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Diffstat (limited to 'c/src/ada/rtems.adb')
| -rw-r--r-- | c/src/ada/rtems.adb | 2036 |
1 files changed, 2036 insertions, 0 deletions
diff --git a/c/src/ada/rtems.adb b/c/src/ada/rtems.adb new file mode 100644 index 0000000000..8e6a78da82 --- /dev/null +++ b/c/src/ada/rtems.adb @@ -0,0 +1,2036 @@ +-- +-- RTEMS / Body +-- DESCRIPTION: +-- +-- This package provides the interface to the RTEMS API. +-- +-- +-- DEPENDENCIES: +-- +-- +-- +-- COPYRIGHT (c) 1989 - 1997. +-- On-Line Applications Research Corporation (OAR). +-- + +with Ada; +with System; +with Interfaces; use Interfaces; +with Interfaces.C; + +package body RTEMS is + + -- + -- Mode Building Functions + -- + + function Interrupt_Level ( + Level : in RTEMS.Unsigned32 + ) return RTEMS.Attribute is + begin + return 0; + end Interrupt_Level; + + -- + -- Utility Functions + -- + + function From_Ada_Boolean ( + Ada_Boolean : Standard.Boolean + ) return RTEMS.Boolean is + begin + + return 1; + + end From_Ada_Boolean; + + function To_Ada_Boolean ( + RTEMS_Boolean : RTEMS.Boolean + ) return Standard.Boolean is + begin + + return TRUE; + + end To_Ada_Boolean; + + function Milliseconds_To_Microseconds ( + Milliseconds : RTEMS.Unsigned32 + ) return RTEMS.Unsigned32 is + begin + + return Milliseconds * 1000; + + end Milliseconds_To_Microseconds; + + function Milliseconds_To_Ticks ( + Milliseconds : RTEMS.Unsigned32 + ) return RTEMS.Interval is + begin + + return 0; + + end Milliseconds_To_Ticks; + + function Microseconds_To_Ticks ( + Microseconds : RTEMS.Unsigned32 + ) return RTEMS.Interval is + begin + + return Milliseconds_To_Ticks( Microseconds / 1000 ); + + end Microseconds_To_Ticks; + + function Build_Name ( + C1 : in Character; + C2 : in Character; + C3 : in Character; + C4 : in Character + ) return RTEMS.Name is + C1_Value : RTEMS.Unsigned32; + C2_Value : RTEMS.Unsigned32; + C3_Value : RTEMS.Unsigned32; + C4_Value : RTEMS.Unsigned32; + begin + + C1_Value := Character'Pos( C1 ); + C2_Value := Character'Pos( C2 ); + C3_Value := Character'Pos( C3 ); + C4_Value := Character'Pos( C4 ); + + return Interfaces.Shift_Left( C1_Value, 24 ) or + Interfaces.Shift_Left( C2_Value, 16 ) or + Interfaces.Shift_Left( C3_Value, 8 ) or + C4_Value; + + end Build_Name; + + procedure Name_To_Characters ( + Name : in RTEMS.Name; + C1 : out Character; + C2 : out Character; + C3 : out Character; + C4 : out Character + ) is + C1_Value : RTEMS.Unsigned32; + C2_Value : RTEMS.Unsigned32; + C3_Value : RTEMS.Unsigned32; + C4_Value : RTEMS.Unsigned32; + begin + + C1_Value := Interfaces.Shift_Right( Name, 24 ); + C2_Value := Interfaces.Shift_Right( Name, 16 ); + C3_Value := Interfaces.Shift_Right( Name, 8 ); + C4_Value := Name; + + C1_Value := C1_Value and 16#00FF#; + C2_Value := C2_Value and 16#00FF#; + C3_Value := C3_Value and 16#00FF#; + C4_Value := C4_Value and 16#00FF#; + + C1 := Character'Val( C1_Value ); + C2 := Character'Val( C2_Value ); + C3 := Character'Val( C3_Value ); + C4 := Character'Val( C4_Value ); + + end Name_To_Characters; + + function Get_Node ( + ID : in RTEMS.ID + ) return RTEMS.Unsigned32 is + begin + + -- May not be right + return Interfaces.Shift_Right( ID, 16 ); + + end Get_Node; + + function Get_Index ( + ID : in RTEMS.ID + ) return RTEMS.Unsigned32 is + begin + + -- May not be right + return ID and 16#FFFF#; + + end Get_Index; + + + function Are_Statuses_Equal ( + Status : in RTEMS.Status_Codes; + Desired : in RTEMS.Status_Codes + ) return Standard.Boolean is + begin + + if Status = Desired then + return True; + end if; + + return False; + + end Are_Statuses_Equal; + + -- + -- + -- RTEMS API + -- + + -- + -- Initialization Manager + -- + + procedure Initialize_Executive ( + Configuration_Table : in RTEMS.Configuration_Table_Pointer; + CPU_Table : in RTEMS.CPU_Table_Pointer + ) is + procedure Initialize_Executive_Base ( + Configuration_Table : in RTEMS.Configuration_Table_Pointer; + CPU_Table : in RTEMS.CPU_Table_Pointer + ); + pragma Import (C, Initialize_Executive_Base, + "rtems_initialize_executive"); + + begin + + Initialize_Executive_Base (Configuration_Table, CPU_Table); + + end Initialize_Executive; + + procedure Initialize_Executive_Early ( + Configuration_Table : in RTEMS.Configuration_Table_Pointer; + CPU_Table : in RTEMS.CPU_Table_Pointer; + Level : out RTEMS.ISR_Level + ) is + function Initialize_Executive_Early_Base ( + Configuration_Table : in RTEMS.Configuration_Table_Pointer; + CPU_Table : in RTEMS.CPU_Table_Pointer + ) return RTEMS.ISR_Level; + pragma Import (C, Initialize_Executive_Early_Base, + "rtems_initialize_executive_early"); + + begin + + Level := Initialize_Executive_Early_Base (Configuration_Table, CPU_Table); + + end Initialize_Executive_Early; + + procedure Initialize_Executive_Late ( + BSP_Level : in RTEMS.ISR_Level + ) is + procedure Initialize_Executive_Late_Base ( + Level : in RTEMS.ISR_Level + ); + pragma Import (C, Initialize_Executive_Late_Base, + "rtems_initialize_executive_late"); + + begin + + Initialize_Executive_Late_Base (BSP_Level); + + end Initialize_Executive_Late; + + procedure Shutdown_Executive ( + Result : in RTEMS.Unsigned32 + ) is + procedure