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minimal_server.py
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minimal_server.py
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#!/usr/bin/env python
# -*- coding: utf-8 -*-
# AUTHOR | DATE | VERSION | COMMENTS
# F.Quinto | 2021-07-20 | 0.0.0 | First draft
__version__ = "0.0.0"
"""FastAPI using upgrader."""
from fastapi import FastAPI, Query, Depends, Request, Response
from pydantic import BaseModel
import uvicorn
import time
class Wibeee(BaseModel):
mac:str = Query(None, max_length=12)
ip:str = Query(None, max_length=15)
soft:str = Query(None, max_length=20)
model:str = Query(None, max_length=20)
time:str = Query(0)
v1:str = Query(0) # vrms1 Tensión fase L1 (V)
v2:str = Query(0) # vrms2 Tensión fase L2 (V)
v3:str = Query(0) # vrms3 Tensión fase L3 (V)
vt:str = Query(0) # vrmst Tensión total (promedio L1, L2, L3) (V)
i1:str = Query(0) # irms1 Corriente L1 (A)
i2:str = Query(0) # irms2 Corriente L2 (A)
i3:str = Query(0) # irms3 Corriente L3 (A)
it:str = Query(0) # irmst Corriente total (promedio L1, L2, L3) (A)
p1:str = Query(0) # pap1 Potencia Aparente L1 (VA)
p2:str = Query(0) # pap2 Potencia Aparente L2 (VA)
p3:str = Query(0) # pap3 Potencia Aparente L3 (VA)
pt:str = Query(0) # papt Potencia Aparente Total (VA)
a1:str = Query(0) # pac1 Potencia Activa L1 (W)
a2:str = Query(0) # pac2 Potencia Activa L2 (W)
a3:str = Query(0) # pac3 Potencia Activa L3 (W)
at:str = Query(0) # pact Potencia Activa Total (W)
r1:str = Query(0) # preac1 Potencia Reactiva L1 (Var)
r2:str = Query(0) # preac2 Potencia Reactiva L2 (Var)
r3:str = Query(0) # preac3 Potencia Reactiva L3 (Var)
rt:str = Query(0) # preact Potencia Reactiva Total (Var)
q1:str = Query(0) # freq1 Frecuencia L1 (Hz)
q2:str = Query(0) # freq2 Frecuencia L2 (Hz)
q3:str = Query(0) # freq3 Frecuencia L3 (Hz)
qt:str = Query(0) # freqt Frecuencia total (promedio L1, L2, L3) (Hz)
f1:str = Query(0) # fpot1 Factor de potencia L1 (-)
f2:str = Query(0) # fpot2 Factor de potencia L2 (-)
f3:str = Query(0) # fpot3 Factor de potencia L3 (-)
ft:str = Query(0) # fpott Factor de potencia Total (-)
e1:str = Query(0) # eac1 Energía activa L1 (Wh)
e2:str = Query(0) # eac2 Energía activa L2 (Wh)
e3:str = Query(0) # eac3 Energía activa L3 (Wh)
et:str = Query(0) # eactt Energía activa Total (Wh)
o1:str = Query(0) # ereactl1 Energía reactiva inductiva L1 (VArLh)
o2:str = Query(0) # ereactl2 Energía reactiva inductiva L2 (VArLh)
o3:str = Query(0) # ereactl3 Energía reactiva inductiva L3 (VArLh)
ot:str = Query(0) # ereactlt Energía reactiva inductiva Total (VArLh)
# ereactc1 Energía reactiva capacitiva L1 (VArCh)
# ereactc2 Energía reactiva capacitiva L2 (VArCh)
# ereactc3 Energía reactiva capacitiva L3 (VArCh)
# ereactct Energía reactiva capacitiva total (VArCh)
t1t:str = Query(0) # fase1_thd_total (%)
t11:str = Query(0) # fase1_thd_fund (A)
t13:str = Query(0) # fase1_thd_ar3 (A)
t15:str = Query(0) # fase1_thd_ar5 (A)
t17:str = Query(0) # fase1_thd_ar7 (A)
t19:str = Query(0) # fase1_thd_ar9 (A)
t2t:str = Query(0) # fase2_thd_total (%)
t21:str = Query(0) # fase2_thd_fund (A)
t23:str = Query(0) # fase2_thd_ar3 (A)
t25:str = Query(0) # fase2_thd_ar5 (A)
