public void Create_should_create_method_name_from_name_and_type()
{
var a = FieldName.Create("Hello", TypeName.Create("System", "String"));
var b = FieldName.Parse("Hello:System.String");
Assert.Equal(a, b);
}
public void Create_should_create_event_name_from_name_and_type()
{
var a = EventName.Create("Hello", TypeName.Create("System", "EventHandler"));
var b = EventName.Parse("Hello:System.EventHandler");
Assert.Equal(a, b);
}
public void DelegatesToNativeLoader()
{
var typeName = TypeName.Create("System.String", "mscorlib");
var type = TypeLoader.Create(new string[0])(typeName);
Assert.AreEqual(typeof(string), type.Value);
}
private ITypeDescription CreateArrayType()
{
TypeName theName = TypeName.Create("System.Int32", "mscorelib", new TypeName[0], 0);
var innerType = SimpleClassDescription.Create(theName, f => new SimpleFieldDescription[0]);
return(ArrayDescription.Create(innerType, 1));
}
public void ReturnsEmptyResultOnUnknownType()
{
var typeName = TypeName.Create("DoesNotExist.ClassName", "DoesNotExist");
var type = TypeLoader.Create(new string[0])(typeName);
Assert.IsFalse(type.HasValue);
}
public List <InformationBase> GetItemWithAttachments(Guid itemId, IEnumerable <Type> types, bool includeItemValues = false)
{
var result = new List <InformationBase>();
var typeNames = new List <TypeName>();
foreach (var t in types)
{
typeNames.Add(TypeName.Create(t));
}
var response = _elasticClient.Search <dynamic>(s => s
.Type(Types.Type(typeNames))
//.ConcreteTypeSelector((h,t) => h.GetType())
.Size(1000)
.Query(q => q
.MultiMatch(m => m
.Query(itemId.ToString())
.Fields(new[] { "ItemId^10", "Attachments" }))));
foreach (var item in response.Documents)
{
item.IsNew = false;
result.Add(item);
if (item.ItemId == itemId && includeItemValues)
{
result.AddRange(_itemMetadataProvider.GetItemMetadataValues(item));
}
}
return(result);
}
public void NestedClassName()
{
var complex = TypeName.Create("Type.Parent+Child", "Assembly.Name");
Assert.AreEqual("Type.Parent_Child",
complex.NameWithGenerics);
}
public void GenericNameWithTwoParams()
{
var complex = TestMetaData.CreateGenericType(
TypeName.Create("System.Int32", "mscorelib"), TypeName.Create("System.Int64", "mscorelib"));
Assert.AreEqual("TheType_2_Int32_Int64",
complex.Name);
}
public void ArrayType()
{
var theName = TypeName.Create("System.Int32", "mscorelib", new TypeName[0], 0);
var innerType = SimpleClassDescription.Create(theName, f => new SimpleFieldDescription[0]);
var arrayType = ArrayDescription.Create(innerType, 1);
Assert.IsTrue(arrayType.IsArray);
}
public void LoadMixedGenericType()
{
var genericArgument = TypeName.Create("DoesNotExist.ClassName", "DoesNotExist");
var listName = TypeName.Create("System.Collections.Generic.List", "mscorlib", new[] { genericArgument });
var found = TypeLoader.Create(new[] { @"..\..\Gamlor.Db4oPad.ExternalAssemblyForTests.dll" })(listName);
Assert.IsFalse(found.HasValue);
}
public void CanLoadGenericTypeDefinition()
{
var genericArgument = TypeName.Create("DoesNotExist.ClassName", "DoesNotExist");
var listName = TypeName.Create("System.Collections.Generic.List`1", "mscorlib", new[] { genericArgument });
var type = TypeLoader.Create(new string[0])(listName.GetGenericTypeDefinition());
Assert.AreEqual(typeof(List <>), type.Value);
}
public void CascadedGenericsName()
{
var theType = TestMetaData.CreateGenericType();
var complex = TestMetaData.CreateGenericType(
