Subversion Repositories tendra.SVN

/*

 * Automatically generated from the files:

 *	/u/g/release/Source/src/producers/common/parse/psyntax.sid

 * and

 *	/u/g/release/Source/src/producers/common/parse/psyntax.act

 * by:

 *	sid

 */

/* BEGINNING OF HEADER */

#define __SID_SPLIT

/*

    		 Crown Copyright (c) 1997, 1998

    This TenDRA(r) Computer Program is subject to Copyright

    owned by the United Kingdom Secretary of State for Defence

    acting through the Defence Evaluation and Research Agency

    (DERA).  It is made available to Recipients with a

    royalty-free licence for its use, reproduction, transfer

    to other parties and amendment for any purpose not excluding

    product development provided that any such use et cetera

    shall be deemed to be acceptance of the following conditions:-

        (1) Its Recipients shall ensure that this Notice is

        reproduced upon any copies or amended versions of it;

        (2) Any amended version of it shall be clearly marked to

        show both the nature of and the organisation responsible

        for the relevant amendment or amendments;

        (3) Its onward transfer from a recipient to another

        party shall be deemed to be that party's acceptance of

        these conditions;

        (4) DERA gives no warranty or assurance as to its

        quality or suitability for any purpose and DERA accepts

        no liability whatsoever in relation to any use to which

        it may be put.

*/

#include "config.h"

#include "c_types.h"

#include "exp_ops.h"

#include "hashid_ops.h"

#include "id_ops.h"

#include "tok_ops.h"

#include "type_ops.h"

#include "error.h"

#include "catalog.h"

#include "option.h"

#include "access.h"

#include "allocate.h"

#include "assign.h"

#include "basetype.h"

#include "cast.h"

#include "chktype.h"

#include "class.h"

#include "constant.h"

#include "construct.h"

#include "convert.h"

#include "declare.h"

#include "derive.h"

#include "exception.h"

#include "expression.h"

#include "function.h"

#include "hash.h"

#include "identifier.h"

#include "initialise.h"

#include "inttype.h"

#include "label.h"

#include "lex.h"

#include "literal.h"

#include "member.h"

#include "namespace.h"

#include "parse.h"

#include "pragma.h"

#include "predict.h"

#include "preproc.h"

#include "printf.h"

#include "redeclare.h"

#include "rewrite.h"

#include "statement.h"

#include "symbols.h"

#include "template.h"

#include "tokdef.h"

#include "token.h"

#include "typeid.h"

#include "variable.h"

/*

    COMPOUND TYPE ALIASES

    These are the aliases for the compound types used in the parser.

*/

typedef LIST ( IDENTIFIER ) SID_LIST_ID ;

/*

     DECLARE FUNCTIONS

     The function declarations are included at this point so that the

     type definitions are in scope.

*/

#include "psyntax.h"

extern void parse_tok_type PROTO_S ( ( TYPE * ) ) ;

extern void parse_mem_type PROTO_S ( ( TYPE * ) ) ;

extern void parse_operator PROTO_S ( ( IDENTIFIER * ) ) ;

/*

    COMPILATION MODE

    The output of sid is automatically generated.  Hence it is not

    necessarily appropriate to apply the same level of checking to this

    as to the rest of the program.  These pragmas describe the relaxations

    allowed for the sid output.

*/

#if FS_TENDRA

#pragma TenDRA begin

#pragma TenDRA variable analysis off

#ifndef OLD_PRODUCER

#pragma TenDRA unreachable code allow

#endif

#endif

/* BEGINNING OF STATIC VARIABLES */

int XI0;

/* BEGINNING OF FUNCTION DEFINITIONS */

void

XR403 PROTO_N ((XO402))

  PROTO_T (SID_LIST_ID *XO402)

{

    SID_LIST_ID XI402;

    if ((CURRENT_TERMINAL) == 354) {

	return;

    }

    {

	IDENTIFIER XI375;

	SID_LIST_ID XI405;

	XR399 (&XI375);

	{

	    switch (CURRENT_TERMINAL) {

	      case 42:

		{

		    ADVANCE_LEXER;

		    XR832 (&XI405);

		    if ((CURRENT_TERMINAL) == 354) {

			RESTORE_LEXER;

			goto XL1;

		    }

		}

		break;

	      default:

		{

		    {

    (XI405) = NULL_list ( IDENTIFIER ) ;

		    }

		}

		break;

	      case 354:

		RESTORE_LEXER;

		goto XL1;

	    }

	}

	{

    CONS_id ( (XI375), (XI405), (XI402) ) ;

