// GdPicture: every frame = new integer ID = manual release required
using var pdf = new GdPicturePDF();
pdf.LoadFromFile("multi-page.tiff", false);

var frameIds = new List<int>();
try
{
    for (int i = 1; i <= pdf.GetPageCount(); i++)
    {
        pdf.SelectPage(i);
        int frameId = pdf.RenderPageToGdPictureImage(200, false); // new allocation
        if (frameId != 0) frameIds.Add(frameId);
        // ... OCR call here ...
    }
}
finally
{
    foreach (var id in frameIds) _imaging.ReleaseGdPictureImage(id); // manual per-frame release
}

// GdPicture: every frame = new integer ID = manual release required
using var pdf = new GdPicturePDF();
pdf.LoadFromFile("multi-page.tiff", false);

var frameIds = new List<int>();
try
{
    for (int i = 1; i <= pdf.GetPageCount(); i++)
    {
        pdf.SelectPage(i);
        int frameId = pdf.RenderPageToGdPictureImage(200, false); // new allocation
        if (frameId != 0) frameIds.Add(frameId);
        // ... OCR call here ...
    }
}
finally
{
    foreach (var id in frameIds) _imaging.ReleaseGdPictureImage(id); // manual per-frame release
}

// IronOCR: the using statement handles everything
using var input = new OcrInput();
input.LoadImageFrames("multi-page.tiff");
var result = new IronTesseract().Read(input);

// IronOCR: the using statement handles everything
using var input = new OcrInput();
input.LoadImageFrames("multi-page.tiff");
var result = new IronTesseract().Read(input);

dotnet remove package GdPicture.NET
dotnet remove package GdPicture.NET.OCR
dotnet remove package GdPicture.NET.PDF

dotnet remove package GdPicture.NET
dotnet remove package GdPicture.NET.OCR
dotnet remove package GdPicture.NET.PDF

// Before (GdPicture)
using GdPicture14;

// After (IronOCR)
using IronOcr;

// Before (GdPicture)
using GdPicture14;

// After (IronOCR)
using IronOcr;

// Remove this
LicenseManager lm = new LicenseManager();
lm.RegisterKEY("GDPICTURE-LICENSE-KEY");

// Remove this
LicenseManager lm = new LicenseManager();
lm.RegisterKEY("GDPICTURE-LICENSE-KEY");

using GdPicture14;

public class GdPictureTiffProcessor
{
    private readonly GdPictureImaging _imaging;
    private readonly GdPictureOCR _ocr;

    public string ExtractTextFromTiff(string tiffPath)
    {
        var text = new StringBuilder();

        // Load TIFF through the imaging component
        int tiffId = _imaging.CreateGdPictureImageFromFile(tiffPath);

        if (tiffId == 0)
            throw new Exception($"TIFF load failed: {_imaging.GetStat()}");

        // Outer try: release the original TIFF handle
        try
        {
            int frameCount = _imaging.GetPageCount(tiffId);

            for (int i = 1; i <= frameCount; i++)
            {
                // Switch to frame — modifies the existing ID in place
                _imaging.SelectPage(tiffId, i);

                // Clone frame to a new image ID for OCR
                int frameId = _imaging.CloneImage(tiffId);

                if (frameId == 0) continue;

                // Inner try: release each cloned frame ID
                try
                {
                    _ocr.SetImage(frameId);
                    _ocr.Language = "eng";

                    string resultId = _ocr.RunOCR();

                    if (!string.IsNullOrEmpty(resultId))
                    {
                        text.AppendLine($"[Frame {i}] {_ocr.GetOCRResultText(resultId)}");
                    }
                }
                finally
                {
                    // Release cloned frame — critical for each iteration
                    _imaging.ReleaseGdPictureImage(frameId);
                }
            }
        }
        finally
        {
            // Release original TIFF handle
            _imaging.ReleaseGdPictureImage(tiffId);
        }

        return text.ToString();
    }
}

using GdPicture14;

public class GdPictureTiffProcessor
{
    private readonly GdPictureImaging _imaging;
    private readonly GdPictureOCR _ocr;

    public string ExtractTextFromTiff(string tiffPath)
    {
        var text = new StringBuilder();

        // Load TIFF through the imaging component
        int tiffId = _imaging.CreateGdPictureImageFromFile(tiffPath);

        if (tiffId == 0)
            throw new Exception($"TIFF load failed: {_imaging.GetStat()}");

