ISO22900.II-Sharp 0.0.1-beta

ISO22900.II-Sharp

ISO22900.II-Sharp handles all the details of operating with unmanaged ISO 22900-2 spec library (also called D-PDU-API) and lets you deal with the important stuff.

The ISO 22900-2 friendly name is D-PDU-API both are synonymous for a software interface description. D-PDU-API can live alone but was normally designed in use with ISO 22900-X and ISO 22901-X in mind. All this spec libraries has the goal to make automotive diagnostic data interchangeable. In case of ISO 22900-2 this correctly means modular vehicle communication interface (MVCI or VCI) can be exchanged through MVCI from another manufacturer if both support ISO 22900-2.

Extract from 22900-2: "The purpose of ISO 22900-2 is to ensure that diagnostic and reprogramming applications from any vehicle or tool manufacturer can operate on a common software interface and can easily exchange MVCI protocol module implementations."

Usage

using System;
using System.Collections.Generic;
using System.Linq;
using ISO22900.II;

namespace ISO22900.II.Example
{
public class Program
{
public static async Task Main(string[] args)
{
    //The helper functions read registry and root xml
    var allInstalledPduApis = DiagPduApiHelper.InstalledMvciPduApiDetails().ToList();
    if ( allInstalledPduApis.Any() )
    {
        //take the first API
        var apiShortName = allInstalledPduApis.First().ShortName;
        using ( var api = DiagPduApiOneFactory.GetApi(DiagPduApiHelper
                   .FullyQualifiedLibraryFileNameFormShortName(apiShortName)) )
        {
            //without parameters means the first VCI that is found
            using ( var vci = api.ConnectVci() )
            {
                //Define the protocol behavior
                //These names (the strings) come from ODX or ISO 22900-2
                var dlcPinData = new Dictionary<uint, string> { { 6, "HI" }, { 14, "LOW" } };
                var busTypeName = "ISO_11898_2_DWCAN";
                var protocolName = "ISO_15765_3_on_ISO_15765_2";

                using ( var link = vci.OpenComLogicalLink(busTypeName, protocolName, dlcPinData.ToList()) )
                {
                    //Set UniqueId ComParam's
                    uint pageOneId = 815; //give page one a ID  
                    link.SetUniqueRespIdTablePageOneUniqueRespIdentifier(pageOneId);
                    link.SetUniqueIdComParamValue(pageOneId, "CP_CanPhysReqId", 0x7E0);
                    link.SetUniqueIdComParamValue(pageOneId, "CP_CanRespUSDTId", 0x7E8);

                    //Set normal ComParam's
                    link.SetComParamValueViaGet("CP_P2Max", 500000);

                    link.Connect();

                    var request = new byte[] { 0x22, 0xF1, 0x90 };

                    using ( var cop = link.StartCop(PduCopt.PDU_COPT_SENDRECV, 1, 1, request) )
                    {
                        var result = await cop.WaitForCopResultAsync();

                        var responseString = string.Empty;
                        uint responseTime = 0;
                        if ( result.DataMsgQueue().Count > 0 )
                        {
                            responseString = string.Join(",", 
                                result.DataMsgQueue().ConvertAll(bytes => { return BitConverter.ToString(bytes); }));
                            responseTime = result.ResponseTime();
                        }
                        else if ( result.PduEventItemErrors().Count > 0 )
                        {
                            foreach ( var error in result.PduEventItemErrors() )
                            {
                                responseString += $"{error.ErrorCodeId}" + $" ({error.ExtraErrorInfoId})";
                            }

                            responseString = "Error: " + responseString;
                        }
                        Console.WriteLine($"{BitConverter.ToString(request)} | {responseString}  | {responseTime}µs");
                    }
                    link.Disconnect();
                }
            }
        }
    }
    Console.ReadKey();
}
}
}