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rmem.py
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rmem.py
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#!/usr/bin/env python2
# -*- coding: utf-8 -*-
import os,sys,ast,json,datetime,random,time,re,subprocess,locale,iso639,countries,cities,translations,apertium,alsaaudio,vlc,newsapi,tdlib,globalvars,xml.etree.ElementTree as xmletree,traceback
if sys.version_info[0]<3:
import thread
import urllib
else:
import _thread as thread
import urllib.request as urllib
from playsound import playsound
from difflib import SequenceMatcher
globalvars.rmemversion="0.1.1"
def log(txt):
txt=str(datetime.datetime.now().strftime("%Y.%m.%d.%H.%M.%S"))+" - "+str(txt)
print(txt)
with open("/tmp/iandi.log","a") as log:
log.write(txt+"\n")
log.close()
def encode(o):
try:
o=str(o)
except:
pass
try:
o=unicode(o,"utf-8")
except:
pass
return o
def encode2(o):
try:
o=str(o)
except:
pass
try:
o=unicode(o,"utf-8")
except:
pass
try:
o=o.encode('utf8')
except:
pass
return o
def encode3(o):
try:
o=str(o)
except:
pass
try:
o=unicode(o,"utf-8")
except:
try:
o=o.encode('utf8')
except:
pass
return o
def gstr(o):
#o=encode(o).strip().replace("À","à").replace("È","è").replace("É","é").replace("Ì","ì").replace("Ò","ò").replace("Ù","ù").capitalize()
o=encode(o).strip().capitalize()
if not o.endswith(".") and not o.endswith("?") and not o.endswith("!"):
o+="."
return o
def update_memory(mem):
with open("mem","w+") as f:
f.write(str(mem))
f.close()
try:
if os.path.exists(os.path.expanduser("~")+"/.iandi/"):
mempath=os.path.expanduser("~")+"/.iandi/mem"
else:
mempath="mem"
# Create file if it does not exist
if not os.path.isfile(mempath):
with open(mempath,"w+") as f:
f.close()
# Open mem for reading
with open(mempath,"r") as f:
mem=f.read()
if mem!="":
mem=ast.literal_eval(mem)
else:
mem={}
update_memory(mem)
f.close()
except Exception as e:
log(traceback.format_exc())
mem={}
update_memory(mem)
def verify_existence(var,t=None):
try:
if type(t)!=type(None):
if type(mem[var])!=type(t):
mem[var]=t
except:
mem[var]=t
update_memory(mem)
def make_a_newinput(o,*args):
args=map(str,args)
return "<<newinput<"+encode(o)+"<,>"+",".join(args)+">newinput>>"
def call_from_brain(c):
return "<<callbrain<"+encode(c)+">callbrain>>"
def exec_for_output(c):
return "<<exec<"+encode(c)+">exec>>"
def similar(a,b):
try:
a=encode(a)
except:
pass
try:
b=encode(b)
except:
pass
return SequenceMatcher(None,a,b).ratio()
def isnumber(txt):
txt=txt.replace(" ","")
if txt.isdigit():
return True
elif txt.startswith("-") and txt[1:].isdigit():
return True
elif "." in txt and txt.split(".")[-1].isdigit():
if txt.split(".")[0].isdigit() and txt.split(".")[-1].isdigit():
return True
elif txt.split(".")[0].startswith("-") and txt.split(".")[0][1:].isdigit() and txt.split(".")[-1].isdigit():
return True
else:
return False
else:
return False
def readurl(url):
page=urllib.urlopen(url)
content=page.read()
page.close()
return content
def _getMasterMixer():
try:
mastermixer=alsaaudio.Mixer("Master",0)
except:
mastermixer=alsaaudio.Mixer(alsaaudio.mixers()[0],0)
return mastermixer
def _getSystemVolume():
mastermixer=_getMasterMixer()
return mastermixer.getvolume()[0]
def _setSystemVolume(vol):
mastermixer=_getMasterMixer()
channel=alsaaudio.MIXER_CHANNEL_ALL
mastermixer.setvolume(vol,channel)
def _turnMaxSystemVolume():
mastermixer=_getMasterMixer()
channel=alsaaudio.MIXER_CHANNEL_ALL
vol=100
mastermixer.setvolume(vol,channel)
return 100
def _removeSystemMute():
mastermixer=_getMasterMixer()
channel=alsaaudio.MIXER_CHANNEL_ALL
mastermixer.setmute(0,channel)
#anstollerance=0
#exitcommand="exit()"
global playing_now;playing_now=False
global mediaVol;mediaVol=_getSystemVolume()
_removeSystemMute()
if mediaVol<=0:
mediaVol=_turnMaxSystemVolume()
name="Iandi"
birth="14/06/2019"
def list_in_human_format(l,newline=True,conclusion=True):
output=""
for n,e in enumerate(l):
if n>0 and n==len(l)-1:
if newline:
output+=" e\n"
else:
output+=" e "
elif n>0:
if newline:
output+="\n"
else:
output+=" "
output+=e
if n==len(l)-1 and conclusion:
output+="."
