getmore

#!/usr/bin/python
# getmore by ilya shevchenko - getmore is GEt Managed Object Regular Expressions
import os
import datetime
import sys
import subprocess
import re

ossMainSubnetwork = 'ONRM_ROOT_MO_R'


def getMoAttributeARNE(parsingMO, attributes, parsingDN='', quietMode=1, maindir=''):
    """function get XML data from bcgtool.sh, parsing and return for next use (like amos get for many object)
        need import os,datetime,sys,subprocess
        return list separated by \t
    """
    moDataList = []
    # make vars,get args
    if quietMode > 1:
        print("GET BCG DATA >>>\n")
    if maindir == '':
        maindir = os.path.dirname(os.path.abspath(__file__))
    t = str(datetime.datetime.now())
    t = ((t.split(".")[0]).replace(' ', '_')).replace(':', '') + str(os.getlogin())
    # ---------------------
    # get data
    parsingMOnameList = ''
    if parsingMO.find('=') > -1:
        parsingMOnameList = parsingMOnameList + 'vsData' + parsingMO.split('=')[0] + ','
    else:
        parsingMOnameList = parsingMOnameList + 'vsData' + parsingMO + ','
    parsingMOnameList = parsingMOnameList[0:len(parsingMOnameList) - 1]
    resultFileName = maindir + '/tempFile_getMO_ARNE' + t + '.xml'
    cmd = '/opt/ericsson/arne/bin/export.sh -f ' + resultFileName + ' -o -noTss'
    if quietMode > 0:
        print('Command:\n' + cmd + '\n')
    process = subprocess.Popen(cmd, stdout=subprocess.PIPE, shell=True)
    proc_stdout = process.communicate()[0].strip()
    if quietMode > 1:
        print('Answer:\n' + proc_stdout + '\n')
    # Read from BCG
    if os.path.exists(resultFileName):
        # ---------------------
        # PARSING BEGIN!
        MOfile = open(resultFileName, 'r')
        lines = MOfile.readlines()
        MOfile.close()
        findedAttr = ''
        moName = ''
        if parsingMO.find('=') > -1:
            nextMO = parsingMO.split('=')[0]
            moNameFilterList = parsingMO.split('=')[1]
        else:
            nextMO = parsingMO
            moNameFilterList = ''
        nodeName = ''
        subNetworkName = ''
        if quietMode > 1:
            print('PARSING "' + nextMO + '" BEGIN >>>\n')
        catchMO = False
        # parsing cycle. cathcMO is True when we read need MO
        for i in lines:
            # check end of MO
            if i.find('</ManagedElement>') != -1 and catchMO is True:
                if subNetworkName.lower().find(parsingDN.lower()) > -1 or parsingDN == '':
                    if subNetworkName == nodeName:
                        moDataList.append(
                            '_Node=' + subNetworkName + '\t' + '_' + nextMO + '=' + moName + '\t' + findedAttr)
                    elif nodeName == '':
                        moDataList.append(
                            '_subNet=' + subNetworkName + '\t' + '_' + nextMO + '=' + moName + '\t' + findedAttr)
                    else:
                        moDataList.append(
                            '_subNet=' + subNetworkName + '\t' + '_Node=' + nodeName + '\t' + '_' + nextMO + '=' + moName + '\t' + findedAttr)
                findedAttr = ''
                catchMO = False
            # check attribute
            if catchMO is True:
                if i.find('="') > -1:
                    newValue = i.split('"')[1]
                    findedAttr = findedAttr + '\t' + i.split('<')[1].split(' ')[0] + '=' + newValue
            # check subnet(type)
            if i.find('ManagedElement sourceType') > -1:
                subNetworkName = i.split('"')[1]  # check mo name
            if i.find('ManagedElementId') > -1 and catchMO is False:
                catchMO = True
                moName = i.split('"')[1]
            # check mo name value by filter
    else:
        if quietMode > 0:
            print('Answer:\n' + proc_stdout + '\n')
            print('>>> WRONG INPUT DATA - cant find any MO with name "' + parsingMO + '"')
            print('>>> MAYBE BECAUSE YOU NOT IN MASTERHOST MODE?')
            print('>>> CONNECT TO MASTERHOST FIRST:\n')
            print('telnet mashost        \n')
    # clear and return
    if os.path.exists(resultFileName):
        os.remove(resultFileName)
    if quietMode > 1:
        print(">>> PARSING END\n")
    return moDataList