	}

    }

    goto XL0;

  XL1:;

    SAVE_LEXER (354);

    return;

  XL0:;

    *XO402 = XI402;

}

void

XR505 PROTO_N ((XO377))

  PROTO_T (unsigned *XO377)

{

    unsigned XI377;

    switch (CURRENT_TERMINAL) {

      case 270:

	{

	    ADVANCE_LEXER;

	    {

 (XI377) = ( unsigned ) OPTION_OFF ; 

	    }

	}

	break;

      case 271:

	{

	    ADVANCE_LEXER;

	    {

 (XI377) = ( unsigned ) OPTION_ON ; 

	    }

	}

	break;

      case 330:

	{

	    ADVANCE_LEXER;

	    {

 (XI377) = ( unsigned ) OPTION_WARN ; 

	    }

	}

	break;

      case 354:

	return;

      default:

	goto XL1;

    }

    goto XL0;

  XL1:;

    SAVE_LEXER (354);

    return;

  XL0:;

    *XO377 = XI377;

}

void

XR732 PROTO_N ((XO445))

  PROTO_T (unsigned *XO445)

{

    unsigned XI445;

    if ((CURRENT_TERMINAL) == 354) {

	return;

    }

    {

	unsigned XI835;

	XR731 (&XI835);

	XR837 (&XI835, &XI445);

	if ((CURRENT_TERMINAL) == 354) {

	    RESTORE_LEXER;

	    goto XL1;

	}

    }

    goto XL0;

  XL1:;

    SAVE_LEXER (354);

    return;

  XL0:;

    *XO445 = XI445;

}

void

XR549 PROTO_N ((XO375))

  PROTO_T (IDENTIFIER *XO375)

{

    IDENTIFIER XI375;

    if ((CURRENT_TERMINAL) == 354) {

	return;

    }

    {

	switch (CURRENT_TERMINAL) {

	  case 250:

	    break;

	  default:

	    goto XL1;

	}

	ADVANCE_LEXER;

	{

    int t = crt_lex_token ;

    if ( t >= FIRST_KEYWORD && t <= LAST_KEYWORD ) {

	crt_lex_token = lex_identifier ;

    }

	}

	{

	    switch (CURRENT_TERMINAL) {

	      case 1:

		{

		    {

    XI375 = crt_token->pp_data.id.use ;

		    }

		    ADVANCE_LEXER;

		}

		break;

	      case 3:

		{

		    {

    XI375 = crt_token->pp_data.id.use ;

		    }

		    ADVANCE_LEXER;

		}

		break;

	      case 4:

		{

		    {

    XI375 = crt_token->pp_data.id.use ;

		    }

		    ADVANCE_LEXER;

		}

		break;

	      case 2:

		{

		    {

    XI375 = crt_token->pp_data.id.use ;

		    }

		    ADVANCE_LEXER;

		}

		break;

	      default:

		goto XL1;

	    }

	}

    }

    goto XL0;

  XL1:;

    SAVE_LEXER (354);

    return;

  XL0:;

    *XO375 = XI375;

}

void

XR456 PROTO_Z ()

{

    if ((CURRENT_TERMINAL) == 354) {

	return;

    }

    {

	TOKEN XI400;

	int XI397;

	IDENTIFIER XI409;

	IDENTIFIER XI444;

	switch (CURRENT_TERMINAL) {

	  case 311:

	    break;

	  default:

	    goto XL1;

	}

	ADVANCE_LEXER;

	XR396 (&XI400);

	if ((CURRENT_TERMINAL) == 354) {

	    RESTORE_LEXER;

	    goto XL1;

	}

	{

    int t = crt_lex_token ;

    if ( t >= FIRST_KEYWORD && t <= LAST_KEYWORD ) {

	if ( t != lex_tag_Hcap && !predict_operator () ) {

	    crt_lex_token = lex_identifier ;

	}

    }

	}

	{

	    {

		{

    (XI0) = predict_operator () ;

		}

		if (!XI0)

		    goto XL3;

		{

    (XI409) = DEREF_id ( hashid_id ( KEYWORD ( lex_zzzz ) ) ) ;

    parse_operator ( &(XI409) ) ;

		}

		{

 (XI397) = 0 ; 

		}

		goto XL2;

	    }

	    /*UNREACHED*/

	  XL3:;

	    switch (CURRENT_TERMINAL) {

	      case 1: case 2: case 3: case 4: case 307:

