public static bool ShouldDefine(this ISingleApi api, string[] array)
{
foreach (var name in array)
{
if (api.TryGetEnabled(name, out var apiEnabled) && apiEnabled)
{
return(true);
}
}
return(false);
}
public AnyRefFunc(ISingleApi api)
{
Api = api;
}
public DistinctFunc(ISingleApi api)
{
Api = api;
}
public SelectFunc(ISingleApi api)
{
Api = api;
}
public OrderByNoneNumber(ISingleApi api)
{
Api = api;
elementTypeName = api.Description.Substring(4);
}
public TryGetFirstNone(ISingleApi api)
{
Api = api;
}
public TryGetMinMaxFunc(ISingleApi api)
{
Api = api;
isMax = Api.Name == "TryGetMax";
processType = Api.Description.Split(new[] { " --- " }, StringSplitOptions.RemoveEmptyEntries)[1];
}
public AllFunc(ISingleApi api)
{
Api = api;
}
public Repeat(ISingleApi api)
{
Api = api;
}
public MinMaxByRefFunc(ISingleApi api)
{
Api = api;
isMax = api.Name[1] == 'a';
keyName = api.Name.Substring(5);
}
public ForEachAction(ISingleApi api)
{
Api = api;
}
public TryGetFirstIndexOfRefFunc(ISingleApi api)
{
Api = api;
}
public ForEachOperator(ISingleApi api)
{
Api = api;
}
public WhereSkipWhileTakeWhileFunc(ISingleApi api)
{
Api = api;
}
public OrderByOperator(ISingleApi api)
{
Api = api;
}
public OrderByNone(ISingleApi api)
{
Api = api;
}
public ContainsOperator(ISingleApi api)
{
Api = api;
}
public AggregateRefValue1Operator(ISingleApi api)
{
Api = api;
}
public DistinctOperator(ISingleApi api)
{
Api = api;
}
public TryGetLastRefFunc(ISingleApi api)
{
Api = api;
}
public SelectRefAction(ISingleApi api)
{
Api = api;
}
public SumInt32(ISingleApi api)
{
Api = api;
}
public TryGetFirstFunc(ISingleApi api)
{
Api = api;
}
public SelectIndexRefFunc(ISingleApi api)
{
Api = api;
}
public TryGetAverageNone(ISingleApi api)
{
Api = api;
returnTypeName = api.Description;
}
public AggregateValue2Functions(ISingleApi api)
{
Api = api;
}
public AllOperator(ISingleApi api)
{
Api = api;
}
private static void RegisterEachSingleApi(ISingleApi api, List <IApiExtensionMethodGenerator> list)
{
switch (api.Name)
{
case "Create":
list.Add(new Create(api));
break;
case "Cast":
list.Add(new Cast(api));
break;
case "AsRefEnumerableUnsafe":
list.Add(new AsRefEnumerableUnsafe(api));
break;
case "GroupBy":
switch (api.Description)
{
case "Func1":
list.Add(new GroupByFunc1DefaultEqualityComparer(api));
break;
case "Func2":
list.Add(new GroupByFunc2DefaultEqualityComparer(api));
break;
case "Func3":
list.Add(new GroupByFunc3(api));
break;
case "RefAction1":
list.Add(new GroupByRefAction1DefaultEqualityComparer(api));
break;
case "RefAction2":
list.Add(new GroupByRefAction2DefaultEqualityComparer(api));
break;
case "RefAction2_RefFunc1":
list.Add(new GroupByRefAction3(api));
break;
}
break;
case "RangeRepeat":
switch (api.Description)
{
case "Repeat":
list.Add(new Repeat(api));
break;
case "Range":
list.Add(new Range(api));
break;
}
break;
case "ForEach":
switch (api.Description)
{
case "Action":
list.Add(new ForEachAction(api));
break;
case "RefAction":
list.Add(new ForEachRefAction(api));
break;
case "Operator":
list.Add(new ForEachOperator(api));
break;
}
break;
case "OrderBy":
switch (api.Description)
{
case "NoneDouble":
case "NoneSingle":
case "NoneInt32":
case "NoneUInt32":
case "NoneInt64":
case "NoneUInt64":
list.Add(new OrderByNoneNumber(api));
break;
case "None":
list.Add(new OrderByNone(api));
break;
case "IComparer":
