CN111666584B - Private cloud disk deployment method and system - Google Patents
Private cloud disk deployment method and system Download PDFInfo
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- CN111666584B CN111666584B CN202010299952.3A CN202010299952A CN111666584B CN 111666584 B CN111666584 B CN 111666584B CN 202010299952 A CN202010299952 A CN 202010299952A CN 111666584 B CN111666584 B CN 111666584B
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- G06F21/60—Protecting data
- G06F21/62—Protecting access to data via a platform, e.g. using keys or access control rules
- G06F21/6218—Protecting access to data via a platform, e.g. using keys or access control rules to a system of files or objects, e.g. local or distributed file system or database
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- G06F16/176—Support for shared access to files; File sharing support
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Abstract
The invention relates to the technical field of private cloud disks, and discloses a private cloud disk deployment method, which comprises the following steps: detecting whether a private cloud disk server is connected with the Internet or not; if yes, accessing the manufacturer extranet server, reporting the IP address of the private cloud disk server and the identification code of the private cloud disk server to the manufacturer extranet server, and establishing automatic long connection with the manufacturer extranet server; sending the identification code requesting for access to the manufacturer extranet server; checking whether the identification code requesting access is the same as the identification code of the private cloud disk server; if yes, allowing access to the private cloud disk; when an intranet is connected, the private cloud disk is directly accessed; when connecting with the extranet, the private cloud disk is punctured and accessed through the manufacturer extranet server. The invention has the advantages that the private cloud disk is reasonable in privacy management, the external network server of a manufacturer is automatically and long-term connected with the private cloud disk server, a user side does not need to purchase a special line, and an IP address for connecting the external network server of the manufacturer is not needed to be set, so that the invention is simple and feasible.
Description
Technical Field
The invention relates to the technical field of private cloud disks, in particular to a private cloud disk deployment method and system.
Background
The private cloud disk is a professional storage tool, is a product of internet cloud technology, and provides services such as storage, reading and downloading of information for enterprises and individuals. Compared with the traditional disk, the private cloud disk has the advantages of safety, confidentiality, overlarge storage space, no limitation on the size of a single file, good friend sharing and the like, so that the application of the private cloud disk is gradually popularized.
Existing private cloud disks are typically deployed: the existing NAS storage device firstly ensures that the storage device and the connection device must be in the same network segment, and if the storage device cannot be scanned by the connection terminal, many enterprises have more than one network segment, which results in the failure of normal connection of the devices. On the premise that the connecting device and the storage device are in the same network segment, the connecting device downloads the client and then scans the storage device through client software, the scanning device is affected by the stability of the network and the device, the IP address of the storage device needs to be input under the condition that the device cannot be frequently scanned, and the process has no operability for most users who do not know the method for acquiring the IP address.
Disclosure of Invention
In view of the foregoing defects in the prior art, the technical problem to be solved by the present invention is to provide a method and a system for deploying a private cloud disk, where connection and access are simple and easy.
The technical scheme adopted by the invention for solving the technical problem is to provide a private cloud disk deployment method, which comprises the following steps:
detecting whether a private cloud disk server is connected with the Internet or not; wherein, the private cloud disk is provided with a computer in which service software is written; the service software can detect whether the private cloud disk server is connected with the Internet or not;
if yes, the manufacturer extranet server is actively accessed, the IP address and the identification code of the private cloud disk server are reported to the manufacturer extranet server, and automatic long connection with the manufacturer extranet server is established;
sending an identification code requesting access to the manufacturer extranet server;
checking whether the identification code requesting access is the same as the identification code of the private cloud disk server; if yes, allowing access to the private cloud disk; when an intranet is connected, the private cloud disk is directly accessed; and when the external network is connected, the private cloud disk is punctured and accessed through the manufacturer external network server.
Further, after the automatic long connection with the external network server of the manufacturer is established, the IP address of the external network server of the manufacturer is reported in real time; the manufacturer extranet server is preset with an identification code of the private cloud disk server; the private cloud disk server is preset with a fixed IP address of the manufacturer extranet server.
Further, after establishing the automatic long connection with the manufacturer extranet server, performing administrator registration on the first user side sending the request access identification code and registering an administrator; the administrator is required to enter a user name, a mobile phone number and an authentication code for registration.
Further, after the administrator registers, the administrator logs in the account of the administrator for the first time through the mobile phone number, the verification code or the password, and then a third party login tool or fingerprint or face recognition of the administrator is bound.
