public async Task AddMeeting()
{
// Add a single meeting, and get back that meeting.
var c = new MRUDatabaseAccess();
var m = GenerateSimpleMeeting(DateTime.Now);
await c.MarkVisitedNow(m);
Assert.AreEqual(1, await c.ExecuteScalarAsync <int>("select count(*) from MRU"));
}
public async Task AddMeetingTwice()
{
// When we update the MRU, it shouldn't create a new entry! :-)
var c = new MRUDatabaseAccess();
var m = GenerateSimpleMeeting(DateTime.Now);
await c.MarkVisitedNow(m);
await c.MarkVisitedNow(m);
Assert.AreEqual(1, await c.ExecuteScalarAsync <int>("select count(*) from MRU"));
}
public async Task Add2Meetings()
{
// Add two of them.
var c = new MRUDatabaseAccess();
var m1 = GenerateSimpleMeeting(DateTime.Now, "meeting 1", 100);
var m2 = GenerateSimpleMeeting(DateTime.Now, "meeting 2", 101);
await c.MarkVisitedNow(m1);
await c.MarkVisitedNow(m2);
Assert.AreEqual(2, await c.ExecuteScalarAsync <int>("select count(*) from MRU"));
}
public async Task MakeSureEmpty()
{
// Test that what we use to make sure we have an empty database does, indeed, render an empty database.
// Add a single meeting, and get back that meeting.
var c = new MRUDatabaseAccess();
var m = GenerateSimpleMeeting(DateTime.Now);
await c.MarkVisitedNow(m);
await DBTestHelpers.DeleteDB();
Assert.AreEqual(0, await c.ExecuteScalarAsync <int>("select count(*) from MRU"));
}
public async Task Add2MeetingsRepeatFirst()
{
// Add two of them, then re-mark the first. Shouldn't change anything!
var c = new MRUDatabaseAccess();
var m1 = GenerateSimpleMeeting(DateTime.Now, "meeting 1", 100);
var m2 = GenerateSimpleMeeting(DateTime.Now, "meeting 2", 101);
await c.MarkVisitedNow(m1);
await c.MarkVisitedNow(m2);
await c.MarkVisitedNow(m1);
Assert.AreEqual(2, await c.ExecuteScalarAsync <int>("select count(*) from MRU"));
}
/// <summary>
/// Load our db with a few items
/// </summary>
/// <param name="nMeetings"></param>
private async Task LoadDB(int nMeetings, int indexStart = 0, TimeSpan futureTime = new TimeSpan())
{
var mlst = GenerateMeetings(indexStart)
.Take(nMeetings);
var db = new MRUDatabaseAccess();
var timestamp = DateTime.Now + futureTime;
foreach (var m in mlst)
{
await db.MarkVisitedNow(m, timestamp);
}
}
public async Task AddMeetingCausesRxFire()
{
// Add a single meeting, and get back that meeting.
var c = new MRUDatabaseAccess();
int fireCount = 0;
MRUDatabaseAccess.MRUDBUpdated
.Subscribe(_ => fireCount++);
var m = GenerateSimpleMeeting(DateTime.Now);
await c.MarkVisitedNow(m);
await TestUtils.SpinWait(() => fireCount == 1, 1000);
}
public async Task UpdateMeetingTitle()
{
// When we update the MRU, it shouldn't create a new entry! :-)
var c = new MRUDatabaseAccess();
var m = GenerateSimpleMeeting(DateTime.Now);
await c.MarkVisitedNow(m);
(m as dummyMeeting).Title = "new title";
await c.MarkVisitedNow(m);
var allMeetings = await(await c.QueryMRUDB()).ToListAsync();
Assert.AreEqual(1, allMeetings.Count);
Assert.AreEqual("new title", allMeetings[0].Title);
}
public async Task GetBackValidAgenda()
{
// After adding a meeting, we should get back an expected agneda info object.
var c = new MRUDatabaseAccess();
var m = GenerateSimpleMeeting(DateTime.Now);
await c.MarkVisitedNow(m);
var mru = await(await c.QueryMRUDB()).FirstOrDefaultAsync();
Assert.IsNotNull(m);
var ai = mru.ToAgendaInfo();
Assert.AreEqual("indico.cern.ch/^//^/100", ai.AsReferenceString());
}
public async Task GetBackMultipleMeetingsSorted()
{
var c = new MRUDatabaseAccess();
foreach (var db in Enumerable.Range(0, 10).Select(i => GenerateSimpleMeeting(new DateTime(2000, 12, i + 1), string.Format("meeting {0}", i), 100 + i)))
{
Debug.WriteLine("Inserting meeting {0}", db.Title);
await c.MarkVisitedNow(db);
}
var allMeetings = await c.QueryMRUDB();
var firstM = await allMeetings.OrderBy(m => m.StartTime).FirstOrDefaultAsync();
var lastM = await allMeetings.OrderByDescending(m => m.StartTime).FirstOrDefaultAsync();
Assert.AreEqual("meeting 0", firstM.Title);
Assert.AreEqual("meeting 9", lastM.Title);
}
public void CTor()
{
var c = new MRUDatabaseAccess();
Assert.IsNotNull(c);
}
/// <summary>
/// Initializes the singleton application object. This is the first line of authored code
/// executed, and as such is the logical equivalent of main() or WinMain().
