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Excel/WPS Table Automation Tool

Office Efficiency Updated 2026.08.30

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About this skill

Common Pain Points in Spreadsheet Processing

Engineers frequently encounter several challenges when working with Excel or WPS spreadsheets: repetitive manual formatting, inability to parse .xlsm files containing VBA macros, or the tedious process of consolidating dozens of structurally identical tables. Python can automate these tasks, but selecting the right libraries and strategies is crucial.

Core Capabilities and Implementation

This skill offers three primary automation paths using Python standard libraries and openpyxl to address different scenarios:

1. Creating Formatted Reports

Generate structured Excel files with openpyxl, supporting custom cell styles through classes like PatternFill and Font. A typical approach is color-coding data types: blue for input fields, black for calculated values, and green for cross-sheet formula references. This clearly distinguishes data sources in financial reports or data summaries.

2. Parsing Complex xlsm Files

When encountering complex .xlsm files that openpyxl cannot handle—especially large financial models with VBA macros exceeding 1MB—you can fall back to parsing with zipfile combined with xml.etree. The principle is that Excel files are essentially ZIP archives containing worksheet data in XML format. This method requires no additional dependencies, making it suitable for extracting data in restricted environments.

3. Batch Data Processing Workflows

For repetitive tasks like merging multiple attendance sheets or sales reports, use openpyxl's load_workbook() to read multiple worksheets, consolidate data with pandas or native Python, and output reports with summary rows (e.g., SUM, AVERAGE) and automatic ranking columns.

Applicability and Limitations

Note that files generated with openpyxl are standard .xlsx format, fully compatible with WPS Office. For parsing scenarios, if xlsm files have exceptionally complex structures or encryption, direct XML parsing might still fail, requiring file repair or preprocessing with other tools. Additionally, when processing batches, monitor memory usage—handling hundreds of large files may require batch processing strategies.

Use Cases

  • Finance team needs Python scripts to generate monthly reports with color-coding: blue for input cells, black for calculated values, green for cross-sheet formula references.
  • Developer encounters an xlsm file with VBA macros that openpyxl cannot open, and needs to extract data using zipfile combined with xml.etree parsing.
  • Sales manager needs to automatically merge sales data scattered across multiple worksheets into one monthly report with SUM summary rows and ranking columns.
  • HR needs to batch-process attendance Excel files from 20 departments, extract attendance records and generate a monthly summary table with AVERAGE calculations.

Best For

  • Financial analyst who needs to generate multiple professionally formatted financial reports monthly, but manual color and formula adjustments are too time-consuming.
  • Data engineer who needs to parse large xlsm financial model files containing VBA macros that openpyxl cannot process.
  • HR specialist who needs to consolidate attendance sheets from over a dozen departments into a monthly summary, where repetitive manual work leads to errors.
  • Operations staff who needs to extract data from multiple Excel files and generate analysis reports with rankings and summaries for weekly meeting presentations.