		{

		    XR398 (&XI397);

		    if ((CURRENT_TERMINAL) == 354) {

			RESTORE_LEXER;

			goto XL1;

		    }

		    {

    int t = crt_lex_token ;

    if ( t >= FIRST_KEYWORD && t <= LAST_KEYWORD ) {

	crt_lex_token = lex_identifier ;

    }

		    }

		    {

			switch (CURRENT_TERMINAL) {

			  case 1:

			    {

				{

    XI409 = crt_token->pp_data.id.use ;

				}

				ADVANCE_LEXER;

			    }

			    break;

			  case 3:

			    {

				{

    XI409 = crt_token->pp_data.id.use ;

				}

				ADVANCE_LEXER;

			    }

			    break;

			  case 4:

			    {

				{

    XI409 = crt_token->pp_data.id.use ;

				}

				ADVANCE_LEXER;

			    }

			    break;

			  case 2:

			    {

				{

    XI409 = crt_token->pp_data.id.use ;

				}

				ADVANCE_LEXER;

			    }

			    break;

			  default:

			    goto XL1;

			}

		    }

		}

		break;

	      default:

		goto XL1;

	    }

	  XL2:;

	}

	{

	    {

		switch (CURRENT_TERMINAL) {

		  case 51:

		    break;

		  default:

		    goto XL1;

		}

		ADVANCE_LEXER;

	    }

	}

	{

    int t = crt_lex_token ;

    if ( t >= FIRST_KEYWORD && t <= LAST_KEYWORD ) {

	crt_lex_token = lex_identifier ;

    }

	}

	{

	    switch (CURRENT_TERMINAL) {

	      case 59:

		{

		    ADVANCE_LEXER;

		    {

    HASHID nm = lookup_anon () ;

    (XI444) = DEREF_id ( hashid_id ( nm ) ) ;

    crt_id_qualifier = qual_none ;

    qual_namespace = NULL_nspace ;

		    }

		}

		break;

	      case 1: case 2: case 3: case 4:

		{

		    {

			switch (CURRENT_TERMINAL) {

			  case 1:

			    {

				{

    XI444 = crt_token->pp_data.id.use ;

				}

				ADVANCE_LEXER;

			    }

			    break;

			  case 3:

			    {

				{

    XI444 = crt_token->pp_data.id.use ;

				}

				ADVANCE_LEXER;

			    }

			    break;

			  case 4:

			    {

				{

    XI444 = crt_token->pp_data.id.use ;

				}

				ADVANCE_LEXER;

			    }

			    break;

			  case 2:

			    {

				{

    XI444 = crt_token->pp_data.id.use ;

				}

				ADVANCE_LEXER;

			    }

			    break;

			  default:

			    goto XL1;

			}

		    }

		}

		break;

	      default:

		{

		    XI444 = XI409;

		}

		break;

	    }

	}

	{

    IGNORE make_token_decl ( (XI400), (XI397), (XI409), (XI444) ) ;

	}

    }

    return;

  XL1:;

    SAVE_LEXER (354);

    return;

}

void

XR779 PROTO_N ((XI777, XO778))

  PROTO_T (IDENTIFIER XI777 X IDENTIFIER *XO778)

{

    IDENTIFIER XI778;

  XL2_779:;

    switch (CURRENT_TERMINAL) {

      case 46:

	{

	    IDENTIFIER XI472;

	    IDENTIFIER XI375;

	    ADVANCE_LEXER;

	    {

    int t = crt_lex_token ;

    if ( t >= FIRST_KEYWORD && t <= LAST_KEYWORD ) {

	crt_lex_token = lex_identifier ;

    }

	    }

	    {

		switch (CURRENT_TERMINAL) {

		  case 1:

		    {

			{

    XI472 = crt_token->pp_data.id.use ;

			}

			ADVANCE_LEXER;

		    }

		    break;

		  case 3:

		    {

			{

    XI472 = crt_token->pp_data.id.use ;

			}

			ADVANCE_LEXER;

		    }

		    break;

		  case 4:

		    {

			{

    XI472 = crt_token->pp_data.id.use ;

			}

			ADVANCE_LEXER;

		    }

		    break;

		  case 2:

		    {

			{

    XI472 = crt_token->pp_data.id.use ;

			}

			ADVANCE_LEXER;

		    }

		    break;

		  default:

		    goto XL1;

		}

	    }

	    {

    (XI375) = find_mem_token ( (XI777), (XI472) ) ;

	    }

	    XI777 = XI375;

	    goto XL2_779;

	}

	/*UNREACHED*/

      default:

	{

	    XI778 = XI777;

