public void ErlParserMFAFailTest()
{
var tests = new Dictionary <string, object[]>
{
{ "a:b(1,%comment\n", (object[])null },
{ "a:b(1,%comment 2).", (object[])null },
{ "(", (object[])null },
{ ")", (object[])null },
{ ".", (object[])null },
{ "aa", (object[])null },
{ "a(", (object[])null },
{ "a:b(", (object[])null },
{ "a.b()", (object[])null },
{ "a:b(10 20)", (object[])null },
{ "a:b(10. 20)", (object[])null },
{ "a:b(10.(20)", (object[])null },
{ "a:b(~w,~w)", new object[] { 10 } },
{ "a:b([~w,20],~w)", new object[] { 10 } },
};
foreach (var t in tests)
{
Aver.Throws <ErlException>(
() => ErlObject.ParseMFA(t.Key, t.Value),
"Errorneously parsing term: {0}".Args(t.Key));
}
}
public void TestGeoStrategy_SisterCities()
{
using (var app = new AzosApplication(null, BASE_CONF))
{
//Get the binder which will make and bind strategy instances for the requested contract and context data
var binder = app.ModuleRoot.Get <IStrategyBinder>();
//NOTICE: We allocate a different strategy context type (compare with the above test)
var ctx = new GeoSisterContext {
Location = new LatLng("41.500136,-81.7005492", "Cleveland")
};
var got = binder.Bind <IGeoStrat, IGeoStratContext>(ctx);
//We get LA strategy implementation, because LA is a sister city of Cleveland per GeoSisterContext
Aver.IsTrue(got is LosAngelesStrat);
Aver.AreEqual("LA California customers in Cleveland", got.RunStrategyWork());
//Now try Washington DC
ctx.Location = new LatLng("38.9079407,-77.0355777", "Washington");
got = binder.Bind <IGeoStrat, IGeoStratContext>(ctx);
//SF is a sister of Washington
Aver.IsTrue(got is SanFranciscoStrat);
Aver.AreEqual("San Francisco California customers in Washington", got.RunStrategyWork());
//Now Sacramento is going to throw because you cant bind it using this matching (no sister exists for it)
ctx.Location = new LatLng("38.5755851,-121.4925168", "Sacramento");
//can't bind it
Aver.Throws <AzosException>(() => binder.Bind <IGeoStrat, IGeoStratContext>(ctx));
}
}
public void Laconic_09()
{
var conf = "root{ a{ b=null } }".AsLaconicConfig();
Aver.Throws <ConfigException>(() => conf.Navigate("!/a/$doesnotexist"));
Aver.IsNull(conf.Navigate("!/a/$b").Value);
}
public void Test_ModuleInjectionAndAccess()
{
using (var app = new AzosApplication(null, BASE_CONF))
{
Aver.AreEqual(6, app.ModuleRoot.ChildModules.Count);
var logic = app.ModuleRoot.TryGet <IMyLogic>("Module1");
Aver.IsNotNull(logic);
Aver.AreEqual(1000, logic.Key);
logic = app.ModuleRoot.TryGet <IMyLogic>("Module2");
Aver.IsNotNull(logic);
Aver.AreEqual(2200, logic.Key);
logic = app.ModuleRoot.TryGet <IMyLogic>("Module3");
Aver.IsNull(logic);
logic = app.ModuleRoot.TryGet <IMyLogic>("Module4");
Aver.IsNotNull(logic);
Aver.AreEqual(4000, logic.Key);
logic = app.ModuleRoot.TryGet <IMyLogic>("s1");
Aver.IsNull(logic);
Aver.Throws <AzosException>(() => app.ModuleRoot.Get <IMyLogic>("s1"));
var svc = app.ModuleRoot.TryGet <IMyService>("s1");
Aver.IsNotNull(svc);
Aver.IsTrue(svc is MyServiceA);
svc = app.ModuleRoot.TryGet <IMyService>("s2");
Aver.IsNotNull(svc);
Aver.IsTrue(svc is MyServiceB);
}
}
public void MulripleEnumerable()
{
var enumerator = "+-".AsLookAheadEnumerable().GetLookAheadEnumerator();
Aver.IsTrue(enumerator.HasNext);
