class SteamJsonRecentThreading:
def __init__(self,items_list,wte,sma,sessionid,sls,sl,srl,password,username):
self.recent_parsing_list = [u'results_html',u'hovers',u'last_listing',u'last_time',u'app_data',u'currency',
u'success',u'more',u'purchaseinfo']
self.asset_parsing_list = ['currency','contextid','classid','instanceid','amount',
'status','original_amount','tradable',
'background_color','icon_url','icon_url_large',
'descriptions','name','name_color','type',
'market_name','market_actions','commodity','app_icon',
'owner','actions','market_tradable_restriction']
self.listinginfo_parsing_list = ['fee','publisher_fee_percent','steam_fee','publisher_fee',
'converted_steam_fee','converted_publisher_fee','converted_price_per_unit',
'converted_fee_per_unit','converted_fee_per_unit',
'converted_publisher_fee_per_unit','price',
'publisher_fee_app','converted_steam_fee_per_unit']
self.listinginfo_asset_parsing_list = ['currency','contextid','amount','market_actions','appid']
self.float100 = float(100)
self.http = SteamBotHttp(wte,sma,sessionid,sls,sl,srl,password,username)
#logic mode recent
#logic mode item
self.log = Logic('recent',0,0,items_list)
self.last_listing_buy = ''
self.dif_countries = self.log.dif_countries
self.dif_hosts = self.log.dif_hosts_recent
self.contaSim = 0
self.contaNao = 0
self.list_median_prices = {}
self.timestamp_lock = threading.Lock()
self.buy_lock = threading.Lock()
self.sell_lock = threading.Lock()
self.last_listing_buy_lock = threading.Lock()
self.write_active_listings_lock = threading.Lock()
self.timestamp = ''
self.search_for_kenny_cobble = False
def getRecentTotalReady(self, recent_full):
self.recent_parsed = {}
if self.search_for_kenny_cobble is True:
self.searchkenny(recent_full)
if type(recent_full) == dict:
for key in self.recent_parsing_list:
if recent_full.has_key(key):
recent_full.pop(key)
else:
recent_full = {}
#retorna um dict so com as keys assets e listinginfo
return recent_full
#-------------------------------------------------------------------------------------------------------------------
#-------------------------------------------ASSETS!!!!!!!!!!!!!!----------------------------------------------------
#NAO EXECUTAR MANUALMENTE!!!!!!!!!!!!!!!!!!!!
def getCleanAssetList(self,recent_parsed):
if recent_parsed.has_key('assets'):
asset_list = recent_parsed['assets']
if asset_list.has_key('730'):
asset_list = asset_list['730']
asset_list = asset_list['2']
for key_item in asset_list:
for key in self.asset_parsing_list:
if key in asset_list[key_item]:
asset_list[key_item].pop(key)
else:
return False
else:
return False
return asset_list
#lista final dos assets = list2 = {'awp worm god':'231342342','ak47 redline':'432342342342',...}
#nao executar, so no getfinallist()
def getlistassets(self,asset_list):
if asset_list == False:
return False
else:
final_list_assets = {}
for key_item in asset_list.keys():
if asset_list[key_item].has_key('market_hash_name'):
final_list_assets[asset_list[key_item]['market_hash_name']] \
= asset_list[key_item]['id']
return final_list_assets
#-------------------------------------------------------------------------------------------------------------------
#-------------------------------------------LISTINGS!!!!!!!!!!!--------------------------------------------------------
#NAO EXECUTAR MANUALMENTE!!!!!!!!!!!!!!!!!!!!
#1 a ser executada
def delNonCsgoListings(self, recent_parsed):
listinginfo_list = {}
if recent_parsed.has_key('listinginfo'):
temp_list = recent_parsed['listinginfo']
listinginfo_list = temp_list
for k in listinginfo_list.keys():
if listinginfo_list[k]['asset']['appid'] != 730:
listinginfo_list.pop(k)
elif listinginfo_list[k]['asset']['amount'] == 0:
listinginfo_list.pop(k)
else:
return False
return listinginfo_list
#2 a ser executada
#NAO EXECUTAR MANUALMENTE!!!!!!!!!!!!!!!!!!!!
