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teams attendance project.py
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# Online Python compiler (interpreter) to run Python online.
# Write Python 3 code in this online editor and run it.
#F I N A L C O P Y
import openpyxl
import os
from openpyxl.styles import Font
from tkinter import *
import csv
from openpyxl import Workbook
from tkinter import filedialog as fd
from PIL import Image,ImageTk
def calc(sheet,sheet2,sheet1,wb2,root):
r=sheet.max_row
#c=sheet.max_column
r2=sheet2.max_row
c2=sheet2.max_column
nmls1=[]
nmls2=[]
for i in range(2,r2+1):
k=(sheet2.cell(row=i,column=4).value).split(" ")
print("k ::::: ",k)
nmls2.append((sheet2.cell(row=i,column=4).value).split(" ")) # THE NAME ALGORITHM
pos=[]
for j in range(len(k)):
#print("len(k) ",len(k))
n1=len(k[j])
if(n1 <= 2):
pos.append(k[j])
#print("pos ",pos)
for m in range(len(pos)):
#print("inside")
#print("POS[M] is......",pos[m])
#print("List K before deleting......",k)
k.remove(pos[m])
#print("List K AFTERRR deleting......",k)
nmls1.append(k)
print("nmls2 \n",nmls2)
print("\nnmls1 ::: \n",nmls1)
#print("total columns ",c2)
#dy1,mth1,yr1=dt.split(":")
ct=0
ct2=0
ai,ti=sheet.cell(row=3,column=3).value.split(",") # row=3 cuz even if maam joins way before time it checks either with their in between leaving time or next students joining time.
mth1,dy1,yr1=ai.split("/")
dtls=[]
#print("ti == ",ti)
hi,mi,si=ti.split(":")
h4=0
m4=0
#print("hi, mi ====",hi," ",mi)
tmls=[[[8,20],[9,30]],[[9,31],[10,45]],[[10,46],[11,59]],[[12,30],[1,59]],[[2,5],[3,15]]]
for i in range(len(tmls)):
#print("tmls[i] ",tmls[i]," tmls[i][0][0] ",tmls[i][0][0])
if((int(hi)==tmls[i][0][0] and int(mi)>=tmls[i][0][1]) or (int(hi)==tmls[i][1][0] and int(mi)<tmls[i][1][1])):
#print("**inside**")
h4=tmls[i][1][0]
m4=tmls[i][1][1]
#print("END TIME OF CLASS: ",h4,":",m4)
break
for i in range(5,c2+1):
temp=[]
if(c2>4):
q,f=str(sheet2.cell(row=1,column=i).value).split(',') ########
#print("old date: ",q)
mth2,dy2,yr2=q.split("/")
temp.append(dy2)
temp.append(mth2)
temp.append(yr2)
dtls.append(temp)
if(dy1==dy2 and mth1==mth2 and yr1==yr2):
ct=ct+1
f2,f3=f.split('-')
f4,fm4=f3.split(':')
#print('f4 m4 === ',f4,' ',m4)
if(int(f4)==h4):
ct2=ct2+1
frame=LabelFrame(root,bd=5) # FOR CREATING FRAME FOR THE LABELS
frame.pack()
if(ct==0 or ct2==0):
#print("****")
l1=[]
i=2
ls=[]
while(i<r+1):
j=i
tm=0
l=[]
a,t1=sheet.cell(row=j,column=3).value.split(",")
h1,m1,s1=t1.split(":")
if(sheet.cell(row=j+1,column=2).value=="Left"):
a,t2=sheet.cell(row=j+1,column=3).value.split(",")
h2,m2,s2=t2.split(":")
tm=(((int(h2)-int(h1))*60)+(int(m2)-int(m1)))
i=i+2
elif((sheet.cell(row=j+1,column=1).value == sheet.cell(row=j,column=1).value) and sheet.cell(row=j+1,column=2).value=="Joined"):
a,t2=sheet.cell(row=j+1,column=3).value.split(",")
h2,m2,s2=t2.split(":")
tm=(((int(h2)-int(h1))*60)+(int(m2)-int(m1)))
i=i+1
else:
tm=(((int(h4)-int(h1))*60)+(int(m4)-int(m1)))
i=i+1
if(i>3 and sheet.cell(row=j,column=1).value == sheet.cell(row=j-1,column=1).value and (sheet.cell(row=j-1,column=2).value=="Left" or sheet.cell(row=j-1,column=2).value=="Joined") ): #For repeating cases of names
