Made code pep8 compliant

pull/3/head
Alve Svarén 5 years ago
parent fec8ce6030
commit 38077b155d
  1. 2
      CONTRIBUTING.md
  2. 92
      hue_remote/hue_controller.py
  3. 72
      hue_remote/hue_remote.py
  4. 9
      hue_remote/lib/func.py
  5. 4
      hue_remote/presets.py
  6. 17
      speech/speech.py

@ -6,6 +6,6 @@
- Make actual quality PRs, no +1 etc. - Make actual quality PRs, no +1 etc.
## General format rules ## General format rules
- Use TABS for indentation. - Use SPACES for indentation.
- Try to follow the layout of the code. - Try to follow the layout of the code.
- Follow the file structure, don't deviate from it. - Follow the file structure, don't deviate from it.

@ -5,23 +5,26 @@ import time
from lib.func import * # useful functions from lib.func import * # useful functions
import config # Configuration for the controller (/config.py <- change this file) # Configuration for the controller (/config.py <- change this file)
import config
from presets import * # presets for the lights from presets import * # presets for the lights
LIGHTS = {} # dictionary of all the lights LIGHTS = {} # dictionary of all the lights
loop = asyncio.get_event_loop() # ASync loop loop = asyncio.get_event_loop() # ASync loop
def genUrl(params: str): def genUrl(params: str):
return "http://" + config.address + "/api/" + config.username + params return "http://" + config.address + "/api/" + config.username + params
class APIrequest: class APIrequest:
# Get Req # Get Req
async def get( dest: str="", payload: str="" ): async def get(dest: str = "", payload: str = ""):
try: try:
apiReq = req.get( genUrl(dest), data = payload ) apiReq = req.get(genUrl(dest), data=payload)
if( apiReq.status_code != 200 ): # print out the error if the status code is not 200 if(apiReq.status_code != 200): # print out the error if the status code is not 200
print(apiReq) print(apiReq)
print(apiReq.text) print(apiReq.text)
@ -31,11 +34,11 @@ class APIrequest:
print(err) print(err)
# PUT Req # PUT Req
async def put( dest: str="", payload: str="" ): async def put(dest: str = "", payload: str = ""):
try: try:
apiReq = req.put( genUrl(dest), data = payload ) # send the payload apiReq = req.put(genUrl(dest), data=payload) # send the payload
if( apiReq.status_code != 200 ): if(apiReq.status_code != 200):
print(apiReq) print(apiReq)
print(apiReq.text) print(apiReq.text)
@ -51,30 +54,32 @@ class controller:
async def getLights(): async def getLights():
return await APIrequest.get("/lights") return await APIrequest.get("/lights")
async def getLight(index: int=1): async def getLight(index: int = 1):
return await APIrequest.get( "/lights/" + str(index) ) return await APIrequest.get("/lights/" + str(index))
# Lower level light manipulation (async) # Lower level light manipulation (async)
async def toggleLight(index: int=1, isOn: bool=True): async def toggleLight(index: int = 1, isOn: bool = True):
await APIrequest.put( "/lights/" + str(index) + "/state", '{"on":' + boolToString(isOn) + '}' ) await APIrequest.put("/lights/" + str(index) + "/state", '{"on":' + boolToString(isOn) + '}')
async def toggleLights(isOn: bool=True): async def toggleLights(isOn: bool = True):
for key in LIGHTS: for key in LIGHTS:
await controller.toggleLight(key, isOn) await controller.toggleLight(key, isOn)
async def setLightRGB( index: int, r:int, g:int, b:int ): async def setLightRGB(index: int, r: int, g: int, b: int):
h, s, v = rgbToHsv(r, g, b) h, s, v = rgbToHsv(r, g, b)
payload = '{"sat":' + str(s) + ', "bri":' + str(v) + ', "hue":' + str(h) + '}' payload = '{"sat":' + str(s) + ', "bri":' + \
str(v) + ', "hue":' + str(h) + '}'
await APIrequest.put( "/lights/" + str(index) + "/state", payload ) await APIrequest.put("/lights/" + str(index) + "/state", payload)
# Normal functions # Normal functions
def switchLight( index: int=1 ): def switchLight(index: int = 1):
key = LIGHTS.get(str(index)) key = LIGHTS.get(str(index))
