public IQueryCommand WithConfigs <T1, T2>() where T1 : IFingerprintConfiguration, new() where T2 : IQueryConfiguration, new()
{
QueryConfiguration = new T2();
FingerprintConfiguration = new T1();
createFingerprintMethod = () => fingerprintingMethodFromSelector().WithFingerprintConfig(FingerprintConfiguration);
return(this);
}
public void UploadData()
{
string baseUrl = "https://www.gismeteo.ru";
string prefix = "tomorrow/";
Console.Title = "HOST";
string DATA = PARSERS.AngleSharpParser.DownloadHTML(baseUrl);
var doc = PARSERS.AngleSharpParser.ParserHTML(DATA, "noscript a");
foreach (var T1 in doc)
{
string CityData = PARSERS.AngleSharpParser.DownloadHTML(baseUrl + T1.GetAttribute("href") + prefix);
var Temp = PARSERS.AngleSharpParser.ParserHTML(CityData, "div", x => x.ClassName == "value" && x.HasAttribute("style"));
int count = 0;
int _i = 0;
string tempValues = "";
foreach (var T2 in Temp)
{
if (count >= 6 && count < 14)
{
tempValues += T2.TextContent;
tempValues += ' ';
_i++;
}
count++;
}
DATAMAPPER.MySQLMapper.SetData(T1.GetAttribute("data-id"), T1.GetAttribute("data-name").ToString(), T1.GetAttribute("href"));
DATAMAPPER.MySQLMapper.SetData(T1.GetAttribute("data-id"), DateTime.Now.AddDays(1), tempValues);
tempValues = null;
}
}
public void Post([FromBody] T1 t1)
{
using (var con = _sqliteConnection)
{
con.Execute("insert into t1(name) values(@Name)", t1);
}
}
private Dictionary <Tuple <T1, T2>, int> CollectKeys2 <T1, T2>()
{
Debug.Assert(_keyColumns.Length == 2);
var column1 = _dataMap[_keyColumns[0]].UnderlyingList;
var column2 = _dataMap[_keyColumns[1]].UnderlyingList;
var rowCount = _dataMap.MaxRowCount;
var result = new Dictionary <Tuple <T1, T2>, int>(rowCount);
for (var i = 0; i < rowCount; ++i)
{
T1 k1 = i >= column1.Count ? TypeTrait <T1> .GetNaN() : (T1)column1[i];
T2 k2 = i >= column2.Count ? TypeTrait <T2> .GetNaN() : (T2)column2[i];
var key = Tuple.Create(k1, k2);
try
{
result.Add(key, i);
}
catch (ArgumentException ex)
{
throw new ArgumentException($"Duplicate key values: {key}", ex);
}
}
return(result);
}
public override int GetHashCode()
{
int hash = 1;
if (ActionId != 0)
{
hash ^= ActionId.GetHashCode();
}
if (Num != 0)
{
hash ^= Num.GetHashCode();
}
if (T0 != 0L)
{
hash ^= T0.GetHashCode();
}
if (T1 != 0L)
{
hash ^= T1.GetHashCode();
}
if (T2 != 0L)
{
hash ^= T2.GetHashCode();
}
if (T3 != 0L)
{
hash ^= T3.GetHashCode();
}
return(hash);
}
public IEnumerable <T2> foo6(T1 t1, T2 t2)
{
for (int i = 0; i < t1.IntValue; i++)
{
yield return(t2);
}
}
public static string ByteArayToHex(byte[] Param)
{
var ListTemp = Param.ToList().Select(T1 => T1.ToString("X").PadLeft(2, '0')).ToList();
var result = string.Join("", ListTemp);
return(result);
}
// Test that default JSON deserialization does map camelCase correctly into a non-camelCase struct.
public void JSON_Deserialization_Casing()
{
// Deserialize T1aJson & ensure all of the struct fields get populated as per T1aStruct.
