Racers-API

About

Racers API is a game where you have to go around racing with your car, earning money. With that money you can buy cars and progress through the game! You have to combine your coding skills and knowledge to start and finish. Making HTTP requests to the API and getting a response is what you need to learn. You can play Racers API with any language that supports HTTP requests. Learn more in the Documentation section

Documentation

Python

Checking the status of the server:

import requests

#Checking the status of the server
statusURL = "https://racersapi.billybob456.repl.co/status"
status = requests.get(statusURL)
status = status.content.decode("utf-8")
print(status)
if status == "Racers API is ready to play!":
	pass
else:
	print("Racers API is unavailable to play at the moment")
	exit()

If it outputs "Racers API is ready to play!" then the server is available. Otherwise, you might get an error. If that happens and all you code is correct, it means the server is likely down.

Getting a key and starting off:

import requests
import json

#Checking the status of the server
statusURL = "https://racersapi.billybob456.repl.co/status"
status = requests.get(statusURL)
status = status.content.decode("utf-8")
print(status)
if status == "Racers API is ready to play!":
	pass
else:
	print("Racers API is unavailable to play at the moment")
	exit()

#Getting an API key
username = "hello"
startURL = "https://racersapi.billybob456.repl.co/start/" + username

x = requests.get(startURL)
x = x.content
x = json.loads(x)
key = x["key"]
print(x["message"])

Getting your account information:

import requests
import json

#Checking the status of the server
statusURL = "https://racersapi.billybob456.repl.co/status"
status = requests.get(statusURL)
status = status.content.decode("utf-8")
print(status)
if status == "Racers API is ready to play!":
	pass
else:
	print("Racers API is unavailable to play at the moment")
	exit()

#Getting an API key
username = "hello"
startURL = "https://racersapi.billybob456.repl.co/start/" + username

x = requests.get(startURL)
x = x.content
x = json.loads(x)
key = x["key"]
print(x["message"])

account = requests.get("https://racersapi.billybob456.repl.co/account/" + key).content.decode("utf-8")
print(account)

Getting your current car:

import requests
import json
import ast

#Checking the status of the server
statusURL = "https://racersapi.billybob456.repl.co/status"
status = requests.get(statusURL)
status = status.content.decode("utf-8")
print(status)
if status == "Racers API is ready to play!":
	pass
else:
	print("Racers API is unavailable to play at the moment")
	exit()

#Getting an API key
username = "hello"
startURL = "https://racersapi.billybob456.repl.co/start/" + username

x = requests.get(startURL)
x = x.content
x = json.loads(x)
key = x["key"]
print(x["message"])

account = ast.literal_eval(requests.get("https://racersapi.billybob456.repl.co/account/" + key).content.decode("utf-8"))
print(account)

currentCar = account["car"]
print(currentCar)

Getting the available races:

...
availableRaces = requests.get("https://racersapi.billybob456.repl.co/available-races/" + key).content.decode("utf-8")
print(availableRaces)

Selecting the race with best difficult:payout ratio:

...
#Selecting the best race with difficulty:payout ratio
litEvalList = ast.literal_eval(availableRaces)
length = len(litEvalList)
for race in litEvalList:
	avgSpeed = race["average top speed"]
	if avgSpeed == currentCar["top speed"]:
		raceNum = litEvalList.index(race)
raceKey = json.loads(availableRaces)[raceNum]["key"]

Racing the selected race:

...
#Racing the selected race
raceURL = "https://racersapi.billybob456.repl.co/race/" + key + "/" + raceKey
raceResults = requests.get(raceURL).content.decode('utf-8')
raceKey = ""
raceResults = ast.literal_eval(raceResults)
key = raceResults["key"] #new key
print(raceResults["message"])

Full script:

import requests
import json
import ast

#Checking the status of the server
statusURL = "https://racersapi.billybob456.repl.co/status"
status = requests.get(statusURL)
status = status.content.decode("utf-8")
print(status)
if status == "Racers API is ready to play!":
	pass
else:
	print("Racers API is unavailable to play at the moment")
	exit()

