static void StorageWithAttributeMapperManualRegistration(string storageKey, string storageSecret)
{
// create a new user
var user = new UserModel2()
{
FirstName = "Egon", LastName = "Mueller", Contact = "*****@*****.**"
};
var vpmodel = new VirtualPartKeyDemoModel()
{
Value1 = "abc", Value2 = "def", Value3 = "ghi"
};
using (var storageContext = new StorageContext(storageKey, storageSecret))
{
// ensure we are using the attributes
storageContext.AddAttributeMapper(typeof(UserModel2));
storageContext.AddAttributeMapper(typeof(VirtualPartKeyDemoModel));
// ensure the table exists
storageContext.CreateTable <UserModel2>();
storageContext.CreateTable <VirtualPartKeyDemoModel>();
// inser the model
storageContext.MergeOrInsert <UserModel2>(user);
storageContext.MergeOrInsert <VirtualPartKeyDemoModel>(vpmodel);
// query all
var result = storageContext.Query <UserModel2>();
foreach (var r in result)
{
Console.WriteLine(r.FirstName);
}
}
}
public async Task Execute(string storageKey, string storageSecret, string endpointSuffix = null)
{
Console.WriteLine("");
Console.WriteLine(this.GetType().FullName);
using (var storageContext = new StorageContext(storageKey, storageSecret, endpointSuffix))
{
// set the delegate
var stats = new DemoCaseStatsDelegate();
storageContext.SetDelegate(stats);
// create a new user
var user = new UserModel2()
{
FirstName = "Egon", LastName = "Mueller", Contact = "*****@*****.**"
};
var vpmodel = new VirtualPartKeyDemoModel()
{
Value1 = "abc", Value2 = "def", Value3 = "ghi"
};
// ensure we are using the attributes
Console.WriteLine("Configuring Entity Mappers");
storageContext.AddAttributeMapper(typeof(UserModel2));
storageContext.AddAttributeMapper(typeof(VirtualPartKeyDemoModel));
// ensure the table exists
Console.WriteLine("Create Tables");
await storageContext.CreateTableAsync <UserModel2>();
await storageContext.CreateTableAsync <VirtualPartKeyDemoModel>();
// inser the model
Console.WriteLine("Insert Models");
await storageContext.MergeOrInsertAsync <UserModel2>(user);
await storageContext.MergeOrInsertAsync <VirtualPartKeyDemoModel>(vpmodel);
// query all
Console.WriteLine("Query all Models");
var result = await storageContext.QueryAsync <UserModel2>();
var resultVP = await storageContext.QueryAsync <VirtualPartKeyDemoModel>();
foreach (var r in result)
{
Console.WriteLine(r.FirstName);
}
// Clean up
Console.WriteLine("Removing all entries");
await storageContext.DeleteAsync <UserModel2>(result);
await storageContext.DeleteAsync <VirtualPartKeyDemoModel>(resultVP);
// dump the stats
stats.DumpStats();
}
}
public async Task Execute(string storageKey, string storageSecret, string endpointSuffix = null)
{
Console.WriteLine("");
Console.WriteLine(this.GetType().FullName);
using (var storageContext = new StorageContext(storageKey, storageSecret, endpointSuffix))
{
// set our delegate
var stats = new DemoCaseStatsDelegate();
storageContext.SetDelegate(stats);
// ensure we are using the attributes
storageContext.AddAttributeMapper(typeof(HugeDemoEntry));
// create 2000 items
var data = new List<HugeDemoEntry>();
for (int i = 0; i < 2000; i++)
data.Add(new HugeDemoEntry());
await storageContext.EnableAutoCreateTable().MergeOrInsertAsync<HugeDemoEntry>(data);
// query all entries
var items = await storageContext.QueryAsync<HugeDemoEntry>();
// remove all entries
await storageContext.DeleteAsync<HugeDemoEntry>(items);
// dump stats
stats.DumpStats();
}
}