def getCleanListinginfoListWithAsset(self,listinginfo_list):
temp_dict = listinginfo_list
if temp_dict == False:
return False
else:
for key_item in temp_dict:
for key in self.listinginfo_parsing_list:
if temp_dict[key_item].has_key(key):
temp_dict[key_item].pop(key)
return temp_dict
#3 a ser executada
#NAO EXECUTAR MANUALMENTE!!!!!!!!!!!!!!!!!!!!
def getcleanlistings(self,listinginfo_list):
temp_dict = listinginfo_list
if temp_dict == False:
return False
else:
for key_item in temp_dict:
for key in self.listinginfo_asset_parsing_list:
if temp_dict[key_item]['asset'].has_key(key):
temp_dict[key_item]['asset'].pop(key)
return temp_dict
#lista final dos listings: list1 = {'231342342':'2.45','432342342342':'12.76',...
#nao executar, so no getfinallist()
def getlistlistings(self,listinginfo_list):
final_list_listings = listinginfo_list
if final_list_listings != False:
for key_item in final_list_listings.keys():
if final_list_listings[key_item].has_key('converted_price') == False:
final_list_listings.pop(key_item)
else:
return False
return final_list_listings
#except:
#print "falha no parsing da lista de listings"
#return False
#-------------------------------------------------------------------------------------------------------------------
def getfinalrecentlist(self,asset_clean,listing_clean):
final_list = {}
if type(listing_clean) == dict:
listing_clean_this = listing_clean
else:
print 'falha no parsing dos listings, try again'
return False
if type(asset_clean) == dict:
asset_clean_this = asset_clean
else:
print 'falha no parsing dos assets, try again'
return False
for k in listing_clean_this:
for k2 in asset_clean_this:
if asset_clean_this.get(k2) == listing_clean_this[k]['asset']['id']:
final_list[k2] = listing_clean_this.get(k)
return final_list
def seeifrecentiteminlistbuy(self,item):
for temp in self.log.list_items_to_buy:
if item == temp:
return True
#This function analizes if an item found on a RECENT_LISTING response from Steam belongs in the item list that the
#user defined and if so it analizes if its worth buying
#
#Returns False if anything goes wrong
def buyingroutine(self,final_list,t_name,host):
temp_resp = []
if final_list == False:
temp_resp.append(False)
return temp_resp
else:
final_list_this = final_list
for key in final_list_this:
if key in self.log.list_items_to_buy_unicode:
if self.list_median_prices.has_key(key):
temp_converted_price_math = float(decimal.Decimal(final_list_this[key]['converted_price'])/100)
temp_converted_fee_math = float(decimal.Decimal(final_list_this[key]['converted_fee'])/100)
if float(float(self.list_median_prices[key]) -
float((temp_converted_price_math+temp_converted_fee_math))) >= \
(0.275*(float(self.list_median_prices[key]))):
if (temp_converted_price_math+temp_converted_fee_math) <= \
float((95*self.getwalletbalancefromvar())):
if int(final_list_this[key]['converted_currencyid']) == 2003:
if final_list_this[key]['listingid'] != self.last_listing_buy:
self.last_listing_buy_lock.acquire()
self.last_listing_buy = final_list_this[key]['listingid']
self.last_listing_buy_lock.release()
print 'Estou prestes a entrar no acquire dos buys ON THREAD ' + str(t_name)
self.buy_lock.acquire()
print 'Entrei no acquire dos buys ON THREAD ' + str(t_name)
try:
if (float(self.list_median_prices[key]) - float(self.getlowestprice(key))) \
>= (0.15*float(self.list_median_prices[key])):
print "O PRECO LOWEST E MT MAIS BAIXO QUE O MEDIO, NAO VOU COMPRAR"
print 'sai do lock dos buys ON THREAD ' + str(t_name)
self.buy_lock.release()
temp_resp.append(False)
return temp_resp
except (TypeError,KeyError):
self.buy_lock.release()
temp_resp.append(False)
return temp_resp
temp = self.http.buyitem(final_list_this[key]['listingid'],
final_list_this[key]['converted_price'],
final_list_this[key]['converted_fee'],
final_list_this[key]['converted_currencyid'],host)
self.log.writetobuyfile(self.http.httputil.data_buy['subtotal'],
self.http.httputil.data_buy['fee'],
self.http.httputil.data_buy,
final_list_this[key]['listingid'],
key,temp[0],temp[1],t_name)
if temp[0] == 200:
if temp[1]['wallet_info'].has_key('wallet_balance'):
if self.log.writetowallet(temp[1]['wallet_info']['wallet_balance']) == True:
print "Ok COMPREI A: " + key + " ao preco: " + \
str(final_list_this[key]['converted_price'] +
