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Comment:s_expressions-test_tools: add a Context argument to helper procedures
Timelines: family | ancestors | descendants | both | trunk
Files: files | file ages | folders
SHA1: f4b78c09f0211d29da49eed1e8ac6748a93241b2
User & Date: nat on 2014-02-27 20:01:48
Other Links: manifest | tags
Context
2014-02-28
19:00
s_expressions-lockable: new package with an interface and a wrapper to lock a descriptor in the current sub-expression check-in: e61f083c1a user: nat tags: trunk
2014-02-27
20:01
s_expressions-test_tools: add a Context argument to helper procedures check-in: f4b78c09f0 user: nat tags: trunk
2014-02-26
22:52
s_expressions-generic_caches: return End_Of_Input instead of Error, to fix behaviour of empty cursors check-in: 53eb91b3c5 user: nat tags: trunk
Changes

Modified tests/natools-s_expressions-test_tools.adb from [5acb00bfe2] to [d2726429df].

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   end Test_Atom;


   procedure Test_Atom_Accessors
     (Test : in out NT.Test;
      Tested : in Descriptor'Class;
      Expected : in Atom;
      Expected_Level : in Integer := -1)

   is














      Print_Expected : Boolean := False;
   begin
      if Tested.Current_Event /= Events.Add_Atom then




         Test.Error ("Test_Atom_Accessors called with current event "
           & Events.Event'Image (Tested.Current_Event));
         return;
      end if;

      if Expected_Level >= 0 then
         Current_Level_Test :
         declare
            Level : constant Natural := Tested.Current_Level;
         begin
            if Level /= Expected_Level then

               Test.Fail ("Current_Level is"
                 & Integer'Image (Level)
                 & ", expected"
                 & Integer'Image (Expected_Level));
            end if;
         end Current_Level_Test;
      end if;

      Current_Atom_Test :
      declare
         Current_Atom : constant Atom := Tested.Current_Atom;
      begin
         if Current_Atom /= Expected then
            Print_Expected := True;
            Test.Fail;
            Dump_Atom (Test, Current_Atom, "Current_Atom");
         end if;
      end Current_Atom_Test;

      Query_Atom_Test :
      declare
         procedure Process (Data : in Atom);

         Calls : Natural := 0;
         Buffer : Atom_Buffers.Atom_Buffer;

         procedure Process (Data : in Atom) is
         begin
            Calls := Calls + 1;
            Buffer.Append (Data);
         end Process;
      begin
         Tested.Query_Atom (Process'Access);

         if Calls = 0 then

            Test.Fail ("Query_Atom did not call Process");
         elsif Calls > 1 then

            Test.Fail ("Query_Atom called Process" & Integer'Image (Calls)
              & " times");
            Print_Expected := True;
            Dump_Atom (Test, Buffer.Data, "Buffer");
         elsif Buffer.Data /= Expected then
            Print_Expected := True;
            Test.Fail;
            Dump_Atom (Test, Buffer.Data, "Query_Atom");
         end if;
      end Query_Atom_Test;

      Long_Read_Atom_Test :
      declare
         Buffer : Atom (21 .. Expected'Length + 30);
         Length : Count;
      begin
         Tested.Read_Atom (Buffer, Length);

         if Buffer (Buffer'First .. Buffer'First + Length - 1) /= Expected then
            Print_Expected := True;
            Test.Fail;
            Dump_Atom
              (Test,
               Buffer (Buffer'First .. Buffer'First + Length - 1),
               "Read_Atom");
         end if;
      end Long_Read_Atom_Test;

      Short_Read_Atom_Test :
      declare
         Buffer : Atom (11 .. Expected'Length / 2 + 10);
         Length : Count;
      begin
         Tested.Read_Atom (Buffer, Length);

         if Expected (Expected'First .. Expected'First + Buffer'Length - 1)
           /= Buffer
         then
            Print_Expected := True;
            Test.Fail;
            Dump_Atom (Test, Buffer, "Short Read_Atom");
         end if;
      end Short_Read_Atom_Test;

      if Print_Expected then
         Dump_Atom (Test, Expected, "Expected");
      end if;
   end Test_Atom_Accessors;


   procedure Test_Atom_Accessor_Exceptions
     (Test : in out NT.Test;
      Tested : in Descriptor'Class) is







   begin








      if Tested.Current_Event = Events.Add_Atom then




         Test.Error ("Test_Atom_Accessor_Exceptions during Events.Add_Atom");
         return;
      end if;

