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To perform a global address list search: a. b. Tap the Groups button in the upper right corner. See Figure 4 1. Tap the second button under the Google/Exchange contacts group that is the Global Address List search button. If your email address is long, then you will see only your email address on this button; however, if you have a short email address or have provided a short descriptive name, then you will see something like MSL Global Address List, as shown in Figure 4 1. Tap in the search window and type a few letters of someone s first name, last name, or company name to find them. Press the Search button to start searching.
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sending frequency on the two sides of the network connection. With this in mind, the network link and server s network stack might be eliminated as the source of the vast majority of the SQL*Net message from client wait time. The 0.038099-second gap between the network activity at time interval 8.439493 and time interval 8.477592 is the time interval that should be examined. If this delay happens for the next 989 lines in the order, the accumulated wait time for the client will be roughly 37.7 seconds, which is remarkably close to the elapsed 38.5 seconds for the customer order open time with all logging enabled. The Process Monitor log for this time interval is the key to understanding the delay. If repeating patterns of activity lasting roughly 0.030 to 0.039 seconds are found in the Process Monitor log, the source of the delay might be determined. The start and end times of the activity might be used to timesynchronize the log to that of the Wireshark log so that a common zero point for both logs may be identified. With the start time set to the calculated zero point, the pattern appears as follows: 1.493 seconds, close a file named sql.ini (apparent processing at the database server or in memory on client) 1.498 seconds, access the HKLM\Control Panel\International branch of the Windows registry 1.498 through 1.500 seconds, access a file named win.ini 1.500 through 1.501 seconds, access the International branch of the Windows registry 1.501 through 1.502 seconds, access a file named win.ini (process above repeated several times) 1.518 through 1.519 seconds, access the International branch of the Windows registry 1.519 through 1.521 seconds, access a file named win.ini (apparent processing at the database server or in memory on client) 1.531 seconds, attempt to read two registry keys related to Crystal Reports 11 1.533 through 1.534 seconds, access the International branch of the Windows registry 1.534 through 1.535 seconds, access a file named win.ini (the process above repeated many times) Analysis of this pattern indicates that for each customer order line read from the database, the ERP module updates 10 onscreen fields, and for each of the 10 onscreen fields, the file named win.ini is accessed twice (32-bit and 64-bit applications should not need to access this file) and 21 Windows Registry lookups are performed to read various entries in the branch HKCU\Control Panel\International as well as those entries related to Crystal Reports 11 (not installed on the client computer). The clientside activity during the customer order open contributed to most of the document open time, and the accumulated time for the preceding activity is very close to the 0.038-second delay found in the Wireshark log, so further analysis might prove helpful. Microsoft s Spy++ utility permits digging deeper into the application performance issues, essentially providing a wiretap into the application message queues (which allow one window object to communicate with another) of various window objects within an application. The Spy++ logs for the ERP module show interesting behavior that likely contributed to the performance problems with that module when opening and saving large customer orders: 001D04BC S .....WM_GETTEXTLENGTH wParam:00000000 lParam:00000000 001D04BC R .....WM_GETTEXTLENGTH cch:5 [lResult:00000005] 001D04BC S .....WM_GETTEXT cchTextMax:6 lpszText:0012C794 [wParam:00000006 lParam:0012C794] 001D04BC R .....WM_GETTEXT cchCopied:5 lpszText:0012C794 ("12459") [lResult:00000005]