#Getting an API key
username = "hello"
startURL = "https://racersapi.billybob456.repl.co/start/" + username

x = requests.get(startURL)
x = x.content
x = json.loads(x)
key = x["key"]
print(x["message"])

#Getting account information
account = ast.literal_eval(requests.get("https://racersapi.billybob456.repl.co/account/" + key).content.decode("utf-8"))
print(account)

#Getting you current car
currentCar = account["car"]
print(currentCar)

#Getting available races
availableRaces = requests.get("https://racersapi.billybob456.repl.co/available-races/" + key).content.decode("utf-8")
print(availableRaces)

#Selecting the best race with difficulty:payout ratio
litEvalList = ast.literal_eval(availableRaces)
length = len(litEvalList)
for race in litEvalList:
	avgSpeed = race["average top speed"]
	if avgSpeed == currentCar["top speed"]:
		raceNum = litEvalList.index(race)
raceKey = json.loads(availableRaces)[raceNum]["key"]

#Racing the selected race
raceURL = "https://racersapi.billybob456.repl.co/race/" + key + "/" + raceKey
raceResults = requests.get(raceURL).content.decode('utf-8')
raceKey = ""
raceResults = ast.literal_eval(raceResults)
key = raceResults["key"]
print(raceResults["message"])

Well done! You've successfully gone through the basics of Racers API and completed your first race! Below are your next steps.

After getting you new key, you want to save it somewhere! Here's a modified script of the full script that will allow you to continue your game with the new key:

import requests
import json
import ast

#Checking the status of the server
statusURL = "https://racersapi.billybob456.repl.co/status"
status = requests.get(statusURL)
status = status.content.decode("utf-8")
print(status)
if status == "Racers API is ready to play!":
	pass
else:
	print("Racers API is unavailable to play at the moment")
	exit()

key = "YOUR KEY HERE!" #put your key in there!

#Getting account information
account = ast.literal_eval(requests.get("https://racersapi.billybob456.repl.co/account/" + key).content.decode("utf-8"))
print(account)

#Getting you current car
currentCar = account["car"]
print(currentCar)

#Getting available races
availableRaces = requests.get("https://racersapi.billybob456.repl.co/available-races/" + key).content.decode("utf-8")
print(availableRaces)

#Selecting the best race with difficulty:payout ratio
litEvalList = ast.literal_eval(availableRaces)
length = len(litEvalList)
for race in litEvalList:
	avgSpeed = race["average top speed"]
	if avgSpeed == currentCar["top speed"]:
		raceNum = litEvalList.index(race)
raceKey = json.loads(availableRaces)[raceNum]["key"]

#Racing the selected race
raceURL = "https://racersapi.billybob456.repl.co/race/" + key + "/" + raceKey
raceResults = requests.get(raceURL).content.decode('utf-8')
raceKey = ""
raceResults = ast.literal_eval(raceResults)
key = raceResults["key"]
print(raceResults["message"])

More documentation coming out soon including how to buy new cars and mod the game to add your own cars!

Racers-API - a game where you have to go around racing with your car, earning money

Related tags

Overview

Racers-API

About

Documentation

Python

Owner

Finding a method to objectively quantify skill expression in games, using reinforcement learning

MinMax Algo , Python

Inject custom C++ code into GameMaker Studio 2 YYC builds

Projeto Flappy Bird temática doom, projeto python e pygame

learn and have fun developing 2D retro games using python and pygame

An interactive pygame implementation of quadtree spatial quantization

Minecraft Script to Tellraw Datapack Generator

A script to install a Windows game through GOG on Linux

Flappy Bird hack using Deep Reinforcement Learning (Deep Q-learning).

Easy and fun game to play a bit. Written in python

A basic quiz game using Python

Blender Game Engine Game Type Templates Logic Bricks (and Python script) based Game Templates for Blender

My goofy little script for playing wordle

Software Design | Spring 2020 | Classic Arcade Game

A Pygame application which generates mazes using randomized DFS (Depth-First-Search)

A DDQN that learned to play tic tac toe by playing against itself

A short non 100% Accurate Solar System in pygame

A small Python Library to process Game Boy Camera images

Simple program to play Metamon automatically

Brax is a differentiable physics engine that simulates environments made up of rigid bodies, joints, and actuators