CN101917433A - Network remote registration localization reappearing protection system - Google Patents
Network remote registration localization reappearing protection system Download PDFInfo
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Abstract
The invention relates to a network remote registration localization reappearing protection system in the network technical field, comprising a development module, an application module and a network registration module; wherein the network registration module is connected with the development module, so as to transmit identification information of software to be registered and protected and generated software registration number, the network registration module is connected with the application module, so as to transmit hardware information, registration number information, encrypted write-back information and configuration file information of the machine in which the software to be registered is located, and the development module is connected with the application module, so as to transmit assistant development kit information. The invention greatly reduces work load of middle small software developer on registration module development, so as to achieve the aims of expanding the application range of the original network remote registration technology and eliminating the inherent limitation thereof; software identification file is matched and maintained to inhibit wilful distortion on software and software use safety in corresponding fields is improved while expanding the application range thereof.
Description
Technical field
What the present invention relates to is a kind of protection system of networking technology area, specifically is a kind of protection system of network remote registration localization reappearing.
Background technology
One of most popular technology is exactly the network remote registration technology in the existing technology that software copyright is protected: software development side is provided with activator switch for guaranteeing that software is not illegally usurped in software; if and only if, and the software user has obtained effective number of registration and could normally use software by the registrar authentication of software development side; if but the software user has got access to the copy of software but do not got access to effective number of registration, then this software can only or can't use by limited a period of time on probation at all.
The basic principle of existing network remote login technology is to come its employed computer of unique identification by certain specific unique feature of choosing on the software user machine, and the software license that software development side is provided limit sign (as software registration number etc.) computer binding therewith, if and only if, and the unique identification of this computer and the authority sign that the software developer is provided are mated, and software just can normally use.Usually the signature identification of selected computer all is the hardware information that some are determined, such as the sequence number of hard disk, the numbering of mainboard, or the numbering of network interface card or the like, the sign of software license generally then is number of registration or key etc.The software user has bought the register flow path that can activate on this machine behind the number of registration number of registration has been uploaded to registrar, registrar can detect the validity of number of registration and extract related hardware information on the software user machine, after registration is encrypted, be written back on the ad-hoc location of software user machine, thereby finish register flow path.All will decipher write back information at every turn when software starts afterwards and mate with these hardware identifier information on the institute operation machine, if consistent, software normally starts, if inconsistent words, software or close automatically then, or under confined authority, use.
The network remote registration technology has very big advantage than other resist technologies.Because whole register flow path needs the participation and the authentication of registrar, thereby make the difficulty that cracks increase greatly, and the introducing of whole registration framework also makes the software developer needn't worry getting around of software copy again, and only need control number of registration just can guarantee that software is not stolen.
Find that from the retrieval of prior art document the existing network remote login technology overwhelming majority only uses in large-scale software development enterprise on the maintenance of self product and the protection, and system lock.Medium and small software developer for the overwhelming majority; it is too high to realize that separately existing network remote registration technology generally is faced with cost; development process is complicated and do not have a problem of enough technical supports; because what be subjected to existed system closure and own resource circumscribedly influences these developers and be forced to the protected mode that turns to some other fail safe relatively low, thereby buried hidden danger for the safety of medium and small software field.
Summary of the invention
The objective of the invention is to overcome the above-mentioned deficiency of prior art, a kind of protection system of network remote registration localization reappearing is provided.The mode of the present invention by using open function kit offers medium and small software developer with the function of corresponding network remote login with unified interface and uses; mode by Server-Client (server-client) realizes the information interaction of medium and small software developer and network protection platform simultaneously, thereby makes its widespread popularity and practicality be greatly improved.
The present invention is achieved by the following technical solutions:
The present invention includes: network registry module, development module and application module; wherein: network registry module link to each other with development module transmission software identification information to be up for protection and the software registration that generated number; network registry module link to each other with application module hardware information, the number of registration information of transmission software to be registered place machine, write back information and profile information after encrypting, development module links to each other with application module and transmits the auxiliary development tool pack information.
Described network registry module is used to store the log-on message of related software and the hardware information of relative users machine, and be responsible for the write-back of the coupling and the enciphered message of the information of uploading, this module comprises: sub module stored, the first data processing submodule, the information encryption submodule and the first communicator module, wherein: sub module stored links to each other with the first data processing submodule and transmits read-write requests information and corresponding stored information, the first data processing submodule link to each other with the information encryption submodule transmission information to be encrypted and encrypt after information, the first data processing submodule information of transmission after encrypting that links to each other with the first communicator module, the first communicator module links to each other with development module to transmit with application module respectively and uploads information and write back information.