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REQUIREMENT R table, and then to PART P, REQUIREMENT R2, PART P2, and so forth. To achieve this execution plan, the order of the inline view and tables must be changed to match the expected join order, and then another /*+ ORDERED */ hint added to the SQL statement immediately following the SELECT keyword that joins those tables. The end result with the two ORDERED hints is an execution time of 2.65 seconds (Oracle 11.1.0.7 execution time was 0.29 seconds). This solution corrects a single SQL statement without addressing the root cause of the poor initial execution plan the incorrect statistics for the TEMP_PART_PRICE table. Add an /*+ OPTIMIZER_FEATURES_ENABLE("9.2.0") */ hint immediately following the initial SELECT keyword. This hint sets the OPTIMIZER_FEATURES_HINTED and _OPTIMIZER_UNDO_COST_CHANGE parameters to 9.2.0 while leaving the OPTIMIZER_FEATURES_ENABLE parameter unchanged (other optimizer parameters are also changed temporarily). The end result with the OPTIMIZER_FEATURES_ENABLE hint is an execution time of 6.87 seconds (Oracle 11.1.0.7 execution time was 1.26 seconds). This solution corrects a single SQL statement without addressing the root cause of the poor initial execution plan the incorrect statistics for the TEMP_PART_PRICE table. Add a /*+ CARDINALITY(TPPD 200) */ hint immediately following the initial SELECT keyword. This hint artificially sets the cardinality (expected number of rows) for the table aliased as TPPD to 200 rows rather than the 0 rows indicated by the table s statistics. The end result with the CARDINALITY hint is an execution time of 4.71 seconds (Oracle 11.1.0.7 execution time was 2.26 seconds). This solution addresses the root cause of the poor execution plan (incorrect statistics), but only for a single SQL statement. Although the CARDINALITY hint is listed in the V$SQL_HINT view of Oracle 11.2.0.1, the CARDINALITY hint is undocumented and may become deprecated in a future Oracle release. Once deprecated, the hint may be removed from the list of hints recognized by the future version of the query optimizer, causing the SQL statement to again perform poorly. Add an /*+ OPT_ESTIMATE(TABLE, TPPD, ROWS=200) */ hint immediately following the initial SELECT keyword. This hint artificially sets the cardinality (expected number of rows) for the table aliased as TPPD to 200 rows rather than the 0 rows indicated by the table s statistics. The end result with the OPT_ESTIMATE hint is an execution time of 4.71 seconds (essentially the same as the CARDINALITY hint, Oracle 11.1.0.7 execution time was 2.23 seconds). This solution addresses the root cause of the poor execution plan (incorrect statistics), but only for a single SQL statement. OPT_ESTIMATE hints, although undocumented, are used by SQL profiles in Oracle 10.1 and above, and are thus less likely to become deprecated. The OPT_ESTIMATE hint achieved the same performance improvement as the CARDINALITY hint, and should be selected over the CARDINALITY hint because of the potential future deprecation of the CARDINALITY hint. (Although not included in this sample investigation, a DYNAMIC_SAMPLING hint added to the SQL statement is another approach that should allow the query optimizer to automatically discover and address the incorrect statistics for the TEMP_PART_PRICE table. However, adding this hint may increase the parse time for the SQL statement.)
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NotSupportedException. Listing 19-35 demonstrates creating such a read-only wrapper for Dictionary<TKey, TVal>. Listing 19-35. Creating a Read-Only Collection using System; using System.Collections.Generic; namespace Listing 35 { class Listing 35 { static void Main(string[] args) { // create a regular dictionary Dictionary<string, string> dict = new Dictionary<string, string>() { {"apple", "green"}, {"orange", "orange"}, {"cherry", "red"}}; // create the read-only wrapper ReadOnlyDictionary<string, string> readOnlyDict = new ReadOnlyDictionary<string,string>(dict); // enumerate the keys foreach (string s in readOnlyDict.Keys) { Console.WriteLine("Key: {0}", s); } // try to add an item to the read-only collection try { readOnlyDict.Add("pear", "green"); } catch (Exception ex) { Console.WriteLine("Exception: {0}", ex.GetType()); } // wait for input before exiting Console.WriteLine("Press enter to finish"); Console.ReadLine(); } } class ReadOnlyDictionary<TKey, TVal> : IDictionary<TKey, TVal> { IDictionary<TKey, TVal> readwriteDict; public ReadOnlyDictionary(IDictionary<TKey, TVal> rwdict) { readwriteDict = rwdict; } public void Add(TKey key, TVal value) { throw new NotSupportedException(); } public bool ContainsKey(TKey key) {
Now you need to connect another property between Interface Builder GUI elements this time, between the rootViewController property and the View High Scores App Delegate object. Here are the steps: 1. In Xcode, select the Resources group in the Groups and Files list, and double-click the MainWindow.xib file. 2. In Interface Builder, select the View High Scores App Delegate object in the main list. 3. Select the second tab in the inspector window. You will see an item named rootViewController, with a small open circle to the right of its name. This is the rootViewController IBOutlet property created in the source code in Listing 2-8.
Example of the Conditional Attribute
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