YuPcre2 is a library of Delphi components and procedures that implement regular expression pattern matching using the same syntax and semantics as Perl, with just a few differences. There are two matching algorithms, the standard Perl and alternative DFA algorithm:

The Perl algorithm is what you are used to from Perl and j@vascript. It is fast and supports the complete pattern syntax. You will likely be using it most of the time.
DFA is a special purpose algorithm. If finds all possible matches and, in particular, it finds the longest. It never backtracks and supports partial matching better, in particular multi-segment matching of very long subject strings.

DIRegEx is a library of components and procedures that implement regular expression pattern matching using the same syntax and semantics as Perl for Delphi (Embarcadero / CodeGear / Borland).

LINQPad is not just for LINQ queries, but any C#/F#/VB expression, statement block or program. Put an end to those hundreds of Visual Studio Console projects cluttering your source folder and join the revolution of LINQPad scripters and incremental developers. Reference your own assemblies and NuGet packages. Prototype your ideas in LINQPad and then paste working code into Visual Studio. Or call your scripts directly from the command-line. Experience LINQPads rich output formatting, optional debugger and autocompletion, and the magic of dynamic development and instant feedback!

Debugging complex expressions is never easy. How do you see what was returned by inline and nested method calls? What did each predicate in the if statement evaluate to? Without simplifying the code or adding variables to store individual results, answering these questions is difficult. With OzCode's powerful Simplify feature, you can answer those questions with ease! When stepping over an expression, OzCode provides a visual representation of what each predicate evaluated to and the return value of any inline and nested method calls.

LINQPad is not just for LINQ queries, but any C#/F#/VB expression, statement block or program. Put an end to those hundreds of Visual Studio Console projects cluttering your source folder and join the revolution of LINQPad scripters and incremental developers. Reference your own assemblies and NuGet packages. Prototype your ideas in LINQPad and then paste working code into Visual Studio. Or call your scripts directly from the command-line. Experience LINQPads rich output formatting, optional debugger and autocompletion, and the magic of dynamic development and instant feedback!

Debugging complex expressions is never easy. How do you see what was returned by inline and nested method calls? What did each predicate in the if statement evaluate to? Without simplifying the code or adding variables to store individual results, answering these questions is difficult. With OzCode's powerful Simplify feature, you can answer those questions with ease! When stepping over an expression, OzCode provides a visual representation of what each predicate evaluated to and the return value of any inline and nested method calls.

Debugging complex expressions is never easy. How do you see what was returned by inline and nested method calls? What did each predicate in the if statement evaluate to? Without simplifying the code or adding variables to store individual results, answering these questions is difficult. With OzCode's powerful Simplify feature, you can answer those questions with ease! When stepping over an expression, OzCode provides a visual representation of what each predicate evaluated to and the return value of any inline and nested method calls.

Debugging complex expressions is never easy. How do you see what was returned by inline and nested method calls? What did each predicate in the if statement evaluate to? Without simplifying the code or adding variables to store individual results, answering these questions is difficult. With OzCode's powerful Simplify feature, you can answer those questions with ease! When stepping over an expression, OzCode provides a visual representation of what each predicate evaluated to and the return value of any inline and nested method calls.

YuPcre2 is a library of Delphi components and procedures that implement regular expression pattern matching using the same syntax and semantics as Perl, with just a few differences. There are two matching algorithms, the standard Perl and alternative DFA algorithm:

The Perl algorithm is what you are used to from Perl and j@vascript. It is fast and supports the complete pattern syntax. You will likely be using it most of the time.
DFA is a special purpose algorithm. If finds all possible matches and, in particular, it finds the longest. It never backtracks and supports partial matching better, in particular multi-segment matching of very long subject strings.

Debugging complex expressions is never easy. How do you see what was returned by inline and nested method calls? What did each predicate in the if statement evaluate to? Without simplifying the code or adding variables to store individual results, answering these questions is difficult. With OzCode's powerful Simplify feature, you can answer those questions with ease! When stepping over an expression, OzCode provides a visual representation of what each predicate evaluated to and the return value of any inline and nested method calls.