def getMoAttributeBSM(parsingMO, attributes, parsingDN='', quietMode=1, maindir=''):
    """function get BSM data from bsm_hw_export, parsing and return for next use (like amos get for many object)
        need import os,datetime,sys,subprocess
        return list separated by \t
    """
    moDataList = []
    # make vars,get args
    t = str(datetime.datetime.now())
    t = ((t.split(".")[0]).replace(' ', '_')).replace(':', '')
    elemenCounter = 0
    if quietMode > 1:
        print("GET BSM_HW DATA >>>\n")
    # ---------------------
    # get data
    if parsingMO.find('=') > -1:
        nameFilter = parsingMO.split('=')[1]
        parsingMO = parsingMO.split('=')[0].upper()
    else:
        nameFilter = ''
        parsingMO = parsingMO.upper()
    if parsingDN != '':
        parsingDNword = ',bsc=' + parsingDN
    else:
        parsingDNword = ''
    # make filter filterFile
    filterFileName = maindir + '/tempFile_getMO_BSMfilter_' + t + '.txt'
    attributesFileList = 'bsc,mo,*'
    if parsingMO == 'TG12':
        attributesFileList = 'bsc,mo,infosource,state,bts,blstate,blo,bla,intercnt,fcode1a,fcode1b,fcode2a,extfcode1b,extfcode2b,repl,btsswver,comb,rsite,fhop,model,swveract,tgcoord,almask.tgcf,almask.perm,almask.lom,almask.lmt,almask.loop,almask.int1,almask.oml,almask.abis,almask.conq,almask.sync,almask.int2,almask.ext1,almask.ext2,almask.forl,almask.opera,almask.mains,almask.all,almask.sigol,almask.abisol,almask.abisf,almask.pagol,almask.rfperf,almask.limsc,almask.alsupp,almask.tp,almask.timsrv,almask.psumf,almask.ccinc,alcotim,swverrepl,sigdel,traco,confact,cgconnections.cell,cgconnections.chgr,confmd,alsit,abiss.dev,abiss.dcp,abiss.abispath64k,abiss.abisconfigs.sc,abiss.abisconfigs.apusage,abiss.abisconfigs.apstate,abiss.abisconfigs.tei,ahop,bsswanted,cascap,omlf1cap,omlf2cap,rslf1cap,rslf2cap,abisalloc,clusterid,abis64kthr,ftxaddrcap,dhraabisthr,dfrmaabisthr,damrcr,damrredabisthr,tmode,scgr,sdhraabisthr,sdfrmaabisthr,sdamrredabisthr,packalg,pta,jbsdl,num64kdev,numres64kdev,dhrmaabisthr,sdhrmaabisthr,thresholds.ahprl,thresholds.dhraabisthr,thresholds.damrredabisthr,thresholds.sdhraabisthr,thresholds.sdamrredabisthr,thresholds.dhraabisthrwb,thresholds.sdhraabisthrwb,exaltim,fftad,btsfftad,btsahop,psups,btspsups,pal,jbpta,cltginst,tsps,btstsps,dhraabisthrwb,sdhraabisthrwb,ccchcmd,aisgret,aisgtma,cstma,btsaisgret,btsaisgtma,btscstma,sclusterid,rcasc,btsrcasc,aligntype,btssoftsync,eatcsrc,syncstatus,timetosync,adjval,adjtime,adjdate,btsmeid,sourcetype'
    if parsingMO == 'BSC':
        attributesFileList = 'bsc,infosource,type,version,optionalFeatures.name,optionalFeatures.value,timeStamp.emg.date,timeStamp.emg.time,timeStamp.tg.date,timeStamp.tg.time,timeStamp.ru.date,timeStamp.ru.time,timeStamp.cell.date,timeStamp.cell.time,scgrss.scgr,scgrss.mode,scgrss.pstuname,scgrss.mbwdl,scgrss.mbwul,scgrss.jbsul,scgrss.ldel,scgrss.ipov,scgrss.sclists.sc,scgrss.sclists.scdev,scgrss.sclists.scdev1,scgrss.sclists.dcp,scgrss.sclists.numdev,scgrss.sclists.scstate,scgrss.tgidentity,scgrss.hostid,scgrss.sapi,scgrss.lbg,scgrss.conn,stns.stnname,stns.stnversion,stns.stntype,stns.stnfdn,pstus.pstuname,pstus.stnname,pstus.inBsc,concboardalarm,concboardcease,conclinkalarm,conclinkcease,defaultsyncsrc,exmasterres,fcmaxnoptglg01,fcmaxnoptglg12,fcmaxnoptgug12,mccsupport,numtraloads,rectime,reccap,regpointprocld,tfoconfigtra,tfostatus,homtd,tphstatus,tradroplevel,trxtautoinitime,trxtautothrshld,tslooptest,ttalong,ttanormal,maxnumtrx,gsconn,capacitylocks.clname,capacitylocks.clmax,capacitylocks.clabsuse,bssrelease'
    if parsingMO == 'SCGR':
        attributesFileList = 'bsc,scgrss.scgr,scgrss.mode,scgrss.pstuname,scgrss.mbwdl,scgrss.mbwul,scgrss.jbsul,scgrss.ldel,scgrss.ipov,scgrss.sclists.sc,scgrss.sclists.scdev,scgrss.sclists.scdev1,scgrss.sclists.dcp,scgrss.sclists.numdev,scgrss.sclists.scstate,scgrss.tgidentity,scgrss.hostid,scgrss.sapi,scgrss.lbg,scgrss.conn'
        parsingMO = 'BSC'
    if parsingMO == 'PSTU':
        attributesFileList = 'bsc,pstus.pstuname,pstus.stnname,pstus.inBsc'
        parsingMO = 'BSC'
    filterFile = open(filterFileName, 'a')
    filterFileWord = '!' + parsingMO + ',Species,' + attributesFileList + ' Species=' + parsingMO + parsingDNword
    try:
        filterFile.write(filterFileWord)
        filterFile.close()
    except:
        if quietMode > 0:
            print(
                        'Cant write filterFile! Directory not exist, no write permissions or somethig else...\n' + filterFileName)
    # bsm command
    resultFileName = maindir + '/tempFile_getMO_BSMresult_' + t + '.txt'
    cmd = 'bsm_export < ' + filterFileName + ' > ' + resultFileName
    if quietMode > 0:
        print('Filter:\n', filterFileWord)
        print('Command:\n' + cmd + '\n')
    process = subprocess.Popen(cmd, stdout=subprocess.PIPE, shell=True)
    proc_stdout = process.communicate()[0].strip()
    # Read from resultFileName
    if os.path.exists(resultFileName):
        if os.path.getsize(resultFileName) > 1:
            # ---------------------
            # PARSING BEGIN!
            MOfile = open(resultFileName, 'r')
            lines = MOfile.readlines()
            MOfile.close()
            findedAttr = {}
            moName = ''
            oldString = ''
            if quietMode > 1:
                print('PARSING "' + attributes + '" BEGIN >>>\n')
            catchMO = False
            # parsing cycle. cathcMO is True when we read need MO
            collumCaption = lines[0][1:len(lines[0])].split(',')
            if len(lines) > 0:
                lines.pop(0)
            for i in lines:
                string = i.split(',')
                if string[0][0:1] != '#' and len(collumCaption) == len(string):
                    findedString = '_subNet=' + string[2].replace('\n', '').replace('"', '') + '\t_mo=' + string[
                        3].replace('\n', '').replace('"', '')
                    for a in attributes.split(','):
                        if a.find('=') > -1:
                            attributeName = a.split('=')[0]
                        else:
                            attributeName = a
                        for x in range(len(collumCaption)):
                            findedString = findedString + '\t' + collumCaption[x].replace('\n', '') + '=' + string[
                                x].replace('\n', '').replace('"', '')
                    if findedString != oldString:
                        moDataList.append(findedString)
                        oldString = findedString
                else:
                    if quietMode > 0:
                        print('Error!\n')
                    if os.path.exists(filterFileName):
                        os.remove(filterFileName)
                    if os.path.exists(resultFileName):
                        os.remove(resultFileName)
                    return 'NULL'

    if os.path.exists(filterFileName):
        os.remove(filterFileName)
    if os.path.exists(resultFileName):
        os.remove(resultFileName)
    if quietMode > 1:
        print(">>> PARSING END\n")
    return moDataList


