public void GetNodesTest()
{
//Given
IList <string> nodesList = DBCFileParser.GetNodes(DBCFileTest);
//When
Assert.Equal(3, nodesList.Count);
//Then
}
public void ParserMessageBlocksTest()
{
//Given
var res = DBCFileParser.ParserMessageBlocks(DBCFileTest);
//When
Assert.Equal(7, res.Count);
//Then
}
public void GetSignalLineTextTest()
{
//Given
IList <string> signalLines = null;
//When
signalLines = DBCFileParser.GetSignalLineText(DBCFileTest);
//Then
Assert.Equal(41, signalLines.Count);
}
public void GetMessageBlockTextTest()
{
IList <string> messageBlocks = DBCFileParser.GetMessageBlockText(DBCFileTest);
// foreach (var messageBlock in messageBlocks)
// {
// Console.WriteLine (messageBlock);
// }
Assert.Equal(7, messageBlocks.Count);
}
public void MessageItemParserTextTest()
{
var res = DBCFileParser.MessageItemParser(DBCMessageBlock);
Assert.Equal("Pt_Veh_1", res.MessageName);
Assert.Equal(16u, res.MessageId);
Assert.Equal(8u, res.MessageSize);
Assert.Equal("EMS", res.Transmitter);
Assert.Equal(7, res.SignalList.Count);
}
public void ParserNodesTest()
{
//Given
var res = DBCFileParser.ParserNodes(DBCFileTest);
//When
Assert.Equal(4, res.Where(node => node.NodeName.Equals("EMS")).First().TransimitMessages.Count);
Assert.Equal(3, res.Where(node => node.NodeName.Equals("ED")).First().TransimitMessages.Count);
Assert.Equal(3, res.Where(node => node.NodeName.Equals("EMS")).First().ReceiveMessages.Count);
Assert.Equal(4, res.Where(node => node.NodeName.Equals("ED")).First().ReceiveMessages.Count);
Assert.Equal(1, res.Where(node => node.NodeName.Equals("BMS")).First().ReceiveMessages.Count);
//Then
}
public void ParserSignalLineTextTest1()
{
//Given
string signalLine = " SG_ Pt_tiEdrvShOff : 50|12@1+ (1,0) [0|4095] \"min\" ED";
//When
SignalItem item = DBCFileParser.ParserSignalLineText(signalLine);
//Then
Assert.Equal("Pt_tiEdrvShOff", item.SignalName);
Assert.Equal(50u, item.StartBit);
Assert.Equal(12u, item.SignalSize);
Assert.Equal(SignalItem.ByteOrderEnum.Intel, item.ByteOrder);
Assert.Equal(SignalItem.ValueTypeEnum.Unsigned, item.ValueType);
Assert.Equal(1f, item.Factor);
Assert.Equal(0f, item.Offset);
Assert.Equal(0u, item.Min);
Assert.Equal(4095u, item.Max);
Assert.Equal("min", item.Unit);
Assert.Contains("ED", item.Receiver);
}
public void ConfigureParametersByTemplateTest()
{
string projectDirPath = @"C:\Users\ITQ2CS\rtc_sandbox\rbd_briBk10_gly_sw_Development_RWS_Hansong_Dev\rbd";
var pathAll = ProjectFileFilter.SearchForDirectory(projectDirPath, false,
new List <string> ()
{
@"\\[\S]+\.arxml$"
},
new List <string> ()
{
@"\\generated\\",
@"\\pf\\",
});
List <AR_PackageBase> packageList = new List <AR_PackageBase> ();
List <ElementBase> elementList = new List <ElementBase> ();
// LoadElements
var list = pathAll
.Select(path => new { ELE = XElement.Parse(File.ReadAllText(path)), FilePath = path })
.SelectMany(ele => AR_PackageBase.ReadArxmlFileRoot(ele.ELE, ele.FilePath))
//.Where (ele => ele != null)
.ToList();
//watching the change of xml
StringBuilder changList = new StringBuilder();
changList.AppendJoin(',', "Package File", "Operation Target", "Operation Type", "Parameter Type", "Parameter Def", "Parameter Value", "\n");
foreach (var packageRoot in list)
{
packageRoot.AR_PackageArxml.Changed += (sender, e) =>
{
packageRoot.IsChanged = true;
var element = sender as XElement;
//search element until find ECUC container
var parent = element;
var parameter = element;
while (parent != null && parent.Name.LocalName != "ECUC-CONTAINER-VALUE")
{
parent = parent.Parent;
}
while (parameter != null && !parameter.Name.LocalName.Contains("PARAM-VALUE"))
{
if (parameter.Parent != null)
{
parameter = parameter.Parent;
}
else
{
parameter = null;
break;
}
}
changList.AppendJoin(',',
packageRoot.FilePath.Split("\\").Last(),
parent?.Element(XName.Get("SHORT-NAME", parent.Name.Namespace.NamespaceName))?.Value,
e.ObjectChange.ToString(),
parameter?.Name.LocalName,
parent == null? "" : parameter?.Element(XName.Get("DEFINITION-REF", parameter.Name.NamespaceName))?.Value,
parameter?.Element(XName.Get("VALUE", parameter.Name.NamespaceName))?.Value,
"\n");
};
AR_PackageBase.GetAllARPackagesAndElements(packageRoot, packageList, elementList);
}
ComStackParametersDealer.ConfigureArxmlUsingDBCFiles(DBCFileParser.ParserNodes(DBCText).Where(elementList => elementList.NodeName.Equals("ED")).First(), elementList);
//try to save and replace and backup files
foreach (var packageRoot in list.Where(package => package.IsChanged))
{
File.Copy(packageRoot.FilePath, packageRoot.FilePath + "." + DateTime.Now.ToString("yyyy-MM-dd-HH-mm-ss") + "-BAK");
var xml = packageRoot.AR_PackageArxml;
while (xml.Parent != null)
{
xml = xml.Parent;
}
xml.Save(packageRoot.FilePath);
}
//ComStackParametersDealer.ConfigureArxmlUsingDBCFiles()
// Assert.Equal (10, pathAll.Length);
// string logPath = FileSysHelper.GetCurrentAppLocationPath () + "\\ChangLists\\"; //
// if (!Directory.Exists (logPath))
// {
// Directory.CreateDirectory (logPath);
// }
// using (StreamWriter writer = new StreamWriter (logPath + DateTime.Now.ToString ("yyyy-MM-dd") + ".csv"))
// {
// writer.Write (changList.ToString ());
// }
}