final_list_this[key]['converted_fee'])
temp_resp.append(True)
temp_resp.append(self.list_median_prices[key])
temp_resp.append(key)
temp_resp.append(temp_converted_fee_math+temp_converted_price_math)
self.buy_lock.release()
print 'sai do lock dos buys ON THREAD ' + str(t_name)
return temp_resp
else:
print "Nao pude comprar item " + key
print "erro ao comprar item"
self.buy_lock.release()
print 'sai do lock dos buys ON THREAD ' + str(t_name)
temp_resp.append(False)
return temp_resp
else:
temp_resp.append(False)
return temp_resp
else:
print "Nao pude comprar: " + key +" porque nao tenho fundos On THREAD " + str(t_name)
temp_resp.append(False)
return temp_resp
else:
print "THREAD " + str(t_name) + " nao pode comprar " + key + \
" porque margens nao sao suficientes. " \
"Preco medio: " + str(self.list_median_prices[key]) +\
' Preco do item: ' + str(temp_converted_fee_math+temp_converted_price_math)
temp_resp.append(False)
return temp_resp
else:
temp_resp.append(False)
return temp_resp
temp_resp.append(False)
return temp_resp
#----------------------------------------------AUX FUNCTIONS-----------------------------------------------------------
#Calls the querie recent function on the HTTP class
def queryrecent(self,thread):
lista = []
lista.append(self.http.queryrecent('steamcommunity.com',thread))
lista.append('steamcommunity.com')
return lista
#Calls the querie recent function on the HTTP class with diferent country codes!
def queryrecentdifcountries(self,thread):
country = random.choice(self.log.list_countries)
lista = []
lista.append(self.http.urlqueryrecentwithcountry('steamcommunity.com',country,thread))
lista.append('steamcommunity.com')
return lista
#Calls the querie recent function on the HTTP class with diferent hosts
def queryrecentdifhosts(self,thread):
host = random.choice(self.log.list_hosts)
lista = []
lista.append(self.http.queryrecent(host,thread))
lista.append(host)
return lista
#Calls the querie recent function on the HTTP class with diferent hosts and country codes
def queryrecentdifhostsdifcountries(self,thread):
host = random.choice(self.log.list_hosts)
country = random.choice(self.log.list_countries)
lista = []
lista.append(self.http.urlqueryrecentwithcountry(host,country,thread))
lista.append(host)
return lista
#Returns the id of the item with the number 1 position on your inventory or False if anything goes wrong
def getpositiononeiteminv(self):
return self.http.getpositiononeiteminv()
def sellitem(self,assetid,price):
return self.http.sellitem(assetid,price)
def exportJsonToFile(self,json,file):
try:
with open('util/'+file+'.json', 'w') as outfile:
ujson.dump(json, outfile)
outfile.close()
except ValueError:
return False
return True
def writeInItemsTxt(self,item):
return self.log.writeInItemsTxt(item)
def delInItemsTxt(self,item):
return self.log.delInItemsTxt(item)
def getlistbuyitems(self):
return self.log.list_items_to_buy
#Returns the balance from the VAR in log.wallet_balance
def getwalletbalancefromvar(self):
return float(self.log.wallet_balance)
#Loads the median prices from the file median_prices.json
#Return false in case of error
def loadmedianpricesfromfile(self):
try:
file = open('util/median_prices.json','r')
self.list_median_prices = ujson.load(file)
file.close()
except ValueError:
return False
return self.list_median_prices
def writetosellfile(self,status,content,item,price,thread_n,price_no_fee):
return self.log.writetosellfile(status,content,item,price,thread_n,price_no_fee)
def writetobuyfile(self,subtotal,fee,data_buy,listingid,key,responsecode,responsedict,thread_n):
return self.log.writetobuyfile(subtotal,fee,data_buy,listingid,key,responsecode,responsedict,thread_n)
def sellitemtest(self,assetid,price):
return self.http.sellitem(assetid,price)
#Writes to the wallet file the balance that is currently stored in the var Walletbalance
#IT DOES NOT RETURN OR WRITE THE BALANCE DIRECTLY FROM STEAM
def writetowalletadd(self,amount_add):
temp = float(amount_add) + float(self.getwalletbalancefromvar())
temp = temp*100
return self.log.writetowallet(int(temp))
#Returns the lowest price for the item directly from Steam
#In case of error returns False
def getlowestprice(self,item):
temp_item_priceover = self.http.querypriceoverview(item)