def getMoAttributeBSM_HW(parsingMOname, attributes, parsingDN='', quietMode=1, maindir=''):
    """function get BSM data from bsm_hw_export, parsing and return for next use (like amos get for many object)
        need import os,datetime,sys,subprocess
        return list separated by \t
    """
    moDataList = []
    # make vars,get args
    elemenCounter = 0
    if quietMode > 1:
        print("GET BSM_HW DATA >>>\n")
    for parsingMO in parsingMOname.split(','):
        attributeslist = attributes.split(',')
        # ---------------------
        # get data
        if parsingMO.find('=') > -1:
            nameFilter = parsingMO.split('=')[1]
            parsingMO = parsingMO.split('=')[0]
        else:
            nameFilter = ''
        if parsingDN != '':
            cmd = 'bsm_hw_export  -c ";" -f \'dn like "%bsc=""' + parsingDN + '""%"\''
        else:
            cmd = 'bsm_hw_export  -c ";"'
        if quietMode > 0:
            print('Command:\n' + cmd + '\n')
        process = subprocess.Popen(cmd, stdout=subprocess.PIPE, shell=True)
        proc_stdout = process.communicate()[0].strip()
        # Reading and parsing
        oldFindedObject = ''
        findedString = ''
        for i in proc_stdout.split('\n'):
            string = i.split(';')
            if len(string) > 7:
                if string[0].lower().find('bsc="' + parsingDN.lower() + '"') or parsingDN == '':
                    if oldFindedObject != string[0]:
                        findedIsValid = True
                        findedString = '_subNet=' + string[0].split(',')[1].replace('"', '').split('=')[
                            1] + ' ' + '_site=' + string[0].split(',')[2].replace('"', '').split('=')[1]
                        findedString = findedString + '\ttype=' + string[2]
                        findedString = findedString + '\tserial=' + string[3]
                        findedString = findedString + '\tproduct=' + string[4]
                        findedString = findedString + '\tMO=' + string[7]
                        if findedIsValid == True:
                            oldFindedObject = string[0]
                            moDataList.append(findedString)
                    else:
                        moDataList[-1] = moDataList[-1] + ' ' + string[7]

    if quietMode > 1:
        print(">>> PARSING END\n")
    return moDataList


def getMoAttributeCNA(parsingMOnameList, attributes, parsingDN='', quietMode=1, maindir=''):
    """function get data from cnai, parsing and return for next use (like amos get for many object)
        need import os,datetime,sys,subprocess
        return list separated by \t
    """
    moDataList = []
    elemenCounter = 0
    # make vars,get args
    if maindir == '':
        maindir = os.path.dirname(os.path.abspath(__file__))
    attributeslist = attributes.split(',')
    if quietMode > 1:
        print("GET CNA DATA >>>\n")
    # ---------------------
    # get data
    for parsingMOname in parsingMOnameList.split(','):
        t = str(datetime.datetime.now())
        t = ((t.split(".")[0]).replace(' ', '_')).replace(':', '') + str(os.getlogin())
        if parsingMOname.find('=') > -1:
            commandheart = parsingMOname.lower().split('=')[0]
            parsingMOname = parsingMOname.split('=')[0]
        else:
            commandheart = parsingMOname.lower()
        if len(parsingDN) > 0:
            commandheart = commandheart + '=' + parsingDN
            star1MOnameList = ['INTERNAL_CELL', 'internal_cell', 'ICELL', 'icell', 'IC', 'ic', 'UTRAN_CELL',
                               'utran_cell', 'UCELL', 'ucell', 'INNER_CELL', 'inner_cell', 'INNER', 'inner',
                               'OUTER_CELL', 'outer_cell', 'OCELL', 'ocell', 'OUTER', 'outer', 'SITE', 'site', 'TG',
                               'tg', 'OVERLAID_CELL', 'overlaid_cell', 'OVERLAID', 'overlaid', 'OLCELL', 'olcell', 'OL',
                               'ol', 'EXTERNAL_CELL', 'external_cell', 'ECELL', 'ecell', 'EC', 'ec',
                               'UTRAN_EXTERNAL_CELL', 'utran_external_cell', 'UECELL', 'uecell', 'UEC', 'uec']
            star2MOnameList = ['CHANNEL_GROUP', 'channel_group', 'CHGR', 'chgr']
            star3MOnameList = ['UTRAN_NREL', 'utran_nrel', 'UNREL', 'unrel', 'NREL', 'nrel']
            if len(list(filter(lambda x: parsingMOname.lower().find(x) == 0,
                               star1MOnameList))) > 0: commandheart = commandheart + ':\*'
            if len(list(filter(lambda x: parsingMOname.lower().find(x) == 0,
                               star2MOnameList))) > 0: commandheart = commandheart + ':\*:\*'
            if len(list(filter(lambda x: parsingMOname.lower().find(x) == 0,
                               star3MOnameList))) > 0: commandheart = commandheart + ':\*:\*:\*'
        resultFileName = maindir + '/tempFile_getMO_CNA' + t + '.txt'
        cmd = 'cnai export valid -i ' + commandheart + ' > ' + resultFileName
        if quietMode > 0:
            print('Command:\n' + cmd + '\n')
        process = subprocess.Popen(cmd, stdout=subprocess.PIPE, shell=True)
        proc_stdout = process.communicate()[0].strip()
        # if quietMode>1:
        #    print('Answer:\n'+proc_stdout+'\n')
        # Read from BCG
        if os.path.exists(resultFileName):
            # ---------------------
            # PARSING BEGIN!
            MOfile = open(resultFileName, 'r')
            lines = MOfile.readlines()
            MOfile.close()
            findedAttr = ''
            moName = ''
            nodeName = ''
            valueFilterPassedCount = 0
            if quietMode > 1:
                print('PARSING "' + str(parsingMOname) + '" BEGIN >>> \n')
            catchMO = False
            # parsing cycle. cathcMO is True when we read need MO
            for i in lines:
                # check end of MO
                if i[0:1] == '.' and catchMO == True and len(findedAttr) > 0:
                    if (moName.find(':') > -1):
                        moDataList.append('_subNet=' + moName.split(':')[0] + '\t' + '_' + parsingMOname + '=' + moName[moName.find(':') + 1:len(moName)])
                    else:
                        moDataList.append('_subNet=' + moName.split(':')[0] + '\t' + '_' + parsingMOname + '=' + moName.split(':')[0])
                    moDataList[-1] = moDataList[-1] + findedAttr
                    findedAttr = ''
                    catchMO = False
                    valueFilterPassedCount = 0
                # check attribute
                if catchMO == True and i.find('=') > -1:
                    newValue = i.replace('\n', '').replace('\r', '')
                    findedAttr = findedAttr + '\t' + newValue
                # get mo name
                if i.find('.set ') != -1:
                    moName = i.split(' ')[1].replace('\n', '').replace('\r', '')
                    catchMO = True
        else:
            if quietMode > 0:
                print('Answer:\n' + proc_stdout + '\n')
                print('>>> WRONG INPUT DATA - cant find any MO with name "' + parsingMOname + '"\n')
        # clear and return
        if os.path.exists(resultFileName):
            os.remove(resultFileName)
    if quietMode > 1:
        print(">>> PARSING END\n")
    return moDataList


