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ClassEditor.cs
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using System;
using System.Collections;
using System.Collections.Generic;
using System.Drawing;
using System.Globalization;
using System.IO;
using System.IO.Compression;
using System.Linq;
using System.Runtime.CompilerServices;
using System.Text;
using System.Threading;
using System.Threading.Tasks;
using System.Windows.Forms;
using DarkUI.Controls;
using DarkUI.Forms;
internal class ClassEditor
{
public List<string> Ecus_Definitions_Compatible = new List<string>();
//Variables for loaded rom definition
public List<string> DefinitionsLocationsX = new List<string>();
public List<string> DefinitionsLocationsY = new List<string>();
public List<string> DefinitionsLocationsTable = new List<string>();
public List<string> DefinitionsMathX = new List<string>();
public List<string> DefinitionsMathY = new List<string>();
public List<string> DefinitionsMathTable = new List<string>();
public List<string> DefinitionsMathXInverted = new List<string>();
public List<string> DefinitionsMathYInverted = new List<string>();
public List<string> DefinitionsMathTableInverted = new List<string>();
public List<string> DefinitionsFormatX = new List<string>();
public List<string> DefinitionsFormatY = new List<string>();
public List<string> DefinitionsFormatTable = new List<string>();
public List<bool> DefinitionsIsSingleByteX = new List<bool>();
public List<bool> DefinitionsIsSingleByteY = new List<bool>();
public List<bool> DefinitionsIsSingleByteTable = new List<bool>();
public List<string> DefinitionsName = new List<string>();
public List<string> DefinitionsUnit1 = new List<string>();
public List<string> DefinitionsUnit2 = new List<string>();
public List<string> DefinitionsTableSize = new List<string>();
public List<float> DefinitionsValueMin = new List<float>();
public List<float> DefinitionsValueMax = new List<float>();
public List<double> DefinitionsChangeAmount = new List<double>();
public List<string> DefinitionsHeaders = new List<string>();
public List<bool> DefinitionsIsXYInverted = new List<bool>();
public List<bool> DefinitionsIsTableInverted = new List<bool>();
public List<bool> DefinitionsIsReadOnly = new List<bool>();
public List<bool> DefinitionsIsUntested = new List<bool>();
public List<bool> DefinitionsIsNotDefined = new List<bool>();
public int SelectedROMLocation;
public int SelectedTableSize;
public int SelectedTableIndexInDefinitions;
public bool IsTableLoadedCorrectly = false;
public bool CanReloadTablesValues = false;
public string string_ECU_Name;
public byte[] ROM_Bytes;
public string AllROMDifferences;
public string AllROMDifferencesRedo;
public bool ValuesChanged = false;
public bool IsSingleByteX = false;
public bool IsSingleByteY = false;
public bool IsSingleByteTable = false;
public int[] BufferValuesArray = new int[200];
public int[] BufferTableSize = new int[2];
public string BufferMath = "";
private string LastMathDoneCheck = "";
private Editortable Editortable_0;
internal ClassEditor(ref Editortable Editortable_1)
{
Editortable_0 = Editortable_1;
}
public float smethod_1()
{
return Editortable.float_0;
}
public string ValueIncDec(int RowIndex, int CellIndex, bool Increasing, bool Multiply4x)
{
float num = this.smethod_1();
string format = "0";
string text = Editortable_0.dataGridView_0.Rows[RowIndex].Cells[CellIndex].Value.ToString();
if (text.Contains(".") || text.Contains(","))
{
string[] SplittedCmd = new string[0];
if (text.Contains(".")) SplittedCmd = text.Split('.');
if (text.Contains(",")) SplittedCmd = text.Split(',');
int FormatLenght = SplittedCmd[1].Length;
if (FormatLenght == 0) format = "0.0";
if (FormatLenght == 1) format = "0.0";
if (FormatLenght == 2) format = "0.00";
if (FormatLenght == 3) format = "0.000";
if (FormatLenght == 4) format = "0.0000";
}
if (Multiply4x)
{
num *= 4f;
}
if (Increasing)
{
return (float.Parse(text) + num).ToString(format);
}
return (float.Parse(text) - num).ToString(format);
}
