test.aadl.out 28.6 KB
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property set Data_Model is
  Base_Type : list of classifier (
data)
    applies to (data);

  Code_Set : aadlinteger
    applies to (data);

  Data_Digits : aadlinteger
    applies to (data);

  Data_Scale : aadlinteger
    applies to (data);

  Data_Representation : enumeration (Array, Boolean, Character, Enum, Float, Fixed, Integer, String, Struct, Union)
    applies to (data);

  Dimension : list of aadlinteger
    applies to (data);

  Indefinite_Dimension : constant aadlinteger => -1;
  Infinite_Dimension : constant aadlinteger => -2;
  Element_Names : list of aadlstring
    applies to (data);

  Enumerators : list of aadlstring
    applies to (data);

  IEEE754_Precision : enumeration (Simple, Double)
    applies to (data);

  Initial_Value : list of aadlstring
    applies to (data, port, parameter);

  Integer_Range : range of aadlinteger
    applies to (data, port, parameter);

  Measurement_Unit : aadlstring
    applies to (data, port, parameter);

  Number_Representation : enumeration (Signed, Unsigned)
    applies to (data);

  Real_Range : range of aadlreal
    applies to (data, port, parameter);

  Representation : list of aadlstring
    applies to (data);

end Data_Model;

property set Deployment is
  Allowed_Transport_APIs : type enumeration (BSD_Sockets, SpaceWire);

  Transport_API : Deployment::Allowed_Transport_APIs
    applies to (bus);

  Location : aadlstring
    applies to (processor, device);

  Port_Number : aadlinteger
    applies to (process, device);

  Protocol_Type : type enumeration (iiop, diop);

  Protocol : Deployment::Protocol_Type
    applies to (system);

  Allowed_Execution_Platform : type enumeration (Native, Native_Compcert, bench, LEON_RTEMS, LEON_RTEMS_POSIX, LEON3_SCOC3, LEON3_XTRATUM, LEON3_XM3, LEON_ORK, LEON_GNAT, LINUX32, LINUX32_XENOMAI_NATIVE, LINUX32_XENOMAI_POSIX, LINUX64, ERC32_ORK, ARM_DSLINUX, ARM_N770, GUMSTIX_RTEMS, NDS_RTEMS, X86_RTEMS, X86_RTEMS_POSIX, X86_LINUXTASTE, MARTE_OS, WIN32, VXWORKS, FREERTOS);

  Execution_Platform : Deployment::Allowed_Execution_Platform
    applies to ( all);

  Supported_Execution_Platform : list of Deployment::Allowed_Execution_Platform
    applies to (device);

  Runtime : type enumeration (PolyORB_HI_C, PolyORB_HI_Ada, POK);

  Supported_Runtime : Deployment::Runtime
    applies to ( all);

  Priority_Type : type aadlinteger 0 .. 255;

  Priority : Deployment::Priority_Type
    applies to (data, thread);

  Driver_Name : aadlstring
    applies to (device);

  Configuration : aadlstring
    applies to (device, thread);

  Config : aadlstring
    applies to (device);

  ASN1_Module_Name : aadlstring
    applies to ( all);

  Help : aadlstring
    applies to ( all);

  Version : aadlstring
    applies to ( all);

  Configuration_Type : classifier (
data)
    applies to ( all);

end Deployment;

property set Cheddar_Properties is
  Dispatch_Seed_is_Predictable : aadlboolean
    applies to (thread, thread group);

  Context_Switch_Overhead : inherit Time
    applies to (thread, thread group);

  Source_Text : inherit list of aadlstring
    applies to (virtual processor, processor, thread);

  Automaton_Name : inherit list of aadlstring
    applies to (virtual processor, processor, thread);

  Dispatch_Seed_Value : aadlinteger
    applies to (thread, thread group);

  Dispatch_Absolute_Time : inherit Time
    applies to (thread, thread group);

  Criticality : aadlinteger
    applies to (thread, thread group);

