IOS Regular expression Verification phone number, mailbox, ID number, etc. _ios

This example for you to share the common iOS regular expressions for your reference, the details are as follows

#import "Nsstring+regexcategory.h" @implementation nsstring (regexcategory) #pragma mark-Regular related-(BOOL) Isvalidatebyrege
  X: (NSString *) regex{nspredicate *pre = [nspredicate predicatewithformat:@ "SELF matches%@", regex];
return [pre evaluatewithobject:self]; #pragma mark-//Mobile phone Number service provider-(BOOL) ismobilenumberclassification{/** * Mobile number * Mobile: 134[0-8],135,136,137,138,139,15
  0,151,157,158,159,182,187,188,1705 * Unicom: 130,131,132,152,155,156,185,186,1709 * Telecom: 133,1349,153,180,189,1700 * *
   NSString * mobile = @ "^1 ((3//d|5[0-35-9]|8[025-9))//d|70[059]) \\d{7}$"//Total conditions/** 10 * China Mobile * 134[0-8],135,136,137,138,139,150,151,157,158,159,182,187,188,1705/NSString * CM = @ "^1 (34[0-8]| (
  3[5-9]|5[017-9]|8[278]) \\d|705) \\d{7}$ "; /** 15 * China Unicom: Unicom * 130,131,132,152,155,156,185,186,1709/NSString * CU = @ "^1 (3[
  0-2]|5[256]|8[56]) \\d|709) \\d{7}$ "; /** 20 * China Telecom: Telecom 21 *133,1349,153,180,189,1700 * * NSString * CT = @ "^1 ((33|53|8[09)) \\d|349|700) \\d{7}$"; /** 25 * Mainland Fixed and PHS 26 * Area code: 010,020,021,022,023,024,025,027,028,029 27 * Number: seven-or eight-bit/NSST
  
  
  Ring * PHS = @ "^0 (10|2[0-5789]|\\d{3}) \\d{7,8}$";
  
  Nspredicate *regextestmobile = [nspredicate predicatewithformat:@ "SELF matches%@", MOBILE); if ([self isvalidatebyregex:cm]) | | ([self isvalidatebyregex:cu]) | | ([self isvalidatebyregex:ct]) | |
  ([self isvalidatebyregex:phs])
  {return YES;
  else {return NO; }//Mobile number validity-(BOOL) ismobilenumber{/** * Mobile phone number 13, 15, 18, 170, 8 \d digit * PHS code: 010,020,021,022,023,024,025,027 , 028,029 also has not set the new Area code XXX/NSString *mobilenoregex = @ "^1 ((3\\d|5[0-35-9]|8[025-9)) \\d|70[059]) \\d{7}$";//all single-digit integers except 4,
  Cannot match with [^4,\\d], is this an iOS Bug?
  
  NSString *phsregex =@ "^0 (10|2[0-57-9]|\\d{3}) \\d{7,8}$";
  BOOL ret = [self isvalidatebyregex:mobilenoregex]; BOOL Ret1 = [Self IsvalidaTebyregex:phsregex];
Return (ret | | ret1); }//Mailbox-(BOOL) isemailaddress{nsstring *emailregex = @ "[a-za-z0-9._%+-]+@[a-za-z0-9.-]+\\.[
  a-za-z]{2,4} ";
return [self Isvalidatebyregex:emailregex]; }//ID number-(BOOL) simpleverifyidentitycardnum {nsstring *regex2 = @ "^ (\\d{14}|\\d{17}) (\\d|[
  XX]) $ ";
return [self isvalidatebyregex:regex2]; //License plate-(BOOL) iscarnumber{//car number: Xiang k-de829 Hong Kong license plate: Guangdong z-j499 port NSString *carregex = @ "^[\u4e00-\u9fff]{1}[a-za-z]{1}[-][a
  -za-z_0-9]{4}[a-za-z_0-9_\u4e00-\u9fff]$ "//where \U4E00-\U9FA5 represents the encoded part of a Unicode encoding, \U9FA5-\U9FFF is a reserved part and may be added in the future
return [self Isvalidatebyregex:carregex];
  }-(BOOL) ismacaddress{NSString * Macaddregex = @ "([a-fa-f\\d]{2}:) {5}[a-fa-f\\d]{2}";
return [self Isvalidatebyregex:macaddregex]; }-(BOOL) Isvalidurl {nsstring *regex = @ "^ ((http) | ( HTTPS)) +:[^\\s]+\\.
  [^\\s]*$];
return [self Isvalidatebyregex:regex];
}-(BOOL) Isvalidchinese;
  {NSString *chineseregex = @ "^[\u4e00-\u9fa5]+$"; return [Self ISVALIDATEBYREGEX:CHineseregex]; }-(BOOL) Isvalidpostalcode {nsstring *postalregex = @ "^[0-8]\\d{5} (?!
  \\d) $ ";
return [self Isvalidatebyregex:postalregex]; }-(BOOL) isvalidtaxno {nsstring *taxnoregex = @ "[0-9]\\d{13} [0-9]|
  X) $ ";
return [self Isvalidatebyregex:taxnoregex]; }-(BOOL) Isvalidwithminlenth: (Nsinteger) minlenth maxlenth: (nsinteger) Maxlenth Containchinese: (BOOL) cont
Ainchinese firstcannotbedigtal: (BOOL) firstcannotbedigtal;
  {//[\u4e00-\u9fa5a-za-z0-9_]{4,20} nsstring *hanzi = Containchinese @ "\u4e00-\u9fa5": @ ""; NSString *first = firstcannotbedigtal?
  
  @ "^[a-za-z_]": @ ""; NSString *regex = [NSString stringwithformat:@ "%@[%@a-za-z0-9_]{%d,%d}", A, Hanzi, (int) (MINLENTH-1), (int) (
  MAXLENTH-1)];
return [self Isvalidatebyregex:regex]; }-(BOOL) Isvalidwithminlenth: (Nsinteger) minlenth maxlenth: (nsinteger) Maxlenth Containchinese: (BOOL) cont Ainchinese containdigtal: (bool) containdigtal Containletter: (BOOL) Containletter
   Containothercharacter: (NSString *) containothercharacter firstcannotbedigtal: (BOOL) firstcannotbedigtal;
  {NSString *hanzi = Containchinese @ "\u4e00-\u9fa5": @ ""; NSString *first = firstcannotbedigtal?
  @ "^[a-za-z_]": @ ""; NSString *lengthregex = [NSString stringwithformat:@ "(? =^.{
  %@,%@}$) ", @ (Minlenth), @ (Maxlenth)]; NSString *digtalregex = containdigtal?
  @ "(? = (. *\\d.*) {1})": @ ""; NSString *letterregex = Containletter?
  @ "(? = (. *[a-za-z].*) {1})": @ ""; NSString *characterregex = [NSString stringwithformat:@ "(?:%@[%@a-za-z0-9%@]+)", I, Hanzi, Containothercharacter?
  Containothercharacter: @ ""];
  NSString *regex = [NSString stringwithformat:@ "%@%@%@%@", Lengthregex, Digtalregex, Letterregex, CharacterRegex];
return [self Isvalidatebyregex:regex]; #pragma mark-Algorithm related//exact identification number validity detection + (BOOL) Accurateverifyidcardnumber: (NSString *) value {value = [value Stringbytri
  
  Mmingcharactersinset:[nscharacterset Whitespaceandnewlinecharacterset]]; int length =0;
  if (!value) {return NO;
    
    }else {length = (int) value.length;
    if (length!=15 && length!=18) {return NO; }//Province code Nsarray *areasarray =@[@ "11", @ "12", @ "13", @ "14", @ "15", @ "21", @ "22", @ "23", @ "31", @ "32", @ "33", @ "34", @ "3" 5 ", @" 36 ", @" 37 ", @" 41 ", @" 42 ", @" 43 ", @" 44 ", @" 45 ", @" 46 ", @" 50 ", @" 51 ", @" 52 ", @" 53 ", @" 54 ", @" 61 ", @" 62 ", @" 63 ", @" 64 ", @" 65 "
  
  , @ "71", @ "81", @ "82", @ "91"];
  NSString *valuestart2 = [value substringtoindex:2];
  BOOL Areaflag =no;
      For (NSString *areacode in Areasarray) {if ([AreaCode Isequaltostring:valuestart2]) {Areaflag =yes;
    Break
  } if (!areaflag) {return false;
  } nsregularexpression *regularexpression;
  
  Nsuinteger Numberofmatch;
  int year = 0;
      
