When organizing multiple folders into an Excel directory list, manually copying paths is often time-consuming and error-prone. This article uses HeSoft Doc Batch Tool as an example to introduce how to use the "Folder Information Statistics" feature to batch extract folder paths, names, parent directories, creation dates, and modification dates, and generate an Excel spreadsheet. It is suitable for office scenarios such as project archiving, shared drive inventory, data handover, and file migration verification, helping users quickly convert folder directories into searchable, filterable, and maintainable data lists.
If you’ve ever organized a company shared drive, project reference disk, or client archive directory, you’re probably familiar with this task: opening File Explorer, seeing rows of folders, then copying each folder name into Excel, along with its full path, and sometimes also noting its creation time and modification time. When there are only a few folders, it’s manageable, but once the directory contains dozens or hundreds of them, manual organization becomes repetitive, tedious, and error-prone.
This article introduces an approach better suited to office scenarios: using HeSoft Doc Batch Tool to batch-extract the path information from many folders and consolidate it into an Excel spreadsheet. The generated spreadsheet can serve as a folder list, directory index, project reference ledger, or migration reconciliation sheet. Whether the folder names are English project names, client names, department names, contract numbers, or archive codes, this method allows you to quickly organize them into structured data.
Applicable Scenarios: When Do You Need to Export Folder Paths to Excel
Folder path information is typically hidden within File Explorer; it is visible but difficult to manage. Exporting it to Excel allows you to filter, sort, search, and add supplementary notes just like regular data. The following scenarios are particularly suitable for batch processing methods.
Project Archiving: After a project ends, you need to archive directories for project documents, meeting minutes, contract files, and deliverables. Generating a folder list creates a part of the archive record, making future lookups easy.
Departmental Resource Inventory: Departments like administration, HR, finance, marketing, and sales often maintain large numbers of resource folders. Batch-extracting folder paths lets you quickly grasp the current storage structure and avoids scattered resources.
File Server Migration: Before migrating shared drives, NAS, server directories, or local hard drive data, exporting a directory path Excel file first provides a pre-migration baseline. Checking against it after migration helps reduce omissions.
Client or Supplier Archive Management: If each client, supplier, or contract has its own folder, exporting the folder names and paths creates an archive index. Searching for a name in Excel later will pinpoint the resource location.
Auditing and Handover: During a resource handover, the person handing over should not only state what files exist but also where the folders are. An Excel list is more standardized than verbal explanations or screenshots and is easier to keep on file.
Result Preview: From File Explorer Directory to an Excel Folder Ledger
Before Processing: Many Folders, But No Unified List
The pre-processing directory contained multiple folders, such as AccountManagement, BrandManagement, BusinessDevelopment, CompetitiveResearch, ContractManagement, CorporateFinance, CustomerSuccess, and others. These folder names and dates are visible in File Explorer, but this information wasn't compiled into a unified table.
In this situation, the traditional way to summarize folder paths involves selecting folders one by one, copying their paths, pasting them into Excel, and then adding names and times. This process is not only slow but also prone to missing a folder when switching between windows. For office workers needing to batch-process folders, this is precisely the kind of repetitive task that can be delegated to a tool.
After Processing: Excel Displays Complete Folder Info Per Row
Post-processing, the result is presented as an Excel spreadsheet. Each folder gets one row, with column headers including Path, Name, Containing folder name, Containing folder path, Created time, Modified time, and so on. This way, the complete folder path, folder name, parent directory, and time information are all consolidated into a single table.
The advantage of the Excel result lies in its manageability. For example, you can search for a project folder by the Name column, judge which folders were recently updated by the Modified time, or filter all records under a specific parent directory by the Containing folder path. Compared to screenshots or handwritten lists, a table is much better for long-term maintenance.
Operation Steps: Batch-Extract Folder Paths and Generate Excel
The following explains the specific operations according to the sequence of screenshots. HeSoft Doc Batch Tool is a batch-processing software designed for office contexts, whose core value lies in reducing repetitive work and improving file and folder processing efficiency. This operation uses the "Folder Info Statistics" function under the "File Organization" category.
Step 1: Open the Software and Enter the "File Organization" Category
After starting HeSoft Doc Batch Tool , a functional category navigation is on the left side. You can see entry points for "File Names," "Folder Names," "File Organization," "Word Tools," "Excel Tools," "PowerPoint Tools," "PDF Tools," etc. Since the goal is to count information about the folders themselves, you should enter "File Organization".
On the File Organization page, find "4. Folder Info Statistics". The description below this function card reads "Batch count folder names, paths, times, and other information." This sentence clearly defines its use: reading folder properties in batches and generating statistical results.
The key at this step is not to select the wrong function. If you need a folder directory list, choose "Folder Info Statistics"; if you're dealing with specific files like docx, doc, xlsx, pdf, etc., you should choose other file statistics or document processing functions based on your actual needs. Clearly distinguishing the target object avoids having added records that don't meet expectations later.
Step 2: Click "Add Folder" to Import Directories to Be Counted
After entering "Folder Info Statistics," a workflow prompt appears at the top of the page: Select records to process, Set save location, Start processing. Currently on the first step, you need to add the target folders to the task list.
Click the "Add Folder" button in the upper right corner, and select the folder(s) you want to count. After adding, the software automatically displays the record information in a table. The screenshot shows table columns including Serial Number, Name, Path, Creation Time, Modification Time, and Actions. The Path column displays the complete directory, for example, D:\test\folders\AccountManagement\, D:\test\folders\BrandManagement\, etc.