a_temp,t_temp=sheet.cell(row=j-1,column=3).value.split(",")
h_temp,m_temp,s_temp=t_temp.split(":")
if(int(h1)>=int(h_temp) or int(m1)>=int(m_temp)):
ls[len(ls)-1][1]=ls[len(ls)-1][1]+tm
else:
l.append(sheet.cell(row=j,column=1).value)
l.append(tm)
ls.append(l)
#print(ls)
l_chk=[]
#print("list printing...",ls)
for i in range(len(ls)):
k=(ls[i][0].upper()).split(" ")
l_chk.append((ls[i][0].upper()).split(" "))
pos=[]
for j in range(len(k)):
if((len(k[j]))<2):
pos.append(k[j])
#print("pos ",pos)
for m in range(len(pos)):
#print("inside")
#print("POS[M] is......",pos[m])
#print("List K before deleting......",k)
k.remove(pos[m])
#print("List K before deleting......",k)
ls[i][0]=k
#print("ls[i][0] ",ls[i][0])
temp1=[]
temp2=[]
temp3=[]
for i in range(len(dtls)):
if(int(yr1)<int(dtls[i][2])):
temp1.append(dtls[i])
for i in range(len(dtls)):
if(int(mth1)<int(dtls[i][1]) and int(yr1)==int(dtls[i][2])):
temp2.append(dtls[i])
for i in range(len(dtls)):
if(int(dy1)<int(dtls[i][0]) and int(mth1)==int(dtls[i][1]) and int(yr1)==int(dtls[i][2])):
temp3.append(dtls[i])
for i in range(len(temp1)):
dtls.remove(temp1[i])
for i in range(len(temp2)):
dtls.remove(temp2[i])
for i in range(len(temp3)):
dtls.remove(temp3[i])
#print("len(dtls) later : ",len(dtls))
n=len(dtls)+4
if(c2>4 and n<c2):
dt_new,timing=(sheet2.cell(row=1,column=n+1).value).split(',')
else:
dt_new=sheet2.cell(row=1,column=n+1).value
sheet2.insert_cols(idx=n+1) #creating column 1
#sheet.insert_cols(idx=c+2,amount=r) #creating column 2
d={}
for i in range(len(ls)):
ld=[]
if(ls[i][1]>=40): #criteria : 40 minutes as the qualifying time for PRESENT
ls[i].append("P")
#print('\n',ls[i][0]," - ",ls[i][2])
#ld.append(ls[i][1])
ld.append(ls[i][0])
ld.append(ls[i][2])
ld.append(ls[i][1])
d[str(ls[i][0])]=ld
#elif(ls[i][1]==-1):
#ls[i].append("PRESENT")
#print('\n',ls[i][0],' - ',ls[i][2])
#ld.append("FULL TIME")
#ld.append(ls[i][2])
#d[ls[i][0]]=ld
else:
ls[i].append("Ab")
#print('\n',ls[i][0]," - ",ls[i][2])
#d[ls[i][0]]=ls[i][2]
#ld.append(ls[i][1])
ld.append(ls[i][0])
ld.append(ls[i][2])
ld.append(ls[i][1])
d[str(ls[i][0])]=ld
#print("check***",ls)
#sheet.cell(row=1,column=c+1).value="Time(minutes)"
sheet2.cell(row=1,column=n+1).value=ai+','+str(h4-1)+':'+str(m4)+'-'+str(h4)+':'+str(m4)
#n=sheet.cell(row=3,column=1).value
#sheet2.cell(row=(l1.index(d_org[d[n][0]])+1),column=c+1).value=d[n][1]
#sheet.cell(row=3,column=c+2).value=d[n][1]
#print("l_chk : ",l_chk)
#print("\n nmls2 : ",nmls2)
time_ls=[]
for i in range(len(ls)):
tmp=[]
if(ls[i][0] in nmls1):
#u=l1.index(d_org[d[sheet.cell(row=i,column=1).value][0]])+1
if(nmls1.count(ls[i][0])==1):
u=nmls1.index(ls[i][0])
sheet2.cell(row=u+2,column=n+1).value = d[str(ls[i][0])][1]
tmp.append(sheet2.cell(row=u+2,column=4).value)
tmp.append(d[str(ls[i][0])][2])
time_ls.append(tmp)
#print("print 1 ::: ",tmp)
else:
for k in range(nmls1.count(ls[i][0])):
t_pos=(nmls1.index(ls[i][0]))+k
#print("ls[i][0] :::: ",ls[i][0])
#print("nmls1.count(ls[i][0]) :::: ",nmls1.count(ls[i][0]))
