def gemComment(amount):
# Raw API casted to a string, then split into parts using "{"
apiReturn = (str(Gw2Spidy.getGemPrice())).rsplit("{")
# Split again using ","
split = (apiReturn[2]).split(", ")
for line in split:
# Deconstructing the API's return string
# The second value of the array will have a "}}" at the end, however it is unknown which part will
# So we test both strings
if "gem_to_gold" in line:
gemToGold = line
gemToGold = gemToGold.rsplit(": ")
gemToGold = gemToGold[1]
if "}}" in gemToGold:
gemToGold = gemToGold[:-2]
if "gold_to_gem" in line:
goldToGem = line
goldToGem = goldToGem.rsplit(": ")
goldToGem = goldToGem[1]
if "}}" in goldToGem:
goldToGem = goldToGem[:-2]
# Crafting the reply with some unit conversions and reddit comment formatting
reply = ("The current gem conversion rates for " + str(amount) + " gems are: \n\n" +
"* "+ str(amount) + " gems costs **" + str(round((((float(goldToGem)/10000)/100)*amount), 2)) + " gold** to buy. \n\n"
"* " + str(amount) + " gems will convert into **" + str(round((((float(gemToGold)/10000)/100)*amount), 2)) + " gold**. \n\n" +
"* " + str(amount) + " gems costs **" + str(round((amount*0.0125), 2)) + " USD** if purchased with real money. \n\n***\n\n"
"^^Hi! ^^I'm ^^a ^^bot ^^run ^^by ^^/u/snowspirit. ^^If ^^there ^^are ^^any ^^problems, ^^please ^^send ^^her ^^a ^^message! ^^You ^^can ^^also ^^view ^^my ^^source ^^code ^^over ^^[here](https://github.com/snowspirit/gemBot).")
return(reply)
def buy(item_name, amount, price):
item_id = str(Gw2Spidy.searchItems(item_name)[0]["data_id"])
with open('my_items') as f:
my_items = f.readlines()
updated = False
for i in range(len(my_items)):
if (my_items[i].split()[0] == item_id):
my_items[i+1].rstrip('\n')
my_items[i+1] += ' ' + amount + ' ' + price + '\n'
updated = True
break
else:
i += 1
if not updated:
my_items += item_id + ' ' + item_name + '\n'
my_items += '\t' + amount + ' ' + price + '\n'
f = open('my_items', 'w')
for line in my_items:
f.write(line)
f.close()
def listing():
with open('my_items') as f:
my_items = f.readlines()
for i in range(len(my_items)):
my_items[i] = my_items[i].split()
for i in range(0,len(my_items),2):
data = Gw2Spidy.getItemData(my_items[i][0])
item_sell_price = str(data["min_sale_unit_price"])
#item_buy_price = str(data["u_max_offer_unit_price"])
print(" ".join(my_items[i][1:]), end=" ")
print("Sale Price: " + item_sell_price)
for j in range(0,len(my_items[i+1]),2):
purchase_price = my_items[i+1][j+1]
diff_sell = str(int(item_sell_price) - int(purchase_price) - (0.15 * int(item_sell_price)))
print(my_items[i+1][j] + ' x', end=' ')
if (float(diff_sell) > 0):
print(colored('+' + str(int(round(float(diff_sell)))), 'green'))
else:
print(colored(str(int(round(float(diff_sell)))), 'red'))
def view():
# in the order we want them to be rendered
ids = [24358, 24289, 24300, 24277, 24283, 24295, 24351, 24357]
items = []
for item_id in ids:
data = Gw2Spidy.getItemData(item_id)
items.append(data)
return render_template("t6price.html", items=items, pretty_money=pretty_money)
def saveItemTimepoint():
now = datetime.now()
allItems = np.load('itemData.npy')
for id in itemIDs:
item = spidy.getItemData(id)
itemData = [item['data_id'], item['max_offer_unit_price'], item['min_sale_unit_price'], item['offer_availability'], item['sale_availability'], item['sale_price_change_last_hour'], item['offer_price_change_last_hour'],
now.year, now.month, now.day, now.hour, now.minute, now.second]
allItems = np.vstack((allItems, itemData))
np.save('itemData', allItems)
print('Saved item data at: %s' % datetime.now())
from pathlib import Path
from gw2spidy import Gw2Spidy
from tqdm import tqdm
FILE_DB = Path("db.sqlite")
def save(data):
conn = sqlite3.connect(str(FILE_DB))
if not FILE_DB.exists():
conn.execute('''CREATE TABLE data
(int id, string name, int sell_price, int buy_price,
date last_update, int demand, int supply)''')
c = conn.cursor()
c.executemany('INSERT INTO data VALUES (?,?,?,?,?,?,?)', data)
conn.commit()
conn.close()
if __name__ == "__main__":
spidy = Gw2Spidy()
data = []
for item in tqdm(spidy.getAllItemsList()):
if item["max_offer_unit_price"] != 0 and item[
"min_sale_unit_price"] != 0:
data.append(
(item["data_id"], item["name"], item["min_sale_unit_price"],
item["min_sale_unit_price"], item["price_last_changed"],
item["sale_availability"], item["offer_availability"]))
save(data)