def apply_move(self, move, symbol):
from util import tuple_replace as replace
source_row = self.rows[move.row]
new_row = replace(symbol, move.column, source_row)
new_board = self.copy
new_board.update_from_tuple(replace(new_row, move.row, self.rows))
return new_board
def add_to_cart(self, product):
product_ = CRUD.retreive_name('"'+product+'"')
print(product)
if(util.check_if_exists(product, self.order_list)):
index = util.get_index(product, self.order_list)
self.order_qty[index] = self.Tracker.qty_change
util.replace(index, self.Table_)
s = str(index)
else:
self.order_list.append(product)
self.order_qty.append(self.Tracker.qty_change)
s = 'end'
print(product_)
qty = self.Tracker.qty_change
price = util.wholesale_check(qty, product_)
total = price * qty
delta = self.Tracker.qty_change - self.Tracker.qty_ref
stock = self.Tracker.qty_s - delta
CRUD.update_stock(str(product), int(stock))
if(qty == 0):
a = int(util.get_index(product, self.order_list))
name=self.order_list.pop(a)
quan=self.order_qty.pop(a)
# self.focus_item(a)
# self.Table_.tree.delete(self.Table_.tree.selection())
else:
product=product.replace(" ", "")
product=(product+" "+str(qty)+" " + str(price) + " "+ str(total))
self.Table_.tree.insert('', s, values=(product))
total = sum(float(self.Table_.tree.set(item,3)) for item in self.Table_.tree.get_children())
self.totala.set(total)
def test_replace():
s = '\n'
s += util.replace('abc', 'a', 'z')
s += '\n'
s += util.replace('abc123', 'bc', 'zy')
s += '\n'
s += util.replace('abc123', '123', '987')
s += '\n'
s += util.replace('abc123', '\d', 'zyx')
s += '\n'
s += util.replace('abc 123', '\s', '****')
s += '\n'
s += util.replace('abc 123', r'^ab', 'AB')
s += '\n'
s += util.replace('abc 123 abcabc', r'ab', 'AB')
s += '\n'
s += '\n'
s += util.replace('abc 123 abcabc\nabcabcxyz', r'^ab', 'AB')
s += '\n'
s += '\n'
s += util.replace('abc 123 abcabc\nabcabcxyz', r'^ab', 'AB', flags=re.MULTILINE)
s += '\n'
s += '\n'
s += util.replace('123abcdefg123 abx abc456xyz789abcdefgxyz', r'ab(?P<name1>.)', r'AB\g<name1>')
return s
def doError(self):
do = len(util.replace(self.code, 'do', 'do', True)[1])
end = len(util.replace(self.code, 'end', 'end', True)[1])
if do == end:
return
else:
if do > end:
self.result = f"Syntax Error: there are {end} end and {do} do is missing {do-end} end"
else:
self.result = f"Syntax Error: there are {do} do and {end} end is missing {end-do} end"
def getSummonerStats(summonerId, region):
ApiKey = util.getApiKey()
url = BASE_URL
url = util.replace(url, "{region}", region)
url = util.replace(url, "{summoner_id}", summonerId)
url = util.replace(url, "{api_key}", ApiKey)
url = util.replace(url, "{version}", util.getStatsVersion())
#try:
response = urllib2.urlopen(url)
data = response.read()
stats = parseJson(data, summonerId)
return stats
def plot_fs(data, outdir):
cs = {}
for name in ['rand', 'nonad', 'ad']:
cs[name] = util.get_coords(data['ks'], data[name])
means = []
ks = np.unique(data['ks'])
for k in ks:
means.append(np.mean(np.array(data[name])[data['ks'] == k]))
cs['mean_' + name] = util.get_coords(ks, means)