#print("t_pos ::: ",t_pos)
g=0
for j in range((len(l_chk[i]))):
if(l_chk[i][j] in nmls2[t_pos] and sheet2.cell(row=t_pos+2,column=n+1).value != 'P'):
#print("nmls2[tpos] ::: ",nmls2[t_pos])
g=g+1
if(g==len(l_chk[i])):
sheet2.cell(row=t_pos+2,column=n+1).value = d[str(ls[i][0])][1]
tmp.append(sheet2.cell(row=t_pos+2,column=4).value)
tmp.append(d[str(ls[i][0])][2])
time_ls.append(tmp)
#print("print 2 ::: ",tmp)
#print("str(ls[i][0]) ::: ",str(ls[i][0]))
#print("sheet2.cell(row=t_pos+2,column=n+1).value :::: ",sheet2.cell(row=t_pos+2,column=n+1).value)
break
abs1=[]
abs2=[]
for i in range(2,r2+1):
tmp=[]
if(sheet2.cell(row=i,column=n+1).value!="P" ):
#f=sheet2.cell(row=i,column=c2+1)
if(sheet2.cell(row=i,column=n+1).value != 'Ab'):
tmp.append(sheet2.cell(row=i,column=4).value)
tmp.append(0)
time_ls.append(tmp)
#print("print 3 ::: ",tmp)
sheet2.cell(row=i,column=n+1).value="Ab"
abs1.append(sheet2.cell(row=i,column=2).value)
abs2.append(sheet2.cell(row=i,column=4).value)
sheet2.cell(row=i,column=n+1).font = Font(color="00FF0000")
else:
sheet2.cell(row=i,column=n+1).font = Font(color="0000FF00")
#sheet.cell(row=i,column=c+2).value = d[sheet.cell(row=i,column=1).value][1]
#nm=input("\nEnter name for the new updated excel file (ex: abc.xlsx ) : ") #saving in a new excel sheet
## CREATING A NEW TEXT FILE NAMED "class_att_list_IT_A.txt" TO SAVE IMMIDEATE DETAILS
r1=sheet1.max_row
c1=sheet2.max_column
if(n!=c2):
for i in range(1,r1+1):
#print("inside1***")
#print("dt_new :::: ",dt_new)
print("sheet1.cell(row=i,column=1).value, dt_new ",sheet1.cell(row=i,column=1).value," ;;;; ",dt_new)
if(sheet1.cell(row=i,column=1).value==dt_new):
#print("inside2***")
print("sheet1.cell(row=i,column=1).value ::: ",sheet1.cell(row=i,column=1).value)
sheet1.insert_rows(idx=i,amount=len(abs2)+2)
r1=i-1
#print("r1 (1) :::: ",r1)
break
if(n==c2 and r1!=1):
r1=r1+2
#print("r1 (2) ::: ",r1)
sheet1.cell(row=r1+1,column=1).value=ai
sheet1.cell(row=r1+1,column=2).value=str(h4-1)+":"+str(m4)+" - "+str(h4)+":"+str(m4)
sheet1.cell(row=r1+1,column=3).value=str(r2-1-len(abs1))+" / "+str(len(abs1))
#print("print 4 ::: ",time_ls)
for i in range(len(abs1)):
a=str(abs1[i])
b=str(abs2[i])
sheet1.cell(row=r1+i+1,column=4).value=a
sheet1.cell(row=r1+i+1,column=5).value=b
for j in range(len(time_ls)):
if(abs2[i] == time_ls[j][0]):
sheet1.cell(row=r1+i+1,column=6).value=time_ls[j][1]
wb2.save(filename = "class_list_IT_A.xlsx")
label1=Label(frame,text="ATTENDANCE SUCCESSFULLY CALCULATED for "+ai+"\n\nCheck class_list_IT_A.xlsx for details of compiled attendance",font=("Courier New",18),fg="green",pady=15)
label1.pack()
print("\n\n *** ATTENDANCE SUCCESSFULLY CALCULATED *** ")
print("\n Check class_list_IT_A.xlsx for details of compiled attendance")
else:
label2=Label(frame,text="Attendance has already been compiled for "+ai+"\n\nPlease check class_list_IT_A.xlsx for the compiled details....",font=("Courier New",18),fg="blue",pady=15)
label2.pack()
print("\n\n\n Attendance for the date : ",ai," has already been compiled ")
print(" Please check class_list_IT_A.xlsx for the compiled details....")
