分析CPU文件

__author__ = 'Administrator'
import xlsxwriter  as writer
import xlrd as read

CPUFile='SAR_CPU_CMP.log'
Key_CPU_name=["all","0","1","2","3","4","5","6","7"]
jcc=[]
DataTime=[]
DataTime1=[]
CPU_ALL=[]
CPU0=[]
CPU1=[]
CPU2=[]
CPU3=[]
CPU4=[]
CPU5=[]
CPU6=[]
CPU7=[]
flag=False 

def main():
    j=0
    flag=False
    try:
        fin=open(CPUFile,'r')
    except:
        print "Cannot open file:"+CPUFile
        exit

    while 1:
        line=fin.readline()
        if not line:
            break
        jcc=line.replace("
","").split("	")
        #print jcc
        if len(jcc)== 8 :
            DataTime.append(jcc[0])
            if jcc[1]== Key_CPU_name[0]:
                CPU_ALL.append(jcc[2]+jcc[4])
                j=j+1
            if jcc[1]==Key_CPU_name[1]:
                CPU0.append(jcc[2]+jcc[4])
                j=j+1
            if jcc[1]==Key_CPU_name[2]:
                CPU1.append(jcc[2]+jcc[4])
                j=j+1
            if jcc[1]==Key_CPU_name[3]:
                CPU2.append(jcc[2]+jcc[4])
                j=j+1
            if jcc[1]==Key_CPU_name[4]:
                CPU3.append(jcc[2]+jcc[4])
                j=j+1
            if jcc[1]==Key_CPU_name[5]:
                CPU4.append(jcc[2]+jcc[4])
                j=j+1
            if jcc[1]==Key_CPU_name[6]:
                CPU5.append(jcc[2]+jcc[4])
                j=j+1
            if jcc[1]==Key_CPU_name[7]:
                CPU6.append(jcc[2]+jcc[4])
                j=j+1
            if jcc[1]==Key_CPU_name[8]:
                CPU7.append(jcc[2]+jcc[4])
                j=j+1
        if len(jcc)==5:
            flag=True
            DataTime.append(jcc[0])
            if jcc[1]== Key_CPU_name[0]:
                CPU_ALL.append(jcc[2]+jcc[4])
                j=j+1
            if jcc[1]==Key_CPU_name[1]:
                CPU0.append(jcc[2]+jcc[4])
                j=j+1
            if jcc[1]==Key_CPU_name[2]:
                CPU1.append(jcc[2]+jcc[4])
                j=j+1
            if jcc[1]==Key_CPU_name[3]:
                CPU2.append(jcc[2]+jcc[4])
                j=j+1
            if jcc[1]==Key_CPU_name[4]:
                CPU3.append(jcc[2]+jcc[4])
                j=j+1
    if not flag:
        for m in range(0,j-1,9):
            DataTime1.append(DataTime[m])
    else:
        for m in range(0,j-1,5):
            DataTime1.append(DataTime[m])

    workbook = writer.Workbook('jcc.xls')
    worksheet = workbook.add_worksheet('cpuinfo')
    bold = workbook.add_format({'bold': True})
    worksheet.write(0, 0, 'TIME', bold)
    worksheet.write(0, 1, 'AVGCPU', bold)
    worksheet.write(0, 2, 'CPU0', bold)
    worksheet.write(0, 3, 'CPU1', bold)
    worksheet.write(0, 4, 'CPU2', bold)
    worksheet.write(0, 5, 'CPU3', bold)
    if flag:
        worksheet.write(0, 6, 'CPU4', bold)
        worksheet.write(0, 7, 'CPU5', bold)
        worksheet.write(0, 8, 'CPU6', bold)
        worksheet.write(0, 9, 'CPU7', bold)
    #worksheet.write(1,0,DataTime1[0])
    for h in range(0,(j/9)-1,1):
        worksheet.write(h+1,0,DataTime1[h])
        worksheet.write(h+1,1,CPU_ALL[h])
        worksheet.write(h+1,2,CPU0[h])
        worksheet.write(h+1,3,CPU1[h])
        worksheet.write(h+1,4,CPU2[h])
        worksheet.write(h+1,5,CPU3[h])
        if flag:
            worksheet.write(h+1,6,CPU4[h])
            worksheet.write(h+1,7,CPU5[h])
            worksheet.write(h+1,8,CPU6[h])
            worksheet.write(h+1,9,CPU7[h])
    workbook.close()

#file = open("sample.txt")
#while 1:
#    lines = file.readlines(100000)
#    if not lines:
#        break
#    for line in lines:
#        pass # do something

if __name__=="__main__":
    main()