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for(x=0; x < ciLength; x++) { ParameterInfo[] pi = ci[x]GetParameters(); if(piLength == 2) break; } if(x == ciLength) { ConsoleWriteLine("No matching constructor found"); return; } else ConsoleWriteLine("Two-parameter constructor found\n"); // Construct the object object[] consargs = new object[2]; consargs[0] = 10; consargs[1] = 20; object reflectOb = ci[x]Invoke(consargs); ConsoleWriteLine("\nInvoking methods on reflectOb"); ConsoleWriteLine(); MethodInfo[] mi = tGetMethods(); // Invoke each method foreach(MethodInfo m in mi) { // Get the parameters ParameterInfo[] pi = mGetParameters(); if(mNameEquals("Set", StringComparisonOrdinal) && pi[0]ParameterType == typeof(int)) { // This is Set(int, int) object[] args = new object[2]; args[0] = 9; args[1] = 18; mInvoke(reflectOb, args); } else if(mNameEquals("Set", StringComparisonOrdinal) && pi[0]ParameterType == typeof(double)) { // This is Set(double, double) object[] args = new object[2]; args[0] = 112; args[1] = 234; mInvoke(reflectOb, args); } else if(mNameEquals("Sum", StringComparisonOrdinal)) { val = (int) mInvoke(reflectOb, null); ConsoleWriteLine("sum is " + val); } else if(mNameEquals("IsBetween", StringComparisonOrdinal)) { object[] args = new object[1]; args[0] = 14; if((bool) mInvoke(reflectOb, args)) ConsoleWriteLine("14 is between x and y"); } else if(mNameEquals("Show", StringComparisonOrdinal)) {

3 By default, the Document Properties panel will appear to the right of your report Under Document Options, check the box Refresh On Open

Part I:

.

mInvoke(reflectOb, null); } } } }

20:

The output from the program is shown here:

which is a result of the tensile strength of the cam material (see Chap 9) Steel has the highest tensile strengths (depending on the hardness) of all the alternative materials 16322 Ductile Iron Ductile (or nodular) iron is a strong candidate for replacing steel roller cams today Ductile iron is a form of cast iron in which the graphite (carbon) in the metal is contained in spheres (nodules) rather than the usual akes found in normal gray iron castings Both austempering and postgrind induction hardening have been utilized as alternative processing methods to reduce processing costs and improve performance of ductile iron for camshafts Austempering is a hardening and controlled quench process that makes the ductile iron stronger to absorb more stress, yet the hardness of austempered iron is less than that of iron treated with conventional heat and quench hardening The resultant iron is not susceptible to the phenomenon of grinding-induced cracking Postgrind induction hardening allows the manufacturer to nish machining the camshaft completely before induction hardening the cam lobes The unhardened casting machines and grinds rapidly without damage Engine manufacturers using postgrind induction hardening normally allow base circle runout tolerances to increase to 00020 inch, and they may also allow the surface of the lobe to crown 00040 inch in the center of the lobe 16323 Miscellaneous Materials The same comments are valid for sliding follower composite camshafts except that materials may be steel, powdered metal steel, powdered metal tool steel, or other powdered metal materials that show durability for roller followers Since there are some very hard and durable powdered metal alloys, sometimes the lobe material is very dif cult to grind 16324 Roller Follower Roller followers are usually needle bearings with the roller in the follower chosen to be 52100 bearing steel on a hardened 52100 pin Roller followers usually operate with rolling and some sliding at high speeds The action occasionally presents a problem in that in the event of bouncing on the valve seat a at spot may prevent the rolling action and thus signi cantly promote wear on the cam This in turn affects the performance of the engine.

Found: MyClass Found: AnotherClass Found: Demo Using: MyClass Available constructors: MyClass(Int32 i) MyClass(Int32 i, Int32 j) Two-parameter constructor found Constructing MyClass(int, int) Values are x: 10, y: 20 Invoking methods on reflectOb sum is 30 14 is between x and y Inside Set(int, int) Values are x: 9, y: 18 Inside Set(double, double) Values are x: 1, y: 23 Values are x: 1, y: 23

.

As the output shows, all three classes contained within MyClassesexe were found The first one, which in this case was MyClass, was then used to instantiate an object and execute methods The types in MyClassesexe are discovered using this sequence of code, which is near the start of Main( ):

// Load the MyClassesexe assembly Assembly asm = AssemblyLoadFrom("MyClassesexe"); // Discover what types MyClassesexe contains Type[] alltypes = asmGetTypes(); foreach(Type temp in alltypes) ConsoleWriteLine("Found: " + tempName);