public void HasDifferentValueAsFailsWithCorrectMessage()
{
var mySelf = new Person()
{
Name = "dupdob"
};
var myClone = new PersonEx()
{
Name = "dupdob"
};
Check.ThatCode(() => {
Check.That((object)null).HasDifferentValueThan((object)null);
}).IsAFailingCheckWithMessage("", "The checked object is equal to the given one whereas it must not.", "The expected object: different from (using operator!=)", "\t[null] of type: [object]");
Check.ThatCode(() => {
Check.That(myClone).HasDifferentValueThan(mySelf);
}).IsAFailingCheckWithMessage("", "The checked value is equal to the given one whereas it must not.", "The expected value: different from (using operator!=)", "\t[NFluent.Tests.ObjectRelatedTest+Person] of type: [NFluent.Tests.ObjectRelatedTest+Person]");
Check.ThatCode(value: () => {
Check.That(myClone).Not.HasDifferentValueThan(new Person()
{
Name = "test"
});
}).IsAFailingCheckWithMessage("", "The checked value is different from the expected one.", "The checked value:", "\t[NFluent.Tests.ObjectRelatedTest+PersonEx] of type: [NFluent.Tests.ObjectRelatedTest+PersonEx]", "The expected value: equals to (using !operator!=)", "\t[NFluent.Tests.ObjectRelatedTest+Person] of type: [NFluent.Tests.ObjectRelatedTest+Person]");
}
public static PersonEx CreatePersonEx()
{
PersonEx p = CreatePersonCore <PersonEx>();
p.NickName = "CoolJoe";
return(p);
}
public void FailsToUseOperator()
{
var mySelf = new Person()
{
Name = "SilNak"
};
var myClone = new PersonEx()
{
Name = "SilNak"
};
var mySon = new Son()
{
Name = "SilNak"
};
Check.That(myClone).HasSameValueAs(mySelf);
if (mySelf == myClone)
{
Check.That(mySelf).HasSameValueAs(myClone);
}
if (mySon == myClone)
{
Check.That(myClone).HasSameValueAs(mySon);
}
if (myClone == mySelf)
{
Check.That(myClone).HasSameValueAs(mySelf);
}
Check.That(myClone).HasSameValueAs(myClone);
Check.That(mySelf).HasDifferentValueThan(4);
}
public void CompareCoercesToStringOnDemandFromConfiguration()
{
//Arrange.
PersonEx p1 = ModelsHelper.CreatePersonEx();
PersonExWithPropMap p2 = ModelsHelper.CreatePersonExWithPropMapping();
var config = ComparerConfigurator.Configure <PersonEx, PersonExWithPropMap>(true)
.MapProperty(src => src.Gender, dst => dst.Gender, true);
ObjectComparer comparer = config.CreateComparer();
//Act.
var result = comparer.Compare(p1, p2, out bool _);
//Assert.
result.Should().NotBeNull();
PropertyComparisonResult pcr = result[nameof(Person.Gender)];
pcr.Should().NotBeNull();
(pcr.Result & ComparisonResult.StringCoercion).Should().Be(ComparisonResult.StringCoercion);
pcr.MapUsed.Should().NotBeNull();
pcr.MapUsed.ForceStringValue.Should().BeTrue();
pcr.Value1.Should().NotBeNull();
pcr.Value1.Should().BeOfType <string>();
pcr.Value2.Should().NotBeNull();
pcr.Value2.Should().BeOfType <string>();
}
public void HasSameValueAsFailsWithCorrectMessage()
{
var mySelf = new Person()
{
Name = "dupdob"
};
var myClone = new PersonEx()
{
Name = "tpierrain"
};
Check.ThatCode(() => {
Check.That(myClone).HasSameValueAs(mySelf);
})
.ThrowsAny()
.WithMessage(
Environment.NewLine + "The checked value is different from the expected one." + Environment.NewLine + "The checked value:" + Environment.NewLine + "\t[NFluent.Tests.ObjectRelatedTest+PersonEx] of type: [NFluent.Tests.ObjectRelatedTest+PersonEx]" + Environment.NewLine + "The expected value: equals to (using operator==)" + Environment.NewLine + "\t[NFluent.Tests.ObjectRelatedTest+Person] of type: [NFluent.Tests.ObjectRelatedTest+Person]");
Check.ThatCode(() => {
Check.That(myClone).Not.HasSameValueAs(new Person()
{
Name = "tpierrain"
});
})
.IsAFailingCheckWithMessage("",
"The checked value is equal to the given one whereas it must not.",
"The expected value: different from (using !operator==)",
"\t[NFluent.Tests.ObjectRelatedTest+Person] of type: [NFluent.Tests.ObjectRelatedTest+Person]");
}
public void PropertyNotFound()
{
//Arrange.
