public void DirectInstanceWithValueApiValidTest()
{
var act = new NiceAct()
{
Name = "Hu",
Age = 22,
Country = Country.China,
Birthday = DateTime.Today
};
var type = typeof(NiceAct);
var v = LeoVisitorFactory.Create(type, act);
var context = v.ValidationEntry;
Assert.NotNull(context);
context.ForMember("Name",
c => c.NotEmpty().MinLength(4).MaxLength(15));
var r1 = v.Verify();
Assert.False(r1.IsValid);
Assert.Single(r1.Errors);
Assert.Single(r1.Errors[0].Details);
v["Name"] = "Hulu"; //4
var r2 = v.Verify();
Assert.True(r2.IsValid);
v["Name"] = "HuluWayaJavaPojoNovaLomo"; //16，greater than 15
var r3 = v.Verify();
Assert.False(r3.IsValid);
Assert.Single(r3.Errors);
Assert.Single(r3.Errors[0].Details);
v["Name"] = ""; //0
var r4 = v.Verify();
Assert.False(r4.IsValid);
Assert.Single(r4.Errors);
Assert.Equal(2, r4.Errors[0].Details.Count);
v["Name"] = null; //nil
var r5 = v.Verify();
Assert.False(r5.IsValid);
Assert.Single(r5.Errors);
Assert.Equal(2, r5.Errors[0].Details.Count);
}
public void DirectInstanceWithStrategyValidTest()
{
var act = new NiceAct()
{
Name = "Hu", //2
Age = 22,
Country = Country.China,
Birthday = DateTime.Today
};
var type = typeof(NiceAct);
var v = LeoVisitorFactory.Create(type, act);
var context = v.ValidationEntry;
Assert.NotNull(context);
context.SetStrategy <NormalNiceActValidationStrategy>();
var r1 = v.Verify();
Assert.False(r1.IsValid);
Assert.Single(r1.Errors);
Assert.Single(r1.Errors[0].Details);
v["Name"] = "Hulu"; //4
var r2 = v.Verify();
Assert.True(r2.IsValid);
v["Name"] = "HuluWayaJavaPojoNovaLomo"; //16，greater than 15
var r3 = v.Verify();
Assert.False(r3.IsValid);
Assert.Single(r3.Errors);
Assert.Single(r3.Errors[0].Details);
v["Name"] = ""; //0
var r4 = v.Verify();
Assert.False(r4.IsValid);
Assert.Single(r4.Errors);
Assert.Equal(2, r4.Errors[0].Details.Count);
v["Name"] = null; //nil
var r5 = v.Verify();
Assert.False(r5.IsValid);
Assert.Single(r5.Errors);
Assert.Equal(2, r5.Errors[0].Details.Count);
}
public void DirectInstanceSelectTest()
{
var act = new NiceAct()
{
Name = "Hu",
Age = 22,
Country = Country.China,
Birthday = DateTime.Today
};
var type = typeof(NiceAct);
var v = LeoVisitorFactory.Create(type, act);
var z0 = v.Select((s, o) => s);
var z1 = v.Select((s, o, m) => s);
var z2 = v.Select(c => c.Name);
var z3 = v.Select <(string, int)>(c => (c.Name, c.Index));
var z4 = v.Select(c => new { c.Name, c.Value, c.Index });
Assert.NotNull(z0);
Assert.NotNull(z1);
Assert.NotNull(z2);
Assert.NotNull(z3);
Assert.NotNull(z4);
var l0 = z0.FireAndReturn();
var l1 = z1.FireAndReturn();
var l2 = z2.FireAndReturn();
var l3 = z3.FireAndReturn();
var l4 = z4.FireAndReturn();
Assert.Equal(5, l0.Count());
Assert.Equal(5, l1.Count());
Assert.Equal(5, l2.Count());
Assert.Equal(5, l3.Count());
Assert.Equal(5, l4.Count());
var f0 = l0.First();
var f1 = l1.First();
var f2 = l2.First();
var f3 = l3.First();
var f4 = l4.First();
Assert.Equal("Name", f0);
Assert.Equal("Name", f1);
Assert.Equal("Name", f2);
Assert.Equal("Name", f3.Item1);
Assert.Equal(0, f3.Item2);
Assert.Equal("Name", f4.Name);
Assert.Equal("Hu", f4.Value);
Assert.Equal(0, f4.Index);
}
