public static bool Validate(Composition composition, OperationalTemplate template,
AcceptValidationError acceptErrorDelegate)
{
Check.Require(composition != null, "composition must not be null.");
Check.Require(template != null, "template must not be null.");
template.Definition.SetValidationContext(new ValidationContext(acceptErrorDelegate, null));
return(template.Definition.ValidValue(composition));
}
public static bool Validate(Composition composition, OperationalTemplate template,
string context, System.Collections.Generic.List <string> validationErrors)
{
Check.Require(composition != null, "composition must not be null.");
Check.Require(template != null, "template must not be null.");
ErrorLog errorLog = new ErrorLog(context);
bool isValid = true;
if (string.IsNullOrEmpty(composition.ArchetypeDetails.TemplateId.Value))
{
errorLog.LogError("Composition TemplateId is missing for " + composition.Concept);
isValid = false;
}
if (string.IsNullOrEmpty(template.TemplateId.Value))
{
errorLog.LogError("Operational template TemplateId is missing for " + template.Concept);
isValid = false;
}
if (isValid && composition.ArchetypeDetails.TemplateId.Value != template.TemplateId.Value)
{
errorLog.LogError(string.Format("Operational TemplateId {0} does not match Composition TemplateId {1}",
template.TemplateId.Value, composition.ArchetypeDetails.TemplateId.Value));
isValid = false;
}
isValid &= Validate(composition, template,
delegate(object sender, ValidationEventArgs e) { errorLog.LogError(e); });
if (!isValid && errorLog.Log.Count <= 0)
{
errorLog.LogError("The composition was invalid and no validation errors were logged.");
}
if (!isValid)
{
validationErrors.AddRange(errorLog.Log);
}
return(isValid);
}
public static OperationalTemplate Parse(string operationalTemplateXmlString)
{
var ot = new OperationalTemplate();
using (var textReader = new StringReader(operationalTemplateXmlString))
{
var templateModel = template.Load(textReader);
if (templateModel.Content.uid != null)
{
ot.Uid = new HierObjectId(templateModel.Content.uid.value);
}
if (templateModel.Content.template_id != null)
{
ot.TemplateId = new TemplateId(templateModel.Content.template_id.value);
}
ot.Concept = templateModel.Content.concept;
if (templateModel.Content.is_controlled.HasValue)
{
ot.IsControlled = templateModel.Content.is_controlled.Value;
}
if (templateModel.Content.language != null)
{
ot.Language = templateModel.Content.language.Map();
}
if (templateModel.Content.description != null)
{
ot.Description = templateModel.Content.description.Map();
}
// TODO: parse revisionhistory
//ot.RevisionHistory = templateModel.Content.revision_history.Map();
if (templateModel.Content.definition != null)
{
ot.Definition = templateModel.Content.definition.Map();
}
if (templateModel.Content.constraints != null)
{
ot.Constraints = templateModel.Content.constraints.Map();
}
if (templateModel.Content.view != null)
{
ot.View = templateModel.Content.view.Map();
}
if (templateModel.Content.annotations != null)
{
foreach (var annotation in templateModel.Content.annotations)
{
ot.Annotations.Add(annotation.Map());
}
}
if (templateModel.Content.ontology != null)
{
ot.Ontology = templateModel.Content.ontology.Map();
}
if (templateModel.Content.component_ontologies != null)
{
foreach (var ontology in templateModel.Content.component_ontologies)
{
ot.ComponentOntologies.Add(ontology.Map());
}
}
}
return(ot);
}