Merge branch 'master' of https://github.com/OpenAADL/ocarina

resources/runtime/python/ocarina/ocarina.py

@@ -73,6 +73,28 @@ def instantiate (root_system):
 
     return runOcarinaFunction (libocarina_python.instantiate, root_system)
 
+################################################################################
+def set_real_theorem (theorem_name):
+    '''Set main REAL theorem
+
+    :param theorem_name: name of the theorem
+    :type theorem_name: string
+
+    '''
+
+    return runOcarinaFunction (libocarina_python.set_real_theorem, theorem_name)
+
+################################################################################
+def add_real_library (libraryname):
+    '''
+
+    :param libraryname: name of the theorem
+    :type libraryname: string
+
+    '''
+
+    return runOcarinaFunction (libocarina_python.add_real_library, libraryname)
+
 ################################################################################
 Backends = Enum ([ "polyorb_hi_ada", "polyorb_hi_c", "real_theorem"])
 '''List of supported backends, used by :data:`generate`'''

resources/runtime/python/test/metrics.py

@@ -9,7 +9,7 @@ def printError(source, messages):
     for message in messages:
         print message
 
-def main(argv):ne
+def main(argv):
     '''Test function'''
     import ocarina;
     import lmp;

resources/runtime/python/test/test.py

 #! /usr/bin/python
 
-import OcarinaPython as ocarina;
-
-def visitor (component,level) :
-    subcomponents=ocarina.AIN.Subcomponents(component);
-    if subcomponents is not None :
-       prefix=''
-       while ( len(prefix)<level ) :
-          prefix=prefix+'.'
-       for child in subcomponents :
-          print prefix,ocarina.getInstanceName(child)[0]
-          visitor(str(ocarina.AIN.Corresponding_Instance(child)),level+1)
+import ocarina
+import lmp
 
 def main ():
     '''Test function'''
 
     err=ocarina.load("rma.aadl");                   # load a file
     print 'load("rma.aadl")'
-    if err[1].strip()!='':
-      print 'info message: \n', err[1]
+    print err
+    if err[1] != None:
+      print 'info message: ', err[1]
     if err[2]!=[]:
-      print 'warning message: \n', err[2]
+      print 'warning message: ', err[2]
     if err[3]!=[]:
-      print 'error message: \n', err[3]
+      print 'error message: ', err[3]
       sys.exit(2)
-      
+
     err=ocarina.load("deployment.aadl");            # load a file
     print 'load("deployment.aadl")'
-    if err[1].strip()!='':
-      print 'info message: \n', err[1]
+    if err[1] != None:
+      print 'info message: ', err[1]
     if err[2]!=[]:
-      print 'warning message: \n', err[2]
+      print 'warning message: ', err[2]
     if err[3]!=[]:
-      print 'error message: \n', err[3]
+      print 'error message: ', err[3]
       sys.exit(2)
-      
+
     err=ocarina.analyze();                          # analyze models
     print 'ocarina.analyze()'
-    if err[1].strip()!='':
-      print 'info message: \n', err[1]
+    if err[1] != None:
+      print 'info message: ', err[1]
     if err[2]!=[]:
-      print 'warning message: \n', err[2]
+      print 'warning message: ', err[2]
     if err[3]!=[]:
-      print 'error message: \n', err[3]
+      print 'error message: ', err[3]
       sys.exit(2)
-      
-    err=ocarina.instantiate("rma.erc32");           # instantiate system
-    print 'ocarina.instantiate("rma.erc32")'
-    if err[1].strip()!='':
-      print 'info message: \n', err[1]
+
+    err=ocarina.instantiate("rma.impl");           # instantiate system
+    print 'ocarina.instantiate("rma.impl")'
+    if err[1] != None:
+      print 'info message: ', err[1]
     if err[2]!=[]:
-      print 'warning message: \n', err[2]
+      print 'warning message: ', err[2]
     if err[3]!=[]:
-      print 'error message: \n', err[3]
+      print 'error message: ', err[3]
       sys.exit(2)
-    
-    print '----------------------------------------------------'
-    print 'Number of Component Instances:'
-    print '----------------------------------------------------'
-    root=ocarina.getInstances('all')[0][0]
-    # root=ocarina.getRoot()
-    print ocarina.getInstanceName(root)[0]
-    visitor(root,1)
 