public void DirectFutureSelectTest()
{
var type = typeof(NiceAct);
var v = LeoVisitorFactory.Create(type);
v.SetValue("Name", "Du");
v.SetValue("Age", 55);
v.SetValue("Country", Country.USA);
v.SetValue("Birthday", DateTime.Today.AddDays(-1));
v.SetValue("IsValid", true);
var z0 = v.Select((s, o) => s);
var z1 = v.Select((s, o, m) => s);
var z2 = v.Select(c => c.Name);
var z3 = v.Select <(string, int)>(c => (c.Name, c.Index));
var z4 = v.Select(c => new { c.Name, c.Value, c.Index });
Assert.NotNull(z0);
Assert.NotNull(z1);
Assert.NotNull(z2);
Assert.NotNull(z3);
Assert.NotNull(z4);
var l0 = z0.FireAndReturn();
var l1 = z1.FireAndReturn();
var l2 = z2.FireAndReturn();
var l3 = z3.FireAndReturn();
var l4 = z4.FireAndReturn();
Assert.Equal(5, l0.Count());
Assert.Equal(5, l1.Count());
Assert.Equal(5, l2.Count());
Assert.Equal(5, l3.Count());
Assert.Equal(5, l4.Count());
var f0 = l0.First();
var f1 = l1.First();
var f2 = l2.First();
var f3 = l3.First();
var f4 = l4.First();
Assert.Equal("Name", f0);
Assert.Equal("Name", f1);
Assert.Equal("Name", f2);
Assert.Equal("Name", f3.Item1);
Assert.Equal(0, f3.Item2);
Assert.Equal("Name", f4.Name);
Assert.Equal("Du", f4.Value);
Assert.Equal(0, f4.Index);
}
public void GenericFutureWithValueApiValidTest()
{
var v = LeoVisitorFactory.Create <NiceAct>();
var context = v.ValidationEntry;
Assert.NotNull(context);
context.ForMember(x => x.Name,
c => c.NotEmpty().MinLength(4).MaxLength(15));
var r1 = v.Verify();
Assert.False(r1.IsValid);
Assert.Single(r1.Errors);
Assert.Equal(2, r1.Errors[0].Details.Count);
v["Name"] = "Hulu"; //4
var r2 = v.Verify();
Assert.True(r2.IsValid);
v["Name"] = "HuluWayaJavaPojoNovaLomo"; //16，greater than 15
var r3 = v.Verify();
Assert.False(r3.IsValid);
Assert.Single(r3.Errors);
Assert.Single(r3.Errors[0].Details);
v["Name"] = ""; //0
var r4 = v.Verify();
Assert.False(r4.IsValid);
Assert.Single(r4.Errors);
Assert.Equal(2, r4.Errors[0].Details.Count);
v["Name"] = null; //nil
var r5 = v.Verify();
Assert.False(r5.IsValid);
Assert.Single(r5.Errors);
Assert.Equal(2, r5.Errors[0].Details.Count);
}
public void GenericFutureWithStrategyValidTest()
{
var v = LeoVisitorFactory.Create <NiceAct>();
var context = v.ValidationEntry;
Assert.NotNull(context);
context.SetStrategy <GenericNiceActValidationStrategy>();
var r1 = v.Verify();
Assert.False(r1.IsValid);
Assert.Single(r1.Errors);
Assert.Equal(2, r1.Errors[0].Details.Count);
v["Name"] = "Hulu"; //4
var r2 = v.Verify();
Assert.True(r2.IsValid);
v["Name"] = "HuluWayaJavaPojoNovaLomo"; //16，greater than 15
var r3 = v.Verify();
Assert.False(r3.IsValid);
Assert.Single(r3.Errors);
Assert.Single(r3.Errors[0].Details);
v["Name"] = ""; //0
var r4 = v.Verify();
Assert.False(r4.IsValid);
Assert.Single(r4.Errors);
Assert.Equal(2, r4.Errors[0].Details.Count);
v["Name"] = null; //nil
var r5 = v.Verify();
Assert.False(r5.IsValid);
Assert.Single(r5.Errors);
Assert.Equal(2, r5.Errors[0].Details.Count);
}
public void GenericInstanceWithValueApiValidTest()
{
var act = new NiceAct()
{
Name = "Hulu",
Age = 22,
Country = Country.China,
Birthday = DateTime.Today
};
var v = LeoVisitorFactory.Create <NiceAct>(act);