elif n<len(l)-2:
output+=","
return output
def format_seconds(s):
s=s/3600.0
d=0
h=int(s)
if h>24:
d=int(h/24)
h-=d*24
s-=d*24
m=int((s-h)*60)
s=int((((s-h)*60)-m)*60)
output=[]
if d>0:
if d==1:
output.append(str(d)+" "+translations.getstr("day"))
else:
output.append(str(d)+" "+translations.getstr("days"))
if h>0:
if h==1:
output.append(str(h)+" "+translations.getstr("hour"))
else:
output.append(str(h)+" "+translations.getstr("hours"))
if m>0:
if m==1:
output.append(str(m)+" "+translations.getstr("minute"))
else:
output.append(str(m)+" "+translations.getstr("minutes"))
if s>0:
if s==1:
output.append(str(s)+" "+translations.getstr("second"))
else:
output.append(str(s)+" "+translations.getstr("seconds"))
return list_in_human_format(output,newline=False,conclusion=False)
def checkmemo():
verify_existence("memo",{})
while True:
if mem["memo"]!={}:
t=float("inf")
try:
for memo in mem["memo"]:
if mem["memo"][memo]<time.time():
del mem["memo"][memo]
update_memory(mem)
playsound("resources/sounds/timer.ogg")
else:
if mem["memo"][memo]<t:
t=mem["memo"][memo]
if t==float("inf"):
time.sleep(10800)
else:
time.sleep(t-time.time())
except:
pass
else:
time.sleep(10800)
thread.start_new_thread(checkmemo,())
if tdlib.isWorking:
tdlib.start()
def setlang(ilang="",returning=False,internal=True):
if ilang:
syslang=ilang
else:
syslang=locale.getdefaultlocale()[0].split("_")[0]
rsyslang=iso639.get_iso2(syslang)
if not rsyslang.startswith("Error: "):
syslang=rsyslang
o=""
if not internal:
syslang=syslang.lower()
if syslang in iso639.allnames():
ratio=1.0
o=syslang
else:
try:
if mem["lang"]!="eng":
syslang=apertium.translate(syslang,mem["lang"],"eng").lower()
except:
pass
ratio=0
for code in iso639.allnames():
match=similar(syslang,code)
if match>ratio:
ratio=match
o=code.lower()
if o=="":
o=syslang
if returning:
if internal:
return o
else:
return [o,ratio]
else:
mem["lang"]=o
update_memory(mem)
updateCustCmds()
if translations.setlang(mem["lang"])=="Error: not found.":
log("Lang "+iso639.get_eng(mem["lang"])+" not supported in translations. Swithing to english.")