cs['x_max'] = str(max(data['ks']))
cs['y_max'] = str(max(data['ad']))
cs['title'] = re.escape(data['model'])
texname = 'fs_' + data['model'].lower() + '.tex'
util.replace(outdir, TEMPLATE_FS, cs, texname)
util.maketex(outdir, texname)
def OnReplace(self, event):
if not self.sc.word:
return
sp = self.ctrl.sp
u = undo.SinglePara(sp, undo.CMD_MISC, self.sc.line)
word = util.toInputStr(misc.fromGUI(self.replaceEntry.GetValue()))
ls = sp.lines
sp.gotoPos(self.sc.line, self.sc.col)
ls[self.sc.line].text = util.replace(
ls[self.sc.line].text, word,
self.sc.col, len(self.sc.word))
sp.rewrapPara(sp.getParaFirstIndexFromLine(self.sc.line))
# rewrapping a paragraph can have moved the cursor, so get the new
# location of it, and then advance past the just-changed word
self.sc.line = sp.line
self.sc.col = sp.column + len(word)
sp.clearMark()
sp.markChanged()
u.setAfter(sp)
sp.addUndo(u)
self.gotoNext(False)
def get_one(obj, model):
lmodel = model.lower()
if obj[:2] == 'fs':
resdir = os.path.join(util.DIR_RES, obj[2:], model)
else:
resdir = os.path.join(util.DIR_RES, obj, model)
with open(os.path.join(resdir, lmodel + '.pickle')) as f:
data = pcl.load(f)
g = ig.Graph.Read_Edgelist(os.path.join(resdir, 'graph'))
cs = {}
ks = np.unique(data['ks'])
if obj[:2] != 'fs':
means = []
stds = []
for k in ks:
reps = sum(data['ks'] == k)
ys_ad = np.array(data['ad'])[data['ks'] == k]
ys_nonad = np.array(data['nonad'])[data['ks'] == k]
ys = [(100.0*(foo-bar))/max(foo,bar)
for foo, bar in zip(ys_ad, ys_nonad)]
means.append(np.mean(ys))
stds.append(np.std(ys)/np.sqrt(reps))
cs['imp'] = util.get_coords(ks, means, stds)
if obj == 'influence' or obj == 'maxcut':
template = TEMPLATE_FS
else:
template = TEMPLATE_PS
texname = OBJ_SHORT[obj] + '_' + lmodel + '.tex'
util.replace(OUTDIR, template, cs, texname)
else:
means_ad = []
stds_ad = []
means_nonad = []
stds_nonad = []
for k in ks:
reps = sum(data['ks'] == k)
ys_ad = np.array(data['ad'])[data['ks'] == k]
means_ad.append(np.mean(ys_ad))
stds_ad.append(np.std(ys_ad)/np.sqrt(reps))
ys_nonad = np.array(data['nonad'])[data['ks'] == k]
means_nonad.append(np.mean(ys_nonad))
stds_nonad.append(np.std(ys_nonad)/np.sqrt(reps))
cs['mean_ad'] = util.get_coords(ks, means_ad, stds_ad)
cs['mean_nonad'] = util.get_coords(ks, means_nonad, stds_nonad)
texname = OBJ_SHORT[obj] + '_' + lmodel + '.tex'
util.replace(OUTDIR, TEMPLATE_FAVG, cs, texname)
print '---------'
def repeatError(self):
for key in self.keywords:
for c in range(0, len(self.lines)):
wordKey = len(util.replace(self.lines[c], key, key, True)[1])
do = len(util.replace(self.lines[c], 'do', 'do', True)[1])
if wordKey == 0:
continue
if wordKey == do and wordKey <= 1:
self.doError()
else:
if wordKey == do:
self.result = f"Syntax Error: you can only put one conditional in a line but there are {wordKey} {key}"
elif wordKey > 1:
self.result = f"Syntax Error: there are {wordKey} {key}, but you can onpy put one {key} in a line"
elif do > wordKey:
self.result = f"Syntax error: there are {wordKey} {key}, but {do} do."
elif do < wordKey:
self.result = f"Syntax error: there are {wordKey} {key}, but only {do} do."
