i have tried these two validation expressions ValidationExpression" 1-9" - This only allows.
This regular expression validates that the data entered is a number with a maximum of two integers and two decimals and a minimum of one integer or one decimal. hello all, i have a textbox which should take only numbers greater than zero and no decimals. Then edit it to run however often you need and set up an alert to trigger where the number of results are more than zero (eg: email). Theres that old saying that you have problem. Matches any unsigned floating point number/numeric string. So, his "minimum eight characters, at least one letter and one number" expression:Īchieves the minimum requirement, but the remaining characters can only be letter and numbers. Have you already extracted the file count number field It's simple to have a saved search eg: sourcetypemylogs filecount >25. This matches any number that starts with one or more 0 characters (replace + with to match zero or more zeros, i.e.25), followed by a period, followed by a string of digits that includes at least one that is not a 0. The field under validation must be greater than or equal.
#Regex for number greater than 0 password#
Normally you want to allow your users to make their password as strong as they want why restrict strong passwords? For example, consider the following rule that specifies that a credit card number is required. Repetition operators repeat the preceding regular expression a specified number of times. For example, xy' (two match-self operators) matches xy'. The problem with his expressions that don't require special characters is that they also don't ALLOW special characters, so they also enforce maximum requirements, which I don't believe the OP requested. The result is a regular expression that will match a string if a matches its first part and b matches the rest. In Java 4 to 6, JavaScript, PCRE, Python 2.x, and Ruby, the word character token w in this regex will match only the ASCII characters AZ, az, 09, and, and therefore this cannot correctly count words that contain non-ASCII letters and numbers. His expressions are perfect for each of the specified minimum requirements.
I would reply to Peter Mortensen, but I don't have enough reputation.
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