TypeName.Create("System.Int32", "mscorelib"), theType.TypeName);
Assert.AreEqual("TheType_2_Int32_TheType_1_Int32",
complex.Name);
}
public void ArrayCanCreateItself()
{
TypeName theName = TypeName.Create("System.Int32", "mscorelib", new TypeName[0], 0);
var innerType = SimpleClassDescription.Create(theName, f => new SimpleFieldDescription[0]);
var arrayType = ArrayDescription.Create(innerType, 1);
var intArray = arrayType.TryResolveType(t => typeof(int));
Assert.AreEqual(typeof(int[]), intArray.Value);
}
public void Format_use_unbound_generic_parameter_positions_should_work_with_method_generics()
{
var pmType = TypeName.Create(null, "Func`1").MakeGenericType(MethodName.GenericParameter(1));
var format = new MetadataNameFormat {
UseGenericParameterPositions = true,
IncludeTypeParameters = true
};
Assert.Equal("Func<``1>", pmType.ToString(format));
}
internal static IEnumerable <ITypeDescription> GenericType()
{
var stringList = KnownType.Create(typeof(List <string>));
var stringType = typeof(string);
var genericArguments = GenericArg(stringType);
var type = SimpleClassDescription.Create(TypeName.Create(TestMetaData.SingleFieldTypeName + "`1",
TestMetaData.AssemblyName, genericArguments),
f => TestMetaData.CreateField(stringList));
return(new[] { type, stringList });
}
private IEnumerable <ITypeDescription> SubClassType()
{
var baseClasses = TestMetaData.CreateSingleFieldClass();
var intType = KnownType.Create(typeof(int));
var baseClass = baseClasses.Single(b => !b.TryResolveType(TestUtils.FindNothingTypeResolver).HasValue);
var subType = SimpleClassDescription.Create(
TypeName.Create("ANamespace.SubClass", TestMetaData.AssemblyName), Maybe.From(baseClass),
f => TestMetaData.CreateField("subField", intType));
return(baseClasses.Concat(new[] { intType, subType }));
}
private static IEnumerable <ITypeDescription> TwoGenericInstances()
{
var stringList = KnownType.Create(typeof(List <string>));
var stringType = typeof(string);
var stringGenericArgs = GenericArg(stringType);
var stringInstance = SimpleClassDescription.Create(TypeName.Create(TestMetaData.SingleFieldTypeName, TestMetaData.AssemblyName, stringGenericArgs),
f => TestMetaData.CreateField(stringList));
var intList = KnownType.Create(typeof(List <int>));
var intType = typeof(int);
var intGenericArgs = GenericArg(intType);
var intInstance = SimpleClassDescription.Create(TypeName.Create(TestMetaData.SingleFieldTypeName, TestMetaData.AssemblyName, intGenericArgs),
f => TestMetaData.CreateField(intList));
return(new[] { stringInstance, intInstance, stringList, intList });
}
private void PrepareIndexes(IRootResolver resolver)
{
_elasticClient = resolver.Resolve <IElasticClient>();
var readModelTypes =
GetLoadableTypes <ElasticsearchTypeAttribute>(typeof(ElasticsearchThingyReadModel).Assembly);
foreach (var readModelType in readModelTypes)
{
var esType = readModelType.GetTypeInfo()
.GetCustomAttribute <ElasticsearchTypeAttribute>();
var aliasResponse = _elasticClient.GetAlias(x => x.Name(esType.Name));
if (aliasResponse.ApiCall.Success)
{
if (aliasResponse.Indices != null)
{
foreach (var indice in aliasResponse?.Indices)
{
_elasticClient.DeleteAlias(indice.Key, esType.Name);
_elasticClient.DeleteIndex(indice.Key,
d => d.RequestConfiguration(c => c.AllowedStatusCodes((int)HttpStatusCode.NotFound)));
}
_elasticClient.DeleteIndex(esType.Name,
d => d.RequestConfiguration(c => c.AllowedStatusCodes((int)HttpStatusCode.NotFound)));
