def Search(Title):
ScrollFramePosition = [ScreenSize[0]/2-20,ScreenSize[1]-100,ScreenSize[0]/2+10,50]# Width,Height,X,Y
# Search from cached or web
Prices, FinalSearchName, SearchedItems = Get.AvgPrice(None,Title,0,0,Title,0,AvgPriceDataBase1,ErrorsDataBase1,UPCDataBase1)
FrameIndex = [str(a) for a in ImageWidgets]
for ItemIndex in range(len(FrameIndex)):
if('verticalscrolledframe' in FrameIndex[ItemIndex]):
ImageWidgets[ItemIndex].destroy()
# Place scrolled frame
frame1 = VerticalScrolledFrame(MainWindow, height=ScrollFramePosition[1], width=ScrollFramePosition[0], bd=2, relief=SUNKEN)
frame1.place(x=ScrollFramePosition[2], y=ScrollFramePosition[3])
ImageWidgets.append(frame1)
#Duplicate text from PackImageFromURL, Move to function
Links = []
def AddLinkToText(PositionInLinks,URL):
Links[PositionInLinks].bind("<Button-1>", lambda e: OpenInBrowzer(URL))
p = 0
rowCount = 5
Images = []
for i in SearchedItems:
Images.append(i[1])
LoadImages(Images)
for i in SearchedItems:
if (i[1] != ""):
ImageData = GetImageData(i[1], 500, 500)
if ImageData == None: pass
render = ImageTk.PhotoImage(ImageData)
img = Label(frame1.interior, image=render)
img.image = render
# Create Image Widget
ImageWidgets.append(img)
img.grid(row=p * rowCount, column=0, rowspan=5)
WrapLength = 400
link1 = Label(frame1.interior, text=SimplifyString(str(i[2])), fg="blue", cursor="hand2", wraplength=WrapLength)
link1.config(font=("Comic Sans MS", 15))
ImageWidgets.append(link1)
link1.grid(row=p * rowCount, column=1)
Links.append(link1)
AddLinkToText(p, i[0])
link1 = Label(frame1.interior, text=SimplifyString(str(i[3])), wraplength=WrapLength)
link1.config(font=("Comic Sans MS", 15))
link1.grid(row=p * rowCount + 1, column=1)
p = p + 1
def Analisis(ItemsList):
OutOfCalls = 0
global MaxCalls
driver = None
UPCDataBase = TinyDB(
os.path.dirname(os.path.dirname(__file__)) + "/DataBase/LinkToUPC")
ShippingDataBase = TinyDB(
os.path.dirname(os.path.dirname(__file__)) +
"/DataBase/LinkToShipping")
AvgPriceDataBase = TinyDB(
os.path.dirname(os.path.dirname(__file__)) +
"/DataBase/LinkToAvgPrice")
ErrorsDataBase = TinyDB(
os.path.dirname(os.path.dirname(__file__)) + "/Logs/Errors")
WebDriverPath = os.path.dirname(
os.path.dirname(__file__)) + '/Drivers/chromedriver.exe'
TotalCount = len(ItemsList) # Total Count of items to search
if (MaxCalls == 0): # No maximum call count
CallCount = len(ItemsList)
elif MaxCalls > len(ItemsList): # More calls than items
CallCount = len(ItemsList)
else: # Call count is limited by Maximum calls
CallCount = MaxCalls
LastCycle = time.time() * 2 # Record cycle time for time predictions
RecordedCycleTime = [] # Initilize empty time per cycle array
for Item in range(CallCount): # For every item
CycleTime = time.time(
) - LastCycle # Calculate time it took for last item to be analized
RecordedCycleTime.append(CycleTime) # Keep track of number
# If more than 300 numbers remove the first number in the list, or if the first number is negative and there is more than one number
if (len(RecordedCycleTime) > 300
or (RecordedCycleTime[0] < 0 and len(RecordedCycleTime) >= 2)):
RecordedCycleTime = RecordedCycleTime[1:len(RecordedCycleTime)]
# Calculate expected time remaining in mins
ExpectedTimeRemaining = statistics.mean(RecordedCycleTime) * (
TotalCount - Item) / 60
LastCycle = time.time() # Record start time for analysis
# Get Item information
ItemSearchKeywords = ItemsList[Item]['SearchKeywords']
ItemURL = ItemsList[Item]['viewItemURL'][0]
ItemTitle = ItemsList[Item]['title'][0]
ItemUPC = Get.UPC(ItemURL, UPCDataBase)
ItemPrice = ItemsList[Item]['sellingStatus'][0][
'convertedCurrentPrice'][0]['__value__']
ItemShippingType = ItemsList[Item]['shippingInfo'][0]['shippingType'][
0]
try:
ItemPicture = ItemsList[Item]['pictureURLSuperSize'][0]
except:
try:
ItemPicture = ItemsList[Item]['galleryURL'][0]
except:
ItemPicture = ""
