CN104503970B - The method and system that a kind of number is matched with self-defined matching formula - Google Patents

The method and system that a kind of number is matched with self-defined matching formula Download PDF

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CN104503970B
CN104503970B CN201410602248.5A CN201410602248A CN104503970B CN 104503970 B CN104503970 B CN 104503970B CN 201410602248 A CN201410602248 A CN 201410602248A CN 104503970 B CN104503970 B CN 104503970B
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CN104503970A (en
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黄祎
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Beijing Si Tech Information Technology Co Ltd
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    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/90Details of database functions independent of the retrieved data types
    • G06F16/903Querying
    • G06F16/90335Query processing
    • G06F16/90344Query processing by using string matching techniques

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Abstract

The present invention relates to the method and system that a kind of number is matched with self-defined matching formula, comprise the following steps:Matching formula and number to be matched are obtained, formula vernier and number vernier are set;Formula vernier and number vernier are respectively placed in first place;The present bit for the matching formula that formula vernier is pointed to is matched with the present bit of number to be matched;The coding for calculating the encoded radio of matching formula present bit and the encoded radio of upper one is poor;The predetermined predetermined figure fitted through in Symbol matching position is obtained, the position of the predetermined figure in number to be matched is unconditionally fitted through;Position in the number to be matched that the digital match bit and number vernier are indicated is compared;When formula vernier point to matching formula end or non-end position when, return to the match is successful information or it fails to match information.The business that the present invention can play a part of being connected between CRM, one-level BOSS and resource is coupled, and provides the excellent number verification system unified for other service sub-systems.