Furthermore, after the administrator registers and logs in for the first time, the registration and login verification information is written into the external network server; and then the registration and login authentication information is written into the private cloud disk server end through the long-time puncture connection between the external network server and the private cloud disk server.
Furthermore, after the administrator logs in, a default temporary account corresponding to the private cloud disk server can be shared to the invited user side, and the invited user side performs common user registration after inputting the temporary account and the password in a login interface;
the common user inputs the user name, the mobile phone number and the verification code of the common user to complete registration, sets the password of the common user on the same interface, binds the third-party login tool or fingerprint and face recognition of the common user, and writes the registration information of the common user into the external network server.
Furthermore, after the registration information of the ordinary user is written into the external network server end, the registration and login verification information of the ordinary user is written into the private cloud disk server end through long-time puncture connection between the external network server and the private cloud disk server.
The technical scheme adopted for solving the technical problem is that the invention also provides a private cloud disk deployment system, which comprises the following components:
the detection module is used for detecting whether the private cloud disk server is connected with the Internet or not;
the detection module is used for detecting whether the private cloud disk server is connected with the Internet or not, and then the access module is used for accessing the manufacturer extranet server, sending the IP address of the private cloud disk server and the identification code of the private cloud disk server to the manufacturer extranet server and establishing automatic long connection with the manufacturer extranet server;
the user side is used for sending the identification code requesting for access to the manufacturer extranet server;
the verification module is used for verifying whether the identification code requesting access is the same as the identification code of the private cloud disk server; if the cloud disks are the same, allowing the user side to access the private cloud disk; when the user side is connected with the intranet, the user side can directly access the private cloud disk; when the user side is connected with the external network, the user side can puncture and access the private cloud disk through the manufacturer external network server.
Furthermore, the access module is also used for reporting the IP address of the access module to the external network server of the manufacturer in real time after the automatic long connection with the external network server of the manufacturer; the manufacturer extranet server is preset with an identification code of the private cloud disk server; the private cloud disk server is preset with a fixed IP address of the manufacturer extranet server.
Further, the user side comprises an administrator and a common user, wherein after the private cloud disk server establishes automatic long connection with the manufacturer extranet server, the first user side which sends the request access identification code is registered as the administrator.
Compared with the prior art, the invention at least has the following beneficial effects:
in the invention, after the private cloud disk server is started to be connected with the Internet, because the private cloud disk server is preset with a fixed IP address of a manufacturer external network server, the private cloud disk server actively accesses the manufacturer external network server and sends the IP address of the private cloud disk server to the manufacturer external network server in real time, long connection between the private cloud disk server and the manufacturer external network server is established, after the long connection is established between the private cloud disk server and the manufacturer external network server, a user side can have two ways of accessing the private cloud disk, one way is that the user side can directly access the private cloud disk when being connected with an internal network, and the other way is that the user side can access the private cloud disk by long puncture of the manufacturer external network server when being connected with an external network. After the long connection is established between the private cloud disk and the manufacturer server, when the user side requests to access the private cloud disk, the user side does not need to purchase a special line, so that the use cost of the private cloud disk is saved; and when the user side is connected with the external network server of the manufacturer, the IP address of the external network server of the manufacturer does not need to be set, and the method is simple and easy to implement.
In the invention, the identification code sent by the user terminal requesting access and the identification code of the private cloud disk server are collated by the collation module, the two are the same to allow access, when a common user registers, the common user can register the common user only by receiving a default temporary account number which is sent by an administrator and corresponds to the private cloud disk server, the administrator can reasonably control the common user terminal, the data in the private cloud disk is ensured not to be acquired and leaked by irrelevant people, and the privacy of the data in the private cloud disk is ensured. Such as: when the private cloud disk is applied to a campus, the SN code of the private cloud disk server can be sent to a teacher and students through an administrator of the private cloud disk, the teacher and the students can become a user side bound with the private cloud disk, access authority is given to the teacher, the teacher can achieve receiving and sending operations in the private cloud disk, the students can establish functions such as class albums, class classmates, address books and the like, privacy of resources in the private cloud disk can be well guaranteed, and information is not prone to being leaked out.
Drawings
Fig. 1 is a specific embodiment of a private cloud disk deployment method of the present invention;
fig. 2 is a flow chart of binding a private cloud disk server and establishing an account and a login mode by a mobile phone and a computer;
fig. 3 is a schematic diagram of two ways for a user side to access a private cloud disk;
fig. 4 is a schematic diagram of the private cloud disk deployment system of the present invention.
