GradientTool/CodeGen.cs

// Decompiled with JetBrains decompiler
// Type: SFXProductions.GradientTool.CodeGen
// Assembly: GradientTool, Version=0.8.2.1, Culture=neutral, PublicKeyToken=null
// MVID: 818AB9B3-796A-4A49-8B90-C00D066A321B
// Assembly location: C:\Users\aless\Downloads\gradient-tool-v0.8.2.1\GradientTool.exe

using System;
using System.IO;
using System.Text;
using System.Windows.Forms;

#nullable disable
namespace SFXProductions.GradientTool;

internal sealed class CodeGen
{
  private StringBuilder m_rtf;
  private StringBuilder m_plain;

  public CodeGen()
  {
    this.m_rtf = new StringBuilder();
    this.m_plain = new StringBuilder();
  }

  public void AppendPlainText(string text)
  {
    this.m_rtf.Append(text);
    this.m_plain.Append(text);
  }

  public void AppendPlainText(char ch)
  {
    this.m_rtf.Append(ch);
    this.m_plain.Append(ch);
  }

  public void AppendComment(string text)
  {
    this.m_rtf.Append($"\\cf1{text}\\cf0");
    this.m_plain.Append(text);
  }

  public void AppendKeyword(string text)
  {
    this.m_rtf.Append($"\\cf2{text}\\cf0");
    this.m_plain.Append(text);
  }

  public void AppendNumeric(string text)
  {
    this.m_rtf.Append($"\\cf3{text}\\cf0");
    this.m_plain.Append(text);
  }

  public void AppendNumeric(char ch)
  {
    this.m_rtf.Append($"\\cf3{(object) ch}\\cf0");
    this.m_plain.Append(ch);
  }

  public void AppendLabel(string text)
  {
    this.m_rtf.Append($"\\cf4{text}\\cf0");
    this.m_plain.Append(text);
  }

  public void AppendLine()
  {
    this.m_rtf.Append("\\line");
    this.m_plain.AppendLine();
  }

  public void AppendHardTab()
  {
    this.m_rtf.Append("\\tab");
    this.m_plain.Append('\t');
  }

  public void AppendSpace()
  {
    this.m_rtf.Append("\\ ");
    this.m_plain.Append(' ');
  }

  public void WriteComment(string comment = null, bool tab = false, bool space = false)
  {
    if (tab)
      this.AppendHardTab();
    else if (space)
      this.AppendSpace();
    string text = "; ";
    if (comment != null)
      text += comment;
    this.AppendComment(text);
    this.AppendLine();
  }

  public void WriteBanner()
  {
    this.AppendComment(";=======================================");
    this.AppendLine();
  }

  public void Write16BitMode(int w = 0, bool tab = true)
  {
    if (tab)
      this.AppendHardTab();
    this.AppendKeyword("REP".PadRight(w));
    this.AppendSpace();
    this.AppendNumeric("#$20");
    this.AppendSpace();
    this.AppendComment("; 16-bit A");
    this.AppendLine();
  }

  public void Write8BitMode(int w = 0, bool tab = true)
  {
    if (tab)
      this.AppendHardTab();
    this.AppendKeyword("SEP".PadRight(w));
    this.AppendSpace();
    this.AppendNumeric("#$20");
    this.AppendSpace();
    this.AppendComment("; 8-bit A");
    this.AppendLine();
  }

  public void WriteTSB(ushort addr, int w = 0, bool tab = true)
  {
    if (tab)
      this.AppendHardTab();
    this.AppendKeyword("TSB".PadRight(w));
    this.AppendSpace();
    this.WriteHexAddress(addr);
    this.AppendLine();
  }

  public void WriteLDAIfNonzero(ushort value, int w = 0, bool tab = true)
  {
    if (value == (ushort) 0)
      return;
    int w1 = w;
    bool tab1 = tab;
    this.WriteLDA_c(value, w1, tab1);
  }

  public void WriteSTAIfNonzero(ushort addr, ushort value, int w = 0, string comment = null, bool tab = true)
  {
    if (value != (ushort) 0)
    {
      int w1 = w;
      string comment1 = comment;
      bool tab1 = tab;
      this.WriteSTA(addr, w1, comment1, tab1);
    }
    else
    {
      int w2 = w;
      string comment2 = comment;
      bool tab2 = tab;
      this.WriteSTZ(addr, w2, comment2, tab2);
    }
  }

  public void WriteKeywordLine(string keyword, bool tab = true)
  {
    if (tab)
      this.AppendHardTab();
    this.AppendKeyword(keyword);
    this.AppendLine();
  }

  public void WriteHexAddress(byte address)
  {
    this.AppendNumeric('$'.ToString() + address.ToString("X2"));
  }

