mmisdk 0.4.3

Python library to create and submit Ethereum transactions to custodians connected with MetaMask Institutional; the most trusted DeFi wallet and Web3 gateway for organizations.

MetaMask Institutional SDK (Beta)

A Python library to create and submit Ethereum transactions to custodians connected with MetaMask Institutional; the most trusted DeFi wallet and Web3 gateway for organizations.

BETA DISCLAIMER. By using this library, you acknowledge the technology is still in Beta access and for internal testing purposes only. You are responsible for your use of the Beta access to Open Source SDK and ConsenSys is not responsible for any bugs, deficiencies or issues that may occur.

Usage

Use this SDK to programmatically create Ethereum transactions, and submit them to custodians connected with MetaMask Institutional. Automate trading strategies on your wallets under custody, and still benefit from the institutional-grade security of your favorite qualified custodian and custody provider.

Getting started

Setting up

$ pip install mmisdk

>>> from mmisdk import CustodianFactory

>>> factory = CustodianFactory()

>>> custodian = factory.create_for("qredo", "YOUR-TOKEN")

Use the custodian's Factory name param in the table below to instantiate a client for the right custodian.

Custodian	Supported	As of version	Factory name param
Bitgo	✅	0.3.0	"bitgo"
Bitgo Test	✅	0.3.0	"bitgo-test"
Cactus	✅	0.2.0	"cactus"
Cactus Dev	✅	0.2.0	"cactus-dev"
FPG	✅	0.4.0	"fpg-prod"
FPG Alpha	✅	0.4.0	"fpg-alpha"
FPG Local	✅	0.4.0	"fpg-local"
Gnosis Safe	✅	0.4.0	"gnosis-safe"
Gnosis Safe Dev	✅	0.4.0	"gnosis-safe-dev"
Qredo	✅	0.2.0	"qredo"
Qredo Dev	✅	0.1.0	"qredo-dev"
Saturn	✅	0.4.0	"saturn"
Saturn Dev	✅	0.4.0	"saturn-dev"

Creating a transaction

import os

from mmisdk import CustodianFactory

# Instantiate the factory
factory = CustodianFactory()

# Grab your token from the environment, or anywhere else
token = os.environ["MMISDK_TOKEN_QREDO_DEV"]

# Create the custodian, using the factory
custodian = factory.create_for("qredo-dev", token)

# Build tx details
tx_params = {
    "from": "0x62468FD916bF27A3b76d3de2e5280e53078e13E1",
    "to": "0x62468FD916bF27A3b76d3de2e5280e53078e13E1",
    "value": "100000000000000000",  # in Wei
    "gas": "21000",
    "gasPrice": "1000",
    # "data": "0xsomething",
    # "type": "2"
    # "maxPriorityFeePerGas": "12321321",
    # "maxFeePerGas": "12321321",
}
qredo_extra_params = {
    "chainID": "3",
}

# Create the tx from details and send it to the custodian
transaction = custodian.create_transaction(tx_params, qredo_extra_params)
print(type(transaction))
# <class 'mmisdk.common.transaction.Transaction'>

print(transaction)
# id='2EzDJkLVIjmH6LZQ2W1T4wPcTtK'
# type='1'
# from_='0x62468FD916bF27A3b76d3de2e5280e53078e13E1'
# to='0x62468FD916bF27A3b76d3de2e5280e53078e13E1'
# value='100000000000000000'
# gas='21000'
# gasPrice='1000'
# maxPriorityFeePerGas=None
# maxFeePerGas=None
# nonce='0'
# data=''
# hash=''
# status=TransactionStatus(finished=False, submitted=False, signed=False, success=False, displayText='Created', reason='Unknown')

Getting a transaction

import os

from mmisdk import CustodianFactory

# Instantiate the factory
factory = CustodianFactory()

# Grab your token from the environment, or anywhere else
token = os.environ["MMISDK_TOKEN_CACTUS_DEV"]

# Create the custodian, using the factory
custodian = factory.create_for("cactus-dev", token)

# Get the transaction
transaction = custodian.get_transaction("5CM05NCLMRD888888000800", 5)

print(type(transaction))
# <class 'mmisdk.common.transaction.Transaction'>

print(transaction)
# id='5CM05NCLMRD888888000800'
# type='1'
# from_='0xFA42B2eCf59abD6d6BD4BF07021D870E2FC0eF20'
# to=None
# value=None
# gas='133997'
# gasPrice='2151'
# maxPriorityFeePerGas=None
# maxFeePerGas=None
# nonce=''
# data=None
# hash=None
# status=TransactionStatus(finished=False, submitted=False, signed=False, success=False, displayText='Created', reason='Unknown')

More examples

You can also explore various usage examples in the directory ./examples.

To run them, first export your custodian's token in the expected environment variable, then run the example file. For instance:

$ export MMISDK_TOKEN_BITGO_TEST=xxxx && python examples/getting_a_transaction_bitgo.py

Note: Each example file expects to find to token under a specific environment variable name, that depends on the custodian and the environment (dev/test/prod) you're addressing. Read each example's code to figure out the right variable.

Full documentation

For a complete documentation on how to use the library, visit the page MetaMask Institutional SDK, or check the GitLab repository.

Developer documentation & Contributing

See CONTRIBUTING.md.

Changelog

See CHANGELOG.md.