def temp_product_storage():
id_product = 0
cur.execute("DELETE FROM "+database+".temps")
for s in range(len(group_name)):
for i in range (page_number):
initdata = initialize.init(i+1,get_url(s),attributes[s])
if(group_name[s] == "JLaptops" and initdata.count < 47):
break
data = [[0 for j in range(initdata.count)] for i in range(page_number)]
for j in range(initdata.count):
if(group_name[s] == "Ephonesfr" or group_name[s] == "ELaptopsfr" or group_name[s] == "Ephones" or group_name[s] == "ELaptops" or group_name[s] == "EMacbooks"):
data[i][j] = Ebay_Scrapping.phone_scrap(initdata.section, j)
if(group_name[s] == "Jphones" or group_name[s] == "JLaptops"):
data[i][j] = Jumia_Scrapping.phone_scrap(initdata, j)
if(group_name[s] == "WMphones" or group_name[s] == "WMLaptops"):
data[i][j] = WallMart_Scrapping.phone_scrap(initdata.section, j)
if data[i][j] is None:
continue
name = data[i][j].name
prices = data[i][j].price
img_link = data[i][j].img
link = data[i][j].link
prices = prices.replace(' ', '')
prices = prices.replace('Dhs', '')
prices = prices.replace('$', '')
if(group_name[s] == "Ephonesfr" or group_name[s] == "ELaptopsfr"):
prices = re.sub("\,.*", '' , prices)
prices = prices.replace(',', '')
prices = re.sub(' .*', '' , prices)
prices = re.sub("\..*", '' , prices)
name = list(name)
prices = list(prices)
img_link = list(img_link)
for k in range(len(name)):
if name[k] == "'" or name[k] == '"' or name[k] == '-' :
name[k] = ""
name = "".join(name)
for k in range(len(prices)):
if prices[k] == "'" or prices[k] == '"' or prices[k] == '-' or ord(prices[k]) == 160:
prices[k] = ""
prices = "".join(prices)
for k in range(len(img_link)):
if img_link[k] == "'" or img_link[k] == '"':
img_link[k] = " "
img_link = "".join(img_link)
data[i][j].name = name
prices = int(prices)
if(group_name[s] == "Jphones" or group_name[s] == "JLaptops"):
prices = prices / dollar_to_mad
prices = int(prices)
data[i][j].price = prices
data[i][j].img = img_link
id_product = hashlib.sha256(data[i][j].link.encode('utf-8')).hexdigest()
sql_statement = "INSERT INTO "+database+".temps VALUES (%s, %s, %s, %s, %s, %s)"
values = (id_product, get_grp(s),data[i][j].name, data[i][j].img, data[i][j].price, data[i][j].link)
cur.execute(sql_statement, values)
db.commit()
def main():
args = get_args()
f = os.path.normpath
device = torch.device(
"cuda" if torch.cuda.is_available() and not args.no_cuda else "cpu")
if args.do_init:
init(f(args.train_file), f(args.dev_file), f(args.test_file),
f(args.word_dict_path), f(args.tag_dict_path))
return
if args.do_train:
do_train(f(args.train_file),
f(args.output_dir), f(args.word_dict_path),
f(args.tag_dict_path), args.max_seq_len, args.embed_dim,
args.hidden_dim, args.lr, args.batch_size, args.epochs,
args.print_step, device)
if args.do_eval:
do_eval(f(args.test_file), f(args.word_dict_path),
f(args.tag_dict_path), args.max_seq_len,
args.embed_dim, args.hidden_dim, f(args.output_dir),
f(args.eval_log_dir), device)
def start():
started = False
initialize.init()
x=1
while x>0:
try:
bCluster, bSpace = cassandraHelper.makeConnection()
x=0
except Exception as er:
print er
if started == False:
print "Starting cassandra",x
os.system("nohup x-terminal-emulator -e ~/workspace/bemoss_os/bemoss_lib/databases/cassandraAPI/casstart.sh &")
time.sleep(15)
started = True
print 'Waiting for cassandra ...'
x=1
time.sleep(5)
print "Cassandra connected"
def run_optimizer(method, gp, opts, Y, X_r, Icv, cv_idx, X_o=None):
if 'min_iter' in opts:
min_iter = opts['min_iter']
else:
min_iter = 10
if 'max_iter' in opts:
max_iter = opts['max_iter']
else:
max_iter = 100
# initialize
LG.info('Optimize %s' % method)
converged = False
lmltest_global = SP.inf
hyperparams_global = None
Ypred_global = None
r2_global = -SP.inf
# hold nfolds of the data out
Itrain = Icv != cv_idx
Itest = Icv == cv_idx
i = 1
while True:
LG.info('Iteration: %d' % i)
converged = False
# stop, if maximum number of iterations is reached
if i > max_iter:
break
# set data
if X_o == None:
gp.setData(Y=Y[Itrain], X_r=X_r[Itrain])
else:
gp.setData(Y=Y[Itrain], X_r=X_r[Itrain], X_o=X_o[Itrain])
hyperparams, Ifilter, bounds = initialize.init(method, Y[Itrain].T,
X_r[Itrain], opts)
try:
[hyperparams_opt, lmltrain] = opt.opt_hyper(gp,
hyperparams,
opts=opts,
Ifilter=Ifilter,
bounds=bounds)