  Bound_On_Data_Blocking_Time : inherit Time
    applies to (thread, thread group);

  Dispatch_Jitter : inherit Time
    applies to (thread, thread group);

  Fixed_Priority : aadlinteger 0 .. 255
    applies to (thread, thread group);

  POSIX_Scheduling_Policy : enumeration (SCHED_FIFO, SCHED_RR, SCHED_OTHERS)
    applies to (thread, thread group);

  Dispatch_Offset_Value_0 : aadlinteger
    applies to (thread, thread group);

  Dispatch_Offset_Time_0 : inherit Time
    applies to (thread, thread group);

  Dispatch_Offset_Value_1 : aadlinteger
    applies to (thread, thread group);

  Dispatch_Offset_Time_1 : inherit Time
    applies to (thread, thread group);

  Dispatch_Offset_Value_2 : aadlinteger
    applies to (thread, thread group);

  Dispatch_Offset_Time_2 : inherit Time
    applies to (thread, thread group);

  Dispatch_Offset_Value_3 : aadlinteger
    applies to (thread, thread group);

  Dispatch_Offset_Time_3 : inherit Time
    applies to (thread, thread group);

  Dispatch_Offset_Value_4 : aadlinteger
    applies to (thread, thread group);

  Dispatch_Offset_Time_4 : inherit Time
    applies to (thread, thread group);

  Dispatch_Offset_Value_5 : aadlinteger
    applies to (thread, thread group);

  Dispatch_Offset_Time_5 : inherit Time
    applies to (thread, thread group);

  Task_Precedencies : list of aadlstring
    applies to (system);

  Scheduler_Quantum : inherit Time
    applies to (processor, virtual processor);

  Preemptive_Scheduler : aadlboolean
    applies to (processor, virtual processor);

  Scheduling_Protocol : list of Supported_Scheduling_Protocols
    applies to (processor, virtual processor);

  Data_Concurrency_State : aadlinteger
    applies to (data);

  Critical_Section : list of aadlstring
    applies to (virtual processor, thread, data);

  Source_Global_Heap_Size : Size
    applies to (process);

  Source_Global_Stack_Size : Size
    applies to (process);

  Source_Global_Text_Size : Size
    applies to (process);

  Source_Global_Data_Size : Size
    applies to (process);

end Cheddar_Properties;

property set Ocarina_Config is
  Generator_Type : type enumeration (PolyORB_QoS_Ada, PolyORB_HI_Ada, PolyORB_HI_C, PolyORB_HI_RTSJ, POK_C, Xtratum_Configuration, Petri_Nets);

  Generator : Ocarina_Config::Generator_Type
    applies to (system);

  Generator_Options_Type : type enumeration (gprof, ASN1);

  Generator_Options : list of Ocarina_Config::Generator_Options_Type
    applies to (system);

  AADL_Files : list of aadlstring
    applies to (system);

  Data_Model : constant aadlstring => "Data_Model";
  Deployment : constant aadlstring => "Deployment";
  Cheddar_Properties : constant aadlstring => "Cheddar_Properties";
  POK_Properties : constant aadlstring => "pok_properties";
  ARINC653_Properties : constant aadlstring => "arinc653";
  ASSERT_Properties : constant aadlstring => "ASSERT_Properties";
  TASTE_Properties : constant aadlstring => "taste_properties";
  Needed_Property_Sets : list of aadlstring
    applies to (system);

  Root_System_Name : aadlstring
    applies to (system);

  AADL_Version_Type : type enumeration (AADLv1, AADLv2);

  AADL_Version : Ocarina_Config::AADL_Version_Type
    applies to (system);

  Use_Components_Library : aadlboolean
    applies to (system);

  Referencial_Files : list of aadlstring
    applies to (system);

  Timeout_Property : Time
    applies to (system);

end Ocarina_Config;

property set Transformations is
  Call_Sequence_Period : inherit Time
    applies to (subprogram);