 if __name__ == "__main__":
     main ()

src/backends/ocarina-backends-real.adb

@@ -32,6 +32,9 @@
 with Ada.Numerics.Generic_Elementary_Functions;
 with Ocarina.Namet;
 with Ocarina.Output;
+with GNAT.OS_Lib; use GNAT.OS_Lib;
+with Ocarina.Options; use Ocarina.Options;
+with Outfiles; use Outfiles;
 
 with Errors; use Errors;
 with Locations; use Locations;
@@ -3199,6 +3202,8 @@ package body Ocarina.Backends.REAL is
       It   : Natural := First;
       Node : Node_Id;
       Success : Boolean;
+      Fd : File_Descriptor;
+
    begin
       Root_System := Instantiate_Model (AADL_Root);
       Exit_On_Error (No (AADL_Root), "Cannot instantiate AADL models");
@@ -3206,6 +3211,10 @@ package body Ocarina.Backends.REAL is
       Success := Analyze (REAL_Language, Root_System);
       Exit_On_Error (not Success, "Cannot analyze REAL specifications");
 
+      if Output_Filename /= No_Name then
+         Fd := Set_Output (Output_Filename);
+      end if;
+
       --  Runtime
 
       while It <= Last (To_Run_Theorem_List) loop
@@ -3243,6 +3252,9 @@ package body Ocarina.Backends.REAL is
 
          It := It + 1;
       end loop;
+
+      Set_Standard_Output;
+      Release_Output (Fd);
    end Generate;
 
    ----------

src/core/model/ocarina-analyzer-real.adb

@@ -148,7 +148,6 @@ package body Ocarina.Analyzer.REAL is
 
    procedure Register_Library_Theorems (REAL_Library : Node_Id) is
       pragma Assert (Kind (REAL_Library) = K_Root_Node);
-      package RNU renames Ocarina.ME_REAL.REAL_Tree.Nutils;
 
       N : Node;
       T : Node_Id;
@@ -210,6 +209,11 @@ package body Ocarina.Analyzer.REAL is
          end loop;
 
       else
+         --  Otherwise, iterate over Library theorems and fetch the
+         --  corresponding theorem.
+
+         RNU.Node_List.Init (To_Run_Theorem_List); --  Reset list of theorems
+
          for J in RNU.Node_List.First .. RNU.Node_List.Last (Library_Theorems)
          loop
             A := Library_Theorems.Table (J).Node;
@@ -292,18 +296,18 @@ package body Ocarina.Analyzer.REAL is
       --  For non-used library theorems, we still analyze them,
       --  since they can be called directly through the API
 
-      --  for J in RNU.Node_List.First ..
-      --    RNU.Node_List.Last (Library_Theorems) loop
-      --     Node := Library_Theorems.Table (J).Node;
+      for J in RNU.Node_List.First ..
+        RNU.Node_List.Last (Library_Theorems) loop
+         Node := Library_Theorems.Table (J).Node;
 
-      --     RNU.REAL_Root := Node;
+         RNU.REAL_Root := Node;
 
-      --     if not Analyze_Sub_Theorem (RNU.REAL_Root) then
-      --        Display_Analyzer_Error
-      --          (Root, "could not proceed to theorem analysis");
-      --        return False;
-      --     end if;
-      --  end loop;
+         if not Analyze_Sub_Theorem (RNU.REAL_Root) then
+            Display_Analyzer_Error
+              (Root, "could not proceed to theorem analysis");
+            return False;
+         end if;
+      end loop;
 
       return True;
    end Analyze_Model;

src/core/tree/ocarina-me_aadl-printers.adb

@@ -6,7 +6,7 @@
 --                                                                          --
 --                                 B o d y                                  --
 --                                                                          --
---    Copyright (C) 2005-2009 Telecom ParisTech, 2010-2015 ESA & ISAE.      --
+--    Copyright (C) 2005-2009 Telecom ParisTech, 2010-2016 ESA & ISAE.      --
 --                                                                          --
 -- Ocarina  is free software; you can redistribute it and/or modify under   --
 -- terms of the  GNU General Public License as published  by the Free Soft- --
@@ -29,11 +29,11 @@
 --                                                                          --
 ------------------------------------------------------------------------------
 