        // Outer try: release the original TIFF handle
        try
        {
            int frameCount = _imaging.GetPageCount(tiffId);

            for (int i = 1; i <= frameCount; i++)
            {
                // Switch to frame — modifies the existing ID in place
                _imaging.SelectPage(tiffId, i);

                // Clone frame to a new image ID for OCR
                int frameId = _imaging.CloneImage(tiffId);

                if (frameId == 0) continue;

                // Inner try: release each cloned frame ID
                try
                {
                    _ocr.SetImage(frameId);
                    _ocr.Language = "eng";

                    string resultId = _ocr.RunOCR();

                    if (!string.IsNullOrEmpty(resultId))
                    {
                        text.AppendLine($"[Frame {i}] {_ocr.GetOCRResultText(resultId)}");
                    }
                }
                finally
                {
                    // Release cloned frame — critical for each iteration
                    _imaging.ReleaseGdPictureImage(frameId);
                }
            }
        }
        finally
        {
            // Release original TIFF handle
            _imaging.ReleaseGdPictureImage(tiffId);
        }

        return text.ToString();
    }
}

using IronOcr;

public class IronOcrTiffProcessor
{
    public string ExtractTextFromTiff(string tiffPath)
    {
        using var input = new OcrInput();
        input.LoadImageFrames(tiffPath);  // all frames loaded, all cleanup automatic

        var result = new IronTesseract().Read(input);

        // Per-frame text is available on result.Pages
        foreach (var page in result.Pages)
            Console.WriteLine($"[Frame {page.PageNumber}] {page.Text}");

        return result.Text;
    }
}

using IronOcr;

public class IronOcrTiffProcessor
{
    public string ExtractTextFromTiff(string tiffPath)
    {
        using var input = new OcrInput();
        input.LoadImageFrames(tiffPath);  // all frames loaded, all cleanup automatic

        var result = new IronTesseract().Read(input);

        // Per-frame text is available on result.Pages
        foreach (var page in result.Pages)
            Console.WriteLine($"[Frame {page.PageNumber}] {page.Text}");

        return result.Text;
    }
}

using GdPicture14;

public class GdPictureStreamOcr : IDisposable
{
    private readonly GdPictureImaging _imaging;
    private readonly GdPictureOCR _ocr;

    public GdPictureStreamOcr()
    {
        // Plugin initialization required before stream loading is possible
        var lm = new LicenseManager();
        lm.RegisterKEY("GDPICTURE-LICENSE-KEY");

        _imaging = new GdPictureImaging();
        _ocr = new GdPictureOCR();
        _ocr.ResourceFolder = @"C:\GdPicture\Resources\OCR"; // path must exist at runtime
    }

    public string ExtractTextFromStream(Stream documentStream)
    {
        // Load stream into imaging component to get an image ID
        int imageId = _imaging.CreateGdPictureImageFromStream(documentStream);

        if (imageId == 0)
            throw new Exception($"Stream load failed: {_imaging.GetStat()}");

        try
        {
            _ocr.SetImage(imageId);
            _ocr.Language = "eng";

            string resultId = _ocr.RunOCR();

            if (string.IsNullOrEmpty(resultId))
                throw new Exception($"OCR failed: {_ocr.GetStat()}");

            return _ocr.GetOCRResultText(resultId);
        }
        finally
        {
            _imaging.ReleaseGdPictureImage(imageId);
        }
    }

    public void Dispose()
    {
        _ocr?.Dispose();
        _imaging?.Dispose();
    }
}

using GdPicture14;

public class GdPictureStreamOcr : IDisposable
{
    private readonly GdPictureImaging _imaging;
    private readonly GdPictureOCR _ocr;

    public GdPictureStreamOcr()
    {
        // Plugin initialization required before stream loading is possible
        var lm = new LicenseManager();
        lm.RegisterKEY("GDPICTURE-LICENSE-KEY");

        _imaging = new GdPictureImaging();
        _ocr = new GdPictureOCR();
        _ocr.ResourceFolder = @"C:\GdPicture\Resources\OCR"; // path must exist at runtime
    }

    public string ExtractTextFromStream(Stream documentStream)
    {
        // Load stream into imaging component to get an image ID
        int imageId = _imaging.CreateGdPictureImageFromStream(documentStream);

        if (imageId == 0)
            throw new Exception($"Stream load failed: {_imaging.GetStat()}");

        try
        {
            _ocr.SetImage(imageId);
            _ocr.Language = "eng";

            string resultId = _ocr.RunOCR();

