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--
-- DUMMY_RTEMS / SPECIFICATION
--
-- DESCRIPTION:
--
-- This package contains implementation of stub routines
-- which are used to time the invocation overhead incurred
-- with an Ada application program invokes each RTEMS directive.
--
-- DEPENDENCIES:
--
--
--
-- COPYRIGHT (c) 1989-2009.
-- On-Line Applications Research Corporation (OAR).
--
-- The license and distribution terms for this file may in
-- the file LICENSE in this distribution or at
-- http://www.rtems.org/license/LICENSE.
--
package body DUMMY_RTEMS is
-- Task Manager
procedure TASK_CREATE (
NAME : in RTEMS.NAME;
INITIAL_PRIORITY : in RTEMS.TASKS.PRIORITY;
STACK_SIZE : in RTEMS.UNSIGNED32;
INITIAL_MODES : in RTEMS.MODE;
ATTRIBUTE_SET : in RTEMS.ATTRIBUTE;
ID : out RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(NAME);
pragma Unreferenced(INITIAL_PRIORITY);
pragma Unreferenced(STACK_SIZE);
pragma Unreferenced(INITIAL_MODES);
pragma Unreferenced(ATTRIBUTE_SET);
begin
ID := 0;
RESULT := RTEMS.SUCCESSFUL;
end TASK_CREATE;
procedure TASK_IDENT (
NAME : in RTEMS.NAME;
NODE : in RTEMS.UNSIGNED32;
ID : out RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(NAME);
pragma Unreferenced(NODE);
begin
ID := 0;
RESULT := RTEMS.SUCCESSFUL;
end TASK_IDENT;
procedure TASK_START (
ID : in RTEMS.ID;
ENTRY_POINT : in RTEMS.TASKS.ENTRY_POINT;
ARGUMENT : in RTEMS.UNSIGNED32;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
pragma Unreferenced(ENTRY_POINT);
pragma Unreferenced(ARGUMENT);
begin
RESULT := RTEMS.SUCCESSFUL;
end TASK_START;
procedure TASK_RESTART (
ID : in RTEMS.ID;
ARGUMENT : in RTEMS.UNSIGNED32;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
pragma Unreferenced(ARGUMENT);
begin
RESULT := RTEMS.SUCCESSFUL;
end TASK_RESTART;
procedure TASK_DELETE (
ID : in RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
begin
RESULT := RTEMS.SUCCESSFUL;
end TASK_DELETE;
procedure TASK_SUSPEND (
ID : in RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
begin
RESULT := RTEMS.SUCCESSFUL;
end TASK_SUSPEND;
procedure TASK_RESUME (
ID : in RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
begin
RESULT := RTEMS.SUCCESSFUL;
end TASK_RESUME;
procedure TASK_SET_PRIORITY (
ID : in RTEMS.ID;
NEW_PRIORITY : in RTEMS.TASKS.PRIORITY;
OLD_PRIORITY : out RTEMS.TASKS.PRIORITY;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
pragma Unreferenced(NEW_PRIORITY);
begin
OLD_PRIORITY := 0;
RESULT := RTEMS.SUCCESSFUL;
end TASK_SET_PRIORITY;
procedure TASK_MODE (
MODE_SET : in RTEMS.MODE;
MASK : in RTEMS.MODE;
PREVIOUS_MODE_SET : out RTEMS.MODE;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(MODE_SET);
pragma Unreferenced(MASK);
begin
PREVIOUS_MODE_SET := 0;
RESULT := RTEMS.SUCCESSFUL;
end TASK_MODE;
procedure TASK_GET_NOTE (
ID : in RTEMS.ID;
NOTEPAD : in RTEMS.NOTEPAD_INDEX;
NOTE : out RTEMS.UNSIGNED32;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
pragma Unreferenced(NOTEPAD);
begin
NOTE := 0;
RESULT := RTEMS.SUCCESSFUL;
end TASK_GET_NOTE;
procedure TASK_SET_NOTE (
ID : in RTEMS.ID;
NOTEPAD : in RTEMS.NOTEPAD_INDEX;
NOTE : in RTEMS.UNSIGNED32;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