-with GNAT.OS_Lib; use GNAT.OS_Lib;
+with GNAT.OS_Lib;             use GNAT.OS_Lib;
 
-with Ocarina.Namet;           use Ocarina.Namet;
 with Ocarina.Output;          use Ocarina.Output;
-with Ocarina.Options; use Ocarina.Options;
+with Ocarina.Options;         use Ocarina.Options;
+with Outfiles;                use Outfiles;
 
 package body Ocarina.ME_AADL.Printers is
 
@@ -42,13 +42,14 @@ package body Ocarina.ME_AADL.Printers is
    ---------------------
 
    procedure Print_AADL_Tree (Node : Node_Id; W : W_Node_Spg) is
+      Fd : File_Descriptor;
    begin
       if Output_Filename /= No_Name then
-         Get_Name_String (Output_Filename);
-         Set_Output (Create_File (Name_Buffer (1 .. Name_Len), Binary));
+         Fd := Set_Output (Output_Filename);
       end if;
       W.all (Node);
       Set_Standard_Output;
+      Release_Output (Fd);
    end Print_AADL_Tree;
 
 end Ocarina.ME_AADL.Printers;

src/frontends/real/ocarina-fe_real-parser.adb

@@ -1916,6 +1916,32 @@ package body Ocarina.FE_REAL.Parser is
       end if;
    end Process;
 
+   -----------------------
+   -- Load_REAL_Library --
+   -----------------------
+
+   procedure Load_REAL_Library (File_Name : Name_Id) is
+      use Ocarina.Files;
+      use Ocarina.Namet;
+
+      Buffer            : Location;
+      REAL_External_Lib : Node_Id;
+   begin
+      Buffer := Load_File (File_Name);
+      if Buffer = No_Location then
+         Display_And_Exit
+           ("could not load file " &
+              Get_Name_String (File_Name));
+      end if;
+
+      REAL_External_Lib := Process (No_Node, Buffer);
+      if No (REAL_External_Lib) then
+         Display_And_Exit ("could not parse REAL specification");
+      end if;
+
+      Register_Library_Theorems (REAL_External_Lib);
+   end Load_REAL_Library;
+
    ----------
    -- Init --
    ----------
@@ -1934,26 +1960,7 @@ package body Ocarina.FE_REAL.Parser is
       --  parse and register it.
 
       for J in REAL_Libs.First .. REAL_Libs.Last loop
-         declare
-            use Ocarina.Files;
-
-            Buffer            : Location;
-            REAL_External_Lib : Node_Id;
-         begin
-            Buffer := Load_File (REAL_Libs.Table (J));
-            if Buffer = No_Location then
-               Display_And_Exit
-                 ("could not load file " &
-                  Get_Name_String (REAL_Libs.Table (J)));
-            end if;
-
-            REAL_External_Lib := Process (No_Node, Buffer);
-            if No (REAL_External_Lib) then
-               Display_And_Exit ("could not parse REAL specification");
-            end if;
-
-            Register_Library_Theorems (REAL_External_Lib);
-         end;
+         Load_REAL_Library (REAL_Libs.Table (J));
       end loop;
    end Init;
 

src/frontends/real/ocarina-fe_real-parser.ads

@@ -48,6 +48,8 @@ package Ocarina.FE_REAL.Parser is
    procedure Init;
    --  Initialize the parser
 
+   procedure Load_REAL_Library (File_Name : Name_Id);
+
    package REAL_Libs is new GNAT.Table (Name_Id, Nat, 1, 10, 10);
    --  Table of REAL libraries to consider
 

src/main/ocarina-cmd_line.adb

@@ -192,7 +192,7 @@ package body Ocarina.Cmd_Line is
    begin
       Set_Usage (Ocarina_Options, Usage => "[switches] <aadl_files>");
 
-      --  Note: the order of call to Define_Switch dictate the order
+      --  Note: the order of call to Define_Switch dictates the order
       --  of information when calling GNAT.Command_Line.Display_Help.
 
