himport/himports/hledger.py

# -*- coding: utf-8 -*-
from __future__ import unicode_literals

import datetime

import settings
import MySQLdb as mdb
import sys
import os
import codecs

MYSQL_QUERIES = {
#    "bank": "SELECT DISTINCT b.rowid as b_rowid, ba.ref as ba_ref, ba.label as ba_label, ba.account_number as ba_account_number, b.datev as b_datev, b.dateo as b_dateo, b.label as b_label, b.num_chq as b_num_chq, -b.amount as _b_amount, b.amount as b_amount, b.num_releve as b_num_releve, b.datec as b_datec, bu.url_id as bu_url_id, s.nom as s_nom, s.code_compta as s_code_compta, s.code_compta_fournisseur as s_code_compta_fournisseur, bca.label as bca_label, bca.rowid as bca_rowid, bcl.lineid as bcl_lineid FROM (llx_bank_account as ba, llx_bank as b) LEFT JOIN llx_bank_url as bu ON (bu.fk_bank = b.rowid AND bu.type = 'company') LEFT JOIN llx_societe as s ON bu.url_id = s.rowid LEFT JOIN llx_bank_class as bcl ON bcl.lineid = b.rowid LEFT JOIN llx_bank_categ as bca ON bca.rowid = bcl.fk_categ WHERE ba.rowid = b.fk_account AND ba.entity = 1 and b.num_releve <> '' ORDER BY b.datev, b.num_releve",
    "bank": "SELECT DISTINCT b.rowid as b_rowid, ba.ref as ba_ref, ba.label as ba_label, ba.account_number as ba_account_number, b.datev as b_datev, b.dateo as b_dateo, b.label as b_label, b.num_chq as b_num_chq, -b.amount as _b_amount,   b.amount as b_amount, b.num_releve as b_num_releve, b.datec as b_datec, bu.url_id as bu_url_id, s.nom as s_nom, s.code_compta as s_code_compta, s.code_compta_fournisseur as s_code_compta_fournisseur, bca.label as bca_label, bca.rowid as   bca_rowid, bcl.lineid as bcl_lineid, ccs.code as ccs_code, ccs.libelle as ccs_label FROM (llx_bank_account as ba, llx_bank as b) LEFT JOIN llx_bank_url as bu ON (bu.fk_bank = b.rowid AND bu.type = 'company') LEFT JOIN llx_societe as s ON bu.url_id = s.rowid LEFT JOIN llx_bank_class as   bcl ON bcl.lineid = b.rowid LEFT JOIN llx_bank_categ as bca ON bca.rowid = bcl.fk_categ LEFT JOIN llx_paiementcharge as p ON p.fk_bank = b.rowid LEFT JOIN llx_chargesociales as cs ON cs.rowid = p.fk_charge LEFT JOIN llx_c_chargesociales as ccs ON cs.fk_type = ccs.id WHERE ba.rowid = b.fk_account AND ba.entity = 1 and b.num_releve <> '' ORDER BY b.datev, b.num_releve;",

    "sells": "SELECT DISTINCT s.rowid as s_rowid, s.nom as s_nom, s.address as s_address, s.zip as s_zip, s.town as s_town, c.code as c_code, s.phone as s_phone, s.siren as s_siren, s.siret as s_siret, s.ape as s_ape, s.idprof4 as s_idprof4, s.code_compta as s_code_compta, s.code_compta_fournisseur as s_code_compta_fournisseur, s.tva_intra as s_tva_intra, f.rowid as f_rowid, f.facnumber as f_facnumber, f.datec as f_datec, f.datef as f_datef, f.date_lim_reglement as f_date_lim_reglement, f.total as f_total, f.total_ttc as f_total_ttc, f.tva as f_tva, f.paye as f_paye, f.fk_statut as f_fk_statut, f.note_private as f_note_private, f.note_public as f_note_public, fd.rowid as fd_rowid, fd.label as fd_label, fd.description as fd_description, fd.subprice as fd_subprice, fd.tva_tx as fd_tva_tx, fd.qty as fd_qty, fd.total_ht as fd_total_ht, fd.total_tva as fd_total_tva, fd.total_ttc as fd_total_ttc, fd.date_start as fd_date_start, fd.date_end as fd_date_end, fd.special_code as fd_special_code, fd.product_type as fd_product_type, fd.fk_product as fd_fk_product, p.ref as p_ref, p.label as p_label, p.accountancy_code_sell as p_accountancy_code_sell, a.account_number as a_account_number FROM llx_societe as s LEFT JOIN llx_c_pays as c on s.fk_pays = c.rowid, llx_facture as f LEFT JOIN llx_facture_extrafields as extra ON f.rowid = extra.fk_object , llx_facturedet as fd LEFT JOIN llx_product as p on (fd.fk_product = p.rowid) LEFT JOIN llx_accountingaccount as a ON fd.fk_code_ventilation = a.rowid WHERE f.fk_soc = s.rowid AND f.rowid = fd.fk_facture AND f.entity = 1",

    "suppliers": "SELECT DISTINCT s.rowid as s_rowid, s.nom as s_nom, s.address as s_address, s.zip as s_zip, s.town as s_town, s.code_compta_fournisseur as s_code_supplier, c.code as c_code, s.phone as s_phone, s.siren as s_siren, s.siret as s_siret, s.ape as s_ape, s.idprof4 as s_idprof4, s.idprof5 as s_idprof5, s.idprof6 as s_idprof6, s.tva_intra as s_tva_intra, f.rowid as f_rowid, f.ref as f_ref, f.ref_supplier as f_ref_supplier, f.datec as f_datec, f.datef as f_datef, f.total_ht as f_total_ht, f.total_ttc as f_total_ttc, f.total_tva as f_total_tva, f.paye as f_paye, f.fk_statut as f_fk_statut, f.note_public as f_note_public, fd.rowid as fd_rowid, fd.description as fd_description, fd.tva_tx as fd_tva_tx, fd.qty as fd_qty, fd.remise_percent as fd_remise_percent, fd.total_ht as fd_total_ht, fd.total_ttc as fd_total_ttc, fd.tva as fd_tva, fd.product_type as fd_product_type, fd.fk_product as fd_fk_product, p.ref as p_ref, p.label as p_label, p.accountancy_code_buy as p_accountancy_code_buy, a.account_number as a_account_number FROM llx_societe as s LEFT JOIN llx_c_pays as c ON s.fk_pays = c.rowid, llx_facture_fourn as f LEFT JOIN llx_facture_fourn_extrafields as extra ON f.rowid = extra.fk_object , llx_facture_fourn_det as fd LEFT JOIN llx_product as p on (fd.fk_product = p.rowid) LEFT JOIN llx_accountingaccount as a ON fd.fk_code_ventilation = a.rowid WHERE f.fk_soc = s.rowid AND f.rowid = fd.fk_facture_fourn AND f.entity = 1",

    "social": "SELECT DISTINCT cc.libelle as cc_libelle, c.rowid as c_rowid, c.libelle as c_libelle, c.date_ech as c_date_ech, c.periode as c_periode, c.amount as c_amount, c.paye as c_paye, p.rowid as p_rowid, p.datep as p_datep, p.amount as p_amount, p.num_paiement as p_num_paiement, cc.accountancy_code as cc_acc_code, cc.code as cc_code FROM llx_c_chargesociales as cc, llx_chargesociales as c LEFT JOIN llx_paiementcharge as p ON p.fk_charge = c.rowid WHERE c.fk_type = cc.id AND c.entity = 1",

}


class Entry(object):
    accounting_years = settings.get('ACCOUNTING_YEARS')
    pc_default_tiers = settings.get('PC_REFS')['default_tiers']
    pc_default_client = settings.get('PC_REFS')['default_client']
    pc_default_supplier = settings.get('PC_REFS')['default_supplier']
    pc_default_produit = settings.get('PC_REFS')['default_produit']
    pc_default_charge = settings.get('PC_REFS')['default_charge']
    pc_default_bank = settings.get('PC_REFS')['default_bank']

    def __init__(self, cells):
        self.cells = cells

        for key in cells:
            value = self.cells[key]
            if value is None:
                self.cells[key] = ""
            elif isinstance(value, str):
                self.cells[key] = value.decode('iso8859-1')

    def get_accounting_year(self, field):
        value = self.cells[field]
        for (year, dbegin, dend) in Entry.accounting_years:
            if value >= dbegin and value <= dend:
                return year

        return str(value.year)



class BankEntry(Entry):