t27:str = Query(0) # fase2_thd_ar7 (A)
t29:str = Query(0) # fase2_thd_ar9 (A)
t3t:str = Query(0) # fase3_thd_total (%)
t31:str = Query(0) # fase3_thd_fund (A)
t33:str = Query(0) # fase3_thd_ar3 (A)
t35:str = Query(0) # fase3_thd_ar5 (A)
t37:str = Query(0) # fase3_thd_ar7 (A)
t39:str = Query(0) # fase3_thd_ar9 (A)
nombre = 'WIBEEE'
mac = '00:1e:c0:11:22:33'
model = 'WBB'
version = '3.4.634'
serverdata = 'wattius.mirubee.com'
portdata = '8600'
device = {
'phasesSequence': '123',
'phases_sequence': '123',
'model': model,
'version': version,
'nombre': nombre,
'mac': mac,
'macAddr': mac
}
primeravez = True
app = FastAPI()
# sudo -H pip install -r requirements.txt
# sudo -H pip install uvicorn --upgrade
# INFO: 192.168.1.69:38870 - "GET /scan.cgi?scan=1 HTTP/1.1" 404 Not Found
# sudo apt install httpie
# http -v http://192.168.1.150/scan.cgi?scan=1
# http -v http://192.168.1.150/scan.cgi?getAllBss
# http -v http://192.168.1.150/en/login.html
# NOOOO: http -v -f POST http://192.168.1.150/loginRedirect.html user=user pwd=user
# http -v http://192.168.1.150/en/loginRedirect.html?user=user&pwd=user
# /en/login.html?error=1
# http -v http://192.168.1.150/en/index.html
# http -v http://192.168.1.150/config_value?softaprescan=true
#
# http -v http://192.168.1.150/scanallresults.xml
# Mi conexión:
# http -v http://192.168.1.150/scanresult.xml
# ERROR unable to resolve wibeee.smilics.com: no address associated with hostname
# http -v http://192.168.1.150/services/user/devices.xml
# http -v http://192.168.1.150/config_value?phases_sequence=123
# http -v http://192.168.1.150/services/user/values.xml?var=WIBEEE.phasesSequence
# http -v http://192.168.1.150/configura_server?URLServidor=wattius.mirubee.com&portServidor=1f90
# http -v http://192.168.1.150/configura_server?URLServidor=192.168.1.222&portServidor=1f90
# http -v http://192.168.1.150/services/user/values.xml?var=WIBEEE.model
# http -v http://192.168.1.150/services/user/values.xml?var=WIBEEE.macAddr
# http -v http://192.168.1.150/config_value?name=WIBEEE&dhcp=true&ip=c0a80196&gw=c0a80101&subnet=ffff0000
# http -v http://192.168.1.150/config_value?ssid=yourwifinetwork&security=5&typekey=2
# http -v http://192.168.1.150/config_value?pass=12345678
# http -v http://192.168.1.150/configura_server?URLServidor=wattius.mirubee.com&portServidor=1f90
# http -v http://192.168.1.150/config_value?reset=true
# Todas las variables
# http -v http://192.168.1.150/services/user/values.xml?id=WIBEEE
# http -v http://192.168.1.150/scan.cgi
# http -v http://192.168.1.150/changeScale?changeScale=1&low=1&id=724
def hexval2ip(valor):
"""From hex value to ip."""
import socket
import struct
# Example
# valor = 'c0a80196'
addr_long = int(valor, 16)
ip = socket.inet_ntoa(struct.pack(">L", addr_long))
# ip = '.'.join(map(str, [int(valor[i:i+2], 16) for i in range(0, len(valor), 2)]))
return ip
def hexval2decval(valor):
"""From hex value to port."""
# Example: '2198' => '8600'
port = int(valor, 16)
return str(port)
def decval2hexval(valor):
"""From dec value to hex value (port)."""
# Example: '8600' => '2198'
port = int(valor)
# return hex(port)
return format(port, 'x')
def ip2hex(ip):
"""From ip to hex value."""