      Current_Atom_Test :
      begin
         declare
            Data : constant Atom := Tested.Current_Atom;
         begin

            Test.Fail ("No exception raised in Current_Atom");
            Dump_Atom (Test, Data, "Returned value");
         end;
      exception
         when Program_Error => null;
         when Error : others =>

            Test.Fail ("Wrong exception raised in Current_Atom");
            Test.Report_Exception (Error, NT.Fail);
      end Current_Atom_Test;

      Query_Atom_Test :
      declare
         procedure Process (Data : in Atom);

         Calls : Natural := 0;
         Buffer : Atom_Buffers.Atom_Buffer;

         procedure Process (Data : in Atom) is
         begin
            Calls := Calls + 1;
            Buffer.Append (Data);
         end Process;
      begin
         Tested.Query_Atom (Process'Access);


         Test.Fail ("No exception raised in Query_Atom");
         Dump_Atom (Test, Buffer.Data,
           "Buffer from" & Natural'Image (Calls) & " calls");
      exception
         when Program_Error => null;
         when Error : others =>

            Test.Fail ("Wrong exception raised in Query_Atom");
            Test.Report_Exception (Error, NT.Fail);
      end Query_Atom_Test;

      Read_Atom_Test :
      declare
         Buffer : Atom (0 .. 31) := (others => 46);
         Length : Count;
      begin
         Tested.Read_Atom (Buffer, Length);


         Test.Fail ("No exception raised in Read_Atom");
         Test.Info ("Returned Length:" & Count'Image (Length));
         Dump_Atom (Test, Buffer, "Output Buffer");
      exception
         when Program_Error => null;
         when Error : others =>

            Test.Fail ("Wrong exception raised in Read_Atom");
            Test.Report_Exception (Error, NT.Fail);
      end Read_Atom_Test;
   end Test_Atom_Accessor_Exceptions;


   procedure Next_And_Check
     (Test : in out NT.Test;
      Tested : in out Descriptor'Class;
      Expected : in Events.Event;
      Level : in Natural)

   is
      Event : Events.Event;
   begin
      Tested.Next (Event);
      if Event /= Expected then




         Test.Fail ("Found event "
           & Events.Event'Image (Event)
           & ", expected "
           & Events.Event'Image (Expected));
      elsif Tested.Current_Level /= Level then




         Test.Fail ("Found event "
           & Events.Event'Image (Event)
           & " at level"
           & Integer'Image (Tested.Current_Level)
           & ", expected"
           & Integer'Image (Level));
      end if;
   end Next_And_Check;


   procedure Next_And_Check
     (Test : in out NT.Test;
      Tested : in out Descriptor'Class;
      Expected : in Atom;
      Level : in Natural)

   is
      Event : Events.Event;
   begin
      Tested.Next (Event);
      if Event /= Events.Add_Atom then




         Test.Fail ("Found event "
           & Events.Event'Image (Event)
           & ", expected Add_Atom");
      else
         Test_Tools.Test_Atom_Accessors (Test, Tested, Expected, Level);

      end if;
   end Next_And_Check;



   -------------------
   -- Memory Stream --







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   end Test_Atom;


   procedure Test_Atom_Accessors
     (Test : in out NT.Test;
      Tested : in Descriptor'Class;
      Expected : in Atom;
      Expected_Level : in Integer := -1;
      Context : in String := "")
   is
      Context_Given : Boolean := Context = "";

      procedure Fail_With_Context;

      procedure Fail_With_Context is
      begin
         if not Context_Given then
            Test.Fail (Context);
            Context_Given := True;
         else
            Test.Fail;
         end if;
      end Fail_With_Context;

      Print_Expected : Boolean := False;
   begin
      if Tested.Current_Event /= Events.Add_Atom then
         if Context /= "" then
            Test.Error (Context);
         end if;

         Test.Error ("Test_Atom_Accessors called with current event "
           & Events.Event'Image (Tested.Current_Event));
         return;
      end if;

      if Expected_Level >= 0 then
         Current_Level_Test :
         declare
            Level : constant Natural := Tested.Current_Level;
         begin
            if Level /= Expected_Level then
               Fail_With_Context;
               Test.Info ("Current_Level is"
                 & Integer'Image (Level)
                 & ", expected"
                 & Integer'Image (Expected_Level));
            end if;
         end Current_Level_Test;
      end if;

