Garment Cutting and Sewing Process Specifications and Technical Standards Q&A: HTTP Interfaces and External Systems

Users source core data for garment cutting and sewing scenarios primarily from orders and size charts, CAD patterns, fabric and accessory inspection

What Core Data Looks Like for This Category

Users source core data for garment cutting and sewing scenarios primarily from orders and size charts, CAD patterns, fabric and accessory inspection, hanging systems, needle detectors, and customer sealed samples. Daily documentation includes process sheets, patterns, layout plans, cutting orders, first-piece sealed samples, process quality sheets, and packaging size-matching sheets. Teams update data per order, per style, per batch. Fields include pattern parameters, process requirements, fabric batches, size ratios, packaging specifications, and additional relevant details. Cut piece data is irreversible and must strictly match the supporting relationships of the same batch.

Constraints for HTTP Interfaces and External Systems

The irreversible nature of cut piece data and requirement for matching supporting sets requires interface transmission fields to fully align with order batches, to avoid missing fields that cause cut piece mismatches. Scenarios with parallel synchronization of multiple documents require interfaces to support batch requests and timeouts adapted for long text processing. Per-order, per-style, per-batch data update cycles require interfaces to carry unique identifiers linked to corresponding batch data, to avoid mixing data across batches. The strong association between process quality sheets and packaging size-matching sheets requires clear associated fields in interface parameters, to ensure linked retrieval of corresponding documents during Q&A.

Configuration Settings

This document is written based on FastGPT v4.17.0.

Configuration ItemRecommended SettingRationale
Authentication KeyValid key with Bearer prefix, set to 7-day expirationAdapts to external system interface authentication requirements, avoids frequent key refreshes disrupting business continuity
Global Variable TemplatePass empty template in {"order_id": "", "fabric_batch": ""} format, with reserved fill positionsSupports dynamic retrieval of corresponding process documents based on specific orders and fabric batches, matching per-order data update characteristics
Return Field FilterLimit returns to three fields: process requirements, size matching rules, quality inspection standardsOnly returns core fields required for garment cutting and sewing scenarios, reducing external system data processing load
Single Request Timeout600 secondsAdapts to reading and processing durations for long text data such as CAD patterns and layout plans
Batch Request LimitTop 10 entriesMatches batch order processing rhythms in workshops, avoids overloading single requests

Three Common Configuration Mistakes

  • An interface call returns the "quota exceeded" error message. The cause is incorrect configuration of the authentication key's access quota, resulting in exceeding the preset call limit.
  • The external system receives Q&A results with mismatched formatting. The cause is failure to adjust the return field structure in the configuration, making it incompatible with the external system's parsing rules.
  • Timeouts occur when calling long-text process documents. The cause is failure to set a sufficiently long request timeout duration, preventing completion of reading and processing complex data.

How to Confirm Proper Configuration

  • Call the interface with a test order ID and fabric batch, check that returned fields include the corresponding order's process requirements and size rules.
  • Simulate high-frequency interface calls, confirm that the authentication key has not expired and has not triggered quota restrictions.
  • Check that the number of fields returned by the interface matches the number of fields limited in the configuration, with no extra or missing items.
  • Call the interface request containing a long-text layout plan, confirm that the response duration does not exceed the preset timeout threshold.

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