Começando

Veja como utilizar a biblioteca para criar pagamentos.

Para utilizar o picpay; Primeiramente você deve fazer o importe da classe Picpay.

from picpay import Picpay

Agora, sim podemos configurar o picpay para receber o token:

Você pode configurar o token através de uma variável, atribuindo o valor para ela ou pode passar o token automaticamente para o parametro da classe Picpay.

token = "seu_token"
picpay = Picpay(token)

Agora podemos criar requisições utilizando as funções helpers da biblioteca. No exemplo abaixo, estaremos criando um pagamento diretamente com a Picpay e após receber a resposta podemos captura-las em json. Veja:

from picpay import Picpaytoken = "seu_token"

picpay = Picpay(token)

payment_data = {
	"referenceId": "21144", # código do produto
	"callbackUrl": "https://seusite.com.br/callback",
	"returnUrl": "https://seusite.com.br/cliente/pedido/21144", 
	"value": 99.90, # preço do produto
	"expiresAt": "2022-05-01T16:00:00-03:00",
	"buyer": {
		"firstName": "Jose", # nome do comprador
		"lastName": "Santos", # sobrenome do comprador
		"document": "182.255.879-55", # cpf do comprador
		"email": "[e-mail]", # e-mail do comprador
		"phone": "[phone]", # telefone do comprador
	},
}

response = picpay.payment(payment_data)

Use o método json() para obter a saída da requisição:

print(response.json())

Veja o output:

Saída:

{
  "referenceId": "102030",
  "paymentUrl": "https://app.picpay.com/checkout/NWFmMGRjNmViZDc0Y2EwMDMwNzZlYzEw",
  "expiresAt": "2022-05-01T16:00:00-03:00",
  "qrcode": {
    "content": "https://app.picpay.com/checkout/NWNlYzMxOTM1MDg1NGEwMDIwMzUxODcy",
    "base64": "data:image/png;base64,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"
  }
}