Aver.AreEqual(enumerator.Next, '+');
Aver.Throws <InvalidOperationException>(() =>
{
var current = enumerator.Current;
});
Aver.IsTrue(enumerator.MoveNext());
Aver.IsTrue(enumerator.HasNext);
Aver.AreEqual(enumerator.Next, '-');
Aver.AreEqual(enumerator.Current, '+');
Aver.IsTrue(enumerator.MoveNext());
Aver.IsFalse(enumerator.HasNext);
Aver.Throws <NFXException>(() =>
{
var next = enumerator.Next;
}, StringConsts.OPERATION_NOT_SUPPORTED_ERROR + "{0}.Next(!HasNext)".Args(typeof(LookAheadEnumerator <char>).FullName));
Aver.AreEqual(enumerator.Current, '-');
Aver.IsFalse(enumerator.MoveNext());
enumerator.Reset();
Aver.IsTrue(enumerator.HasNext);
Aver.AreEqual(enumerator.Next, '+');
Aver.Throws <InvalidOperationException>(() =>
{
var current = enumerator.Current;
});
Aver.IsTrue(enumerator.MoveNext());
}
public void Laconic_Vars()
{
var cfg = @"root
{
v1=$(sub-1/$b)
v2=$(sub-1/$c)
v3=$(sub-1/[0]/a[800]/$message)
v4=$($v44)
v44=$(sub-1/$bad)
v5=$(/$absent|$none|$v3|$never-existed)
a=1
b=2
sub-1{
a=100
b=$(/$a) //1
c=$($a)$($b) //1001
sub-1-1=12345{ a=1{v=1} a=2{v=2} a=3{v=3} a=800{message=kuku}}
bad=$(/$v44)
}
}".AsLaconicConfig();
Aver.AreEqual("1", cfg.AttrByName("v1").Value);
Aver.AreEqual("1001", cfg.AttrByName("v2").Value);
Aver.AreEqual("kuku", cfg.AttrByName("v3").Value);
Aver.Throws <ConfigException>(() => { var hang = cfg.AttrByName("v4").Value; });
Aver.AreEqual("$($v44)", cfg.AttrByName("v4").VerbatimValue);//does not throw
Aver.AreEqual("kuku", cfg.AttrByName("v5").Value);
}
public void Laconic_Navigation()
{
var cfg = @"root{
a=1
b=2
sub-1{
a=100
b=true
sub-1-1=12345{ a=1{v=1} a=2{v=2} a=3{v=3} a=800{message=kuku}}
}
}".AsLaconicConfig();
//Console.WriteLine(cfg.ToLaconicString());
Aver.AreEqual("root", cfg.Name);
Aver.IsTrue(cfg["sub-1"].Exists);
Aver.IsFalse(cfg["absent"].Exists);
Aver.IsTrue(cfg["absent", "sub-1"].Exists);
Aver.AreEqual("sub-1", cfg["sub-1"].Name);
Aver.AreEqual("sub-1", cfg["pizza", "absent", "sub-1"].Name);
Aver.AreEqual("sub-1", cfg["pizza", "sub-1", "absent"].Name);
Aver.AreEqual("sub-1-1", cfg["pizza", "sub-1", "absent"]["none", "sub-1-1"].Name);
Aver.IsFalse(cfg.Navigate("/absent").Exists);
Aver.Throws <ConfigException>(() => cfg.Navigate("!/absent"));//! denotes requires path
Aver.IsTrue(cfg.Navigate("/").Exists);
Aver.AreEqual("root", cfg.Navigate("/").Name);
Aver.AreEqual("root", cfg.Navigate("/").Name);
Aver.IsTrue(cfg.Navigate("/absent;/").Exists); // /absent OR /
Aver.IsTrue(cfg.Navigate("/absent|/").Exists); // /absent OR /
Aver.IsTrue(cfg.Navigate("/absent ; /").Exists); // /absent OR /
Aver.IsTrue(cfg.Navigate("/absent | /").Exists); // /absent OR /
Aver.AreEqual("sub-1", cfg.Navigate("/sub-1").Name);
Aver.AreEqual("sub-1", cfg.Navigate(" /sub-1").Name);
Aver.AreEqual("sub-1", cfg.Navigate("/ sub-1").Name);
Aver.IsFalse(cfg.Navigate("/ sub- 1").Exists);
Aver.AreEqual("a", cfg.Navigate("/sub-1/sub-1-1/a").Name);
Aver.AreEqual("1", cfg.Navigate("/sub-1/sub-1-1/a").Value);
Aver.AreEqual("a", cfg.Navigate("/sub-1/sub-1-1/[1]").Name);
Aver.AreEqual("2", cfg.Navigate("/sub-1/sub-1-1/[1]").Value);
Aver.AreEqual("a", cfg.Navigate("/sub-1/sub-1-1/[2]").Name);
Aver.AreEqual("3", cfg.Navigate("/sub-1/sub-1-1/[2]").Value);
