visual basic barcode printing Part V in .NET

Produce QR Code ISO/IEC18004 in .NET Part V

At first glance, it might appear that rounding functions give you control over how many decimal places you want to display in a list. However, rounding a value and changing its format to display fewer decimals are fundamentally different. A value of 52.25 can be displayed as 52 or 52.2, but the value used in calculations is still 52.25. With the rounding functions, the actual value can be changed to 52, 53, 52.2, or 52.3, depending on which function you choose and how you choose to apply it. SharePoint has a number of rounding functions in addition to the basic math functions. Table 5-3 describes several of the most commonly used rounding functions.
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The Windows Security Center should be familiar, at least conceptually, to anyone who s previously used Windows XP. In Windows Vista, this dialog box is available from the top of the Security page in Control Panel and covers the territory shown in Figure 2-12.
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window will show whatever you specified as the name. Unlike in managed code, in native code, you can change the thread name all you want. Finally, only the first 31 characters of the name are shown in the debugger. typedef struct tagTHREADNAME_INFO { DWORD DWORD DWORD dwType ; // Must be 0x1000 ; // Pointer to name (in user addr space) ; // Reserved for future use, must be zero LPCSTR szName dwFlags
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Used by the .NET Framework for locating, loading, and referencing Visible in le s properties in Windows Explorer.
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In the fourth assignment, you see some real value of using C# s implicitly typed local variable feature . Without this feature, you d have to specify Dictionary<String, Single> on both sides of the assignment operator . Not only is this a lot of typing, but if you ever decide to change the collection type or any of the generic parameter types, then you would have to modify your code on both sides of the assignment operator, too . In the foreach loop, I also use var to have the compiler automatically infer the type of the elements inside the collection . This demonstrates that it is possible and quite useful to use var with foreach, using, and for statements . It can also be useful when experimenting with code . For example, you initialize an implicitly typed local variable from the return type of a method, and as you develop your method, you might decide to change its return type . If you do this, the compiler will automatically figure out that the return type has changed and automatically change the type of the variable! This is great, but of course, other code in the method that uses that variable may no longer compile if the code accesses members using the variable assuming that it was the old type . In Microsoft Visual Studio, you can hold the mouse cursor over var in your source code and the editor will display a tooltip showing you the type that the compiler infers from the expression . C# s implicitly typed local variable feature must be used when working with anonymous types within a method; see 10, Properties, for more details . You cannot declare a method s parameter type using var . The reason for this should be obvious to you since the compiler would have to infer the parameter s type from the argument being passed at a callsite and there could be no call sites or many call sites . In addition, you cannot declare a type s field using var . There are many reasons why C# has this restriction . One reason is that fields can be accessed by several methods and the C# team feels that this contract (the type of the variable) should be stated explicitly . Another reason is that allowing this would permit an anonymous type (discussed in 10) to leak outside of a single method . Important Do not confuse dynamic and var . Declaring a local variable using var is just a
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Obviously, it is preferable to have the interface method strongly typed, and this is why the FCL includes a generic IComparable<in T> interface . Here is the new version of the code revised by using the generic interface:
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Data-Bound Controls
if ( ( a && !c ) || ( a && b && c ) ) { category = 1; } else if ( ( b && !a ) || ( a && c && !b ) ) { category = 2; } else if ( c && !a && !b ) { category = 3; } else { category = 0; }
You can see these options in action in Figure 4-14, which shows four rectangles that have been filled with the same image but that use different stretch modes.
Sequence Mechanisms
ASSERT ( 0 != uiCount ) ; ASSERT ( NULL != paHookArray ) ; ASSERT ( FALSE == IsBadReadPtr ( paHookArray , sizeof uiCount )); // In debug builds, perform deep validation of paHookArray. #ifdef _DEBUG if ( NULL != paOrigFuncs ) { ASSERT ( FALSE == IsBadWritePtr ( paOrigFuncs , sizeof ( PROC ) * uiCount ) ); } if ( NULL != pdwHooked ) { ASSERT ( FALSE == IsBadWritePtr ( pdwHooked , sizeof ( UINT ))); } // Check each item in the hook array. { for ( UINT i = 0 ; i < uiCount ; i++ ) { ASSERT ( NULL != paHookArray[ i ].szFunc ) ; ASSERT ( '\0' != *paHookArray[ i ].szFunc ) ; // If the function address isn't NULL, it is validated. if ( NULL != paHookArray[ i ].pProc ) { ASSERT paHookArray[i].pProc)); } } } #endif // Perform the error checking for the parameters. if || ( || 546 NULL == szImportMod ) ( ( 0 == uiCount ) ( FALSE == IsBadCodePtr ( (HOOKFUNCDESC) *
For a complete discussion of serialization, see 10," "Streams, Files, and I/O."
private void CheckBox_Checked(object sender, RoutedEventArgs e) { CheckBox c = (CheckBox)sender; bool b = (bool)c.IsChecked; } private void CheckBox_Unchecked(object sender, RoutedEventArgs e) { CheckBox c = (CheckBox)sender; bool b = (bool)c.IsChecked; }
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