def to_comp():
col = color.get()
#print comp_mode.get()
if res_mode.get():
eps = e4.get()
else:
eps = 0
fd = e1.get()
f1 = e2.get()
f2 = e3.get()
#print col,eps
if comp_mode.get() == 1:
res = the_mess1([fd, f1, f2, col, float(eps)])
#pass
elif comp_mode.get() == 2:
import fastreader
res = fastreader.the_lmess([fd, f1, f2])
#pass
elif comp_mode.get() == 3:
import test1csv
res = test1csv.the_mess([fd, f1, f2])
print res
if res:
print res
showinfo("Done!", "Finished Comparing!")
rep.append(res)
def to_comp():
col = color.get()
#print comp_mode.get()
if res_mode.get():
eps = e4.get()
else:
eps = 0
fd = e1.get()
f1 = e2.get()
f2 = e3.get()
#print col,eps
if comp_mode.get() == 1:
res = the_mess1([fd,f1,f2,col,float(eps)])
#pass
elif comp_mode.get() == 2:
import fastreader
res = fastreader.the_lmess([fd,f1,f2])
#pass
elif comp_mode.get() == 3:
import test1csv
res = test1csv.the_mess([fd,f1,f2])
print res
if res:
print res
showinfo("Done!","Finished Comparing!")
rep.append(res)
def to_comp():
#aaaaa = tkSimpleDialog.askstring("User Creds", "Enter your name", parent=root)
val1, val2 = e5.get(), e6.get()
clr1, clr2, clr3 = c1.get(), c2.get(), c3.get()
cmpmode = comp_mode.get()
print clr1, clr2, clr3
print val1, val2
#pass
if ignore_mode.get():
eps_per = e4.get()
eps_val = e7.get()
#print eps
else:
eps_per = 0
eps_val = 0
#print eps_per, eps_val
fd = e1.get()
f1 = e2.get()
f2 = e3.get()
import compxl_abc
res = compxl_abc.the_mess1([
fd, f1, f2, clr1, clr2, clr3, val1, val2,
float(eps_per),
float(eps_val)
])
print res
if comp_mode.get() == 1:
import compxl
res = compxl.the_mess1([
fd, f1, f2, clr1, clr2, clr3, val1, val2,
float(eps_per),
float(eps_val)
])
#res = the_mess1([fd,f1,f2,col,float(eps_per),float(eps_val)])
print res
#pass
elif comp_mode.get() == 2:
import fastreader
res = fastreader.the_lmess(
[fd, f1, f2, col, float(eps_per),
float(eps_val)])
pass
elif comp_mode.get() == 3:
import cmpcsv
res = cmpcsv.comp_csv(f1, f2)
#res = cmpcsv.comp_csv(f1,f2)
#print res
if res:
showinfo("Done!", "Finished Comparing!")
rep.append(res)
def to_comp():
val1, val2 = e5.get(), e6.get()
clr1, clr2, clr3 = c1.get(), c2.get(), c3.get()
cmpmode = comp_mode.get()
print clr1, clr2, clr3
print val1, val2
#pass
if ignore_mode.get():
eps = e4.get()
print eps
else:
eps = 0
fd = e1.get()
f1 = e2.get()
f2 = e3.get()
import compxl
res = compxl.the_mess1(
[fd, f1, f2, clr1, clr2, clr3, val1, val2,
float(eps)])
print res
if comp_mode.get() == 1:
import compxl
res = compxl.the_mess1(
[fd, f1, f2, clr1, clr2, clr3, val1, val2,
float(eps)])
#res = the_mess1([fd,f1,f2,col,float(eps)])
print res
#pass
elif comp_mode.get() == 2:
import fastreader
res = fastreader.the_lmess([fd, f1, f2, col, float(eps)])
pass
elif comp_mode.get() == 3:
import cmpcsv
res = cmpcsv.comp_csv(f1, f2)
#res = cmpcsv.comp_csv(f1,f2)
#print res
if res:
showinfo("Done!", "Finished Comparing!")
rep.append(res)
def to_comp():
val1,val2 = e5.get(),e6.get()
clr1,clr2,clr3 = c1.get(),c2.get(),c3.get()
cmpmode = comp_mode.get()
print clr1,clr2,clr3
print val1,val2
#pass
if ignore_mode.get():
eps = e4.get()
print eps
else:
eps = 0
fd = e1.get()
f1 = e2.get()
f2 = e3.get()
import compxl
res = compxl.the_mess1([fd,f1,f2,clr1,clr2,clr3,val1,val2,float(eps)])
print res
if comp_mode.get() == 1:
import compxl
res = compxl.the_mess1([fd,f1,f2,clr1,clr2,clr3,val1,val2,float(eps)])
#res = the_mess1([fd,f1,f2,col,float(eps)])
print res
#pass
elif comp_mode.get() == 2:
import fastreader
res = fastreader.the_lmess([fd,f1,f2,col,float(eps)])
pass
elif comp_mode.get() == 3:
import cmpcsv
res = cmpcsv.comp_csv(f1,f2)
#res = cmpcsv.comp_csv(f1,f2)
#print res
if res:
showinfo("Done!","Finished Comparing!")
rep.append(res)