AfonsoCMSousa/ACPlayer_tracker
1
1
Fork 0
generated from AfonsoCMSousa/CPP-Template
Code Issues Pull Requests Actions Packages Projects Releases 1 Wiki Activity

Feat: Parce END_SESSION and store all connected players information instead of just one

Browse Source
This commit is contained in:
Afonso Clerigo Mendes de Sousa 2025-10-17 14:07:56 +01:00
parent 42df9f79fe
commit 529469e2e3
3 changed files with 325 additions and 160 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

BIN
PlayerTracker
View File

Binary file not shown.

250
include/server_structs.h
View File

@ -6,149 +6,153 @@
#include <sys/cdefs.h>
#include <sys/types.h>
struct handshake {
// [not used in the current Remote Telemtry version by AC]
// In future versions it will identify the platform type of the client.
// This will be used to adjust a specific behaviour for each platform. (eIPadDevice for now (1))
int32_t identifier;
// [not used in the current Remote Telemtry version by AC]
// In future versions it will identify the platform type of the client.
// This will be used to adjust a specific behaviour for each platform. (eIPadDevice for now (1))
int32_t identifier;
// [not used in the current Remote Telemtry version by AC]
// In future version this field will identify the AC Remote Telemetry version that the device expects to speak with.
int32_t version;
// [not used in the current Remote Telemtry version by AC]
// In future version this field will identify the AC Remote Telemetry version that the device expects to speak with.
int32_t version;
// This is the type of operation required by the client.
// The following operations are now available:
// ----------------------------------------------------------------
// HANDSHAKE = 0 :
// This operation identifier must be set when the client wants to start the comunication.
//
// SUBSCRIBE_UPDATE = 1 :
// This operation identifier must be set when the client wants to be updated from the specific ACServer.
//
// SUBSCRIBE_SPOT = 2 :
// This operation identifier must be set when the client wants to be updated from the specific ACServer just for SPOT Events (e.g.: the end of a lap).
//
// DISMISS = 3 :
// This operation identifier must be set when the client wants to leave the comunication with ACServer.
int32_t operationId;
// This is the type of operation required by the client.
// The following operations are now available:
// ----------------------------------------------------------------
// HANDSHAKE = 0 :
// This operation identifier must be set when the client wants to start the comunication.
//
// SUBSCRIBE_UPDATE = 1 :
// This operation identifier must be set when the client wants to be updated from the specific ACServer.
//
// SUBSCRIBE_SPOT = 2 :
// This operation identifier must be set when the client wants to be updated from the specific ACServer just for SPOT Events (e.g.: the end of a lap).
//
// DISMISS = 3 :
// This operation identifier must be set when the client wants to leave the comunication with ACServer.
int32_t operationId;
} __attribute__((packed));
struct handshackerResponse{
// is the name of the car that the player is driving on the AC Server
char carName[50];
struct handshackerResponse {
// is the name of the car that the player is driving on the AC Server
char carName[50];
// is the name of the driver running on the AC Server
char driverName[50];
// is the name of the driver running on the AC Server
char driverName[50];
// for now is just 4242, this code will identify different status,
// as “NOT AVAILABLE” for connection
int32_t identifier;
// for now is just 4242, this code will identify different status,