static void CreateModelsPaged(string storageKey, string storageSecret)
{
using (var storageContext = new StorageContext(storageKey, storageSecret))
{
storageContext.AddAttributeMapper(typeof(UserModel2), "DemoUserModel2");
storageContext.CreateTable <UserModel2>(true);
var startDate = DateTime.Now;
using (var pagedWriter = new PagedTableEntityWriter <UserModel2>(storageContext, nStoreOperation.insertOrReplaceOperation, 100))
{
for (var i = 0; i < 1000; i++)
{
var user = new UserModel2()
{
FirstName = "Egon", LastName = "Mueller", Contact = string.Format("em-{0}@acme.org", i)
};
pagedWriter.StoreAsync(user).ConfigureAwait(false).GetAwaiter().GetResult();
}
}
var endDate = DateTime.Now;
Console.WriteLine("Took {0} seconds", (endDate - startDate).TotalSeconds);
}
}
static void StoreAsJson(string storageKey, string storageSecret)
{
var model = new JObjectModel()
{
UUID = "112233"
};
model.Data.Add("HEllo", "world");
model.Data2.Value = "Hello 23";
using (var storageContext = new StorageContext(storageKey, storageSecret))
{
// ensure we are using the attributes
storageContext.AddAttributeMapper(typeof(JObjectModel));
// ensure the table exists
storageContext.CreateTable <JObjectModel>();
// inser the model
storageContext.MergeOrInsert <JObjectModel>(model);
// query all
var result = storageContext.Query <JObjectModel>();
foreach (var r in result)
{
Console.WriteLine(r.UUID);
foreach (var e in r.Data)
{
Console.WriteLine(e.Key + "-" + e.Value);
}
}
}
}
public async Task Execute(string storageKey, string storageSecret, string endpointSuffix = null)
{
Console.WriteLine("");
Console.WriteLine(this.GetType().FullName);
using (var storageContext = new StorageContext(storageKey, storageSecret, endpointSuffix))
{
// create model with data in list
var model = new DemoMeterModel()
{
ExtendedCosts = new List <Double>()
};
model.ExtendedCosts.Add(5.5);
model.ExtendedCosts.Add(6.0);
var model2 = new DemoMeterModel()
{
R = "R2"
};
// ensure we are using the attributes
Console.WriteLine("Configuring Entity Mappers");
storageContext.AddAttributeMapper(typeof(DemoMeterModel));
// ensure the table exists
Console.WriteLine("Create Tables");
await storageContext.CreateTableAsync <DemoMeterModel>();
// inser the model
Console.WriteLine("Insert Models");
await storageContext.MergeOrInsertAsync <DemoMeterModel>(model);
await storageContext.MergeOrInsertAsync <DemoMeterModel>(model2);
// query all
Console.WriteLine("Query all Models");
var result = await storageContext.QueryAsync <DemoMeterModel>();
foreach (var item in result)
{
if (item.ExtendedCosts != null)
{
foreach (var dc in item.ExtendedCosts)
{
Console.Write(dc);
}
Console.WriteLine("");
}
else
{
Console.WriteLine("No Extended Costs");
}
}
// Clean up
Console.WriteLine("Removing all entries");
await storageContext.DeleteAsync <DemoMeterModel>(result);
}
}
static void StorageWithAttributeMapper(string storageKey, string storageSecret)
{
// create a new user
var user = new UserModel2()
{
FirstName = "Egon", LastName = "Mueller", Contact = "*****@*****.**"
};
using (var storageContext = new StorageContext(storageKey, storageSecret))
{
// ensure we are using the attributes
storageContext.AddAttributeMapper();
// ensure the table exists
storageContext.CreateTable <UserModel2>();
// inser the model
storageContext.MergeOrInsert <UserModel2>(user);
// query all
var result = storageContext.Query <UserModel2>();
foreach (var r in result)
{
Console.WriteLine(r.FirstName);
}
}
}