The described first data processing submodule comprises: acquiring unit, call enciphered message unit and write-back unit, wherein: acquiring unit links to each other with sub module stored and transmits read-write requests information and corresponding stored information, call the enciphered message unit information of transmission after encrypting that links to each other with the information encryption submodule, the write-back unit information of transmission after encrypting that links to each other with the first communicator module, acquiring unit with call the enciphered message unit transmission read-write requests corresponding stored information that links to each other, call link to each other with the write-back unit information after the transmission encryption of enciphered message unit.
Described application module extracts and uploads the hardware information of machine to be registered and is responsible for the startup of software by the coupling of deciphering write back information, this module comprises: the second communication submodule, the decrypts information submodule, the second data processing submodule and information extraction submodule, wherein: the second communication submodule links to each other with the network registry module and transmits log-on message and hardware information, the second communication submodule links to each other with the second data processing submodule and transmits log-on message and hardware information, the second data processing submodule link to each other with the decrypts information submodule transmission to be deciphered with deciphering after information, the second data processing submodule links to each other with the information extraction submodule and transmits the hardware information of appointment.
The described second data processing submodule comprises: the registration judging unit, obtain the log-on message unit, call the decryption information unit, matching unit, start unit and exception processing unit, wherein: the registration judging unit with obtain the log-on message unit and link to each other and transmit unregistered information, obtain the log-on message unit link to each other with the network registry module transmission log-on message, the registration judging unit with call the decryption information unit and link to each other and transmit registered information, call link to each other with the decrypts information submodule write back information of registrar of transmission deciphering of decryption information unit, call link to each other with the matching unit write back information of registrar of transmission deciphering of decryption information unit, matching unit links to each other with the information extraction submodule and transmits hardware information, matching unit links to each other with start unit and transmits write back information and the consistent information of hardware information, and matching unit links to each other with exception processing unit and transmits write back information and the inconsistent information of hardware information.
Described development module provides required developing instrument to the software developer, and upload the relevant information that is developed software, this module comprises: third communication submodule, registration code generates submodule, the 3rd data processing submodule, login submodule and auxiliary development kit submodule, wherein: third communication submodule links to each other with the network registry module and transmits information and the network registry information uploaded, third communication submodule link to each other with the 3rd data processing submodule the information after the transmission process and the return results information of registrar, third communication submodule and the login submodule transmission network log-on message that links to each other, the 3rd data processing submodule links to each other with registration code generation submodule and transmits recalls information and registration code information, the login submodule links to each other with the 3rd data processing submodule and transmits log-on message, and auxiliary development kit submodule links to each other with application module and transmits the auxiliary development tool pack information.
Compared with prior art, the present invention has following beneficial effect: the present invention is by with the main functionality of the network remote registration form localization reappearing with the tool function bag, make medium and small software developer to utilize the network remote registration technology by very simple development process, safeguard registrar and database by centralization, reduced the workload of medium and small software developer in the Registering modules exploitation greatly, reach the use and the scope of application that increase legacy network remote login technology, eliminate its intrinsic limitation.Simultaneously, the software markup document is mated and safeguards with containment for the distorting wantonly of software, and it is safe in utilization to improve the software in corresponding field.
Description of drawings
Fig. 1 is that system of the present invention forms schematic diagram.
Embodiment
Below in conjunction with accompanying drawing system of the present invention is further described: present embodiment is being to implement under the prerequisite with the technical solution of the present invention, provided detailed execution mode and concrete operating process, but protection scope of the present invention is not limited to following embodiment.
Embodiment
As shown in Figure 1; present embodiment comprises: network registry module, development module and application module; wherein: network registry module link to each other with development module transmission software identification information to be up for protection and the software registration that generated number; network registry module link to each other with application module hardware information, the number of registration information of transmission software to be registered place machine, write back information and profile information after encrypting, development module links to each other with application module and transmits the auxiliary development tool pack information.
Described network registry module comprises: sub module stored, the first data processing submodule, the information encryption submodule and the first communicator module, wherein: sub module stored links to each other with the first data processing submodule and transmits read-write requests information and corresponding stored information, the first data processing submodule link to each other with the information encryption submodule transmission information to be encrypted and encrypt after information, the first data processing submodule information of transmission after encrypting that links to each other with the first communicator module, the first communicator module links to each other with development module to transmit with application module respectively and uploads information and write back information.