var context = v.ValidationEntry;
Assert.NotNull(context);
context.ForMember(x => x.Name,
c => c.NotEmpty().MinLength(4).MaxLength(15));
var r1 = v.Verify();
Assert.True(r1.IsValid);
v.ValidationEntry
.ForMember("Name", c => c.Empty().OverwriteRule());
var r2 = v.Verify();
Assert.False(r2.IsValid);
Assert.Single(r2.Errors);
Assert.Single(r2.Errors[0].Details);
v["Name"] = "";
var r3 = v.Verify();
Assert.True(r3.IsValid);
v["Name"] = null;
var r4 = v.Verify();
Assert.True(r4.IsValid);
}
public void DirectInstanceLoopTest()
{
var act = new NiceAct()
{
Name = "Hu",
Age = 22,
Country = Country.China,
Birthday = DateTime.Today
};
var type = typeof(NiceAct);
var v = LeoVisitorFactory.Create(type, act);
string s0 = "", s1 = "", s2 = "";
int i2 = 0;
var ss = "NameAgeBirthdayCountryIsValid";
var ii = 0 + 1 + 2 + 3 + 4;
var l0 = v.ForEach((s, o) => { s0 += s; });
var l1 = v.ForEach((s, o, m) => { s1 += s; });
var l2 = v.ForEach(c =>
{
s2 += c.Name;
i2 += c.Index;
});
Assert.Equal("", s0);
Assert.Equal("", s1);
Assert.Equal("", s2);
Assert.Equal(0, i2);
l0.Fire();
l1.Fire();
l2.Fire();
Assert.Equal(ss, s0);
Assert.Equal(ss, s1);
Assert.Equal(ss, s2);
Assert.Equal(ii, i2);
l2.Fire();
Assert.Equal($"{ss}{ss}", s2);
Assert.Equal(ii + ii, i2);
}
public void DirectFutureLoopTest()
{
var type = typeof(NiceAct);
var v = LeoVisitorFactory.Create(type);
v.SetValue("Name", "Du");
v.SetValue("Age", 55);
v.SetValue("Country", Country.USA);
v.SetValue("Birthday", DateTime.Today.AddDays(-1));
v.SetValue("IsValid", true);
string s0 = "", s1 = "", s2 = "";
int i2 = 0;
var ss = "NameAgeBirthdayCountryIsValid";
var ii = 0 + 1 + 2 + 3 + 4;
var l0 = v.ForEach((s, o) => { s0 += s; });
var l1 = v.ForEach((s, o, m) => { s1 += s; });
var l2 = v.ForEach(c =>
{
s2 += c.Name;
i2 += c.Index;
});
Assert.Equal("", s0);
Assert.Equal("", s1);
Assert.Equal("", s2);
Assert.Equal(0, i2);
l0.Fire();
l1.Fire();
l2.Fire();
Assert.Equal(ss, s0);
Assert.Equal(ss, s1);
Assert.Equal(ss, s2);
Assert.Equal(ii, i2);
l2.Fire();
Assert.Equal($"{ss}{ss}", s2);
Assert.Equal(ii + ii, i2);
}
public void GenericFutureWithFluentApiAndValTest()
{
var v = LeoVisitorFactory.Create <NiceAct>();
v["Name"] = "Balala";
v.ValidationEntry.ForMember(x => x.Name, c => c.Must(NameMustBeBalala2).WithMessage("MustBala!"));
var r = v.Verify();
Assert.True(r.IsValid);
v["Name"] = "Bong";
r = v.Verify();
Assert.False(r.IsValid);
Assert.Single(r.Errors);
Assert.Single(r.Errors[0].Details);
Assert.Equal("MustBala!", r.Errors[0].Details[0].ErrorMessage);
}
public void DirectFutureWithFluentApiTest()
{
var type = typeof(NiceAct);
var v = LeoVisitorFactory.Create(type);
v["Name"] = "Balala";
v.ValidationEntry.ForMember("Name", c => c.Must(NameMustBeBalala).WithMessage("MustBala!"));
var r = v.Verify();
Assert.True(r.IsValid);
v["Name"] = "Bong";
r = v.Verify();
Assert.False(r.IsValid);
Assert.Single(r.Errors);
Assert.Single(r.Errors[0].Details);
Assert.Equal("MustBala!", r.Errors[0].Details[0].ErrorMessage);
}
public void DirectFutureWithValueApiValidTest()
{
var type = typeof(NiceAct);
var v = LeoVisitorFactory.Create(type);
v["Name"] = "Hulu";
