实现思路

使用excel管理用例用例信息，requests模块发送http请求，实现了记录日志，邮件发送测试报告的功能

目录结构如下：

下面直接上代码：

统筹脚本

# -*- coding:utf-8 -*-

import os

from interface import Interface

from testcase_get import Get_testcase

from result_save import Save_test_result

from result_send import Send_report

from config.config import Config

from logging_save import logger

if __name__ == "__main__":

    cur_path = os.path.split(os.path.realpath(__file__))[0]  # 获取当前文件绝对路径

    case_path = os.path.join(cur_path, "test_case", "20170602.xls")

    test_case = Get_testcase(case_path).readExcel()  # 获取用例

    if not isinstance(test_case, list):  # 判断用例是否获取成功

        logger.info("Test_case get failed... \n Done!")

    else:

        logger.info("获取用例成功")

        # 调用接口

        test_result = Interface().interfaceTest(test_case)

        # 获取执行结果，用于发邮件

        count_success = test_result[3]

        count_failure = test_result[4]

        failed_case_detail = test_result[5]

        # 保存测试结果

        Save_test_result().save_result(case_path, test_result[0], test_result[1], test_result[2])

        logger.info("保存测试结果成功")

        # 获取邮件配置信息

        mail_config = Config(os.path.join(cur_path, "config", "mail.conf")).get_mail_config()

        logger.info("获取邮箱配置成功")

        login_user = mail_config[0]

        login_pwd = mail_config[1]

        from_addr = mail_config[2]

        to_addrs = mail_config[3]

        smtp_server = mail_config[4]

        mail_send = Send_report(count_success, count_failure, failed_case_detail)

        # 获取最新测试报告

        last_report = mail_send.newest_report()

        logger.info("邮件发送结果")

        mail_send.send_result(login_user, login_pwd,from_addr, to_addrs,smtp_server,last_report)

        logger.info("DONE!")

请求封装

# coding:utf-8

import json

import requests

from logging_save import logger

from result_check import Result_check

from url_transform import urltransform

class Interface:

    def __init__(self, ):

        pass

    def interfaceTest(self, case_list):

        """

        接口调用主函数

        """

        # 用于存结果

        res_flags = []

        # 用于存请求报文

        request_urls = []

        # 用于存返回报文

        responses = []

        # 用户存失败的用例

        failed_case = []

        # 统计成功失败的用例数

        count_success = 0

        count_failure = 0

        for case in case_list:

            try:

                # 模块

                product = case[0]

                # 用例id

                case_id = case[1]

                # 用例标题

                interface_name = case[2].strip('\n')

                # 用例描述

                case_detail = case[3]

                # 请求方式

                method = case[4]

                # 请求url

                url = case[5]

                # 入参

                param = case[6]

                # 预期结果

                res_check = case[7]

            except Exception as e:

                return '测试用例格式不正确！%s' % e

            # 定义消息头信息

            headers = {'content-type': 'application/json',

                       'User-Agent': 'Mozilla/5.0 (X11; Ubuntu; Linux x86_64; rv:22.0) Gecko/20100101 Firefox/22.0'}

            # 对url进行封装

            new_url = urltransform().urltransform(url, method, param)

            if method.upper() == 'GET':

                results = requests.get(new_url).text

                logger.info(u'正在调用接口: %s' % interface_name)

                # print results

                responses.append(results)

                # 用于存储预期结果与实际结果的比较结果

                res = Result_check().interface_result_check(results, res_check)

                request_urls.append(new_url)

            else:

                request_urls.append(new_url)

                if param == '':

                    pass

                else:

                    data = json.loads(param)  # 将参数转化为json格式

                results = requests.post(new_url, data=json.dumps(data), headers=headers).text

                responses.append(results)

                res = Result_check().interface_result_check(results, res_check)

            if 'pass' in res:

                res_flags.append('pass')

                count_success += 1

            else:

                logger.warning(u'接口返回结果与预期结果不一致！失败URL: %s METHOD :%s' % (url, method))

                res_flags.append('fail')

                count_failure += 1

                failed_case.append((interface_name, method, url))

        logger.info(u'共执行 %s 条用例,PASS: %s,FAILED: %s' % (len(case_list), count_success, count_failure))

        return res_flags, request_urls, responses, count_success, count_failure, failed_case

日志封装

# coding=utf-8

import logging

import sys

import traceback

import time

class LoggingUtils:

    '''

    ===========封装日志工具类的基本操作=============

    '''

    def __init__(self,logfile):

        '''

        :param logfile:

        '''

        self.logger = logging.getLogger(logfile)

        self.hdlr = logging.FileHandler(logfile)

        formatter = logging.Formatter('%(asctime)s %(levelname)s - %(message)s')

        self.ch = logging.StreamHandler()

        self.ch.setLevel(logging.INFO)

        self.ch.setFormatter(formatter)

        self.hdlr.setFormatter(formatter)

        self.logger.addHandler(self.hdlr)

        self.logger.addHandler(self.ch)

        self.logger.setLevel(logging.DEBUG)

    def debug(self, msg):

        '''

        :param msg:

        :return:

        '''

        self.logger.debug(msg)

        self.hdlr.flush()

    def info(self, msg):

        '''

        :param msg:

        :return:

        '''

        self.logger.info(msg)

        self.hdlr.flush()

    def warning(self,msg):

        self.logger.warning(msg)

        self.hdlr.flush()

    def error(self, msg):

        '''

        :param msg:

        :return:

        '''

        self.logger.error(msg)