  Priority : aadlinteger 0 .. 255
    applies to (subprogram);

  Source_Name : aadlstring
    applies to (subprogram);

  Fusion_Occurred : aadlboolean
    applies to (thread);

  Priority_Shifter : aadlboolean
    applies to (data);

  Deadline : inherit Time
    applies to (subprogram);

  No_Optimization : aadlboolean
    applies to (process, thread);

  Scheduler_Name : aadlstring
    applies to (thread);

  Original_Name : aadlstring
    applies to (thread);

end Transformations;

property set POK is
  Security_Level : aadlinteger
    applies to (virtual processor, virtual bus, process, bus, event data port, event port, data port);

  Criticality : aadlinteger
    applies to (virtual processor);

  Handler : aadlstring
    applies to (virtual processor);

  Topics : list of aadlstring
    applies to (virtual processor, virtual bus);

  Needed_Memory_Size : Size
    applies to (process);

  Available_Schedulers : type enumeration (RMS, EDF, LLF, RR, TIMESLICE, STATIC);

  Timeslice : Time
    applies to (virtual processor);

  Major_Frame : Time
    applies to (processor);

  Scheduler : POK::Available_Schedulers
    applies to (processor, virtual processor);

  Slots : list of Time
    applies to (processor);

  Slots_Allocation : list of reference (
virtual processor)
    applies to (processor);

  Supported_Error_Code : type enumeration (Deadline_Missed, Application_Error, Numeric_Error, Illegal_Request, Stack_Overflow, Memory_Violation, Hardware_Fault, Power_Fail, Partition_Configuration, Partition_Init, Partition_Scheduling, Partition_Process, Kernel_Init, Kernel_Scheduling);

  Recovery_Errors : list of POK::Supported_Error_Code
    applies to (processor, virtual processor, thread);

  Supported_Recovery_Action : type enumeration (Ignore, Confirm, Thread_Restart, Thread_Stop_And_Start_Another, Thread_Stop, Partition_Restart, Partition_Stop, Kernel_Stop, Kernel_Restart, Nothing);

  Recovery_Actions : list of POK::Supported_Recovery_Action
    applies to (processor, virtual processor, thread);

  Available_BSP : type enumeration (x86_qemu, x86_qemu_vmm, prep, leon3);

  BSP : POK::Available_BSP
    applies to (processor, system);

  Available_Architectures : type enumeration (x86, ppc, sparc);

  Architecture : POK::Available_Architectures
    applies to (processor, system);

  Source_Location : aadlstring
    applies to (subprogram);

  MILS_Verified : aadlboolean
    applies to (system, process, device, thread, processor, data);

  Refresh_Time : Time
    applies to (data port);

  Hw_Addr : aadlstring
    applies to (device);

  PCI_Vendor_Id : aadlstring
    applies to (device);

  PCI_Device_ID : aadlstring
    applies to (device);

  Device_Name : aadlstring
    applies to (device);

  Additional_Features : list of POK::Supported_Additional_Features
    applies to (virtual processor, processor);

  Supported_Additional_Features : type enumeration (libmath, libc_stdlib, libc_stdio, libc_string, io, pci, console, libc, x86_vmm);

  Des_Key : aadlstring
    applies to (virtual bus);

  Des_Init : aadlstring
    applies to (virtual bus);

  Blowfish_Key : aadlstring
    applies to (virtual bus);

  Blowfish_Init : aadlstring
    applies to (virtual bus);

  Supported_POK_Protocols : type enumeration (ceasar, des, blowfish, unknown);

