def jdpay_wap():
env_name, root_url, live_key, app_id = datagen.get_current_env()
url = "{0}/v1/charges".format(root_url)
# request body
charge = Model.ChargeBase.ChargeDict
charge['order_no'] = random_str(10)
charge['subject'] = 'TestOrder4jdpay_wap'
charge['body'] = 'appletest4Pay'
charge['amount'] = 10
charge['channel'] = 'jdpay_wap'
charge['currency'] = 'cny'
charge['client_ip'] = '127.0.0.1'
id = [('id', app_id)]
extra = [("success_url", "http://pingxx.com"), ("fail_url", "htpps://pingxx.com")]
charge['app'] = dict(id)
charge['extra'] = dict(extra)
mycharge = APIClient._http_call(url, "post", "json", "json", None, {"Authorization": "Bearer {0}".format(live_key)},
30, **charge)
print(mycharge)
sshCmd.ssh_cmd("114.215.237.77", "56f27c2B", "echo "">/var/www/example/ziteng")
threading._start_new_thread(sshCmd.ssh_cmd("114.215.237.77", "56f27c2B", "echo "">/var/www/example/ziteng"))
time.sleep(5)
Forward.forward_json(mycharge)
ret = sshCmd.ssh_cmd("114.215.237.77", "56f27c2B", "echo "">/var/www/example/ziteng")
print ret
if int(filter(lambda x: x.isdigit(), ret)) > 1:
print "The charge file had updated on %s" % ctime()
else:
print "forward the charge to update file again..."
threading._start_new_thread(sshCmd.ssh_cmd("114.215.237.77", "56f27c2B", "echo "">/var/www/example/ziteng"))
time.sleep(2)
Forward.forward_json(mycharge)
def base(is_private,channel, needforward=True, **extra):
if is_private == False:
env_name, root_url, live_key, app_id = datagen.get_current_env()
else:
env_name, root_url, live_key, app_id = datagen.get_my_env()
url = "{0}/v1/charges".format(root_url)
# request body
charge = Model.ChargeBase.ChargeDict()
charge['order_no'] = random_str(10)
charge['subject'] = "Autopay_TestOrder4{0}".format(channel)
charge['body'] = "appletesting4Pay"
charge['amount'] = 10
charge['channel'] = channel
charge['currency'] = "cny"
charge['client_ip'] = "127.0.0.1"
id = [("id", app_id)]
charge['app'] = dict(id)
charge['extra'] = extra
myCharge = APIClient._http_call(url, "POST", "json", "json", None, {"Authorization": "Bearer {0}".format(live_key)},
30, **charge)
print(myCharge)
if (needforward):
time.sleep(5)
Forward.forward_json(myCharge)
else:
return myCharge
def DecideNextAction():
global lockMode
Global.myRole = Constant.ATTACKER
if GrabTurnKick.lockMode:
GrabTurnKick.DecideNextAction()
lockMode = True
return
lockMode = False
if Global.ballY < Constant.FIELD_LENGTH/2:
Forward.resetEachFrame()
rAttacker.DecideNextAction()
FWHead.DecideNextAction()
return
me_x = Global.selfLoc.getX()
me_y = Global.selfLoc.getY()
#ballToGoalDist = HelpMath.getDistanceBetween( \
# Global.ballX, Global.ballY, \
# Constant.TARGET_GOAL_X, Constant.TARGET_GOAL_Y)
angleMeBallGoal = \
HelpMath.angleBetweenTwoPointsFromPivotPoint( \
me_x, me_y, \
Constant.TARGET_GOAL_X, Constant.TARGET_GOAL_Y, \
Global.ballX, Global.ballY )
distToGoal = HelpMath.getDistanceBetween(me_x, me_y,
Constant.TARGET_GOAL_X,
Constant.TARGET_GOAL_Y)