# gradient need not to be 0, because we have bounds on the hyperparameters...
gradient = SP.array([
LA.norm(x) for x in gp.LMLgrad(hyperparams_opt).values()
]).mean()
LG.info('LMLtrain: %.3f' % gp.LML(hyperparams_opt))
LG.info('Gradient: %.3f' % (gradient))
converged = True
except AssertionError, error:
print 'Assertion Error: %s' % error
continue
except:
def start():
started = False
initialize.init()
x = 1
while x > 0:
try:
bCluster, bSpace = cassandraHelper.makeConnection()
x = 0
except Exception as er:
print er
if started == False:
print "Starting cassandra", x
os.system(
"nohup x-terminal-emulator -e ~/workspace/bemoss_os/bemoss_lib/databases/cassandraAPI/casstart.sh &"
)
time.sleep(15)
started = True
print 'Waiting for cassandra ...'
x = 1
time.sleep(5)
print "Cassandra connected"
def run_optimizer(method,gp,opts,Y,X_r,Icv,cv_idx,X_o=None):
if 'min_iter' in opts:
min_iter = opts['min_iter']
else:
min_iter = 10
if 'max_iter' in opts:
max_iter = opts['max_iter']
else:
max_iter = 100
# initialize
LG.info('Optimize %s'%method)
converged = False
lmltest_global = SP.inf
hyperparams_global = None
Ypred_global = None
r2_global = -SP.inf
# hold nfolds of the data out
Itrain = Icv!=cv_idx
Itest = Icv==cv_idx
i=1
while True:
LG.info('Iteration: %d'%i)
converged = False
# stop, if maximum number of iterations is reached
if i>max_iter:
break
# set data
if X_o==None:
gp.setData(Y=Y[Itrain],X_r=X_r[Itrain])
else:
gp.setData(Y=Y[Itrain],X_r=X_r[Itrain],X_o=X_o[Itrain])
hyperparams,Ifilter,bounds = initialize.init(method,Y[Itrain].T,X_r[Itrain],opts)
try:
[hyperparams_opt,lmltrain] = opt.opt_hyper(gp,hyperparams,opts=opts,Ifilter=Ifilter,bounds=bounds)
# gradient need not to be 0, because we have bounds on the hyperparameters...
gradient = SP.array([LA.norm(x) for x in gp.LMLgrad(hyperparams_opt).values()]).mean()
LG.info('LMLtrain: %.3f'%gp.LML(hyperparams_opt))
LG.info('Gradient: %.3f'%(gradient))
converged = True
except AssertionError, error:
print 'Assertion Error: %s'%error
continue
except:
def measure_runtime(env,N,D,n_reps=10,time_out=10000):
opts = {'messages':False}
out_dir = os.path.join(env['out_dir'],'simulations_runtime')
if not os.path.exists(out_dir):
os.makedirs(out_dir)
t_fast = SP.zeros(n_reps)
t_slow = SP.zeros(n_reps)
lml_fast = SP.zeros(n_reps)
lml_slow = SP.zeros(n_reps)
for i in range(n_reps):
# load data
var_signal = 0.5
data,RV = load_simulations(env,var_signal,N,D,i)
# initialize
covar_c = lowrank.LowRankCF(n_dimensions=RV['n_c'])
covar_r = linear.LinearCF(n_dimensions=RV['n_r'])
covar_s = lowrank.LowRankCF(n_dimensions=RV['n_sigma'])
covar_o = fixed.FixedCF(n_dimensions=RV['n_r'])
X = data.getX(standardized=False)
Y = data.getY(standardized=False).T
hyperparams,Ifilter,bounds = initialize.init('GPkronsum_LIN',Y.T,X,RV)
covar_r.X = X
covar_o.X = X
covar_o._K = SP.eye(RV['N'])
covar_s.X = hyperparams['X_s']
covar_c.X = hyperparams['X_c']
kgp_fast = gp_kronsum.KronSumGP(covar_r=covar_r,covar_c=covar_c,covar_s=covar_s,covar_o=covar_o)
kgp_fast.setData(Y=Y)
# measure time
signal.signal(signal.SIGALRM,handler)
signal.alarm(time_out)
try:
t_start = time.clock()
hyperparams_opt,lmltrain = opt.opt_hyper(kgp_fast,hyperparams,Ifilter=Ifilter,bounds=bounds,opts=opts)
t_stop = time.clock()
signal.alarm(0)
t_fast[i] = t_stop - t_start
lml_fast[i] = lmltrain
except Exception, e:
print e
t_slow += time_out
break
def run():
init("recipes")
scrape("recipes")
def setup_function(self): init(app.name())
from fa.database.models import IncomeStatement
import initialize
""" Enrich financial data with extra data columns calculated from existing columns """
initialize.init()
IncomeStatement \
.update(operating_income=(
IncomeStatement.gross_income -
IncomeStatement.sg_a_expense -
IncomeStatement.other_operating_expense
)) \
.where(IncomeStatement.operating_income >> None) \
.execute()
from mysql.connector import connect
import actions
import initialize
import management
import medicine_info
import sale
import stock
import traceback
conn = connect(user='******', passwd='1234')
cur = conn.cursor()
