{
    "info": {
        "author": "Kelvin Fichter",
        "author_email": "kelvinfichter@gmail.com",
        "bugtrack_url": null,
        "classifiers": [
            "Development Status :: 3 - Alpha",
            "Intended Audience :: Developers",
            "License :: OSI Approved :: MIT License",
            "Programming Language :: Python :: 2",
            "Programming Language :: Python :: 2.7",
            "Programming Language :: Python :: 3",
            "Programming Language :: Python :: 3.3",
            "Programming Language :: Python :: 3.4",
            "Programming Language :: Python :: 3.5",
            "Topic :: Software Development :: Libraries :: Python Modules"
        ],
        "description": "nike-py-sdk\n===========\n\nThis is an *unofficial* Python3 API wrapper for Nike services. WIP.\n\nBasic Usage\n-----------\n\n.. code:: py\n\n    import nikepysdk\n\n    nike = nikepysdk.NikeSdk()\n\n    username = 'test@example.com'\n    password = 'Password123!'\n    access_token = nike.get_access_token(username, password)\n    print(access_token) # Some long access token\n\n    account_verified = nike.is_account_verified(access_token)\n    print(account_verified) # True or False\n\n    account_data = {\n        'email': 'newaccount@example.com',\n        'password': 'Password12345!',\n        'first_name': 'John',\n        'last_name': 'Smith',\n        'date_of_birth': '2000-01-01', # YYYY-MM-DD\n        'gender': 'male' # or female\n    }\n    account_created = nike.create_account(account_data)\n    print(account_created)\n\n    event = nike.get_event_by_id(88145)\n    print(event.event_id, event.title, event.location)\n\nSDK Documentation\n-----------------\n\n``nike.get_access_token``\n~~~~~~~~~~~~~~~~~~~~~~~~~\n\n``nike.get_access_token(username, password)``\n\nReturns an access token for an account given a username and password\nthat can be used to interact with authenticated API endpoints.\n\nParameters\n^^^^^^^^^^\n\n1. ``string`` - Username for the account\n2. ``string`` - Password for the account\n\nReturns\n^^^^^^^\n\n``string`` Access token in a string format\n\nExample\n^^^^^^^\n\n.. code:: py\n\n    username = 'example@test.com'\n    password = 'Password123!'\n    access_token = nike.get_access_token(username, password)\n    print(access_token) # Some long string\n\n``nike.create_account``\n~~~~~~~~~~~~~~~~~~~~~~~\n\n``nike.create_account(account_data)``\n\nCreates a new Nike+ account given the account data. ``account_data`` is\na dictionary with the following schema:\n\n::\n\n    {\n        'email': string,\n        'password': string,\n        'first_name': string,\n        'last_name': string,\n        'date_of_birth': string, # YYYY-MM-DD\n        'gender': string # 'male' or 'female'\n    }\n\nParameters\n^^^^^^^^^^\n\n1. ``dict`` - Account data as a dict\n\nReturns\n^^^^^^^\n\n``bool`` Success of the account creation\n\nExample\n^^^^^^^\n\n.. code:: py\n\n    account_data = {\n        'email': 'newaccount@example.com',\n        'password': 'Password12345!',\n        'first_name': 'John',\n        'last_name': 'Smith',\n        'date_of_birth': '2000-01-01', # YYYY-MM-DD\n        'gender': 'male' # or female\n    }\n    account_created = nike.create_account(account_data)\n    print(account_created) # True, hopefully\n\n``nike.is_account_verified``\n~~~~~~~~~~~~~~~~~~~~~~~~~~~~\n\n``nike.is_account_verified(access_token)``\n\nChecks if an account is verified given an account's valid access token\n\nParameters\n^^^^^^^^^^\n\n1. ``string`` - Account access token\n\nReturns\n^^^^^^^\n\n``bool`` If the account is verified or not\n\nExample\n^^^^^^^\n\n.. code:: py\n\n    is_verified = nike.create_account(access_token)\n    print(is_verified) # True, hopefully\n\n``nike.send_sms_code``\n~~~~~~~~~~~~~~~~~~~~~~\n\n``nike.send_sms_code(access_token, phone_number)``\n\nSends an SMS verification code to an account given its access token and\nphone number.\n\nParameters\n^^^^^^^^^^\n\n1. ``string`` - Account access token\n2. ``string`` - Phone number to send code to\n\nReturns\n^^^^^^^\n\n``bool`` Success of the operation\n\nExample\n^^^^^^^\n\n.. code:: py\n\n    phone_number = '1112223333'\n    sms_sent = nike.send_sms_code(access_token, phone_number)\n    print(sms_sent) # True, hopefully\n\n``nike.verify_sms_code``\n~~~~~~~~~~~~~~~~~~~~~~~~\n\n``nike.verify_sms_code(access_token, sms_code)``\n\nVerifies the SMS code for an account.