        # self.logger.removeHandler(logging.StreamHandler())

        self.logger.removeHandler(self.ch)

        self.hdlr.flush()

    def error_sys(self, limit=None):

        '''

        :param limit:

        :return:

        '''

        exceptionType, exceptionValue, exceptionTraceback = sys.exc_info()

        if limit is None:

            if hasattr(sys, 'tracebacklimit'):

                limit = sys.tracebacklimit

        n = 0

        eline = '\n'

        while exceptionTraceback is not None and (limit is None or n < limit):

            f = exceptionTraceback.tb_frame

            lineno = exceptionTraceback.tb_lineno

            co = f.f_code

            filename = co.co_filename

            name = co.co_name

            eline += ' File "%s", line %d, in %s \n ' % (filename, lineno, name)

            exceptionTraceback = exceptionTraceback.tb_next

            n = n + 1

        eline += "\n".join(traceback.format_exception_only(exceptionType, exceptionValue))

        self.logger.error(eline)

        self.hdlr.flush()

timer = time.strftime('%Y-%m-%d',time.localtime())

logger = LoggingUtils('%s.log'%timer)

结果比对

#coding:utf-8

class result_check():

    def __init__(self):

        pass

    def result_check(self,results,res_check):

        '''

        结果对比函数

        '''

        #返回结果，将结果中的json数据转化为可以和预期结果比较的数据

        res = results.replace('":"','=').replace('" : "','=')

        #预期结果，是xx=11;xx=22

        res_check = res_check.split(';')

        for s in res_check:

            if s in res:

                pass

            else:

                return '结果不匹配 '+ str(s)

        return 'pass'

 result_save.py   保存测试结果的模块，复制原有的用例，保存为新的excel

#coding:utf-8

from xlutils import copy

import xlrd

import time

import os

class Save_test_result():

    def __init__(self):

        pass

    def save_result(self,file_path,res_flags,request_urls,responses):

        '''

        :return:

        '''

        book = xlrd.open_workbook(file_path)

        new_book = copy.copy(book)

        sheet = new_book.get_sheet(0)

        i = 1

        for request_url, response, flag in zip(request_urls, responses, res_flags):

            sheet.write(i, 8, u'%s' % request_url)

            sheet.write(i, 9, u'%s' % response)

            sheet.write(i, 10, u'%s' % flag)

            i += 1

        report_path = os.path.abspath(os.path.join('report'))

        if not os.path.exists(report_path):

            os.makedirs(report_path)

        new_book.save(os.path.abspath(os.path.join(report_path, 'Report@%s.xls' % time.strftime('%Y.%m.%d@%H%M%S'))))

结果邮件

#coding:utf-8

import smtplib

from email.mime.text import MIMEText

from email.header import Header

from email.mime.multipart import MIMEMultipart

import os

from logging_save import  logger

class Send_report(object):

    def __init__(self,count_success,count_failure,failed_case):

        '''

        :param count_success:

        :param count_failure:

        :param failed_case:

        '''

        self.count_success = count_success

        self.count_failure = count_failure

        self.failed_case = failed_case

    def newest_report(self,testreport='report'):

        '''

        获取最新的测试报告

        :param testreport:

        :return:

        '''

        lists = os.listdir(testreport)

        lists.sort(key=lambda fn: os.path.getmtime(os.path.join(testreport,fn)))

        file_new = os.path.join(testreport, lists[-1])

        logger.info('获取最新附件报告成功')

        return file_new

    def send_result(self,username,passwd,from_addr,to_addrs,smtpserver,*args):

        '''

        :param username:

        :param passwd:

        :param from_addr:

        :param to_addrs:

        :param smtpserver:

        :param args:

        :return:

        '''

        sender = from_addr

        subject = '财富港接口测试结果'

        username = username

        passwd = passwd

        '''邮件内容'''

        tille = (u'用例名称', u'请求方式', u'url')

        details = (u'成功: ' + str(self.count_success) + u'失败: ' + str(self.count_failure)) + '\n' + u'失败的用例如下 :' + \

                  '\n' + '\n'.join(str(zip(tille, i)) for i in self.failed_case).decode('unicode-escape')

        logger.info('邮件附件为: %s' %(args[0].split('\\')[1]))

        if args != None: #判断是否添加附件

            msg = MIMEMultipart()

            msg.attach(MIMEText(details, 'plain', 'utf-8'))

            i = 0

            while i < len(args): #可以添加多个附件

                part = MIMEText(open(args[i], 'rb').read(), 'base64', 'utf-8')

                part["Content-Type"] = 'application/octet-stream'

                part["Content-Disposition"] = 'attachment; filename="%s"'%args[i]

                msg.attach(part) #添加附件

                i += 1

            msg['subject'] = Header(subject, 'utf-8')

            msg['From'] = from_addr

            msg['To'] = ','.join(eval(to_addrs)) #兼容多个收件人

            smtp = smtplib.SMTP()

            try:

                smtp.connect(smtpserver)

                smtp.login(username, passwd)

                smtp.sendmail(sender, eval(to_addrs), msg.as_string())

                smtp.close()

                logger.info('带附件测试报告发送成功！')

            except smtplib.SMTPAuthenticationError,e:

                logger.error('邮箱账户或密码错误: '+ str(e))

        else:

            msg = MIMEText(details, 'plain', 'utf-8')

            msg['subject'] = Header(subject, 'utf-8')

            msg['From'] = from_addr

            msg['To'] =  ','.join(eval(to_addrs))

            smtp = smtplib.SMTP()

            try:

                smtp.connect(smtpserver)

                smtp.login(username, passwd)

                smtp.sendmail(sender, eval(to_addrs), msg.as_string())

                logger.info('测试报告发送成功！')

                smtp.close()

            except smtplib.SMTPAuthenticationError,e:

                logger.error('邮箱账户或密码错误 : '+str(e))

