Pass4Test est un site web de vous offrir particulièrement les infos plus chaudes à propos de test Certification Microsoft 70-536-Csharp. Pour vous assurer à nous choisir, vous pouvez télécharger les Q&As partielles gratuites. Pass4Test vous promet un succès 100% du test Microsoft 70-536-Csharp.
70-576 est un test de Microsoft Certification, donc réussir 70-576 est le premier pas à mettre le pied sur la Certifiction Microsoft. Ça peut expliquer certiainement pourquoi le test Microsoft 70-576 devient de plus en plus chaud, et il y a de plus en plus de gens qui veulent participer le test 70-576. Au contraire, il n'y a que pas beaucoup de gens qui pourrait réussir ce test. Dans ce cas, si vous vous réfléchissez étudier avec une bonne Q&A?
Le test simulation Microsoft 70-576 sorti par les experts de Pass4Test est bien proche du test réel. Nous sommes confiant sur notre produit qui vous permet à réussir le test Microsoft 70-576 à la première fois. Si vous ne passe pas le test, votre argent sera tout rendu.
Code d'Examen: 70-536-Csharp
Nom d'Examen: Microsoft (TS:MS.NET Framework 2.0-Application Develop Foundation)
Questions et réponses: 160 Q&As
Code d'Examen: 70-576
Nom d'Examen: Microsoft (Designing and Developing Microsoft SharePoint 2010 Applications)
Questions et réponses: 172 Q&As
Pass4Test est un site de vous ramener au succès. Pass4Test peut vous aider à promouvoir les connaissances essentielles pour le test Microsoft 70-536-Csharp et passer le test à la première fois.
Généralement, les experts n'arrêtent pas de rechercher les Q&As plus proches que test Certification. Les documentations offertes par les experts de Pass4Test peuvent vous aider à passer le test Certification. Les réponses de nos Q&As ont une précision 100%. C'est facile à obtenir le Certificat de Microsoft après d'utiliser la Q&A de Pass4Test. Vous aurez une space plus grande dans l'industrie IT.
70-536-Csharp Démo gratuit à télécharger: http://www.pass4test.fr/70-536-Csharp.html
NO.1 You create a class that is derived from the Installer class. The class you create is used to perform a
component installation.
The component installation overwrites the value of a registry key. You create a method named
GetRegValue that returns the current value of the registry key.
You need to add a code segment that preserves the original value of the registry key if the component is
uninstalled.
Which code segment should you use?
A. private void BeforeUninstallEventHandler(
object sender, InstallEventArgs e) {
e.SavedState.Add("original RegValue", GetRegValue());
}
B. private void CommittedEventHandler(
object sender, InstallEventArgs e) {
e.SavedState.Add("original RegValue", GetRegValue());
}
C. public override void Uninstall(
IDictionary savedState) {
base.Uninstall(savedState);
savedState.Add("original RegValue", GetRegValue());
}
D. protected override void OnBeforeInstall(
IDictionary savedState) {
base.OnBeforeInstall(savedState);
savedState.Add("original RegValue", GetRegValue());
}
Answer: D
Microsoft examen certification 70-536-Csharp 70-536-Csharp 70-536-Csharp examen 70-536-Csharp examen
NO.2 You need to write a code segment that will create a common language runtime (CLR) unit of isolation
within an application.
Which code segment should you use?
A. AppDomainSetup mySetup =
AppDomain.CurrentDomain.SetupInformation;
mySetup.ShadowCopyFiles = "true";
B. System.Diagnostics.Process myProcess;
myProcess = new System.Diagnostics.Process();
C. AppDomain domain;
domain = AppDomain.CreateDomain("MyDomain");
D. System.ComponentModel.Component myComponent;
myComponent = new System.ComponentModel.Component();
Answer: C
Microsoft examen 70-536-Csharp examen 70-536-Csharp examen 70-536-Csharp examen 70-536-Csharp
NO.3 You are creating a class named Age.
You need to ensure that the Age class is written such that collections of Age objects can be sorted.
Which code segment should you use?
A. public class Age {
public int Value;
public object CompareTo(object obj) {
if (obj is Age) {
Age _age = (Age) obj;
return Value.CompareTo(obj);
}
throw new ArgumentException("object not an Age");
}
}
B. public class Age {
public int Value;
public object CompareTo(int iValue) {
try {
return Value.CompareTo(iValue);
} catch {
throw new ArgumentException ("object not an Age");
}
}
}
C. public class Age : IComparable {
public int Value;
public int CompareTo(object obj) {
if (obj is Age) {
Age _age = (Age) obj;
return Value.CompareTo(_age.Value);
}
throw new ArgumentException("object not an Age");
}
}
D. public class Age : IComparable {
public int Value;
public int CompareTo(object obj) {
try {
return Value.CompareTo(((Age) obj).Value);
} catch {
return -1;
}
}
}
Answer: C
certification Microsoft certification 70-536-Csharp certification 70-536-Csharp
NO.4 You are developing a routine that will periodically perform a calculation based on regularly changing
values from legacy systems. You write the following lines of code. (Line numbers are included for
reference only.)
01 bool exitLoop = false;
02 do {
03
04 exitLoop = PerformCalculation();
05 } while (!exitLoop);
You need to write a code segment to ensure that the calculation is performed at 30-second intervals. You
must ensure that minimum processor resources are used between the calculations.
Which code segment should you insert at line 03?