public async Task Execute(string storageKey, string storageSecret, string endpointSuffix = null)
{
Console.WriteLine("");
Console.WriteLine(this.GetType().FullName);
using (var storageContext = new StorageContext(storageKey, storageSecret, endpointSuffix))
{
// set the delegate
var stats = new DemoCaseStatsDelegate();
storageContext.SetDelegate(stats);
// create a virtual array model
var model = new VArrayModel()
{
UUID = "112233"
};
model.DataElements.Add(2);
model.DataElements.Add(3);
model.DataElements.Add(4);
// ensure we are using the attributes
Console.WriteLine("Configuring Entity Mappers");
storageContext.AddAttributeMapper(typeof(VArrayModel));
// ensure the table exists
Console.WriteLine("Create Tables");
await storageContext.CreateTableAsync <VArrayModel>();
// inser the model
Console.WriteLine("Insert Models");
await storageContext.MergeOrInsertAsync <VArrayModel>(model);
// query all
Console.WriteLine("Query all Models");
var result = await storageContext.QueryAsync <VArrayModel>();
foreach (var r in result)
{
Console.WriteLine(r.UUID);
foreach (var e in r.DataElements)
{
Console.WriteLine(e);
}
}
// Clean up
Console.WriteLine("Removing all entries");
await storageContext.DeleteAsync <VArrayModel>(result);
// dump the stats
stats.DumpStats();
}
}
public async Task Execute(string storageKey, string storageSecret, string endpointSuffix = null)
{
Console.WriteLine("");
Console.WriteLine(this.GetType().FullName);
using (var storageContext = new StorageContext(storageKey, storageSecret, endpointSuffix))
{
// set the delegate
var stats = new DemoCaseStatsDelegate();
storageContext.SetDelegate(stats);
// create a new user
Console.WriteLine("Build Models");
var user01 = new UserModel3()
{
FirstName = "Egon", LastName = "Mueller", Contact = "*****@*****.**"
};
var user02 = new UserModel3()
{
FirstName = "Egon", LastName = "Mueller", Contact = "*****@*****.**"
};
user02.Codes.Add(new Code()
{
CodeType = "x1", CodeValue = "x2"
});
user02.Codes.Add(new Code()
{
CodeType = "x3", CodeValue = "x4"
});
Console.WriteLine("Configuring Entity Mappers");
storageContext.AddAttributeMapper(typeof(UserModel3));
Console.WriteLine("InsertData");
await storageContext.EnableAutoCreateTable().MergeOrInsertAsync <UserModel3>(user01);
await storageContext.EnableAutoCreateTable().MergeOrInsertAsync <UserModel3>(user02);
Console.WriteLine("Query Data");
var result = await storageContext.QueryAsync <UserModel3>();
foreach (var r in result)
{
Console.WriteLine("{0}: {1}", r.LastName, r.Codes.Count());
}
// Clean up
Console.WriteLine("Removing all entries");
await storageContext.DeleteAsync <UserModel3>(result);
// dump the stats
stats.DumpStats();
}
}
static void CheckMaxItems(string storageKey, string storageSecret)
{
using (var storageContext = new StorageContext(storageKey, storageSecret))
{
storageContext.AddAttributeMapper(typeof(UserModel2), "DemoUserModel2");
storageContext.CreateTable <UserModel2>(true);
var items = storageContext.Query <UserModel2>(5).AsEnumerable();
Console.WriteLine("Found {0} items", items.Count());
if (items.Count() != 5)
{
throw new Exception("Wrong Item Count");
}
}
}
public async Task Execute(string storageKey, string storageSecret, string endpointSuffix = null)
{
Console.WriteLine("");
Console.WriteLine(this.GetType().FullName);
using (var storageContext = new StorageContext(storageKey, storageSecret, endpointSuffix))
{
// set our delegate
var stats = new DemoCaseStatsDelegate();
storageContext.SetDelegate(stats);
