def load(login):
compare = {'same': {}, 'diff': {}}
for _, req in login.items():
if "bytes" not in req:
continue
if req['method'] == 'GET' and 'headers' in req and (
'cookie' in req['headers'] or 'Cookie' in req['headers']):
try:
if 'cookie' in req['headers']:
del req['headers']['cookie']
else:
del req['headers']['Cookie']
# s = requests.Session()
# s.mount("https://" + urlparse(req['url']).netloc, HTTP20Adapter())
# r = s.get(req['url'], headers=req['headers'], timeout=5)
headers = common.strip_colon(req['headers'])
r = requests.get(req['url'], headers=headers, timeout=10)
except Exception as e:
print(str(e))
continue
byte, text = common.find_length(r, True)
is_similar, similarity = common.similar(
byte, req['length'], text,
extr_resource(host.replace('/', '_'), req['url']))
if is_similar:
compare['same'][req['url']] = [byte]
else:
compare['diff'][req['url']] = [byte, req['bytes'], similarity]
f = open(
os.path.join('headers', 'compare',
host.replace('/', '_') + '.json'), 'w+')
f.write(json.dumps(compare))
try:
l1 = np.mean(w1[left_context + right_context], axis=0)
l2 = common.sigmoid(l1.dot(w2[target_samples].T))
d2 = l2 - l2_target
d1 = d2.dot(w2[target_samples])
w1[left_context + right_context] -= d1 * alpha
w2[target_samples] -= np.outer(d2, l1) * alpha
except Exception as e:
print("in nlpblankNN.py : ", l1.dot(w2[target_samples].T),
rev_i, target_i, e, target_samples)
return (w1, w2)
# finally :
# print (w2[target_samples].T, rev_i, target_i, target_samples)
# if (rev_i == 0 and target_i == 3):
# print(l1.shape, l2.shape, w2[target_samples].shape, d1.shape, d2.shape)
# return
return (w1, w2)
(nw1, nw2) = train2l(w1, w2)
#write the weights to file so that they can be reloaded
np.savetxt('nlpNNBlank_w1.txt', nw1, delimiter=",")
np.savetxt('nlpNNBlank_w2.txt', nw2, delimiter=",")
print(common.similar('king', nw1, nw2, word2index))
def addItemToQuickbar(typeid):
dontShow()
itemname = api.getNameFromID(typeid)
pyautogui.moveTo(200, 10)
pyautogui.sleep(0.3)
thing = pyautogui.locateOnScreen('imgs/regionalmarkettopleft.png',
confidence=0.9)
thing2 = pyautogui.locateOnScreen('imgs/search.png', confidence=0.9)
if thing is None or thing2 is None:
print("im blind")
return addItemToQuickbar(typeid)
search_market(itemname)
cm.sleep(4)
searchareacapturepos = cm.Area(thing.left, thing.top + 100,
thing2.left - thing.left + 50, 400)
for loopidx in range(20):
ocr = cm.grabandocr(searchareacapturepos)
ocrlines = ocr.splitlines()
if loopidx == 10:
search_market(itemname)
cm.sleep(0.5)
stringdict = {}
curstring = ""
for idx, s in enumerate(ocrlines):
s = s.lower()
if (len(s.split()) <= 11 or len(s.split()[-1]) < 2):
if curstring:
stringdict[curstring.strip()] = idx - 1
curstring = ""
else:
curstring += s.split()[-1] + " "
if (idx == len(ocrlines) - 1):
stringdict[curstring.strip()] = idx - 1
highestsim = -1
bestidx = 0
for s in stringdict:
cursim = cm.similar(itemname.lower(), s)
if cursim > highestsim:
highestsim = cursim
bestidx = stringdict[s]
if (highestsim > 0.8):
s = ocrlines[bestidx]
print("found item in search results: " + s)
offsetpos = searchareacapturepos
mousex = offsetpos.x + int(s.split()[6]) / 4 + 5
mousey = offsetpos.y + int(s.split()[7]) / 4 + 5
cm.clickxy(mousex, mousey)
cm.sleep(1.5)
thing = pyautogui.locateOnScreen('imgs/search.png', confidence=0.9)
marketnamearea = cm.Area(thing.left + 158, thing.top + 14, 375, 30)
ocr = cm.grabandocr(marketnamearea)
marketname = ""
for line in ocr.splitlines():
if len(line.split()) > 11:
marketname += line.split()[-1] + ' '
#strips marketname of whitespace and the list 4 characters, which should be: " i ©"
marketname = marketname.strip()[:-4]
print("read marketname while adding item: " + marketname)
#marketname is the ocr result, itemname is the actual item were trying to add
if (cm.similar(marketname.lower(), itemname.lower()) < 0.75):
print("clicked wrong item while adding, retrying")
return addItemToQuickbar(typeid)
cm.clickxy(mousex, mousey, right=True)
cm.sleep(0.2)
cm.clickxy(mousex + 52, mousey + 29)
print("old itemlist:")
print(itemlist)
if itemname not in itemlist:
itemlist.append(itemname)
itemlist.sort(key=str.lower)
print("new itemlist:")
print(itemlist)
return
if loopidx > 12:
#we only get here if it didnt find an item: the item must have been in a collapsed category
for s in ocr.splitlines():
if (len(s.split()) > 11 and len(s.split()[-1]) > 3):
#we do NOT want to open the blueprint category
if not "prints" in s and not "react" in s:
offsetpos = searchareacapturepos
mousex = offsetpos.x + int(s.split()[6]) / 4 + 5