用例获取及数据格式化

#coding:utf-8

import xlrd

from logging_save import logger

class Get_testcase(object):

    def __init__(self, file_path):

        '''

        :param file_path: 用例文件路径

        '''

        self.file_path = file_path

    def readExcel(self):

        '''

        读取用例函数

        :return: 测试用例列表

        '''

        try:

            book = xlrd.open_workbook(self.file_path)  # 打开excel

        except Exception, error:

            logger.error('路径不在或者excel不正确 : ' + str(error))

            return error

        else:

            sheet = book.sheet_by_index(0)  # 取第一个sheet页

            rows = sheet.nrows  # 取这个sheet页的所有行数

            case_list = []  # 用于保存用例信息

            for i in range(rows):

                if i != 0:

                    case_list.append(sheet.row_values(i)) # 把每一条测试用例添加到case_list中

            return case_list

请求url转换

#coding:utf-8

class urltransform(object):

    def __init__(self):

        pass

    def urltransform(self, url, method, param):

        '''

        :return:

        '''

        if param == '':

            new_url = url

        else:

            if method.upper() == 'GET':

                new_url = url + '?' + param.replace(';', '&')  #如果有参数，且为GET方法则组装url

            else:

                new_url = url

        return new_url

测试用例excel结构

config目录下，config.py   获取配置文件信息的模块

#conding:utf-8

import ConfigParser

class Config(object):

    def __init__(self,file_path):

        self.config = ConfigParser.ConfigParser()

        self.config.read(file_path)

    def get_mail_config(self):

        login_user = self.config.get('SMTP', 'login_user')

        login_pwd = self.config.get('SMTP', 'login_pwd')

        from_addr = self.config.get('SMTP', 'from_addr')

        to_addrs = self.config.get('SMTP', 'to_addrs')

        smtp_server = self.config.get('SMTP', 'smtp_server')

        port = self.config.get('SMTP', 'port')

        return login_user, login_pwd , from_addr, to_addrs,smtp_server, port

    def report_save_config(self):

        pass

mail.conf

[SMTP]

login_user = 18******@163.com

login_pwd = ******

from_addr =  BI<18******@163.com>

to_addrs = ['18******@163.com']

#to_addrs = ['1******@qq.com','******.com']

