public void ShouldReturnVariant2()
{
// Arrange
var v1 = new VariantDefinition("a", 33, new Payload("string", "asd"), new Collection <VariantOverride>());
var v2 = new VariantDefinition("b", 33);
var v3 = new VariantDefinition("c", 34);
var toggle = new FeatureToggle(
"test.variants",
"release",
true,
new List <ActivationStrategy> {
defaultStrategy
},
new List <VariantDefinition> {
v1, v2, v3
});
var context = new UnleashContext
{
UserId = "163",
SessionId = "sessionId",
RemoteAddress = "remoteAddress",
Properties = new Dictionary <string, string>()
};
// Act
var variant = VariantUtils.SelectVariant(toggle, context, Variant.DISABLED_VARIANT);
// Assert
variant.Name.Should().Be(v2.Name);
}
public IVariant[] CreateVariants(IChromosome chromosome, int start, int end, string refAllele,
string[] altAlleles, IInfoData infoData, bool[] isDecomposed, bool isRecomposed, List <string>[] linkedVids, string globalMajorAllele)
{
string firstAltAllele = altAlleles[0];
bool isReference = globalMajorAllele != null;
bool isSymbolicAllele = IsSymbolicAllele(firstAltAllele);
var variantCategory = GetVariantCategory(firstAltAllele, isReference, isSymbolicAllele, infoData.SvType);
if (isReference)
{
return new[] { GetVariant(chromosome, start, end, refAllele, firstAltAllele, infoData, variantCategory, isDecomposed[0], isRecomposed, linkedVids?[0]?.ToArray(), globalMajorAllele) }
}
;
_sequenceProvider.LoadChromosome(chromosome);
var variants = new List <IVariant>();
for (var i = 0; i < altAlleles.Length; i++)
{
#if (!NI_ALLELE)
if (VcfCommon.IsNonInformativeAltAllele(altAlleles[i]))
{
continue;
}
#endif
bool isDecomposedVar = isDecomposed[i];
(int shiftedStart, string shiftedRef, string shiftedAlt) =
VariantUtils.TrimAndLeftAlign(start, refAllele, altAlleles[i], _sequenceProvider.Sequence);
variants.Add(GetVariant(chromosome, shiftedStart, end - (start - shiftedStart), shiftedRef, shiftedAlt, infoData, variantCategory, isDecomposedVar, isRecomposed, linkedVids?[i]?.ToArray(), null));
}
return(variants.Count == 0 ? null : variants.ToArray());
}
/// <summary>
/// Extracts a dbSNP item from the specified VCF line.
/// </summary>
/// <param name="vcfLine"></param>
/// <returns></returns>
public IEnumerable <DbSnpItem> ExtractItem(string vcfLine)
{
var splitLine = vcfLine.Split('\t', 6);
if (splitLine.Length < 5)
{
yield break;
}
var chromosomeName = splitLine[VcfCommon.ChromIndex];
if (!_sequenceProvider.RefNameToChromosome.ContainsKey(chromosomeName))
{
yield break;
}
var chromosome = _sequenceProvider.RefNameToChromosome[chromosomeName];
var position = int.Parse(splitLine[VcfCommon.PosIndex]);
var dbSnpId = Convert.ToInt64(splitLine[VcfCommon.IdIndex].Substring(2));
var refAllele = splitLine[VcfCommon.RefIndex];
var altAlleles = splitLine[VcfCommon.AltIndex].OptimizedSplit(',');
foreach (var altAllele in altAlleles)
{
var(shiftedPos, shiftedRef, shiftedAlt) =
VariantUtils.TrimAndLeftAlign(position, refAllele, altAllele, _sequenceProvider.Sequence);