Description

The method and system that a kind of number is matched with self-defined matching formula
Technical field
The present invention relates to the skill matched in the resource management process of telecommunications industry customer relation management to the excellent type of number Art field, the method and system that more particularly to a kind of number is matched with self-defined matching formula.
Background technology
In current telecommunications industry, movement, joint debugging, the big operator of telecommunications three in CRM system business norms all There is the definition to excellent number administration, but in the implementation of the technology of excellent number administration and maintenance process, each resource-saving pipe Reason system mostly using database SQL mode configuration number rule, this regular execution efficiency it is universal it is not high, to database resource Consumption is larger, and rule is poor for the readability of exploitation attendant, and the response speed of new demand is have impact on to a certain extent.
The content of the invention
The technical problems to be solved by the invention, which are to provide one kind, can improve the self-defined matching knowledge of rule progress of checking numbers The method and system that the number of other efficiency is matched with self-defined matching formula.
The technical scheme that the present invention solves above-mentioned technical problem is as follows:A kind of number is matched with self-defined matching formula Method, comprise the following steps:
Step 1:Matching formula and number to be matched are obtained, is that matching formula setting one is every for pointing to matching formula The formula vernier of one, the matching formula includes alphabetical match bit, Symbol matching position and digital match bit, and is to be matched Number, which sets one, to be used to point to the number to be matched number vernier of each;
Step 2:Formula vernier and number vernier are respectively placed in matching formula and the first place of number to be matched;
Step 3:The present bit for the matching formula that formula vernier is pointed to is matched with the present bit of number to be matched, When the present bit of matching formula is alphabetical match bit, step 4 is performed, when the present bit of matching formula is Symbol matching position, Step 5 is performed, when the present bit of matching formula is digital match bit, step 6 is performed, when number vernier points to number to be matched During the end of code, step 7 is performed;
Step 4:The coding for calculating the encoded radio of matching formula present bit and the encoded radio of upper one is poor, calculates number vernier The present bit of the number to be matched pointed to and the difference of upper one, when difference is with encoding poor equal, number vernier moves to right one Position, formula vernier moves to right one, performs step 3, otherwise, formula vernier is indicated the first place of matching formula, and number vernier is moved to right One, perform step 3;
Step 5:The predetermined figure fitted through for the predetermined figure that Symbol matching position is represented is obtained, by number to be matched In the position of predetermined figure unconditionally fit through, formula vernier moves to right one, and number vernier is constant, performs step 3;
Position in the number to be matched that step 6 indicates the digital match bit and number vernier is compared, when the two phase Deng when, formula vernier moves to right one, performs step 3, otherwise, formula vernier is indicated the first place of matching formula, and number vernier is right One is moved, step 3 is performed;
Step 7:When formula vernier points to the end of matching formula, the match is successful information is returned to, when matching vernier is pointed to Matching formula positioned at the position at non-end when, return to it fails to match information.
The beneficial effects of the invention are as follows:The efficiency that superior type rule of checking numbers is write is improved, developer's volume is reduced Write, recognize threshold of the excellent rule to programming language requirement, straightaway rule can be used to configure the excellent class of complexity Type, to verify the whether satisfactory rule of number.For indivedual highly difficult excellent rules, regular expression side can be used Formula is matched.
On the basis of above-mentioned technical proposal, the present invention can also do following improvement.
Further, step 8 is also included after the step 7:Number to be matched corresponding with the match is successful information is obtained, Return to routine call side.
Further, the encoded radio in the step 4 is ASCII character encoded radio.
Further, the number to be matched is phone number.
Further, the matching formula is the number segment of cell-phone number to be matched.
Further, the system that a kind of number is matched with self-defined matching formula, including setup module, initial setting up mould Block, matching module, alphabetical matching module, Symbol matching module, digital matching module and return module;
The setup module, obtains matching formula and number to be matched, is that matching formula sets one for sensing With the formula formula vernier of each, the matching formula includes alphabetical match bit, Symbol matching position and digital match bit, and is Number to be matched, which sets one, is used to pointing to the number to be matched number vernier of each;
The initial setup module, for formula vernier and number vernier to be respectively placed in into matching formula and number to be matched The first place of code;
