public void Looks_up_a_n_part_identifier_path_from_the_scope()
{
//Assert
var obj = new JavascriptObject
{
{
"key", new JavascriptObject
{
{
"key2", new JavascriptObject
{
{
"key3", new JavascriptObject
{
{ "key4", 42 }
}
}
}
}
}
}
};
var method = _compiler.Parse <object>("key.key2.key3.key4");
method(obj, null).Should().Be(42);
}
public Form1()
{
InitializeComponent();
CefSharp.CefSharpSettings.LegacyJavascriptBindingEnabled = true;
//CefSharpSettings.WcfEnabled = true;
//var obj = new CSObj(System.Threading.SynchronizationContext.Current);
string url = "http://127.0.0.1:9090/page/index.html";
string rootPath = Application.StartupPath.ToString();
string filePath = rootPath + "\\web\\page\\index.html";
this.chromiumWebBrowser1.Load(url);
//ChromiumWebBrowser webview = new ChromiumWebBrowser(url)
//{
// Dock = DockStyle.Fill,
//};
//webview.JavascriptObjectRepository.Settings.LegacyBindingEnabled = true;
JavascriptObjectTest test = new JavascriptObjectTest();
JavascriptObject javascriptObject = new JavascriptObject();
chromiumWebBrowser1.JavascriptObjectRepository.Register("googleBrower", test, isAsync: true, options: BindingOptions.DefaultBinder);
//webview.JavascriptObjectRepository.Register("googleBrower", new CSObj(), false, CefSharp.BindingOptions.DefaultBinder);
this.Controls.Add(chromiumWebBrowser1);
}
public void Can_created_with_dynamic_features()
{
//Assert
var javascriptObject = new JavascriptObject();
javascriptObject.Should().BeAssignableTo(typeof(DynamicObject));
javascriptObject.Should().BeAssignableTo(typeof(IDictionary <string, object>));
}
public void Returns_undefined_on_non_defined_indexer()
{
//Assert
// ReSharper disable once CollectionNeverUpdated.Local
var obj = new JavascriptObject();
obj["nothing"].Should().BeSameAs(JavascriptObject.Undefined);
}
public void Handles_undefined_on_2_part_identifier_path()
{
//Assert
var obj = new JavascriptObject();
var method = _compiler.Parse <object>("key.key2");
method(obj, null).Should().BeSameAs(JavascriptObject.Undefined);
}
public void Will_parse_this()
{
//Assert
var scope = new JavascriptObject();
var method = _compiler.Parse <JavascriptObject>("this");
method(scope, null).Should().BeSameAs(scope);
}
public void Returns_undefined_on_non_defined_dynamic()
{
//Assert
var obj = new JavascriptObject();
dynamic dyn = obj;
object nothing = dyn.nothing;
nothing.Should().BeSameAs(JavascriptObject.Undefined);
}
public void Looks_up_an_property_from_the_scope()
{
//Assert
var method = _compiler.Parse <int>("aKey");
//Assert
var obj = new JavascriptObject();
dynamic dyn = obj;
dyn.aKey = 42;
method(obj, null).Should().Be(42);
}
public void Parses_a_computed_numeric_array_access()
{
//Assert
var method = _compiler.Parse <object>("aKey[1]");
var scope = new JavascriptObject
{
{ "aKey", new [] { 1, 2, 3 } }
};
method(scope, null).Should().Be(2);
}
public void Can_use_concrete_type_on_JavascriptObject()
{
var o = new DummyClass(0);
var r = new JavascriptObject
{
{ "AProperty", o }
};
var method = _compiler.Parse <JavascriptObject, DummyClass, object>("AProperty.SetKey(42)");
method(r, null).Should().Be(42);
o.Key.Should().Be(42);
}
public void Parses_computed_property_access_on_this()
{
//Assert
var obj = new JavascriptObject
{
{
"key", 42
}
};
var method = _compiler.Parse <int>("this['key']");
method(obj, null).Should().Be(42);
}
public BattlelogBase(string battlelogURL, string battlefieldName, string battlefieldShortname, string[] executableNames, int originCode, string javascriptPath)
{
this.javascriptObject = new JavascriptObject();
this.javascriptURL = javascriptPath;
this.battlelogURL = battlelogURL;
this.battlefieldName = battlefieldName;
this.battlefieldShortname = battlefieldShortname;
this.executableNames = executableNames;
this.gameId = originCode;
this.InitListenGame();
}
