CN113055502B - Automatic domain name registration method suitable for private cloud - Google Patents

Automatic domain name registration method suitable for private cloud Download PDF

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CN113055502B
CN113055502B CN202110170785.7A CN202110170785A CN113055502B CN 113055502 B CN113055502 B CN 113055502B CN 202110170785 A CN202110170785 A CN 202110170785A CN 113055502 B CN113055502 B CN 113055502B
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domain name
domain
private cloud
service
condition judgment
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CN113055502A (en
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魏依然
苏丽
徐亮亮
刘艳辉
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CETC 15 Research Institute
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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]
    • 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
    • H04L61/09—Mapping addresses
    • H04L61/25—Mapping addresses of the same type
    • H04L61/2503—Translation of Internet protocol [IP] addresses
    • H04L61/255—Maintenance or indexing of mapping tables
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00—Network arrangements or protocols for supporting network services or applications
    • H04L67/01—Protocols
    • H04L67/10—Protocols in which an application is distributed across nodes in the network
    • H04L67/1095—Replication or mirroring of data, e.g. scheduling or transport for data synchronisation between network nodes

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Data Exchanges In Wide-Area Networks (AREA)

Abstract

The invention provides an automatic domain name registration method suitable for private cloud, when an enterprise builds a private cloud system, flexible and standard domain name automatic registration can be carried out by using a domain name template, errors generated during manual registration can be effectively avoided, and meanwhile, registration efficiency is improved; in addition, the method for setting the template is simple and convenient to understand, learning cost and human resources of enterprises can be obviously saved by using the template, flexible customized service is realized, the method has strong practicability and wide application range, and the registration requirements of different enterprises on domain names under the cloud technology can be met.

