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CN-122001872-A - Migration method of network data in information creation environment

CN122001872ACN 122001872 ACN122001872 ACN 122001872ACN-122001872-A

Abstract

The invention relates to a network data migration method in a credit-invasive environment, and belongs to the technical field of data migration. The method comprises the following steps of starting an FTP service and a Web service on source equipment, establishing an FTP site by setting a user, authority, a path and an encryption mode, establishing a Web site by setting a path and a connection limiting rule, configuring an IP address of target equipment, and physically connecting the source equipment and the target equipment, accessing the FTP site by the target equipment through the Web to download data, and if error information is prompted, correcting according to the error information and downloading the data again. According to the method, network data migration in a credit-invasive environment is realized through the FTP service and the Web service, and an additional storage medium is not needed, so that the cost is reduced, the possibility that the data is leaked from the storage medium is avoided, and the data migration safety is improved.

Inventors

  • LIU CHANGYANG
  • Ling Dongchen
  • XU XINRAN
  • YU CHUNRUI
  • YUAN YI
  • SUN TAO
  • HOU YONGFENG
  • ZHANG LIGUANG
  • CUI FENG
  • WANG QI
  • YI MING
  • LI WENBIN

Assignees

  • 北京星航机电装备有限公司

Dates

Publication Date
20260508
Application Date
20241106

Claims (10)

  1. 1. The network data migration method in the information creation environment is characterized by comprising the following steps: starting an FTP service and a Web service on a source device, establishing an FTP site by setting a user, authority, a path and an encryption mode, and establishing a Web site by setting a path and a connection limiting rule; Configuring an IP address of the target device, and physically connecting the source device with the target device; And the target equipment accesses the FTP site through the Web to download the data, and if error information is prompted, the target equipment corrects the error information and downloads the data again.
  2. 2. The method for migrating network data in a message-based environment according to claim 1, wherein if the error message is presented, correcting the error message and downloading the data again comprises: if the error information is that the file name is too long, automatically truncating the too long file name according to the maximum file name character number, and downloading the data again, and if the error information is other, downloading the data again.
  3. 3. The method for migrating network data in a signal-based environment according to claim 1, wherein the FTP server and the Web management tool are selected from the Windows IIS (Internet Information Services) component of the source device, and installed according to the prompt, thereby starting the FTP service and the Web service.
  4. 4. The method for migrating network data in a message-based environment according to claim 1, wherein selecting "add FTP site" in the Windows IIS component of the source device, inputting the name of the FTP site, setting the IP address, port and physical path of the FTP site, and configuring user authentication and authorization information for the FTP site.
  5. 5. The method according to claim 4, wherein the SM3 algorithm is used to encrypt the transmitted data and the data stored on the FTP site when the FTP site is established.
  6. 6. The method for migrating network data in a signal-to-wound environment according to claim 5, wherein the encryption mode of the FTP site is set to automatically encrypt SM3 during the data uploading and downloading process during the data transmission process. The data stored on the FTP site is SM3 encrypted at regular time intervals.
  7. 7. The method according to claim 1, wherein the Web server is selected from the Windows IIS component of the source device, the Web site is selected to be added, the name of the Web site is input, the IP address, port, host name and physical path of the Web site are set, and the connection restriction rule is configured for the Web site.
  8. 8. The method for migrating network data in a signal-based environment of claim 7, wherein said configuring connection restriction rules for the Web site comprises: Configuring connection types or connection conditions which should be limited in the firewall according to actual requirements; and setting the maximum concurrent connection number and the maximum connection rate.
  9. 9. The method for migrating network data in a signal-based environment according to claim 4, wherein the target device accesses the FTP site through a browser to download data, thereby realizing data migration.
  10. 10. The method for migrating network data in a signal-to-wound environment according to claim 1, wherein the IP address of the target device in the signal-to-wound environment is configured to be in the same network segment as the IP address of the FTP site, and the source device and the target device are directly connected through six types of shielding network lines.

Description

Migration method of network data in information creation environment Technical Field The invention relates to the technical field of data migration, in particular to a network data migration method in a credit-wound environment. Background With the rapid development of global informatization and digital intelligence, digital security and network security become particularly important. The information technology application innovation industry is the basis of data security and network security. The development of the credit is beneficial to tamping the base of the information equipment base, and is beneficial to enterprises to realize digital transformation and improve the international competitiveness. In the implementation process of the credit project, a user needs to transfer data of different platforms to the credit environment, and the existing data transfer method mainly comprises the following three steps of copying a hard disk, using a mobile storage medium and using a special optical disk. The three methods have obvious defects that hard disks are required to be dismounted and re-mounted on a credit machine by using the hard disks, the hard disks are damaged and data are lost in the data copying process, the data are leaked by using a mobile storage medium, a large-capacity readable and writable blu-ray disc is required to be purchased and manufactured by using a special optical disc, and the data are required to be recovered and destroyed in the later period, so that the method has the risk of data leakage, and is high in cost and low in efficiency. Therefore, providing a network data migration method in a credit-created environment to realize safe and efficient data migration is a problem to be solved. Disclosure of Invention In view of the above analysis, the present invention aims to provide a network data migration method in a credit-created environment, so as to solve the problems of high cost, low security and low efficiency of the existing data migration method in the credit-created environment. The invention provides a migration method of network data in a credit-invasive environment, which comprises the following steps: starting an FTP service and a Web service on a source device, establishing an FTP site by setting a user, authority, a path and an encryption mode, and establishing a Web site by setting a path and a connection limiting rule; Configuring an IP address of the target device, and physically connecting the source device with the target device; And the target equipment accesses the FTP site through the Web to download the data, and if error information is prompted, the target equipment corrects the error information and downloads the data again. Further, if the error message is presented, correcting according to the error message and downloading the data again includes: if the error information is that the file name is too long, automatically truncating the too long file name according to the maximum file name character number, and downloading the data again, and if the error information is other, downloading the data again. Further, the "FTP server" and "Web management tool" options are selected in the Windows IIS (Internet Information Services) component of the source device, and installed according to the hint, thereby opening the FTP service and Web service. Further, selecting an 'add FTP site' from the Windows IIS component of the source device, inputting the name of the FTP site, setting the IP address, port and physical path of the FTP site, and configuring user identity verification and authority information for the FTP site. Further, when the FTP site is established, the SM3 algorithm is used to encrypt the transmitted data and the data stored on the FTP site. Further, in the data transmission process, the encryption mode of the FTP site is set to automatically encrypt SM3 in the data uploading and downloading process. The data stored on the FTP site is SM3 encrypted at regular time intervals. Further, selecting a Web server in the Windows IIS component of the source device, selecting an adding website, inputting the name of the Web site, setting the IP address, port, host name and physical path of the Web site, and configuring connection limiting rules for the Web site. Further, the configuring the connection restriction rule for the Web site includes: Configuring connection types or connection conditions which should be limited in the firewall according to actual requirements; and setting the maximum concurrent connection number and the maximum connection rate. Further, the FTP site is accessed on the target equipment through a browser to download data, so that data migration is realized. Further, the IP address of the target device in the created environment is configured to be in the same network segment with the IP address of the FTP site, and the source device and the target device are directly connected through six types of shielding network cables. Compared wit