def getSummonerStats(summonerId, region):
ApiKey = util.getApiKey()
url = BASE_URL
url = util.replace(url, "{region}", region)
url = util.replace(url, "{summoner_id}", summonerId)
url = util.replace(url, "{api_key}", ApiKey)
url = util.replace(url, "{version}", util.getStatsVersion())
#try:
response = urllib2.urlopen(url)
data = response.read()
stats = parseJson(data, summonerId)
return stats
#except:
#print response.getcode()
#getSummonerStats("32280833", "na")
def main():
while True:
ip = Get_local_ip()
if ip and ip != "127.0.0.1":
#修改IP地址
with open('/home/nvidia/Horus/config.cnf') as f:
cnf = json.load(f)
cnf['host_ip'] = ip
jsonstr = json.dumps(cnf, ensure_ascii=False, sort_keys=True)
util.replace('/home/nvidia/Horus/config.cnf', jsonstr)
file_thread = myFileThread()
file_thread.start()
createDaemon()
break
else:
continue
def getSummonerByName(region, name):
name = util.replace(name, " ", "")
ApiKey = util.getApiKey()
url = BASE_URL
url = util.replace(url, "{region}", region)
url = util.replace(url, "{summoner_name}", name)
url = util.replace(url, "{api_key}", ApiKey)
url = util.replace(url, "{version}", util.getSummonerVersion())
#util.log(url)
summonerFound = False
#try:
response = urllib2.urlopen(url)
data = response.read()
summoner = parseJson(data, name)
summonerFound = True
return summoner
#except:
util.log("Summoner not Found")
def getSummonerByName(region, name):
name = util.replace(name, " ", "")
ApiKey = util.getApiKey()
url = BASE_URL
url = util.replace(url, "{region}", region)
url = util.replace(url, "{summoner_name}", name)
url = util.replace(url, "{api_key}", ApiKey)
url = util.replace(url, "{version}", util.getSummonerVersion())
#util.log(url)
summonerFound = False
try:
response = urllib2.urlopen(url)
data = response.read()
summoner = parseJson(data, name)
summonerFound = True
return summoner
except:
util.log("Summoner not Found")
def OnReplace(self, event=None, autoFind=False):
if self.searchLine == -1:
return False
value = util.toInputStr(misc.fromGUI(self.replaceEntry.GetValue()))
ls = self.ctrl.sp.lines
sp = self.ctrl.sp
u = undo.SinglePara(sp, undo.CMD_MISC, self.searchLine)
ls[self.searchLine].text = util.replace(ls[self.searchLine].text,
value, self.searchColumn,
self.searchWidth)
sp.rewrapPara(sp.getParaFirstIndexFromLine(self.searchLine))
self.searchLine = -1
diff = len(value) - self.searchWidth
if not self.dirUp:
sp.column += self.searchWidth + diff
else:
sp.column -= 1
if sp.column < 0:
sp.line -= 1
if sp.line < 0:
sp.line = 0
sp.column = 0
self.searchLine = 0
self.searchColumn = 0
self.searchWidth = 0
else:
sp.column = len(ls[sp.line].text)
sp.clearMark()
sp.markChanged()
u.setAfter(sp)
sp.addUndo(u)
self.OnFind(autoFind=autoFind)
return True
def OnReplace(self, event=None, autoFind=False):
if self.searchLine == -1:
return False
value = util.toInputStr(misc.fromGUI(self.replaceEntry.GetValue()))
ls = self.ctrl.sp.lines
sp = self.ctrl.sp
u = undo.SinglePara(sp, undo.CMD_MISC, self.searchLine)
ls[self.searchLine].text = util.replace(
ls[self.searchLine].text, value,
self.searchColumn, self.searchWidth)
sp.rewrapPara(sp.getParaFirstIndexFromLine(self.searchLine))
self.searchLine = -1
diff = len(value) - self.searchWidth
if not self.dirUp:
sp.column += self.searchWidth + diff
else:
sp.column -= 1
if sp.column < 0:
sp.line -= 1
if sp.line < 0:
sp.line = 0
sp.column = 0
self.searchLine = 0
self.searchColumn = 0
self.searchWidth = 0
else:
sp.column = len(ls[sp.line].text)
sp.clearMark()
sp.markChanged()
u.setAfter(sp)
sp.addUndo(u)
self.OnFind(autoFind=autoFind)
return True
def OnReplace(self, event):
if not self.sc.word:
return
word = util.toInputStr(misc.fromGUI(self.replaceEntry.GetValue()))
ls = self.ctrl.sp.lines
ls[self.sc.line].text = util.replace(ls[self.sc.line].text, word,
self.sc.col, len(self.sc.word))
self.ctrl.searchLine = -1
diff = len(word) - len(self.sc.word)
self.sc.col += len(self.sc.word) + diff
self.didReplaces = True
self.ctrl.sp.markChanged()
self.gotoNext(False)
def OnReplace(self, event):
if not self.sc.word:
return
word = util.toInputStr(misc.fromGUI(self.replaceEntry.GetValue()))
ls = self.ctrl.sp.lines
ls[self.sc.line].text = util.replace(
ls[self.sc.line].text, word,
self.sc.col, len(self.sc.word))
self.ctrl.searchLine = -1
diff = len(word) - len(self.sc.word)
self.sc.col += len(self.sc.word) + diff
self.didReplaces = True
self.ctrl.sp.markChanged()
self.gotoNext(False)
def rescale_image(self, img_num: int) -> np.ndarray:
"""
scales the colors in all images based on the lowest and highest temperature among all the pictures
:param img_num: 0, 1, 2, ..., n the image number is used to grab the image file and the temperature data
