Coding Helpers – Reverse For Loop
August 9th, 2012
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When working with arrays and lists enumerating all of its items we usually create a for loop statement as follows:
Archive
Posts Tagged ‘Inversion’
Converting methods to functions or procedures
October 31st, 2011
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The simplest type of method is one that performs a task without requiring any parameters and without returning any information – let’s call them procedures (or void methods). Methods that use some type as the return value – are functions.
Sometimes, when we declare a method with a return value, we may realize that we don’t actually need this return value, and instead, need a simple void method that does not return anything. On the other hand, we marked a method as void, but may require it to be a function, returning a value.
DXCore Components – Selection Inversion Extension
October 24th, 2011
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The Selection Inversion Extension DXCore component adds a custom intelligent selection inversion provider used by the CodeRush Selection Inversion feature.
You can drop the SeletionInversionExtension control onto your plug-in design surface from the “DXCore: Extensions & Providers” category of the Visual Studio Toolbox:
CodeRush Invert Selection code provider
October 24th, 2011
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The Invert Selection code provider is used to apply the Selection Inversion feature of CodeRush. Once you select a block of text and there is a match with one of the predefined inversion items, the provider becomes available:
Customizing Selection Inversion and its predefined templates
October 24th, 2011
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The Inversion options page allows you to add, modify or remove inversion regular expressions that participate in the Selection Inversion feature of CodeRush. Here is what it looks like:
Inverting a code block into its opposite using CodeRush Selection Inversion
October 24th, 2011
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The Selection Inversion feature of CodeRush Pro allows you to invert the selected code block to the essential opposite. For example, it can invert assignments so its expression assigns the left side; for loops, so they are iterated in a different order; type cast expression, so an ‘as’ operator expression is converted into an explicit typecast, etc.