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/* -*- c++ -*- */
// ============================================================================
//
// = LIBRARY
// TAO IDL
//
// = FILENAME
// be_decl.h
//
// = DESCRIPTION
// Extension of the AST_Decl class.
//
// = AUTHOR
// Copyright 1994-1995 by Sun Microsystems, Inc.
// and
// Aniruddha Gokhale
//
// ============================================================================
#if !defined (TAO_BE_DECL_H)
#define TAO_BE_DECL_H
/*
* BE_Decl
*/
class be_decl : public virtual AST_Decl
{
// = TITLE
// be_decl
// = DESCRIPTION
// The back end extension of the AST_Decl class. Provides an abstract
// interface
//
public:
enum SIZE_TYPE
{
FIXED,
VARIABLE
};
// indicates if we are fixed size or variable. Most useful for structs,
// unions, and arrays.
// =Operations
be_decl (void);
// Default constructor
be_decl (AST_Decl::NodeType type, UTL_ScopedName *n, UTL_StrList *pragmas);
// constructor that sets the node type
~be_decl (void);
// destructor
virtual int gen_client_header (void) = 0;
// Generates the client-side header information for the decl
virtual int gen_client_stubs (void) = 0;
// Generates the client-side stubs for the decl
virtual int gen_server_header (void) = 0;
// Generates the server-side header information for the decl
virtual int gen_server_skeletons (void) = 0;
// Generates the server-side skeletons for the decl
virtual int gen_client_inline (void) = 0;
// Generates the client-side inline for the decl
virtual int gen_server_inline (void) = 0;
// Generates the server-side inlines for the decl
virtual void size_type (SIZE_TYPE);
// set the size type
virtual SIZE_TYPE size_type (void) const;
// return our size type
const char *repoID (void);
// retrieve the repository ID
const char *fullname (void);
// return the stringified full name
const char *flatname (void);
// return the flattened full scoped name
virtual idl_bool is_nested (void);
// determines if we are inside of a nested scope or not
virtual int gen_encapsulation (void);
// encapsulation of parameters
virtual long tc_encap_len (void);
// return length of encapsulation
// Narrowing
DEF_NARROW_METHODS1 (be_decl, AST_Decl);
DEF_NARROW_FROM_DECL (be_decl);
protected:
// =helper
virtual void compute_repoID (void);
// computes the repoID
virtual void compute_fullname (void);
// computes the fully scoped name
virtual void compute_flatname (void);
// compute the flattened fully scoped name
virtual int tc_name2long (const char *name, long *&, long &);
// name represented as a padded array of longs
virtual long repoID_encap_len (void);
// return encapsulation length required to hold repository ID
virtual long name_encap_len (void);
// return encapsulation length required to hold IDL name
// variables that indicate if the code generation for that node is already
// been done. This way we avoid regenerating same code.
idl_bool cli_hdr_gen_;
idl_bool cli_stub_gen_;
idl_bool cli_inline_gen_;
idl_bool srv_hdr_gen_;
idl_bool srv_skel_gen_;
idl_bool srv_inline_gen_;
char *fullname_;
// our full scoped name
char *flatname_;
// flattened fully scoped name
char *repoID_;
// repository ID
SIZE_TYPE size_type_;
// whether we are fixed or variable size (by default fixed)
long encap_len_;
// encapsulation length - required for typecodes
};
#endif // if !defined
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