public void IncDecreaseSelection(bool Decreasing, bool HoldShift)
{
if (!Decreasing)
{
int num3 = 0;
int num4 = 0;
int j = 0;
while (j < Editortable_0.dataGridView_0.Rows.Count)
{
if (Editortable_0.dataGridView_0.Rows[j].Cells[num4].Selected)
{
Editortable_0.dataGridView_0.Rows[j].Cells[num4].Value = this.ValueIncDec(j, num4, true, HoldShift);
}
if (num4 == Editortable_0.dataGridView_0.Columns.Count - 1)
{
num4 = 0;
j++;
}
else
{
num4++;
}
num3++;
}
}
else
{
int num5 = 0;
int num6 = 0;
int k = 0;
while (k < Editortable_0.dataGridView_0.Rows.Count)
{
if (Editortable_0.dataGridView_0.Rows[k].Cells[num6].Selected)
{
Editortable_0.dataGridView_0.Rows[k].Cells[num6].Value = this.ValueIncDec(k, num6, false, HoldShift);
}
if (num6 == Editortable_0.dataGridView_0.Columns.Count - 1)
{
num6 = 0;
k++;
}
else
{
num6++;
}
num5++;
}
}
}
public void ShortcutsCommand(KeyEventArgs keyEventArgs_0, int int_232)
{
bool bool_ = false;
if (Control.ModifierKeys == Keys.Shift)
{
bool_ = true;
}
if (keyEventArgs_0.KeyCode == Keys.Delete || int_232 == 1)
{
int num = 0;
int num2 = 0;
int i = 0;
//if (Editortable_0.frmOBD2Scan_0 != null)
//{
while (i < Editortable_0.dataGridView_0.Rows.Count)
{
if (Editortable_0.dataGridView_0.Rows[i].Cells[num2].Selected)
{
Editortable_0.dataGridView_0.Rows[i].Cells[num2].Value = 0;
}
if (num2 == Editortable_0.dataGridView_0.Columns.Count - 1)
{
num2 = 0;
i++;
}
else
{
num2++;
}
num++;
}
//}
}
if (keyEventArgs_0.KeyCode == Keys.W || int_232 == 2)
{
IncDecreaseSelection(false, bool_);
}
if (keyEventArgs_0.KeyCode == Keys.S || int_232 == 3)
{
IncDecreaseSelection(true, bool_);
}
//Class40 class40_0 = new Class40();
//this.smethod_4(200).ContinueWith(new Action<Task>(this.<> c.<> 9.method_0));
//this.smethod_4(200, class40_0).ContinueWith(new Action<Task>(class40_0.method_0));
}
private Task smethod_4(int int_232, Class40 class40_0)
{
//Class40 class40_0 = new Class40();
class40_0.taskCompletionSource_0 = new TaskCompletionSource<object>();
new System.Threading.Timer(new TimerCallback(class40_0.method_0)).Change(int_232, -1);
return class40_0.taskCompletionSource_0.Task;
}
public void GetChanges()
{
int num = this.SelectedROMLocation;
int multiplier = 2;
if (this.IsSingleByteX || this.IsSingleByteY || this.IsSingleByteTable) multiplier = 1; //###############################
Editortable_0.GForm_Main_0.method_1("Checking for differences...");
//Get all Tables values
double[,] ReadBufferarray = new double[this.BufferTableSize[0], this.BufferTableSize[1]];
for (int i = 0; i < this.BufferTableSize[0]; i++) //10columns
{
for (int j = 0; j < this.BufferTableSize[1]; j++) //20rows
{
//calculate value inversed to make bytes
double ThisValue = double.Parse(Editortable_0.dataGridView_0.Rows[j].Cells[i].Value.ToString().Replace(',', '.'), CultureInfo.InvariantCulture);
ThisValue = DoMath(ThisValue, BufferMath, true, "Table");
ReadBufferarray[i, j] = (Int16)ThisValue;
}
}
//#############
double[] ValuesBufferarray = new double[this.SelectedTableSize];
for (int i = 0; i < this.BufferTableSize[0]; i++)
{
for (int j = 0; j < this.BufferTableSize[1]; j++)
{
ValuesBufferarray[i * this.BufferTableSize[1] + j] = ReadBufferarray[i, j];
}
}
//#############
byte[] BytesBufferarray = new byte[this.SelectedTableSize * multiplier];
for (int i = 0; i < this.SelectedTableSize; i++)
{
if (multiplier == 2)
{
byte[] ThisBytesToChange = BitConverter.GetBytes((Int16) ValuesBufferarray[i]);
BytesBufferarray[(i * 2)] = ThisBytesToChange[1];
BytesBufferarray[(i * 2) + 1] = ThisBytesToChange[0];
}
else
{
BytesBufferarray[i] = (byte) ValuesBufferarray[i];
}
}
//#############
byte[] array = new byte[this.SelectedTableSize * multiplier];
for (int i = 0; i < this.SelectedTableSize * multiplier; i++)
{
array[i] = this.ROM_Bytes[num + i];
//Apply Changes
this.ROM_Bytes[num + i] = BytesBufferarray[i];
}
int num3 = 0;
string text = null;
bool DiffDetected = false;
foreach (int num4 in BytesBufferarray)
{
if (num4.ToString() != array[num3].ToString())
{