PersonEx p1 = ModelsHelper.CreatePersonEx();
Person p2 = ModelsHelper.CreatePerson();
ObjectComparer comparer = ObjectComparer.Create <PersonEx, Person>();
//Act.
var result = comparer.Compare(p1, p2, out bool isDifferent);
//Assert.
isDifferent.Should().BeFalse();
result[nameof(PersonEx.NickName)].Result.Should().Be(ComparisonResult.PropertyNotFound);
}
public void ConfigurationIncludesAttributedPropertyMappings()
{
//Arrange.
PersonExWithPropMap p1 = ModelsHelper.CreatePersonExWithPropMapping();
PersonEx p2 = ModelsHelper.CreatePersonEx();
var config = ComparerConfigurator.Configure <PersonExWithPropMap, PersonEx>();
ObjectComparer comparer = config.CreateComparer();
//Act.
var result = comparer.Compare(p1, p2, out bool _);
//Assert.
result[nameof(PersonExWithPropMap.NewNickName)].MapUsed.Should().NotBeNull();
}
public void IgnoreForComparisonAttributeIgnoreForOthers(Type p1Type, Person p1)
{
//Arrange.
PersonEx p2 = ModelsHelper.CreatePersonEx();
ObjectComparer comparer = new ObjectComparer(p1Type, typeof(PersonEx));
//Act.
var result = comparer.Compare(p1, p2, out bool _);
//Assert.
result.Should().NotBeNull();
PropertyComparisonResult proprtyResult = result[nameof(PersonExWithIgnore.NickName)];
proprtyResult.Should().NotBeNull();
proprtyResult.Result.Should().Be(ComparisonResult.PropertyIgnored);
}
public void HasDifferentValueAsFailsWithCorrectMessage()
{
var mySelf = new Person()
{
Name = "dupdob"
};
var myClone = new PersonEx()
{
Name = "dupdob"
};
Check.ThatCode(() => {
Check.That(myClone).HasDifferentValueThan(mySelf);
})
.ThrowsAny()
.WithMessage(
Environment.NewLine + "The checked value is equal to the expected one whereas it must not." + Environment.NewLine + "The expected value: different from (using operator!=)" + Environment.NewLine + "\t[NFluent.Tests.ObjectRelatedTest+Person] of type: [NFluent.Tests.ObjectRelatedTest+Person]");
}
public void PersonDetails()
{
string auraId = Helpers.GetAuraId(Convert.ToString(base.Session["AptifyUniqueId"]));
if (string.IsNullOrEmpty(auraId))
{
base.Response.Redirect("/Login?ReturnUrl=" + HttpUtility.UrlEncode(base.Request.Url.AbsoluteUri));
}
PersonEx personById = Helpers.GetPersonById(Convert.ToInt32(base.Session["PersonID"]), auraId);
this.txtName1.Text = Helpers.TrimOrNull(personById.FirstName) + " " + Helpers.TrimOrNull(personById.LastName);
this.Attendee.Text = this.txtName1.Text;
this.txtTitle.Text = Helpers.TrimOrNull(personById.Title);
this.txtEmail.Text = Helpers.TrimOrNull(personById.Email);
if (personById.Company != null)
{
this.txtCompany.Text = Helpers.TrimOrNull(personById.Company.Name);
}
if (personById.PreferredAddress.Contains("Home") && personById.HomeAddress != null)
{
this.txtHomeAddressLine1.Text = Helpers.TrimOrNull(personById.HomeAddress.Line1);
this.txtHomeAddressLine2.Text = Helpers.TrimOrNull(personById.HomeAddress.Line2);
this.txtHomeCity.Text = Helpers.TrimOrNull(personById.HomeAddress.City);
this.txtHomeZip.Text = Helpers.TrimOrNull(personById.HomeAddress.PostalCode);
this.SetComboValue(ref this.ddlPersonalInformationCountry, personById.HomeAddress.Country);
this.SetComboValue(ref this.ddbPersonalInformationState, personById.HomeAddress.StateProvince);
}
else
{
if (personById.BusinessAddress != null)
{
this.txtHomeAddressLine1.Text = Helpers.TrimOrNull(personById.BusinessAddress.Line1);
this.txtHomeAddressLine2.Text = Helpers.TrimOrNull(personById.BusinessAddress.Line2);
this.txtHomeCity.Text = Helpers.TrimOrNull(personById.BusinessAddress.City);
this.txtHomeZip.Text = Helpers.TrimOrNull(personById.BusinessAddress.PostalCode);
this.SetComboValue(ref this.ddlPersonalInformationCountry, personById.BusinessAddress.Country);
this.SetComboValue(ref this.ddbPersonalInformationState, personById.BusinessAddress.StateProvince);
}
}
this.PopulateStateByCountryId();
this.txtAreaHomePhone.Text = Helpers.TrimOrNull(personById.PhoneAreaCode);
this.txtHomePhone.Text = Helpers.TrimOrNull(personById.Phone);
this.txtPhoneExt.Text = Helpers.TrimOrNull(personById.PhoneExtension);
}
public void CompareUsesMappingsFromConfiguration()
{
//Arrange.