var context = v.ValidationEntry;
Assert.NotNull(context);
context.ForMember("Name",
c => c.NotEmpty().MinLength(4).MaxLength(15));
var r1 = v.Verify();
Assert.True(r1.IsValid);
v.ValidationEntry
.ForMember("Name", c => c.Empty().OverwriteRule());
var r2 = v.Verify();
Assert.False(r2.IsValid);
Assert.Single(r2.Errors);
Assert.Single(r2.Errors[0].Details);
v["Name"] = "";
var r3 = v.Verify();
Assert.True(r3.IsValid);
v["Name"] = null;
var r4 = v.Verify();
Assert.True(r4.IsValid);
}
public void FackStaticTypeTest()
{
var act = new StaticNiceAct2();
StaticNiceAct2.Name = "Hu";
StaticNiceAct2.Age = 22;
StaticNiceAct2.Country = Country.China;
StaticNiceAct2.Birthday = DateTime.Today;
var type = typeof(StaticNiceAct2);
var v = LeoVisitorFactory.Create(type, act);
Assert.False(v.IsStatic);
Assert.Equal(typeof(StaticNiceAct2), v.SourceType);
Assert.Equal(AlgorithmKind.Precision, v.AlgorithmKind);
Assert.Equal("Hu", v.GetValue <string>("Name"));
Assert.Equal(22, v.GetValue <int>("Age"));
Assert.Equal(Country.China, v.GetValue <Country>("Country"));
Assert.Equal(DateTime.Today, v.GetValue <DateTime>("Birthday"));
Assert.False(v.GetValue <bool>("IsValid"));
v.SetValue("Name", "Du");
v.SetValue("Age", 55);
v.SetValue("Country", Country.USA);
v.SetValue("Birthday", DateTime.Today.AddDays(-1));
v.SetValue("IsValid", true);
Assert.Equal("Du", v.GetValue <string>("Name"));
Assert.Equal(55, v.GetValue <int>("Age"));
Assert.Equal(Country.USA, v.GetValue <Country>("Country"));
Assert.Equal(DateTime.Today.AddDays(-1), v.GetValue <DateTime>("Birthday"));
Assert.True(v.GetValue <bool>("IsValid"));
v["Name"] = "Au";
v["Age"] = 77;
v["Country"] = Country.China;
v["Birthday"] = DateTime.Today.AddDays(1);
v["IsValid"] = false;
Assert.Equal("Au", v.GetValue <string>("Name"));
Assert.Equal(77, v.GetValue <int>("Age"));
Assert.Equal(Country.China, v.GetValue <Country>("Country"));
Assert.Equal(DateTime.Today.AddDays(1), v.GetValue <DateTime>("Birthday"));
Assert.False(v.GetValue <bool>("IsValid"));
v.SetValue <NiceAct>(x => x.Name, "Zu");
v.SetValue <NiceAct>(x => x.Age, 99);
v.SetValue <NiceAct>(x => x.Country, Country.USA);
v.SetValue <NiceAct>(x => x.Birthday, DateTime.Today.AddDays(2));
v.SetValue <NiceAct>(x => x.IsValid, true);
Assert.Equal("Zu", v.GetValue <NiceAct>(x => x.Name));
Assert.Equal(99, v.GetValue <NiceAct>(x => x.Age));
Assert.Equal(Country.USA, v.GetValue <NiceAct>(x => x.Country));
Assert.Equal(DateTime.Today.AddDays(2), v.GetValue <NiceAct>(x => x.Birthday));
Assert.True((bool)v.GetValue <NiceAct>(x => x.IsValid));
v.SetValue <NiceAct, string>(x => x.Name, "Xu");
v.SetValue <NiceAct, int>(x => x.Age, 199);
v.SetValue <NiceAct, Country>(x => x.Country, Country.China);
v.SetValue <NiceAct, DateTime>(x => x.Birthday, DateTime.Today.AddDays(-2));
v.SetValue <NiceAct, bool>(x => x.IsValid, false);
Assert.Equal("Xu", v.GetValue <NiceAct, string>(x => x.Name));
Assert.Equal(199, v.GetValue <NiceAct, int>(x => x.Age));
Assert.Equal(Country.China, v.GetValue <NiceAct, Country>(x => x.Country));
Assert.Equal(DateTime.Today.AddDays(-2), v.GetValue <NiceAct, DateTime>(x => x.Birthday));