string BufText = "Change at line: " + num3.ToString() + "[" + array[num3].ToString("X2") + "->" + num4.ToString("X2") + "] | At: 0x" + (this.SelectedROMLocation + num3).ToString("X");
text = text + BufText + Environment.NewLine;
Editortable_0.GForm_Main_0.method_1(BufText);
DiffDetected = true;
}
num3++;
}
if (!DiffDetected) Editortable_0.GForm_Main_0.method_1("No differences detected");
if (DiffDetected)
{
this.AllROMDifferencesRedo = "";
this.Editortable_0.redoToolStripMenuItem.Enabled = false;
}
this.AllROMDifferences = this.AllROMDifferences + text;
//this.string_3 = this.string_3 + "Address: " + this.SelectedROMLocation.ToString() + Environment.NewLine + text;
//this.string_3 = this.string_3 + "Table: " + TableSize + Environment.NewLine + "Address: " + this.SelectedROMLocation.ToString() + Environment.NewLine + text;
}
public void SaveROMBytes(string string_4)
{
try
{
if (this.ValuesChanged && this.SelectedTableSize != 0 && this.SelectedROMLocation != 0)
{
this.GetChanges();
}
this.ValuesChanged = false;
//################################################
byte[] SavingBytes = this.ROM_Bytes;
//Remove fake bootloader section if it's a partial firmware .bin file
if (!this.Editortable_0.IsFullBinary)
{
byte[] BufferBytes = new byte[SavingBytes.Length - 0x8000];
for (int i = 0; i < SavingBytes.Length; i++) BufferBytes[i] = SavingBytes[i + 0x8000];
SavingBytes = BufferBytes;
}
//Fix Checksums
FixChecksums();
File.Create(string_4).Dispose();
File.WriteAllBytes(string_4, SavingBytes);
//Set LastFileOpened
string LastOpenFilePath = Application.StartupPath + @"\LastFileOpened.txt";
File.Create(LastOpenFilePath).Dispose();
File.WriteAllText(LastOpenFilePath, string_4);
//################################################
//Save rom differences changes to logs
string text = string_4 + "-logs.txt";
File.Create(text).Dispose();
File.WriteAllText(text, AllROMDifferences);
//################################################
//string text = string_4 + "~temp";
//string text2 = string_4 + "~temp2";
/*File.WriteAllBytes(text, this.byte_0);
File.WriteAllText(text2, this.string_2);
using (FileStream fileStream = new FileStream(string_4, FileMode.OpenOrCreate))
{
FlashGUI.smethod_1(this.string_0 + Environment.NewLine + this.string_1, fileStream);
}
using (ZipArchive zipArchive = ZipFile.Open(string_4, ZipArchiveMode.Update))
{
zipArchive.CreateEntryFromFile(text, this.string_1);
zipArchive.CreateEntryFromFile(text2, "CLOG");
}
File.Delete(text);
File.Delete(text2);*/
DarkMessageBox.Show("Successfully Saved File!.", "Success", MessageBoxButtons.OK, MessageBoxIcon.Asterisk);
}
catch
{
DarkMessageBox.Show("Failed to save file!.", "Fail", MessageBoxButtons.OK, MessageBoxIcon.Hand);
}
}
public void FixChecksums()
{
if (!this.Editortable_0.IsFullBinary) this.ROM_Bytes = this.Editortable_0.GForm_Main_0.VerifyChecksumFWBin(this.ROM_Bytes);
if (this.Editortable_0.IsFullBinary) this.ROM_Bytes = this.Editortable_0.GForm_Main_0.VerifyChecksumFullBin(this.ROM_Bytes);
}
public void SetTableValues(int[] TableSize, int ROMLocationX, string TopLeftString, string RowHeaderString, string[] HeaderStringList, string ThisMathX, string ThisFormatX, bool IsXYInverted, int ROMLocationTable, string ThisMathTable, string ThisTableFormat, bool IsTableInverted, bool IsReadOnly)
{
try
{
this.SelectedTableSize = TableSize[0] * TableSize[1];
BufferValuesArray = new int[SelectedTableSize];
BufferTableSize = TableSize;
Editortable_0.dataGridView_0.Rows.Clear();
Editortable_0.dataGridView_0.Columns.Clear();
Editortable_0.dataGridView_0.RowTemplate.DefaultCellStyle.Alignment = DataGridViewContentAlignment.MiddleCenter;
Editortable_0.dataGridView_0.TopLeftHeaderCell.Value = TopLeftString;
Editortable_0.dataGridView_0.AllowUserToAddRows = false;
//Correct the Table Orientation if Bad
/*if ((TableSize[1] == 1 && IsInverted) || (TableSize[0] == 1 && !IsInverted))
{
int Buf0 = TableSize[1];
int Buf1 = TableSize[0];
TableSize[0] = Buf0;
TableSize[1] = Buf1;
}*/
SelectedROMLocation = ROMLocationTable;
BufferMath = ThisMathTable;
//Apply Columns(Y)
if (IsXYInverted)
{