pragma Unreferenced(NOTEPAD);
pragma Unreferenced(NOTE);
begin
RESULT := RTEMS.SUCCESSFUL;
end TASK_SET_NOTE;
procedure TASK_WAKE_WHEN (
TIME_BUFFER : in RTEMS.TIME_OF_DAY;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(TIME_BUFFER);
begin
RESULT := RTEMS.SUCCESSFUL;
end TASK_WAKE_WHEN;
procedure TASK_WAKE_AFTER (
TICKS : in RTEMS.INTERVAL;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(TICKS);
begin
RESULT := RTEMS.SUCCESSFUL;
end TASK_WAKE_AFTER;
-- Interrupt Manager
-- procedure INTERRUPT_CATCH (
-- NEW_ISR_HANDLER : in RTEMS.ADDRESS;
-- VECTOR : in RTEMS.VECTOR_NUMBER;
-- OLD_ISR_HANDLER : out RTEMS.ADDRESS;
-- RESULT : out RTEMS.STATUS_CODES
-- ) is
-- begin
--
-- OLD_ISR_HANDLER := RTEMS.Null_Address;
-- RESULT := RTEMS.SUCCESSFUL;
--
-- end INTERRUPT_CATCH;
-- Clock Manager
procedure CLOCK_GET (
OPTION : in RTEMS.CLOCK.GET_OPTIONS;
TIME_BUFFER : in RTEMS.ADDRESS;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(OPTION);
pragma Unreferenced(TIME_BUFFER);
begin
RESULT := RTEMS.SUCCESSFUL;
end CLOCK_GET;
procedure CLOCK_SET (
TIME_BUFFER : in RTEMS.TIME_OF_DAY;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(TIME_BUFFER);
begin
RESULT := RTEMS.SUCCESSFUL;
end CLOCK_SET;
procedure CLOCK_TICK (
RESULT : out RTEMS.STATUS_CODES
) is
begin
RESULT := RTEMS.SUCCESSFUL;
end CLOCK_TICK;
-- Timer Manager
procedure TIMER_CREATE (
NAME : in RTEMS.NAME;
ID : out RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(NAME);
begin
ID := 0;
RESULT := RTEMS.SUCCESSFUL;
end TIMER_CREATE;
procedure TIMER_DELETE (
ID : in RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
begin
RESULT := RTEMS.SUCCESSFUL;
end TIMER_DELETE;
procedure TIMER_IDENT (
NAME : in RTEMS.NAME;
ID : out RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(NAME);
begin
ID := 0;
RESULT := RTEMS.SUCCESSFUL;
end TIMER_IDENT;
procedure TIMER_FIRE_AFTER (
ID : in RTEMS.ID;
TICKS : in RTEMS.INTERVAL;
ROUTINE : in RTEMS.TIMER.SERVICE_ROUTINE;
USER_DATA : in RTEMS.ADDRESS;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
pragma Unreferenced(TICKS);
pragma Unreferenced(ROUTINE);
pragma Unreferenced(USER_DATA);
begin
RESULT := RTEMS.SUCCESSFUL;
end TIMER_FIRE_AFTER;
procedure TIMER_FIRE_WHEN (
ID : in RTEMS.ID;
WALL_TIME : in RTEMS.TIME_OF_DAY;
ROUTINE : in RTEMS.TIMER.SERVICE_ROUTINE;
USER_DATA : in RTEMS.ADDRESS;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
pragma Unreferenced(WALL_TIME);
pragma Unreferenced(ROUTINE);
pragma Unreferenced(USER_DATA);
begin
RESULT := RTEMS.SUCCESSFUL;
end TIMER_FIRE_WHEN;
procedure TIMER_RESET (
ID : in RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
begin
RESULT := RTEMS.SUCCESSFUL;
end TIMER_RESET;
procedure TIMER_CANCEL (
ID : in RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
begin
RESULT := RTEMS.SUCCESSFUL;
end TIMER_CANCEL;
-- Semaphore Manager
procedure SEMAPHORE_CREATE (
NAME : in RTEMS.NAME;
COUNT : in RTEMS.UNSIGNED32;
ATTRIBUTE_SET : in RTEMS.ATTRIBUTE;
PRIORITY_CEILING : in RTEMS.TASKS.PRIORITY;
ID : out RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(NAME);
pragma Unreferenced(COUNT);
pragma Unreferenced(ATTRIBUTE_SET);
pragma Unreferenced(PRIORITY_CEILING);
begin
ID := 0;