Aver.AreEqual("3", cfg.Navigate("/sub-1/sub-1-1/a[3]").Value); //a section with value 3
Aver.AreEqual("800", cfg.Navigate("/sub-1/sub-1-1/a[message=kuku]").Value); //a section with attribute message="kuku"
Aver.AreEqual("12345", cfg.Navigate("/sub-z;/sub-1/hhh;/sub-1/sub-1-1;/").Value); //coalescing
Aver.AreEqual("2", cfg.Navigate("/sub-1/sub-1-1/a/../ .. /../$b").Value);//../$attribute
}
public void ErlBinaryTest()
{
{
var tt = new byte[] { 10, 11, 12 };
var t1 = new ErlBinary(tt, false);
tt[0] = 20;
Aver.AreEqual(20, t1.Value[0]);
var bb = new byte[] { 10, 11, 12 };
var t2 = new ErlBinary(bb);
bb[0] = 20;
Aver.AreEqual(10, t2.Value[0]);
}
var tb = new byte[] { 1, 2, 3 };
var t = new ErlBinary(tb);
Aver.IsTrue(t.Equals(new ErlBinary(new byte[] { 1, 2, 3 })));
Aver.AreObjectsEqual(t, new ErlBinary(tb));
Aver.IsTrue(new ErlBinary(new byte[] { 1, 2 }).CompareTo(t) < 0);
Aver.IsTrue(tb.MemBufferEquals(t.Value));
Aver.IsTrue(t.ValueAsBool);
Aver.IsFalse(new ErlBinary(new byte[] { }).ValueAsBool);
Aver.AreEqual("<<1,2,3>>", t.ToString());
Aver.AreEqual("<<1,2,3>>", t.ToBinaryString());
Aver.IsFalse(t.IsScalar);
Aver.IsTrue(ErlTypeOrder.ErlBinary == t.TypeOrder);
var bbb = new ErlBinary(new byte[] { 97, 98, 99, 10, 49, 50, 51 });
Aver.AreEqual("<<\"abc\n123\">>", bbb.ToString());
Aver.AreEqual("<<\"abc\n123\">>", bbb.ToPrintableString());
Aver.AreEqual("<<\"abc...\">>", bbb.ToPrintableString(6));
Aver.AreEqual("<<97,98,99,10,49,50,51>>", bbb.ToBinaryString());
Aver.AreEqual("<<97,98...>>", bbb.ToBinaryString(10));
Aver.IsTrue(t.Matches(new ErlBinary(new byte[] { 1, 2, 3 })));
Aver.IsTrue(new ErlVarBind().SequenceEqual(t.Match(new ErlBinary(new byte[] { 1, 2, 3 }))));
doesNotThrow(() => { var x = t.ValueAsObject; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsInt; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsLong; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsDecimal; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsDateTime; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsTimeSpan; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsDouble; });
doesNotThrow(() => { var x = t.ValueAsString; });
doesNotThrow(() => { var x = t.ValueAsBool; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsChar; });
doesNotThrow(() => { var x = t.ValueAsByteArray; });
IErlObject temp = null;
Aver.IsFalse(t.Subst(ref temp, new ErlVarBind()));
Aver.AreEqual(3, t.Visit(0, (acc, o) => acc + ((ErlBinary)o).Length));
byte[] b = t; Aver.IsTrue(tb.MemBufferEquals(b));
}
public void Nullable_NonNull()
{
int?x = 123;
Aver.AreEqual(123, x.NonNull());
x = null;
Aver.Throws <CallGuardException>(() => x.NonNull());
}
public void NonNull()
{
object x = 1;
Aver.AreEqual(1, (int)(x.NonNull()));
x = null;
Aver.Throws <CallGuardException>(() => x.NonNull());
}
public void NonBlank()
{
string x = "abc";
Aver.AreEqual("abc", x.NonBlank());
x = null;
Aver.Throws <CallGuardException>(() => x.NonBlank());
}
public void MinMaxTest()
{
Aver.AreEqual(1, IntMath.MinMax(-1, 1, 3));
Aver.AreEqual(2, IntMath.MinMax(2, 2, 3));
Aver.AreEqual(3, IntMath.MinMax(2, 3, 3));
Aver.AreEqual(-1, IntMath.MinMax(-1, -10, 3));
Aver.AreEqual(3, IntMath.MinMax(-1, 5, 3));
Aver.Throws <NFXException>(() => IntMath.MinMax(10, 5, 3));
