def my_task(res):
global OverList
cbtype = res[0]
#display when slave send to master
if (cbtype == machine.I2C.CBTYPE_TXDATA):
print("ESP32 Data sent to Arduino : addr={}, len={}, ovf={}, data={}".format(res[1], res[2], res[3], res[4]))
#display when slave receive from master
elif (cbtype == machine.I2C.CBTYPE_RXDATA):
print("ESP32 Data received from master: addr={}, len={}, ovf={}, data: [{}]".format(res[1], res[2], res[3], res[4]))
cmd = s.getdata(0, 5)
if(cmd[0] == 97 ):#a
print("f**k")
s.setdata('0',0)
if(cmd[1] in range(0,len(OverList))):#d
xfpga.overlay(OverList[cmd[1]])
s.setdata('0',1)
if(cmd[2] == 101):#e
print("sleep")
s.setdata('0',2)
if(cmd[3] == 102):#f
print("cmd=f")
s.setdata('0',3)
if(cmd[4] == 103):#g
print("cmd=9")
s.setdata('0',4)
import os
import time
import json
import machine
from machine import Pin
import xfpga
os.mountsd()
boot_btn = Pin(0,mode=Pin.IN)
if(boot_btn()):
start = time.ticks_ms()
xfpga.overlay('esp32.bit')
print(time.ticks_ms()-start)
f_cfg=open("/sd/board_config.json")
Board_Config=json.loads(f_cfg.read())
OverList=Board_Config["Overlay_List"]
print(OverList)
#I2C and cmd
def my_task(res):
global OverList
cbtype = res[0]
#display when slave send to master
if (cbtype == machine.I2C.CBTYPE_TXDATA):
print("ESP32 Data sent to Arduino : addr={}, len={}, ovf={}, data={}".format(res[1], res[2], res[3], res[4]))
#display when slave receive from master
elif (cbtype == machine.I2C.CBTYPE_RXDATA):
print("ESP32 Data received from master: addr={}, len={}, ovf={}, data: [{}]".format(res[1], res[2], res[3], res[4]))
import os
import time
import json
import machine
from machine import Pin
import xfpga
os.mountsd()
boot_btn = Pin(0, mode=Pin.IN)
if (boot_btn()):
start = time.ticks_ms()
xfpga.overlay('system_wrapper.bit')
#xfpga.overlay('esp32.bit')
#print(time.ticks_ms()-start)
f_cfg = open("/sd/board_config.json")
Board_Config = json.loads(f_cfg.read())
OverList = Board_Config["Overlay_List"]
print(OverList)
#I2C and cmd
def my_task(res):
global OverList
cbtype = res[0]
#display when slave send to master
if (cbtype == machine.I2C.CBTYPE_TXDATA):
print("ESP32 Data sent to Arduino : addr={}, len={}, ovf={}, data={}".
format(res[1], res[2], res[3], res[4]))
#display when slave receive from master
import os
import time
import json
import machine
from machine import Pin
import xfpga
os.mountsd()
boot_btn = Pin(0, mode=Pin.IN)
if (boot_btn()):
start = time.ticks_ms()
xfpga.overlay('system_wrapper.bit')
xfpga.overlay('spi2device.bit')
#print(time.ticks_ms()-start)
f_cfg = open("/sd/board_config.json")
Board_Config = json.loads(f_cfg.read())
OverList = Board_Config["Overlay_List"]
print(OverList)
#I2C and cmd
def my_task(res):
global OverList
cbtype = res[0]
#display when slave send to master
if (cbtype == machine.I2C.CBTYPE_TXDATA):
print("ESP32 Data sent to Arduino : addr={}, len={}, ovf={}, data={}".
format(res[1], res[2], res[3], res[4]))
#display when slave receive from master
elif (cbtype == machine.I2C.CBTYPE_RXDATA):
import os
import time
import json
import machine
from machine import Pin
import xfpga
os.mountsd()
boot_btn = Pin(0,mode=Pin.IN)
if(boot_btn()):
start = time.ticks_ms()
xfpga.overlay('name.bit')
f_cfg=open("/sd/board_config.json")
Board_Config=json.loads(f_cfg.read())
OverList=Board_Config["Overlay_List"]
print(OverList)
#I2C and cmd
def my_task(res):
global OverList
cbtype = res[0]
#display when slave send to master
if (cbtype == machine.I2C.CBTYPE_TXDATA):
print("ESP32 Data sent to Arduino : addr={}, len={}, ovf={}, data={}".format(res[1], res[2], res[3], res[4]))
#display when slave receive from master
elif (cbtype == machine.I2C.CBTYPE_RXDATA):
print("ESP32 Data received from master: addr={}, len={}, ovf={}, data: [{}]".format(res[1], res[2], res[3], res[4]))
cmd = s.getdata(0, 5)
if(cmd[0] == 97 ):#a