/// <summary>
/// Use the migration locator to derive what migrations should be executed.
/// Compare the migrations to be executed against the migrations applied to the repository.
/// Synchronously apply the migrations that were not applied to the repository to migrate in ascending order.
/// </summary>
/// <param name="migrationLocator">The migration locator</param>
/// <param name="repository">The migration repository</param>
/// <param name="repositoryToMigrate">The repository to apply the migrations to.</param>
public static void UpdateToLatest(
IMigrationLocator migrationLocator,
IRepository repository,
IRepositoryToMigrate repositoryToMigrate)
{
MigrationSession migrationSession;
if (MigrationSessionHelpers.TryStartMigrationSession(
repository.AddMigrationSession,
MigrationSessionHelpers.MigrationSessionIsAvailableToExecute(repository.GetMigrationSessions()),
MigrationHelpers.GetMigrationsToBeAppliedAscending(
MigrationHelpers.GetMaxVersionOrDefault(repository.GetMigrations()),
migrationLocator.GetAllMigrations()),
out migrationSession))
{
try
{
UpdateTo(
repositoryToMigrate,
repository,
migrationSession);
MigrationSessionHelpers.CompleteMigrationSession(
repository.UpsertMigrationSession,
migrationSession);
}
catch (MigrationException migrationException)
{
MigrationSessionHelpers.FailMigrationSession(
repository.UpsertMigrationSession,
migrationSession,
migrationException);
throw migrationException;
}
}
}
/// <inheritdoc />
public virtual void MarkUpToVersion(MigrationVersion version)
{
_migrationLocator.GetAllMigrations()
.Where(m => m.Version <= version)
.ToList()
.ForEach(m => MarkVersion(m.Version));
}