Description

Automatic domain name registration method suitable for private cloud
Technical Field
The invention belongs to the technical field of software design and development, and particularly relates to an automatic domain name registration method suitable for a private cloud.
Background
With the increasing application trend of private clouds, various enterprises and organizations begin to establish exclusive private clouds to strengthen the control of data and resources of the organizations. The private network provided by the private cloud platform not only provides guarantee for data security of enterprises, but also gives the enterprises more flexible domain name naming rights. The PaaS service mode has the characteristics of high integration rate, resource scheduling automation and fine management and monitoring, and is mostly used for enterprises to build private clouds.
Infrastructure as a service (IaaS) is a common cloud computing service model in which an operator provides a network, a storage system, and a server to users and manages the infrastructure. Platform as a service (PaaS) on the basis of IaaS, an operator is also responsible for managing a running environment, middleware and operating system resources, and the running and development environment of application services is taken as a service, so that a platform allowing various information to be transmitted is provided, and a simple cloud-based application program to a complex enterprise application program can be supported.
Various enterprises and organizations gradually start to build exclusive private clouds, and use internal dedicated cloud computing resources to guarantee information security. The PaaS service mode has high integration rate and automatic resource scheduling, so that the economy is high; and the operator provides service and management of operation and development environment, which can bring the advantage of improving development and maintenance efficiency for users. Therefore, the PaaS service model is generally the first choice for enterprises to build private cloud platforms.
The domain name aims to identify the resource by a text label, and compared with an IP address, the domain name is convenient to understand and remember, and the client can directly access the resource through the domain name. The DNS server stores the mapping relation between the domain name and the IP address corresponding to the domain name, when a user inputs the domain name in the browser, the DNS server can search the IP address corresponding to the domain name and return the IP address to the browser for addressing, and the DNS server has the functions of requiring the characteristics of accurate query result and high query speed. Under the support of hardware conditions and software design, the efficiency and accuracy of domain name resolution are guaranteed.
The PaaS service mode provides more resources and management for users, and can save time and resources for development and maintenance, so that the PaaS service mode is mostly selected when enterprises and organizations establish private clouds. With the wide application of the private cloud based on the PaaS mode in various enterprises, the naming of the domain name is more flexible and changeable, and how to improve the efficiency of domain name registration under the condition of ensuring the accuracy becomes a problem to be solved.
Disclosure of Invention
In order to solve the problems, the invention provides an automatic domain name registration method suitable for private cloud, so that an enterprise can perform flexible domain name registration, errors generated during manual registration are avoided, and registration efficiency is improved.
An automated domain name registration method suitable for private cloud comprises the following steps:
s1: selecting six elements as variables, and combining the variables with condition judgment statements to obtain a customizable domain name template so as to meet the requirements of different users, wherein the six elements comprise port numbers, service identifiers, service group instances, service domain identifiers and root domains;
s2: acquiring element information contained in a private cloud of a domain name to be registered, and performing assignment and logic judgment on variables in a domain name template according to the acquired element information to generate the domain name;
S3: and binding the generated domain name with the IP address corresponding to the private cloud to complete the registration of the domain name.
Further, the domain name template specifically is:
[$PORT.][$SERVICE.][$GROUP.][$REGISTRY_ID.][$CLOUD_DOMAIN.][$ROOT_DOMAIN]
wherein, PORT is PORT number, SERVICE is SERVICE identifier, GROUP is SERVICE GROUP identifier, register _ ID is SERVICE GROUP instance, cluster _ DOMAIN is SERVICE DOMAIN identifier, ROOT _ DOMAIN is ROOT DOMAIN, $ is initial identifier, [ ] represents condition judgment statement, and the meaning of any condition judgment statement is: when the variable behind the initial identifier $ is assigned, if the variable is empty, the conditional judgment statement is hidden.
Further, the generating of the domain name after performing assignment and logical judgment on the domain name template according to the acquired information of each element specifically comprises:
starting from the initial identifier $ before the PORT number PORT, sequentially taking each condition judgment statement as the current condition judgment statement from left to right to perform condition judgment to obtain a complete domain name, wherein the logic judgment is as follows: judging whether element information corresponding to a variable contained in a current condition judgment statement exists in each element information contained in a private cloud of the domain name to be registered, if not, judging that the variable contained in the current condition judgment statement is empty, and hiding the current condition judgment statement; and if so, assigning the corresponding element information to the variable contained in the current condition judgment statement, and displaying the current condition judgment statement.
Further, after the generated domain name is bound with the IP address corresponding to the private cloud, the domain name and the IP address corresponding to the domain name are stored in an ETCD database as key values, and then the ETCD database forwards the domain name and the IP address corresponding to the domain name to a DNS (domain name system) domain name server for storage, so that the IP address mapping relation stored in the DNS domain name server is synchronous with the IP address mapping relation stored in the ETCD database.
Further, the ETCD database is connected with the private cloud through a data interface.
Has the advantages that:
1. the invention provides an automatic domain name registration method suitable for private cloud, when an enterprise builds a private cloud system, flexible and standard domain name automatic registration can be carried out by using a domain name template, errors generated during manual registration can be effectively avoided, and meanwhile, registration efficiency is improved; in addition, the method for setting the template is simple and convenient to understand, learning cost and human resources of enterprises can be obviously saved by using the template, flexible customized service is realized, the method has strong practicability and wide application range, and the registration requirements of different enterprises on domain names under the cloud technology can be met.
