if len(str(args.start)) > 0:
end_date = args.end
duration_date = args.start
if len(str(duration_date)) < 4:
du_date = tdd.get_duration_Index_date('999999', dl=int(duration_date))
# print duration_date
ct.PowerCountdl = duration_date
set_duration_console(du_date)
time_s = time.time()
status = False
top_all = pd.DataFrame()
lastpTDX_DF = pd.DataFrame()
elif st.startswith('w') or st.startswith('a'):
args = cct.writeArgmain().parse_args(st.split())
codew = stf.WriteCountFilter(top_temp, duration=duration_date, writecount=args.dl)
if args.code == 'a':
cct.write_to_blocknew(block_path, codew)
# sl.write_to_blocknew(all_diffpath, codew)
else:
cct.write_to_blocknew(block_path, codew, False)
# sl.write_to_blocknew(all_diffpath, codew, False)
print "wri ok:%s" % block_path
cct.sleeprandom(ct.duration_sleep_time / 2)
elif st.startswith('sh'):
while 1:
input = cct.cct_raw_input("code:")
if len(input) >= 6:
args = parser.parse_args(input.split())
if len(str(args.code)) == 6:
# print args.code
# # print duration_date
# ct.PowerCountdl = duration_date
# set_duration_console(du_date)
# time_s = time.time()
# status = False
# top_all = pd.DataFrame()
# lastpTDX_DF = pd.DataFrame()
elif st.lower() == 'g' or st.lower() == 'go':
status = True
elif st.lower() == 'clear' or st.lower() == 'c':
top_all = pd.DataFrame()
status = False
elif st.startswith('w') or st.startswith('a'):
args = cct.writeArgmain().parse_args(st.split())
codew = stf.WriteCountFilter(top_temp, writecount=args.dl)
if args.code == 'a':
cct.write_to_blocknew(block_path, codew)
# cct.write_to_blocknew(all_diffpath,codew)
else:
cct.write_to_blocknew(block_path, codew, False)
# cct.write_to_blocknew(all_diffpath,codew,False)
print "wri ok:%s" % block_path
cct.sleeprandom(ct.duration_sleep_time / 2)
# cct.sleep(5)
elif st.lower() == 'r':
dir_mo = eval(cct.eval_rule)
evalcmd(dir_mo)
elif st.startswith('q') or st.startswith('e'):
print "exit:%s" % (st)