def getMoAttributeBCG(parsingMO, attributes, parsingDN='', quietMode=1, maindir=''):
    """function get XML data from bcgtool.sh, parsing and return for next use (like amos get for many object)
        need import os,datetime,sys,subprocess
        return list separated by \t
    """
    moDataList = []
    # make vars,get args
    elemenCounter = 0
    if quietMode > 1:
        print("GET BCG DATA >>>\n")
    if maindir == '':
        maindir = os.path.dirname(os.path.abspath(__file__))
    t = str(datetime.datetime.now())
    t = ((t.split(".")[0]).replace(' ', '_')).replace(':', '') + str(os.getlogin())
    attributeslist = attributes.split(',')
    # ---------------------
    # get data
    parsingMOnameList = ''
    if parsingMO.find('=') > -1:
        parsingMOnameList = parsingMOnameList + 'vsData' + parsingMO.split('=')[0] + ','
    else:
        parsingMOnameList = parsingMOnameList + 'vsData' + parsingMO + ','
    parsingMOnameList = parsingMOnameList[0:len(parsingMOnameList) - 1]
    resultFileName = maindir + '/tempFile_getMO_BCG' + t + '.xml'
    if parsingDN == '':
        cmd = '/opt/ericsson/nms_umts_wran_bcg/bin/bcgtool.sh -e ' + resultFileName + ' -d :' + parsingMOnameList
    else:
        cmd = '/opt/ericsson/nms_umts_wran_bcg/bin/bcgtool.sh -e ' + resultFileName + ' -d :' + parsingMOnameList + ' -n ' + parsingDN
    if quietMode > 0:
        print('Command:\n' + cmd + '\n')
    process = subprocess.Popen(cmd, stdout=subprocess.PIPE, shell=True)
    proc_stdout = process.communicate()[0].strip()
    if quietMode > 1:
        print('Answer:\n' + proc_stdout + '\n')
    # Read from BCG
    if os.path.exists(resultFileName):
        # ---------------------
        # PARSING BEGIN!
        MOfile = open(resultFileName, 'r')
        lines = MOfile.readlines()
        MOfile.close()
        findedAttr = ''
        moName = ''
        if parsingMO.find('=') > -1:
            nextMO = parsingMO.split('=')[0]
            moNameFilterList = parsingMO.split('=')[1]
        else:
            nextMO = parsingMO
            moNameFilterList = ''
        nodeName = ''
        subNetworkName = ''
        fdnArray = []
        LayerLevel = 0
        if quietMode > 1:
            print('PARSING "' + nextMO + '" BEGIN >>>\n')
        catchMO = False
        # parsing cycle. cathcMO is True when we read need MO
        for i in lines:
            # check end of MO
            if i.find('</xn:VsDataContainer>') != -1 and catchMO == True:
                moName = fdnArray[-1]
                subNetworkName = ''
                for fdn in fdnArray:
                    subNetworkName = subNetworkName + ',' + fdn
                subNetworkName = subNetworkName[1:]
                moDataList.append('_Subnetwork=' + subNetworkName + '\t' + '_' + nextMO + '=' + moName + '\t' + findedAttr)
                findedAttr = ''
                catchMO = False
            # check attribute
            if catchMO:
                if i.find(':') > -1 and i.find('/') > -1 and i.find('vsData') == -1:
                    newValue = (i.split('<'))[1].split('>')[0].split(':')[1] + '=' + (i.split('<'))[1].split('>')[1].replace('\n', ' ')
                    findedAttr = findedAttr + '\t' + newValue
            # find one deep level
            if re.search('<..:', i) is not None and re.search('/>', i) == None:
                LayerLevel = LayerLevel + 1
                if i.find(' id=') > -1:
                    fdnArray.append(i.split('"')[1])
                else:
                    fdnArray.append('')
                # print '+',catchMO,LayerLevel,fdnArray
                # print i
            # leave one deep level
            if re.search('</..:', i) is not None:
                LayerLevel = LayerLevel - 1
                fdnArray.pop()
                # print '-',catchMO,LayerLevel,fdnArray,
            # check mo name
            if i.find(':') > -1 and catchMO is False:
                if i.find(':') > -1 and i.find(' id=') > -1:
                    if (i.lower().split(':')[1]).split(' ')[0].find(nextMO.lower()) > -1:
                        catchMO = True
                        moName = i.split('"')[1]
                if i.lower().find('<xn:vsdatatype>vsdata') > -1 and i.lower().find(
                        '</xn:vsdatatype>') > -1 and i.lower().find(nextMO.lower()) != -1:
                    catchMO = True
                    moName = fdnArray[-1]
            # check mo name value by filter
    else:
        if quietMode > 0:
            print('Answer:\n' + proc_stdout + '\n')
            print('>>> WRONG INPUT DATA - cant find any MO with name "' + parsingMO + '"\n')
    # clear and return
    if os.path.exists(resultFileName):
        os.remove(resultFileName)
    if quietMode > 1:
        print(">>> PARSING END\n")
    print moDataList[0]
    return moDataList


def getMoAttributeFilter(moDataList, moName, moAttr, delimeter='\t', searchMode='and', attribureCaptionMode=True,
                         caseIgnore=True, notEqualMode=False, notEqualName=False):
    """ need import re
        return list \t
    """
    allMode = False
    searchingAttributes = []
    searchingValues = []
    checkingValues = []
    subnetName = ''
    nodeName = ''
    oldCaptionList = ''
    resultMoDataList = []
    elemenCounter = 0

    if moName.find('=') > -1:
        moValidId = moName.split('=')[1]
    else:
        moValidId = None