The described first data processing submodule comprises: acquiring unit, call enciphered message unit and write-back unit, wherein: acquiring unit links to each other with sub module stored and transmits read-write requests information and corresponding stored information, call the enciphered message unit information of transmission after encrypting that links to each other with the information encryption submodule, the write-back unit information of transmission after encrypting that links to each other with the first communicator module, acquiring unit with call the enciphered message unit transmission read-write requests corresponding stored information that links to each other, call link to each other with the write-back unit information after the transmission encryption of enciphered message unit.
The course of work of network registry module is in the present embodiment: after the software user obtains this software, can activate the second data processing submodule in the application module during software startup and seek the write-back file, then begin to decipher write-back file and coupling when file exists, when the match is successful then software start smoothly.When the write-back file does not exist or deciphers or it fails to match then activates the abnormality processing flow process, the prompting input number of registration that it obtained.After waiting to import number of registration, the second data processing submodule in the application module grasps the hardware information of machine to be registered and uploads to the network registry module, finishes registration content and finishes the write-back of enciphered message, and restart this software.
Described hardware information comprises: hard disk SN (sequence) number, and mainboard sequence number, net card number.
Described application module comprises: second communication submodule, decrypts information submodule, the second data processing submodule and information extraction submodule, wherein: the second communication submodule links to each other with the network registry module and transmits log-on message and hardware information, the second communication submodule links to each other with the second data processing submodule and transmits log-on message and hardware information, the second data processing submodule link to each other with the decrypts information submodule transmission to be deciphered with deciphering after information, the second data processing submodule links to each other with the information extraction submodule and transmits the hardware information of appointment.
Described log-on message comprises: dbase, software key, software version logo file, registration code.
Registration code in the present embodiment is the registration code of client software according to the automated randomized generation of random device, or the software developer specifies the registration code that reads from certain file.
The described second data processing submodule comprises: the registration judging unit, obtain the log-on message unit, call the decryption information unit, matching unit, start unit and exception processing unit, wherein: the registration judging unit with obtain the log-on message unit and link to each other and transmit unregistered information, obtain the log-on message unit link to each other with the network registry module transmission log-on message, the registration judging unit with call the decryption information unit and link to each other and transmit registered information, call link to each other with the decrypts information submodule write back information of registrar of transmission deciphering of decryption information unit, call link to each other with the matching unit write back information of registrar of transmission deciphering of decryption information unit, matching unit links to each other with the information extraction submodule and transmits hardware information, matching unit links to each other with start unit and transmits write back information and the consistent information of hardware information, and matching unit links to each other with exception processing unit and transmits write back information and the inconsistent information of hardware information.
In the process that application module and network registry module are registered alternately, present embodiment has carried out Version Control, and the coupling of MD5 (eap-message digest the 5th method) value of the characteristic file of the utilization software of registering judges whether the software that the user is using is an effective version without change.To prevent arbitrarily to distort the security threat that may bring for software.
Described development module comprises: third communication submodule, registration code generates submodule, the 3rd data processing submodule, login submodule and auxiliary development kit submodule, wherein: third communication submodule links to each other with the network registry module and transmits information and the network registry information uploaded, third communication submodule link to each other with the 3rd data processing submodule the information after the transmission process and the return results information of registrar, third communication submodule and the login submodule transmission network log-on message that links to each other, the 3rd data processing submodule links to each other with registration code generation submodule and transmits recalls information and registration code information, the login submodule links to each other with the 3rd data processing submodule and transmits log-on message, and auxiliary development kit submodule links to each other with application module and transmits the auxiliary development tool pack information.
The address setting of server is consistent with the address of network registry module server in the development module, to guarantee the normal interchange of two modules; Auxiliary development kit submodule in the development module is packaged as the form that the software developer directly calls, and for different development languages, provides the auxiliary development kit of different-format; The software version markup document of being uploaded in the development module should be can unique sign the file of existing software version, binary executable or DLL (dynamic link library) file of present embodiment in software development process, having carried out modification and reconstruct again; The software key of being uploaded in the development module is 24 long ASC2 sign indicating number strings that a software developer chooses, and chooses the software developer and submits to back network registry module can verify in database to guarantee that this key is unique.
The process of present embodiment operation may further comprise the steps:
The first step, configuration network Registering modules and submodule are wherein promptly built registrar.At first need wherein list item of configure database server and initialization, present embodiment has used the mysql database under linux server.In the database information is divided two parts, one is the software information database, and another one is registered user's database.Use following statement newdata storehouse and initialization list item respectively.
create?database?SoftInfo；
use?database?SoftInfo；
create?table?Soft?{SoftName?varchar(30)，Privatekey?varchar(24)，MD5Value
varchar(32)，ID?int?auto_increment?not?null}；
create?database?UserInfo；
use?database?Userlnfo；
create?table?User{UserName?varchar(20)，Privatekey?varchar(24)，Password
varchar(30)，Status
}
In the software information database; begin most to comprise table Soft, what safeguarded the inside is the important information that needs the software of signon protection: software name (SoftName), the key (PrivateKey) of 24 byte of its developer; be used for judging the MD5 value (MD5Value) of version, software numbering (ID).
