Automatic task scheduling method and system

Abstract

The invention discloses an automatic task scheduling method and system. After network connection between a task execution machine and a task scheduling machine is established, the task scheduling machine saves the network connection and distributes a task and a monitoring order to the task execution machine through the network connection, the task execution machine calls a corresponding server to execute the task, responses to the monitoring order through the network connection and transmits task operation progress information and task result information which serve as response data streams to the task scheduling machine, and therefore, distributed task scheduling of a one-way access network is achieved.

Description

technical field [0001] The invention relates to the technical field of computer networks, in particular to a method and system for automatic task scheduling. Background technique [0002] When traditional automation programs are executed, all scripts are executed on a client terminal, so the execution efficiency will be very slow. For this reason, STAF (Software Test Automation Framework, automated test framework) was born in the industry as a task scheduling tool to improve the reusability and automation of test cases and test environments. STAF provides an end-to-end automated testing solution for testers. Multiple client terminals in the STAF system are completely peer-to-peer, and services provided by another client terminal can be directly invoked from one client terminal. In the STAF system, one client terminal can be selected as the task scheduling machine, and other client terminals can be designated as the task execution machine, and the task information of the aut...

AI Technical Summary

Problems solved by technology

The setting of one-way access is usually realized by using the access control list (ACL), such as using the permit statement in the access control list, allowing client terminal B to access client terminal A while allowing the response data flow of client terminal A to pass through, but not allowing The access to client terminal B initiated by client terminal A passes through

When the existing distributed task scheduling process is applied to the above-mentioned one-way access network, if the above-mentioned client terminal B is used as a task scheduler and client terminal A is used as a task execution machine, due to network restrictions, client terminal A cannot access the client Terminal B, but cannot return the result of executing the task to Client Terminal B; Assigned to client terminal B, therefore, when using a one-way network to implement distributed task scheduling, it will cause the problem that the original process cannot be completed

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