Assert.False(v.GetValue <NiceAct, bool>(x => x.IsValid));
var d = v.ToDictionary();
Assert.Equal("Xu", d["Name"]);
Assert.Equal(199, d["Age"]);
Assert.Equal(Country.China, d["Country"]);
Assert.Equal(DateTime.Today.AddDays(-2), d["Birthday"]);
Assert.False((bool)d["IsValid"]);
d["Name"] = "Ax";
d["Age"] = 10086;
d["Country"] = Country.China;
d["Birthday"] = DateTime.Today.AddDays(10);
d["IsValid"] = true;
v.SetValue(d);
Assert.Equal("Ax", d["Name"]);
Assert.Equal(10086, d["Age"]);
Assert.Equal(Country.China, d["Country"]);
Assert.Equal(DateTime.Today.AddDays(10), d["Birthday"]);
Assert.True((bool)d["IsValid"]);
}
public void GenericFutureTest()
{
var v = LeoVisitorFactory.Create <NiceAct>();
v.SetValue("Name", "Du");
v.SetValue("Age", 55);
v.SetValue("Country", Country.USA);
v.SetValue("Birthday", DateTime.Today.AddDays(-1));
v.SetValue("IsValid", true);
var n1 = new NiceAct();
var b1 = v.TryRepeat(n1, out var o1);
var to1 = (NiceAct)o1;
Assert.True(b1);
Assert.Equal("Du", to1.Name);
Assert.Equal(55, to1.Age);
Assert.Equal(Country.USA, to1.Country);
Assert.Equal(DateTime.Today.AddDays(-1), to1.Birthday);
Assert.True(to1.IsValid);
v["Name"] = "Au";
v["Age"] = 77;
v["Country"] = Country.China;
v["Birthday"] = DateTime.Today.AddDays(1);
v["IsValid"] = false;
var n2 = new NiceAct();
var b2 = v.TryRepeat(n2, out var o2);
var b3 = v.TryRepeat(n1, out var o3);
var b4 = v.TryRepeat(out var o4);
var b5 = v.TryRepeatAs <NiceAct>(out var o5);
var n6 = new NiceAct();
var b6 = v.TryRepeatAs <NiceAct>(n6, out var o6);
Assert.True(b2);
Assert.Equal("Au", o2.Name);
Assert.Equal(77, o2.Age);
Assert.Equal(Country.China, o2.Country);
Assert.Equal(DateTime.Today.AddDays(1), o2.Birthday);
Assert.False(o2.IsValid);
Assert.True(b3);
Assert.Equal("Au", o3.Name);
Assert.Equal(77, o3.Age);
Assert.Equal(Country.China, o3.Country);
Assert.Equal(DateTime.Today.AddDays(1), o3.Birthday);
Assert.False(o3.IsValid);
Assert.True(b4);
Assert.Equal("Au", o4.Name);
Assert.Equal(77, o4.Age);
Assert.Equal(Country.China, o4.Country);
Assert.Equal(DateTime.Today.AddDays(1), o4.Birthday);
Assert.False(o4.IsValid);
Assert.True(b5);
Assert.Equal("Au", o5.Name);
Assert.Equal(77, o5.Age);
Assert.Equal(Country.China, o5.Country);
Assert.Equal(DateTime.Today.AddDays(1), o5.Birthday);
Assert.False(o5.IsValid);
Assert.True(b6);
Assert.Equal("Au", o6.Name);
Assert.Equal(77, o6.Age);
Assert.Equal(Country.China, o6.Country);
Assert.Equal(DateTime.Today.AddDays(1), o6.Birthday);
Assert.False(o6.IsValid);
var repeater = v.ForRepeat();
var n7 = new NiceAct();
var o7 = repeater.Play(n7);
var o8 = repeater.NewAndPlay();
Assert.Equal("Au", o7.Name);
Assert.Equal(77, o7.Age);
Assert.Equal(Country.China, o7.Country);
Assert.Equal(DateTime.Today.AddDays(1), o7.Birthday);
Assert.False(o7.IsValid);
Assert.Equal("Au", o8.Name);
Assert.Equal(77, o8.Age);
Assert.Equal(Country.China, o8.Country);
Assert.Equal(DateTime.Today.AddDays(1), o8.Birthday);
Assert.False(o8.IsValid);
var d = new Dictionary <string, object>();
d["Name"] = "AuX";
d["Age"] = 707;
d["Country"] = Country.USA;
d["Birthday"] = DateTime.Today.AddDays(10);