  Protocol : POK::Supported_POK_Protocols
    applies to (virtual bus);

end POK;

package Base_Types
public
  with data_model;

  data Boolean
  properties
    Data_Model::Data_Representation => Boolean;

  end Boolean;

  data Integer
  properties
    Data_Model::Data_Representation => Integer;

  end Integer;

  data Integer_8 extends Integer
  properties
    Data_Model::Number_Representation => Signed;
    Source_Data_Size => 1 Bytes;

  end Integer_8;

  data Integer_16 extends Integer
  properties
    Data_Model::Number_Representation => Signed;
    Source_Data_Size => 2 Bytes;

  end Integer_16;

  data Integer_32 extends Integer
  properties
    Data_Model::Number_Representation => Signed;
    Source_Data_Size => 4 Bytes;

  end Integer_32;

  data Integer_64 extends Integer
  properties
    Data_Model::Number_Representation => Signed;
    Source_Data_Size => 8 Bytes;

  end Integer_64;

  data Unsigned_8 extends Integer
  properties
    Data_Model::Number_Representation => Unsigned;
    Source_Data_Size => 1 Bytes;

  end Unsigned_8;

  data Unsigned_16 extends Integer
  properties
    Data_Model::Number_Representation => Unsigned;
    Source_Data_Size => 2 Bytes;

  end Unsigned_16;

  data Unsigned_32 extends Integer
  properties
    Data_Model::Number_Representation => Unsigned;
    Source_Data_Size => 4 Bytes;

  end Unsigned_32;

  data Unsigned_64 extends Integer
  properties
    Data_Model::Number_Representation => Unsigned;
    Source_Data_Size => 8 Bytes;

  end Unsigned_64;

  data Natural extends Integer
  properties
    Data_Model::Integer_Range => 0 .. Max_Target_Integer;

  end Natural;

  data Float
  properties
    Data_Model::Data_Representation => Float;

  end Float;

  data Float_32 extends Float
  properties
    Data_Model::IEEE754_Precision => Simple;
    Source_Data_Size => 4 Bytes;

  end Float_32;

  data Float_64 extends Float
  properties
    Data_Model::IEEE754_Precision => Double;
    Source_Data_Size => 8 Bytes;

  end Float_64;

  data Character
  properties
    Data_Model::Data_Representation => Character;

  end Character;

  data String
  properties
    Data_Model::Data_Representation => String;

  end String;

end Base_Types;

property set Taste is
  Interface_Coordinates : aadlstring
    applies to (subprogram access, bus access);

  Coordinates : aadlstring
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    applies to (system, package, device, memory, processor, process, access, subprogram access, connection, bus, virtual bus, feature group);
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  HWLibraries : list of aadlstring
    applies to (package);

  Data_Transport : enumeration (legacy, asn1)
    applies to (device, abstract);

  Importance : enumeration (low, medium, high)
    applies to (system, subprogram access, access);

  APLC_Binding : list of reference (
process)
    applies to (process, device, system);

  APLC_Properties : record (APLC : aadlstring; Coordinates : aadlstring; Source_Language : Supported_Source_Language;)
    applies to (process);

  ASN1_types : type enumeration (asequenceof, asequence, aenumerated, aset, asetof, ainteger, aboolean, areal, achoice, aoctetstring, astring);

  ASN1_Basic_Type : Taste::ASN1_types
    applies to (data);

  FS_Default_Value : aadlstring
    applies to (data);

  Deadline : inherit Time => Period
    applies to (thread, thread group, process, system, device, subprogram access);

  Max_Priority_Value : constant aadlinteger => 28;
  Min_Interrupt_Priority_Value : constant aadlinteger => 29;
  Max_Interrupt_Priority_Value : constant aadlinteger => 31;
  Criticality_Level_Type : type enumeration (A, B, C, D, E);

  Transmission_Type : type enumeration (simplex, half_duplex, full_duplex);

  Frequency : type aadlinteger 0 Hz .. Max_Aadlinteger units (
    Hz,
    KHz => Hz * 1000,
    MHz => KHz * 1000,
    GHz => MHz * 1000);

  Criticality : Taste::Criticality_Level_Type
    applies to (process, system);

  Local_Scheduling_Policy : Supported_Scheduling_Protocols
    applies to (process, system);

  Time_Budget : aadlinteger
    applies to (process, system);

