Test Cases and Defect Analysis for Content Copyright and Authorization Management: Forms and Interactions

This category of data comes primarily from contract systems, copyright registration records, content libraries, and complaint inboxes. Daily processed

What This Category of Data Looks Like

This category of data comes primarily from contract systems, copyright registration records, content libraries, and complaint inboxes. Daily processed documents include authorization contracts, copyright ledgers, removal notices, and infringement complaint materials. These cover fields such as rights subjects, authorization scope, validity periods, and complainant information. Data updates follow a per-order or monthly rhythm. It requires associating static and dynamic information across multiple systems. The size of a single data set changes based on the scale of authorized content.

Constraints on Forms and Interactions

The data characteristics of this category impose multiple constraints on forms and interactions. Data sources are scattered. Forms must support receiving field data provided by external business systems. Cross-source data pulling and linkage are implemented by external business systems or subsequent workflow nodes. Update rhythms are flexible. Forms support single submission. Batch processing operations are implemented by external business systems or subsequent workflow branches. This meets the needs of single authorization and monthly ledger batch processing. Document fields are closely linked. Forms must transmit field information to external business systems or subsequent workflow nodes. Field dependency verification is implemented by external business systems or subsequent workflow nodes. Infringement complaint materials have diverse formats. Forms must provide attachment upload entrances. Multi-type attachment upload and format verification are defined by external business systems. Error consequences are severe. Interaction links must transmit user input information to external business systems or subsequent workflow nodes. Pre-verification and secondary confirmation are implemented by external business systems or subsequent workflow nodes.

Configuration Settings

The following configurations are formulated based on FastGPT v4.17.0.

Configuration ItemRecommended ApproachRationale
Form Input Node formInputTest example: Select 3 fields from content copyright and authorization management as required inputs. Actual fields are determined by the taskThis node collects user input. Missing required items require checking interaction status to prevent subsequent nodes from failing to obtain complete input
User Selection Node userSelectTest example: Set 2 business options, check corresponding branches one by oneThis node handles user selection. Query and screening of content copyright and authorization management related records are implemented by subsequent interfaces or external systems
Post-submission Field TransmissionTest example: Prepare 10 input samples for content copyright and authorization management, covering complete filling, missing required items, and canceled operationsCompare input and node output to verify whether subsequent nodes receive corresponding fields. Result thresholds are determined by actual tasks
External Implementation Item: Cross-source Data Linkage ConfigurationMust be implemented separately by external systems. Cross-source data pulling and synchronization are implemented by external business systems or subsequent workflow nodesAdapt to the characteristics of multi-system data sources
External Implementation Item: Batch Submission ConfigurationMust be implemented separately by external systems. Batch submission related operations are implemented by external business systems or subsequent workflow branches. Forms only support single-item information submissionMatch monthly update rhythms
External Implementation Item: Attachment Upload and Submission Timeout ConfigurationMust be implemented separately by external systems. Attachment format and size requirements are defined by external business systems. Forms only provide upload entrances. Recommended form submission timeout is 600 seconds (to be tested)Match common formats and sizes of infringement complaint materials, and time consumption requirements of multi-system data pulling

Three Common Mistakes

  • Phenomenon: When configuring the formInput node, the entrance for continued input remains visible after submission, and subsequent user input cannot be closed. Cause: The post-submission interaction logic of the formInput node is not correctly configured, causing the node to not end the interaction state as expected.
  • Phenomenon: When configuring the userSelect node, the optional value list is empty, and associated fields of the copyright ledger cannot be selected. Cause: Field data from the contract system and copyright ledger is not pulled through external business systems or subsequent workflow nodes, resulting in no available options in the list.
  • Phenomenon: Field information collected by the formInput node is not transmitted to subsequent workflow nodes, and subsequent execution cannot be triggered. Cause: The post-submission trigger logic of the formInput node is not correctly configured, causing input information to fail to complete transmission.

How to Confirm Proper Configuration

  • Submit single authorization information, check whether automatic verification prompts appear for required fields, and confirm that the formInput verification rules take effect.
  • Trigger batch data import through an external business system, check whether the field information received by the form meets expectations, and confirm that the linkage logic is correct.
  • Upload attachments in non-PDF/Word formats, check whether format verification prompts are triggered, and confirm that the attachment upload restrictions take effect.
  • Select the rights subject option in userSelect, check whether only internally compliant subject lists are displayed, and confirm that the optional range configuration is correct.

The values provided are common starting points and should be measured against the reader's own samples.

Question material comes from public community discussions. Configuration values are common starting points and should be measured against your own samples. Verified on 2026-10-19.