2. The invention provides an automatic domain name registration method suitable for private cloud, which is characterized in that the idea of variable and condition judgment statements is added during template design, so that the template has universality, the domain name naming requirements of different enterprises can be met, the method is suitable for private cloud deployment of different types of enterprises, and repeated template setting work aiming at different enterprises is avoided in the research and development process.
3. The invention provides an automatic domain name registration method suitable for private cloud, which realizes data synchronization of an ETCD database and a DNS server through an interface, automatically detects real-time dynamic change of an IP address of the server by utilizing a programmable design concept, and ensures that information stored by the DNS server is accurate and updated in real time.
Drawings
Fig. 1 is a flowchart of an automated domain name registration method applicable to a private cloud according to the present invention;
FIG. 2 is a flow chart of domain name generation according to a domain name template provided by the present invention;
fig. 3 is a component diagram of the private cloud cluster deployment provided by the present invention.
Detailed Description
In order to make the technical solutions better understood by those skilled in the art, the technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application.
The invention designs the programmable domain name template applied to the private cloud, and simultaneously realizes intelligent and automatic domain name registration by combining the characteristic of a platform, namely service. The technology mainly comprises three parts of self-defining domain name template design, domain name generation based on the template and user requirements and automatic domain name registration. The designed domain name template has wide application range, flexibly supports various organizations to define domain names, and realizes automatic domain name registration to ensure real-time update of information stored in a DNS server.
Specifically, as shown in fig. 1, an automated domain name registration method suitable for a private cloud includes the following steps:
s1: and selecting six elements as variables, and combining the variables with the condition judgment statement to obtain a customizable domain name template so as to meet the requirements of different users, wherein the six elements comprise port numbers, service identifiers, service group instances, service domain identifiers and root domains.
That is, the present invention sets a domain name template composed of six elements according to user requirements, where the six elements include a port number, a service identifier, a service group instance, a service domain identifier, and a root domain, and the user requirements are different, and the arrangement order and number of the elements are different.
It should be noted that some medium to large organizations with specific business requirements, such as government agencies, often use private clouds to meet the requirements of enhanced environmental control, data governance. On the premise that the private cloud is applied without strictly complying with the domain name naming rule, the organizations have high flexibility when registering the domain name, and the practical significance and enterprise requirements are generally considered when registering the domain name, so that the purposes of convenient memory and access are achieved.
For example, the domain name template specifically includes:
[$PORT.][$SERVICE.][$GROUP.][$REGISTRY_ID.][$CLOUD_DOMAIN.][$ROOT_DOMAIN]
wherein, PORT is PORT number, SERVICE is SERVICE identification, GROUP is SERVICE GROUP identification, REGISTRY _ ID is SERVICE GROUP instance, cluster _ DOMAIN is SERVICE DOMAIN identification, ROOT _ DOMAIN is ROOT DOMAIN, $ is initial identifier, [ ] represents condition judgment statement, three operators can be realized, and the meaning of any one condition judgment statement is: when the variable behind the initial identifier $ is assigned, if the variable is null, the conditional judgment statement is hidden. For example, [ $ SERVICE; if the variable is null, the statement is not displayed.
Therefore, the design concept of the domain name template is to use a simple expression to meet the naming requirements of different enterprises on the domain name. According to experience, a common variable is set as an exchangeable identifier, so that the system can be conveniently identified and replaced according to actual conditions during deployment; meanwhile, a condition judgment statement is set, all the domains except the root domain are optional, selective retention can be achieved through ternary operation, and selection can be conducted according to requirements and actual conditions.
For another example, the domain name template specifically includes:
[$PORT.][$SERVICE.][$GROUP[_$REGISTRY_ID].][$CLOUD_DOMAIN.]$ROOT_DOMAIN
the domain name template realized by the design comprehensively applies the concepts of variables and ternary operators, so that the template has universality and flexibility and can meet the requirements of different mechanisms on domain names. The variable takes the "$" symbol as the starting identifier and is replaced with the actual value when the domain name is registered. For example, $ ROOT _ DOMAIN represents the DOMAIN platform ROOT DOMAIN name, which may be replaced with the actual value as needed. The service group identification and the service group instance identification use nested ternary operation expressions, and the logic is as follows:
($ GROUP
For example, when a machine builds a private cloud, the system obtains the following variable assignments:
$PORT＝
$SERVICE＝mail
$GROUP＝g1
$REGISTRY_ID＝
$CLOUD_DOMAIN＝cloud
$ROOT_DOMAIN＝org
according to the assignment and the operation rule of each level of domain name, the actual domain name can be obtained as follows: mail.g. 1. closed.org. Compared with the method of manually inputting complete domain names, the domain name registration method has the advantages that repeated manual operation is reduced, and the efficiency is higher.
S2: and acquiring element information contained in the private cloud of the domain name to be registered, and assigning and logically judging variables in the domain name template according to the acquired element information to generate the domain name.
It should be noted that, it is not only inefficient to manually set a domain name and bind it with an IP address, but also input errors may occur, and these problems can be effectively avoided by automatically generating a domain name using a domain name template. When the domain name template is designed, the domain name naming requirements of various mechanisms are comprehensively considered, and the operation rule is defined by using a standard expression, so that the template has a wide application range and supports customization. The design process is simple and easy to understand, firstly, the system automatically collects the values of all levels of domains, and then the obtained information is combined with a domain name template to automatically generate the domain name.
