I hereby claim:
- I am musically-ut on github.
- I am musicallyut (https://keybase.io/musicallyut) on keybase.
- I have a public key whose fingerprint is 8709 ADBA 5F02 32DF 0378 6521 88FC 244A C09F F3C1
To claim this, I am signing this object:
function classListShim(view) { | |
"use strict"; | |
if (!('HTMLElement' in view) && !('Element' in view)) return; | |
var | |
classListProp = "classList" | |
, protoProp = "prototype" | |
, elemCtrProto = (view.HTMLElement || view.Element)[protoProp] |
I hereby claim:
To claim this, I am signing this object:
import sys | |
import csv | |
################################################################### | |
# Handling inputs | |
################################################################### | |
def getInput(csvFileName): | |
with file(csvFileName) as f: | |
reader = csv.DictReader(f, fieldnames=['Subject', 'CollectiveNoun', 'Notes', 'Source']) |
typealias Slot Int | |
typealias Bidder Int | |
immutable BidderRoundData | |
numSlots :: Int | |
ctr :: Dict{(Bidder, Slot), Float64} | |
bids :: Vector{Float64} | |
budgets :: Vector{Float64} | |
clickThroughs :: Int | |
end |
# There are many greedy algorithms that could be used to pick a collection of sets that is close to as small as possible. Here are some that you will consider in this problem. | |
def isCovered(cover, allElems): | |
coverElems = set() | |
for s in cover: | |
coverElems.update(s) | |
return len(coverElems) == len(allElems) | |
def getAllElems(sets): | |
elems = set() |
Slide 3: | |
What percentage of Indians are vegetarians? | |
Why are they vegetarian? | |
Slide 4: | |
What are the things that a lacto-vegetarian can eat? | |
Slide 6: | |
What does veg lunch in New Delhi look like? |
try: | |
(r, w, e) = zmq.select([in_hb, in_cmd], [], [], timeout=end_time - time.time()) | |
for sock in r: | |
msg = sock.recv() | |
# ... | |
if sock == in_cmd: | |
print '[monitor] Order to execute' | |
all_is_well = False |
retcode = p.poll() # Check on the application | |
if retcode is not None: # The application exited | |
break |
end_time = time.time() + 2 * g_TO | |
all_is_well = True | |
missed_TO = 0 | |
while True: | |
try: | |
(r, w, e) = zmq.select([in_hb, in_cmd], [], [], timeout=end_time - time.time()) | |
for sock in r: | |
msg = sock.recv() |
retcode = 1 | |
while retcode: | |
retcode = subprocess.call(["lolprogram", "arg1", "arg2"]) | |
print("Exiting with return code 0") |