  Budget_Replenishment_Period : Time
    applies to (process, system);

  Storage_Budget : Size
    applies to (process, system);

  Longest_Critical_Section : Time
    applies to (processor);

  Periodic_Clock_Interrupt_Period : Time
    applies to (processor);

  Periodic_Clock_Handler : Time
    applies to (processor);

  Demanded_Clock_Handler : Time
    applies to (processor);

  Interrupt_Handler : Time
    applies to (processor);

  External_Interrupt : Time
    applies to (processor);

  Wakeup_Jitter : Time
    applies to (processor);

  Ready : Time
    applies to (processor);

  Select : Time
    applies to (processor);

  Context_Switch : Time
    applies to (processor);

  Signal : Time
    applies to (processor);

  Suspension_Call : Time
    applies to (processor);

  Wait_Call : Time
    applies to (processor);

  Priority_Raising : Time
    applies to (processor);

  Priority_Lowering : Time
    applies to (processor);

  Barrier_Evaluation : Time
    applies to (processor);

  Budget_Replenishment_Overhead : Time
    applies to (processor);

  Budget_Exhausted_Recovery_Call : Time
    applies to (processor);

  Processor_Speed : Taste::Frequency
    applies to (processor);

  Interconnection_Speed_Factor : aadlreal
    applies to (bus);

  Transmission_Kind : Taste::Transmission_Type
    applies to (bus);

  Bandwidth : Data_Volume
    applies to (bus);

  Memory_Size : Size
    applies to (memory);

  Access_Time : Time
    applies to (memory);

  Access_Bandwidth : Data_Volume
    applies to (bus);

  RCMoperation : classifier (
subprogram)
    applies to (event port, event data port);

  RCMoperationKind_list : type enumeration (cyclic, sporadic, variator, protected, transaction, barrier, unprotected, deferred, immediate, any);

  RCMoperationKind : Taste::RCMoperationKind_list
    applies to (event port, event data port, access, subprogram access);

  RCMceiling : aadlinteger
    applies to (event port, event data port);

  RCMperiod : Time
    applies to (event port, event data port, access, subprogram access);

  RCMpartition : reference (
system)
    applies to (system);

  dataview : list of aadlstring
    applies to (package);

  dataviewpath : list of aadlstring
    applies to (package);

  Encoding_type : type enumeration (native, uper, acn);

  Encoding : Taste::Encoding_type
    applies to (parameter);

  Ada_Package_Name : aadlstring
    applies to (data);

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  Forbid_In_PI : aadlboolean
    applies to (data);

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  interfaceView : aadlstring
    applies to (package);

  WCET : Time
    applies to (subprogram access);

  Instance_Name : aadlstring
    applies to (system);

  Associated_Queue_Size : aadlinteger
    applies to (subprogram);

  EncodingDefinitionFile : classifier (
data)
    applies to (data);

  labelInheritance : aadlstring
    applies to (subprogram access);

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  version : aadlstring
    applies to (package);

  InterfaceName : aadlstring
    applies to (subprogram access, feature group);

  FunctionName : aadlstring
    applies to (system);

  Active_Interfaces : enumeration (Enabled, Disabled, Any) => Enabled
    applies to (system);

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end Taste;

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property set ARINC653 is
  Module_Major_Frame : Time
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    applies to (processor, virtual processor);
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  Sampling_Refresh_Period : Time
    applies to (data port);

  Supported_Error_Code : type enumeration (Module_Config, Module_Init, Module_Scheduling, Partition_Scheduling, Partition_Config, Partition_Handler, Partition_Init, Deadline_Miss, Application_Error, Numeric_Error, Illegal_Request, Stack_Overflow, Memory_Violation, Hardware_Fault, Power_Fail);

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  Supported_Memory_Type : type enumeration (Data_Memory, Code_Memory, IO_Memory);
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  Memory_Type : list of ARINC653::Supported_Memory_Type
    applies to (memory);
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  Timeout : Time
    applies to (port, access connections);
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  Supported_DAL_Type : type enumeration (LEVEL_A, LEVEL_B, LEVEL_C, LEVEL_D, LEVEL_E);