A. Thread.Sleep(30000);
B. Thread.SpinWait(30000);
C. Thread thrdCurrent = Thread.CurrentThread;
thrdCurrent.Priority = ThreadPriority.BelowNormal;
D. Thread thrdCurrent = Thread.CurrentThread;
thrdCurrent.Priority = ThreadPriority.Lowest;
E. Thread.SpinWait(30);
Answer: A
Microsoft examen certification 70-536-Csharp 70-536-Csharp examen 70-536-Csharp examen
NO.5 You are developing an application to perform mathematical calculations. You develop a class named
CalculationValues. You write a procedure named PerformCalculation that operates on an instance of the
class.
You need to ensure that the user interface of the application continues to respond while calculations are
being performed. You need to write a code segment that calls the PerformCalculation procedure to
achieve this goal.
Which code segment should you use?
A. private void PerformCalculation() {
...
}
private void DoWork(){
CalculationValues myValues = new CalculationValues();
Thread newThread = new Thread(
new ThreadStart(PerformCalculation));
newThread.Start(myValues);
}
B. private void PerformCalculation() {
...
}
private void DoWork(){
CalculationValues myValues = new CalculationValues();
ThreadStart delStart = new
ThreadStart(PerformCalculation);
Thread newThread = new Thread(delStart);
if (newThread.IsAlive) {
newThread.Start(myValues);
}
}
C. private void PerformCalculation (CalculationValues values) {
...
}
private void DoWork(){
CalculationValues myValues = new CalculationValues();
Application.DoEvents();
PerformCalculation(myValues);
Application.DoEvents();
}
D. private void PerformCalculation(object values) {
...
}
private void DoWork(){
CalculationValues myValues = new CalculationValues();
Thread newThread = new Thread(
new ParameterizedThreadStart(PerformCalculation));
newThread.Start(myValues);
}
Answer: D
Microsoft examen certification 70-536-Csharp 70-536-Csharp examen 70-536-Csharp examen
NO.6 You create a class library that is used by applications in three departments of your company. The
library contains a Department class with the following definition.
public class Department {
public string name;
public string manager;
}
Each application uses a custom configuration section to store department-specific values in the
application configuration file as shown in the following code.
<Department>
<name>Hardware</name>
<manager>Amy</manager>
</Department>
You need to write a code segment that creates a Department object instance by using the field values
retrieved from the application configuration file.
Which code segment should you use?
A. public class deptElement : ConfigurationElement {
protected override void DeserializeElement(
XmlReader reader, bool serializeCollectionKey) {
Department dept = new Department();
dept.name = ConfigurationManager.AppSettings["name"];
dept.manager =
ConfigurationManager.AppSettings["manager"];
return dept;
}
}
B. public class deptElement: ConfigurationElement {
protected override void DeserializeElement(
XmlReader reader, bool serializeCollectionKey) {
Department dept = new Department();
dept.name = reader.GetAttribute("name");
dept.manager = reader.GetAttribute("manager");
}
}
C. public class deptHandler : IConfigurationSectionHandler {
public object Create(object parent, object configContext,
System.Xml.XmlNode section) {
Department dept = new Department();
dept.name = section.SelectSingleNode("name").InnerText;
dept.manager =
section.SelectSingleNode("manager").InnerText;
return dept;
}
}
D. public class deptHandler : IConfigurationSectionHandler {
public object Create(object parent, object configContext,
System.Xml.XmlNode section) {
Department dept = new Department();
dept.name = section.Attributes["name"].Value;
dept.manager = section.Attributes["manager"].Value;
return dept;
}
}
Answer: C
Microsoft examen 70-536-Csharp examen certification 70-536-Csharp
NO.7 You are working on a debug build of an application.
You need to find the line of code that caused an exception to be thrown.
Which property of the Exception class should you use to achieve this goal?
A. Data
B. Message
C. StackTrace
D. Source
Answer: C
Microsoft examen 70-536-Csharp examen 70-536-Csharp certification 70-536-Csharp certification 70-536-Csharp
NO.8 You are developing an application that stores data about your company's sales and technical support
teams.
You need to ensure that the name and contact information for each person is available as a single
collection when a user queries details about a specific team. You also need to ensure that the data
collection guarantees type safety.
Which code segment should you use?
A. Hashtable team = new Hashtable();
team.Add(1, "Hance");
team.Add(2, "Jim");
team.Add(3, "Hanif");
team.Add(4, "Kerim");
team.Add(5, "Alex");
team.Add(6, "Mark");
team.Add(7, "Roger");
team.Add(8, "Tommy");
B. ArrayList team = new ArrayList();
team.Add("1, Hance");
team.Add("2, Jim");
team.Add("3, Hanif");
team.Add("4, Kerim");
team.Add("5, Alex");
team.Add("6, Mark");
team.Add("7, Roger");
team.Add("8, Tommy");
C. Dictionary<int, string> team =
new Dictionary<int, string>();
team.Add(1, "Hance");
team.Add(2, "Jim");
team.Add(3, "Hanif");
team.Add(4, "Kerim");
team.Add(5, "Alex");
team.Add(6, "Mark");
team.Add(7, "Roger");
team.Add(8, "Tommy");
D. string[] team =
new string[] {"1, Hance",
"2, Jim", "3, Hanif",
"4, Kerim", "5, Alex",
"6, Mark", "7, Roger",
"8, Tommy"};
Answer: C
Microsoft 70-536-Csharp 70-536-Csharp examen certification 70-536-Csharp
没有评论:
发表评论