d["IsValid"] = true;
var b10 = v.TryRepeat(d, out var to10);
var b11 = v.TryRepeatAs <NiceAct>(d, out var o11);
var o12 = repeater.Play(d);
Assert.True(b10);
Assert.Equal("Au", to10.Name);
Assert.Equal(77, to10.Age);
Assert.Equal(Country.China, to10.Country);
Assert.Equal(DateTime.Today.AddDays(1), to10.Birthday);
Assert.False(to10.IsValid);
Assert.True(b11);
Assert.Equal("Au", o11.Name);
Assert.Equal(77, o11.Age);
Assert.Equal(Country.China, o11.Country);
Assert.Equal(DateTime.Today.AddDays(1), o11.Birthday);
Assert.False(o11.IsValid);
Assert.Equal("Au", o12.Name);
Assert.Equal(77, o12.Age);
Assert.Equal(Country.China, o12.Country);
Assert.Equal(DateTime.Today.AddDays(1), o12.Birthday);
Assert.False(o12.IsValid);
}
public void GenericFutureTest()
{
var d = new Dictionary <string, object>();
d["Name"] = "Haha";
d["Age"] = 505;
d["Country"] = Country.China;
d["Birthday"] = DateTime.Today.AddDays(9);
d["IsValid"] = true;
var v = LeoVisitorFactory.Create <NiceAct>(d);
Assert.False(v.IsStatic);
Assert.Equal(typeof(NiceAct), v.SourceType);
Assert.Equal(AlgorithmKind.Precision, v.AlgorithmKind);
Assert.Equal("Haha", v.GetValue <string>("Name"));
Assert.Equal(505, v.GetValue <int>("Age"));
Assert.Equal(Country.China, v.GetValue <Country>("Country"));
Assert.Equal(DateTime.Today.AddDays(9), v.GetValue <DateTime>("Birthday"));
Assert.True(v.GetValue <bool>("IsValid"));
v.SetValue("Name", "Du");
v.SetValue("Age", 55);
v.SetValue("Country", Country.USA);
v.SetValue("Birthday", DateTime.Today.AddDays(-1));
v.SetValue("IsValid", true);
Assert.Equal("Du", v.GetValue <string>("Name"));
Assert.Equal(55, v.GetValue <int>("Age"));
Assert.Equal(Country.USA, v.GetValue <Country>("Country"));
Assert.Equal(DateTime.Today.AddDays(-1), v.GetValue <DateTime>("Birthday"));
Assert.True(v.GetValue <bool>("IsValid"));
v["Name"] = "Au";
v["Age"] = 77;
v["Country"] = Country.China;
v["Birthday"] = DateTime.Today.AddDays(1);
v["IsValid"] = false;
Assert.Equal("Au", v.GetValue <string>("Name"));
Assert.Equal(77, v.GetValue <int>("Age"));
Assert.Equal(Country.China, v.GetValue <Country>("Country"));
Assert.Equal(DateTime.Today.AddDays(1), v.GetValue <DateTime>("Birthday"));
Assert.False(v.GetValue <bool>("IsValid"));
v.SetValue <NiceAct>(x => x.Name, "Zu");
v.SetValue <NiceAct>(x => x.Age, 99);
v.SetValue <NiceAct>(x => x.Country, Country.USA);
v.SetValue <NiceAct>(x => x.Birthday, DateTime.Today.AddDays(2));
v.SetValue <NiceAct>(x => x.IsValid, true);
Assert.Equal("Zu", v.GetValue <NiceAct>(x => x.Name));
Assert.Equal(99, v.GetValue <NiceAct>(x => x.Age));
Assert.Equal(Country.USA, v.GetValue <NiceAct>(x => x.Country));
Assert.Equal(DateTime.Today.AddDays(2), v.GetValue <NiceAct>(x => x.Birthday));
Assert.True((bool)v.GetValue <NiceAct>(x => x.IsValid));
v.SetValue <NiceAct, string>(x => x.Name, "Xu");
v.SetValue <NiceAct, int>(x => x.Age, 199);
v.SetValue <NiceAct, Country>(x => x.Country, Country.China);
v.SetValue <NiceAct, DateTime>(x => x.Birthday, DateTime.Today.AddDays(-2));
v.SetValue <NiceAct, bool>(x => x.IsValid, false);
Assert.Equal("Xu", v.GetValue <NiceAct, string>(x => x.Name));