# OUTSIDE THE FUNCTION
print("\n P R A J E E T H T E A M S A T T E N D A N C E C A L C U L A T O R ")
print("\n S E L E C T F I L E ")
####
root=Tk()
def main(filename):
print("file name = ",filename.name)
s=filename.name
if(s[-4::1]=='.csv'):
s=os.path.basename(filename.name)
wb = openpyxl.Workbook()
ws = wb.active
with open(filename.name) as csv_file:
csv_reader = csv.reader((line.replace('\0','') for line in csv_file),delimiter='\t')
for row in csv_reader:
ws.append(row)
#print("\n\n\nroot.name : ",root.name)
print(" s= ",s)
s=s.replace(".csv",'')
s=s+'.xlsx'
print(" s new= ",s)
wb.save(s)
print(" filename.name = ",filename.name)
os.remove(filename.name)
wb = openpyxl.load_workbook(s)
wb2= openpyxl.load_workbook("class_list_IT_A.xlsx")
x=wb.get_sheet_names()
y=wb2.get_sheet_names()
sheet = wb.get_sheet_by_name(x[0])
sheet1=wb2.get_sheet_by_name(y[1])
sheet2= wb2.get_sheet_by_name(y[0])
calc(sheet,sheet2,sheet1,wb2,root)
def open_file():
filename=fd.askopenfile(filetypes=[("file types","*.xlsx .csv")])
print("root.name = ",filename)
main(filename)
label=Label(root,text="WELCOME TO PRAJEETH'S ATTENDANCE CALCULATOR", font=("Comic Sans MS",30),fg="black",pady=10)
label.pack()
lbl=Label(root,text ="\n\n\n\nClick here to select file",font=("Times New Roman",20),fg="grey",pady=10)
lbl.pack()
image = Image.open('file_icon.jpeg')
#Resize the Image
image = image.resize((30,30),Image.ANTIALIAS)
#Convert the image to PhotoImage
img= ImageTk.PhotoImage(image)
btn = Button(root, text =' Select File ',font=("Times New Roman",20),bg="light blue",fg="black",activebackground="grey",image=img,compound=LEFT,bd=6,command = lambda:open_file())
btn.pack(side = TOP,pady=10)
width= root.winfo_screenwidth()
height= root.winfo_screenheight()
root.geometry("%dx%d" % (width, height))
root.title("ATTENDANCE CALCULATOR")
root.mainloop()
# text ='Select File',font=("Times New Roman",20),bg="light blue",fg="blue",activebackground="grey",height = 2, width = 10,bd=5
#ft=str(input("enter the end time of class in hh:mm format : "))
#h4,m4=ft.split(":")
#d_org={"B PRAJEETH":205002062}
'''
import openpyxl
import os
from openpyxl.styles import Font
from tkinter import *
import csv
from openpyxl import Workbook
from tkinter import filedialog
def calc(sheet,sheet2,sheet1):
r=sheet.max_row
#c=sheet.max_column
r2=sheet2.max_row
c2=sheet2.max_column
nmls1=[]
nmls2=[]
for i in range(2,r2+1):
k=(sheet2.cell(row=i,column=4).value).split(" ")
print("k ::::: ",k)
nmls2.append((sheet2.cell(row=i,column=4).value).split(" ")) # THE NAME ALGORITHM
pos=[]
for j in range(len(k)):
#print("len(k) ",len(k))
n1=len(k[j])
if(n1 <= 2):
pos.append(k[j])
#print("pos ",pos)
for m in range(len(pos)):
#print("inside")
#print("POS[M] is......",pos[m])
#print("List K before deleting......",k)
k.remove(pos[m])
#print("List K AFTERRR deleting......",k)
nmls1.append(k)
print("nmls2 \n",nmls2)
print("\nnmls1 ::: \n",nmls1)
#print("total columns ",c2)
#dy1,mth1,yr1=dt.split(":")
ct=0
ct2=0
ai,ti=sheet.cell(row=3,column=3).value.split(",") # row=3 cuz even if maam joins way before time it checks either with their in between leaving time or next students joining time.