The matching module, for the current of the present bit of matching formula of pointing to formula vernier and number to be matched Position is matched, and when the present bit of matching formula is alphabetical match bit, performs letter matching module, current when matching formula When Symbol matching position is in position, Symbol matching module is performed, when the present bit of matching formula is digital match bit, numeral is performed With module, when number vernier points to the end of number to be matched, perform and return to module;
The alphabetical matching module, the coding for calculating the encoded radio of matching formula present bit and the encoded radio of upper one Difference, calculates the present bit for the number to be matched that number vernier is pointed to and the difference of upper one, when difference is with encoding poor equal, Number vernier moves to right one, and formula vernier moves to right one, performs matching module, otherwise, formula vernier is indicated matching formula First place, number vernier moves to right one, performs matching module;
The Symbol matching module, the pre-determined bit fitted through for obtaining the predetermined figure that Symbol matching position is represented Number, the position of the predetermined figure in number to be matched is unconditionally fitted through, formula vernier moves to right one, and number vernier is not Become, perform matching module;
The digital matching module, enters for the position in the number to be matched that indicates the digital match bit and number vernier Row compares, when the two is equal, and formula vernier moves to right one, performs matching module, otherwise, formula vernier is indicated matching formula First place, number vernier moves to right one, performs matching module;
When the return module, end for pointing to matching formula when formula vernier, return to the match is successful information, when With vernier point to matching formula positioned at the position at non-end when, return it fails to match information.
Further, number is also included after the return module and returns to module, the number return module 8 be used to obtaining with The corresponding number to be matched of information that the match is successful, returns to routine call side.
Further, the encoded radio in the alphabetical matching module is ASCII character encoded radio.
Further, the number to be matched is phone number.
Further, the matching formula is the number segment of cell-phone number to be matched.
Brief description of the drawings
Fig. 1 is the inventive method flow chart of steps;
Fig. 2 is present system structure chart.
In accompanying drawing, the list of parts representated by each label is as follows:
1st, setup module, 2, initial setup module, 3, matching module, 4, alphabetical matching module, 5, Symbol matching module, 6, Digital matching module, 7, return module.
Embodiment
The principle and feature of the present invention are described below in conjunction with accompanying drawing, the given examples are served only to explain the present invention, and It is non-to be used to limit the scope of the present invention.
As shown in figure 1, being the inventive method flow chart of steps;Fig. 2 is present system structure chart.
Embodiment 1
A kind of method that number is matched with self-defined matching formula, comprises the following steps:
Step 1:Matching formula and number to be matched are obtained, is that matching formula setting one is every for pointing to matching formula The formula vernier of one, the matching formula includes alphabetical match bit, Symbol matching position and digital match bit, and is to be matched Number, which sets one, to be used to point to the number to be matched number vernier of each;
Step 2:Formula vernier and number vernier are respectively placed in matching formula and the first place of number to be matched;
Step 3:The present bit for the matching formula that formula vernier is pointed to is matched with the present bit of number to be matched, When the present bit of matching formula is alphabetical match bit, step 4 is performed, when the present bit of matching formula is Symbol matching position, Step 5 is performed, when the present bit of matching formula is digital match bit, step 6 is performed, when number vernier points to number to be matched During the end of code, step 7 is performed;
Step 4:The coding for calculating the encoded radio of matching formula present bit and the encoded radio of upper one is poor, calculates number vernier The present bit of the number to be matched pointed to and the difference of upper one, when difference is with encoding poor equal, number vernier moves to right one Position, formula vernier moves to right one, performs step 3, otherwise, formula vernier is indicated the first place of matching formula, and number vernier is moved to right One, perform step 3;
Step 5:The predetermined figure fitted through for the predetermined figure that Symbol matching position is represented is obtained, by number to be matched In the position of predetermined figure unconditionally fit through, formula vernier moves to right one, and number vernier is constant, performs step 3;
Position in the number to be matched that step 6 indicates the digital match bit and number vernier is compared, when the two phase Deng when, formula vernier moves to right one, performs step 3, otherwise, formula vernier is indicated the first place of matching formula, and number vernier is right One is moved, step 3 is performed;
