def savedailytradedata(v_lastdaydata, v_lastdaydate):
commonlib.msg('savedailytradedata running', True)
t_opt = 'create table if not exists \'lastdaydata\'(code integer primary key NOT NULL,volume integer,lastend real,bvcount integer,win integer,lose integer,meanincome real);'
sqlite3lib.optrecod(sqlite3lib.bigvolumedb, t_opt)
t_optbatch = []
for t_el in v_lastdaydata:
if (len(t_el) == 3 and float(t_el[2]) < 256):
t_opt = 'select * from \'lastdaydata\' where code={0};'.format(
str(t_el[0]))
t_olddata = sqlite3lib.optrecod(sqlite3lib.bigvolumedb, t_opt)
t_str = '0,0,0,0'
if (len(t_olddata) > 0):
t_str = '{0},{1},{2},{3}'.format(t_olddata[0][3],
t_olddata[0][4],
t_olddata[0][5],
t_olddata[0][6])
t_optbatch += [
'replace into \'lastdaydata\'(code,volume,lastend,bvcount,win,lose,meanincome) values({0},{1},{2},{3});'
.format(t_el[0], t_el[1], t_el[2], t_str)
]
sqlite3lib.optrecodbatch(sqlite3lib.bigvolumedb, t_optbatch)
t_opt = 'create table if not exists \'lastdaydate\'(recod integer primary key NOT NULL,lastdaydate integer);'
sqlite3lib.optrecod(sqlite3lib.bigvolumedb, t_opt)
t_opt = 'replace into \'lastdaydate\'(recod,lastdaydate) values({0},{1});'.format(
'1', str(v_lastdaydate))
sqlite3lib.optrecod(sqlite3lib.bigvolumedb, t_opt)
commonlib.msg('savedailytradedata run', True)
return (0)
def getpool(v_poolvolume=0):
commonlib.msg('policyrun running', True)
t_pool = v_poolvolume if (v_poolvolume != 0) else int(
commonlib.cfgvalue('pool'))
t_opt = 'select * from \'lastdaydata\' order by meanincome;'
t_array = sqlite3lib.optrecod(
sqlite3lib.bigvolumedb,
t_opt) #code,volume,lastend,bvcount,win,lose,meanincome,
t_i = len(t_array)
t_policypool = []
if (t_i > 0):
t_pool = (t_pool if (t_i >= t_pool) else t_i)
t_threshold = float(commonlib.cfgvalue('bigvolumethreshold'))
t_policyprice = float(commonlib.cfgvalue('policyprice'))
t_threshold = t_threshold if (t_threshold != 0) else 0.01
for t_el0 in t_array:
if (float(t_el0[2]) < t_policyprice):
t_weight = (int(t_el0[4]) / (t_el0[5] if
(t_el0[5] > 0) else 0.382)
) + t_el0[6] * 382 #win/lose+meanincome*382
t_policypool.append(
[
t_el0[0], t_el0[1], t_el0[2], t_threshold, t_weight,
0.0, 0, 0
]
) #code,volume,lastend,threshold,weight,price,volume,successflag,
t_policypool.sort(key=lambda t_policypool: t_policypool[4],
reverse=True)
t_policypool = t_policypool[0:t_pool]
else:
commonlib.msg('get empty pool', True)
return (t_policypool)
def policyrun():
commonlib.msg('policyrun running', True)
if (len(commonlib.bvpolicyarray) == 0):
t_policypool = getpool()
if (len(t_policypool) > 0):
t_policypool = commonlib.arraysplit(
t_policypool,
(len(t_policypool) //
int(commonlib.cfgvalue('bigvolumeprocesses')) + 1))
t_threshold = float(commonlib.cfgvalue('bigvolumethreshold'))
t_threshold = t_threshold if (t_threshold != 0) else 0.01
for t_el0 in t_policypool:
commonlib.bvpolicyarray.append([t_el0, t_threshold])
