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https://github.com/Astatin3/Remote-Xbox-ESP8266.git
synced 2026-06-09 00:28:03 -06:00
Make code
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Astatin3
@@ -0,0 +1,161 @@
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#include <ESP8266WiFi.h>
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// #include ""
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const char* ssid = "test";
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const char* password = "test";
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const int port = 12345;
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WiFiServer server(port);
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void setup() {
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Serial.begin(115200);
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delay(10);
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// Configure the ESP8266 as an access point
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WiFi.mode(WIFI_AP);
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WiFi.softAP(ssid, password);
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// Start the server
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server.begin();
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Serial.println("Access Point created");
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Serial.print("SSID: ");
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Serial.println(ssid);
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Serial.print("IP address: ");
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Serial.println(WiFi.softAPIP());
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Serial.print("Listening on port: ");
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Serial.println(port);
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}
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short bytesToShort(byte highByte, byte lowByte) {
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return (short)((highByte << 8) | lowByte);
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}
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void bytesToBoolArray(byte byte1, byte byte2, bool boolArray[]) {
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for (int i = 0; i < 8; i++) {
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boolArray[i] = bitRead(byte1, i);
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boolArray[i + 8] = bitRead(byte2, i);
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}
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}
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short axis_ls_x = 0;
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short axis_ls_y = 0;
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short axis_rs_x = 0;
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short axis_rs_y = 0;
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short axis_lt = 0;
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short axis_rt = 0;
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bool btn_A = false;
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bool btn_B = false;
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bool btn_X = false;
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bool btn_Y = false;
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bool btn_LB = false;
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bool btn_RB = false;
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bool btn_LS = false;
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bool btn_RS = false;
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bool btn_xbox = false;
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bool btn_home = false;
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bool btn_menu = false;
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bool btn_dpad_up = false;
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bool btn_dpad_down = false;
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bool btn_dpad_left = false;
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bool btn_dpad_right = false;
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void loop() {
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// Check if a client has connected
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WiFiClient client = server.available();
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if (client) {
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Serial.println("New client connected");
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// Read data from the client
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while (client.connected()) {
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if (client.available()) {
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byte buffer[14];
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client.readBytes(buffer, 14);
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axis_ls_x = bytesToShort(buffer[0], buffer[1]);
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axis_ls_y = bytesToShort(buffer[2], buffer[3]);
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axis_rs_x = bytesToShort(buffer[4], buffer[5]);
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axis_rs_y = bytesToShort(buffer[6], buffer[7]);
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axis_lt = bytesToShort(buffer[8], buffer[9]);
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axis_rt = bytesToShort(buffer[10], buffer[11]);
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bool buttons[16];
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bytesToBoolArray(buffer[12], buffer[13], buttons);
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// if(buttons[0] != btn_A && !btn_A){
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// Serial.println("A pressed!");
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// }else if (buttons[0] != btn_A && btn_A){
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// Serial.println("A Unpressed!");
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// }
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btn_A = buttons[0];
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btn_B = buttons[1];
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btn_X = buttons[2];
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btn_Y = buttons[3];
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btn_LB = buttons[4];
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btn_RB = buttons[5];
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btn_LS = buttons[6];
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btn_RS = buttons[7];
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btn_xbox = buttons[8];
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btn_home = buttons[9];
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btn_menu = buttons[10];
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btn_dpad_up = buttons[11];
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btn_dpad_down = buttons[12];
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btn_dpad_left = buttons[13];
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btn_dpad_right = buttons[14];
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printController();
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}
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}
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// Close the connection
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client.stop();
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Serial.println("Client disconnected");
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}
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}
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String repeatString(String str, int count) {
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String result = "";
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for (int i = 0; i < count; i++) {
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result += str;
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}
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return result;
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}
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String leftPad(String str, int targetWidth){
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return repeatString(" ", (targetWidth - str.length())) + str;
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}
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String printButton(String str, bool isPressed){
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if(isPressed){
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return str;
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}else{
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return repeatString("-", str.length());
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}
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}
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void printController(){
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Serial.println("LS:[" +
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leftPad(String(axis_ls_x), 6) + ", " + leftPad(String(axis_ls_y),6) + "] RS:[" +
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leftPad(String(axis_rs_x), 6) + ", " + leftPad(String(axis_rs_y),6) + "] LT:" +
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leftPad(String(axis_lt), 4) + ", RT:" +
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leftPad(String(axis_rt), 4) + " [" +
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printButton("A", btn_A) +
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printButton("B", btn_B) +
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printButton("X", btn_X) +
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printButton("Y", btn_Y) +
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printButton("LB", btn_LB) +
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printButton("RB", btn_RB) +
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printButton("LS", btn_LS) +
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printButton("RS", btn_RS) +
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printButton("@", btn_xbox) +
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printButton("H", btn_home) +
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printButton("M", btn_menu) +
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printButton("^", btn_dpad_up) +
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printButton("v", btn_dpad_down) +
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printButton("<", btn_dpad_left) +
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printButton(">", btn_dpad_right) + "]");
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}
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@@ -0,0 +1,175 @@
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import socket
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from evdev import list_devices, InputDevice, categorize, ecodes
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#CENTER_TOLERANCE = 350
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TCP_IP = '192.168.4.1'
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TCP_PORT = 12345
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try:
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dev = InputDevice( list_devices()[0] )
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except:
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print("Controller Issue!")
