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IDL wchar may map to a C++ integer type, such as int, or may map to C++ wchar_t The mapping to integer types accommodates non-standard compilers, in which wchar_t is not a distinct type 665 Boolean Mapping On standard C++ compilers, IDL boolean may be mapped to C++ bool; the specification permits this but does not require it If it is not mapped to C++ bool for example, on classic C++ compilers CORBA::Boolean maps to plain char, signed char, or unsigned char The C++ mapping does not require Boolean constants TRUE and FALSE (or true and false) to be provided (although true and false will work in a standard C++ environment) To keep your code portable, simply use the integer constants 1 and 0 as Boolean values; this works in both standard and classic environments 666 String and Wide String Mapping Strings are mapped to char *, and wide strings are mapped to CORBA::wchar * This is true whether you use bounded or unbounded strings If bounded strings are used, the mapping places the burden of enforcing the bound on the programmer It is unspecified what should happen if the length of a bounded string is exceeded at run time, so you must assume that the behavior is undefined The use of new and delete for dynamic allocation of strings is not portable Instead, you must use helper functions in the CORBA namespace:

Like an IPv4 scope, exclusions can be con gured by specifying the address ranges to exclude (see Figure 7-27) You must enter all bytes for the interface ID, for example 0:0:0:10 and not just 10 Next, the lease time must be con gured for both Identity Association for Non-Temporary Addresses (IANA) and Identity Association for Temporary Addresses (IATA), which are settings on the client informing the server of the type of lease it requires As usual, you can activate the scope immediately

namespace CORBA { // static char * static char * static void static wchar * static wchar * static void //

FIGURE 7-27 Con guring lease times for the IPv6 scope There are leases, exclusions, reservations, scope options, and serverspeci c options DHCPv6 con guration and management is the same as for IPv4 you just have bigger addresses and a slightly more complicated lease time con guration

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contextchecking(new Expectations() {{ oneOf(example)doSomething(with(any(Stringclass))); }});

So far, so good However, there is a catch For fault tolerance reasons it is common to have multiple DHCP servers with scopes broken up using the 80/20 rule This means that two DHCP servers are con gured to assign addresses for the same subnet This leads to an obvious problem: If you have two DHCP servers on the same subnet, they might both lease the

string_alloc(ULong len); string_dup(const char *); string_free(char *); wstring_alloc(ULong len); wstring_dup(const wchar *); wstring_free(wchar *);

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These functions handle dynamic memory for strings and wide strings The C++ mapping requires that you use these helper functions to avoid replacing global operator new[] and operator delete[] and because non-uniform memory architectures may have special requirements Under Windows, for example, memory allocated by a dynamic library must be deallocated by that same library The string allocation functions ensure that the correct memory management activities can take place For uniform memory models, such as in UNIX, string_alloc and string_free are usually implemented in terms of new[] and delete[]

same IP address to different machines, causing a con ict on the network To avoid this, separate exclusions are set on each of the DHCP scopes with one of the servers leasing 80% of the available addresses, the other leasing the remaining 20% You get to exclusions in a second Figure 7-28 shows an example of this con guration

The Expectations object is a Builder [Gamma94] that constructs expectations It de nes sugar methods that construct the assembly of expectations and matchers and load it into the Mockery, as shown in Figure 72

Scope 1921681100 1921681199 Exclusions 1921681180 1921681199 Scope 1921681100 1921681199 Exclusions 1921681100 1921681179

The corresponding method in the skeleton class has the following signature:

and the other server only has the other 20 (look at the exclusions; anything not in the exclusion is available for the DHCP server to lease to clients) This means no overlap and no con ict

class POA_Foo : public virtual PortableServer::ServantBase { public: virtual char * string_op( const char * s_in, char * & s_inout, CORBA::String_out s_out ) throw(CORBA::SystemException) = 0; // };

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