CN107231454A - The method and device of domain name high-volume asynchronous query - Google Patents
The method and device of domain name high-volume asynchronous query Download PDFInfo
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- CN107231454A CN107231454A CN201710548092.0A CN201710548092A CN107231454A CN 107231454 A CN107231454 A CN 107231454A CN 201710548092 A CN201710548092 A CN 201710548092A CN 107231454 A CN107231454 A CN 107231454A
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- domain name
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L61/00—Network arrangements, protocols or services for addressing or naming
- H04L61/45—Network directories; Name-to-address mapping
- H04L61/4505—Network directories; Name-to-address mapping using standardised directories; using standardised directory access protocols
- H04L61/4511—Network directories; Name-to-address mapping using standardised directories; using standardised directory access protocols using domain name system [DNS]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L61/00—Network arrangements, protocols or services for addressing or naming
- H04L61/30—Managing network names, e.g. use of aliases or nicknames
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- Engineering & Computer Science (AREA)
- Computer Networks & Wireless Communication (AREA)
- Signal Processing (AREA)
- Information Retrieval, Db Structures And Fs Structures Therefor (AREA)
- Information Transfer Between Computers (AREA)
Abstract
The invention discloses a kind of method and device of domain name high-volume asynchronous query, method includes：A) user enters domain name inquiry system；B) single input or batch input several domain names to be checked in domain name inquiry system；C) validity for treating nslookup according to domain name international rule is verified, and judges whether qualified, in this way, domain name to be checked is submitted to the system processing module of domain name inquiry system, is performed D)；Otherwise, B is returned)；D) prefix and suffix for domain name to be checked are grouped, and are added in different queues, carry out multiple thread submissions；E) according to the location of domain name to be checked, domain name to be checked is submitted on nearest inquiry of the domain name node server；F the dns database of registration office is inquired about where) being connected to domain name to be checked, and is returned and display Query Result.Inquiry velocity of the present invention is very fast, query interface is more, data query is more comprehensive, inquiry accuracy rate is higher.
Description
Technical field
The present invention relates to inquiry of the domain name field, more particularly to a kind of method and device of domain name high-volume asynchronous query.
Background technology
Inquiry of the domain name generally refers to the WHOIS log-on messages of nslookup, and domain name WHOIS is can not in current domain name system
Or a scarce information service.When carrying out Internet surfings using domain name, many users wish to further appreciate that domain name, name
Character server details, this will use WHOIS.For the registration service mechanism (registrar) of domain name, to confirm
Whether domain name data has correctly been registered to domain name registration center (registry), also often uses WHOIS.From the point of view of directly perceived,
WHOIS is exactly the search engine for being linked to dns database, is in general to belong to Network Information Centre (NIC) to provide and tie up
One of name Service of shield.Current domain name inquiry system inquiry velocity is slower, and inquiry of the domain name interface is less, and data query is more
Single, the accuracy rate of inquiry is not high.
The content of the invention
The technical problem to be solved in the present invention is, for prior art drawbacks described above there is provided a kind of inquiry velocity compared with
Hurry up, query interface is more, data query more comprehensively, the method for the higher domain name high-volume asynchronous query of accuracy rate of inquiry and
Device.
The technical solution adopted for the present invention to solve the technical problems is：Construct a kind of side of domain name high-volume asynchronous query
Method, comprises the following steps：
A) user enters domain name inquiry system by browser；
B) the user single input or batch input several domain names to be checked in domain name inquiry system；
C) domain name inquiry system is verified according to domain name international rule to the validity of the domain name to be checked, and
It is qualified to judge whether, in this way, and the domain name to be checked is submitted to the system processing module of domain name inquiry system, step is performed
Rapid D)；Otherwise, return to step B)；
D) domain name inquiry system is grouped for the prefix and suffix of the domain name to be checked, and is added different
In queue, multiple thread submissions are carried out；
E) according to the location of the domain name to be checked, the domain name to be checked is submitted to nearest inquiry of the domain name node
On server；
F the dns database of registration office is inquired about where) being connected to the domain name to be checked, and is returned and display inquiry
As a result；The Query Result includes the quotation of domain name and registered domain name.
