Bashscript in Pythonscript umwandeln

#!/bin/bash

ipsmappe="10.11.3.35"  
ipdb="10.11.1.104"  

while true; do
        sleep 5
        login="`curl -s -H "Content-Type: application/json" -X POST -d "admin" http://"$ipsmappe"/gateway/apipublic/logon`"  
        smappeepoll="`curl -s http://"$ipsmappe"/gateway/apipublic/reportInstantaneousValues`"  
        apowerl1="`echo $smappeepoll | html2text | grep apparentPower | cut -d " " -f1 | cut -c 15- | head -n1`"  
        apowerl2="`echo $smappeepoll | html2text | grep apparentPower | cut -d " " -f1 | cut -c 15- | head -n2 | tail -1l`"  
        apowerl3="`echo $smappeepoll | html2text | grep apparentPower | cut -d " " -f1 | cut -c 15- | tail -1l`"  
        powerl1="`echo $smappeepoll | html2text | grep activePower | cut -d " " -f3 | cut -c 13- | head -n1`"  
        powerl2="`echo $smappeepoll | html2text | grep activePower | cut -d " " -f3 | cut -c 13- | head -n2 | tail -1l`"  
        powerl3="`echo $smappeepoll | html2text | grep activePower | cut -d " " -f3 | cut -c 13- | tail -1l`"  
        rpowerl1="`echo $smappeepoll | html2text | grep reactivePower | cut -d " " -f5 | cut -c 15- | head -n1`"  
        rpowerl2="`echo $smappeepoll | html2text | grep reactivePower | cut -d " " -f5 | cut -c 15- | head -n2 | tail -1l`"  
        rpowerl3="`echo $smappeepoll | html2text | grep reactivePower | cut -d " " -f5 | cut -c 15- | tail -1l`"  
        powertotal="`echo $powerl1"+"$powerl2"+"$powerl3 | bc`"  
        cosfil1="`echo $smappeepoll | html2text | grep cosfi | cut -d " " -f3 | cut -c 7- | head -n1 | cut -d, -f1`"  
        cosfil2="`echo $smappeepoll | html2text | grep cosfi | cut -d " " -f3 | cut -c 7- | head -n2 | tail -1l | cut -d, -f1`"  
        cosfil3="`echo $smappeepoll | html2text | grep cosfi | cut -d " " -f3 | cut -c 7- | tail -1l | cut -d, -f1`"  
        voltage="`echo $smappeepoll | html2text | grep voltage | cut -d " " -f1 | cut -c 9-`"  
        currentl1="`echo $smappeepoll | html2text | grep tcurrent | cut -d " " -f1 | cut -c 11- | head -n1`"  
        currentl2="`echo $smappeepoll | html2text | grep tcurrent | cut -d " " -f1 | cut -c 11- | head -n2 | tail -1l`"  
        currentl3="`echo $smappeepoll | html2text | grep tcurrent | cut -d " " -f1 | cut -c 11- | tail -1l`"  

        curl -i -XPOST 'http://'$ipdb':8086/write?db=struband' --data-binary '  
        apparentpower-l1.smappee,host=smappee,location=keller,phase=1 value='$apowerl1'  
        apparentpower-l2.smappee,host=smappee,location=keller,phase=2 value='$apowerl2'  
        apparentpower-l3.smappee,host=smappee,location=keller,phase=3 value='$apowerl3'  
        activepower-l1.smappee,host=smappee,location=keller,phase=1 value='$powerl1'  
        activepower-l2.smappee,host=smappee,location=keller,phase=2 value='$powerl2'  
        activepower-l3.smappee,host=smappee,location=keller,phase=3 value='$powerl3'  
        reactivepower-l1.smappee,host=smappee,location=keller,phase=1 value='$rpowerl1'  
        reactivepower-l2.smappee,host=smappee,location=keller,phase=2 value='$rpowerl2'  
        reactivepower-l3.smappee,host=smappee,location=keller,phase=3 value='$rpowerl3'  
        powertotal.smappee,host=smappee,location=keller,phase=123 value='$powertotal'  
        cosfi-l1.smappee,host=smappee,location=keller,phase=1 value='$cosfil1'  
        cosfi-l2.smappee,host=smappee,location=keller,phase=2 value='$cosfil2'  
        cosfi-l3.smappee,host=smappee,location=keller,phase=3 value='$cosfil3'  
        voltage.smappee,host=smappee,location=keller,phase=123 value='$voltage'  
        current-l1.smappee,host=smappee,location=keller,phase=1 value='$currentl1'  
        current-l2.smappee,host=smappee,location=keller,phase=2 value='$currentl2'  
        current-l3.smappee,host=smappee,location=keller,phase=3 value='$currentl3''  
done

root@monitoring:~# curl -s http:{{comment_single_line_double_slash:0}}
{"report":"Instantaneous values:  
voltage=228.9 Vrms
FFTComponents:
Phase 1:
\tcurrent=0.692 A, activePower=118.598 W, reactivePower=105.148 var,
apparentPower=158.498 VA, cosfi=74, quadrant=0, phaseshift=0.0, phaseDiff=0.0
\tFFTComponents:
Phase 2:
\tcurrent=0.133 A, activePower=19.844 W, reactivePower=23.285 var,
apparentPower=30.594 VA, cosfi=62, quadrant=0, phaseshift=0.0, phaseDiff=0.0
\tFFTComponents:
Phase 3:
\tcurrent=1.299 A, activePower=204.569 W, reactivePower=216.077 var,
apparentPower=297.553 VA, cosfi=68, quadrant=0, phaseshift=0.0, phaseDiff=0.0
\tFFTComponents:


Phase 1, peak active power 3668.322 W at 27/12/2016 18:47:55
Phase 2, peak active power 2180.333 W at 03/01/2017 06:10:50
Phase 3, peak active power 4695.78 W at 18/12/2016 13:41:35
active energy RMS per phase mapping combination
phase mapping 210=256.88 kWh [ 1/0]
phase mapping 12=87.606 kWh [ 1/2]
phase mapping 21=82.206 kWh [ -1/2]
phase mapping 102=316.667 kWh [* 1/3]
phase mapping 120=195.204 kWh [ 1/1]
phase mapping 201=127.587 kWh [ 1/2]

active energy RMS (solar) per phase mapping combination
phase mapping 210=0.0 kWh [ 1/0]
phase mapping 12=0.0 kWh [ 1/2]
phase mapping 21=0.0 kWh [ -1/2]
phase mapping 102=0.0 kWh [* 1/3]
phase mapping 120=0.0 kWh [ 1/1]
phase mapping 201=0.0 kWh [ 1/2]

"}