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Click the trackpad to select a different font family, size, style, or type as shown. You can even see a preview of your currently selected style and size to make sure it will fit your needs.

The String type is a reference type that consists of a sequence of Unicode characters representing text. The class has many useful instance methods and many static methods that support copying and manipulation of strings. The String class represents an immutable sequence of characters; methods that manipulate strings do not modify them in-place, they create new, modified versions of the strings. Even those methods that suggest that they modify the string (such as Insert, Remove, Replace, etc.) create new strings. If you need a string that is modifiable in-place, use the StringBuilder class. Let s start with a few basics. To create a simple string, write code like the following: String^ str = gcnew String("Text"); String^ str1 = "Text";

670 (672) 670 (672) 670 (672) 162 (164) 112 (114) 72 (74)

If you work out the average number of rows identified by just the town_code, age_code, and work_code specified in the preceding example, you will see that the optimizer will decide that these three columns are sufficient to restrict table visits to 36,000,000 / (31 * 47 * 79) = 313 rows So with the worst possible scattering of data (rather than the assumed 80/20 split), the work needed to acquire these rows would be 313 table block visits Even if the next best index (hair_code with seven distinct values) reduced the number of table visits from a worst-case 313 down to 0, it wouldn t be worth using the index because it would require visiting an extra 672 index blocks far more than the number of table block visits that would be saved.

Changing Your Currency Key (Dollar, Pound, Euro, or Yen sign)

As a rough test, I used the dbms_stats package to modify the leaf_block count for the hair_code index, and I had to bring it down to exactly 1,127 blocks so that leaf_blocks / distinct_keys was down to 161 before the optimizer considered it worthwhile using it (If the table had been sorted on hair_code to start with, the index would have held 675 leaf blocks rather than 4,690 leaf blocks, so the test was a reasonable one) Given the time it took to build the data, hacking the statistics with the dbms_stats package (see script hack_statssql in the online code source) a couple of dozen times to find the break point seemed a reasonable idea Although it conveniently showed how the optimizer is very cunning in making its choice of bitmap indexes, this example also highlighted more deficiencies in my approximation of the costing algorithm.

In the first statement, we explicitly spell out the String constructor with a string literal argument In the second statement, the right side is a string literal Historically, in Visual C++, if you use the prefix L in front of the string, the string literal is interpreted as Unicode C++/CLI interprets string literals as narrow 1-byte characters or wide 2-byte Unicode characters depending on the context If a string literal is immediately assigned to a String, it is interpreted as a wide character string literal even without the L prefix In any event, the String class always refers to a Unicode string, and an automatic conversion from a string literal is defined in C++/CLI, so when the string literal is assigned to a string handle, the result is a handle to a Unicode string.

You will notice that the key next to your Enter key in the lower right corner of your keyboard has a currency symbol on it. It may be a dollar, pound, Euro, or Yen sign. You can change the currency character that this key types in the Options -> Screen and Keyboard section.