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|
--
-- D_Bus/Ada - An Ada binding to D-Bus
--
-- Copyright (C) 2011, 2012 Reto Buerki <reet@codelabs.ch>
--
-- This program is free software; you can redistribute it and/or
-- modify it under the terms of the GNU General Public License
-- as published by the Free Software Foundation; either version 2
-- of the License, or (at your option) any later version.
--
-- This program is distributed in the hope that it will be useful,
-- but WITHOUT ANY WARRANTY; without even the implied warranty of
-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
-- GNU General Public License for more details.
--
-- You should have received a copy of the GNU General Public License
-- along with this program; if not, write to the Free Software
-- Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301,
-- USA.
--
-- As a special exception, if other files instantiate generics from this
-- unit, or you link this unit with other files to produce an
-- executable this unit does not by itself cause the resulting
-- executable to be covered by the GNU General Public License. This
-- exception does not however invalidate any other reasons why the
-- executable file might be covered by the GNU Public License.
--
with Ahven;
with Config;
with D_Bus.Types;
with D_Bus.Connection;
with D_Bus.Arguments.Basic;
package body Arguments_Basic_Tests is
use Ahven;
use D_Bus;
use D_Bus.Arguments;
use D_Bus.Arguments.Basic;
use type D_Bus.Types.Obj_Path;
-------------------------------------------------------------------------
procedure Initialize (T : in out Testcase) is
begin
T.Set_Name (Name => "Basic arguments handling");
T.Add_Test_Routine
(Routine => Marshal_String_Type'Access,
Name => "Marshal/unmarshal string type");
T.Add_Test_Routine
(Routine => Marshal_Object_Path_Type'Access,
Name => "Marshal/unmarshal object path type");
T.Add_Test_Routine
(Routine => Marshal_Boolean_Type'Access,
Name => "Marshal/unmarshal boolean type");
T.Add_Test_Routine
(Routine => Marshal_U_Int64_Type'Access,
Name => "Marshal/unmarshal uint64 type");
T.Add_Test_Routine
(Routine => Marshal_Int64_Type'Access,
Name => "Marshal/unmarshal int64 type");
T.Add_Test_Routine
(Routine => Marshal_U_Int32_Type'Access,
Name => "Marshal/unmarshal uint32 type");
T.Add_Test_Routine
(Routine => Marshal_Int32_Type'Access,
Name => "Marshal/unmarshal int32 type");
T.Add_Test_Routine
(Routine => Marshal_U_Int16_Type'Access,
Name => "Marshal/unmarshal uint16 type");
T.Add_Test_Routine
(Routine => Marshal_Int16_Type'Access,
Name => "Marshal/unmarshal int16 type");
T.Add_Test_Routine
(Routine => Marshal_Byte_Type'Access,
Name => "Marshal/unmarshal byte type");
end Initialize;
-------------------------------------------------------------------------
procedure Marshal_Boolean_Type
is
Conn : constant Connection.Connection_Type
:= Connection.Connect (Address => Config.Service_Addr);
Result : Arguments.Argument_List_Type;
begin
Result := Connection.Call_Blocking
(Connection => Conn,
Destination => "dbus.ada.server",
Path => +"/",
Iface => "dbus.ada.server.type",
Method => "rebound",
Args => +True);
declare
Bool : constant Boolean_Type := Boolean_Type (Result.First_Element);
begin
Assert (Condition => Bool.To_Ada,
Message => "Result not True");
end;
end Marshal_Boolean_Type;
-------------------------------------------------------------------------
procedure Marshal_Byte_Type
is
Conn : constant Connection.Connection_Type
:= Connection.Connect (Address => Config.Service_Addr);
Result : Argument_List_Type;
begin
Result := Connection.Call_Blocking
(Connection => Conn,
Destination => "dbus.ada.server",
Path => +"/",
Iface => "dbus.ada.server.type",
Method => "rebound",
Args => +Byte'Last);
declare
B : constant Byte_Type := Byte_Type (Result.First_Element);
begin
Assert (Condition => B.To_Ada = Byte'Last,