Detailed Description
The following are specific embodiments of the present invention and are further described with reference to the accompanying drawings, but the present invention is not limited to these embodiments.
As shown in fig. 1, a specific embodiment of the present invention is shown:
a private cloud disk deployment method comprises the following steps:
100. detecting whether a private cloud disk server is connected with the Internet or not; specifically, service software is written into a self-contained computer of the private cloud disk, and after the private cloud disk server is started, whether the private cloud disk server is connected with a network or not can be detected through the service software;
200. if yes, the manufacturer external network server is actively accessed (specifically, the private cloud disk is written by service software with a computer to actively access the manufacturer external network server), the own IP address and the own identification code of the private cloud disk server are sent to the manufacturer external network server, and automatic long connection with the manufacturer external network server is established;
300. sending an identification code requesting access to the manufacturer extranet server;
400. checking whether the identification code requesting access is the same as the identification code of the private cloud disk server; if yes, allowing access to the private cloud disk; when an intranet is connected, the private cloud disk is directly accessed; and when the external network is connected, the private cloud disk is punctured and accessed through the manufacturer external network server.
In the using process, after the private cloud disk server leaves a factory for use, the private cloud disk server can be kept in a power-on networking state for a long time, so that the private cloud disk server and a manufacturer external network server can be kept in an automatic long connection state, the normal use function of the private cloud disk is ensured, and a user side can access the private cloud disk at any time.
After the automatic long connection with the manufacturer extranet server is established, the private cloud disk server reports the IP address of the private cloud disk server to the manufacturer extranet server in real time; in addition, the manufacturer extranet server is preset with an identification code of the private cloud disk server, and in the scheme, the identification code is preferably an SN code; the private cloud disk server is preset with a fixed IP address of the manufacturer extranet server.
Specifically, the private cloud disk server is provided with functional software, the fixed IP address of the manufacturer extranet server is written in the functional software, and the IP address of the private cloud disk server is reported to the manufacturer extranet server in real time through the functional software, so that automatic long connection between the private cloud disk server and the manufacturer extranet server is established. Therefore, when the user side requests to access the private cloud disk, the user side does not need to purchase a special line, and the use cost of the private cloud disk is saved; and when the user side is connected with the external network server of the manufacturer, the IP address of the external network server of the manufacturer does not need to be set, and the method is simple and easy to implement.
As shown in fig. 2, it is a flowchart of binding a private cloud disk server and establishing an account and a login manner by a mobile phone and a computer terminal in the present invention:
after the campus private cloud disk establishes automatic long connection with the manufacturer extranet server, performing administrator registration on a first user side sending a request access identification code (namely SN code) and registering an administrator; the administrator inputs a user name, a mobile phone number and an authentication code for registration. Specifically, when an administrator is registered, inputting a current private cloud disk server SN code by a mobile phone terminal APP code scanning body SN code two-dimensional code, and sending the current private cloud disk server SN code to a manufacturer extranet server terminal; or the website for accessing the manufacturer extranet server device binding page is input in the browser at the computer end to open the private cloud disk server device SN code input interface, the device SN code marked on the private cloud disk server device is input and sent to the manufacturer extranet server end, and each private cloud disk server has the own specific device SN code, so that the manufacturer extranet server can quickly judge and identify the user end for binding the device SN code for the first time; and then enters the administrator registration.
After the administrator successfully registers, the administrator logs in the administrator account for the first time through the mobile phone number, the verification code or the password, and then a third party login tool or fingerprint or face recognition of the administrator is bound. The method has the advantages that various verification information is set, so that the safety of the administrator account can be effectively guaranteed, and the administrator account is prevented from being stolen or used by a person who is not.
After the administrator registers and logs in for the first time, the registration and login verification information of the administrator is written into the external network server; and then the registration and login authentication information is written into the private cloud disk server end through the long-time puncture connection between the external network server and the private cloud disk server. Therefore, the account number of the administrator is written into the manufacturer extranet server and the private cloud disk server, the administrator is given the right, the subsequent administrator logs in the account number, and the manufacturer extranet server and the private cloud disk server can quickly identify the identity of the administrator.
When the subsequent administrator verifies the authority, the administrator passes through the mobile phone number, the verification code or the password; and binding a third party login tool or face recognition and fingerprint login to the private cloud disk server, submitting an access request to the private cloud disk server end, and accessing the private cloud disk server through the intranet.