if(key): if(key):
if( key.get("state") ): if(key.get("state")):
curPower = LIGHTS[str(index)]["state"]["on"] curPower = LIGHTS[str(index)]["state"]["on"]
loop.run_until_complete( controller.toggleLight(index, not curPower)) loop.run_until_complete(
controller.toggleLight(index, not curPower))
else: else:
print("Error: Light index '" + str(index) + "' out of range") print("Error: Light index '" + str(index) + "' out of range")
@ -83,55 +88,56 @@ class controller:
controller.switchLight(key) controller.switchLight(key)
# Light control # Light control
def setLightColor( index:int, r:int, g:int, b:int ): def setLightColor(index: int, r: int, g: int, b: int):
if( LIGHTS.get(str(index)) ): if(LIGHTS.get(str(index))):
loop.run_until_complete( controller.setLightRGB(index, r, g, b) ) loop.run_until_complete(controller.setLightRGB(index, r, g, b))
else: else:
print("Error: Light index '" + str(index) + "' out of range") print("Error: Light index '" + str(index) + "' out of range")
def setLightBrightness( index:int, b:int ): def setLightBrightness(index: int, b: int):
if( LIGHTS.get(str(index)) ): if(LIGHTS.get(str(index))):
payload = '{"bri":' + str(b) + '}' payload = '{"bri":' + str(b) + '}'
loop.run_until_complete( APIrequest.put( "/lights/" + str(index) + "/state", payload ) ) loop.run_until_complete(APIrequest.put(
"/lights/" + str(index) + "/state", payload))
else: else:
print("Error: Light index '" + str(index) + "' out of range") print("Error: Light index '" + str(index) + "' out of range")
def setBrightness( b:int ): def setBrightness(b: int):
for key in LIGHTS: for key in LIGHTS:
controller.setLightBrightness( key, b ) controller.setLightBrightness(key, b)
def setAllLightsColor( r:int, g:int, b:int ): def setAllLightsColor(r: int, g: int, b: int):
for key in LIGHTS: for key in LIGHTS:
controller.setLightColor( key, r, g, b ) controller.setLightColor(key, r, g, b)
def Power(isOn:bool=True): # Controlling the power of the lights def Power(isOn: bool = True): # Controlling the power of the lights
loop.run_until_complete( controller.toggleLights(isOn) ) loop.run_until_complete(controller.toggleLights(isOn))
def powerLight( index:int, isOn:bool=True ): def powerLight(index: int, isOn: bool = True):
loop.run_until_complete( controller.toggleLight( index, isOn ) ) loop.run_until_complete(controller.toggleLight(index, isOn))
# Presets # Presets
def setLightPreset( index:int, p:str ): def setLightPreset(index: int, p: str):
if( LIGHTS.get(str(index)) ): if(LIGHTS.get(str(index))):
if( PRESETS.get(p) ): if(PRESETS.get(p)):
preset = PRESETS[p] preset = PRESETS[p]
r, g, b = preset["color"] r, g, b = preset["color"]
brightness = preset["brightness"] brightness = preset["brightness"]
controller.setLightColor( index, r, g, b ) controller.setLightColor(index, r, g, b)
controller.setLightBrightness( index, brightness ) controller.setLightBrightness(index, brightness)
else: else:
print("Error: Unknown preset '" + p + "'") print("Error: Unknown preset '" + p + "'")
else: else:
print("Error: Light index '" + str(index) + "' out of range") print("Error: Light index '" + str(index) + "' out of range")
def setPreset( presetID:str, index:int=-1 ): def setPreset(presetID: str, index: int = -1):
if( PRESETS.get(presetID) ): if(PRESETS.get(presetID)):
if( index == -1 ): if(index == -1):
for key in LIGHTS: for key in LIGHTS:
controller.setLightPreset( key, presetID ) controller.setLightPreset(key, presetID)
else: else:
controller.setLightPreset( index, presetID ) controller.setLightPreset(index, presetID)
else: else:
print("Error: Unknown preset '" + presetID + "'") print("Error: Unknown preset '" + presetID + "'")
@ -139,7 +145,7 @@ class controller:
return len(LIGHTS) return len(LIGHTS)
# Controller "system" functions # Controller "system" functions
def delay(n:int): def delay(n: int):
time.sleep(n) time.sleep(n)
def init(): def init():