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exit()
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axisRef = {
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0: 'ls-x',
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1: 'ls-y',
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2: 'lt',
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3: 'rs-x',
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4: 'rs-y',
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5: 'rt'
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}
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btnRef = {
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304: 'A',
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305: 'B',
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307: 'X',
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308: 'Y',
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310: 'LB',
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311: 'RB',
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317: 'LS',
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318: 'RS',
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316: 'xbox',
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314: 'home',
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315: 'menu'
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}
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controllerState = {
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'ls-x': 0,
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'ls-y': 0,
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'rs-x': 0,
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'rs-y': 0,
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'lt': 0,
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'rt': 0,
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'dpad-up': False,
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'dpad-down': False,
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'dpad-left': False,
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'dpad-right': False,
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'A': False,
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'B': False,
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'X': False,
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'Y': False,
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'LB': False,
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'RB': False,
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'LS': False,
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'RS': False,
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'xbox': False,
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'home': False,
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'menu': False
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}
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def leftPad(string:str, targetNum:int):
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return (' ' * (targetNum - len(string))) + string
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def btnText(string:str, boolean:bool):
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if boolean:
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return string
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else:
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return '-' * len(string)
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def printState():
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print(f"\rLS:[{leftPad(str(controllerState['ls-x']), 6)}, {leftPad(str(controllerState['ls-y']), 6)}], " + # Left stick
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f"RS:[{leftPad(str(controllerState['rs-x']), 6)}, {leftPad(str(controllerState['rs-y']), 6)}], " + # Right stick
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f"LT:{leftPad(str(controllerState['lt']), 4)}, " +
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f"RT:{leftPad(str(controllerState['rt']), 4)} [" +
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btnText("A", controllerState['A']) +
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btnText("B", controllerState['B']) +
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btnText("X", controllerState['X']) +
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btnText("Y", controllerState['Y']) +
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btnText("LB", controllerState['LB']) +
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btnText("RB", controllerState['RB']) +
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btnText("LS", controllerState['LS']) +
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btnText("RS", controllerState['RS']) +
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btnText("@", controllerState['xbox']) +
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btnText("H", controllerState['home']) +
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btnText("M", controllerState['menu']) +
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btnText("^", controllerState['dpad-up']) +
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btnText("v", controllerState['dpad-down']) +
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btnText("<", controllerState['dpad-left']) +
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btnText(">", controllerState['dpad-right']), end="] ")
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def doDPAD(event):
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if event.code == 16:
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if event.value == -1:
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controllerState['dpad-left'] = True
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controllerState['dpad-right'] = False
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elif event.value == 0:
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controllerState['dpad-left'] = False
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controllerState['dpad-right'] = False
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elif event.value == 1:
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controllerState['dpad-left'] = False
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controllerState['dpad-right'] = True
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elif event.code == 17:
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if event.value == -1:
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controllerState['dpad-up'] = True
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controllerState['dpad-down'] = False
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elif event.value == 0:
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controllerState['dpad-up'] = False
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controllerState['dpad-down'] = False
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elif event.value == 1:
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controllerState['dpad-up'] = False
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controllerState['dpad-down'] = True
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def toShort(num):
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if num > 65535:
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raise OverflowError
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return num.to_bytes(2, 'big', signed=True)
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def getButtonBytes():
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buttons = [
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controllerState['A'],
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controllerState['B'],
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controllerState['X'],
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controllerState['Y'],
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controllerState['LB'],
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controllerState['RB'],
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controllerState['LS'],
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controllerState['RS'],
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controllerState['xbox'],
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controllerState['home'],
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controllerState['menu'],
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controllerState['dpad-up'],
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controllerState['dpad-down'],
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controllerState['dpad-left'],
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controllerState['dpad-right'],
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False # Unused button
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]
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data = 0
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for i in range(16):
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data |= buttons[i] << i
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return data.to_bytes(2, "little", signed=True)
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def getBytes():
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return toShort(controllerState['ls-x']) + \
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toShort(controllerState['ls-y']) + \
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toShort(controllerState['rs-x']) + \
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toShort(controllerState['rs-y']) + \
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toShort(controllerState['lt']) + \
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toShort(controllerState['rt']) + \
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getButtonBytes()
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try:
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s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
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s.connect((TCP_IP, TCP_PORT))
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for event in dev.read_loop():
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if event.type == ecodes.EV_KEY:
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controllerState[btnRef[event.code]] = event.value
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elif event.type == ecodes.EV_ABS:
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if event.code in [16, 17]:
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doDPAD(event)
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else:
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controllerState[axisRef[event.code]] = event.value
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printState()
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s.send(getBytes())
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except:
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print("\n\n\nClient not connected!")
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