/**
* compared by date and by party
*
* \param none but the local variables transaction_number_1 and transaction_number_2 MUST be set
*
* \return -1 if amount_2 is above amount_number_1
* */
gint gsb_transactions_list_sort_by_date_and_party ( gint transaction_number_1,
gint transaction_number_2 )
{
gint return_value;
gsb_real amount_1;
gsb_real amount_2;
if ( !gsb_data_transaction_get_date (transaction_number_1) )
{
return 1;
}
if ( !gsb_data_transaction_get_date (transaction_number_2) )
{
return -1;
}
return_value = g_date_compare ( gsb_data_transaction_get_date (transaction_number_1),
gsb_data_transaction_get_date (transaction_number_2));
if ( return_value == 0 )
{
/* no difference in the dates, sort by amount of transaction */
amount_1 = gsb_data_transaction_get_amount ( transaction_number_1 );
amount_2 = gsb_data_transaction_get_amount ( transaction_number_2 );
return_value = gsb_transactions_list_sort_by_party ( transaction_number_1,
transaction_number_2 );
}
return return_value;
}
/**
* compared by date and by party
*
* \param none but the local variables transaction_number_1 and transaction_number_2 MUST be set
*
* \return -1 if amount_2 is above amount_number_1
* */
gint gsb_transactions_list_sort_by_date_and_party ( gint transaction_number_1,
gint transaction_number_2 )
{
gint return_value;
if ( !gsb_data_transaction_get_date (transaction_number_1) )
{
return 1;
}
if ( !gsb_data_transaction_get_date (transaction_number_2) )
{
return -1;
}
return_value = g_date_compare ( gsb_data_transaction_get_date (transaction_number_1),
gsb_data_transaction_get_date (transaction_number_2));
if ( return_value == 0 )
{
/* no difference in the dates, sort by party */
return_value = gsb_transactions_list_sort_by_party ( transaction_number_1,
transaction_number_2 );
}
return return_value;
}
/**
* used to compare 2 iters and sort the by secondary key:
* no or amount or payee_name
* always put the white line below
* \param model the GtkTreeModel
* \param iter_1
* \param iter_2
* \return -1 if iter_1 is above iter_2
* */
gint gsb_transactions_list_sort_initial_by_secondary_key ( gint transaction_number_1,
gint transaction_number_2 )
{
if ( conf.transactions_list_secondary_sorting == 1 )
return gsb_transactions_list_sort_by_amount (
transaction_number_1, transaction_number_2 );
else if ( conf.transactions_list_secondary_sorting == 2 )
return gsb_transactions_list_sort_by_party (
transaction_number_1, transaction_number_2 );
else if ( conf.transactions_list_secondary_sorting == 3 )
return gsb_transactions_list_sort_by_date_and_no (
transaction_number_1, transaction_number_2 );
else
return transaction_number_1 - transaction_number_2;
}
/**
* find the right function to sort the list and sort the 2 iters given
*
* \param model
* \param iter_1
* \param iter_2
* \param no_sort permit to find the right function
*
* \return -1 if iter_1 is above iter_2
* */
gint gsb_transactions_list_sort_by_no_sort ( gint transaction_number_1,
gint transaction_number_2,
gint element_number )
{
gchar* tmpstr;
switch (element_number)
{
case ELEMENT_DATE: /* = 1 */
return ( gsb_transactions_list_sort_by_date ( transaction_number_1,
transaction_number_2));
break;
case ELEMENT_VALUE_DATE:
return ( gsb_transactions_list_sort_by_value_date ( transaction_number_1,
transaction_number_2));
break;
case ELEMENT_PARTY:
return ( gsb_transactions_list_sort_by_party ( transaction_number_1,
transaction_number_2));
break;
case ELEMENT_BUDGET:
return ( gsb_transactions_list_sort_by_budget ( transaction_number_1,
transaction_number_2));
break;
case ELEMENT_CREDIT:
return ( gsb_transactions_list_sort_by_credit ( transaction_number_1,
transaction_number_2));
break;
case ELEMENT_DEBIT:
return ( gsb_transactions_list_sort_by_debit ( transaction_number_1,
transaction_number_2));
break;
case ELEMENT_BALANCE:
/* balance, normally, shouldn't be here... in case, give back the date */
return ( gsb_transactions_list_sort_by_date ( transaction_number_1,
transaction_number_2));
break;
case ELEMENT_AMOUNT:
return ( gsb_transactions_list_sort_by_amount ( transaction_number_1,
transaction_number_2));
break;
case ELEMENT_PAYMENT_TYPE:
return ( gsb_transactions_list_sort_by_type ( transaction_number_1,
transaction_number_2));
break;
case ELEMENT_RECONCILE_NB:
return ( gsb_transactions_list_sort_by_reconcile_nb ( transaction_number_1,
transaction_number_2));
break;
case ELEMENT_EXERCICE:
return ( gsb_transactions_list_sort_by_financial_year ( transaction_number_1,
transaction_number_2));
break;
case ELEMENT_CATEGORY:
return ( gsb_transactions_list_sort_by_category ( transaction_number_1,
transaction_number_2));
break;
case ELEMENT_MARK:
return ( gsb_transactions_list_sort_by_mark ( transaction_number_1,
transaction_number_2));
break;
case ELEMENT_VOUCHER:
return ( gsb_transactions_list_sort_by_voucher ( transaction_number_1,
transaction_number_2));
break;
case ELEMENT_NOTES:
return ( gsb_transactions_list_sort_by_notes ( transaction_number_1,
transaction_number_2));
break;
case ELEMENT_BANK:
return ( gsb_transactions_list_sort_by_bank ( transaction_number_1,
transaction_number_2));
break;
case ELEMENT_NO:
return ( gsb_transactions_list_sort_by_no ( transaction_number_1,
transaction_number_2));
break;
case ELEMENT_CHQ:
return ( gsb_transactions_list_sort_by_chq ( transaction_number_1,
transaction_number_2));
break;
default :
tmpstr = g_strdup_printf ( _("ask for the sort number %d which doesn't exist... return by date"), element_number );
warning_debug (tmpstr);
g_free(tmpstr);
return ( gsb_transactions_list_sort_by_date ( transaction_number_1,
transaction_number_2));
}
}
