help to implement encryption-based authentication for exchange DEX-TRADE
-
I would like to create a c # wrap to call the API of the exchange btc-aplha as it implements the DCY currency which is the only one of an Italian project. My difficulty is understanding the rules for implementing key based authorization. Documentation is very sparse
https://docs.dex-trade.com/#api-Private\_API-Create\_Signature
-
I would like to create a c # wrap to call the API of the exchange btc-aplha as it implements the DCY currency which is the only one of an Italian project. My difficulty is understanding the rules for implementing key based authorization. Documentation is very sparse
https://docs.dex-trade.com/#api-Private\_API-Create\_Signature
I'd like an icecream. Reposting isn't going to help. Just makes me skip the question, becuase you impatient and I prefer those who aren't. Contact their helpdesk. This site doesn't provide help with third-party stuff. We can help you with anything coding-related, but don't know how their API works. If it sucks, it sucks, and let them know.
Bastard Programmer from Hell :suss: "If you just follow the bacon Eddy, wherever it leads you, then you won't have to think about politics." -- Some Bell.
-
I would like to create a c # wrap to call the API of the exchange btc-aplha as it implements the DCY currency which is the only one of an Italian project. My difficulty is understanding the rules for implementing key based authorization. Documentation is very sparse
https://docs.dex-trade.com/#api-Private\_API-Create\_Signature
Thanks for the reply. Yes, I have already written to them, but they have not replied. In the link I have attached this is indicated
Is formed using the request body and the secret by this algorithm:
All keys of the object of the request body are sorted alphabetically;
All values of the object of the request body are merged into a string with adding a secret at the end, which you get when logging into the system;
The entire string is hashed by the sha256 methodhash('sha256', parama_A + param_D + pamam_B + param_C + 123 + secret)