In the method for domain name high-volume asynchronous query of the present invention, the step D) further comprise：
D1) domain name that suffix in the domain name to be checked belongs to same registration office is divided into one by domain name inquiry system
Group, the different grouping obtained after division is added separately in different queues；
D2) for being left ungrouped domain name to be checked, first found according to the suffix of each domain name to be checked described
The location of domain name to be checked, then finds the inquiry of the domain name node serve closest with the location of the domain name to be checked
Device；
D3 the domain name to be checked belonged in same inquiry of the domain name node server compass of competency) is divided into one group, and will
The different grouping obtained after division is separately added into different queues；
D4) domain name to be checked with same prefix in same inquiry of the domain name node server compass of competency is divided into
One group, and the different grouping obtained after division is separately added into different queues, carry out multithreading submission.
In the method for domain name high-volume asynchronous query of the present invention, the suffix of the domain name to be checked is at least
1000 kinds.
The invention further relates to a kind of device for the method for realizing above-mentioned domain name high-volume asynchronous query, including：
Domain name inquiry system enters unit：Enter domain name inquiry system for making user by browser；
Domain name input block：For making the user single input or batch input in domain name inquiry system some
Individual domain name to be checked；
Domain name authentication unit：For making domain name inquiry system according to domain name international rule to the domain name to be checked
Validity verified, and judges whether qualified, in this way, is by what the domain name to be checked was submitted to domain name inquiry system
System processing module；Otherwise, return；
Grouped element：For making domain name inquiry system be divided for the prefix and suffix of the domain name to be checked
Group, and add in different queues, carry out multiple thread submissions；
Submit unit：For the location according to the domain name to be checked, the domain name to be checked is submitted to nearest
On inquiry of the domain name node server；
Inquire about returning unit：The dns database of registration office is inquired about where for being connected to the domain name to be checked,
And return and display Query Result；The Query Result includes the quotation of domain name and registered domain name.
In device of the present invention, the grouped element further comprises：
First grouping module：Belong to same registration for making domain name inquiry system by suffix in the domain name to be checked
The domain name of office is divided into one group, the different grouping obtained after division is added separately in different queues；
Node server searching modul：For for being left ungrouped domain name to be checked, first according to each described to be checked
The suffix for asking domain name finds the location of the domain name to be checked, then finds the location with the domain name to be checked apart from most
Near inquiry of the domain name node server；
Second packet module：Domain name to be checked for that will belong in same inquiry of the domain name node server compass of competency is drawn
It is divided into one group, and the different grouping obtained after division is separately added into different queues；
3rd grouping module：For will there is treating for same prefix in same inquiry of the domain name node server compass of competency
Nslookup is divided into one group, and the different grouping obtained after division is separately added into different queues, carries out multithreading and carries
Hand over.
In device of the present invention, at least 1000 kinds of the suffix of the domain name to be checked.
Implement the method and device of the domain name high-volume asynchronous query of the present invention, have the advantages that：Due to user
Single input or batch input several domain names to be checked in domain name inquiry system；When domain name to be checked is qualified, domain name is looked into
Inquiry system is grouped for the prefix and suffix of domain name to be checked, and is added in different queues, carries out multiple thread submissions；
According to the location of the domain name to be checked, domain name to be checked is submitted on nearest inquiry of the domain name node server；Connection
The dns database of registration office is inquired about where to domain name to be checked, and is returned and display Query Result, therefore inquiry velocity
Comparatively fast, query interface is more, data query is more comprehensive, inquiry accuracy rate is higher.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
There is the accompanying drawing used required in technology description to be briefly described, it should be apparent that, drawings in the following description are only this
Some embodiments of invention, for those of ordinary skill in the art, on the premise of not paying creative work, can be with
Other accompanying drawings are obtained according to these accompanying drawings.
Fig. 1 for domain name high-volume asynchronous query of the present invention method and device one embodiment in method flow chart；
Prefixes and suffix of the Fig. 2 for domain name inquiry system in the embodiment for domain name to be checked are grouped, and are added
Enter in different queues, carry out the particular flow sheet of multiple thread submissions；
Fig. 3 is the structural representation of device in the embodiment.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation is described, it is clear that described embodiment is only a part of embodiment of the invention, rather than whole embodiments.It is based on
Embodiment in the present invention, it is every other that those of ordinary skill in the art are obtained under the premise of creative work is not made
Embodiment, belongs to the scope of protection of the invention.
In the method and device embodiment of domain name high-volume asynchronous query of the present invention, its domain name high-volume asynchronous query
The flow chart of method is as shown in Figure 1.In Fig. 1, the method for the domain name high-volume asynchronous query comprises the following steps：
Step S01 user enters domain name inquiry system by browser：In this step, user enters domain name by browser
Inquiry system, into the user of domain name inquiry system, for the user logged in, domain name inquiry system can preserve user's inquiry
Record and recommend suitable suffix.
