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In the preceding four chapters, member functions were created in order to output or input a class s data, often called something like show_data( ) or get_data( ) While there is nothing technically wrong with this approach, C++ provides a much better way of performing I/O operations on classes by overloading the << and >> operators In the language of C++, the << operator is referred to as the insertion operator because it inserts characters into a stream Likewise, the >> operator is called the extraction operator because it extracts characters from a stream The operator functions that overload the insertion and extraction operators are generally called inserters and extractors, respectively

these technologies still face many challenges in transitioning to the next TDM carrier rate, 40 Gbps OC-768/STM-256 As such, NGS/MSPP is most germane as a grooming solution and fundamentally cannot scale capacity this is only possible via multichannel DWDM The native format transparency of EoWDM (and EoF) provides vital cost savings for carriers particularly at 10 Gbps rates Namely, ROADM and EDFA-based networks can transparently move packets across large MAN domains without any intermediate electronic packet/bit-level processing and regeneration This allows EoF/EoWDM to concurrently support all Ethernet line rates and keep pace with any future rate increases, future-proofing it Specifically, EPL rate changes will only require edge interface (transponder) upgrades and possibly selected changes to amplifier and dispersion module placements This contrasts with EoS or EoMPLS, which require comprehensive node upgrades throughout the network to run increased interface speeds Optical transparency also enables full-rate EoWDM services to co-exist with other network implementations over the same fiber-plant (EoS, EoMPLS, and even legacy TDM private line) This is of crucial importance to incumbents since it allows them to complement subrate EoS systems and achieve staged, timely migrations Finally, the physical-layer separation of WDM channels ensures high-security/confidentiality between clients As mentioned earlier, EoWDM replicates five nines resiliency and sub-50ms recovery Although EoS and EoRPR can also achieve these bounds, their switchover capacities are much more limited For example, DWDM-layer protection can restore well over a hundred 10 Gbps EPL connections in one span switch However, EoWDM recovery is very coarse, and hence, carriers may have to perform some form of higher-layer grooming to achieve service selectivity Namely, traffic flows with similar QoS profiles or price points will have to be combined over the same lightpath Also note that the decoupled nature of data and control planes in transparent DWDM networks (see Optical Network Control) can improve overall EoWDM service resiliency, giving them a measure of immunity to control plane faults Finally, optical networking technology offers various other cost savings for EPL services From an operational perspective, DWDM systems have smaller footprints and lower power consumption than equivalent-rate SONET/SDH systems This provides very sizeable OPEX reduction at dense co-location sites Moreover, EoWDM is very attractive for carriers with existing fiber infrastructures For example, incumbents can migrate their entrenched fiber rings by slowly replacing legacy SONET/SDH nodes with modularized ROADM nodes These upgrades can be done in a timely, cost-sensitive manner, where DWDM ports (eg, filters, ROADM) are initially put in place and later populated with pluggable Ethernet transceiver modules as demands increase This accelerates service delivery and minimizes equipment costs as transponders/transceivers form the bulk of optical network expenditures.

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<DoubleAnimation Storyboard.TargetName="ElementAPresenter" Storyboard.TargetProperty= "OpacityMask.(LinearGradientBrush.GradientStops)[0].Offset" From="0.0" To="1.0" BeginTime="0:0:0.1" Duration="{StaticResource animationTime}" />

The insertion and extraction operators are already overloaded (in <iostream>) to perform stream I/O on any of C++ s built-in types This section explains how to define these operators relative to classes that you define

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C++ provides an easy way to create inserters for classes that you create This simple example creates an inserter for the three_d class (first defined in 22):

class three_d { public: int x, y, z; // 3-d coordinates three_d(int a, int b, int c) { x=a; y=b; z=c; } } ;

By adding in the BeginTime clause on the first animation, we re saying that we don t want it to start until a tenth of a second after the other one. This will give us a little bit of a leading edge effect (figure 19.8). We think this makes the effect look a little bit spiffier. It also demonstrates the giant time hole that WPF can open up as days and days of your previously productive life are spent tweaking effects.

To create an inserter function for an object of type three_d, you must define what an insertion operation means relative to the class three_d To do this, you must overload the << operator, as shown here:

cities (or within large cities) and also to offer Layer 3 services from Ethernet concentration nodes that aren t connected directly to a local Layer 3 service PE