The expected result of this step is: all folders needing to be counted appear in the list, and their Name, Path, Creation Time, and Modification Time are displayed correctly. The bottom of the screenshot shows "Summary Record Count: 20," indicating there are 20 folder records in the current task. For users generating a directory list, this record count helps quickly confirm whether all target folders have been added.
Step 3: Verify the List to Avoid Exporting an Incorrect Manifest
Batch processing is efficient, but its premise is accurate input records. Therefore, before proceeding to the next step, it's advisable to verify the task list. Check from three aspects:
Check Folder Names: Confirm that the names in the list are all directories intended for counting. For instance, the names AccountManagement, BrandManagement, BusinessDevelopment, etc., shown in the screenshot have all been identified.
Check Folder Paths: Confirm that the paths are under the correct parent directory. The paths in the screenshot all point to different subfolders within D:\test\folders\, indicating they belong to the same batch of directories for counting.
Check Record Quantity: Compare the record count at the bottom with the actual number of folders. If there are 20 target folders in File Explorer and the software list also shows 20 records, you can proceed to the next step.
If you find a mistaken selection, you can use the delete icon in the Actions column to remove a single record; if the entire list needs reselecting, click "Clear". These operations allow users to correct the task scope before generating the Excel file.
Step 4: Click "Next" to Set the Result Save Location
After confirming the target folders are correct, click "Next" at the bottom of the page. According to the interface workflow, the next stage is "Set save location." Here, you need to choose a save directory for the statistical results. It's recommended to save the results in an easy-to-find location, like your desktop, the current project folder, or a dedicated "Statistical Results" directory.
The choice of save location affects the efficiency of finding the result file later. Especially when processing multiple batches of directories, it's recommended to use clear folder naming conventions for the results, such as organizing them by date, project, or department, for easier future cross-referencing.
Step 5: Start Processing and Open the Excel Result
Once the save location is set, proceed to "Start Processing." Based on the folder records added earlier, the software reads information like Name, Path, Parent Directory, Creation Time, and Modification Time in batches and outputs it as an Excel spreadsheet. Compared to manual compilation, this step saves significant copy-paste time and reduces common issues like incomplete paths or misaligned rows and columns.
After processing finishes, open the generated Excel spreadsheet to see the folder list. The post-processing screenshot shows the Excel table has neatly organized rows and columns for Path, Name, Containing folder name, Containing folder path, Created time, and Modified time. Users can directly continue editing, filtering, or saving it as a working ledger in Excel.
How to Use the Result Table: Maximizing the Value of Your Folder List
Generating the Excel file is just the first step; the real value lies in subsequent management. Here are a few common use cases.
As a Directory Index: Keep the Path and Name columns as core fields. When you later need to find a specific directory, just search for its name directly in Excel.
As a Handover Checklist: Add new columns like Person Responsible, Material Description, Handover Status, and Remarks to the result table to form a relatively complete material handover sheet.
As a Migration Reconciliation Table: Export once before migration and once after. The two tables can be compared by path and name to check for any omissions.
As an Archive Ledger: Combining the creation time and modification time helps determine the material's establishment and update status, providing a basis for archival organization.
As a Basis for Shared Drive Governance: If some folders haven't been modified for a long time, you can further verify if they need to be archived, compressed, or cleaned up. The Modified time field in Excel can aid in the initial screening.
Common Questions and Notes
1. After exporting folder paths, is manual reorganization still needed?
The software can complete the batch statistics of basic information, including path, name, and time. Whether manual reorganization is needed depends on your management goals. If you're just generating a directory list, the exported Excel file is usually sufficient; if you're creating a department ledger, you can continue adding business fields in Excel.
2. Must all folders be placed in the same directory before counting?
Judging from the screenshot example, the folders are all located under D:\test\folders\, which facilitates unified counting and display. In practice, it's recommended to add folders by batch or parent directory, as this makes the results clearer. If the directory sources are complex, you can also generate multiple lists in batches.
3. What is the difference between Creation Time and Modification Time?
Creation Time typically indicates when the folder was established, while Modification Time usually shows when the folder's contents or attributes last changed. Both are valuable for resource management: Creation Time is suitable for seeing the directory's establishment date, and Modification Time is suitable for judging if the directory has been updated recently.
4. Why does the processing result have a parent directory field?
The parent directory field helps users understand the folder's origin. For example, Containing folder name shows the parent folder's name, and Containing folder path shows the parent path. When multiple batches or parent directories are mixed together for counting, these fields help distinguish the source of records.
5. Can the results be used for managing Word, Excel, or PDF documents?
It can serve as an index at the document directory level. For instance, a specific folder may store Word documents, docx, doc files, Excel spreadsheets, PDF reports, or image materials. Although this article counts folders, not specific files, the generated path list can help quickly locate the directories containing these materials. If you need to count specific file information further, you should select the corresponding file statistics function.
Summary: Replace Manual Path Copying with an Excel Folder List
Batch-extracting folder paths, names, creation times, and modification times is a very typical repetitive office task in file management. Manual processing is not only slow but also prone to omissions; using the "Folder Info Statistics" function of HeSoft Doc Batch Tool rapidly converts many folders into an Excel list, making directory information searchable, filterable, and archivable.
If you are currently organizing project documents, shared drives, client archives, contract directories, or migration checklists, it is recommended to first use this function to batch-generate a folder information table, then supplement it with business fields in Excel. This reduces repetitive work and transforms folder management from "searching by memory" to "managing by spreadsheet," resulting in greater overall efficiency.