It reduces network traffic by collapsing multiple remote requests into one.
It increases the complexity of the remote interface by removing coarse-grained methods.
It increases the complexity of the design due to remote synchronization and version control issues.
It increases network performance introducing multiple fine-grained remote requests which return verysmall amounts of data.
第1题:
In an n-tier application, which two invocations are typically remote, not local?()
第2题:
Which two are advantages of static routing when compared to dynamic routing?()
第3题:
A developer is designing a web application that makes many fine-grained remote data requests for eachclient request. During testing, the developer discovers that the volume of remote requests significantlydegrades performance of the application. Which design pattern provides a solution for this problem?()
第4题:
Which two are characteristics of the Front Controller pattern?()
第5题:
Flyweight
Transfer Object
Service Locator
Dispatcher View
Business Delegate
Model-View-Controller
第6题:
it provides centralized request handling for incoming requests.
It forces resource authentication to be distributed across web components.
It reduces coupling between presentation-tier clients and underlying business services.
It can be added and removed unobtrusively, without requiring changes to existing code.
It allows preprocessing and postprocessing on the incoming requests and outgoing responses.
第7题:
It encapsulates component lookup procedures
It increases source code duplication and decreases reuse
It improves client performance by caching context and factory objects
It degrades network performance due to increased access to distributed lookup services
第8题:
It is necessary to forward ARP requests to remote hosts.
It is necessary when translated traffic belongs to the same subnet as the ingress interface.
It is not automatic and you must configure it.
It is enabled by default and you do not need to configure it.
第9题:
Security increases because only the network administrator may change the routing tables.
Configuration complexity decreases as network size increases.
Routing updates are automatically sent to neighbors.
Route summarization iscompued automatically by the router.
Routing traffic load is reduced when used in stub network links.
An efficient algorithm is used to build routing tables,using automatic updates.
Routing tables adapt automatically to topology changes.
第10题:
passively listens to network traffic
is an active device in the traffic path
has a permissive interface that is used to monitor networks
traffic arrives on one IPS interface and exits on another
第11题:
It decreases complexity by removing a layer of proxy classes.
It reduces coupling between tiers by hiding implementation details.
It decreases performance due to the lack of caching of remote data.
It forces business-tier expectations to be dealt with in the presentation-tier.
第12题:
It simplifies remote interfaces to distributed objects.
It promotes cleaner application partitioning and encourages reuse.
It provides an initial point of contact for handling all related requests.
It reduces maintainability due to the increased complexity of the design.
It provides loosely coupled handlers that can be combined in various permutations.
第13题:
Which two are characteristics of the Service Locator pattern?()
第14题:
A developer is designing a web application that makes many fine-grained remote data requests for each client request. During testing, the developer discovers that the volume of remote requests significantly degrades performance of the application. Which design pattern provides a solution for this problem?()
第15题:
Which the two are characteristics of the Service Locator pattern?()
第16题:
Which two are characteristics of the Transfer Object design pattern?()
第17题:
it reduces the number of required OSPF neighbor adjacencies
It reduces the types of LSAs that are generated
It is less CPU intensive for routers in the single area
It increases LSA response times.
It removes the need for virtual links
第18题:
passively listens to network traffic
is an active device in the traffic path
has a permissive interface that is used to monitor networks
traffic arrives on one IDS interface and exits on another
has a promiscuous interface that is used to monitor the network
第19题:
JSP to Transfer Object
Service Locator to JNDI
Controller to request object
Transfer Object to Entity Bean
Controller to Business Delegate
第20题:
It reduces network traffic by collapsing multiple remote requests into one.
It increases the complexity of the remote interface by removing coarse-grained methods.
It increases the complexity of the design due to remote synchronization and version control issues.
It increases network performance introducing multiple fine-grained remote requests which return verysmall amounts of data.
第21题:
It encapsulates component lookup procedures.
It increases source code duplication and decreases reuse.
It improves client performance by caching context and factory objects.
It degrades network performance due to increased access to distributed lookup services.
第22题:
Security increases because only the network administrator may change the routing tables
Configuration complexity decreases as network size increases
Routing updates are automatically sent to neighbors
Route summarization is compued automatically by the router
Routing traffic load is reduced when used in stub network links
An efficient algorithm is used to build routing tables,using automatic updates
Routing tables adapt automatically to topology changes.
第23题:
Flyweight
Transfer Object
Service Locator
Dispatcher View
Business Delegate
Model-View-Controller
第24题:
It confines network instability to a single area of network.
It increases the routing overhead of the network
It supports VLSM
It routes between Autonomous Systems.
It allows extensive control of routing updates