public void Test1()
		{
			// Call another virtualized method
			this.Test1_Called();

			// Call another virtualized method, static
			// ---
			// Note: This causes an interesting issue: Both Test1 and Test1_Called_Static
			// end up with the same method name after obfuscation (\0002). This seems to be
			// because Eazfuscator has two "name counters," one for instance methods and
			// another for static methods, per type. Because of this, when devirtualizing
			// this method, the following call to Test1_Called_Static is resolved as a
			// call to Test1, resulting in an exception.
			// ---
			// EazCallTests.Test1_Called_Static();

			// Call another virtualized method, from an instance of another type
			// and with a param + return value
			var instanceClass = new EazCall_Test1_InstanceClass();
			Assert.AreEqual(instanceClass.Test1_Called_OtherClass(1234), "1234");
		}
Exemple #2
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        public void Test1()
        {
            // Call another virtualized method
            this.Test1_Called();

            // Call another virtualized method, static
            // ---
            // Note: This causes an interesting issue: Both Test1 and Test1_Called_Static
            // end up with the same method name after obfuscation (\0002). This seems to be
            // because Eazfuscator has two "name counters," one for instance methods and
            // another for static methods, per type. Because of this, when devirtualizing
            // this method, the following call to Test1_Called_Static is resolved as a
            // call to Test1, resulting in an exception.
            // ---
            // EazCallTests.Test1_Called_Static();

            // Call another virtualized method, from an instance of another type
            // and with a param + return value
            var instanceClass = new EazCall_Test1_InstanceClass();

            Assert.AreEqual(instanceClass.Test1_Called_OtherClass(1234), "1234");
        }