:return: the rescaled image
"""
self.global_color_map: Dict[float,
Color] = self.get_global_temp_color_map()
img_num_str: str = util.make_double_digit_str(img_num)
img: np.ndarray = cv2.imread(self.directory_path +
"/ir{0}.png".format(img_num_str))
# get colors and temperatures separately
color_map_orig: Dict[float, Color] = self.get_temp_color_map(
self.lowest[img_num],
self.highest[img_num]) # gets temperature to color
local_temps: List[float] = list(color_map_orig.keys())
adjusted_local_temps: List[float] = self.match_local_with_global_temps(
local_temps)
# remakes the color map so that the temperatures now match up with the global temperatures
color_map: Dict[Color, float] = dict(
zip(self.palette, adjusted_local_temps)) # color to temperature
# map local color to the global color
local_color_to_global: Dict[Color, Color] = {}
for color in color_map:
local_color_to_global[color] = self.global_color_map[
color_map[color]]
rescaled_image: np.ndarray = np.zeros(img.shape)
# make sure colors in image match the palette exactly
image_obj: Image.Image = Image.Image(img)
image_obj.set_colors_to_palette(self.palette)
# replace local colors with global colors row by row
for x in range(img.shape[1]):
rescaled_image[:, x] = util.replace(
image_obj.img[:, x].astype(np.float64), local_color_to_global)
return rescaled_image
def OnReplace(self, event=None, autoFind=False):
if self.ctrl.searchLine != -1:
value = util.toInputStr(misc.fromGUI(self.replaceEntry.GetValue()))
ls = self.ctrl.sp.lines
ls[self.ctrl.searchLine].text = util.replace(
ls[self.ctrl.searchLine].text, value, self.ctrl.searchColumn,
self.ctrl.searchWidth)
self.ctrl.searchLine = -1
diff = len(value) - self.ctrl.searchWidth
if not self.dirUp:
self.ctrl.sp.column += self.ctrl.searchWidth + diff
else:
self.ctrl.sp.column -= 1
if self.ctrl.sp.column < 0:
self.ctrl.sp.line -= 1
if self.ctrl.sp.line < 0:
self.ctrl.sp.line = 0
self.ctrl.sp.column = 0
self.ctrl.searchLine = 0
self.ctrl.searchColumn = 0
self.ctrl.searchWidth = 0
else:
self.ctrl.sp.column = len(ls[self.ctrl.sp.line].text)
if diff != 0:
self.didReplaces = True
self.ctrl.sp.markChanged()
self.OnFind(autoFind=autoFind)
return True
else:
return False
def OnReplace(self, event = None, autoFind = False):
if self.ctrl.searchLine != -1:
value = util.toInputStr(misc.fromGUI(self.replaceEntry.GetValue()))
ls = self.ctrl.sp.lines
ls[self.ctrl.searchLine].text = util.replace(
ls[self.ctrl.searchLine].text, value,
self.ctrl.searchColumn, self.ctrl.searchWidth)
self.ctrl.searchLine = -1
diff = len(value) - self.ctrl.searchWidth
if not self.dirUp:
self.ctrl.sp.column += self.ctrl.searchWidth + diff
else:
self.ctrl.sp.column -= 1
if self.ctrl.sp.column < 0:
self.ctrl.sp.line -= 1
if self.ctrl.sp.line < 0:
self.ctrl.sp.line = 0
self.ctrl.sp.column = 0
self.ctrl.searchLine = 0
self.ctrl.searchColumn = 0
self.ctrl.searchWidth = 0
else:
self.ctrl.sp.column = len(ls[self.ctrl.sp.line].text)
if diff != 0:
self.didReplaces = True
self.ctrl.sp.markChanged()
self.OnFind(autoFind = autoFind)
return True
else:
return False
def change_palette(self, new_palette_name: str) -> None:
"""
given an image that only contains colors from one palette, change it to the colors of another palette
:param new_palette_name: the palette you want to new image to follow like "lava.pal"
:return: an image that follows the new palette
"""
old_palette: List[Color] = util.palette_to_bgr("palettes/" +
self.identify_palette())
new_palette: List[Color] = util.palette_to_bgr("palettes/" +
new_palette_name)
# if the sizes don't match up stretch one of them
if len(new_palette) != len(old_palette):
if len(new_palette) > len(old_palette):
old_palette = util.stretch_list(old_palette, len(new_palette))
else:
new_palette = util.stretch_list(new_palette, len(old_palette))
old_to_new: Dict[Color, Color] = dict(zip(old_palette, new_palette))
for i in range(self.img.shape[0]):
row: np.ndarray = self.img[i]
self.img[i] = util.replace(row, old_to_new)
import component, util, os
MY_HOME = os.getenv('MY_HOME')
ini_file = os.path.dirname(os.path.realpath(__file__)) + os.sep + 'pgbouncer.ini'
util.replace('MY_HOME', MY_HOME, ini_file)
component.init_comp('bouncer', 'pgbouncer.pid')
# -*- coding: utf-8 -*-
"""
Created on Thu Apr 7 13:39:53 2016
@author: aanderson
"""
import numpy as np
from util import replace
N = int(raw_input())
for i in xrange(1, N + 1):
pan = list(raw_input())
replace(pan, '-', 0)
replace(pan, '+', 1)
x = np.sum(np.abs(np.diff(np.array(pan))))
x = x + 1 - pan[-1]
print "Case #{}: {}".format(i, x)
def deal_command(self, socket, data):
sys.path.append("..")
