def refreshDB(active):
root = Tk()
root.wm_attributes("-topmost", 1)
root.overrideredirect(True)
root.geometry('200x50+500+500')
progress = Progressbar(root,
orient=HORIZONTAL,
length=100,
mode='determinate')
progress.pack(pady=10)
root.update()
directory = pathlib.Path().absolute()
verifyingFunctions.checkIfFolderExistAndCreate(
"pythonWtachListGenerator/watchListGenerator/Files")
verifyingFunctions.checkIfFolderExistAndCreate(
"pythonWtachListGenerator/watchListGenerator/TmpFiles")
original = str(
directory
) + r'/pythonWtachListGenerator/watchListGenerator/Files/Show Links.txt'
target = str(directory) + \
r'/pythonWtachListGenerator/watchListGenerator/TmpFiles/Show Links.txt'
shutil.copyfile(original, target)
os.remove(
str(directory) +
r'/pythonWtachListGenerator/watchListGenerator/Files/Show Links.txt')
f = open(
"pythonWtachListGenerator/watchListGenerator/TmpFiles/Show Links.txt",
"r")
if f.mode == 'r':
f1 = f.readlines()
TotalNumberOfItemsToWork = len(f1)
currentProgress = 0
progressPart = 100 / TotalNumberOfItemsToWork
for x in f1:
text = x.split(' : ')
showToAdd = text[1]
status = text[2]
if active and "active" in status:
addShowClicked(showToAdd)
currentProgress += progressPart
progress['value'] = currentProgress
root.update_idletasks()
root.destroy()
f.close()
os.remove(
str(directory) +
r'/pythonWtachListGenerator/watchListGenerator/Files/Show Links.txt')
shutil.copyfile(target, original)
os.remove(
str(directory) +
r'/pythonWtachListGenerator/watchListGenerator/TmpFiles/Show Links.txt'
)
def getDateOfFirstEpisodeInList():
verifyingFunctions.checkIfFolderExistAndCreate(
"pythonWtachListGenerator/watchListGenerator/Files")
verifyingFunctions.checkIfFolderExistAndCreate(
"pythonWtachListGenerator/watchListGenerator/Local DB")
today = date.today()
oldestDate = today.strftime("%m/%d/%Y")
oldestDate = conversionFunctions.StrToDate(oldestDate)
oldestYear = today.year
oldestEpisode = ""
directory = pathlib.Path().absolute()
Oldest_Dates = {}
for filename in os.listdir(
str(directory) +
r"/pythonWtachListGenerator/watchListGenerator/Local DB"):
if ".csv" in filename:
with open(
r"pythonWtachListGenerator/watchListGenerator/Local DB/" +
filename,
newline='') as csvfile:
showReader = csv.reader(csvfile, delimiter=' ', quotechar='|')
for cell in showReader:
show = str(
conversionFunctions.cleanFileName(
filename[0:len(filename) - 4]))
ESeason = cell[0]
Eepisode = cell[1]
EAirdate = cell[3]
try:
EAirdate = datetime.strptime(EAirdate, "%d %b %Y")
except:
EAirdate = datetime.strptime(EAirdate, "%d %b. %Y")
Airdate = EAirdate.strftime("%m/%d/%Y")
Airdate = conversionFunctions.StrToDate(Airdate)
newYear = Airdate.year
if newYear < oldestYear:
oldestYear = newYear
if Airdate < oldestDate:
oldestDate = Airdate
oldestEpisode = show + " " + \
str(ESeason) + str(Eepisode)
Oldest_Dates["year"] = str(oldestYear)
tmpDate = str(oldestDate)
Oldest_Dates["date"] = tmpDate[0:len(tmpDate) - 9]
Oldest_Dates["episode"] = str(oldestEpisode)
pickle.dump(
Oldest_Dates,
open(
"pythonWtachListGenerator/watchListGenerator/Files/First Episode Information.p",
"wb"))
def generatAllWatchlists():
root = Tk()
root.wm_attributes("-topmost", 1)
root.overrideredirect(True)
root.geometry('200x50+500+500')
progress = Progressbar(root,
orient=HORIZONTAL,
length=100,
mode='determinate')
progress.pack(pady=10)
root.update()
directory = pathlib.Path().absolute()
today = date.today()
ThisYear = today.year
oldestYear = "1900"
verifyingFunctions.checkIfFolderExistAndCreate(
"pythonWtachListGenerator/watchListGenerator/Files")
isExistsFile = os.path.exists(
str(directory) +
'/pythonWtachListGenerator/watchListGenerator/Files/First Episode Information.p'
)
if not (isExistsFile):
getDateOfFirstEpisodeInList()
Oldest_Dates = pickle.load(
open(
"pythonWtachListGenerator/watchListGenerator/Files/First Episode Information.p",
"rb"))
oldestYear = Oldest_Dates["year"]
year = int(oldestYear)
ThisYear = int(ThisYear) + 1
TotalNumberOfItemsToWork = ThisYear - year
currentProgress = 0
progressPart = 100 / TotalNumberOfItemsToWork
for x in range(year, ThisYear):
shows = []
for filename in os.listdir(
str(directory) +
r"/pythonWtachListGenerator/watchListGenerator/Local DB"):
if ".csv" in filename:
if verifyingFunctions.checkIfContainsYear(filename, str(x)):
shows.append(filename)
mainWatchlistGeneratorFunction(shows, str(x), False)
currentProgress += progressPart
progress['value'] = currentProgress
root.update_idletasks()
root.destroy()
def getBadDates():
directory = pathlib.Path().absolute()
verifyingFunctions.checkIfFolderExistAndCreate(
"pythonWtachListGenerator/watchListGenerator/Files")
verifyingFunctions.checkIfFolderExistAndCreate(
"pythonWtachListGenerator/watchListGenerator/Local DB")
workbook = xlsxwriter.Workbook(
