public void ExpressionGenerator_DbBinaryExpression()
{
{
var _ = new TestModel();
var column1 = _.Column1;
var column2 = _.Column2;
VerifyDbExpression(MySqlVersion.LowestSupported, (column1 + column2).DbExpression, "(`TestModel`.`Column1` + `TestModel`.`Column2`)");
VerifyDbExpression(MySqlVersion.LowestSupported, (column1 - column2).DbExpression, "(`TestModel`.`Column1` - `TestModel`.`Column2`)");
VerifyDbExpression(MySqlVersion.LowestSupported, (column1 * column2).DbExpression, "(`TestModel`.`Column1` * `TestModel`.`Column2`)");
VerifyDbExpression(MySqlVersion.LowestSupported, (column1 / column2).DbExpression, "(`TestModel`.`Column1` / `TestModel`.`Column2`)");
VerifyDbExpression(MySqlVersion.LowestSupported, (column1 % column2).DbExpression, "(`TestModel`.`Column1` % `TestModel`.`Column2`)");
VerifyDbExpression(MySqlVersion.LowestSupported, (column1 == column2).DbExpression, "(`TestModel`.`Column1` = `TestModel`.`Column2`)");
VerifyDbExpression(MySqlVersion.LowestSupported, (column1 != column2).DbExpression, "(`TestModel`.`Column1` <> `TestModel`.`Column2`)");
VerifyDbExpression(MySqlVersion.LowestSupported, (column1 > column2).DbExpression, "(`TestModel`.`Column1` > `TestModel`.`Column2`)");
VerifyDbExpression(MySqlVersion.LowestSupported, (column1 >= column2).DbExpression, "(`TestModel`.`Column1` >= `TestModel`.`Column2`)");
VerifyDbExpression(MySqlVersion.LowestSupported, (column1 < column2).DbExpression, "(`TestModel`.`Column1` < `TestModel`.`Column2`)");
VerifyDbExpression(MySqlVersion.LowestSupported, (column1 <= column2).DbExpression, "(`TestModel`.`Column1` <= `TestModel`.`Column2`)");
VerifyDbExpression(MySqlVersion.LowestSupported, (column1 & column2).DbExpression, "(`TestModel`.`Column1` & `TestModel`.`Column2`)");
VerifyDbExpression(MySqlVersion.LowestSupported, (column1 | column2).DbExpression, "(`TestModel`.`Column1` | `TestModel`.`Column2`)");
VerifyDbExpression(MySqlVersion.LowestSupported, (column1 ^ column2).DbExpression, "(`TestModel`.`Column1` ^ `TestModel`.`Column2`)");
}
{
var _ = new TestModel2();
var boolColumn1 = _.Column1;
var boolColumn2 = _.Column2;
VerifyDbExpression(MySqlVersion.LowestSupported, (boolColumn1 & boolColumn2).DbExpression, "(`TestModel2`.`Column1` AND `TestModel2`.`Column2`)");
VerifyDbExpression(MySqlVersion.LowestSupported, (boolColumn1 | boolColumn2).DbExpression, "(`TestModel2`.`Column1` OR `TestModel2`.`Column2`)");
}
}
public void ReadValue_reads_Id_field()
{
var testModel = new TestModel2
{
Id = 5
};
var id = IdReader.ReadValue(testModel);
id.Should().Be(testModel.Id);
}
public void ReadValue_reads_Id_field()
{
var testModel = new TestModel2
{
Id = 5
};
var id = IdReader.ReadValue(testModel);
id.Should().Be(testModel.Id);
}
public void TestComplexConverting()
{
var testObject = new TestModel2();
testObject.Parent = new TestModel2();
var converter = new BinaryConverter.models.BinaryConverter();
var bytes = converter.Encode(testObject);
TestModel2 decoded = (TestModel2)converter.Decode(bytes.ToArray());
Assert.IsTrue(decoded.Validate(testObject));
}
public void TestAutoCopyJobj()
{
var model1 = new TestModel2 {
Age = 10, Name = "sadfasd", Page = 123333333333333333, Man = false
};
var json = @"{""age"":9,""name"":""json数据"",""man"":true}";
var josnObj = JObject.Parse(json);
var result = model1.JsonCopy(josnObj, StringFormatEnum.Up);
Console.WriteLine($"测试结果：{result.ToString()}");
Assert.True(!result.ToString().Contains(" "));
}
public void Equals_ReturnsFalse_WhenMemberIsAccessedThroughConstantExpression()
{
// Arrange
var testModel = new TestModel2 {
Id = 1
};
var key1 = GetKey(m => testModel.Id);
var key2 = GetKey <TestModel2, int>(m => m.Id);
// Act
VerifyNotEquals(key1, key2);
}
public void TestTsdbTagPrettify()
{
var model1 = new TestModel2 {
Age = 10, Name = "sadfasd", Page = 123333333333333333
};
var model2 = new TestModel2 {
Age = 101, Name = "sadfasd1", Page = 4444444444444
};
var result = model2.AutoCompare(model1);
Console.WriteLine($"测试结果：{result.ToString()}");
