public void ImportMapFile(string filepath, DeviceImage image)
{
EcuMap im = new EcuMap();
im.ImportFromMapFileOrText(filepath);
ReadMap(im, image);
}
public void ReadMap(IdaMap idaMap, DeviceImage image)
{
//loop through base def and search for table names in map
foreach (var romtable in AggregateBaseRomTables)
{
foreach (var idan in idaMap.IdaCleanNames)
{
if (romtable.Key.EqualsIdaString(idan.Key))
{
ExposeTable(romtable.Key, LutFactory.CreateLut(romtable.Key, uint.Parse(idan.Value.ToString(), NumberStyles.AllowHexSpecifier), image.imageStream));
break;
}
}
}
////TODO RAMTABLES
//foreach (var ramtable in baseDef.RamTableList)
//{
// foreach (var idan in idaMap.IdaCleanNames)
// {
// if (ramtable.Key.EqualsIdaString(idan.Key))
// {
// break;
// }
// }
//}
}
public void ImportMapText(string text, DeviceImage image)
{
EcuMap im = new EcuMap();
im.ImportFromMapFileOrText(text);
ReadMap(im, image);
}
public virtual void Read(DeviceImage image)
{
//TODO, pull this ot and make as extension to generic axis
//remove "scaling" reference -> populate object during construction
this.scaling = this.defaultScaling;
lock (image.imageStream)
{
image.imageStream.Seek(this.address, SeekOrigin.Begin);
this.byteValues = new List <byte[]>();
this.floatValues = new List <float>();
this.displayValues = new List <string>();
for (int i = 0; i < this.elements; i++)
{
if (this.isStatic)
{
this.displayValues = this.staticList;
break;
}
byte[] b = new byte[this.scaling.storageSize];
image.imageStream.Read(b, 0, this.scaling.storageSize);
if (this.endian == "big")
{
b.ReverseBytes();
}
this.byteValues.Add(b);
this.displayValues.Add(this.scaling.toDisplay(b));
//Must add scaling stuff in here!
}
}
}
public override void Read()
{
DeviceImage image = this.parentImage;
this.elements = this.yAxis.elements; // * this.yAxis.elements;
this.defaultScaling = SharpTuner.DataScalings.Find(s => s.name.ToString().Contains(this.properties["scaling"].ToString()));
this.scaling = this.defaultScaling;
lock (image.imageStream)
{
image.imageStream.Seek(this.address, SeekOrigin.Begin);
this.byteValues = new List <byte[]>();
this.floatValues = new List <float>();
this.displayValues = new List <string>();
for (int i = 0; i < this.elements; i++)
{
byte[] b = new byte[this.scaling.storageSize];
image.imageStream.Read(b, 0, this.scaling.storageSize);
if (this.scaling.endian == "big")
{
b.ReverseBytes();
}
this.byteValues.Add(b);
this.displayValues.Add(this.scaling.toDisplay(b));
}
}
}
public override void Read(DeviceImage image)
{
//TODO, pull this ot and make as extension to generic axis
//remove "scaling" reference -> populate object during construction
this.scaling = this.defaultScaling;
this.displayValues = new List <string>();
foreach (string value in this.staticList)
{
this.displayValues.Add(value.ToString());
}
}
public virtual void Write()
{
DeviceImage image = this.parentTable.parentImage;
lock (image.imageStream)
{
image.imageStream.Seek(this.address, SeekOrigin.Begin);
//write this.bytevalues!
foreach (byte[] bytevalue in this.byteValues)
{
if (this.scaling.endian == "big")
{
bytevalue.ReverseBytes();
}
image.imageStream.Write(bytevalue, 0, bytevalue.Length);
}
}
}
public override void Write()
{
DeviceImage image = this.parentImage;
lock (image.imageStream)
{
//No need to write axes, they don't really exist for 1D tables!
image.imageStream.Seek(this.address, SeekOrigin.Begin);
//write this.bytevalues!
foreach (byte[] bytevalue in this.byteValues)
{
if (this.scaling.endian == "big")
{
bytevalue.ReverseBytes();
}
image.imageStream.Write(bytevalue, 0, bytevalue.Length);
}
}
}
public override void Write()
{
DeviceImage image = this.parentImage;
lock (image.imageStream)
{
//2D only has Y axis
this.yAxis.Write();
image.imageStream.Seek(this.address, SeekOrigin.Begin);
//write this.bytevalues!
foreach (byte[] bytevalue in this.byteValues)
{
if (this.scaling.endian == "big")
{
bytevalue.ReverseBytes();
}
image.imageStream.Write(bytevalue, 0, bytevalue.Length);
}
}
}
public override void Read()
{
DeviceImage image = this.parentImage;
this.elements = 1;
this.defaultScaling = SharpTuner.DataScalings.Find(s => s.name.ToString().Contains(this.properties["scaling"].ToString()));
this.scaling = this.defaultScaling;
////Check SSM interface ID vs the device ID
//if (SharpTuner.ssmInterface.EcuIdentifier != this.parentImage.CalId)
//{
// throw new System.Exception("Device Image does not match connected device!");
//}
//SsmInterface ssmInterface = SharpTuner.ssmInterface;
//May have an issue with this while logging???
