gsheet is a cli tool for sending and receiving csv data to and from Google Sheets.
gsheet you can:
Pipe csv data from stdin to a Google Sheet range
cat data.csv | gsheet csv --id 1o88FhvAXg8Q_ZMFudQLuZ1ShsigbAgJ --range 'Sheet1'
Pipe csv data from a Google Sheet range to stdout
gsheet csv --id 1o88FhvAXg8Q_ZMFudQLuZ1ShsigbAgJ --range "'Sheet!'A1:D20" > data.csv
Clear a Google Sheet range
gsheet clear --id 1o88FhvAXg8Q_ZMFudQLuZ1ShsigbAgJ --range Sheet2
Create and delete sheets of a Spreadsheet document
gsheet newSheet --id 1o88FhvAXg8Q_ZMFudQLuZ1ShsigbAgJ --name NewSheet
Sort a sheet by a column
gsheet sort --id 1o88FhvAXg8Q_ZMFudQLuZ1ShsigbAgJ --name Sheet1 -c 2
Google Drive operations (with special handling for .csv):
Upload .csv files to Google Drive as Sheet documents
gsheet upload --parent PARENT_ID ./path/to/data.csv
Download Google Sheet documents from Google Drive as .csv files
gsheet download 2o88FhvAXg8Q_ZMFudQLuZ1ShsigbAgJ > data.csv
Create a new empty folder
gsheet createFolder --parent PARENT_ID 'New Folder Name'
You can also upload/delete and get info about arbitrary files on Google Drive, but
gsheet isn’t trying to be a general purpose gdrive interface. If you need a full Google Drive command-line client, check out odeke-em/drive, or something that provides a filesystem interface like rclone.
For more on how to use
gsheet see CLI Usage below.
I often write scripts and cron jobs for clients that create tabular reports, and I’ve found that Google Sheets is a convenient way to expose them on the web (easy to use, built-in access control). In addition, I’ve found that setting up a Sheet with a few fields that my script can read is a convenient way to allow clients to configure apps without needing to build a web interface just to get a few runtime config values.
My typical workflow is to create a Sheet using Google’s web interface, set up the formatting and any formulas, and then use
gsheet to update the data from scripts.
gsheet is not yet packaged for any package manager yet (let me know if you can help with that!), but you can download binaries for major platforms from the Releases page.
Otherwise, if you have Go installed you can:
# Install with go get go get github.com/cristoper/gsheet/cmd/gsheet # or build/install from git repo git clone https://github.com/cristoper/gsheet.git cd gsheet go install ./cmd/gsheet
However, building from source will pull in the build dependencies (Google’s API SDKs) which are big (200MB+) so can be slow to download.
Authentication and Authorization
The hardest part about getting started with
gsheet is creating the API credentials so that the program can access Google Drive, but it’s not so bad and you only have to do it once. In order for
gsheet to read and update Sheets documents, it must 1) be provided credentials to authenticate with Google and 2) be granted access to whichever Google Drive folders/documents it should be able to read/write:
Create a service account and download the credentials .json file to the computer you will use
gsheeton. Set the
GOOGLE_APPLICATION_CREDENTIALSenvvar to the absolute path to that file before running
From the Google Cloud API Dashboard create a new project and enable both the
Google Drive APIand the
Google Sheets APIon it. See Google’s Getting Started Guide for creating a project and enabling APIs.
From your project’s dashboard Click on "IAM & Admin" > "Service Accounts". Then click "Create Service Account". For the service account’s role I recommend "Basic>Editor".
Once the service account is created, click on it to manage its details. From the "Keys" tab click "Add Key" to create credentials in a .json file for the service account that
gsheetwill use to authenticate as the user.
The .json file containing the credentials should download automatically. KEEP THIS FILE SECRET (do not check it into source control). Anyone with the credentials can edit any files you grant the service account access to.
GOOGLE_APPLICATION_CREDENTIALSenvironment variable to the path to the .json file. This is how
gsheetfinds the credentials when it runs. NOTE:
GOOGLE_APPLICATION_CREDENTIALSmust containt the absolute path to the .json file. (See Google’s Authentication Overview.)
In Google Drive grant share files and folders with the service account (the email address generated when you created the service account above) as if it were any other user. Note that if you only want to store files in the service account’s own drive (not viewable from the Google Drive web interface), then you don’t actually have to grant it access to any of your folders or documents.
What about OAuth authentication?
gsheet only supports service accounts which, despite the convoluted instructions above, are simple to generate and use once you figure it out (you just need a single .json file with credentials to grant a script access to Google services).
