Embedded software development auxiliary debugging system and debugging method

Abstract

The invention discloses an embedded software development auxiliary debugging system and a debugging method. Existing embedded equipment is directly connected with a debugging host, and the debugging efficiency is low. The invention comprises a debugging host and at least one auxiliary debugging device. The auxiliary debugging device is internally provided with a networking module, a host command processing module, a test task management module, a test script execution module, a test report module, an equipment management module, an equipment control module and an equipment monitoring module. And the networking module of each auxiliary debugging device is networked and communicated with the debugging host. And the host command processing module calls different modules to execute corresponding commands according to different host commands, and controls a debugging tool to debug according to the debugging tool command. And the test task management module, the test script execution module and the test report module jointly complete an automatic test task in a debugging process. According to the invention, the debugging efficiency is improved, the dependence on the debugging environment is reduced, and the embedded equipment can be conveniently and remotely debugged.

Description

technical field [0001] The invention belongs to the technical field of computers, and in particular relates to an embedded software development auxiliary debugging system and a debugging method. Background technique [0002] During embedded development, software developers often need to debug embedded devices. In general, embedded devices are always directly connected to the development host for debugging; at least the following problems exist: [0003] 1. If you want to realize remote debugging, you need to connect the device to the Internet and add additional debugging code, and the debugging methods are limited; [0004] 2. If you want to debug multiple devices at the same time, you need to build a more complex environment, and you cannot quickly enter the problem-solving stage; [0005] 3. If automated testing is required during the debugging process, developers need to spend extra effort to prepare the environment, reducing development efficiency; [0006] 4. There a...

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Problems solved by technology

[0003] 1. If you want to realize remote debugging, you need to connect the device to the Internet and add additional debugging code, and the debugging methods are limited;

[0004] 2. If you want to debug multiple devices at the same time, you need to build a more complex environment, and you cannot quickly enter the problem-solving stage;

[0005] 3. If automated testing is required during the debugging process, developers need to spend extra effort to prepare the environment, reducing development efficiency;

[0006] 4. There are a lot of repetitive actions in the debugging process, such as switching power supply, etc., which affect the debugging efficiency;

[0007] 5. The developer's attention needs to switch back and forth between the debugging host screen and the debugging device, and the development efficiency is low

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