}
public void NonBlankMin()
{
string x = "abc";
Aver.AreEqual("abc", x.NonBlankMin(3));
Aver.Throws <AzosException>(() => x.NonBlankMin(4));
x = null;
Aver.Throws <AzosException>(() => x.NonBlankMin(4));
}
public void Uri()
{
Aver.IsNull(new { _ = "" }.AsUri());
Aver.Throws <AzosException>(() => Azos.Data.GDID.Zero.AsUri(handling: ConvertErrorHandling.Throw), "GDID.AsUri");
object obj = "https://example.com";
Aver.AreObjectsEqual(new Uri("https://example.com"), obj.AsUri());
}
public void EmptyEnumerable_AsEnumerable()
{
var enumerator = string.Empty.AsLookAheadEnumerable().GetEnumerator();
Aver.Throws <InvalidOperationException>(() =>
{
var current = enumerator.Current;
});
Aver.IsFalse(enumerator.MoveNext());
}
public void T7()
{
var arr = new byte[] { 1, 2, 3, 4, 5 };
var s = new BufferSegmentReadingStream();
Aver.Throws <AzosIOException>(() => s.BindBuffer(arr, 22, 3));
Aver.Throws <AzosIOException>(() => s.BindBuffer(arr, 0, 23));
Aver.Throws <AzosIOException>(() => s.BindBuffer(arr, -1, 1));
Aver.Throws <AzosIOException>(() => s.BindBuffer(arr, 0, -1));
}
public void NonBlankMinMax()
{
string x = "abc";
Aver.AreEqual("abc", x.NonBlankMinMax(1, 3));
Aver.Throws <CallGuardException>(() => x.NonBlankMinMax(4, 64));
Aver.Throws <CallGuardException>(() => x.NonBlankMinMax(1, 2));
x = null;
Aver.Throws <CallGuardException>(() => x.NonBlankMinMax(1, 4));
}
public void ErlRefTest()
{
var ids = new int[] { 5, 6, 7 };
var t = new ErlRef("test", 5, 6, 7, 1);
var t1 = new ErlRef("test", ids, 1);
Aver.AreObjectsEqual(t, t1);
Aver.IsTrue(t.Equals(new ErlRef("test", ids, 1)));
Aver.AreObjectsEqual(t, new ErlRef("test", ids, 1));
Aver.AreEqual(1, new ErlRef("tesu", new int[] { 5, 6, 7 }, 1).CompareTo(t));
Aver.AreEqual(-1, new ErlRef("tess", new int[] { 5, 6, 7 }, 1).CompareTo(t));
Aver.AreEqual(-1, new ErlRef("test", new int[] { 4, 6, 7 }, 1).CompareTo(t));
Aver.AreEqual(1, new ErlRef("test", new int[] { 8, 6, 7 }, 1).CompareTo(t));
Aver.AreEqual(-1, new ErlRef("test", new int[] { 5, 4, 7 }, 1).CompareTo(t));
Aver.AreEqual(1, new ErlRef("test", new int[] { 5, 8, 7 }, 1).CompareTo(t));
Aver.AreEqual(-1, new ErlRef("test", new int[] { 5, 6, 4 }, 1).CompareTo(t));
Aver.AreEqual(1, new ErlRef("test", new int[] { 5, 6, 9 }, 1).CompareTo(t));
Aver.AreEqual(-1, new ErlRef("test", new int[] { 5, 6, 7 }, 0).CompareTo(t));
Aver.AreEqual(1, new ErlRef("test", new int[] { 5, 6, 7 }, 2).CompareTo(t));
Aver.AreEqual("#Ref<test.5.6.7.1>", t.ToString());
Aver.AreEqual("#Ref<test.5.6.7.1>", t.ValueAsString);
Aver.IsTrue(t.IsScalar);
Aver.IsTrue(ErlTypeOrder.ErlRef == t.TypeOrder);
Aver.IsTrue(t.Matches(t1));
Aver.IsTrue(new ErlVarBind().SequenceEqual(t.Match(t1)));
doesNotThrow(() => { var x = t.ValueAsObject; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsInt; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsLong; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsDecimal; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsDateTime; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsTimeSpan; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsDouble; });
Aver.AreEqual("#Ref<test.5.6.7.1>", t.ValueAsString);
var r = ErlRef.Parse("#Ref<test.5.6.7.1>");