       --  --help flag, just so that it appears in the online help
@@ -294,7 +294,7 @@ package body Ocarina.Cmd_Line is
 
       --  -real_theorem flag
       Define_Switch (Ocarina_Options, "-real_theorem:",
-                     Help => "Name of the main theorem to evaluate");
+                     Help => "Name of the main REAL theorem to evaluate");
 
       --  -real_lib flag
       Define_Switch (Ocarina_Options, "-real_lib:",

src/python/ocarina-python_cmd.adb

@@ -193,6 +193,44 @@ package body Ocarina.Python_Cmd is
       Set_Return_Value (Data, Result);
    end On_Instantiate;
 
+   -------------------------
+   -- On_Set_REAL_Theorem --
+   -------------------------
+
+   procedure On_Set_REAL_Theorem
+     (Data : in out Callback_Data'Class; Command : String);
+
+   procedure On_Set_REAL_Theorem
+     (Data : in out Callback_Data'Class;
+      Command : String)
+   is
+      pragma Unreferenced (Command);
+      Result : constant Boolean :=
+        Ocarina.Utils.Set_REAL_Theorem (Nth_Arg (Data, 1, ""));
+
+   begin
+      Set_Return_Value (Data, Result);
+   end On_Set_REAL_Theorem;
+
+   -------------------------
+   -- On_Add_REAL_Library --
+   -------------------------
+
+   procedure On_Add_REAL_Library
+     (Data : in out Callback_Data'Class; Command : String);
+
+   procedure On_Add_REAL_Library
+     (Data : in out Callback_Data'Class;
+      Command : String)
+   is
+      pragma Unreferenced (Command);
+      Result : constant Boolean :=
+        Ocarina.Utils.Add_REAL_Library (Nth_Arg (Data, 1, ""));
+
+   begin
+      Set_Return_Value (Data, Result);
+   end On_Add_REAL_Library;
+
    ----------------------
    -- On_Get_AADL_Root --
    ----------------------
@@ -761,6 +799,16 @@ package body Ocarina.Python_Cmd is
         (Repo, "instantiate", 1, 1,
          Handler => On_Instantiate'Unrestricted_Access);
 
+      --  set_real_theorem() function
+      Register_Command
+        (Repo, "set_real_theorem", 1, 1,
+         Handler => On_Set_REAL_Theorem'Unrestricted_Access);
+
+      --  add_real_library() function
+      Register_Command
+        (Repo, "add_real_library", 1, 1,
+         Handler => On_Add_REAL_Library'Unrestricted_Access);
+
       --  getRoot() function
       Register_Command
         (Repo, "getRoot", 0, 0,
@@ -791,12 +839,15 @@ package body Ocarina.Python_Cmd is
         (Repo, "getNodeId", 1, 1,
          Handler => On_Get_Node_Id'Unrestricted_Access);
 
-      Repo := Ocarina.ME_AADL.AADL_Instances.Nodes.Python.
-         Register_Generated_Functions (Repo);
+      --  Register functions generated from AADL declarative and
+      --  instance trees
 
       Repo := Ocarina.ME_AADL.AADL_Tree.Nodes.Python.
          Register_Generated_Functions (Repo);
 
+      Repo := Ocarina.ME_AADL.AADL_Instances.Nodes.Python.
+         Register_Generated_Functions (Repo);
+
       return Repo;
    end Register_Scripts_And_Functions;
 

src/python/ocarina-utils.adb

@@ -6,7 +6,7 @@
 --                                                                          --
 --                                 B o d y                                  --
 --                                                                          --
---                   Copyright (C) 2013-2015 ESA & ISAE.                    --
+--                   Copyright (C) 2013-2016 ESA & ISAE.                    --
 --                                                                          --
 -- Ocarina  is free software; you can redistribute it and/or modify under   --
 -- terms of the  GNU General Public License as published  by the Free Soft- --
@@ -36,10 +36,12 @@ with Ocarina.Output;             use Ocarina.Output;
 with Utils;                      use Utils;
 
 with Ocarina.Analyzer;           use Ocarina.Analyzer;
+with Ocarina.Analyzer.REAL;      use Ocarina.Analyzer.REAL;
 with Ocarina.Backends;           use Ocarina.Backends;
 with Ocarina.Configuration;      use Ocarina.Configuration;
 with Ocarina.FE_AADL;            use Ocarina.FE_AADL;
 with Ocarina.FE_AADL.Parser;
+with Ocarina.FE_REAL.Parser;     use Ocarina.FE_REAL.Parser;
 with Ocarina.Instances;          use Ocarina.Instances;
 with Ocarina.Parser;             use Ocarina.Parser;
 with Ocarina.Options;            use Ocarina.Options;
@@ -136,6 +138,32 @@ package body Ocarina.Utils is
       return Success;
    end Analyze;
 