for (int i = 0; i < TableSize[1]; i++)
{
if (ROMLocationX != 0)
{
double num = 0;
if (IsSingleByteX) num = (double)this.GetSingleByteValue(ROMLocationX + i);
else num = (double)this.GetIntValue(ROMLocationX + i * 2);
string HeaderStr = "";
if (ThisFormatX != "") HeaderStr = DoMath(num, ThisMathX, false, "X").ToString(ThisFormatX);
if (ThisFormatX == "") HeaderStr = DoMath(num, ThisMathX, false, "X").ToString();
Editortable_0.dataGridView_0.Columns.Add(HeaderStr, HeaderStr);
}
else
{
Editortable_0.dataGridView_0.Columns.Add(RowHeaderString, RowHeaderString);
}
}
}
else
{
for (int j = 0; j < TableSize[0]; j++) Editortable_0.dataGridView_0.Columns.Add(HeaderStringList[j], HeaderStringList[j]);
}
int index = 0;
while (true)
{
if (index >= SelectedTableSize) // More than TableSize (ex: 10x20.. more than 200)
{
int[,] numArray2 = smethod_35<int>(BufferValuesArray, TableSize[0], TableSize[1]);
int rowIndex = 0;
while (true)
{
if ((rowIndex >= TableSize[1] && !IsXYInverted) || (rowIndex >= TableSize[0] && IsXYInverted)) //More than Y (make the 3D table)
{
int num10 = 0;
while (true)
{
if ((num10 >= TableSize[1] && !IsXYInverted) || (num10 >= TableSize[0] && IsXYInverted)) //Another More than Y (set X Header)
{
if (!IsXYInverted) SetBackColor(TableSize[0], Editortable.float_1[0], Editortable.float_1[1]);
if (IsXYInverted) SetBackColor(TableSize[1], Editortable.float_1[0], Editortable.float_1[1]);
break;
}
//Rows(X) Math
if (IsXYInverted)
{
string ThisHeaderVal = HeaderStringList[num10];
if (ThisHeaderVal == "") ThisHeaderVal = RowHeaderString;
Editortable_0.dataGridView_0.Rows[num10].HeaderCell.Value = ThisHeaderVal;
}
else
{
if (ROMLocationX != 0)
{
double num = 0;
if (IsSingleByteX) num = (double)this.GetSingleByteValue(ROMLocationX + num10);
else num = (double)this.GetIntValue(ROMLocationX + num10 * 2);
if (ThisFormatX != "") Editortable_0.dataGridView_0.Rows[num10].HeaderCell.Value = DoMath(num, ThisMathX, false, "X").ToString(ThisFormatX);
if (ThisFormatX == "") Editortable_0.dataGridView_0.Rows[num10].HeaderCell.Value = DoMath(num, ThisMathX, false, "X").ToString();
}
else
{
Editortable_0.dataGridView_0.Rows[num10].HeaderCell.Value = RowHeaderString;
}
}
num10++;
}
break;
}
//TableMath (Get full 1full row of value at a time)
string[] values = new string[0];
if (IsXYInverted)
{
values = new string[TableSize[1]];
for (int i = 0; i < TableSize[1]; i++)
{
if (ThisTableFormat.Contains("X"))
{
//Display Values in Hexadecimals
string Mathhh = DoMath((double)numArray2[rowIndex, i], ThisMathTable, false, "Table").ToString();
try
{
if (ThisTableFormat == "X4") values[i] = Int16.Parse(Mathhh).ToString(ThisTableFormat);
else if (ThisTableFormat == "X8") values[i] = Int32.Parse(Mathhh).ToString(ThisTableFormat);
else values[i] = int.Parse(Mathhh).ToString(ThisTableFormat);
}
catch
{
values[i] = Mathhh;
}
}
else
{
//Display Values in double/int
if (ThisTableFormat != "") values[i] = DoMath((double)numArray2[rowIndex, i], ThisMathTable, false, "Table").ToString(ThisTableFormat);
if (ThisTableFormat == "") values[i] = DoMath((double)numArray2[rowIndex, i], ThisMathTable, false, "Table").ToString();
}
}
}
else
{
values = new string[TableSize[0]];
for (int i = 0; i < TableSize[0]; i++)
{
if (ThisTableFormat.Contains("X"))
{
//Display Values in Hexadecimals
string Mathhh = DoMath((double)numArray2[i, rowIndex], ThisMathTable, false, "Table").ToString();
try
{
if (ThisTableFormat == "X4") values[i] = Int16.Parse(Mathhh).ToString(ThisTableFormat);
else if (ThisTableFormat == "X8") values[i] = Int32.Parse(Mathhh).ToString(ThisTableFormat);
else values[i] = int.Parse(Mathhh).ToString(ThisTableFormat);
}
catch
{
values[i] = Mathhh;
}
}
else
{
//Display Values in double/int
if (ThisTableFormat != "") values[i] = DoMath((double)numArray2[i, rowIndex], ThisMathTable, false, "Table").ToString(ThisTableFormat);
if (ThisTableFormat == "") values[i] = DoMath((double)numArray2[i, rowIndex], ThisMathTable, false, "Table").ToString();
}
}
}
Editortable_0.dataGridView_0.Rows.Insert(rowIndex, values);
rowIndex++;