However, if an OAuth workflow (where you can authenticate
gsheet using your own Google account) would be useful to someone, I’m open to implementing it. Feel free to create an issue. In the mean time check out simon3z/gsheetcsv which is another simple cli tool in Go which allows interacting with Google Sheets and uses OAuth for authentication.
To get an overview of all the commands provided by
You can also run
gsheet help CMD to get help for each command. Below are some further usage hints.
Remember that for any of the commands to work you must have the GOOGLE_APPLICATION_CREDENTIALS environment variable set to a path containing the service account credentials in a .json file.
csv and clear
csv command is the heart of
gsheet. If you pipe csv data to it on std input, it sends the data to the specified range of the Sheets document identified by the
--id flag. If you don’t connect stdin to a pipe, then it will read the specified range and output it to stdout in csv format.
# Replace an entire sheet of a Spreadsheet doc with the contents of data.csv gsheet --id SHEETS_DOC_ID clear --range Sheet1 cat data.csv | gsheet --id SHEETS_DOC_ID --range Sheet1 # Read a specific range of a sheet to output.csv # (You can always single quote sheet names and include the exclamation point in # the single quotes so that the shell doesn't try to interpret it.) gsheet --id SHEETS_DOC_ID --range 'Sheet1!'A2:C5 > output.csv
An existing sheet can be sorted by any (single) column in either descending (default) or ascending order:
# Sort sheet by B coloumn in ascending order sort --id SHEET_NAME -name Sheet1 --column=1 --asc
newSheet and deleteSheet
These commands simply create and delete sheets from a spreadsheet document. The new sheets appear after all other visible sheets.
| sheets are deleted by name (the title of the sheet) and not by id; this is a bit fragile because if a user changes the title of a sheet in Google Docs then a script depending on
# After running this you should see a new sheet called "SHEET_NAME" in the # spreadsheet with id "SHEETS_DOC_ID" gsheet newSheet --id SHEETS_DOC_ID --name SHEET_NAME # After running this it should be gone again gsheet deleteSheet --id SHEETS_DOC_ID --name SHEET_NAME
upload and download
download commands can be used to upload and download arbitrary files to Google Drive. They provide special handling for .csv files: uploading a .csv file will import it to Google Drive as a Sheets document, and downloading a Sheets document will export the first visible sheet as a .csv file.
Downloading any other Google Workspace document types will attempt to export them as plain text files.
# Upload data.csv as a Sheets document in the service account's root directory gsheet upload --parent root data.csv # Download an image from drive # Note that download takes a single positional argument: the id of the google # drive file to download, and it sends its output to stdout. gsheet download DRIVE_DOC_ID > image.png
delete command can be used to delete one or more files by id (list each id as a positional argument). Outputs a confirmation as each file is deleted.
|delete immediately deletes a file and does not move it to the trash.|
# List all files and their ids that are in the service account's root folder gsheet list --parent root
Sometimes it is nice if a script can create a new folder to keep all of its own files in. The output of the
createFolder command includes the id of the created folder.
# Create a foler in service account's root (specify --parent to use a different # folder) $ gsheet createFolder FOLDER_NAME Created directory named FOLDER_NAME with id 1ApMOHtZtTVM_UU7HyUCvMIIa3R5fDf6N
csv and other commands make use of ranges in A1 notation. Examples of A1 notation can be found in the Google documentation here:
Finding document and parent IDs
Many of the commands operate on the Google Drive ID of a document or a "parent" folder. A convenient way to get these IDs is to just use a web browser and open a file or folder on https://drive.google.com/ to see the ID in the URL. But you can also use
gsheet list to list all of the files and folders the service account knows about along with their IDs.
Must be set to the absolute path of a .json file containing credentials for a service account
Can be set instead of setting the
--idflag on any command that accepts that flag to identify a spreadsheet document to operate on
Can be set instead of setting the
--parentflag on any command that accepts that flag to identify a drive folder to operate on
Use as Golang Package
In addition to the cli tool,
gsheet can be used as a Golang package to simplify access to Google Sheets and Google Drive from Go.
All of the Sheets related functions are in the
gsheets pacakge (
gsheets/sheets.go), and all of the Drive related functions are in the
gdrive pacakge (
Online godoc documentation for the packages can be found here:
For a quick-and-dirty example of how to use the packages look at the
integration_test.go file included in each package.
To run tests:
To build binaries for various platforms in