            if (string.IsNullOrEmpty(resultId))
                throw new Exception($"OCR failed: {_ocr.GetStat()}");

            return _ocr.GetOCRResultText(resultId);
        }
        finally
        {
            _imaging.ReleaseGdPictureImage(imageId);
        }
    }

    public void Dispose()
    {
        _ocr?.Dispose();
        _imaging?.Dispose();
    }
}

using IronOcr;

public class IronOcrStreamOcr
{
    public string ExtractTextFromStream(Stream documentStream)
    {
        using var input = new OcrInput();
        input.LoadImage(documentStream);  // stream accepted directly — no imaging component

        return new IronTesseract().Read(input).Text;
    }
}

using IronOcr;

public class IronOcrStreamOcr
{
    public string ExtractTextFromStream(Stream documentStream)
    {
        using var input = new OcrInput();
        input.LoadImage(documentStream);  // stream accepted directly — no imaging component

        return new IronTesseract().Read(input).Text;
    }
}

using GdPicture14;
using System.Threading.Tasks;

public class GdPictureAsyncWrapper
{
    private readonly GdPictureImaging _imaging;
    private readonly GdPictureOCR _ocr;
    private readonly SemaphoreSlim _lock = new SemaphoreSlim(1, 1);

    public async Task<string> ExtractTextAsync(string imagePath)
    {
        // Must acquire lock: GdPictureOCR is not thread-safe
        await _lock.WaitAsync();

        try
        {
            return await Task.Run(() =>
            {
                int imageId = _imaging.CreateGdPictureImageFromFile(imagePath);

                if (imageId == 0)
                    throw new Exception($"Load failed: {_imaging.GetStat()}");

                try
                {
                    _ocr.SetImage(imageId);
                    _ocr.Language = "eng";

                    string resultId = _ocr.RunOCR();

                    if (string.IsNullOrEmpty(resultId))
                        throw new Exception($"OCR failed: {_ocr.GetStat()}");

                    return _ocr.GetOCRResultText(resultId);
                }
                finally
                {
                    _imaging.ReleaseGdPictureImage(imageId);
                }
            });
        }
        finally
        {
            _lock.Release();
        }
    }
}

using GdPicture14;
using System.Threading.Tasks;

public class GdPictureAsyncWrapper
{
    private readonly GdPictureImaging _imaging;
    private readonly GdPictureOCR _ocr;
    private readonly SemaphoreSlim _lock = new SemaphoreSlim(1, 1);

    public async Task<string> ExtractTextAsync(string imagePath)
    {
        // Must acquire lock: GdPictureOCR is not thread-safe
        await _lock.WaitAsync();

        try
        {
            return await Task.Run(() =>
            {
                int imageId = _imaging.CreateGdPictureImageFromFile(imagePath);

                if (imageId == 0)
                    throw new Exception($"Load failed: {_imaging.GetStat()}");

                try
                {
                    _ocr.SetImage(imageId);
                    _ocr.Language = "eng";

                    string resultId = _ocr.RunOCR();

                    if (string.IsNullOrEmpty(resultId))
                        throw new Exception($"OCR failed: {_ocr.GetStat()}");

                    return _ocr.GetOCRResultText(resultId);
                }
                finally
                {
                    _imaging.ReleaseGdPictureImage(imageId);
                }
            });
        }
        finally
        {
            _lock.Release();
        }
    }
}

using IronOcr;

public class IronOcrAsyncService
{
    private readonly IronTesseract _ocr = new IronTesseract();

    public async Task<string> ExtractTextAsync(string imagePath)
    {
        // ReadAsync is natively async — no Task.Run wrapper, no lock required
        var result = await _ocr.ReadAsync(imagePath);
        return result.Text;
    }

    public async Task<string> ExtractFromStreamAsync(Stream stream)
    {
        using var input = new OcrInput();
        input.LoadImage(stream);

        var result = await _ocr.ReadAsync(input);
        return result.Text;
    }
}

using IronOcr;

public class IronOcrAsyncService
{
    private readonly IronTesseract _ocr = new IronTesseract();

    public async Task<string> ExtractTextAsync(string imagePath)
    {
        // ReadAsync is natively async — no Task.Run wrapper, no lock required
        var result = await _ocr.ReadAsync(imagePath);
        return result.Text;
    }

    public async Task<string> ExtractFromStreamAsync(Stream stream)
    {
        using var input = new OcrInput();
        input.LoadImage(stream);

        var result = await _ocr.ReadAsync(input);
        return result.Text;
    }
}

using GdPicture14;
using System.Collections.Concurrent;
using System.Threading.Tasks;

public class GdPictureParallelBatch
{
    private readonly string _resourceFolder = @"C:\GdPicture\Resources\OCR";

    public ConcurrentDictionary<string, string> ProcessBatch(string[] imagePaths)
    {
        var results = new ConcurrentDictionary<string, string>();

