grabowski
8dadd66f45
Fixes barcode parsing for ANSI MH10.8.2 format barcodes that don't use GS/RS separators. Problem: - Barcodes like [)>06PSAM9019-ND1PJL-100-25-T... were not being parsed - Only separator-based and JSON formats were supported - User's real-world barcodes were being added to queue as raw strings Solution: - Added ANSI MH10.8.2 format detection ([)>06 prefix) - Extract part code between P and first field marker (1P, 30P) - Extract quantity from Q<digits> pattern - Updated both desktop and web app parsing logic Tested with real barcode: - Input: [)>06PSAM9019-ND1PJL-100-25-T30PSAM9019-NDK1...Q1811... - Parsed: Part=SAM9019-ND, Qty=1811 ✅ Files Changed: - src/stocktool/stock_tool_gui_v2.py - Enhanced parse_scan() - src/stocktool/web/static/js/app.js - Enhanced parseBarcode() - test_barcode_parsing.py - Test script for validation - test_barcode_analyze.py - Barcode structure analysis tool - QUICKSTART_WEB.md - Quick start guide for web app Supported Formats Now: 1. JSON-like: {PM:PART-CODE,QTY:10} 2. Separator-based: GS/RS (\x1D, \x1E) separated fields 3. ANSI MH10.8.2: [)>06P<part>...Q<qty>... (NEW!) 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude <noreply@anthropic.com>
45 lines
1.5 KiB
Python
45 lines
1.5 KiB
Python
#!/usr/bin/env python3
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"""
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Test barcode parsing with real-world examples
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"""
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from stocktool.stock_tool_gui_v2 import parse_scan
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# Your actual barcode
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test_barcode = "[)>06PSAM9019-ND1PJL-100-25-T30PSAM9019-NDK1K9530640910K1172401379D25291T34755734000711K14LCNQ1811ZPICK12Z268520113Z99999920Z00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000"
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print("Testing barcode parsing...")
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print(f"Raw barcode length: {len(test_barcode)}")
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print(f"Raw barcode: {test_barcode[:100]}...")
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print()
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# Parse it
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part_code, quantity = parse_scan(test_barcode)
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print("Parsed Results:")
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print(f" Part Code: {part_code}")
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print(f" Quantity: {quantity}")
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print()
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# Show the hex representation to see separators
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print("Checking for separators:")
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for i, char in enumerate(test_barcode):
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if char in ['\x1D', '\x1E']:
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print(f" Found separator at position {i}: \\x{ord(char):02X}")
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# Try to manually parse to see what's there
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print("\nManual analysis:")
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import re
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SEP_RE = re.compile(r'[\x1D\x1E]')
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fields = SEP_RE.split(test_barcode)
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print(f"Number of fields after split: {len(fields)}")
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for i, field in enumerate(fields[:10]): # Show first 10 fields
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print(f" Field {i}: '{field}'")
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if field.startswith('30P'):
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print(f" → Part code: {field[3:]}")
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elif field.lower().startswith('1p'):
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print(f" → Part code (1P): {field[2:]}")
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elif field.lower().startswith('q') and field[1:].isdigit():
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print(f" → Quantity: {field[1:]}")
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