public void should_GetTableList()
{
StorageType type = StorageType.EventProcessState;
// Designated storage provider
this.Given(f => f.GivenInitStorageFactory(new StorageOptions(providerName, "")))
.When(f => f.WhenGetTableList(name, type, name))
.Then(f => f.ThenListCount(tableNames, new List <string>()
{
StorageTableNameBuild.BuildTableName(name, type)
}))
.BDDfy();
//Use the hair sharding service
List <string> tables = new List <string>()
{
"test1", "test2", "test3", "test4", "test5", "test6",
};
IList <string> tables1 = tables.Select(f => StorageTableNameBuild.BuildTableName(f, type)).ToList();
storageSharding.Setup(f => f.GetTableList(name, type, name, null)).Returns(() =>
{
return(Task.FromResult(tables));
});
this.Given(f => f.GivenInitStorageFactory(new StorageOptions(null, providerName)))
.When(f => f.WhenGetTableList(name, type, name))
.Then(f => f.ThenListCount(tableNames, tables1))
.BDDfy();
}
public void should_GetTable()
{
StorageType type = StorageType.EventSource;
string table1 = StorageTableNameBuild.BuildTableName(name, type);
// Designated storage provider
this.Given(f => f.GivenInitStorageFactory(new StorageOptions(providerName, "")))
.When(f => f.WhenGetTable(name, type, name))
.Then(f => f.Then <string>(table1, this.tableName))
.BDDfy();
//Use the hair sharding service
storageSharding.Setup(f => f.GetTable(name, type, name)).Returns(Task.FromResult(name));
this.Given(f => f.GivenInitStorageFactory(new StorageOptions(null, providerName)))
.When(f => f.WhenGetTable(name, type, name))
.Then(f => f.Then <string>(table1, this.tableName))
.BDDfy();
}