Shutdown_Executive_Base; + pragma Import (C,Shutdown_Executive_Base,"rtems_shutdown_executive"); + begin + + Shutdown_Executive_Base; + + end Shutdown_Executive; + + + -- + -- Task Manager + -- + + procedure Task_Create ( + Name : in RTEMS.Name; + Initial_Priority : in RTEMS.Task_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 + function Task_Create_Base ( + Name : RTEMS.Name; + Initial_Priority : RTEMS.Task_Priority; + Stack_Size : RTEMS.Unsigned32; + Initial_Modes : RTEMS.Mode; + Attribute_Set : RTEMS.Attribute; + ID : access RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Task_Create_Base, "rtems_task_create"); + ID_Base : aliased RTEMS.ID := ID; + begin + Result := Task_Create_Base ( + Name, + Initial_Priority, + Stack_Size, + Initial_Modes, + Attribute_Set, + ID_Base'Unchecked_Access + ); + ID := ID_Base; + end Task_Create; + + + procedure Task_Ident ( + Name : in RTEMS.Name; + Node : in RTEMS.Node; + ID : out RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + + function Task_Ident_Base ( + Name : RTEMS.Name; + Node : RTEMS.Node; + ID : access RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Task_Ident_Base, "rtems_task_ident"); + ID_Base : aliased RTEMS.ID := ID; + + begin + + Result := Task_Ident_Base ( + Name, + Node, + ID_Base'Unchecked_Access + ); + + ID := ID_Base; + + end Task_Ident; + + procedure Task_Start ( + ID : in RTEMS.ID; + Entry_Point : in RTEMS.Task_Entry; + Argument : in RTEMS.Task_Argument; + Result : out RTEMS.Status_Codes + ) is + + function Task_Start_Base ( + ID : RTEMS.ID; + Entry_Point : RTEMS.Task_Entry; + Argument : RTEMS.Task_Argument + ) return RTEMS.Status_Codes; + pragma Import (C, Task_Start_Base, "rtems_task_start"); + + begin + + Result := Task_Start_Base ( + ID, + Entry_Point, + Argument + ); + + end Task_Start; + + procedure Task_Restart ( + ID : in RTEMS.ID; + Argument : in RTEMS.Task_Argument; + Result : out RTEMS.Status_Codes + ) is + function Task_Restart_Base ( + ID : RTEMS.ID; + Argument : RTEMS.Task_Argument + ) return RTEMS.Status_Codes; + pragma Import (C, Task_Restart_Base, "rtems_task_restart"); + begin + + Result := Task_Restart_Base ( + ID, + Argument + ); + + end Task_Restart; + + procedure Task_Delete ( + ID : in RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Task_Delete_Base ( + ID : RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Task_Delete_Base, "rtems_task_delete"); + begin + + Result := Task_Delete_Base ( ID ); + + end Task_Delete; + + procedure Task_Suspend ( + ID : in RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Task_Suspend_Base ( + ID : RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Task_Suspend_Base, "rtems_task_suspend"); + begin + + Result := Task_Suspend_Base ( ID ); + + end Task_Suspend; + + procedure Task_Resume ( + ID : in RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Task_Resume_Base ( + ID : RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Task_Resume_Base, "rtems_task_resume"); + begin + + Result := Task_Resume_Base ( ID ); + + end Task_Resume; + + procedure Task_Set_Priority ( + ID : in RTEMS.ID; + New_Priority : in RTEMS.Task_Priority; + Old_Priority : out RTEMS.Task_Priority; + Result : out RTEMS.Status_Codes + ) is + function Task_Set_Priority_Base ( + ID : RTEMS.ID; + New_Priority : RTEMS.Task_Priority; + Old_Priority : access RTEMS.Task_Priority + ) return RTEMS.Status_Codes; + pragma Import (C, Task_Set_Priority_Base, "rtems_task_set_priority"); + Old_Priority_Base : aliased RTEMS.Task_Priority := Old_Priority; + + begin + + Result := Task_Set_Priority_Base ( + ID, + New_Priority, + Old_Priority_Base'Unchecked_Access + ); + + Old_Priority := Old_Priority_Base; + + 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 + function Task_Mode_Base ( + Mode_Set : RTEMS.Mode; + Mask : RTEMS.Mode; + Previous_Mode_Set : access RTEMS.Mode + ) return RTEMS.Status_Codes; + pragma Import (C, Task_Mode_Base, "rtems_task_mode"); + Previous_Mode_Set_Base : aliased RTEMS.Mode := Previous_Mode_Set; + begin + + Result := Task_Mode_Base ( + Mode_Set, + Mask, + Previous_Mode_Set_Base'Unchecked_Access + ); + + Previous_Mode_Set := Previous_Mode_Set_Base; + + 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 + function Task_Get_Note_Base ( + ID : RTEMS.ID; + Notepad : RTEMS.Notepad_Index; + Note : access RTEMS.Unsigned32 + ) return RTEMS.Status_Codes; + pragma Import (C, Task_Get_Note_Base, "rtems_task_get_note"); + Note_Base : aliased RTEMS.Unsigned32 := Note; + begin + + Result := Task_Get_Note_Base ( + ID, + Notepad, + Note_Base'Unchecked_Access + ); + + Note := NOTE_Base; + + 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 + function Task_Set_Note_Base ( + ID : RTEMS.ID; + Notepad : RTEMS.Notepad_Index; + Note : RTEMS.Unsigned32 + ) return RTEMS.Status_Codes; + pragma Import (C, Task_Set_Note_Base, "rtems_task_set_note"); + begin + + Result := Task_Set_Note_Base ( ID, Notepad, Note ); + + end Task_Set_Note; + + procedure Task_Wake_When ( + Time_Buffer : in RTEMS.Time_Of_Day; + Result : out RTEMS.Status_Codes + ) is + function Task_Wake_When_Base ( + Time_Buffer : RTEMS.Time_Of_Day + ) return RTEMS.Status_Codes; + pragma Import (C, Task_Wake_When_Base, "rtems_task_wake_when"); + begin + + Result := Task_Wake_When_Base ( Time_Buffer ); + + end Task_Wake_When; + + procedure Task_Wake_After ( + Ticks : in RTEMS.Interval; + Result : out RTEMS.Status_Codes + ) is + function Task_Wake_After_Base ( + Ticks : RTEMS.Interval + ) return RTEMS.Status_Codes; + pragma Import (C, Task_Wake_After_Base, "rtems_task_wake_after"); + begin + + Result := Task_Wake_After_Base ( Ticks ); + + 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 + function Interrupt_Catch_Base ( + New_ISR_Handler : RTEMS.Address; + Vector : RTEMS.Vector_Number; + Old_ISR_Handler : access RTEMS.Address + ) return RTEMS.Status_Codes; + pragma Import (C, Interrupt_Catch_Base, "rtems_interrupt_catch"); + Old_ISR_Handler_Base : aliased RTEMS.Address := Old_ISR_Handler; + begin + + Result := Interrupt_Catch_Base ( + New_ISR_Handler, + Vector, + OLD_ISR_HANDLER_Base'Unchecked_Access + ); + + Old_ISR_Handler := OLD_ISR_HANDLER_Base; + + end Interrupt_Catch; + + function Interrupt_Disable + return RTEMS.ISR_Level is + begin + return 0; + end Interrupt_Disable; + + procedure Interrupt_Enable ( + Level : in RTEMS.ISR_Level + ) is + begin + Null; + end Interrupt_Enable; + + procedure Interrupt_Flash ( + Level : in RTEMS.ISR_Level + ) is + begin + Null; + end Interrupt_Flash; + + function Interrupt_Is_In_Progress + return RTEMS.Boolean is + begin + return RTEMS.From_Ada_Boolean (True); + end Interrupt_Is_In_Progress; + + -- + -- Clock Manager + -- + + procedure Clock_Get ( + Option : in RTEMS.Clock_Get_Options; + Time_Buffer : in RTEMS.Address; + Result : out RTEMS.Status_Codes + ) is + function Clock_Get_base ( + Option : RTEMS.Clock_Get_Options; + Time_Buffer : RTEMS.Address + ) return RTEMS.Status_Codes; + pragma Import (C, Clock_Get_base, "rtems_clock_get"); + begin + + Result := Clock_Get_base ( Option, Time_Buffer ); + + end Clock_Get; + + procedure Clock_Set ( + Time_Buffer : in RTEMS.Time_Of_Day; + Result : out RTEMS.Status_Codes + ) is + function Clock_Set_base ( + Time_Buffer : RTEMS.Time_Of_Day + ) return RTEMS.Status_Codes; + pragma Import (C, Clock_Set_base, "rtems_clock_set"); + begin + + Result := Clock_Set_base ( Time_Buffer ); + + end Clock_Set; + + procedure Clock_Tick ( + Result : out RTEMS.Status_Codes + ) is + function Clock_Tick_Base return RTEMS.Status_Codes; + pragma Import (C, Clock_Tick_Base, "rtems_clock_tick"); + begin + + Result := Clock_Tick_Base; + + end Clock_Tick; + + -- + -- Extension Manager + -- + + procedure Extension_Create ( + Name : in RTEMS.Name; + Table : in RTEMS.Extensions_Table_Pointer; + ID : out RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Extension_Create_Base ( + Name : RTEMS.Name; + Table : RTEMS.Extensions_Table_Pointer; + ID : access RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Extension_Create_Base, "rtems_extension_create"); + ID_Base : aliased RTEMS.ID := ID; + begin + + Result := Extension_Create_Base ( + Name, + Table, + ID_Base'Unchecked_Access + ); + + ID := ID_Base; + + end Extension_Create; + + procedure Extension_Ident ( + Name : in RTEMS.Name; + ID : out RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Extension_Ident_Base ( + Name : RTEMS.Name; + ID : access RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Extension_Ident_Base, "rtems_extension_ident"); + ID_Base : aliased RTEMS.ID := ID; + begin + + Result := Extension_Ident_Base ( + Name, + ID_Base'Unchecked_Access + ); + + ID := ID_Base; + + end Extension_Ident; + + procedure Extension_Delete ( + ID : in RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Extension_Delete_Base ( + ID : RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Extension_Delete_Base, "rtems_extension_delete"); + begin + + Result := Extension_Delete_Base ( ID ); + + end Extension_Delete; + + -- + -- Timer Manager + -- + + procedure Timer_Create ( + Name : in RTEMS.Name; + ID : out RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Timer_Create_Base ( + Name : RTEMS.Name; + ID : access RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Timer_Create_Base, "rtems_timer_create"); + ID_Base : aliased RTEMS.ID := ID; + begin + + Result := Timer_Create_Base ( + Name, + ID_Base'Unchecked_Access + ); + + ID := ID_Base; + + end Timer_Create; + + procedure Timer_Ident ( + Name : in RTEMS.Name; + ID : out RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Timer_Ident_Base ( + Name : RTEMS.Name; + ID : access RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Timer_Ident_Base, "rtems_timer_ident"); + ID_Base : aliased RTEMS.ID := ID; + begin + + Result := Timer_Ident_Base ( + Name, + ID_Base'Unchecked_Access + ); + + ID := ID_Base; + + end Timer_Ident; + + procedure Timer_Delete ( + ID : in RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Timer_Delete_Base ( + ID : RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Timer_Delete_Base, "rtems_timer_delete"); + begin + + Result := Timer_Delete_Base ( ID ); + + end Timer_Delete; + + 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 + function Timer_Fire_After_Base ( + ID : RTEMS.ID; + Ticks : RTEMS.Interval; + Routine : RTEMS.Timer_Service_Routine; + User_Data : RTEMS.Address + ) return RTEMS.Status_Codes; + pragma Import (C, Timer_Fire_After_Base, "rtems_timer_fire_after"); + begin + + Result := Timer_Fire_After_Base ( + ID, + Ticks, + Routine, + User_Data + ); + + 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 + function Timer_Fire_When ( + ID : RTEMS.ID; + Wall_Time : in RTEMS.Time_Of_Day; + Routine : RTEMS.Timer_Service_Routine; + User_Data : RTEMS.Address + ) return RTEMS.Status_Codes; + pragma Import (C, Timer_Fire_When, "rtems_timer_fire_when"); + begin + + Result := Timer_Fire_When ( + ID, + Wall_Time, + Routine, + User_Data + ); + + end Timer_Fire_When; + + procedure Timer_Reset ( + ID : in RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Timer_Reset_Base ( + ID : RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Timer_Reset_Base, "rtems_timer_reset"); + begin + + Result := Timer_Reset_Base ( ID ); + + end Timer_Reset; + + procedure Timer_Cancel ( + ID : in RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Timer_Cancel_Base ( + ID : RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Timer_Cancel_Base, "rtems_timer_cancel"); + begin + + Result := Timer_Cancel_Base ( ID ); + + end Timer_Cancel; + + -- + -- Semaphore Manager + -- + + procedure Semaphore_Create ( + Name : in RTEMS.Name; + Count : in RTEMS.Unsigned32; + Attribute_Set : in RTEMS.Attribute; + ID : out RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Semaphore_Create_Base ( + Name : RTEMS.Name; + Count : RTEMS.Unsigned32; + Attribute_Set : RTEMS.Attribute; + ID : access RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Semaphore_Create_Base, "rtems_semaphore_create"); + ID_Base : aliased RTEMS.ID := ID; + begin + + Result := Semaphore_Create_Base ( + Name, + Count, + Attribute_Set, + ID_Base'Unchecked_Access + ); + + ID := ID_Base; + + end Semaphore_Create; + + procedure Semaphore_Delete ( + ID : in RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Semaphore_Delete_Base ( + ID : RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Semaphore_Delete_Base, "rtems_semaphore_delete"); + begin + + Result := Semaphore_Delete_Base ( ID ); + + end Semaphore_Delete; + + procedure Semaphore_Ident ( + Name : in RTEMS.Name; + Node : in RTEMS.Unsigned32; + ID : out RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Semaphore_Ident_Base ( + Name : RTEMS.Name; + Node : RTEMS.Unsigned32; + ID : access RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Semaphore_Ident_Base, "rtems_semaphore_ident"); + ID_Base : aliased RTEMS.ID := ID; + begin + + Result := Semaphore_Ident_Base ( + Name, + Node, + ID_Base'Unchecked_Access + ); + + ID := ID_Base; + + 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 + function Semaphore_Obtain_Base ( + ID : RTEMS.ID; + Option_Set : RTEMS.Option; + Timeout : RTEMS.Interval + ) return RTEMS.Status_Codes; + pragma Import (C, Semaphore_Obtain_Base, "rtems_semaphore_obtain"); + begin + + Result := Semaphore_Obtain_Base ( ID, Option_Set, Timeout ); + + end Semaphore_Obtain; + + procedure Semaphore_Release ( + ID : in RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Semaphore_Release_Base ( + ID : RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Semaphore_Release_Base, "rtems_semaphore_release"); + begin + + Result := Semaphore_Release_Base ( ID ); + + 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 + -- XXX broken + function Message_Queue_Create_Base ( + Name : RTEMS.Name; + Count : RTEMS.Unsigned32; + Attribute_Set : RTEMS.Attribute; + ID : access RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, + Message_Queue_Create_Base, "rtems_message_queue_create"); + ID_Base : aliased RTEMS.ID := ID; + begin + + Result := Message_Queue_Create_Base ( + Name, + Count, + Attribute_Set, + ID_Base'Unchecked_Access + ); + + ID := ID_Base; + + 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 + function Message_Queue_Ident_Base ( + Name : RTEMS.Name; + Node : RTEMS.Unsigned32; + ID : access RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Message_Queue_Ident_Base, "rtems_message_queue_ident"); + ID_Base : aliased RTEMS.ID := ID; + begin + + Result := Message_Queue_Ident_Base ( + Name, + Node, + ID_Base'Unchecked_Access + ); + + ID := ID_Base; + + end Message_Queue_Ident; + + procedure Message_Queue_Delete ( + ID : in RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Message_Queue_Delete_Base ( + ID : RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Message_Queue_Delete_Base, + "rtems_message_queue_delete"); + begin + + Result := Message_Queue_Delete_Base ( ID ); + + 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 + function Message_Queue_Send_Base ( + ID : RTEMS.ID; + Buffer : RTEMS.Address; + Size : RTEMS.Unsigned32 + ) return RTEMS.Status_Codes; + pragma Import (C, Message_Queue_Send_Base, "rtems_message_queue_send"); + begin + + Result := Message_Queue_Send_Base ( ID, Buffer, Size ); + + 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 + function Message_Queue_Urgent_Base ( + ID : RTEMS.ID; + Buffer : RTEMS.Address; + Size : RTEMS.Unsigned32 + ) return RTEMS.Status_Codes; + pragma Import (C, Message_Queue_Urgent_Base, + "rtems_message_queue_urgent"); + begin + + Result := Message_Queue_Urgent_Base ( ID, Buffer, Size ); + + 