setlang("eng")
translations.setlang(mem["lang"])
verify_existence("lang",setlang("",True))
def setcountry(icountry="",returning=False,internal=True):
if icountry=="":
if mem["lang"]=="eng":
icountry="USA"
else:
icountry=countries.getby_unilang(mem["lang"])
if type(icountry)==type("") and icountry.startswith("Error: "):
icountry=countries.getby_lang(mem["lang"])
if type(icountry)==type("") and icountry.startswith("Error: "):
icountry="USA"
else:
icountry=icountry["cca3"]
else:
icountry=icountry["cca3"]
if internal:
countrieslist=countries.getall_names(True)
else:
countrieslist=countries.getall_names()
if icountry.lower() in countrieslist.keys():
ratio=1.0
icountry=countries.getby_code(countrieslist[icountry.lower()])
else:
rawicountry=icountry
icountry=countries.search(icountry.lower(),countrieslist)
ratio=icountry[0]
if ratio>.2:
icountry=icountry[1]
else:
log("Country '"+rawicountry+"' not in db.")
if internal:
icountry=countries.getby_alpha3("USA")
else:
return "Error: Lang not in db."
icountry=icountry["cca3"]
if returning:
if internal:
return icountry
else:
return [icountry,ratio]
else:
mem["country"]=icountry
update_memory(mem)
verify_existence("country",setcountry("",True))
def setcity(icity="",returning=False,internal=True,first=True):
if not icity:
icity=countries.getby_alpha3(mem["country"])["capital"][0]
#else:
# try:
# if mem["lang"]!="eng":
# rawicity=apertium.translate(icity,mem["lang"],"eng")
# icity=rawicity
# except:
# pass
if icity.lower() in cities.getall_names(True):
ratio=1.0
icity=icity.capitalize()
else:
ratio=0
attn=""
for city in cities.getall_names():
rcity=city.lower()
match=similar(icity,rcity)
if match>.3 and match>ratio:
ratio=match
attn=city
if ratio>=1:
break
if attn=="":
log("City '"+icity+"' not in db.")
if not internal:
if first and mem["lang"]!="eng":
try:
icity=apertium.translate(icity,mem["lang"],"eng")
r=setcity(icity,returning=True,internal=False,first=False)
if not(type(r)==type("") and r.startswith("Error: ")):
icity=r[0]
else:
return "Error: not found."
except:
return "Error: not found."
else:
return "Error: not found."
else:
icity=attn
if returning:
if internal:
return icity
else:
return [icity,ratio]
else:
mem["city"]=icity
update_memory(mem)
verify_existence("city",setcity("",True))
def updateCustCmds():
if not "custCmds" in mem:
mem["custCmds"]={}
update_memory(mem)
if mem["custCmds"]!={} and mem["lang"] in mem["custCmds"] and mem["custCmds"][mem["lang"]]!={}:
for ccmd in mem["custCmds"][mem["lang"]]:
ext=False
while ext==False:
try:
globalvars.brain[ccmd]=call_from_brain( mem["custCmds"][mem["lang"]][ccmd] )
ext=True
except:
time.sleep(.5)
thread.start_new_thread(updateCustCmds,())
global translations
if translations.setlang(mem["lang"])=="Error: not found.":
setlang("eng")
translations.setlang(mem["lang"])
# ↑ internal functions
# ↓ assistant's functions
def oldyear():
return translations.getstr("oldyear").format(str(int(datetime.date.today().year)-int(birth.split("/")[-1])))
def ctime():
h=datetime.datetime.now().strftime("%H")
m=datetime.datetime.now().strftime("%M")
if h<12:
s=translations.getstr("ctime","ofmorning")
else:
s="."
