public static void AddNewRange <T>(this HashSet <T> hashSet, IEnumerable <T> iEnumerable)
{
foreach (T t in iEnumerable)
{
hashSet.AddNew(t);
}
}
public Component MakePatchAComponent(Patch aPatch)
{
RemovePatchFromTables(aPatch);
VaccineAsString.AddComponent(aPatch.PatchPattern());
Component aComponent = Component.GetInstance(aPatch);
Components.AddNew(aComponent);
UpdateComponentTables(aComponent);
return(aComponent);
}
static private HashSet <T> IntersectionInternal <T>(HashSet <T> hashSet1, HashSet <T> other)
{
HashSet <T> intersection = new HashSet <T>();
foreach (T item1 in hashSet1)
{
if (other.Contains(item1))
{
intersection.AddNew(item1);
}
}
return(intersection);
}
private void ParseEndpoint(IEndpoint endpoint)
{
var relatedSchemas = new HashSet <ISchema>();
var parameters = new Dictionary <string, string>();
var responses = new Dictionary <int, string>();
var returnTypes = new List <string>();
foreach (var parameter in endpoint.GetParameters())
{
var parameterTemplates = GeneratorContext.GetTemplateFactory().CreateParameterTemplate(
parameter.GetName(),
parameter.GetSchema().GetName(),
parameter.IsRequired(),
parameter.AllowEmptyValue(),
parameter.GetSchema().GetSchemaType(),
parameter.GetParameterType()
);
parameters.Add(parameterTemplates.signature.TransformText(), parameterTemplates.parser.TransformText());
relatedSchemas.AddNew(GetRelatedImportableSchema(parameter.GetSchema()));
}
var hasBody = false;
if (endpoint.GetRequestBody() != null)
{
hasBody = true;
var body = endpoint.GetRequestBody();
var schema = body.GetSchemaForType("application/json"); // todo: handle other types
var requestTemplates = GeneratorContext.GetTemplateFactory()
.CreateRequestTemplate(schema.GetName(), body.IsRequired());
parameters.Add(requestTemplates.signature.TransformText(), requestTemplates.parser.TransformText());
relatedSchemas.AddNew(GetRelatedImportableSchema(schema));
}
foreach (var response in endpoint.GetResponses())
{
var schema = response.GetSchemaForType("application/json"); // todo: handle other types;
if (schema != null)
{
var responseParser = GeneratorContext.GetTemplateFactory()
.CreateResponseParserTemplate(response.GetStatus(), schema.GetName());
responses.Add(response.GetStatus(), responseParser.TransformText());
relatedSchemas.AddNew(GetRelatedImportableSchema(schema));
if (response.GetStatus().WasSuccessful())
{
returnTypes.Add(schema.GetName());
}
}
}
if (returnTypes.Count == 0)
{
returnTypes.Add("void");
}
var endPointTemplate = GeneratorContext.GetTemplateFactory()
.CreateEndpointTemplate(endpoint.GetPath(), endpoint.GetId(), parameters.Select(x => x.Key),
returnTypes, parameters.Select(x => x.Value), endpoint.GetEndpointType(),
hasBody, responses);
GeneratorContext.AddFunction(endpoint.GetId(), endPointTemplate.TransformText(), relatedSchemas);
}
private IEnumerable <KeyValuePair <HlaMsr1, double> > ExpandHla(TableInfo tableInfo, HlaMsr1 hlaAbstractOrGround, LinkedList1 <HlaMsr1> linkedList1)
{
HashSet <HlaMsr1> groundSet = new HashSet <HlaMsr1>();
foreach (HlaMsr1 term in hlaAbstractOrGround.TermList(tableInfo.HlaMsr1Factory))
{
List <HlaMsr1> groundHlaList;
if (tableInfo.AbstractHlaToGroundHlaList.TryGetValue(term, out groundHlaList))
{
if (groundHlaList.Count == 1 && groundHlaList.First().Equals(term))
{
groundSet.AddNew(term);
}
else
{
foreach (HlaMsr1 ground in groundHlaList)
{
groundSet.AddNew(ground);
}
}
}
}
if (groundSet.Count == 0)
{
yield break;
}
List <Dictionary <HlaMsr1, double> > rowsOfInterest = tableInfo.PullOutTheRowsOfInterest(linkedList1);
//!!!for each list of rowsOfInterest we could cache the sum of exp's to speed things up
//!!!This could be made faster by giving a serial number to each HLA and then doing the calcuations in arrays in which the serial number is the index.
Dictionary <HlaMsr1, double> hlaToTotal = new Dictionary <HlaMsr1, double>();
foreach (Dictionary <HlaMsr1, double> hlaToWeight in rowsOfInterest)
{
foreach (KeyValuePair <HlaMsr1, double> hlaAndWeight in hlaToWeight)
{
hlaToTotal[hlaAndWeight.Key] = hlaToTotal.GetValueOrDefault(hlaAndWeight.Key) + hlaAndWeight.Value;
}
}
Dictionary <HlaMsr1, double> hlaToExpTotal = new Dictionary <HlaMsr1, double>();
double totalOfExpsPlus1 = 1;
foreach (KeyValuePair <HlaMsr1, double> hlaAndTotal in hlaToTotal)
{
double exp = Math.Exp(hlaAndTotal.Value);
totalOfExpsPlus1 += Math.Exp(hlaAndTotal.Value);
hlaToExpTotal.Add(hlaAndTotal.Key, exp);
}
foreach (HlaMsr1 hlaGround in groundSet)
{
double prob = hlaToExpTotal[hlaGround] / totalOfExpsPlus1;
yield return(new KeyValuePair <HlaMsr1, double>(hlaGround, prob));
}
}
