public void It_should_load_save_data()
{
var database = new DatabaseInstance();
database.Strings.Set("a", "b");
database.Bools.Set("a", true);
database.Ints.Set("a", 2);
database.Floats.Set("a", 5);
var save = database.Save();
database.Clear();
database.Load(save);
Assert.AreEqual("b", database.Strings.Get("a"));
Assert.AreEqual(true, database.Bools.Get("a"));
Assert.AreEqual(2, database.Ints.Get("a"));
Assert.AreEqual(5, database.Floats.Get("a"));
}
public void It_should_return_all_KeyValueData_in_a_string()
{
var database = new DatabaseInstance();
database.Strings.Set("a", "b");
database.Bools.Set("a", true);
database.Ints.Set("a", 2);
database.Floats.Set("a", 5);
var strings = new KeyValueDataString();
strings.Set("a", "b");
var bools = new KeyValueDataBool();
bools.Set("a", true);
var ints = new KeyValueDataInt();
ints.Set("a", 2);
var floats = new KeyValueDataFloat();
floats.Set("a", 5);
var save = JsonUtility.ToJson(new DatabaseInstance.SaveData {
strings = strings.Save(),
bools = bools.Save(),
ints = ints.Save(),
floats = floats.Save(),
});
var saveResult = database.Save();
Assert.AreEqual(save, saveResult);
}
public DatabaseInstance GenerateDatabaseInstance(ServerInstance serverInstance, List <DiskVolume> dataDiskVolumes, List <DiskVolume> logDiskVolumes, Slice slice, DatabaseVersion databaseVersion, string namePattern, string databaseNamePattern, double sizeFactor, bool generateFileGroups)
{
// --- Create the new database instance and set name
DatabaseInstance ndi = new DatabaseInstance(databaseDefinition);
ndi.ServerInstanceReference.Guid = serverInstance.Guid;
ndi.SliceReference.Guid = slice.Guid;
ndi.DatabaseVersionReference.Guid = databaseVersion.Guid;
ndi.Name = ExpressionProperty.ResolveExpression(ndi, namePattern);
ndi.DatabaseName = ExpressionProperty.ResolveExpression(ndi, databaseNamePattern);
ndi.Save();
if (generateFileGroups)
{
ndi.ServerInstance.Machine.LoadDiskVolumes(false);
databaseDefinition.LoadFileGroups(false);
slice.LoadPartitions(false);
List <Partition> partitions = new List <Partition>(slice.Partitions.Values.OrderBy(i => i.Number));
List <FileGroup> filegroups = new List <FileGroup>(databaseDefinition.FileGroups.Values.OrderBy(i => i.Number));
for (int fi = 0; fi < filegroups.Count; fi++)
{
// --- Create data and "log" file groups ---
if (filegroups[fi].LayoutType == FileGroupLayoutType.Monolithic ||
filegroups[fi].FileGroupType == FileGroupType.Log)
{
DatabaseInstanceFileGroup nfg = new DatabaseInstanceFileGroup(ndi);
nfg.FileGroupType = filegroups[fi].FileGroupType;
nfg.FileGroupName = nfg.Name = filegroups[fi].FileGroupName;
nfg.FileGroupReference.Guid = filegroups[fi].Guid;
nfg.PartitionReference.Guid = Guid.Empty;
nfg.AllocatedSpace = (long)(filegroups[fi].AllocatedSpace * sizeFactor);
nfg.Save();
nfg.GenerateInstanceFiles(dataDiskVolumes, sizeFactor);
}
else if (filegroups[fi].LayoutType == FileGroupLayoutType.Sliced)
{
for (int pi = 0; pi < partitions.Count; pi++)
{
DatabaseInstanceFileGroup nfg = new DatabaseInstanceFileGroup(ndi);
nfg.FileGroupType = filegroups[fi].FileGroupType;
nfg.FileGroupName = nfg.Name = string.Format("{0}_{1}", filegroups[fi].FileGroupName, pi);
nfg.FileGroupReference.Guid = filegroups[fi].Guid;
nfg.PartitionReference.Guid = partitions[pi].Guid;
nfg.AllocatedSpace = (long)(filegroups[fi].AllocatedSpace * sizeFactor);
nfg.Save();
nfg.GenerateInstanceFiles(dataDiskVolumes, sizeFactor);
}
}
else
{
throw new NotImplementedException();
}
}
}
return(ndi);
}
