blob: cee90d934fd040f7f718cf8e5b7cb6bd3d7e81d1 [file] [log] [blame]
// Copyright 2019 The Fuchsia Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
// TODO(fxb/39732): This should be read as "library zx".
library zz;
// These are all aliases that will be subsumed by the future implementation of
// templating, constraints, etc. in fidlc.
//
// The right hand side is completely ignored by kazoo, that is, only the name of
// the alias is significant. Generally the right hand side is set so that if
// there were no handling of the alias (and the alias was "expanded" as is the
// default behaviour), it would result in something sensible.
// TODO(fidlc): (mutable) char*
using charptr = uint64;
// TODO(fidl)
using const_futexptr = int32;
// TODO(fidlc): const void*
using const_voidptr = uint64;
// TODO(fidlc): mutable<string>
using mutable_string = string;
// TODO(fidlc): mutable<uint32>
using mutable_uint32 = uint32;
// TODO(fidlc): mutable<usize>
using mutable_usize = usize;
// TODO(fidlc): uint32 size
// TODO(fidlc): mutable<vector<HandleDisposition>
using mutable_vector_HandleDisposition_u32size = vector<HandleDisposition>;
// TODO(fidlc): mutable<vector<WaitItem>>
using mutable_vector_WaitItem = vector<WaitItem>;
// TODO(fidlc): uint32 size
// TODO(fidlc): mutable<vector<handle>
using mutable_vector_handle_u32size = vector<handle>;
// TODO(fidlc): mutable<vector<void>>
using mutable_vector_void = vector<byte>;
// TODO(fidlc): uint32 size
// TODO(fidlc): mutable<vector<void>>
using mutable_vector_void_u32size = vector<byte>;
// TODO(fidlc): optional<PciBar>
using optional_PciBar = PciBar;
// TODO(fidlc): optional<PortPacket>
using optional_PortPacket = PortPacket;
// TODO(fidlc): optional<koid>
using optional_koid = koid;
// TODO(fidlc): optional<signals>
using optional_signals = signals;
// TODO(fidlc): optional<time>
using optional_time = time;
// TODO(fidlc): optional<uint32>
using optional_uint32 = uint32;
// TODO(fidlc): optional<usize>
using optional_usize = usize;
// TODO(fidlc): uint32 size
// TODO(fidlc): vector<HandleInfo>
using vector_HandleInfo_u32size = vector<HandleInfo>;
// TODO(fidlc): vector<handle> uint32 size
using vector_handle_u32size = vector<handle>;
// TODO(fidlc): vector<paddr>>
using vector_paddr = vector<paddr>;
// TODO(fidlc): vector<void>
using vector_void = vector<byte>;
// TODO(fidlc): uint32 size
// TODO(fidlc): vector<void>
using vector_void_u32size = vector<byte>;
// TODO(fidlc): (mutable) void*
using voidptr = uint64;