import util
if '0x01' in data:
#打开摄像头
util.Logprint(2, data)
cmd = '/home/nvidia/Horus/opencamera'
subprocess.Popen(cmd,
shell=True,
stdout=subprocess.PIPE,
stderr=subprocess.STDOUT)
elif '0x02' in data:
#自定义命令
util.Logprint(2, data)
cus_command = data.split(':')[1]
if cus_command != '':
os.system(cus_command)
elif '0x03' in data:
util.Logprint(2, data)
#关闭摄像头
pids = psutil.pids()
for pid in pids:
p = psutil.Process(pid)
# if "python" in p.name():
# ss=p.cmdline()
# if len(ss)>0:
# if ss[1]=="/home/nvidia/Horus/opencamera.py":
# util.kill(pid)
# util.Logprint(1,data)
if "opencamera" in p.name():
util.kill(pid)
elif '0x04' in data:
#发送日志
# Communicate().sendFile(socket,config.LOG_PATH)
pass
elif '0x05' in data:
import util #更新config的level值
util.Logprint(2, data)
#设置config
key = data.split(':')[1]
value = data.split(':')[2]
#修改K-V
with open('/home/nvidia/Horus/config.cnf') as f:
cnf = json.load(f)
cnf[key] = value
jsonstr = json.dumps(cnf, ensure_ascii=False, sort_keys=True)
util.replace('/home/nvidia/Horus/config.cnf', jsonstr)
elif '0x06' in data:
util.Logprint(2, data)
#打开环境传感器
global envid
envid = Communicate().createnvDaemon()
elif '0x07' in data:
util.Logprint(2, data)
#关闭环境传感器
util.kill(envid)
elif '0x08' in data:
util.Logprint(2, data)
obddata = data[5:]
if util.is_json(obddata):
with open('/home/nvidia/Horus/config.cnf') as json_data:
cnf = json.load(json_data)
db = create_engine(cnf['db'])
s = json.loads(obddata)
insert_data = "insert into tb_obd(timestamp,longitude,latitude,altitude,speed) values (%s,%s,%s,%s,%s)" % (
s["timestamp"], s["longitude"], s["latitude"],
s["altitude"], s["speed"])
db.execute(insert_data)
elif '0x09' in data:
util.Logprint(2, data)
pids = psutil.pids()
for pid in pids:
p = psutil.Process(pid)
if "python" in p.name():
ss = p.cmdline()
if len(ss) > 0:
if ss[1] == "Horus.py":
util.kill(pid)
util.Logprint(1, data)
if "Horus" in p.name():
util.kill(pid)
#
elif 'test' in data:
util.Logprint(1, data)
#心跳测试和数据库表的条目查询
Communicate().dbquery(socket)
pass
else:
util.Logprint(1, data)
#手机端json数据
if util.is_json(data):
with open('/home/nvidia/Horus/config.cnf') as json_data:
cnf = json.load(json_data)
db = create_engine(cnf['db'])
s = json.loads(data)
insert_data = "insert into tb_mobile_sensor(timestamp,accx,accy,accz,gpsLongitude,gpsLatitude,gpsAltitude,gpsSpeed,gpsBearing,light,deviceID,frequency) values (%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s)" % (
s["time"], s["accx"], s["accy"], s["accz"],
s["longitude"], s["latitude"], s["altitude"],
s["speed"], s["bearing"], s["lightx"], s["deviceID"],
s["frequency"])
db.execute(insert_data)