"pythonWtachListGenerator/watchListGenerator/Files/Bad.xlsx")
sheet1 = workbook.add_worksheet()
sheet1.write(0, 0, "Show")
sheet1.write(0, 1, "Season")
sheet1.write(0, 2, "Episode")
sheet1.write(0, 3, "Title")
sheet1.write(0, 4, "Air Date")
row = 1
formatDate = workbook.add_format({'num_format': 'd mmm yyyy'})
for filename in os.listdir(
str(directory) +
r"/pythonWtachListGenerator/watchListGenerator/Local DB"):
if ".csv" in filename:
with open(
r"pythonWtachListGenerator/watchListGenerator/Local DB/" +
filename,
newline='') as csvfile:
showReader = csv.reader(csvfile, delimiter=' ', quotechar='|')
for cell in showReader:
if "1 Jan. 2000" in cell[3]:
ESeason = cell[0]
Eepisode = cell[1]
ETitle = cell[2]
EAirdate = cell[3]
sheet1.write(
row, 0,
str(
conversionFunctions.cleanFileName(
filename[0:len(filename) - 4])))
sheet1.write(row, 1, ESeason)
sheet1.write(row, 2, Eepisode)
sheet1.write(row, 3, str(ETitle))
sheet1.write(row, 4, EAirdate, formatDate)
row = row + 1
workbook.close()
messagebox.showinfo("info", "Bad Dates List was Generated Successfuly")
def getallYears():
today = date.today()
ThisYear = int(today.year)
years = []
directory = pathlib.Path().absolute()
firstYear = "1900"
verifyingFunctions.checkIfFolderExistAndCreate(
"pythonWtachListGenerator/watchListGenerator/Files")
isExistsFile = os.path.exists(
str(directory) +
'/pythonWtachListGenerator/watchListGenerator/Files/First Episode Information.p'
)
if not (isExistsFile):
getDateOfFirstEpisodeInList()
Oldest_Dates = pickle.load(
open(
"pythonWtachListGenerator/watchListGenerator/Files/First Episode Information.p",
"rb"))
firstYear = int(Oldest_Dates["year"])
for x in range(firstYear, ThisYear):
years.append(x)
return years
def addNewEntryToTimeTrak(inputDateReached, inputLastEpisodePlace,
inputLastEpisodeReached, DDR):
verifyingFunctions.checkIfFolderExistAndCreate(
"pythonWtachListGenerator\\watchListGenerator\\Files")
LatestInfo = pickle.load(
open("pythonWtachListGenerator\\watchListGenerator\\Files\\OldInfo.p",
"rb"))
NewLatestInfo = {}
# today = date.today()
# todaysDate = today.strftime("%m/%d/%Y")
# todaysDate = StrToDate(todaysDate)
todaysDate = DDR
todaysDate = conversionFunctions.StrToDate(todaysDate)
rowNum = LatestInfo["row"]
# ------------------------------------------------------------------------------------
OldA = LatestInfo["colA"]
print("OldA: " + str(OldA))
inputColBStr = inputDateReached
print("inputColBStr: " + str(inputColBStr))
inputColB = conversionFunctions.StrToDate(inputColBStr)
OldDStr = LatestInfo["colD"]
OldD = conversionFunctions.StrToDate(OldDStr)
print("OldD: " + str(OldD))
inputColC = todaysDate - OldD
print("inputColC: " + str(inputColC))
OldG = LatestInfo["colG"]
print("OldG: " + str(OldG))
OldH = LatestInfo["colH"]
print("OldH: " + str(OldH))
OldI = LatestInfo["colI"]
print("OldI: " + str(OldI))
OldNDate = conversionFunctions.StrToDate(LatestInfo["colN"])
OldN = OldNDate.strftime("%m/%d/%Y")
print("OldN: " + str(OldN))
inputColQ = inputLastEpisodePlace
OldQ = LatestInfo["colQ"]
print("OldQ: " + str(OldQ))
inputColR = inputLastEpisodeReached
OldU = LatestInfo["colU"]
print("OldU: " + str(OldU))
OldY = LatestInfo["colY"]
print("OldY: " + str(OldY))
# ---------------------------------------------
colB = inputColB
print("b: " + str(colB))
colC = conversionFunctions.DaysLeftToInt(inputColC)
print("c: " + str(colC))
colD = OldD + timedelta(days=colC)
print("d: " + str(colD))
colA = colD - colB
print("a: " + str(colA))
tmpColA = str(colA)
tmpColA = conversionFunctions.DaysLeftToInt(tmpColA)
tempOldColA = 0
if "day" in str(OldA):
tempOldColA = conversionFunctions.DaysLeftToInt(OldA)
else:
tempOldColA = int(OldA)
colE = tempOldColA - int(tmpColA)
print("e: " + str(colE))
colF = int(OldI) * colC
colG = int(OldG) + int(colE)
print("g: " + str(colG))
colH = int(OldH) + colC
print("h: " + str(colH))
colI = colG / colH
print("i: " + str(colI))
colJ = colA / colI
print("j: " + str(colJ))
tmpColJ = conversionFunctions.DaysLeftToInt(colJ)
print("tmpColJ: " + str(tmpColJ))
colK = 0
colL = 0
while tmpColJ > 1:
tmpColJ = tmpColJ / colI
colK += tmpColJ
colL += 1
colK += 1
colM = conversionFunctions.DaysLeftToInt(colJ) + colK
print("m: " + str(colM))
colNDate = colD + timedelta(days=colM)
print("colNDate: " + str(colNDate))
colN = colNDate.strftime("%m/%d/%Y")
print("n: " + str(colN))
colO = colNDate - conversionFunctions.StrToDate(OldN)
print("o: " + str(colO))
colP = colB
colQ = inputColQ
print("q: " + str(colQ))
colR = inputColR
colS = int(colQ) - int(OldQ)
print("s: " + str(colS))
colT = OldY * colC
print("t: " + str(colT))
colU = OldU + colS
colV = colU / colH
colW = colG / colU
colX = colA / colW
colY = (colI / colW) + 1
# ------------------------------------------------------------------------------------
directory = pathlib.Path().absolute()