    if moName.find(':') > -1: moName = moName.split(':')[1]
    moName = moName.split('=')[0]
    for a in moAttr.split(','):
        if (a.split('=')[0].lower() == 'all'):
            searchingAttributes.append('.')
        else:
            searchingAttributes.append(a.split('=')[0])
        if a.find('=') > -1:
            searchingValues.append(a.split('=')[1])
            checkingValues.append('check')
        else:
            searchingValues.append(None)
            checkingValues.append(None)
    # data search cycle
    oldMOresultString = ''
    for i in moDataList:
        for x in range(len(searchingValues)): checkingValues[x] = None
        checkArray = []
        validationIdPassed = True
        findedCaptionArray = []
        findedAttributeArray = []
        array = str(i).split('\t')
        for a in array:
            # if subnet or node name finded, add to list:
            if a != '':
                if a[0] == '_':
                    findedCaptionArray.append(a[1:])
                # if mo name finded - make check and add to list:
                if a.split('=')[0] == '_' + moName and len(a.split('=')) > 1:
                    if moValidId is not None:
                        if not notEqualName:
                            if re.search(moValidId, a.split('=')[1], re.IGNORECASE) is None if caseIgnore == True else re.search(moValidId,a.split('=')[1]) == None:
                                validationIdPassed = False
                        else:
                            if re.search(moValidId, a.split('=')[1], re.IGNORECASE) != None if caseIgnore == True else re.search(moValidId,a.split('=')[1]) != None:
                                validationIdPassed = False
                # make attribute check
                if validationIdPassed == True:
                    for x in range(len(searchingAttributes)):
                        if re.search(searchingAttributes[x], a.split('=')[0], re.IGNORECASE) != None and a[0] != '_' if caseIgnore == True else re.search(searchingAttributes[x], a.split('=')[0]) != None and a[0] != '_':
                            findedAttributeArray.append(a)
                            if searchingValues[x] != None:
                                if a.find('=') > -1:
                                    if len(a.split('=')[1]) > 0:
                                        # if value is valid - true, not valid - false, not valid but was checked true before - true
                                        if notEqualMode == False:
                                            if re.search(searchingValues[x], a.split('=')[1], re.IGNORECASE) != None if caseIgnore == True else re.search(searchingValues[x], a.split('=')[1]) != None:
                                                checkingValues[x] = True
                                            elif checkingValues[x] != True:
                                                checkingValues[x] = False
                                        else:
                                            if re.search(searchingValues[x], a.split('=')[1], re.IGNORECASE) == None if caseIgnore == True else re.search(searchingValues[x], a.split('=')[1]) == None:
                                                checkingValues[x] = True
                                            elif checkingValues[x] != True:
                                                checkingValues[x] = False
        if validationIdPassed == True and len(findedAttributeArray) > 0:
            checkingTrueCounter = 0
            checkingFalseCounter = 0
            oldAttribute = ''
            for c in checkingValues:
                if c == True: checkingTrueCounter = checkingTrueCounter + 1
                if c == False: checkingFalseCounter = checkingFalseCounter + 1
            # mode and
            if searchMode == 'and' and checkingFalseCounter == 0:
                findedString = ''
                currentCaptionList = ''
                # findedAttributeArray.sort()
                # table output mode
                if attribureCaptionMode == True:
                    # make result string from caption and attribute value, make captions list
                    for s in findedCaptionArray:
                        findedString = findedString + s.split('=')[1] + delimeter
                        currentCaptionList = currentCaptionList + s.split('=')[0] + delimeter
                    for s in findedAttributeArray:
                        if oldAttribute != s.split('=')[0]:
                            findedString = findedString + s[s.find('=') + 1:] + delimeter
                            currentCaptionList = currentCaptionList + s.split('=')[0] + delimeter
                            oldAttribute = s.split('=')[0]
                        else:
                            findedString = findedString[0:len(findedString) - len(delimeter)] + ',' + s.split('=')[1] + delimeter
                    # if caption list is new - add in resultArray
                    if currentCaptionList != oldCaptionList:
                        resultMoDataList.append('')
                        resultMoDataList.append(currentCaptionList)
                        oldCaptionList = currentCaptionList
                # list output mode
                if attribureCaptionMode == False:
                    for s in findedCaptionArray:
                        findedString = findedString + s + delimeter
                    for s in findedAttributeArray:
                        if oldAttribute != s.split('=')[0]:
                            findedString = findedString + s + delimeter
                            oldAttribute = s.split('=')[0]
                        else:
                            findedString = findedString[0:len(findedString) - len(delimeter)] + ',' + s + delimeter
                # add in result array new string, if new string isnt copy of previous
                if oldMOresultString != findedString:
                    resultMoDataList.append(findedString)
                    elemenCounter = elemenCounter + 1
                    oldMOresultString = findedString
            # mode or
            if searchMode == 'or' and checkingTrueCounter > 0:
                findedString = ''
                currentCaptionList = ''
                # findedAttributeArray.sort()
                # table output mode
                if attribureCaptionMode == True:
                    # make result string from caption and attribute value, make captions list
                    for s in findedCaptionArray:
                        findedString = findedString + s.split('=')[1] + delimeter
                        currentCaptionList = currentCaptionList + s.split('=')[0] + delimeter
                    for s in findedAttributeArray:
                        if oldAttribute != s.split('=')[0]:
                            findedString = findedString + s[s.find('=') + 1:] + delimeter
                            currentCaptionList = currentCaptionList + s.split('=')[0] + delimeter
                            oldAttribute = s.split('=')[0]
                        else:
                            findedString = findedString[0:len(findedString) - len(delimeter)] + ',' + s.split('=')[1] + delimeter
                    # if caption list is new - add in resultArray
                    if currentCaptionList != oldCaptionList:
                        resultMoDataList.append('')
                        resultMoDataList.append(currentCaptionList)
                        oldCaptionList = currentCaptionList
                # list output mode
                if attribureCaptionMode == False:
                    for s in findedCaptionArray:
                        findedString = findedString + s + delimeter
                    for s in findedAttributeArray:
                        if oldAttribute != s.split('=')[0]:
                            findedString = findedString + s + delimeter
                            oldAttribute = s.split('=')[0]
                        else:
                            findedString = findedString[0:len(findedString) - len(delimeter)] + ',' + s + delimeter
                # add in result array new string, if new string isnt copy of previous
                if oldMOresultString != findedString:
                    resultMoDataList.append(findedString)
                    elemenCounter = elemenCounter + 1
                    oldMOresultString = findedString

    return resultMoDataList, elemenCounter


def getMO(ossMainSubnetwork='ONRM_ROOT_MO_R'):
    # main function for getmoattribute.py
    # make vars,get args
    t = str(datetime.datetime.now())
    t = ((t.split(".")[0]).replace(' ', '_')).replace(':', '')
    from_cli = sys.argv
    keys = ''
    resultDataList = []

    if len(from_cli) > 1:
        if from_cli[1].lower() == 'h':
            getMO_help('e')
            return 'help'
        if from_cli[1].lower() == 'r':
            getMO_help('r')
            return 'help'
    if len(from_cli) > 3:
        keys = from_cli[3]
    if len(from_cli) > 2:
        First = from_cli[1]
        Second = from_cli[2]
        # ---------------------
        # argumenst convert to var
        if keys.find('b') > -1:
            caseIgnore = False
        else:
            caseIgnore = True
        if keys.find('f') > -1:
            saveMode = True
        else:
            saveMode = False
        if keys.find('r') > -1:
            notEqualMode = True
        else:
            notEqualMode = False
        if keys.find('R') > -1:
            notEqualName = True
        else:
            notEqualName = False
        if keys.find('n') > -1:
            attribureCaptionMode = False
        else:
            attribureCaptionMode = True
        if keys.find('p') > -1:
            noPrintMode = True
        else:
            noPrintMode = False
        if keys.find('c') > -1:
            delimeter = ';'
        else:
            delimeter = '\t'
        quietMode = 1
        if keys.find('v') > -1:
            quietMode = 2
        if keys.find('m') > -1:
            quietMode = 0