mth1,dy1,yr1=ai.split("/")
dtls=[]
#print("ti == ",ti)
hi,mi,si=ti.split(":")
h4=0
m4=0
#print("hi, mi ====",hi," ",mi)
tmls=[[[8,20],[9,30]],[[9,31],[10,45]],[[10,46],[11,59]],[[12,30],[1,59]],[[2,5],[3,15]]]
for i in range(len(tmls)):
#print("tmls[i] ",tmls[i]," tmls[i][0][0] ",tmls[i][0][0])
if((int(hi)==tmls[i][0][0] and int(mi)>=tmls[i][0][1]) or (int(hi)==tmls[i][1][0] and int(mi)<tmls[i][1][1])):
#print("**inside**")
h4=tmls[i][1][0]
m4=tmls[i][1][1]
#print("END TIME OF CLASS: ",h4,":",m4)
break
for i in range(5,c2+1):
temp=[]
if(c2>4):
q,f=str(sheet2.cell(row=1,column=i).value).split(',') ########
#print("old date: ",q)
mth2,dy2,yr2=q.split("/")
temp.append(dy2)
temp.append(mth2)
temp.append(yr2)
dtls.append(temp)
if(dy1==dy2 and mth1==mth2 and yr1==yr2):
ct=ct+1
f2,f3=f.split('-')
f4,fm4=f3.split(':')
#print('f4 m4 === ',f4,' ',m4)
if(int(f4)==h4):
ct2=ct2+1
if(ct==0 or ct2==0):
#print("****")
l1=[]
i=2
ls=[]
while(i<r+1):
j=i
tm=0
l=[]
a,t1=sheet.cell(row=j,column=3).value.split(",")
h1,m1,s1=t1.split(":")
if(sheet.cell(row=j+1,column=2).value=="Left"):
a,t2=sheet.cell(row=j+1,column=3).value.split(",")
h2,m2,s2=t2.split(":")
tm=(((int(h2)-int(h1))*60)+(int(m2)-int(m1)))
i=i+2
elif((sheet.cell(row=j+1,column=1).value == sheet.cell(row=j,column=1).value) and sheet.cell(row=j+1,column=2).value=="Joined"):
a,t2=sheet.cell(row=j+1,column=3).value.split(",")
h2,m2,s2=t2.split(":")
tm=(((int(h2)-int(h1))*60)+(int(m2)-int(m1)))
i=i+1
else:
tm=(((int(h4)-int(h1))*60)+(int(m4)-int(m1)))
i=i+1
if(i>3 and sheet.cell(row=j,column=1).value == sheet.cell(row=j-1,column=1).value and (sheet.cell(row=j-1,column=2).value=="Left" or sheet.cell(row=j-1,column=2).value=="Joined") ): #For repeating cases of names
a_temp,t_temp=sheet.cell(row=j-1,column=3).value.split(",")
h_temp,m_temp,s_temp=t_temp.split(":")
if(int(h1)>=int(h_temp) or int(m1)>=int(m_temp)):
ls[len(ls)-1][1]=ls[len(ls)-1][1]+tm
else:
l.append(sheet.cell(row=j,column=1).value)
l.append(tm)
ls.append(l)
#print(ls)
l_chk=[]
#print("list printing...",ls)
for i in range(len(ls)):
k=(ls[i][0].upper()).split(" ")
l_chk.append((ls[i][0].upper()).split(" "))
pos=[]
for j in range(len(k)):
if((len(k[j]))<2):
pos.append(k[j])
#print("pos ",pos)
for m in range(len(pos)):
#print("inside")
#print("POS[M] is......",pos[m])
#print("List K before deleting......",k)
k.remove(pos[m])
#print("List K before deleting......",k)
ls[i][0]=k
#print("ls[i][0] ",ls[i][0])
temp1=[]
temp2=[]
temp3=[]
for i in range(len(dtls)):
if(int(yr1)<int(dtls[i][2])):
temp1.append(dtls[i])
for i in range(len(dtls)):
if(int(mth1)<int(dtls[i][1]) and int(yr1)==int(dtls[i][2])):
temp2.append(dtls[i])
for i in range(len(dtls)):
if(int(dy1)<int(dtls[i][0]) and int(mth1)==int(dtls[i][1]) and int(yr1)==int(dtls[i][2])):
temp3.append(dtls[i])
for i in range(len(temp1)):
