Developer Docs

Overview

The Magic package for Python is your entry-point to secure, passwordless authentication for your application. This guide will cover some important topics for getting started with Magic Python package and to make the most of Magic’s features.

Getting Started

The Magic class is the entry-point to the Magic SDK. It must be instantiated with a Magic secret key.

Installation

The Magic Admin Python SDK requires Python 3.11 or higher.

pip install magic-admin

Constructor

Magic()


Parameter	Type	Definition
`api_secret_key`	str	Your secret API Key retrieved from the Magic Dashboard.
`client_id?`	str	Your Magic client ID. If not provided, will be fetched automatically.
`retries?`	num	Total number of retries to allow. Default: 3.
`timeout?`	num	A period of time the request is going to wait for a response. Default: 10.
`backoff_factor?`	num	A backoff factor to apply between retry attempts. Default: 0.02.

Initialization

Initialize Magic instance.

Python

from magic_admin import Magic

magic = Magic(api_secret_key='<SECRET_API_KEY>')

Token Resource

The token resource and its methods are accessible on the Magic instance by the Token attribute. It provides methods to interact with the DID Token.

The token resource does not make any API calls to the Magic server.

`get_issuer`

Extracts the iss from the DID Token.

Python

Token.get_issuer(did_token)

Arguments

did_token (str): A DID Token generated by a Magic User on the client-side

Raises

DIDTokenMalformed if the given DID Token is malformed

Returns

A Decentralized ID (iss) of the Magic user who generated the DID Token

`get_public_address`

Gets the cryptographic public address of the Magic User who generated the supplied DID Token.

Python

Token.get_public_address(did_token)

Arguments

did_token (str): A DID Token generated by a Magic user on the client-side

Raises

DIDTokenMalformed if the given DID Token is malformed

Returns

A public address of the Magic User who generated the DID Token. Currently, this value is associated with the Ethereum blockchain.

`decode`

Decodes a DID Token from a Base64 string into a tuple of its individual components: proof and claim. This method allows you decode the DID Token and inspect the token. You can apply your own rules and validations on top of the current Token.validate method.

Python

Token.decode(did_token)

Arguments

did_token (str): A DID Token generated by a Magic user on the client-side

Raises

DIDTokenMalformed if the given DID Token is malformed

Returns

proof (str): A digital signature that proves the validity of the given claim
claim (dict): Unsigned data the user asserts. This should equal the proof after Elliptic Curve recovery. See Decentralized ID Token Specification for fields inside the claim.

`validate`

Validates a DID token.

Python

magic.Token.validate(did_token)

Arguments

did_token (str): A DID Token generated by a Magic user on the client-side

Raises

DIDTokenMalformed if the given DID Token is malformed
DIDTokenInvalid if the given DID Token is invalid

Returns

None.

User Resource

The user resource and its methods are accessible on the Magic instance by the User attribute. It provides methods to interact with the User.

`get_metadata_by_issuer`

Retrieves information about the user by the supplied iss from the DID Token. This method is useful if you store the iss with your user data, which is recommended.

Python

User.get_metadata_by_issuer(issuer)

Arguments

issuer (str): The user’s Decentralized ID, which can be parsed using Token.get_issuer

Raises

RateLimitingError: If you have sent too many requests within a given period of time
BadRequestError: If the supplied parameters are invalid
AuthenticationError: If your API secret key cannot be authenticated with Magic API server
ForbiddenError: If your API secret key is not authorized to access the resources
APIError: For any other API error
APIConnectionError: If your server cannot communicate with the Magic server. Normally this is a network communication error.

See Error Handling for more examples.

Returns

A MagicResponse: The data field contains all of the user meta information.
- issuer (str): The user’s Decentralized ID
- public_address (str): The authenticated user’s public address (a.k.a.: public key). Currently, this value is associated with the Ethereum blockchain.
- email (str): The user’s email address
- phone_number (str): The user’s phone number
- oauth_provider (str): OAuth provider, if any
- wallets (arr): Array of user’s wallet addresses

`get_metadata_by_public_address`

Retrieves information about the user by the supplied public_address. This method is useful if you store the public_address with your user data.

Python

User.get_metadata_by_public_address(public_address)

Arguments

public_address (str): The user’s Ethereum public address, which can be parsed using Token.get_public_address

Raises

RateLimitingError: If you have sent too many requests within a given period of time.
BadRequestError: If the supplied parameters are invalid
AuthenticationError: If your API secret key cannot be authenticated with Magic API server
ForbiddenError: If your API secret key is not authorized to access the resources
APIError: For any other API error
APIConnectionError: If your server cannot communicate with the Magic server. Normally this is a network communication error.