    # ['ba_ref',
    #  's_nom',
    #  'b_rowid',
    #  'b_datev',
    #  'b_num_releve',
    #  'bu_url_id',
    #  'ba_label',
    #  's_code_compta',
    #  'b_label',
    #  'b_dateo',
    #  '_b_amount',
    #  'b_num_chq',
    #  'b_datec',
    #  'b_amount',
    #  's_code_compta_fournisseur']
    @staticmethod
    def clean(row):
        return True
        #return row['b_num_releve'] != ""

    def addEntry(self, entry):
        pass

    def get_year(self):
        return self.get_accounting_year('b_datev')

    def getMissingPC(self):
        pc_missing = []
        if self.get_s_code() == "":
            pc_missing.append("tiers: %s" % (self.cells['s_nom']))

        if self.cells['ba_account_number'] == "":
            pc_missing.append("banque: %s" % (self.cells['ba_ref']))

        return pc_missing

    def get_s_code(self):
        supplier_or_client_by_bca_rowid = {
            1: 'client',
            2: 'client',
            3: 'supplier',
            4: 'supplier',
            5: 'client',
            '': None
        }

        #entry_type = entry_type_by_bca_rowid[self.cells['bca_rowid']]
        entry_type = None
        if entry_type is None:
            if self.cells['b_label'] == "(SupplierInvoicePayment)":
                entry_type = "supplier"
            elif self.cells['b_label'] == "(CustomerInvoicePayment)":
                entry_type = "client"
            elif self.cells['b_label'] == "Règlement client":
                entry_type = "client"
            elif self.cells['b_label'] == "Solde initial":
                entry_type = "custom"
            #elif self.cells['b_label'] == "Souscription part sociale":
            #    entry_type = "custom"
            elif self.cells['b_label'] == "(SocialContributionPayment)":
                entry_type = "social"
            else:
                entry_type = "custom"

        third_code = ""
        if entry_type == "client":
            third_code = self.cells['s_code_compta']
            if third_code == "":
                third_code = self.pc_default_client
                print "WARNING: Utilisation du tiers par défaut"
                print self.cells

        elif entry_type == "supplier":
            third_code = self.cells['s_code_compta_fournisseur']
            if third_code == "":
                third_code = self.pc_default_supplier
        elif entry_type == "social":
            third_code = SocialEntry.get_third_code(self.cells['ccs_code'])
        elif entry_type == "custom":
            third_code = self.get_custom_code()
            if third_code == "":
                print "WARNING: Utilisation du tiers par défaut"
                print self.cells
                third_code = self.pc_default_tiers
        else:
            print "ERROR: entry_type must be defined"

        return third_code

    def get_custom_code(self):
        fn = settings.get('PC_REFS')['fn_custom_code']
        return fn(self.cells)

    def get_ledger(self):
        s = ""

        s += "%(date)s    %(description)s\n" % {
            'date': self.cells['b_datev'].strftime("%Y/%m/%d"),
            'description': self.cells['s_nom'] + " - " + self.cells['b_label']
        }

        amount = self.cells['b_amount']
        third_code = self.get_s_code()

        s += "    %(account)s \t %(amount)s\n" % {
            'account': settings.get_ledger_account(third_code),
            'amount': amount
        }

        ba_code = self.cells['ba_account_number']
        if ba_code == "":
            ba_code = self.pc_default_bank

        s += "    %(account)s \t %(amount)s\n" % {
            'account': settings.get_ledger_account(ba_code),
            'amount': -amount
        }

        return s


class EntryCollection(object):
    def __init__(self, index, entry_class):
        self.collection = {}
        self.index = index
        self.entry_class = entry_class
    
    def addCollectionEntry(self, row):
        id = row[self.index]
        if id not in self.collection:
            self.collection[id] = self.entry_class(row)
        self.collection[id].addEntry(row)

    def get_collection(self):
        return self.collection.values()

    def get_by_year(self):
        by_year = {}
        for item in self.get_collection():

            item_year = item.get_year()
            if item_year not in by_year:
                by_year[item_year] = []
            by_year[item_year].append(item)
        return by_year
    
    def check_pc(self):
        pc_missing = set()
        for item in self.get_collection():
            pc_missing.update(item.getMissingPC())

        return pc_missing


class Sell(Entry):

    @staticmethod
    def clean(row):
        return True

    def __init__(self, row):
        super(Sell, self).__init__(row)
        self.entries = {}

    def addEntry(self, row):
        id = row['fd_rowid']
        self.entries[id] = SellEntry(row)
    
    def get_year(self):
        return self.get_accounting_year('f_datef')
    
    def getMissingPC(self):
        pc_missing = []
        if self.cells['s_code_compta'] == "":
            pc_missing.append("tiers: %s %s" % (self.cells['s_nom'], self.cells['s_ape']))

        for entry in self.entries.values():
            if entry.get_product_account_code() == self.pc_default_produit:
                if self.cells['fd_description'] != "":
                    description = self.cells['fd_description'].splitlines()[0]
                else:
                    description = self.cells['fd_description']
                pc_missing.append("produit: %s %s" % (self.cells['s_nom'], description))

        return pc_missing


    def check(self):
        total_ttc = self.cells['f_total_ttc']
        total_tva = self.cells['f_tva']
        total_ht = self.cells['f_total']

        for entry in self.entries.values():
            total_ttc -= entry.cells['fd_total_ttc']
            total_tva -= entry.cells['fd_total_tva']
            total_ht -= entry.cells['fd_total_ht']

        if total_ttc > 1e-10:
            print "Erreur dans l'écriture %s: total ttc = %s" % (self.cells['f_facnumber'],total_ttc)
        if total_ht > 1e-10:
            print "Erreur dans l'écriture %s: total ht = %s" % (self.cells['f_facnumber'],total_ht)
        if total_tva > 1e-10:
            print "Erreur dans l'écriture %s: total tva = %s" % (self.cells['f_facnumber'],total_tva)

    def get_ledger(self):
        self.check()
        s = ""
        s += "%(date)s  %(description)s\n" % {
            'date':  self.cells['f_datef'].strftime("%Y/%m/%d"),
            'description': self.cells['f_facnumber'] + " - " + self.cells['s_nom'],
        }

        s_code = self.cells['s_code_compta']
        if s_code == "":
            s_code = self.pc_default_client
        s += "    %(compte_tiers)s    %(amount_ttc)s\n" % {
            'compte_tiers': settings.get_ledger_account(s_code),
            'amount_ttc': -self.cells['f_total_ttc'],

        }

        if float(self.cells['f_tva']) != 0:
            tva_account = settings.get('PC_REFS')['tva_collecte']
            s += "    %(compte_tva_collecte)s  %(amount_tva)s\n" % {
                'compte_tva_collecte': settings.get_ledger_account(tva_account),
                'amount_tva': self.cells['f_tva'],
            }

        for entry in self.entries.values():
            p_code = entry.get_product_account_code()
            s += "    %(compte_produit)s   %(amount_ht)s\n" % {
                'compte_produit': settings.get_ledger_account(p_code),
                'amount_ht': entry.cells['fd_total_ht']
            }
        return s


class SellEntry(Entry):
    # ['f_date_lim_reglement',
    #  's_phone',
    #  'f_total_ttc',
    #  'c_code',
    #  's_zip',
    #  's_siren',
    #  's_tva_intra',
    #  'f_total',
    #  'f_note_public',
    #  's_siret',
    #  'fd_date_start',
    #  'fd_label',
    #  'f_facnumber',
    #  'p_accountancy_code_sell',
    #  'fd_date_end',
    #  'f_datec',
    #  's_idprof4',
    #  'fd_rowid',
    #  'fd_total_tva',
    #  'fd_total_ttc',
    #  's_nom',
    #  'f_paye',
    #  'fd_special_code',
    #  'f_datef',
    #  'p_ref',
    #  's_address',
    #  's_town',
    #  'fd_description',
    #  'fd_product_type',
    #  's_rowid',
    #  'fd_subprice',
    #  'fd_fk_product',
    #  's_ape',
    #  's_code_compta_fournisseur',
    #  'p_label',
    #  'fd_total_ht',
    #  'f_tva',
    #  'fd_qty',
    #  'fd_tva_tx',
    #  's_code_compta',
    #  'f_rowid',
    #  'f_fk_statut',
    #  'f_note_private']
    def get_product_account_code(self):
        p_code = self.cells['p_accountancy_code_sell']
        if p_code == "":
            p_code = self.cells['a_account_number']
            if p_code == "":
                p_code = self.pc_default_produit
        return p_code


class Supplier(Entry):
    @staticmethod
    def clean(row):
        return True

    def __init__(self, row):
        super(Supplier, self).__init__(row)
        self.entries = {}

    def addEntry(self, row):
        id = row['fd_rowid']
        self.entries[id] = SupplierEntry(row)

    def check(self):
        total_ttc = self.cells['f_total_ttc']
        total_tva = self.cells['f_total_tva']
        total_ht = self.cells['f_total_ht']

        for entry in self.entries.values():
            total_ttc -= entry.cells['fd_total_ttc']
            total_tva -= entry.cells['fd_tva']
            total_ht -= entry.cells['fd_total_ht']

        if total_ttc > 1e-10:
            print "Erreur dans l'écriture %s: total ttc = %s" % (self.cells['f_ref_supplier'],total_ttc)
        if total_ht > 1e-10:
            print "Erreur dans l'écriture %s: total ht = %s" % (self.cells['f_ref_supplier'],total_ht)
        if total_tva > 1e-10:
            print "Erreur dans l'écriture %s: total tva = %s" % (self.cells['f_ref_supplier'],total_tva)
    
    def get_year(self):
        return self.get_accounting_year('f_datef')

    def getMissingPC(self):
        pc_missing = []
        if self.cells['s_code_supplier'] == "":
            pc_missing.append("tiers: %s %s" % (self.cells['s_nom'], self.cells['s_ape']))

        for entry in self.entries.values():
            if entry.get_product_account_code() == self.pc_default_charge:
                pc_missing.append("achat: %s - %s" % (self.cells['f_ref_supplier'], self.cells['fd_description'].splitlines()[0]))

        return pc_missing

    def get_ledger(self):
        self.check()
        s = ""
        s += "%(date)s  %(description)s\n" % {
            'date':  self.cells['f_datef'].strftime("%Y/%m/%d"),
            'description': self.cells['f_ref_supplier'] + " - " + self.cells['s_nom'],
        }

        s_code = self.cells['s_code_supplier']
        if s_code == "":
            s_code = self.pc_default_supplier

        s += "    %(compte_tiers)s    %(amount_ttc)s\n" % {
            'compte_tiers': settings.get_ledger_account(s_code),
            'amount_ttc': self.cells['f_total_ttc'],

        }

        if self.cells['f_total_tva'] != 0:
            if s_code.startswith("2"):
                tva_account = settings.get('PC_REFS')['tva_deductible']
            else:
                tva_account = settings.get('PC_REFS')['tva_deductible_immo']
            s += "    %(compte_tva)s  %(amount_tva)s\n" % {
                'compte_tva': settings.get_ledger_account(tva_account),
                'amount_tva': -self.cells['f_total_tva'],
            }

        for entry in self.entries.values():
            p_code = entry.get_product_account_code()
            s += "    %(compte_produit)s   %(amount_ht)s\n" % {
                'compte_produit': settings.get_ledger_account(p_code),
                'amount_ht': -entry.cells['fd_total_ht']
            }
        return s


class SupplierEntry(Entry):
    #  ['f_total_ttc',
    #   's_phone',
    #   'c_code',
    #   'f_total_tva',
    #   's_zip',
    #   's_siren',
    #   's_tva_intra',
    #   'f_ref',
    #   'f_note_public',
    #   's_siret',
    #   'f_ref_supplier',
    #   'f_datec',
    #   's_idprof5',
    #   's_idprof4',
    #   's_idprof6',
    #   'p_accountancy_code_buy',
    #   'fd_rowid',
    #   'f_total_ht',
    #   'fd_total_ttc',
    #   's_nom',
    #   'fd_tva',
    #   'f_paye',
    #   'f_datef',
    #   'p_ref',
    #   's_address',
    #   's_town',
    #   'fd_description',
    #   'fd_product_type',
    #   's_rowid',
    #   'fd_fk_product',
    #   's_ape',
    #   'p_label',
    #   'fd_total_ht',
    #   'f_fk_statut',
    #   'fd_qty',
    #   'fd_tva_tx',
    #   'f_rowid',
    #   'fd_remise_percent']

    def get_product_account_code(self):
        p_code = self.cells['p_accountancy_code_buy']
        if p_code == "":
            p_code = self.cells['a_account_number']
            if p_code == "":
                p_code = self.pc_default_charge
        return p_code


class SocialEntry(Entry):

    @staticmethod
    def get_third_code(code):
        third_code = None
        if code in settings.get('SOCIAL_REFS'):
            third_code = settings.get('SOCIAL_REFS')[code]
        else:
            third_code = SocialEntry.pc_default_supplier
        return third_code

    @staticmethod
    def get_s_code(code):
        s_code = None
        if code is None:
            s_code = SocialEntry.pc_default_charge
        else:
            s_code = code
        return s_code
    
