Mnehmos Synch

#define STATEMENT_BIND(handle) \ Binder binder(handle); \ if (!binder.Bind(info, info.Length(), stmt)) { \ sqlite3_clear_bindings(handle); \ return; \ } ((void)0) #define STATEMENT_THROW_LOGIC() \ db->ThrowDatabaseError(); \ if (!bound) { sqlite3_clear_bindings(handle); } \ return #define STATEMENT_RETURN_LOGIC(return_value) \ info.GetReturnValue().Set(return_value); \ if (!bound) { sqlite3_clear_bindings(handle); } \ return #define STATEMENT_START_LOGIC(RETURNS_DATA_CHECK, MUTATE_CHECK) \ Statement* stmt = Unwrap<Statement>(info.This()); \ RETURNS_DATA_CHECK(); \ sqlite3_stmt* handle = stmt->handle; \ Database* db = stmt->db; \ REQUIRE_DATABASE_OPEN(db->GetState()); \ REQUIRE_DATABASE_NOT_BUSY(db->GetState()); \ MUTATE_CHECK(); \ const bool bound = stmt->bound; \ if (!bound) { \ STATEMENT_BIND(handle); \ } else if (info.Length() > 0) { \ return ThrowTypeError("This statement already has bound parameters"); \ } ((void)0) #define STATEMENT_THROW() db->GetState()->busy = false; STATEMENT_THROW_LOGIC() #define STATEMENT_RETURN(x) db->GetState()->busy = false; STATEMENT_RETURN_LOGIC(x) #define STATEMENT_START(x, y) \ STATEMENT_START_LOGIC(x, y); \ db->GetState()->busy = true; \ UseIsolate; \ if (db->Log(isolate, handle)) { \ STATEMENT_THROW(); \ } ((void)0) #define DOES_NOT_MUTATE() REQUIRE_STATEMENT_NOT_LOCKED(stmt) #define DOES_MUTATE() \ REQUIRE_STATEMENT_NOT_LOCKED(stmt); \ REQUIRE_DATABASE_NO_ITERATORS_UNLESS_UNSAFE(db->GetState()) #define DOES_ADD_ITERATOR() \ DOES_NOT_MUTATE(); \ if (db->GetState()->iterators == USHRT_MAX) \ return ThrowRangeError("Too many active database iterators") #define REQUIRE_STATEMENT_RETURNS_DATA() \ if (!stmt->returns_data) \ return ThrowTypeError("This statement does not return data. Use run() instead") #define ALLOW_ANY_STATEMENT() \ ((void)0) #define _FUNCTION_START(type) \ type* self = static_cast<type*>(sqlite3_user_data(invocation)); \ v8::Isolate* isolate = self->isolate; \ v8::HandleScope scope(isolate) #define FUNCTION_START() \ _FUNCTION_START(CustomFunction) #define AGGREGATE_START() \ _FUNCTION_START(CustomAggregate); \ Accumulator* acc = self->GetAccumulator(invocation); \ if (acc->value.IsEmpty()) return