isExistsRawFile = os.path.exists(
str(directory) +
'\\pythonWtachListGenerator\\watchListGenerator\\Files\\raw.txt')
print('path: ' + str(directory) +
'\\pythonWtachListGenerator\\watchListGenerator\\Files\\raw.txt')
print("isExistsRawFile: " + str(isExistsRawFile))
if not (isExistsRawFile):
intializeRawFile()
f = open("pythonWtachListGenerator\\watchListGenerator\\Files\\raw.txt",
"a+")
# -------------------------------- Col A:A ---------------------------------- DAYS(RMN)
f.write(
str(rowNum) + ",0," + str(conversionFunctions.DaysLeftToInt(colA)) +
",A\r")
print(
str(rowNum) + ",0," + str(conversionFunctions.DaysLeftToInt(colA)) +
",A\r")
NewLatestInfo["colA"] = str(conversionFunctions.DaysLeftToInt(colA))
# -------------------------------- Col B:B ---------------------------------- DATE(RCHD)
f.write(
str(rowNum) + ",1," +
conversionFunctions.DateFormatToListFormat(colB) + ",B\r")
print(
str(rowNum) + ",1," +
str(conversionFunctions.DateFormatToListFormat(colB)) + ",B\r")
NewLatestInfo["colB"] = conversionFunctions.DateFormatToListFormat(colB)
# -------------------------------- Col C:C ---------------------------------- DAYS(PSSD)
f.write(str(rowNum) + ",2," + str(colC) + ",C\r")
print(str(rowNum) + ",2," + str(colC) + ",C\r")
NewLatestInfo["colC"] = colC
# -------------------------------- Col D:D ---------------------------------- TODAY
f.write(
str(rowNum) + ",3," +
str(conversionFunctions.DateFormatToListFormat(colD)) + ",D\r")
print(
str(rowNum) + ",3," +
str(conversionFunctions.DateFormatToListFormat(colD)) + ",D\r")
NewLatestInfo["colD"] = conversionFunctions.DateFormatToListFormat(colD)
# -------------------------------- Col E:E ---------------------------------- DAYS(ADV)
if colE > (colF - 1):
f.write(str(rowNum) + ",4," + str(colE) + ",EG\r")
print(str(rowNum) + ",4," + str(colE) + ",EG\r")
else:
f.write(str(rowNum) + ",4," + str(colE) + ",EB\r")
print(str(rowNum) + ",4," + str(colE) + ",EB\r")
NewLatestInfo["colE"] = colE
# -------------------------------- Col F:F ---------------------------------- XDAYS(ADV)
f.write(str(rowNum) + ",5," + str(colF) + ",A\r")
print(str(rowNum) + ",5," + str(colF) + ",A\r")
NewLatestInfo["colF"] = colF
# -------------------------------- Col G:G ---------------------------------- #LDAYS(PSSD)
f.write(str(rowNum) + ",6," + str(colG) + ",A\r")
print(str(rowNum) + ",6," + str(colG) + ",A\r")
NewLatestInfo["colG"] = colG
# -------------------------------- Col H:H ---------------------------------- PDP
f.write(str(rowNum) + ",7," + str(colH) + ",A\r")
NewLatestInfo["colH"] = colH
# -------------------------------- Col I:I ---------------------------------- AVG
f.write(str(rowNum) + ",8," + str(colI) + ",I\r")
NewLatestInfo["colI"] = colI
# -------------------------------- Col J:J ---------------------------------- X
f.write(
str(rowNum) + ",9," + str(conversionFunctions.DaysLeftToInt(colJ)) +
",I\r")
NewLatestInfo["colJ"] = str(conversionFunctions.DaysLeftToInt(colJ))
# -------------------------------- Col K:K ---------------------------------- ADDS
f.write(str(rowNum) + ",10," + str(colK) + ",I\r")
NewLatestInfo["colK"] = colK
# -------------------------------- Col L:L ---------------------------------- #ADDS
f.write(str(rowNum) + ",11," + str(colL) + ",A\r")
NewLatestInfo["colL"] = colL
# -------------------------------- Col M:M ---------------------------------- TOTAL
f.write(str(rowNum) + ",12," + str(colM) + ",I\r")
NewLatestInfo["colM"] = colM
# -------------------------------- Col N:N ---------------------------------- ETAC
f.write(
str(rowNum) + ",13," +
str(conversionFunctions.DateFormatToListFormat(colNDate)) + ",N\r")
NewLatestInfo["colN"] = str(
conversionFunctions.DateFormatToListFormat(colNDate))
# -------------------------------- Col O:O ----------------------------------DAYS ADDED
if conversionFunctions.DaysLeftToInt(colO) > 0:
f.write(
str(rowNum) + ",14," +
str(conversionFunctions.DaysLeftToInt(colO)) + " days,OB\r")
else:
f.write(
str(rowNum) + ",14," +
str(conversionFunctions.DaysLeftToInt(colO)) + " days,OG\r")
NewLatestInfo["colO"] = str(
conversionFunctions.DaysLeftToInt(colO)) + " days"
# -------------------------------- Col P:P ---------------------------------- LE_YEAR
f.write(
str(rowNum) + ",15," +
str(conversionFunctions.DateFormatToListFormat(colP)) + ",P\r")
NewLatestInfo["colP"] = str(
conversionFunctions.DateFormatToListFormat(colP))
# -------------------------------- Col Q:Q ---------------------------------- LE_PLACE
f.write(str(rowNum) + ",16," + str(colQ) + ",C\r")
NewLatestInfo["colQ"] = colQ
# -------------------------------- Col R:R ---------------------------------- LE_Reached
f.write(str(rowNum) + ",17," + str(colR) + ",R\r")