MyTrack.DecideNextAction() # for head controlling
if canDoKick() and distToGoal < 100:
if isInRange(angleMeBallGoal, -KICK_MAX, -KICK_MIN):
Kick.UPright()
elif isInRange(angleMeBallGoal, KICK_MIN, KICK_MAX):
Kick.UPleft()
elif HelpTrack.inTargetGoalBox(Global.ballX, Global.ballY):
# if ball in the goal box
goalBoxKick(angleMeBallGoal)
else:
GrabTurnKick.DecideNextAction()
def bfb():
env_name, root_url, live_key, app_id = datagen.get_current_env()
url = "{0}/v1/charges".format(root_url)
# request body
charge = Model.ChargeBase.Charge()
charge.order_no = random_str(10)
charge.channel = "bfb"
myCharge = APIClient._http_call(url, "POST", "json", "json", None, {"Authorization": "Bearer {0}".format(live_key)},
30, subject=charge.subject, body=charge.body, app={"id": charge.app.id},
amount=charge.amount, channel=charge.channel, client_ip=charge.client_ip,
currency=charge.currency, order_no=charge.order_no)
# Get the charge info(json) and send to another API for forward
#And the demo app will receive the charge Info for pay
#print(myCharge)
Forward.forward_json(myCharge)
def predict(total_no_of_samples, parameters, test_data):
prediction_result = np.zeros((1, total_no_of_samples))
feed_forward_result = fwd.deep_model_linear_activaiton_function(
inputs=test_data, parameters=parameters)
feed_forward_prediction = feed_forward_result[0]
for i in range(prediction_result.shape[1]):
prediction_result[0,
i] = 1 if feed_forward_prediction[0, i] >= 0.5 else 0
return prediction_result
def yeepay_wap():
env_name, root_url, live_key, app_id = datagen.get_current_env()
url = "{0}/v1/charges".format(root_url)
# request body
charge = Model.ChargeBase.ChargeDict()
charge['order_no'] = random_str(10)
charge['subject'] = "TestOrder4YeepayWap"
charge['body'] = "appletesting4Pay"
charge['amount'] = 10
charge['channel'] = "yeepay_wap"
charge['currency'] = "cny"
charge['client_ip'] = "127.0.0.1"
id = [("id", app_id)]
extra = [("product_category", "1"), ("identity_id", "d2:bf:11:78:09:69"), ("identity_type", "0"),
("terminal_type", "1"), ("terminal_id", "d2:bf:11:78:09:69"),
("user_ua", "Mozilla/5.0 (Macintosh; Intel Mac OS X 10.10; rv:36.0) Gecko/20100101 Firefox/36.0"),
("result_url", "https://pingxx.com")]
charge['extra'] = dict(extra)
charge['app'] = dict(id)
myCharge = APIClient._http_call(url, "post", "json", "json", None, {"Authorization": "Bearer {0}".format(live_key)},
30, **charge)
print(myCharge)
sshCmd.ssh_cmd("114.215.237.77", "56f27c2B", "echo "">/var/www/example/ziteng.php")
threading._start_new_thread(sshCmd.ssh_cmd,
("114.215.237.77", "56f27c2B", "php /var/www/example/client4ziteng.php"))
time.sleep(5)
Forward.forward_json(myCharge)
ret = sshCmd.ssh_cmd("114.215.237.77", "56f27c2B", "echo $(stat -c %s /var/www/example/ziteng.php)")
print ret
if int(filter(lambda x: x.isdigit(), ret)) > 1:
print "The charge file had updated on %s" % ctime()
else:
print "forward the charge to update the file again..."