}
break;
}
//Math perfomed just above
if (IsSingleByteTable) BufferValuesArray[index] = GetSingleByteValue(SelectedROMLocation + index);
else BufferValuesArray[index] = GetIntValue(SelectedROMLocation + (index * 2));
index++;
}
//##############################################################################################################
//Invert inner tables values X and Y
if (IsTableInverted)
{
int[,] numArray2 = smethod_35<int>(BufferValuesArray, TableSize[1], TableSize[0]);
for (int i = 0; i < Editortable_0.dataGridView_0.ColumnCount; i++)
{
for (int i2 = 0; i2 < Editortable_0.dataGridView_0.RowCount; i2++)
{
string valueinner = "";
if (IsXYInverted)
{
if (ThisTableFormat != "") valueinner = DoMath((double)numArray2[i, i2], ThisMathTable, false, "Table").ToString(ThisTableFormat);
if (ThisTableFormat == "") valueinner = DoMath((double)numArray2[i, i2], ThisMathTable, false, "Table").ToString();
}
else
{
if (ThisTableFormat != "") valueinner = DoMath((double)numArray2[i2, i], ThisMathTable, false, "Table").ToString(ThisTableFormat);
if (ThisTableFormat == "") valueinner = DoMath((double)numArray2[i2, i], ThisMathTable, false, "Table").ToString();
}
Editortable_0.dataGridView_0.Rows[i2].Cells[i].Value = valueinner;
}
}
}
//##############################################################################################################
Editortable_0.dataGridView_0.ReadOnly = IsReadOnly;
foreach (object obj in Editortable_0.dataGridView_0.Columns)
{
DataGridViewColumn dataGridViewColumn = (DataGridViewColumn)obj;
dataGridViewColumn.SortMode = DataGridViewColumnSortMode.NotSortable;
//dataGridViewColumn.Width = 50;
}
foreach (object obj2 in ((IEnumerable)Editortable_0.dataGridView_0.Rows))
{
DataGridViewRow dataGridViewRow2 = (DataGridViewRow)obj2;
dataGridViewRow2.Height = 20;
}
this.SetBackColor(TableSize[0], Editortable.float_1[0], Editortable.float_1[1]);
this.IsTableLoadedCorrectly = true;
}
catch (Exception ex)
{
this.IsTableLoadedCorrectly = false;
DarkMessageBox.Show("Failed to load table. " + ex.ToString());
}
}
private int GetNearestMathIndex(string ThisMath)
{
int IndexOfNearest = -1;
int IndexOfMathDiv = ThisMath.IndexOf('/');
int IndexOfMathMul = ThisMath.IndexOf('*');
int IndexOfMathAdd = ThisMath.IndexOf('+');
//int IndexOfMathSub = ThisMath.IndexOf('-'); //don't check for sub, this is causing issue with negative number
if (IndexOfMathDiv == 0) return 0;
if (IndexOfMathMul == 0) return 0;
if (IndexOfMathAdd == 0) return 0;
if (IndexOfMathDiv == -1) IndexOfMathDiv = 99;
if (IndexOfMathMul == -1) IndexOfMathMul = 99;
if (IndexOfMathAdd == -1) IndexOfMathAdd = 99;
if (IndexOfMathDiv > 0 && IndexOfMathDiv < IndexOfMathMul && IndexOfMathDiv < IndexOfMathAdd) IndexOfNearest = IndexOfMathDiv;
if (IndexOfMathMul > 0 && IndexOfMathMul < IndexOfMathDiv && IndexOfMathMul < IndexOfMathAdd) IndexOfNearest = IndexOfMathMul;
if (IndexOfMathAdd > 0 && IndexOfMathAdd < IndexOfMathMul && IndexOfMathAdd < IndexOfMathDiv) IndexOfNearest = IndexOfMathAdd;
if (IndexOfNearest == 99) IndexOfNearest = -1;
return IndexOfNearest;
}
private char GetNextMath(string ThisMath)
{
int Thisindex = GetNearestMathIndex(ThisMath);
return ThisMath.Substring(Thisindex, 1)[0];
}
private double GetNextValue(string ThisMath)
{
double Value = 0;
int Nearestindex = GetNearestMathIndex(ThisMath);
if (Nearestindex == 0) ThisMath = ThisMath.Substring(1);
if (Nearestindex == -1)
{
Value = double.Parse(ThisMath.Replace(',', '.'), CultureInfo.InvariantCulture);
}
else
{
string ThisVarStr = ThisMath.Substring(0, Nearestindex);
Value = double.Parse(ThisVarStr.Replace(',', '.'), CultureInfo.InvariantCulture);
}
return Value;
}
public string InvertMathString(string ThisMath)
{
string ReturnStr = "";
List<double> ValuesList = new List<double>();
List<char> MathFuncList = new List<char>();
bool WeHaveVal1 = false;
while (ThisMath != "")
{
if (!WeHaveVal1) ValuesList.Add(GetNextValue(ThisMath));
MathFuncList.Add(GetNextMath(ThisMath));
ThisMath = ThisMath.Substring(GetNearestMathIndex(ThisMath) + 1);