// ensure we are using the attributes
storageContext.AddAttributeMapper(typeof(HugeDemoEntry));
// create 4000 items
Console.WriteLine("Creating 4200 demos items");
var data = new List <HugeDemoEntry>();
for (int i = 0; i < 4200; i++)
{
data.Add(new HugeDemoEntry());
}
await storageContext.EnableAutoCreateTable().MergeOrInsertAsync <HugeDemoEntry>(data);
// query items page by page
Console.WriteLine("Reading page by page");
var items = new List <HugeDemoEntry>();
using (var queryCursor = storageContext.QueryPaged <HugeDemoEntry>(null, null))
{
while (await queryCursor.LoadNextPageAsync())
{
Console.WriteLine("Reading Page #{0} with #{1} items", queryCursor.Page, queryCursor.Items.Count());
items.AddRange(queryCursor.Items);
}
}
// remove all entries
Console.WriteLine("Removing all entries");
await storageContext.DeleteAsync <HugeDemoEntry>(items);
// dump stats
stats.DumpStats();
}
}
public async Task InsertResults(ElectionStatistics electionStatistics)
{
using (var storageContext = new StorageContext(FunctionSettings.AzureStorageConnectionString))
{
storageContext.EnableAutoCreateTable();
storageContext.AddAttributeMapper();
storageContext.AddEntityMapper(typeof(ElectionStatistics), new DynamicTableEntityMapper
{
PartitionKeyFormat = "Location",
RowKeyFormat = "Id",
TableName = FunctionSettings.AzureTableName
});
await storageContext.CreateTableAsync(typeof(ElectionStatistics));
await storageContext.MergeOrInsertAsync(electionStatistics);
}
}
public async Task Execute(string storageKey, string storageSecret, string endpointSuffix = null)
{
Console.WriteLine("");
Console.WriteLine(this.GetType().FullName);
using (var storageContextParent = new StorageContext(storageKey, storageSecret, endpointSuffix))
{
using (var storageContext = new StorageContext(storageContextParent))
{
// create model with data in list
var model = new DemoModel2()
{
P = "1", R = "2"
};
// ensure we are using the attributes
Console.WriteLine("Configuring Entity Mappers");
storageContext.AddAttributeMapper(typeof(DemoModel2), "MT1");
// inser the model
Console.WriteLine("Insert Models");
await storageContext.EnableAutoCreateTable().MergeOrInsertAsync <DemoModel2>(new List <DemoModel2>()
{
model
});
// change table name
Console.WriteLine("Update Table Name");
storageContext.OverrideTableName <DemoModel2>("MT2");
// inser the model
Console.WriteLine("Insert Models");
await storageContext.EnableAutoCreateTable().MergeOrInsertAsync <DemoModel2>(new List <DemoModel2>()
{
model
});
// cear table
await storageContext.DropTableAsync <DemoModel2>();
storageContext.OverrideTableName <DemoModel2>("MT1");
await storageContext.DropTableAsync <DemoModel2>();
}
}
}
public async Task Execute(string storageKey, string storageSecret, string endpointSuffix = null)
{
Console.WriteLine("");
Console.WriteLine(this.GetType().FullName);
using (var storageContext = new StorageContext(storageKey, storageSecret, endpointSuffix))
{
// create model with data in list
var model = new NullListModel();
// ensure we are using the attributes
Console.WriteLine("Configuring Entity Mappers");
storageContext.AddAttributeMapper(typeof(NullListModel));
// ensure the table exists
Console.WriteLine("Create Tables");
await storageContext.CreateTableAsync <NullListModel>();
// inser the model
Console.WriteLine("Insert Models");
await storageContext.MergeOrInsertAsync <NullListModel>(model);
// query all
Console.WriteLine("Query all Models");