public BattlelogBase(string battlelogURL, string battlefieldName, string battlefieldShortname, string[] executableNames, int originCode, string javascriptPath)
{
this.javascriptObject = new JavascriptObject();
this.javascriptURL = javascriptPath;
this.battlelogURL = battlelogURL;
this.battlefieldName = battlefieldName;
this.battlefieldShortname = battlefieldShortname;
this.executableNames = executableNames;
this.gameId = originCode;
this.InitListenGame();
}
public void Can_use_JavascriptObject_on_concrete_type()
{
var r = new JavascriptObject
{
{ "AProperty", 42 }
};
var o = new DummyClass(0)
{
DynamicProp = r
};
var method = _compiler.Parse <DummyClass, DummyClass, object>("DynamicProp.AProperty");
method(o, null).Should().Be(42);
}
public void Properties_should_be_settable_through_dynamic()
{
//Assert
var javascriptObject = new JavascriptObject();
dynamic dyn = javascriptObject;
dyn.a = 1;
dyn.b = "c";
javascriptObject.ShouldBeEquivalentTo(new Dictionary <string, object>()
{
{ "a", 1 },
{ "b", "c" }
});
}
public void Should_act_like_dictionary()
{
var javascriptObject = new JavascriptObject
{
{ "a", 1 },
{ "b", "c" }
};
javascriptObject.ShouldBeEquivalentTo(new Dictionary <string, object>()
{
{ "a", 1 },
{ "b", "c" }
});
}
public void Parses_a_function_call()
{
//Assert
var value = new Func <int>(() => 42);
var scope = new JavascriptObject
{
{
"aFunction",
value
}
};
var method = _compiler.Parse <int>("aFunction()");
method(scope, null).Should().Be(42);
}
public void Parses_a_function_call_with_a_single_number_argument()
{
//Assert
var value = new Func <double, double>(i => i);
var scope = new JavascriptObject
{
{
"aFunction",
value
}
};
var method = _compiler.Parse <double>("aFunction(42)");
method(scope, null).Should().Be(42);
}
public void Does_not_use_locals_instead_of_scope_when_no_matching_key()
{
//Assert
var method = _compiler.Parse <int>("aKey");
var scope = new JavascriptObject
{
{ "aKey", 43 }
};
var locals = new JavascriptObject
{
{ "anotherKey", 42 }
};
method(scope, locals).Should().Be(43);
}
public void Properties_should_be_gettable_through_dynamic()
{
//Assert
var javascriptObject = new JavascriptObject
{
{ "a", 1 },
{ "b", "c" }
};
dynamic dyn = javascriptObject;
object a = dyn.a;
object b = dyn.b;
a.Should().Be(1);
b.Should().Be("c");
}
public void Parses_a_simple_computed_property_access()
{
//Assert
var obj = new JavascriptObject
{
{
"key", new JavascriptObject
{
{ "key2", 42 }
}
}
};
var method = _compiler.Parse <int>("key['key2']");
method(obj, null).Should().Be(42);
}
public void Can_assign_a_computed_object_property()
{
var o = new JavascriptObject
{
{
"key", "property"
},
{
"property", 0
}
};
var method = _compiler.Parse <object>("this[this.key] = 42");
method(o, null).Should().Be(42);
o["property"].Should().Be(42);
}
public void Uses_locals_instead_of_scope_when_the_first_part_matches()
{
//Assert
var method = _compiler.Parse <object>("aKey.anotherKey");
var scope = new JavascriptObject
{
{ "aKey", new JavascriptObject
{
{ "anotherKey", 42 }
} }
};
var locals = new JavascriptObject
{
{ "aKey", null }
};
method(scope, locals).Should().Be(JavascriptObject.Undefined);
}
public void Parses_a_computed_access_with_another_key_as_property()
{
//Assert
var obj = new JavascriptObject
{
{
"lock", new JavascriptObject
{
{ "key2", 42 }
}
},
{
"key", "key2"
}
};
var method = _compiler.Parse <int>("lock[key]");
method(obj, null).Should().Be(42);
}
public void Parses_a_function_call_with_multiple_arguments()
{
var aFunction = new Func <double, double, double, double>((i, j, k) => i + j + k);
var anotherFunction = new Func <double>(() => 30);
var scope = new JavascriptObject
{
{
"aFunction",
aFunction
},
{
"anotherFunction",
anotherFunction
},
{
"n",
10
}
};
var method = _compiler.Parse <double>("aFunction(2, n, anotherFunction())");
method(scope, null).Should().Be(42);
}