smtp_server = smtp.163.com

port = 25

测试报告

邮件接收结果

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DmEb5BjW8NvqEoftSuduvLOLnudFq9fKEoT1db6ag/GrsXTGk50KtevpDXWw4AAAAAgCIKrulIvbtw4uQnvLPk3Z79m/emMue5pPaXPzFRPI2lp26i5TQWpW1f4DXEWDQdTQ3C65hpOoLad+W1peruHWrPycK+LwEAAAAAyE9JzEh6aoNlGg5BT12m9dh8Kt1TN3Hz3v3l1jZkc50wZ4fac9JyHD73+yfmLrpbv0Z+asabL29dUHPH45Y3X946/eVPzQU2Hp85tb+yUql4LsvBf2YcxMbD06cefrNZSTR/umKqvubGcwumbl2x0RgfcW7B8+d2Ok42WfaC1/o7Wm0vUd3pnt7o1IArmHkzlYbKX/3zFO1bw+ktAAAAAIBAlELTYdQZlpiHyqc3+z1sHh5SEs1KR6va15u+O5I+vfmJJe+mbAsc2KMkmpVfrbs2b+rh1994UFtppvKHJ+Yu+kr7989XK2sX/b+55V/VVirVyx4sm/9g3gz/wxxsTYeSaL7zxvNbp0/dOn3q/jcajW7l0xX6lztr9k9//lSiVZtC9ezayds3vaPUVSurFn05+/u2QsE5T8cTEzendu8wlvnDi7OC6jvuvTBD6WhNp95dONGtvQIAAAAAoIiCbzpS+8vr9r9bJ8w5mk69u9CYwsO8PkvuhKZDPZ5Uav79wfP/EvDAh1FHjW9Np9PpwQGlbZ+SaFabfto/a9rQj+eP0QbMm+lnmfTwxb1LJovzyAIAAAAAMDYCbzoy85Ke2mBebOXUBvMg+dQG80SVU7LRH16H04d/tm7B+q/qqgOvJwoV5bWl6fv30+m0kmge62d/aY7PJddNnZL9WwMAAAAAQHEE3HSk9pfrx8OZyiO1v9x+yonJejFay8MdhoceLLCcb/L1c8FXFaOqOWqWpwcHtJ1TOlqzLv/l7O8PrKrUZgb5+CfVvoZjzJn2YM60E7N++GmiWalfo9RWKrVLO6ZNSew54qfp+PT5Z+821vt96wEAAAAAUASBNh2pdxdaSo2euomTJTWHfpWWutM5NB2Ky1AOpUC9w1fPz3iwbP6DihcH5k7re2W5NtPH8I+mnfjRUuWtjVq/oE/JsfGwMD3HnTeet0502mzM03H95+uV2kotRrNwe/b0gVWV1llI0+qRLslWzZv59Qv/0jvruS9qlqsNKz96+l8HVlV6T25q5O7saZ3PzL/etk/t29vy5OSXVu/VZgz5fOuiXQt+cn9RmeSVXDZf3b1Dicfqnqy5cPmC9u0TBuNYvlMAAAAAAIyNAJuOnjpj0spMl1G+N5W2Xkr21t4lYvfh9+yVa1VTcm0utOlC9RhNROP1eVNPzJrW+Uzmgilqz0m1rzezYdo2WKYRcbndckldWQXgNoWneLs4fcnggFaRqF3bW56c/FbL2wsnTt46fSwuv6LU/+TTeVM7frVPO4/GslXCbnLtFQAAAABAIAJrOk5tmFx3Wus1nOM49L7APhep7zEd2jVWlvmdp1NJNOf16o2tbJOzjsHkHSonpwAAAAAASlvgM5IWl3r5gpJoVhrWK7WVSsP6zDiIxnrjJBGlrlpp2xf0ZvqidUMeitt0zJupHNgzVvsKAAAAAECeQt50PFLUrnZLg2ObCsSZnTX7p0/9bXTqiVnTzr+y3HysmPo1SqJZ6WhNDw8FvX8AAAAAAGRH0wEAAAAAAMKDpgMAAAAAAIQHTQcAAAAAAAgPmg4AAAAAABAeNB0AAAAAACA8aDoAAAAAAEB4BNZ0XPr4Y0IIIYQQQgghhJDChjEdAAAAAAAgPGg6AAAAAABAeNB0AAAAAACA8Ais6VBVVVXVsdlJoJTxWQAAAACAAqLpAALGZwEAAAAACoizVwAAAAAAQHjQdAAAAAAAgPCg6QAAAAAAAOFB0wEAAAAAAMKjFJuO2Jo6txRwzwEAAAAAQPiUaNPhdrtn2THQVjHDVNE2kPcWjMKZLTM8N0LYSOud5gPtDxpoq7DeaH0OzZYzzm1xPDDLE2V5oPBwyX3ZdtxttcILIuyD9XtZrG/m4MFdb+46OCh8JXyZcX7fmxmOu9zW8ea+8/q/DPvOOxcGAAAAABTBw9d0uJcdA20VxsHyQFuF/Oi/UAbaKuzH35ID+TNbLLcMtFWYX4n3Cf+2bLmPViKdPrPFf53h9kRZHyjsdYV9z7PvuMf2GF9bHiJ5eQtu8OCuTAHhWmec32fcMnhwl95XONaiP0hY3FpqnN/3pvBUdB0AAAAAUESl1XRMWft/nTHuzXYai9h0yI//C8hxKH5mS6Y30IcjbNmyZcaWM7atEhmPsG2r8xFe++LZCdgfmO2JvJ9RW97+hLnsuOc3RbxzDJqOwYO77JWDvYWwfi00I9bVaAvZqhBL0yF+IXleAAAAAEDhlFzT4fYPUe5NhzmkQBwtseWM8/a09cwJ42Zt5dryWw6IZ2oYR/lbzohPax6rux3eG7eblYe4bbIls+2