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You can add rows to a table with the INSERT command in two ways. One way is to add rows one by one by specifying a list of column values in the VALUES clause of the INSERT statement. The other is to add one or more rows to a table based on a selection (and manipulation) of existing data in the database (called a subquery).
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Be Careful with Explicit Interface Method Implementations
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Next click the rst Explanation slide, hold down Ctrl and select the rest of the Explanation slides, and then click the Layout button, and on the drop-down menu click the layout titled Explanation Sketches. Last click the rst Setting slide, hold down Shift and select the Point B slide, and then click the Layout button, and on the drop-down menu click the layout titled Act I Sketches.
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8 . . Next, create the data model for the application . Borrow the ASPNETStepByStep4 .mdf file from the solution for 22 on the accompanying CD . This is a Microsoft SQL Server database file containing two tables . The first table includes some .NET book references . The second table includes some HTTP links to .NET developer Web sites . You can use these tables as the basis for the models for the MVC-based application . To put the ASPNETStepByStep4 .mdf file in your App_Data directory, right-click App_Data in Solution Explorer and click Add Existing Item . Locate the database file on the accompanying CD and bring it into the project . 9 . . Once the database is available to your application, create some helper classes to access the data . The easiest way to do this is to create some LINQ to SQL wrapper classes . In Solution Explorer, right-click the Models folder . Click Add New Item on the shortcut menu . Select Data from the left-hand side of the Add New Item dialog box . Select LINQ To SQL in the panel on the right . Name the file DotNetReferences.dbml . This will create a Database Markup Language (DBML) source file that Visual Studio will add to the project . Next, drag the DotNetReferences table from the Server Explorer to the Designer surface . Visual Studio will create a wrapper class named DotNetReference that represents a single row from the table . You ll use this class shortly . 10 . . The DotNetReference class is useful but operates only in the context of a live database . When Visual Studio created the DotNetReference class, it also created a class named DotNetReferencesDataContext that represents the DotNetReferences table . Rather than accessing the database directly, you can use LINQ and a database
$DEFAULT_INPUT (or $<) is an object that acts somewhat like a File object for data being sent to the script at the command line. It s read-only. $ERROR_INFO (or $!) refers to the exception object passed to raise or, more pragmatically, can contain the most recent error message. In the initial form, it can be useful when used within a rescue block. $ERROR_POSITION (or $@) returns a stack trace as generated by the previous exception. This is in the same format as the trace provided by Kernel.caller. $OFS and $OUTPUT_FIELD_SEPARATOR (or $,) can be set or read, and contain the default separator as used in output from the print method and Array s join method. The default value is nil, as can be confirmed with %w{a b c}.join, which results in 'abc'. $ORS and $OUTPUT_RECORD_SEPARATOR (or $\) can be set or read, and contain the default separator as used when sending output with methods such as print and IO.write. The default value is nil, as typically you use puts instead when you want to append a newline to data being sent. $FS and $FIELD_SEPARATOR (or $;) can be set or read, and contain the default separator as used by String s split method. Changing this and then calling split on a string without a split regex or character can give different results than expected. $RS and $INPUT_RECORD_SEPARATOR (or $/) can be set or read, and contain the default separator as used for input, such as from gets. The default value is a newline (\n), and results in gets receiving one line at a time. If you set this value to nil, then an entire file or data stream would be read by gets in one go. $PID and $PROCESS_ID (or $$) return the process ID of the current program. This ID is unique for every program or instance of a program running on a computer, which is why tempfile uses it when constructing names for temporary files. It is read-only. $LAST_MATCH_INFO (or $~) returns a MatchData object that contains the results of the last successful pattern match. $IGNORECASE (or $=) is a flag that you can set or read from that determines whether regular expressions and pattern matches performed in the program will be case insensitive by default. This special variable is deprecated and might be removed in Ruby 2. Typically, if you required this feature, you d use the /i flag on the end of a regular expression instead. $MATCH (or $&) contains the entire string matched by the last successful regular expression match in the current scope. If there has been no match, its value is nil. $PREMATCH (or $`) contains the string preceding the match discovered by the last successful regular expression match in the current scope. If there has been no match, its value is nil. $POSTMATCH (or $') contains the string succeeding the match discovered by the last successful regular expression match in the current scope. If there has been no match, its value is nil.
If you re an experienced DataGrid programmer, you ll notice many similarities between GridView and DataGrid. The GridView control is designed to leverage the new data source object model, and it accepts its data through the DataSourceID property. The control also supports the DataSource property, but if you bind data in that way, some of the features (such as built-in updates
On the surface, delegates seem easy to use: you define them by using C# s delegate keyword, you construct instances of them by using the familiar new operator, and you invoke the callback by using the familiar method-call syntax (except instead of a method name, you use the variable that refers to the delegate object) . However, what s really going on is quite a bit more complex than what the earlier examples illustrate . The compilers and the CLR do a lot of behind-the-scenes processing to hide the complexity . In this section, I ll focus on how the compiler and the CLR work together to implement delegates . Having this knowledge will improve your understanding of delegates and will teach you how to use them efficiently and effectively . I ll also touch on some additional features delegates make available . Let s start by reexamining this line of code:
256 224 = 32
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