return translations.getstr("ctime","its").format(str(h),str(m))
def day():
d=translations.getraw("weekdays")
m=translations.getraw("months")
now=datetime.datetime.now()
#return 'Oggi è '+str(datetime.date.today().day)+'/'+str(datetime.date.today().month)+'/'+str(datetime.date.today().year)
return translations.getstr("todayis").format(d[int(now.strftime("%w"))],now.strftime("%d"),m[int(now.strftime("%m"))],now.strftime("%Y"))
def dttm():
return datetime.datetime.now()
def langsettings(args):
if args==[] or args==[""]:
return make_a_newinput(translations.getstr("langsettings","say"),"langsettings")
else:
results=[]
for i,arg in enumerate(args):
r=[arg,setlang(arg,True,False)]
if not(type(r)==type("") and r.startswith("Error: ")):
results.append(r)
if len(results)==0:
return translations.getstr("langsettings","notindb")
else:
atto=0
attn={}
attr=""
for r in results:
if r[1][1]>atto:
atto=r[1][1]
attn=r[1][0]
attr=r[0]
setlang(attn)
return translations.getstr("langsettings","setted").format(attr)
def countrysettings(args):
if args==[] or args==[""]:
return make_a_newinput(translations.getstr("countrysettings","say"),"countrysettings")
else:
r=setcountry(" ".join(args),True,False)
if not(type(r)=="str" and r.startswith("Error: ")):
attn=r[0]
attr=countries.getby_alpha3(attn)
if mem["lang"] in attr["translations"]:
attr=attr["translations"][mem["lang"]]["official"]
else:
attr=attr["name"]["official"]
setcountry(attn)
return translations.getstr("countrysettings","setted").format(attr)
else:
results=[]
for i,arg in enumerate(args):
r=[arg,setcountry(arg,True,False)]
if not(type(r)==type("") and r.startswith("Error: ")):
results.append(r)
if len(results)==0:
return translations.getstr("countrysettings","notindb")
else:
atto=0
attn={}
attr=""
for r in results:
if r[1][1]>atto:
atto=r[1][1]
attn=r[1][0]
attr=r[0]
setcountry(attn)
return translations.getstr("countrysettings","setted").format(attr)
def citysettings(args):
if args==[] or args==[""]:
return make_a_newinput(translations.getstr("citysettings","say"),"citysettings")
else:
r=setcity(" ".join(args),True,False)
if not(type(r)=="str" and r.startswith("Error: ")):
setcity(r[0])
return translations.getstr("citysettings","setted").format(r[0].capitalize())
else:
results=[]
for i,arg in args:
r=setcity(arg,True,False)
if not(type(r)==type("") and r.startswith("Error: ")):
results.append(r)
if len(results)==0:
return translations.getstr("citysettings","notindb")
else:
atto=0
attn={}
attr=""
for r in results:
if r[1][1]>atto:
atto=r[1][1]
attn=r[1][0]
attr=r[0]
setcountry(attn)
return translations.getstr("citysettings","setted").format(attn)
def umbrella():
if globalvars.onlineconnection:
output=""
r=json.loads(readurl("http://api.weatherstack.com/current?access_key=4259baf5cdc16ffb529bc3c6384d349c&query="+mem["city"]))
if "success" in r and r["success"]==False:
if "error" in r:
raise Exception("Error in request to weatherstack: "+str(r["error"]["type"])+".")
else:
raise Exception("Error in request to weatherstack.")
if 1<=r["current"]["precip"]<10:
output="Sta piovigginando, conviene portarlo."
elif r["current"]["precip"]>=10:
output="Sì, sta piovendo."
elif r["current"]["cloudcover"]>=40:
output="È nuvoloso, potrebbe iniziare a piovere. Pòrtalo"
else:
output="Non serve l'ombrello."
return output
else:
return translations.getstr("internetneeded")
def weather():
if globalvars.onlineconnection:
r=json.loads(readurl("http://api.weatherstack.com/current?access_key=4259baf5cdc16ffb529bc3c6384d349c&query="+mem["city"]))
if "success" in r and r["success"]==False:
if "error" in r:
raise Exception("Error in request to weatherstack: "+str(r["error"]["type"])+".")
else:
raise Exception("Error in request to weatherstack.")