// as “NOT AVAILABLE” for connection
int32_t identifier;
// for now is set to 1, this will identify the version running on the AC Server
int32_t version;
// for now is set to 1, this will identify the version running on the AC Server
int32_t version;
// is the name of the track on the AC Server
char trackName[50];
// is the name of the track on the AC Server
char trackName[50];
// is the track configuration on the AC Server
char trackConfig[50];
// is the track configuration on the AC Server
char trackConfig[50];
} __attribute__((packed));
struct postion {
float x;
float y;
float z;
float x;
float y;
float z;
} __attribute__((packed));
struct carAtributes {
// Related to ACSP_CAR_INFO
u_char isConnected; // 1 = connected, 0 = disconnected
char *carModel;
char *carSkin;
char *driver_name;
char *driver_team;
char *driver_GUID;
// Related to ACSP_CAR_INFO
u_char isConnected; // 1 = connected, 0 = disconnected
char *car_model;
char *car_skin;
char *driver_name;
char *driver_team;
char *driver_GUID;
// Related to ACSP_CAR_UPDATE
u_int8_t carID;
postion position;
postion velocity;
u_int8_t carGear;
u_int16_t carRPM;
float_t normalizedSplinePos;
// Related to ACSP_CAR_UPDATE
u_int8_t carID;
postion position;
postion velocity;
u_int8_t carGear;
u_int16_t carRPM;
float_t normalizedSplinePos;
} __attribute__((packed));
struct trackAtributes {
u_int8_t protocol_version;
u_int8_t session_index;
u_int8_t current_session_index;
u_int8_t session_count;
char *server_name;
char *track;
char *track_config;
char *session_name;
u_int8_t typ;
u_int16_t time;
u_int16_t laps;
u_int16_t wait_time;
u_int8_t ambient_temp;
u_int8_t road_temp;
char *weather_graphics;
int32_t elapsed_ms;
} __attribute__((packed));
enum ACSP_MessageType {
// ============================
// PROTOCOL VERSION
// ============================
PROTOCOL_VERSION = 4,
// ============================
// SERVER → CLIENT MESSAGES
// ============================
ACSP_NEW_SESSION = 50,
ACSP_NEW_CONNECTION = 51,
ACSP_CONNECTION_CLOSED = 52,
ACSP_CAR_UPDATE = 53,
ACSP_CAR_INFO = 54, // Response to ACSP_GET_CAR_INFO
ACSP_END_SESSION = 55,
ACSP_VERSION = 56,
ACSP_CHAT = 57,
ACSP_CLIENT_LOADED = 58,
ACSP_SESSION_INFO = 59,
ACSP_ERROR = 60,
ACSP_LAP_COMPLETED = 73,
// ============================
// EVENTS
// ============================
ACSP_CLIENT_EVENT = 130,
// ============================
// EVENT TYPES
// ============================
ACSP_CE_COLLISION_WITH_CAR = 10,
ACSP_CE_COLLISION_WITH_ENV = 11,
// ============================
// CLIENT → SERVER COMMANDS
// ============================
ACSP_REALTIMEPOS_INTERVAL = 200,
ACSP_GET_CAR_INFO = 201,
ACSP_SEND_CHAT = 202, // Sends chat to one car
ACSP_BROADCAST_CHAT = 203, // Sends chat to everybody
ACSP_GET_SESSION_INFO = 204,
ACSP_SET_SESSION_INFO = 205,
ACSP_KICK_USER = 206,
ACSP_NEXT_SESSION = 207,
ACSP_RESTART_SESSION = 208,
ACSP_ADMIN_COMMAND = 209 // Send message plus a string
enum SessionType {
PRACTICE = 0,
RACE = 1,
QUALIFYING = 2,
};
struct trackAtributes {
u_int8_t protocol_version;
u_int8_t session_index;
u_int8_t current_session_index;
u_int8_t session_count;
SessionType session_type;
char *server_name;
char *track;
char *track_config;
char *session_name;
u_int8_t typ;
u_int16_t time;
u_int16_t laps;
u_int16_t wait_time;
u_int8_t ambient_temp;
u_int8_t road_temp;
char *weather_graphics;
int32_t elapsed_ms;
} __attribute__((packed));
enum ACSP_MessageType {
// ============================
// PROTOCOL VERSION
// ============================
PROTOCOL_VERSION = 4,
// ============================