        // Each thread must have its own component instances
        Parallel.ForEach(imagePaths, imagePath =>
        {
            // Create per-thread instances — shared instances cause failures
            using var threadImaging = new GdPictureImaging();
            using var threadOcr = new GdPictureOCR();
            threadOcr.ResourceFolder = _resourceFolder;

            // Re-register license per thread (may be required depending on SDK version)
            var lm = new LicenseManager();
            lm.RegisterKEY("GDPICTURE-LICENSE-KEY");

            int imageId = threadImaging.CreateGdPictureImageFromFile(imagePath);

            if (imageId == 0)
            {
                results[imagePath] = $"ERROR: {threadImaging.GetStat()}";
                return;
            }

            try
            {
                threadOcr.SetImage(imageId);
                threadOcr.Language = "eng";

                string resultId = threadOcr.RunOCR();
                results[imagePath] = string.IsNullOrEmpty(resultId)
                    ? $"ERROR: {threadOcr.GetStat()}"
                    : threadOcr.GetOCRResultText(resultId);
            }
            finally
            {
                threadImaging.ReleaseGdPictureImage(imageId);
            }
        });

        return results;
    }
}

using GdPicture14;
using System.Collections.Concurrent;
using System.Threading.Tasks;

public class GdPictureParallelBatch
{
    private readonly string _resourceFolder = @"C:\GdPicture\Resources\OCR";

    public ConcurrentDictionary<string, string> ProcessBatch(string[] imagePaths)
    {
        var results = new ConcurrentDictionary<string, string>();

        // Each thread must have its own component instances
        Parallel.ForEach(imagePaths, imagePath =>
        {
            // Create per-thread instances — shared instances cause failures
            using var threadImaging = new GdPictureImaging();
            using var threadOcr = new GdPictureOCR();
            threadOcr.ResourceFolder = _resourceFolder;

            // Re-register license per thread (may be required depending on SDK version)
            var lm = new LicenseManager();
            lm.RegisterKEY("GDPICTURE-LICENSE-KEY");

            int imageId = threadImaging.CreateGdPictureImageFromFile(imagePath);

            if (imageId == 0)
            {
                results[imagePath] = $"ERROR: {threadImaging.GetStat()}";
                return;
            }

            try
            {
                threadOcr.SetImage(imageId);
                threadOcr.Language = "eng";

                string resultId = threadOcr.RunOCR();
                results[imagePath] = string.IsNullOrEmpty(resultId)
                    ? $"ERROR: {threadOcr.GetStat()}"
                    : threadOcr.GetOCRResultText(resultId);
            }
            finally
            {
                threadImaging.ReleaseGdPictureImage(imageId);
            }
        });

        return results;
    }
}

using IronOcr;
using System.Collections.Concurrent;
using System.Threading.Tasks;

public class IronOcrParallelBatch
{
    public ConcurrentDictionary<string, string> ProcessBatch(string[] imagePaths)
    {
        var results = new ConcurrentDictionary<string, string>();

        // IronTesseract is thread-safe — one instance handles all threads
        var ocr = new IronTesseract();

        Parallel.ForEach(imagePaths, imagePath =>
        {
            try
            {
                results[imagePath] = ocr.Read(imagePath).Text;
            }
            catch (Exception ex)
            {
                results[imagePath] = $"ERROR: {ex.Message}";
            }
        });

        return results;
    }
}

using IronOcr;
using System.Collections.Concurrent;
using System.Threading.Tasks;

public class IronOcrParallelBatch
{
    public ConcurrentDictionary<string, string> ProcessBatch(string[] imagePaths)
    {
        var results = new ConcurrentDictionary<string, string>();

        // IronTesseract is thread-safe — one instance handles all threads
        var ocr = new IronTesseract();

        Parallel.ForEach(imagePaths, imagePath =>
        {
            try
            {
                results[imagePath] = ocr.Read(imagePath).Text;
            }
            catch (Exception ex)
            {
                results[imagePath] = $"ERROR: {ex.Message}";
            }
        });

        return results;
    }
}

using GdPicture14;

public class GdPictureByteArrayOcr
{
    private readonly GdPictureImaging _imaging;
    private readonly GdPictureOCR _ocr;

    public List<string> ExtractParagraphsFromBytes(byte[] imageBytes)
    {
        var paragraphs = new List<string>();

