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Regular expression to stop at first match - Stack Overflow to capture a match between start and the first occurrence of end Notice how the subexpression with nested parentheses spells out a number of alternatives which between them allow e only if it isn't followed by nd and so forth, and also take care to cover the empty string as one alternative which doesn't match whatever is disallowed at that
OR condition in Regex - Stack Overflow For example, ab|de would match either side of the expression However, for something like your case you might want to use the ? quantifier, which will match the previous expression exactly 0 or 1 times (1 times preferred; i e it's a "greedy" match) Another (probably more relyable) alternative would be using a custom character group:
XSL: Meaning of `match= ` for `xsl:template` - Stack Overflow The value of the match attribute of the <xsl:template> instruction must be a match pattern Match patterns form a subset of the set of all possible XPath expressions The first, natural, limitation is that a match pattern must select a set of nodes There are also other limitations In particular, reverse axes are not allowed in the location steps (but can be specified within the predicates
regex - Match groups in Python - Stack Overflow Is there a way in Python to access match groups without explicitly creating a match object (or another way to beautify the example below)? Here is an example to clarify my motivation for the quest
Regular expression to match string starting with a specific word How do I create a regular expression to match a word at the beginning of a string? We are looking to match stop at the beginning of a string and anything can follow it For example, the expression
How do if statements differ from match case statments in Python? 28 PEP 622 provides an in-depth explanation for how the new match-case statements work, what the rationale is behind them, and provides examples where they're better than if statements In my opinion the biggest improvement over if statements is that they allow for structural pattern matching, as the PEP is named