Message => "Incorrect upper bound");
end;
Result := Connection.Call_Blocking
(Connection => Conn,
Destination => "dbus.ada.server",
Path => +"/",
Iface => "dbus.ada.server.type",
Method => "rebound",
Args => +Byte'First);
declare
B : constant Byte_Type := Byte_Type (Result.First_Element);
begin
Assert (Condition => B.To_Ada = Byte'First,
Message => "Incorrect lower bound");
end;
end Marshal_Byte_Type;
-------------------------------------------------------------------------
procedure Marshal_Int16_Type
is
Conn : constant Connection.Connection_Type
:= Connection.Connect (Address => Config.Service_Addr);
Result : Argument_List_Type;
begin
Result := Connection.Call_Blocking
(Connection => Conn,
Destination => "dbus.ada.server",
Path => +"/",
Iface => "dbus.ada.server.type",
Method => "rebound",
Args => +Signed_16'Last);
declare
Int16 : constant Int16_Type
:= Int16_Type (Result.First_Element);
begin
Assert (Condition => Int16.To_Ada = Signed_16'Last,
Message => "Incorrect upper bound");
end;
Result := Connection.Call_Blocking
(Connection => Conn,
Destination => "dbus.ada.server",
Path => +"/",
Iface => "dbus.ada.server.type",
Method => "rebound",
Args => +Signed_16'First);
declare
Int16 : constant Int16_Type
:= Int16_Type (Result.First_Element);
begin
Assert (Condition => Int16.To_Ada = Signed_16'First,
Message => "Incorrect lower bound");
end;
end Marshal_Int16_Type;
-------------------------------------------------------------------------
procedure Marshal_Int32_Type
is
Conn : constant Connection.Connection_Type
:= Connection.Connect (Address => Config.Service_Addr);
Result : Argument_List_Type;
begin
Result := Connection.Call_Blocking
(Connection => Conn,
Destination => "dbus.ada.server",
Path => +"/",
Iface => "dbus.ada.server.type",
Method => "rebound",
Args => +Signed_32'Last);
declare
Int32 : constant Int32_Type := Int32_Type (Result.First_Element);
begin
Assert (Condition => Int32.To_Ada = Signed_32'Last,
Message => "Incorrect upper bound");
end;
Result := Connection.Call_Blocking
(Connection => Conn,
Destination => "dbus.ada.server",
Path => +"/",
Iface => "dbus.ada.server.type",
Method => "rebound",
Args => +Signed_32'First);
declare
Int32 : constant Int32_Type := Int32_Type (Result.First_Element);
begin
Assert (Condition => Int32.To_Ada = Signed_32'First,
Message => "Incorrect lower bound");
end;
end Marshal_Int32_Type;
-------------------------------------------------------------------------
procedure Marshal_Int64_Type
is
Conn : constant Connection.Connection_Type
:= Connection.Connect (Address => Config.Service_Addr);
Result : Argument_List_Type;
begin
Result := Connection.Call_Blocking
(Connection => Conn,
Destination => "dbus.ada.server",
Path => +"/",
Iface => "dbus.ada.server.type",
Method => "rebound",
Args => +Signed_64'Last);
declare
Int64 : constant Int64_Type := Int64_Type (Result.First_Element);
begin
Assert (Condition => Int64.To_Ada = Signed_64'Last,
Message => "Incorrect upper bound");
end;
Result := Connection.Call_Blocking
(Connection => Conn,
Destination => "dbus.ada.server",
Path => +"/",
Iface => "dbus.ada.server.type",
Method => "rebound",
Args => +Signed_64'First);
declare
Int64 : constant Int64_Type := Int64_Type (Result.First_Element);
begin
Assert (Condition => Int64.To_Ada = Signed_64'First,
Message => "Incorrect lower bound");
end;
end Marshal_Int64_Type;
-------------------------------------------------------------------------
procedure Marshal_Object_Path_Type
is
Ref_Path : constant Types.Obj_Path := +"/com/example/MusicPlayer1";
Conn : constant Connection.Connection_Type
:= Connection.Connect (Address => Config.Service_Addr);
Result : Argument_List_Type;
begin
Result := Connection.Call_Blocking
(Connection => Conn,
Destination => "dbus.ada.server",
Path => +"/",
Iface => "dbus.ada.server.type",
Method => "rebound",
Args => +Ref_Path);
declare
