This document summarizes a webinar on mobile design and development tips. It discusses planning for different mobile platforms and screen sizes. Examples of good mobile website designs are provided, such as those with simplicity, white space, and clear navigation. Examples of poor designs are also shown. The webinar recommends designing separately for mobile, using responsive frameworks, testing on multiple devices, and considering the limitations of mobile. It promotes certifications for mobile development from CIW.
This document summarizes a webinar on mobile design and development tips. It discusses planning for different mobile platforms and screen sizes. Examples of good mobile website designs are provided, such as those with simplicity, white space, and clear navigation. Examples of poor designs are also shown. The webinar recommends designing separately for mobile, using responsive frameworks, testing on multiple devices, and considering the limitations of mobile. It promotes certifications for mobile development from CIW.
The document discusses the application layer in networking and the role of protocols. It defines the application layer as the source and destination of network data. Applications, services, and protocols work together to convert communications into transmittable data. Protocols define message properties and support client-server and peer-to-peer communication. Well-known protocols like HTTP, DNS, SMTP, and others are described along with their functions in services like web browsing, email, and file sharing.
The document discusses the OSI Data Link layer and its role in data transmission. It describes how the Data Link layer prepares data for transmission on network media by encapsulating packets into frames. It also covers different types of media access control methods, common logical network topologies, and how the logical topology determines the media access control method. Key concepts covered include framing, addressing, quality of service tagging, frame checking sequences, and media access control for shared, non-shared, point-to-point, multi-access, and ring topologies.
This document discusses configuring and testing networks. It covers topics like the role of the Internetwork Operating System (IOS), using Cisco CLI commands to configure routers and switches, assigning addressing parameters to hosts, verifying network connectivity between hosts using tools like ping and trace, and establishing a baseline for relative network performance over time.
This document outlines objectives for planning and cabling networks. It discusses identifying the basic media required for LAN connections, such as cabling computers together with a switch. It also covers identifying the types of cables used for intermediate and end device connections in a LAN, including straight-through and crossover cables. Additionally, it addresses designing an addressing scheme for an internetwork, including assigning address ranges for hosts, network devices, and router interfaces.
This document outlines the key objectives and topics to be covered in a chapter about Ethernet networking fundamentals. The chapter will describe the physical characteristics and data link features of Ethernet, explain how Ethernet addresses work and their impact on performance, compare using Ethernet switches versus hubs, and detail the Address Resolution Protocol (ARP) process. Specific topics to be addressed include the evolution of Ethernet media, how switches eliminate collisions, MAC addressing formats, and issues that can arise with ARP broadcasts.
179. What is the result?
A. 2
B. 3
C. 4
D. 16
E. Compilation fails.
180. 5. Given:
What is the result?
A. 3.14 50 100
B. 100 50 3.14
C. Compilation fails.
D. An exception is thrown at line 4.
E. An exception is thrown at line 5.
F. An exception is thrown at line 7.
182. ?
Place the correct Animals to the Outputs empty boxes.
(Animals can be used more than once . )
183. 7. Which two, inserted at line 1, will compile? (Choos two.)
A.
B.
C.
D.
E.
F.
class MaxValue<X> {
class MaxValue<X extends Object> {
class MaxValue<X extends Number> {
class MaxValue<X extends Integer> {
class MaxValue<?> {
class MaxValue<? extends Number> {
185. 8. The following class is designed for the key value of
java.util.HashMap.
Which two method should be overridden to make the
MyKey work correctly? (Choose two.)
A. public String toString()
B. public boolean equals(MyKey k)
C. public int compareTo(MyKey k)
D. public int hashCode()
E. public boolean equals(Object k)
187. 9. Given:
Which code, inser ted a t line 4, will guarantee to output [4, 5]?
A. Set x = new HashSet();
B. Set x = new SortedSet();
C. Set x = new TreeSet();
D. List x = new ArrayList();
E. List x = new LinkedList();