dtls.remove(temp1[i])
for i in range(len(temp2)):
dtls.remove(temp2[i])
for i in range(len(temp3)):
dtls.remove(temp3[i])
#print("len(dtls) later : ",len(dtls))
n=len(dtls)+4
if(c2>4 and n<c2):
dt_new,timing=(sheet2.cell(row=1,column=n+1).value).split(',')
else:
dt_new=sheet2.cell(row=1,column=n+1).value
sheet2.insert_cols(idx=n+1) #creating column 1
#sheet.insert_cols(idx=c+2,amount=r) #creating column 2
d={}
for i in range(len(ls)):
ld=[]
if(ls[i][1]>=40): #criteria : 40 minutes as the qualifying time for PRESENT
ls[i].append("P")
#print('\n',ls[i][0]," - ",ls[i][2])
#ld.append(ls[i][1])
ld.append(ls[i][0])
ld.append(ls[i][2])
ld.append(ls[i][1])
d[str(ls[i][0])]=ld
#elif(ls[i][1]==-1):
#ls[i].append("PRESENT")
#print('\n',ls[i][0],' - ',ls[i][2])
#ld.append("FULL TIME")
#ld.append(ls[i][2])
#d[ls[i][0]]=ld
else:
ls[i].append("Ab")
#print('\n',ls[i][0]," - ",ls[i][2])
#d[ls[i][0]]=ls[i][2]
#ld.append(ls[i][1])
ld.append(ls[i][0])
ld.append(ls[i][2])
ld.append(ls[i][1])
d[str(ls[i][0])]=ld
#print("check***",ls)
#sheet.cell(row=1,column=c+1).value="Time(minutes)"
sheet2.cell(row=1,column=n+1).value=ai+','+str(h4-1)+':'+str(m4)+'-'+str(h4)+':'+str(m4)
#n=sheet.cell(row=3,column=1).value
#sheet2.cell(row=(l1.index(d_org[d[n][0]])+1),column=c+1).value=d[n][1]
#sheet.cell(row=3,column=c+2).value=d[n][1]
#print("l_chk : ",l_chk)
#print("\n nmls2 : ",nmls2)
time_ls=[]
for i in range(len(ls)):
tmp=[]
if(ls[i][0] in nmls1):
#u=l1.index(d_org[d[sheet.cell(row=i,column=1).value][0]])+1
if(nmls1.count(ls[i][0])==1):
u=nmls1.index(ls[i][0])
sheet2.cell(row=u+2,column=n+1).value = d[str(ls[i][0])][1]
tmp.append(sheet2.cell(row=u+2,column=4).value)
tmp.append(d[str(ls[i][0])][2])
time_ls.append(tmp)
#print("print 1 ::: ",tmp)
else:
for k in range(nmls1.count(ls[i][0])):
t_pos=(nmls1.index(ls[i][0]))+k
#print("ls[i][0] :::: ",ls[i][0])
#print("nmls1.count(ls[i][0]) :::: ",nmls1.count(ls[i][0]))
#print("t_pos ::: ",t_pos)
g=0
for j in range((len(l_chk[i]))):
if(l_chk[i][j] in nmls2[t_pos] and sheet2.cell(row=t_pos+2,column=n+1).value != 'P'):
#print("nmls2[tpos] ::: ",nmls2[t_pos])
g=g+1
if(g==len(l_chk[i])):
sheet2.cell(row=t_pos+2,column=n+1).value = d[str(ls[i][0])][1]
tmp.append(sheet2.cell(row=t_pos+2,column=4).value)
tmp.append(d[str(ls[i][0])][2])
time_ls.append(tmp)
#print("print 2 ::: ",tmp)
#print("str(ls[i][0]) ::: ",str(ls[i][0]))
#print("sheet2.cell(row=t_pos+2,column=n+1).value :::: ",sheet2.cell(row=t_pos+2,column=n+1).value)
break
abs1=[]
abs2=[]
for i in range(2,r2+1):
tmp=[]
if(sheet2.cell(row=i,column=n+1).value!="P" ):
#f=sheet2.cell(row=i,column=c2+1)
if(sheet2.cell(row=i,column=n+1).value != 'Ab'):
tmp.append(sheet2.cell(row=i,column=4).value)
tmp.append(0)
time_ls.append(tmp)
#print("print 3 ::: ",tmp)
sheet2.cell(row=i,column=n+1).value="Ab"