yield return(new DbSnpItem(chromosome, shiftedPos, dbSnpId, shiftedRef, shiftedAlt));
}
}
/// <summary>
/// Attempts to parse a method call with format MethodId(Args)
/// </summary>
static public bool TryParse(StringSlice inData, out MethodCall outMethodCall)
{
int openParenIdx = inData.IndexOf('(');
int closeParenIdx = inData.LastIndexOf(')');
if (openParenIdx <= 0 || closeParenIdx <= 0 || closeParenIdx <= openParenIdx)
{
outMethodCall = default(MethodCall);
return(false);
}
StringSlice methodSlice = inData.Substring(0, openParenIdx).Trim();
if (!VariantUtils.IsValidIdentifier(methodSlice))
{
outMethodCall = default(MethodCall);
return(false);
}
StringSlice afterMethod = inData.Substring(closeParenIdx + 1);
if (!afterMethod.IsWhitespace)
{
outMethodCall = default(MethodCall);
return(false);
}
int argsLength = closeParenIdx - 1 - openParenIdx;
outMethodCall.Id = methodSlice.Hash32();
outMethodCall.Args = inData.Substring(openParenIdx + 1, argsLength).Trim();
return(true);
}
public void Recreate()
{
VariantUtils.SetDrawersForKnownTypes();
_drawerList = new ReorderableList
(
Parameters, typeof(Parameter),
true, false, true, true
);
DrawerList.drawHeaderCallback += rect =>
{
rect.x += ReorderableListOffset;
rect.width -= ReorderableListOffset;
var original = rect;
rect.width *= 0.5f;
GUI.Label(rect, "Name");
rect.x = original.x + rect.width;
rect.width = VariantUtils.FieldWidth;
GUI.Label(rect, "Value");
};
if (!CustomAdd)
{
DrawerList.onAddDropdownCallback += OnAddParameter;
}
DrawerList.drawElementCallback += OnDrawParameter;
}
internal IEnumerable <OneKGenItem> ExtractItems(string vcfLine)
{
var splitLine = vcfLine.OptimizedSplit('\t');// we don't care about the many fields after info field
if (splitLine.Length < 8)
{
yield break;
}
Clear();
var chromosomeName = splitLine[VcfCommon.ChromIndex];
if (!_refNameDictionary.ContainsKey(chromosomeName))
{
yield break;
}
var chromosome = _refNameDictionary[chromosomeName];
var position = int.Parse(splitLine[VcfCommon.PosIndex]);//we have to get it from RSPOS in info
var refAllele = splitLine[VcfCommon.RefIndex];
var altAlleles = splitLine[VcfCommon.AltIndex].OptimizedSplit(',');
var infoFields = splitLine[VcfCommon.InfoIndex];
// parses the info fields and extract frequencies, ancestral allele, allele counts, etc.
var hasSymbolicAllele = altAlleles.Any(x => x.OptimizedStartsWith('<') && x.OptimizedEndsWith('>'));
if (hasSymbolicAllele)
{
yield break;
}
// ReSharper disable once ConditionIsAlwaysTrueOrFalse
ParseInfoField(infoFields, hasSymbolicAllele);
for (var i = 0; i < altAlleles.Length; i++)
{
var(shiftedPos, shiftedRef, shiftedAlt) = VariantUtils.TrimAndLeftAlign(position, refAllele,
altAlleles[i], _sequenceProvider.Sequence);
yield return(new OneKGenItem(
chromosome,
shiftedPos,
shiftedRef,
shiftedAlt,
_ancestralAllele,
GetAlleleCount(_allAlleleCounts, i),
GetAlleleCount(_afrAlleleCounts, i),
