a SOAP message.
Decrypt an encrypted SOAP message.
Implement a policy for a Web service application. Create a policy file manually.
Declare the set of policies in a policy file. Map policies to SOAP endpoints.
Configure a policy file in a configuration file. Create and enforce a custom policy.
Create a policy file by using the WseConfigEditor3 tool. Set a policy in a client application and in a client computer.
Implement filters in a Web service application. Add a filter. Remove a filter.
Shuffle the order of the filters. Enable the Trace filter.
Create custom input and output filters. Implement WSE SOAP messaging. Select a protocol.
Implement one-way SOAP messaging. Implement bidirectional SOAP messaging.
Send the attachments from a Web service application. Receive attachments in a client application. Route SOAP messages by using a WSE router. Create a WSE router application. Configure a WSE router application. Configure a referral cache for routing. Add and verify security credentials.
Add security credentials to a SOAP message. Verify security credentials.
Creating and Accessing a Serviced Component and Using Message Queuing Create, configure, and access a serviced component. Add a reference to a serviced component in an application. Create an instance of a serviced component. Call the methods of a serviced component.
Create a serviced component.
Add attributes to a serviced component. Register a serviced component. Implement security.
Create, delete, and set permissions on a message queue. Create a message queue manually. Create a message queue programmatically. Delete a message queue.
Set permissions for a message queue programmatically.
Send messages to a message queue and delete messages from a message queue. Create a message. Post a message.
Receive a message synchronously. Decide which formatter to use. Read a message body. Delete queued messages. Sign and encrypt messages. Sign a message.
Encrypt a message by using UseEncryption and EncryptionAlgorithm properties. Handle acknowledgments. Receive messages. Peek at messages. Enumerate messages.
Receive a message asynchronously.
Use BeginReceive/BeginPeek methods.
Respond to a ReceiveCompleted or PeekCompleted event. Process messages.
Verify a message source by using a certificate. Decrypt a message.
Extract response queue details from a message. Compose and send a response to a response queue. Apply a rule to a message queue. 70-529考试题库： Exam : Microsoft 70-529
Title : MS.NET Framework 2.0 - Distributed Appl Development
1. A Web Services Enhancements (WSE) 3.0 router application uses a referral cache to make routing decisions.
When a client application sends a SOAP message to the WSE router application, the following exception is
thrown.Microsoft.Web.Services3.Addressing.AddressingFault: MessageInformation Header RequiredThe referral cache
used by the WSE router application is as follows: 81c5e292f2ae
router application without throwing the AddressingFault exception. What should you do? A. Set the AllowAutoRedirect property on the Web service client proxy to True.
B. Change the Web service client proxy class definition so that it is derived from the Microsoft.Web.Services3.WebServicesClientProtocol class.
C. Set the ConnectionGroupName property on the Web service client proxy to Allow Routing. D. Set the UserAgent property on the Web service client proxy to WSE 3.0. Answer: B
2. You are converting an application to use .NET Framework remoting. The server portion of the application monitors
stock prices and contains a class named StockPriceServer, which is a Server Activated Object (SAO). The client
computer interacts with the server using a common assembly. When the server attempts to raise an event on the
client computer, the server throws the following
exception.System.IO.FileNotFoundException.You discover that the
event delegate is not being called on the client computer. You need to ensure that the server application can raise the
event on the client computer. What should you do?
A. Add the Serializable attribute to the StockPriceServer class and change the event to use one of the standard
common language runtime (CLR) delegates.
B. In the common assembly, add an interface that contains the event and a method to raise the event. Implement that
interface in the StockPriceServer class and use the interface's event to register the delegate message on the client computer.
C. Add the event delegate to the common assembly. Implement the Add delegate and the Remove delegate methods
of the event in the StockPriceServer class to reference the delegate method in the client application.
D. Raise the event using the BeginInvoke method and pass a reference to the client computer. Answer: B
3. A file named Util.asmx contains the following code segment. (Line numbers are included for reference only.)01 <%
@ WebService class=\"Exam.Util\" %>02 namespace Exam {03 public class Util {04 public string
GetData() {05 return \"data\";06 }07 }08 }You need to expose the GetData method through a Web service. What should you do?
A. Insert the following line of code between lines 02 and 03.[System.Web.Services.WebService()]
B. Replace line 03 with the following line of code.public class Util : System.Web.Services.WebService
C. Insert the following line of code between lines 03 and 04.[System.Web.Services.WebMethod()]
D. Replace line 01 with the following line of code.<%@ WebService class=\"System.Web.Services.WebService\" %> Answer: C
4. A Web service exposes a method named GetChart that returns an image. The data used to generate the image
changes in one-minute intervals. You need to minimize the average time per request for CPU processing. What should you do?
A. Set the BufferResponse property on the WebMethod attribute of the GetChart method to True.
B. Set the BufferResponse property on the WebMethod attribute of the GetChart method to False.
C. Set the CacheDuration property on the WebMethod attribute of the GetChart method to 60.
D. Set the CacheDuration property on the WebMethod attribute of the GetChart method to 1. Answer: C
5. An assembly named SimpleMathLib is deployed to the Bin folder that is under a virtual directory named
SimpleMathHost, which is on an IIS server named SERVER1. The SimpleMathLib assembly contains the following
code.namespace SimpleMath{ public class SimpleMathClass : MarshalByRefObject{ public double Add(double x,
double y) { return x + y; }}The Web.config file under the SimpleMathHost virtual directory contains the proper
configuration to host SimpleMath as a remoting object. You write a client Console Application and add a reference to
the SimpleMathLib assembly. You need to ensure that the client Console Application calls the Add method on
SERVER1 and returns the correct sum of the parameters to the Console Application. What should you do?
A. Write the following code in the client application.TcpChannel chan = new TcpChannel ();ChannelServices.RegisterChannel(chan, false);SimpleMath.SimpleMathClass sm = new SimpleMathClass
();Console.WriteLine(sm.Add(2, 2).ToString());
B. Write the following code in the client application.SimpleMathClass sm = (SimpleMathClass) Activator.GetObject
(typeof(SimpleMathClass), \"http:
//server1:80/SimpleMathHost/SimpleMath.rem\");Console.WriteLine(sm.Add(2, 2).ToString());
C. Write the following code in the client application.SimpleMath.SimpleMathClass sm = (SimpleMathClass)
Activator.GetObject(typeof(SimpleMathClass),
\"tcp: //server1:80/SimpleMathHost/SimpleMath.rem\");Console.WriteLine(sm.Add(2, 2).ToString());
D. Write the following code in the client application.SimpleMath.SimpleMathClass sm = (SimpleMathClass)
Activator.CreateInstance(typeof(SimpleMathClass), new string[]
{\"http: //server1:80/SimpleMathHost/SimpleMath.rem\SimpleMathLib\Answer: B
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