  DAL : ARINC653::Supported_DAL_Type
    applies to (virtual processor, system, abstract);

  Module_Version : aadlstring
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    applies to (processor);

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  Module_Identifier : aadlstring
    applies to (processor);

  Partition_Identifier : aadlinteger
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    applies to (virtual processor);

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  Partition_Name : aadlstring
    applies to (virtual processor);

  System_Partition : aadlboolean
    applies to (virtual processor);
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  Error_Handling : reference (
thread)
    applies to (virtual processor);
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  Error_Level_Type : type enumeration (Module_Level, Partition_Level, Process_Level);
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  HM_Error_ID_Level_Type : type record (ErrorIdentifier : aadlinteger; Description : aadlstring; ErrorLevel : ARINC653::Error_Level_Type; ErrorCode : ARINC653::Supported_Error_Code;);
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  HM_Error_ID_Levels : list of ARINC653::HM_Error_ID_Level_Type
    applies to (processor);
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  HM_Error_ID_Action_Type : type record (ErrorIdentifier : aadlinteger; Description : aadlstring; Action : aadlstring;);
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  HM_Error_ID_Actions : list of ARINC653::HM_Error_ID_Action_Type
    applies to (processor, virtual processor, thread);
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  State_Information_Type : type record (Identifier : aadlinteger; Description : aadlstring;);
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  State_Information : ARINC653::State_Information_Type
    applies to (mode);
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  Queueing_Discipline_Type : type enumeration (Fifo, By_Priority);

  Queueing_Discipline : ARINC653::Queueing_Discipline_Type
    applies to (port, data access);

  Schedule_Window : type record (Partition : reference (
virtual processor, processor); Duration : time; Periodic_Processing_Start : aadlboolean;);
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  Module_Schedule : list of ARINC653::Schedule_Window
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    applies to (processor, virtual processor);

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  Time_Capacity : Time
    applies to (thread);

  Deadline_Type : enumeration (soft, hard)
    applies to (thread);

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end ARINC653;

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property set ASSERT_Properties is
  APLC_Binding : list of aadlstring
    applies to (process);

  ASN1_types : type enumeration (asequenceof, asequence, aenumerated, aset, asetof, ainteger, aboolean, areal, achoice, aoctetstring);

  ASN1_Basic_Type : ASSERT_Properties::ASN1_types
    applies to (data);

  Max_Priority_Value : constant aadlinteger => 28;
  Min_Interrupt_Priority_Value : constant aadlinteger => 29;
  Max_Interrupt_Priority_Value : constant aadlinteger => 31;
  Criticality_Level_Type : type enumeration (A, B, C, D, E);

  Transmission_Type : type enumeration (simplex, half_duplex, full_duplex);

  Frequency : type aadlinteger 0 Hz .. Max_Aadlinteger units (
    Hz,
    KHz => Hz * 1000,
    MHz => KHz * 1000,
    GHz => MHz * 1000);

  Criticality : ASSERT_Properties::Criticality_Level_Type
    applies to (process, system);

  Local_Scheduling_Policy : Supported_Scheduling_Protocols
    applies to (process, system);

  Time_Budget : aadlinteger
    applies to (process, system);

  Budget_Replenishment_Period : Time
    applies to (process, system);

  Storage_Budget : Size
    applies to (process, system);

  Longest_Critical_Section : Time
    applies to (processor);

  Periodic_Clock_Interrupt_Period : Time
    applies to (processor);

  Periodic_Clock_Handler : Time
    applies to (processor);

  Demanded_Clock_Handler : Time
    applies to (processor);

  Interrupt_Handler : Time
    applies to (processor);

  External_Interrupt : Time
    applies to (processor);

  Wakeup_Jitter : Time
    applies to (processor);