PersonEx p1 = ModelsHelper.CreatePersonEx();
PersonExWithPropMap p2 = ModelsHelper.CreatePersonExWithPropMapping();
var config = ComparerConfigurator.Configure <PersonEx, PersonExWithPropMap>(true)
.MapProperty(src => src.NickName, dst => dst.NewNickName);
ObjectComparer comparer = config.CreateComparer();
//Act.
var result = comparer.Compare(p1, p2, out bool _);
//Assert.
result.Should().NotBeNull();
PropertyMap map = result[nameof(PersonEx.NickName)].MapUsed;
map.Should().NotBeNull();
map.TargetType.Should().Be(typeof(PersonExWithPropMap));
map.TargetProperty.Should().Be(nameof(PersonExWithPropMap.NewNickName));
}
public void PropertyIsIgnoredForSpecificType()
{
//Arrange.
Person p1 = ModelsHelper.CreatePerson();
PersonEx p2 = ModelsHelper.CreatePersonEx();
var config = ComparerConfigurator.Configure <Person, PersonEx>()
.IgnoreProperty(src => src.Email);
ObjectComparer comparer = config.CreateComparer();
//Act.
var result = comparer.Compare(p1, p2, out bool _);
//Assert.
result.Should().NotBeNull();
PropertyComparisonResult pcr = result[nameof(Person.Email)];
pcr.Should().NotBeNull();
pcr.Result.Should().Be(ComparisonResult.PropertyIgnored);
pcr.MapUsed.Should().NotBeNull();
pcr.MapUsed.Operation.Should().Be(PropertyMapOperation.IgnoreProperty);
pcr.Property1.IgnoreProperty.Should().Be(IgnorePropertyOptions.DoNotIgnore);
}
public void CompareUsesComparersFromConfiguration()
{
//Arrange.
PersonEx p1 = ModelsHelper.CreatePersonEx();
PersonExWithPropMap p2 = ModelsHelper.CreatePersonExWithPropMapping();
Mock <IComparer> customComparer = new Mock <IComparer>();
customComparer.Setup(m => m.Compare(It.IsAny <Genders>(), It.IsAny <object>()))
.Returns(-1)
.Verifiable($"{nameof(IComparer.Compare)}() method was not invoked.");
var config = ComparerConfigurator.Configure <PersonEx, PersonExWithPropMap>(true)
.MapProperty(src => src.NickName, dst => dst.NewNickName)
.AddComparer <Genders>(customComparer.Object);
;
ObjectComparer comparer = config.CreateComparer();
//Act.
var result = comparer.Compare(p1, p2, out bool _);
//Assert.