See Error Handling for more examples.

Returns

A MagicResponse: The data field contains all of the user meta information.
- issuer (str): The user’s Decentralized ID
- public_address (str): The authenticated user’s public address (a.k.a.: public key). Currently, this value is associated with the Ethereum blockchain.
- email (str): The user’s email address
- phone_number (str): The user’s phone number
- oauth_provider (str): OAuth provider, if any
- wallets (arr): Array of user’s wallet addresses

`get_metadata_by_token`

Retrieves information about the user by the supplied DID Token.

Python

User.get_metadata_by_token(did_token)

Arguments

did_token (str): A DID Token generated by a Magic User on the client-side.

Raises

RateLimitingError: If you have sent too many requests within a given period of time
BadRequestError: If the supplied parameters are invalid
AuthenticationError: If your API secret key cannot be authenticated with Magic API server
ForbiddenError: If your API secret key is not authorized to access the resources
APIError: For any other API error
APIConnectionError: If your server cannot communicate with the Magic server. Normally this is a network communication error.

See Error Handling for more examples.

Returns

A MagicResponse: The data field contains all of the user meta information.
- issuer (str): The user’s Decentralized ID
- public_address (str): The authenticated user’s public address (a.k.a.: public key). Currently, this value is associated with the Ethereum blockchain.
- email (str): The user’s email address
- phone_number (str): The user’s phone number
- oauth_provider (str): OAuth provider, if any
- wallets (arr): Array of user’s wallet addresses

`logout_by_issuer`

Logs a user out of all Magic SDK sessions given the user’s Decentralized ID (iss). This method is useful if you store the iss with your user data, which is recommended.

Python

User.logout_by_issuer(issuer)

Arguments

issuer (str): The user’s Decentralized ID, which can be parsed using Token.get_issuer

Raises

RateLimitingError: If you have sent too many requests within a given period of time
BadRequestError: If the supplied parameters are invalid
AuthenticationError: If your API secret key cannot be authenticated with Magic API server
ForbiddenError: If your API secret key is not authorized to access the resources
APIError: For any other API error
APIConnectionError: If your server cannot communicate with the Magic server. Normally this is a network communication error.

See Error Handling for more examples.

Returns

A MagicResponse

`logout_by_public_address`

Logs a user out of all Magic SDK sessions given the user’s public address. This method is useful if you store the public_address.

Python

User.logout_by_public_address(public_address)

Arguments

public_address (str): The user’s Ethereum public address

Raises

RateLimitingError: If you have sent too many requests within a given period of time
BadRequestError: If the supplied parameters are invalid
AuthenticationError: If your API secret key cannot be authenticated with Magic API server
ForbiddenError: If your API secret key is not authorized to access the resources
APIError: For any other API error
APIConnectionError: If your server cannot communicate with the Magic server. Normally this is a network communication error.

See Error Handling for more examples.

Returns

A MagicResponse

`logout_by_token`

Logs a user out of all Magic SDK sessions given the DID Token.

Python

User.logout_by_token(did_token)

Arguments

did_token (str): A DID Token generated by a Magic user on the client-side

Raises

RateLimitingError: If you have sent too many requests within a given period of time
BadRequestError: If the supplied parameters are invalid
AuthenticationError: If your API secret key cannot be authenticated with Magic API server
ForbiddenError: If your API secret key is not authorized to access the resources
APIError: For any other API error
APIConnectionError: If your server cannot communicate with the Magic server. Normally this is a network communication error.

See Error Handling for more examples.

Returns

A MagicResponse

Utils Resource

The utils resource provides utility methods for common operations like parsing authorization headers and validating token ownership for NFT gating.

`parse_authorization_header`

Extracts a DID token from an HTTP Authorization header.

Python

Utils.parse_authorization_header(header)

Arguments

header (str): The Authorization header string in Bearer {token} format

Raises

ExpectedBearerStringError: If header is not in the expected format

Returns

str: The DID token extracted from the header

Example

Python

from magic_admin import Magic

magic = Magic(api_secret_key='<SECRET_API_KEY>')

# Extract token from Authorization header
auth_header = "Bearer eyJ0eXAiOiJKV1QiLCJhbGciOiJFUzI1NksifQ..."
did_token = magic.Utils.parse_authorization_header(auth_header)

`validate_token_ownership`

Validates that a user owns a specific NFT token for token gating functionality.