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 + function Message_Queue_Broadcast_Base ( + ID : RTEMS.ID; + Buffer : RTEMS.Address; + Size : RTEMS.Unsigned32; + Count : access RTEMS.Unsigned32 + ) return RTEMS.Status_Codes; + pragma Import (C, Message_Queue_Broadcast_Base, + "rtems_message_queue_broadcast"); + Count_Base : aliased RTEMS.Unsigned32 := Count; + begin + + Result := Message_Queue_Broadcast_Base ( + ID, + Buffer, + Size, + Count_Base'Unchecked_Access + ); + + Count := Count_Base; + + 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 + function Message_Queue_Receive_Base ( + ID : RTEMS.ID; + Buffer : RTEMS.Address; + Size : access RTEMS.Unsigned32; + Option_Set : RTEMS.Option; + Timeout : RTEMS.Interval + ) return RTEMS.Status_Codes; + pragma Import (C, Message_Queue_Receive_Base, + "rtems_message_queue_receive"); + Size_Base : aliased RTEMS.Unsigned32; + begin + + Result := Message_Queue_Receive_Base ( + ID, + Buffer, + Size_Base'Unchecked_Access, + Option_Set, + Timeout + ); + + Size := Size_Base; + + end Message_Queue_Receive; + + procedure Message_Queue_Flush ( + ID : in RTEMS.ID; + Count : out RTEMS.Unsigned32; + Result : out RTEMS.Status_Codes + ) is + function Message_Queue_Flush_Base ( + ID : RTEMS.ID; + Count : access RTEMS.Unsigned32 + ) return RTEMS.Status_Codes; + pragma Import (C, Message_Queue_Flush_Base, "rtems_message_queue_flush"); + COUNT_Base : aliased RTEMS.Unsigned32 := Count; + begin + + Result := Message_Queue_Flush_Base ( + ID, + COUNT_Base'Unchecked_Access + ); + + Count := COUNT_Base; + + 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 + function Event_Send_Base ( + ID : RTEMS.ID; + Event_In : RTEMS.Event_Set + ) return RTEMS.Status_Codes; + pragma Import (C, Event_Send_Base, "rtems_event_send"); + begin + + Result := Event_Send_Base ( + ID, + Event_In + ); + + 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 + function Event_Receive_Base ( + Event_In : RTEMS.Event_Set; + Option_Set : RTEMS.Option; + Ticks : RTEMS.Interval; + Event_Out : access RTEMS.Event_Set + ) return RTEMS.Status_Codes; + pragma Import (C, Event_Receive_Base, "rtems_event_receive"); + Event_Out_Base : aliased RTEMS.Event_Set; -- := Event_Out; + begin + + Result := Event_Receive_Base ( + Event_In, + Option_Set, + Ticks, + Event_Out_Base'Access + ); + + Event_Out := Event_Out_Base; + + 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 + function Signal_Catch_Base ( + ASR_Handler : RTEMS.ASR_Handler; + Mode_Set : RTEMS.Mode + ) return RTEMS.Status_Codes; + pragma Import (C, Signal_Catch_Base, "rtems_signal_catch"); + begin + + Result := Signal_Catch_Base ( ASR_Handler, Mode_Set ); + + end Signal_Catch; + + procedure Signal_Send ( + ID : in RTEMS.ID; + Signal_Set : in RTEMS.Signal_Set; + Result : out RTEMS.Status_Codes + ) is + function Signal_Send_Base ( + ID : RTEMS.ID; + Signal_Set : RTEMS.Signal_Set + ) return RTEMS.Status_Codes; + pragma Import (C, Signal_Send_Base, "rtems_signal_send"); + begin + + Result := Signal_Send_Base ( ID, Signal_Set ); + + 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 + function Partition_Create_Base ( + Name : RTEMS.Name; + Starting_Address : RTEMS.Address; + Length : RTEMS.Unsigned32; + Buffer_Size : RTEMS.Unsigned32; + Attribute_Set : RTEMS.Attribute; + ID : access RTEMS.Event_Set + ) return RTEMS.Status_Codes; + pragma Import (C, Partition_Create_Base, "rtems_partition_create"); + ID_Base : aliased RTEMS.ID := ID; + begin + + Result := Partition_Create_Base ( + Name, + Starting_Address, + Length, + Buffer_Size, + Attribute_Set, + ID_Base'Unchecked_Access + ); + + ID := ID_Base; + + end Partition_Create; + + procedure Partition_Ident ( + Name : in RTEMS.Name; + Node : in RTEMS.Unsigned32; + ID : out RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Partition_Ident_Base ( + Name : RTEMS.Name; + Node : RTEMS.Unsigned32; + ID : access RTEMS.Event_Set + ) return RTEMS.Status_Codes; + pragma Import (C, Partition_Ident_Base, "rtems_partition_ident"); + ID_Base : aliased RTEMS.ID := ID; + begin + + Result := Partition_Ident_Base ( + Name, + Node, + ID_Base'Unchecked_Access + ); + + ID := ID_Base; + + end Partition_Ident; + + procedure Partition_Delete ( + ID : in RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Partition_Delete_Base ( + ID : RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Partition_Delete_Base, "rtems_partition_delete"); + begin + + Result := Partition_Delete_Base ( ID ); + + end Partition_Delete; + + procedure Partition_Get_Buffer ( + ID : in RTEMS.ID; + Buffer : out RTEMS.Address; + Result : out RTEMS.Status_Codes + ) is + function Partition_Get_Buffer_Base ( + ID : RTEMS.ID; + Buffer : access RTEMS.Address + ) return RTEMS.Status_Codes; + pragma Import (C, Partition_Get_Buffer_Base, + "rtems_partition_get_buffer"); + Buffer_Base : aliased RTEMS.Address := Buffer; + begin + + Result := Partition_Get_Buffer_Base ( + ID, + Buffer_Base'Unchecked_Access + ); + + Buffer := Buffer_Base; + + end Partition_Get_Buffer; + + procedure Partition_Return_Buffer ( + ID : in RTEMS.ID; + Buffer : in RTEMS.Address; + Result : out RTEMS.Status_Codes + ) is + function Partition_Return_Buffer_Base ( + ID : RTEMS.Name; + Buffer : RTEMS.Address + ) return RTEMS.Status_Codes; + pragma Import (C, Partition_Return_Buffer_Base, + "rtems_partition_return_buffer"); + begin + + Result := Partition_Return_Buffer_Base ( ID, Buffer ); + + 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 + function Region_Create_Base ( + Name : RTEMS.Name; + Starting_Address : RTEMS.Address; + Length : RTEMS.Unsigned32; + Page_Size : RTEMS.Unsigned32; + Attribute_Set : RTEMS.Attribute; + ID : access RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Region_Create_Base, "rtems_region_create"); + ID_Base : aliased RTEMS.ID := ID; + + begin + + Result := Region_Create_Base ( + Name, + Starting_Address, + Length, + Page_Size, + Attribute_Set, + ID_Base'Unchecked_Access + ); + + ID := ID_Base; + + end Region_Create; + + procedure Region_Ident ( + Name : in RTEMS.Name; + ID : out RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Region_Ident_Base ( + Name : RTEMS.Name; + ID : access RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Region_Ident_Base, "rtems_region_ident"); + ID_Base : aliased RTEMS.ID := ID; + begin + + Result := Region_Ident_Base ( + Name, + ID_Base'Unchecked_Access + ); + + ID := ID_Base; + + end Region_Ident; + + procedure Region_Delete ( + ID : in RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Region_Delete_Base ( + ID : RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Region_Delete_Base, "rtems_region_delete"); + begin + + Result := Region_Delete_Base ( ID ); + + end Region_Delete; + + procedure Region_Extend ( + ID : in RTEMS.ID; + Starting_Address : in RTEMS.Address; + Length : in RTEMS.Unsigned32; + Result : out RTEMS.Status_Codes + ) is + function Region_Extend_Base ( + ID : RTEMS.ID; + Starting_Address : RTEMS.Address; + Length : RTEMS.Unsigned32 + ) return RTEMS.Status_Codes; + pragma Import (C, Region_Extend_Base, "rtems_region_extend"); + begin + + Result := Region_Extend_Base ( ID, Starting_Address, Length ); + + end Region_Extend; + + 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 + function Region_Get_Segment_Base ( + ID : RTEMS.ID; + Size : RTEMS.Unsigned32; + Option_Set : RTEMS.Option; + Timeout : RTEMS.Interval; + Segment : access RTEMS.Address + ) return RTEMS.Status_Codes; + pragma Import (C, Region_Get_Segment_Base, "rtems_region_get_segment"); + Segment_Base : aliased RTEMS.Address := Segment; + begin + + Result := Region_Get_Segment_Base ( + ID, + Size, + Option_Set, + Timeout, + Segment_Base'Unchecked_Access + ); + + Segment := SEGMENT_Base; + + end Region_Get_Segment; + + procedure Region_Get_Segment_Size ( + ID : in RTEMS.ID; + Segment : in RTEMS.Address; + Size : out RTEMS.Unsigned32; + Result : out RTEMS.Status_Codes + ) is + function Region_Get_Segment_Size_Base ( + ID : RTEMS.ID; + Segment : RTEMS.Address; + Size : access RTEMS.Unsigned32 + ) return RTEMS.Status_Codes; + pragma Import (C, Region_Get_Segment_Size_Base, + "rtems_region_get_segment_size"); + Size_Base : aliased RTEMS.Unsigned32 := Size; + begin + + Result := Region_Get_Segment_Size_Base ( + ID, + Segment, + Size_Base'Unchecked_Access + ); + + Size := SIZE_Base; + + end Region_Get_Segment_Size; + + procedure Region_Return_Segment ( + ID : in RTEMS.ID; + Segment : in RTEMS.Address; + Result : out RTEMS.Status_Codes + ) is + function Region_Return_Segment_Base ( + ID : RTEMS.ID; + Segment : RTEMS.Address + ) return RTEMS.Status_Codes; + pragma Import (C, Region_Return_Segment_Base, + "rtems_region_return_segment"); + begin + + Result := Region_Return_Segment_Base ( ID, Segment ); + + 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 + function Port_Create_Base ( + Name : RTEMS.Name; + Internal_Start : RTEMS.Address; + External_Start : RTEMS.Address; + Length : RTEMS.Unsigned32; + ID : access RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Port_Create_Base, "rtems_port_create"); + ID_Base : aliased RTEMS.ID := ID; + + begin + + Result := Port_Create_Base ( + Name, + Internal_Start, + External_Start, + Length, + ID_Base'Unchecked_Access + ); + + ID := ID_Base; + + end Port_Create; + + procedure Port_Ident ( + Name : in RTEMS.Name; + ID : out RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Port_Ident_Base ( + Name : RTEMS.Name; + ID : access RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Port_Ident_Base, "rtems_port_ident"); + ID_Base : aliased RTEMS.ID := ID; + begin + + Result := Port_Ident_Base ( + Name, + ID_Base'Unchecked_Access + ); + + ID := ID_Base; + + end Port_Ident; + + procedure Port_Delete ( + ID : in RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Port_Delete_Base ( + ID : RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Port_Delete_Base, "rtems_port_delete"); + begin + + Result := Port_Delete_Base ( ID ); + + 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 + function Port_External_To_Internal_Base ( + ID : RTEMS.ID; + External : RTEMS.Address; + Internal : access RTEMS.Address + ) return RTEMS.Status_Codes; + pragma Import (C, Port_External_To_Internal_Base, + "rtems_port_external_to_internal"); + Internal_Base : aliased RTEMS.Address := Internal; + begin + + Result := Port_External_To_Internal_Base ( + ID, + External, + Internal_Base'Unchecked_Access + ); + + Internal := INTERNAL_Base; + + 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 + function Port_Internal_To_External_Base ( + ID : RTEMS.ID; + Internal : RTEMS.Address; + External : access RTEMS.Address + ) return RTEMS.Status_Codes; + pragma Import (C, Port_Internal_To_External_Base, + "rtems_port_internal_to_external"); + External_Base : aliased RTEMS.Address := External; + begin + + Result := Port_Internal_To_External_Base ( + ID, + Internal, + External_Base'Unchecked_Access + ); + + External := EXTERNAL_Base; + + end Port_Internal_To_External; + + -- + -- Input/Output Manager + -- + + procedure IO_Initialize ( + Major : in RTEMS.Device_Major_Number; + Minor : in RTEMS.Device_Minor_Number; + Argument : in RTEMS.Address; + Return_Value : out RTEMS.Unsigned32; + Result : out RTEMS.Status_Codes + ) is + function IO_Initialize_Base ( + Major : RTEMS.Device_Major_Number; + Minor : RTEMS.Device_Minor_Number; + Argument : RTEMS.Address; + Return_Value : access RTEMS.Unsigned32 + ) return RTEMS.Status_Codes; + pragma Import (C, IO_Initialize_Base, "rtems_io_initialize"); + Return_Value_Base : aliased RTEMS.Unsigned32 := Return_Value; + begin + + Result := IO_Initialize_Base ( + Major, + Minor, + Argument, + Return_Value_Base'Unchecked_Access + ); + + Return_Value := Return_Value_Base; + + end IO_Initialize; + + procedure IO_Register_Name ( + Name : in String; + Major : in RTEMS.Device_Major_Number; + Minor : in RTEMS.Device_Minor_Number; + Result : out RTEMS.Status_Codes + ) is + function IO_Register_Name_Base ( + Name : Interfaces.C.Char_Array; + Major : RTEMS.Device_Major_Number; + Minor : RTEMS.Device_Minor_Number + ) return RTEMS.Status_Codes; + pragma Import (C, IO_Register_Name_Base, "rtems_io_register_name"); + begin + + Result := IO_Register_Name_Base ( + Interfaces.C.To_C (Name), + Major, + Minor + ); + + end IO_Register_Name; + + procedure IO_Lookup_Name ( + Name : in String; + Device_Info : out RTEMS.Driver_Name_t; + Result : out RTEMS.Status_Codes + ) is + function IO_Lookup_Name_Base ( + Name : Interfaces.C.Char_Array; + Device_Info : access RTEMS.Driver_Name_t + ) return RTEMS.Status_Codes; + pragma Import (C, IO_Lookup_Name_Base, "rtems_io_lookup_name"); + + Device_Info_Base : aliased RTEMS.Driver_Name_t; + begin + + Result := IO_Lookup_Name_Base ( + Interfaces.C.To_C (Name), + Device_Info_Base'Unchecked_Access + ); + + Device_Info := Device_Info_Base; + + end IO_Lookup_Name; + + procedure IO_Open ( + Major : in RTEMS.Device_Major_Number; + Minor : in RTEMS.Device_Minor_Number; + Argument : in RTEMS.Address; + Return_Value : out RTEMS.Unsigned32; + Result : out RTEMS.Status_Codes + ) is + function IO_Open_Base ( + Major : RTEMS.Device_Major_Number; + Minor : RTEMS.Device_Minor_Number; + Argument : RTEMS.Address; + Return_Value : access RTEMS.Unsigned32 + ) return RTEMS.Status_Codes; + pragma Import (C, IO_Open_Base, "rtems_io_open"); + Return_Value_Base : aliased RTEMS.Unsigned32 := Return_Value; + begin + + Result := IO_Open_Base ( + Major, + Minor, + Argument, + Return_Value_Base'Unchecked_Access + ); + + Return_Value := Return_Value_Base; + + end IO_Open; + + procedure IO_Close ( + Major : in RTEMS.Device_Major_Number; + Minor : in RTEMS.Device_Minor_Number; + Argument : in RTEMS.Address; + Return_Value : out RTEMS.Unsigned32; + Result : out RTEMS.Status_Codes + ) is + function IO_Close_Base ( + Major : RTEMS.Device_Major_Number; + Minor : RTEMS.Device_Minor_Number; + Argument : RTEMS.Address; + Return_Value : access RTEMS.Unsigned32 + ) return RTEMS.Status_Codes; + pragma Import (C, IO_Close_Base, "rtems_io_close"); + Return_Value_Base : aliased RTEMS.Unsigned32 := Return_Value; + begin + + Result := IO_Close_Base ( + Major, + Minor, + Argument, + Return_Value_Base'Unchecked_Access + ); + + Return_Value := Return_Value_Base; + + end IO_Close; + + procedure IO_Read ( + Major : in RTEMS.Device_Major_Number; + Minor : in RTEMS.Device_Minor_Number; + Argument : in RTEMS.Address; + Return_Value : out RTEMS.Unsigned32; + Result : out RTEMS.Status_Codes + ) is + function IO_Read_Base ( + Major : RTEMS.Device_Major_Number; + Minor : RTEMS.Device_Minor_Number; + Argument : RTEMS.Address; + Return_Value : access RTEMS.Unsigned32 + ) return RTEMS.Status_Codes; + pragma Import (C, IO_Read_Base, "rtems_io_read"); + Return_Value_Base : aliased RTEMS.Unsigned32 := Return_Value; + begin + + Result := IO_Read_Base ( + Major, + Minor, + Argument, + Return_Value_Base'Unchecked_Access + ); + + Return_Value := Return_Value_Base; + + end IO_Read; + + procedure IO_Write ( + Major : in RTEMS.Device_Major_Number; + Minor : in RTEMS.Device_Minor_Number; + Argument : in RTEMS.Address; + Return_Value : out RTEMS.Unsigned32; + Result : out RTEMS.Status_Codes + ) is + function IO_Write_Base ( + Major : RTEMS.Device_Major_Number; + Minor : RTEMS.Device_Minor_Number; + Argument : RTEMS.Address; + Return_Value : access RTEMS.Unsigned32 + ) return RTEMS.Status_Codes; + pragma Import (C, IO_Write_Base, "rtems_io_write"); + Return_Value_Base : aliased RTEMS.Unsigned32 := Return_Value; + begin + + Result := IO_Write_Base ( + Major, + Minor, + Argument, + Return_Value_Base'Unchecked_Access + ); + + Return_Value := Return_Value_Base; + + end IO_Write; + + procedure IO_Control ( + Major : in RTEMS.Device_Major_Number; + Minor : in RTEMS.Device_Minor_Number; + Argument : in RTEMS.Address; + Return_Value : out RTEMS.Unsigned32; + Result : out RTEMS.Status_Codes + ) is + function IO_Control_Base ( + Major : RTEMS.Device_Major_Number; + Minor : RTEMS.Device_Minor_Number; + Argument : RTEMS.Address; + Return_Value : access RTEMS.Unsigned32 + ) return RTEMS.Status_Codes; + pragma Import (C, IO_Control_Base, "rtems_io_control"); + Return_Value_Base : aliased RTEMS.Unsigned32 := Return_Value; + begin + + Result := IO_Control_Base ( + Major, + Minor, + Argument, + Return_Value_Base'Unchecked_Access + ); + + Return_Value := Return_Value_Base; + + end IO_Control; + + + -- + -- Fatal Error Manager + -- + + procedure Fatal_Error_Occurred ( + The_Error : in RTEMS.Unsigned32 + ) is + procedure Fatal_Error_Occurred_base ( + The_Error : RTEMS.Unsigned32 + ); + pragma Import (C, Fatal_Error_Occurred_Base, "rtems_fatal_error_occurred"); + begin + + Fatal_Error_Occurred_Base ( The_Error ); + + 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 + function Rate_Monotonic_Create_base ( + Name : RTEMS.Name; + ID : access RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Rate_Monotonic_Create_base, "rtems_rate_monotonic_create"); + ID_Base : aliased RTEMS.ID := ID; + begin + + Result := Rate_Monotonic_Create_base ( + Name, + ID_Base'Unchecked_Access + ); + + ID := ID_Base; + + end Rate_Monotonic_Create; + + procedure Rate_Monotonic_Ident ( + Name : in RTEMS.Name; + ID : out RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Rate_Monotonic_Ident_Base ( + Name : RTEMS.Name; + ID : access RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Rate_Monotonic_Ident_Base, "rtems_rate_monotonic_ident"); + ID_Base : aliased RTEMS.ID := ID; + begin + + Result := Rate_Monotonic_Ident_Base ( + Name, + ID_Base'Unchecked_Access + ); + + ID := ID_Base; + + end Rate_Monotonic_Ident; + + procedure Rate_Monotonic_Delete ( + ID : in RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Rate_Monotonic_Delete_Base ( + ID : RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Rate_Monotonic_Delete_Base, + "rtems_rate_monotonic_delete"); + begin + + Result := Rate_Monotonic_Delete_base ( ID ); + + end Rate_Monotonic_Delete; + + procedure Rate_Monotonic_Cancel ( + ID : in RTEMS.ID; + Result : out RTEMS.Status_Codes + ) is + function Rate_Monotonic_Cancel_Base ( + ID : RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Rate_Monotonic_Cancel_Base, + "rtems_rate_monotonic_cancel"); + begin + + Result := Rate_Monotonic_Cancel_Base ( ID ); + + end Rate_Monotonic_Cancel; + + procedure Rate_Monotonic_Period ( + ID : in RTEMS.ID; + Length : in RTEMS.Interval; + Result : out RTEMS.Status_Codes + ) is + function Rate_Monotonic_Period_Base ( + ID : RTEMS.ID + ) return RTEMS.Status_Codes; + pragma Import (C, Rate_Monotonic_Period_Base, + "rtems_rate_monotonic_period"); + begin + + Result := Rate_Monotonic_Period_base ( ID ); + + end Rate_Monotonic_Period; + + + procedure Rate_Monotonic_Get_Status ( + ID : in RTEMS.ID; + Status : out RTEMS.Rate_Monotonic_Period_Status; + Result : out RTEMS.Status_Codes + ) is + function Rate_Monotonic_Get_Status_Base ( + ID : RTEMS.ID; + Status : access RTEMS.Rate_Monotonic_Period_Status + ) return RTEMS.Status_Codes; + pragma Import (C, Rate_Monotonic_Get_Status_Base, + "rtems_rate_monotonic_get_status"); + + Status_Base : aliased RTEMS.Rate_Monotonic_Period_Status; + begin + + Result := Rate_Monotonic_Get_Status_Base ( + ID, + Status_Base'Unchecked_Access + ); + + Status := Status_Base; + + + end Rate_Monotonic_Get_Status; + + -- + -- Multiprocessing Manager + -- + + procedure Multiprocessing_Announce is + procedure Multiprocessing_Announce_Base; + pragma Import (C, Multiprocessing_Announce_Base, + "rtems_multiprocessing_announce"); + begin + + Multiprocessing_Announce_Base; + + end Multiprocessing_Announce; + + + -- + -- Debug Manager + -- + + procedure Debug_Enable ( + To_Be_Enabled : in RTEMS.Debug_Set + ) is + procedure Debug_Enable_Base ( + To_Be_Enabled : RTEMS.Debug_Set + ); + pragma Import (C, Debug_Enable_Base, "rtems_debug_enable"); + begin + + Debug_Enable_Base ( To_Be_Enabled ); + + end Debug_Enable; + + procedure Debug_Disable ( + To_Be_Disabled : in RTEMS.Debug_Set + ) is + procedure Debug_Disable_Base ( + To_Be_Disabled : RTEMS.Debug_Set + ); + pragma Import (C, Debug_Disable_Base, "rtems_debug_disable"); + begin + + Debug_Disable_Base ( To_Be_Disabled ); + + end Debug_Disable; + + function Debug_Is_Enabled ( + Level : in RTEMS.Debug_Set + ) return RTEMS.Boolean is + function Debug_Is_Enabled_Base ( + Level : RTEMS.Debug_Set + ) return RTEMS.Boolean; + pragma Import (C, Debug_Is_Enabled_Base, "_Debug_Is_enabled"); + begin + + return Debug_Is_Enabled_Base ( Level ); + + end Debug_Is_Enabled; + + -- HACK + -- function Configuration + -- return RTEMS.Configuration_Table_Pointer is + -- Configuration_base : RTEMS.Configuration_Table_Pointer; + -- pragma Import (C, Configuration_base, "_Configuration_Table"); + -- begin + -- return Configuration_Base; + -- end Configuration; + +end RTEMS; + |