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Length: 21504 (0x5400)
Types: Ada Source
Notes: 03_class, FILE, R1k_Segment, e3_tag, package Xlbit_Library3, seg_004f2f
└─⟦8527c1e9b⟧ Bits:30000544 8mm tape, Rational 1000, Arrival backup of disks in PAM's R1000
└─ ⟦cfc2e13cd⟧ »Space Info Vol 2«
└─⟦this⟧
with Xlbt_Arithmetic;
use Xlbt_Arithmetic;
with Xlbt_Display3;
use Xlbt_Display3;
with Xlbt_Proc_Var;
use Xlbt_Proc_Var;
with Xlbt_Rm3;
use Xlbt_Rm3;
package Xlbit_Library3 is
------------------------------------------------------------------------------
-- X Library Internal State
--
-- Xlbit_Library3 - 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.
------------------------------------------------------------------------------
-- ****************************************************************************
-- * Date - /Name/ Comment
-- *
-- * 6-NOV-90 - /GEB/ Implement the new multitasking protection scheme for
-- * - library state.
-- ****************************************************************************
--/ if Multitask_Locking then
-- Multi-tasking capability *has* been turned on.
--/ else
--// -- Multi-tasking capability has *not* been turned on.
--/ end if;
--\x0c
------------------------------------------------------------------------------
-- X_Lib - Multitasking protected X_Library state.
------------------------------------------------------------------------------
--/ if Multitask_Locking then
task X_Lib is
--/ else
--//
--// package x_lib is
--//
--/ end if;
--/ if Multitask_Locking then
entry Get_Authorization (Authorization_Name : out U_Char_List;
Authorization_Data : out U_Char_List);
entry Set_Authorization (Authorization_Name : U_Char_List;
Authorization_Data : U_Char_List);
--/ else
--// procedure Get_Authorization (Authorization_Name : out U_Char_List;
--// Authorization_Data : out U_Char_List);
--// procedure Set_Authorization (Authorization_Name : U_Char_List;
--// Authorization_Data : U_Char_List);
--/ end if;
------------------------------------------------------------------------------
-- Authorization_Name - Specifies/Receives the authorization name to use
-- Authorization_Data - Specifies/Receives the authorization data to use
--
-- Gets/Sets the data used when connecting to a server. It is used to authorize
-- access to the server. Values of None_U_Char_List mean that we use the
-- default mechanisms and default data. Typically this is the "xhost"
-- method.
------------------------------------------------------------------------------
--/ if Multitask_Locking then
entry Get_Debug (On_Off : out Boolean);
entry Set_Debug (On_Off : Boolean);
--/ else
--// procedure Get_Debug (On_Off : out Boolean);
--// procedure Set_Debug (On_Off : Boolean);
--/ end if;
------------------------------------------------------------------------------
-- On_Off - Specifies TRUE to turn synchronization on.
--
-- Turn on/off special debug/synchronization code. When a new display is
-- opened, it will have synchronization turned on by default if this flag has
-- been previously set to true.
------------------------------------------------------------------------------
--/ if Multitask_Locking then
entry Add_Display (Display : X_Display);
entry Remove_Display (Display : X_Display);
--/ else
--// procedure Add_Display (Display : X_Display);
--// procedure Remove_Display (Display : X_Display);
--/ end if;
------------------------------------------------------------------------------
-- Display - Specifies the display to affect
--
-- Adds a new display to the library's list of open displays or else removes
-- a display from that list. This is used to give displays a unique number
-- that can be used with the RM as "contexts" for display-specific
-- values that aren't entered into a display-specific database.
------------------------------------------------------------------------------
--/ if Multitask_Locking then
entry Get_Report_Error (Proc : out X_Procedure_Variable);
entry Set_Report_Error (Proc : X_Procedure_Variable;
Old_Proc : out X_Procedure_Variable);
--/ else
--// procedure Get_Report_Error (Proc : out X_Procedure_Variable);
--// procedure Set_Report_Error (Proc : X_Procedure_Variable;
--// Old_Proc : out X_Procedure_Variable);
--/ end if;
------------------------------------------------------------------------------
-- Proc - Specifies/Receives the procedure to use; a value of
-- None_X_Procedure_Variable restores the library default
-- value for this procedure.
-- Old_Proc - Receives the previous procedure setting.
--
-- Actaul type of Proc is X_Report_Error.Pv.