      Current_Atom_Test :
      declare
         Current_Atom : constant Atom := Tested.Current_Atom;
      begin
         if Current_Atom /= Expected then
            Print_Expected := True;
            Fail_With_Context;
            Dump_Atom (Test, Current_Atom, "Current_Atom");
         end if;
      end Current_Atom_Test;

      Query_Atom_Test :
      declare
         procedure Process (Data : in Atom);

         Calls : Natural := 0;
         Buffer : Atom_Buffers.Atom_Buffer;

         procedure Process (Data : in Atom) is
         begin
            Calls := Calls + 1;
            Buffer.Append (Data);
         end Process;
      begin
         Tested.Query_Atom (Process'Access);

         if Calls = 0 then
            Fail_With_Context;
            Test.Info ("Query_Atom did not call Process");
         elsif Calls > 1 then
            Fail_With_Context;
            Test.Info ("Query_Atom called Process" & Integer'Image (Calls)
              & " times");
            Print_Expected := True;
            Dump_Atom (Test, Buffer.Data, "Buffer");
         elsif Buffer.Data /= Expected then
            Print_Expected := True;
            Fail_With_Context;
            Dump_Atom (Test, Buffer.Data, "Query_Atom");
         end if;
      end Query_Atom_Test;

      Long_Read_Atom_Test :
      declare
         Buffer : Atom (21 .. Expected'Length + 30);
         Length : Count;
      begin
         Tested.Read_Atom (Buffer, Length);

         if Buffer (Buffer'First .. Buffer'First + Length - 1) /= Expected then
            Print_Expected := True;
            Fail_With_Context;
            Dump_Atom
              (Test,
               Buffer (Buffer'First .. Buffer'First + Length - 1),
               "Read_Atom");
         end if;
      end Long_Read_Atom_Test;

      Short_Read_Atom_Test :
      declare
         Buffer : Atom (11 .. Expected'Length / 2 + 10);
         Length : Count;
      begin
         Tested.Read_Atom (Buffer, Length);

         if Expected (Expected'First .. Expected'First + Buffer'Length - 1)
           /= Buffer
         then
            Print_Expected := True;
            Fail_With_Context;
            Dump_Atom (Test, Buffer, "Short Read_Atom");
         end if;
      end Short_Read_Atom_Test;

      if Print_Expected then
         Dump_Atom (Test, Expected, "Expected");
      end if;
   end Test_Atom_Accessors;


   procedure Test_Atom_Accessor_Exceptions
     (Test : in out NT.Test;
      Tested : in Descriptor'Class;
      Context : in String := "")
   is
      Context_Given : Boolean := Context = "";

      procedure Fail_With_Context;

      procedure Fail_With_Context is
      begin
         if not Context_Given then
            Test.Fail (Context);
            Context_Given := True;
         else
            Test.Fail;
         end if;
      end Fail_With_Context;
   begin
      if Tested.Current_Event = Events.Add_Atom then
         if Context /= "" then
            Test.Error (Context);
         end if;

         Test.Error ("Test_Atom_Accessor_Exceptions during Events.Add_Atom");
         return;
      end if;

      Current_Atom_Test :
      begin
         declare
            Data : constant Atom := Tested.Current_Atom;
         begin
            Fail_With_Context;
            Test.Info ("No exception raised in Current_Atom");
            Dump_Atom (Test, Data, "Returned value");
         end;
      exception
         when Program_Error => null;
         when Error : others =>
            Fail_With_Context;
            Test.Info ("Wrong exception raised in Current_Atom");
            Test.Report_Exception (Error, NT.Fail);
      end Current_Atom_Test;

      Query_Atom_Test :
      declare
         procedure Process (Data : in Atom);

         Calls : Natural := 0;
         Buffer : Atom_Buffers.Atom_Buffer;

         procedure Process (Data : in Atom) is
         begin
            Calls := Calls + 1;
            Buffer.Append (Data);
         end Process;
      begin
         Tested.Query_Atom (Process'Access);

         Fail_With_Context;
         Test.Info ("No exception raised in Query_Atom");
         Dump_Atom (Test, Buffer.Data,
           "Buffer from" & Natural'Image (Calls) & " calls");
      exception
         when Program_Error => null;
         when Error : others =>
            Fail_With_Context;
            Test.Info ("Wrong exception raised in Query_Atom");
            Test.Report_Exception (Error, NT.Fail);
      end Query_Atom_Test;

      Read_Atom_Test :
      declare
         Buffer : Atom (0 .. 31) := (others => 46);
         Length : Count;
      begin
         Tested.Read_Atom (Buffer, Length);

