# -*- coding: UTF-8 -*-
#MarcFranc.py

from Tkinter import *

class Fen1:
    
    def __init__ (self, parent):

        global NbreCre
        global SomRepart
        
        self.parent = root
        self.lbNbreCre = Label (text = "Nbre de creanciers")
        self.lbNbreCre.grid(row=2, column=0)

        NbreCre = IntVar()
        self.entNbreCre = Entry(root,textvariable = NbreCre, width=20)
        self.entNbreCre.config(bg="grey")
        self.entNbreCre.grid (row=2, column=1)
        self.entNbreCre.focus()
        
        self.lbSomRepart = Label (text = "Somme totale à répartir")
        self.lbSomRepart.grid(row=3,column=0)

        SomRepart = DoubleVar()
        self.entSomRepart = Entry(root, textvariable = SomRepart, width = 20)
        self.entSomRepart.config (bg="grey")
        self.entSomRepart.grid(row=3, column=1)
        SomRepart.set ("0")

        self.btOK = Button(root,command = self.clickOK)
        self.btOK.grid(row = 4, column = 4)
        self.btOK.config(text="OK")

        self.btQUIT = Button(root,command = self.clickQUIT)
        self.btQUIT.grid(row = 4, column = 5)
        self.btQUIT.config(text="QUIT")

    def clickOK(self):
        root.destroy()
        fen2 = Fen2(Toplevel)

    def clickQUIT(self):
        print "QUIT"
        root.destroy()
        
class Fen2:

    def __init__ (self, parent):

        global fen2
        global NomCre
        global SomCre
        global lstEntryNomCre
        global lstEntrySomCre

        
        fen2 = Tk()
        fen2.title("Marc le franc")

        self.lbNomCre = Label (fen2,text = "Nom du créancier")
        self.lbNomCre.grid(row=3, column =1)

        self.lbSomCre = Label (fen2, text = "Créance totale")
        self.lbSomCre.grid(row=3, column=2)

        self.lbColloc = Label (fen2, text = "Collocation")
        self.lbColloc.grid (row=3, column = 3)

        lstEntryNomCre = []
        lstEntrySomCre = []

        y = NbreCre.get()
        i = 0

        while i < y:
            
            NumCre = IntVar()
            NumCre = i+1
           
            self.lbNumCre = Label (fen2, text = NumCre )
            self.lbNumCre.grid(row= i+6, column=0)

            NomCre = StringVar()
            self.entNomCre = Entry (fen2, textvariable = NomCre, width = 50)
            self.entNomCre.grid(row=i+6, column=1)

            SomCre = DoubleVar()
            self.entSomCre = Entry (fen2, textvariable = SomCre, width = 20)
            self.entSomCre.grid(row=i+6, column =2)
                        
            Result= DoubleVar()
            lbResultColloc = Label (fen2, textvariable = Result, width = 20)
            lbResultColloc.grid (row = i+6, column=3)
            Result.set ("0")

            lstEntryNomCre.append(self.entNomCre)
            lstEntrySomCre.append (self.entSomCre)
            
            i += 1
                
        self.btOK = Button(fen2,command = self.clickOK)
        self.btOK.grid(row = y + 12, column = 4)
        self.btOK.config(text="CALC")
     
        self.btPRINT = Button(fen2, command = self.clickPRINT)
        self.btPRINT.grid(row = y + 12, column=5)
        self.btPRINT.config(text="PRINT")

        self.btSAVE = Button (fen2, command = self.clickSAVE)
        self.btSAVE.grid(row = y + 12, column=6)
        self.btSAVE.config(text="   SAVE")

        self.btEXPORT = Button (fen2, command = self.clickEXPORT)
        self.btEXPORT.grid(row = y + 12, column=7)
        self.btEXPORT.config(text="EXPORT")
        
        fen2.mainloop()

    def clickOK(self):
                   
        global SomRepart
        
        lstDataNomCre = []#liste des noms de créanciers
        lstDataSomCre = []#liste des sommes dues aux créanciers
        lstQPCre = []#liste des quote-parts revenant aux créanciers
        TotSomCre = float(0)#total des sommes dues aux créanciers
        SommeDue = float(0)
        SomCre2 = DoubleVar()

        y = NbreCre.get()
        j = 0
        
        while j < y: 

            NomCre = str(lstEntryNomCre [j].get())
            lstDataNomCre.append (NomCre)
           
            SomCre2 = str(lstEntrySomCre [j].get())
            lstDataSomCre.append (SomCre2)
            
            TotSomCre = TotSomCre + float(SomCre2)
                            
            j += 1
        
        k = 0
        Colloc = float(0)        
        TotRepart = float(SomRepart.get())

        if TotSomCre > TotRepart:

            while k < y:
                SommeDue = float(lstDataSomCre[k])
            
                Colloc = TotRepart*(SommeDue / float(TotSomCre))
                lstQPCre.append(Colloc)
            
                Result = DoubleVar()
                self.lbResultColloc = Label (fen2, textvariable = Result, width = 40)
                self.lbResultColloc.grid (row = k+6, column=3)
                Result.set (lstQPCre[k])
                
                k += 1
        else:

            while k < y:
            
                self.lbResultColloc = Label (fen2, text ="Créanciers entièrement désintéressés", width = 40)
                self.lbResultColloc.grid (row = k+6, column=3)
               
                k += 1
                
    def clickPRINT(self):
        print "Fonction d'impression"

    def clickSAVE(self):
        print "Fonction de sauvegarde"
    
    def clickEXPORT(self):
        print "Fonction d'exportation"

root = Tk() 
myapp = Fen1(root)
root.title ("Marc le franc")        
root.mainloop()