threading._start_new_thread(sshCmd.ssh_cmd,
("114.215.237.77", "56f27c2B", "php /var/www/example/client4ziteng.php"))
time.sleep(2)
Forward.forward_json(myCharge)
def bfb_wap():
env_name, root_url, live_key, app_id = datagen.get_current_env()
url = "{0}/v1/charges".format(root_url)
# request body
charge = Model.ChargeBase.ChargeDict()
charge['order_no'] = random_str(10)
charge['subject'] = "TestOrder4bfbWap"
charge['body'] = "appletesting4Pay"
charge['amount'] = 10
charge['channel'] = "bfb_wap"
charge['currency'] = "cny"
charge['client_ip'] = "127.0.0.1"
id = [("id", app_id)]
extra = [("result_url", "http://pingxx.com"), ("bfb_login", "false")]
charge['extra'] = dict(extra)
charge['app'] = dict(id)
myCharge = APIClient._http_call(url, "POST", "json", "json", None, {"Authorization": "Bearer {0}".format(live_key)},
30, **charge)
print(myCharge)
sshCmd.ssh_cmd("114.215.237.77", "56f27c2B", "echo "">/var/www/example/ziteng.php")
threading._start_new_thread(sshCmd.ssh_cmd,
("114.215.237.77", "56f27c2B", "php /var/www/example/client4ziteng.php"))
time.sleep(5)
Forward.forward_json(myCharge)
ret = sshCmd.ssh_cmd("114.215.237.77", "56f27c2B", "echo $(stat -c %s /var/www/example/ziteng.php)")
print ret
if int(filter(lambda x: x.isdigit(), ret)) > 1:
print "The charge file had updated on %s" % ctime()
else:
print "forward the charge to update the file again..."
threading._start_new_thread(sshCmd.ssh_cmd,
("114.215.237.77", "56f27c2B", "php /var/www/example/client4ziteng.php"))
time.sleep(2)
Forward.forward_json(myCharge)
def alipay():
"""
1- Generate the charge via API
2- Forward the charge so that the demoapp will reflush
"""
env_name, root_url, live_key, app_id = datagen.get_current_env()
url = "{0}/v1/charges".format(root_url)
# request body
charge = Model.ChargeBase.Charge()
charge.order_no = random_str(10)
# myCharge = APIClient._http_call(url,"POST","json","json",None,{"Authorization":"Bearer sk_live_vjfr90jj1q985KuPO84iP8KO"},30,charge.__dict__)
myCharge = APIClient._http_call(url, "POST", "json", "json", None, {"Authorization": "Bearer {0}".format(live_key)},
30, subject=charge.subject, body=charge.body, app={"id": charge.app.id},
amount=charge.amount, channel=charge.channel, client_ip=charge.client_ip,
currency=charge.currency, order_no=charge.order_no)
#Get the charge info(json) and send to another API for forward
#And the demo app will receive the charge Info for pay
print(myCharge)
Forward.forward_alipay(myCharge)
def batchGradientDescent(inputData, labelData, parameters, num_iteration, batch_size, no_of_samples):
logger.debug('batchGradientDescent is started with parameters:: \ninputData shape: %s \nlabelData: %s\nparameters length: %s\nnum_iteration %s\nbatch_size: %s\nno_of_samples: %s',
inputData.shape, labelData.shape, len(parameters), num_iteration, batch_size, no_of_samples)
cost_store_based_on_iteration =[]
for i in range(0, num_iteration):
logger.debug('iteration no {}'.format(i))
starting_counter = 0
ending_counter = starting_counter + 1
start_index = starting_counter * batch_size
end_index = ending_counter * batch_size
cost_store_based_on_batch = []
while(start_index< end_index):
logger.debug('starting_counter is %s, ending_counter is %s, start_index is %s, end_index is %s', starting_counter, ending_counter, start_index, end_index)
# forward propagation
a, caches = forward.deep_model_linear_activaiton_function(inputs=inputData[:,start_index:end_index],
parameters=parameters)
# compute cost
entropy_cost = cost.crossEntropyCost(totalNoOfSamples=batch_size, afterApplyingActivationFunction=a,
