Bid Document and Quotation Preparation for Mold Design and Manufacturing: HTTP Interfaces and External Systems

Daily documents for this category include mold design task sheets, DFM reports, part drawings, processing technology cards, trial mold reports, mold

What the data for this category looks like

Daily documents for this category include mold design task sheets, DFM reports, part drawings, processing technology cards, trial mold reports, mold modification notices, and mold records. Data sources include customer product models, mold flow or forming simulation results, CAD/CAM output files, machining and measurement data, and trial mold sample records. Data updates are triggered as individual mold projects progress. New records are generated after each trial mold or mold modification operation. Data fields include mold model, cavity count, machining tolerance, material grade, trial mold defect type, and more. Some data exists as structured parameters, while others are stored as unstructured documents.

What constraints these characteristics impose on HTTP interfaces and external systems

Data sources for mold design and manufacturing scenarios are scattered across multiple independent tools such as CAD/CAM software, simulation tools, and trial mold management systems. HTTP interfaces must support pulling multi-format data across systems, including structured parameters and unstructured documents. Data updates are only triggered as individual mold projects progress, with no fixed cycle. Interfaces must support on-demand calls to adapt to project-driven update rhythms. Bid document and quotation preparation requires precise matching of exclusive parameters for mold projects. The fields returned by the interface must cover content required for quotations such as material costs, processing man-hours, and tolerance requirements. Otherwise, accurate bid documents cannot be generated. In addition, mold project documents have large volumes. Interfaces must support batch data transmission to avoid single request timeouts.

How to configure the settings

Configuration ItemRecommended PracticeRationale
AuthorizationUse a project-specific key prefixed with Bearer, valid for 30 daysComplies with external system interface authentication specifications, prevents abuse if the key is leaked
variablesBind three core fields: mold project ID, material grade, and machining toleranceAdapts to the quotation preparation data requirements of mold design and manufacturing scenarios, ensuring accurate business parameters are passed during interface calls
responseDataOnly return three types of fields: quotation details, bid document template placeholders, and trial mold risk promptsReduces invalid data transmission and improves interface response speed
Single request timeout600 secondsAdapts to the time required for mold data parsing and simulation result pulling, prevents request interruptions due to large data volumes
Single return data limitFirst 10 project data entriesControls interface return volume, adapts to pagination requirements for batch generation of bid documents
Sorting ruleSort by project priority in descending orderPrioritizes display of high-priority mold project data, improving bid document preparation efficiency

Three common mistakes

  • Incorrect configuration of the Authorization parameter results in the interface returning a 401 Unauthorized status code. This occurs when a project-specific key is not used or the Bearer prefix is not added, causing authentication failure.
  • The interface returns an empty responseData field after being called. This occurs when necessary business parameters are not bound in variables, preventing the system from matching data for the corresponding mold project.
  • Failure to troubleshoot interface error logs for an extended period makes it impossible to quickly locate the link where data synchronization failed. This occurs when automatic retention of interface call logs is not enabled, preventing traceability of request details when exceptions occur.

How to confirm the configuration is complete

  • Call the configured interface and check if the responseData returned includes core business fields such as mold project ID and material grade.
  • Simulate a bid document generation request to confirm that the fields returned by the interface can be directly filled into preset bid templates.
  • Check the FastGPT v4.17.0 system runtime logs to confirm that interface call request parameters and return results are properly recorded.
  • Call the interface three consecutive times to check the consistency of returned data, confirming there are no parameter binding errors.

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