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When you import a universe, the connection gets imported as well However, if you use ODBC for certain connections, the system administrator must ensure that these same ODBC connections exist on the machine(s) running XI

The maximum pressure angle without locking the follower in its guide is am = tan -1 B m ( 2 A + B) (68)

As the output shows, both child threads are using SumIt( ) at the same time on the same object, and the value of sum is corrupted The effects of lock are summarized here: For any given object, once a lock has been acquired, the object is locked and no other thread can acquire the lock Other threads trying to acquire the lock on the same object will enter a wait state until the code is unlocked When a thread leaves the locked block, the object is unlocked

Part II:

Assuming you took a baseline measurement of sample reports and use cases in your planning phase, you can now compare the performance improvements in XI

Let us substitute some trial values to compare the magnitude of the results If we let A = B and assume the values for the coef cient of friction of bronze on steel to be m ( kinetic) = 010 and m (static) = 015 Substituting in Eq (68), we nd the maximum pressure angle for each condition: am = tan -1 am = tan -1 B = 73 degrees for m = 010 ( 010)(2 B + B) B = 66 degrees for m = 015 ( 015)(2 B + B)

Although locking a method s code, as shown in the previous example, is an easy and effective means of achieving synchronization, it will not work in all cases For example, you might want to synchronize access to a method of a class you did not create, which is itself not synchronized This can occur if you want to use a class that was written by a third party and for which you do not have access to the source code Thus, it is not possible for you to add a lock statement to the appropriate method within the class How can access to an object of this class be synchronized Fortunately, the solution to this problem is simple: Lock access to the object from code outside the object by specifying the object in a lock statement For example, here is an alternative implementation of the preceding program Notice that the code within SumIt( ) is no longer locked and no longer declares the lockOn object Instead, calls to SumIt( ) are locked within MyThread

// Another way to use lock to synchronize access to an object using System; using SystemThreading; class SumArray { int sum; public int SumIt(int[] nums) { sum = 0; // reset sum for(int i=0; i < numsLength; i++) { sum += nums[i]; ConsoleWriteLine("Running total for " + ThreadCurrentThreadName + " is " + sum); ThreadSleep(10); // allow task-switch } return sum; } } class MyThread { public Thread Thrd; int[] a; int answer; /* Create one SumArray object for all instances of MyThread */ static SumArray sa = new SumArray(); // Construct a new thread public MyThread(string name, int[] nums) { a = nums; Thrd = new Thread(thisRun); ThrdName = name; ThrdStart(); // start the thread }

COUNT(DISTINCT PRODUCT_NAME)

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// Begin execution of new thread void Run() { ConsoleWriteLine(ThrdName + " starting"); // Lock calls to SumIt() lock(sa) answer = saSumIt(a); ConsoleWriteLine("Sum for " + ThrdName + " is " + answer); ConsoleWriteLine(ThrdName + " terminating"); }

The COUNT function actually counts the number of rows returned; it does not count individual occurrences In the preceding example, if you used COUNT(PRODUCT_NAME), you would get the same result as with COUNT(PRODUCT_ID) If you want Potpourri Skirt to count as one product regardless of the number of times it occurs in the database, you must use COUNT(DISTINCT TABLECOLUMN)