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Now that you are familiar with the non-generic collection interfaces, we can examine the standard classes that implement them With the exception of BitArray, described later, the non-generic collection classes are summarized here:

Class ArrayList Hashtable Queue SortedList Stack Description A dynamic array This is an array that can grow as needed A hash table for key/value pairs A first-in, first-out list A sorted list of key/value pairs A first-in, last-out list

7:

In the if statements, the value of num is ANDed with 1 If bit zero in num is set, the result of num & 1 is 1; otherwise, the result is zero Therefore, the if statement can succeed only when the number is odd You can use the bit-testing capability of the bitwise & to create a program that uses the bitwise & to show the bits of a byte value in binary format Here is one approach:

The integral appearing in Eq (769) is evaluated below To this end, r is expressed as: r = ri + p (770)

// Display the bits within a byte using System; class ShowBits { static void Main() { int t; byte val; val = 123; for(t=128; t > 0; t = t/2) { if((val & t) != 0) ConsoleWrite("1 ");

WHERE Stable_owner=Oowner AND Stable_name=Oobject_name AND (OOBJECT_TYPE='TABLE' OR OOBJECT_TYPE='VIEW') AND Oowner=U1owner AND Oobject_name=U1table_name AND U1owner=U2owner AND U1table_name=U2table_name AND U1column_name=U2column_name AND Stable_owner NOT IN ('SYSTEM', 'MDSYS', 'ORDSYS', 'SYS') AND SDB_LINK = 'PRD5WORLD'

Part I:

where p is a vector lying in the plane of the polygon Si and stemming from the polygon centroid, as shown in Fig 711 Now, wi becomes w i = r i2 D i r + ri (2 pp T + p 2 1 ) dSi + p 2 p dSi

if((val & t) == 0) ConsoleWrite("0 "); } } }

Join strategies (<TYPE>JOIN</TYPE>) use five output columns as shown in Table 7-5, with each column separated with a vertical bar (|) It s rarely necessary to use external strategies for join creation For your external strategies to work, you must use the exact output layout If you forget a column, mix up the order, or forget the delimiter, you will get unusual results or an error

The output is shown here:

(771)

TIP If you have created business descriptions or other metadata inside a spreadsheet or other Office

0 1 1 1 1 0 1 1

The for loop successively tests each bit in val, using the bitwise AND, to determine if it is on or off If the bit is on, the digit 1 is displayed; otherwise, 0 is displayed The bitwise OR can be used to turn bits on Any bit that is set to 1 in either operand will cause the corresponding bit in the variable to be set to 1 For example 1101 0011 | 1010 1010 -------------------1111 1011 You can make use of the OR to change the make-even program shown earlier into a make-odd program, as shown here:

where an exponent k over a vector quantity indicates the kth power of the magnitude of the said vector, that is, r2 r r = ||r||2 Three surface integrals over Si are needed in the expression for wi, namely, A i = pp T dSi

tool, you can read this metadata into the universe through the use of external strategies The metadata must be saved in a text format with the appropriate layout and column delimiters described in Tables 7-3 7-5 Within the external strategy file (for example, Oraclestg), instead of listing a SQL statement, you reference the text filename as in this example:

using System; class MakeOdd { static void Main() { ushort num; ushort i; for(i = 1; i <= 10; i++) { num = i; ConsoleWriteLine("num: " + num); num = (ushort) (num | 1); ConsoleWriteLine("num after turning on bit zero: " + num + "\n"); } } }

The output from this program is shown here: