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|
#!/usr/bin/env python
# -*-coding:utf-8 -*
# Pycalcar
# Copyright (C) 2013 GALODE A.
#
# This file is part of Pycalcar.
#
# Pycalcar is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
#
# Pycalcar is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with Pycalcar. If not, see <http://www.gnu.org/licenses/>
import sqlite3
import sys
"""
:
G{importgraph Demo}
"""
class SqlitePycalcar:
"""
:
G{classtree}
DESCRIPTION
===========
Allow to access to the DataBase of PYCALCAR
FUNCTIONS
=========
p_ins_money
-----------
Creation of a new money
p_ins_rate
----------
Creation of a new rate between devise
p_upd_money
-----------
Update of a money's DATA
p_upd_rate
----------
Update of money's rate
p_del_money
-----------
Delete a Money
p_del_rate
----------
Delete all rate attach to a devise which has been delete
f_read_money_name
-----------------
Allow to read a money's DATA
f_read_money_rate
-----------------
Allow to read a money's DATA internal rate conversion
f_read_lang
-----------
Allow to read the different language available for Pycalcar
f_config_get_language
---------------------
Allow to know the active language
p_config_set_language
---------------------
Allow to set the selected language for Pycalcar
f_read_rate
-----------
Allow to read money's rate conversion
f_read_conv_combox
------------------
Allow to know the available money for convertion end the rate to apply
f_read_message
--------------
Allow to get the different messages in the selected language
f_read_menu_text
----------------
Allow to extract text of IHM
TABLE
=====
ABOUT
-----
Contains the different information for about windows
Columns: Action, Message
CONFIG
------
Contains the parameters for the software
Columns: Lang, Screen, Action, Message
MONEY
-----
Contains the data of every money
Columns: Name, Year, Nation, Nb_unit, Unit0, Unit1, Unit2, Unit3, Unit4, Unit5, Unit6,
Unit7, unit8, Unit9, Unit1_to_0, Unit2_to_1, unit3_to_2, unit4_to_3, Unit5_to_4,
Unit6_to_5, unit7_to_6, Unit8_to_7, Unit9_to_8
RATE
----
Contains the rate to convert form money1 to money2
Columns: Name1, Year1, Nation1, Name2, Year2, Nation2, Rate1_to_2
"""
#===================================================#
# Init #
#===================================================#
def __init__(self) :
#bdd_path = ".//..//01-BDD//PYCALCAR.sqlite"
bdd_path = "PYCALCAR.sqlite"
self.bdd_pycalcar = sqlite3.connect(bdd_path)
self.bdd_pycalcar.text_factory = str
self.bdd_pycalcar.row_factory = sqlite3.Row
#===================================================#
# Creation d'une nouvelle monnaie #
#===================================================#
def p_ins_money(self,name,year,nation,nb_unit,u0,u1,u2,u3,u4,u5,u6,u7,u8,u9, \
tx0,tx1,tx2,tx3,tx4,tx5,tx6,tx7,tx8):
"""
:
DESCRIPTION
===========
Creation of a new money
PARAMETERS
==========
name
----
Money's name
year
----
Money's year creation
nation
------
Nation of the money
nb_unit
-------
Number of unit in the money
u0 => u9
--------
Name of the different units of the money
tx0 => tx8
----------
Rate between the different units of the money
RETURNS
=======
None
"""
bdd_cursor = self.bdd_pycalcar.cursor()
bdd_cursor.execute("INSERT INTO MONEY \
( \
NAME, YEAR,\
NATION, NB_UNIT, UNIT0,\
UNIT1, UNIT2,\
UNIT3, UNIT4,\
UNIT5, UNIT6,\
UNIT7, UNIT8,\
UNIT9, UNIT1_TO_0,\
UNIT2_TO_1, UNIT3_TO_2,\
UNIT4_TO_3, UNIT5_TO_4,\
UNIT6_TO_5, UNIT7_TO_6,\
UNIT8_TO_7, UNIT9_TO_8 \
) \
VALUES \
( \
?,?,\
?,?,?,\
?,?,\
?,?,\
?,?,\
?,?,\
?,?,\
?,?,\
?,?,\
?,?,\
?,?\
)", \
(name,year,nation,nb_unit,u0,u1,u2,u3,u4,u5,u6,u7,u8,u9,\
tx0,tx1,tx2,tx3,tx4,tx5,tx6,tx7,tx8))
bdd_cursor.close()
self.bdd_pycalcar.commit()
#===================================================#
# Creation de nouveaux taux de conversion #
#===================================================#
def p_ins_rate(self,name1,year1,nation1,name2,year2,nation2,rate):
"""
:
DESCRIPTION
===========
Creation of a new rate between devise
PARAMETERS
==========
name1
-----
Name of the first money
year1
-----
Year of creation of the first money
nation1
-------
Nation of the first money
name2
-----
Name of the second money
year2
-----
Year of creation of the second money
nation2
-------
Nation of the second money
rate
----
Rate to convert money 1 into money 2
RETURNS
=======
None
"""
bdd_cursor = self.bdd_pycalcar.cursor()
bdd_cursor.execute("INSERT INTO RATE \
( \
NAME1, YEAR1,\
NATION1, NAME2,\
YEAR2, NATION2,\
RATE1_TO_2\
) \
VALUES \
( \
?,?,\
?,?,\
?,?,\
?\
)", \
(name1,year1,nation1,name2,year2,nation2,rate))
bdd_cursor.close()
self.bdd_pycalcar.commit()
#===================================================#
# MAJ d'une monnaie #
#===================================================#
def p_upd_money(self,old_name,old_year,old_nation,name,year,nation, \
nb_unit,u0,u1,u2,u3,u4,u5,u6,u7,u8,u9, \
tx0,tx1,tx2,tx3,tx4,tx5,tx6,tx7,tx8):
"""
:
DESCRIPTION
===========
Update of a money's DATA
PARAMETERS
==========
old_name
--------
Old name of the money
old_year
--------
Old year of creation of the money
old_nation
----------
Old nation of the money
name
----
New name for the money
year
----
New year of creation for the money
nation
------
New nation for the money
nb_unit
-------
Number of units in the money
u0 => u9
--------
Name of the different units of the money
tx0 => tx8
----------
Rate between the different units of the money
RETURNS
=======
None
"""
bdd_cursor = self.bdd_pycalcar.cursor()
bdd_cursor.execute("UPDATE MONEY \
SET NAME = ?, YEAR = ?, \
NATION = ?, UNIT0 = ?, \
UNIT1 = ?, UNIT2 = ?, \
UNIT3 = ?, UNIT4 = ?, \
UNIT5 = ?, UNIT6 = ?, \
UNIT7 = ?, UNIT8 = ?, \
UNIT9 = ?, UNIT1_TO_0 = ?, \
UNIT2_TO_1 = ?, UNIT3_TO_2 = ?, \
UNIT4_TO_3 = ?, UNIT5_TO_4 = ?, \
UNIT6_TO_5 = ?, UNIT7_TO_6 = ?, \
UNIT8_TO_7 = ?, UNIT9_TO_8 = ? \
WHERE NAME = ? AND \
YEAR = ? AND \
NATION = ?", \
(name,year,nation,u0,u1,u2,u3,u4,u5,u6,u7,u8,u9,\
tx0,tx1,tx2,tx3,tx4,tx5,tx6,tx7,tx8,old_name,old_year,old_nation))
bdd_cursor.close()
self.bdd_pycalcar.commit()
bdd_cursor = self.bdd_pycalcar.cursor()
bdd_cursor.execute("UPDATE RATE \
SET NAME1 = ?, YEAR1 = ?, \
NATION1 = ?\
WHERE NAME1 = ? AND \
YEAR1 = ? AND \
NATION1 = ?", \
(name,year,nation,old_name,old_year,old_nation))
bdd_cursor.close()
self.bdd_pycalcar.commit()
bdd_cursor = self.bdd_pycalcar.cursor()
bdd_cursor.execute("UPDATE RATE \
SET NAME2 = ?, YEAR2 = ?, \
NATION2 = ?\
WHERE NAME2 = ? AND \
YEAR2 = ? AND \
NATION2 = ?", \
(name,year,nation,old_name,old_year,old_nation))
bdd_cursor.close()
self.bdd_pycalcar.commit()
#===================================================#
# MAJ de taux de conversion entre monnaies #
#===================================================#
def p_upd_rate(self, name1, year1, nation1, name2, year2, nation2, rate):
"""
:
DESCRIPTION
===========
Update of money's rate
PARAMETERS
==========
name1
-----
Name of the first money
year1
-----
Year of creation of the first money
nation1
-------
Nation of the first money
name2
-----
Name of the second money
year2
-----
Year of creation of the second money
nation2
-------
Nation of the second money
rate
----
Rate to convert money 1 into money 2
RETURNS
=======
None
"""
bdd_cursor = self.bdd_pycalcar.cursor()
bdd_cursor.execute("UPDATE RATE \
SET RATE1_TO_2 = ? \
WHERE NAME1 = ? AND \
YEAR1 = ? AND \
NATION1 = ? AND \
NAME2 = ? AND \
YEAR2 = ? AND \
NATION2 = ?", \
(rate,name1,year1,nation1,name2,year2,nation2))
bdd_cursor.close()
self.bdd_pycalcar.commit()
#===================================================#
# Effacement dune monnaie #
#===================================================#
def p_del_money(self, name, year, nation):
"""
:
DESCRIPTION
===========
Delete a Money
PARAMETERS
==========
name
----
New name for the money
year
----
New year of creation for the money
nation
------
New nation for the money
RETURNS
=======
None
"""
bdd_cursor = self.bdd_pycalcar.cursor()
bdd_cursor.execute("DELETE FROM MONEY \
WHERE NAME = ? AND \
YEAR = ? AND \
NATION = ?", \
(name,year,nation))
bdd_cursor.execute("DELETE FROM RATE \
WHERE (NAME1 = ? AND \
YEAR1 = ? AND \
NATION1 = ?)", \
(name,year,nation))
bdd_cursor.execute("DELETE FROM RATE \
WHERE (NAME2 = ? AND \
YEAR2 = ? AND \
NATION2 = ?)", \
(name,year,nation))
bdd_cursor.close()
self.bdd_pycalcar.commit()
#===================================================#
# Effacement des taux lies a une monnaie #
#===================================================#
def p_del_rate(self,name1,year1,nation1,name2='',year2='',nation2=''):
"""
:
DESCRIPTION
===========
Delete all rate attach to a devise which has been delete
PARAMETERS
==========
name1
-----
Name of the first money
year1
-----
Year of creation of the first money
nation1
-------
Nation of the first money
name2
-----
Name of the second money
year2
-----
Year of creation of the second money
nation2
-------
Nation of the second money
rate
----
Rate to convert money 1 into money 2
RETURNS
=======
None
"""
bdd_cursor = self.bdd_pycalcar.cursor()
bdd_cursor.execute("DELETE FROM RATE \
WHERE (NAME1 = ? AND \
YEAR1 = ? AND \
NATION1 = ? AND\
NAME2 = ? AND \
YEAR2 = ? AND \
NATION2 = ?)", \
(name1,year1,nation1,name2,year2,nation2))
bdd_cursor.execute("DELETE FROM RATE \
WHERE (NAME1 = ? AND \
YEAR1 = ? AND \
NATION1 = ? AND\
NAME2 = ? AND \
YEAR2 = ? AND \
NATION2 = ?)", \
(name2,year2,nation2,name1,year1,nation1))
bdd_cursor.close()
self.bdd_pycalcar.commit()
#===================================================#
# Recuperation des unites d'une monnaie #
#===================================================#
def f_read_money_name(self):
"""
:
DESCRIPTION
===========
Allow to read a money's DATA
PARAMETERS
==========
None
RETURNS
=======
A list that contains the moneys's data
--------------------------------------
name, year, nation, number of unit,
unit0, unit1, unit2, unit3, unit4,
unit5, unit6, unit7, unit8, unit9
"""
bdd_cursor = self.bdd_pycalcar.cursor()
bdd_cursor.execute("SELECT NAME, \
YEAR, \
NATION, \
NB_UNIT, \
ifnull(UNIT0,''),\
ifnull(UNIT1,''),\
ifnull(UNIT2,''),\
ifnull(UNIT3,''),\
ifnull(UNIT4,''),\
ifnull(UNIT5,''),\
ifnull(UNIT6,''),\
ifnull(UNIT7,''),\
ifnull(UNIT8,''),\
ifnull(UNIT9,'')\
FROM MONEY")
money_list = []
for r in bdd_cursor:
money_list.append(r)
bdd_cursor.close()
return money_list
#===================================================#
# Recuperation des taux interne dune monnaie #
#===================================================#
def f_read_money_rate(self, name, year, nation):
"""
:
DESCRIPTION
===========
Allow to read a money's DATA internal rate conversion
PARAMETERS
==========
name
----
New name for the money
year
----
New year of creation for the money
nation
------
New nation for the money
RETURNS
=======
A list that contains the rate between unit of a money
-----------------------------------------------------
unit1_to_0,unit2_to_1,unit3_to_2,unit4_to_3,
unit5_to_4,unit6_to_5,unit7_to_6,unit8_to_7,
unit9_to_8
"""
bdd_cursor = self.bdd_pycalcar.cursor()
bdd_cursor.execute("SELECT ifnull(UNIT1_TO_0,0), \
ifnull(UNIT2_TO_1,0), \
ifnull(UNIT3_TO_2,0), \
ifnull(UNIT4_TO_3,0), \
ifnull(UNIT5_TO_4,0), \
ifnull(UNIT6_TO_5,0), \
ifnull(UNIT7_TO_6,0), \
ifnull(UNIT8_TO_7,0), \
ifnull(UNIT9_TO_8,0) \
FROM MONEY \
WHERE NAME = ? AND \
YEAR = ? AND \
NATION = ?", \
(name,year,nation))
rate_list = []
for r in bdd_cursor:
rate_list.append(r)
bdd_cursor.close()
return rate_list
#===================================================#
# Read the allow languages #
#===================================================#
def f_read_lang(self):
"""
:
DESCRIPTION
===========
Allow to read the different language available for Pycalcar
PARAMETERS
==========
None
RETURNS
=======
A list that contains the different language available
"""
bdd_cursor = self.bdd_pycalcar.cursor()
bdd_cursor.execute("SELECT DISTINCT LANG \
FROM CONFIG")
lang_list = []
for r in bdd_cursor:
lang_list.append(r)
bdd_cursor.close()
return lang_list
#===================================================#
# Read the selected language #
#===================================================#
def f_config_get_language(self):
"""
:
DESCRIPTION
===========
Allow to read the selected language for Pycalcar
PARAMETERS
==========
None
RETURNS
=======
The selected language for software
"""
try:
bdd_cursor = self.bdd_pycalcar.cursor()
bdd_cursor.execute("SELECT MESSAGE \
FROM CONFIG \
WHERE LANG = 'ALL' AND \
SCREEN = 'ALL' AND\
ACTION = 'LANGUAGE'")
lang = []
for r in bdd_cursor:
lang.append(r)
bdd_cursor.close()
return lang[0][0]
except:
print "erreur0:", sys.exc_info()
#===================================================#
# Set the software language #
#===================================================#
def p_config_set_language(self, language):
"""
:
DESCRIPTION
===========
Allow to set the selected language for Pycalcar
PARAMETERS
==========
language
--------
The selected language by user
RETURNS
=======
None
"""
bdd_cursor = self.bdd_pycalcar.cursor()
bdd_cursor.execute("UPDATE CONFIG \
SET MESSAGE = ?\
WHERE LANG = 'ALL' AND \
SCREEN = 'ALL' AND\
ACTION = 'LANGUAGE'", (language,))
bdd_cursor.close()
self.bdd_pycalcar.commit()
#===================================================#
# Recuperation des taux de conversion entre monnaie #
#===================================================#
def f_read_rate(self,name1,year1,nation1,name2,year2,nation2):
"""
:
DESCRIPTION
===========
Allow to read money's rate conversion
PARAMETERS
==========
name1
-----
Name of the first money
year1
-----
Year of creation of the first money
nation1
-------
Nation of the first money
name2
-----
Name of the second money
year2
-----
Year of creation of the second money
nation2
-------
Nation of the second money
rate
----
Rate to convert money 1 into money 2
RETURNS
=======
A list that contains the rate for conversion between the selected moneys
"""
bdd_cursor = self.bdd_pycalcar.cursor()
bdd_cursor.execute("SELECT rate1_to_2 \
FROM RATE \
WHERE NAME1 = ? AND \
YEAR1 = ? AND \
NATION1 = ? AND \
NAME2 = ? AND \
YEAR2 = ? AND \
NATION2 = ?", \
(name1,year1,nation1,name2,year2,nation2))
rate_list = []
for r in bdd_cursor:
rate_list.append(r)
bdd_cursor.close()
try:
return float(rate_list[0][0])
except:
return 0
#===================================================#
# Donnees pour alimenter les combobox #
#===================================================#
def f_read_conv_combox(self,name,year,nation):
"""
:
DESCRIPTION
===========
Allow to know the available money for convertion end the rate to apply
PARAMETERS
==========
name
----
The name of source money
year
----
The year of creation of the source money
nation
------
The nation of the source money
RETURNS
=======
A list that contains the name, the year, the nation and the rate of available money
"""
bdd_cursor = self.bdd_pycalcar.cursor()
bdd_cursor.execute("SELECT DISTINCT NAME2,YEAR2,NATION2,rate1_to_2 \
FROM RATE \
WHERE NAME1 = ? AND \
YEAR1 = ? AND \
NATION1 = ?", (name,year,nation))
combobox_list = []
for r in bdd_cursor:
combobox_list.append(r)
bdd_cursor.close()
return combobox_list
#===================================================#
# Recuperation des messages #
#===================================================#
def f_read_message(self, language):
"""
:
DESCRIPTION
===========
Allow to get the different messages in the selected language
PARAMETERS
==========
language
--------
The language selected by user
RETURNS
=======
A list that contains the different messages by tuples
"""
bdd_cursor = self.bdd_pycalcar.cursor()
bdd_cursor.execute("SELECT ACTION, MESSAGE \
FROM CONFIG \
WHERE LANG = ? AND \
SCREEN = 'ALL' AND \
ACTION LIKE 'MESSAGE%'", (language,))
message_list = []
for r in bdd_cursor:
message_list.append(r)
bdd_cursor.close()
return message_list
#===================================================#
# Texte pour l'IHM #
#===================================================#
def f_read_menu_text(self, language = "Francais"):
"""
:
DESCRIPTION
===========
Allow to extract text of IHM
PARAMETERS
==========
language
--------
The language selected by user
RETURNS
=======
Different lists that contains the interface's text
"""
bdd_cursor = self.bdd_pycalcar.cursor()
bdd_cursor.execute("SELECT ACTION, MESSAGE \
FROM CONFIG \
WHERE LANG = ? AND \
Screen = 'Toolbar'", (language,))
toolbar_list = []
for r in bdd_cursor:
toolbar_list.append(r)
bdd_cursor.execute("SELECT ACTION, MESSAGE \
FROM CONFIG \
WHERE LANG = ? AND \
Screen = 'CALC'", (language,))
calc_list = []
for r in bdd_cursor:
calc_list.append(r)
bdd_cursor.execute("SELECT ACTION, MESSAGE \
FROM CONFIG \
WHERE LANG = ? AND Screen = 'CONV'", (language,))
conv_list = []
for r in bdd_cursor:
conv_list.append(r)
bdd_cursor.execute("SELECT ACTION, MESSAGE \
FROM CONFIG \
WHERE LANG = ? AND \
Screen = 'PARAM'", (language,))
param_list = []
for r in bdd_cursor:
param_list.append(r)
bdd_cursor.execute("SELECT ACTION, MESSAGE \
FROM ABOUT")
about_list = []
for r in bdd_cursor:
about_list.append(r)
bdd_cursor.close()
return toolbar_list, calc_list, conv_list, param_list, about_list
#===================================================#
# Main de la classe #
#===================================================#
if __name__ == '__main__':
None |
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