+   ----------------------
+   -- Set_REAL_Theorem --
+   ----------------------
+
+   function Set_REAL_Theorem (Theorem_Name : String) return Boolean is
+   begin
+      if Theorem_Name /= "" then
+         Main_Theorem := To_Lower (Get_String_Name (Theorem_Name));
+      end if;
+
+      return True;
+   end Set_REAL_Theorem;
+
+   ----------------------
+   -- Add_REAL_Library --
+   ----------------------
+
+   function Add_REAL_Library (Library_Name : String) return Boolean is
+   begin
+      if Library_Name /= "" then
+         Write_Line ("Adding: " & Library_Name);
+         Load_REAL_Library (Get_String_Name (Library_Name));
+      end if;
+      return True;
+   end Add_REAL_Library;
+
    -----------------
    -- Instantiate --
    -----------------

src/python/ocarina-utils.ads

@@ -41,6 +41,8 @@ package Ocarina.Utils is
    function Instantiate (Root_System : String) return Boolean;
    procedure Generate (Backend_Name : String);
    procedure Reset;
+   function Set_REAL_Theorem (Theorem_Name : String) return Boolean;
+   function Add_REAL_Library (Library_Name : String) return Boolean;
 
    function Get_AADL_Root return Node_Id;
    function Get_Node_Id_From_String (Name : String) return Node_Id;

tests/python/rma.aadl

---  This AADL model illustrates how to conduct schedulability analysis
---  using Cheddar, and then code generation of periodic tasks.
---
---  Two periodic tasks run in parrallel, without interaction. Tasks
---  parameters allows RMA analysis
---
---  $Id: rma.aadl 7042M 2010-03-30 07:55:51Z (local) $
-
 package RMAAadl
 public
   with Deployment;
 
------------------
--- Subprograms --
------------------
-
-subprogram Hello_Spg_1
+  subprogram Hello_Spg_1
 properties
   source_language => (Ada95);
   source_name     => "Hello.Hello_Spg_1";
@@ -100,6 +88,7 @@ subcomponents
    cpu_rm : processor cpurm.impl;
 properties
    Actual_Processor_Binding => (reference (cpu_rm)) applies to node_a;
+
 end rma.ERC32;
 
 end RMAAadl;

tests/python/test_ocarina.py

@@ -5,24 +5,24 @@ from ocarina import *;
 def main ():
     '''Test function'''
 
-    for backends in Backends:
-        print(backends);
+    result = add_real_library("rma.real")      # load a file
+    print "%r" % (result)
+    result = load("rma.aadl")             # load a file
+    print "%r" % (result)
+    result = load("deployment.aadl")      # load a file
+    print "%r" % (result)
+    result = analyze()                    # analyze models
+    print "Analysis result %r" % (result)
 
-    load("rma.aadl");             # load a file
-    load("deployment.aadl");      # load a file
-    result = analyze();                    # analyze models
-    print "Analysis result %r" % (result);
-    instantiate("rma.erc32");     # instantiate
-    generate (Backends.polyorb_hi_ada);
+    result = set_real_theorem ("rma_prop_def")
+    result = generate (Backends.real_theorem)
+    print "REAL execution %r" % (result)
+    print ""
 
