When a computer contains a large number of project folders, client data folders, or departmental archive directories, copying the folder names, full paths, creation dates, and modification dates one by one is extremely time-consuming and prone to omissions. This article describes how to use the folder information statistics function in office software to batch-read the path information of multiple folders and automatically generate an Excel spreadsheet, which is suitable for directory inventory, data archiving, project handover, and file management ledger creation.
In daily office work, many people encounter this problem: a directory contains dozens or even hundreds of folders that need to be organized into an Excel list, with content including folder names, full paths, parent folder names, parent paths, creation times, modification times, etc. If done manually, you have to open each folder one by one, copy the path, paste it into the spreadsheet, and then supplement the time information. This is not only inefficient but also prone to issues like missing paths, name copying errors, and inconsistent time records.
This article aims to solve the repetitive office task of "batch collecting path information for many folders and summarizing it into an Excel spreadsheet." With the office software shown in the screenshot, HeSoft Doc Batch Tool , you can use the "Folder Information Statistics" function to automatically read information from a batch of folders and ultimately generate a structured Excel spreadsheet. Its core value is not simply opening a certain file, but helping users batch process files and folders, reducing repetitive labor and improving the efficiency of directory sorting, asset inventory, and archiving handovers.
Applicable Scenarios: When to Batch Collect Folder Path Information
Batch exporting folder paths to Excel is common in the following office scenarios:
- Project material inventory: A project directory contains multiple sub-project folders, and a project directory list needs to be quickly generated for subsequent checking and archiving.
- Customer or supplier material organization: Each customer or supplier corresponds to an independent folder, and the folder names and save paths need to be compiled into Excel for easy team retrieval.
- Department shared drive inspection: Shared drives, network drive sync directories, and local data drives contain a large number of folders, requiring the location and update time of each folder to be counted.
- Material handover and auditing: During departure handovers, project acceptance, or material audits, a folder path inventory needs to be provided to prove the completeness of the material directory structure.
- Preparation before batch file management: Before proceeding with file classification, renaming, backup, or migration, export folder information as an index table first.
If there are only three to five folders, manually copying paths might be acceptable; but when the number of folders reaches dozens or hundreds, using office software for batch collection is significantly more reliable. Especially when paths contain English, numbers, spaces, or multi-level directories, automatic collection can effectively avoid manual input errors.
Result Preview: Many Folders Before Processing, an Excel Path List After
Before Processing: Folders Scattered in the Same Directory
From the pre-processing screenshot, you can see that the current directory contains multiple business-related folders, such as AccountManagement, BrandManagement, BusinessDevelopment, CompetitiveResearch, ContractManagement, CorporateFinance, etc. The corresponding modification times are displayed to the right of these folders. To manually organize the paths and times of these folders, you would need to copy them one by one, which is very tedious.
This type of directory is very common in actual work. For example, folders on a company data drive might be created by department, customer, project, year, or contract type. As long as these folders need to be organized into a table, you can use "Folder Information Statistics" to do it in batches.
After Processing: Excel Spreadsheet Automatically Generated with Path, Name, and Time Information
After processing is complete, a structured table will be formed in Excel. In the screenshot, you can see the header contains fields such as Path, Name, Containing folder name, Containing folder path, Created time, Modified time. Each row corresponds to a folder, and the full path, folder name, parent folder, parent path, creation time, and modification time have all been automatically summarized.
For example, in one row, the Path is shown as D:\test\folders\AccountManagement\, the Name is shown as AccountManagement, and the Containing folder path is shown as D:\test\folders\. Such an Excel list can be directly used for directory inventory, file handover, project indexing, or subsequent filtering and analysis.
Steps: Using Folder Information Statistics to Batch Export Excel
Step 1: Enter the "File Organization" Category and Select "Folder Information Statistics"
After opening HeSoft Doc Batch Tool , you can see multiple tool categories on the left, including Home, Task Flow, All Tools, File Name, Folder Name, File Organization, Word Tools, Excel Tools, PowerPoint Tools, PDF Tools, etc. This article will use "Folder Information Statistics" under "File Organization".
In the function card area, find "4. Folder Information Statistics". From the interface description, you can see that this function is for "batch collecting information such as folder name, path, and time." This exactly matches the need described in this article: not to collect file content or modify folder names, but to compile the path and time information of the folders themselves.
The purpose of selecting this function is to enter the dedicated folder statistics workflow. The expected result is an operation page where you can add folders, view pending processing records, and continue to set the save location.