      Switch (length) {Case 15:year = [value Substringwithrange:nsmakerange (6,2)].intvalue +1900; if (Year%4 ==0 | | (Year%100 ==0 && year%4 ==0)) {regularexpression = [NsregularexPression alloc] initwithpattern:@ "^[1-9][0-9]{5}[0-9]{2} (01|03|05|07|08|10|12) (0[1-9]|[ 1-2][0-9]|3[0-1]) | (04|06|09|11) (0[1-9]| [1-2] [0-9]|30) |02 (0[1-9]|[
                                      1-2][0-9]) [0-9]{3}$] Options:nsregularexpressioncaseinsensitive error:nil];//test the legality of the date of birth}else {regularexpression = [[Nsregularexpression alloc]initwithpa ttern:@ "^[1-9][0-9]{5}[0-9]{2}" (01|03|05|07|08|10|12) (0[1-9]|[ 1-2][0-9]|3[0-1]) | (04|06|09|11) (0[1-9]| [1-2] [0-9]|30) |02 (0[1-9]|1[0-9]|2[0-8]) [0-9]{3}$] Options:nsregularexpressioncaseinsensiti ve error:nil];//test the legality of the date of birth} Numberofmatch = [RegularExpression NUMBEROFM Atchesinstring:value Options:nsmatchingreportprogress ran
      
      Ge:nsmakerange (0, value.length)];
      if (Numberofmatch >0) {return YES;
     }else {return NO; Case 18:year = [value Substringwithrange:nsmakerange (6,4)].intvalue; if (Year%4 ==0 | | (Year%100 ==0 && year%4 ==0)) {regularexpression = [[Nsregularexpression alloc] initwithpattern:@ ' ^[1-9][0-9]{5}19[0-9]{2} (01|03|05|0 7|08|10|12) (0[1-9]|[ 1-2][0-9]|3[0-1]) | (04|06|09|11) (0[1-9]| [1-2] [0-9]|30) |02 (0[1-9]|[
                                      1-2][0-9]) [0-9]{3}[0-9xx]$] Options:nsregularexpressioncaseinsensitive error:nil];//test Birth date legality}else {regularexpression = [[Nsregularexpression alloc] In itwithpattern:@ "^[1-9][0-9]{5}19[0-9]{2}" (01|03|05|07|08|10|12) (0[1-9]|[ 1-2][0-9]|3[0-1]) | (04|06|09|11) (0[1-9]| [1-2] [0-9]|30) |02 (0[1-9]|1[0-9]|2[0-8]) [0-9]{3}[0-9xx]$] Options:nsregularexpressioncasei Nsensitive error:nil];//Test the legality of the date of birth} Numberofmatch = [regularexpression
           Numberofmatchesinstring:value                     Options:nsmatchingreportprogress range:nsmakerange (0, Value.length)]
      