list.Add(new OrderByIComparer(api));
break;
case "Func":
list.Add(new OrderByFunc(api));
break;
case "RefFunc":
list.Add(new OrderByRefFunc(api));
break;
case "Operator":
list.Add(new OrderByOperator(api));
break;
}
break;
case "SelectIndex":
switch (api.Description)
{
case "Func":
list.Add(new SelectIndexFunc(api));
break;
case "RefFunc":
list.Add(new SelectIndexRefFunc(api));
break;
case "WithIndex":
list.Add(new SelectIndexWithIndex(api));
break;
}
break;
case "WhereIndex":
switch (api.Description)
{
case "Operator":
list.Add(new WhereIndexOperator(api));
break;
case "Func":
list.Add(new WhereIndexFunc(api));
break;
case "RefFunc":
list.Add(new WhereIndexRefFunc(api));
break;
}
break;
case "Reverse":
list.Add(new Reverse(api));
break;
case "Distinct":
switch (api.Description)
{
case "Operator":
list.Add(new DistinctOperator(api));
break;
case "Func":
list.Add(new DistinctFunc(api));
break;
case "RefFunc":
list.Add(new DistinctRefFunc(api));
break;
case "None":
list.Add(new DistinctNone(api));
break;
}
break;
case "Append":
case "Prepend":
list.Add(new AppendPrependDefaultIfEmpty(api));
break;
case "DefaultIfEmpty":
switch (api.Description)
{
case "None":
list.Add(new DefaultIfEmptyNone(api));
break;
default:
list.Add(new AppendPrependDefaultIfEmpty(api));
break;
}
break;
case "Skip":
case "SkipLast":
case "Take":
case "TakeLast":
case "Repeat":
list.Add(new SkipSkipLastTakeTakeLastRepeat(api));
break;
case "Select":
switch (api.Description)
{
case "Func":
list.Add(new SelectFunc(api));
break;
case "RefAction":
list.Add(new SelectRefAction(api));
break;
}
break;
case "Where":
case "SkipWhile":
case "TakeWhile":
switch (api.Description)
{
case "Operator":
list.Add(new WhereSkipWhileTakeWhileOperator(api));
break;
case "Func":
list.Add(new WhereSkipWhileTakeWhileFunc(api));
break;
case "RefFunc":
list.Add(new WhereSkipWhileTakeWhileRefFunc(api));
break;
}
break;
case "MaxByDouble":
case "MaxBySingle":
case "MaxByInt32":
case "MaxByInt64":
case "MaxByUInt32":
case "MaxByUInt64":
case "MinByDouble":
case "MinBySingle":
case "MinByInt32":
case "MinByInt64":
case "MinByUInt32":
case "MinByUInt64":
{
switch (api.Description)
{
case "Operator":
list.Add(new MinMaxByOperator(api));
break;
case "Func":
list.Add(new MinMaxByFunc(api));
break;
case "RefFunc":
list.Add(new MinMaxByRefFunc(api));
break;
}
}
break;
case "Contains":
switch (api.Description)
{
case "Func":
list.Add(new ContainsFunc(api));
break;
case "RefFunc":
list.Add(new ContainsRefFunc(api));
break;
case "Operator":
list.Add(new ContainsOperator(api));
break;
case "None":
list.Add(new ContainsNone(api));
break;
}
break;
case "TryGetFirstIndexOf":
switch (api.Description)
{
case "None":
list.Add(new TryGetFirstIndexOfNone(api));
break;
case "Func":
list.Add(new TryGetFirstIndexOfFunc(api));
break;
case "RefFunc":
list.Add(new TryGetFirstIndexOfRefFunc(api));
break;
case "Operator":
list.Add(new TryGetFirstIndexOfOperator(api));
break;
}
break;
case "TryGetFirst":
switch (api.Description)
{
case "Func":
list.Add(new TryGetFirstFunc(api));
break;
case "RefFunc":
list.Add(new TryGetFirstRefFunc(api));
break;
case "Operator":
list.Add(new TryGetFirstOperator(api));
break;
case "None":
list.Add(new TryGetFirstNone(api));
break;
}
break;
case "TryGetLast":
switch (api.Description)
{
case "Func":
list.Add(new TryGetLastFunc(api));
break;
case "RefFunc":
