import time
import sys
import optparse

#操作代码和同事名对应的文件
opfile = 'op_name.txt'
#定义问题总数
list_count_sum = 0;
evaluation = '十分满意'
limit_time = 120

name_dict = {}
name_list = []
limit_list = []


#将操作代码和名字加入字典
fg = open(opfile)
for name in fg.readlines():
    name = name.split(':')
    name_dict[name[0]] = name[1].strip('\n')
    name_list.append([name[0],0,0,0])
    limit_list.append([name[0]])
    #print (name_list)
fg.close

def get_element(name):
    for i_element in name_list:
        if i_element[0] == name:
            #print (i_element)
            return i_element[1],i_element[2]
    
#用optparse模板构造-f的类UNIX参数传递
parser = optparse.OptionParser()
parser.add_option('-f', '--file', dest='file',
                  help='Path to txt file', default='-')
opts, args = parser.parse_args()

#读到相关数据并进行统计
fh = open(opts.file)
for line in fh.readlines():
    list_count_sum += 1
    str = line.split('\t')
    start = time.strptime(str[2], "%Y/%m/%d %H:%M" )
    end = time.strptime(str[3], "%Y/%m/%d %H:%M" )
    op_time = (time.mktime(end) - time.mktime(start))/60
    #print (op_time,"分钟")
    #if evaluation in str[4].strip('\n'):
    #    for i_element in name_list:
    #        if i_element[0] == str[1]:
    #            i_element[1] += 1
    #print ("操作同事：" + name_dict[str[1]])
    for i_element in name_list:
            if i_element[0] == str[1]:
                if evaluation in str[4].strip('\n'):
                    i_element[1] += 1
                if op_time > limit_time:
                    i_element[3] += 1                    
                i_element[2] += 1
    if op_time > limit_time:
        for i_problem in limit_list:
            if i_problem[0] == str[1]:
                i_problem.append(str[0])

fh.close()

for i_element in name_list:
    print ('姓名\t','满意\t','总数\t','超时\t')
    print (name_dict[i_element[0]],'\t',i_element[1],'\t',i_element[2],'\t',i_element[3])

print ('总问题数：',list_count_sum)
for i_problem in limit_list:
    print(i_problem[0])
    for n in i_problem:
        print(n)

#print(name_data_sn3)

import time
import sys
import optparse

#操作代码和同事名对应的文件
opfile = 'op_name.txt'
#定义问题总数
list_count_sum = 0;
evaluation = '十分满意'
limit_time = 120

name_dict = {}
name_list = []
limit_list = []


#将操作代码和名字加入字典
fg = open(opfile)
for name in fg.readlines():
    name = name.split(':')
    name_dict[name[0]] = name[1].strip('\n')
    name_list.append([name[0],0,0,0])
    limit_list.append([name[0]])
    #print (name_list)
fg.close

def get_element(name):
    for i_element in name_list:
        if i_element[0] == name:
            #print (i_element)
            return i_element[1],i_element[2]
    
#用optparse模板构造-f的类UNIX参数传递
parser = optparse.OptionParser()
parser.add_option('-f', '--file', dest='file',
                  help='Path to txt file', default='-')
opts, args = parser.parse_args()

#读到相关数据并进行统计
fh = open(opts.file)
for line in fh.readlines():
    list_count_sum += 1
    str = line.split('\t')
    start = time.strptime(str[2], "%Y/%m/%d %H:%M" )
    end = time.strptime(str[3], "%Y/%m/%d %H:%M" )
    op_time = (time.mktime(end) - time.mktime(start))/60
    #print (op_time,"分钟")
    #if evaluation in str[4].strip('\n'):
    #    for i_element in name_list:
    #        if i_element[0] == str[1]:
    #            i_element[1] += 1
    #print ("操作同事：" + name_dict[str[1]])
    for i_element in name_list:
            if i_element[0] == str[1]:
                if evaluation in str[4].strip('\n'):
                    i_element[1] += 1
                if op_time > limit_time:
                    i_element[3] += 1                    
                i_element[2] += 1
    if op_time > limit_time:
        for i_problem in limit_list:
            if i_problem[0] == str[1]:
                i_problem.append(str[0])

fh.close()

for i_element in name_list:
    print ('姓名\t','满意\t','总数\t','超时\t')
    print (name_dict[i_element[0]],'\t',i_element[1],'\t',i_element[2],'\t',i_element[3])

print ('总问题数：',list_count_sum)
for i_problem in limit_list:
    print(i_problem[0])
    for n in i_problem:
        print(n)

#print(name_data_sn3)