public void Process(Document input, Stage output)
{
var generator = new ValueSetGenerator(new ProfileKnowledgeProvider(input.Name, input.Context.Target.Directory));
var valueset = (ValueSet)FhirParser.ParseResourceFromXml(input.Text);
Document result = input.CloneMetadata();
var xmldoc = generator.generate(valueset);
result.Text = xmldoc.ToString(SaveOptions.DisableFormatting);
output.Post(result);
}
public void Process(Document input, Stage output)
{
input.Context.EnsureTarget();
Log.Debug("Copy \n from: {0} \n ..to: {1}.",
Path.Combine(input.Context.Source.Directory, input.Name),
input.Context.Target.Directory);
File.Copy(input.SourceFullPath, input.TargetFullPath, true);
}
public void Process(Document source, Stage stage)
{
Document template = Influx.Documents.First();
string t = template.Text;
string s = source.Text;
Document d = stage.CloneAndPost(source);
d.Text = t + s;
}
public static Stage Process(this PipeLine pipeline, Stage input)
{
Stage output = input;
foreach (IProcessor p in pipeline.Processors)
{
output = p.Process(output);
}
return output;
}
public static Stage Process(this IProcessor processor, Stage input)
{
Stage output = Stage.New();
foreach (Document document in input.Documents)
{
processor.Process(document, output);
}
return output;
}
public void Process(Document input, Stage output)
{
var pkp = new ProfileKnowledgeProvider(input.Name, input.Context.Target.Directory);
var generator = new DictHtmlGenerator(pkp);
var profile = (Profile)FhirParser.ParseResourceFromXml(input.Text);
Document result = input.CloneMetadata();
var xmldoc = generator.Generate(profile);
result.SetFilename(pkp.GetLinkForProfileDict(profile));
result.Text = xmldoc.ToString(SaveOptions.DisableFormatting);
output.Post(result);
}
public void Process(Document input, Stage output)
{
input.Context.EnsureTarget(); // omdat er eerst plaatjes worden gegenereerd voorafgaand aan het document zelf.
var generator = new ProfileTableGenerator(new ProfileKnowledgeProvider(input.Name, input.Context.Target.Directory));
var profile = (Profile)FhirParser.ParseResourceFromXml(input.Text);
Document result = input.CloneMetadata();
var xmldoc = generator.Generate(profile, extensionsOnly: false);
result.Text = xmldoc.ToString(SaveOptions.DisableFormatting);
output.Post(result);
}
public void Process(Document input, Stage output)
{
Document template = Influx.Single(input);
Document result = input.CloneMetadata();
result.Text = template.Text.Replace("%body%", input.Text);
result.Extension = template.Extension;
output.Post(result);
}
public void Process(Document input, Stage output)
{
IEnumerable<string> folders = Disk.Directories(input.Context.Source.Directory, pattern);
foreach(string folder in folders)
{
Context context = Context.CreateFromSource(input.Context.Root, folder);
IWork work = Make.InterpretDocument(input.Text, context);
work.Execute();
}
}
public void Process(Document input, Stage output)
{
StringBuilder builder = new StringBuilder(input.Text);
foreach(Document doc in input.Attachments)
{
builder.Append(doc.Text);
}
foreach(Document doc in Influx.Documents)
{
builder.Append(doc.Text);
}
Document result = output.CloneAndPost(input);
result.Text = builder.ToString();
}
public void Process(Document input, Stage output)
{
if (Mask != null)
{
if (Mask.StartsWith("."))
{
input.Extension = Mask;
}
else
{
string s = Disk.ParseMask(input.Name, Mask);
input.SetFilename(s);
}
}
input.Save();
}
public void Process(Document input, Stage output)
{
var pkp = new ProfileKnowledgeProvider(input.Name, input.Context.Target.Directory);
var generator = new StructureGenerator(pkp);
var profile = (Profile)FhirParser.ParseResourceFromXml(input.Text);
foreach (var structure in profile.Structure)
{
var result = generator
.generateStructureTable(structure, false, profile)
.ToString(System.Xml.Linq.SaveOptions.DisableFormatting);
Document document = output.CloneAndPost(input);
document.SetFilename(pkp.GetLinkForLocalStructure(profile, structure));
document.Text = result;
}
}
public void Process(Document input, Stage output)
{
input.Attach(Influx.Documents);
output.Post(input);
}
public void Process(Document input, Stage stage)
{
Log.Debug("Rendering {0} \n from: {1} \n ..to: {2}.", Renderer.GetType().Name, input.SourceFullPath, input.TargetFullPath);
Document output = stage.CloneAndPost(input);
Renderer.Render(input, output);
}
public void Process(Document input, Stage output)
{
IWork work = Make.InterpretDocument(input.Text, input.Context);
work.Execute();
}
public void Process(Document input, Stage output)
{
Stash.Push(key, input.Clone());
}
public static Stage ToStage(this ISelector selector)
{
Stage stage = new Stage(selector.Documents);
return stage;
}
public void Process(Document input, Stage output)
{
Stash.Push(key, input.Clone());
}