Step S02 user single input or batch input several domain names to be checked in domain name inquiry system：This step
In, user single input or batch input several domain names to be checked in domain name inquiry system.
The validity that step S03 domain name inquiry systems treat nslookup according to domain name international rule is verified, and is sentenced
It is disconnected whether qualified：In this step, the validity that domain name inquiry system treats nslookup according to domain name international rule is verified,
And judge whether it is qualified, that is, judge whether domain name to be checked meets domain name international rule, if it is determined that result be it is yes, then
Perform step S04；Otherwise, return to step S02.
Domain name to be checked is submitted to the system processing module of domain name inquiry system by step S04：If above-mentioned steps S03's
Judged result is yes, i.e., domain name to be checked is legal, then performs this step.In this step, domain name to be checked is submitted to domain name and looked into
The system processing module of inquiry system.This step has been performed, step S05 is performed.
Step S05 domain name inquiry systems are grouped for the prefix and suffix of domain name to be checked, and add different teams
In row, multiple thread submissions are carried out：In this step, domain name inquiry system is divided for the prefix and suffix of domain name to be checked
Group, and add in different queues, carry out multiple thread submissions.
Domain name to be checked is submitted to nearest inquiry of the domain name node and taken by step S06 according to the location of domain name to be checked
It is engaged on device：In this step, according to the location of domain name to be checked, domain name to be checked is submitted to nearest inquiry of the domain name node and taken
It is engaged on device.
The dns database of registration office is inquired about where step S07 is connected to domain name to be checked, and return and display are looked into
Ask result：In this step, the dns database (EPP systems) of registration office is inquired about where being connected to domain name to be checked, and is returned
Return and display Query Result.It is noted that Query Result includes the quotation of domain name and registered domain name.
In the method for the invention, each domain name has independent query interface (registration office where query node, i.e. domain name
Inquiry of the domain name node server), can so accelerate inquiry velocity, high concurrent can be handled.The present invention uses multithreading queue
Method, is sorted out and is grouped to large batch of domain name to be checked, and different query nodes are distributed to according to different suffix, plus
The efficiency inquired about soon.Each domain name and registration office are docked in real time, are obtained real time data, are increased the accuracy rate of data query, pass through
The domain-name information with registration office is obtained in real time so that inquiry of the domain name is accurately and reliably.Therefore, method of the invention causes inquiry of the domain name
Speed, network service is more smooth, query interface is more, data query more comprehensively, inquiry accuracy rate it is higher.
For the present embodiment, above-mentioned steps S05 can also be refined further, and the flow chart after it is refined is as shown in Figure 2.
In Fig. 2, above-mentioned steps S05 further comprises：
The domain name that suffix in domain name to be checked belongs to same registration office is divided into one group by step S51 domain name inquiry systems,
The different grouping obtained after division is added separately in different queues：In this step, domain name inquiry system is by domain to be checked
Suffix belongs to the domain name of same registration office and is divided into one group in name, the different grouping obtained after division is added separately to different
In queue.
Step S52, which is directed to, is left ungrouped domain name to be checked, is first found according to the suffix of each domain name to be checked to be checked
The location of domain name is ask, the inquiry of the domain name node server closest with the location of domain name to be checked is then found：This step
In rapid, for being left ungrouped domain name to be checked, the institute of domain name to be checked is first found according to the suffix of each domain name to be checked
On ground, the inquiry of the domain name node server closest with the location of domain name to be checked is then found, that is, according to be checked
The suffix of inquiry domain name finds the country where registration office, then finds and the top-quality inquiry of the domain name node of the national communication takes
Business device.
The domain name to be checked belonged in same inquiry of the domain name node server compass of competency is divided into one group by step S53,
And be separately added into the different grouping obtained after division in different queues：In this step, same inquiry of the domain name node will be belonged to
Domain name to be checked in server compass of competency is divided into one group, and the different grouping obtained after division is separately added into different
In queue.
Step S54 draws the domain name to be checked with same prefix in same inquiry of the domain name node server compass of competency
It is divided into one group, and the different grouping obtained after division is separately added into different queues, carries out multithreading submission：The present embodiment
In, same inquiry of the domain name node server be to the quantity of the domain name of administration it is limited, the quantity administered be it is how many, basis
Concrete condition is set.In this step, will there is same prefix in same inquiry of the domain name node server compass of competency
Domain name to be checked is divided into one group, and the different grouping obtained after division is separately added into different queues, carries out multithreading
Submit.Worth one is mentioned that, for same queue, can add the packet divided according to same rule.The present invention is logical
Sorted out and be grouped the query interface crossed according to where the suffix location of domain name and domain name, can so accelerate inquiry
Efficiency.In the present embodiment, using the real-time domain name of global domain name, the suffix of domain name to be checked kind at least more than 1000.
