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For CORBA 23, equal performs an exact comparison and returns true only if two type codes are identical in all respects All operations that apply for the two type codes' TCKind values must return identical results for equal to return true Member names, type names, repository IDs, and aliases are all considered significant and must be the same For CORBA 22 and earlier, equal has implementation-dependent behavior It may or may not consider aliases significant, and it may or may not consider type names and member names significant (The repository ID is considered significant in all implementations we are aware of) The difference in behavior arises because of the parameters marked as optional in Table 161 on page 696 For CORBA 22 and earlier, repository IDs and type and member names are optional Because of this, the outcome of a comparison with equal depends on whether or not an ORB chooses to marshal repository IDs and on whether type and member names are present in a type code To make matters worse, the behavior of equal was never clearly defined in CORBA 22, so the outcome of a comparison also depends on your particular ORB implementation The remainder of this section uses the following IDL definition to illustrate this behavior:

@Test public void decidesCasesWhenFirstPartyIsReady() { contextchecking(new Expectations(){{ allowing(firstPart)isReady(); will(returnValue(true)); allowing(organizer)getAdjudicator(); will(returnValue(adjudicator)); allowing(adjudicator)findCase(firstParty, issue); will(returnValue(case)); one(thirdParty)proceedWith(case); }}); claimsProcessoradjudicateIfReady(thirdParty, issue); }

The account used to install the AD RMS role must be different from the service account used by AD RMS and needs to be a member of the System Administrators role on the SQL Server with permission to create new databases Ideally the installation account is an enterprise administrator so that an SCP can be created during installation When you install the AD RMS role via Server Manager, you receive a prompt to add additional role services and features that are required, as shown in Figure 13-12 Accept or the AD RMS role cannot be installed

struct foo { long l_mem; string s_mem; }; typedef foo alias_of_foo; struct bar { long long_member; string string_member; };

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Remember that AD RMS was previously a complex stand-alone component, and you have a number of con guration choices to make that you deduce when you see the nine subinstallation parts of the AD RMS cluster The AD RMS installation is cluster-aware RMS is effectively stateless (because a request is made by a client and ful lled straight away via a response), so you can use clustering or load balancing to make AD RMS highly available If you are making AD RMS highly available, ensure that SQL Server is also highly available via SQL clustering because SQL is core to the functionality of AD RMS

FIGURE 6-1 The seven layers of the OSI model and examples of the technologies that fall into each layer

Note that foo and bar are structurally equal that is, they contain the same number and type of members in the same order so the differences are confined to their repository IDs, type names, and member names

The Data Link layer (the second layer of the OSI model) facilitates transferring data between communications Many organizations use Ethernet, so let s look at how it works Ethernet gives each device on the network such as a network card a Media Access Control (MAC) address This address is 48 bits in length and is normally written in hexadecimal (base 16, which means it ranges from 0 to F for each digit) with six one-byte sets Each hexadecimal character is four bits, so they re two characters per byte To look at your MAC address, run the ipcon g command with the /all parameter Each network device s physical address is listed, as shown here:

A colleague, Romilly Cocking, when he rst started working with us, was surprised by how few expectations we usually write in a unit test Just like everyone has now learned to avoid too many assertions in a test, we try to avoid too many expectations If we have more than a few, then either we re trying to test too large a unit, or we re locking down too many of the object s interactions

Assuming that both type codes were created by a CORBA 23 ORB, comparisons of the three types with equal in a CORBA 23 ORB have the following outcomes foo and bar are not equal foo and alias_of_foo are not equal bar and alias_of_foo are not equal In other words, in CORBA 23, given CORBA 23 type codes, equal implements a precise comparison and requires all parameters of the two type codes to be exactly the same

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