// start the target struct with "bad" values
const string SomeName = "<someName>";
var theEnumValue = T1.X.C;
var theTierValue = BlobAccessTier.Hot;
T1 t2aResult = new T1
{
FirstName = null,
MiddleName = SomeName,
Surname = null,
TheEnum = theEnumValue,
Tier = theTierValue,
};
// Equivalent of t2aResult - whitespace "compressed" version of the JSON input/output.
string t2aJson = $"{{'middleName':'{SomeName}','theEnum':'{theEnumValue}','tier':'{theTierValue}'}}".Replace('\'', '"');
var t2aResultActual = JsonConvert.DeserializeObject <T1>(t2aJson);
bool gotExpectedResult = T1Equals(t2aResult, t2aResultActual);
if (!gotExpectedResult)
{
// DebugHelpers.WriteLine("Bad Deserialization: Expected {0}, Got {1}", ToString(t2aResult), ToString(t2aResultActual));
}
gotExpectedResult.ShouldBeTrue();
}
public void Test3()
{
IServiceCollection sc = new ServiceCollection()
.AddLightweightMapper();
IServiceProvider sp = sc.BuildServiceProvider();
IMapperProvider provider = sp.GetRequiredService <IMapperProvider>();
var mapper = provider.GetMapper <S2, T1>();
var s2 = new S2()
{
A = null
};
var t2 = mapper.Convert(s2);
Assert.IsType <T1>(t2);
Assert.Equal(0, t2.A);
s2 = new S2()
{
A = 10
};
t2 = mapper.Convert(s2);
Assert.IsType <T1>(t2);
Assert.Equal(10, t2.A);
var mapper2 = provider.GetMapper <T1, S2>();
var t1 = new T1()
{
A = 10
};
var s3 = mapper2.Convert(t1);
Assert.Equal(10, s3.A);
}
static int Main()
{
bool res = true;
T0 <string> t0str = new T0 <string>();
T1 <char> t1char = new T1 <char>();
T2 <int> t2int = new T2 <int>();
if (t2int.Me() != 0)
{
res = false;
}
T3 <uint> t3uint = new T3 <uint>();
if (t3uint.Home(0) != 0)
{
res = false;
}
if (res = true)
{
return(0);
}
return(1);
}
public Tuple <T1, T2> ReadPair <T1, T2>()
{
T1 firstValue = Read <T1>();
T2 secondValue = Read <T2>();
return(new Tuple <T1, T2>(firstValue, secondValue));
}
public virtual void Add <T1, T2>() where T2 : T1
{
Type clazzType = typeof(T2);
var canActivate = clazzType.IsClass || clazzType.IsValueType;
var argsAllowed = clazzType.IsClass;
Func <object[], T1> creator = args => {
if (args != null)
{
if (!argsAllowed)
{
throw new ArgumentException(clazzType.Name + "does't have a contstrutor with arguments");
}
else
{
return(Ctor <T2>(args));
}
}
T1 result = default(T1);
if (canActivate)
{
result = (T1)Activator.CreateInstance(clazzType);
}
return(result);
};
Clazzes[typeof(T1)] = creator;
AddKnown <T1, T2>();
}
/// <summary>
///
/// </summary>
/// <typeparam name="T1"></typeparam>
/// <typeparam name="T2"></typeparam>
/// <returns></returns>
public Dictionary <string, List <ITable> > Execute <T1, T2>() where T1 : class, ITable, new() where T2 : class, ITable, new()
{
Dictionary <string, List <ITable> > result = new Dictionary <string, List <ITable> >();
try
{
Connection.Open();
var reader = Command.ExecuteReader();
List <ITable> data = new List <ITable>();
while (reader.Read())
{
T1 t = new T1();
t.Parse(reader);
data.Add(t);
}
result.Add(typeof(T1).Name, data);
if (reader.NextResult())
{
List <ITable> data2 = new List <ITable>();
while (reader.Read())
{
T2 s = new T2();
s.Parse(reader);
data2.Add(s);
}
result.Add(typeof(T2).Name, data2);
}
}
finally
{
Connection.Close();
}
return(result);
}
public void TestWorkstepSequentialDelegate()
{
// defines and executes a basic sequential workflow using inline delegate methods
var w = new WorkstepBaseSeq <T1, T3>(
new IWorkstep[] {
// step 1
new WorkstepBase <T1, T2>(
delegate(T1 input)
{
T2 result;
result.b = input.a;
return(result);
}, null),
// step 2