--
-- Report_Error is the lowest level error reporter, and is
-- called by all of the default higher level reporters. It is used to format
-- error messages and to send them to the appropriate file/device/terminal.
-- Messages should not be assumed to be fatal conditions.
------------------------------------------------------------------------------
--/ if Multitask_Locking then
entry Get_Error (Display : X_Display;
Proc : out X_Procedure_Variable);
entry Set_Error (Display : X_Display;
Proc : X_Procedure_Variable;
Old_Proc : out X_Procedure_Variable;
All_Displays : Boolean := True);
--/ else
--// procedure Get_Error (Display : X_Display;
--// Proc : out X_Procedure_Variable);
--// procedure Set_Error (Display : X_Display;
--// Proc : X_Procedure_Variable;
--// Old_Proc : out X_Procedure_Variable;
--// All_Displays : Boolean := True);
--/ end if;
------------------------------------------------------------------------------
-- Display - Specifies a display to use
-- Proc - Specifies/Receives the procedure to use; a value of
-- None_X_Procedure_Variable restores the library default
-- value for this procedure.
-- Old_Proc - Receives the previous procedure setting.
-- All_Displays - Specifies TRUE to set a global default
--
-- Actaul type of Proc is X_Error_Function.Pv.
--
-- The Error procedure will be called whenever an error event is received.
-- This is not assumed to be a fatal condition, i.e., it is acceptable for
-- this procedure to return. However, Error should NOT perform any operations
-- (directly or indirectly) on any X_Display.
--
-- All_Displays => True means that we are setting the global default value.
-- All_Displays => False means we are setting this display's default value.
------------------------------------------------------------------------------
--/ if Multitask_Locking then
entry Seize_Display_List (Display : out X_Display);
entry Release_Display_List;
--/ else
--// procedure Seize_Display_List (Display : out X_Display);
--// procedure Release_Display_List;
--/ end if;
------------------------------------------------------------------------------
-- Display - Receives the display list.
--
-- Called to Seize the list of all currently open displays. While this list
-- is Seized, no displays can be opened or closed. Be sure to Release it.
-- Do not modify the list in any way.
------------------------------------------------------------------------------
--/ if Multitask_Locking then
entry Get_Io_Error (Display : X_Display;
Proc : out X_Procedure_Variable);
entry Set_Io_Error (Display : X_Display;
Proc : X_Procedure_Variable;
Old_Proc : out X_Procedure_Variable;
All_Displays : Boolean := True);
--/ else
--// procedure Get_Io_Error (Display : X_Display;
--// Proc : out X_Procedure_Variable);
--// procedure Set_Io_Error (Display : X_Display;
--// Proc : X_Procedure_Variable;
--// Old_Proc : out X_Procedure_Variable;
--// All_Displays : Boolean := True);
--/ end if;
------------------------------------------------------------------------------
-- Display - Specifies a display to use
-- Proc - Specifies/Receives the procedure to use; a value of
-- None_X_Procedure_Variable restores the library default
-- value for this procedure.
-- Old_Proc - Receives the previous procedure setting.
-- All_Displays - Specifies TRUE to set a global default
--
-- Actaul type of Proc is X_Io_Error_Function.Pv.
--
-- The IO_Error procedure will be called if any sort of network error occurs.
-- This is assumed to be a fatal condition, i.e., IO_Error should not return.
-- It should abort the program or raise an exception. In a multitasking
-- program it should presumably raise an exception.
--
-- All_Displays => True means that we are setting the global default value.
-- All_Displays => False means we are setting this display's default value.
------------------------------------------------------------------------------
--/ if Multitask_Locking then
entry Seize_Quark_Map (Map : out X_Rm_Quark_Map.Map);
entry Release_Quark_Map (Map : in out X_Rm_Quark_Map.Map);
--/ else
--// procedure Seize_Quark_Map (Map : out X_Rm_Quark_Map.Map);
--// procedure Release_Quark_Map (Map : in out X_Rm_Quark_Map.Map);
--/ end if;
------------------------------------------------------------------------------
-- Map - Specifies/Receives the quark map for the library
--
-- Map of all known Quarks. All displays share the same set of quark values.
-- Seize the map, use it in some way, and then Release it. Whatever you
-- Release will become the new map for all displays.