Step 7:When formula vernier points to the end of matching formula, the match is successful information is returned to, when matching vernier is pointed to Matching formula positioned at the position at non-end when, return to it fails to match information.
Also include step 8 after the step 7:Number to be matched corresponding with the match is successful information is obtained, is returned to Routine call side.
Encoded radio in the step 4 is ASCII character encoded radio.
The number to be matched is phone number.
The matching formula is the number segment of cell-phone number to be matched.
The system that a kind of number is matched with self-defined matching formula, including setup module 1, initial setup module 2, With module 3, alphabetical matching module 4, Symbol matching module 5, digital matching module 6 and return module 7;
The setup module 1, obtains matching formula and number to be matched, is that matching formula sets one for sensing With the formula formula vernier of each, the matching formula includes alphabetical match bit, Symbol matching position and digital match bit, and is Number to be matched, which sets one, is used to pointing to the number to be matched number vernier of each;
The initial setup module 2, for formula vernier and number vernier to be respectively placed in into matching formula and to be matched The first place of number;
The matching module 3, for the present bit of matching formula and the working as number to be matched for pointing to formula vernier Anteposition is matched, and when the present bit of matching formula is alphabetical match bit, alphabetical matching module 4 is performed, when matching formula When present bit is Symbol matching position, Symbol matching module 5 is performed, when the present bit of matching formula is digital match bit, is performed Digital matching module 6, when number vernier points to the end of number to be matched, performs and returns to module 7;
The alphabetical matching module 4, the volume for calculating the encoded radio of matching formula present bit and the encoded radio of upper one Code is poor, calculates the present bit for the number to be matched that number vernier is pointed to and the difference of upper one, when difference is equal with coding difference When, number vernier moves to right one, and formula vernier moves to right one, performs matching module 3, otherwise, formula vernier is indicated that matching is public The first place of formula, number vernier moves to right one, performs matching module 3;
The Symbol matching module 5, the pre-determined bit fitted through for obtaining the predetermined figure that Symbol matching position is represented Number, the position of the predetermined figure in number to be matched is unconditionally fitted through, formula vernier moves to right one, and number vernier is not Become, perform matching module 3;
The digital matching module 6, for the position in the number to be matched that indicates the digital match bit and number vernier It is compared, when the two is equal, formula vernier moves to right one, performs matching module (3), otherwise, makes the instruction of formula vernier First place with formula, number vernier moves to right one, performs matching module 3;
When the return module 7, end for pointing to matching formula when formula vernier, the match is successful information is returned, when Match vernier point to matching formula positioned at the position at non-end when, return it fails to match information.
Also include number after the return module 7 and return to module 8, the number, which returns to module 8, to be used to obtain with matching The corresponding number to be matched of successful information, returns to routine call side.
Encoded radio in the alphabetical matching module 4 is ASCII character encoded radio.
The number to be matched is phone number.
The matching formula is the number segment of cell-phone number to be matched.
The application uses A-Z, a-z, 0-9, *,These characters constitute the formula of excellent number rule, and * can number of matches In multiple numerals, such as 15900012345, rule as 159*2345 can be used to match;Represent in number of matches 1 numeral, as above example number can use 1590001345 rule is matched;0-9 numeral is only capable of in number of matches Correspondence numeral;A-Z can be with the sequential number of matching strip, and as above example number, can use 159LLLMNOPQ to be matched, public The 4th and the 5th in formula is all L, and the difference of their ASCII codings is 0, then it is required that 4,5 bit digital ASCII in number The difference of coding also will be 0, as identical numeral, and 1 is incremented by from 6-11 per interdigit ASCII codings in formula, therefore in number 6-11 positions also will per bit ASCII coding be incremented by 1, could be matched.A-Z can be passed between every character of expression formula Increase, successively decrease order and offset, it is desirable to matching number intercharacter order will also disclosure satisfy that such changing rule;a- The each characters of z be only capable of representing in the different digital in number, formula between letter do not have order, be incremented by, successively decrease, the area of offset Point, such as 15900012345, it can be able to also can be represented with 159IIImnopq with 159mmmlnopq.
Matching citing is carried out with 15900012345 and formula * LMNOP:
1st, it is compared simultaneously from the first character of number and formula respectively, i.e. the vernier of number and formula is at One, each that public verification will be carried out into before verifying, instrument runs into the first character of formula after *, then unconditionally to lead to Cross and this time judge, into judging next time, formula vernier moves to right 1, and number vernier is constant.