result.Should().NotBeNull();
customComparer.VerifyAll();
}
public static string FormatDescriptionLine(PersonEx person, WebShoppingCartDetails line, OrderLineViewModel item)
{
//person id 2 is guest
return(string.Format("Registration for {0} {1}.", person.FirstName, person.LastName));
}
public void HasDifferentValueAsFailsWithCorrectMessage()
{
var mySelf = new Person() { Name = "dupdob" };
var myClone = new PersonEx() { Name = "dupdob" };
Check.ThatCode(() => {
Check.That(myClone).HasDifferentValueThan(mySelf);
})
.ThrowsAny()
.WithMessage(
Environment.NewLine+ "The checked value is equal to the expected one whereas it must not." + Environment.NewLine + "The expected value: different from (using operator!=)" + Environment.NewLine + "\t[NFluent.Tests.ObjectRelatedTest+Person] of type: [NFluent.Tests.ObjectRelatedTest+Person]");
}
public void HasSameValueAsFailsWithCorrectMessage()
{
var mySelf = new Person() { Name = "dupdob" };
var myClone = new PersonEx() { Name = "tpierrain" };
Check.ThatCode(() => {
Check.That(myClone).HasSameValueAs(mySelf);
})
.ThrowsAny()
.WithMessage(
Environment.NewLine+ "The checked value is different from the expected one." + Environment.NewLine + "The checked value:" + Environment.NewLine + "\t[NFluent.Tests.ObjectRelatedTest+PersonEx] of type: [NFluent.Tests.ObjectRelatedTest+PersonEx]" + Environment.NewLine + "The expected value: equals to (using operator==)" + Environment.NewLine + "\t[NFluent.Tests.ObjectRelatedTest+Person] of type: [NFluent.Tests.ObjectRelatedTest+Person]");
}
public void FailsToUseOperator()
{
var mySelf = new Person() { Name = "SilNak" };
var myClone = new PersonEx() { Name = "SilNak" };
var mySon = new Son() { Name = "SilNak" };
Check.That(myClone).HasSameValueAs(mySelf);
if (mySelf == myClone)
Check.That(mySelf).HasSameValueAs(myClone);
if (mySon == myClone)
Check.That(myClone).HasSameValueAs(mySon);
if (myClone == mySelf)
Check.That(myClone).HasSameValueAs(mySelf);
Check.That(myClone).HasSameValueAs(myClone);
Check.That(mySelf).HasDifferentValueThan(4);
}
protected override void OnFixtureSetUp()
{
_person = new PersonEx(new OneNameFullName("schmuck"));
// can be a Salesman
_person.AddRole(new Salesman());
}
private bool SavePersonalInfo()
{
string auraId = Helpers.GetAuraId(Convert.ToString(base.Session["AptifyUniqueId"]));
if (string.IsNullOrEmpty(auraId))
{
base.Response.Redirect("/Login?ReturnUrl=" + HttpUtility.UrlEncode(base.Request.Url.AbsoluteUri));
}
this.lblStatus.Visible = false;
string text = "";
string baseUrl = ConfigurationManager.AppSettings["ServicesUrl"] + "/icpas/api/ProfileUpdatePersonInfoSave/SaveProfilePersonalInfoMeetingReg";
string value4;
string value3;
string value2;
string value = value2 = (value3 = (value4 = ""));
RestClient restClient = new RestClient(baseUrl);
RestRequest restRequest = new RestRequest(Method.POST);
restRequest.AddHeader("x-aura-token", auraId);
restRequest.AddParameter("PersonID", base.Session["PersonID"]);
if (!string.IsNullOrEmpty(this.txtHomeAddressLine1.Text) | !string.IsNullOrEmpty(this.txtHomeAddressLine2.Text))
{
value2 = this.txtHomeAddressLine1.Text;
value = this.txtHomeAddressLine2.Text;
}
string text2 = this.txtHomeCity.Text;
string value5 = (!string.IsNullOrEmpty(this.ddbPersonalInformationState.SelectedValue)) ? this.ddbPersonalInformationState.SelectedItem.Text : "";
int num = (!string.IsNullOrEmpty(this.ddlPersonalInformationCountry.SelectedValue)) ? Convert.ToInt32(this.ddlPersonalInformationCountry.SelectedValue) : -1;
string value6 = (!string.IsNullOrEmpty(this.ddlPersonalInformationCountry.SelectedValue)) ? this.ddlPersonalInformationCountry.SelectedItem.Text : "";