new WorkstepBase <T2, T3>(
delegate(T2 input)
{
T3 result;
result.c = input.b;
return(result);
}, null)
});
w.Initialise(_workContext);
var t1 = new T1 {
a = 42
};
T3 t3 = w.Execute(t1).Result;
Assert.AreEqual(42, t3.c);
}
public void TestWorkstepBranchingDelegate()
{
// defines and executes a branching workflow
var w = new WorkstepBaseAlt <T1, T2>(
// chooser
input => input.a,
// steps
new IWorkstep[] {
// step 1
new WorkstepBase <T1, T2>(
delegate(T1 input)
{
T2 result;
result.b = input.a * -5;
return(result);
}, null),
// step 2
new WorkstepBase <T1, T2>(
delegate(T1 input)
{
T2 result;
result.b = input.a * +5;
return(result);
}, null)
});
w.Initialise(_workContext);
var t1 = new T1 {
a = 1
};
T2 t2 = w.Execute(t1).Result;
Assert.AreEqual(5, t2.b);
}
public void ElementInAllList()
{
var particle = new CompositeParticle.Builder(ParticleType.All, 0, 1)
{
new ElementParticle(typeof(T1), 0, 1),
new ElementParticle(typeof(T2), 0, 1),
}.Compile();
var data = new TestOpenXmlCompositeElement();
var t1a = new T1();
var t1b = new T1();
var t1c = new T1();
var t2 = new T2();
data.PrependChild(t1a);
data.PrependChild(t1b);
data.PrependChild(t2);
data.PrependChild(t1c);
Assert.Collection(
particle.GetCollection <T1>(data),
e => Assert.Same(t1c, e),
e => Assert.Same(t1b, e),
e => Assert.Same(t1a, e));
}
public void TwoElementOneCollectionInSequenceTest()
{
var particle = new CompositeParticle.Builder(ParticleType.Sequence, 0, 1)
{
new ElementParticle(typeof(T1), 0, 1),
new ElementParticle(typeof(T2), 1, 10),
new ElementParticle(typeof(T3), 0, 1),
}.Compile();
var data = new TestOpenXmlCompositeElement();
var t1 = new T1();
var t2a = new T2();
var t2b = new T2();
var t3 = new T3();
Assert.True(particle.Set(data, t3));
Assert.True(particle.GetCollection <T2>(data).Add(t2a));
Assert.True(particle.Set(data, t1));
Assert.True(particle.GetCollection <T2>(data).Add(t2b));
Assert.Collection(
data,
e => Assert.Same(t1, e),
e => Assert.Same(t2a, e),
e => Assert.Same(t2b, e),
e => Assert.Same(t3, e));
}
public TimeLine()
{
InitializeComponent();
DataContext = this;
Intervals = new List <Interval>();
FullTime = TimeSpan.FromSeconds(450);
T1.T_full = FullTime;
T1.T_el = TimeSpan.FromSeconds(60);
T1.ChangeDashesHeight(12);
T1.ChangeDashesWidth(1);
T2.T_full = FullTime;
T2.T_el = TimeSpan.FromSeconds(10);
T2.ChangeDashesHeight(6);
Cursor1.Container = this;
Binding binding = new Binding();
binding.ElementName = "Cursor1"; // элемент-источник
binding.Path = new PropertyPath("CRPosition"); // свойство элемента-источника
binding.Mode = BindingMode.TwoWay;
this.SetBinding(TimeLine.POSProperty, binding); // установка привязки для элемента-приемника
OnPOSChanged += TimeLine_OnPOSChanged;
Cursor1.OnCRPChanged += Cursor1_OnCRPChanged;
Cursor1.OnStartDrag += Cursor1_OnStartDrag;
Cursor1.OnEndDrag += Cursor1_OnEndDrag;
OnSelectedItemChanged += TimeLine_OnSelectedItemChanged;
}
public void SendCommand <T1>() where T1 : ICommand, new()
{
var command = new T1();
command.SetArchitecture(this);
command.Execute();
}
private void frmRptRegisterKoreksiReturBeliFilter_Load(object sender, EventArgs e)
{
this.Text = "Pembelian";
T1.DateValue = new DateTime(DateTime.Now.Year, DateTime.Now.Month, 1);
t2.DateValue = DateTime.Now;
try
{
this.Cursor = Cursors.WaitCursor;
DataTable dtGudang = new DataTable();
using (Database db = new Database())
{
db.Commands.Add(db.CreateCommand("usp_Gudang_LIST"));
dtGudang = db.Commands[0].ExecuteDataTable();
}
DataColumn cConcatenated = new DataColumn("Concatenated", Type.GetType("System.String"), "GudangID + ' | ' + NamaGudang");
