public void ImplicitTransactionsOnStoreAndTrash()
{
using (var conn = SQLitePortability.CreateConnection()) {
conn.Open();
IDatabaseDetails details = new SQLiteDetails();
IDatabaseAccess db = new DatabaseAccess(conn, details);
IKeyAccess keys = new KeyUtil();
DatabaseStorage storage = new DatabaseStorage(details, db, keys);
IBeanFactory factory = new BeanFactory();
IBeanCrud crud = new BeanCrud(storage, db, keys, factory);
storage.EnterFluidMode();
var bean = crud.Dispense <ThrowingBean>();
bean["foo"] = "ok";
var id = crud.Store(bean);
bean.Throw = true;
bean["foo"] = "fail";
try { crud.Store(bean); } catch { }
Assert.Equal("ok", db.Cell <string>(true, "select foo from test where id = {0}", id));
try { crud.Trash(bean); } catch { }
Assert.True(db.Cell <int>(true, "select count(*) from test") > 0);
}
}
public void ImplicitTransactionsOnStoreAndTrash()
{
using(var conn = SQLitePortability.CreateConnection()) {
conn.Open();
IDatabaseDetails details = new SQLiteDetails();
IDatabaseAccess db = new DatabaseAccess(conn, details);
IKeyAccess keys = new KeyUtil();
DatabaseStorage storage = new DatabaseStorage(details, db, keys);
IBeanCrud crud = new BeanCrud(storage, db, keys);
storage.EnterFluidMode();
var bean = crud.Dispense<ThrowingBean>();
bean["foo"] = "ok";
var id = crud.Store(bean);
bean.Throw = true;
bean["foo"] = "fail";
try { crud.Store(bean); } catch { }
Assert.Equal("ok", db.Cell<string>(true, "select foo from test where id = {0}", id));
try { crud.Trash(bean); } catch { }
Assert.True(db.Cell<int>(true, "select count(*) from test") > 0);
}
}
public void Paginates()
{
var details = new SQLiteDetails();
Assert.Equal("LIMIT 10 OFFSET 0", details.Paginate(1));
Assert.Equal("LIMIT 10 OFFSET 10", details.Paginate(2));
Assert.Equal("LIMIT 15 OFFSET 30", details.Paginate(3, 15));
Assert.Equal("LIMIT 10 OFFSET 0", details.Paginate(-1));
}
public DatabaseStorageTests_SQLite()
{
_conn = SQLitePortability.CreateConnection();
_conn.Open();
IDatabaseDetails details = new SQLiteDetails();
_db = new DatabaseAccess(_conn, details);
_keys = new KeyUtil();
_storage = new DatabaseStorage(details, _db, _keys);
}
public void UpdateSchemaWithChangedColumns()
{
var detail = new SQLiteDetails();
Assert.Throws <NotSupportedException>(() =>
{
detail.UpdateSchema(null, "", "", null,
new Dictionary <string, int> {
{ "col1", 1 }, { "col2", 2 }
}, null);
});
}
public void Schema()
{
var details = new SQLiteDetails();
_db.Exec("create table t (id, a)");
var schema = _storage.GetSchema();
Assert.Equal(1, schema.Count);
var t = schema["t"];
Assert.False(t.ContainsKey("id"));
Assert.Equal(SQLiteDetails.RANK_ANY, t["a"]);
Assert.Null(details.GetSqlTypeFromRank(t["a"]));
}
public DatabaseBeanFinderTests()
{
_conn = SQLitePortability.CreateConnection();
_conn.Open();
IDatabaseDetails details = new SQLiteDetails();
IDatabaseAccess db = new DatabaseAccess(_conn, details);
IKeyAccess keys = new KeyUtil();
IStorage storage = new DatabaseStorage(details, db, keys);
IBeanCrud crud = new BeanCrud(storage, db, keys);
IBeanFinder finder = new DatabaseBeanFinder(details, db, crud);
db.Exec("create table foo(x)");
db.Exec("insert into foo(x) values(1)");
db.Exec("insert into foo(x) values(2)");
db.Exec("insert into foo(x) values(3)");
_db = db;
_finder = finder;
}
public DatabaseBeanFinderTests()
{
_conn = SQLitePortability.CreateConnection();
_conn.Open();
IDatabaseDetails details = new SQLiteDetails();
IDatabaseAccess db = new DatabaseAccess(_conn, details);
IKeyAccess keys = new KeyUtil();
IStorage storage = new DatabaseStorage(details, db, keys);
IBeanCrud crud = new BeanCrud(storage, db, keys);
IBeanFinder finder = new DatabaseBeanFinder(details, db, crud);
db.Exec("create table foo(x)");
db.Exec("insert into foo(x) values(1)");
db.Exec("insert into foo(x) values(2)");
db.Exec("insert into foo(x) values(3)");
_db = db;
_finder = finder;
}