string value7 = this.txtHomeZip.Text.Trim();
string value8 = this.txtEmail.Text.Trim();
string value9 = this.txtPhoneExt.Text.Trim();
if (!string.IsNullOrEmpty(this.txtAreaHomePhone.Text) && !string.IsNullOrEmpty(this.txtHomePhone.Text))
{
if (this.txtAreaHomePhone.Text.Length <= 5 & this.txtHomePhone.Text.Length <= 15)
{
value3 = this.txtAreaHomePhone.Text;
value4 = this.txtHomePhone.Text;
}
else
{
text += "Please enter valid Home phone number. \n";
}
}
if (text.Length > 1)
{
this.lblStatus.Text = text;
this.lblStatus.Visible = true;
return(false);
}
PersonEx personById = Helpers.GetPersonById(Convert.ToInt32(base.Session["PersonID"]), auraId);
restRequest.AddParameter("PreferredAddress", personById.PreferredAddress);
restRequest.AddParameter("Email1", value8);
restRequest.AddParameter("AddressLine1", value2);
restRequest.AddParameter("AddressLine2", value);
restRequest.AddParameter("City", text2);
restRequest.AddParameter("State", value5);
restRequest.AddParameter("Country", value6);
restRequest.AddParameter("CountryCodeID", num);
restRequest.AddParameter("ZipCode", value7);
restRequest.AddParameter("AreaCode", value3);
restRequest.AddParameter("Phone", value4);
restRequest.AddParameter("PhoneExtension", value9);
IRestResponse restResponse = restClient.Execute(restRequest);
string arg_35F_0 = restResponse.Content;
return(true);
}
/// <summary>
/// 元组,一种方便快捷的数据类型，无需声明结构，即可立即使用。
/// 元组中的属性都是可以修改值的，并不是只读，这点和其他某类编程语言不大一样。
/// </summary>
public void TupleOne()
{
Random rnd = new Random();
//第一种场景：直接赋值
var results = (1, 2, 3, "Name", "Time"); // 等价于 var ( Item1, Item2, Item3, Item4, Item5)
Console.WriteLine(results);
Console.WriteLine(results.Item1 + "," + results.Item2 + "," + results.Item3);
//第二种场景：函数返回元组
results = GetTupleDataOne(rnd);
results.Item2 = 3;
Console.WriteLine(results);
//第三种场景：逐个字段命名
(int i1, int i2, int i3, string name, string time) = GetTupleDataOne(rnd);
Console.WriteLine($"{i1} {i2} {i3} {name} {time}");
i1 = i2 = i3 = 10;
//第四种场景：已有变量
string Name, Time;
(i1, i2, i3, Name, Time) = GetTupleDataOne(rnd);
Console.WriteLine($"{i1} {i2} {i3} {name} {Time}");
//第五种场景：遇到弃元，虽然元组返回多个数据，但是我只想要其中某两个的时候，可以使用这种。
(_, _, _, Name, Time) = GetTupleDataOne(rnd);
Console.WriteLine($"{i1} {i2} {i3} {name} {Time}");
//第六种场景：对于类对象，也可以方便的获取其成员变成元组数据，这里使用Deconstruct方法。这样后续使用该功能的时候，就不用主动明显的调用方法。
var p = new PersonEx("A1", "B1", "C1", "D1", "G1");
// 调用Deconstruct方法，快速获取p的数据，并赋值到元组上。
var(fName, lName, city, state) = p;
var(fName1, lName1) = p;
Console.WriteLine($" {fName} {lName} {city} {state}");
//第七种场景：可以声明Deconstruct为静态类的静态函数，第一个参数为需要处理的对象类型。以下功能依赖于ReflectionExtensions的Deconstruct方法。
Type dateType = typeof(DateTime);
PropertyInfo prop = dateType.GetProperty("Now");
var(isStatic, isRO, isIndexed, propType) = prop;
Console.WriteLine($"\nThe {dateType.FullName}.{prop.Name} property:");
Console.WriteLine($" PropertyType: {propType.Name}");
Console.WriteLine($" Static: {isStatic}");
Console.WriteLine($" Read-only: {isRO}");
Console.WriteLine($" Indexed: {isIndexed}");
Type listType = typeof(List <>);
prop = listType.GetProperty("Item", BindingFlags.Public | BindingFlags.NonPublic | BindingFlags.Instance | BindingFlags.Static);
var(hasGetAndSet, sameAccess, accessibility, getAccessibility, setAccessibility) = prop;
Console.Write($"\nAccessibility of the {listType.FullName}.{prop.Name} property: ");
if (!hasGetAndSet | sameAccess)
{
Console.WriteLine(accessibility);
}
else
{
Console.WriteLine($"\n The get accessor: {getAccessibility}");
Console.WriteLine($" The set accessor: {setAccessibility}");
}
}
