def start(port=23, verbose=0, splash=True):
global ps2socket
global verbose_l
global client_list
global client_busy
global ps2port
ps2port = ps2.ps2(clk=26, data=25, qbit_us=16, byte_us=150, f0_us=50000)
alloc_emergency_exception_buf(100)
verbose_l = verbose
client_list = []
client_busy = False
ps2socket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
ps2socket.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
ps2socket.bind(('0.0.0.0', port))
ps2socket.listen(0)
ps2socket.setsockopt(socket.SOL_SOCKET, _SO_REGISTER_HANDLER,
accept_ps2_connect)
_SO_REGISTER_HANDLER = const(20)
_COMMAND_TIMEOUT = const(300)
# Global variables
ps2socket = None
client_list = []
verbose_l = 0
client_busy = False
ps2port = ps2.ps2(
# v3.0.x
kbd_clk=26, # gp[11]
kbd_data=25, # gn[11]
mouse_clk=26, #
mouse_data=25, #
# v3.1.4
#kbd_clk = 22, # wifi_gpio22
#kbd_data = 21, # wifi_gpio21
#mouse_clk = 22, # wifi_gpio27
#mouse_data = 21, # wifi_gpio26
qbit_us=16,
byte_us=150,
f0delay_us=50000)
# ASCII to PS/2 SET2 scancode conversion table
# from http://www.vetra.com/scancodes.html
asc2scan = {
'`': bytearray(b'\x0E\xF0\x0E'),
'~': bytearray(b'\x12\x0E\xF0\x0E\xF0\x12'),
'1': bytearray(b'\x16\xF0\x16'),
'!': bytearray(b'\x12\x16\xF0\x16\xF0\x12'),
'2': bytearray(b'\x1E\xF0\x1E'),
from ps2 import ps2
if __name__ == '__main__':
ps2()
# LICENSE=BSD
# telnet to ESP32 and type
# keystrokes should be converted to PS/2 signals
import socket
import network
import uos
from gc import collect
from time import sleep_us, localtime
from micropython import alloc_emergency_exception_buf
from micropython import const
from uctypes import addressof
import ps2
ps2port = ps2.ps2(kbd_clk=26, kbd_data=25, qbit_us=16, byte_us=150)
# constant definitions
_SO_REGISTER_HANDLER = const(20)
_COMMAND_TIMEOUT = const(300)
# Global variables
ps2socket = None
client_list = []
verbose_l = 0
client_busy = False
# ASCII to PS/2 SET2 scancode conversion table
# from http://www.vetra.com/scancodes.html
asc2scan = {
'`': bytearray(b'\x0E\xF0\x0E'),
import uos
import gc
from time import sleep_us
from struct import unpack
from micropython import alloc_emergency_exception_buf
from micropython import const
from uctypes import addressof
import ps2
ps2port = ps2.ps2(
# v3.0.x
#kbd_clk = 26, # gp[11]
#kbd_data = 25, # gn[11]
#mouse_clk = 17, # wifi_gpio17
#mouse_data = 16, # wifi_gpio16
# v3.1.4
kbd_clk=22, # wifi_gpio22
kbd_data=21, # wifi_gpio21
mouse_clk=22, # wifi_gpio27
mouse_data=21, # wifi_gpio26
qbit_us=16,
byte_us=150)
# constant definitions
_SO_REGISTER_HANDLER = const(20)
_COMMAND_TIMEOUT = const(300)
# Global variables
ps2socket = None
client_list = []
verbose_l = 0
import socket import network import uos from gc import collect from time import sleep_us from struct import unpack from micropython import alloc_emergency_exception_buf from micropython import const from uctypes import addressof import ps2 ps2port=ps2.ps2( kbd_clk = 26, # gp[11] kbd_data = 25, # gn[11] mouse_clk = 17, # wifi_gpio17 mouse_data = 16, # wifi_gpio16 qbit_us=16, byte_us=150 ) # constant definitions _SO_REGISTER_HANDLER = const(20) _COMMAND_TIMEOUT = const(300) # Global variables ps2socket = None client_list = [] verbose_l = 0 client_busy = False mouse = 0 # global tracker: 0 keyboard, 1 mouse
# LICENSE=BSD # PS/2 receiver converts from TCP to PS/2 # use linux_keyboard.py or pygame_mouse.py on host side # edit ps2port (see below) import socket import network import uos import gc from time import sleep_ms, localtime from micropython import alloc_emergency_exception_buf import ps2 # keyboard ps2port = ps2.ps2(qbit_us=16, byte_us=150, f0_us=50000, n=0) # 3-byte mouse (PS/2 legacy, no wheel) #ps2port=ps2.ps2(qbit_us=16,byte_us=150,f0_us=0,n=3,n_us=1000) # 4-byte mouse (PS/2 with wheel) #ps2port=ps2.ps2(qbit_us=16,byte_us=150,f0_us=0,n=4,n_us=1000) # constant definitions _SO_REGISTER_HANDLER = const(20) _COMMAND_TIMEOUT = const(300) # Global variables ps2socket = None client_list = [] verbose_l = 0