-    reset();
-
-    load("rma.aadl");             # load a file
-    load("deployment.aadl");      # load a file
-    analyze();                    # analyze models
-    instantiate("rma.erc32");     # instantiate
-    generate (Backends.polyorb_hi_ada);
+    result = set_real_theorem ("rma_prop_def_2")
+    result = generate (Backends.real_theorem)
+    print "REAL execution %r" % (result)
 
 if __name__ == "__main__":
     main ()
-    sys.exit (0);                         # exit
+    sys.exit (0)                         # exit

tests/real-annexes-execution-environment/test_real_exec_env_01.aadl.out

@@ -5,6 +5,7 @@ test_real_exec_env_01.aadl:16:03: Warning: The value of source_language has been
 lib.real:12:17: warning: Unable to determine actualy returned type.
 lib.real:19:24: warning: Unable to determine actualy returned type.
 lib.real:33:03: warning: Returned integer value will be cast to a float at runtime
+lib.real:38:01 Backends: warning : Empty range set, returned value is 0.0
 test_env_subtheorem_call_no_parameter execution
 -------------------------------------
 Evaluating theorem test_env_subtheorem_call_no_parameter
@@ -82,7 +83,6 @@ Evaluating theorem test_env_subtheorem_call_with_empty_domain
  * Iterate for variable: rma.erc32_node_a
 Content of set a_set (test_real_exec_env_01.aadl:133:12) is 
    Evaluating x
-lib.real:38:01 Backends: warning : Empty range set, returned value is 0.0
    value for x after evaluating sub_theorem_6 is 0.00000E+00
  => Result: TRUE
 

tests/real-annexes-execution/test_real_exec_05.aadl.out

@@ -2,6 +2,8 @@ test_real_exec_05.aadl:10:03: Warning: source_language is not a list while the c
 test_real_exec_05.aadl:10:03: Warning: The value of source_language has been converted into a list.
 test_real_exec_05.aadl:16:03: Warning: source_language is not a list while the corresponding property name at programming_properties.aadl:61:02 is a list.
 test_real_exec_05.aadl:16:03: Warning: The value of source_language has been converted into a list.
+test_real_exec_05.aadl:147:12 Backends: error : Property is false for instance 84 (rma.erc32_cpu_rm)
+test_real_exec_05.aadl:170:12 Backends: error : Property is false for instance 84 (rma.erc32_cpu_rm)
 variables_basis execution
 -------------------------------------
 Evaluating theorem variables_basis
@@ -60,7 +62,6 @@ Content of set threads (test_real_exec_05.aadl:141:14) is
   rma.erc32_node_a_task1: 20 component instance test_real_exec_05.aadl:27:01
   rma.erc32_node_a_task2: 52 component instance test_real_exec_05.aadl:40:01
      -> value for y is 6000000000.0
-test_real_exec_05.aadl:147:12 Backends: error : Property is false for instance 84 (rma.erc32_cpu_rm)
  => Result: FALSE
 
 theorem variables_iterative_expressions is: FALSE
@@ -77,7 +78,6 @@ Content of set threads (test_real_exec_05.aadl:158:14) is
   rma.erc32_node_a_task1: 20 component instance test_real_exec_05.aadl:27:01
   rma.erc32_node_a_task2: 52 component instance test_real_exec_05.aadl:40:01
      -> value for y is 7000000000.0
-test_real_exec_05.aadl:170:12 Backends: error : Property is false for instance 84 (rma.erc32_cpu_rm)
  => Result: FALSE
 
 theorem variables_imbricated_iterative_expressions is: FALSE

tests/real_requires/test.aadl.out

+theorems.real:3:09 Backends: error : Property is false for instance 6 (a.impl)
+test.aadl:9:02 Backends: error : requirements are not fulfilled for theorem test_theorem
 test_theorem execution
 Processing requirement : required_theorem
 -------------------------------------
 Evaluating theorem required_theorem
 
  * Iterate for variable: a.impl
-theorems.real:3:09 Backends: error : Property is false for instance 6 (a.impl)
  => Result: FALSE
 
 theorem required_theorem is: FALSE
 
-test.aadl:9:02 Backends: error : requirements are not fulfilled for theorem test_theorem
 
 theorem test_theorem is: FALSE
 

tests/real_requires_2/test.aadl.out

+theorems.real:9:10 Backends: error : Property is false for instance 6 (a.impl)
+theorems.real:1:01 Backends: error : requirements of sub1 are not fulfilled
+test.aadl:8:05 Backends: error : requirements are not fulfilled for theorem test
 test execution
 Processing requirement : sub1
 Processing requirement : sub2
@@ -5,12 +8,10 @@ Processing requirement : sub2
 Evaluating theorem sub2
 