Aver.AreObjectsEqual(new ErlAtom("test"), r.Node);
Aver.IsTrue(5 == r.Ids[0]);
Aver.IsTrue(6 == r.Ids[1]);
Aver.IsTrue(7 == r.Ids[2]);
Aver.IsTrue(1 == r.Creation);
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsBool; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsChar; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsByteArray; });
IErlObject temp = null;
Aver.IsFalse(t.Subst(ref temp, new ErlVarBind()));
Aver.IsTrue(t.Visit(false, (acc, o) => acc |= o is ErlRef));
}
public void IsValid()
{
var x = new Atom(0);
Aver.IsTrue(x.IsZero);
Aver.IsTrue(x.IsValid);
x = new Atom(0xffff);
Aver.IsFalse(x.IsValid);
Aver.Throws <AzosException>(() => x.Value.ToLower());
}
public void ErlPidTest()
{
var t = new ErlPid("test", 10, 3, 1);
Aver.AreEqual("test", t.Node.Value);
Aver.IsTrue(t.Equals(new ErlPid("test", 10, 3, 1)));
Aver.AreObjectsEqual(t, new ErlPid("test", 10, 3, 1));
Aver.AreEqual(1, new ErlPid("tesu", 10, 3, 1).CompareTo(t));
Aver.AreEqual(-1, new ErlPid("tess", 10, 3, 1).CompareTo(t));
Aver.AreEqual(-1, new ErlPid("test", 9, 3, 1).CompareTo(t));
Aver.AreEqual(1, new ErlPid("test", 12, 4, 1).CompareTo(t));
Aver.AreEqual(-1, new ErlPid("test", 10, 2, 1).CompareTo(t));
Aver.AreEqual(1, new ErlPid("test", 10, 4, 1).CompareTo(t));
Aver.AreEqual(-1, new ErlPid("test", 10, 3, 0).CompareTo(t));
Aver.AreEqual(1, new ErlPid("test", 10, 3, 2).CompareTo(t));
Aver.AreEqual("#Pid<test.10.3.1>", t.ToString());
Aver.AreEqual("#Pid<test.10.3.1>", t.ValueAsString);
Aver.IsTrue(t.IsScalar);
Aver.IsTrue(ErlTypeOrder.ErlPid == t.TypeOrder);
Aver.IsTrue(t.Matches(new ErlPid("test", 10, 3, 1)));
Aver.IsTrue(new ErlVarBind().SequenceEqual(t.Match(new ErlPid("test", 10, 3, 1))));
doesNotThrow(() => { var x = t.ValueAsObject; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsInt; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsLong; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsDecimal; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsDateTime; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsTimeSpan; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsDouble; });
Aver.AreEqual("#Pid<test.10.3.1>", t.ValueAsString);
var r = ErlPid.Parse("#Pid<test.10.3.1>");
Aver.AreObjectsEqual(new ErlAtom("test"), r.Node);
Aver.AreEqual(10, r.Id);
Aver.AreEqual(3, r.Serial);
Aver.AreEqual(1, r.Creation);
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsBool; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsChar; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsByteArray; });
Aver.IsTrue(new ErlPid("test", 0, 0, 0).Empty);
IErlObject temp = null;
Aver.IsFalse(t.Subst(ref temp, new ErlVarBind()));
Aver.AreEqual(true, t.Visit(false, (acc, o) => acc |= o is ErlPid));
}
public void EmptyEnumerable()
{
var enumerator = string.Empty.AsLookAheadEnumerable().GetLookAheadEnumerator();
Aver.IsFalse(enumerator.HasNext);
Aver.Throws <NFXException>(() => {
var next = enumerator.Next;
}, StringConsts.OPERATION_NOT_SUPPORTED_ERROR + "{0}.Next(!HasNext)".Args(typeof(LookAheadEnumerator <char>).FullName));
Aver.Throws <InvalidOperationException>(() => {
var current = enumerator.Current;
});
Aver.IsFalse(enumerator.MoveNext());
}
public void ErlLongTest()
{
var t = new ErlLong(10);
