When there are many files with various formats, manually copying file paths, names, extensions, sizes, and modification times is time-consuming and prone to omissions. This article uses HeSoft Doc Batch Tool as an example to demonstrate how to use the "File Information Statistics" feature in office software to summarize the path information of multiple file types such as pptx, pdf, xlsx, docx, txt into an Excel spreadsheet at once. It is suitable for scenarios such as data archiving, project delivery, file inventory, and audit trail keeping.
In daily office work, a common problem often arises: a folder may contain dozens, hundreds, or even more files, with formats potentially including Word documents (docx, doc), Excel spreadsheets (xlsx, xls), PowerPoint presentations (pptx, ppt), PDF files, and txt text files. We need to know not only what these files are called, but also organize their full paths, containing folder, extension, file size, creation time, and modification time. If you right-click to view properties for each file one by one and then copy them into Excel, it is not only inefficient but also highly prone to copying errors, missed files, or incomplete paths.
This article aims to solve the office task of "batch collecting path information for many files and compiling it into an Excel spreadsheet." Using the "File Information Statistics" feature in HeSoft Doc Batch Tool , you can organize basic information for multiple files into a unified table. This can then be used for creating file inventories, handover of materials, directory verification, data archiving, or file audits. The entire process requires no scripting or manually opening files one by one, making it suitable for office users in administration, HR, finance, teaching, project management, and records management who need to process files in batches.
Applicable Scenarios: Situations Suitable for Batch File Path Information Statistics
Batch exporting file paths to Excel is not just for "looking organized." In many practical tasks, a clearly structured file list can reduce communication costs and make subsequent searching, handover, and verification more convenient.
For example, when closing a project, you need to list all deliverable files, including file names, formats, save locations, and last modification dates; when a teacher organizes course materials, they need to check if files like pptx courseware, pdf lecture notes, xlsx course schedules, and docx teaching plans are complete; when an administrative department conducts an archive inventory, they need to consolidate the document paths under a specific folder for later checking and filling gaps; before migrating files, IT or data management personnel often need to generate a file path list first, serving as a comparison reference before and after the migration.
As seen in the pre-processing screenshot, the folder contains various file types simultaneously, such as ClassroomReview.pptx, ConceptSummary.pdf, CourseSchedule.xlsx, ExamPreparation.docx, and GrammarNotes.txt. If organized manually, you would at least need to copy the file name, path, extension, and time information; each additional field represents another chance for error. Using the office software's batch file information statistics feature allows you to delegate this repetitive work to the tool.
Preview of Results: Dispersed Files Before Processing, an Excel File Information Table After
Before Processing: Files Scattered in Folders, Information Must be Checked Individually
The pre-processing screenshot below shows a file list in a regular folder. You can see it contains various file types like PowerPoint, PDF, Excel, Word, and txt, with different filenames and formats. The system file explorer usually only directly displays some information. To further organize fields like the full path, filename without extension, size in bytes, and containing folder path, additional steps are required.
In this state, if you only need to check one or two files, manual operation is no big issue; but when the number of files increases to dozens or hundreds, manually copying paths and filenames becomes typical repetitive labor. More troublesome is that different file types might be scattered across different directories, and when copying, it's easy to miss part of a path or miswrite the extension.
After Processing: File Paths, Names, Extensions, Sizes, and Times Unified in a Summary
The result after processing is an Excel spreadsheet. Each row in the table corresponds to a file, and each column corresponds to a type of file information. As seen in the screenshot, the exported fields include Path, Name, Name without extension, Extension, Size bytes, Size, Containing folder name, Containing folder path, Created time, Modified time, etc. In other words, the file's full path, file name, name without extension, extension, file size, containing folder name, containing folder path, creation time, and modification time are all organized into the same table.
The benefit of this type of Excel file information summary table is very direct: you can filter for a specific extension, such as viewing only pdf, docx, or xlsx; you can sort by modification time to find the most recently updated files; you can group by folder path to determine material storage locations; and you can hand the list to a colleague or client as a file delivery directory. Compared to manual organization, batch statistics is not only faster but also ensures more uniform fields.
Operation Steps: Using Office Software to Batch Collect File Paths and Export to Excel
Following the operation screenshots, the process for completing batch statistics is explained below according to the actual workflow. The office software used in this article is HeSoft Doc Batch Tool , which is positioned to help users process files in batches and reduce repetitive work. The feature used here is "File Information Statistics" under the "File Organization" category.
Step 1: Enter "File Organization" and Select "File Information Statistics"
After opening HeSoft Doc Batch Tool , select "File Organization" in the left-hand feature category. In the right-hand feature cards, you can see multiple functions related to file organization, such as classifying by file name, classifying by extension, folder information statistics, etc. This time, we need to collect information about the files themselves, so select "File Information Statistics."
The purpose of this step is to enter the feature page specifically designed for batch collecting information like file names, paths, sizes, times, and metadata. In the screenshot, the feature card description is "Batch collects information such as names, paths, sizes, times, and metadata for various files," which matches the file path summary task this article aims to accomplish. After entering this feature, the software uses a wizard-style flow to guide the user through file selection, processing option settings, save location settings, and starting the process.
Step 2: Add Files or Import Files from a Folder
After entering the "File Information Statistics" page, you are initially at Step 1: "Select records to process." The upper-right area of the page provides action buttons like "Add files," "Import files from folder," "Clear," and "More." If you only want to collect information for some files, you can use "Add files"; if you want to process a batch of files in a specific folder, you can use "Import files from folder."