// SERVER → CLIENT MESSAGES
// ============================
ACSP_NEW_SESSION = 50,
ACSP_NEW_CONNECTION = 51,
ACSP_CONNECTION_CLOSED = 52,
ACSP_CAR_UPDATE = 53,
ACSP_CAR_INFO = 54, // Response to ACSP_GET_CAR_INFO
ACSP_END_SESSION = 55,
ACSP_VERSION = 56,
ACSP_CHAT = 57,
ACSP_CLIENT_LOADED = 58,
ACSP_SESSION_INFO = 59,
ACSP_ERROR = 60,
ACSP_LAP_COMPLETED = 73,
// ============================
// EVENTS
// ============================
ACSP_CLIENT_EVENT = 130,
// ============================
// EVENT TYPES
// ============================
ACSP_CE_COLLISION_WITH_CAR = 10,
ACSP_CE_COLLISION_WITH_ENV = 11,
// ============================
// CLIENT → SERVER COMMANDS
// ============================
ACSP_REALTIMEPOS_INTERVAL = 200,
ACSP_GET_CAR_INFO = 201,
ACSP_SEND_CHAT = 202, // Sends chat to one car
ACSP_BROADCAST_CHAT = 203, // Sends chat to everybody
ACSP_GET_SESSION_INFO = 204,
ACSP_SET_SESSION_INFO = 205,
ACSP_KICK_USER = 206,
ACSP_NEXT_SESSION = 207,
ACSP_RESTART_SESSION = 208,
ACSP_ADMIN_COMMAND = 209 // Send message plus a string
};
#endif // SERVER_STRUCTS_H

235
source/main.cpp
View File

@ -1,3 +1,4 @@
#include <cmath>
#include <cstddef>
#include <iterator>
#include <stdio.h>
@ -15,6 +16,34 @@ const int SERVER_OUT_PORT = 12000;
const int SERVER_IN_PORT = 11000;
const char *SERVER_OUT_IP = "127.0.0.1";
const int MAX_PLAYERS = 64;
void init_carupdate(carAtributes *car) {
car->carID = 0;
car->position.x = 0.0f;
car->position.y = 0.0f;
car->position.z = 0.0f;
car->velocity.x = 0.0f;
car->velocity.y = 0.0f;
car->velocity.z = 0.0f;
car->carGear = 0;
car->carRPM = 0;
car->normalizedSplinePos = 0.0f;
car->isConnected = 0;
car->car_model = (char *)malloc(64);
car->driver_GUID = (char *)malloc(64);
car->car_skin = (char *)malloc(64);
car->driver_name = (char *)malloc(64);
car->driver_team = (char *)malloc(64);
strcpy(car->car_model, "");
strcpy(car->driver_GUID, "");
strcpy(car->car_skin, "");
strcpy(car->driver_name, "");
strcpy(car->driver_team, "");
}
int main(void) {
printf("[+] Starting server...\n");
@ -34,15 +63,23 @@ int main(void) {
char buffer[1024];
trackAtributes trackInfo;
carAtributes players[MAX_PLAYERS];
carAtributes update;
// Basically a contrutor for carAtributes (because all strings in carAtributes are pointers)
for (int i = 0; i < MAX_PLAYERS; i++) {
init_carupdate(&players[i]);
}
init_carupdate(&update);
trackInfo.server_name = (char *)malloc(128);
trackInfo.track = (char *)malloc(128);
trackInfo.track_config = (char *)malloc(64);
trackInfo.weather_graphics = (char *)malloc(64);
trackInfo.session_name = (char *)malloc(64);
char message[124] = {0}; // just a place to put info messages from the server itself
char message[124] = {0}; // just a place to put info messages from the server itself
while (1) {
offset = 0;
@ -65,8 +102,7 @@ int main(void) {
// ============================
// SERVER → CLIENT MESSAGES
// ============================
case ACSP_NEW_SESSION:
case ACSP_NEW_SESSION: // DONE
printf("[+] Message Type: ACSP_NEW_SESSION\n");
offset = 1; // Reset offset to 1 to read after message types
@ -75,30 +111,31 @@ int main(void) {
trackInfo.current_session_index = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
trackInfo.session_count = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
trackInfo.session_type = (SessionType)trackInfo.session_index; // FOR BACKWARD COMPATIBILITY
str_len_8 = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
read_utf32le_string((const u_int8_t *)buffer, recv_bytes, &offset, trackInfo.server_name, str_len_8, &ok);
str_len_8 = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