RESULT := RTEMS.SUCCESSFUL;
end SEMAPHORE_CREATE;
procedure SEMAPHORE_DELETE (
ID : in RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
begin
RESULT := RTEMS.SUCCESSFUL;
end SEMAPHORE_DELETE;
procedure SEMAPHORE_IDENT (
NAME : in RTEMS.NAME;
NODE : in RTEMS.UNSIGNED32;
ID : out RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(NAME);
pragma Unreferenced(NODE);
begin
ID := 0;
RESULT := RTEMS.SUCCESSFUL;
end SEMAPHORE_IDENT;
procedure SEMAPHORE_OBTAIN (
ID : in RTEMS.ID;
OPTION_SET : in RTEMS.OPTION;
TIMEOUT : in RTEMS.INTERVAL;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
pragma Unreferenced(OPTION_SET);
pragma Unreferenced(TIMEOUT);
begin
RESULT := RTEMS.SUCCESSFUL;
end SEMAPHORE_OBTAIN;
procedure SEMAPHORE_RELEASE (
ID : in RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
begin
RESULT := RTEMS.SUCCESSFUL;
end SEMAPHORE_RELEASE;
-- Message Queue Manager
procedure MESSAGE_QUEUE_CREATE (
Name : in RTEMS.Name;
Count : in RTEMS.Unsigned32;
Max_Message_Size : in RTEMS.Unsigned32;
Attribute_Set : in RTEMS.Attribute;
ID : out RTEMS.ID;
Result : out RTEMS.Status_Codes
) is
pragma Unreferenced(Name);
pragma Unreferenced(Count);
pragma Unreferenced(Max_Message_Size);
pragma Unreferenced(Attribute_Set);
begin
ID := 0;
RESULT := RTEMS.SUCCESSFUL;
end MESSAGE_QUEUE_CREATE;
procedure MESSAGE_QUEUE_IDENT (
NAME : in RTEMS.NAME;
NODE : in RTEMS.UNSIGNED32;
ID : out RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(NAME);
pragma Unreferenced(NODE);
begin
ID := 0;
RESULT := RTEMS.SUCCESSFUL;
end MESSAGE_QUEUE_IDENT;
procedure MESSAGE_QUEUE_DELETE (
ID : in RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
begin
RESULT := RTEMS.SUCCESSFUL;
end MESSAGE_QUEUE_DELETE;
procedure MESSAGE_QUEUE_SEND (
ID : in RTEMS.ID;
BUFFER : in RTEMS.ADDRESS;
Size : in RTEMS.Unsigned32;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
pragma Unreferenced(BUFFER);
pragma Unreferenced(Size);
begin
RESULT := RTEMS.SUCCESSFUL;
end MESSAGE_QUEUE_SEND;
procedure MESSAGE_QUEUE_URGENT (
ID : in RTEMS.ID;
BUFFER : in RTEMS.ADDRESS;
Size : in RTEMS.Unsigned32;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
pragma Unreferenced(BUFFER);
pragma Unreferenced(Size);
begin
RESULT := RTEMS.SUCCESSFUL;
end MESSAGE_QUEUE_URGENT;
procedure MESSAGE_QUEUE_BROADCAST (
ID : in RTEMS.ID;
BUFFER : in RTEMS.ADDRESS;
Size : in RTEMS.Unsigned32;
COUNT : out RTEMS.UNSIGNED32;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
pragma Unreferenced(BUFFER);
pragma Unreferenced(Size);
begin
COUNT := 0;
RESULT := RTEMS.SUCCESSFUL;
end MESSAGE_QUEUE_BROADCAST;
procedure MESSAGE_QUEUE_RECEIVE (
ID : in RTEMS.ID;
BUFFER : in RTEMS.ADDRESS;
OPTION_SET : in RTEMS.OPTION;
TIMEOUT : in RTEMS.INTERVAL;
Size : out RTEMS.Unsigned32;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
pragma Unreferenced(BUFFER);
pragma Unreferenced(OPTION_SET);
pragma Unreferenced(TIMEOUT);
begin
Size := 0;
RESULT := RTEMS.SUCCESSFUL;
end MESSAGE_QUEUE_RECEIVE;
procedure MESSAGE_QUEUE_FLUSH (
ID : in RTEMS.ID;
COUNT : out RTEMS.UNSIGNED32;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
begin
COUNT := 0;
RESULT := RTEMS.SUCCESSFUL;
end MESSAGE_QUEUE_FLUSH;
-- Event Manager