NewLatestInfo["colR"] = colR
# -------------------------------- Col S:S ---------------------------------- EPISODE(ADV)
if colS > (int(colT) - 1):
f.write(str(rowNum) + ",18," + str(colS) + ",EG\r")
else:
f.write(str(rowNum) + ",18," + str(colS) + ",EB\r")
NewLatestInfo["colS"] = colS
# -------------------------------- Col T:T ---------------------------------- XEPISODE(ADV)
f.write(str(rowNum) + ",19," + str(int(colT)) + ",A\r")
NewLatestInfo["colT"] = int(colT)
# -------------------------------- Col U:U ---------------------------------- E_WA
f.write(str(rowNum) + ",20," + str(colU) + ",A\r")
NewLatestInfo["colU"] = colU
# -------------------------------- Col V:V ---------------------------------- EPDAY(AVG)
f.write(str(rowNum) + ",21," + str(colV) + ",I\r")
NewLatestInfo["colV"] = colV
# -------------------------------- Col W:W ---------------------------------- ED_RATIO
f.write(str(rowNum) + ",22," + str(colW) + ",W\r")
NewLatestInfo["colW"] = colW
# -------------------------------- Col X:X ---------------------------------- EST_E_L
f.write(
str(rowNum) + ",23," + str(conversionFunctions.DaysLeftToInt(colX)) +
",A\r")
NewLatestInfo["colX"] = str(conversionFunctions.DaysLeftToInt(colX))
# -------------------------------- Col Y:Y ---------------------------------- #E_REACH_Q
f.write(str(rowNum) + ",24," + str(colY) + ",Y\r")
NewLatestInfo["colY"] = colY
NewLatestInfo["row"] = rowNum + 1
pickle.dump(
NewLatestInfo,
open("pythonWtachListGenerator\\watchListGenerator\\Files\\OldInfo.p",
"wb"))
f.close()
def turnRawFileIntoExcel():
verifyingFunctions.checkIfFolderExistAndCreate(
"pythonWtachListGenerator\\watchListGenerator\\Files")
workbook = xlsxwriter.Workbook(
"pythonWtachListGenerator\\watchListGenerator\\Files\\Time Track 2.0.xlsx"
)
sheet1 = workbook.add_worksheet()
# ------------------------------------------Formats------------------------------------------------------------
formats = {}
cell_A_Format = workbook.add_format({
'bold': True,
'font_color': '#3F3F3F',
'align': 'center',
'border': 1,
'bg_color': '#F2F2F2',
'num_format': '0'
})
formats["A"] = cell_A_Format
cell_B_Format = workbook.add_format({
'font_color': '#3F3F76',
'align': 'center',
'border': 1,
'bg_color': '#FFCC99',
'border_color': '#7F7F7F',
'num_format': 'mmmm d, yyyy'
})
formats["B"] = cell_B_Format
cell_C_Format = workbook.add_format({
'font_color': '#3F3F76',
'align': 'center',
'border': 1,
'bg_color': '#FFCC99',
'border_color': '#7F7F7F',
'num_format': '0'
})
formats["C"] = cell_C_Format
cell_D_Format = workbook.add_format({
'bold': True,
'font_color': '#3F3F3F',
'align': 'center',
'border': 1,
'bg_color': '#F2F2F2',
'num_format': '[$-en-US]mmmm d, yyyy;@'
})
formats["D"] = cell_D_Format
cell_E_Format_Good = workbook.add_format({
'font_color': '#006100',
'align': 'center',
'border': 1,
'bg_color': '#C6EFCE',
'num_format': '0'
})
formats["EG"] = cell_E_Format_Good
cell_E_Format_Bad = workbook.add_format({
'font_color': '#9C0006',
'align': 'center',
'border': 1,
'bg_color': '#FFC7CE',
'num_format': '0'
})
formats["EB"] = cell_E_Format_Bad
cell_I_Format = workbook.add_format({
'bold': True,
'font_color': '#3F3F3F',
'align': 'center',
'border': 1,
'bg_color': '#F2F2F2',
'num_format': '0.00'
})
formats["I"] = cell_I_Format
cell_N_Format = workbook.add_format({
'bold':
True,
'font_color':
'#3F3F3F',
'align':
'center',
'border':
1,
'bg_color':
'#F2F2F2',
'num_format':
'[$-x-sysdate]dddd, mmmm dd, yyyy'
})
formats["N"] = cell_N_Format
cell_O_Format_Good = workbook.add_format({
'font_color': '#006100',
'align': 'center',
'border': 1,
'bg_color': '#C6EFCE'
})
formats["OG"] = cell_O_Format_Good
cell_O_Format_Bad = workbook.add_format({
'font_color': '#9C0006',
'align': 'center',
'border': 1,
'bg_color': '#FFC7CE'
})
formats["OB"] = cell_O_Format_Bad
cell_P_Format = workbook.add_format({
'bold': True,
'font_color': '#3F3F3F',
'align': 'center',
'border': 1,
'bg_color': '#F2F2F2',
'num_format': '[$-en-US]mmmmm-yy'
})
formats["P"] = cell_P_Format
cell_R_Format = workbook.add_format({
'font_color': '#3F3F76',
'align': 'center',
'border': 1,
'bg_color': '#FFCC99',
'border_color': '#7F7F7F'
})
formats["R"] = cell_R_Format
cell_W_Format = workbook.add_format({
'bold': True,
'font_color': '#3F3F3F',
'align': 'center',
'border': 1,
'bg_color': '#F2F2F2',
'num_format': '0.000'
})
formats["W"] = cell_W_Format
cell_Y_Format = workbook.add_format({
'bold': True,
'font_color': '#3F3F3F',
'align': 'center',
'border': 1,
'bg_color': '#F2F2F2',
'num_format': '0.0'
})
formats["Y"] = cell_Y_Format
Equation_format = workbook.add_format({
'italic': True,
'font_color': '#959c97',
'align': 'center'
})
formats["EQU"] = Equation_format
Regular_format = workbook.add_format({
'bold': True,
'align': 'center',
'border': 1
})