Python

Utils.validate_token_ownership(did_token, contract_address, contract_type, rpc_url, token_id=None)

Arguments

did_token (str): The DID token to validate
contract_address (str): The smart contract address of the NFT
contract_type (str): Either 'ERC721' or 'ERC1155'
rpc_url (str): The RPC endpoint URL for the blockchain
token_id (str, optional): Required for ERC1155 contracts

Raises

ValueError: If ERC1155 is specified without token_id
Exception: If DID token validation fails

Returns

dict: Response with validation result
- valid (bool): Whether the user owns the token
- error_code (str): Error code if validation fails
- message (str): Human-readable error message

Example

Python

from magic_admin import Magic

magic = Magic(api_secret_key='<SECRET_API_KEY>')

# Validate ERC721 token ownership
result = magic.Utils.validate_token_ownership(
    did_token="eyJ0eXAiOiJKV1QiLCJhbGciOiJFUzI1NksifQ...",
    contract_address="0x1234567890123456789012345678901234567890",
    contract_type="ERC721",
    rpc_url="https://mainnet.infura.io/v3/YOUR_PROJECT_ID"
)

if result['valid']:
    print("User owns the NFT!")
else:
    print(f"Validation failed: {result['message']}")

WalletType Enum

The WalletType enum provides support for multiple blockchain networks. Supported Networks

EVM Compatible: ETH, AVAX, CELO, HARMONY, ICON, ZILLIQA, HEDERA, CONFLUX, TERRA, TAQUITO, ED
Non-EVM: SOLANA, POLKADOT, NEAR, FLOW, TEZOS, COSMOS, ALGOD, BITCOIN, HELIUM

Multi-Chain User Metadata

The User resource supports retrieving metadata for specific wallet types across different blockchains.

`get_metadata_by_issuer_and_wallet`

Retrieves user metadata for a specific wallet type by issuer.

Python

User.get_metadata_by_issuer_and_wallet(issuer, wallet_type)

Arguments

issuer (str): The user’s Decentralized ID
wallet_type (WalletType): The specific wallet type to query

Returns

A MagicResponse: The data field contains user metadata for the specified wallet type

`get_metadata_by_public_address_and_wallet`

Retrieves user metadata for a specific wallet type by public address.

Python

User.get_metadata_by_public_address_and_wallet(public_address, wallet_type)

Arguments

public_address (str): The user’s public address
wallet_type (WalletType): The specific wallet type to query

Returns

A MagicResponse: The data field contains user metadata for the specified wallet type

`get_metadata_by_token_and_wallet`

Retrieves user metadata for a specific wallet type by DID token.

Python

User.get_metadata_by_token_and_wallet(did_token, wallet_type)

Arguments

did_token (str): A DID Token generated by a Magic user
wallet_type (WalletType): The specific wallet type to query

Returns

A MagicResponse: The data field contains user metadata for the specified wallet type

Example

Python

from magic_admin import Magic
from magic_admin.resources.wallet import WalletType

magic = Magic(api_secret_key='<SECRET_API_KEY>')

# Get user metadata for Solana wallet
response = magic.User.get_metadata_by_token_and_wallet(
    did_token="eyJ0eXAiOiJKV1QiLCJhbGciOiJFUzI1NksifQ...",
    wallet_type=WalletType.SOLANA
)

print(f"Solana wallet address: {response.data['public_address']}")

Response and Error Handling

Response

There is only one response object that will be returned from a successful API call.

MagicResponse

This is the interface to interact Magic API responses. It will only be returned if the API request status code is between 200 (inclusive) and 300 (exclusive). You will have access to the following attributes:

content (bytes): Raw content returned by the API response
status_code (num): HTTP status code for the given request
data (dict): Parsed content

Python

from magic_admin.response import MagicResponse

MagicResponse.content
MagicResponse.status
MagicResponse.data

Errors

The conventional HTTP response is adopted by the SDK. For the status code in:

2XX - Indicates success
4XX - Indicates client errors. Information provided to the SDK is invalid.
5XX - Indicates server errors

Below is the error class inheritance which can help developers to programmatically handle the error cases.

