def data_recv_An24(sock, data_cache, run_chk, low_battry, stop, bt_addr,
_count_pos, handle):
# ************
# connect An24(bd_addr) then recieve data from it
# ************
sock = init_An24.start(sock)
pattern = re.compile(r'1002.*?1003', re.DOTALL)
lbuf = ''
endstr = '1003'
endpos = 0
data_one_sec = []
while 1:
if stop == True:
#sock ==init_An24.stop(sock)
sock.close()
close_data_thread()
try:
buf = sock.recv(65535)
except Exception:
print '[ok] teminate a checking'
return
#-- reconnection
if not len(buf):
sock = bt_reconn.reconnect(bt_addr, sock, _count_pos)
buf = sock.recv(65535)
#break
hexbuf = buf.encode('hex')
lbuf = lbuf + hexbuf #hex
#print '-----lbuf:',lbuf
#regbuf = pattern.findall(lbuf)
for m in pattern.finditer(lbuf):
#print m.group()
handle(m.group(), 1)
data_one_sec = data_parse(m.group(), run_chk, low_battry,
_count_pos)
if data_one_sec != None:
stream_in_cache(data_one_sec, data_cache)
#log( 'cache:', data_cache)
#print stream_in_cache()
#print type(data_all) #tuple
#print len(data_all)
#print type(m.group()) # //str
#print len(m.group()) # //76
#print m.group().isdigit() #//False
#print dir(m.group())
while endstr in lbuf:
endpos = lbuf.index(endstr) + 4
lbuf = lbuf[endpos:]
def data_recv_An24(sock, data_cache, run_chk, low_battry,stop, bt_addr, _count_pos,handle):
# ************
# connect An24(bd_addr) then recieve data from it
# ************
sock = init_An24.start(sock)
pattern = re.compile(r'1002.*?1003',
re.DOTALL)
lbuf = ''
endstr = '1003'
endpos = 0
data_one_sec = []
while 1:
if stop == True:
#sock ==init_An24.stop(sock)
sock.close()
close_data_thread()
try:
buf = sock.recv(65535)
except Exception:
print '[ok] teminate a checking'
return
#-- reconnection
if not len(buf):
sock = bt_reconn.reconnect(bt_addr, sock, _count_pos)
buf = sock.recv(65535)
#break
hexbuf = buf.encode('hex')
lbuf = lbuf + hexbuf #hex
#print '-----lbuf:',lbuf
#regbuf = pattern.findall(lbuf)
for m in pattern.finditer(lbuf):
#print m.group()
handle(m.group(),1)
data_one_sec = data_parse(m.group(), run_chk, low_battry, _count_pos)
if data_one_sec != None:
stream_in_cache(data_one_sec, data_cache)
#log( 'cache:', data_cache)
#print stream_in_cache()
#print type(data_all) #tuple
#print len(data_all)
#print type(m.group()) # //str
#print len(m.group()) # //76
#print m.group().isdigit() #//False
#print dir(m.group())
while endstr in lbuf:
endpos = lbuf.index(endstr) + 4
lbuf = lbuf[endpos:]
def data_recv_An24(sock):
# ************
# connect An24(bd_addr) then recieve data from it
# ************
#sock=bluetooth.BluetoothSocket( bluetooth.RFCOMM )
#sock.connect((bd_addr, port))
global check_value
#sock = init_An24.conn(bd_addr)
#print '[OK] connecting '
#print 'prepare check...'
#init_An24.checking(sock)
'''
while init_An24.checking(sock) != [0, 0, 0, 0, 0]:
#check_value = init_check(check_signal(sock))
check_value = init_An24.checking(sock)
print '[not ok] check', check_value
time.sleep(5)
check_value = [0, 0, 0, 0, 0]
print '[ok] check', check_value
'''
#print '[start...]'
sock = init_An24.start(sock)
#print '[waiting reply...]'
#print '[ok] ready to accept data '
#output = open('output.txt','a')
pattern = re.compile(r'1002.*?1003',
re.DOTALL)
lbuf = ''
endstr = '1003'
endpos = 0
data_one_sec = []
while 1:
buf = sock.recv(65535)
if not len(buf):
break
hexbuf = buf.encode('hex')
lbuf = lbuf + hexbuf
#regbuf = pattern.findall(lbuf)
for m in pattern.finditer(lbuf):
log('source data:', m.group())
log('electrode:', init_An24.check_value)
data_one_sec = data_parse(m.group())
stream_in_cache(data_one_sec)
#print data_cache
#print stream_in_cache()
#print type(data_all) #tuple
#print len(data_all)
#print type(m.group()) # //str
#print len(m.group()) # //76
#print m.group().isdigit() #//False
#print dir(m.group())
if endstr in lbuf:
endpos = lbuf.index(endstr) + 4
else:
pass
lbuf = lbuf[endpos:]
close_data_thread()
output.close()
sock.close()
def data_recv_An24(bd_addr):
# ************
# connect An24(bd_addr) then recieve data from it
# ************
#sock=bluetooth.BluetoothSocket( bluetooth.RFCOMM )
#sock.connect((bd_addr, port))
global check_value
sock = init_An24.conn(bd_addr)
print '[OK] connecting '
print 'prepare check...'