if type(temp_item_priceover) == int:
print "Erro ao obter preco mais baixo actualmente de " + item
print "Status code da querie: " + str(temp_item_priceover)
return False
if type(temp_item_priceover) == bool:
return False
elif temp_item_priceover.has_key('lowest_price'):
temp_lowest_price = temp_item_priceover['lowest_price']
if isinstance(temp_lowest_price, basestring):
temp_lowest_price = temp_lowest_price.replace('€ ','').replace(',','.').replace('-','0')
temp_lowest_price = "{0:.2f}".format(float(temp_lowest_price))
print temp_lowest_price
return temp_lowest_price
def buyitemtest(self,listing,subtotal,fee,currency,host):
temp = self.http.buyitemTEST(listing,subtotal,fee,currency,host)
print str(temp[0]) + '\n'
print temp[1]
#returns the median price for every item on the list that the user chooses at the start of the program
#In case of error for any item, you will not get that item median price
def getmedianitemlist(self):
self.list_median_prices = {}
for key in self.log.list_items_to_buy_unicode:
temp_item_priceover = {}
temp_item_priceover = self.http.querypriceoverview(key.encode('utf-8'))
if type(temp_item_priceover) == int:
print "Erro ao obter preco medio de " + key
print "Status code da querie: " + str(temp_item_priceover)
elif type(temp_item_priceover) == bool:
print "Erro ao obter preco medio de " + key
print "Status code da querie: " + str(temp_item_priceover)
elif temp_item_priceover.has_key('median_price'):
temp_median_price = temp_item_priceover['median_price']
if isinstance(temp_median_price, basestring):
temp_median_price = temp_median_price.decode('unicode_escape').encode('ascii','ignore')
temp_median_price = temp_median_price.replace(',','.').replace('-','0')
temp_median_price = "{0:.2f}".format(float(temp_median_price))
self.list_median_prices[key] = float(temp_median_price)
if self.list_median_prices.has_key(key):
print 'O preco medio de ' + key + ' e: ' + str(self.list_median_prices[key])
return self.list_median_prices
#returns wallet balance from steam website in float format
def parsewalletbalance(self):
soup = BeautifulSoup(self.http.getsteamwalletsite(),'html.parser')
balance_soup = soup.find('span',{'id':'marketWalletBalanceAmount'})
if balance_soup != None:
balance_soup = balance_soup.get_text()
balance_str = balance_soup.encode('ascii','ignore').replace(',','.').replace('-','0')
return float(balance_str)
else:
print "ERROR GETTING WALLET BALANCE, TRY TO LOGIN AGAIN!"
return False
#Vai buscar o valor o balance da minha carteira ao Steam diretamente
#e se encontrar, atualiza a var wallet_balance
def parsewalletbalanceandwrite(self):
soup = BeautifulSoup(self.http.getsteamwalletsite(),'html.parser')
balance_soup = soup.find('span',{'id':'marketWalletBalanceAmount'})
if balance_soup != None:
balance_soup = balance_soup.get_text()
balance_str = balance_soup.encode('ascii','ignore').replace(',','.').replace('-','0')
self.log.writetowallet(float(balance_str)*100)
return float(balance_str)
else:
print "ERROR GETTING WALLET BALANCE, MAYBE FAZER LOGIN RESOLVE ESTE PROBLEMA"
return False
#faz uma querie para ver as active listings que a conta tem
#retorna as active_listings actuais ou false
def getactivelistingsparsed(self):
active_listings = self.http.getmyactivelistingsraw()
active_listings_list = []
if type(active_listings) == dict:
if active_listings.has_key('assets'):
if type(active_listings['assets']) == dict:
if active_listings['assets'].has_key('730'):
active_listings = active_listings['assets']['730']['2']
for id in active_listings:
active_listings_list.append(id)
print type(active_listings_list)
return active_listings_list
else:
return False
else:
return False
#returns new active listings list or False
def updateactivelistings(self):
temp = self.getactivelistingsparsed()
if temp != False:
if type(self.log.writenewactivelistings(temp)) == list:
print "NEW ACTIVE LISTINGS: \n"
return self.log.ids_active_listings
else:
return False
#ver se algum item nas active_listings vendeu
#retorna uma nova active listings se sim
#return a active listings se nao
def seeifanyitemsold(self):
active_listings = self.getactivelistingsparsed()
if active_listings != False:
if self.log.ids_active_listings != active_listings:
self.log.writenewactivelistings(active_listings)
print 'VENDI ITEMS!'