GetAlleleCount(_amrAlleleCounts, i),
GetAlleleCount(_eurAlleleCounts, i),
GetAlleleCount(_easAlleleCounts, i),
GetAlleleCount(_sasAlleleCounts, i),
_allAlleleNumber,
_afrAlleleNumber,
_amrAlleleNumber,
_eurAlleleNumber,
_easAlleleNumber,
_sasAlleleNumber
));
}
}
public void Left_align_insertion(int position, string altAllele, int rotatedPos, string rotatedAlt)
{
var reference = new SimpleSequence(new string('A', VariantUtils.MaxUpstreamLength) + "ATGTGTTGTTATTCTGTGTGCAT");
var rotatedVariant = VariantUtils.TrimAndLeftAlign(position, "", altAllele, reference);
Assert.Equal(rotatedPos, rotatedVariant.start);
Assert.Equal(rotatedAlt, rotatedVariant.altAllele);
}
public void Left_align_multiple_padding_bases()
{
var reference = new SimpleSequence(new string('A', VariantUtils.MaxUpstreamLength) + "ATGTGTTGTTATTCTGTGTGCAT");
var rotatedVariant = VariantUtils.TrimAndLeftAlign(501, "AT", "ATT", reference);
Assert.Equal(502, rotatedVariant.start);
Assert.Equal("T", rotatedVariant.altAllele);
}
private void OnDrawParameter(Rect rect, int index, bool active, bool focused)
{
var parameter = TreeAsset.Parameters[index];
rect.height = VariantUtils.FieldHeight;
rect.y += 2;
VariantUtils.DrawParameter(rect, parameter.Value);
}
private Variant GetVariant(string toggleName, UnleashContext context, Variant defaultValue)
{
var toggle = GetToggle(toggleName);
var enabled = CheckIsEnabled(toggleName, context, false);
var variant = enabled ? VariantUtils.SelectVariant(toggle, context, defaultValue) : defaultValue;
RegisterVariant(toggleName, variant);
return(variant);
}
private void ParameterDraw(Rect rect, SerializedProperty element, GUIContent label, int index, bool selected, bool focused)
{
var param = element.GetAs <Framework.Parameter>();
if (param != null)
{
VariantUtils.DrawParameter(rect, param.Value);
}
else
{
GUI.Label(rect, "Unable to render as Parameter!");
}
}
private void GenericParameterDrawer(Rect rect, SerializedProperty element, GUIContent label, int index, bool selected, bool focused)
{
var param = element.GetAs <Variant>();
if (param != null)
{
VariantUtils.DrawParameter(rect, param);
}
else
{
GUI.Label(rect, "Unable to render as Variant!");
}
}
private List <AlleleFrequencyItem> ExtractItems(string vcfLine)
{
var splitLine = vcfLine.Split(new[] { '\t' }, 9);// we don't care about the many fields after info field
if (splitLine.Length < 8)
{
return(null);
}
Clear();
var chromosomeName = splitLine[VcfCommon.ChromIndex];
if (!_refNameDictionary.ContainsKey(chromosomeName))
{
return(null);
}
var chromosome = _refNameDictionary[chromosomeName];
var position = int.Parse(splitLine[VcfCommon.PosIndex]);//we have to get it from RSPOS in info
var refAllele = splitLine[VcfCommon.RefIndex];
var altAlleles = splitLine[VcfCommon.AltIndex].OptimizedSplit(',');
var infoFields = splitLine[VcfCommon.InfoIndex];
// parses the info fields and extract frequencies, ancestral allele, allele counts, etc.