Assert.Equal(199, v.GetValue <NiceAct, int>(x => x.Age));
Assert.Equal(Country.China, v.GetValue <NiceAct, Country>(x => x.Country));
Assert.Equal(DateTime.Today.AddDays(-2), v.GetValue <NiceAct, DateTime>(x => x.Birthday));
Assert.False(v.GetValue <NiceAct, bool>(x => x.IsValid));
v.SetValue <string>(x => x.Name, "Lu");
v.SetValue <int>(x => x.Age, 11);
v.SetValue <Country>(x => x.Country, Country.USA);
v.SetValue <DateTime>(x => x.Birthday, DateTime.Today);
v.SetValue <bool>(x => x.IsValid, true);
Assert.Equal("Lu", v.GetValue(x => x.Name));
Assert.Equal(11, v.GetValue(x => x.Age));
Assert.Equal(Country.USA, v.GetValue(x => x.Country));
Assert.Equal(DateTime.Today, v.GetValue(x => x.Birthday));
Assert.True(v.GetValue(x => x.IsValid));
d["Name"] = "Ax";
d["Age"] = 10086;
d["Country"] = Country.China;
d["Birthday"] = DateTime.Today.AddDays(10);
d["IsValid"] = true;
v.SetValue(d);
Assert.Equal("Ax", d["Name"]);
Assert.Equal(10086, d["Age"]);
Assert.Equal(Country.China, d["Country"]);
Assert.Equal(DateTime.Today.AddDays(10), d["Birthday"]);
Assert.True((bool)d["IsValid"]);
}
public void DirectInstanceWithValueApiValidTest()
{
var act = new NiceAct()
{
Name = "Hulu",
Age = 22,
Country = Country.China,
Birthday = DateTime.Today
};
var type = typeof(NiceAct);
var v = LeoVisitorFactory.Create(type, act);
v.ValidationEntry
.ForMember("Name", c => c.NotEmpty().MinLength(4).MaxLength(15));
var r1 = v.Verify();
Assert.True(r1.IsValid);
v.ValidationEntry
.ForMember("Name", c => c.Empty().OverwriteRule());
var r2 = v.Verify();
Assert.False(r2.IsValid);
Assert.Single(r2.Errors);
Assert.Single(r2.Errors[0].Details);
v["Name"] = "";
var r3 = v.Verify();
Assert.True(r3.IsValid);
v["Name"] = null;
var r4 = v.Verify();
Assert.True(r4.IsValid);
// NotEqual is not mutually exclusive, so these three tokens can be added. The default is AppendRule mode.
v.ValidationEntry.ForMember("Name", c => c.Length(4, 15).NotEqual("Huhuhu").NotEqual("Lululu").NotEqual("Hu"));
r1 = v.Verify();
Assert.True(r1.IsValid);
// NotEqual is not mutually exclusive, so these three tokens can be added.
v.ValidationEntry.ForMember("Name", c => c.Length(4, 15).NotEqual("Huhuhu").NotEqual("Lululu").NotEqual("Hu").OverwriteRule());
v["Name"] = "Hululu";
r1 = v.Verify();
Assert.True(r1.IsValid);
v["Name"] = "Huhuhu";
r1 = v.Verify();
Assert.False(r1.IsValid);
Assert.Single(r1.Errors);
Assert.Single(r1.Errors[0].Details);
v["Name"] = "Lululu";
r1 = v.Verify();
Assert.False(r1.IsValid);
Assert.Single(r1.Errors);
Assert.Single(r1.Errors[0].Details);
v["Name"] = "Hu";
r1 = v.Verify();
Assert.False(r1.IsValid);
Assert.Single(r1.Errors);
Assert.Equal(2, r1.Errors[0].Details.Count);
// Revert to RequiredNull token to test the mutual exclusion under AppendRule
v.ValidationEntry
.ForMember("Name", c => c.Empty().OverwriteRule());
// Due to mutual exclusion, these conditions will all fail to take effect (because of the AppendRule mode).
v.ValidationEntry
.ForMember("Name", c => c.NotEmpty().MinLength(4).MaxLength(15).AppendRule());
v["Name"] = "";
r1 = v.Verify();
Assert.True(r1.IsValid);
v["Name"] = null;
r1 = v.Verify();
Assert.True(r1.IsValid);
}