var result = await storageContext.QueryAsync <NullListModel>();
foreach (var item in result)
{
if (item.Items == null)
{
Console.WriteLine("Items are null");
}
else
{
Console.WriteLine("Items are not null");
}
}
// Clean up
Console.WriteLine("Removing all entries");
await storageContext.DeleteAsync <NullListModel>(result);
}
}
public async Task Execute(string storageKey, string storageSecret, string endpointSuffix = null)
{
// Import from Blob
using (var storageContext = new StorageContext(storageKey, storageSecret, endpointSuffix))
{
// create the model
var model = new DatetimeModel()
{
ActivatedAt = DateTime.Now.ToUniversalTime()
};
// save the time
var dt = model.ActivatedAt;
// ensure we are using the attributes
Console.WriteLine("Configuring Entity Mappers");
storageContext.AddAttributeMapper(typeof(DatetimeModel));
// ensure the table exists
Console.WriteLine("Create Tables");
await storageContext.CreateTableAsync <DatetimeModel>();
// inser the model
Console.WriteLine("Insert Models");
await storageContext.MergeOrInsertAsync <DatetimeModel>(model);
// query all
Console.WriteLine("Query all Models");
var result = await storageContext.QueryAsync <DatetimeModel>();
// get the first
if (result.First().ActivatedAt != dt)
{
Console.WriteLine("Oh NO");
}
// Clean up
Console.WriteLine("Removing all entries");
await storageContext.DeleteAsync <DatetimeModel>(result);
}
}
static void TestReadInterfaceValues(string storageKey, string storageSecret)
{
// create a new user
var user01 = new UserModel3()
{
FirstName = "Egon", LastName = "Mueller", Contact = "*****@*****.**"
};
var user02 = new UserModel3()
{
FirstName = "Egon", LastName = "Mueller", Contact = "*****@*****.**"
};
user02.Codes.Add(new Code()
{
CodeType = "x1", CodeValue = "x2"
});
user02.Codes.Add(new Code()
{
CodeType = "x3", CodeValue = "x4"
});
using (var storageContext = new StorageContext(storageKey, storageSecret))
{
// ensure we are using the attributes
storageContext.AddAttributeMapper(typeof(UserModel3));
// insert the model
storageContext.EnableAutoCreateTable().MergeOrInsert <UserModel3>(user01);
storageContext.EnableAutoCreateTable().MergeOrInsert <UserModel3>(user02);
// query all
var result = storageContext.Query <UserModel3>();
foreach (var r in result)
{
Console.WriteLine("{0}: {1}", r.LastName, r.Codes.Count());
}
}
}
static void GetVirtualArray(string storageKey, string storageSecret)
{
var model = new VArrayModel()
{
UUID = "112233"
};
model.DataElements.Add(2);
model.DataElements.Add(3);
model.DataElements.Add(4);
using (var storageContext = new StorageContext(storageKey, storageSecret))
{
// ensure we are using the attributes
storageContext.AddAttributeMapper(typeof(VArrayModel));
// ensure the table exists
storageContext.CreateTable <VArrayModel>();
// inser the model
storageContext.MergeOrInsert <VArrayModel>(model);
// query all
var result = storageContext.Query <VArrayModel>();
foreach (var r in result)
{
Console.WriteLine(r.UUID);
foreach (var e in r.DataElements)
{
Console.WriteLine(e);
}
}
}
}
public async Task Execute(string storageKey, string storageSecret, string endpointSuffix = null)
{
Console.WriteLine("");
Console.WriteLine(this.GetType().FullName);
using (var storageContext = new StorageContext(storageKey, storageSecret, endpointSuffix))
{
// set the delegate
var stats = new DemoCaseStatsDelegate();
storageContext.SetDelegate(stats);
// ensure we are using the attributes
Console.WriteLine("Configuring Entity Mappers");
