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NEW QUESTION: 1
DRAG DROP
You provision and configure a new SharePoint farm. The farm has not been backed up.
You need to use Windows PowerShell to back up all service applications in the farm.
How should you build the cmdlet? (To answer, drag the appropriate element to the correct location or locations in the answer area. Each element may be used once, more than once, or not at all. You may need to drag the split bar between panes or scroll to view content.)

Answer:
Explanation:

NEW QUESTION: 2
You are designing a plan for migrating an application to the Windows Azure platform.
All users authenticate by using their Active Directory Domain Services (AD DS) credentials.
The Windows Azure application must provide single sign-on (SSO) for domain-authenticated users.
You need to recommend an authentication type for the service endpoint behavior.
What should you recommend?
A. Shared secret credential
B. SAML credential
C. Microsoft Challenge Handshake Authentication Protocol (MSCHAP)
D. Windows authentication
Answer: B
Explanation:
The Windows Azure AppFabric Service Bus uses a class called TransportClientEndpointBehavior to specify the credentials for a particular endpoint. There are four options available to you: Unauthenticated, SimpleWebToken, SharedSecret, and SAML.
For details, take a look at the CredentialType member.
The CredentialType property specifies which authentication method will be used on the endpoint. The possible values for this property are as follows:
-Saml: this option specifies that the client credential is provided in the Security Assertion Markup Language (SAML) format, over the Secure Sockets Layer protocol.This option requires that you write your own SSL credential server.
-SharedSecret: This option specifies that the client credential is provided as a self-issued shared secret that is registered with Access Control through the Windows Azure portal. This option requires no additional settings on the Credentials property.
-SimpleWebToken: This option specifies that the client credential is provided as a self-issued shared secret that is registered with Access Control through the Windows Azure portal, and presented in the emerging industry-standard format called simple Web token (SWT). Similar to the shared secret option, this option requires no additional settings on the Credentials property.
-Unauthenticated: This option specifies that there is no client credential provided. This option avoids acquiring and sending a token. It is used by clients that are not required to authenticate, based on the policy of their service binding. Note that this setting might leave data nonsecure if not used together with another security measure.

NEW QUESTION: 3
You are developing an application that tracks tennis matches. A match is represented by the following class:

A match is created by using the following code:

How many times is the Location property on the newly created Match class assigned?
A. 0
B. 1
C. 2
D. 3
Answer: D

NEW QUESTION: 4
The session layer provides a logical persistent connection between peer hosts. Which of the following is one of the modes used in the session layer to establish this connection?
A. Half simplex
B. Synchronous
C. Asynchronous
D. Full duplex
Answer: D
Explanation:
Layer 5 of the OSI model is the Session Layer. This layer provides a logical
persistent connection between peer hosts. A session is analogous to a conversation that is
necessary for applications to exchange information.
The session layer is responsible for establishing, managing, and closing end-to-end
connections, called sessions, between applications located at different network endpoints.
Dialogue control management provided by the session layer includes full-duplex, half-
duplex, and simplex communications. Session layer management also helps to ensure that
multiple streams of data stay synchronized with each other, as in the case of multimedia
applications like video conferencing, and assists with the prevention of application related
data errors.
The session layer is responsible for creating, maintaining, and tearing down the session.
Three modes are offered:
(Full) Duplex: Both hosts can exchange information simultaneously, independent of each
other.
Half Duplex: Hosts can exchange information, but only one host at a time.
Simplex: Only one host can send information to its peer. Information travels in one direction
only.
Another aspect of performance that is worthy of some attention is the mode of operation of
the network or connection. Obviously, whenever we connect together device A and device
B, there must be some way for A to send to B and B to send to A. Many people don't
realize, however, that networking technologies can differ in terms of how these two
directions of communication are handled. Depending on how the network is set up, and the
characteristics of the technologies used, performance may be improved through the
selection of performance-enhancing modes.
Basic Communication Modes of Operation
Let's begin with a look at the three basic modes of operation that can exist for any network
connection, communications channel, or interface. Simplex Operation
In simplex operation, a network cable or communications channel can only send information in one direction; it's a "one-way street". This may seem counter-intuitive: what's the point of communications that only travel in one direction? In fact, there are at least two different places where simplex operation is encountered in modern networking.
The first is when two distinct channels are used for communication: one transmits from A to B and the other from B to A. This is surprisingly common, even though not always obvious. For example, most if not all fiber optic communication is simplex, using one strand to send data in each direction. But this may not be obvious if the pair of fiber strands are combined into one cable.
Simplex operation is also used in special types of technologies, especially ones that are asymmetric. For example, one type of satellite Internet access sends data over the satellite only for downloads, while a regular dial-up modem is used for upload to the service provider. In this case, both the satellite link and the dial-up connection are operating in a simplex mode. Half-Duplex Operation
Technologies that employ half-duplex operation are capable of sending information in both directions between two nodes, but only one direction or the other can be utilized at a time. This is a fairly common mode of operation when there is only a single network medium (cable, radio frequency and so forth) between devices.
While this term is often used to describe the behavior of a pair of devices, it can more generally refer to any number of connected devices that take turns transmitting. For example, in conventional Ethernet networks, any device can transmit, but only one may do so at a time. For this reason, regular (unswitched) Ethernet networks are often said to be "half-duplex", even though it may seem strange to describe a LAN that way. Full-Duplex Operation
In full-duplex operation, a connection between two devices is capable of sending data in both directions simultaneously. Full-duplex channels can be constructed either as a pair of simplex links (as described above) or using one channel designed to permit bidirectional simultaneous transmissions. A full-duplex link can only connect two devices, so many such links are required if multiple devices are to be connected together.
Note that the term "full-duplex" is somewhat redundant; "duplex" would suffice, but everyone still says "full-duplex" (likely, to differentiate this mode from half-duplex).
For a listing of protocols associated with Layer 5 of the OSI model, see below:
ADSP - AppleTalk Data Stream Protocol ASP - AppleTalk Session Protocol
H.245 - Call Control Protocol for Multimedia Communication ISO-SP OSI session-layer protocol (X.225, ISO 8327) iSNS - Internet Storage Name Service
The following are incorrect answers:
Synchronous and Asynchronous are not session layer modes.
Half simplex does not exist. By definition, simplex means that information travels one way only, so half-simplex is a oxymoron.
Reference(s) used for this question:
Hernandez CISSP, Steven (2012-12-21). Official (ISC)2 Guide to the CISSP CBK, Third Edition ((ISC)2 Press) (Kindle Locations 5603-5636). Auerbach Publications. Kindle Edition. and http://www.tcpipguide.com/free/t_SimplexFullDuplexandHalfDuplexOperation.htm and http://www.wisegeek.com/what-is-a-session-layer.htm