The present embodiment further relates to a kind of device for the method for realizing above-mentioned domain name high-volume asynchronous query, the structure of the device
Schematic diagram is as shown in figure 3, in Fig. 3, the device includes domain name inquiry system and enters unit 1, domain name input block 2, domain name checking
Unit 3, grouped element 4, submission unit 5 and inquiry returning unit 6；Wherein, domain name inquiry system enters unit 1 and is used to make user
Domain name inquiry system is entered by browser；Domain name input block 2 be used for make user in domain name inquiry system it is single input or
Several domain names to be checked of batch input；Domain name authentication unit 3 is used to make domain name inquiry system be treated according to domain name international rule
The validity of nslookup verified, and judges whether qualified, in this way, domain name to be checked is submitted into domain name inquiry system
System processing module；Otherwise, return；Grouped element 4 is used for the prefix and suffix that make domain name inquiry system for domain name to be checked
It is grouped, and is added in different queues, carries out multiple thread submissions；Unit 5 is submitted to be used for the institute according to domain name to be checked
On ground, domain name to be checked is submitted on nearest inquiry of the domain name node server；Inquiry returning unit 6 is to be checked for being connected to
The dns database of registration office is inquired about where asking domain name, and is returned and display Query Result；Above-mentioned Query Result includes domain
The quotation of name and registered domain name.
In the apparatus of the present, each domain name has independent query interface (registration office where query node, i.e. domain name
Inquiry of the domain name node server), can so accelerate inquiry velocity, high concurrent can be handled.The present invention uses multithreading queue
Method, is sorted out and is grouped to large batch of domain name to be checked, and different query nodes are distributed to according to different suffix, plus
The efficiency inquired about soon.Each domain name and registration office are docked in real time, are obtained real time data, are increased the accuracy rate of data query, pass through
The domain-name information with registration office is obtained in real time so that inquiry of the domain name is accurately and reliably.Therefore, device of the invention causes inquiry of the domain name
Speed, network service is more smooth, query interface is more, data query more comprehensively, inquiry accuracy rate it is higher.
In the present embodiment, grouped element 4 further comprises the first grouping module 41, node server searching modul 42,
Two grouping modules 43 and the 3rd grouping module 44；Wherein, the first grouping module 41 is used to make domain name inquiry system will be to be checked
Ask suffix in domain name and belong to the domain name of same registration office and be divided into one group, the different grouping obtained after division is added separately to not
In same queue；Node server searching modul 42 is used for for being left ungrouped domain name to be checked, first according to each to be checked
The suffix for asking domain name finds the location of domain name to be checked, then finds the domain name closest with the location of domain name to be checked
Query node server；Second packet module 43 is used to belong to be checked in same inquiry of the domain name node server compass of competency
Ask domain name and be divided into one group, and the different grouping obtained after division is separately added into different queues；3rd grouping module 44
For the domain name to be checked with same prefix in same inquiry of the domain name node server compass of competency to be divided into one group, and
The different grouping obtained after division is separately added into different queues, carries out multithreading submission.In the present embodiment, using the whole world
The real-time domain name of domain name, the suffix of domain name to be checked kind at least more than 1000.At least 1000 kinds of the suffix of domain name to be checked.
In a word, the invention enables the quickening of inquiry of the domain name speed, network service is more smooth.Meanwhile, each domain name has independence
Query interface, can so accelerate inquiry velocity, handle high concurrent.The global real-time domain name of domain name, has after more than 1000 kinds of domain name
Sew inquiry.By obtaining the domain-name information with registration office in real time so that inquiry of the domain name is accurately and reliably.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all essences in the present invention
God is with principle, and any modification, equivalent substitution and improvements made etc. should be included in the scope of the protection.
Claims (6)
1. a kind of method of domain name high-volume asynchronous query, it is characterised in that comprise the following steps：
A) user enters domain name inquiry system by browser；
B) the user single input or batch input several domain names to be checked in domain name inquiry system；
C) domain name inquiry system is verified according to domain name international rule to the validity of the domain name to be checked, and is judged
It is whether qualified, in this way, the domain name to be checked is submitted to the system processing module of domain name inquiry system, performs step
D)；Otherwise, return to step B)；
D) domain name inquiry system is grouped for the prefix and suffix of the domain name to be checked, and adds different queues
In, carry out multiple thread submissions；
E) according to the location of the domain name to be checked, the domain name to be checked is submitted to nearest inquiry of the domain name node serve
On device；
F the dns database of registration office is inquired about where) being connected to the domain name to be checked, and is returned and display inquiry knot
Really；The Query Result includes the quotation of domain name and registered domain name.