MagicError
    |
    |------- RequestError
                  |
                  | ------- RateLimitingError
                  | ------- BadRequestError
                  | ------- AuthenticationError
                  | ------- ForbiddenError
                  | ------- APIError
                  | ------- APIConnectionError
   |
   | ------- DIDTokenInvalid
   |
   | ------- DIDTokenMalformed
   |
   | ------- DIDTokenExpired
   |
   | ------- ExpectedBearerStringError

MagicError

This is the base class of all the Magic SDK errors.

Python

MagicError(message=None)

RequestError

This is the base class of all the Magic API request errors. This error class will provide details of unsuccessful API requests.

Python

RequestError(
    message=None, http_status=None, http_code=None, http_resp_data=None,
    http_message=None, http_error_code=None, http_request_params=None,
    http_request_data=None, http_method=None,
)


Code	Error	Description
429	`RateLimitingError`	Too many requests are submitted for a given period of time.
400	`BadRequestError`	The API requests might have missing required fields or bad inputs.
401	`AuthenticationError`	This means your API secret key is invalid.
403	`ForbiddenError`	This normally means the given API secret key doesn’t have permission to perform the action on the given resources.
–	`APIError`	This is a generic API error that handles other status codes that are not explicitly handled. Ex: `500` , `404` , etc.
–	`APIConnectionError`	Network connection error. This normally means the connection between between your application and Magic API server cannot be established.

DIDTokenInvalid

This means the given token fails the validation.

DIDTokenMalformed

This means the given token format is invalid.

DIDTokenExpired

This means the given token has expired.

ExpectedBearerStringError

This means the Authorization header is not in the expected Bearer {token} format.

Error Handling

It is recommended to implement error handling for API responses.

Python

from magic_admin import Magic
from magic_admin.error import (
    RateLimitingError, BadRequestError, AuthenticationError, 
    ForbiddenError, APIError, APIConnectionError,
    DIDTokenInvalid, DIDTokenMalformed, DIDTokenExpired,
    ExpectedBearerStringError
)

magic = Magic(api_secret_key='<SECRET_API_KEY>')

try:
    # Validate a DID token
    magic.Token.validate(did_token)
    print("Token is valid!")
    
    # Get user metadata
    user_data = magic.User.get_metadata_by_token(did_token)
    print(f"User email: {user_data.data['email']}")
    
except DIDTokenExpired:
    print("Token has expired, please login again")
except DIDTokenInvalid:
    print("Invalid token")
except DIDTokenMalformed:
    print("Malformed token")
except ExpectedBearerStringError:
    print("Invalid Authorization header format")
except RateLimitingError as e:
    print(f"Rate limit exceeded: {e}")
except AuthenticationError as e:
    print(f"Authentication failed: {e}")
except APIError as e:
    print(f"API error: {e}")
except Exception as e:
    print(f"Unexpected error: {e}")

Embedded Wallets

Authentication

Wallets

SDKs

Blockchains

​Overview

​Getting Started

​Installation

​Constructor

​Initialization

​Token Resource

​get_issuer

​get_public_address

​decode

​validate

​User Resource

​get_metadata_by_issuer

​get_metadata_by_public_address

​get_metadata_by_token

​logout_by_issuer

​logout_by_public_address

​logout_by_token

​Utils Resource

​parse_authorization_header

​validate_token_ownership

​WalletType Enum

​Multi-Chain User Metadata

​get_metadata_by_issuer_and_wallet

​get_metadata_by_public_address_and_wallet

​get_metadata_by_token_and_wallet

​Response and Error Handling

​Response

​MagicResponse

​Errors

​MagicError

​RequestError

​DIDTokenInvalid

​DIDTokenMalformed

​DIDTokenExpired

​ExpectedBearerStringError

​Error Handling

​Resources

Overview

Getting Started

Installation

Constructor

Initialization

Token Resource

`get_issuer`

`get_public_address`

`decode`

`validate`

User Resource

`get_metadata_by_issuer`

`get_metadata_by_public_address`

`get_metadata_by_token`

`logout_by_issuer`

`logout_by_public_address`

`logout_by_token`

Utils Resource

`parse_authorization_header`

`validate_token_ownership`

WalletType Enum

Multi-Chain User Metadata

`get_metadata_by_issuer_and_wallet`

`get_metadata_by_public_address_and_wallet`

`get_metadata_by_token_and_wallet`

Response and Error Handling

Response

MagicResponse

Errors

MagicError

RequestError

DIDTokenInvalid

DIDTokenMalformed

DIDTokenExpired

ExpectedBearerStringError

Error Handling

Resources