      ; if (Numberofmatch >0) {int S = ([Value substringwithrange:nsmakerange (0,1)].intvalue + [value Substringwithrang E:nsmakerange (10,1)].intvalue) *7 + ([value Substringwithrange:nsmakerange (1,1)].intvalue + [value Substringwithrange : Nsmakerange (11,1)].intvalue) *9 + ([value Substringwithrange:nsmakerange (2,1)].intvalue + [value substringwithrange: Nsmakerange (12,1)].intvalue) *10 + ([value Substringwithrange:nsmakerange (3,1)].intvalue + [value substringwithrange: Nsmakerange (13,1)].intvalue) *5 + ([value Substringwithrange:nsmakerange (4,1)].intvalue + [value substringwithrange: Nsmakerange (14,1)].intvalue) *8 + ([value Substringwithrange:nsmakerange (5,1)].intvalue + [value substringwithrange: Nsmakerange (15,1)].intvalue) *4 + ([value Substringwithrange:nsmakerange (6,1)].intvalue + [value substringwithrange: Nsmakerange (16,1)].intvalue) *2 + [value sUbstringwithrange:nsmakerange (7,1)].intvalue *1 + [value substringwithrange:nsmakerange (8,1)].intValue *6 + [value
        Substringwithrange:nsmakerange (9,1)].intvalue *3;
        int Y = S% 11;
        NSString *m =@ "F";
        NSString *jym =@ "10x98765432"; m = [Jym substringwithrange:nsmakerange (y,1)];//judge Check bit if ([M Isequaltostring:[value Substringwithrange:nsmakerang
        E (17,1)]] {return yes;//check digit of check ID}else {return NO;
      }}else {return NO;
  } Default:return NO;
 }/** Bank card number validity problem Luhn algorithm * The current 16-digit UnionPay card number 6 is the beginning of the 622126~622925, 7 to 15 is the bank's custom, * may be the card-issuing branch, card-issuing outlets, card number, 16th is the parity code. * 16-bit card number check digit is calculated by Luhm check method: * 1, the 15-bit card number without parity digit is numbered 1 to 15 from right sequentially, the number on the odd digit is multiplied by 2 * 2, adding all 10 bits of the singularity product, plus the number * 3 on all even digits, adding and verifying the potential energy
 Divisible by 10. */-(BOOL) bankcardluhmcheck{NSString * Lastnum = [[Self substringfromindex: (self.length-1)] copy];//take out the last NSString * Forwardnum = [[Self substringtoindex: (self.length-1)] copy];//ago15 or 18 bits Nsmutablearray * Forwardarr = [[Nsmutablearray alloc] initwithcapacity:0];
    for (int i=0; i<forwardnum.length; i++) {NSString * subStr = [Forwardnum substringwithrange:nsmakerange (I, 1)];
  [Forwardarr ADDOBJECT:SUBSTR];
  } Nsmutablearray * Forwarddescarr = [[Nsmutablearray alloc] initwithcapacity:0];
  for (int i = (int) (forwardarr.count-1); i>-1; i--) {//First 15-bit or the first 18-bit reverse-deposit array [Forwarddescarr Addobject:forwardarr[i]]; } Nsmutablearray * Arroddnum = [[Nsmutablearray alloc] initwithcapacity:0];//< 9 *2 of odd digits Nsmutablearray * arrOd dNum2 = [[Nsmutablearray alloc] initwithcapacity:0];//the product > 9 *2 of odd digits nsmutablearray = [[Arrevennum nsmutablearray C] initwithcapacity:0];//-bit array for (int i=0; i< forwarddescarr.count; i++) {Nsinteger num = [forwarddescarr[i
    ] Intvalue];
    if (i%2) {//even digit [Arrevennum addobject:[nsnumber Numberwithinteger:num]]; }else{//odd digits if (num * 2 < 9) {[Arroddnum Addobject:[nsnumber Numberwithinteger:num * 2]];
        }else{Nsinteger decadenum = (num * 2)/10;
        Nsinteger unitnum = (num * 2)% 10;
        [ArrOddNum2 Addobject:[nsnumber Numberwithinteger:unitnum]];
      [ArrOddNum2 Addobject:[nsnumber Numberwithinteger:decadenum]];
  }} __block Nsinteger sumoddnumtotal = 0; [Arroddnum enumerateobjectsusingblock:^ (NSNumber * obj, Nsuinteger idx, BOOL *stop)
  {sumoddnumtotal + = [obj IntegerValue];
  
  }];
  __block Nsinteger sumoddnum2total = 0; [ArrOddNum2 enumerateobjectsusingblock:^ (NSNumber * obj, Nsuinteger idx, BOOL *stop)
  {sumoddnum2total + = [obj IntegerValue];
  
  }];
  __block Nsinteger sumevennumtotal = 0; [Arrevennum enumerateobjectsusingblock:^ (NSNumber * obj, Nsuinteger idx, BOOL *stop)
  {sumevennumtotal + = [obj IntegerValue];
  
  }];
  
  Nsinteger lastnumber = [Lastnum integervalue];
  
  Nsinteger luhmtotal = lastnumber + sumevennumtotal + sumoddnum2total + sumoddnumtotal; Return (luhmtotal%10 ==0)?
Yes:no; }-(BOOL) isipaddress{nsstring *regex = [NSString stringwithformat:@ ' ^ (\\d{1,3}) \ \. ( \\d{1,3}) \ \. (\\d{1,3}) \.
  (\\d{1,3}) $ "];
  Nspredicate *pre = [nspredicate predicatewithformat:@ "SELF matches%@", regex);
  
  BOOL rc = [pre evaluatewithobject:self];
    
    if (RC) {Nsarray *componds = [self componentsseparatedbystring:@ ', '];
    BOOL v = YES;
        For (NSString *s in componds) {if (S.integervalue > 255) {v = NO;
      Break
  } return v;
} return NO;
 } @end

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