public void DetectsLackOfJailbreaks()
{
var env = new Ex.Env();
var inspector = new Mocks.Inspector();
inspector.Init(env, "OK", "asdf");
var d = new Mocks.JailbreakDetector(env, new[] { inspector });
Assert.False(d.IsJailbroken);
Assert.Equal(0, d.Violations.Count());
}
public void DetectsJailbreaks()
{
var env = new Ex.Env();
var inspector = new Mocks.Inspector();
inspector.Init(env, "NOTOK", "asdf");
var d = new Mocks.JailbreakDetector(env, new[] { inspector });
Assert.True(d.IsJailbroken);
Assert.Equal(1, d.Violations.Count());
Assert.Equal("MOCK_NOTOK_ID", d.Violations.First());
}
public void DoesNotReportLackOfJailbreaks()
{
var env = new Ex.Env();
var inspector = new Mocks.Inspector();
inspector.Init(env, "OK", "asdf");
var d = new Mocks.JailbreakDetector(env, new[] { inspector });
string reportedJailbreak = null;
env.Reporter.OnJailbreakReported = (j) =>
{
reportedJailbreak = j;
};
Assert.False(d.IsJailbroken);
Assert.Null(reportedJailbreak);
}
public void ReportsJailbreaks()
{
var env = new Ex.Env();
var inspector = new Mocks.Inspector();
inspector.Init(env, "NOTOK", "asdf");
var d = new Mocks.JailbreakDetector(env, new[] { inspector });
string reportedJailbreak = null;
env.Reporter.OnJailbreakReported = (j) =>
{
reportedJailbreak = j;
};
Assert.True(d.IsJailbroken);
Assert.Equal("MOCK_NOTOK_ID", reportedJailbreak);
}
public void IsThreadsafeToDegreeReasonablyTestable()
{
var env = new Ex.Env();
// Violations returns a shallow-copied list.
var inspector = new Mocks.Inspector();
inspector.Init(env, "OK", "asdf");
var d = new Mocks.JailbreakDetector(env, new[] { inspector });
var v1 = d.Violations;
d.Refresh();
var v2 = d.Violations;
Assert.NotSame(v1, v2);
// That's about as far as can be reasonably tested at the moment.
}
