def level1_udp_send():
global flag_start
client_socket = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
#不需要建立连接：
# s.sendto(b'helloworld', ('192.168.100.60', 5000))
# s channels numdata channel1+data+us channel2+data+us ....
msg = b''
import random
import datetime
from waveproduce import sin_wave, triangle_wave
xsin, ysin = sin_wave(start=0,
zhouqi=6.28,
midu=0.0628,
xdecimals=2,
ydecimals=2)
xtriangle, ytriangle = triangle_wave(start=0,
zhouqi=6.28,
midu=0.0628,
xdecimals=2,
ydecimals=2)
datax = 0
wholemsg_list1 = []
wholemsg_list2 = []
data1 = 0
data2 = 0
start_time = time.perf_counter()
Time_interal = 1
Time_last = 10
msg1 = b''
msg2 = b''
channelid1 = struct.pack('!H', 1)
channelid2 = struct.pack('!H', 2)
fenmiaocnt = struct.pack('!B', 100)
length = struct.pack('!B', 100)
# 将当前的时间转化成对应的sec，然后进行数据的上传
nowtime = str(datetime.datetime.now())
curTime = nowtime[11:19]
us_stampe = int(nowtime[20:26])
sec = int(curTime[0:2]) * 60 * 60 + int(curTime[3:5]) * 60 + int(
curTime[6:8])
sec_encodee = struct.pack('!I', sec) # 4个字节
msg1 = channelid1 + length + fenmiaocnt + sec_encodee
msg2 = channelid2 + length + fenmiaocnt + sec_encodee
for item in range(100):
# nowtime = str(datetime.datetime.now())
data1 = ysin[item]
data2 = ytriangle[item]
msg1 += struct.pack('!f', data1) + struct.pack('!I', us_stampe)
msg2 += struct.pack('!f', data2) + struct.pack('!I', us_stampe)
print(len(msg1), ' ', len(msg2))
for i in range(100000):
'''
子系统需要检测的信息 采集速度1Mhz
电源电压采样 value1:10 03 07 04 data crc1 crc2 ----registerid=07 datatype=float
电源电流采样 value1:10 03 08 04 data crc1 crc2 ----registerid=08 datatype=float
'''
# msg = sec+channels+channel_data_cnt+struct.pack('!f',data)+us_stampe
high_pricision_delay(0.0001)
# time.sleep(0.0001)
client_socket.sendto(msg1, ("127.0.0.1", 10000))
# time.sleep(0.0001)
# client_socket.sendto(msg2, ("127.0.0.1",10000))
print("total send:", i)
client_socket.close()
client_socket = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
#不需要建立连接：
# s.sendto(b'helloworld', ('192.168.100.60', 5000))
# s channels numdata channel1+data+us channel2+data+us ....
msg = b''
import random
import datetime
from waveproduce import sin_wave, triangle_wave
xsin, ysin = sin_wave(start=0,
zhouqi=6.28,
midu=0.01,
xdecimals=2,
ydecimals=2)
xtriangle, ytriangle = sin_wave(start=0,
zhouqi=6.28,
midu=0.01,
xdecimals=2,
ydecimals=2)
datax = 0
idlist = [0x01, 0x02]
us_stampe_a = 0
us_stampe_b = 0
msg1 = b''
channelid1 = idlist[0]
channelid2 = idlist[1]
def level1_udp_send():
global flag_start
client_socket = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
#不需要建立连接：
# s.sendto(b'helloworld', ('192.168.100.60', 5000))
# s channels numdata channel1+data+us channel2+data+us ....
msg = b''
import random
import datetime
from waveproduce import sin_wave, triangle_wave
xsin, ysin = sin_wave(start=0,
zhouqi=6.28,
midu=0.0628,
xdecimals=2,
ydecimals=2)
xtriangle, ytriangle = triangle_wave(start=0,
zhouqi=6.28,
midu=0.0628,
xdecimals=2,
ydecimals=2)
print(ysin)
print(ytriangle)
datax = 0
wholemsg_list1 = []
wholemsg_list2 = []
data1 = 0
data2 = 0
start_time = time.perf_counter()
Time_interal = 1
Time_last = 10
for i in range(10000):
msg1 = b''
msg2 = b''
channelid1 = struct.pack('!H', 9)
channelid2 = struct.pack('!H', 10)
fenmiaocnt = struct.pack('!B', 100)
length = struct.pack('!B', 100)
# 将当前的时间转化成对应的sec，然后进行数据的上传
nowtime = str(datetime.datetime.now())
curTime = nowtime[11:19]
us_stampe = int(nowtime[20:26])
sec = int(curTime[0:2]) * 60 * 60 + int(curTime[3:5]) * 60 + int(
curTime[6:8])
sec_encodee = struct.pack('!I', sec) # 4个字节
msg1 = channelid1 + length + fenmiaocnt + sec_encodee
msg2 = channelid2 + length + fenmiaocnt + sec_encodee
for item in range(100):
# nowtime = str(datetime.datetime.now())
data1 = ysin[item]
data2 = ytriangle[item]
msg1 += struct.pack('!f', data1) + struct.pack('!I', us_stampe)
msg2 += struct.pack('!f', data2) + struct.pack('!I', us_stampe)
print(len(msg1), ' ', len(msg2))
print('about to send the data')
'''
子系统需要检测的信息 采集速度1Mhz
电源电压采样 value1:10 03 07 04 data crc1 crc2 ----registerid=07 datatype=float
电源电流采样 value1:10 03 08 04 data crc1 crc2 ----registerid=08 datatype=float
'''
# msg = sec+channels+channel_data_cnt+struct.pack('!f',data)+us_stampe
# high_pricision_delay(Time_interal)
time.sleep(Time_interal)
client_socket.sendto(msg1, (nis_hsdd_configfile.hs5_udp_recv_addr,
nis_hsdd_configfile.hs5_udp_recv_port))
client_socket.sendto(msg2, (nis_hsdd_configfile.hs5_udp_recv_addr,
nis_hsdd_configfile.hs5_udp_recv_port))
end_time = time.perf_counter()
#发送停止数据信号
msg = b'stopstopst'
# client_socket.send(msg)
print('Sys', '08 eg power', ' 2 channels')
print('Package nums: ', Time_last / Time_interal)
print('Sending Speed: ', Time_interal)
print('Sending Port: ', Port)
print('Sending Time Cost: ', end_time - start_time)
client_socket.close()
def level1_udp_send():
