public async Task ReadItemShouldBeNotNull()
{
//ARRANGE
//ACT
var result = await storage.ReadAsync(new[] { readItemKey });
//ASSERT
Assert.IsNotNull(result);
}
public async Task DeletedItemShouldNotBefound()
{
//ARRANGE
//ACT
await storage.DeleteAsync(new[] { "delete1" });
//ASSERT
var reloadedStoreItems = await storage.ReadAsync(new[] { "delete1" });
Assert.IsFalse(reloadedStoreItems.Any(), "no store item should have been found because it was deleted");
}
public async Task WriteTwoTypesGetSameValues()
{
//ARRANGE
LiteDbStorage storage = new LiteDbStorage();
var storeItems = new Dictionary <string, object>()
{
["createPoco"] = new PocoItem()
{
Id = "1"
},
["createPocoStoreItem"] = new PocoStoreItem()
{
Id = "2"
},
};
//ACT
await storage.WriteAsync(storeItems);
//ASSERT
var readStoreItems = new Dictionary <string, object>(await storage.ReadAsync(storeItems.Keys.ToArray()));
var createPoco = readStoreItems["createPoco"] as PocoItem;
Assert.IsNotNull(createPoco, "createPoco should not be null");
Assert.AreEqual(createPoco.Id, "1", "createPoco.id should be 1");
var createPocoStoreItem = readStoreItems["createPocoStoreItem"] as PocoStoreItem;
Assert.IsNotNull(createPocoStoreItem, "createPocoStoreItem should not be null");
Assert.AreEqual(createPocoStoreItem.Id, "2", "createPocoStoreItem.id should be 2");
//Assert.IsNotNull(createPocoStoreItem.ETag, "createPocoStoreItem.eTag should not be null");
}
public async Task WriteTwoTypesGetSameTypes()
{
//ARRANGE
LiteDbStorage storage = new LiteDbStorage();
var storeItems = new Dictionary <string, object>()
{
["createPoco"] = new PocoItem()
{
Id = "1"
},
["createPocoStoreItem"] = new PocoStoreItem()
{
Id = "2"
},
};
//ACT
await storage.WriteAsync(storeItems);
//ASSERT
var readStoreItems = new Dictionary <string, object>(await storage.ReadAsync(storeItems.Keys.ToArray()));
Assert.IsInstanceOfType(readStoreItems["createPoco"], typeof(PocoItem));
Assert.IsInstanceOfType(readStoreItems["createPocoStoreItem"], typeof(PocoStoreItem));
}
public async Task UpdateTwoTypesGetUpdatedValues()
{
LiteDbStorage storage = new LiteDbStorage();
var originalPocoItem = new PocoItem()
{
Id = "1", Count = 1
};
var originalPocoStoreItem = new PocoStoreItem()
{
Id = "1", Count = 1
};
// first write should work
var dict = new Dictionary <string, object>()
{
{ "pocoItem", originalPocoItem },
{ "pocoStoreItem", originalPocoStoreItem },
};
await storage.WriteAsync(dict);
var loadedStoreItems = new Dictionary <string, object>(await storage.ReadAsync(new[] { "pocoItem", "pocoStoreItem" }));
var updatePocoItem = loadedStoreItems["pocoItem"] as PocoItem;
var updatePocoStoreItem = loadedStoreItems["pocoStoreItem"] as PocoStoreItem;
//Assert.IsNotNull(updatePocoStoreItem.ETag, "updatePocoItem.eTag should not be null");
// 2nd write should work, because we have new etag, or no etag
updatePocoItem.Count++;
updatePocoStoreItem.Count++;
await storage.WriteAsync(loadedStoreItems);
var reloadedStoreItems = new Dictionary <string, object>(await storage.ReadAsync(new[] { "pocoItem", "pocoStoreItem" }));
var reloeadedUpdatePocoItem = reloadedStoreItems["pocoItem"] as PocoItem;
var reloadedUpdatePocoStoreItem = reloadedStoreItems["pocoStoreItem"] as PocoStoreItem;
//Assert.IsNotNull(reloadedUpdatePocoStoreItem.ETag, "updatePocoItem.eTag should not be null");
//Assert.AreNotEqual(updatePocoStoreItem.ETag, reloadedUpdatePocoStoreItem.ETag, "updatePocoItem.eTag should not be different");
Assert.AreEqual(2, reloeadedUpdatePocoItem.Count, "updatePocoItem.Count should be 2");
Assert.AreEqual(2, reloadedUpdatePocoStoreItem.Count, "updatePocoStoreItem.Count should be 2");
}
public async Task BatchCreateBigObjectsShouldSucceed()
{
LiteDbStorage storage = new LiteDbStorage();
string[] stringArray = GenerateExtraBytes(23);
var storeItemsList = new List <Dictionary <string, object> >(new[]
{
new Dictionary <string, object> {
["createPoco"] = new PocoItem()
{
Id = "1", Count = 0, ExtraBytes = stringArray
}
},
new Dictionary <string, object> {
["createPoco"] = new PocoItem()
{
Id = "1", Count = 1, ExtraBytes = stringArray
}
},
new Dictionary <string, object> {
["createPoco"] = new PocoItem()
{
Id = "1", Count = 2, ExtraBytes = stringArray
}
},
});
// TODO: this code as a generic test doesn't make much sense - for now just eliminating the custom exception
// Writing large objects in parallel might raise an InvalidOperationException
//await Task.WhenAll(
// storeItemsList.Select(storeItems =>
// Task.Run(async () => await storage.WriteAsync(storeItems))));
Parallel.Invoke(
async() => { await storage.WriteAsync(storeItemsList[0]); },
async() => { await storage.WriteAsync(storeItemsList[1]); },
async() => { await storage.WriteAsync(storeItemsList[2]); }
); //close parallel.invoke
var readStoreItems = new Dictionary <string, object>(await storage.ReadAsync(new[] { "createPoco" }));
Assert.IsInstanceOfType(readStoreItems["createPoco"], typeof(PocoItem));
var createPoco = readStoreItems["createPoco"] as PocoItem;
Assert.AreEqual(createPoco.Id, "1", "createPoco.id should be 1");
}
public async Task HandleCrazyKeys()
{
LiteDbStorage storage = new LiteDbStorage();
var key = "!@#$%^&*()~/\\><,.?';\"`~";
var storeItem = new PocoStoreItem()
{
Id = "1"
};
var dict = new Dictionary <string, object>()
{
{ key, storeItem }
};
await storage.WriteAsync(dict);
var storeItems = await storage.ReadAsync(new[] { key });
storeItem = storeItems.FirstOrDefault(si => si.Key == key).Value as PocoStoreItem;
Assert.IsNotNull(storeItem);
Assert.AreEqual("1", storeItem.Id);
}