    @staticmethod
    def clean(row):
        return True
    
    def addEntry(self, entry):
        pass
    
    def get_year(self):
        return self.get_accounting_year('c_periode')
    
    def getMissingPC(self):
        pc_missing = []
        if self.get_s_code(self.cells['cc_acc_code']) == self.pc_default_charge:
            pc_missing.append("charges: %s" % (self.cells['cc_libelle']))

        if self.get_third_code(self.cells['cc_code']) == self.pc_default_supplier:
            pc_missing.append("tiers: %s (%s)" % (self.cells['c_libelle'], self.cells['cc_code']))

        return pc_missing

    def get_ledger(self):
        s = ""

        s += "%(date)s    %(description)s\n" % {
            'date': self.cells['c_periode'].strftime("%Y/%m/%d"),
            'description': self.cells['c_libelle'] + " - " + self.cells['cc_libelle']
        }

        amount = self.cells['c_amount']
        third_code = self.get_third_code(self.cells['cc_code'])
        s_code = self.get_s_code(self.cells['cc_acc_code'])

        s += "    %(account)s \t %(amount)s\n" % {
            'account': settings.get_ledger_account(third_code),
            'amount': amount
        }

        s += "    %(account)s \t %(amount)s\n" % {
            'account': settings.get_ledger_account(s_code),
            'amount': -amount
        }

        return s


class DolibarrSQL(object):

    def __init__(self, mysql_host, mysql_port, mysql_database, mysql_user, mysql_password):
        self.mysql_database = mysql_database
        self.mysql_host = mysql_host
        self.mysql_password = mysql_password
        self.mysql_user = mysql_user
        self.mysql_port = mysql_port
        self.queries = MYSQL_QUERIES

    def connect(self):
        try:
            self.cnx = mdb.connect(self.mysql_host, self.mysql_user, self.mysql_password, self.mysql_database, port = self.mysql_port)
            self.cursor = self.cnx.cursor()
        except mdb.Error, e:
            print "Error %d: %s" % (e.args[0], e.args[1])
            sys.exit(1)

    def disconnect(self):
        try:
            self.cnx.close()
        except mdb.Error, e:
            print "Error %d: %s" % (e.args[0], e.args[1])
            sys.exit(1)

    def get_bank_entries(self):
        return self.get_entries(self.queries['bank'], 'b_rowid', BankEntry)

    def get_sell_entries(self):
        return self.get_entries(self.queries['sells'], 'f_facnumber', Sell)

    def get_supplier_entries(self):
        return self.get_entries(self.queries['suppliers'], 'f_rowid', Supplier)

    def get_social_entries(self):
        return self.get_entries(self.queries['social'], 'c_rowid', SocialEntry)

    def get_entries(self, query, index, entry_class):
        cur = self.cnx.cursor(cursorclass=mdb.cursors.DictCursor)
        cur.execute(query)
        rows = cur.fetchall()
        
        collection = EntryCollection(index, entry_class)
        for row in rows:
            if entry_class.clean(row):
                collection.addCollectionEntry(row)

        return collection


class Writer(object):
    output_files = settings.get('OUTPUT_FILES')
    output_dir = settings.get('OUTPUT_DIR')

    @staticmethod
    def write(journal, entries):
        filename = Writer.output_files[journal]
        output = os.path.join(Writer.output_dir, filename)
        entries_by_year = entries.get_by_year()
       
        for year in entries_by_year:
            output_file = output.replace("%year%", year)
            output_dir = os.path.dirname(output_file)
            if not os.path.exists(output_dir):
                os.makedirs(os.path.dirname(output_file))
            elif not os.path.isdir(output_dir):
                print "Error: %s is not a dir\n" % (output_dir)
                raise os.error()

            f = codecs.open(output_file, 'w', 'utf-8')
            for entry in entries_by_year[year]:
                f.write(entry.get_ledger())
                f.write("\n")
            f.close()

    @staticmethod
    def write_hreport_plan():
        pc_names = settings.get('PC_NAMES')
        pc_descriptions = settings.get('PC_DESCRIPTIONS')
        
        filename = Writer.output_files['pc']
        output_file = os.path.join(Writer.output_dir, filename)

        f = codecs.open(output_file, 'w', 'utf-8')
        for pc in sorted(pc_names.keys()):
            name = pc_names[pc]
            if pc in pc_descriptions:
                desc = pc_descriptions[pc]
            else:
                desc = name
            s = "%s  %s  %s\n" %(name.ljust(80), pc.ljust(12), desc)
            f.write(s)
        f.close()