        // Byte array must go through MemoryStream to reach CreateGdPictureImageFromStream
        using var ms = new MemoryStream(imageBytes);
        int imageId = _imaging.CreateGdPictureImageFromStream(ms);

        if (imageId == 0)
            throw new Exception($"Byte array load failed: {_imaging.GetStat()}");

        try
        {
            _ocr.SetImage(imageId);
            _ocr.Language = "eng";

            string resultId = _ocr.RunOCR();

            if (string.IsNullOrEmpty(resultId))
                throw new Exception($"OCR failed: {_ocr.GetStat()}");

            // Paragraph-level data requires iterating block structure
            int blockCount = _ocr.GetOCRResultBlockCount(resultId);

            for (int b = 0; b < blockCount; b++)
            {
                var blockText = new StringBuilder();
                int lineCount = _ocr.GetOCRResultBlockLineCount(resultId, b);

                for (int l = 0; l < lineCount; l++)
                {
                    int wordCount = _ocr.GetOCRResultBlockLineWordCount(resultId, b, l);

                    for (int w = 0; w < wordCount; w++)
                    {
                        blockText.Append(_ocr.GetOCRResultBlockLineWordText(resultId, b, l, w));
                        blockText.Append(" ");
                    }
                }

                string text = blockText.ToString().Trim();
                if (!string.IsNullOrEmpty(text))
                    paragraphs.Add(text);
            }
        }
        finally
        {
            _imaging.ReleaseGdPictureImage(imageId);
        }

        return paragraphs;
    }
}

using GdPicture14;

public class GdPictureByteArrayOcr
{
    private readonly GdPictureImaging _imaging;
    private readonly GdPictureOCR _ocr;

    public List<string> ExtractParagraphsFromBytes(byte[] imageBytes)
    {
        var paragraphs = new List<string>();

        // Byte array must go through MemoryStream to reach CreateGdPictureImageFromStream
        using var ms = new MemoryStream(imageBytes);
        int imageId = _imaging.CreateGdPictureImageFromStream(ms);

        if (imageId == 0)
            throw new Exception($"Byte array load failed: {_imaging.GetStat()}");

        try
        {
            _ocr.SetImage(imageId);
            _ocr.Language = "eng";

            string resultId = _ocr.RunOCR();

            if (string.IsNullOrEmpty(resultId))
                throw new Exception($"OCR failed: {_ocr.GetStat()}");

            // Paragraph-level data requires iterating block structure
            int blockCount = _ocr.GetOCRResultBlockCount(resultId);

            for (int b = 0; b < blockCount; b++)
            {
                var blockText = new StringBuilder();
                int lineCount = _ocr.GetOCRResultBlockLineCount(resultId, b);

                for (int l = 0; l < lineCount; l++)
                {
                    int wordCount = _ocr.GetOCRResultBlockLineWordCount(resultId, b, l);

                    for (int w = 0; w < wordCount; w++)
                    {
                        blockText.Append(_ocr.GetOCRResultBlockLineWordText(resultId, b, l, w));
                        blockText.Append(" ");
                    }
                }

                string text = blockText.ToString().Trim();
                if (!string.IsNullOrEmpty(text))
                    paragraphs.Add(text);
            }
        }
        finally
        {
            _imaging.ReleaseGdPictureImage(imageId);
        }

        return paragraphs;
    }
}

using IronOcr;

public class IronOcrByteArrayOcr
{
    public List<string> ExtractParagraphsFromBytes(byte[] imageBytes)
    {
        using var input = new OcrInput();
        input.LoadImage(imageBytes);  // byte array accepted directly

        var result = new IronTesseract().Read(input);

        // Paragraphs are a first-class typed collection
        return result.Paragraphs
            .Select(p => p.Text)
            .Where(t => !string.IsNullOrWhiteSpace(t))
            .ToList();
    }
}

using IronOcr;

public class IronOcrByteArrayOcr
{
    public List<string> ExtractParagraphsFromBytes(byte[] imageBytes)
    {
        using var input = new OcrInput();
        input.LoadImage(imageBytes);  // byte array accepted directly

        var result = new IronTesseract().Read(input);

        // Paragraphs are a first-class typed collection
        return result.Paragraphs
            .Select(p => p.Text)
            .Where(t => !string.IsNullOrWhiteSpace(t))
            .ToList();
    }
}

grep -rn "ReleaseGdPictureImage\|imageId\|resultId" --include="*.cs" .

grep -rn "ReleaseGdPictureImage\|imageId\|resultId" --include="*.cs" .