ParseInfoField(infoFields);
if (_allAlleleNumber == null)
{
return(null);
}
var items = new List <AlleleFrequencyItem>();
for (var i = 0; i < altAlleles.Length; i++)
{
var alleleCount = GetAlleleCount(_allAlleleCounts, i);
if (alleleCount == null || alleleCount == 0)
{
continue;
}
var frequency = 1.0 * alleleCount.Value / _allAlleleNumber.Value;
var(shiftedPos, shiftedRef, shiftedAlt) = VariantUtils.TrimAndLeftAlign(position, refAllele,
altAlleles[i], _sequenceProvider.Sequence);
items.Add(new AlleleFrequencyItem(chromosome, shiftedPos, shiftedRef, shiftedAlt, frequency));
}
return(items.Count > 0? items: null);
}
private TopMedItem ExtractItems(string vcfLine)
{
if (vcfLine == null)
{
return(null);
}
var splitLine = vcfLine.OptimizedSplit('\t');
if (splitLine.Length < 8)
{
return(null);
}
Clear();
// chr1 10169 TOPMed_freeze_5?chr1:10,169 T C 255 SVM VRT=1;NS=62784;AN=125568;AC=20;AF=0.000159276;Het=20;Hom=0 NA:FRQ 125568:0.000159276
var chromosome = splitLine[VcfCommon.ChromIndex];
if (!_refChromDict.ContainsKey(chromosome))
{
return(null);
}
var chrom = _refChromDict[chromosome];
var position = int.Parse(splitLine[VcfCommon.PosIndex]);//we have to get it from RSPOS in info
var refAllele = splitLine[VcfCommon.RefIndex];
var altAllele = splitLine[VcfCommon.AltIndex];
var filters = splitLine[VcfCommon.FilterIndex];
var infoFields = splitLine[VcfCommon.InfoIndex];
if (altAllele.Contains(","))
{
Console.WriteLine(vcfLine);
throw new InvalidDataException("het site found!!");
}
var failedFilter = !(filters.Equals("PASS") || filters.Equals("."));
ParseInfoField(infoFields);
if (_alleleNum == 0)
{
return(null);
}
var(shiftedPos, shiftedRef, shiftedAlt) = VariantUtils.TrimAndLeftAlign(position, refAllele,
altAllele, _sequenceProvider.Sequence);
return(new TopMedItem(chrom, shiftedPos, shiftedRef, shiftedAlt, _alleleNum, _alleleCount, _homCount,
failedFilter));
}
/// <summary>
/// Extracts a splice AI item from the specified VCF line.
/// </summary>
/// <param name="vcfLine"></param>
/// <returns></returns>
private SpliceAiItem ExtractItem(string vcfLine)
{
var splitLine = vcfLine.Split('\t');
if (splitLine.Length < VcfCommon.InfoIndex + 1)
{
return(null);
}
var chromosomeName = splitLine[VcfCommon.ChromIndex];
if (!_sequenceProvider.RefNameToChromosome.ContainsKey(chromosomeName))
{
return(null);
}
var chromosome = _sequenceProvider.RefNameToChromosome[chromosomeName];
var position = int.Parse(splitLine[VcfCommon.PosIndex]);
var refAllele = splitLine[VcfCommon.RefIndex];
var altAllele = splitLine[VcfCommon.AltIndex];
if (altAllele.Contains(','))
{
throw new DataException($"multiple alt allele present for {chromosome}-{position}");
}
var start = position;
//skipping insertions/deletions that were shifted
if (VariantUtils.IsLeftShiftPossible(refAllele, altAllele))
{
return(null);
}
(start, refAllele, altAllele) = BiDirectionalTrimmer.Trim(start, refAllele, altAllele);
var end = start + refAllele.Length - 1;
var isSpliceAdjacent = _spliceIntervals[chromosome.Index].OverlapsAny(start, end);
ParseInfoField(splitLine[VcfCommon.InfoIndex]);
if (!HasSignificantScore() && !isSpliceAdjacent)
{
return(null);
}
Count++;
return(new SpliceAiItem(chromosome, start, refAllele, altAllele, _geneSymbol,
_acceptorGainScore, _acceptorLossScore, _donorGainScore, _donorLossScore,
_acceptorGainPosition, _acceptorLossPosition, _donorGainPosition, _donorLossPosition, isSpliceAdjacent));