ValuesList.Add(GetNextValue(ThisMath));
int NearestIndex = GetNearestMathIndex(ThisMath);
if (NearestIndex != -1) ThisMath = ThisMath.Substring(GetNearestMathIndex(ThisMath));
WeHaveVal1 = true;
if (!ThisMath.Contains("/") && !ThisMath.Contains("*") && !ThisMath.Contains("+"))
{
ThisMath = ""; //No remaining maths to perform
}
}
//Create inverted math function
for (int i = ValuesList.Count - 1; i >= 0; i--)
{
ReturnStr = ReturnStr + ValuesList[i];
if (i > 0)
{
if (MathFuncList[i - 1] == '*') ReturnStr = ReturnStr + "/";
if (MathFuncList[i - 1] == '/') ReturnStr = ReturnStr + "*";
if (MathFuncList[i - 1] == '+') ReturnStr = ReturnStr + "+-";
}
}
return ReturnStr;
}
public string SwipeMathFunc(string ThisMath)
{
string ReturnStr = "";
List<char> MathFuncList = new List<char>();
List<double> ValuesList = new List<double>();
bool WeHaveVal1 = false;
while (ThisMath != "")
{
if (!WeHaveVal1) ValuesList.Add(GetNextValue(ThisMath));
MathFuncList.Add(GetNextMath(ThisMath));
ThisMath = ThisMath.Substring(GetNearestMathIndex(ThisMath) + 1);
ValuesList.Add(GetNextValue(ThisMath));
int NearestIndex = GetNearestMathIndex(ThisMath);
if (NearestIndex != -1) ThisMath = ThisMath.Substring(GetNearestMathIndex(ThisMath));
WeHaveVal1 = true;
if (!ThisMath.Contains("/") && !ThisMath.Contains("*") && !ThisMath.Contains("+"))
{
ThisMath = ""; //No remaining maths to perform
}
}
//Create swiped math function
for (int i = 0; i < ValuesList.Count; i++)
{
if (i > 0)
{
if (i > 1) ReturnStr = ReturnStr + MathFuncList[i - 2].ToString();
else ReturnStr = ReturnStr + MathFuncList[MathFuncList.Count - 1].ToString();
}
ReturnStr = ReturnStr + ValuesList[i];
}
return ReturnStr;
}
public double DoMath(double ThisValueCheck, string ThisMath, bool Reverse, string Direction)
{
//Check if the reversed math function exist, if not we perform the reversed math function manually
bool ReversFinalForMath = Reverse;
if (Reverse)
{
if (Direction == "X" && DefinitionsMathXInverted[SelectedTableIndexInDefinitions] != "")
{
ThisMath = DefinitionsMathXInverted[SelectedTableIndexInDefinitions];
ReversFinalForMath = false;
}
if (Direction == "Y" && DefinitionsMathYInverted[SelectedTableIndexInDefinitions] != "")
{
ThisMath = DefinitionsMathYInverted[SelectedTableIndexInDefinitions];
ReversFinalForMath = false;
}
if (Direction == "Table" && DefinitionsMathTableInverted[SelectedTableIndexInDefinitions] != "")
{
ThisMath = DefinitionsMathTableInverted[SelectedTableIndexInDefinitions];
ReversFinalForMath = false;
}
}
//Perform Math
double ReturnVal = DoMathFinal(ThisValueCheck, ThisMath, ReversFinalForMath);
//################################################
//Confirm Math function in reverse
if (!Reverse)
{
bool PerformedNormalReverse = true;
//Has the reversed math function existing
if (Direction == "X" && DefinitionsMathXInverted[SelectedTableIndexInDefinitions] != "")
{
ThisMath = DefinitionsMathXInverted[SelectedTableIndexInDefinitions];
PerformedNormalReverse = false;
}
if (Direction == "Y" && DefinitionsMathYInverted[SelectedTableIndexInDefinitions] != "")
{
ThisMath = DefinitionsMathYInverted[SelectedTableIndexInDefinitions];
PerformedNormalReverse = false;
}
if (Direction == "Table" && DefinitionsMathTableInverted[SelectedTableIndexInDefinitions] != "")
{
ThisMath = DefinitionsMathTableInverted[SelectedTableIndexInDefinitions];
PerformedNormalReverse = false;
}
//Has NOT the reversed math function existing
double ReversedVal = DoMathFinal(ReturnVal, ThisMath, PerformedNormalReverse);
if (((int) ReversedVal).ToString() != ((int) ThisValueCheck).ToString()
&& ((int)ReversedVal + 1).ToString() != ((int)ThisValueCheck).ToString()
&& ((int)ReversedVal - 1).ToString() != ((int)ThisValueCheck).ToString())
{
if (LastMathDoneCheck != ThisMath)
{
Editortable_0.GForm_Main_0.method_1("Problem with inverted math: " + ThisMath + " | Values: " + ((int)ThisValueCheck).ToString() + " != " + ((int)ReversedVal).ToString());
LastMathDoneCheck = ThisMath;
}
//suggested to set 'ReadOnly' parameters when there is math problem.