After importing, the files will be displayed in the list. The screenshot shows that the table columns include "No., Name, Path, Extension, Created time, Modified time, Action," etc., and the bottom shows a record count of 20. This means the software has read the basic information for these files and listed them as records to be processed. At this point, you can check if the files are imported completely, if the paths are correct, and if the extensions meet expectations. If you find unnecessary files were imported, you can delete them using the action button on the right side of each row; if you want to reselect, you can also use "Clear" and then import again.
The expected result of this step is: all files needing path information collection appear in the pending list. For folders containing mixed formats like docx, xlsx, pptx, pdf, txt, there is no need to process them by type separately; you can directly import them all at once.
Step 3: Set Processing Options, Choose Additional Information as Needed
After confirming the files to be processed, click "Next" at the bottom to enter Step 2: "Set processing options." The screenshot shows an "Additional Information" area, providing checkboxes for Word file details, Excel file details, PPT file details, PDF file details, text file details, image file details, etc.
The role of this step is to decide whether, in addition to the basic file information, to collect detailed information for certain file types. For the focus of this article – "batch collecting file paths, file names, extensions, sizes, and times" – the basic information is already sufficient for most file inventory needs. If your work scenario requires finer file metadata, you can check the corresponding detailed information options based on the file type; if you're just generating a path list and a basic statistics table, you can keep the defaults or select according to actual needs.
It's important to note that the more additional information, the richer the collected fields may be, and processing time may also vary with the number of files and file types. It is recommended to first clarify the fields for your deliverable Excel list: if it's for a file directory, file inventory, or material handover, fields like path, name, extension, size, creation time, modification time, and containing folder information are usually very practical.
Step 4: Set the Save Location and Start Processing
After the processing options are set, continue clicking "Next" and follow the wizard to "Set save location." From the interface flow, you can see that subsequent steps include Step 3: "Set save location" and Step 4: "Start processing." In the save location step, you need to specify where the collected results will be saved, making it easy to quickly find the generated Excel table after processing is complete.
After setting the save location, enter the start processing step and execute it. The software will batch-read the information of the pending files and generate a summary result. Once processing is complete, open the exported Excel file, and you will see a table similar to the preview: each file occupies one row, with information like path, name, extension, size, and time displayed in columns. In this way, a file information list that is filterable, sortable, copyable, and archivable is complete.
How to Use the Exported Excel Spreadsheet
After generating the Excel file, it's advisable to first check the header row and the number of records. For example, in this article's example, there were 20 pending records, so the exported Excel table should also contain 20 file records. After confirming the counts match, you can continue processing based on actual needs.
If you are making a file delivery directory, you can keep fields like Path, Name, Extension, Size, Modified time, and adjust the column widths appropriately; if you are making a file path inventory, you can focus on the Path and Containing folder path columns; if you want to analyze the distribution of file types, you can filter or sort by the Extension column to quickly view the counts of pdf, docx, xlsx, pptx, txt; if you need to find recently modified files, you can sort by the Modified time column.
Since the results are already in Excel, subsequent processing is very flexible. You can use common Excel features like filtering, sorting, conditional formatting, and pivot tables for further analysis, without having to go back to the folders to check properties one by one. This is the value of batch file statistics office software: it first structures the file information scattered in the system, then hands it over to a spreadsheet for management.
Common Questions and Notes
1. Can Word, Excel, PPT, PDF, and text files be collected simultaneously?
As seen in the example, the pending files include various extensions like pptx, pdf, xlsx, docx, and txt, and the software can also identify the corresponding extensions in the list. Therefore, for situations where common office files are mixed together, you can import them all at once for batch collection without manually splitting them by format.
2. What is the use of collecting file paths?
A full path allows for precise location of a file. With only a file name, if files with the same name exist in different folders, it's easy to confuse them; a full path includes the disk, directory, and filename, making it more suitable for data archiving, pre-file-migration checks, project delivery lists, file audits, and batch searching.
3. What is the basis for the creation time and modification time in the results?
Creation time and modification time usually come from system file properties. Factors like different computers, disk copying, compression/decompression, or synchronization tools can affect this time information. Therefore, if time fields are used for formal audits or archiving, it is recommended to verify them against the actual file source after collection.
4. Do the files need to be opened before processing?
No. This process involves batch collecting file information. After importing files or a folder, the software reads information like name, path, extension, and time in the list. The user only needs to confirm the pending records are correct and then continue following the wizard.
5. What advice is there for collecting a large number of files?
If there are many files, it is recommended to organize them into folders first by project, year, or material type, and then import them in batches for collection. This makes the generated Excel list easier to verify and facilitates subsequent filtering by folder path. After collection is complete, it's best to keep the originally exported Excel file as a basis for future review.
Summary: Delegate Repetitive File Path Organization to a Batch Processing Tool
The core value of batch collecting file path information is to transform the repetitive labor of manually viewing, copying, and pasting one by one into a standard process of a single import and automatic summarization. Using the "File Information Statistics" feature of HeSoft Doc Batch Tool , you can organize information including the full path, file name, name without extension, extension, size, containing folder, creation time, and modification time for multiple files into an Excel spreadsheet.
For users needing to create file directories, project material lists, course resource lists, archive inventory sheets, or file migration comparison tables, this method can significantly reduce manual entry time and lower the risk of missed statistics, incorrect paths, or confusing file formats. If you are facing a folder containing many docx, xlsx, pptx, pdf, and txt files, it is recommended to directly use the "File Information Statistics" function to batch generate an Excel list, and then complete filtering, sorting, and archiving within Excel.