Aver.IsTrue(t.Equals(new ErlLong(10)));
Aver.AreObjectsEqual(t, new ErlLong(10));
Aver.AreEqual(-1, new ErlAtom("ok").CompareTo(t));
Aver.IsTrue(10 == t);
Aver.IsTrue((byte)10 == t);
Aver.IsTrue((long)10 == t);
Aver.AreEqual(10, t.Value);
Aver.AreEqual(10, t.ValueAsInt);
Aver.AreEqual(10, t.ValueAsLong);
Aver.AreEqual("10", t.ToString());
Aver.IsTrue(t.IsScalar);
Aver.IsTrue(ErlTypeOrder.ErlLong == t.TypeOrder);
Aver.IsTrue(t.Matches(new ErlLong(10)));
Aver.IsTrue(new ErlVarBind().SequenceEqual(t.Match(new ErlLong(10))));
doesNotThrow(() => { var x = t.ValueAsObject; });
Aver.AreEqual(10, t.ValueAsInt);
Aver.AreEqual(10, t.ValueAsLong);
Aver.AreEqual(10, t.ValueAsDecimal);
Aver.AreEqual(new DateTime(1970, 1, 1, 0, 0, 0) + new TimeSpan(10 * 10), t.ValueAsDateTime);
Aver.AreEqual(new TimeSpan(0, 0, 10), t.ValueAsTimeSpan);
Aver.AreEqual(10.0, t.ValueAsDouble);
Aver.AreEqual("10", t.ValueAsString);
Aver.AreEqual(true, t.ValueAsBool);
Aver.AreEqual('\n', t.ValueAsChar);
Aver.Throws <ErlException>(() => { var x = new ErlLong(256).ValueAsChar; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsByteArray; });
IErlObject temp = null;
Aver.IsFalse(t.Subst(ref temp, new ErlVarBind()));
Aver.AreEqual(10, t.Visit(0, (acc, o) => acc + o.ValueAsInt));
int n = (int)t; Aver.AreEqual(10, n);
long m = t; Aver.AreEqual(10, m);
ErlLong a = 100; // Implicit conversion
Aver.AreEqual(100, a.Value);
Aver.AreObjectsEqual(new ErlByte(127), new ErlLong(127));
Aver.AreObjectsEqual(new ErlByte(255), new ErlLong(255));
Aver.AreObjectsEqual(new ErlByte(0), new ErlLong(0));
}
public void ErlByteTest()
{
var t = new ErlByte(10);
Aver.IsTrue(t.Equals(new ErlByte(10)));
Aver.AreObjectsEqual(t, new ErlByte(10));
Aver.IsTrue(new ErlByte(1).CompareTo(t) < 0);
Aver.AreEqual(10, t.Value);
Aver.AreEqual(10, t.ValueAsInt);
Aver.AreEqual(10, t.ValueAsLong);
Aver.AreEqual("10", t.ToString());
Aver.IsTrue(t.IsScalar);
Aver.IsTrue(ErlTypeOrder.ErlByte == t.TypeOrder);
Aver.IsTrue(t.Matches(new ErlByte(10)));
Aver.IsTrue(new ErlVarBind().SequenceEqual(t.Match(new ErlByte(10))));
doesNotThrow(() => { var x = t.ValueAsObject; });
Aver.AreEqual(10, t.ValueAsInt);
Aver.AreEqual(10, t.ValueAsLong);
Aver.AreEqual(10, t.ValueAsDecimal);
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsDateTime; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsTimeSpan; });
Aver.AreEqual(10.0, t.ValueAsDouble);
Aver.AreEqual("10", t.ValueAsString);
Aver.AreEqual(true, t.ValueAsBool);
Aver.AreEqual('\n', t.ValueAsChar);
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsByteArray; });
IErlObject temp = null;
Aver.IsFalse(t.Subst(ref temp, new ErlVarBind()));
Aver.AreEqual(10, t.Visit(0, (acc, o) => o.ValueAsInt));
char n = (char)t; Aver.AreEqual('\n', n);
byte m = t; Aver.AreEqual(10, m);
ErlByte b = 10; Aver.AreEqual(10, b.Value);
ErlByte k = (ErlByte)10; Aver.AreEqual(10, k.Value);
ErlByte z = (ErlByte)'\n'; Aver.AreEqual(10, k.Value);
{
var bind = new ErlVarBind();
Aver.IsTrue(b.Match(new ErlLong(10), bind));
Aver.IsTrue(new ErlLong(10).Match(b, bind));
b = 111;
Aver.IsTrue(b.Match(new ErlLong(111), bind));
Aver.IsTrue(new ErlLong(111).Match(b, bind));
}
}
public void CreateByCodeOwnDaemon()
{