Assert.True(!result.ToString().Contains(" "));
}
public void TestRecursiveLoop()
{
var testObject = new TestModel2();
testObject.Parent = testObject;
var converter = new BinaryConverter.models.BinaryConverter();
try {
converter.Encode(testObject);
Assert.IsFalse(true, "An InfiniteEncodingLoopException should have been thrown"); // exception not thrown - error
} catch (InfiniteEncodingLoopException e) {
Assert.IsTrue(true, "InfiniteEncodingLoopException was thrown - as it should have been"); // exception thrown - as it should have been
}
}
public void ExpressionGenerator_DbUnaryExpression()
{
{
var _ = new TestModel();
var int32Column = _.Column1;
VerifyDbExpression(MySqlVersion.LowestSupported, (-int32Column).DbExpression, "(-`TestModel`.`Column1`)");
VerifyDbExpression(MySqlVersion.LowestSupported, (~int32Column).DbExpression, "(~`TestModel`.`Column1`)");
}
{
var _ = new TestModel2();
var boolColumn = _.Column1;
VerifyDbExpression(MySqlVersion.LowestSupported, (!boolColumn).DbExpression, "(NOT `TestModel2`.`Column1`)");
}
}
public void TestMethod1()
{
var model = new TestModel2 {
Age = 10, Name = "sadfasd", Page = 123333333333333333
};
var model2 = new TestModel2 {
Age = 10
};
var newModel = new TestModel1 {
Age = 22, Name = "22222", Page = 222222222222222
};
var result = newModel.AutoCopy(model2);
Console.WriteLine($"测试结果：{result.ToString()}");
Assert.True(result != null);
}
public void FWSecureLongTest()
{
var model = new TestModel2()
{
Id = 10, Test = "Hello World!"
};
var map1 = model.Map <TestModel>();
Assert.Equal(10, map1.Id.Value);
Assert.Equal("Hello World!", map1.Test);
var map2 = map1.Map <TestModel2>();
Assert.Equal(10, map2.Id);
Assert.Equal("Hello World!", map2.Test);
}
public void UnboundObjectTargetName()
{
var testObject1 = new TestModel1 {
NotName = "TestObject1"
};
var testObject2 = new TestModel2 {
NotName = "TestObject1"
};
var pso1 = PSObject.AsPSObject(testObject1);
var pso2 = PSObject.AsPSObject(testObject2);
PipelineContext.CurrentThread = PipelineContext.New(option: new PSRuleOption(), hostContext: null, binder: new TargetBinder(null, null, null, null), baseline: null, unresolved: null);
var actual1 = PipelineHookActions.BindTargetName(null, false, pso1);
var actual2 = PipelineHookActions.BindTargetName(null, false, pso2);
Assert.Equal(expected: "f209c623345144be61087d91f30c17b01c6e86d2", actual: actual1);
Assert.Equal(expected: "f209c623345144be61087d91f30c17b01c6e86d2", actual: actual2);
}
public async Task MultiUploadFileModelWithModel()
{
var model = new TestModel {
Property = "test", Collection = new List <string>()
{
"test1", "test2"
}
};
var model2 = new TestModel2 {
Property = "Model2Prop"
};
var model22 = new TestModel2 {
Property = "Model22Prop"
};
model.ModelCollection = new List <TestModel2>()
{
model2, model22
};
var request = this.Fixture.Server.CreateApiRequest <ValuesController>(c => c.GetPaginatedModel(null));
var content = new MultipartFormDataContent();
var json = await this.serializer.SerializeAsync(model);
var modelContent = new StringContent(json, Encoding.UTF8);
content.Add(modelContent, "model");
request.And(message =>
{
message.Content = content;
});
var response = await request.SendAsync(HttpMethods.Post);
Assert.Equal(HttpStatusCode.OK, response.StatusCode);
var data = await response.Content.ReadAsStringAsync();
Assert.Equal(json, data);
}
public IHttpActionResult TestModel2(TestModel2 model)
{
return(OutputErrors());
}
public ActionResult Test2(TestModel2 test)
{
return(Content(test == null ? "null" : "not null"));
}
public static IModelUI CreateForTestModel2(this ElementBuilder elementBuilder,
CommandDispatcher commandDispatcher, TestModel2 model)
{
return(null);
}
public string Workaround([FromQuery] TestModel2 model)
{
return("value");
}
public bool MyEquals(TestModel2 a)
{
return(IdStr == a.IdStr &&
NameInt == a.NameInt &&
ValueLong == a.ValueLong);
}
public IHttpActionResult TestModel2(TestModel2 model) {
return OutputErrors();
}
public string Reader(TestModel2 testModel)
{
return("");
}