formats["REG"] = Regular_format
Regular_format = workbook.add_format({
'bold': True,
'font_color': '#3F3F3F',
'align': 'center',
'border': 1,
'bg_color': '#F2F2F2'
})
formats["REGO"] = Regular_format
Nuetral_format = workbook.add_format({
'font_color': '#9C5700',
'align': 'center',
'border': 1,
'bg_color': '#FFEB9C',
'border_color': '#575163',
'num_format': '0'
})
formats["NUE"] = Nuetral_format
Nuetral_format_B = workbook.add_format({
'font_color':
'#9C5700',
'align':
'center',
'border':
1,
'bg_color':
'#FFEB9C',
'border_color':
'#575163',
'num_format':
'[$-en-US]mmmm d, yyyy;@'
})
formats["NUEB"] = Nuetral_format_B
# ------------------------------------------Set Colmn Width-----------------------------------------------------------
sheet1.set_column('A:A', 20) # 00
sheet1.set_column('B:B', 13) # 01
sheet1.set_column('C:C', 24) # 02
sheet1.set_column('D:D', 27) # 03
sheet1.set_column('E:E', 33) # 04
sheet1.set_column('F:F', 27) # 05
sheet1.set_column('G:G', 19) # 06
sheet1.set_column('H:H', 34) # 07
sheet1.set_column('I:I', 18) # 08
sheet1.set_column('J:J', 28) # 09
sheet1.set_column('K:K', 15) # 10
sheet1.set_column('L:L', 15) # 11
sheet1.set_column('M:M', 13) # 12
sheet1.set_column('N:N', 31) # 13
sheet1.set_column('O:O', 23) # 14
sheet1.set_column('P:P', 19) # 15
sheet1.set_column('Q:Q', 16) # 16
sheet1.set_column('R:R', 17) # 17
sheet1.set_column('S:S', 19) # 18
sheet1.set_column('T:T', 33) # 19
sheet1.set_column('U:U', 33) # 20
sheet1.set_column('V:V', 27) # 21
sheet1.set_column('W:W', 21) # 22
sheet1.set_column('X:X', 22) # 23
sheet1.set_column('Y:Y', 30) # 24
directory = pathlib.Path().absolute()
isExistsRawFile = os.path.exists(
str(directory) +
'\\pythonWtachListGenerator\\watchListGenerator\\Files\\raw.txt')
if not (isExistsRawFile):
intializeRawFile()
f = open("pythonWtachListGenerator\\watchListGenerator\\Files\\raw.txt",
"r")
if f.mode == 'r':
f1 = f.readlines()
for x in f1:
y = x.split(',')
row = int(y[0])
col = int(y[1])
title = y[2]
format = str(y[3])
format = format[0:len(format) - 1]
if (format == "A") or (format == "C") or (format == "EG") or (
format == "EB") or (format == "NUE"):
title = int(title)
elif (format == "B") or (format == "D") or (format == "N") or (
format == "P") or (format == "NUEB"):
title = conversionFunctions.StrToDate(title)
elif (format == "I") or (format == "W") or (format == "Y"):
title = float(title)
sheet1.write(row, col, title, formats[format])
f.close()
workbook.close()
def intializeRawFile():
verifyingFunctions.checkIfFolderExistAndCreate(
"pythonWtachListGenerator\\watchListGenerator\\Files")
directory = pathlib.Path().absolute()
isExistsFirstDateFile = os.path.exists(
str(directory) +
'\\pythonWtachListGenerator\\watchListGenerator\\Files\\First Episode Information.p'
)
isExistsRawFile = os.path.exists(
str(directory) +
'\\pythonWtachListGenerator\\watchListGenerator\\Files\\raw.txt')
if isExistsRawFile:
messagebox.showinfo("Raw File Allready Exists")
if not (isExistsFirstDateFile):
watchListFunctions.getDateOfFirstEpisodeInListFunc()
#Oldest_Dates = pickle.load(open("pythonWtachListGenerator\\watchListGenerator\\Files\\First Episode Information.p", "rb"))
#oldestDate = Oldest_Dates["date"]
#oldestYear = Oldest_Dates["year"]
#oldestEpisode = Oldest_Dates["episode"]
#initialDate = datetime.strptime(oldestDate, "%Y-%m-%d")
#initialDateStr = initialDate.strftime("%m/%d/%Y")
#today = date.today() + timedelta(days=-206)
#FirstDate = today.strftime("%m/%d/%Y")
#totalDaysLeft = StrToDate(FirstDate) - StrToDate(initialDateStr)
LatestInfo = {}
f = open("pythonWtachListGenerator\\watchListGenerator\\Files\\raw.txt",
"w+")
# -------------------------------- Col A:A ---------------------------------- C
f.write("0,0,DAYS(RMN),EQU\r")
f.write("1,0,TODAY - DATE(RCHD),EQU\r")
f.write("2,0,Days Remaining,REG\r")
f.write("3,0,8932,A\r")
#f.write("3,0," + str(conversionFunctions.DaysLeftToInt(totalDaysLeft)) + ",A\r")
#LatestInfo["colA"] = str(conversionFunctions.DaysLeftToInt(totalDaysLeft))
LatestInfo["colA"] = "8932"
# -------------------------------- Col B:B ---------------------------------- C
f.write("0,1,DATE(RCHD),EQU\r")
f.write("1,1,DATE(RCHD),EQU\r")
f.write("2,1,Date Reached,REG\r")
f.write("3,1,5/14/1995,NUEB\r")
#f.write("3,1," + initialDateStr + ",B\r")
# LatestInfo["colB"] = str(initialDateStr)
LatestInfo["colB"] = "5/14/1995"
# -------------------------------- Col C:C ----------------------------------
f.write("0,2,DAYS(PSSD),EQU\r")
f.write("1,2,DAYS(PSSD),EQU\r")
f.write("2,2,Days Passed Since Last Log,REG\r")
f.write("3,2,0,NUE\r")
LatestInfo["colC"] = 0
# -------------------------------- Col D:D ----------------------------------
f.write("0,3,TODAY,EQU\r")
f.write("1,3,(TODAY[N - 1]) + DAYS(PSSD),EQU\r")
f.write("2,3,Today,REG\r")
