Business-independent distributed system

Abstract

The invention discloses a service-independent distributed system, which realizes a service-independent efficient fault-tolerant architecture and effectively reduces the operation and maintenance cost of an enterprise. According to the technical scheme, through thorough decoupling and separation of a service layer and an architecture layer, all fault-tolerant schemes are completed in the architecture layer, a task fault-tolerant mechanism does not need to be considered in the service layer, and therefore the architecture layer can adapt to any service model. Meanwhile, an efficient fault-tolerant scheme is innovatively added in an architecture layer, and efficient and stable operation of the financial system can be fully guaranteed under the condition that a business layer is non-inductive.

Description

technical field [0001] The invention relates to the design framework of a trading system in the field of futures, especially in the field of financial futures, and in particular to a business-independent distributed system applied in the field of futures, especially in the field of financial futures. Background technique [0002] With the continuous development and derivation of financial industry needs and businesses, there are more and more product lines corresponding to various financial systems. Each product line has its own unique architecture solution, and the system maintenance methods under each architecture are also different. This greatly increases the daily operation and maintenance costs of the enterprise. With the continuous development of the financial market and enterprises, the product lines to be maintained will also continue to increase, followed by the need to maintain more and more system architectures, which brings great challenges to both developers and...

AI Technical Summary

Problems solved by technology

With the continuous development of the financial market and enterprises, the product lines to be maintained will also continue to increase, followed by the need to maintain more and more system architectures, which brings great challenges to both developers and operation and maintenance personnel. Not only does it require huge extra labor costs to operate and maintain separately, but it can also easily cause systemic risks

[0003] The traditional architecture design method in the industry has the following defects: 1) each business has its own unique architecture, and there is no unified architecture solution; 2) it cannot effectively eliminate business bad point data in system operation, Errors that lead to a single business package paralyze the entire system

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