        # check temp dir
        maindir = '/home/' + os.getlogin() + '/tempfile_getMO'
        try:
            if os.path.exists(maindir + '/') == False:
                os.mkdir(maindir)
            if os.path.exists(maindir + '/') == True:
                os.chmod(maindir, 0777)
        except:
            if quietMode > 0:
                print('Cant create temporary directory...\n' + maindir)
            return False

        # begining!
        moDataList = []
        elemenCounter = 0
        moName = "none"
        moAttr = "none"
        for moName in First.split(','):
            subnetworkList = ''
            if moName.find(':') > -1:
                if moName.find(':') < moName.find('=') or moName.find('=') == -1:
                    subnetworkList = moName.split(':')[0]
                    moName = moName.split(':')[1]
                    if subnetworkList.find('#') > -1:
                        ossMainSubnetwork = subnetworkList.split('#')[0]
                        subnetworkList = subnetworkList.split('#')[1]

            cnaMOnameList = ['BSC', 'bsc', 'MSC', 'msc', 'RNC', 'rnc', 'FOREIGN_CELL', 'foreign_cell', 'FCELL', 'fcell',
                             'FC', 'fc', 'INTERNAL_CELL', 'internal_cell', 'ICELL', 'icell', 'IC', 'ic', 'UTRAN_CELL',
                             'utran_cell', 'UCELL', 'ucell', 'UC', 'uc', 'INNER_CELL', 'inner_cell', 'INNER', 'inner',
                             'OUTER_CELL', 'outer_cell', 'OCELL', 'ocell', 'OUTER', 'outer', 'PRIORITY_PROFILE',
                             'priority_profile', 'PP', 'pp', 'SITE', 'site', 'TG', 'tg', 'OVERLAID_CELL',
                             'overlaid_cell', 'OVERLAID', 'overlaid', 'OLCELL', 'olcell', 'OL', 'ol', 'CHANNEL_GROUP',
                             'channel_group', 'CHGR', 'chgr', 'NREL', 'nrel', 'UTRAN_NREL', 'utran_nrel', 'UNREL',
                             'unrel', 'EXTERNAL_CELL', 'external_cell', 'ECELL', 'ecell', 'EC', 'ec',
                             'UTRAN_EXTERNAL_CELL', 'utran_external_cell', 'UECELL', 'uecell', 'UEC', 'uec']
            bsmMOnameDict = {'BSMBSC': 'BSC', 'PSTU': 'PSTU', 'SCGR': 'SCGR', 'BSCCAP': 'BSCCAP', 'RXOTX': 'TX12',
                             'RXOTS': 'TS12', 'RXOTRX': 'TRX12', 'RXOTG': 'TG12', 'RXOTF': 'TF12', 'RXORX': 'RX12',
                             'RXOMCTR': 'MCTR12', 'RXOIS': 'IS12', 'RXSTG': 'TG31', 'RXSCF': 'CF31', 'RXSTF': 'TF31',
                             'RXODP': 'DP12', 'RXOCON': 'CON12', 'RXOCF': 'CF12', 'DIP': 'DIP',
                             'CHRGP': 'CHGRP', 'CF31': 'CF31', 'CTSLOT': 'CTSLOT', 'EMGEM': 'EMGEM', 'EXALO': 'EXALO',
                             'RILCO': 'RILCO', 'RILT': 'RILT', 'RU': 'RU', 'RU1': 'RU1', 'RU2': 'RU2', 'RX01': 'RX01',
                             'SAT': 'SAT', 'TF01': 'TF01', 'TF31': 'TF31', 'TG01': 'TG01',
                             'TG31': 'TG31', 'TRI': 'TRI', 'TRX01': 'TRX01', 'TS01': 'TS01', 'TX01': 'TX01',
                             'TX12': 'TX12', 'TS12': 'TS12', 'TRX12': 'TRX12', 'TG12': 'TG12', 'TF12': 'TF12',
                             'RX12': 'RX12', 'MCTR12': 'MCTR12', 'IS12': 'IS12', 'DP12': 'DP12', 'CON12': 'CON12',
                             'CF12': 'CF12', 'MRU': 'MRU'}
            singleMoName = moName
            if singleMoName.find('='): singleMoName = singleMoName.split('=')[0]
            if len(list(filter(lambda x: singleMoName.lower() == x, cnaMOnameList))) > 0:
                getMode = 'cna'
            elif bsmMOnameDict.get(singleMoName, 'NONE') != 'NONE':
                getMode = 'bsm'
                if moName.find('=') > -1:
                    moName = bsmMOnameDict.get(singleMoName) + '=' + moName.split('=')[1]
                else:
                    moName = bsmMOnameDict.get(singleMoName)
            elif singleMoName.lower() == 'hardware' or singleMoName.lower() == 'hw':
                getMode = 'bsm_hw'
            elif singleMoName == 'ARNE':
                getMode = 'arne'
            else:
                getMode = 'bcg'
            subnetwork = ''
            if len(subnetworkList) > 0:
                if getMode == 'bcg':
                    for val in subnetworkList.split(','):
                        if val.find('=') == -1:
                            subnetwork = subnetwork + 'SubNetwork=' + ossMainSubnetwork + ',SubNetwork=' + val + ' '
                        else:
                            subnetwork = subnetwork + val + ' '
                    subnetwork = subnetwork[0:len(subnetwork) - 1]
                else:
                    subnetwork = subnetworkList
            moAttr = Second
            if getMode == 'arne':
                newDataList = getMoAttributeARNE(moName, moAttr, subnetwork, quietMode, maindir)
            elif getMode == 'bcg':
                newDataList = getMoAttributeBCG(moName, moAttr, subnetwork, quietMode, maindir)
            elif getMode == 'bsm':
                newDataList = getMoAttributeBSM(moName, moAttr, subnetwork, quietMode, maindir)
            elif getMode == 'bsm_hw':
                newDataList = getMoAttributeBSM_HW(moName, moAttr, subnetwork, quietMode, maindir)
            elif getMode == 'cna':
                newDataList = getMoAttributeCNA(moName, moAttr, subnetwork, quietMode, maindir)
            else:
                newDataList = "NULL"
            if newDataList != 'NULL' and newDataList != 'NEED_RELOG':
                tempresult, elemenCounter = getMoAttributeFilter(newDataList, moName, moAttr, delimeter, 'and',
                                                                 attribureCaptionMode, caseIgnore, notEqualMode,
                                                                 notEqualName)
                resultDataList = resultDataList + tempresult
        # ---------------------
        # after searching
        if resultDataList != 'NULL':
            # save output to terminal
            if noPrintMode == False:
                if quietMode > 1:
                    print(">>> PRINT RESULT\n")
                for j in resultDataList:
                    print(j)
                if quietMode > 0:
                    print('\nFinded ' + str(elemenCounter) + ' elements.\n')
            # save result to file
            if saveMode == True:
                if quietMode > 1:
                    print(">>> WRITING FILE\n")
                if len(from_cli) > 4:
                    fileName = from_cli[4] + moName + '_' + moAttr + '_' + t + '.txt'
                else:
                    fileName = os.getcwd() + '/' + moName + '_' + moAttr + '_' + t + '.txt'
                try:
                    file = open(fileName, 'a')
                    for j in resultDataList:
                        file.write(j + '\r\n')
                    file.close()
                except:
                    if quietMode > 0:
                        print(
                                'Cant write file! Directory not exist, no write permissions or somethig else...\n' + fileName)
                else:
                    if quietMode > 0:
                        print('Result file is: \n' + fileName + '\n')
        if quietMode > 1:
            print('>>>DONE!\n')
        return True
    else:
        getMO_help()
        return False