Preferably, after the administrator logs in, a default temporary account corresponding to the private cloud disk server can be shared with the invited user side, the invited user side performs ordinary user registration after inputting the temporary account and the password on a login interface, the mode is that an ordinary user performs registration, and the mode is that the other ordinary user performs registration, and similar to the mode of the administrator registration, the current private cloud disk server SN code is input through a mobile phone end APP code scanning machine body SN code two-dimensional code and is sent to a manufacturer extranet server end; or inputting a website for accessing the equipment binding page of the manufacturer extranet server in a browser at a computer end, opening a private cloud disk server equipment SN input interface, inputting an equipment SN marked on the private cloud disk server equipment, and sending the equipment SN to the manufacturer extranet server end. The temporary login account and the password shared by the administrator are used for carrying out common user registration, so that the common user side can be reasonably controlled by the administrator, the data in the private cloud disk are guaranteed not to be acquired and divulged by irrelevant people, and the privacy of the data in the private cloud disk is guaranteed.
The common user inputs the user name, the mobile phone number and the verification code of the common user to complete the registration of the common user, and the common interface can be used for setting the login password of the common user, binding the third-party login tool or fingerprint of the common user and identifying the face of the common user; the registration and login verification information is written into the manufacturer extranet server, and because the servers at the two ends of the manufacturer extranet server and the private cloud disk server are in a long connection state, the registration and login verification information of the ordinary user is also written into the private cloud disk server.
When a subsequent registered common user logs in, directly using a mobile phone number, an authentication code or a password; and binding a third party login tool, or a face recognition and fingerprint login private cloud disk server or a manufacturer extranet server, and submitting an access request.
Since the ordinary user has two access modes: when the private cloud disk server is connected with an intranet, a common user logs in the private cloud server and submits an access request, and the access mode directly accesses the private cloud disk server without passing through an extranet server of a manufacturer; when the cloud disk server is connected with an external network, a common user logs in the external network server of a manufacturer and submits an access request, and the access mode needs to puncture and access the private cloud disk server through the external network server of the manufacturer.
That is, as shown in fig. 3, there are two ways for the user side to access the private cloud disk:
route a is: when the user side is connected with the external network, the user side sends an access request to the manufacturer external network server, because the registration and login information of the user side is written into the manufacturer external network server, the SN code of the private cloud disk server is also preset in the manufacturer external network server before leaving factory, and the manufacturer external network server and the private cloud disk server are in an automatic long connection state, after the manufacturer external network server checks the access authority of the user side, the user side is connected with the private cloud disk through long puncture of the manufacturer external network server, and the private cloud disk is accessed.
Route B is: when the user side is connected with the intranet, the user side sends an access request to the private cloud disk server, and the registration and login information of the user side is also written into the private cloud disk server, so that the user side can directly access the private cloud disk server after the private cloud disk server passes the verification.
Fig. 4 is a schematic diagram of a deployment system of a private cloud disk according to another embodiment of the present invention:
a private cloud disk deployment system comprises:
the detection module 10 is used for detecting whether the private cloud disk server is connected with the internet or not;
the access module 20, after the detection module 10 detects that the private cloud disk server is connected to the internet, the access module 20 is used for actively accessing the manufacturer extranet server, reporting the own IP address and the own identification code of the private cloud disk server to the manufacturer extranet server, and establishing automatic long connection with the manufacturer extranet server;
the client 30 is used for sending the identification code requesting access to the manufacturer extranet server;
the checking module 40 is used for checking whether the identification code requesting access is the same as the identification code of the private cloud disk server; if the cloud disks are the same, allowing the user side to access the private cloud disk; when the user side is connected with the intranet, the user side can directly access the private cloud disk; when the user side is connected with the external network, the user side can puncture and access the private cloud disk through the manufacturer external network server.
The access module 20 is further configured to report an IP address of the vendor extranet server to the vendor extranet server in real time after the automatic long connection with the vendor extranet server; the manufacturer extranet server is preset with an identification code of the private cloud disk server; the private cloud disk server is preset with a fixed IP address of the manufacturer extranet server.
The user side 30 includes an administrator and a general user, wherein after the private cloud disk server establishes an automatic long connection with the manufacturer extranet server, the first user side sending the request access identification code is registered as the administrator, and the subsequent user side sending the request access identification code is registered to the general user. Other parts are the same as those of the private cloud disk deployment method of the previous embodiment, and are not described in detail here.
