Code Ingest

Code Ingest creates a single flattened source file from your codebase, optimized for ChatGPT and other AI models to review.

It scans entire folders of source code, strips out distractions like comments, import statements, and namespace wrappers, and outputs a streamlined and readable version suitable for large-scale analysis or AI understanding.

Features

• Cross-platform (.NET)
• Command-line and UI variants.
• Strips comments, using directives, and namespace blocks
• Outputs a single readable output file with the following features:
  • File headers
  • Line numbers
  • Cleaned source code
• Skips generated and irrelevant files (e.g. .designer.cs, bin, obj, .resx, etc.)

Command Line Usage

CodeIngest <directory> [<directory> ...] [*.ext1;*.ext2] <output.code>

Examples

CodeIngest MyProject Out.cs
CodeIngest Src1 Src2 *.cs;*.txt Dump.txt
CodeIngest *.cs;*.cpp SourceDump.code

Example Output

// CodeIngest Source Dump-A CLI tool that merges and processes code files for GPT reviews.
// Notes: Some code content may have been removed.
// File: GameState.cs
20|public class GameState:IAiGameState
21|{
22|private readonly Vector2[]m_bats;
23|private readonly Vector2 m_ballPosition;
24|private readonly Vector2 m_ballVelocity;
25|private readonly int m_arenaWidth;
26|private readonly int m_arenaHeight;
28|public GameState(Vector2[]bats,Vector2 ballPosition,Vector2 ballVelocity,int arenaWidth,int arenaHeight)
29|{
30|m_bats=bats;
31|m_ballPosition=ballPosition;
32|m_ballVelocity=ballVelocity;
33|m_arenaWidth=arenaWidth;
34|m_arenaHeight=arenaHeight;
35|}
37|public double[]ToInputVector()
38|{
39|var inputVector=new double[Brain.BrainInputCount];
42|inputVector[0]=m_bats[0].Y/m_arenaHeight*2.0f-1.0f;
43|inputVector[1]=m_bats[1].Y/m_arenaHeight*2.0f-1.0f;
45|inputVector[2]=(m_bats[0].Y-m_ballPosition.Y)/m_arenaHeight*2.0f;
46|inputVector[3]=(m_bats[1].Y-m_ballPosition.Y)/m_arenaHeight*2.0f;
49|inputVector[4]=m_ballPosition.X/m_arenaWidth*2.0f-1.0f;
50|inputVector[5]=m_ballPosition.Y/m_arenaHeight*2.0f-1.0f;
51|inputVector[6]=m_ballVelocity.X.Clamp(-1.0f,1.0f);
52|inputVector[7]=m_ballVelocity.Y.Clamp(-1.0f,1.0f);
54|return inputVector;
55|}
56|}
// File: Brain.cs
18|public class Brain:AiBrainBase
19|{
20|public const int BrainInputCount=8;
22|public Brain():base(BrainInputCount,[16],4)
23|{
24|}
26|private Brain(Brain brain):base(brain)
27|{
28|}
29|public (Direction LeftBat,Direction RightBat) ChooseMoves(IAiGameState state)
30|{
31|var outputs=GetOutputs(state);
33|var leftBatDirection=Direction.Left;
34|var diff=outputs[0]-outputs[1];
35|if (Math.Abs(diff)>0.2)
36|leftBatDirection=diff>0?Direction.Up:Direction.Down;
38|var rightBatDirection=Direction.Left;
39|diff=outputs[2]-outputs[3];
40|if (Math.Abs(diff)>0.2)
41|rightBatDirection=diff>0?Direction.Up:Direction.Down;
43|return (leftBatDirection,rightBatDirection);
44|}
46|public override AiBrainBase Clone()=>new Brain(this);
47|}