output=translations.getstr("weather","at").format(mem["city"])+\
translations.getstr("weather","degrees").format(str(r["current"]["temperature"]))
if 1<=r["current"]["precip"]<10:
output+=translations.getstr("weather","drizzle")
elif r["current"]["precip"]>=10:
output+=translations.getstr("weather","rain")
if r["current"]["cloudcover"]>=40:
output+=translations.getstr("weather","cloudy")
elif r["current"]["cloudcover"]>=20:
output+=translations.getstr("weather","bitcloudy")
else:
output+=translations.getstr("weather","clear")
return output
else:
return translations.getstr("internetneeded")
def rand(args):
if args==[]:
args=[0,10]
else:
digs=[]
for e in args:
if e.isdigit():
digs.append(int(e))
if len(digs)==0:
args=[0,10]
elif len(digs)==1:
args=[0,digs[0]]
else:
digs.sort()
args=[digs[0],digs[-1]]
return str(random.randint(args[0],args[1]))
def choiserand(l):
return random.choice(l)
def addnote(args):
if args==[] or args==[""]:
return make_a_newinput(translations.getstr("addnote","saynote"),"addnote")
else:
verify_existence("notes",[])
mem["notes"].append(" ".join(args))
update_memory(mem)
return translations.getstr("addnote","noteadded").format(" ".join(args))
def rmnote(args):
if args==[] or args==[""]:
return make_a_newinput(translations.getstr("removenote","saynote"),"rmnote")
else:
verify_existence("notes",[])
ntd=" ".join(args)
s=[0,0]
for i,note in enumerate(mem["notes"]):
ts=similar(ntd,note)
if ts>=.65 and ts>s[0]:
s=[ts,i]
if s[0]>0:
ntd=mem["notes"][s[1]]
mem["notes"].pop(s[1])
update_memory(mem)
return translations.getstr("removenote","noteremoved").format(ntd)
else:
return translations.getstr("removenote","notenotfound")
def readnote():
verify_existence("notes",[])
if len(mem["notes"])==1:
prestr=translations.getstr("readnote","one","prestr")
aftstr=translations.getstr("readnote","one","aftstr")
else:
prestr=translations.getstr("readnote","multiple","prestr")
aftstr=translations.getstr("readnote","multiple","aftstr")
output=translations.getstr("readnote","print").format(encode(prestr),str(len(mem["notes"])),encode(aftstr),list_in_human_format(mem["notes"]))
return output
def waitmemo(t):
if t-time.time()<10800:
if t>time.time():
time.sleep(t-time.time())
playsound("resources/sounds/timer.ogg")
for i in mem["memo"]:
if mem["memo"][i]==t:
del mem["memo"][i]
update_memory(mem)
else:
pass
def addmemo(args,t=0):
if args==[] or args==[""]:
return make_a_newinput(translations.getstr("addmemo","saymemo"),"addmemo")
else:
verify_existence("memo",{})
if t==0:
return make_a_newinput(translations.getstr("addmemo","when"),"addmemo",str(args))
d=translations.getraw("weekdays")
m=translations.getraw("months")
now=datetime.datetime.now()
day=int(now.strftime("%d"))
month=int(now.strftime("%m"))
year=int(now.strftime("%Y"))
hour=0
minute=0
second=0
securehourminute=False
for i,word in enumerate(t):
if ":" in word:
if len(word.split(":"))==2:
if word.split(":")[0].isdigit() and word.split(":")[1].isdigit():
if int(word.split(":")[0])<24 and int(word.split(":")[1])<60:
hour=int(word.split(":")[0])
minute=int(word.split(":")[1])
securehourminute=True
if word.isdigit() or word in translations.getraw("one") or word in translations.getraw("two"):
if word in translations.getraw("one"):
tmpnum=1
elif word in translations.getraw("two"):
tmpnum=2
else:
tmpnum=int(word)
if len(t)-1>i:
for j,k in enumerate(m):
if t[i+1].lower()==k.lower():
if (j+1==month and tmpnum<day) or (j+1<month):
year+=1
day=tmpnum
month=j+1
elif tmpnum<24 or tmpnum<60 and not securehourminute:
if tmpnum>=24:
minute=tmpnum
else:
if hour==0:
hour=tmpnum
elif minute==0:
minute=tmpnum
else:
hour=minute
minute=tmpnum
t=float(datetime.datetime(year,month,day,hour,minute,second).strftime('%s'))
thread.start_new_thread(waitmemo,(t,))
mem["memo"][" ".join(args)]=t
update_memory(mem)
return translations.getstr("addmemo","memoadded").format(" ".join(args))
def rmmemo(args):
if args==[] or args==[""]:
return make_a_newinput(translations.getstr("removememo","saymemo"),"rmmemo")
else:
verify_existence("memo",{})
mtd=" ".join(args)
s=[0,0]
for i,memo in enumerate(mem["memo"]):
ts=similar(mtd,memo)
if ts>=.65 and ts>s[0]:
s=[ts,memo]
if s[0]>0:
ntd=mem["memo"][s[1]]
del mem["memo"][s[1]]
update_memory(mem)
return translations.getstr("removememo","memoremoved").format(s[1])
else:
return translations.getstr("removememo","memonotfound")
def readmemo():
verify_existence("memo",{})
if len(mem["memo"])==1:
prestr=translations.getstr("readmemo","one","prestr")
aftstr=translations.getstr("readmemo","one","aftstr")
else:
prestr=translations.getstr("readmemo","multiple","prestr")
aftstr=translations.getstr("readmemo","multiple","aftstr")
lm=[]
for m in mem["memo"]:
lm.append(time.strftime(translations.getstr("readmemo","oneprint"),time.localtime(mem["memo"][m]))+" "+m)
prestr=encode(prestr)
output=translations.getstr("readmemo","print").format(prestr,str(len(mem["memo"])),aftstr,list_in_human_format(lm))
return output
def timer(s):
global timerenabled;timerenabled=[True,time.time()+s]
time.sleep(s)
timerenabled=[False,0]
playsound("resources/sounds/timer.ogg")
def settimer(args):
if args==[] or args==[""]:
return make_a_newinput(translations.getstr("settimer","howmany"),"settimer")
ts=0
s=0
for i,arg in enumerate(args):
if arg.isdigit() or arg in translations.getraw("one") or arg in translations.getraw("two"):
if arg in translations.getraw("one"):
arg=1
elif arg in translations.getraw("two"):
arg=2
s=int(arg)
if len(args)>i+1:
if args[i+1]==translations.getstr("minute") or args[i+1]==translations.getstr("minutes"):
s*=60
ts+=s
elif args[i+1]==translations.getstr("hour") or args[i+1]==translations.getstr("hours"):
s*=3600
ts+=s
else:
ts+=s
else:
ts+=s
if ts==0:
return make_a_newinput(translations.getstr("settimer","howmany"),"settimer")
else:
thread.start_new_thread(timer,(ts,))
return translations.getstr("settimer","setted").format(format_seconds(ts))
def checktimer():
global timerenabled
try:
if timerenabled[0]:
return translations.getstr("checktimer","eta").format(format_seconds(int(timerenabled[1]-time.time())))
else:
return encode(translations.getstr("checktimer","notimer"))
except:
return encode(translations.getstr("checktimer","notimer"))
def repeat(args):
if args==[] or args==[""]:
return make_a_newinput(translations.getstr("repeat","what"),"repeat")
return " ".join(args)
def execute(args):
if args==[] or args==[""]:
return make_a_newinput(translations.getstr("execute","what"),"execute")
elif args[0].lower() in translations.getraw("cancel"):
return call_from_brain(translations.getstr("cancel"))
else:
args=[arg.lower() for arg in args]
try:
thread.start_new_thread(subprocess.call,(args,))
return translations.getstr("execute","executing").format(" ".join(args))
except Exception as e:
log(traceback.format_exc())
return translations.getstr("execute","error")
def calculate(args):
if args==[] or args==[""]:
return make_a_newinput(translations.getstr("calculate","what"),"calculate")
elif args[0].lower() in translations.getraw("cancel"):
return call_from_brain(translations.getstr("cancel"))
else:
args=encode((" ".join(args)).lower())