2nd, after by public verification, the corresponding character of instrument judgment formula current cursor is one of character in the range of A-Z, The formula of last time verification is No. *, and this is without contrast and last character ASCII offsets.Into judgement next time, number vernier 1 is moved to right, formula vernier moves to right 1.
3rd, after by public verification, the corresponding character of judgment formula current cursor is one of character in the range of A-Z, last time The formula character of verification is L, and this is M, and the offset with last time is 1, and the value of number last time is 1, and this is 5, and offset is 4, therefore formula offset amount and number offset amount are inconsistent.This time verification failure, returns to the slider position of step 1, basic herein Upper number vernier moves to right 1, and formula vernier is constant.Into step 4.
4th, the matching formula again since the second of number, because the ASCII codings of number 5 and next bit number 9 are inclined Shifting amount is 4, and the offset of formula adjacent letters is 1, therefore similar with verifying for the first time, and the formula matching since 5 can also lose Lose.Number vernier enters the 3rd -9, and formula vernier reverts to first.Into step 5.
5th, because the ASCII code offsets amount of number 9 and next bit number 0 is -1, the offset of formula adjacent letters is 1, thus it is similar with verifying for the first time, and the formula matching since 9 can also fail.Number vernier all can from the 4th to the 5th Verification failure, number vernier enters the 6th -0, and formula vernier reverts to first.Into step 6.
6th, the matching formula again since the 6th of number, similar with step 1, instrument runs into the first character of formula After *, then unconditional to be judged by this, into judging next time, formula vernier moves to right 1, and number vernier is constant.Into Step 7.
7th, this step is similar with step 2, after public verification, and the corresponding character of instrument judgment formula current cursor is A-Z In the range of one of character, the formula of last time verification is No. *, and this is without contrast and last character ASCII offsets.Into Judge next time, number vernier moves to right 1, and formula vernier moves to right 1.Into step 8.
8th, this step is similar with step 3, after public verification, and the corresponding character of judgment formula current cursor is A-Z scopes One of interior character, the formula character of last time verification is L, and this is M, and the offset with last time is 1, and the value of number last time is 0, This is 1, and offset is 1, and formula offset amount is consistent with number offset amount.This time verify successfully, into judgement next time, number trip Mark moves to right 1, and formula vernier moves to right 1.Into step 9.
9th, the rest may be inferred, when public verification, because formula vernier has reached that end, number vernier do not have also Reach, therefore this time verification failure, it is necessary to restart from step 6, number vernier moves to right 1 and is, formula vernier returns to origin.
10th, ensuing every number offset amount and the offset of formula are all equal, and vernier can reach end simultaneously, As a result:Verify successfully.Prove that the number is matched with this superior type.
It is A-Z checking procedure above, a-z verification is then relatively easy, it is not necessary to consider that vernier current location is corresponding The offset of character character corresponding with a upper position.
Matching citing is carried out with 15900012325 and formula 15900010pon:
1st, number vernier and formula vernier enter first simultaneously, and after public verification, formula vernier is corresponding to be Numeral 1, corresponding number vernier is also numeral 1, and verification passes through, and into verification next time, the rest may be inferred for vernier, is moved to the 8th. Into step 2.
2nd, after by public verification, it is letter in a-z that formula vernier current location is corresponding, to enter in dictionary and look into Ask and whether there is the letter, in the absence of the alphabetical and corresponding number then is stored in into dictionary, alphabetical o is deposited into word Allusion quotation.Next step is entered, formula vernier moves to right 1, and number vernier moves to right 1.
3rd, after by public verification, it is letter in a-z that formula vernier current location is corresponding, to enter in dictionary and look into Ask and whether there is the letter, alphabetical p is deposited into dictionary.Next step is entered, formula vernier moves to right 1, number vernier Move to right 1.
4th, after by public verification, it is letter in a-z that formula vernier current location is corresponding, and o has been inquired about into dictionary Through existing, corresponding value is 2, and value corresponding with current Number vernier is consistent.Next step is entered, formula vernier moves to right 1, number Code vernier moves to right 1.
5th, n is stored in dictionary, vernier reaches the end of formula and number, check results simultaneously:Success.
The foregoing is only presently preferred embodiments of the present invention, be not intended to limit the invention, it is all the present invention spirit and Within principle, any modification, equivalent substitution and improvements made etc. should be included in the scope of the protection.