init_An24.checking(sock)
'''
while init_An24.checking(sock) != [0, 0, 0, 0, 0]:
#check_value = init_check(check_signal(sock))
check_value = init_An24.checking(sock)
print '[not ok] check', check_value
time.sleep(5)
check_value = [0, 0, 0, 0, 0]
print '[ok] check', check_value
'''
print '[start...]'
sock = init_An24.start(sock)
print '[waiting reply...]'
print '[ok] ready to accept data '
#output = open('output.txt','a')
pattern = re.compile(r'1002.*?1003', re.DOTALL)
lbuf = ''
endstr = '1003'
endpos = 0
data_one_sec = []
while 1:
buf = sock.recv(65535)
if not len(buf):
break
hexbuf = buf.encode('hex')
lbuf = lbuf + hexbuf
#regbuf = pattern.findall(lbuf)
for m in pattern.finditer(lbuf):
log('source data:', m.group())
data_one_sec = data_parse(m.group())
stream_in_cache(data_one_sec)
#print data_cache
#print stream_in_cache()
#print type(data_all) #tuple
#print len(data_all)
#print type(m.group()) # //str
#print len(m.group()) # //76
#print m.group().isdigit() #//False
#print dir(m.group())
if endstr in lbuf:
endpos = lbuf.index(endstr) + 4
else:
pass
lbuf = lbuf[endpos:]
close_data_thread()
output.close()
sock.close()
def data_recv_An24(sock, data_cache, run_chk, low_battry,stop, bt_addr, _count_pos):
# ************
# connect An24(bd_addr) then recieve data from it
# ************
#sock=bluetooth.BluetoothSocket( bluetooth.RFCOMM )
#sock.connect((bd_addr, port))
#sock = init_An24.conn(bd_addr)
#print '[OK] connecting '
#print 'prepare check...'
#init_An24.checking(sock)
'''
while init_An24.checking(sock) != [0, 0, 0, 0, 0]:
#check_value = init_check(check_signal(sock))
check_value = init_An24.checking(sock)
print '[not ok] check', check_value
time.sleep(5)
check_value = [0, 0, 0, 0, 0]
print '[ok] check', check_value
'''
#print '[start...]'
sock = init_An24.start(sock)
#print '[waiting reply...]'
#print '[ok] ready to accept data '
#output = open('output.txt','a')
pattern = re.compile(r'1002.*?1003',
re.DOTALL)
lbuf = ''
endstr = '1003'
endpos = 0
data_one_sec = []
while 1:
if stop == True:
#sock ==init_An24.stop(sock)
sock.close()
close_data_thread()
'''
rand = random.randint(0, 10)
if rand < 5:
print '[ok] send R message'
sock.send('\x10\x02N02PCR00000001\x10\x03\x5d\x6f')
'''
buf = sock.recv(65535)
#-- reconnection
if not len(buf):
sock = bt_reconn.reconnect(bt_addr, sock, _count_pos)
buf = sock.recv(65535)
#break
hexbuf = buf.encode('hex')
lbuf = lbuf + hexbuf #hex
#print '-----lbuf:',lbuf
#regbuf = pattern.findall(lbuf)
for m in pattern.finditer(lbuf):
'''
print '------------------------------'
log('source data:', m.group())
print '------------------------------'
'''
print m.group()
if '10024e3032414e474f541003' == m.group():
sock.send('\x10\x02N02PCDEL\x10\x03\xbe\x79')
sock = init_An24.start(sock)
#log('electrode:', init_An24.check_value)
data_one_sec = data_parse(m.group(), run_chk, low_battry, _count_pos)
stream_in_cache(data_one_sec, data_cache)
#log( 'cache:', data_cache)
#print stream_in_cache()
#print type(data_all) #tuple
#print len(data_all)
#print type(m.group()) # //str
#print len(m.group()) # //76
#print m.group().isdigit() #//False
#print dir(m.group())
while endstr in lbuf:
endpos = lbuf.index(endstr) + 4
lbuf = lbuf[endpos:]