  Ready : Time
    applies to (processor);

  Select : Time
    applies to (processor);

  Context_Switch : Time
    applies to (processor);

  Signal : Time
    applies to (processor);

  Suspension_Call : Time
    applies to (processor);

  Wait_Call : Time
    applies to (processor);

  Priority_Raising : Time
    applies to (processor);

  Priority_Lowering : Time
    applies to (processor);

  Barrier_Evaluation : Time
    applies to (processor);

  Budget_Replenishment_Overhead : Time
    applies to (processor);

  Budget_Exhausted_Recovery_Call : Time
    applies to (processor);

  Processor_Speed : ASSERT_Properties::Frequency
    applies to (processor);

  Interconnection_Speed_Factor : aadlreal
    applies to (bus);

  Transmission_Kind : ASSERT_Properties::Transmission_Type
    applies to (bus);

  Bandwidth : Data_Volume
    applies to (bus);

  Memory_Size : Size
    applies to (memory);

  Access_Time : Time
    applies to (memory);

  Access_Bandwidth : Data_Volume
    applies to (bus);

  RCMoperation : classifier (
subprogram)
    applies to (event port, event data port);

  RCMoperationKind_list : type enumeration (cyclic, sporadic, variator, protected, transaction, barrier, unprotected, deferred, immediate, any);

  RCMoperationKind : ASSERT_Properties::RCMoperationKind_list
    applies to (event port, event data port);

  RCMceiling : aadlinteger
    applies to (event port, event data port);

  RCMperiod : Time
    applies to (event port, event data port);

  RCMpartition : reference (
system)
    applies to (system);

end ASSERT_Properties;

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package PartitionedSystemExample
public
  with ARINC653;

  data integer
  end integer;

  data ordercmd
  end ordercmd;

  data protected_data
  properties
    Concurrency_Control_Protocol => Protected_Access;

  end protected_data;

  virtual processor partition1_rt
  properties
    Scheduling_Protocol => (EARLIEST_DEADLINE_FIRST_PROTOCOL);

  end partition1_rt;

  virtual processor implementation partition1_rt.impl
  end partition1_rt.impl;

  virtual processor partition2_rt
  properties
    Scheduling_Protocol => (RATE_MONOTONIC_PROTOCOL);

  end partition2_rt;

  virtual processor implementation partition2_rt.impl
  end partition2_rt.impl;

  subprogram sensor_temperature_spg
  end sensor_temperature_spg;

  subprogram sensor_receiveinput_spg
  end sensor_receiveinput_spg;

  subprogram commandboard_receiveinput_spg
  end commandboard_receiveinput_spg;

  subprogram commandboard_printinfos_spg
  end commandboard_printinfos_spg;

  thread sensor_temperature_thread
  features
    tempout : out data port integer;
    order : in event data port ordercmd;

  properties
    Initialize_Entrypoint => classifier (PartitionedSystemExample::sensor_temperature_spg);
    Priority => 42;
    Source_Stack_Size => 100 Kbyte;
    Period => 20 ms;
    Compute_Execution_Time => 10 ms .. 12 ms;
    Deadline => 40 ms;

  end sensor_temperature_thread;

  thread implementation sensor_temperature_thread.impl
  end sensor_temperature_thread.impl;

  thread sensor_receiveinput_thread
  features
    commandin : in event data port integer;
    order : out event data port ordercmd;

  properties
    Initialize_Entrypoint => classifier (PartitionedSystemExample::sensor_receiveinput_spg);
    Priority => 10;
    Source_Stack_Size => 100 Kbyte;
    Period => 20 ms;
    Compute_Execution_Time => 8 ms .. 10 ms;
    Deadline => 40 ms;

  end sensor_receiveinput_thread;

  thread implementation sensor_receiveinput_thread.impl
  end sensor_receiveinput_thread.impl;

  thread commandboard_receiveinput_thread
  features
    temp : in data port integer;
    tempavg : requires data access integer;
    newavg : out event port;
    need_semaphore : requires data access protected_data;