procedure EVENT_SEND (
ID : in RTEMS.ID;
EVENT_IN : in RTEMS.EVENT_SET;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
pragma Unreferenced(EVENT_IN);
begin
RESULT := RTEMS.SUCCESSFUL;
end EVENT_SEND;
procedure EVENT_RECEIVE (
EVENT_IN : in RTEMS.EVENT_SET;
OPTION_SET : in RTEMS.OPTION;
TICKS : in RTEMS.INTERVAL;
EVENT_OUT : out RTEMS.EVENT_SET;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(EVENT_IN);
pragma Unreferenced(OPTION_SET);
pragma Unreferenced(TICKS);
begin
EVENT_OUT := 0;
RESULT := RTEMS.SUCCESSFUL;
end EVENT_RECEIVE;
-- Signal Manager
procedure SIGNAL_CATCH (
ASR_HANDLER : in RTEMS.ASR_HANDLER;
MODE_SET : in RTEMS.MODE;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ASR_HANDLER);
pragma Unreferenced(MODE_SET);
begin
RESULT := RTEMS.SUCCESSFUL;
end SIGNAL_CATCH;
procedure SIGNAL_SEND (
ID : in RTEMS.ID;
SIGNAL_SET : in RTEMS.SIGNAL_SET;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
pragma Unreferenced(SIGNAL_SET);
begin
RESULT := RTEMS.SUCCESSFUL;
end SIGNAL_SEND;
-- Partition Manager
procedure PARTITION_CREATE (
NAME : in RTEMS.NAME;
STARTING_ADDRESS : in RTEMS.ADDRESS;
LENGTH : in RTEMS.UNSIGNED32;
BUFFER_SIZE : in RTEMS.UNSIGNED32;
ATTRIBUTE_SET : in RTEMS.ATTRIBUTE;
ID : out RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(NAME);
pragma Unreferenced(STARTING_ADDRESS);
pragma Unreferenced(LENGTH);
pragma Unreferenced(BUFFER_SIZE);
pragma Unreferenced(ATTRIBUTE_SET);
begin
ID := 0;
RESULT := RTEMS.SUCCESSFUL;
end PARTITION_CREATE;
procedure PARTITION_IDENT (
NAME : in RTEMS.NAME;
NODE : in RTEMS.UNSIGNED32;
ID : out RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(NAME);
pragma Unreferenced(NODE);
begin
ID := 0;
RESULT := RTEMS.SUCCESSFUL;
end PARTITION_IDENT;
procedure PARTITION_DELETE (
ID : in RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
begin
RESULT := RTEMS.SUCCESSFUL;
end PARTITION_DELETE;
procedure PARTITION_GET_BUFFER (
ID : in RTEMS.ID;
BUFFER : out RTEMS.ADDRESS;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
begin
BUFFER := RTEMS.Null_Address;
RESULT := RTEMS.SUCCESSFUL;
end PARTITION_GET_BUFFER;
procedure PARTITION_RETURN_BUFFER (
ID : in RTEMS.ID;
BUFFER : in RTEMS.ADDRESS;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
pragma Unreferenced(BUFFER);
begin
RESULT := RTEMS.SUCCESSFUL;
end PARTITION_RETURN_BUFFER;
-- Region Manager
procedure REGION_CREATE (
NAME : in RTEMS.NAME;
STARTING_ADDRESS : in RTEMS.ADDRESS;
LENGTH : in RTEMS.UNSIGNED32;
PAGE_SIZE : in RTEMS.UNSIGNED32;
ATTRIBUTE_SET : in RTEMS.ATTRIBUTE;
ID : out RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(NAME);
pragma Unreferenced(STARTING_ADDRESS);
pragma Unreferenced(LENGTH);
pragma Unreferenced(PAGE_SIZE);
pragma Unreferenced(ATTRIBUTE_SET);
begin
ID := 0;
RESULT := RTEMS.SUCCESSFUL;
end REGION_CREATE;
procedure REGION_IDENT (
NAME : in RTEMS.NAME;
ID : out RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(NAME);
begin
ID := 0;
RESULT := RTEMS.SUCCESSFUL;
end REGION_IDENT;
procedure REGION_DELETE (
ID : in RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
begin
RESULT := RTEMS.SUCCESSFUL;
end REGION_DELETE;
procedure REGION_GET_SEGMENT (
ID : in RTEMS.ID;
SIZE : in RTEMS.UNSIGNED32;
