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A strongly named assembly is one that has a unique digital signature attached to it. Strongly named assemblies are much more secure than assemblies that do not have strong names, for the following reasons: A strong name uniquely identifies an assembly. No one else can create an assembly with the same strong name, so the user can be sure that the assembly came from the claimed source. The contents of an assembly with a strong name cannot be altered without the security components of the CLR catching the modification. A weakly named assembly is one that is not strongly named. Since a weakly named assembly does not have a digital signature, it is inherently insecure. Because a chain is only as strong as its weakest link, by default, strongly named assemblies can only access other strongly named assemblies. (There s also a way to allow partially trusted callers, but I won t be covering that topic.) The programmer does not produce the strong name. The compiler produces it by taking information about the assembly and hashing it to create a unique digital signature that it attaches to the assembly. The pieces of information it uses in the hash process are the following: The sequence of bytes composing the assembly The simple name The version number The culture information The public/private key pair

Note There is some diversity in the nomenclature surrounding strong names. What I m calling strongly named is often referred to as strong-named. What I m calling weakly named is sometimes referred to as not strong-named or assembly with a simple name.

Component comp = ...; JTabbedPane pane = new JTabbedPane(); pane.setTabComponentAt(0, comp);

Further, whether a function requires (execution-time) state determines whether the design requires an object, or a group of objects, beyond a class From a very function-oriented point of view, it can be seen that classes are actually compile-time states of a family; more basically, it can be seen that an implementation is a compile-time instantiation of an interface The analyzing process tends to lend itself to identifying these states first as singular objects Then, observing the constants that are present, the further properties of classes tend to become identified Finally, assessing similarities and differences between class usages tends to be required to identify class groups (to optimize the family); it also is very helpful in identifying how the classes should be instantiated, with the creational category of interaction mechanisms At this point, it s interesting to examine concepts of an object-oriented database.

WriteLine is another member of Console, which performs the same functions as Write, but appends a newline character to the end of each output string. For example, if you use the preceding code, substituting WriteLine for Write, the output is on separate lines: System.Console.WriteLine("This is text 1."); System.Console.WriteLine("This is text 2."); System.Console.WriteLine("This is text 3."); This code produces the following output in the console window: This is text 1. This is text 2. This is text 3.

Basically, you have three methods to play with:

The general form of the Write and WriteLine statements takes more than a single parameter. If there is more than a single parameter, the parameters are separated by commas. The first parameter must always be a string, and is called the format string. The format string can contain substitution markers. A substitution marker marks the position in the format string where a value should be substituted in the output string. It consists of an integer enclosed in a set of matching curly braces. The integer is the numeric position of the substitution value to be used. The parameters following the format string are called substitution values. These substitution values are numbered, starting at 0. The syntax is as follows: Console.WriteLine( FormatString, SubVal0, SubVal1, SubVal2, ... ); For example, the following statement has two substitution markers, numbered 0 and 1, and two substitution values, whose values are 3 and 6, respectively. Substitution markers Console.WriteLine("Two sample integers are {0} and {1}.", 3, 6); Format string Substitution values This code produces the following output on the screen:

First of all, storing objects actually means just storing the data items of those objects, not the functions; it s about persistent execution-time state Further, it must be remembered that it s not about storing classes; it s about storing lineages The accurate representation of objects in a relational database is of one row (in one table) containing an instance of a lineage objects of multiple classes The whole reason for the idea of an object-oriented database is the fact that relational databases have limited compatibility with objects For example, as a fundamental relational rule, no table is allowed to contain (encapsulate) arrays, and table references to other tables are by column (data item) value, whereas object references to other objects are by object (memory) location.