Mobile phone number, password regular verification, mobile phone number, password verification

Mobile phone number, password regular verification, mobile phone number, password verification

/**
* Mobile phone number
* Move: 134 [0-8], 135,136,137,138,139,150,151,157,158,159,182,187,188
* Unicom: 130,131,132,152,155,156,185,186
* China Telecom: 153,180,189
*/
NSString * MOBILE = @ "^ 1 (3 [0-9] | 5 [0-35-9] | 8 [025-9]) \ d {8} $ ";
/**
* China Mobile: China Mobile
* 134 [0-8], 135,136,137,138,139,150,151,157,158,159,182,187,188
*/
NSString * CM = @ "^ 1 (34 [0-8] | (3 [5-9] | 5 [017-9] | 8 [278]) \ d) \ d {7} $ ";
/**
* China Unicom: China Unicom
* 130,131,132,152,155,156,185,186
*/
NSString * CU = @ "^ 1 (3 [0-2] | 5 [256] | 8 [56]) \ d {8} $ ";
/**
* China Telecom: China Telecom
* 133,1349, 153,180,189
*/
NSString * CT = @ "^ 1 (33 | 53 | 8 [09]) [0-9] | 349) \ d {7} $ ";
/**
* Fixed telephones and PHS in Mainland China
* Area code: 010,020,021,022,023,024,025,027,028,029
* Number: seven or eight digits
*/
// NSString * PHS = @ "^ 0 (10 | 2 [0-5789] | \ d {3}) \ d {} $ ";

Password
^ (? = .*? [A-zA-Z]) (? = .*? [0-9]) [a-zA-Z0-9] {6, 20} $

"^ \ D + $" // non-negative integer (positive integer + 0)
"^ [0-9] * [1-9] [0-9] * $" // positive integer
"^ (-\ D +) | (0 +) $" // non-positive integer (negative integer + 0)
"^-[0-9] * [1-9] [0-9] * $" // negative integer
"^ -? \ D + $ "// integer
"^ \ D + (\. \ d + )? $ "// Non-negative floating point number (Positive floating point number + 0)
"^ ([0-9] + \. [0-9] * [1-9] [0-9] *) | ([0-9] * [1-9] [0-9] * \. [0-9] +) | ([0-9] * [1-9] [0-9] *) $ "// Positive floating point number
"^ (-\ D + (\. \ d + )?) | (0 + (\. 0 + )?)) $ "// Non-Positive floating point number (negative floating point number + 0)
"^ (-([0-9] + \. [0-9] * [1-9] [0-9] *) | ([0-9] * [1-9] [0-9] * \. [0-9] +) | ([0-9] * [1-9] [0-9] *) $ "// negative floating point
Quantity
"^ (-? \ D +) (\. \ d + )? $ "// Floating point number
"^ [A-Za-z] + $" // A string consisting of 26 English letters
"^ [A-Z] + $" // a string consisting of 26 uppercase letters
"^ [A-z] + $" // a string consisting of 26 lowercase letters
"^ [A-Za-z0-9] + $" // string consisting of digits and 26 letters
"^ \ W + $" // a string consisting of digits, 26 letters, or underscores
"^ [\ W-] + (\. [\ w-] +) * @ [\ w-] + (\. [\ w-] +) + $ "// email address
"^ [A-zA-z] +: // (\ w + (-\ w + )*)(\. (\ w + (-\ w + )*))*(\? \ S *)? $ "// Url
/^ 13 \ d {9} $/gi mobile phone number Regular Expression

Public static bool isvalidinclueno (string inclueno)
{
Const string regPattern = @ "^ (130 | 131 | 132 | 133 | 134 | 135 | 136 | 137 | 138 | 139) \ d {8} $ ";
Return Regex. IsMatch (regioneno, regPattern );
}

Regular Expression -- verify mobile phone number: 13 [0-9] {9}
If the mobile phone number is 86 or + 86 before it is implemented: ^ (\ + 86) | (86 ))? (13) \ d {9} $
Verify the phone number and phone number at the same time: (^ (\ d {3, 4 }-)? \ D {7, 8}) $ | (13 [0-9] {9 })
Extract the network link in the information: (h | H) (r | R) (e | E) (f | F) * = * ('| ")? (\ W | \/| \.) + ('| "| * |> )?
Email Address in the extracted information: \ w + ([-+.] \ w +) * @ \ w + ([-.] \ w + )*\. \ w + ([-.] \ w + )*
Extract the image link in the information: (s | S) (r | R) (c | C) * = * ('| ")? (\ W | \/| \.) + ('| "| * |> )?
Extract the IP address in the information: (\ d +) \. (\ d +)
Extract the Chinese mobile phone number from the information: (86) * 0*13 \ d {9}
Extracted Chinese landline numbers from the information: (\ d {3, 4} \) | \ d {3, 4}-| \ s )? \ D {8}
Extract Chinese phone numbers (including mobile and landline phones) from the Information: (\ d {3, 4} \) | \ d {3, 4}-| \ s )? \ D {7, 14}
Extracted Chinese zip code: [1-9] {1} (\ d +) {5}
Chinese ID card number in the extracted information: \ d {18} | \ d {15}
Extract the integer \ d + from the information.
Extract floating point numbers (decimal places) in the Information ):(-? \ D *)\.? \ D +
Extract any number from the information :(-? \ D *) (\. \ d + )?
Extract the Chinese string from the information: [\ u4e00-\ u9fa5] *
Double-byte string (Chinese character) in the extracted information: [^ \ x00-\ xff] *

Use javascript to verify the standard regular expression html (username, password, repeated password, mobile phone number, and email,

I wrote a question according to your requirements temporarily. If you have any questions, please try again.
<! Doctype html>

<Html>

<Body>

<Form method = "get">

Username: <input type = "text" name = "user_name" required placeholder = "Enter the username"> <br/>

<Form name = "form1">

Password: <input id = password1 class = textbox type = password name = pwd1 required placeholder = "enter the password"/> <br/>

Password repeated: <input id = password2 class = textbox type = password name = password2 required placeholder = "please repeat the password"/> <br/>

Mobile phone number: <input type = "number" name = "points" min = "10000000000" max = "19999999999" required placeholder = "Please enter your mobile phone number"/> <br/>

E-mail: <input type = "email" name = "user_email" required placeholder = "Please fill in E-mail"/> <br/>

<Input type = "submit"/>

</Form>

</Body>

</Html>

Regular Expression mobile phone number verification

/^ 1 \ d {10} $/. This is based on your requirements: It starts with an 11-digit number, but the mobile phone number partition section is "11-digit at the beginning of a year". The verification is incomplete.