// // Show the contents of a type code 'tcp' is the type code to in Software

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// // Show the contents of a type code 'tcp' is the type code to
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// // // // //
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show, 'tlist' is the list of type codes seen so far, 'indent_lvl' is the current nesting level 'tlist' is used to prevent getting trapped in an infinite loop for recursive structures and unions
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void show_TC( CORBA::TypeCode_ptr tcp, list<CORBA::TypeCode_var> & tlist, int indent_lvl) { static const char * const kind_name[] = { "tk_null", "void", "short", "long", "unsigned short", "unsigned long", "float", "double", "boolean", "char", "octet", "any", "CORBA::TypeCode", "CORBA::Principal", "interface", "struct", "union", "enum", "string", "sequence", "array", "typedef", "exception", "long long", "unsigned long long", "long double", "wchar", "wstring", "fixed" }; indent(indent_lvl); cout < < kind_name[tcp->kind()]; // Print the TCKind value // // Print name and repository ID for those type codes // that have these parameters // switch (tcp->kind()) { case CORBA::tk_objref: case CORBA::tk_struct: case CORBA::tk_union: case CORBA::tk_except: case CORBA::tk_enum: case CORBA::tk_alias: cout < < " " < < tcp->name() < < " (" < < tcp->id() < < "):" < < endl; default; ; // Do nothing }
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show_TC contains a static array that maps the TCKind enumerators to strings for printing After calling indent to set the current indent level, show_TC prints the name of the current type, such as "struct" or "string" Type codes for object references, structures, unions, exceptions, enumerations, and type definitions contain both a name and a repository ID; the function next prints the name and repository for these type codes Note that we do not use _var types here to deallocate the name and repository ID because the type code retains ownership of the returned strings The next few lines of show_TC print the parameters for non-recursive type codes:
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// For type codes that have other parameters, // show the remaining parameters // switch (tcp->kind()) { default: // No other params to print cout < < endl; break; // // For fixed types, show digits and scale // case CORBA::tk_fixed: cout < < "<" < < tcp->fixed_digits() < < "," < < tcp->fixed_scale() < < ">" < < endl; break; // // For enumerations, show the enumerators // case CORBA::tk_enum: indent(indent_lvl + 1); for (CORBA::ULong i = 0; i < tcp->member_count(); i++) { cout < < tcp->member_name(i); if (i < tcp->member_count() - 1) cout < < ", "; } cout < endl; break; // // For strings, show the bound (if any) // case CORBA::tk_string: case CORBA::tk_wstring: { CORBA::ULong l = tcp->length(); if (l != 0) cout < < "<" < < l < < ">"; cout < < endl; } break; // // For sequences, show the bound (if any) and // the element type // case CORBA::tk_sequence: { CORBA::ULong l = tcp->length(); if (l != 0) cout < < "<" < < l < < ">"; cout < < ":" < < endl; CORBA::TypeCode_var etype = tcp->content_type(); show_TC(etype, tlist, indent_lvl + 1); } break; // // For arrays, show the dimension and element type // case CORBA::tk_array: { CORBA::ULong l = tcp->length(); cout < < "[" < < l < < "]:" < < endl;
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// // For typedefs, show the type of the aliased type // case CORBA::tk_alias: { CORBA::TypeCode_var atype = tcp->content_type(); show_TC(atype, tlist, indent_lvl + 1); } break;
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} break;
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CORBA::TypeCode_var etype = tcp->content_type(); show_TC(etype, tlist, indent_lvl + 1);
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The default case at the beginning of the switch statement catches type codes that do not have parameters and terminates output with a newline character The other branches of the switch statement call the member functions appropriate for the TCKind value of the type code according to Table 161 For structures and unions, show_TC must take special action because structures and unions can be recursive If show_TC were to simply call itself to print structure and union members, it could get trapped in a recursive loop To avoid this, show_TC uses the list of type codes processed so far in the tlist parameter Before descending into a structure or union member, show_TC checks whether the member's type code is already in the list If it is not, show_TC adds the current type code to the list and decomposes it by recursing If the type code is already in the list, show_TC shows the name and repository ID of the member's type code but does not recurse Here is the branch of the switch statement for structures and exceptions:
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// // For structures and exceptions, show the // names and types of each member // case CORBA::tk_struct: case CORBA::tk_except: { // // Avoid a recursive loop by checking whether we // have shown this type code before // list<CORBA::TypeCode_var>::iterator where; where = find_if( tlistbegin(), tlistend(), EqualTypeCodes(tcp) ); // // If we have not seen this type code before, add it // to the list of type codes processed so far and // decode the member type codes // if (where == tlistend()) {
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