061PIV+x4Iq9n1AekWEuI3HY8y45YV1vcpkNWONiaDmEkhvRrfT1v7jo4KA7nEG83/m3pQKg6AAAAAKBoSq7pEKsN40vtvwe7kge7kmlfTYd4KoRw1Gw5Crf1HuZxuuwcGK3+MGsB9+N94cGZBYQbrVtr3i8fHiLc4D5rhlch4Gw6vJ/Ifb3mDZY9z3HHJZtrlE2WJS3zdBTlLKTz+5ythbPpsA/xkDcdwkwcztudd3ICCwAAAAAUUSk2HUa7YWs6DB5Nh2Q2CMvhvHGYbjvI14/YXUc92AcZOJoOfbyDOO9EZk2SpsMyKYX9+N8xTsOtz8g68iFL0+F5Zo3bA+1NRy47nmVMh/TOM1uKUXZIT0XJ0nRIHzN4cNebu3btclQdjrNXzPsZ1AEAAAAARVSKTYfzy1zHdNhHdFi5NR0VbQOO6sC4wV4KZG06zAdY5iG1b57+ta1ecRtQ4bLDbrKfveJnrIjzJRTP2slhx72HoLj2Nu5DT/Lns+mwn73ibCgyjYbjwi22y6yIj6XpAAAAAIAiKrmmQ/oP/2M6JGevyI+ubUfP+peeYzrcmw7jSYS5NyoqKqw3ObbMZV1+ZyT1UQDYHpj1ibI8o2Ql/nc8y2q9m47Cz9nh4+wVW1mRZUZS7QIu4sANt6aDs1cAAAAAoIhKrumQXnsl93k6xEbBdqaIOezDOu5DuF2cp0OYncJ+RolkUIgx70Tm4iO2aSbcygnhdtnxvuxQ3+0yt96nvcifyMcDXZ/Y3467rFa4yKx9II7xYJcpV2zXy825CvExI6llVIetuRDXY5l5VLwqrfTaKwzpAAAAAICiKq2mw03uYzrSlokfhNMvLNdeaTNut4/jcEz3IR1oYX2oY0IJ+9kbwoql13ZxbovjEZYnszcJ9sLG9xP5eqD4LM76xHPHPVYr3OE2JamsVrGP2slj0IdYOJzf96aVZWiGbFZRcTVCA6ItvuvgoG1GUtvlZ+WrAgAAAAAUQMk1HdJhHf7GdOSkGHM/pG1H9MW9TGppeQh3PJjKgVNXAAAAAKC4Sq7pSPsoMkq46cDDxO2MlPA8IQAAAAA8ekq06ciaUe84TQcAAAAAACFUik0HAAAAAABAfmg6AAAAAABAeNB0AAAAAACA8Ais6VBVVVXVsdlJoJTxWQAAAACAAqLpAALGZwEAAAAACoizVwAAAAAAQHjQdAAAAAAAgPCg6QAAAAAAAOERWNNx6erHhBBCCCGEEEIIIYUNYzoAAAAAAEB40HQAAAAAAIDwoOkAAAAAAADhQdMBAAAAAADCg6YDAAAAAACEB00HAAAAAAAID5oOAAAAAAAQHjQdAAAAAAAgPGg6AAAAAABAeNB0AAAAAACA8KDpAAAAAAAA4VGSTUcqHo3GU+lUPBqJxJJeSyZjWRZwLK6zPiwVjxq3uK0zFY9GRNF4ytzWHDchl40GAAAAAAC+lWrToXcBRpEglBRCz5BL0yEum4zpa7A/oXfTYdyhb1cyFvFbdIhNCU0HAAAAAABFUQJNh73DkNGbAfsIihzHdJhS8ahZUWTbAmP0RiSWzDyltiH2YR6RiI/eIxmj6QAAAAAAoEhKo+mwH/i7FhhG0yHpGIyeIRnLPmpCGKBhH5aRZUyH0HTEY0K1IZQw3htA0wEAAAAAQNGUfNNh7SFsYzrsJ5RoX/hoOswhHY55NizrtD9GbDoikUgkFotJChOaDgAAAAAAAlIaTYd9WIbRGlhOMknLmg7zS9eKwsFzqlPXKUYlZ6/YBpn4e3aaDgAAAAAAiqY0mg5hGo6IftWVWFIy36ethrDc77drsMxG6nIWjOysGGnTYWy9/xlDaDoAAAAAACia4JsOsbwwhnAkYxFtGgxbJWBtOhxntmRvELKe2eK+gLZ+8wq4madOxiLReNL3iA6aDgAAAAAAiij4pkOsK8yyIilM9mm96Kw5ysI24sP1tBNxiSwlQ2aVyZjrmrRzbeyThfi55oq4BpoOAAAAAACKIvCmw1JXGCWA1ieIc30eiFmv4mqfwUNYk8uwDMtZKxKWHsSlNtFLF/HZnd0HM5ICAAAAABCQgJsOvTEwZiWNxlOpeFQfsqG3CvbSQVYlmOWDtGiwzXsasSxiKVbEFVpudA4JMRfRN9p186RTglB4AAAAAABQWAE3HY4Sw9omZOoJx9gNlxlF8ygOpB2Hc4FILOkYiuEcI+Lj8rYAAAAAAKCYAj97BQAAAAAAoGBoOgAAAAAAQHjQdAAAAAAAgPCg6QAAAAAAAOFB0wEAAAAAAMKDpgMAAAAAAIQHTQcAAAAAAAgPmg4AAAAAABAepdF0pOLRSCyp/TsZM/7pWEYUjae0W7V/eK3SWLFkUftqnYS1uD6b/Qm9FhS2xxfpqwEAAAAAAGRKoumwlAReTYejSZC3F/alvdZr6yRsK7SuRvvK1lDoi3vthLylsUnGaDUAAAAAABilUmg6sg1uMEZvRGLJTIeg9ROS8RjReMrRK8SSkqEbQkHht+kQFnUWKfZxKZYyw/IkbuM9aDoAAAAAABi14JsOeyuQZUyH0HTEY/LGwlIlJGORWNJeTNg6C39njwhNhKwAkQ74MLuXgjUdyViERgQAAAAAABdBNx2Ow37JaAnLHUbTEYlEIrGYUYsIhYm96YhGoxHHk+Q6pkN7RvHfeg9iaTr0lVj/5bvpiEajLue2WBaj6QAAAAAAQC7opsMh2xSj4tkrwtJiQeIc05G2DRVxq0Vcm45UPGrWKsbgC+McGmvTYT6VYzO99jAZ00oObVgIXQYAAAAAAHkIuOnIfu6IZfYNR9MhLTJk83Rkbs5UDMLS/s5eScYcw0mS+hbZmw5n0ZH72Svak2S9fAsAAAAAALAqtTEd7udmaE2CWSuYpUU0nrRfIsU5psNyj3CjbVoQrxlJkzFtIg6t+jBaEFvTYZYU5rrym6eDKUoBAAAAAMhVaTUdmW4gGXMdzaA1DPYywnGLS9ORdtxorx2yNh3OJZ3zdKSFgR/OZ+HaKwAAAAAAFE3pNB2peNSlGrAuo4+b0O+Xdh/eTYd08lBjcT9Nh7gBskXNc2KECT1km2d9aq69AgAAAADA6JRE0yGdg1O82Il5g2Uhc5FUPGq54Kxsng7L8znnMbXdZT6Do+lwbkhmUXOllh5Gu8qtfd4R6atA0wEAAAAAwKgE3HRkvc6IMR+GdBYLa2OgdwDyMR2WtsG4yd45ZJoOYWHLFVu0eUllfYswS6mzx+DsFQAAAAAAxkZJjOkAAAAAAAAoCJoOAEBIDQ8pB/YoiWYl0ay07VMvXwh6gwAAADAWaDoAAKEzPKQ2NTyYM82eeTOVumrlwB61r1ft61USzWrPSbX/StCbCwAAgEKi6QAAhMjwkBrf+mDeTEnN4R5l2Xw1vlW9eSPorQcAAEAB0HQAAEJC6Wh9sKgsp47DXnlULFba9qUHB4LeFQAAAOSPpgMA8PAbHlLqquWDNXbvUBLNSl11TgM9lNpKtas9fXck6B0DAABAzmg6gEfD8JDa1Z6ZmjHRrHS0ql3tSsN6pbbywZxpHM7hoYUZyVQAABOASURBVKYe6ZIM5XhpjtK2z77kzRtKR6tSv0aprVTq12QaEO/Ko2G9eqQrkP0CAABAfmg6gJIkXjMiW9S+Xu+VqV3t3kP61a72sdktoOAkM48uKlMO7Enfv+93Fffvq13tWuvnmkVlalND1s8aUBjDQ+qJI0qi2dJQFy3aszA7LwAgTEqg6UjGIpFIJBKJJY2bUvGo5WvXxxnLpOLRiDfr6qPxlHytqXjU8cypeDTi+gD7fkTjKflaHNucI+Gx1tW4PZl2Vyyp9vUqmxZXjR9XNX7cvL/+qwmP/ankRdG/C66vmvuzeL2cLvshe4nd1yG+sm4b6vG9tjyZx4vleZ/7IyLy90Zu3yNhNyOPffMbdd/+25FnJ/sfZt9fPi6zEYMDSts+ZeerLWWvDnW0qntWTKhsyfon6wdzpqlNDVnfnsbdyZjLTru9RDl8lo2Xw76SrN8ZfaGsH1d/n2dx8Wg85diRAn2WxZt0wsbZf7BF4ym3z4BxV9G/R7ntqbEVhXrFkrHb0fg94y519w7nWSfp4aH8nig9PKS07VMqFnt9Xl6aozY1PFwHhMnY7Uj0C+F9NRSJ3I5EhnL4yV2gzfjrb52b8NiHS/7m7X7hMLu/fFvV+G1V47dVlTXdkd4+fnu/4+Bcu7dzk+O4fdN26fJCdnS6rFN8eH+5fXvccqcms53dOwvUO+zeMcrpZkaV+bN+8Z2Nni+gLB2t2vWMxvQt5aC/t/XEijxcMTkciQzrP9dGYpHbwpfFWtLt57zx/4t8f9ACQNiURtNh/Y3c5wGn5XG2I2XbOq1r1L6yHS3oizue3L1D0R5i3C88oWOXst7hg/Wx5tGa2wYah89V5euy/2azqEyprVRqK4cWPX51ZaVSV5353WXnqy3jF/eL/9BLE+9IfvtMNCuJt7rLXO7atLhKW3/ire4y69rKXr2TaFYSb93Z2awk1nWOn+7126SxnZlfQKdXlb9qrFArerR87y/+Z9X4cS01b+mPXdfputnSrOscP66qfJ2yaXGVfJPe6i7LrP9OzXSPV6m/fFxV+Tol0aw21isVC/L4xfT9V99QOlqz/EXau+nYvUP69nd7B/p8J+fzWc78EudVXkqf2mg6UqmsXUYuB91605FK5fMKuD2947dTeRXr/QI6d2OMvke+FeMVszQdw0Pi1BtfPz/jlVm/thzPC4f3ubh34Olz76z6lbJsvsenRqlYrCSaH4rLtViajtQX0WJ2HPaX/e6IeuKI2tRwZ+HLgR26kzGPUrM8c3aYNlREK0H8D7MqzNvvXjx6O98fAn7ci0e1H0f34lGjXpH2F4Vc0vPnau5/sgGA8CrBpsPv78OWciOHpsP7MMJZikg2xnmAIT6/9BDNaCXy/l1f/lhxe5OxzD+t+9tdNj3wX3pIKeT+3Gl13/5bo2e58dwzxl1KR6vxJnJ7i9o/cdl/m8rrsyx5q7t8UP2IJX0vecDngtqmFOqz7N3K5Np0jNn3yCdx7YV6xcSmQ+1qN9/Dy+YP/vKEfeRCfgc5Qheg9pxUG+sfvDjL45OlXa7F/+lmzozppV4sfzEuPO1lH+y/ohzYo9QsD/znHinBKBWLtT+uKLWVmQmDxSEtfb1qX696pCuPwSP2T31Rez3nyt0+XAVd0vPnPE0HAJhKr+mwD9Ww3yn/Ee7/7BXrQHlHAWLepg/pNvoD+SZZHi3ZH6+tlu6Gr/3V74xYmv3Ml7YtUBLNgf9aQwKPUrd04zfNjq8suuu+MDraHIrv93jUxzkg+X2WbW9wCfnT+vj9Lu+j9Tx+b/S5v1lehlybDu9tkK8i5++Rx2LaP7XvXCyZ2zgOv+8QrelIxm5HIrejf9VqvIevPhsThqzfEf4cqo1gz/ylVHtgJCL8pTc5HInctv6Ut1ckt3YNRn/wu7sN63O6ektO2fr4+gmPHbmkT8rQX76tpWan22kdxukS0vMs7tTITgMp32F94LaqsqaRtRvbJ63Y+vh648aWmp2K9YH+N0NJ7Owu27b18fU3np4d+E888ojk8JMvt8+uuKMPHvl8c3LCM0eHjMlNdja1mGcV7ewuy3aeVFlTv/7x0fpH4XQYezEh6VJd+otiLGk+wvKTk6YDAEwl13S4naNh3OvadPga0yEOFBfbkVjS2nRYnlifWSIVjzqOsiQVS2YJfZNy+d+O3/0Vt0Tt6+0vN06F0E+pEE4DaZ/tNQCbhCxKxWJ1947+8nG7/vH7qZdnt096vH3S90/G96TisahQx81b/kvzUS/NEd5cOfyR3/uNncdnWTJpj8dTWVdp+3jKdiPvMzCK1nT46SrybzqK8j3K2nTY5v8pSNOh9l8Rj0m+9xcHd+7pTQ8PqZdPi+9820GCZBy72Wjci0f1c/jtTcdIzFp8WG65f/92Xdue764K/JNOCCl2Rqo2aK2H2tebig9ZGwfnDwq3VqIYS5pk52e7Lw0Aj5JSazpsP6ML3HSk4tFILBYzp3IShqE7xnTYN9Jzgr9kLBKNRu1PmvNRle+jQWFUStX4cYH/NkBGn3srZ9sn8ih7tbvcNnXIuk5hga2P/137pMe1/Gbid5b8zY9P3bxheYdoB+mZOi6WTMa0d1f369+6M/cHxlNnJumwfVqyynIUm+9nWdto75lnHbN6pI3SUfssRyKRaDyZcjYdnmuT3W+UoDnKp+kQelPhE+4+msXXuJjCf4+yNB0eP4k9eTYdXe1KR+uDl+Z4f4h+X9/1l09f8Wo6xOkJ3Ya1O48rHBMExpLp9PDQKCfHIYQ8LFESzfYaQlpAjNmNlgU8fosGgEdaiJoOrwOjiD6U2jgbxTj4E0ZxSJoOr+Mt8QAl8+fyZCxznGVUJ7ldb8D/0aC5wzQdD3HmzVR371Db181/+lfSj4BjOIHH+AL7XfLJLaLxwf69I7Ms22C9UEVpNB0uT+Cxcal4NBKLG5/r7FvkvkJncZr7L46jGNPhdoadQ2k2HeIjCnb2yuBAOp1W2vb5/GRpswB8+fovq8qaft9zUu3rFeb5M55Q3nQkY/brNVhucR51DA8pHfv7n1117/nMiS1KbeXAS+u1s0W0y3wIfaX1y03bq8Zv+3jG3OB/FhFC3FM1fpt2Dovwf2fZhV1krUQxlrQ9jKYDAKTC0nTYjkW8ZiTV/2KcOYtcPy6yNh1Cw5HlaCydTsVj8aRlng5xhTnM0pFr06HdwzQcD3uUijlt/1o+1NWeHhxwvlndDxS9Pg0uwxZSB3/w53eesz67Phep862VxVg0Hd4Vo7hu8ZMsH38lnbXCT9OR16AOf/sr3SaaDrdnv38/67AOj3z13Kzel1eqjfVKolk90qUePvr6Y8mjiVbrxZvEs/plt8ivYLqzu2xbS81ObeXivBg+mo7t/Ylm74u85JQbsyvvLMr+Kv3euMCW5+VUtXk6LBNzaEuKr0PDenHm0Xsvr2ifXXGvtjLXnVIqFmuvT/dO5zdCe92EeRbEaC+183u3aXtVWdOdxM7uMsfFaJ3fR8fDhW+i++sgrEqNb1VWrmiftGJIn2tTqa1UaivO/GOse6fznZB5z2R5YyR2XJ20IvD/SREl0Wz9ceV7RFgxlrQvQNMBAHKl1nTkOU+H/VAka9PhXNJ1TEeWozHLuS/iFpvb5L/ryKfpUPt679RMN6+WummxfllW7be3V1vMLy0Xec08ynpZVu38CHNtzqvMCqsSr66qzRWiTxHSrFh+1atUaiuVVfN7J80ect6eyY+vTpo9VLv86rP/p6XmLWOSkc5NmUu06ptkXGX2re4y4dqu0u00931dp2Xjhd2XvTK2xarKXr1jvqrW57X8oiy81A3rldrlf5wzOeffqF6a3f/sP/xuyz5tYnnbuzLzfjDf3sLbNeU6G3tm8cEBpX6N7enUxnrZWzuweTr0e/yO6ch0IY4JcezTRbg/oXRvvX6e5PLy+Jtf03F74ZqOQObpKGLTcXdEO+Y8sny1Ulv5QJhSl+RwzPZvC3/692+ZPw83ba+yFQTSpqOjVe3r1aZ7/LyvVz3wm3f+/j+urqwc/RStf3h2RveaevXyhXRaOKizH93J5i+w3ii71M5ILDIUT34R9XFGgPPh4h/YLdc2ti0srir1RdS2nea9tl2wDTJyOTMiOVw1fnvg75kwRbvUi9lVSRsu/a7eSSuurqxUaittfxJwva6Tj/fV6Je0YZ4OAHBTck2H5Fdvz8MX4x7r7xb+mg7JH1RzbjqSMduIEH2FwtGS5Hk8jiF87K9XeePcd+O8GtveGefxWGc9cD8/SNwwsd4RN97juMb7T+P6WJtoPClMGyusWntstkMncTutZZOT7Y0mPqN4OpR5ipP3Xshej7WH7mtXy+svH3epqjrnP3KWz/rFv/1ESdS88swvU8aL4HwNtFuMN1UqmcxMVhH533/yrSWv1CuvLZX8wtfUIP8++Ds2NRf0OIjP/bOceSek4rF43GNMR8rxJnH8fmd5M9snkPDcXcf32NxDyW+Ro/0sOz50hWs6ivQ9cl/MX9MxulfMdsz5+ebkb2ZXBX74RPxHqa38ctV/tE9aMVi/RuloPbb6hn6AJx78j8QiZtHgmAwybSyjv0ccZyfp75ZYbNjHGQGSh+fTdGiPss7qIu5Rzk1H6ouW8dsC/5aFJn94YaZ64ohWSInvOtuVmIwv7d9NyRs15/fVqJd03O/4KU7TAQCa0ms6ZC2FcYTjPgLc8efbrE2H5ddqcVH7nxXd2I6yJH99dj9idP9/kY/9lS/tMrZfX8LYZ3uPYz1XwHWTbcMKzD0U/6xufz6/e53Ur02Z/Rjb6ztifwksTYf9iXOZi8HWYLk/s9tJE4L/8V//y4TKFuXAHqVhvVKxOKff0j5ZvECpq1Z2vrr5Bz/9vK9X7etV+3rT9+8P/nLm65s71b7ezzfPmFDZonS0Kol1fd/9h89nPSldzx/nTJ43q0b6UucxZMH9zZz7Z9lcyjJ2xXKny/fJ4y73As/9J4rte5pZheRJCvJZtr6trYNz3N9hWX4+FO975LqYr6ZjlK+Y85jz28+cCvwIinhHqVmuHIhv+7Pjsgt23jMvCWypJEZixnWC5Ud6QjvgdjRov7DOPcvlh42ZF7JNmuC/6cjcq6/ctcvw2XSk059vTjovgGqc/2KcvCOea6NYLycsnnfj63Qk66Ae52VZ79Rs+83EyvZJK9onreh9eWXg7y6fubt81V/+t4takZGUXZhJewfaxlaY16U2vsuSd4v/99Wol7Sx/yWNpgMATCXYdOT8c1pSKWTWafm9WbhPO4hyjhqwL+pnTIdkG4yjFs8Dm9zP/Bce7HFobW0erPsp/7O3yzgB8yHy3TGPSP2Tf2/1S4Jk6zEyTUtuYzqSXs1ElutuyF5nf2M6/H+P7o6cX/nnPy2vHbOLOCi1lerNG5JxRq7fHwmf53Pk8zuX+dGyPYnbp8rjLv1u59ijiOQxxorku5OMSZ9kVJ/lYiri92h0ivGKqV3tgR9HPbpZVKbUVirmiXv6OYl11UqiWT1xJH3XMaSi0ORTOY7Vw0NgVK/A3RG1q12pXzP6U5kKn3kzlbpq5cAe9eYN/y+FfGxF7q9VMZZ0PHCUv0EDQJiVRtNhP4CQD7cIEe/zOEIt9N/b0VH7epUDe5T6NQWcodCIUlupHulyf/KsQ4iE5fxUP5l7w/39LtHPcgl/j4r1iql9vQWrC1+aox2rZ87Sb1gvncOixGKb8FKcQqipxe0u31Eb6y0zK9Wv0VoM/weQReScHWMsHx4ChXsFMv8LC/rqy8prS5W2fWr/FR+bfC8eFeYBTQ5HpNOC5vFaFWNJK1uPb7T4j/SbGQAEJdB0AJC6O6L2nFQSzUpdzhN8mFlUptRVKx2t1kvJAiE1OKB0tCo1y5XXlir1a9SmBv3gfGVq9orel1faagv1SJd2FlhmRsyHU2aAvfNvwtp8BJEsf6MGCm94KPP/L3GYT22Be0NLAae3b7n/zy7reVIAgIcSTQfw0FAvX1BPHJH87miN2tSQOYTz9RctAAAAAAgVmg4AAAAAABAeNB0AAAAAACA8aDoAAAAAAEB40HQAAAAAAIDwoOkAAAAAAADhQdMBAAAAAADCg6YDAAAAAACEB00HAAAAAAAID5oOAAAAAAAQHjQdAAAAAAAgPGg6AAAAAABAeNB0AAAAAACA8KDpAAAAAAAA4UHTAQAAAAAAwoOmAwAAAAAAhAdNBwAAAAAACA+aDgAAAAAAEB40HQAAAAAAIDxoOgAAAAAAQHjQdAAAAAAAgPCg6QAAAAAAAOFB0wEAAAAAAMKDpgMAAAAAAIQHTQcAAAAAAAgPmg4AAAAAABAeNB0AAAAAACA8aDoAAAAAAEB40HQAAAAAAIDwoOkAAAAAAADhQdMBAAAAAADCg6YDAAAAAACEB00HAAAAAAAID5oOAAAAAAAQHjQdAAAAAAAgPGg6AAAAAABAeNB0AAAAAACA8KDpAAAAAAAA4UHTAQAAAAAAwoOmAwAAAAAAhAdNBwAAAAAACA+aDgAAAAAAEB40HQAAAAAAIDxoOgAAAAAAQHjQdAAAAAAAgPCg6QAAAAAAAOFB0wEAAAAAAMKDpgMAAAAAAIQHTQcAAAAAAAgPmg4AAAAAABAeNB0AAAAAACA8aDoAAAAAAEB40HQAAAAAAIDwoOkAAAAAAADhQdMBAAAAAADC4/8DFGfgmWWUO48AAAAASUVORK5CYII=" 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