Begin most to comprise table User in registered user's database, what safeguarded the inside is user's log-on message: user name (UserName), the key (Privatekey) of 24 byte that the developer uses, user's password (Password), logging status (Status).
First data processing module of network registry module can generate the table that runs after fame with this software, to deposit the registration code of this software when new software information input is arranged.
Be that the network registry module is distributed two ports subsequently on server, one of them is responsible for mutual with application module, and another is responsible for mutual with development module, and the code of revising the registrar end then is made as this two ports with selected port.
In second step, the download of open tool function bag and client-side program is so that the configuration of development module and application module.
Comprise a series of software developers in the tool function bag and realized the required API of remote login function (application programming interface), interface and the effect of most important two API are: first API:boolean CallRemoteRegister (StringSoftName, byte[] PrivateKey) startup remote login flow process, require software user Input Software number of registration in UI, grasp the machine hardware information afterwards and be sent to the network registry module, if succeed in registration then return true, if registration failure then return false.Second API:boolean NativeCheck (String SoftName, byte[] PrivateKey), read the information of network registry module write-back and be decrypted and mate with this machine hardware information.
The hardware information that indicates as hardware that uses in an embodiment is the mainboard sequence number, and net card number and hard disk sequence number specifically call the JNI (the local call method of java) that uses java and realize.When two place's information matches, then return true; Otherwise, return false.
In the 3rd step, prepare the required necessary condition of configuration development module: obtain client and apply for developer's authority account number, and developing instrument function bag is added among the required engineering that develops software.
Be primarily aimed in the present embodiment in the exploitation of java the tool function bag of supporting is provided.Under the eclipse development environment, only need add the jar bag that provides to Properties (attribute)＞Java Build Path＞Libraries＞Add External Jars and just can call normally afterwards.
The 4th step, the configuration of beginning development module.Login the client that is provided with developer's authority account number, and the registration relevant information that develops software, comprising: dbase, 24 keys, the software markup document, 16 number of registrations etc. select to generate automatically or import by hand registration code then.The developer realizes the software registration function alternately with the tool function bag is disposed in its Development Engineering and in position calling platform provided registration function and registrar, guarantees that when calling dbase is consistent with the information of being registered with key.
The false code structure is as follows:
Function?SoftStart：
If?NativeCheck(SoftName，SecretKey)
SoftCoreStart()；
Else
If?CallRemoteRegister(SoftName，SecretKey)；
SoftStart()；
Else
SoftClose()；
In the 5th step, the software developer issues its software of developing, and the software user downloads and buy software registration number.The input number of registration is registered after starting software, and normal afterwards the use gets final product.
Present embodiment is by very simple development process, utilize the network remote registration technology, safeguard registrar and database by centralization, reduced the workload of medium and small software developer in the Registering modules exploitation greatly, increase the use and the scope of application of legacy network remote login technology, eliminated its intrinsic limitation.And when expanding its scope of application, the software markup document is mated and safeguards with containment for the distorting wantonly of software, and improve the safe in utilization of software.
Claims (5)
1. the protection system of a network remote registration localization reappearing, comprise: development module and application module, it is characterized in that, also comprise: the network registry module, wherein: network registry module link to each other with development module transmission software identification information to be up for protection and the software registration that generated number, network registry module link to each other with application module hardware information, the number of registration information of transmission software to be registered place machine, write back information and profile information after encrypting, development module links to each other with application module and transmits the auxiliary development tool pack information;
Described network registry module comprises: sub module stored, the first data processing submodule, the information encryption submodule and the first communicator module, wherein: sub module stored links to each other with the first data processing submodule and transmits read-write requests information and corresponding stored information, the first data processing submodule link to each other with the information encryption submodule transmission information to be encrypted and encrypt after information, the first data processing submodule information of transmission after encrypting that links to each other with the first communicator module, the first communicator module links to each other with development module to transmit with application module respectively and uploads information and write back information.