mousey = offsetpos.y + int(s.split()[7]) / 4 + 5
cm.clickxy(mousex, mousey)
break
cm.sleep(0.5)
print("looped through item adding a lot without success, aborting")
sys.exit()
def similar_nlpNN(target='horrible'):
return common.similar(target, w1, w2, word2index)
def changeOrder(order, newprice):
refreshOrderList()
position, itemsinlist = getOrderPosition(order)
itemname = api.getNameFromID(order.typeid)
print("changing order of item: " + itemname + " in position: " +
str(position))
if order.bid:
actingPoint, listheight = variables.bidaplh
else:
actingPoint, listheight = variables.sellaplh
pyautogui.moveTo(actingPoint.x, actingPoint.y)
cm.sleep(0.2)
#this scrolls so the order is visible, and adjusts the position
itemsfitinlist = math.ceil(listheight / 20)
if (position >= itemsfitinlist):
pagescrollcount = math.floor(position / itemsfitinlist)
position -= (itemsinlist % itemsfitinlist)
pyautogui.scroll(int(-130 * itemsfitinlist * pagescrollcount))
pyautogui.move(0, 20 * position)
pyautogui.click(button='right', clicks=1)
cm.sleep(0.5)
pyautogui.move(35, 10)
cm.sleep(0.5)
pyautogui.click()
thing = pyautogui.locateOnScreen("imgs/modifyorder.png", confidence=0.9)
for a in range(100):
if thing is None:
thing = pyautogui.locateOnScreen("imgs/modifyorder.png",
confidence=0.9)
cm.sleep(0.2)
else:
break
if thing is None:
refreshAllOrders()
return changeOrder(order, newprice)
box = cm.Area(thing.left + 100, thing.top + 21, 300, 19)
ocr = cm.grabandocr(box).splitlines()
ocrname = ""
for line in ocr:
if (len(line.split()) > 11):
ocrname += line.split()[-1] + " "
print("checking if we clicked the right order...")
print("itemname: " + itemname.lower() + ", ocrname: " + ocrname)
if cm.similar(ocrname.lower(), itemname.lower()) < 0.5:
print("failed similar check")
cm.clickxy(thing.left + 265, thing.top + 192)
cm.sleep(0.5)
refreshAllOrders()
return changeOrder(order, newprice)
cm.sleep(0.2)
pyautogui.keyDown('ctrl')
pyautogui.keyDown('c')
cm.sleep(0.2)
pyautogui.keyUp('c')
pyautogui.keyUp('ctrl')
realprice = pyperclip.paste()
cm.safetypewrite(newprice)
cm.sleep(0.2)
pyautogui.typewrite(['enter'])
cm.sleep(0.5)
thing = pyautogui.locateOnScreen("imgs/warning.png", confidence=0.9)
if thing is not None:
cm.clickPointPNG("imgs/yesno.png", 20, 10)
#reset scroll
pyautogui.moveTo(actingPoint.x + 10, actingPoint.y + 10)
pyautogui.scroll(100000)
order.price = float(newprice)
order.issuedate = cm.getEVETimestamp()
def cancelOrder(order):
if (order is None or order.finished or not order.canChange()):
print("Invalid cancel, ignoring")
return
refreshOrderList()
refreshAllOrders()
position, itemsinlist = getOrderPosition(order)
print("cancelling buyorder: " + api.getNameFromID(order.typeid))
if order.bid:
actingPoint, listheight = variables.bidaplh
else:
actingPoint, listheight = variables.sellaplh
pyautogui.moveTo(actingPoint.x, actingPoint.y)
cm.sleep(0.2)
#this scrolls so the order is visible, and adjusts the position
itemsfitinlist = math.ceil(listheight / 20)
if (position >= itemsfitinlist):
pagescrollcount = math.floor(position / itemsfitinlist)
position -= (itemsinlist % itemsfitinlist)
pyautogui.scroll(int(-130 * itemsfitinlist * pagescrollcount))
pyautogui.move(0, 20 * position)
pyautogui.click(button='right', clicks=1)
cm.sleep(0.2)
#clicking market details on order and checking if we clicked the right order
pyautogui.move(40, 68)
pyautogui.click()
cm.sleep(0.5)
quickbar.dontShow()
cm.sleep(0.2)
thing = pyautogui.locateOnScreen('imgs/search.png', confidence=0.9)
marketnamearea = cm.Area(thing.left + 158, thing.top + 14, 375, 30)
ocr = cm.grabandocr(marketnamearea)
marketname = ""
for line in ocr.splitlines():
if len(line.split()) > 11:
marketname += line.split()[-1] + ' '
marketname = marketname.strip()
print("read marketname while cancelling order: " + marketname)
if (cm.similar(marketname.lower(),
api.getNameFromID(order.typeid).lower()) < 0.5):
print("clicked wrong order while cancelling, retrying")
return cancelOrder(order)
pyautogui.moveTo(actingPoint.x, actingPoint.y)
cm.sleep(0.2)
if (position >= itemsfitinlist):
pagescrollcount = math.floor(position / itemsfitinlist)
position -= (itemsinlist % itemsfitinlist)
pyautogui.scroll(int(-130 * itemsfitinlist * pagescrollcount))
pyautogui.move(0, 20 * position)
pyautogui.click(button='right', clicks=1)
cm.sleep(0.2)
pyautogui.move(40, 115)
pyautogui.click()
for ih in variables.itemhandlerlist:
if order.bid:
if areOrdersTheSame(ih.buyorder, order):
ih.buyorder = None
else:
for so in ih.sellorderlist:
if areOrdersTheSame(so, order):
so = None
print("successfully cancelled order")