}
}
var indexName = GetIndexName(esType.Name);
_indexes.Add(indexName);
_elasticClient.CreateIndex(indexName, c => c
.Settings(s => s
.NumberOfShards(1)
.NumberOfReplicas(0))
.Aliases(a => a.Alias(esType.Name))
.Mappings(m => m
.Map(TypeName.Create(readModelType), d => d
.AutoMap())));
}
}
public int EsIndex(List <Post> lists)
{
Result result = new Result();
int n = 0;
lists.ForEach(l =>
{
result = this.ElasticLinqClient.Index(l, t =>
t.Index("mypost")
.Type(TypeName.Create <Post>())
.Id(l.Id)).Result;
if (result == Result.Created || result == Result.Updated)
{
n++;
}
});
return(n);
}
private async Task <IGetResponse <T> > GetAsync <T>(T document, Id key) where T : class
{
GetDb <T>();
return(await _elasticClient.GetAsync <T>(document, id => new GetRequest(DefaultIndex, TypeName.Create(typeof(T)), key)));
}
public void DontCrashOnNonExistingFile()
{
var found = TypeLoader.Create(new[] { Path.GetRandomFileName() })(TypeName.Create("DoesNotExist.ClassName", "DoesNotExist"));
Assert.IsFalse(found.HasValue);
}
public void DontCrashOnBogusAssemblies()
{
var found = TypeLoader.Create(new[] { Path.GetTempFileName() })(TypeName.Create("DoesNotExist.ClassName", "DoesNotExist"));
Assert.IsFalse(found.HasValue);
}
internal static IEnumerable <TypeName> GenericArg(Type intType)
{
return(new[] { TypeName.Create(intType.FullName, intType.Assembly.GetName().Name) });
}
//该方法为测试方法
public void Search2(string name)
{
bool eb = eSSever.ElasticLinqClient.IndexExists("mypost").Exists;
if (eb)
{
var result2 = eSSever.ElasticLinqClient.Search <Post>(x => x.Index("mypost").Type(TypeName.Create <Post>()).Query(op => op.Term(
ss => ss.Field(qq
=> qq.Title).Value("*ajax*"))));
var result = eSSever.ElasticLinqClient.Search <Post>(x =>
x.Index("mypost").Type(TypeName.Create <Post>())
.Query(q =>
q.Match(m => m.Field(
f => f.Title)
.Query("英")
)
).From(0).Size(10));
var res = result.Documents.ToList();
var a = 1;
}
}
public void ThrowIfArrayType()
{
TypeName theName = TypeName.Create("System.Int32", "mscorelib", new TypeName[0], 1);
Assert.Throws <ArgumentException>(() => SimpleClassDescription.Create(theName, f => new SimpleFieldDescription[0]));
}
internal static SimpleClassDescription CreateGenericType()
{
TypeName genericArg = TypeName.Create("System.Int32", "mscorelib");
return(CreateGenericType(genericArg));
}
internal static SimpleClassDescription CreateGenericType(params TypeName[] genericArg)
{
TypeName theName = TypeName.Create("ANamespace.TheType`" + genericArg.Count(), "TheAssembly", genericArg);
return(SimpleClassDescription.Create(theName, f => new SimpleFieldDescription[0]));
}
private static SimpleClassDescription CreateEmptySimpleClass(string nameSpaceAndName, string assemblyName = AssemblyName)
{
return(SimpleClassDescription.Create(TypeName.Create(nameSpaceAndName, assemblyName),
(f) => new SimpleFieldDescription[0]));
}
internal static TypeName SingleFieldType()
{
return(TypeName.Create(SingleFieldTypeName, AssemblyName));
}
public List <Post> Search(string query)
{
bool eb = this.ElasticLinqClient.IndexExists("mypost").Exists;
List <Post> result = new List <Post>();
if (eb)
{
var reSer = this.ElasticLinqClient.Search <Post>(x =>
x.Index("mypost").Type(TypeName.Create <Post>())
.Query(q =>
q.Match(m => m.Field(
f => f.Title)
.Query(query)
)
).From(0).Size(9));
result = reSer.Documents.ToList();
}
return(result);
}