//Is it necessary??
//TODO: Find out
//lock (ssmInterface)
//{
// this.byteValues = new List<byte[]>();
// this.displayValues = new List<string>();
// byte[] b = new byte[this.scaling.storageSize];
// IAsyncResult result = ssmInterface.BeginBlockRead(this.address, this.scaling.storageSize, null, null);
// result.AsyncWaitHandle.WaitOne();
// b = ssmInterface.EndBlockRead(result);
// if (this.scaling.endian == "big")
// {
// b.ReverseBytes();
// }
// this.byteValues.Add(b);
// this.displayValues.Add(this.scaling.toDisplay(b));
//}
}
public void ImportMapText(string text, DeviceImage image)
{
IdaMap idaMap = new IdaMap(text);
ReadMap(idaMap, image);
}
public void ImportMapFile(string filepath, DeviceImage image)
{
IdaMap idaMap = new IdaMap(filepath);
ReadMap(idaMap, image);
}
public void openDeviceImage(string filename)
{
//Construct new romimage
DeviceImage newImage = new DeviceImage(filename);
if (newImage.CalId == null)
{
Trace.TraceWarning(String.Format("Unable to identify rom at {0}", newImage.FilePath.ToString()));
MessageBox.Show("Unable to idenfity rom at " + newImage.FilePath.ToString());
return;
}
foreach (DeviceImage image in SharpTuner.ImageList)
{
if (image.FilePath == filename)
{
Console.Write("Rom is already open!");
return;
}
}
this.closeDeviceImageToolStripMenuItem.Enabled = true;
obfuscateCALIDToolStripMenuItem.Enabled = true;
SharpTuner.AddImage(newImage);
this.openDeviceListBox.Items.Add(SharpTuner.ActiveImage.FileName);
Trace.WriteLine("Successfully opened " + SharpTuner.ActiveImage.CalId + " filename: " + SharpTuner.ActiveImage.FileName);
Refresh();
}
public virtual void Read(DeviceImage image)
{
//TODO, pull this ot and make as extension to generic axis
//remove "scaling" reference -> populate object during construction
this.scaling = this.defaultScaling;
lock (image.imageStream)
{
image.imageStream.Seek(this.address, SeekOrigin.Begin);
this.byteValues = new List<byte[]>();
this.floatValues = new List<float>();
this.displayValues = new List<string>();
for (int i = 0; i < this.elements; i++)
{
if (this.isStatic)
{
this.displayValues = this.staticList;
break;
}
byte[] b = new byte[this.scaling.storageSize];
image.imageStream.Read(b, 0, this.scaling.storageSize);
if (this.endian == "big")
{
b.ReverseBytes();
}
this.byteValues.Add(b);
this.displayValues.Add(this.scaling.toDisplay(b));
//Must add scaling stuff in here!
}
}
}
public void ImportMapFile(string filepath, DeviceImage image)
{
IdaMap idaMap = new IdaMap(filepath);
ReadMap(idaMap,image);
}
public void ImportMapText(string text, DeviceImage image)
{
IdaMap idaMap = new IdaMap(text);
ReadMap(idaMap,image);
}
public void ReadMap(IdaMap idaMap,DeviceImage image)
{
//loop through base def and search for table names in map
foreach (var romtable in AggregateBaseRomTables)
{
foreach (var idan in idaMap.IdaCleanNames)
{
if (romtable.Key.EqualsIdaString(idan.Key))
{
ExposeTable(romtable.Key, LutFactory.CreateLut(romtable.Key, uint.Parse(idan.Value.ToString(), NumberStyles.AllowHexSpecifier), image.imageStream));
break;
}
}
}
////TODO RAMTABLES
//foreach (var ramtable in baseDef.RamTableList)
//{
// foreach (var idan in idaMap.IdaCleanNames)
// {
// if (ramtable.Key.EqualsIdaString(idan.Key))
// {
// break;
// }
// }
//}
}
public override void Read(DeviceImage image)
{
//TODO, pull this ot and make as extension to generic axis
//remove "scaling" reference -> populate object during construction
this.scaling = this.defaultScaling;
this.displayValues = new List<string>();
foreach (string value in this.staticList)
{
this.displayValues.Add(value.ToString());
}
}
//public static void setSsmInterface(SsmInterface s)
//{
// ssmInterface = s;
//}
public static void AddImage(DeviceImage d)
{
ImageList.Add(d);
ActiveImage = d;
}