OPTION_SET : in RTEMS.OPTION;
TIMEOUT : in RTEMS.INTERVAL;
SEGMENT : out RTEMS.ADDRESS;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
pragma Unreferenced(SIZE);
pragma Unreferenced(OPTION_SET);
pragma Unreferenced(TIMEOUT);
begin
SEGMENT := RTEMS.Null_Address;
RESULT := RTEMS.SUCCESSFUL;
end REGION_GET_SEGMENT;
procedure REGION_RETURN_SEGMENT (
ID : in RTEMS.ID;
SEGMENT : in RTEMS.ADDRESS;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
pragma Unreferenced(SEGMENT);
begin
RESULT := RTEMS.SUCCESSFUL;
end REGION_RETURN_SEGMENT;
-- Dual Ported Memory Manager
procedure PORT_CREATE (
NAME : in RTEMS.NAME;
INTERNAL_START : in RTEMS.ADDRESS;
EXTERNAL_START : in RTEMS.ADDRESS;
LENGTH : in RTEMS.UNSIGNED32;
ID : out RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(NAME);
pragma Unreferenced(INTERNAL_START);
pragma Unreferenced(EXTERNAL_START);
pragma Unreferenced(LENGTH);
begin
ID := 0;
RESULT := RTEMS.SUCCESSFUL;
end PORT_CREATE;
procedure PORT_IDENT (
NAME : in RTEMS.NAME;
ID : out RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(NAME);
begin
ID := 0;
RESULT := RTEMS.SUCCESSFUL;
end PORT_IDENT;
procedure PORT_DELETE (
ID : in RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
begin
RESULT := RTEMS.SUCCESSFUL;
end PORT_DELETE;
procedure PORT_EXTERNAL_TO_INTERNAL (
ID : in RTEMS.ID;
EXTERNAL : in RTEMS.ADDRESS;
INTERNAL : out RTEMS.ADDRESS;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
pragma Unreferenced(EXTERNAL);
begin
INTERNAL := RTEMS.Null_Address;
RESULT := RTEMS.SUCCESSFUL;
end PORT_EXTERNAL_TO_INTERNAL;
procedure PORT_INTERNAL_TO_EXTERNAL (
ID : in RTEMS.ID;
INTERNAL : in RTEMS.ADDRESS;
EXTERNAL : out RTEMS.ADDRESS;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
pragma Unreferenced(INTERNAL);
begin
EXTERNAL := RTEMS.Null_Address;
RESULT := RTEMS.SUCCESSFUL;
end PORT_INTERNAL_TO_EXTERNAL;
-- Fatal Error Manager
procedure FATAL_ERROR_OCCURRED (
THE_ERROR : in RTEMS.UNSIGNED32
) is
pragma Unreferenced(THE_ERROR);
begin
NULL;
end FATAL_ERROR_OCCURRED;
-- Rate Monotonic Manager
procedure RATE_MONOTONIC_CREATE (
NAME : in RTEMS.NAME;
ID : out RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(NAME);
begin
ID := 0;
RESULT := RTEMS.SUCCESSFUL;
end RATE_MONOTONIC_CREATE;
procedure RATE_MONOTONIC_IDENT (
NAME : in RTEMS.NAME;
ID : out RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(NAME);
begin
ID := 0;
RESULT := RTEMS.SUCCESSFUL;
end RATE_MONOTONIC_IDENT;
procedure RATE_MONOTONIC_DELETE (
ID : in RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
begin
RESULT := RTEMS.SUCCESSFUL;
end RATE_MONOTONIC_DELETE;
procedure RATE_MONOTONIC_CANCEL (
ID : in RTEMS.ID;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
begin
RESULT := RTEMS.SUCCESSFUL;
end RATE_MONOTONIC_CANCEL;
procedure RATE_MONOTONIC_PERIOD (
ID : in RTEMS.ID;
LENGTH : in RTEMS.INTERVAL;
RESULT : out RTEMS.STATUS_CODES
) is
pragma Unreferenced(ID);
pragma Unreferenced(LENGTH);
begin
RESULT := RTEMS.SUCCESSFUL;
end RATE_MONOTONIC_PERIOD;
-- Multiprocessing Manager
procedure MULTIPROCESSING_ANNOUNCE
is
begin
NULL;
end MULTIPROCESSING_ANNOUNCE;
end DUMMY_RTEMS;
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