if (len(commonlib.bvpolicyarray) > 0):
t_prcs = int(commonlib.cfgvalue('processes'))
t_bvpolicymsg = (commonlib.multiprcs(t_prcs,
commonlib.getbigvolumeprcs,
commonlib.bvpolicyarray)
) #price,time,code,lastend,
if (len(t_bvpolicymsg) > 0):
socketlib.bvrunmsg(t_bvpolicymsg) #price,time,code,lastend,
commonlib.bvpolicyarray = bvpolicypoolupdate(
t_bvpolicymsg) #price,time,code,lastend,
#print(commonlib.bvmsg)
commonlib.msg('policyrun run', True, True)
return (0)
def analyzebigvolume():
commonlib.msg('analyzebigvolume running', True)
t_winlimit = float(commonlib.cfgvalue('winlimit'))
t_loselimit = float(commonlib.cfgvalue('loselimit'))
t_opt = 'select lastdaydate from \'lastdaydate\' where recod=1;'
t_dailydate = int(sqlite3lib.optrecod(sqlite3lib.bigvolumedb, t_opt)[0][0])
t_opt = 'select * from \'bigvolume\' where analyzed=0 order by bigvolumedate;'
t_codegroup = sqlite3lib.optrecod(sqlite3lib.bigvolumedb, t_opt)
for t_el0 in t_codegroup:
if (len(t_el0) > 0):
t_bvdate = int(t_el0[0])
if (t_dailydate > t_bvdate):
t_str = ''
t_a0 = t_el0[1].split('\n')
if (len(t_a0) > 0):
for t_el1 in t_a0:
t_a1 = t_el1.split(',')
if (len(t_a1) >= 4): #price,time,code,lastend,
t_str += countbvdata(t_a1, t_bvdate, t_winlimit,
t_loselimit) + '\n'
t_opt = 'replace into \'bigvolume\'(bigvolumedate,bigvolumedata,analyzed) values({0},\'{1}\',1);'.format(
t_el0[0], t_str)
sqlite3lib.optrecod(sqlite3lib.bigvolumedb, t_opt)
commonlib.msg('analyzebigvolume run', True)
return (0)
def test():
mbC2SSend('ps aux|grep python3\ndate')
time.sleep(1)
t_rx = mbCRx()
t_mbNumber = len(t_rx)
commonlib.msg(str(t_mbNumber))
for t_el0 in t_rx:
for t_el1 in t_el0:
print(t_el1)
def savebigvolume(v_bigvolume, v_webdate):
commonlib.msg('savebigvolume running', True)
t_opt = 'create table if not exists \'bigvolume\'(bigvolumedate integer primary key NOT NULL,bigvolumedata text,analyzed integer);'
sqlite3lib.optrecod(sqlite3lib.bigvolumedb, t_opt)
t_str = commonlib.array2d2str(v_bigvolume, ',', '\n')
t_opt = 'replace into \'bigvolume\'(bigvolumedate,bigvolumedata,analyzed) values({0},\'{1}\',0);'.format(
str(v_webdate), t_str)
sqlite3lib.optrecod(sqlite3lib.bigvolumedb, t_opt)
commonlib.msg('savebigvolume run', True)
return (0)
def getdaily():
commonlib.msg('getdaily running', True)
t_lastdaydata = []
t_prcs = int(commonlib.cfgvalue('processes'))
t_codegroup = commonlib.arraysplit(commonlib.codelist(True), 256)
t_codegroup = commonlib.arraysplit(
t_codegroup,
(len(t_codegroup) // int(commonlib.cfgvalue('dailyprocesses')) + 1))
t_paras = []
for t_el0 in t_codegroup:
t_paras.append((t_el0, ))
t_lastdaydata = commonlib.multiprcs(t_prcs, commonlib.getdailyprcs,
t_paras)
commonlib.msg('getdaily run', True)
return (t_lastdaydata)
def bvpolicypoolupdate(v_msgarray): #price;time;code;lastend
t_array = []
for t_el in commonlib.bvpolicyarray: #code,volume,lastend,threshold,weight,price,volume,successflag,