def getMO_help(mode='h'):
    if mode == 'h' or mode == 'e' or mode == 'r':
        print('''getmore is GEt Managed Object Regular Expressions (desined for E/// OSS)
extended help: getmore h \nregular syntax help: getmore r \n
usage: getmore [Subnet1:]<MOtype1>[=MOfilter1](,...) <Attribute1>[=Value1](,...) [key] [fileDirectory]\n
where: <> is mandatory value, [] is optional value, () is optional repeat
Script parsing data from BCGtool,CNAI,BSM,BSM_HARDWARE; check data and output to terminal or file. Use standart OSS tools. 
--- Subnet - list of subnetworks (BSC/RNC/eNodeBarea/IPRANarea). Case-sensitive.
Recommended to use subnet filter for faster response. Accelerate working
--- MOtype - full name of parsed MO (UtranCell, IPInterface,ExternalGsmCell,icell,RXOTG...).
--- MOfilter - regular expression filters for MO name values. 
--- Attribute - regular expression filter for attribute name. "all" reserved for output all attributes.
--- Value - regular expression filter for attributes value. Use logical "and" between filters. Dont accelerate working.
"band=1800,dchno=600" mean that only MO with band=1800 and dchno=600 will be printed. Exist reverse mode, where use negative comparsion (only MO where band not equal 1800 and dchno not equal 600 will be printed).
--- fileDirectory - directory, where result file will be saved. By default file saved to current user directory. Use with "f" key.
keys: "f" will save result to file.
      "r" reverse attribute value comparison mode. It is mean, will be printed only MO where attribute value not equal to input value.
      "R" reverse MOfilter comparison mode. It is mean, will be printed only MO with name not equal to MOfilter.
      "b" will not ignore case in regular expression.
      "p" will switch off printing result to terminal.
      "v" verbose information mode, show additional info.
      "m" mute mode, output only result.  
      "c" CSV mode, output with ";" as delimeter.  
      "n" attribute name mode, each printed attribute value have attrbute name.
    ''')
    if mode == 'e':
        print('''    EXTENDED HELP 
"getmore" is GEt Managed Object Regular Expressions
by ilya shevchenko 
Note: for temporary files, script create directory "tempfile_getMO" in user home folder.
Note: getmore script automaticaly switch between BCGtool,CNAI,BSM and BSM_HARDWARE mode, depending on MOtype:
BCGtool is all about CPP node: NodeB,eNodeB,RNC,TCU and more... 
CNAI is all about GSM radio: cell(icell), handovers(nrel,unrel), channel group, etc...
BSM is all about GSM sites: RXOTG and subbord object (TRX,TX,RX...)
ARNE is all about OSS topology. Subnetworks mean typo of element (RNC,TCU,CELLO...)
BSM_HARDWARE is all about GSM sites hardware: RRU/DU type,serial, etc...
--- by default use BCGtool mode.
--- for CNA mode reserved MOtype: BSC,bsc,MSC,msc,RNC,rnc,FOREIGN_CELL,foreign_cell,FCELL,fcell,FC,fc,INTERNAL_CELL,internal_cell,ICELL,icell,IC,ic,UTRAN_CELL,utran_cell,UCELL,ucell,UC,uc,INNER_CELL,inner_cell,INNER,inner,OUTER_CELL,outer_cell,OCELL,ocell,OUTER,outer,PRIORITY_PROFILE,priority_profile,PP,pp,SITE,site,TG,tg,OVERLAID_CELL,overlaid_cell,OVERLAID,overlaid,OLCELL,olcell,OL,ol,CHANNEL_GROUP,channel_group,CHGR,chgr,NREL,nrel,UTRAN_NREL,utran_nrel,UNREL,unrel,EXTERNAL_CELL,external_cell,ECELL,ecell,EC,ec,UTRAN_EXTERNAL_CELL,utran_external_cell,UECELL,uecell,UEC,uec.
--- for BSM mode reserved MOtype: BSMBSC,PSTU,SCGR,RXOTX,RXOTS,RXOTRX,RXOTG,RXOTF,RXSTG,RXSTF,RXORX,RXOMCTR,RXOIS,RXODP,RXOCON,RXOCF,MRU,DIP,CHRGP,CF31,CTSLOT,EMGEM,EXALO,RILCO,RILT,RU,RU1,RU2,RX01,SAT,TF01,TF31,TG01,TG12,TG31,TRI,TRX01,TS01,TX01,TX12,TS12,TRX12,TG12,TF12,RX12,MCTR12,IS12,DP12,CON12,CF12,MRU.
--- for BSM_HARDWARE mode reserved MOtype: hw,hardware
--- for ARNE mode reserved MOtype: ARNE. Warning! Option work only in masterhost mode! ("ssh mashost" first)
Note: exist additional first argument format - mainSubnet#Subnet:<MOtype1>[=MOfilter1] where mainSubnet - global subnet for BCGtool, by default it is "ONRM_ROOT_MO_R"