f.write("3,3,10/27/2019,D\r")
#f.write("3,3," + str(FirstDate) + ",D\r")
#LatestInfo["colD"] = str(FirstDate)
LatestInfo["colD"] = "10/27/2019"
# -------------------------------- Col E:E ----------------------------------
f.write("0,4,DAYS(ADV),EQU\r")
f.write("1,4,DAYS(RMN)[N] - DAYS(RMN)[N - 1],EQU\r")
f.write("2,4,# Days Advanced,REG\r")
f.write("3,4,0,NUE\r")
LatestInfo["colE"] = 0
# -------------------------------- Col F:F ----------------------------------
f.write("0,5,XDAYS(ADV),EQU\r")
f.write("1,5,AVG[N - 1]*DAYS(PSSD)[N],EQU\r")
f.write("2,5,Expected Days Advancement,REG\r")
f.write("3,5,0,A\r")
LatestInfo["colF"] = 0
# -------------------------------- Col G:G ----------------------------------
f.write("0,6,#LDAYS(PSSD),EQU\r")
f.write("1,6,SUM(DAYS(ADV)),EQU\r")
f.write("2,6,# Of List Days Passed,REG\r")
f.write("3,6,0,A\r")
LatestInfo["colG"] = 0
# -------------------------------- Col H:H ----------------------------------
f.write("0,7,PDP,EQU\r")
f.write("1,7,PDP[N] = PDP[N - 1] + DAYS(PSSD)[N],EQU\r")
f.write("2,7,Phisical Days Passed,REG\r")
f.write("3,7,0,A\r")
LatestInfo["colH"] = 0
# -------------------------------- Col I:I ----------------------------------
f.write("0,8,AVG,EQU\r")
f.write("1,8,#LDAYS(PSSD)/PDP,EQU\r")
f.write("2,8,Average,REG\r")
f.write("3,8,0,I\r")
LatestInfo["colI"] = 0
# -------------------------------- Col J:J ----------------------------------
f.write("0,9,X,EQU\r")
f.write("1,9,DAYS(RMN)/AVG,EQU\r")
f.write("2,9,Days To Reach Current Date,REG\r")
f.write("3,9,8932,I\r")
LatestInfo["colJ"] = "8932"
# f.write("3,9,=(A4),REGO\r")
# LatestInfo["colJ"] = str(totalDaysLeft)
# -------------------------------- Col K:K ----------------------------------
f.write("0,10,ADDS,EQU\r")
f.write("1,10,X/AVG,EQU\r")
f.write("2,10,ADD,REG\r")
f.write("3,10,0,I\r")
LatestInfo["colK"] = 0
# -------------------------------- Col L:L ----------------------------------
f.write("0,11,#ADDS,EQU\r")
f.write("1,11,ADD1 + ADD2...,EQU\r")
f.write("2,11,ADDS,REG\r")
f.write("3,11,1,A\r")
LatestInfo["colL"] = 1
# -------------------------------- Col M:M ----------------------------------
f.write("0,12,TOTAL,EQU\r")
f.write("1,12,X + ADD(N),EQU\r")
f.write("2,12,Total,REG\r")
f.write("3,12,=(J4 + K4),REGO\r")
#LatestInfo["colL"] = totalDaysLeft
LatestInfo["colL"] = "8933"
# -------------------------------- Col N:N ----------------------------------
f.write("0,13,ETAC,EQU\r")
f.write("1,13,TODAY + TOTAL,EQU\r")
f.write("2,13,Esitmitade Time Of Complete,REG\r")
f.write("3,13,4/11/2044,N\r")
#LatestInfo["colN"] = StrToDate(FirstDate) + totalDaysLeft
LatestInfo["colN"] = "4/11/2044"
# -------------------------------- Col O:O ----------------------------------
f.write("0,14,DAYS ADDED,EQU\r")
f.write("1,14,ETAC[N] - ETAC[N-1],EQU\r")
f.write("2,14,Days Extended/Shortend,REG\r")
f.write("3,14,0,NUE\r")
LatestInfo["colO"] = 0
# -------------------------------- Col P:P ----------------------------------
f.write("0,15,LE_YEAR,EQU\r")
f.write("1,15,LE_YEAR,EQU\r")
f.write("2,15,Last Episode Year,REG\r")
f.write("3,15,5/14/1995,P\r")
#f.write("3,15," + oldestYear + ",P\r")
# LatestInfo["colP"] = str(oldestYear)
LatestInfo["colP"] = "1995"
# -------------------------------- Col Q:Q ----------------------------------
f.write("0,16,LE_PLACE,EQU\r")
f.write("1,16,LE_PLACE,EQU\r")
f.write("2,16,Last Episode Place,REG\r")
f.write("3,16,112,C\r")
LatestInfo["colQ"] = 112
# f.write("3,16,0,C\r")
# LatestInfo["colQ"] = 0
# -------------------------------- Col R:R ----------------------------------
f.write("0,17,LE_Reached,EQU\r")
f.write("1,17,LE_Reached,EQU\r")
f.write("2,17,Last Episode Reached,REG\r")
f.write("3,17,DS9 323,R\r")
LatestInfo["colR"] = "DS9 323"
# f.write("3,17," + oldestEpisode + ",R\r")
# LatestInfo["colR"] = str(oldestEpisode)
# -------------------------------- Col S:S ----------------------------------
f.write("0,18,EPISODE(ADV),EQU\r")
f.write("1,18,EPISODE(ADV),EQU\r")
f.write("2,18,# Episodes Advanced,REG\r")
f.write("3,18,0,NUE\r")
LatestInfo["colS"] = 0
# -------------------------------- Col T:T ----------------------------------
f.write("0,19,XEPISODE(ADV),EQU\r")
f.write("1,19,EPDAY(AVG)[N - 1]*DAYS(PSSD)[N],EQU\r")
f.write("2,19,Expected Episods Advancement,REG\r")
f.write("3,19,0,A\r")
LatestInfo["colT"] = 0
# -------------------------------- Col U:U ----------------------------------
f.write("0,20,E_WA,EQU\r")
f.write("1,20,E_WA[N-1] + EPISODE(ADV),EQU\r")
f.write("2,20,Episodes Watched,REG\r")
f.write("3,20,0,A\r")
LatestInfo["colU"] = 0
# -------------------------------- Col V:V ----------------------------------
f.write("0,21,EPDAY(AVG),EQU\r")
f.write("1,21,E_WA/PDP,EQU\r")
f.write("2,21,Episodes Per Day AVG,REG\r")
f.write("3,21,0,I\r")
