aws/regtests/0350_array_vector/array_vector.adb

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--  SOAP/WSDL test

with Ada.Calendar;
with Ada.Text_IO;

with AWS.Config.Set;
with AWS.MIME;
with AWS.Net;
with AWS.Response;
with AWS.Server.Status;
with AWS.Status;
with SOAP.Utils;

with StockQuoteService.Client;
with StockQuoteService.Server;
with StockQuoteService.Types;

procedure Array_Vector is

   use Ada;
   use AWS;
   use StockQuoteService;
   use type StockQuoteService.Types.ArrayOfFloat_Type;

   H_Server : AWS.Server.HTTP;

   package FIO is new Text_IO.Float_IO (Float);

   function GetLastTradePrice
     (tickerSymbol : String;
      timePeriod   : Types.TimePeriod_Type)
      return Types.GetLastTradePrice_Result;

   -------------
   -- SOAP_CB --
   -------------

   function SOAP_CB is
      new StockQuoteService.Server.GetLastTradePrice_CB (GetLastTradePrice);

   function SOAP_Wrapper is new SOAP.Utils.SOAP_Wrapper (SOAP_CB);

   --------
   -- CB --
   --------

   function CB (Request : Status.Data) return Response.Data is
      SOAPAction : constant String := Status.SOAPAction (Request);
   begin
      if SOAPAction = "http://localhost/GetTradePrices" then
         return SOAP_Wrapper (Request, StockQuoteService.Schema);
      else
         return Response.Build (MIME.Text_HTML, "<p>Not a SOAP request");
      end if;
   end CB;

   -----------------------
   -- GetLastTradePrice --
   -----------------------

   function GetLastTradePrice
     (tickerSymbol : String;
      timePeriod   : Types.TimePeriod_Type)
      return Types.GetLastTradePrice_Result
   is
      use type Calendar.Time;

      D : constant Duration := timePeriod.endTime - timePeriod.startTime;
      A : Types.ArrayOfFloat_Type;
   begin
      Text_IO.Put_Line ("Symbol " & tickerSymbol);
      A.Append (1.2);
      A.Append (2.3);
      A.Append (3.4);
      return (A, Float (D));
   end GetLastTradePrice;

   ----------------------
   -- WSDL_Demo_Client --
   ----------------------

   procedure WSDL_Demo_Client is
      use Ada;
      Result : Types.GetLastTradePrice_Result;
      TP     : Types.TimePeriod_Type;
   begin
      TP := (Calendar.Time_Of (2003, 2, 18),
             Calendar.Time_Of (2003, 3, 6));

      Result := StockQuoteService.Client.GetLastTradePrice ("ADA95", TP);

      Text_IO.Put ("Frequency : ");
      FIO.Put (Result.Frequency, Aft => 2, Exp => 0);
      Text_IO.New_Line;

      for K in 1 .. Positive (Result.Result.Length) loop
         Text_IO.Put (Positive'Image (K) & " = ");
         FIO.Put (Result.Result (K), Aft => 2, Exp => 0);
         Text_IO.New_Line;
      end loop;
   end WSDL_Demo_Client;

   CNF : Config.Object;

begin
   Config.Set.Server_Name (CNF, "WSDL Stock Quote Server");
   Config.Set.Server_Host (CNF, "localhost");
   Config.Set.Server_Port (CNF, StockQuoteService.Server.Port);

   AWS.Server.Start (H_Server, CB'Unrestricted_Access, CNF);

   if Net.IPv6_Available and then AWS.Server.Status.Is_IPv6 (H_Server) then
      --  Need to start second server on same port but on the different
      --  Protocol_Family because we do not know which family would client try
      --  to connect.

      AWS.Server.Add_Listening
        (H_Server, "localhost", StockQuoteService.Server.Port,
         Net.FAMILY_INET);
   end if;

   WSDL_Demo_Client;

   AWS.Server.Shutdown (H_Server);
end Array_Vector;