         Fail_With_Context;
         Test.Info ("No exception raised in Read_Atom");
         Test.Info ("Returned Length:" & Count'Image (Length));
         Dump_Atom (Test, Buffer, "Output Buffer");
      exception
         when Program_Error => null;
         when Error : others =>
            Fail_With_Context;
            Test.Info ("Wrong exception raised in Read_Atom");
            Test.Report_Exception (Error, NT.Fail);
      end Read_Atom_Test;
   end Test_Atom_Accessor_Exceptions;


   procedure Next_And_Check
     (Test : in out NT.Test;
      Tested : in out Descriptor'Class;
      Expected : in Events.Event;
      Level : in Natural;
      Context : in String := "")
   is
      Event : Events.Event;
   begin
      Tested.Next (Event);
      if Event /= Expected then
         if Context /= "" then
            Test.Fail (Context);
         end if;

         Test.Fail ("Found event "
           & Events.Event'Image (Event)
           & ", expected "
           & Events.Event'Image (Expected));
      elsif Tested.Current_Level /= Level then
         if Context /= "" then
            Test.Fail (Context);
         end if;

         Test.Fail ("Found event "
           & Events.Event'Image (Event)
           & " at level"
           & Integer'Image (Tested.Current_Level)
           & ", expected"
           & Integer'Image (Level));
      end if;
   end Next_And_Check;


   procedure Next_And_Check
     (Test : in out NT.Test;
      Tested : in out Descriptor'Class;
      Expected : in Atom;
      Level : in Natural;
      Context : in String := "")
   is
      Event : Events.Event;
   begin
      Tested.Next (Event);
      if Event /= Events.Add_Atom then
         if Context /= "" then
            Test.Fail (Context);
         end if;

         Test.Fail ("Found event "
           & Events.Event'Image (Event)
           & ", expected Add_Atom");
      else
         Test_Tools.Test_Atom_Accessors
           (Test, Tested, Expected, Level, Context);
      end if;
   end Next_And_Check;



   -------------------
   -- Memory Stream --

Modified tests/natools-s_expressions-test_tools.ads from [c7139c29da] to [f92adbfc76].

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      --  Report success when Found is equal to Expected, and failure
      --  with diagnostics otherwise.

   procedure Test_Atom_Accessors
     (Test : in out NT.Test;
      Tested : in Descriptor'Class;
      Expected : in Atom;
      Expected_Level : in Integer := -1);

      --  Test all the ways of accessing atom in Tested

   procedure Test_Atom_Accessor_Exceptions
     (Test : in out NT.Test;
      Tested : in Descriptor'Class);

      --  Check that all atom accessors raise Program_Error

   procedure Next_And_Check
     (Test : in out NT.Test;
      Tested : in out Descriptor'Class;
      Expected : in Events.Event;
      Level : in Natural);

      --  Call Tested.Next and check the current event and level

   procedure Next_And_Check
     (Test : in out NT.Test;
      Tested : in out Descriptor'Class;
      Expected : in Atom;
      Level : in Natural);

      --  Call Tested.Next and check current event is Add_Atom with Expected,
      --  using Test_Atom_Accessors.


   type Memory_Stream is new Ada.Streams.Root_Stream_Type with private;

   overriding procedure Read







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      --  Report success when Found is equal to Expected, and failure
      --  with diagnostics otherwise.

   procedure Test_Atom_Accessors
     (Test : in out NT.Test;
      Tested : in Descriptor'Class;
      Expected : in Atom;
      Expected_Level : in Integer := -1;
      Context : in String := "");
      --  Test all the ways of accessing atom in Tested

   procedure Test_Atom_Accessor_Exceptions
     (Test : in out NT.Test;
      Tested : in Descriptor'Class;
      Context : in String := "");
      --  Check that all atom accessors raise Program_Error

   procedure Next_And_Check
     (Test : in out NT.Test;
      Tested : in out Descriptor'Class;
      Expected : in Events.Event;
      Level : in Natural;
      Context : in String := "");
      --  Call Tested.Next and check the current event and level

   procedure Next_And_Check
     (Test : in out NT.Test;
      Tested : in out Descriptor'Class;
      Expected : in Atom;
      Level : in Natural;
      Context : in String := "");
      --  Call Tested.Next and check current event is Add_Atom with Expected,
      --  using Test_Atom_Accessors.


   type Memory_Stream is new Ada.Streams.Root_Stream_Type with private;

   overriding procedure Read