read_string((const u_int8_t *)buffer, recv_bytes, &offset, trackInfo.track, str_len_8, &ok);
read_string((const u_int8_t *)buffer, recv_bytes, &offset, trackInfo.track, str_len_8, &ok);
str_len_8 = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
str_len_8 = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
read_string((const u_int8_t *)buffer, recv_bytes, &offset, trackInfo.track_config, str_len_8, &ok);
str_len_8 = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
read_string((const u_int8_t *)buffer, recv_bytes, &offset, trackInfo.session_name, str_len_8, &ok);
str_len_8 = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
read_string((const u_int8_t *)buffer, recv_bytes, &offset, trackInfo.session_name, str_len_8, &ok);
trackInfo.typ = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
trackInfo.time = read_uint16((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
trackInfo.laps = read_uint16((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
trackInfo.wait_time = read_uint16((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
trackInfo.ambient_temp = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
trackInfo.road_temp = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
trackInfo.typ = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
trackInfo.time = read_uint16((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
trackInfo.laps = read_uint16((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
trackInfo.wait_time = read_uint16((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
trackInfo.ambient_temp = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
trackInfo.road_temp = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
str_len_8 = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
read_string((const u_int8_t *)buffer, recv_bytes, &offset, trackInfo.weather_graphics, str_len_8, &ok);
trackInfo.elapsed_ms = read_int32((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
str_len_8 = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
read_string((const u_int8_t *)buffer, recv_bytes, &offset, trackInfo.weather_graphics, str_len_8, &ok);
trackInfo.elapsed_ms = read_int32((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
if (!ok) {
fprintf(stderr, "[-] Error parsing NEW_SESSION packet (offset=%zu)\n", offset);
@ -108,27 +145,95 @@ int main(void) {
printf("\tServer Name: \"%s\"\n", trackInfo.server_name);
printf("\tTrack: \"%s\"\n", trackInfo.track);
printf("\tTrack Config: \"%s\"\n", trackInfo.track_config);
printf("\tSession Name: \"%s\"\n", trackInfo.session_name);
printf("\tSession Name: \"%s\"\n", trackInfo.session_name);
printf("\tProtocol Version: %d\tSession Index: %d/%d\tCurrent Session Index: %d\n", trackInfo.protocol_version, trackInfo.session_index, trackInfo.session_count,
trackInfo.current_session_index);
printf("\tType: %d\tTime: %d mins\tLaps: %d\tWait Time: %d secs\n", trackInfo.typ, trackInfo.time, trackInfo.laps, trackInfo.wait_time);
printf("\tAmbient Temp: %d C\tRoad Temp: %d C\n", trackInfo.ambient_temp, trackInfo.road_temp);
printf("\tWeather Graphics: %s\n", trackInfo.weather_graphics);
printf("\tElapsed Time: %d ms\n", trackInfo.elapsed_ms);
printf("\tType: %d\tTime: %d mins\tLaps: %d\tWait Time: %d secs\n", trackInfo.typ, trackInfo.time, trackInfo.laps, trackInfo.wait_time);
printf("\tAmbient Temp: %d C\tRoad Temp: %d C\n", trackInfo.ambient_temp, trackInfo.road_temp);
printf("\tWeather Graphics: %s\n", trackInfo.weather_graphics);
printf("\tElapsed Time: %d ms\n", trackInfo.elapsed_ms);
break;
case ACSP_NEW_CONNECTION:
case ACSP_NEW_CONNECTION: //DONE
printf("[+] Message Type: ACSP_NEW_CONNECTION\n");
offset = 1; // Reset offset to 1 to read after message types
str_len_8 = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
read_utf32le_string((const u_int8_t *)buffer, recv_bytes, &offset, update.driver_name, str_len_8, &ok);
str_len_8 = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
read_utf32le_string((const u_int8_t *)buffer, recv_bytes, &offset, update.driver_GUID, str_len_8, &ok);
update.carID = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
str_len_8 = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
read_string((const u_int8_t *)buffer, recv_bytes, &offset, update.car_model, str_len_8, &ok);
str_len_8 = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
read_string((const u_int8_t *)buffer, recv_bytes, &offset, update.car_skin, str_len_8, &ok);
if (!ok) {
fprintf(stderr, "[-] Error parsing NEW_CONNECTION packet (offset=%zu)\n", offset);
break;
}
update.isConnected = 1; // Mark as connected
printf("\tDriver Name: \"%s\"\n", update.driver_name);
printf("\tDriver GUID: \"%s\"\n", update.driver_GUID);
printf("\tCar ID: %d\n", update.carID);
printf("\tCar Model: \"%s\"\n", update.car_model);
printf("\tCar Skin: \"%s\"\n", update.car_skin);
// Store player player into the respective Index
if (update.carID < MAX_PLAYERS) {
memcpy(&players[update.carID], &update, sizeof(carAtributes));
}
break;
case ACSP_CONNECTION_CLOSED:
case ACSP_CONNECTION_CLOSED: // DONE
printf("[+] Message Type: ACSP_CONNECTION_CLOSED\n");
offset = 1; // Reset offset to 1 to read after message types
str_len_8 = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
read_utf32le_string((const u_int8_t *)buffer, recv_bytes, &offset, update.driver_name, str_len_8, &ok);
str_len_8 = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
read_utf32le_string((const u_int8_t *)buffer, recv_bytes, &offset, update.driver_GUID, str_len_8, &ok);
update.carID = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
str_len_8 = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
read_string((const u_int8_t *)buffer, recv_bytes, &offset, update.car_model, str_len_8, &ok);
str_len_8 = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
read_string((const u_int8_t *)buffer, recv_bytes, &offset, update.car_skin, str_len_8, &ok);
if (!ok) {
fprintf(stderr, "[-] Error parsing NEW_CONNECTION packet (offset=%zu)\n", offset);
break;
}
update.isConnected = 0; // Mark as disconnected
printf("\tDriver Name: \"%s\"\n", update.driver_name);
printf("\tDriver GUID: \"%s\"\n", update.driver_GUID);
printf("\tCar ID: %d\n", update.carID);
printf("\tCar Model: \"%s\"\n", update.car_model);
printf("\tCar Skin: \"%s\"\n", update.car_skin);
// Store player player into the respective Index
if (update.carID < MAX_PLAYERS) {
memcpy(&players[update.carID], &update, sizeof(carAtributes));
}
break;
case ACSP_CAR_UPDATE:
case ACSP_CAR_UPDATE: // DONE
printf("[+] Message Type: ACSP_CAR_UPDATE\n");
memcpy(&update.carID, buffer + 1, sizeof(uint8_t));
@ -146,43 +251,99 @@ int main(void) {
printf("\tCar %d Position: X: %.2f Y: %.2f Z: %.2f ", update.carID, update.position.x, update.position.y, update.position.z);
printf("Gear: %d RPM: %d\n", update.carGear, update.carRPM);
// Store player player into the respective index
if (update.carID < MAX_PLAYERS) {
memcpy(&players[update.carID].position, &update.position, sizeof(postion));
memcpy(&players[update.carID].velocity, &update.velocity, sizeof(postion));
players[update.carID].carGear = update.carGear;
players[update.carID].carRPM = update.carRPM;