t_array.append(
[commonlib.array2dremove(t_el[0], v_msgarray, 0, 2), t_el[1]])
for t_el in v_msgarray:
t_opt = 'select bvcount,win,lose,meanincome from lastdaydata where code={0};'.format(
t_el[2])
t_hismsg = sqlite3lib.optrecod(sqlite3lib.bigvolumedb,
t_opt) #bvcount,win,lose,meanincome,
commonlib.msg(
'[{0},\t{1},\t{2},\t{3},\t{4},\t{5},\t{6}]'.format(
str(t_el[1]), str(t_el[2]), str(t_el[0]), t_hismsg[0][0],
t_hismsg[0][1], t_hismsg[0][2], t_hismsg[0][3]), True, True)
return (t_array) #code,
def mailClient():
while (True):
cmd = prompt('> ')
#print(cmd)
if (cmd == 'exit'):
break
try:
maillib.mbC2SSend(cmd)
time.sleep(maillib.mbAccessInterval())
t_rx = maillib.mbCRx()
t_mbNumber = len(t_rx)
commonlib.msg(str(t_mbNumber))
for t_el0 in t_rx:
for t_el1 in t_el0:
print(t_el1)
except:
print('mb fault!\n')
def getbigvolume(v_webdate):
commonlib.msg('getbigvolume running', True)
t_prcs = int(commonlib.cfgvalue('processes'))
t_threshold = float(commonlib.cfgvalue('bigvolumethreshold'))
t_threshold = t_threshold if (t_threshold != 0) else 0.01
t_opt = 'select * from \'lastdaydata\';'
t_codegroup = sqlite3lib.optrecod(sqlite3lib.bigvolumedb, t_opt)
t_codegroup = commonlib.arraysplit(
t_codegroup,
(len(t_codegroup) // int(commonlib.cfgvalue('bigvolumeprocesses')) +
1))
t_paras = []
for t_el0 in t_codegroup:
t_paras.append([t_el0, t_threshold])
t_bigvolume = commonlib.multiprcs(t_prcs, commonlib.getbigvolumeprcs,
t_paras)
savebigvolume(t_bigvolume, v_webdate)
commonlib.msg('getbigvolume run', True)
return (0)
def mailServer():
while (True):
try:
pass
t_rx = []
t_rx = maillib.mbSRx()
except Exception as e:
pass
commonlib.msg(str(e))
continue
t_mbNumber = len(t_rx)
commonlib.msg(str(t_mbNumber))
startTime = time.time()
for t_el0 in range(0, t_mbNumber):
t_rt = ''
for t_el1 in t_rx[t_el0]:
t_cmd = os.popen(t_el1)
t_rt = t_rt + '[# {0}]\n{1}\n'.format(t_el1, t_cmd.read())
print(t_rt)
maillib.mbS2CSend(t_rt)
delayTime = maillib.mbAccessInterval() - (time.time() - startTime)
time.sleep(delayTime if delayTime > 0 else 0)
def accessurl(v_url, v_code='utf-8'):
commonlib.msg(v_url[16:64] + ' accessing', False)
t_repeat = 0
t_str = 'fail'
while (t_str[0] == 'f'):
t_repeat += 1
t_str = gethtml(v_url, v_code)
if ((t_repeat % 64) == 0):
commonlib.msg(v_url, True, True)
commonlib.msg('fail(access times big than 64)', True, True)
break
return (t_str)
def dailyrun(v_webdate, v_dbdate):
commonlib.msg('dailyrun running', True)
if (v_webdate > v_dbdate and v_dbdate != 0):
getbigvolume(v_webdate)
else:
commonlib.msg('getbigvolume is not run', True)
if (v_webdate != v_dbdate and v_webdate != 0):
t_dailydata = getdaily()
savedailytradedata(t_dailydata, v_webdate)
analyzebigvolume()
commonlib.msg('dailyrun run', True)
return ('run')
def msg(v_str, v_rollmode=False, v_newlinemode=False):
commonlib.msg(v_str, v_rollmode, v_newlinemode)
return (0)
