# -*- coding: cp936 -*-

import itertools

import hashlib

import time

import os



#调用cmd，ADB连接到手机,读取SHA1加密后的字符串

os.system("adb pull /data/system/gesture.key gesture.key")

time.sleep(5)

f=open('gesture.key','r')

pswd=f.readline()

f.close()

pswd_hex=pswd.encode('hex')

print '加密后的密码为：%s'%pswd_hex



#生成解锁序列，得到['00','01','02','03','04','05','06','07','08']

matrix= 

for i in range(0,9):

    str_temp = '0'+str(i)

    matrix.append(str_temp)



#将00——08的字符进行排列，至少取4个数排列，最多全部进行排列



min_num=4

max_num=len(matrix)



for num in range(min_num,max_num+1):#从04 -> 08

    iter1 = itertools.permutations(matrix,num)#从9个数字中挑出n个进行排列

    list_m=

    list_m.append(list(iter1))#将生成的排列全部存放到 list_m 列表中

    for el in list_m[0]:#遍历这n个数字的全部排列

        strlist=''.join(el)#将list转换成str。[00,03,06,07,08]-->0003060708

        strlist_sha1 = hashlib.sha1(strlist.decode('hex')).hexdigest()#将字符串进行SHA1加密

        if pswd_hex==strlist_sha1:#将手机文件里的字符串与加密字符串进行对比

            print '解锁密码为：',strlist

00 01 02

03 04 05

06 07 08

    c=[2,4,6,8,10,12,14,16,18]

    d= [i*2 for i in c]

    print d

    s1=Series(c) #转为series类型

    s2=Series(d)

    corr=s1.corr(s2) #计算相关系数

    print corr

c=[2,4,6,8,10,12,14,16,18]

    d= [i*2 for i in c]

    print d

    d[0]=3 # 修改d[0]的值

    s1=Series(c) #转为series类型

    s2=Series(d)

    corr=s1.corr(s2) #计算相关系数

    print corr

d=np.array([1, 2, 3，4,5 ])

print d

e=d.tolist()

print e

d=np.array([1, 2, 3，4,5 ])

print d

e=list(d)

print e

lst=[1, 2, 3，4,5 ]

d=np.array(lst)

    def get_achievement(self):

        fc=ts.forecast_data(2016,4)

        print fc

    def get_achievement(self):



        fc=ts.forecast_data(2016,4)

        pandas.set_option('display.max_rows',None)

        print fc

from sklearn import svm

import numpy as np



def main():

    preTime = 0

    n = 0

    success = 0

    predict = None

    pTime = None

    marketPosition = 0

    initAccount = exchange.GetAccount()

    Log("Running...")

    while True:

        r = exchange.GetRecords()

        if len(r) < 60:

            continue

        bar = r[len(r)-1]

        if bar.Time > preTime:

            preTime = bar.Time

            if pTime is not None and r[len(r)-2].Time == pTime:

                diff = r[len(r)-2].Close - r[len(r)-3].Close

                if diff > SpreadVal:

                    success += 1 if predict == 0 else 0

                elif diff < -SpreadVal:

                    success += 1 if predict == 1 else 0

                else:

                    success += 1 if predict == 2 else 0

                pTime = None

                LogStatus("预测次数", n, "成功次数", success, "准确率:", '%.3f %%' % round(float(success) * 100 / n, 2))

        else:

            Sleep(1000)

            continue

        inputs_X, output_Y = , 

        sets = [None, None, None]

        for i in xrange(1, len(r)-2, 1):

            inputs_X.append([r[i].Open, r[i].Close])

            Y = 0

            diff = r[i+1].Close - r[i].Close

            if diff > SpreadVal:

                Y = 0

                sets[0] = True

            elif diff < -SpreadVal:

                Y = 1

                sets[1] = True

            else:

                Y = 2

                sets[2] = True

            output_Y.append(Y)

        if None in sets:

            Log("样本不足, 无法预测 ...")

            continue

        n += 1

        clf = svm.LinearSVC()

        clf.fit(inputs_X, output_Y)

        predict = clf.predict(np.array([bar.Open, bar.Close]).reshape((1, -1)))

        pTime = bar.Time

        

        Log("预测当前Bar结束:", bar.Time, ['涨', '跌', '横'][predict])

        if marketPosition == 0:

            if predict == 0:

                exchange.Buy(initAccount.Balance/2)

                marketPosition = 1

            elif predict == 1:

                exchange.Sell(initAccount.Stocks/2)

                marketPosition = -1

        else:

            nowAccount = exchange.GetAccount()

            if marketPosition > 0 and predict != 0:

                exchange.Sell(nowAccount.Stocks - initAccount.Stocks)

                nowAccount = exchange.GetAccount()

                marketPosition = 0

            elif marketPosition < 0 and predict != 1:

                while True:

                    dif = initAccount.Stocks - nowAccount.Stocks

                    if dif < 0.01:

                        break

                    ticker = exchange.GetTicker()

                    exchange.Buy(ticker.Sell + (ticker.Sell-ticker.Buy)*2, dif)

                    while True:

                        Sleep(1000)

                        orders = exchange.GetOrders()

                        for order in orders:

                            exchange.CancelOrder(order.Id)

                        if len(orders) == 0:

                            break

                    nowAccount = exchange.GetAccount()

                marketPosition = 0

            if marketPosition == 0:

                LogProfit(_N(nowAccount.Balance - initAccount.Balance, 4), nowAccount)

                [/i][/i]

def taobao_shiyong():



    d.screen.on()

    d.press.home()



    activity_name='com.taobao.taobao/com.taobao.tao.homepage.MainActivity3'

    launch_app(activity_name)

    mid_x=displayWidth/2



    try:



        d(text=u'我的淘宝').click()

        time.sleep(3)

        d(text='查看更多工具').click()

        time.sleep(3)

        d(scrollable=True).scroll.to(text=u'免费试用')

        time.sleep(2)

        d(text=u'免费试用').click()

        time.sleep(3)





        delta_y=144

        full_y=1920

        full_x=1080

        fix_x=880

        origin_y=222

        d.swipe(fix_x,full_y-delta_y,fix_x,origin_y)

        time.sleep(3)

        #d.swipe(fix_x,952,fix_x,origin_y)

        time.sleep(5)



        sumakeji=displayWidth/8*3

        jiayongdianqi=displayWidth/8*5

        d.click(jiayongdianqi,1660)

        time.sleep(3)



        #each_dianpu()

        #d.click(jiayongdianqi,300)



        delta_each=400

        time.sleep(3)



        for dragtime in range(20):

            for i in range(3):

                d.click(919,600+i*delta_each)

                time.sleep(8)

                each_dianpu()



            d.swipe(919,1600,919,400)



    except:

        print "Can't find items"

n = 15,



Return:

[

    "1",

    "2",

    "Fizz",

    "4",

    "Buzz",

    "Fizz",

    "7",

    "8",

    "Fizz",

    "Buzz",

    "11",

    "Fizz",

    "13",

    "14",

    "FizzBuzz"

]

    def fizzBuzz(self, n):

        """

        :type n: int

        :rtype: List[str]

        """

        

        result=[]

        for i in range(1,n+1):

            remainder1=i%3

            remainder2=i%5

            if remainder1 != 0 and remainder2!=0:

                result.append(str(i))

            elif remainder1==0 and remainder2!=0:

                result.append('Fizz')

            elif remainder1!=0 and remainder2 == 0:

                result.append("Buzz")

            else:

                result.append("FizzBuzz")

    

        return result

Input: nums1 = [4,1,2], nums2 = [1,3,4,2].

Output: [-1,3,-1]

Explanation:

    For number 4 in the first array, you cannot find the next greater number for it in the second array, so output -1.

    For number 1 in the first array, the next greater number for it in the second array is 3.

    For number 2 in the first array, there is no next greater number for it in the second array, so output -1.

Input: nums1 = [2,4], nums2 = [1,2,3,4].

Output: [3,-1]

Explanation:

    For number 2 in the first array, the next greater number for it in the second array is 3.

    For number 4 in the first array, there is no next greater number for it in the second array, so

Input: ["Hello", "Alaska", "Dad", "Peace"]

Output: ["Alaska", "Dad"]

    def findWords( words):

        """

        :type words: List[str]

        :rtype: List[str]

        """

        

        kb={'q':['q','w','e','r','t','y','u','i','o','p'],

            'a':['a','s','d','f','g','h','j','k','l'],

        'z':['z','x','c','v','b','n','m']}

    

        rList=[]

        qRow= kb['q']

        aRow= kb['a']

        zRow= kb['z']

        for wi in words:

            w=wi.lower()

            i=0

            l=len(w)

    

            if w[0] in qRow:

                row=qRow

            if w[0] in aRow:

                row=aRow

            if w[0] in zRow:

                row=zRow

    

            #row=kb[w[0]]

            for i in range(len(w)):

                if w[i] not in row:

                    break

                else:

                    if i==l-1:

                        rList.append(wi)

        return rList

Input: 5

Output: 2

Explanation: The binary representation of 5 is 101 (no leading zero bits), and its complement is 010. So you need to output 2.