}
private List <ClinVarItem> GetValidItems(List <ClinVarItem> clinVarItems)
{
var shiftedItems = new List <ClinVarItem>();
foreach (var item in clinVarItems)
{
_sequenceProvider.LoadChromosome(item.Chromosome);
if (!ValidateRefAllele(item))
{
continue;
}
string refAllele = item.RefAllele, altAllele = item.AltAllele;
if (string.IsNullOrEmpty(item.RefAllele) && item.VariantType == "Deletion")
{
refAllele = GetReferenceAllele(item, _sequenceProvider.Sequence);
}
if (string.IsNullOrEmpty(item.RefAllele) && item.VariantType == "Indel" && !string.IsNullOrEmpty(item.AltAllele))
{
refAllele = GetReferenceAllele(item, _sequenceProvider.Sequence);
}
if (string.IsNullOrEmpty(item.AltAllele) && item.VariantType == "Duplication")
{
altAllele = GetAltAllele(item, _sequenceProvider.Sequence);
}
if (string.IsNullOrEmpty(refAllele) && string.IsNullOrEmpty(altAllele))
{
continue;
}
int start;
(start, refAllele, altAllele) = VariantUtils.TrimAndLeftAlign(item.Position, refAllele, altAllele, _sequenceProvider.Sequence);
shiftedItems.Add(new ClinVarItem(item.Chromosome,
start,
item.Stop,
refAllele,
altAllele,
item.JsonSchema,
item.AlleleOrigins, item.VariantType, item.Id, item.VariationId, item.ReviewStatus, item.MedGenIds, item.OmimIds, item.OrphanetIds, item.Phenotypes, item.Significances, item.PubmedIds, item.LastUpdatedDate));
}
shiftedItems.Sort();
return(shiftedItems);
}
void HandleBindValue(Rect rect, ParamBinding binding)
{
if (binding == null)
{
return;
}
var fieldRect = rect;
fieldRect.y += 2;
fieldRect.height = EditorGUIUtility.singleLineHeight;
VariantUtils.DrawParameter(fieldRect, binding.DefaultValue, false);
}
void RecreateDrawer()
{
VariantUtils.SetDrawersForKnownTypes();
ProxyList = new List <int>(Node.Inputs.Count);
DrawerList = new UnityEditorInternal.ReorderableList
(
ProxyList, typeof(ActionSelector.EntryPoint),
true, false, true, true
);
DrawerList.drawHeaderCallback += rect =>
{
rect.x += ParamListDrawer.ReorderableListOffset;
rect.width -= ParamListDrawer.ReorderableListOffset;
var original = rect;
rect.width *= 0.5f;
GUI.Label(rect, "Name");
rect.x = original.x + VariantUtils.LabelWidth * 1.35f;
rect.width = VariantUtils.FieldWidth;
GUI.Label(rect, "Input value");
};
DrawerList.onAddCallback += OnAddInput;
DrawerList.drawElementCallback += OnDrawParameter;
DrawerList.onCanAddCallback += list => Node.InputType != null && Node.InputType.Type != null;
DrawerList.onRemoveCallback += list =>
{
OnRemoveInputAtIndex(list.index);
};
DrawerList.onReorderCallbackWithDetails += (list, index, newIndex) =>
{
float pos = Positions[index];
_positions.RemoveAt(index);
_positions.Insert(newIndex, pos);
OnReorderInputAtIndex(index, newIndex);
};
}
void RecreateDrawer()
{
VariantUtils.SetDrawersForKnownTypes();
/*ProxyList = new List<int>(Graph.Inputs.Count);
*
* DrawerList = new UnityEditorInternal.ReorderableList
* (
* ProxyList, typeof(ActionGraph.EntryPoint),
* true, false, true, true
* );
*
* DrawerList.drawHeaderCallback += rect =>
* {
* rect.x += ParamListDrawer.ReorderableListOffset;
* rect.width -= ParamListDrawer.ReorderableListOffset;
*
* var original = rect;
*
* rect.width *= 0.5f;
* GUI.Label(rect, "Name");
*
*
* rect.x = original.x + VariantUtils.LabelWidth * 1.35f;
* rect.width = VariantUtils.FieldWidth;
* GUI.Label(rect, "Input value");
* };
*