ItemName = ItemsList[Item]['title'][0]
#Display stuff
sys.stdout.write("\rSearching %d" % Item + " of %d" % TotalCount +
" " +
"Minutes Remainging: %.2f" % ExpectedTimeRemaining +
" " + str(ItemTitle) + " ")
sys.stdout.flush()
#Calculating Endtime of listing
ItemEndTime = ItemsList[Item]['listingInfo'][0]['endTime'][0]
Year = int(ItemEndTime[0:4])
Month = int(ItemEndTime[5:7])
Dayy = int(ItemEndTime[8:10])
Hour = int(ItemEndTime[11:13])
Minute = int(ItemEndTime[14:16])
dt = datetime.datetime(Year, Month, Dayy, Hour, Minute, 0)
UnixEndingStamp = time.mktime(dt.timetuple())
if (float(UnixEndingStamp) <
time.time()): # Item auction end time has passed
print('Auction ended already for: ' + str(ItemURL))
# Get shipping on items where shipping changes for different places
if ItemShippingType == 'Calculated' or ItemShippingType == 'CalculatedDomesticFlatInternational' or ItemShippingType == 'FreePickup':
ItemShipping, driver = Get.Shipping(ItemURL, driver,
ShippingDataBase,
WebDriverPath)
else:
try:
ItemShipping = ItemsList[Item]['shippingInfo'][0][
'shippingServiceCost'][0]['__value__']
except:
continue
global Lot
Prices, FinalSearchName, SearchedItems = Get.AvgPrice(
ItemURL,
ItemTitle,
OutOfCalls,
float(ItemPrice) + float(ItemShipping),
ItemSearchKeywords,
float(UnixEndingStamp),
AvgPriceDataBase,
ErrorsDataBase,
UPCDataBase,
ImageURL=ItemPicture)
if ('Multi Item Auction Found' in FinalSearchName):
Info = [
float(ItemPrice) + float(ItemShipping),
str(ItemURL),
str(False)
]
Lot.append(Info) # Store item info in Lot variable and in GUI
Logs.Write("Found Lot Item: " + str(Info))
AddToGUI(ItemName, FinalSearchName,
str(float(ItemPrice) + float(ItemShipping)), "",
ItemPicture, ItemURL, [])
if (FinalSearchName == None
or ItemTitle == None): # Issues getting specific item names
print("Error: 24, None type")
print(FinalSearchName)
print(ItemTitle)
print(ItemURL)
Logs.Write("Error: 24, None type " + str(FinalSearchName) + " " +
str(ItemTitle) + " " + str(ItemURL) + " " +
str(ItemPrice) + " " + str(ItemShipping))
continue
if (Prices == -2): #Out of calls
OutOfCalls = 1
continue
if Prices == -1 or Prices == None: # Error finding avg price
continue
if ItemSearchKeywords in SpecificProductSearch: # If item needs to be evaluated by Specific Product Search
global SpecificProductDiscount
SearchingForDiscount = SpecificProductDiscount # Use Specific Product discount
# If ending soon, and within discount range
if (float(Prices) * SearchingForDiscount > float(ItemPrice) +
float(ItemShipping)) and UnixEndingStamp < time.time(
) + EndingSoon and ItemURL not in [
ItemInfo[2] for ItemInfo in OutputSpecific
]:
OutputSpecific.append([
float(ItemPrice) + float(ItemShipping),
float(Prices),
str(ItemURL),
str(FinalSearchName),
str(SearchingForDiscount),
str(ItemSearchKeywords)
])
AddToGUI(ItemName, FinalSearchName,
str(float(ItemPrice) + float(ItemShipping)), Prices,
ItemPicture, ItemURL, SearchedItems)
Logs.Write("Found Discounted Specific Search Item" + str([
float(ItemPrice) + float(ItemShipping),
float(Prices),
str(ItemURL),
str(FinalSearchName),
str(ItemSearchKeywords)
]))
else: # Use normal discount
SearchingForDiscount = Discount
if (float(Prices) * SearchingForDiscount > float(ItemPrice) +
float(ItemShipping)) and UnixEndingStamp < time.time(
) + EndingSoon and ItemURL not in [
ItemInfo[2] for ItemInfo in Output
]:
Output.append([
float(ItemPrice) + float(ItemShipping),
float(Prices),
str(ItemURL),
str(FinalSearchName),
str(SearchingForDiscount),
str(ItemSearchKeywords)
])
AddToGUI(ItemName, FinalSearchName,
str(float(ItemPrice) + float(ItemShipping)), Prices,
ItemPicture, ItemURL, SearchedItems)
Logs.Write("Found Discounted Item" + str([
float(ItemPrice) + float(ItemShipping),
float(Prices),
str(ItemURL),
str(FinalSearchName),
str(ItemSearchKeywords)
]))
try:
driver.Quit() # Close driver after complete
except:
print('drive.Quit Failed')