@ -7,23 +7,26 @@ import hue_controller as hue # Actual controller
cmd = "hue" cmd = "hue"
def help(): def help():
print("--Help page--") print("--Help page--")
print( "'" + cmd + "' : Display this help page" ) print("'" + cmd + "' : Display this help page")
print( "'" + cmd + " light (index)' ... : Specify light target, from 1-" + str(hue.controller.countLights()) ) print("'" + cmd + " light (index)' ... : Specify light target, from 1-" +
print( "'" + cmd + " lights' ... : Specify all lights\n" ) str(hue.controller.countLights()))
print("'" + cmd + " lights' ... : Specify all lights\n")
print("--Commands--") print("--Commands--")
print( "'on'/'off' : Turn light(s) on/off" ) print("'on'/'off' : Turn light(s) on/off")
print( "'switch' : Switch the light(s) power" ) print("'switch' : Switch the light(s) power")
print( "'set ...'" ) print("'set ...'")
print( " 'preset (preset ID)' : Set the preset (from presets.py)" ) print(" 'preset (preset ID)' : Set the preset (from presets.py)")
print( " 'color (red) (green) (blue)' : Set the color, from 0-255" ) print(" 'color (red) (green) (blue)' : Set the color, from 0-255")
print( " 'brightness (brightness)' : Set the brightness, from 0-255" ) print(" 'brightness (brightness)' : Set the brightness, from 0-255")
print("\nExamples:\n'hue light 2 on' : Turn on light 2\n'hue lights set color 255 255 255' : Set all lights colors to white") print("\nExamples:\n'hue light 2 on' : Turn on light 2\n'hue lights set color 255 255 255' : Set all lights colors to white")
boolConvert = { boolConvert = {
"on": True, "on": True,
"off": False "off": False
@ -31,18 +34,19 @@ boolConvert = {
# this is the most spaghetti-ish code I have ever written but it works # this is the most spaghetti-ish code I have ever written but it works
def parseCommand( cmd:list, pos:int, i=-1 ):
def parseCommand(cmd: list, pos: int, i=-1):
index = int(i) index = int(i)
try: try:
if( cmd[pos] == "on" or cmd[pos] == "off" ): if(cmd[pos] == "on" or cmd[pos] == "off"):
if( index == -1 ): if(index == -1):
hue.controller.Power( boolConvert[cmd[pos]] ) hue.controller.Power(boolConvert[cmd[pos]])
else: else:
hue.controller.powerLight( index, boolConvert[cmd[pos]] ) hue.controller.powerLight(index, boolConvert[cmd[pos]])
return return
elif( cmd[pos] == "switch" ): elif(cmd[pos] == "switch"):
if(index == -1): if(index == -1):
hue.controller.switchLights() hue.controller.switchLights()
else: else:
@ -50,51 +54,52 @@ def parseCommand( cmd:list, pos:int, i=-1 ):
return return
elif( cmd[pos] == "set" ): elif(cmd[pos] == "set"):
if( cmd[pos+1] == "preset" ): if(cmd[pos+1] == "preset"):
hue.controller.setPreset( cmd[pos+2], index ) hue.controller.setPreset(cmd[pos+2], index)
return return
elif( cmd[pos+1] == "color" ): elif(cmd[pos+1] == "color"):
if( len(cmd) > pos+4 ): if(len(cmd) > pos+4):
r, g, b = int(cmd[pos+2]), int(cmd[pos+3]), int(cmd[pos+4]) r, g, b = int(cmd[pos+2]), int(cmd[pos+3]), int(cmd[pos+4])
if( index == -1 ): if(index == -1):
hue.controller.setAllLightsColor( r, g, b ) # this code is bad hue.controller.setAllLightsColor(
r, g, b) # this code is bad
else: else:
hue.controller.setLightColor( index, r, g, b ) hue.controller.setLightColor(index, r, g, b)
return return
else: else:
print("Error: Missing parameters") print("Error: Missing parameters")
help() help()
elif( cmd[pos+1] == "brightness" ): elif(cmd[pos+1] == "brightness"):
if( len(cmd) > pos+2 ): if(len(cmd) > pos+2):
bri = int(cmd[pos+2]) bri = int(cmd[pos+2])
if( index == -1 ): if(index == -1):
hue.controller.setBrightness(bri) hue.controller.setBrightness(bri)
else: else:
hue.controller.setLightBrightness( index, bri ) hue.controller.setLightBrightness(index, bri)
return return
help() # display help if function did nothing help() # display help if function did nothing
except (RuntimeError, TypeError, NameError, IndexError) as err: except (RuntimeError, TypeError, NameError, IndexError) as err:
help() # display the help page if parameters are missing (it will give out an IndexError) help() # display the help page if parameters are missing (it will give out an IndexError)
print( "\n\nError: " + str(err) ) print("\n\nError: " + str(err))
def parseCommandline(): def parseCommandline():
cmd = sys.argv cmd = sys.argv
if( len(cmd) > 1 ): if(len(cmd) > 1):
if( cmd[1] == "light" ): if(cmd[1] == "light"):
parseCommand( cmd, 3, cmd[2] ) parseCommand(cmd, 3, cmd[2])
elif( cmd[1] == "lights" ): elif(cmd[1] == "lights"):
parseCommand( cmd, 2 ) parseCommand(cmd, 2)
else: else:
help() help()
@ -104,4 +109,5 @@ def init():
parseCommandline() parseCommandline()
hue.controller.end() # also to end it hue.controller.end() # also to end it
init() # actually call the init function init() # actually call the init function