using (var logger = new LogDaemon(NOPApplication.Instance))
{
logger.WriteInterval = 0; //set the minimum flush period
Aver.Throws <AzosException>(() => logger.Start()); //can not start daemon with no sinks
Aver.IsFalse(logger.Running);
Aver.IsFalse(logger.Sinks.Any());
using (var sink = new MemoryBufferSink(logger))
{
sink.Name.See();
Aver.IsTrue(sink.Name.StartsWith("MemoryBufferSink.")); //anonymous sinks get their name from their: 'type.fid'
logger.Start(); //now it can start
Aver.IsTrue(logger.Running);
Aver.AreSameRef(sink, logger.Sinks.First()); //now there is a sink registered which is this one
Aver.IsTrue(sink.Running); //it was auto-started by the logger
logger.Write(new Message {
Type = MessageType.DebugB, Text = "This is a message #1"
}); //so this messages goes in it
Thread.Sleep(DAEMON_FLUSH_WAIT_MS); //make sure async flush happens
Aver.IsTrue(sink.Buffered.Any()); //because sink was active
var logged = sink.Buffered.FirstOrDefault(); // we get the first message buffered
Aver.AreEqual("This is a message #1", logged.Text);
Aver.IsTrue(MessageType.DebugB == logged.Type);
sink.WaitForCompleteStop();//stop the sink
Aver.IsFalse(sink.Running);
logger.Write(new Message {
Type = MessageType.Debug, Text = "This is a message #2"
});
Thread.Sleep(DAEMON_FLUSH_WAIT_MS); //make sure async flush happens
Aver.AreEqual(1, sink.Buffered.Count()); //because sink was not turned on for 2nd, only the first message got in, 2nd got lost
}
Aver.IsFalse(logger.Sinks.Any());//again, no sinks left
}
}
public void Parse()
{
Aver.IsFalse(SysAuthToken.Parse(null).Assigned);
Aver.IsFalse(SysAuthToken.Parse("").Assigned);
var v = SysAuthToken.Parse("frog::toad");
Aver.AreEqual("frog", v.Realm);
Aver.AreEqual("toad", v.Data);
Aver.Throws <SecurityException>(() => SysAuthToken.Parse("::toad"));
Aver.Throws <SecurityException>(() => SysAuthToken.Parse("frog::"));
Aver.Throws <SecurityException>(() => SysAuthToken.Parse("frogtoad"));
Aver.Throws <SecurityException>(() => SysAuthToken.Parse("frog:toad"));
}
public void ErlDoubleTest()
{
var t = new ErlDouble(10.128d);
Aver.IsTrue(t.Equals(new ErlDouble(10.128d)));
Aver.AreEqual(1, t.CompareTo(new ErlDouble(-1.1)));
Aver.AreObjectsEqual(t, new ErlDouble(10.128d));
Aver.AreEqual(0, t.CompareTo(new ErlDouble(10.128d)));
Aver.IsTrue(10.128d == t);
Aver.IsTrue(t == 10.128d);
Aver.AreEqual(10.128d, t.Value);
Aver.AreEqual(10, t.ValueAsInt);
Aver.AreEqual(10, t.ValueAsLong);
Aver.AreEqual(10.128d, t.ValueAsDouble);
Aver.AreEqual("10.128", t.ToString());
Aver.AreEqual("1.1", new ErlDouble(1.1).ToString());
Aver.IsTrue(t.IsScalar);
Aver.IsTrue(ErlTypeOrder.ErlDouble == t.TypeOrder);
Aver.IsTrue(t.Matches(new ErlDouble(10.128d)));
Aver.IsTrue(new ErlVarBind().SequenceEqual(t.Match(new ErlDouble(10.128d))));
doesNotThrow(() => { var x = t.ValueAsObject; });
Aver.AreEqual(10, t.ValueAsInt);
Aver.AreEqual(10, t.ValueAsLong);
Aver.AreEqual(10.128m, t.ValueAsDecimal);
doesNotThrow(() => { var x = t.ValueAsDateTime; });
doesNotThrow(() => { var x = t.ValueAsTimeSpan; });
Aver.AreEqual(10.128d, t.ValueAsDouble);
Aver.AreEqual("10.128", t.ValueAsString);
Aver.AreEqual(true, t.ValueAsBool);
Aver.AreEqual(new DateTime(1970, 1, 1, 0, 0, 0) + new TimeSpan(10 * 10), t.ValueAsDateTime);