# Example: '192.168.1.1' => 'c0a80101'
ipfinal = ''.join([hex(int(x)+256)[3:] for x in ip.split('.')])
return ipfinal
@app.get("/configura_server")
async def configura_server(request: Request):
print('configura_server')
data = ''
time.sleep(0.3)
params = str(request.query_params)
print(params)
print(str(request.headers))
headers = {
"Cache-Control": 'max-age=600',
"Connection": 'close',
}
return Response(headers=headers, content=data)
# http -v http://192.168.1.150/changeScale?changeScale=1&low=1&id=724
@app.get("/changeScale")
async def changeScale(request: Request):
print('changeScale')
data = ''
time.sleep(0.3)
params = str(request.query_params)
print(params)
print(str(request.headers))
headers = {
"Cache-Control": 'max-age=600',
"Connection": 'close',
}
return Response(headers=headers, content=data)
@app.get("/config_value")
async def config_value(request: Request):
global device
print('config_value')
data = ''
for param in request.query_params:
helper = ''
var = param
value = request.query_params[param]
device[var] = value
if var == 'ip':
helper = hexval2ip(value)
elif var == 'portServidor':
helper = hexval2decval(value)
print(var, value, helper)
params = str(request.query_params)
# print(params)
print(str(request.headers))
headers = {
"Cache-Control": 'max-age=600',
"Connection": 'close',
}
time.sleep(0.3)
print(device)
return Response(headers=headers, content=data)
# Get data from variables (ask for data)
@app.get("/services/user/values.xml")
async def services_values(request: Request):
import random
global mac
global nombre
global model
global version
global serverdata
global portdata
global device
print('values.xml')
params = str(request.query_params)
xmlheader = '<?xml version="1.0" encoding="UTF-8"?>\n\n'
if 'var' in request.query_params:
var = request.query_params['var']
aux = var.split('.')
var = aux[1]
if var in device:
value = device[var]
else:
value = round(random.uniform(3.0, 4.0), 2)
if var == 'model':
value = model
elif var == 'macAddr':
value = mac
print(f'var:{var} value:{value}')
valuesxml = f'<values><variable><id>{var}</id><value>{value}</value></variable></values>'
elif 'id' in request.query_params:
idvar = request.query_params['id']
if idvar == nombre:
valuesxml = (
'<values>'
'<variable><id>measuresRefresh</id><value>60</value></variable>'
'<variable><id>appRefresh</id><value>1</value></variable>'
'<variable><id>HDataSaveRefresh</id><value>1</value></variable>'
'<variable><id>connectionType</id><value>1</value></variable>'
'<variable><id>phasesSequence</id><value>0</value></variable>'
'<variable><id>harmonics</id><value>1</value></variable>'
f'<variable><id>softVersion</id><value>{version}</value></variable>'
f'<variable><id>model</id><value>{model}</value></variable>'
'<variable><id>ipType</id><value>1</value></variable>'
'<variable><id>ipAddr</id><value>192.168.1.150</value></variable>'
'<variable><id>gwAddr</id><value>192.168.1.1</value></variable>'
'<variable><id>subnetMask</id><value>255.255.0.0</value></variable>'
'<variable><id>primaryDNS</id><value>8.8.8.8</value></variable>'
'<variable><id>secondaryDNS</id><value>8.8.4.4</value></variable>'
f'<variable><id>macAddr</id><value>{mac}</value></variable>'
'<variable><id>ssid</id><value>yourwifinetwork</value></variable>'
'<variable><id>keyEnc</id><value>0</value></variable>'
'<variable><id>keyType</id><value>1</value></variable>'
'<variable><id>securKey</id><value>12345678</value></variable>'
f'<variable><id>serverIp</id><value>{serverdata}</value></variable>'
'<variable><id>serverIpResolved</id><value></value></variable>'
f'<variable><id>serverPort</id><value>{portdata}</value></variable>'