* DrawerList.onAddCallback += OnAddInput;
*
* DrawerList.drawElementCallback += OnDrawParameter;
*
* DrawerList.onCanAddCallback += list => Graph.InputType != null && Graph.InputType.Type != null;
* DrawerList.onRemoveCallback += list =>
* {
* Presenter.OnRemoveInputAtIndex(list.index);
* };
*
* DrawerList.onReorderCallbackWithDetails += (list, index, newIndex) =>
* {
* float pos = Positions[index];
*
* _positions.RemoveAt(index);
* _positions.Insert(newIndex, pos);
*
* Presenter.OnReorderInputAtIndex(index, newIndex);
* };*/
}
private void OnDrawParameter(Rect rect, int index, bool active, bool focused)
{
var parameter = Node.Inputs[index];
if (index == 0)
{
FirstPos = rect.y;
}
Positions[index] = rect.y - FirstPos;
rect.height = VariantUtils.FieldHeight;
rect.y += 2;
VariantUtils.DrawParameter(rect, parameter.Input);
}
private void OnDrawParameter(Rect rect, int index, bool active, bool focused)
{
var parameter = Parameters[index];
if (index == 0)
{
FirstPos = rect.y;
}
Positions.Resize(index + 1);
Positions[index] = rect.y - FirstPos;
rect.height = VariantUtils.FieldHeight;
rect.y += 2;
VariantUtils.DrawParameter(rect, parameter.Value);
}
private List <AncestralAlleleItem> ExtractItems(string vcfLine)
{
var splitLine = vcfLine.Split(new[] { '\t' }, 9);// we don't care about the many fields after info field
if (splitLine.Length < 8)
{
return(null);
}
Clear();
var chromosomeName = splitLine[VcfCommon.ChromIndex];
if (!_refNameDictionary.ContainsKey(chromosomeName))
{
return(null);
}
var chromosome = _refNameDictionary[chromosomeName];
var position = int.Parse(splitLine[VcfCommon.PosIndex]);//we have to get it from RSPOS in info
var refAllele = splitLine[VcfCommon.RefIndex];
var altAlleles = splitLine[VcfCommon.AltIndex].OptimizedSplit(',');
var infoFields = splitLine[VcfCommon.InfoIndex];
// parses the info fields and extract frequencies, ancestral allele, allele counts, etc.
var hasSymbolicAllele = altAlleles.Any(x => x.OptimizedStartsWith('<') && x.OptimizedEndsWith('>'));
if (hasSymbolicAllele)
{
return(null);
}
// ReSharper disable once ConditionIsAlwaysTrueOrFalse
ParseInfoField(infoFields);
var ancestralAlleleItems = new List <AncestralAlleleItem>();
foreach (string altAllele in altAlleles)
{
var(shiftedPos, shiftedRef, shiftedAlt) = VariantUtils.TrimAndLeftAlign(position, refAllele,
altAllele, _sequenceProvider.Sequence);
ancestralAlleleItems.Add(new AncestralAlleleItem(chromosome, shiftedPos, shiftedRef, shiftedAlt, _ancestralAllele));
}
return(ancestralAlleleItems);
}
public static void UpdateChromToPositions(Dictionary <IChromosome, List <int> > chromPositions, IChromosome chromosome, int position, string refAllele, string altAllele, ISequence refSequence)
{
if (!chromPositions.ContainsKey(chromosome))
{
chromPositions.Add(chromosome, new List <int>(16 * 1024));
}
foreach (string allele in altAllele.OptimizedSplit(','))
{
if (allele.OptimizedStartsWith('<') || allele.Contains('[') || altAllele.Contains(']'))
{
continue;
}
(int shiftedPos, string _, string _) =
VariantUtils.TrimAndLeftAlign(position, refAllele, allele, refSequence);
chromPositions[chromosome].Add(shiftedPos);
}
}
public IVariant[] CreateVariants(IChromosome chromosome, int start, int end, string refAllele,
string[] altAlleles, IInfoData infoData, bool[] isDecomposedByAllele, bool isRecomposed, List <string>[] linkedVids, string globalMajorAllele)
{
bool isReference = globalMajorAllele != null;
if (isReference)
{
return(ReferenceVariantCreator.Create(_vidCreator, _sequence, chromosome, start, end, refAllele, altAlleles[0], globalMajorAllele));
}
var variantCategory = GetVariantCategory(altAlleles[0], infoData.SvType);
var variants = new List <IVariant>(altAlleles.Length);
for (var i = 0; i < altAlleles.Length; i++)
{
#if (!NI_ALLELE)
if (VcfCommon.IsNonInformativeAltAllele(altAlleles[i]))
{
continue;
}
#endif
string altAllele = altAlleles[i];
bool isDecomposed = isDecomposedByAllele[i];
if (isDecomposed && isRecomposed)
{
throw new InvalidDataException("A variant can't be both decomposed and recomposed");
}
(int shiftedStart, string shiftedRef, string shiftedAlt) =
VariantUtils.TrimAndLeftAlign(start, refAllele, altAllele, _sequence);
if (variantCategory == VariantCategory.SmallVariant || variantCategory == VariantCategory.Reference)
{
end = shiftedStart + shiftedRef.Length - 1;
}
variants.Add(GetVariant(chromosome, shiftedStart, end, shiftedRef, shiftedAlt, infoData, variantCategory,
isDecomposed, isRecomposed, linkedVids?[i]?.ToArray()));
}
return(variants.Count == 0 ? null : variants.ToArray());
}
internal List <CosmicItem> ExtractCosmicItems(string vcfLine)
{
var splitLine = vcfLine.Split(new[] { '\t' }, 8);
//skipping large variants
if (splitLine[VcfCommon.RefIndex].Length > MaxVariantLength || splitLine[VcfCommon.AltIndex].Length > MaxVariantLength)
{
return(null);
}
string chromosomeName = splitLine[VcfCommon.ChromIndex];
if (!_refChromDict.ContainsKey(chromosomeName))
{
return(null);
}
var chromosome = _refChromDict[chromosomeName];
int position = int.Parse(splitLine[VcfCommon.PosIndex]);
string cosmicId = splitLine[VcfCommon.IdIndex];
string refAllele = splitLine[VcfCommon.RefIndex];
var altAlleles = splitLine[VcfCommon.AltIndex].OptimizedSplit(',');
string infoField = splitLine[VcfCommon.InfoIndex];
Clear();
ParseInfoField(infoField);
var cosmicItems = new List <CosmicItem>();
foreach (string altAllele in altAlleles)
{
var(shiftedPos, shiftedRef, shiftedAlt) = VariantUtils.TrimAndLeftAlign(position, refAllele,
altAllele, _sequenceProvider.Sequence);
cosmicItems.Add(_studies.TryGetValue(cosmicId, out var studies)
? new CosmicItem(chromosome, shiftedPos, cosmicId, shiftedRef, shiftedAlt, _geneName, studies,
_sampleCount)
: new CosmicItem(chromosome, shiftedPos, cosmicId, shiftedRef, shiftedAlt, _geneName, null,
_sampleCount));
}
return(cosmicItems);
}
protected override void DrawContent()
{
if (Node.Anim)
{
GUI.Box(drawRect, GUIContent.none, EditorStyles.helpBox);
var controller = AssetDatabase.LoadAssetAtPath <AnimatorController>(AssetDatabase.GetAssetPath(Node.Anim));
if (controller == null)
{
Debug.LogErrorFormat("AnimatorController must not be null.");
return;
}
int index = -1;
var paramList = controller.parameters.ToList();
var param = paramList.FirstOrDefault(p => p.name == Node.AnimParam.Name);
if (param != null)
{
index = paramList.IndexOf(param);
}
drawRect.x += ContentMargin;
drawRect.width = drawRect.width - ContentMargin * 2;
drawRect.height = VariantUtils.FieldHeight;
int newIndex = EditorGUI.Popup(drawRect, index, paramList.Select(p => p.name).ToArray());
if (newIndex != index)
{
SetNewParam(paramList[newIndex]);
}
if (string.IsNullOrWhiteSpace(Node.AnimParam?.HoldType?.Metadata))
{
drawRect.y += drawRect.height;
VariantUtils.DrawParameter(drawRect, Node.AnimParam, false);
}
}
else
{
EditorGUI.HelpBox(drawRect, "AnimController is required!", MessageType.Error);
}
}
public void ShouldReturnDefaultVariantWhenToggleHasNoVariants()
{
// Arrange
var toggle = new FeatureToggle("test.variants", "release", true, new List <ActivationStrategy> {
defaultStrategy
});
var context = new UnleashContext
{
UserId = "userA",
SessionId = "sessionId",
RemoteAddress = "remoteAddress",
Properties = new Dictionary <string, string>()
};
// Act
var variant = VariantUtils.SelectVariant(toggle, context, Variant.DISABLED_VARIANT);
// Assert
variant.Should().BeSameAs(Variant.DISABLED_VARIANT);
}
public void ShouldReturnVariantOverrideOnSessionId()
{
// Arrange
var sessionId = "122221";
var v1 = new VariantDefinition("a", 33);
var override_env = new VariantOverride("env", "dev");
var override_session = new VariantOverride("sessionId", sessionId);
var v2 = new VariantDefinition("b", 33, null, new List <VariantOverride> {
override_env, override_session
});
var v3 = new VariantDefinition("c", 34);
var toggle = new FeatureToggle(
"test.variants",
"release",
true,
new List <ActivationStrategy> {
defaultStrategy
},
new List <VariantDefinition> {
v1, v2, v3
});
var context = new UnleashContext
{
UserId = "11",
SessionId = sessionId,
RemoteAddress = "remoteAddress",
Properties = new Dictionary <string, string> {
{ "env", "prod" }
}
};
// Act
var variant = VariantUtils.SelectVariant(toggle, context, Variant.DISABLED_VARIANT);
// Assert
variant.Name.Should().Be(v2.Name);
}
private void RecreateParameterList()
{
if (!TreeAsset)
{
return;
}
VariantUtils.SetDrawersForKnownTypes();
ParameterList = new UnityEditorInternal.ReorderableList
(
TreeAsset.Parameters, typeof(Variant),
true, false, true, true
);
ParameterList.drawHeaderCallback += rect =>
{
rect.x += ReorderableListOffset;
rect.width -= ReorderableListOffset;
var original = rect;
rect.width *= 0.5f;
GUI.Label(rect, "Name");
rect.x = original.x + VariantUtils.LabelWidth * 1.35f;
rect.width = VariantUtils.FieldWidth;
GUI.Label(rect, "Default value");
};
ParameterList.onAddDropdownCallback += OnAddParameter;
ParameterList.drawElementCallback += OnDrawParameter;
ParameterList.onChangedCallback += list =>
{
Undo.RecordObject(TreeAsset, "Modified Parameters");
EditorUtility.SetDirty(TreeAsset);
};
}
public void Custom_Stickiness_CustomField_112_Yields_Yellow()
{
// Arrange
var sessionId = "122221";
var val1Payload = new Payload("string", "val1");
var blue = new VariantDefinition("blue", 25, val1Payload, null, "customField");
var red = new VariantDefinition("red", 25, val1Payload, null, "customField");
var green = new VariantDefinition("green", 25, val1Payload, null, "customField");
var yellow = new VariantDefinition("yellow", 25, val1Payload, null, "customField");
var toggle = new FeatureToggle(
"Feature.flexible.rollout.custom.stickiness_100",
"release",
true,
new List <ActivationStrategy> {
defaultStrategy
},
new List <VariantDefinition> {
blue, red, green, yellow
});
var context = new UnleashContext
{
UserId = "13",
SessionId = sessionId,
RemoteAddress = "remoteAddress",
Properties = new Dictionary <string, string> {
{ "env", "prod" }, { "customField", "112" }
}
};
// Act
var variant = VariantUtils.SelectVariant(toggle, context, Variant.DISABLED_VARIANT);
// Assert
variant.Name.Should().Be(yellow.Name);
}