list.Add(new TryGetLastRefFunc(api));
break;
case "Operator":
list.Add(new TryGetLastOperator(api));
break;
case "None":
list.Add(new TryGetLastNone(api));
break;
}
break;
case "TryGetElementAt":
list.Add(new TryGetElementAt(api));
break;
case "TryGetSingle":
switch (api.Description)
{
case "Func":
list.Add(new TryGetSingleFunc(api));
break;
case "RefFunc":
list.Add(new TryGetSingleRefFunc(api));
break;
case "Operator":
list.Add(new TryGetSingleOperator(api));
break;
case "None":
list.Add(new TryGetSingleNone(api));
break;
}
break;
case "TryGetAverage":
list.Add(new TryGetAverageNone(api));
break;
case "Aggregate":
switch (api.Description)
{
case "void Aggregate(ref TAccumulate seed, RefAction<T, TAccumulate> func)":
list.Add(new AggregateRefValue1Ref(api));
break;
case "TAccumulate Aggregate(TAccumulate seed, RefAction<T, TAccumulate> func)":
list.Add(new AggregateValue1Ref(api));
break;
case "TResult Aggregate(TAccumulate seed, RefAction<TAccumulate, T, TAccumulate> func, RefFunc<TAccumulate, TResult> resultFunc)":
list.Add(new AggregateValue2Refs(api));
break;
case "TResult Aggregate(ref TAccumulate seed, in TFunc func, in TResultFunc resultFunc)":
list.Add(new AggregateRefValue2Operators(api));
break;
case "TResult Aggregate(ref TAccumulate seed, RefAction<T, TAccumulate> func, RefFunc<TAccumulate, TResult> resultFunc)":
list.Add(new AggregateRefValue2Refs(api));
break;
case "TResult Aggregate(TAccumulate seed, Func<TAccumulate, T, TAccumulate> func, Func<TAccumulate, TResult> resultFunc)":
list.Add(new AggregateValue2Functions(api));
break;
case "void Aggregate(ref TAccumulate seed, in TFunc func)":
list.Add(new AggregateRefValue1Operator(api));
break;
case "TAccumulate Aggregate(TAccumulate seed, in TFunc func)":
list.Add(new AggregateValue1Operator(api));
break;
case "TAccumulate Aggregate(TAccumulate seed, Func<TAccumulate, T, TAccumulate> func)":
list.Add(new AggregateValue1Function(api));
break;
}
break;
case "TryGetMax":
case "TryGetMin":
{
var result = api.Description.Split(new[] { " --- " }, StringSplitOptions.RemoveEmptyEntries);
if (result.Length != 2)
{
Debug.LogWarning(api.Name + "\n" + api.Description);
return;
}
switch (result[0])
{
case "Func":
list.Add(new TryGetMinMaxFunc(api));
break;
case "RefFunc":
list.Add(new TryGetMinMaxRefFunc(api));
break;
case "Operator":
list.Add(new TryGetMinMaxOperator(api));
break;
case "None":
list.Add(new TryGetMinMaxNone(api));
break;
}
}
break;
case "All":
switch (api.Description)
{
case "Operator":
list.Add(new AllOperator(api));
break;
case "Func":
list.Add(new AllFunc(api));
break;
case "RefFunc":
list.Add(new AllRefFunc(api));
break;
}
break;
case "Any":
switch (api.Description)
{
case "Operator":
list.Add(new AnyOperator(api));
break;
case "Func":
list.Add(new AnyFunc(api));
break;
case "RefFunc":
list.Add(new AnyRefFunc(api));
break;
}
break;
case "Sum":
switch (api.Description)
{
case "Double":
list.Add(new SumDouble(api));
break;
case "Single":
list.Add(new SumSingle(api));
break;
case "Int32":
list.Add(new SumInt32(api));
break;
case "UInt32":
list.Add(new SumUInt32(api));
break;
case "Int64":
list.Add(new SumInt64(api));
break;
case "UInt64":
list.Add(new SumUInt64(api));
break;
}
break;
}
}
public SelectIndexWithIndex(ISingleApi api)
{
Api = api;
}
public WhereSkipWhileTakeWhileOperator(ISingleApi api)
{
Api = api;
}