//when there is math problem, it mean the inverted function of your math doesn't return the exact bytes values as within the binary.
//The problem come from the math inversion in the function bellow 'DoMathFinal'
//DefinitionsIsReadOnly
}
}
return ReturnVal;
}
//public double DoMath(double ThisValue, string ThisMath, bool Reverse)
public double DoMathFinal(double ThisValue, string ThisMath, bool Reverse)
{
double ReturnVal = ThisValue;
//No Math found, return value with no math calculation
if (ThisMath == "X" || ThisMath == "") return ReturnVal;
//Put X at the end in reverse
bool IsDivXValFirst = false;
if (Reverse)
{
if (ThisMath.Contains("X/")) IsDivXValFirst = true;
if (ThisMath[ThisMath.Length - 1] != 'X')
{
string XandMath = ThisMath.Substring(ThisMath.IndexOf('X'), 2);
ThisMath = ThisMath.Replace(XandMath, "") + XandMath[1].ToString() + XandMath[0].ToString();
}
}
ThisMath = ThisMath.Replace("X", ThisValue.ToString());
//########################################################
//double ValTest1 = GetNextValue(ThisMath);
char MathTestChar = GetNextMath(ThisMath);
string ThisMathTest = ThisMath.Substring(GetNearestMathIndex(ThisMath) + 1);
double ValTest2 = GetNextValue(ThisMathTest);
if (Reverse && MathTestChar == '*' && ValTest2 == 100)
{
IsDivXValFirst = true;
ThisMath = SwipeMathFunc(ThisMath);
}
//########################################################
if (Reverse) ThisMath = InvertMathString(ThisMath);
//Console.WriteLine("Math: " + ThisMath + " | Reversed: " + Reverse);
bool WeHaveVal1 = false;
double Val1 = 0;
while (ThisMath != "")
{
if (!WeHaveVal1) Val1 = GetNextValue(ThisMath);
char MathChar = GetNextMath(ThisMath);
ThisMath = ThisMath.Substring(GetNearestMathIndex(ThisMath) + 1);
double Val2 = GetNextValue(ThisMath);
if (MathChar == '*') ReturnVal = Val1 * Val2;
if (MathChar == '/') ReturnVal = Val1 / Val2;
if (MathChar == '+') ReturnVal = Val1 + Val2;
//Console.WriteLine("Doing: " + Val1 + MathChar.ToString() + Val2 + "=" + ReturnVal);
if (Reverse && MathChar == '*' && !IsDivXValFirst) ReturnVal = Val2 / Val1;
int NearestIndex = GetNearestMathIndex(ThisMath);
if (NearestIndex != -1) ThisMath = ThisMath.Substring(GetNearestMathIndex(ThisMath));
WeHaveVal1 = true;
Val1 = ReturnVal;
//Check for remaining maths
if (!ThisMath.Contains("/") && !ThisMath.Contains("*") && !ThisMath.Contains("+"))
{
ThisMath = ""; //No remaining maths to perform
}
}
return ReturnVal;
}
public string[] GetAdvancedHeader(int ValuesCount, int ThisLocation, string ThisMath, string HeaderFormat)
{
string[] strArray = new string[ValuesCount];
for (int i = 0; i < ValuesCount; i++)
{
int Valuue = 0;
if (IsSingleByteY) Valuue = GetSingleByteValue(ThisLocation + i);
else Valuue = GetIntValue(ThisLocation + (i * 2));
if (HeaderFormat == "") strArray[i] = DoMath((double) Valuue, ThisMath, false, "Y").ToString();
if (HeaderFormat != "") strArray[i] = DoMath((double) Valuue, ThisMath, false, "Y").ToString(HeaderFormat);
}
return strArray;
}
public byte[] StringToByteArray(string hex)
{
return Enumerable.Range(0, hex.Length)
.Where(x => x % 2 == 0)
.Select(x => Convert.ToByte(hex.Substring(x, 2), 16))
.ToArray();
}
/*public Int16 ToInt16BE(byte[] TwoBytes)
{
Int16 k0 = BitConverter.ToInt16(TwoBytes, 0);