inputLabelData=labelData[:,start_index:end_index])
cost_store_based_on_batch.append(entropy_cost);
# backward propagation
logger.debug("========================= backward propagation started!!!!!!!!! ===================")
grads = back.L_model_backward(AL = a, Y = labelData[:,start_index:end_index], caches= caches)
# update parameters
parameters = update_parameters(parameters= parameters, grads= grads, learning_rate= 0.05)
starting_counter = starting_counter + 1
ending_counter = ending_counter + 1
start_index = starting_counter * batch_size
if start_index >= no_of_samples:
break
end_index = ending_counter * batch_size
if end_index >= no_of_samples:
end_index = no_of_samples - 1
cost_store_based_on_iteration.append(sum(cost_store_based_on_batch))
for x in range(len(cost_store_based_on_iteration)):
logger.debug('total cost after iteration {} is {}'.format(x,cost_store_based_on_iteration[x]))
return parameters,cost_store_based_on_iteration
InitialP = [0.5, 0.5]
EmissionP = {
'a': [0.25, 0.1],
't': [0.25, 0.1],
'c': [0.25, 0.4],
'g': [0.25, 0.4]
}
for seq in ["aactgcacatgcggcgcgcccgcgctaat", "gggcgcgggcgccccgcg"]:
# NB. Book and Lio's notes use integrated transition and initial
# distribution matrix (initial step is transition from dummy state 0)
# This is confusing, so I will separate them out.
# Wiki has non-integrated Viterbi algorithm implementation
# 1.1. Implement Forward algorithm
fwd = Forward(TransitionP, EmissionP, InitialP)
p = fwd.prob(seq)
print "**************************************"
print "Probability of", seq, ":", p
print "Log probability:", -log(p)
print "**************************************"
# 1.2. Implement Viterbi algorithm
vtb = Viterbi(TransitionP, EmissionP, InitialP)
(prob, path) = vtb.maxSeq(seq)
print "**************************************"
print "Viterbi path:"
print "P =", prob
print seq
print ''.join(str(i) for i in path)
print "**************************************"
from math import log
if __name__ == "__main__":
TransitionP = [[0.8, 0.2], [0.4, 0.6]]
InitialP = [0.5, 0.5]
EmissionP = {"a": [0.25, 0.1], "t": [0.25, 0.1], "c": [0.25, 0.4], "g": [0.25, 0.4]}
for seq in ["aactgcacatgcggcgcgcccgcgctaat", "gggcgcgggcgccccgcg"]:
# NB. Book and Lio's notes use integrated transition and initial
# distribution matrix (initial step is transition from dummy state 0)
# This is confusing, so I will separate them out.
# Wiki has non-integrated Viterbi algorithm implementation
# 1.1. Implement Forward algorithm
fwd = Forward(TransitionP, EmissionP, InitialP)
p = fwd.prob(seq)
print "**************************************"
print "Probability of", seq, ":", p
print "Log probability:", -log(p)
print "**************************************"
# 1.2. Implement Viterbi algorithm
vtb = Viterbi(TransitionP, EmissionP, InitialP)
(prob, path) = vtb.maxSeq(seq)
print "**************************************"
print "Viterbi path:"
print "P =", prob
print seq
print "".join(str(i) for i in path)
print "**************************************"
#これがmain関数
import getdata
import Forward
import initw
w = initw.initweight()
#w = [1,1,1.5]
print("データ読み込み開始")
a,b = getdata.get_data(4)
#print(a)
#print(b)
print("=======================")
print("読み込んだデータの計算開始")
for i in b:#iが順番に読み出されるリスト。便利すぎんかpython
print(i)
ForwardFunction_class = Forward.ForwardFunction(w,i)
d = ForwardFunction_class.forward()
print(i,"の計算結果")
print(d)
print("=====================")
import time
import Forward
while True:
Forward.go_forward(12, 13, 6)
Forward.go_forward(20, 21, 26)
time.sleep(2)
Forward.go_forward(12, 13, 6).halt()
Forward.go_forward(20, 21, 26).halt()
