def setUp(self):
"""
Configure database for test purposes. Remind to close db after data
insertion.
"""
database.DEFAULT_DATABASE = 'test.db'
self.db = database.opendb()
def solveN(N, store=False):
s = time.time()
assert N >= 4
board = create_board(N)
solutions = []
dbsession = opendb() if store else None
solve(board, 0, N, solutions, store, dbsession)
return solutions, (time.time() - s)
def open_story(path):
global body, context
if not database.opendb(path):
body = "Unable to open file."
return
ver = database.get("SELECT pystory_ver FROM info")[0][0] # Check version.
if ver != database.PYSTORY_VER:
body = "Story file structure version mismatch."
return
storyfile.sql_to_abs()
context = ["\"{0}\"".format(storyfile.data[-1]["info"]["name"]), "STORY", None]
def open_story(path):
global body, context
if not database.opendb(path):
body = "Unable to open file."
return
ver = database.get("SELECT pystory_ver FROM info")[0][0] # Check version.
if ver != database.PYSTORY_VER:
body = "Story file structure version mismatch."
return
storyfile.sql_to_abs()
context = [
"\"{0}\"".format(storyfile.data[-1]["info"]["name"]), "STORY", None
]
def main():
global DB
DB = opendb(config.worldfile)
socket.setdefaulttimeout(config.timeout)
S = socket.socket()
print "[{0}] Starting up.".format(int(time.time()))
if not connect(S): # Connection failed.
print "[{0}] Connection failed.".format(int(time.time()))
S.close()
DB.close()
time.sleep(config.retryrate) # Wait a bit.
print "[{0}] Retrying connection.".format(int(time.time()))
main() # Try again.
while True: # Main Loop
receive(S)
time.sleep(0.04) # 1/25 Second. Let's not be too conspicuous.
if n > 0.05:
end = len(y)-h
break
h += 1
return end
if __name__ == "__main__":
import sys
platformd = {"linux2" : u"linux", "win32" : u"windows"}
class DataForTest:
def __init__(self,limitvalue = 10):
self.xvalue = range(1,limitvalue,1)
self.yvalue = range(1,limitvalue,1)
self.fftxvalue = range(1,limitvalue,1)
self.fftyvalue = range(1,limitvalue,1)
self.params = {}
self.params['wiretype'] = u"multicord"
self.params['wire'] = u"154.6290.600-01"
self.params['antenna'] = u"Воздушная"
self.params['range'] = u"Центр"
self.params['distance'] = u"1см"
self.params['amplitude'] = u"20кВ"
self.params['measure'] = u"Напряжение"
self.type = ["Time", "Spectrogram"]
self.device = u"Oscilloscope"
self.units = u"Volts"
self.path = "D:\\1.csv"
data1 = DataForTest()
draw1 = Draw(platform = platformd[sys.platform], outputlevel = 2, showplot = True, save_flag = True, replot = True)
conn = database.opendb()
draw1.plot(data1, conn)
if i[0:2] == '説明':
##print('【説明】')
d = i.split('<br/>')
SHUOMING = []
for d1 in d[1:]:
# if d1!='':
p = BeautifulSoup(d1, 'lxml')
SHUOMING.append(p.get_text())
##print(p.get_text())
YUFA.SHUOMING = '######'.join(str(i) for i in SHUOMING)
##print()
return YUFA
#i=input('请输入id:')
print('start...........')
conn = database.opendb('yufa.sqlite')
f = open("yufaid.txt", "r")
ids = f.readlines()
for id in ids:
try:
yufa = spaide(int(id))
database.insert_into_T_YUFA(conn, yufa)
for l in yufa.LIJU:
lijuObj = database.toTYUFA_LIJU(l)
database.insert_into_T_SENTENCE(conn, l)
break
except:
print(str(id))
print('end...........')
report_flag = True
save_flag = True
platformd = {"linux2" : u"linux", "win32" : u"windows"}
dt = lambda x,y: " " + "in" + " " + str((y-x)/60) + " " + "min"
fileproc = filesys.FileSys(device,outputlevel)
filedir = GUI.dirchoise(1)
savepath = GUI.dirchoise(2)
t1 = time.clock()
data = []
for path in fileproc.filelist(filedir):
if outputlevel >= 1:
print path
measurment = filesys.Data(fileproc.csvread(path), path)
conn = database.opendb(savepath)
database.inittable(conn, tablename = "main")
database.insert(conn, measurment, tablename = "main")
data.append(measurment)
if measurment.a_flag == True and outputlevel >= 2:
print "attenuator!!!"
t2 = time.clock()
print "taking data DONE" + dt(t1,t2)
if plot_flag == True:
t1 = time.clock()
pl = draw.Draw(platform = platformd[sys.platform], outputlevel, showplot, replot, save_flag)
for element in data:
pl.plot(element,conn)
t2 = time.clock()
print "plotting DONE" + dt(t1,t2)