Int16 k1 = BitConverter.ToInt16(BitConverter.GetBytes(k0).Reverse().ToArray(), 0);
return k1;
}
public Int32 ToInt32BE(byte[] FourBytes)
{
Int32 k0 = BitConverter.ToInt32(FourBytes, 0);
Int32 k1 = BitConverter.ToInt32(BitConverter.GetBytes(k0).Reverse().ToArray(), 0);
return k1;
}*/
public int HexStringToInt(string hex)
{
string ThisStr = hex.Replace("0x", "");
if (ThisStr.Length == 1 || ThisStr.Length == 3 || ThisStr.Length == 5 || ThisStr.Length == 7)
{
ThisStr = "0" + ThisStr;
}
byte[] ThisBytes = StringToByteArray(ThisStr);
Array.Reverse(ThisBytes);
//Add Empty Bytes
if (ThisBytes.Length == 3)
{
byte[] buffArray = new byte[4];
buffArray[3] = 0;
for (int i = 0; i < ThisBytes.Length; i++) buffArray[i] = ThisBytes[i];
ThisBytes = buffArray;
}
if (ThisBytes.Length == 2) return BitConverter.ToUInt16(ThisBytes, 0);
if (ThisBytes.Length == 4) return BitConverter.ToInt32(ThisBytes, 0);
//if (ThisBytes.Length == 8) return BitConverter.ToUInt64(ThisBytes, 0);
return 0;
}
public bool LoadROMbytes(string string_4)
{
if (File.Exists(string_4))
{
try
{
this.ROM_Bytes = File.ReadAllBytes(string_4);
//Create a fake bootloader section
if (!Editortable_0.IsFullBinary)
{
byte[] BufferBytes = new byte[0x8000 + this.ROM_Bytes.Length];
for (int i = 0; i < 0x8000; i++) BufferBytes[i] = 0xff;
for (int i = 0; i < this.ROM_Bytes.Length; i++) BufferBytes[0x8000 + i] = this.ROM_Bytes[i];
this.ROM_Bytes = BufferBytes;
}
//Get ECU filename (33 37 38 30 35 2D -> 37805- 'in ASCII chars') (37805-RRB-A140)
this.string_ECU_Name = "";
for (int i = 0; i < this.ROM_Bytes.Length; i++)
{
if (this.ROM_Bytes[i] == 0x33 &&
this.ROM_Bytes[i + 1] == 0x37 &&
this.ROM_Bytes[i + 2] == 0x38 &&
this.ROM_Bytes[i + 3] == 0x30 &&
(this.ROM_Bytes[i + 4] == 0x35 || this.ROM_Bytes[i + 4] == 0x36) &&
this.ROM_Bytes[i + 5] == 0x2D)
{
for (int i2 = 0; i2 < 14; i2++)
{
this.string_ECU_Name += (char)this.ROM_Bytes[i + i2];
}
break;
}
}
//##################################################################################################
//Load all differences made in ROM from logs
string text = string_4 + "-logs.txt";
if (File.Exists(text))
{
AllROMDifferences = File.ReadAllText(text);
}
return true;
//##################################################################################################
/*this.string_0 = array[0]; //37805-RRB-A140
this.string_1 = array[1]; //Unused
using (FileStream fileStream = new FileStream(string_4, FileMode.Open))
{
using (ZipArchive zipArchive = new ZipArchive(fileStream, ZipArchiveMode.Read))
{
foreach (ZipArchiveEntry zipArchiveEntry in zipArchive.Entries)
{
if (zipArchiveEntry.Name == "CALID")
{
//string[] array = File.ReadAllLines(Application.StartupPath + @"\CALID\" + string_4);
string[] array = this.smethod_0(zipArchiveEntry).Split(new string[]
{
Environment.NewLine
}, StringSplitOptions.None);
this.string_0 = array[0];
this.string_1 = array[1];
foreach (ZipArchiveEntry zipArchiveEntry2 in zipArchive.Entries)
{
if (zipArchiveEntry2.Name == "CLOG")
{
this.string_2 = this.smethod_0(zipArchiveEntry2);
}
if (zipArchiveEntry2.Name == array[1])
{
using (Stream stream = zipArchiveEntry2.Open())
{
using (BinaryReader binaryReader = new BinaryReader(stream))
{
this.byte_0 = binaryReader.ReadBytes((int)zipArchiveEntry2.Length);
return true;
}
}
break;
}
}
}
}