public void TetrisRunsReplayWithoutErrors()
{
using (var s = new Session("Tetris", true)) {
s.LoadPage(
"Tetris/Tetris.html",
"replayURI=test.replay&fastReplay&testFixture&profile&forceCanvas&autoPlay&viewportScale=0.25&disableFiltering"
);
s.PassOrFail(
() =>
s.WaitFor(
"return window.$jsilbrowserstate.hasMainRun",
timeoutMs: 5 * 60 * 1000
),
"Waiting for game to start", "started."
);
s.PassOrFail(
() =>
s.WaitFor(
"return JSIL.Host.getService('replayPlayer').playbackEnded >= 0",
timeoutMs: 3 * 60 * 1000
),
"Waiting for replay to finish", "finished."
);
int score = Convert.ToInt32(s.Evaluate("return window.test.game.score"));
int totalLines = Convert.ToInt32(s.Evaluate("return window.test.game.totalLines"));
Console.WriteLine("// Game log follows:");
Console.WriteLine(s.GetLogText());
var exceptions = s.GetExceptions();
var unexpectedExceptions = exceptions.ToList();
Console.WriteLine("// Game threw {0} exception(s), {1} of which were unexpected:", exceptions.Length, unexpectedExceptions.Count);
foreach (var exc in unexpectedExceptions)
{
Console.WriteLine(exc);
}
Assert.AreEqual(0, unexpectedExceptions.Count, "Unexpected exceptions were thrown");
Assert.AreEqual(600, score, "Score did not match expectation");
Assert.AreEqual(8, totalLines, "Total lines did not match expectation");
}
}
public void TetrisRunsReplayWithoutErrors()
{
using (var s = new Session("Tetris", true)) {
s.LoadPage(
"Tetris/Tetris.html",
"replayURI=test.replay&fastReplay&testFixture&profile&forceCanvas&autoPlay&viewportScale=0.25&disableFiltering"
);
s.PassOrFail(
() =>
s.WaitFor(
"return window.$jsilbrowserstate.hasMainRun",
timeoutMs: 5 * 60 * 1000
),
"Waiting for game to start", "started."
);
s.PassOrFail(
() =>
s.WaitFor(
"return JSIL.Host.getService('replayPlayer').playbackEnded >= 0",
timeoutMs: 3 * 60 * 1000
),
"Waiting for replay to finish", "finished."
);
int score = Convert.ToInt32(s.Evaluate("return window.test.game.score"));
int totalLines = Convert.ToInt32(s.Evaluate("return window.test.game.totalLines"));
Console.WriteLine("// Game log follows:");
Console.WriteLine(s.GetLogText());
var exceptions = s.GetExceptions();
var unexpectedExceptions = exceptions.ToList();
Console.WriteLine("// Game threw {0} exception(s), {1} of which were unexpected:", exceptions.Length, unexpectedExceptions.Count);
foreach (var exc in unexpectedExceptions)
Console.WriteLine(exc);
Assert.AreEqual(0, unexpectedExceptions.Count, "Unexpected exceptions were thrown");
Assert.AreEqual(600, score, "Score did not match expectation");
Assert.AreEqual(8, totalLines, "Total lines did not match expectation");
}
}
public void MannuxRuns()
{
using (var s = new Session("Mannux", false)) {
s.LoadPage("Mannux/Mannux.html");
s.PassOrFail(
() =>
s.WaitFor(
"return window.$jsilbrowserstate.hasMainRun",
timeoutMs: 45000
),
"Waiting for game to start", "started."
);
s.PassOrFail(
() => {
// Turn right
s.Evaluate("test.pressKeysFor([39], 2000);");
// Fire the gun until the monster dies
s.WaitFor(
"test.pressKeysFor([162, 163], 250); " +
"return test.logText.indexOf('HP: 0') >= 0",
timeoutMs: 10000,
tickRateMs: 200
);
},
"Killing the monster"
);
Console.WriteLine("// Game log follows:");
Console.WriteLine(s.GetLogText());
var exceptions = s.GetExceptions();
var unexpectedExceptions = exceptions.ToList();
// Ignore errors about unimplemented WinForms methods.
unexpectedExceptions.RemoveAll((exc) =>
exc.Text.Contains("The external method") && exc.Text.Contains("of type 'System.Windows.Forms")
);
// Ignore set_SynchronizeWithVerticalRetrace.
unexpectedExceptions.RemoveAll((exc) =>
exc.Text.Contains("set_SynchronizeWithVerticalRetrace")
);
Console.WriteLine("// Game threw {0} exception(s), {1} of which were unexpected:", exceptions.Length, unexpectedExceptions.Count);
foreach (var exc in unexpectedExceptions)
{
Console.WriteLine(exc);
}
Assert.AreEqual(unexpectedExceptions.Count, 0);
}
}
public void MannuxRuns()
{
using (var s = new Session("Mannux", false)) {
s.LoadPage("Mannux/Mannux.html");
s.PassOrFail(
() =>
s.WaitFor(
"return window.$jsilbrowserstate.hasMainRun",
timeoutMs: 45000
),
"Waiting for game to start", "started."
);
s.PassOrFail(
() => {
// Turn right
s.Evaluate("test.pressKeysFor([39], 2000);");
// Fire the gun until the monster dies
s.WaitFor(
"test.pressKeysFor([162, 163], 250); " +
"return test.logText.indexOf('HP: 0') >= 0",
timeoutMs: 10000,
tickRateMs: 200
);
},
"Killing the monster"
);
Console.WriteLine("// Game log follows:");
Console.WriteLine(s.GetLogText());
var exceptions = s.GetExceptions();
var unexpectedExceptions = exceptions.ToList();
// Ignore errors about unimplemented WinForms methods.
unexpectedExceptions.RemoveAll((exc) =>
exc.Text.Contains("The external method") && exc.Text.Contains("of type 'System.Windows.Forms")
);
// Ignore set_SynchronizeWithVerticalRetrace.
unexpectedExceptions.RemoveAll((exc) =>
exc.Text.Contains("set_SynchronizeWithVerticalRetrace")
);
Console.WriteLine("// Game threw {0} exception(s), {1} of which were unexpected:", exceptions.Length, unexpectedExceptions.Count);
foreach (var exc in unexpectedExceptions)
Console.WriteLine(exc);
Assert.AreEqual(unexpectedExceptions.Count, 0);
}
}