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└─⟦85b835f43⟧ Bits:30000549 8mm tape, Rational 1000, Xlib rev 6.00
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TextFile

with Xlbt_Arithmetic;  
use Xlbt_Arithmetic;  
with Xlbt_Exceptions;  
use Xlbt_Exceptions;  
with Xlbt_Key;  
use Xlbt_Key;  
with Xlbt_Rm3;  
use Xlbt_Rm3;  
with Xlbt_String;  
use Xlbt_String;

with Xlbp_Proc_Var;  
use Xlbp_Proc_Var;  
with Xlbp_Rm_Name;  
use Xlbp_Rm_Name;

with Xlbmt_Network_Types;  
use Xlbmt_Network_Types;

with Xlbit_Library3;  
use Xlbit_Library3;  
with Xlbit_Library4;  
use Xlbit_Library4;

with Xlbip_Base_Converters;  
use Xlbip_Base_Converters;  
with Xlbip_Default_Proc_Vars;  
use Xlbip_Default_Proc_Vars;

pragma Elaborate (Xlbp_Proc_Var);  
pragma Elaborate (Xlbit_Library3);

package body Xlbit_Library2 is
------------------------------------------------------------------------------
-- X Library Internal State
--
-- Xlbit_Library2 - Library State - No packages have any non-constant state
-- other than this set of packages.
------------------------------------------------------------------------------
-- Copyright 1989 - 1991 by Rational, Santa Clara, California.
-- Copyright 1985 - 1989 by the Massachusetts Institute of Technology
--
--                  All Rights Reserved.
--
-- Permission to use, copy, modify, and distribute this software and its
-- documentation for any purpose and without fee is hereby granted,
-- provided that the above copyright notice(s) appear in all copies and that
-- both that copyright notice(s) and this permission notice appear in
-- supporting documentation, and that the names of MIT or Rational not be
-- used in advertising or publicity pertaining to distribution of the software
-- without specific, written prior permission.
--
-- MIT and Rational disclaim all warranties with regard to this software,
-- including all implied warranties of merchantability and fitness, in no
-- event shall MIT or Rational be liable for any special, indirect or
-- consequential damages or any damages whatsoever resulting from loss of use,
-- data or profits, whether in an action of contract, negligence or other
-- tortious action, arising out of or in connection with the use or performance
-- of this software.
------------------------------------------------------------------------------

--     function Default_X_Rm_Converter_Error_Type is
--        new Proc_Var_X_Rm_Converter_Error.Value (Default_X_Rm_Converter_Error);
--
--     function Default_X_Rm_No_Converter_Error_Type is
--        new Proc_Var_X_Rm_Converter_Error.Value
--               (Default_X_Rm_No_Converter_Error);
--

--\f

    procedure New_X_Library is
------------------------------------------------------------------------------
----Called to initialize a new instance of the X_Library structure.  This is
--  used to contain all of the state common to a group of X_Display's.
--
-- This code resides in Xlbit_Library2 instead of in Xlbit_Library3 as a means
-- of eliminating circular elaboration dependencies.  This code cannot
-- elaborate until Xlbp_Proc_Var elaborates which depends upon the Spec and
-- Body of Xlbt_Proc_Var which depends upon the spec of Xlbit_Library3.
------------------------------------------------------------------------------
    begin

----Set the various default values for some of the procedure variables.

--         X_Lib_Rm_Conversion_Error := Proc_Var_X_Rm_Converter_Error.From_Pv
--                                         (Default_X_Rm_Converter_Error_Type);
--         X_Lib_Rm_No_Converter     := Proc_Var_X_Rm_Converter_Error.From_Pv
--                                         (Default_X_Rm_No_Converter_Error_Type);
--
--         X_Lib_Default_X_Rm_Converter_Error    := X_Lib.Rm_Conversion_Error;
--         X_Lib_Default_X_Rm_No_Converter_Error := X_Lib.Rm_No_Converter;

----Determine our Endian'ness.  Are we Big Endian or Little Endian?

        declare  
            Indian_Long  : S_Long := 1;  
            Indian_Array : X_Raw_Data_Array (1 .. S_Long'Size / 8);  
        begin  
            To_Raw (Indian_Array, Indian_Long);  
            if Indian_Array (Indian_Array'First) = 1 then  
                X_Lib_Indian :=  
                   'l';      -- 1 in low addressed byte; we are small endian
            else  
                X_Lib_Indian :=  
                   'B';      -- 1 in high addressed byte; we are big endian
                if Indian_Array (Indian_Array'Last) /= 1 then  
                    raise X_Library_Confusion;  
                end if;  
            end if;  
        end;

----Init our X_Rm_Quark "constants".

        declare  
            Map : X_Rm_Quark_Map.Map;  
        begin  
            X_Lib.Seize_Quark_Map (Map);  
            X_Rm_Quark_Map.New_Map (Map);  
            X_Lib.Release_Quark_Map (Map);  
        end;  
        X_Lib_X_Rm_R_String := X_Rm_String_To_Representation ("String");

    end New_X_Library;

--\f

begin

    New_X_Library;

end Xlbit_Library2;