  properties
    Initialize_Entrypoint => classifier (PartitionedSystemExample::commandboard_receiveinput_spg);
    Priority => 42;
    Source_Stack_Size => 100 Kbyte;
    Period => 20 ms;
    Compute_Execution_Time => 5 ms .. 7 ms;
    Deadline => 40 ms;

  end commandboard_receiveinput_thread;

  thread commandboard_printinfos_thread
  features
    ordersensor : out event data port integer;
    tempavg : requires data access integer;
    newavg : in event port;
    need_semaphore : requires data access protected_data;

  properties
    Initialize_Entrypoint => classifier (PartitionedSystemExample::commandboard_printinfos_spg);
    Priority => 43;
    Source_Stack_Size => 100 Kbyte;
    Period => 20 ms;
    Compute_Execution_Time => 2 ms .. 6 ms;
    Deadline => 40 ms;

  end commandboard_printinfos_thread;

  process partition1_process
  features
    queueingin : in event data port integer
      {Queue_Size => 4;};
    samplingout : out data port integer;

  end partition1_process;

  process implementation partition1_process.impl
  subcomponents
    temperature : thread sensor_temperature_thread.impl;
    order : thread sensor_receiveinput_thread.impl;

  connections
    bufferconnectionexample : port order.order -> temperature.order;
    port queueingin -> order.commandin;
    port temperature.tempout -> samplingout;

  end partition1_process.impl;

  process partition2_process
  features
    queueingout : out event data port integer;
    samplingin : in data port integer
      {ARINC653::Sampling_Refresh_Period => 10 ms;};

  end partition2_process;

  process implementation partition2_process.impl
  subcomponents
    receiver : thread commandboard_receiveinput_thread;
    printer : thread commandboard_printinfos_thread;
    sem : data protected_data;
    blackboard : data integer;

  connections
    blackboardconnection1 : data access blackboard -> printer.tempavg;
    blackboardconnection2 : data access blackboard -> receiver.tempavg;
    eventconnectionexample : port receiver.newavg -> printer.newavg;
    port printer.ordersensor -> queueingout;
    port samplingin -> receiver.temp;
    data access sem -> receiver.need_semaphore;
    data access sem -> printer.need_semaphore;

  end partition2_process.impl;

  processor powerpc
  end powerpc;

  processor implementation powerpc.impl
  subcomponents
    part1 : virtual processor partition1_rt.impl;
    part2 : virtual processor partition2_rt.impl;

  properties
    ARINC653::Module_Major_Frame => 50 ms;

  end powerpc.impl;

  memory partition1_memory
  properties
    Base_Address => 0;

  end partition1_memory;

  memory partition2_memory
  properties
    Base_Address => 100;

  end partition2_memory;

  memory main_memory
  end main_memory;

  memory implementation main_memory.impl
  subcomponents
    part1mem : memory partition1_memory;
    part2mem : memory partition2_memory;

  end main_memory.impl;

  system arincsystem
  end arincsystem;

  system implementation arincsystem.impl
  subcomponents
    mem : memory main_memory.impl;
    cpu : processor powerpc.impl;
    partition1_pr : process partition1_process.impl;
    partition2_pr : process partition2_process.impl;

  connections
    samplingconnection : port partition1_pr.samplingout -> partition2_pr.samplingin;
    queueingconnection : port partition2_pr.queueingout -> partition1_pr.queueingin;

  properties
    Actual_Processor_Binding => (reference ( cpu.part1 ))
      applies to partition1_pr;
    Actual_Processor_Binding => (reference ( cpu.part2 ))
      applies to partition2_pr;
    Actual_Memory_Binding => (reference ( mem.part1mem ))
      applies to partition1_pr;
    Actual_Memory_Binding => (reference ( mem.part2mem ))
      applies to partition2_pr;

  end arincsystem.impl;

end PartitionedSystemExample;