packages/smoke/test/static_in_pieces_test.dart

// Copyright (c) 2014, the Dart project authors.  Please see the AUTHORS file
// for details. All rights reserved. Use of this source code is governed by a
// BSD-style license that can be found in the LICENSE file.

/// Tests that a static configuration can be loaded in pieces, even with
/// deferred imports.
library smoke.test.static_in_pieces_test;

import 'package:test/test.dart';
import 'package:smoke/smoke.dart' show Declaration, PROPERTY, METHOD;
import 'package:smoke/static.dart' show useGeneratedCode, StaticConfiguration;
import 'piece1.dart' as p1;
import 'piece2.dart' deferred as p2;
import 'common.dart' as smoke_0;
import 'common.dart' as common show main;

abstract class _M0 {} // C & A

final configuration = new StaticConfiguration(
    checkedMode: false,
    getters: {
  #i: (o) => o.i,
  #inc0: (o) => o.inc0,
  #inc1: (o) => o.inc1,
  #inc2: (o) => o.inc2,
  #toString: (o) => o.toString,
},
    setters: {
  #i: (o, v) {
    o.i = v;
  },
},
    parents: {
  smoke_0.AnnotB: smoke_0.Annot,
  smoke_0.D: _M0,
  smoke_0.E2: smoke_0.E,
  smoke_0.F2: smoke_0.F,
  _M0: smoke_0.C,
},
    declarations: {
  smoke_0.A: {
    #i: const Declaration(#i, int),
    #inc0: const Declaration(#inc0, Function, kind: METHOD),
    #inc1: const Declaration(#inc1, Function, kind: METHOD),
    #inc2: const Declaration(#inc2, Function, kind: METHOD),
    #j: const Declaration(#j, int),
    #j2: const Declaration(#j2, int, kind: PROPERTY),
  },
  smoke_0.B: {
    #f: const Declaration(#f, int, isFinal: true),
    #w: const Declaration(#w, int, kind: PROPERTY),
  },
  smoke_0.C: {
    #b: const Declaration(#b, smoke_0.B),
    #inc: const Declaration(#inc, Function, kind: METHOD),
    #x: const Declaration(#x, int),
    #y: const Declaration(#y, String),
  },
  smoke_0.D: {
    #i2: const Declaration(#i2, int, kind: PROPERTY, isFinal: true),
    #x2: const Declaration(#x2, int, kind: PROPERTY, isFinal: true),
  },
  smoke_0.E: {
    #noSuchMethod: const Declaration(#noSuchMethod, Function, kind: METHOD),
    #y: const Declaration(#y, int, kind: PROPERTY, isFinal: true),
  },
  smoke_0.E2: {},
  smoke_0.F: {
    #staticMethod: const Declaration(#staticMethod, Function,
        kind: METHOD, isStatic: true),
  },
  smoke_0.F2: {},
  smoke_0.G: {
    #b: const Declaration(#b, int, annotations: const [smoke_0.a1]),
    #d: const Declaration(#d, int, annotations: const [smoke_0.a2]),
  },
  smoke_0.L: {
    #incM: const Declaration(#incM, Function, kind: METHOD),
    #m: const Declaration(#m, int, kind: PROPERTY, isFinal: true),
  },
  smoke_0.L2: {
    #incM: const Declaration(#incM, Function, kind: METHOD),
    #m: const Declaration(#m, int),
    #n: const Declaration(#n, int),
  },
  _M0: {
    #i: const Declaration(#i, int),
    #inc: const Declaration(#inc, Function, kind: METHOD),
    #inc0: const Declaration(#inc0, Function, kind: METHOD),
    #j: const Declaration(#j, int),
    #j2: const Declaration(#j2, int, kind: PROPERTY),
  },
},
    staticMethods: {},
    names: {});

main() {
  useGeneratedCode(configuration);

  test('smoke', () async {
    expect(configuration.getters[#j], isNull);

    configuration.addAll(p1.configuration);
    expect(configuration.getters[#j], isNotNull);

    await p2.loadLibrary();

    expect(configuration.names[#i], isNull);
    configuration.addAll(p2.configuration);
    expect(configuration.names[#i], 'i');
  });
  
  common.main();
}