Input: 1

Output: 0

Explanation: The binary representation of 1 is 1 (no leading zero bits), and its complement is 0. So you need to output 0.

class Solution(object):

    def findComplement(self, num):

        """

        :type num: int

        :rtype: int

        """

        result=[]

        while num!=0:

            remainder=num%2

            num=num/2

            result.append(remainder)

        l=len(result)



        for i in range(l/2):

            temp=result[i]

            result[i]=result[l-i-1]

            result[l-i-1]=temp

        lam=lambda x:abs(x-1)



        for i in range(l):

            result[i]=lam(result[i])



        #print result

        sum=0

        for i in range(l):

            sum=sum+result[l-i-1]*pow(2,i)

        return sum

class Solution(object):

    def findComplement(self, num):

        i = 1

        while i <= num:

            i = i << 1

        return (i - 1) ^ num

Input: x = 1, y = 4



Output: 2



Explanation:

1   (0 0 0 1)

4   (0 1 0 0)

       ↑   ↑



The above arrows point to positions where the corresponding bits are different.

x=10

y=20

z=x^y

#solution 1

s=bin(z)

print type(s)

distance=0

for i in s[2:]:

    if i=='1':

        distance+=1

print "distance is %d" %distance

    def twoSum(nums, target):

        """

        :type nums: List[int]

        :type target: int

        :rtype: List[int]

        """

        indics=[]

        for i in range(len(nums)-1):

        #使用两次循环，类似于冒泡算法，尝试每个数和另外一个数的和，枚举

            for j in range(i+1,len(nums)):

                if target== nums[i]+nums[j]:

                    indics.append(i)

                    indics.append(j)

                    return indics

# -*-coding=utf-8-*-

__author__ = 'Rocky'

import os,re



cwd=os.getcwd()

p=re.compile('\.txt')

print cwd

for dirpath, dirname,filename in os.walk(cwd):

    #print dirpath,dirname,filename

    #print dirpath

    print dirname

    print type(filename)

    if filename is not None:

        for i in filename:

        #if filename is not None:



            if p.search(i):

                os.remove(os.path.join(dirpath,i))

#京东京豆

def jd():

    d.screen.on()

    d.press.home()

    activity_name='com.jingdong.app.mall/.main.MainActivity'

    launch_app(activity_name)



    if not d(text=u'领京豆').wait.exists(timeout=20*1000):

        print "Failed to get the page"

        return

    d(text=u'领京豆').click()

    dou_x=853

    dou_y=400



    #glaxy_x=yun_x*gallery*full/cuizi_full

    time.sleep(15)

    d.click(dou_x,dou_y)

    print "JD done"

＃苏宁云钻

def suning():

    #苏宁在6点之后

    global displayWidth

    global displayHeight

    d.screen.on()

    d.press.home()

    '''

    #解锁，没有密码的情况下

    sx=560

    sy=1700

    ex=560

    ey=900

    #d.swipe(sx,sy,ex,ey,steps=2)



    #d(scrollable=True).fling.horiz.forward()

    #d(text=u'苏宁易购').swipe.right()

    home_swipe_sx=950

    home_swipe_sy=1350

    home_swipe_ex=450

    home_swipe_ey=1350

    while not d(text=u"苏宁易购").exists:

        d.swipe(home_swipe_sx,home_swipe_sy,home_swipe_ex,home_swipe_ey,steps=2)

        time.sleep(3)

    d(text=u'苏宁易购').click()

    #time.sleep(10)

    '''

    activity_name='com.suning.mobile.ebuy/.base.host.InitialActivity'

    launch_app(activity_name)

    if not d(text=u'领云钻').wait.exists(timeout=20*1000):

        print "Failed to get the page"

        return

    d(text=u'领云钻').click()

    yun_x=372

    yun_y=1524



    #glaxy_x=yun_x*gallery*full/cuizi_full

    time.sleep(15)

    d.click(yun_x,yun_y)

    time.sleep(10)



    daka_x=displayWidth/2

    daka_y=displayHeight/2

    d.click(daka_x,daka_y)

    time.sleep(20)

    print "Sunning Done"

＃淘宝的金币

def taobao_cuizi():

    d.screen.on()

    d.press.home()

    #解锁，没有密码的情况下

    '''

    sx=560

    sy=1700

    ex=560

    ey=900

    #d.swipe(sx,sy,ex,ey,steps=2)



    #d(scrollable=True).fling.horiz.forward()

    home_swipe_sx=950

    home_swipe_sy=1350

    home_swipe_ex=450

    home_swipe_ey=1350

    while not d(text=u"手机淘宝").exists:

        d.swipe(home_swipe_sx,home_swipe_sy,home_swipe_ex,home_swipe_ey,steps=2)

        time.sleep(3)

    d(text=u'手机淘宝').click()

    '''

    activity_name='com.taobao.taobao/com.taobao.tao.homepage.MainActivity3'

    launch_app(activity_name)

    if d(text=u'领金币').wait.exists(timeout=12*1000):

        #print "Dismiss update"

        d(text=u'领金币').click()

    #登录账号,刷新下即可



    time.sleep(15)

    jb_x=900

    jb_y=370

    d.click(jb_x,jb_y)

#-*-coding=utf-8-*-

import itchat



@itchat.msg_register(itchat.content.TEXT)

def text_reply(msg):

    reply_msg=u'新年快乐! 我是xxx的小秘书,你的消息已收到,主人正忙,稍后会回复你哦~'

    return reply_msg



itchat.auto_login(hotReload=True)

itchat.run()