public void Execute(PipelineContext context, MagickImage magickImage)
{
foreach (MagickGeometry dimensions in Config.Geometries)
{
using (MagickImage dimensionsMagickImage = (MagickImage)magickImage.Clone())
{
PipelineContext contextClone = context.Clone();
contextClone.AppendPath(dimensions.ToString());
if (dimensions.Width < 0 || dimensions.Height < 0)
{
Logger.Fatal("The height and width of dimensions can not be negative.");
}
if (dimensions.Width == 0 && dimensions.Height == 0)
{
Logger.Fatal("Both height and width in the dimensions configuration were 0, please specify at least one.");
}
dimensionsMagickImage.FilterType = Config.Filter;
dimensionsMagickImage.Resize(dimensions);
contextClone.Next(dimensionsMagickImage);
}
}
}
public void Execute(PipelineContext context, MagickImage magickImage)
{
ResolvedData maskFileInfo = context.DataResolver.ResolvedData("masks", context.ResolvedData, Config.Mask.Pattern);
if (Config.Original)
{
PipelineContext contextClone = context.Clone();
contextClone.AppendPath(OriginalDirectory);
contextClone.Next(magickImage);
}
if (maskFileInfo != null)
{
using (MagickImage maskMagickImage = maskFileInfo.ToMagickImage())
{
magickImage.SetWriteMask(maskMagickImage);
}
}
foreach (Modulation modulate in Config.Modulation)
{
using (MagickImage modulatedMagickImage = (MagickImage)magickImage.Clone())
{
PipelineContext contextClone = context.Clone();
contextClone.AppendPath($"{modulate.Name}");
contextClone.AppendPrefix(modulate.Prefix ?? modulate.Name.Substring(0, 1));
modulatedMagickImage.Modulate(modulate.Brightness, modulate.Saturation, modulate.Hue);
modulatedMagickImage.RemoveWriteMask();
contextClone.Next(modulatedMagickImage);
}
}
}
/// <summary>Start building all images.</summary>
/// <exception cref="InvalidOperationException">If the configuration is malformed.</exception>
public void Execute()
{
Logger.Trace("Executed build command, started working.");
Build build = Config.Build;
if (build == null)
{
throw new ConfigurationException("Build command was called, but no build configuration was defined, doing nothing.");
}
List <DataSource> input = build.Input;
if (input == null)
{
throw new ConfigurationException("Build command was called but build.input configuration was not specified, this is required.");
}
DataResolver resolver = new DataResolver(input);
List <ResolvedData> resolvedDatas = new DataResolver(input).Data;
Logger.Debug("Found {0} files matching collection pattern.", resolvedDatas.Count);
List <IBuildStep> pipeline = new List <IBuildStep>();
if (Config.Build.Metadata != null)
{
pipeline.Add(new ExifBuildStep(Config));
pipeline.Add(new IptcBuildStep(Config));
}
if (Config.Build.Recolor != null)
{
if (Config.Build.Recolor.Mask != null)
{
resolver.ResolveAdditional("masks", Config.Build.Recolor.Mask.Sources);
}
pipeline.Add(new RecolorBuildStep(Config));
}
if (Config.Build.Resize != null)
{
pipeline.Add(new ResizeBuildStep(Config));
}
pipeline.Add(new WriteBuildStep());
Parallel.ForEach(resolvedDatas, (resolvedData) =>
{
PipelineContext context = new PipelineContext(resolver, pipeline, resolvedData);
context.AppendPath("export");
using (MagickImage magickImage = resolvedData.ToMagickImage())
{
context.Next(magickImage);
}
Logger.Info("Finished all exports for {0}.", resolvedData);
});
}