'<variable><id>networkType</id><value>4</value></variable>'
'<variable><id>spiFlashId</id><value>8</value></variable>'
'<variable><id>leapThreshold</id><value>5</value></variable>'
'<variable><id>clampsModel</id><value>-</value></variable>'
'<variable><id>vrms1</id><value>224.75</value></variable>'
'<variable><id>vrms2</id><value>224.75</value></variable>'
'<variable><id>vrms3</id><value>224.75</value></variable>'
'<variable><id>vrmst</id><value>224.75</value></variable>'
'<variable><id>irms1</id><value>0.00</value></variable>'
'<variable><id>irms2</id><value>0.17</value></variable>'
'<variable><id>irms3</id><value>0.22</value></variable>'
'<variable><id>irmst</id><value>0.39</value></variable>'
'<variable><id>pap1</id><value>0.00</value></variable>'
'<variable><id>pap2</id><value>38.85</value></variable>'
'<variable><id>pap3</id><value>49.22</value></variable>'
'<variable><id>papt</id><value>88.07</value></variable>'
'<variable><id>pac1</id><value>0.00</value></variable>'
'<variable><id>pac2</id><value>0.00</value></variable>'
'<variable><id>pac3</id><value>0.00</value></variable>'
'<variable><id>pact</id><value>0.00</value></variable>'
'<variable><id>preac1</id><value>0.00</value></variable>'
'<variable><id>preac2</id><value>0.00</value></variable>'
'<variable><id>preac3</id><value>0.00</value></variable>'
'<variable><id>preact</id><value>0.00</value></variable>'
'<variable><id>freq1</id><value>50.00</value></variable>'
'<variable><id>freq2</id><value>50.00</value></variable>'
'<variable><id>freq3</id><value>50.00</value></variable>'
'<variable><id>freqt</id><value>50.00</value></variable>'
'<variable><id>fpot1</id><value>0.000</value></variable>'
'<variable><id>fpot2</id><value>0.000</value></variable>'
'<variable><id>fpot3</id><value>0.000</value></variable>'
'<variable><id>fpott</id><value>0.000</value></variable>'
'<variable><id>eac1</id><value>4</value></variable>'
'<variable><id>eac2</id><value>22</value></variable>'
'<variable><id>eac3</id><value>22</value></variable>'
'<variable><id>eact</id><value>48</value></variable>'
'<variable><id>ereactl1</id><value>0</value></variable>'
'<variable><id>ereactl2</id><value>0</value></variable>'
'<variable><id>ereactl3</id><value>0</value></variable>'
'<variable><id>ereactlt</id><value>0</value></variable>'
'<variable><id>ereactc1</id><value>0</value></variable>'
'<variable><id>ereactc2</id><value>0</value></variable>'
'<variable><id>ereactc3</id><value>0</value></variable>'
'<variable><id>ereactct</id><value>0</value></variable>'
'<variable><id>angle1</id><value>0.00</value></variable>'
'<variable><id>angle2</id><value>0.00</value></variable>'
'<variable><id>angle3</id><value>0.00</value></variable>'
'<variable><id>scale</id><value>100</value></variable>'
'</values>')
else:
valuesxml = '<values></values>'
data = xmlheader + valuesxml
print(f'{params}\n{data}')
time.sleep(0.3)
print(str(request.headers))
headers = {
"Cache-Control": 'no-cache',
"Connection": 'close',
}
return Response(content=data, media_type="text/xml", headers=headers)
@app.get("/services/user/devices.xml")
async def services_devices(request: Request):
print('devices.xml')
global nombre
data = ('<?xml version="1.0" encoding="UTF-8"?>\n\n'
f'<devices>\n\t<id>{nombre}</id>\n</devices>')
time.sleep(0.3)
params = str(request.query_params)
print(params)
print(str(request.headers))
headers = {
"Cache-Control": 'no-cache',
"Connection": 'close',
}
return Response(content=data, media_type="text/xml", headers=headers)
@app.get("/scan.cgi")
async def scanner(request: Request):
print('scan.cgi')
valorOK = '0'
data = f'Success! {valorOK}'
time.sleep(1)
params = str(request.query_params)
print(params)