return True
else:
print "ERROR"
return False
#todo
def selltestfirst(self,item_name,id,price,trys):
print 'selling item ' + item_name + ' with id ' + str(id)
file_languages = open('util/languages.txt','r')
languages = [line.rstrip('\n') for line in file_languages]
sell_response = self.http.sellitem(id,float(price))
if sell_response[0] is 200:
print 'sold item'
i = 0
while i < trys:
host = random.choice(self.log.list_hosts)
recent_response = self.http.urlqueryrecentwithcountry(host,'US',0)
language = random.choice(languages)
item_response = self.http.urlqueryspecificitemind(host,item_name,language)
if type(recent_response) is dict:
try:
for ids in recent_response['assets']['730']['2']:
if id == ids:
print "ENCONTREI O MEU ITEM NO RECENT COM O ID" + str(ids)
except (KeyError,ValueError):
print 'Error in finding the item on recent!'
print
if type(item_response) is dict:
try:
for ids in recent_response['assets']['730']['2']:
if id == ids:
print "ENCONTREI O MEU ITEM NO ITEM MODE COM O ID" + str(ids)
except (KeyError,ValueError):
print 'Error in finding the item on item mode!'
i += 1
else:
print 'failed to sell item!'
print sell_response[0]
print '\n'
print sell_response[1]
#Searches for kennyS cooblestone cases on the newly listed
#If it finds one it trys to buy it if not nothing happens
def searchkenny(self,recent):
try:
if recent.has_key('assets'):
if recent['assets'].has_key('730'):
for item_id in recent['assets']['730']['2']:
if recent['assets']['730']['2'][item_id]['market_hash_name'] \
== 'ESL One Cologne 2015 Cobblestone Souvenir Package':
if 'Kenny' in recent['assets']['730']['2'][item_id]['descriptions']['2']['value']:
for listing_id in recent['listinginfo']:
if recent['listinginfo'][listing_id]['asset']['id'] == item_id:
if int(recent['listinginfo'][listing_id]['converted_currencyid']) == 2003:
if int(recent['listinginfo'][listing_id]['converted_fee']) + \
int(recent['listinginfo'][listing_id]['converted_price']) <= 70000:
if recent['listinginfo'][listing_id]['listingid'] != self.last_listing_buy:
self.last_listing_buy_lock.acquire()
self.last_listing_buy = recent['listinginfo'][listing_id]['listingid']
self.last_listing_buy_lock.release()
print 'Estou prestes a entrar no acquire dos buys ON THREAD ' + str(0)
self.buy_lock.acquire()
try:
print 'Entrei no acquire dos buys ON THREAD ' + str(0)
temp = self.http.buyitem(recent['listinginfo'][listing_id]['listingid'],
recent['listinginfo'][listing_id]['converted_price'],
recent['listinginfo'][listing_id]['converted_fee'],
recent['listinginfo'][listing_id]['converted_currencyid'])
self.log.writetobuyfile(self.http.httputil.data_buy['subtotal'],
self.http.httputil.data_buy['fee'],
self.http.httputil.data_buy,
recent['listinginfo'][listing_id]['listingid'],
recent['assets']['730']['2']
[item_id]['market_hash_name']
,temp[0],temp[1],0)
self.buy_lock.release()
print 'sai do lock dos buys ON THREAD ' + str(0)
except:
print "something went wrong buying a kennys case, f**k me!"
self.buy_lock.release()
except (ValueError,KeyError):
print "Error in the kennyS function!"