2. the method for domain name high-volume asynchronous query according to claim 1, it is characterised in that the step D) further
Including：
D1) domain name that suffix in the domain name to be checked belongs to same registration office is divided into one group by domain name inquiry system,
The different grouping obtained after division is added separately in different queues；
D2) for being left ungrouped domain name to be checked, first found according to the suffix of each domain name to be checked described to be checked
The location of domain name is ask, the inquiry of the domain name node server closest with the location of the domain name to be checked is then found；
D3 the domain name to be checked belonged in same inquiry of the domain name node server compass of competency) is divided into one group, and will be divided
The different grouping obtained afterwards is separately added into different queues；
D4 the domain name to be checked with same prefix in same inquiry of the domain name node server compass of competency) is divided into one
Group, and the different grouping obtained after division is separately added into different queues, carry out multithreading submission.
3. the method for domain name high-volume asynchronous query according to claim 1 or 2, it is characterised in that the domain to be checked
At least 1000 kinds of the suffix of name.
4. a kind of device for the method for realizing domain name high-volume asynchronous query as claimed in claim 1, it is characterised in that bag
Include：
Domain name inquiry system enters unit：Enter domain name inquiry system for making user by browser；
Domain name input block：For make the user in domain name inquiry system it is single input or batch input several treat
Nslookup；
Domain name authentication unit：For making domain name inquiry system according to domain name international rule to the effective of the domain name to be checked
Property verified, and judges whether qualified, and in this way, the domain name to be checked is submitted at the system of domain name inquiry system
Manage module；Otherwise, return；
Grouped element：For making domain name inquiry system be grouped for the prefix and suffix of the domain name to be checked, and
Add in different queues, carry out multiple thread submissions；
Submit unit：For the location according to the domain name to be checked, the domain name to be checked is submitted to nearest domain name
On query node server；
Inquire about returning unit：The dns database of registration office is inquired about where for being connected to the domain name to be checked, and is returned
Return and display Query Result；The Query Result includes the quotation of domain name and registered domain name.
5. the device of the method according to claim 4 for realizing domain name high-volume asynchronous query as claimed in claim 1,
Characterized in that, the grouped element further comprises：
First grouping module：Belong to same registration office for making domain name inquiry system by suffix in the domain name to be checked
Domain name is divided into one group, the different grouping obtained after division is added separately in different queues；
Node server searching modul：For for being left ungrouped domain name to be checked, first according to each domain to be checked
The suffix of name finds the location of the domain name to be checked, then finds closest with the location of the domain name to be checked
Inquiry of the domain name node server；
Second packet module：For the domain name to be checked belonged in same inquiry of the domain name node server compass of competency to be divided into
One group, and the different grouping obtained after division is separately added into different queues；
3rd grouping module：For will there is the to be checked of same prefix in same inquiry of the domain name node server compass of competency
Domain name is divided into one group, and the different grouping obtained after division is separately added into different queues, carries out multithreading submission.
6. the dress of the method for realizing domain name high-volume asynchronous query as claimed in claim 1 according to claim 4 or 5
Put, it is characterised in that at least 1000 kinds of the suffix of the domain name to be checked.
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| CN112118328A (en) * | 2020-08-17 | 2020-12-22 | 互联网域名系统北京市工程研究中心有限公司 | Method and system for inquiring and analyzing brand domain name registration information |
| CN113378031A (en) * | 2021-06-24 | 2021-09-10 | 深圳海域信息技术有限公司 | WHOIS query method and system based on global network distributed processing |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108449444A (en) * | 2018-03-29 | 2018-08-24 | 江苏省未来网络创新研究院 | Local data transport method, self-loopa domain name analysis system and method |
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| CN113378031A (en) * | 2021-06-24 | 2021-09-10 | 深圳海域信息技术有限公司 | WHOIS query method and system based on global network distributed processing |
| CN113378031B (en) * | 2021-06-24 | 2022-06-28 | 深圳海域信息技术有限公司 | WHOIS query method and system based on global network distributed processing |
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| CN107231454B (en) | 2020-07-07 |
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