print(str(request.headers))
headers = {
"Cache-Control": 'no-cache',
"Connection": 'close',
}
return Response(content=data, media_type="text/html", headers=headers)
@app.get("/scanresult.xml")
async def scanresult(request: Request):
print('scanresult.xml')
# data = """<?xml version="1.0" encoding="UTF-8"?>
# <response><scan>0</scan><ver>12556</ver><count>0</count><ssid>
# yourwifinetwork</ssid></response>
# """
yomismo = (
'<response>\n'
'\t<scan>0</scan>\n'
'\t<ver>12556</ver>\n'
'\t<count>15</count>\n'
'\t<ssid>yourwifinetwork</ssid>\n\n'
'\t<bss>\n'
'\t\t<valid>1</valid>\n'
'\t\t<name>0</name>\n'
'\t\t<privacy>0</privacy>\n'
'\t\t<wlan>0</wlan>\n'
'\t\t<strength>1</strength>\n'
'\t</bss>\n\n'
' </response>')
data = ('<?xml version="1.0" encoding="UTF-8"?>\n\n'
f' {yomismo}')
print(data)
print(str(request.headers))
headers = {
"Cache-Control": 'no-cache',
"Connection": 'close',
}
return Response(content=data, media_type="text/xml", headers=headers)
@app.get("/scanallresults.xml")
async def scanallresults(request: Request):
print('scanallresults.xml')
red = '<response><scan>0</scan><ver>12556</ver><count>0</count><ssid>yourwifinetwork</ssid></response>'
redes = """<response><scan>0</scan><ver>12556</ver><count>15</count><ssid>WIBEEE1234</ssid><bss><valid>1</valid><name>ORANGE CASA</name><privacy>9</privacy><strength>2</strength></bss><bss><valid>1</valid><name>vodafoneBA1422</name><privacy>9</privacy><strength>2</strength></bss><bss><valid>1</valid><name>TP-LINK_34E9A4</name><privacy>13</privacy><strength>1</strength></bss><bss><valid>1</valid><name>Livebox6-59DF</name><privacy>9</privacy><strength>1</strength></bss><bss><valid>1</valid><name>devolo-105</name><privacy>9</privacy><strength>1</strength></bss><bss><valid>1</valid><name>MiFibra-1234</name><privacy>9</privacy><strength>4</strength></bss><bss><valid>1</valid><name>MiFibra-6789</name><privacy>9</privacy><strength>4</strength></bss><bss><valid>1</valid><name>Wifitv</name><privacy>9</privacy><strength>3</strength></bss><bss><valid>1</valid><name>Wifitv</name><privacy>9</privacy><strength>3</strength></bss><bss><valid>1</valid><name>WIFI</name><privacy>9</privacy><strength>3</strength></bss><bss><valid>1</valid><name>WLAN_41</name><privacy>1</privacy><strength>2</strength></bss><bss><valid>1</valid><name>MOVISTAR_710C</name><privacy>13</privacy><strength>3</strength></bss><bss><valid>1</valid><name>MOVISTAR_3EFB</name><privacy>9</privacy><strength>1</strength></bss><bss><valid>1</valid><name>MOVISTAR_F6E0</name><privacy>9</privacy><strength>1</strength></bss><bss><valid>1</valid><name>vodafone97B0</name><privacy>9</privacy><strength>1</strength></bss></response>"""
data = ('<?xml version="1.0" encoding="UTF-8"?>\n\n'
f' {redes}')
print(str(request.headers))
return Response(content=data, media_type="text/xml")
@app.get("/Wibeee/receiverAvg", tags=["basic"])
async def receiveData(args: Wibeee = Depends()):
import datetime
global primeravez
x = args.dict()
t = int(x['time'])
# time.time()
dt = datetime.datetime.fromtimestamp(t).isoformat()
dt2 = datetime.datetime.fromtimestamp(t).strftime('%Y-%m-%d %H:%M:%S')
n = datetime.datetime.now()
now = n.strftime('%Y-%m-%d %H:%M:%S')
nowstr = n.strftime('%Y%m%dT%H')
msg = f'time:{t} is {dt2} received at {now}\n{x}\n'
print(msg)
f = open(f"data_{nowstr}.txt", "a")
f.write(msg)
f.close()
# Enviar respuesta
if primeravez:
primeravez = False
txt_response = '<<<WREBOOT Thu Nov 04 10:53:24 UTC 2021'
else:
txt_response = '<<<WBAVG'
time.sleep(0.2)
print(txt_response)
return txt_response
if __name__ == '__main__':
uvicorn.run(
'minimal_server:app',
host='0.0.0.0',
port=80,
reload=True,
debug=True,
server_header=False
)