The process of domain name generation is shown in fig. 2, and specifically includes: starting from an initial identifier $ before a PORT number PORT, sequentially taking each condition judgment statement as a current condition judgment statement from left to right to perform condition judgment to obtain a complete domain name, wherein the condition judgment is as follows: judging whether element information corresponding to a variable contained in a current condition judgment statement exists in each element information contained in a private cloud of the domain name to be registered, if not, judging that the variable contained in the current condition judgment statement is empty, and hiding the current condition judgment statement; and if so, assigning values to variables contained in the current condition judgment statement, and displaying the current condition judgment statement.
That is, after the program acquires the value of each level domain, a complete domain name is generated according to the operation rule and is stored in the database. Except that the root domain name is essential as the top-level domain, the remaining domain names can be selectively retained as desired. The rule for generating the domain name according to the template is that the judgment of the condition judgment statement is executed from left to right from the port number identifier, if the domain name at the stage is not empty, the domain name is added step by step according to the assignment until the top stage domain, namely the root domain identifier, is added, and then the complete domain name is obtained and stored in the database.
The complete domain name is generated based on the domain name settings and domain name templates at each level, and is bound with the corresponding IP address and stored in the DNS server, as described in step S3.
S3: and binding the generated domain name with the IP address corresponding to the private cloud to complete the registration of the domain name.
It should be noted that, a private cloud generally uses multiple servers for clustered deployment, and configures multiple IP addresses for a domain name to ensure data security. In order to avoid the overlarge load of a single server, the DNS server carries out domain name resolution through a specific algorithm and distributes the access to the same domain name to different servers, so that the load balancing capacity of the system is improved, and the overall processing capacity and flexibility of the system are improved. Because the IP address of the server is dynamically changed, the DNS server needs to update the changed information in real time to ensure that the client accesses the domain name normally.
The requirements are fully considered in the architecture design stage, the ETCD database and the memory storage records are selected and used, and the good performance is guaranteed while the function is realized. The ETCD database has high efficiency, reliability and strong consistency. The reference writing speed is high, the latest written data can be returned every time of query, and the storage information can be guaranteed to be updated in real time. The domain name and the IP address corresponding to the domain name are used as key values to be stored in an ETCD database, so that the data stored in the DNS server are synchronous with the domain name, and the accuracy of domain name resolution can be guaranteed.
Specifically, after the generated domain name is bound with the IP address corresponding to the private cloud, the domain name and the IP address corresponding to the domain name are stored as key values in an etc. database connected with the private cloud through a data interface, and then the etc. database forwards the domain name and the IP address corresponding to the domain name to a DNS domain name server for storage, so that the IP address mapping relationship stored in the DNS domain name server is synchronous with the IP address mapping relationship stored in the etc. database.
That is, the data storage mode selected by the invention and the idea of programming realize the real-time updating of the information stored in the DNS server according to the dynamic change of the IP address. As shown in fig. 3, the ETCD is connected with the private cloud deployed by the enterprise through an interface, and the multi-instance deployment avoids a single point of failure caused by hardware. The interface program connecting the ETCD database and the private cloud can monitor the IP address of the server in real time, if changes are detected, the changes can be quickly written into the ETCD database, and then data synchronization updating A records are carried out. The record A is responsible for storing the IP address corresponding to the specified domain name, and storing the IP address in the memory can make domain name resolution more efficient.
The invention ensures that the data stored in the ETCD database is updated in real time, and the mapping relation between the domain name and the IP address stored in the DNS server is updated in real time through data synchronization, thereby ensuring the accuracy and efficiency of domain name resolution.
In summary, domain name registration is used as a basic step for building a private cloud platform, and an intelligent and automatic operation flow is required. The invention designs the domain name template which is flexibly customized according to the requirement, realizes automatic domain name registration by using a programmable thought, can meet the registration requirements of different enterprises on the domain name under the cloud technology, ensures that the deployment is more agile and efficient, and can solve the following problems by using the automatic domain name registration technology:
the private cloud platform provides flexible domain name naming rights for all organizations, and can meet different domain name naming requirements of all organizations. The invention uses the domain name template designed by variable and ternary operator, summarizes and summarizes the naming requirements of different types of enterprises and institutions by using an expression, can realize flexible customized service, and has stronger practicability and wide application range.
The private cloud uses service clustering deployment to enable each domain name to correspond to multiple IP addresses. In the design, when the architecture is designed, the gateway is utilized to distribute the access to a domain name to different servers, so that the load balancing capability of the system is improved. When the cluster deployment is used, the cluster instance address is dynamically changed, and an automatic domain name registration mechanism can monitor the instance address in real time and quickly update data stored in a DNS (domain name server), so that the normal access of all domain names is ensured.
The present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof, and it will be understood by those skilled in the art that various changes and modifications may be made herein without departing from the spirit and scope of the invention as defined in the appended claims.