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsChar; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = t.ValueAsByteArray; });
IErlObject temp = null;
Aver.IsFalse(t.Subst(ref temp, new ErlVarBind()));
Aver.AreEqual(10.128d, t.Visit(0.0, (acc, o) => o.ValueAsDouble));
double n = t; // Implicit conversion
Aver.AreEqual(10.128d, n);
ErlDouble a = 10.128d; // Implicit conversion
Aver.AreEqual(10.128d, a.Value);
}
public void IntMathLog()
{
Aver.AreEqual(10, IntMath.Log(1024, 2));
Aver.AreEqual(2, IntMath.Log(9, 3));
Aver.AreEqual(2, IntMath.Log(11, 3));
Aver.AreEqual(1, IntMath.Log(2, 2));
Aver.AreEqual(0, IntMath.Log(1, 2));
Aver.Throws <NFXException>(() => IntMath.Log(0, 2));
Aver.AreEqual(62, IntMath.Log(1L << 62, 2));
Aver.AreEqual(32, IntMath.Log(1L << 32, 2));
Aver.AreEqual(10, IntMath.Log(1024, 2));
Aver.AreEqual(4, IntMath.Log(16, 2));
Aver.AreEqual(3, IntMath.Log(8, 2));
Aver.AreEqual(1, IntMath.Log(2, 2));
Aver.AreEqual(0, IntMath.Log(1, 2));
}
public void ErlAtomTest()
{
var am_test = new ErlAtom("test");
Aver.IsTrue(am_test.Equals(new ErlAtom("test")));
Aver.AreObjectsEqual(am_test, new ErlAtom("test"));
Aver.AreEqual("test", am_test.Value);
Aver.AreEqual("test", am_test.ToString());
Aver.IsTrue(am_test.IsScalar);
Aver.IsTrue(ErlTypeOrder.ErlAtom == am_test.TypeOrder);
Aver.IsTrue(am_test.Matches(new ErlAtom("test")));
Aver.IsTrue(new ErlVarBind().SequenceEqual(am_test.Match(new ErlAtom("test"))));
var am_Test = new ErlAtom("Test");
Aver.AreEqual("'Test'", am_Test.ToString());
Aver.AreEqual(4, am_Test.Length);
Aver.AreObjectsNotEqual(am_test, am_Test);
IErlObject temp = null;
Aver.IsFalse(am_test.Subst(ref temp, new ErlVarBind()));
Aver.IsTrue(am_Test.Visit(true, (acc, o) => acc));
doesNotThrow(() => { var x = am_test.ValueAsObject; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = am_test.ValueAsInt; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = am_test.ValueAsLong; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = am_test.ValueAsDecimal; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = am_test.ValueAsDateTime; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = am_test.ValueAsTimeSpan; });
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = am_test.ValueAsDouble; });
doesNotThrow(() => { var x = am_test.ValueAsString; });
doesNotThrow(() => { var x = am_test.ValueAsBool; });
Aver.AreEqual('a', new ErlAtom("a").ValueAsChar);
Aver.Throws <ErlIncompatibleTypesException>(() => { var x = am_test.ValueAsByteArray; });
string s = am_test; // Implicit conversion
Aver.AreEqual("test", s);
ErlAtom a = "abc"; // Implicit conversion
Aver.AreEqual("abc", a.Value);
}
public void List_Readonly()
{
var lst = new EventedList <string, string>("CONTEXT", false);
var ro = false;
lst.GetReadOnlyEvent = (l) => ro;
lst.Add("a");
lst.Add("b");
lst.Add("c");
Aver.AreEqual(3, lst.Count);
ro = true;
Aver.Throws <NFXException>(() => lst.Add("d"));
}
public void Dict_Readonly()
{
var dict = new EventedDictionary <int, string, string>("CONTEXT", false);
var ro = false;
dict.GetReadOnlyEvent = (l) => ro;
dict.Add(1, "a");
dict.Add(2, "b");
dict.Add(3, "c");
Aver.AreEqual(3, dict.Count);
ro = true;
Aver.Throws <AzosException>(() => dict.Add(4, "d"));
}