dtGudang.Columns.Add(cConcatenated);
dtGudang.Rows.Add("");
dtGudang.DefaultView.Sort = "GudangID ASC";
cboGudang.DataSource = dtGudang;
cboGudang.DisplayMember = "Concatenated";
cboGudang.ValueMember = "GudangID";
}
catch (Exception ex)
{
Error.LogError(ex);
}
finally
{
this.Cursor = Cursors.Default;
}
T1.Focus();
}
public void Post([FromBody] T1 t1)
{
using (_sqliteDB)
{
_sqliteDB.Execute("insert into t1(name) values(@Name)", t1);
}
}
static List <DepartMentModel> getDept(int?pid = null)
{
var query = from dept in db.Dic_Department
join dept2 in db.Dic_Department on dept.dept_parent_id equals dept2.dept_id into T1
from t1 in T1.DefaultIfEmpty()
orderby dept.dept_parent_id ascending
select new DepartMentModel
{
deptId = dept.dept_id,
deptName = dept.dept_name,
parentName = t1.dept_name == null ? "" : t1.dept_name,
parentId = dept.dept_parent_id
};
List <DepartMentModel> list;
if (pid != null)
{
list = query.Where(x => x.parentId == (int)pid).ToList();
}
else
{
list = query.ToList();
}
return(list);
}
/// <summary> 展开/折叠所有子节点
///
/// </summary>
/// <param name="IsExpandParame">[true:展开；false：折叠]</param>
public void ExpandOrCollapseAll(bool IsExpandParame)
{
this.GetChidrenNode().ForEach(T1 => T1.PrivateExpandOrCollapseAll(IsExpandParame));
//if (collapseNodeButton1.IsExpand == IsExpandParame) return;
collapseNodeButton1.IsExpand = IsExpandParame;
ResetNodeSize();
}
public void SerializeDeserialize_Recursive()
{
T1 t1 = new T1();
t1.x = 1;
t1.y = 2;
object aSerializedT1 = TestedSerializer.Serialize <T1>(t1);
T2 t2 = new T2();
t2.a = "hello";
t2.o = aSerializedT1;
object aSerializedT2 = TestedSerializer.Serialize <T2>(t2);
T2 aDeserializedT2 = TestedSerializer.Deserialize <T2>(aSerializedT2);
Assert.AreEqual(t2.a, aDeserializedT2.a);
T1 aDeserializedT1 = TestedSerializer.Deserialize <T1>(aSerializedT1);
Assert.AreEqual(t1.x, aDeserializedT1.x);
Assert.AreEqual(t1.y, aDeserializedT1.y);
}
public void CastTest()
{
var db = Configuration.TestDatabase;
var collection = db.GetCollection<Base>("castTest");
collection.Drop();
var t1 = new T1 { Id = Guid.NewGuid(), A = "T1.A", B = "T1.B" };
var t2 = new T2 { Id = Guid.NewGuid(), A = "T2.A" };
collection.Insert(t1);
collection.Insert(t2);
var query = from t in collection.AsQueryable()
where t is T1 && ((T1)t).B == "T1.B"
select t;
var translatedQuery = MongoQueryTranslator.Translate(query);
Assert.IsInstanceOf<SelectQuery>(translatedQuery);
Assert.AreSame(collection, translatedQuery.Collection);
Assert.AreSame(typeof(Base), translatedQuery.DocumentType);
var selectQuery = (SelectQuery)translatedQuery;
Assert.AreEqual("(Base t) => ((t is T1) && ((T1)t.B == \"T1.B\"))", ExpressionFormatter.ToString(selectQuery.Where));
Assert.IsNull(selectQuery.OrderBy);
Assert.IsNull(selectQuery.Projection);
Assert.IsNull(selectQuery.Skip);
Assert.IsNull(selectQuery.Take);
Assert.AreEqual("{ \"_t\" : \"T1\", \"B\" : \"T1.B\" }", selectQuery.BuildQuery().ToString());
var results = query.ToList();
Assert.That(results.Count, Is.EqualTo(1));
Assert.That(results[0], Is.InstanceOf(typeof(T1)));
Assert.That(results[0].A, Is.EqualTo("T1.A"));
}
public static void MainTest()
{
var x1 = new X1();
var x2 = new X2();
var x3 = new X3();
var x4 = new X4();
x4.Display2();
x1 = x4;
x1.Display1();
System.Console.WriteLine(x1.y);
//x1.Display2();
System.Console.WriteLine();
var tt = new Y <int, Double>();
tt.Set(3);
tt.Set(.3);
x1 = new X1();
var x11 = new X1();
x2 = new X2();
var x22 = new X2();
x1 = T1.V1(x22);
//x2 = T1.V2(x1);
}
public void GivenErrorHandlingStrategy_WhenUnparseableValue_CanBeIgnored()
{
CustomizableErrorHandlingStrategy errorStrategy = new CustomizableErrorHandlingStrategy
{
DeserializeErrorAction = (o, args) => args.ErrorContext.Handled = true,
SerializeErrorAction = (o, args) => args.ErrorContext.Handled = true
};
strategy.ErrorStrategy = errorStrategy;
string s;
{
T1 t1 = new T1();
t1.D1 = "123";
t1.D2 = true;
s = strategy.Serialize(t1);
}
s = s.Replace(@"""d2"": true", @"""d2"": ""123""");
{
T1 t1 = new T1();
strategy.PopulateFromSerialized(t1, s);
Expect(t1.D1, EqualTo("123"));
Expect(t1.D2, False);
}
}
private z1(Form form, h2 h, T1 t)
{
if (form == null)
{
throw new ArgumentException();
}
if (t == null)
{
throw new ArgumentException();
}
if (t.b() != form)
{
throw new ArgumentException();
}
this.a();
base.FormBorderStyle = FormBorderStyle.None;
base.ShowIcon = false;
base.ShowInTaskbar = false;
base.WindowState = FormWindowState.Normal;
this.A = h;
this.A = t;
this.a = form;
base.Show(form);
t.k();
}
/// <summary>
/// 后台C#绑定数据
/// </summary>
public void binding(Student s)
{
//创建一个binding实例
Binding b1 = new Binding
{
//指定绑定值来源
Path = new PropertyPath(nameof(Student.ID))
};
//绑定数据到控件
T1.SetBinding(TextBlock.TextProperty, b1);
Binding b2 = new Binding
{
Path = new PropertyPath(nameof(Student.StuName))
};
T2.SetBinding(TextBlock.TextProperty, b2);
Binding b3 = new Binding
{
Path = new PropertyPath(nameof(Student.Age))
};
T3.SetBinding(TextBlock.TextProperty, b3);
panel.DataContext = s;//绑定到父控件上
}
public void GivenErrorHandlingStrategy_WhenBreakPopulate_Breaks()
{
CustomizableErrorHandlingStrategy errorStrategy = new CustomizableErrorHandlingStrategy
{
PrePopulateAction = (json, o) => json.Contains("test")
? new PreviewResult()
{
BreakPopulating = true
}
: new PreviewResult()
{
BreakPopulating = false
}
};
strategy.ErrorStrategy = errorStrategy;
{
string s = "test, this is an invalid json that should throw exception, unless populating is skipped";
{
T1 t1 = new T1();
strategy.PopulateFromSerialized(t1, s);
Expect(t1.D1, Null);
Expect(t1.D2, False);
}
}
{
string s = "this is also invalid json, but doesn't match skip condition, thus should cause exception";
T1 t1 = new T1();
Assert.Throws <JsonReaderException>(() => strategy.PopulateFromSerialized(t1, s));
}
}
public static void A(h2 h, T1 t)
{
if (!z1.A())
{
z1.A = new z1(t.b(), h, t);
}
}
public void MemberPrimitivesAreMapped()
{
var typeMapper = Mapper.CreateMapper<T1, T2>();
typeMapper.Property(t => t.Property).MapsTo(t => t.Property);
var t1 = new T1() { Property = 1 };
var t2 = Mapper.Map<T1, T2>(t1);
Assert.AreEqual(t1.Property, t2.Property);
}
public void OriginalObjectsAreMerged()
{
var typeMapper = Mapper.CreateMapper<T1, T2>();
typeMapper.Property(t => t.Property).MapsTo(t => t.Property);
var t1 = new T1() { Property = 1 };
var t2 = new T2();
var originalT2 = t2;
Mapper.Map<T1, T2>(t1, t2);
Assert.AreEqual(t1.Property, originalT2.Property);
}
public void MemberObjectsAreMappedBothWays()
{
var typeMapper = Mapper.CreateMapper<T1, T2>();
typeMapper.Property(t => t.Property).MapsTo(t => t.Property);
typeMapper.Property(t => t.T2).MapsTo(t => t.T1);
var t1 = new T1() { T2 = new T2() { Property = 1 } };
var t2 = Mapper.Map<T1, T2>(t1);
var t3 = Mapper.Map<T2, T1>(t2);
Assert.IsNotNull(t3);
Assert.IsNotNull(t2.T1);
Assert.AreEqual(t1.T2.Property, t3.T2.Property);
}
public void CollectionsAreUnioned()
{
var typeMapper = Mapper.CreateMapper<T1, T2>();
