a screen-scraping API for Mint.com.
Ensure you have Python 2 or 3 and pip (easy_install pip) and then:
pip install mintapi
brew cask install chromedriver # or sudo apt-get install chromium-chromedriver on Ubuntu/DebianNote that chromedriver must be version 59+ if you want to use headless mode. If not installing via pip,
make sure to install the install_requires dependencies from setup.py yourself.
From the command line, the most automated invocation will be:
python mintapi/api.py --keyring --headless you@example.com
This will store your credentials securely in your system keyring, and use a
headless (invisible) browser to log in and grab the account data. If this triggers
an MFA prompt, you'll be prompted on the command line for your code, which by default
goes to SMS unless you specify --mfa-method=email. This will also persist a browser
session in $HOME/.mintapi/session to avoid an MFA in the future, unless you specify --session-path=None.
If mfa-method is email and your email host provides IMAP access, you can specify your IMAP login details. This will automate the retrieval of the MFA code from your email and entering it into Mint.
From python, instantiate the Mint class (from the mintapi package) and you can
make calls to retrieve account/budget information. We recommend using the
keyring library for persisting credentials.
import mintapi
mint = mintapi.Mint(
'your_email@web.com', # Email used to log in to Mint
'password', # Your password used to log in to mint
# Optional parameters
mfa_method='sms', # Can be 'sms' (default) or 'email'.
# if mintapi detects an MFA request, it will trigger the requested method
# and prompt on the command line.
headless=False, # Whether the chromedriver should work without opening a
# visible window (useful for server-side deployments)
mfa_input_callback=None, # A callback accepting a single argument (the prompt)
# which returns the user-inputted 2FA code. By default
# the default Python `input` function is used.
session_path=None, # Directory that the Chrome persistent session will be written/read from.
# To avoid the 2FA code being asked for multiple times, you can either set
# this parameter or log in by hand in Chrome under the same user this runs
# as.
imap_account=None, # account name used to log in to your IMAP server
imap_password=None, # account password used to log in to your IMAP server
imap_server=None, # IMAP server host name
imap_folder='INBOX', # IMAP folder that receives MFA email
no_wait_for_sync=False, # do not wait for accounts to sync
wait_for_sync_timeout=300, # number of seconds to wait for sync
)
# Get basic account information
mint.get_accounts()
# Get extended account detail at the expense of speed - requires an
# additional API call for each account
mint.get_accounts(True)
# Get budget information
mint.get_budgets()
# Get transactions
mint.get_transactions() # as pandas dataframe
mint.get_transactions_csv(include_investment=False) # as raw csv data
mint.get_transactions_json(include_investment=False, skip_duplicates=False)
# Get transactions for a specific account
accounts = mint.get_accounts(True)
for account in accounts:
mint.get_transactions_csv(id=account["id"])
mint.get_transactions_json(id=account["id"])
# Get net worth
mint.get_net_worth()
# Get credit score
mint.get_credit_score()
# Initiate an account refresh
mint.initiate_account_refresh()Run it as a sub-process from your favorite language; pip install mintapi creates a binary in your $PATH. From the command-line, the output is JSON:
usage: mintapi [-h] [--session-path [SESSION_PATH]] [--accounts]
[--budgets] [--net-worth] [--extended-accounts] [--transactions]
[--extended-transactions] [--credit-score] [--credit-report] [--start-date [START_DATE]]
[--include-investment] [--skip-duplicates] [--show-pending]
[--filename FILENAME] [--keyring] [--headless]
[--mfa-method {sms,email}]
[email] [password]
positional arguments:
email The e-mail address for your Mint.com account
password The password for your Mint.com account
optional arguments:
-h, --help show this help message and exit
--accounts Retrieve account information (default if nothing else
is specified)
--session-path [SESSION_PATH]
Directory to save browser session, including cookies. Used to prevent repeated
MFA prompts. Defaults to $HOME/.mintapi/session. Set to None to use a temporary
profile.
--budgets Retrieve budget information
--credit-score Retrieve credit score
--credit-report Retrieve full credit report & history
--net-worth Retrieve net worth information
--extended-accounts Retrieve extended account information (slower, implies --accounts)
--transactions, -t Retrieve transactions
--extended-transactions
Retrieve transactions with extra information and
arguments
--start-date [START_DATE]
Earliest date for transactions to be retrieved from.
Used with --extended-transactions. Format: mm/dd/yy
--include-investment Used with --extended-transactions
--skip-duplicates Used with --extended-transactions
--show-pending Exclude pending transactions from being retrieved.
Used with --extended-transactions
--filename FILENAME, -f FILENAME
write results to file. can be {csv,json} format.
default is to write to stdout.
--keyring Use OS keyring for storing password information
--headless Whether to execute chromedriver with no visible
window.
--mfa-method {sms,email}
The MFA method to automate.
--imap-account IMAP_ACCOUNT
--imap-password IMAP_PASSWORD
--imap-server IMAP_SERVER_HOSTNAME
--imap-folder IMAP_FOLDER
Default is INBOX
--imap-test Test access to IMAP server
--no_wait_for_sync Do not wait for accounts to sync
--wait_for_sync_timeout
Number of seconds to wait for sync (default is 300)
>>> mintapi --keyring email@example.com
[
{
"accountName": "Chase Checking",
"lastUpdatedInString": "25 minutes",
"accountType": "bank",
"currentBalance": 100.12,
...
},
...
]If you need to avoid using pip or setup.py, you can also clone/download
this repository and run: python mintapi/api.py