#----------------------------------------------THREADING-----------------------------------------------------------
#Gets the retrieved JSON all ready for the buying routine
def getfinallistfromrecent(self,recent_full):
temp_full = self.getRecentTotalReady(recent_full)
temp1_assets = self.getCleanAssetList(temp_full)
temp2_assets = self.getlistassets(temp1_assets)
temp1_listings = self.delNonCsgoListings(temp_full)
temp2_listings = self.getCleanListinginfoListWithAsset(temp1_listings)
temp3_listings = self.getcleanlistings(temp2_listings)
temp4_listings = self.getlistlistings(temp3_listings)
temp_final = self.getfinalrecentlist(temp2_assets,temp4_listings)
return temp_final
#This function is a thread
def recentthread(self,http_interval,name):
counter = 0
times = []
while True:
time.sleep(http_interval)
if self.dif_hosts == 'yes':
if self.dif_countries == 'yes':
recent = self.queryrecentdifhostsdifcountries(name)
else:
recent = self.queryrecentdifhosts(name)
elif self.dif_hosts == 'no':
if self.dif_countries == 'yes':
recent = self.queryrecentdifcountries(name)
else:
recent = self.queryrecent(name)
if recent[0] == False:
print "CONN REFUSED ON THREAD " + str(name) +", sleeping..."
time.sleep(30)
pass
elif recent[0] == -1:
time.sleep(http_interval)
elif recent[0] == -2:
sleepe = random.randint(16,31)
print 'TIMEOUT NA THREAD ' + str(name) + ' SLEEPING FOR ' + str(sleepe) + ' SECS'
time.sleep(sleepe)
elif type(recent[0]) == dict:
buygoodresp = self.buyingroutine(self.getfinallistfromrecent(recent[0]),name,recent[1])
if buygoodresp[0] is True:
id_item_pos_one = self.getpositiononeiteminv()
lowest_price = self.getlowestprice(buygoodresp[2])
if ((float(lowest_price)+(0.02*float(lowest_price)))/float(buygoodresp[3])) >= 1.07:
price_sell = float(lowest_price)
price_sell_str = "{0:.2f}".format(price_sell)
print price_sell
else:
price_sell = float(buygoodresp[1] * 0.94)
price_sell_str = "{0:.2f}".format(price_sell)
print price_sell
price_sell_without_fee = price_sell/1.15
print price_sell_without_fee
sell_response = self.sellitem(id_item_pos_one,float(price_sell_without_fee))
print 'Estou prestes a entrar no acquire dos sells on THREAD ' + str(name)
self.sell_lock.acquire()
print 'entrei no lock dos sells'
if sell_response[0] == 200:
self.log.writetosellfile(sell_response[0],sell_response[1],buygoodresp[2],
price_sell_str,name,price_sell_without_fee)
elif sell_response[0] == 502:
self.log.writetosellfile(sell_response[0],sell_response[1],buygoodresp[2],
price_sell_str,name,price_sell_without_fee)
self.sell_lock.release()
print 'sai do lock dos sells ON THREAD ' + str(name)
counter += 1
if counter % 10 == 0:
print 'A THREAD ' + str(name) + ' ESTA OK!!!!!!!!!!!!!!!!!!!!!!'
elif counter % 250 == 0:
self.write_active_listings_lock.acquire()
if self.seeifanyitemsold():
self.parsewalletbalanceandwrite()
self.write_active_listings_lock.release()
print "CHEGUEI AS " + str(counter) + ' SLEEPING NOW!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'
time.sleep(random.randint(10,20))
else:
counter += 1
if counter % 10 == 0:
print 'A THREAD ' + str(name) + ' ESTA OK!!!!!!!!!!!!!!!!!!!!!!'
elif counter % 250 == 0:
self.write_active_listings_lock.acquire()
if self.seeifanyitemsold():
self.parsewalletbalanceandwrite()
self.write_active_listings_lock.release()
print "CHEGUEI AS " + str(counter) + ' SLEEPING NOW!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!'