  * Iterate for variable: a.impl
-theorems.real:9:10 Backends: error : Property is false for instance 6 (a.impl)
  => Result: FALSE
 
 theorem sub2 is: FALSE
 
-theorems.real:1:01 Backends: error : requirements of sub1 are not fulfilled
 -------------------------------------
 Evaluating theorem sub1
 
@@ -19,7 +20,6 @@ Evaluating theorem sub1
 
 theorem sub1 is: FALSE
 
-test.aadl:8:05 Backends: error : requirements are not fulfilled for theorem test
 
 theorem test is: FALSE
 

tests/real_requires_3/test.aadl.out

+test.real:9:09 Backends: error : Property is false for instance 6 (a.impl)
+test.real:1:01 Backends: error : requirements of sub1 are not fulfilled
+test.aadl:26:09 Backends: error : requirements are not fulfilled for theorem test
 test execution
 Processing requirement : sub1
 Processing requirement : sub2
@@ -5,7 +8,6 @@ Processing requirement : sub2
 Evaluating theorem sub2
 
  * Iterate for variable: a.impl
-test.real:9:09 Backends: error : Property is false for instance 6 (a.impl)
  => Result: FALSE
 
 theorem sub2 is: FALSE
@@ -25,7 +27,6 @@ Evaluating theorem sub3
 
 theorem sub3 is: TRUE
 
-test.real:1:01 Backends: error : requirements of sub1 are not fulfilled
 -------------------------------------
 Evaluating theorem sub1
 
@@ -40,7 +41,6 @@ Evaluating theorem sub1
 
 theorem sub1 is: FALSE
 
-test.aadl:26:09 Backends: error : requirements are not fulfilled for theorem test
 
 theorem test is: FALSE
 

tests/real_units/validation.aadl.out

@@ -2,6 +2,8 @@ validation.aadl:13:03: Warning: source_language is not a list while the correspo
 validation.aadl:13:03: Warning: The value of source_language has been converted into a list.
 validation.aadl:20:03: Warning: source_language is not a list while the corresponding property name at programming_properties.aadl:61:02 is a list.
 validation.aadl:20:03: Warning: The value of source_language has been converted into a list.
+validation.aadl:135:99 Backends: error : Property is false for instance 122 (mysystem.local_ram)
+validation.aadl:151:16 Backends: error : Property is false for instance 13 (mysystem.local_node)
 contains_memories execution
 -------------------------------------
 Evaluating theorem contains_memories
@@ -21,7 +23,6 @@ Evaluating theorem check_memory_and_process_mem
  * Iterate for variable: mysystem.local_ram
 Content of set prs (validation.aadl:133:28) is 
   mysystem.local_node: 13 component instance validation.aadl:87:01
-validation.aadl:135:99 Backends: error : Property is false for instance 122 (mysystem.local_ram)
  => Result: FALSE
 
 theorem check_memory_and_process_mem is: FALSE
@@ -35,7 +36,6 @@ Evaluating theorem check_thread_and_process_mem
 Content of set thrs (validation.aadl:144:28) is 
   mysystem.local_node_p1: 20 component instance validation.aadl:32:01
   mysystem.local_node_p2: 60 component instance validation.aadl:51:01
-validation.aadl:151:16 Backends: error : Property is false for instance 13 (mysystem.local_node)
  => Result: FALSE
 
 theorem check_thread_and_process_mem is: FALSE

tests/test_ocarina_help/dummy.aadl.out

@@ -17,11 +17,12 @@ Usage: ocarina [switches] <aadl_files>
  -i                   Instantiate the model
  -x                   Parse AADL file as an AADL scenario file
  -g ARG               Generate code using Ocarina backend 'ARG'
+ --list-backends      List available backends
  -b                   Compile generated code
  -z                   Clean code generated
  -k ARG               Set POK flavor (arinc653/deos/pok/vxworks)
  -t                   Run Ocarina in terminal interactive mode
- -real_theorem ARG    Name of the main theorem to evaluate
+ -real_theorem ARG    Name of the main REAL theorem to evaluate