Application topological graph drawing device for mixed environment

Abstract

The invention discloses an application topological graph drawing device for a mixed environment, and the device comprises a collection module which collects business data and generates a TCP message;the identification module is used for identifying sources and destinations of the TCP messages transmitted by the acquisition module and acquiring IP addresses and port information corresponding to the TCP messages; the operation analysis module is used for analyzing the corresponding relationship between the IP address and the port according to the TCP connection; the processing module is used for confirming the corresponding application process according to the IP address and the port, acquiring the name of the actually called application module and confirming the calling relationship between the application modules; and the automatic association module calls a drawing function to draw a call chain relation graph of the application module. According to the invention, the rule base is added for automatic matching, and redundant data transmission is reduced; tCP messages are automatically identified, and an automatic analysis process is realized; and realizing quick data cleaning and matching with a CMDB library, and generating a call chain application relationship topological graph.

Description

technical field

[0001] The invention relates to a device for drawing an application topology map, in particular to a device for drawing an application topology map for a mixed environment. Background technique

[0002] Due to the popularization of virtualization and containerization, various applications of IT systems have been migrated to virtualized and containerized environments, and various business systems are constantly updated and updated, and the architecture is continuously innovated and optimized, which makes the system module call chain relationship more complicated. It is more difficult to use links to identify, which makes it impossible for module-related IT operation and maintenance personnel to comprehensively analyze the application exceptions of specific links. However, the measurement and display capabilities of automatic application topology are more prominent, which is more conducive to identifying the application module where the system failure is located...

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