Path_Arg : constant Object_Path_Type
:= Object_Path_Type (Result.First_Element);
begin
Assert (Condition => Path_Arg.To_Ada = Ref_Path,
Message => "Object path mismatch");
end;
end Marshal_Object_Path_Type;
-------------------------------------------------------------------------
procedure Marshal_String_Type
is
Ref_Str : constant String := "this is a teststring";
Conn : constant Connection.Connection_Type
:= Connection.Connect (Address => Config.Service_Addr);
Result : Argument_List_Type;
begin
Result := Connection.Call_Blocking
(Connection => Conn,
Destination => "dbus.ada.server",
Path => +"/",
Iface => "dbus.ada.server.type",
Method => "rebound",
Args => +Ref_Str);
Assert (Condition => Ref_Str = Result.First_Element.To_String,
Message => "String type mismatch");
end Marshal_String_Type;
-------------------------------------------------------------------------
procedure Marshal_U_Int16_Type
is
Conn : constant Connection.Connection_Type
:= Connection.Connect (Address => Config.Service_Addr);
Result : Argument_List_Type;
begin
Result := Connection.Call_Blocking
(Connection => Conn,
Destination => "dbus.ada.server",
Path => +"/",
Iface => "dbus.ada.server.type",
Method => "rebound",
Args => +Unsigned_16'Last);
declare
U_Int16 : constant U_Int16_Type
:= U_Int16_Type (Result.First_Element);
begin
Assert (Condition => U_Int16.To_Ada = Unsigned_16'Last,
Message => "Incorrect upper bound");
end;
Result := Connection.Call_Blocking
(Connection => Conn,
Destination => "dbus.ada.server",
Path => +"/",
Iface => "dbus.ada.server.type",
Method => "rebound",
Args => +Unsigned_16'First);
declare
U_Int16 : constant U_Int16_Type
:= U_Int16_Type (Result.First_Element);
begin
Assert (Condition => U_Int16.To_Ada = Unsigned_16'First,
Message => "Incorrect lower bound");
end;
end Marshal_U_Int16_Type;
-------------------------------------------------------------------------
procedure Marshal_U_Int32_Type
is
Conn : constant Connection.Connection_Type
:= Connection.Connect (Address => Config.Service_Addr);
Result : Argument_List_Type;
begin
Result := Connection.Call_Blocking
(Connection => Conn,
Destination => "dbus.ada.server",
Path => +"/",
Iface => "dbus.ada.server.type",
Method => "rebound",
Args => +Unsigned_32'Last);
declare
U_Int32 : constant U_Int32_Type
:= U_Int32_Type (Result.First_Element);
begin
Assert (Condition => U_Int32.To_Ada = Unsigned_32'Last,
Message => "Incorrect upper bound");
end;
Result := Connection.Call_Blocking
(Connection => Conn,
Destination => "dbus.ada.server",
Path => +"/",
Iface => "dbus.ada.server.type",
Method => "rebound",
Args => +Unsigned_32'First);
declare
U_Int32 : constant U_Int32_Type
:= U_Int32_Type (Result.First_Element);
begin
Assert (Condition => U_Int32.To_Ada = Unsigned_32'First,
Message => "Incorrect lower bound");
end;
end Marshal_U_Int32_Type;
-------------------------------------------------------------------------
procedure Marshal_U_Int64_Type
is
Conn : constant Connection.Connection_Type
:= Connection.Connect (Address => Config.Service_Addr);
Result : Argument_List_Type;
begin
Result := Connection.Call_Blocking
(Connection => Conn,
Destination => "dbus.ada.server",
Path => +"/",
Iface => "dbus.ada.server.type",
Method => "rebound",
Args => +Unsigned_64'Last);
declare
U_Int64 : constant U_Int64_Type
:= U_Int64_Type (Result.First_Element);
begin
Assert (Condition => U_Int64.To_Ada = Unsigned_64'Last,
Message => "Incorrect upper bound");
end;
Result := Connection.Call_Blocking
(Connection => Conn,
Destination => "dbus.ada.server",
Path => +"/",
Iface => "dbus.ada.server.type",
Method => "rebound",
Args => +Unsigned_64'First);
declare
U_Int64 : constant U_Int64_Type
:= U_Int64_Type (Result.First_Element);
begin
Assert (Condition => U_Int64.To_Ada = Unsigned_64'First,
Message => "Incorrect lower bound");
end;
end Marshal_U_Int64_Type;
end Arguments_Basic_Tests;
|