medicine_info.conn = sale.conn = stock.conn = management.conn = initialize.conn = actions.conn = conn
medicine_info.cur = sale.cur = stock.cur = management.cur = initialize.cur = actions.cur = cur
initialize.init()
cur.execute("use MedicalStore")
msg = """
========== MEDICAL STORE ==========
0: quit
1: Sales
2: Stock
3: Medicine Information
4: Management
Use ctrl+C in the program to go one step back
"""
while True:
f['t_fast'] = t_fast
f['t_slow'] = t_slow
f['lml_fast'] = lml_fast
f['lml_slow'] = lml_slow
f.close()
for i in range(n_reps):
# initialize
data,RV = load_simulations(env,var_signal,N,D,i)
covar_c = lowrank.LowRankCF(n_dimensions=RV['n_c'])
covar_r = linear.LinearCF(n_dimensions=RV['n_r'])
covar_s = lowrank.LowRankCF(n_dimensions=RV['n_sigma'])
covar_o = fixed.FixedCF(n_dimensions=RV['n_r'])
X = data.getX(standardized=False)
Y = data.getY(standardized=False).T
hyperparams,Ifilter,bounds = initialize.init('GPkronsum_LIN',Y.T,X,RV)
covar_r.X = X
covar_o.X = X
covar_o._K = SP.eye(RV['N'])
covar_s.X = hyperparams['X_s']
covar_c.X = hyperparams['X_c']
kgp_slow = gp_kronsum_naive.KronSumGP(covar_r=covar_r,covar_c=covar_c,covar_s=covar_s,covar_o=covar_o)
kgp_slow.setData(Y=Y)
# measure time
signal.signal(signal.SIGALRM,handler)
signal.alarm(time_out)
try:
t_start = time.clock()
hyperparams_opt,lmltrain = opt.opt_hyper(kgp_slow,hyperparams,Ifilter=Ifilter,bounds=bounds,opts=opts)
t_stop = time.clock()
def index():
r = url.initial_url()
print(r)
weather = initialize.init(r)
return render_template("index.html", params=params, weather=weather)
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
# ==================================================================================================
import logging
from initialize import init
try:
from twitter.common import app
app.on_initialization(lambda: init(app.name()),
description="Logging subsystem.")
except ImportError:
# Do not require twitter.common.app
pass
debug = logging.debug
info = logging.info
warning = logging.warning
error = logging.error
fatal = logging.fatal
__all__ = [
'debug',
'info',
'warning',
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
# ==================================================================================================
import logging
from initialize import init
try:
from twitter.common import app
app.on_initialization(
lambda: init(app.name()),
description="Logging subsystem.")
except ImportError:
# Do not require twitter.common.app
pass
debug = logging.debug
info = logging.info
warning = logging.warning
error = logging.error
fatal = logging.fatal
__all__ = [
'debug',
'info',
'warning',
num_trainset = X.shape[0]
alpha = 0.0001
# UPDATE THESE
num_class = 10
num_layers = 3
hidden = [784, 30, 10] # No. of nodes in each layer
# UPDATE THESE
num_epochs = 10000
print num_trainset
num_batches = num_trainset / 10
out, net_in, net_in_bias, theta, error, dtheta, loss = initialize.init(
X, num_layers, hidden, num_epochs)
#print theta[1]
# h = 0.02
# x_min, x_max = X[:, 0].min()-1, X[:, 0].max()+1
# y_min, y_max = X[:, 1].min()-1, X[:, 1].max()+1
# xx, yy = np.meshgrid(np.arange(x_min, x_max, h), np.arange(y_min, y_max, h))
# Z = np.c_[xx.ravel(), yy.ravel()]
for epoch in xrange(num_epochs):
print epoch,
for i in xrange(0, num_batches):
if i == num_batches - 2:
fl = open('initFile.txt', 'w')
fl.write('title: My Project\ndescription: My Project discription\n exclude: Html arxiv CMakeFiles')
fl.close()
sys.exit()
#-----------------------------------------------------------
arg = ''
args = sys.argv
if(len(args) == 2): arg = args[1]
elif(len(args) == 1): arg = '.'
else:
print 'wrong argument: exiting'
sys.exit()
style.style()
dirList, title, description = initialize.init(arg)
writeTOC(dirList, arg)
for dirr in dirList:
writeHeader(dirr)
writeSource(dirr)
writeFiles(dirr)
writeIndex(dirList)
writeMain(title, description)
writeBlank()
# table of content for each alphabet directory
al = ['A', 'B', 'C', 'D', 'E', 'F', 'G', 'H', 'I', 'J', 'K', 'L', 'M', 'N', 'O', 'P', 'Q', 'R', 'S', 'T', 'U', 'V', 'W', 'X', 'Y', 'Z']
for a in al: