protected void InsertEmployeesBase()
{
var provider = GetIntProvider();
using (var cn = GetConnection())
{
DropTable(cn, "Organization");
provider.CreateTable <Organization>(cn);
DropTable(cn, "Employee");
provider.CreateTable <EmployeeInt>(cn);
var tdg = new TestDataGenerator();
tdg.Generate <Organization>(5, (record) =>
{
record.Name = tdg.Random(Source.UniqueWidget);
}, (records) =>
{
foreach (var record in records)
{
provider.Save(cn, record);
}
});
var orgIds = cn.Query <int>("SELECT Id FROM Organization").ToArray();
tdg.Generate <EmployeeInt>(100, (record) =>
{
record.OrganizationId = tdg.Random(orgIds);
record.FirstName = tdg.Random(Source.FirstName);
record.LastName = tdg.Random(Source.LastName);
record.Email = $"{record.FirstName}.{record.LastName}@nowhere.org";
}, (records) =>
{
foreach (var record in records)
{
provider.Save(cn, record);
}
});
}
}
private void InitItemTables()
{
using (var cn = GetConnection())
{
DropTable(cn, "Item");
DropTable(cn, "ItemType");
GetIntProvider().CreateTable <ItemType>(cn);
GetIntProvider().CreateTable <Item>(cn);
var tdg = new TestDataGenerator();
tdg.Generate <ItemType>(10, (it) =>
{
it.Name = tdg.Random(Source.WidgetName) + tdg.RandomInRange(100, 999).ToString();
}, (records) =>
{
foreach (var record in records)
{
GetIntProvider().Save(cn, record);
}
});
}
}
public void CheckEnumerator()
{
var table_ = TestDataGenerator.GetTestData();
List <int> keys = new List <int> {
0, 1, 2, 3
};
List <string> values = new List <string> {
"Нуль", "Один", "Два", "Три"
};
keys.Reverse();
values.Reverse();
int keyIndex = 0;
int valuesIndex = 0;
foreach (var item in table_)
{
Assert.True(item.Key == keys[keyIndex++] &&
item.Value == values[valuesIndex++], "Enumerating was failed");
}
}
public void ContainsKey(int key, bool expectedResult)
{
var table_ = TestDataGenerator.GetTestData();
Assert.True(table_.ContainsKey(key) == expectedResult, $"Container doesn't contain key = {key}");
}
public void CheckCount()
{
var table_ = TestDataGenerator.GetTestData();
Assert.True(table_.Count == 4, $"Counting was failed");
}
public void RemoveOneElementByKey(int key, bool expectedResult)
{
var table_ = TestDataGenerator.GetTestData();
Assert.True(table_.Remove(key) == expectedResult, $"Failed to remove element by key = {key}");
}
public void TestingIt()
{
MutableGlobalTracer.Initialize(globalTracer: new FakeConsoleTracer("A"));
TestDataGenerator.GenerateTestData().Wait();
return;
MutableGlobalTracer.Initialize(globalTracer: new FakeConsoleTracer("A"));
using (GlobalTracer.Instance
.BuildSpan("Overall")
.StartActive())
{
// Op 1
var operation1 = Task.Run(
async() =>
{
//using (MutableGlobalTracer.UseTracer(new FakeFileTracer("Operation1 Path")))
using (MutableGlobalTracer.UseTracer(new FakeConsoleTracer("B")))
{
using (GlobalTracer.Instance
.BuildSpan("Operation1.1")
.StartActive())
{
}
// To make sure operation3 has also started before this finishes
await Task.Delay(100);
using (GlobalTracer.Instance
.BuildSpan("Operation1.2")
.StartActive())
{
}
}
});
// Op 2
//var operation2 = Task.Run(
// async () =>
// {
// using (MutableGlobalTracer.UsingTracer(new FakeFileTracer("Operation2 Path"))
// .BuildSpan("Operation2")
// .StartActive())
// {
// }
// });
// Op 3
var operation3 = Task.Run(
async() =>
{
using (MutableGlobalTracer.UseTracer(new FakeConsoleTracer("C")))
{
using (GlobalTracer.Instance
.BuildSpan("Operation3.1")
.StartActive())
{
}
// To make sure operation3 has also started before this finishes
await Task.Delay(100);
using (GlobalTracer.Instance
.BuildSpan("Operation3.2")
.StartActive())
{
}
}
});
operation1.Wait();
operation3.Wait();
}
}