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Contents:
  1. How To Create A Professional Email Address For Your Brand Or Business
  2. Regexes Don’t Send Email
  3. Thank you for your feedback!
  4. Hunter: Find email addresses in seconds

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How To Create A Professional Email Address For Your Brand Or Business

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Regexes Don’t Send Email

Hunter is used by 1. Type filter List only the personal or the role-based email addresses. Email pattern Get the most common email format used in the organization from dozens of possible combinations. Find someone Type a name and get the proven or most likely email address of this person.

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Learn more. More than 1,, professionals use Hunter to build more connections and grow their business. Chrome extension - Free. Only available on desktop The Chrome extension is only available on desktop. All of the above regexes match this email address, because I included a dot in the character class after the symbol. But the above regexes also match john aol You can exclude such matches by replacing [ A - Z 0 - 9.

I removed the dot from the character class and instead repeated the character class and the following literal dot. If you want to avoid your system choking on arbitrarily large input, you can replace the infinite quantifiers with finite ones. There's no direct limit on the number of subdomains. But the maximum length of an email address that can be handled by SMTP is characters. So with a single-character local part, a two-letter top-level domain and single-character sub-domains, is the maximum number of sub-domains.

The previous regex does not actually limit email addresses to characters. If each part is at its maximum length, the regex can match strings up to characters in length. You can reduce that by lowering the number of allowed sub-domains from to something more realistic like 8.

I've never seen an email address with more than 4 subdomains. If you want to enforce the character limit, the best solution is to check the length of the input string before you even use a regex. Though this requires a few lines of procedural code, checking the length of a string is near-instantaneous. If you need to do everything with one regex, you'll need a regex flavor that supports lookahead. When the lookahead succeeds, the remainder of the regex makes a second pass over the string to check for proper placement of the sign and the dots.

All of these regexes allow the characters. When using lookahead to check the overall length of the address, the first character can be checked in the lookahead. We don't need to repeat the initial character check when checking the length of the local part. This regex is too long to fit the width of the page, so let's turn on free-spacing mode :. But they cannot begin or end with a hyphen. The non-capturing group makes the middle of the domain and the final letter or digit optional as a whole to ensure that we allow single-character domains while at the same time ensuring that domains with two or more characters do not end with a hyphen.

The overall regex starts to get quite complicated:. This is the most efficient way. This regex does not do any backtracking to match a valid domain name. It matches all letters and digits at the start of the domain name. If there are no hyphens, the optional group that follows fails immediately. If there are hyphens, the group matches each hyphen followed by all letters and digits up to the next hyphen or the end of the domain name.

We can't enforce the maximum length when hyphens must be paired with a letter or digit, but letters and digits can stand on their own. But we can use the lookahead technique that we used to enforce the overall length of the email address to enforce the length of the domain name while disallowing consecutive hyphens:?

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Hunter: Find email addresses in seconds

Notice that the lookahead also checks for the dot that must appear after the domain name when it is fully qualified in an email address. This is important.

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Without checking for the dot, the lookahead would accept longer domain names. Since the lookahead does not consume the text it matches, the dot is not included in the overall match of this regex. When we put this regex into the overall regex for email addresses, the dot will be matched as it was in the previous regexes:. If we include the lookahead to check the overall length, our regex makes two passes over the local part, and three passes over the domain names to validate everything:. On a modern PC or server this regex will perform just fine when validating a single character email address.


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  6. Rejecting longer input would even be faster because the regex will fail when the lookahead fails during first pass. But I wouldn't recommend using a regex as complex as this to search for email addresses through a large archive of documents or correspondence. You're better off using the simple regex at the top of this page to quickly gather everything that looks like an email address. Deduplicate the results and then use a stricter regex if you want to further filter out invalid addresses. And speaking of backtracking, none of the regexes on this page do any backtracking to match valid email addresses.

    But particularly the latter ones may do a fair bit of backtracking on something that's not quite a valid email address. If your regex flavor supports possessive quantifiers, you can eliminate all backtracking by making all quantifiers possessive.