LatestInfo["colV"] = 0
# -------------------------------- Col W:W ----------------------------------
f.write("0,22,ED_RATIO,EQU\r")
f.write("1,22,#LDAYS(PSSD)/E_WA,EQU\r")
f.write("2,22,Episode/Days Ratio,REG\r")
f.write("3,22,0,W\r")
LatestInfo["colW"] = 0
# -------------------------------- Col X:X ----------------------------------
f.write("0,23,EST_E_L,EQU\r")
f.write("1,23,DAYS(RMN)/ED_RATIO,EQU\r")
f.write("2,23,Estimated Episodes left,REG\r")
f.write("3,23,0,A\r")
LatestInfo["colX"] = 0
# -------------------------------- Col Y:Y ----------------------------------
f.write("0,24,#E_REACH_Q,EQU\r")
f.write("1,24,(AVG/ED_RATIO) + 1,EQU\r")
f.write("2,24,# Episodes To Reach Daily Quota,REG\r")
f.write("3,24,0,Y\r")
LatestInfo["colY"] = 0
f.close()
LatestInfo["row"] = 4
pickle.dump(
LatestInfo,
open("pythonWtachListGenerator\\watchListGenerator\\Files\\OldInfo.p",
"wb"))
def refreshShowStatus():
root = Tk()
root.wm_attributes("-topmost", 1)
root.overrideredirect(True)
root.geometry('200x50+500+500')
progress = Progressbar(root,
orient=HORIZONTAL,
length=100,
mode='determinate')
progress.pack(pady=10)
root.update()
ia = IMDb()
directory = pathlib.Path().absolute()
verifyingFunctions.checkIfFolderExistAndCreate(
"pythonWtachListGenerator/watchListGenerator/Files")
verifyingFunctions.checkIfFolderExistAndCreate(
"pythonWtachListGenerator/watchListGenerator/TmpFiles")
original = str(
directory
) + r'/pythonWtachListGenerator/watchListGenerator/Files/Show Links.txt'
target = str(directory) + \
r'/pythonWtachListGenerator/watchListGenerator/TmpFiles/Show Links.txt'
shutil.copyfile(original, target)
os.remove(
str(directory) +
r'/pythonWtachListGenerator/watchListGenerator/Files/Show Links.txt')
f = open(
"pythonWtachListGenerator/watchListGenerator/TmpFiles/Show Links.txt",
"r")
if f.mode == 'r':
f1 = f.readlines()
TotalNumberOfItemsToWork = len(f1)
currentProgress = 0
progressPart = 100 / TotalNumberOfItemsToWork
for x in f1:
text = x.split(' : ')
cleanTitle = text[0]
showToAdd = text[1]
series = ia.get_movie(showToAdd)
ShowTitle = series["original title"]
lastDig = ShowTitle[len(ShowTitle) - 3:len(ShowTitle) - 2]
status = '?'
if lastDig == '-':
status = 'active'
else:
status = 'ended'
f2 = open(
"pythonWtachListGenerator/watchListGenerator/Files/Show Links.txt",
"a+")
f2.write(
str(cleanTitle) + " : " + showToAdd + " : " + status + "\r")
f2.close()
currentProgress += progressPart
progress['value'] = currentProgress
root.update_idletasks()
root.destroy()
f.close()
os.remove(
str(directory) +
r'/pythonWtachListGenerator/watchListGenerator/TmpFiles/Show Links.txt'
)
def addShowClicked(IMDBID):
# initial variables
directory = pathlib.Path().absolute()
ia = IMDb()
# creating loading bar
root = Tk()
root.wm_attributes("-topmost", 1)
root.overrideredirect(True)
root.geometry('200x50+500+500')
progress = Progressbar(root,
orient=HORIZONTAL,
length=100,
mode='determinate')
progress.pack(pady=10)
root.update()
# verifying that all neccessary folders exist
verifyingFunctions.checkIfFolderExistAndCreate(
"pythonWtachListGenerator/watchListGenerator/Files")
series = ia.get_movie(IMDBID)
ia.update(series, "episodes")
kind = series["kind"]
if not ("series" in kind):
root.destroy()
return "The Link enterd is not a TV Series"
SeasonsArr = sorted(series["episodes"].keys())
ShowTitle = series["title"]
cleanTitle = conversionFunctions.cleanFileName(str(ShowTitle))
status = conversionFunctions.showStatus(str(series["original title"]))
isExistsShowLinkFile = os.path.exists(
str(directory) +
'/pythonWtachListGenerator/watchListGenerator/Files/Show Links.txt')
if isExistsShowLinkFile:
f = open(
"pythonWtachListGenerator/watchListGenerator/Files/Show Links.txt",
"a+")
else:
f = open(
"pythonWtachListGenerator/watchListGenerator/Files/Show Links.txt",
"w+")
f.write(str(cleanTitle) + " : " + IMDBID + " : " + status + "\r")
f.close()
print("Started working on: " + cleanTitle)
TotalNumberOfItemsToWork = len(SeasonsArr)
currentProgress = 0
progressPart = 100 / TotalNumberOfItemsToWork
with open("pythonWtachListGenerator/watchListGenerator/Local DB/" +
cleanTitle + ".csv",
'w',
newline='') as csvfile:
showWriter = csv.writer(csvfile,
delimiter=' ',
quotechar='|',
quoting=csv.QUOTE_MINIMAL)
for SeasonNum in SeasonsArr:
print("Season: " + str(SeasonNum))
seasonx = series["episodes"][SeasonNum]
EpisodeArr = sorted(seasonx)
try:
for episodz in EpisodeArr:
episode = series["episodes"][SeasonNum][episodz]
ESeason = episode["season"]
Eepisode = episode["episode"]
ETitle = episode["title"]
if "," in ETitle:
ETitle = ETitle.replace(',', ' ')
try:
EAirdate = episode["original air date"]
except:
EAirdate = "1 Jan. 2000"
if len(EAirdate) < 10:
EAirdate = "1 Jan. 2000"
if "May" in str(EAirdate) and not ("May."