args=args.replace(encode(translations.getstr("plus")),"+").replace(encode(translations.getstr("minus")),"-").replace(encode(translations.getstr("for")),"*").replace("x","*").replace(encode(translations.getstr("divided")),"/")
args=args.replace("+"," + ").replace("-"," - ").replace("*"," * ").replace("/"," / ").replace(" "," ").replace(" "," ")
e=[]
for word in args.split(" "):
if word!="":
if word=="+":
e.append("+")
elif word=="-":
e.append("-")
elif word=="*":
e.append("*")
elif word=="/":
e.append("/")
elif isnumber(word):
e.append(str(float(word)))
try:
e=str(eval("".join(e)))
if "." in e:
if e.split(".")[1]=="0":
e=e.split(".")[0]
return e
except:
return make_a_newinput(translations.getstr("calculate","notvalid"),"calculate")
# Custom commands
def pairCustCmd(newcc, ctc=[]):
if ctc==[] or ctc==[""]:
return make_a_newinput(translations.getstr("custCmds","tellcmdpair"),"pairCustCmd",newcc)
elif " ".join(ctc).lower().strip() in translations.getraw("cancel"):
return call_from_brain(translations.getstr("cancel"))
else:
mem["custCmds"][mem["lang"]][" ".join(newcc).lower()]=" ".join(ctc).lower()
update_memory(mem)
updateCustCmds()
return translations.getstr("custCmds","paired").format(" ".join(newcc).lower(), " ".join(ctc).lower())
def addCustCmd(args):
verify_existence("custCmds",{})
if args==[] or args==[""]:
return make_a_newinput(translations.getstr("custCmds","tellcmdadd"),"addCustCmd")
else:
if not mem["lang"] in mem["custCmds"]:
mem["custCmds"][mem["lang"]]={}
return pairCustCmd(args)
def removeCustCmd(args):
verify_existence("custCmds",{})
if args==[] or args==[""]:
return make_a_newinput(translations.getstr("custCmds","tellcmdrm"),"removeCustCmd")
else:
ctd=" ".join(args)
if mem["lang"] in mem["custCmds"]:
s=[0,""]
for ccmd in mem["custCmds"][mem["lang"]]:
ts=similar(ctd,ccmd)
if ts>=.65 and ts>s[0]:
s=[ts,ccmd]
if s[0]>0:
del mem["custCmds"][mem["lang"]][s[1]]
if globalvars.brain.has_key(s[1]):
del globalvars.brain[s[1]]
update_memory(mem)
return translations.getstr("custCmds","removed").format(s[1])
else:
return translations.getstr("custCmds","rmnotfound")
else:
return translations.getstr("custCmds","rmnotfound")
def listCustCmds():
verify_existence("custCmds",{})
if mem["lang"] in mem["custCmds"] and mem["custCmds"][mem["lang"]]!=[]:
ccmds=[]
for ccmd in mem["custCmds"][mem["lang"]]:
ccmds.append(ccmd)
if len(ccmds)==1:
outtxt=translations.getstr("custCmds","listone")
else:
outtxt=translations.getstr("custCmds","listmore")
return outtxt.format(len(ccmds), list_in_human_format(ccmds))
else:
return translations.getstr("custCmds","listno")
# Phone
def readMessages(args):
if globalvars.onlineconnection:
if not tdlib.isWorking:
return translations.getstr("phone","notLogged")
msgs=tdlib.getUnreadMessages()
if msgs!=1:
o=""
for chat_name in msgs:
tmpmsgs=[]
for msg in msgs[chat_name]:
if msg[0]=="text":
tmpmsgs.append(msg[1])
elif msg[0]=="messageVoiceNote":
#playsound(msg[1])
tmpmsgs.append(exec_for_output("playsound('"+msg[1]+"')"))
o+=translations.getstr("phone","readMsgList").format(chat_name,"\n".join(tmpmsgs))
return o
else:
return translations.getstr("phone","noUnreadMessages")
else:
return translations.getstr("internetneeded")
def markMessagesAsRead():
if globalvars.onlineconnection:
if not tdlib.isWorking:
return translations.getstr("phone","notLogged")
tdlib.readMessages(tdlib.unreadMessages)
return translations.getstr("phone","markedAsRead")
else:
return translations.getstr("internetneeded")
def sendMessageText(to,args=[]):
if globalvars.onlineconnection:
if not tdlib.isWorking:
return translations.getstr("phone","notLogged")