1 example: getmore RNCE-SPB031:UtranCell,RNCE-SPB032:UtranCell qRxLevMin,maximumTransmissionPower,lac,cId,uarfcnUl,uarfcnDl,primaryScramblingCode s
will get seven parameters from all UtranCell in RNCE-SPB031 and RNCE-SPB032, strong mode.
2 example: getmore IPInterface primaryIP_Address,primarySubNetMask ps
will get mask and IPaddress from all interfaces in all TCU, strongmode without terminal printout.
3 example: getmore ExternalGsmCell lac,bcc,ncc,bcchFrequency,cellIdentity 
will get lac,ncc,bcc,cId from ExternalGsmCell in OSS, .
4 example: getmore M3uAssociation=iur remote nf
will get remoteIpAddress1,remoteIpAddress1,remotePortNumber from M3uAssociation with name, contained "iur" in OSS without attribute caption with file output.
5 example: getmore EKT328:icell BCCHNO,BCC,NCC,LAC,CI
will get all BCCHNO,BCC,NCC,LAC,CI from all GSM internal cell on EKT328.
6 example: getmore chgr band=1800,dchno
will get DCHNO for CHGR with BAND=1800 in OSS.
7 example: getmore hardware type=mctr,mo=665
will find hardware data for MCTR in TG=665
8 example: getmore RXOTG scgr,site,swveract,cell,chgr
will find data about RXOTG, including connected cell and software
9 example: getmore SCGR mode,scgrss.scgr,pstuname
will get info about SCGR
10 example: getmore TCU02:ARNE ipAddress
will get info about OaM ipaddress from all TCU


''')
    if mode == 'r':
        print('''    REGULAR EXPRESSION GUIDE
    Use not case-sensesetive mode. Regular expression with \,$,{,},[,]... symbols must be enclosed in quotation marks
    Example:
    getmore utrancell=CP5998 uarfcndl - right
    getmore utrancell=CP.* uarfcndl - right
    getmore utrancell=CP5998_\d uarfcndl - wrong
    getmore utrancell='CP5998_\d' uarfcndl - right
    getmore utrancell='CP5998_[1|4]' uarfcndl - right
    
    A regular expression (or RE) specifies a set of strings that matches it; the functions in this module let you check if a particular string matches a given regular expression (or if a given regular expression matches a particular string, which comes down to the same thing).
    Regular expressions can be concatenated to form new regular expressions; if A and B are both regular expressions, then AB is also a regular expression. In general, if a string p matches A and another string q matches B, the string pq will match AB. This holds unless A or B contain low precedence operations; boundary conditions between A and B; or have numbered group references. Thus, complex expressions can easily be constructed from simpler primitive expressions like the ones described here. For details of the theory and implementation of regular expressions, consult the Friedl book referenced above, or almost any textbook about compiler construction.
    Some characters, like '|' or '(', are special. Special characters either stand for classes of ordinary characters, or affect how the regular expressions around them are interpreted. Regular expression pattern strings may not contain null bytes, but can specify the null byte using a \\number notation such as "\\x00".
    Repetition qualifiers (*, +, ?, {m,n}, etc) cannot be directly nested. This avoids ambiguity with the non-greedy modifier suffix ?, and with other modifiers in other implementations. To apply a second repetition to an inner repetition, parentheses may be used. For example, the expression (?:a{6})* matches any multiple of six 'a' characters.
    The special characters are:
    - '.'    (Dot.) In the default mode, this matches any character except a newline.
    - '^'    (Caret.) Matches the start of the string, and in MULTILINE mode also matches immediately after each newline.
    - '$'    Matches the end of the string or just before the newline at the end of the string, and in MULTILINE mode also matches before a newline. 
    - '*'    Causes the resulting RE to match 0 or more repetitions of the preceding RE, as many repetitions as are possible.
    - '+'    Causes the resulting RE to match 1 or more repetitions of the preceding RE.
    - '?'    Causes the resulting RE to match 0 or 1 repetitions of the preceding RE.
    - {m}    Specifies that exactly m copies of the previous RE should be matched; fewer matches cause the entire RE not to match.
    - {m,n}    Causes the resulting RE to match from m to n repetitions of the preceding RE, attempting to match as many repetitions as possible.
    - {m,n}?    Causes the resulting RE to match from m to n repetitions of the preceding RE, attempting to match as few repetitions as possible.
    - '\\'    Either escapes special characters (permitting you to match characters like '*', '?', and so forth), or signals a special sequence; special sequences are discussed below.
    - []    Used to indicate a set of characters. 
    - '|'    A|B, where A and B can be arbitrary REs, creates a regular expression that will match either A or B. 
    - (...)    Matches whatever regular expression is inside the parentheses, and indicates the start and end of a group; 
    - \\number    Matches the contents of the group of the same number. Groups are numbered starting from 1. For example, (.+) \\1 matches 'the the' or '55 55', but not 'thethe' (note the space after the group). This special sequence can only be used to match one of the first 99 groups. If the first digit of number is 0, or number is 3 octal digits long, it will not be interpreted as a group match, but as the character with octal value number. Inside the '[' and ']' of a character class, all numeric escapes are treated as characters.
    - \\A    Matches only at the start of the string.
    - \\b    Matches the empty string, but only at the beginning or end of a word.
    - \\B    Matches the empty string, but only when it is not at the beginning or end of a word.
    - \\d    Matches any decimal digit; this is equivalent to [0-9].
    - \\D    Matches any character which is not a Unicode decimal digit. This is the opposite of \\d.
    - \\s    Matches characters considered whitespace in the ASCII character set; this is equivalent to [ \\t\\n\\r\\f\\v].
    - \\S    Matches any character which is not a Unicode whitespace character. 
    - \\w    Matches characters considered alphanumeric in the ASCII character set; this is equivalent to [a-zA-Z0-9_].
    - \\W    Matches any character which is not a Unicode word character. This is the opposite of \\w. 
    - \\Z    Matches only at the end of the string.
    ''')
    if mode == 'autorization fail':
        print('''
    OSS AUTORIZATION FAIL
    PLEASE MAKE RELOGIN
    IF DOES NOT HELP - YOU NEED ADDITIONAL PERMISSION FOR USE bcgtool, cnai, bsm_export, bsm_hardware_export
    ''')

    return True


getMO(ossMainSubnetwork)