abs1.append(sheet2.cell(row=i,column=2).value)
abs2.append(sheet2.cell(row=i,column=4).value)
sheet2.cell(row=i,column=n+1).font = Font(color="00FF0000")
else:
sheet2.cell(row=i,column=n+1).font = Font(color="0000FF00")
#sheet.cell(row=i,column=c+2).value = d[sheet.cell(row=i,column=1).value][1]
#nm=input("\nEnter name for the new updated excel file (ex: abc.xlsx ) : ") #saving in a new excel sheet
## CREATING A NEW TEXT FILE NAMED "class_att_list_IT_A.txt" TO SAVE IMMIDEATE DETAILS
r1=sheet1.max_row
c1=sheet2.max_column
if(n!=c2):
for i in range(1,r1+1):
#print("inside1***")
#print("dt_new :::: ",dt_new)
print("sheet1.cell(row=i,column=1).value, dt_new ",sheet1.cell(row=i,column=1).value," ;;;; ",dt_new)
if(sheet1.cell(row=i,column=1).value==dt_new):
#print("inside2***")
print("sheet1.cell(row=i,column=1).value ::: ",sheet1.cell(row=i,column=1).value)
sheet1.insert_rows(idx=i,amount=len(abs2)+2)
r1=i-1
#print("r1 (1) :::: ",r1)
break
if(n==c2 and r1!=1):
r1=r1+2
#print("r1 (2) ::: ",r1)
sheet1.cell(row=r1+1,column=1).value=ai
sheet1.cell(row=r1+1,column=2).value=str(h4-1)+":"+str(m4)+" - "+str(h4)+":"+str(m4)
sheet1.cell(row=r1+1,column=3).value=str(r2-1-len(abs1))+" / "+str(len(abs1))
#print("print 4 ::: ",time_ls)
for i in range(len(abs1)):
a=str(abs1[i])
b=str(abs2[i])
sheet1.cell(row=r1+i+1,column=4).value=a
sheet1.cell(row=r1+i+1,column=5).value=b
for j in range(len(time_ls)):
if(abs2[i] == time_ls[j][0]):
sheet1.cell(row=r1+i+1,column=6).value=time_ls[j][1]
wb2.save(filename = "class_list_IT_A.xlsx")
print("\n\n *** ATTENDANCE SUCCESSFULLY CALCULATED *** ")
print("\n Check class_list_IT_A.xlsx for details of compiled attendance")
else:
print("\n\n\n Attendance for the date : ",ai," has already been compiled ")
print(" Please check class_list_IT_A.xlsx for the compiled details....")
# OUTSIDE THE FUNCTION
print("\n P R A J E E T H T E A M S A T T E N D A N C E C A L C U L A T O R ")
print("\n S E L E C T F I L E ")
root=Tk()
root.withdraw()
root.name=filedialog.askopenfilename()
#ft=str(input("enter the end time of class in hh:mm format : "))
#h4,m4=ft.split(":")
#d_org={"B PRAJEETH":205002062} #example prototype yet to be completed
s=root.name
if(s[-4::1]=='.csv'):
s=os.path.basename(root.name)
wb = openpyxl.Workbook()
ws = wb.active
with open(root.name) as csv_file:
csv_reader = csv.reader((line.replace('\0','') for line in csv_file),delimiter='\t')
for row in csv_reader:
ws.append(row)
#print("\n\n\nroot.name : ",root.name)
print(" s= ",s)
s=s.replace(".csv",'')
s=s+'.xlsx'
wb.save(s)
os.remove(root.name)
wb = openpyxl.load_workbook(s)
wb2= openpyxl.load_workbook("class_list_IT_A.xlsx")
x=wb.get_sheet_names()
y=wb2.get_sheet_names()
sheet = wb.get_sheet_by_name(x[0])
sheet1=wb2.get_sheet_by_name(y[1])
sheet2= wb2.get_sheet_by_name(y[0])
calc(sheet,sheet2,sheet1)
root.mainloop()
'''