@ -5,19 +5,24 @@ boolStr = {
False: "false" False: "false"
} }
def boolToString(v: bool): # To fix the dumb python syntax def boolToString(v: bool): # To fix the dumb python syntax
return boolStr[v] return boolStr[v]
def rgbToDecimal( r:int, g:int, b:int ):
def rgbToDecimal(r: int, g: int, b: int):
return round(r/255, 1), round(g/255, 1), round(b/255, 1) return round(r/255, 1), round(g/255, 1), round(b/255, 1)
def svNumFix(n: float): def svNumFix(n: float):
return int(round(n*254, 0)) return int(round(n*254, 0))
def hueNumFix(n: float): def hueNumFix(n: float):
return int(round(n*65535, 0)) return int(round(n*65535, 0))
def rgbToHsv( r:int, g:int, b:int ):
def rgbToHsv(r: int, g: int, b: int):
R, G, B = rgbToDecimal(r, g, b) R, G, B = rgbToDecimal(r, g, b)
H, S, V = colorsys.rgb_to_hsv(R, G, B) H, S, V = colorsys.rgb_to_hsv(R, G, B)
return hueNumFix(H), svNumFix(S), svNumFix(V) return hueNumFix(H), svNumFix(S), svNumFix(V)

@ -31,8 +31,8 @@ PRESETS = {
"brightness": 255 "brightness": 255
}, },
"ice" : { "ice": {
"color": ( 80, 100, 255 ), "color": (80, 100, 255),
"brightness": 120 "brightness": 120
}, },

@ -1,5 +1,6 @@
import speech_recognition as sr import speech_recognition as sr
class sr_microphone(object): class sr_microphone(object):
recognizer = sr.Recognizer() recognizer = sr.Recognizer()
@ -7,15 +8,17 @@ class sr_microphone(object):
def getInput(self): # use the object as a generator def getInput(self): # use the object as a generator
print("Awaiting input") print("Awaiting input")
if( not self.muted ): if(not self.muted):
try: try:
with sr.Microphone() as src: with sr.Microphone() as src:
self.recognizer.adjust_for_ambient_noise( src, duration=0.2 ) # adjust for ambient noise self.recognizer.adjust_for_ambient_noise(
src, duration=0.2) # adjust for ambient noise
audio = self.recognizer.listen(src) audio = self.recognizer.listen(src)
# Make audio -> text # Make audio -> text
return (self.recognizer.recognize_google( audio )).lower() # use googles recognizer and lower its output # use googles recognizer and lower its output
return (self.recognizer.recognize_google(audio)).lower()
except sr.RequestError as err: except sr.RequestError as err:
print("Unable to request results: {0}".format(err)) print("Unable to request results: {0}".format(err))
@ -23,14 +26,14 @@ class sr_microphone(object):
except sr.UnknownValueError as err: except sr.UnknownValueError as err:
print("Unknown Error: {0}".format(err)) print("Unknown Error: {0}".format(err))
def setMuted( self, setm: bool=True ): def setMuted(self, setm: bool = True):
self.muted = setm self.muted = setm
def switchMute( self ): def switchMute(self):
self.setMuted( not self.muted ) self.setMuted(not self.muted)
# Small test # Small test
voice = sr_microphone() voice = sr_microphone()
voice.setMuted(False) voice.setMuted(False)
print( voice.getInput() ) print(voice.getInput())

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