Let’s create a custom item under the Tools menu named “Compile C# Code” that will compile all C# files in the current directory using a response file.ġ. Thus, rather than having to manually configure the tool, parameters, and starting folder each time you wish to run the command, you can essentially do so once and save the settings for later use. TextPad also allows you to create custom menu items that represent predefined run commands. When you click OK, you should see the program’s output displayed in the Tool Output window. If you wish TextPad to capture the compiler output directly (rather than within a separate command window), select the Capture Output check box.
Recall that you can specify a custom response file to simplify matters (e.g., Enter the directory containing the input files via the Initial folder text box (for example, C:\TextPadTestApp).Ĥ. Enter the command-line options you wish to specify within the Parameters text box (e.g., /out:myApp.exe *.cs).
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Enter the full path to csc.exe into the Command text box (e.g., C:\Windows\Microsoft.NET\ Framework\v3.5\csc.exe).Ģ.
NET console-based executable, follow these steps:ġ. Here you are presented with a dialog box that allows you to specify the name of the tool to run and any necessary command-line flags. The first way to do so is using the Tools Run menu option. The last configuration detail to contend with is to load csc.exe from within TextPad so you can compile your C# files. Next, enter a trivial class definition (see Figure 2-5). Move your new filter to the top of the list using the Move Up button and click OK.Ĭreate a new file (using File New) and save it in a convenient location (such as C:\TextPadTestApp) as TextPadTest.cs. Click the New button, and enter C# into the Description field and *.cs into the Wild cards text box.ģ. Select the Configure Preferences menu option and select File Name Filters from the tree view control.Ģ.
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The next configuration detail is to create a filter for C# source code files displayed by the Open and Save dialog boxes:ġ. You can now tweak TextPad’s C# look and feel using the Document Classes node accessible from the Configure Preferences menu option (see Figure 2-4).įigure 2-4. In fact, syntax files for a variety of languages can be downloaded from the TextPad website. ■ Note Earlier versions of TextPad did not ship with the C# syntax file ( csharp.syn) however, it could be downloaded from the TextPad website. Finally, enable syntax highlighting, choose csharp.syn from the drop-down list box, and close the wizard. In the next step, enter *.cs in the Class members edit box.Ĥ. Enter the name C# in the Document class name edit box.ģ. Select the Configure New Document Class menu option.Ģ. Launch TextPad and perform the following tasks using the New Document Wizard:ġ. To do so, you will need to register the *.cs file extension with the tool. TextPad is not equipped to understand C# keywords or work with csc.exe out of the box. (for around US$30.00), you will be presented with a “friendly reminder” each time you run the application. Once you have installed the product, you will have a feature-complete version of TextPad however, this tool is not freeware.
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To obtain TextPad, navigate to and download the latest version (5.0.3 at the time of this writing). The chief advantage of this product is the fact that it is very simple to use and provides just enough bells and whistles to enhance your coding efforts, without too many to obfuscate the learning process. TextPad is an editor you can use to author code for numerous programming languages, including C#. As luck would have it, such a tool does exist: TextPad. It would be ideal to author *.cs files using an editor that supports (at a minimum) keyword coloring and integration with a C# compiler. NET programs, it offers nothing in the way of developer productivity. While Notepad is fine for creating simple. ■ Source Code The CscExample application can be found under the Chapter 2 subdirectory. While this article examines the options of the C# 2.0 compiler, thankfully the C# 2008 compiler supports the same set of features. If you wish to learn more details regarding the functionality of csc.exe, look up my article titled “Working with the C# 2.0 Command Line Compiler” online at. Obviously, the C# command-line compiler has many other options that can be used to control how the resulting.
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