time.sleep(random.randint(10,20))
time.sleep(http_interval)
def executethreads(self,n_threads,http_interval):
list_threads = []
for i in range(1,int(n_threads)+1):
name = i
t = threading.Thread(target=self.recentthread, args=(http_interval,name))
t.start()
list_threads.append(t)
while True:
for thread in list_threads:
if not thread.is_alive():
list_threads.remove(thread)
print "Removed thread " + str(thread)
time.sleep(900)
class SteamJsonItem:
def __init__(self,item,ind_hosts,dif_countries,wte,sma,sessionid,slc,sl,srl,password,username):
self.recent_parsing_list = [u'results_html',u'hovers',u'app_data',u'currency',
u'success',u'start',u'pagesize',u'total_count',u'assets']
self.asset_parsing_list = ['currency','contextid','classid','instanceid','amount',
'status','original_amount','tradable',
'background_color','icon_url','icon_url_large','descriptions',
'name','name_color','type',
'market_name','market_actions','commodity','app_icon','owner','actions',
'market_tradable_restriction']
self.listinginfo_parsing_list = ['fee','publisher_fee_percent','currencyid','steam_fee','publisher_fee',
'converted_steam_fee','converted_price_per_unit',
'converted_fee_per_unit','converted_fee_per_unit',
'converted_publisher_fee_per_unit','price',
'publisher_fee_app','converted_steam_fee_per_unit']
self.listinginfo_asset_parsing_list = ['currency','contextid','amount','market_actions','appid']
self.item = item
self.listinginfo_list = {}
self.final_list_listings = {}
self.final_list_assets = {}
self.final_item = {}
self.float100 = float(100)
self.http = SteamBotHttp(wte,sma,sessionid,slc,sl,srl,password,username)
self.log = Logic('item',ind_hosts,dif_countries,0)
self.host_counter = 0
self.contaSim = 0
self.contaNao = 0
def getitemtotalready(self, item_full):
self.recent_parsed = {}
if type(item_full) == dict:
for key in self.recent_parsing_list:
if item_full.has_key(key):
item_full.pop(key)
else:
item_full = {}
#retorna um dict so com as keys assets e listinginfo
self.recent_parsed = item_full
#-------------------------------------------------------------------------------------------------------------------
#-------------------------------------------ASSETS!!!!!!!!!!!!!!----------------------------------------------------
'''
#NAO EXECUTAR MANUALMENTE!!!!!!!!!!!!!!!!!!!!
def getCleanAssetList(self):
self.asset_list = {}
if self.recent_parsed.has_key('assets'):
self.asset_list = self.recent_parsed['assets']
if self.asset_list.has_key('730'):
self.asset_list = self.asset_list['730']
self.asset_list = self.asset_list['2']
for key_item in self.asset_list:
for key in self.asset_parsing_list:
if key in self.asset_list[key_item]:
self.asset_list[key_item].pop(key)
else:
return False
else:
return False
#lista final dos assets = list2 = {'awp worm god':'231342342','ak47 redline':'432342342342',...}
#nao executar, so no getfinallist()
def getlistassets(self):
try:
self.final_list_assets = {}
self.getCleanAssetList()
for key_item in self.asset_list.keys():
if self.asset_list[key_item].has_key('market_hash_name'):
self.final_list_assets[self.asset_list[key_item]['market_hash_name']] \
= self.asset_list[key_item]['id']
return True
except:
print "falha no parsing dos assets"
return False
'''
#-------------------------------------------------------------------------------------------------------------------
#-------------------------------------------LISTINGS!!!!!!!!!!!--------------------------------------------------------
#NAO EXECUTAR MANUALMENTE!!!!!!!!!!!!!!!!!!!!
#1 a ser executada
def delNonCsgoListings(self):
self.listinginfo_list = {}
if self.recent_parsed.has_key('listinginfo'):
temp_list = self.recent_parsed['listinginfo']
self.listinginfo_list = temp_list
for k in self.listinginfo_list.keys():
if self.listinginfo_list[k]['asset']['appid'] != 730:
self.listinginfo_list.pop(k)
elif self.listinginfo_list[k]['asset']['amount'] == 0:
self.listinginfo_list.pop(k)
else:
return False
#2 a ser executada
#NAO EXECUTAR MANUALMENTE!!!!!!!!!!!!!!!!!!!!
def getCleanListinginfoListWithAsset(self):
for key_item in self.listinginfo_list:
for key in self.listinginfo_parsing_list:
if self.listinginfo_list[key_item].has_key(key):
self.listinginfo_list[key_item].pop(key)
#3 a ser executada
#NAO EXECUTAR MANUALMENTE!!!!!!!!!!!!!!!!!!!!
def getcleanlistings(self):
for key_item in self.listinginfo_list:
for key in self.listinginfo_asset_parsing_list:
if self.listinginfo_list[key_item]['asset'].has_key(key):
self.listinginfo_list[key_item]['asset'].pop(key)
#lista final dos listings: list1 = {'231342342':'2.45','432342342342':'12.76',...