------------------------------------------------------------------------------
--/ if Multitask_Locking then
entry Get_Next_Quark (Quark : out X_Rm_Quark);
entry Set_Next_Quark (Quark : X_Rm_Quark);
--/ else
--// procedure Get_Next_Quark (Quark : out X_Rm_Quark);
--// procedure Set_Next_Quark (Quark : X_Rm_Quark);
--/ end if;
------------------------------------------------------------------------------
-- Quark - Specifies/Receives the new quark value
--
-- Used to generate new quark values. The Set interface is only for debugging
-- and library testing.
------------------------------------------------------------------------------
--/ if Multitask_Locking then
entry Seize_Resource_Quarks (List : out X_Rm_Quark_Bit_List);
entry Release_Resource_Quarks (List : in out X_Rm_Quark_Bit_List);
--/ else
--// procedure Seize_Resource_Quarks (List : out X_Rm_Quark_Bit_List);
--// procedure Release_Resource_Quarks (List : in out X_Rm_Quark_Bit_List);
--/ end if;
------------------------------------------------------------------------------
-- List - Specifies/Receives the boolean array of known resource quarks
--
-- Used by the RM to optimize resource lookup. Seize the list, modify it,
-- then Release it so that others can use the modified/reallocated list.
------------------------------------------------------------------------------
-- entry Get_Rm_Conversion_Error (Display : X_Display;
-- Proc : out X_Procedure_Variable);
-- entry Set_Rm_Conversion_Error (Display : X_Display;
-- Proc : X_Procedure_Variable;
-- Old_Proc : out X_Procedure_Variable;
-- All_Displays : Boolean := True);
-- ------------------------------------------------------------------------------
-- -- Display - Specifies a display to use
-- -- Proc - Specifies/Receives the procedure to use; a value of
-- -- None_X_Procedure_Variable restores the library default
-- -- value for this procedure.
-- -- Old_Proc - Receives the previous procedure setting.
-- -- All_Displays - Specifies TRUE to set a global default
-- --
-- -- Actaul type of Proc is X_Rm_Converter_Error.Pv.
-- --
-- -- The Rm_Conversion_Error procedure is called whenever a conversion routine
-- -- fails. Presumably the From value is invalid or does not map into a To
-- -- value.
-- --
-- -- All_Displays => True means that we are setting the global default value.
-- -- All_Displays => False means we are setting this display's default value.
-- ------------------------------------------------------------------------------
--
-- entry Get_Rm_No_Converter (Display : X_Display;
-- Proc : out X_Procedure_Variable);
-- entry Set_Rm_No_Converter (Display : X_Display;
-- Proc : X_Procedure_Variable;
-- Old_Proc : out X_Procedure_Variable;
-- All_Displays : Boolean := True);
-- ------------------------------------------------------------------------------
-- -- Display - Specifies a display to use
-- -- Proc - Specifies/Receives the procedure to use; a value of
-- -- None_X_Procedure_Variable restores the library default
-- -- value for this procedure.
-- -- Old_Proc - Receives the previous procedure setting.
-- -- All_Displays - Specifies TRUE to set a global default
-- --
-- -- Actaul type of Proc is X_Rm_Converter_Error.Pv.
-- --
-- -- The Rm_No_Converter procedure is called whenever we need to make a conversion
-- -- but there is no routine registered to perform it.
-- --
-- -- All_Displays => True means that we are setting the global default value.
-- -- All_Displays => False means we are setting this display's default value.
-- ------------------------------------------------------------------------------
--
-- entry Seize_Rm_Converter_Table (Table : out X_Rm_Converter_List);
-- entry Release_Rm_Converter_Table (Table : in out X_Rm_Converter_List);
-- ----Cache of all registered RM type conversion routines.
--
end X_Lib;
--\x0c
end Xlbit_Library3;
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[0x09] rec0=14 rec1=00 rec2=09 rec3=086
[0x0a] rec0=11 rec1=00 rec2=0a rec3=08c
[0x0b] rec0=13 rec1=00 rec2=0b rec3=020
[0x0c] rec0=15 rec1=00 rec2=0c rec3=00c
[0x0d] rec0=00 rec1=00 rec2=13 rec3=004
[0x0e] rec0=14 rec1=00 rec2=0d rec3=010
[0x0f] rec0=00 rec1=00 rec2=12 rec3=004
[0x10] rec0=0e rec1=00 rec2=0e rec3=01e
[0x11] rec0=12 rec1=00 rec2=0f rec3=056
[0x12] rec0=11 rec1=00 rec2=10 rec3=034
[0x13] rec0=0a rec1=00 rec2=11 rec3=000
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