Step 2: Add the Folder Records to be Counted
After entering the "Folder Information Statistics" page, the top of the interface will display three process stages: Select records to process, Set save location, Start processing. You are currently at step 1, "Select records to process." In the upper right corner, you can see buttons such as Add Folder, Clear, and More.
Click Add Folder to add the folders you need to count into the list. After adding, the table will display information such as serial number, name, path, creation time, and modification time. In the screenshot, multiple folders have been successfully added, and the list shows records like AccountManagement, BrandManagement, BusinessDevelopment, CompetitiveResearch, with paths all located under the D:\test\folders\ directory.
The purpose of this step is to let the software read and confirm the folder objects to be counted. The expected result is that all folders to be exported appear in the list, and you can see their name, path, creation time, and modification time. The record count can also be seen at the bottom of the interface; for example, the screenshot shows a record count of 20, indicating that 20 folders have been added this time.
Step 3: Check the List to Confirm Path and Quantity are Correct
Before proceeding to the next step, it is recommended to check if the folder names and paths in the table match your expectations. Focus on confirming three things:
- Is the quantity correct? Check the total record count at the bottom to confirm if it matches the actual number of folders to be counted.
- Are the paths correct? Check if the paths all come from the target directory, for example, if they are all under D:\test\folders\.
- Were any added by mistake? If a folder does not need to be counted, you can remove it using the delete icon in the operation column; if the list does not meet requirements, you can also use "Clear" and then re-add.
Although this step is simple, it can avoid having to redo the work after generating the Excel file later. For scenarios with a large number of folders, checking once in the software first is more efficient than finding errors in Excel.
Step 4: Click "Next" to Set the Excel Save Location
After confirming the list is correct, click Next at the bottom of the page. The interface process will enter step 2, "Set save location." The purpose of this stage is to specify where the statistical results will be saved, making it easy to find the generated Excel spreadsheet once processing is complete.
When setting the save location, it is recommended to choose an easily identifiable directory, such as the current project folder, a temporary desktop directory, or a dedicated results folder. For work requiring archiving, you can name the save directory by date or project name to avoid mixing multiple statistical results.
Step 5: Start Processing to Generate the Excel Statistics Table
After setting the save location, enter step 3, "Start processing." After clicking start processing, the software will batch read information such as folder path, name, parent directory, creation time, and modification time based on the previously added folder records, and output it into an Excel spreadsheet.
Once processing is complete, open the generated Excel file to see the structured list previewed earlier. Compared to manual copying, the table fields generated by the software are more uniform, and the path format is more complete, making it suitable for direct filtering, sorting, copying into reports, or saving as a directory ledger.
Common Questions and Notes
1. Why export the full path instead of just the folder name?
Folder names can be duplicated; for example, different customer directories might all have folders like "Contracts", "Quotes", or "Materials". Only by exporting the full path can you accurately locate the folder's location. The Path field in Excel can serve directly as a directory index, facilitating future searches.
2. What is the difference between creation time and modification time?
Creation time generally indicates when the folder was initially established, while modification time indicates when the folder or its attributes last changed. In practical office work, if you need to determine if materials have been recently updated, the modification time is more useful for reference; if you are creating an archive ledger, the creation time is also very important.
3. Can the statistical results be further processed in Excel?
Yes. After generating the Excel file, you can continue to use functions such as filtering, sorting, searching, and pivot tables. For example, sort by Modified time to find the most recently updated folders; filter by Containing folder path to view all subfolders under a specific parent directory.
4. Do I need to organize the directory before adding folders?
It is recommended to first confirm the target directory structure to avoid including temporary folders, test folders, or directories that do not need archiving. Although the software can process in batches, the more accurate the input records are, the cleaner the output Excel list will be.
Summary: Turning Folder Path Statistics into a Few Steps with a Batch Processing Tool
Batch collecting folder path information is essentially a highly repetitive office task that also demands accuracy. Manual copying is not only time-consuming but also prone to omissions and inconsistent formatting. Using the "Folder Information Statistics" function of HeSoft Doc Batch Tool , you can quickly summarize the names, full paths, parent directories, creation times, and modification times of multiple folders into an Excel spreadsheet.
If you are organizing project materials, shared drive directories, customer folders, or archive lists, it is recommended to use this function directly: enter "File Organization", select "Folder Information Statistics", add folders, confirm the list, set the save location, and start processing. This compresses work that originally required extensive manual copying into a few batch operations, significantly improving file management efficiency.