  public void WriteHexAddress(ushort address)
  {
    this.AppendNumeric('$'.ToString() + address.ToString("X4"));
  }

  public void WriteHexConstant(byte constant) => this.AppendNumeric("#$" + constant.ToString("X2"));

  public void WriteHexConstant(ushort constant)
  {
    this.AppendNumeric("#$" + constant.ToString("X4"));
  }

  public void WriteBinaryConstant(byte constant)
  {
    this.AppendNumeric("#%" + Convert.ToString(constant, 2).PadLeft(8, '0'));
  }

  private void WriteLDAInternal(string addr, int w, bool tab)
  {
    if (tab)
      this.AppendHardTab();
    this.AppendKeyword("LDA".PadRight(w));
    this.AppendSpace();
    this.AppendNumeric(addr);
    this.AppendLine();
  }

  public void WriteLDA(byte addr, int w = 0, bool tab = true)
  {
    this.WriteLDAInternal('$'.ToString() + addr.ToString("X2"), w, tab);
  }

  public void WriteLDA(ushort addr, int w = 0, bool tab = true)
  {
    this.WriteLDAInternal('$'.ToString() + addr.ToString("X4"), w, tab);
  }

  public void WriteLDA(int addr, int w = 0, bool tab = true)
  {
    this.WriteLDAInternal('$'.ToString() + (addr & 16777215 /*0xFFFFFF*/).ToString("X6"), w, tab);
  }

  public void WriteLDA_c(byte addr, int w = 0, bool tab = true)
  {
    this.WriteLDAInternal("#$" + addr.ToString("X2"), w, tab);
  }

  public void WriteLDA_c(ushort addr, int w = 0, bool tab = true)
  {
    this.WriteLDAInternal("#$" + addr.ToString("X2"), w, tab);
  }

  public void WriteLDA_b_c_bin(byte val, int w = 0, bool tab = true)
  {
    if (tab)
      this.AppendHardTab();
    this.AppendKeyword("LDA.b".PadRight(w));
    this.AppendSpace();
    this.WriteBinaryConstant(val);
    this.AppendLine();
  }

  public void WriteLDA_Label(string label, int w = 0, bool tab = true)
  {
    if (tab)
      this.AppendHardTab();
    this.AppendKeyword("LDA".PadRight(w));
    this.AppendSpace();
    this.AppendNumeric('#');
    this.AppendLabel(label);
    this.AppendLine();
  }

  private void WriteSTAInternal(
    string addr,
    int w,
    bool storeAccumulator,
    string comment,
    bool tab)
  {
    if (tab)
      this.AppendHardTab();
    this.AppendKeyword((storeAccumulator ? "STA" : "STZ").PadRight(w));
    this.AppendSpace();
    this.AppendNumeric(addr);
    if (comment != null)
    {
      this.AppendSpace();
      this.AppendComment("; " + comment);
    }
    this.AppendLine();
  }

  public void WriteSTA(byte addr, int w = 0, string comment = null, bool tab = true)
  {
    this.WriteSTAInternal('$'.ToString() + addr.ToString("X2"), w, true, comment, tab);
  }

  public void WriteSTA(ushort addr, int w = 0, string comment = null, bool tab = true)
  {
    this.WriteSTAInternal('$'.ToString() + addr.ToString("X4"), w, true, comment, tab);
  }

  public void WriteSTA(int addr, int w = 0, string comment = null, bool tab = true)
  {
    this.WriteSTAInternal('$'.ToString() + (addr & 16777215 /*0xFFFFFF*/).ToString("X6"), w, true, comment, tab);
  }

  public void WriteSTZ(byte addr, int w = 0, string comment = null, bool tab = true)
  {
    this.WriteSTAInternal('$'.ToString() + addr.ToString("X2"), w, false, comment, tab);
  }

  public void WriteSTZ(ushort addr, int w = 0, string comment = null, bool tab = true)
  {
    this.WriteSTAInternal('$'.ToString() + addr.ToString("X4"), w, false, comment, tab);
  }

  public void SetTextBoxText(RichTextBox textBox)
  {
    textBox.Rtf = $"{{\\rtf1\\ansi\\deff0{{\\colortbl;\\red0\\green127\\blue0;\\red0\\green0\\blue255;\\red64\\green64\\blue64;\\red127\\green0\\blue127;}}{this.m_rtf.ToString()}\\line}}";
  }

  public string GetText() => this.m_plain.ToString();

  public void WriteToFile(string filename, Encoding encoding = null)
  {
    if (encoding == null)
      encoding = (Encoding) new UTF8Encoding(false);
    File.WriteAllText(filename, this.m_plain.ToString(), encoding);
  }

  ~CodeGen() => this.m_rtf = this.m_plain = (StringBuilder) null;
}