global flag_start
client_socket = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
#不需要建立连接：
# s.sendto(b'helloworld', ('192.168.100.60', 5000))
# s channels numdata channel1+data+us channel2+data+us ....
msg = b''
import random
import datetime
from waveproduce import sin_wave, triangle_wave
xsin, ysin = sin_wave(start=0,
zhouqi=6.28,
midu=0.01,
xdecimals=2,
ydecimals=2)
xtriangle, ytriangle = sin_wave(start=0,
zhouqi=6.28,
midu=0.01,
xdecimals=2,
ydecimals=2)
datax = 0
idlist = [0x01, 0x02]
us_stampe_a = 0
us_stampe_b = 0
msg1 = b''
channelid1 = idlist[0]
channelid2 = idlist[1]
length = 0x01
fenmiaocnt = 0x01
length = struct.pack('!I', 150)
# 将当前的时间转化成对应的sec，然后进行数据的上传
nowtime = str(datetime.datetime.now())
curTime = nowtime[11:19]
us_stampe = int(nowtime[20:26])
sec = int(curTime[0:2]) * 60 * 60 + int(curTime[3:5]) * 60 + int(
curTime[6:8])
sec_encodee = struct.pack('!I', sec) # 4个字节
msg1 = str(channelid1).encode() + length + str(
fenmiaocnt).encode() + sec_encodee
msg2 = str(channelid2).encode() + length + str(
fenmiaocnt).encode() + sec_encodee
for item in range(150):
# nowtime = str(datetime.datetime.now())
data1 = ysin[datax]
data2 = ytriangle[datax]
data = [data1, data2]
datax = datax + 1
if datax == 628:
datax = 0
msg1 += struct.pack('!f', data[0]) + struct.pack('!I', us_stampe)
msg2 += struct.pack('!f', data[1]) + struct.pack('!I', us_stampe)
cnt = 0
start_time = time.perf_counter()
Time_interal = 0.00015
Time_last = 10
while True:
'''
子系统需要检测的信息 采集速度1Mhz
电源电压采样 value1:10 03 07 04 data crc1 crc2 ----registerid=07 datatype=float
电源电流采样 value1:10 03 08 04 data crc1 crc2 ----registerid=08 datatype=float
'''
# msg = sec+channels+channel_data_cnt+struct.pack('!f',data)+us_stampe
if flag_start:
if cnt == 100000:
break
high_pricision_delay(Time_interal)
client_socket.sendto(msg1,
(nis_hsdd_configfile.level_2_07_udp_rcv_addr,
nis_hsdd_configfile.level_2_07_udp_rcv_port))
client_socket.sendto(msg2,
(nis_hsdd_configfile.level_2_07_udp_rcv_addr,
nis_hsdd_configfile.level_2_07_udp_rcv_port))
cnt += 1
# for i in range(2):
# msg=b''
# channelid = idlist[i]
# length=0x01
# fenmiaocnt=0x01
# length = struct.pack('!I', 100)
# #将当前的时间转化成对应的sec，然后进行数据的上传
# nowtime = str(datetime.datetime.now())
# curTime = nowtime[11:19]
# # us_stampe = int(nowtime[20:26])
# sec = int(curTime[0:2])*60*60+int(curTime[3:5])*60+int(curTime[6:8])
# sec_encodee = struct.pack('!I', sec) # 4个字节
# msg = str(channelid).encode()+length + str(fenmiaocnt).encode() + sec_encodee
# for item in range(100):
# # nowtime = str(datetime.datetime.now())
# if i == 0:
# us_stampe =us_stampe_a
# us_stampe_a += 1
# elif i==1:
# us_stampe = us_stampe_b
# us_stampe_b += 1
# if us_stampe == 1000000:
# us_stampe = 0
# data1 = ysin[datax]
# data2 = ytriangle[datax]
# data = [data1, data2]
# datax = datax + 1
# if datax == 628:
# datax = 0
# msg += struct.pack('!f',data[i])+struct.pack('!I',us_stampe)
end_time = time.perf_counter()
#发送停止数据信号
msg = b'stopstopst'
# client_socket.send(msg)
print('Sys:', '07 pg power', '2 channels')
print('Package nums:', Time_last / Time_interal)
print('Sending Speed:', Time_interal)
print('Sending Port: ', Port)
print('Sending Time Cost: ', end_time - start_time)
client_socket.close()