Code debugging method and device

Abstract

The invention discloses a code debugging method and device, relates to the technical field of computer software programming, and solves the problems that an existing Python code is complicated in debugging process and low in debugging efficiency. The technical scheme includes the code debugging method includes the steps: acquiring a breakpoint row number set in a code by a user to obtain a breakpoint set; judging whether a current row number is in the breakpoint set or not according to the current row number executed by the code; executing an interrupt event function if the current row number is in the breakpoint set, and interrupting execution of the code. The code debugging method is mainly used for debugging Python code procedures.

Description

technical field [0001] The invention relates to the technical field of computer software programming, in particular to a code debugging method and device. Background technique [0002] IronPython is a .NET implementation of the Python language. With IronPython, .NET developers can integrate IronPython in their software products to provide users with the running function of Python code. For some business functions that need to be customized by users through Python code, the appearance of IronPython can be said to be for .NET Developers provide strong technical support. [0003] However, .NET developers will encounter a problem in providing users with the function of running Python codes by integrating IronPython in their software products: when users write Python codes that handle specific businesses and submit them to the software for running, they may fail because of the written Python code. An error in the Python code prevents the user's expected business function from b...

AI Technical Summary

Problems solved by technology

[0003] However, .NET developers will encounter a problem in providing users with the function of running Python codes by integrating IronPython in their software products: when users write Python codes that handle specific businesses and submit them to the software for running, they may fail because of the written Python code. Errors in the Python code prevent the user's expected business functions from being realized. At this time, the user needs to find the error in the Python code written by himself and correct it

[0004] However, although the method of inserting the pop-up code into the key position of the Python code can also pause the execution of the Python code at the key position, there is still a problem with this method: when the user inserts the pop-up code into the key position of the Python code , after the Python code runs to the key position where the pop-up code is inserted and pauses, if the user thinks that a certain position behind the key position of the code is also suspicious by analyzing the code behavior, he wants to pause at a certain position after execution When using the traditional method of inserting pop-up code into the code to achieve the effect of code running pause, the running Python code can only be stopped first, and then the user manually modifies the code to insert the pop-up code into the newly discovered suspicious location and then re-runs The modified Python code waits for the code to run to a suspicious position and pauses

This approach is extremely inconvenient for user operations, requiring users to frequently modify the Python code, stop the code running, restart the code running, and wait for the code to pause

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