	}

	break;

      case 354:

	return;

    }

    goto XL0;

  XL1:;

    SAVE_LEXER (354);

    return;

  XL0:;

    *XO778 = XI778;

}

void

XR781 PROTO_N ((XI708))

  PROTO_T (int *XI708)

{

    switch (CURRENT_TERMINAL) {

      case 178:

	{

	    int XI377;

	    ADVANCE_LEXER;

	    XR739 (&XI377);

	    if ((CURRENT_TERMINAL) == 354) {

		RESTORE_LEXER;

		goto XL1;

	    }

	    {

    set_error_sev ( (*XI708), (XI377) ) ;

	    }

	}

	break;

      case 172: case 204: case 270: case 271: case 330:

	{

	    int XI377;

	    XR509 (&XI377);

	    if ((CURRENT_TERMINAL) == 354) {

		RESTORE_LEXER;

		goto XL1;

	    }

	    {

    set_error_sev ( (*XI708), (XI377) ) ;

	    }

	}

	break;

      case 354:

	return;

      default:

	goto XL1;

    }

    return;

  XL1:;

    SAVE_LEXER (354);

    return;

}

void

XR782 PROTO_Z ()

{

    switch (CURRENT_TERMINAL) {

      case 261:

	{

	    IDENTIFIER XI375;

	    ADVANCE_LEXER;

	    switch (CURRENT_TERMINAL) {

	      case 212:

		break;

	      default:

		goto XL1;

	    }

	    ADVANCE_LEXER;

	    {

    int t = crt_lex_token ;

    if ( t >= FIRST_KEYWORD && t <= LAST_KEYWORD ) {

	crt_lex_token = lex_identifier ;

    }

	    }

	    {

		switch (CURRENT_TERMINAL) {

		  case 1:

		    {

			{

    XI375 = crt_token->pp_data.id.use ;

			}

			ADVANCE_LEXER;

		    }

		    break;

		  case 3:

		    {

			{

    XI375 = crt_token->pp_data.id.use ;

			}

			ADVANCE_LEXER;

		    }

		    break;

		  case 4:

		    {

			{

    XI375 = crt_token->pp_data.id.use ;

			}

			ADVANCE_LEXER;

		    }

		    break;

		  case 2:

		    {

			{

    XI375 = crt_token->pp_data.id.use ;

			}

			ADVANCE_LEXER;

		    }

		    break;

		  default:

		    goto XL1;

		}

	    }

	    {

    begin_option ( (XI375) ) ;

	    }

	}

	break;

      default:

	{

	    IDENTIFIER XI375;

	    {

    (XI375) = NULL_id ;

    crt_id_qualifier = qual_none ;

    qual_namespace = NULL_nspace ;

	    }

	    {

    begin_option ( (XI375) ) ;

	    }

	}

	break;

      case 354:

	return;

    }

    return;

  XL1:;

    SAVE_LEXER (354);

    return;

}

void

XR783 PROTO_Z ()

{

    switch (CURRENT_TERMINAL) {

      case 210:

	{

	    ADVANCE_LEXER;

	    {

    IGNORE end_decl_block ( NULL_id, 1 ) ;

	    }

	}

	break;

      case 1: case 2: case 3: case 4:

	{

	    IDENTIFIER XI375;

	    {

    int t = crt_lex_token ;

    if ( t >= FIRST_KEYWORD && t <= LAST_KEYWORD ) {

	crt_lex_token = lex_identifier ;

    }

	    }

	    {

		switch (CURRENT_TERMINAL) {

		  case 1:

		    {

			{

    XI375 = crt_token->pp_data.id.use ;

			}

			ADVANCE_LEXER;

		    }

		    break;

		  case 3:

		    {

			{

    XI375 = crt_token->pp_data.id.use ;

			}

			ADVANCE_LEXER;

		    }

		    break;

		  case 4:

		    {

			{

    XI375 = crt_token->pp_data.id.use ;

			}

			ADVANCE_LEXER;

		    }

		    break;

		  case 2:

		    {

			{

    XI375 = crt_token->pp_data.id.use ;

			}

			ADVANCE_LEXER;

		    }

		    break;

		  default:

		    goto XL1;

		}

	    }

	    switch (CURRENT_TERMINAL) {

	      case 181:

		break;

	      default:

		goto XL1;

	    }

	    ADVANCE_LEXER;

	    {

    begin_decl_block ( (XI375) ) ;

	    }

	}

	break;

      case 354:

	return;

      default:

	goto XL1;

    }