def rss(inp, say=None):
"rss <feed> -- Gets the first three items from the RSS feed <feed>."
limit = 3
# preset news feeds
strip = inp.lower().strip()
if strip == "bukkit":
feed = "http://dl.bukkit.org/downloads/craftbukkit/feeds/latest-rb.rss"
limit = 1
elif strip == "xkcd":
feed = "http://xkcd.com/rss.xml"
elif strip == "ars":
feed = "http://feeds.arstechnica.com/arstechnica/index"
else:
feed = inp
query = "SELECT title, link FROM rss WHERE url=@feed LIMIT @limit"
result = web.query(query, {"feed": feed, "limit": limit})
if not result.rows:
return "Could not find/read RSS feed."
for row in result.rows:
title = text.truncate_str(row["title"], 100)
try:
link = web.isgd(row["link"])
except (web.ShortenError, http.HTTPError, http.URLError):
link = row["link"]
say(u"{} - {}".format(title, link))
def rss(inp, message=None):
"""rss <feed> -- Gets the first three items from the RSS feed <feed>."""
limit = 3
# preset news feeds
strip = inp.lower().strip()
if strip == "bukkit":
feed = "http://dl.bukkit.org/downloads/craftbukkit/feeds/latest-rb.rss"
limit = 1
elif strip == "xkcd":
feed = "http://xkcd.com/rss.xml"
elif strip == "ars":
feed = "http://feeds.arstechnica.com/arstechnica/index"
elif strip == "xda":
feed = "http://feeds.feedburner.com/xda-developers/ShsH?format=xml"
else:
feed = inp
query = "SELECT title, link FROM rss WHERE url=@feed LIMIT @limit"
result = web.query(query, {"feed": feed, "limit": limit})
print result.raw
if not result.rows:
return "Could not find/read RSS feed."
for row in result.rows:
title = text.truncate_str(row["title"], 100)
try:
link = web.isgd(row["link"])
except (web.ShortenError, http.HTTPError, http.URLError):
link = row["link"]
message(u"{} - {}".format(title, link))
def stock(inp):
"""stock <symbol> -- gets stock information"""
sym = inp.strip().lower()
query = "SELECT * FROM yahoo.finance.quote WHERE symbol=@symbol LIMIT 1"
quote = web.query(query, {"symbol": sym}).one()
# if we dont get a company name back, the symbol doesn't match a company
if quote['Change'] is None:
return "Unknown ticker symbol: {}".format(sym)
change = float(quote['Change'])
price = float(quote['LastTradePriceOnly'])
if change < 0:
quote['color'] = "5"
else:
quote['color'] = "3"
quote['PercentChange'] = 100 * change / (price - change)
# print quote
return "\x02{Name}\x02 (\x02{symbol}\x02) - {LastTradePriceOnly} " \
"\x03{color}{Change} ({PercentChange:.2f}%)\x03 " \
"Day Range: {DaysRange} " \
"MCAP: {MarketCapitalization}".format(**quote)
def stock(inp):
"""stock <symbol> -- gets stock information"""
sym = inp.strip().lower()
query = "SELECT * FROM yahoo.finance.quote WHERE symbol=@symbol LIMIT 1"
quote = web.query(query, {"symbol": sym}).one()
# if we dont get a company name back, the symbol doesn't match a company
if quote['Change'] is None:
return "Unknown ticker symbol: {}".format(sym)
change = float(quote['Change'])
price = float(quote['LastTradePriceOnly'])
if change < 0:
quote['color'] = "5"
else:
quote['color'] = "3"
quote['PercentChange'] = 100 * change / (price - change)
# print quote
return u"\x02{Name}\x02 (\x02{symbol}\x02) - {LastTradePriceOnly} " \
"\x03{color}{Change} ({PercentChange:.2f}%)\x03 " \
"Day Range: {DaysRange} " \
"MCAP: {MarketCapitalization}".format(**quote)
def get_weather(location):
"""uses the yahoo weather API to get weather information for a location"""
query = "SELECT * FROM weather.bylocation WHERE location=@location LIMIT 1"
result = web.query(query, {"location": location})
data = result.rows[0]["rss"]["channel"]
# wind conversions
data['wind']['chill_c'] = int(round((int(data['wind']['chill']) - 32) / 1.8, 0))
data['wind']['speed_kph'] = int(round(float(data['wind']['speed']) * 1.609344))
# textual wind direction
direction = data['wind']['direction']
if direction >= 0 and direction < 45:
data['wind']['text'] = 'N'
elif direction >= 45 and direction < 90:
data['wind']['text'] = 'NE'
elif direction >= 90 and direction < 135:
data['wind']['text'] = 'E'
elif direction >= 135 and direction < 180:
data['wind']['text'] = 'SE'
elif direction >= 180 and direction < 225:
data['wind']['text'] = 'S'
elif direction >= 225 and direction < 270:
data['wind']['text'] = 'SW'
elif direction >= 270 and direction < 315:
data['wind']['text'] = 'W'
elif direction >= 315 and direction < 360:
data['wind']['text'] = 'NW'
else:
data['wind']['text'] = 'N'
# visibility and pressure conversions
try:
data['atmosphere']['visibility_km'] = int(round(float(data['atmosphere']['visibility']) * 1.609344))
data['atmosphere']['visibility_km'] = str(round((float(data['atmosphere']['visibility']) * 33.8637526), 2))
except ValueError: pass
# textual value for air pressure
rising = data['atmosphere']['rising']
if rising == 0:
data['atmosphere']['tendancy'] = 'steady'
elif rising == 1:
data['atmosphere']['tendancy'] = 'rising'
elif rising == 2:
data['atmosphere']['tendancy'] = 'falling'
# current conditions
data['item']['condition']['temp_c'] = \
int(round(((float(data['item']['condition']['temp']) - 32) / 9) * 5))
# forecasts
for i in data['item']['forecast']:
i['high_c'] = \
int(round(((float(i['high']) - 32) / 9) * 5))
i['low_c'] = \
int(round(((float(i['low']) - 32) / 9) * 5))
return data
def get_stock_console(inp, q="SELECT * FROM yahoo.finance.quotes WHERE symbol=@symbol LIMIT 1"):
try:
query = web.query(q, {"symbol": inp})
quote = query.one()
except:
return None
return quote
def answer(inp):
"answer <query> -- find the answer to a question on Yahoo! Answers"
query = "SELECT Subject, ChosenAnswer, Link FROM answers.search WHERE query=@query LIMIT 1"
result = web.query(query, {"query": inp.strip()}).one()
short_url = web.isgd(result["Link"])
# we split the answer and .join() it to remove newlines/extra spaces
answer = text.truncate_str(' '.join(result["ChosenAnswer"].split()), 80)
return '\x02{}\x02 "{}" - {}'.format(result["Subject"], answer, short_url)
def answer(inp):
".answer <query> -- find the answer to a question on Yahoo! Answers"
query = "SELECT Subject, ChosenAnswer, Link FROM answers.search WHERE query=@query LIMIT 1"
result = web.query(query, {"query": inp.strip()}).one()
short_url = web.isgd(result["Link"])
# we split the answer and .join() it to remove newlines/extra spaces
answer = text.truncate_str(' '.join(result["ChosenAnswer"].split()), 80)
return u'\x02{}\x02 "{}" - {}'.format(result["Subject"], answer, short_url)