2. the protection system of network remote registration localization reappearing according to claim 1; it is characterized in that; the described first data processing submodule comprises: acquiring unit; call enciphered message unit and write-back unit; wherein: acquiring unit links to each other with sub module stored and transmits read-write requests information and corresponding stored information; call the enciphered message unit information of transmission after encrypting that links to each other with the information encryption submodule; the write-back unit information of transmission after encrypting that links to each other with the first communicator module; acquiring unit with call the enciphered message unit transmission read-write requests corresponding stored information that links to each other, call link to each other with the write-back unit information after the transmission encryption of enciphered message unit.
3. the protection system of network remote registration localization reappearing according to claim 1; it is characterized in that; described application module comprises: the second communication submodule; the decrypts information submodule; the second data processing submodule and information extraction submodule; wherein: the second communication submodule links to each other with the network registry module and transmits log-on message and hardware information; the second communication submodule links to each other with the second data processing submodule and transmits log-on message and hardware information; the second data processing submodule link to each other with the decrypts information submodule transmission to be deciphered with deciphering after information, the second data processing submodule links to each other with the information extraction submodule and transmits the hardware information of appointment.
4. the protection system of network remote registration localization reappearing according to claim 3; it is characterized in that; the described second data processing submodule comprises: the registration judging unit; obtain the log-on message unit; call the decryption information unit; matching unit; start unit and exception processing unit; wherein: the registration judging unit with obtain the log-on message unit and link to each other and transmit unregistered information; obtain the log-on message unit link to each other with the network registry module transmission log-on message; the registration judging unit with call the decryption information unit and link to each other and transmit registered information; call link to each other with the decrypts information submodule module write back information of registrar of transmission deciphering of decryption information unit; call link to each other with the matching unit write back information of registrar of transmission deciphering of decryption information unit; matching unit links to each other with the information extraction submodule and transmits hardware information; matching unit links to each other with start unit and transmits write back information and the consistent information of hardware information, and matching unit links to each other with exception processing unit and transmits write back information and the inconsistent information of hardware information.
5. the protection system of network remote registration localization reappearing according to claim 1; it is characterized in that; described development module comprises: third communication submodule; registration code generates submodule; the 3rd data processing submodule; login submodule and auxiliary development kit submodule; wherein: third communication submodule links to each other with the network registry module and transmits information and the network registry information uploaded; third communication submodule link to each other with the 3rd data processing submodule the information after the transmission process and the return results information of registrar; third communication submodule and the login submodule transmission network log-on message that links to each other; the 3rd data processing submodule links to each other with registration code generation submodule and transmits recalls information and registration code information; the login submodule links to each other with the 3rd data processing submodule and transmits log-on message, and auxiliary development kit submodule links to each other with application module and transmits the auxiliary development tool pack information.
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| CN2010102554920A CN101917433B (en) | 2010-08-17 | 2010-08-17 | Protection system for network remote registration and localized reappearing |
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| CN101917433B CN101917433B (en) | 2012-09-19 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104881464A (en) * | 2015-05-26 | 2015-09-02 | 北京挺软科技有限公司 | Data file format defining method |
| CN109150828A (en) * | 2018-07-10 | 2019-01-04 | 珠海腾飞科技有限公司 | A kind of verifying register method and system |
| CN114428952A (en) * | 2022-04-07 | 2022-05-03 | 北京亿赛通科技发展有限责任公司 | Method, system and server for verifying characteristic value of public network electronic file |
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| CN1866870A (en) * | 2006-02-23 | 2006-11-22 | 华为技术有限公司 | Software validity checking system and method based on device management protocol |
| CN101082950A (en) * | 2007-07-10 | 2007-12-05 | 侯同济 | Software encrypting registration piracy-preventing method |
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| CN1866870A (en) * | 2006-02-23 | 2006-11-22 | 华为技术有限公司 | Software validity checking system and method based on device management protocol |
| CN101082950A (en) * | 2007-07-10 | 2007-12-05 | 侯同济 | Software encrypting registration piracy-preventing method |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104881464A (en) * | 2015-05-26 | 2015-09-02 | 北京挺软科技有限公司 | Data file format defining method |
| CN109150828A (en) * | 2018-07-10 | 2019-01-04 | 珠海腾飞科技有限公司 | A kind of verifying register method and system |
| CN109150828B (en) * | 2018-07-10 | 2021-04-13 | 珠海腾飞科技有限公司 | Verification registration method and system |
| CN114428952A (en) * | 2022-04-07 | 2022-05-03 | 北京亿赛通科技发展有限责任公司 | Method, system and server for verifying characteristic value of public network electronic file |
| CN114428952B (en) * | 2022-04-07 | 2022-07-19 | 北京亿赛通科技发展有限责任公司 | Method, system and server for verifying characteristic value of public network electronic file |
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| CN101917433B (en) | 2012-09-19 |
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