players[update.carID].normalizedSplinePos = update.normalizedSplinePos;
}
break;
case ACSP_CAR_INFO:
case ACSP_CAR_INFO: // DONE
printf("[+] Message Type: ACSP_CAR_INFO\n");
offset = 1; // Reset offset to 1 to read after message types;
//
// is_connected = self.br.read_byte() != 0
// car_model = self.br.read_utf_string()
// car_skin = self.br.read_utf_string()
// driver_name = self.br.read_utf_string()
// driver_team = self.br.read_utf_string()
// driver_guid = self.br.read_utf_string()
update.carID = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
update.isConnected = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
str_len_8 = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
read_utf32le_string((const u_int8_t *)buffer, recv_bytes, &offset, update.car_model, str_len_8, &ok);
str_len_8 = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
read_utf32le_string((const u_int8_t *)buffer, recv_bytes, &offset, update.car_skin, str_len_8, &ok);
str_len_8 = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
read_utf32le_string((const u_int8_t *)buffer, recv_bytes, &offset, update.driver_name, str_len_8, &ok);
str_len_8 = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
read_utf32le_string((const u_int8_t *)buffer, recv_bytes, &offset, update.driver_team, str_len_8, &ok);
str_len_8 = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
read_utf32le_string((const u_int8_t *)buffer, recv_bytes, &offset, update.driver_GUID, str_len_8, &ok);
if (!ok) {
fprintf(stderr, "[-] Error parsing CAR_INFO packet (offset=%zu)\n", offset);
}
printf("\tCar ID: %d\n", update.carID);
printf("\tIs Connected: %d\n", update.isConnected);
printf("\tCar Model: \"%s\"\n", update.car_model);
printf("\tCar Skin: \"%s\"\n", update.car_skin);
printf("\tDriver Name: \"%s\"\n", update.driver_name);
printf("\tDriver Team: \"%s\"\n", update.driver_team);
printf("\tDriver GUID: \"%s\"\n", update.driver_GUID);
// Store player player into the respective Index
if (update.carID < MAX_PLAYERS) {
memcpy(&players[update.carID], &update, sizeof(carAtributes));
}
break;
case ACSP_END_SESSION:
case ACSP_END_SESSION: // DONE-ish (only session type cycling)
printf("[+] Message Type: ACSP_END_SESSION\n");
// Advance session_type to the next in the enum;
trackInfo.session_type = (SessionType)((trackInfo.session_type + 1) % 3);
printf("\tNext Session Type: %d\n", trackInfo.session_type);
break;
case ACSP_VERSION:
case ACSP_VERSION: // TODO
printf("[+] Message Type: ACSP_VERSION\n");
break;
case ACSP_CHAT:
case ACSP_CHAT: // TODO
printf("[+] Message Type: ACSP_CHAT\n");
break;
case ACSP_CLIENT_LOADED:
case ACSP_CLIENT_LOADED: // TODO
printf("[+] Message Type: ACSP_CLIENT_LOADED\n");
break;
case ACSP_SESSION_INFO:
case ACSP_SESSION_INFO: // TODO
printf("[+] Message Type: ACSP_SESSION_INFO\n");
break;
case ACSP_ERROR:
case ACSP_ERROR: // DONE
printf("[+] Message Type: ACSP_ERROR\n");
offset = 1; // Reset offset to 1 to read after message types
offset = 1; // Reset offset to 1 to read after message types
str_len_8 = read_uint8((const u_int8_t *)buffer, recv_bytes, &offset, &ok);
read_utf32le_string((const u_int8_t *)buffer, recv_bytes, &offset, message, str_len_8, &ok);
printf("\tServer Message: \"%s\"\n", message);
printf("\tServer Message: \"%s\"\n", message);
break;
case ACSP_LAP_COMPLETED:
case ACSP_LAP_COMPLETED: // TODO
printf("[+] Message Type: ACSP_LAP_COMPLETED\n");
break;
@ -264,6 +425,6 @@ int main(void) {
free(trackInfo.track);
free(trackInfo.track_config);
free(trackInfo.weather_graphics);
free(trackInfo.session_name);
free(trackInfo.session_name);
return 0;
}