storageContext.AddAttributeMapper(typeof(UserModel2), "DemoUserModel2");
// create tables
Console.WriteLine("Create Tables");
await storageContext.CreateTableAsync <UserModel2>(true);
// write data pages
Console.WriteLine("Writing Models Paged");
var startDate = DateTime.Now;
using (var pagedWriter = new PagedTableEntityWriter <UserModel2>(storageContext, nStoreOperation.insertOrReplaceOperation, 100))
{
var t1 = Task.Run(async() =>
{
for (var i = 0; i < 500; i++)
{
var user = new UserModel2()
{
FirstName = "Egon", LastName = "Mueller", Contact = string.Format("em-{0}@acme.org", i)
};
await pagedWriter.StoreAsync(user);
}
});
var t2 = Task.Run(async() =>
{
for (var i = 500; i < 1000; i++)
{
var user = new UserModel2()
{
FirstName = "Egon", LastName = "Mueller", Contact = string.Format("em-{0}@acme.org", i)
};
await pagedWriter.StoreAsync(user);
}
});
Task.WaitAll(new Task[] { t1, t2 });
}
var endDate = DateTime.Now;
Console.WriteLine("Took {0} seconds", (endDate - startDate).TotalSeconds);
// query all
Console.WriteLine("Query all Models");
var result = await storageContext.QueryAsync <UserModel2>();
Console.WriteLine("Found {0} models", result.Count());
// Clean up
Console.WriteLine("Removing all entries");
await storageContext.DeleteAsync <UserModel2>(result);
// dump the stats
stats.DumpStats();
}
}
public async Task Execute(string storageKey, string storageSecret, string endpointSuffix = null)
{
// Import from Blob
using (var storageContext = new StorageContext(storageKey, storageSecret, endpointSuffix))
{
// create the model
var models = new List <DemoEntityQuery>()
{
new DemoEntityQuery()
{
R = "E1", DataElement = "Demo01"
},
new DemoEntityQuery()
{
R = "E2", DataElement = "Demo02"
},
new DemoEntityQuery()
{
R = "E3", DataElement = "Demo02"
},
new DemoEntityQuery()
{
R = "E4", DataElement = "Demo03"
}
};
// ensure we are using the attributes
Console.WriteLine("Configuring Entity Mappers");
storageContext.AddAttributeMapper(typeof(DemoEntityQuery));
// ensure the table exists
Console.WriteLine("Create Tables");
await storageContext.CreateTableAsync <DemoEntityQuery>();
// inser the model
Console.WriteLine("Insert Models");
await storageContext.MergeOrInsertAsync <DemoEntityQuery>(models);
// buidl a filter
var queryFilter = new List <QueryFilter>()
{
new QueryFilter()
{
FilterType = QueryFilterType.Where, Property = "DataElement", Value = "Demo02", Operator = QueryFilterOperator.Equal
},
new QueryFilter()
{
FilterType = QueryFilterType.Or, Property = "DataElement", Value = "Demo03", Operator = QueryFilterOperator.Equal
}
};
// query all
Console.WriteLine("Query all Models");
var result = (await storageContext.QueryAsync <DemoEntityQuery>(null, queryFilter)).ToList();
if (result.Count != 3)
{
Console.WriteLine("Oh no");
}
result = (await storageContext.QueryAsync <DemoEntityQuery>("P1", queryFilter)).ToList();
if (result.Count != 3)
{
Console.WriteLine("Oh no");
}
// Clean up
Console.WriteLine("Removing all entries");
var all = await storageContext.QueryAsync <DemoEntityQuery>();
await storageContext.DeleteAsync <DemoEntityQuery>(all);
}
}
public async Task Execute(string storageKey, string storageSecret, string endpointSuffix = null)
{
Console.WriteLine("");
Console.WriteLine(this.GetType().FullName);
using (var storageContext = new StorageContext(storageKey, storageSecret, endpointSuffix))
{
// set the delegate
var stats = new DemoCaseStatsDelegate();
storageContext.SetDelegate(stats);