Claims (5)

1. An automatic domain name registration method suitable for private cloud is characterized by comprising the following steps:
s1: selecting six elements as variables, and combining the variables with condition judgment statements to obtain a customizable domain name template so as to meet the requirements of different users, wherein the six elements comprise port numbers, service identifiers, service group instances, service domain identifiers and root domains;
s2: acquiring element information contained in a private cloud of a domain name to be registered, and performing assignment and logic judgment on variables in a domain name template according to the acquired element information to generate the domain name;
s3: and binding the generated domain name with the IP address corresponding to the private cloud to complete the registration of the domain name.
2. The automatic domain name registration method applicable to the private cloud according to claim 1, wherein the domain name template specifically is:
[$PORT.][$SERVICE.][$GROUP.][$REGISTRY_ID.][$CLOUD_DOMAIN.][$ROOT_DOMAIN]
Wherein, PORT is a PORT number, SERVICE is a SERVICE identifier, GROUP is a SERVICE GROUP identifier, REGISTRY _ ID is a SERVICE GROUP instance, cluster _ DOMAIN is a SERVICE DOMAIN identifier, ROOT _ DOMAIN is a ROOT DOMAIN, $ is a starting identifier, [ ] represents a condition judgment statement, and the meaning of any condition judgment statement is: when the variable behind the initial identifier $ is assigned, if the variable is empty, the conditional judgment statement is hidden.
3. The automatic domain name registration method applicable to the private cloud according to claim 2, wherein the domain name generation after assigning and logically judging variables in the domain name template according to the acquired element information specifically comprises:
starting from a starting identifier $ before a PORT, sequentially taking each condition judgment statement as a current condition judgment statement from left to right for logic judgment to obtain a complete domain name, wherein the logic judgment is as follows: judging whether element information corresponding to a variable contained in a current condition judgment statement exists in each element information contained in a private cloud of the domain name to be registered, if not, judging that the variable contained in the current condition judgment statement is empty, and hiding the current condition judgment statement; and if so, assigning the corresponding element information to the variable contained in the current condition judgment statement, and displaying the current condition judgment statement.
4. The method according to claim 1, wherein after the generated domain name is bound to the IP address corresponding to the private cloud, the domain name and the IP address corresponding thereto are stored in an etc database as a key value, and then the etc database forwards the domain name and the IP address corresponding thereto to a DNS domain name server for storage, so that an IP address mapping relationship stored in the DNS domain name server is synchronized with an IP address mapping relationship stored in the etc database.
5. The method of claim 4, wherein the ETCD database is connected to the private cloud via a data interface.
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