if args==[] or args==[""]:
return make_a_newinput(translations.getstr("phone","textOfMessage").format(to[2]),"sendMessageText",to)
elif " ".join(args).lower().strip() in translations.getraw("cancel"):
return call_from_brain(translations.getstr("cancel"))
else:
msg=" ".join(args)
msg=msg.strip()
tdlib.sendMessage(msg,to[1])
to[2]=to[2].strip()
if len(msg.split(" "))<=5:
return translations.getstr("phone","messageSentShort").format(msg,to[2])
else:
return translations.getstr("phone","messageSent").format(to[2])
else:
return translations.getstr("internetneeded")
def sendMessage(args):
if globalvars.onlineconnection:
if not tdlib.isWorking:
return translations.getstr("phone","notLogged")
if args==[] or args==[""]:
return make_a_newinput(translations.getstr("phone","toWhoMessage"),"sendMessage")
elif args[0].lower() in translations.getraw("cancel"):
return call_from_brain(translations.getstr("cancel"))
else:
to=" ".join(args)
to=tdlib.searchContact(to)
if to[1]!="":
return sendMessageText(to)
else:
return make_a_newinput(translations.getstr("phone","contactNotFound"),"sendMessage")
else:
return translations.getstr("internetneeded")
def callTG(args):
if globalvars.onlineconnection:
if not tdlib.isWorking:
return translations.getstr("phone","notLogged")
return translations.getstr("notWorkingYet")
else:
return translations.getstr("internetneeded")
# System audio
def setSystemVolume(args):
vol=None
if args==[] or args==[""]:
return make_a_newinput(translations.getstr("systemaudio","setvolumeask"),"setSystemVolume")
elif args[0].lower() in translations.getraw("cancel"):
return call_from_brain(translations.getstr("cancel"))
else:
for word in args:
word=word.replace(".","").replace(",","").replace("!","").replace("%","")
if isnumber(word):
vol=int(word)
if vol==None:
return make_a_newinput(translations.getstr("systemaudio","setvolumepercentage"),"setSystemVolume")
else:
if vol>100:
vol=100
elif vol<10:
vol=10
_setSystemVolume(vol)
def turnUpSystemSound():
vol=_getSystemVolume()+10
if vol>100:
vol=100
_setSystemVolume(vol)
def turnDownSystemSound():
vol=_getSystemVolume()-10
if vol<10:
vol=10
_setSystemVolume(vol)
def reboot_iandi():
playsound("resources/sounds/rebootiandi.ogg")
os.execv(sys.executable,[sys.executable]+sys.argv)
# Search online answers
def searchanswer(args):
if globalvars.onlineconnection:
if args==[] or args==[""]:
return make_a_newinput(translations.getstr("searchanswer","what"),"searchanswer",onlineconnection)
else:
pairs=apertium.listPairs()["responseData"]
q=apertium.translate(encode2(" ".join(args)),mem["lang"],"eng",pairs)
o=readurl("https://www.answers.com/search?q="+urllib.quote(q)).replace("\n","")
if re.findall("<link rel='canonical' href='(.*?)'>",o)[0]=="https://www.answers.com/search":
r=re.findall('"slug":"(.*?)"',o)
a=re.findall('"num_answers":(.*?),',o)
o=""
for i,n in enumerate(a):
if n!="0" and r[i]!="Uncategorized" and o=="":
o=r[i]
break
if o!="":
o=readurl("https://www.answers.com/Q/"+o).replace("\n","")
if not re.findall("<title>(.*?)</title>",o)[0]=="404 Not Found | Answers.com":
o=re.findall('name="description" content="(.*?)">',o)[0]
if not o=="Answers is the place to go to get the answers you need and to ask the questions you want":
o=apertium.translate(o.upper(),"eng",mem["lang"],pairs)
else:
o=translations.getstr("searchanswer","notfound")
else:
o=translations.getstr("searchanswer","notfound")
else:
o=translations.getstr("searchanswer","notfound")
else:
o=re.findall('name="description" content="(.*?)">',o)[0]
o=apertium.translate(o.upper(),"eng",mem["lang"],pairs)