// Remove all of this
int imageId = _imaging.CreateGdPictureImageFromFile(path);
try
{
    _ocr.SetImage(imageId);
    string resultId = _ocr.RunOCR();
    return _ocr.GetOCRResultText(resultId);
}
finally
{
    _imaging.ReleaseGdPictureImage(imageId);
}

// Replace with
using var input = new OcrInput();
input.LoadImage(path);
return new IronTesseract().Read(input).Text;

// Remove all of this
int imageId = _imaging.CreateGdPictureImageFromFile(path);
try
{
    _ocr.SetImage(imageId);
    string resultId = _ocr.RunOCR();
    return _ocr.GetOCRResultText(resultId);
}
finally
{
    _imaging.ReleaseGdPictureImage(imageId);
}

// Replace with
using var input = new OcrInput();
input.LoadImage(path);
return new IronTesseract().Read(input).Text;

try
{
    var result = new IronTesseract().Read(imagePath);
    return result.Text;
}
catch (FileNotFoundException ex)
{
    _logger.LogError("Input file missing: {Path}", ex.FileName);
    throw;
}
catch (IronOcr.Exceptions.OcrException ex)
{
    _logger.LogError("OCR processing failed: {Message}", ex.Message);
    throw;
}

try
{
    var result = new IronTesseract().Read(imagePath);
    return result.Text;
}
catch (FileNotFoundException ex)
{
    _logger.LogError("Input file missing: {Path}", ex.FileName);
    throw;
}
catch (IronOcr.Exceptions.OcrException ex)
{
    _logger.LogError("OCR processing failed: {Message}", ex.Message);
    throw;
}

# Find all files with GdPicture namespace
grep -rln "using GdPicture" --include="*.cs" .

# After replacing, verify nothing remains
grep -rn "GdPicture14\|GdPictureOCR\|GdPictureImaging\|GdPicturePDF" --include="*.cs" .

# Find all files with GdPicture namespace
grep -rln "using GdPicture" --include="*.cs" .

# After replacing, verify nothing remains
grep -rn "GdPicture14\|GdPictureOCR\|GdPictureImaging\|GdPicturePDF" --include="*.cs" .

using var input = new OcrInput();
input.LoadImage("scanned-document.tiff");
input.Deskew();        // no separate plugin license
input.DeNoise();
input.Contrast();

var result = new IronTesseract().Read(input);

using var input = new OcrInput();
input.LoadImage("scanned-document.tiff");
input.Deskew();        // no separate plugin license
input.DeNoise();
input.Contrast();

var result = new IronTesseract().Read(input);

# Find all GdPicture namespace imports
grep -rn "using GdPicture" --include="*.cs" .

# Find all image ID creation points
grep -rn "CreateGdPictureImageFromFile\|CreateGdPictureImageFromStream\|RenderPageToGdPictureImage\|CloneImage" --include="*.cs" .

# Find all release calls — these map to using block boundaries
grep -rn "ReleaseGdPictureImage" --include="*.cs" .

# Find all resource folder assignments
grep -rn "ResourceFolder" --include="*.cs" .

# Find all OCR result ID accesses
grep -rn "RunOCR\|GetOCRResult\|resultId" --include="*.cs" .

# Find all GdPictureStatus checks
grep -rn "GdPictureStatus\|GetStat()" --include="*.cs" .

# Count GdPicture-dependent files
grep -rln "GdPicture14" --include="*.cs" . | wc -l

# Find all GdPicture namespace imports
grep -rn "using GdPicture" --include="*.cs" .

# Find all image ID creation points
grep -rn "CreateGdPictureImageFromFile\|CreateGdPictureImageFromStream\|RenderPageToGdPictureImage\|CloneImage" --include="*.cs" .

# Find all release calls — these map to using block boundaries
grep -rn "ReleaseGdPictureImage" --include="*.cs" .

# Find all resource folder assignments
grep -rn "ResourceFolder" --include="*.cs" .

# Find all OCR result ID accesses
grep -rn "RunOCR\|GetOCRResult\|resultId" --include="*.cs" .

# Find all GdPictureStatus checks
grep -rn "GdPictureStatus\|GetStat()" --include="*.cs" .

# Count GdPicture-dependent files
grep -rln "GdPicture14" --include="*.cs" . | wc -l