/// </summary>
public App()
{
this.InitializeComponent();
// Register everything so the ReactiveUI view model finder can do the wiring it needs to do.
Locator.CurrentMutable.Register(() => new StartPage(), typeof(IViewFor <StartPageViewModel>));
Locator.CurrentMutable.Register(() => new FirstRunView(), typeof(IViewFor <FirstRunViewModel>));
Locator.CurrentMutable.Register(() => new MeetingPage(), typeof(IViewFor <MeetingPageViewModel>));
Locator.CurrentMutable.Register(() => new CategoryPageView(), typeof(IViewFor <CategoryPageViewModel>));
Locator.CurrentMutable.Register(() => new TalkView(), typeof(IViewFor <TalkUserControlViewModel>));
Locator.CurrentMutable.Register(() => new CategoryAllPageView(), typeof(IViewFor <CategoryAllPageViewModel>));
Locator.CurrentMutable.Register(() => new CategoryInfoSimpleView(), typeof(IViewFor <CategoryConfigInfo>));
Locator.CurrentMutable.Register(() => new IndicoApiKeyView(), typeof(IViewFor <IndicoApiKey>));
Locator.CurrentMutable.Register(() => new SessionUserControl(), typeof(IViewFor <SessionUserControlViewModel>));
Locator.CurrentMutable.Register(() => new TalkFileCollectionUserControl(), typeof(IViewFor <TalkFileCollectionUserControlViewModel>));
Locator.CurrentMutable.Register(() => new FileView(), typeof(IViewFor <FileUserControlViewModel>));
#if WINDOWS_APP
Locator.CurrentMutable.Register(() => new SlideThumbUserControl(), typeof(IViewFor <SlideThumbViewModel>));
Locator.CurrentMutable.Register(() => new PDFPageUserControl(), typeof(IViewFor <PDFPageViewModel>));
Locator.CurrentMutable.Register(() => new FullTalkAsStripView(), typeof(IViewFor <FullTalkAsStripViewModel>));
Locator.CurrentMutable.Register(() => new SecuritySettingsPage(), typeof(IViewFor <BasicSettingsViewModel>));
#endif
#if WINDOWS_PHONE_APP
Locator.CurrentMutable.Register(() => new BasicSettingsView(), typeof(IViewFor <BasicSettingsViewModel>));
Locator.CurrentMutable.Register(() => new LoadMeetingView(), typeof(IViewFor <OpenURLControlViewModel>));
#endif
// Create the main view model, and register that.
var r = new RoutingState();
Locator.CurrentMutable.RegisterConstant(r, typeof(RoutingState));
Locator.CurrentMutable.RegisterConstant(new MainPageViewModel(r), typeof(IScreen));
// A tool to convert URL's to meeting list refs
Locator.CurrentMutable.Register(() => new MeetingListGenerator(), typeof(IMeetingListRefFactory));
// Setup suspend and resume. Note we need to do this once
// we have routine info.
this.Suspending += this.OnSuspending;
autoSuspendHelper = new IWalker.Util.AutoSuspendHelper(this);
RxApp.SuspensionHost.CreateNewAppState = () => new MainPageViewModel(r);
RxApp.SuspensionHost.SetupDefaultSuspendResume();
Locator.CurrentMutable.RegisterConstant(autoSuspendHelper, typeof(IWalker.Util.AutoSuspendHelper));
// The Most Recently Used (MUR) database
var mruDB = new MRUDatabaseAccess();
Locator.CurrentMutable.RegisterConstant(mruDB, typeof(IMRUDatabase));
// Make sure the JSON serializer for our cache can deal with interface objects:
Locator.CurrentMutable.Register(() => new JsonSerializerSettings()
{
ObjectCreationHandling = ObjectCreationHandling.Replace,
ReferenceLoopHandling = ReferenceLoopHandling.Ignore,
TypeNameHandling = TypeNameHandling.All,
}, typeof(JsonSerializerSettings), null);
#if WINDOWS_PHONE_APP
// And the back button on windows phone.
Windows.Phone.UI.Input.HardwareButtons.BackPressed += (o, args) =>
{
if (r.NavigateBack.CanExecute(null))
{
r.NavigateBack.Execute(null);
args.Handled = true;
}
};
#endif
// Setup the internal data cache
BlobCache.ApplicationName = "IndicoWalker";
Blobs.Register();
// Get all background tasks setup.
IWalker.Util.BackgroundTasks.Register();
}
