Regex for Mobile Number Validation
This regex is very short and sweet for working.
/^([+]\d{2})?\d{10}$/
Ex: +910123456789 or 0123456789
-> /^ and $/ is for starting and ending
-> The ? mark is used for conditional formatting where before question mark is available or not it will work
-> ([+]\d{2}) this indicates that the + sign with two digits '\d{2}' here you can place digit as per country
-> after the ? mark '\d{10}' this says that the digits must be 10 of length change as per your country mobile number length
This is how this regex for mobile number is working.
+ sign is used for world wide matching of number.
if you want to add the space between than you can use the
[ ]
here the square bracket represents the character sequence and a space is character for searching in regex.
for the space separated digit you can use this regex
/^([+]\d{2}[ ])?\d{10}$/
Ex: +91 0123456789
Thanks ask any question if you have.
Satisfies all your requirements if you use the trick told below
Regex: /^(\+\d{1,3}[- ]?)?\d{10}$/
^
start of line- A
+
followed by\d+
followed by aor
-
which are optional. - Whole point two is optional.
- Negative lookahead to make sure
0
s do not follow. - Match
\d+
10 times. - Line end.
DEMO Added m
ultiline flag in demo to check for all cases
P.S. You really need to specify which language you use so as to use an if
condition something like below:
// true if above regex is satisfied and (&&) it does not (`!`) match `0`s `5` or more times
if(number.match(/^(\+\d{1,3}[- ]?)?\d{10}$/) && ! (number.match(/0{5,}/)) )
Try this regex:
^(\+?\d{1,4}[\s-])?(?!0+\s+,?$)\d{10}\s*,?$
Explanation of the regex using Perl's YAPE is as below:
NODE EXPLANATION
----------------------------------------------------------------------
(?-imsx: group, but do not capture (case-sensitive)
(with ^ and $ matching normally) (with . not
matching \n) (matching whitespace and #
normally):
----------------------------------------------------------------------
^ the beginning of the string
----------------------------------------------------------------------
( group and capture to \1 (optional
(matching the most amount possible)):
----------------------------------------------------------------------
\+? '+' (optional (matching the most amount
possible))
----------------------------------------------------------------------
\d{1,4} digits (0-9) (between 1 and 4 times
(matching the most amount possible))
----------------------------------------------------------------------
[\s-] any character of: whitespace (\n, \r,
\t, \f, and " "), '-'
----------------------------------------------------------------------
)? end of \1 (NOTE: because you are using a
quantifier on this capture, only the LAST
repetition of the captured pattern will be
stored in \1)
----------------------------------------------------------------------
(?! look ahead to see if there is not:
----------------------------------------------------------------------
0+ '0' (1 or more times (matching the most
amount possible))
----------------------------------------------------------------------
\s+ whitespace (\n, \r, \t, \f, and " ") (1
or more times (matching the most amount
possible))
----------------------------------------------------------------------
,? ',' (optional (matching the most amount
possible))
----------------------------------------------------------------------
$ before an optional \n, and the end of
the string
----------------------------------------------------------------------
) end of look-ahead
----------------------------------------------------------------------
\d{10} digits (0-9) (10 times)
----------------------------------------------------------------------
\s* whitespace (\n, \r, \t, \f, and " ") (0 or
more times (matching the most amount
possible))
----------------------------------------------------------------------
,? ',' (optional (matching the most amount
possible))
----------------------------------------------------------------------
$ before an optional \n, and the end of the
string
----------------------------------------------------------------------
) end of grouping
----------------------------------------------------------------------