The private cloud disk deployment method and the private cloud disk deployment system have the advantages that the private management of the private cloud disk data is reasonable, and the data in the private cloud disk are effectively guaranteed to be leaked; through the automatic long connection formed between the private cloud disk server and the manufacturer external network server, the expense for purchasing a special line can be saved, and the use cost of the private cloud disk is reduced; and the user side does not need to input the IP address of the external network server for access every time, and the operation is simple and easy.
The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications or additions may be made to the described embodiments, or alternatives may be employed, by those skilled in the art, without departing from the spirit or ambit of the invention as defined in the appended claims.
Claims (8)
1. A private cloud disk deployment method is characterized by comprising the following steps:
detecting whether a private cloud disk server is connected with the Internet or not;
if yes, accessing the manufacturer extranet server, sending the IP address of the private cloud disk server and the identification code of the private cloud disk server to the manufacturer extranet server, and establishing automatic long connection with the manufacturer extranet server; after the automatic long connection with the manufacturer extranet server is established, reporting the IP address of the manufacturer extranet server in real time; the manufacturer extranet server is preset with an identification code of the private cloud disk server; the private cloud disk server is preset with a fixed IP address of the manufacturer extranet server;
sending an identification code requesting for access to the manufacturer extranet server;
checking whether the identification code requesting access is the same as the identification code of the private cloud disk server; if yes, allowing access to the private cloud disk; when an intranet is connected, the private cloud disk is directly accessed; and when the external network is connected, the private cloud disk is accessed through the puncture of the manufacturer external network server.
2. The deployment method of the private cloud disk according to claim 1, wherein after the automatic long connection with the vendor extranet server is established, the administrator of the first client sending the request access identification code is registered and the administrator is registered; the administrator is required to enter a user name, a mobile phone number and an authentication code for registration.
3. The private cloud disk deployment method of claim 2, wherein after the administrator registers, the administrator logs in an account number for the first time through a mobile phone number, a verification code or a password, and then a third party login tool or a fingerprint or face recognition of the administrator is bound.
4. The deployment method of the private cloud disk according to claim 3, wherein after the administrator registers and logs in for the first time, the registration and login authentication information is written into the extranet server; and then the registration and login authentication information is written into the private cloud disk server end through the long-time puncture connection between the external network server and the private cloud disk server.
5. The deployment method of the private cloud disk according to claim 3, wherein after the administrator logs in, a default temporary account corresponding to the private cloud disk server is shared with the invited client, and the invited client performs common user registration after inputting the temporary account and a password in a login interface;
the common user inputs the user name, the mobile phone number and the verification code of the common user to complete registration, sets the password of the common user on the same interface, binds the third-party login tool or the fingerprint and the face recognition of the common user, and writes the registration information of the common user into the external network server side.
6. The private cloud disk deployment method of claim 5, wherein after the registration information of the ordinary user is written into the extranet server, the registration and login authentication information of the ordinary user is written into the private cloud disk server through long-time puncture connection between the extranet server and the private cloud disk server.
7. A private cloud disk deployment system is characterized by comprising:
the detection module is used for detecting whether the private cloud disk server is connected with the Internet or not;
the access module is used for accessing the manufacturer extranet server, sending the IP address of the private cloud disk server and the identification code of the private cloud disk server to the manufacturer extranet server and establishing automatic long connection with the manufacturer extranet server after the detection module detects that the private cloud disk server is connected with the Internet; the access module is also used for reporting the IP address of the access module to the external network server of the manufacturer in real time after the automatic long connection with the external network server of the manufacturer; the manufacturer extranet server is preset with an identification code of the private cloud disk server; a fixed IP address of the manufacturer extranet server is preset in the private cloud disk server;
the user side is used for sending the identification code requesting for access to the manufacturer extranet server;
the verification module is used for verifying whether the identification code requesting access is the same as the identification code of the private cloud disk server; if the cloud disks are the same, allowing the user side to access the private cloud disk; when the user side is connected with the intranet, the user side can directly access the private cloud disk; when the user side is connected with the external network, the user side can access the private cloud disk through the puncture of the manufacturer external network server.
8. The system according to claim 7, wherein the client comprises an administrator and a general user, and wherein the first client sending the request for access identifier is registered as the administrator after the private cloud disk server establishes the automatic long connection with the vendor extranet server.
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| CN113961970B (en) * | 2021-12-23 | 2022-03-15 | 天津联想协同科技有限公司 | Cross-network-segment network disk login identity authentication method and device, network disk and storage medium |
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| CN111666584A (en) | 2020-09-15 |
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