\n\nParameters\n^^^^^^^^^^\n\n1. ``string`` - Account access token\n2. ``string`` - SMS code that was received\n\nReturns\n^^^^^^^\n\n``bool`` Success of the operation\n\nExample\n^^^^^^^\n\n.. code:: py\n\n    sms_code = '123456'\n    sms_verified = nike.verify_sms_code(access_token, sms_code)\n    print(sms_verified) # True, hopefully\n\n``nike.add_shipping_address``\n~~~~~~~~~~~~~~~~~~~~~~~~~~~~~\n\n``nike.add_shipping_address(access_token, shipping_info)``\n\nAdds a new shipping address to an account. ``shipping_info`` is a\ndictionary with the following schema:\n\n::\n\n    {\n        'first_name': string,\n        'last_name': string,\n        'address_1': string,\n        'address_2': string,\n        'city': string,\n        'state': string, # Initials\n        'zip': string,\n        'phone': string, # 1112223333\n    }\n\nParameters\n^^^^^^^^^^\n\n1. ``string`` - Access token for the account\\_\n2. ``dict`` - Shipping address data as a dict\n\nReturns\n^^^^^^^\n\n``string`` Address ID for use in adding billing info\n\nExample\n^^^^^^^\n\n.. code:: py\n\n    shipping_info = {\n        'first_name': 'John',\n        'last_name': 'Smith',\n        'address_1': '123 Main Street',\n        'address_2': 'APT 1A',\n        'city': 'Sometown',\n        'state': 'OH',\n        'zip': '12345',\n        'phone': '1234567890'\n    }\n    address_id = nike.add_shipping_address(access_token, shipping_info)\n    print(address_id) # Some uuid4 string\n\n``nike.add_card``\n~~~~~~~~~~~~~~~~~\n\n``nike.add_card(access_token, card_info)``\n\nAdds a new card to an account. ``card_info`` is a dictionary with the\nfollowing schema:\n\n::\n\n    {\n        'number': string,\n        'type': string, # VISA or similar\n        'exp_month': string, # XX\n        'exp_year': string, # XXXX\n        'cvv': string\n    }\n\nParameters\n^^^^^^^^^^\n\n1. ``string`` - Access token for the account\\_\n2. ``dict`` - Card data as a dict\n\nReturns\n^^^^^^^\n\n``string`` Card ID for use in adding billing info\n\nExample\n^^^^^^^\n\n.. code:: py\n\n    card_info = {\n        'number': '1111222233334444,\n        'type': 'VISA', # VISA or similar\n        'exp_month': '12', # XX\n        'exp_year': '2021', # XXXX\n        'cvv': '123'\n    }\n    card_id = nike.add_card(access_token, card_info)\n    print(card_id) # Some uuid4 string\n\n``nike.add_billing_info``\n~~~~~~~~~~~~~~~~~~~~~~~~~\n\n``nike.add_billing_info(access_token, access_token, billing_info, address_id, card_id)``\n\nAdds a new billing profile to an account. ``billing_info`` is a\ndictionary with the following schema:\n\n::\n\n    {\n        'first_name': string,\n        'last_name': string,\n        'address_1': string,\n        'address_2': string,\n        'city': string,\n        'state': string, # Initials\n        'zip': string,\n        'phone': string, # 1112223333\n    }\n\n``address_id`` and ``card_id`` are IDs returned by\n``add_shipping_address`` and ``add_card``.\n\nParameters\n^^^^^^^^^^\n\n1. ``string`` - Access token for the account\n2. ``dict`` - Billing data as a dict\n3. ``string`` - Address ID to add to the profile\n4. ``string`` - Card ID to add to the profile\n\nReturns\n^^^^^^^\n\n``bool`` Success of the operation\n\nExample\n^^^^^^^\n\n.. code:: py\n\n    billing_info = {\n        'first_name': 'John',\n        'last_name': 'Smith',\n        'address_1': '123 Main Street',\n        'address_2': 'APT 1A',\n        'city': 'Sometown',\n        'state': 'OH',\n        'zip': '12345',\n        'phone': '1234567890'\n    }\n    billing_added = nike.add_billing_info(access_token, billing_info, address_id, card_id)\n    print(billing_added) # True, hopefully\n\n``nike.get_event_by_id``\n~~~~~~~~~~~~~~~~~~~~~~~~\n\n``nike.get_event_by_id(event_id)``\n\nReturns a ``NikeEvent`` object that contains information about an event\n\nParameters\n^^^^^^^^^^\n\n1. ``string`` - ID of the event\n\nReturns\n^^^^^^^\n\n``NikeEvent`` Event data as a ``NikeEvent`` object\n\nExample\n^^^^^^^\n\n.. code:: py\n\n    event_id = '12345'\n    event = nike.get_event_by_id(event_id)\n    print(event.title) # Some string\n",
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