Console.WriteLine("Configuring Entity Mappers");
storageContext.AddAttributeMapper(typeof(UserModel2), "DemoUserModel2");
Console.WriteLine("Create Tables");
storageContext.CreateTable <UserModel2>(true);
Console.WriteLine("InsertData");
var data = new List <UserModel2>()
{
new UserModel2()
{
FirstName = "Egon", LastName = "Mueller", Contact = "*****@*****.**"
},
new UserModel2()
{
FirstName = "Egon", LastName = "Mueller", Contact = "*****@*****.**"
},
new UserModel2()
{
FirstName = "Egon", LastName = "Mueller", Contact = "*****@*****.**"
},
new UserModel2()
{
FirstName = "Egon", LastName = "Mueller", Contact = "*****@*****.**"
},
new UserModel2()
{
FirstName = "Egon", LastName = "Mueller", Contact = "*****@*****.**"
},
new UserModel2()
{
FirstName = "Egon", LastName = "Mueller", Contact = "*****@*****.**"
},
new UserModel2()
{
FirstName = "Egon", LastName = "Mueller", Contact = "*****@*****.**"
},
new UserModel2()
{
FirstName = "Egon", LastName = "Mueller", Contact = "*****@*****.**"
},
new UserModel2()
{
FirstName = "Egon", LastName = "Mueller", Contact = "*****@*****.**"
},
new UserModel2()
{
FirstName = "Egon", LastName = "Mueller", Contact = "*****@*****.**"
}
};
await storageContext.StoreAsync(nStoreOperation.mergeOrInserOperation, data);
Console.WriteLine("Query max Item Models");
var items = (await storageContext.QueryAsync <UserModel2>(5)).AsEnumerable();
Console.WriteLine("Found {0} items", items.Count());
if (items.Count() != 5)
{
Console.WriteLine("OHOH should be 5");
}
Console.WriteLine("Query all items");
var allitems = await storageContext.QueryAsync <UserModel2>();
// Clean up
Console.WriteLine("Removing all entries");
await storageContext.DeleteAsync <UserModel2>(allitems);
// dump the stats
stats.DumpStats();
}
}
public async Task Execute(string storageKey, string storageSecret, string endpointSuffix = null)
{
Console.WriteLine("");
Console.WriteLine(this.GetType().FullName);
using (var storageContext = new StorageContext(storageKey, storageSecret, endpointSuffix))
{
// create a new user
var model = new DemoEntryWithOptionalValues()
{
Identifier = "X"
};
// ensure we are using the attributes
Console.WriteLine("Configuring Entity Mappers");
storageContext.AddAttributeMapper();
// ensure the table exists
Console.WriteLine("Create Tables");
await storageContext.CreateTableAsync <DemoEntryWithOptionalValues>();
// inser the model
Console.WriteLine("Insert Models");
await storageContext.MergeOrInsertAsync <DemoEntryWithOptionalValues>(model);
// query all
Console.WriteLine("Query all Models");
var result = (await storageContext.QueryAsync <DemoEntryWithOptionalValues>()).FirstOrDefault();
// check
if (result.Name != null)
{
Console.WriteLine("OhOh should be null");
}
if (result.Costs.HasValue)
{
Console.WriteLine("OhOh should have no value");
}
// update the model
Console.WriteLine("Insert Models");
result.Costs = 5.4;
await storageContext.MergeOrInsertAsync <DemoEntryWithOptionalValues>(result);
// query all
Console.WriteLine("Query all Models");
result = (await storageContext.QueryAsync <DemoEntryWithOptionalValues>()).FirstOrDefault();
// check
if (result.Name != null)
{
Console.WriteLine("OhOh should be null");
}
if (!result.Costs.HasValue)
{
Console.WriteLine("OhOh should have a value");
}
else
{
Console.WriteLine($"Value: {result.Costs.Value}");
}
// Clean up
Console.WriteLine("Removing all entries");
await storageContext.DeleteAsync <DemoEntryWithOptionalValues>(result);
}
}