Claims (10)

1. a kind of method that number is matched with self-defined matching formula, it is characterised in that comprise the following steps:
Step 1:Obtain matching formula and number to be matched, be matching formula set one be used to pointing to matching formula each Formula vernier, the matching formula includes alphabetical match bit, Symbol matching position and digital match bit, and is number to be matched Setting one is used to point to the number to be matched number vernier of each;
Step 2:Formula vernier and number vernier are respectively placed in matching formula and the first place of number to be matched;
Step 3:The present bit for the matching formula that formula vernier is pointed to is matched with the present bit of number to be matched, when When present bit with formula is alphabetical match bit, step 4 is performed, when the present bit of matching formula is Symbol matching position, is performed Step 5, when the present bit of matching formula is digital match bit, step 6 is performed, when number vernier points to number to be matched During end, step 7 is performed;
Step 4:The coding for calculating the encoded radio of matching formula present bit and the encoded radio of upper one is poor, calculates number vernier and points to Number to be matched present bit and the difference of upper one, when difference is with encoding poor equal, number vernier moves to right one, public affairs Formula vernier moves to right one, performs step 3, otherwise, formula vernier is indicated the first place of matching formula, and number vernier moves to right one, Perform step 3;
Step 5:The predetermined figure fitted through for the predetermined figure that Symbol matching position is represented is obtained, by number to be matched The position of predetermined figure is unconditionally fitted through, and formula vernier moves to right one, and number vernier is constant, performs step 3;
Step 6:Position in the number to be matched that the digital match bit and number vernier are indicated is compared, when the two is equal When, formula vernier moves to right one, performs step 3, otherwise, formula vernier is indicated the first place of matching formula, and number vernier is moved to right One, perform step 3;
Step 7:When formula vernier points to the end of matching formula, the match is successful information is returned to, when matching vernier points to matching Formula positioned at the position at non-end when, return to it fails to match information.
2. according to the method described in claim 1, it is characterised in that:Also include step 8 after the step 7:Obtain with matching The corresponding number to be matched of successful information, returns to routine call side.
3. according to the method described in claim 1, it is characterised in that:Encoded radio in the step 4 is ASCII character encoded radio.
4. according to the method described in claim 1, it is characterised in that:The number to be matched is phone number.
5. according to the method described in claim 1, it is characterised in that:The matching formula is the number of cell-phone number to be matched Section.
6. the system that a kind of number is matched with self-defined matching formula, it is characterised in that:Including setup module (1), initially Setup module (2), matching module (3), alphabetical matching module (4), Symbol matching module (5), digital matching module (6) and return Module (7);
The setup module (1), obtains matching formula and number to be matched, is that matching formula sets one for pointing to matching The formula formula vernier of each, the matching formula includes alphabetical match bit, Symbol matching position and digital match bit, and to treat The number of matching, which sets one, is used to pointing to the number to be matched number vernier of each;
The initial setup module (2), for formula vernier and number vernier to be respectively placed in into matching formula and number to be matched The first place of code;
The matching module (3), for the current of the present bit of matching formula of pointing to formula vernier and number to be matched Position is matched, and when the present bit of matching formula is alphabetical match bit, alphabetical matching module (4) is performed, when matching formula When present bit is Symbol matching position, Symbol matching module (5) is performed, when the present bit of matching formula is digital match bit, is held Line number word matching module (6), when number vernier points to the end of number to be matched, performs and returns to module (7);
The alphabetical matching module (4), the coding for calculating the encoded radio of matching formula present bit and the encoded radio of upper one Difference, calculates the present bit for the number to be matched that number vernier is pointed to and the difference of upper one, when difference is with encoding poor equal, Number vernier moves to right one, and formula vernier moves to right one, performs matching module (3), otherwise, formula vernier is indicated matching formula First place, number vernier moves to right one, performs matching module (3);
The Symbol matching module (5), the predetermined figure fitted through for obtaining the predetermined figure that Symbol matching position is represented, The position of predetermined figure in number to be matched is unconditionally fitted through, formula vernier moves to right one, and number vernier is constant, holds Row matching module (3);
The digital matching module (6), enters for the position in the number to be matched that indicates the digital match bit and number vernier Row compares, when the two is equal, and formula vernier moves to right one, performs matching module (3), otherwise, formula vernier is indicated matching The first place of formula, number vernier moves to right one, performs matching module (3);
When the return module (7), end for pointing to matching formula when formula vernier, return to the match is successful information, when With vernier point to matching formula positioned at the position at non-end when, return it fails to match information.
7. system according to claim 6, it is characterised in that:Also include number after the return module (7) and return to mould Block (8), the number, which returns to module (8), is used to obtaining number to be matched corresponding with the match is successful information, returns to program Called side.
8. system according to claim 6, it is characterised in that:Encoded radio in the alphabetical matching module (4) is ASCII Code encoded radio.
9. system according to claim 6, it is characterised in that:The number to be matched is phone number.
10. system according to claim 6, it is characterised in that:The matching formula is the number of cell-phone number to be matched Section.
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Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101170748A (en) * 2007-11-29 2008-04-30 中兴通讯股份有限公司 A method for using public identifier in IP multimedia subsystem
CN101227496A (en) * 2008-02-03 2008-07-23 中兴通讯股份有限公司 Apparatus, system and method for sending propelling movement as well as method for sending message
EP2395438A1 (en) * 2009-02-03 2011-12-14 Huawei Technologies Co., Ltd. Character string processing method and system and matcher

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101170748A (en) * 2007-11-29 2008-04-30 中兴通讯股份有限公司 A method for using public identifier in IP multimedia subsystem
CN101227496A (en) * 2008-02-03 2008-07-23 中兴通讯股份有限公司 Apparatus, system and method for sending propelling movement as well as method for sending message
EP2395438A1 (en) * 2009-02-03 2011-12-14 Huawei Technologies Co., Ltd. Character string processing method and system and matcher

Non-Patent Citations (1)

* Cited by examiner, † Cited by third party
Title
"JavaScript常用正则";Vic.Wang;《http://blog.mingsixue.com/it/JS-regexp-stock.html》;20140525;第1-3页 *

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