typeMapper.Collection(t => t.IntCollection, () => new List<int>(), null).MapsTo(t => t.LongCollection, () => new List<long>(), null);
var ints = new[] { 1, 2, 3 };
var longs = new[] { 1L, 2L, 4L };
T1 t1 = new T1() { IntCollection = ints };
T2 t2 = new T2() { LongCollection = longs };
Mapper.Map(t1, t2);
var longUnion = longs.Union(ints.Select(i => (long)i));
Assert.IsTrue(t2.LongCollection.SequenceEqual(longUnion));
}
public void ProjectAfterOfTypeTest()
{
var server = MongoServer.Create();
var db = server.GetDatabase("csharp475");
var collection = db.GetCollection<Base>("ProjectTest");
collection.Drop();
var t1 = new T1 { A = "T1.A", B = "T1.B" };
collection.Insert(t1);
var query = from t in collection.AsQueryable().OfType<T1>() select t.B;
var results = query.ToList();
Assert.That(results.Count, Is.EqualTo(1));
Assert.That(results[0], Is.EqualTo("T1.B"));
}
public void ConvertedPrimitiveDestinationCollectionHasEquivalentItemsAsSource()
{
TypeMapper<T1, T2> mapper = new TypeMapper<T1, T2>();
CollectionMapper<T1, int, T2, long> collectionMapper =
new CollectionMapper<T1, int, T2, long>(
mapper,
t => t.IntCollection, () => new List<int>(), null,
t => t.LongCollection, () => new List<long>(), null);
T1 t1 = new T1() { IntCollection = new[] { 1, 2, 3 } };
T2 t2 = mapper.Forward().Map(t1);
T1 t3 = mapper.Reverse().Map(t2);
Assert.IsTrue(t1.IntCollection.All(i => t2.LongCollection.Any(l => i == l)));
Assert.IsTrue(t2.LongCollection.All(i => t3.IntCollection.Any(l => i == l)));
}
public void DestinationCollectionHasSameNumberOfItemsAsSource()
{
TypeMapper<T1, T2> mapper = new TypeMapper<T1, T2>();
CollectionMapper<T1, int, T2, int> collectionMapper =
new CollectionMapper<T1, int, T2, int>(
mapper,
t => t.IntCollection, () => new List<int>(), null,
t => t.IntCollection, () => new List<int>(), null);
T1 t1 = new T1() { IntCollection = new[] { 1, 2, 3 } };
T2 t2 = mapper.Forward().Map(t1);
T1 t3 = mapper.Reverse().Map(t2);
Assert.AreEqual(t1.IntCollection.Count, t2.IntCollection.Count);
Assert.AreEqual(t1.IntCollection.Count, t1.IntCollection.Count);
}
public void ProjectAfterOfTypeTest()
{
var server = LegacyTestConfiguration.Server;
var db = server.GetDatabase("csharp475");
var collection = db.GetCollection<Base>("ProjectTest");
collection.Drop();
var t1 = new T1 { A = "T1.A", B = "T1.B" };
collection.Insert(t1);
var query = from t in collection.AsQueryable().OfType<T1>() select t.B;
var results = query.ToList();
Assert.Equal(1, results.Count);
Assert.Equal("T1.B", results[0]);
db.Drop();
}
public Tuple(T1 item1, T2 item2)
{
this.Item1 = item1;
this.Item2 = item2;
}
static bool Do1(T1 t) {
Nullable<T1> n = new Nullable<T1>(t);
return Ensure(n.HasValue && n.Value == t);
}
public void OriginalObjectsAreNotDestroyed()
{
var typeMapper = Mapper.CreateMapper<T1, T2>();
typeMapper.Property(t => t.Property).MapsTo(t => t.Property);
var t1 = new T1();
var t2 = new T2();
var originalT2 = t2;
Mapper.Map<T1, T2>(t1, t2);
Assert.AreSame(originalT2, t2);
}
public void PrimitiveDestinationCollectionHasSameItemsAsSource()
{
TypeMapper<T1, T2> mapper = new TypeMapper<T1, T2>();
CollectionMapper<T1, int, T2, int> collectionMapper =
new CollectionMapper<T1, int, T2, int>(
mapper,
t => t.IntCollection, () => new List<int>(), null,
t => t.IntCollection, () => new List<int>(), null);
T1 t1 = new T1() { IntCollection = new[] { 1, 2, 3 } };
T2 t2 = mapper.Forward().Map(t1);
T1 t3 = mapper.Reverse().Map(t2);
Assert.IsFalse(t1.IntCollection.Except(t2.IntCollection).Any());
Assert.IsFalse(t2.IntCollection.Except(t3.IntCollection).Any());
}
