Lemon Checkpoints
An AI Skill-based software testing checkpoint generation tool that automatically converts requirement materials—including documents, screenshots, prototypes, and OpenAPI definitions—into structured Excel test execution checklists. The output consists of five worksheets: an execution dashboard, a test checklist, rules pending confirmation, evidence, and a coverage map.
Timeline (last 90 days)
Lemon Checkpoints is a testing checkpoint Skill shared by a Bilibili UP creator who has also made the complete source code publicly available.
Lemon Checkpoints does not generate individual test cases line by line, but instead converts requirement materials into a risk-sorted test execution checklist.
Lemon Checkpoints accepts requirements documents, screenshots, prototypes, or OpenAPI interface definitions as input, and outputs a fixed-structure Excel test execution checklist.
Lemon Checkpoints divides information into three layers: Confirmed (F), Verification Suggested (V), and To Be Confirmed (O), and each To Be Confirmed item must be tracked independently.
The F/V/O three-state evidence classification approach draws on the "assumption-fact" separation concept in requirements engineering and is consistent with the requirements for "test basis" in the IEEE 829 test documentation standard.
Lemon Checkpoints breaks down risk routes along user goal paths: entry and display, information input, system validation, result feedback, and state retention and exit.
Lemon Checkpoints uses a severity scale from S0 to S3, where S0 represents blocking issues and S3 can be handled later.
The coverage map of Lemon Checkpoints contains 14 inspection directions from C1 to C14, and each direction has only three possible statuses: covered, to be supplemented, and not applicable.
The Lemon Checkpoints source code provides a command-line invocation method that executes a Python script to generate an XLSX file, and can also switch to outputting a Markdown mind map; it can run locally without depending on any black-box service.
In a comparative test on a login and registration scenario, the traditional approach of manually breaking down an analysis document from scratch takes 2 to 4 hours, while using this Skill takes only 20 to 40 minutes.
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All Facts (11)
Lemon Checkpoints is a testing checkpoint Skill shared by a Bilibili UP creator who has also made the complete source code publicly available.
50%UnverifiedLemon Checkpoints does not generate individual test cases line by line, but instead converts requirement materials into a risk-sorted test execution checklist.
50%UnverifiedLemon Checkpoints accepts requirements documents, screenshots, prototypes, or OpenAPI interface definitions as input, and outputs a fixed-structure Excel test execution checklist.
50%UnverifiedLemon Checkpoints divides information into three layers: Confirmed (F), Verification Suggested (V), and To Be Confirmed (O), and each To Be Confirmed item must be tracked independently.
50%UnverifiedThe F/V/O three-state evidence classification approach draws on the "assumption-fact" separation concept in requirements engineering and is consistent with the requirements for "test basis" in the IEEE 829 test documentation standard.
50%UnverifiedLemon Checkpoints breaks down risk routes along user goal paths: entry and display, information input, system validation, result feedback, and state retention and exit.
50%UnverifiedLemon Checkpoints uses a severity scale from S0 to S3, where S0 represents blocking issues and S3 can be handled later.
50%UnverifiedThe coverage map of Lemon Checkpoints contains 14 inspection directions from C1 to C14, and each direction has only three possible statuses: covered, to be supplemented, and not applicable.
50%UnverifiedThe Lemon Checkpoints source code provides a command-line invocation method that executes a Python script to generate an XLSX file, and can also switch to outputting a Markdown mind map; it can run locally without depending on any black-box service.
50%UnverifiedIn a comparative test on a login and registration scenario, the traditional approach of manually breaking down an analysis document from scratch takes 2 to 4 hours, while using this Skill takes only 20 to 40 minutes.
50%UnverifiedThe more incomplete the materials, the more pronounced the relative efficiency improvement of Lemon Checkpoints.
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