#pragma once #include "types.h" #include #include // clang-format off /* 0 1 2 3 4 5 6 7 ############### # FLAGS # ############### # SIZE # # # ############### # DATA # #.............# [8 bits] FLAGS --------------------------------------------------------- 4 bits used for specifying the version --------------------------------------------------------- 1 bit used to specify if this is a request or response 0- it's a request 1- it's a response --------------------------------------------------------- 2 bits used for request/response codes We have 4 types of different requests 1- PING: checks if the server is avaliable 2- INFO: gets information about the pool(s) the server is hosting 3- LIST: requests the package list for certain pool 4- PULL: requests a certain package from a certain pool And 4 types of responses 1- PONG: response for the ping request 2- COOL: everything is fine, here's the data you requested 3- BRUH: cannot access to the data you requested, or version mismatch 4- WHAT: bad request --------------------------------------------------------- 1 bit used to specify if this the last request/response --------------------------------------------------------- 0- no stay connected, im not done responsing/requesting yet 1- yes, im done, disconnect --------------------------------------------------------- [16 bits] SIZE --------------------------------------------------------- All bits used for specifying the DATA size, in bytes --------------------------------------------------------- [...] DATA --------------------------------------------------------- Plaintext data used for that specific request/response, max value for SIZE is 65535, so this section may have 65535 bytes total --------------------------------------------------------- */ // clang-format on #define MPTP_VERSION_SUPPORTED 0 #define MPTP_VERSION_MAX 15 // 4 bits #define MPTP_CODE_MAX 4 // 2 bits #define MPTP_CHUNK_MAX 4096 #define MPTP_TIMEOUT 10 #define MPTP_REQUEST 0 #define MPTP_RESPONSE 1 typedef enum lm_mptp_request { MPTP_C2S_PING = 0, MPTP_C2S_INFO = 1, MPTP_C2S_LIST = 2, MPTP_C2S_PULL = 3, } lm_mptp_request_t; typedef enum lm_mptp_response { MPTP_S2C_PONG = 0, MPTP_S2C_COOL = 1, MPTP_S2C_BRUH = 2, MPTP_S2C_WHAT = 3, } lm_mptp_response_t; typedef struct lm_mptp { uint8_t flags; uint16_t size; char *data; } lm_mptp_t; bool lm_mptp_init(lm_mptp_t *packet, bool is_request, uint8_t code, bool is_last); #define MPTP_FLAGS_VERSION(m) ((m->flags >> 4) & 15) #define MPTP_FLAGS_IS_REQUEST(m) (((m->flags >> 3) & 1) == 0) #define MPTP_FLAGS_TYPE(m) ((m->flags >> 1) & 3) #define MPTP_FLAGS_IS_LAST(m) ((m->flags & 1) == 1) int lm_mptp_connect(lm_url_t *url); bool lm_mptp_recv(int sock, lm_mptp_t *packet); bool lm_mptp_recv_data(int sock, char *data, size_t size); bool lm_mptp_send(int sock, lm_mptp_t *packet); bool lm_mptp_send_data(int sock, char *data, size_t size); void lm_mptp_disconnect(int sock);