#nao executar, so no getfinallist()
def getlistlistings(self):
self.final_list_listings = {}
if self.delNonCsgoListings() != False:
self.getCleanListinginfoListWithAsset()
self.getcleanlistings()
for key_item in self.listinginfo_list.keys():
if self.listinginfo_list[key_item].has_key('converted_price') is False:
self.listinginfo_list.pop(key_item)
else:
return False
#except:
#print "falha no parsing da lista de listings"
#return False
#-------------------------------------------------------------------------------------------------------------------
def minpriceitem(self,dict):
temp_simple = {}
for keys in dict:
temp_simple[keys] = dict[keys]['converted_price']
return min(temp_simple,key=temp_simple.get)
def getfinalitem(self):
self.final_item = {}
if self.getlistlistings() == False:
print 'falha no parsing dos listings, try again'
return False
else:
min_price_key = self.minpriceitem(self.listinginfo_list)
for k in self.listinginfo_list:
if k == min_price_key:
self.final_item[k] = self.listinginfo_list[k]
return self.final_item
def seeifindividualiteminlistbuy(self,item):
if item == self.item:
return True
else:
return False
def buyingroutinesingleitem(self,median_price):
temp_resp = []
try:
id = self.final_item.keys()[0]
except:
temp_resp.append(False)
return temp_resp
try:
temp_converted_price_math = float(decimal.Decimal(self.final_item[id]['converted_price']) / 100)
temp_converted_fee_math = float(decimal.Decimal(self.final_item[id]['converted_fee'])/100)
if float(float(median_price) -
float((temp_converted_price_math+temp_converted_fee_math))) >= \
(0.275*float(median_price)):
if (temp_converted_price_math+temp_converted_fee_math) <= (80*self.getwalletbalance()):
if int(self.final_item[id]['converted_currencyid']) == 2003:
if self.final_item['listingid'] != self.last_listing_buy:
self.last_listing_buy = self.final_item['listingid']
try:
if (float(median_price) - float(self.getlowestprice(self.item))) \
>= (0.15*float(median_price)):
print "O PRECO LOWEST E MT MAIS BAIXO QUE O MEDIO, NAO VOU COMPRAR"
temp_resp.append(False)
return temp_resp
except KeyError:
temp_resp.append(False)
return temp_resp
except TypeError:
temp_resp.append(False)
return temp_resp
temp = self.http.buyitem(self.final_item[id]['listingid'],
self.final_item[id]['converted_price'],
self.final_item[id]['converted_fee'],
self.final_item[id]['converted_currencyid'])
self.log.writetobuyfile(self.http.httputil.data_buy['subtotal'],
self.http.httputil.data_buy['fee'],
self.http.httputil.data_buy,
self.final_item[id]['listingid'],self.item,temp[0],temp[1],0)
if temp[0] == 200:
if temp[1]['wallet_info'].has_key('wallet_balance'):
if self.log.writetowallet(temp[1]['wallet_info']['wallet_balance']) == True:
print "Ok COMPREI A: " + self.item + " ao preco: " + \
str(self.final_item[id]['converted_price'] +
self.final_item[id]['converted_fee'])
temp_resp.append(True)
temp_resp.append(median_price)
temp_resp.append(self.item)
temp_resp.append(temp_converted_fee_math+temp_converted_price_math)
return temp_resp
else:
print "Nao pude comprar item " + self.item
print "erro ao comprar item"
temp_resp.append(False)
return temp_resp
else:
temp_resp.append(False)
return temp_resp
else:
print "Nao pude comprar: " + self.item +" porque nao tenho fundos"
temp_resp.append(False)
return temp_resp
else:
print "THREAD " + str(0) + " nao pode comprar " + self.item + \
" porque margens nao sao suficientes. " \
"Preco medio: " + str(median_price) +\
' Preco do item: ' + str(temp_converted_fee_math+temp_converted_price_math)
temp_resp.append(False)
return temp_resp
except ValueError, KeyError:
print "float not valid"
temp_resp.append(False)
return temp_resp
temp_resp.append(False)
return temp_resp