in str(EAirdate)):
EAirdate = EAirdate.replace('May', 'May.')
try:
Erate = episode["rating"]
except:
Erate = 0
if Erate > 10:
Erate = 0
print("Season: " + str(ESeason) + " Episode: " +
str(Eepisode))
try:
showWriter.writerow([
str(ESeason),
str(Eepisode),
str(ETitle),
str(EAirdate),
str(Erate)
])
except:
showWriter.writerow([
str(ESeason),
str(Eepisode), "bad title encoding",
str(EAirdate),
str(Erate)
])
except:
print("An exception occurred trying to extract an episode")
print("Finished working on: " + cleanTitle)
print("-----------------------------------------")
currentProgress += progressPart
progress['value'] = currentProgress
root.update_idletasks()
# adding show to MySqlDB
pythonToMySqlConnection.insertSingleEpisodeRecord(IMDBID)
root.destroy()
return cleanTitle + " Added successfuly"
def mainWatchlistGeneratorFunction(showsToAdd, YOF, showMessage):
root = Tk()
root.wm_attributes("-topmost", 1)
root.overrideredirect(True)
root.geometry('200x50+500+500')
progress = Progressbar(root,
orient=HORIZONTAL,
length=100,
mode='determinate')
progress.pack(pady=10)
root.update()
verifyingFunctions.checkIfFolderExistAndCreate(
"pythonWtachListGenerator/watchListGenerator/Watchlists")
workbook = xlsxwriter.Workbook(
"pythonWtachListGenerator/watchListGenerator/Watchlists/" + YOF +
" Watchlist.xlsx")
sheet1 = workbook.add_worksheet()
sheet1.set_column('A:A', 25) # 00
sheet1.set_column('B:B', 7) # 01
sheet1.set_column('C:C', 8) # 02
sheet1.set_column('D:D', 47) # 03
sheet1.set_column('E:E', 11) # 04
sheet1.set_column('F:F', 11) # 05
sheet1.set_column('G:G', 6) # 06
sheet1.set_column('H:H', 11) # 07
sheet1.set_column('I:I', 11) # 08
sheet1.set_column('J:J', 13) # 09
sheet1.set_column('K:K', 12) # 10
sheet1.set_column('L:L', 77) # 11
Number_format = workbook.add_format({
'align': 'center',
'num_format': '0',
'border': 1
})
float_format = workbook.add_format({
'align': 'center',
'num_format': '0.00',
'border': 1
})
String_format = workbook.add_format({'align': 'center', 'border': 1})
String_format_No_Align = workbook.add_format({'border': 1})
Header_format = workbook.add_format({
'bold': True,
'align': 'center',
'border': 1,
'bg_color': '#C4BD97'
})
date_Format = workbook.add_format({
'align': 'center',
'num_format': 'd mmm yyyy',
'border': 1
})
sheet1.write(0, 0, 'Show', Header_format)
sheet1.write(0, 1, 'Season', Header_format)
sheet1.write(0, 2, 'Episode', Header_format)
sheet1.write(0, 3, 'Title', Header_format)
sheet1.write(0, 4, 'Air Date', Header_format)
sheet1.write(0, 5, 'Air Date + 1', Header_format)
sheet1.write(0, 6, 'Rating', Header_format)
sheet1.write(0, 7, 'Place In List', Header_format)
sheet1.write(0, 8, 'Fixed Place', Header_format)
sheet1.write(0, 9, 'Fixed Episode', Header_format)
sheet1.write(0, 10, 'Fixed Season', Header_format)
sheet1.write(0, 11, 'Name Sticker', Header_format)
row = 1
TotalNumberOfEpisodes = 0
TotalNumberOfItemsToWork = len(showsToAdd)
currentProgress = 0
progressPart = 100 / TotalNumberOfItemsToWork
for show in showsToAdd:
print("Started working on: " + show)
with open("pythonWtachListGenerator/watchListGenerator/Local DB/" +
show,
newline='') as csvfile:
showCSV = csv.reader(csvfile, delimiter=' ', quotechar='|')
for cell in showCSV:
Eshow = conversionFunctions.cleanFileName(show[0:len(show) -
4])
ESeason = cell[0]
if "unknown season" in ESeason:
ESeason = 0
Eepisode = cell[1]
ETitle = conversionFunctions.cleanFileName(cell[2])
EAirdate = cell[3]
try:
EAirdate = datetime.strptime(EAirdate, '%d %b. %Y')
except:
EAirdate = '2000-01-01 00:00:00'
Erate = cell[4]
if not YOF in str(EAirdate):
continue
EAirdatePlusOne = EAirdate + timedelta(days=1)
TotalNumberOfEpisodes = TotalNumberOfEpisodes + 1
sheet1.write(row, 0, Eshow, String_format_No_Align)
sheet1.write(row, 1, int(ESeason), Number_format)
sheet1.write(row, 2, int(Eepisode), Number_format)
sheet1.write(row, 3, str(ETitle), String_format_No_Align)
sheet1.write(row, 4, EAirdate, date_Format)
sheet1.write(row, 5, EAirdatePlusOne, date_Format)
sheet1.write(row, 6, float(Erate), float_format)
sheet1.write(row, 7, 0, String_format)
sheet1.write(row, 8,
str(equationCreator.fixedPlaceEquation(row)),
String_format)
sheet1.write(
row, 9,
str(
equationCreator.fixedSeasonAndEpisodeNumberEquation(
row, 'B')), String_format)
sheet1.write(
row, 10,
str(
equationCreator.fixedSeasonAndEpisodeNumberEquation(
row, 'C')), String_format)
sheet1.write(row, 11,
str(equationCreator.nameStickerEquation(row)),
String_format_No_Align)
row = row + 1
currentProgress += progressPart
progress['value'] = currentProgress
root.update_idletasks()
root.destroy()
workbook.close()
directory = pathlib.Path().absolute()
path = str(
directory) + "/pythonWtachListGenerator/watchListGenerator/Watchlists"
path = os.path.realpath(path)
os.startfile(path)
