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Account.c
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Account.c
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/********************************************************************\
* Account.c -- Account data structure implementation *
* Copyright (C) 1997 Robin D. Clark *
* Copyright (C) 1997, 1998, 1999, 2000 Linas Vepstas *
* *
* This program 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 2 of *
* the License, or (at your option) any later version. *
* *
* This program 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 this program; if not, contact: *
* *
* Free Software Foundation Voice: +1-617-542-5942 *
* 59 Temple Place - Suite 330 Fax: +1-617-542-2652 *
* Boston, MA 02111-1307, USA gnu@gnu.org *
* *
\********************************************************************/
#include "config.h"
#include <assert.h>
#include <glib.h>
#include <string.h>
#include "Account.h"
#include "AccountP.h"
#include "GNCIdP.h"
#include "Group.h"
#include "GroupP.h"
#include "Transaction.h"
#include "TransactionP.h"
#include "date.h"
#include "gnc-commodity.h"
#include "gnc-engine-util.h"
#include "kvp_frame.h"
#include "messages.h"
static short module = MOD_ENGINE;
/********************************************************************\
* Because I can't use C++ for this project, doesn't mean that I *
* can't pretend to! These functions perform actions on the *
* account data structure, in order to encapsulate the knowledge *
* of the internals of the Account in one file. *
\********************************************************************/
/********************************************************************\
\********************************************************************/
G_INLINE_FUNC void mark_account (Account *account);
G_INLINE_FUNC void
mark_account (Account *account)
{
if (account->parent)
account->parent->saved = FALSE;
}
/********************************************************************\
\********************************************************************/
static void
xaccInitAccount (Account * acc) {
acc->parent = NULL;
acc->children = NULL;
acc->balance = gnc_numeric_zero();
acc->cleared_balance = gnc_numeric_zero();
acc->reconciled_balance = gnc_numeric_zero();
acc->share_balance = gnc_numeric_zero();
acc->share_cleared_balance = gnc_numeric_zero();
acc->share_reconciled_balance = gnc_numeric_zero();
acc->type = NO_TYPE;
acc->accountName = g_strdup("");
acc->accountCode = g_strdup("");
acc->description = g_strdup("");
acc->kvp_data = kvp_frame_new();
acc->currency = NULL;
acc->security = NULL;
acc->currency_scu = 100000;
acc->security_scu = 100000;
acc->splits = NULL;
acc->editlevel = 0;
acc->balance_dirty = FALSE;
acc->sort_dirty = FALSE;
xaccGUIDNew(&acc->guid);
xaccStoreEntity(acc, &acc->guid, GNC_ID_ACCOUNT);
}
/********************************************************************\
\********************************************************************/
Account *
xaccMallocAccount (void)
{
Account *acc = g_new(Account, 1);
xaccInitAccount (acc);
return acc;
}
/********************************************************************\
\********************************************************************/
void
xaccFreeAccount (Account *acc)
{
Transaction *t;
GList *lp;
if (NULL == acc) return;
xaccRemoveEntity(&acc->guid);
/* First, recursively free children */
xaccFreeAccountGroup (acc->children);
/* Next, clean up the splits */
/* any split pointing at this account needs to be unmarked */
for(lp = acc->splits; lp; lp = lp->next) {
Split *s = (Split *) lp->data;
s->acc = NULL;
}
/* destroy all of the splits. The xaccCommitEdit() call
* will automatically clean up orphaned transactions.
*/
/* FIXME: is this right? */
acc->editlevel = 0;
for(lp = acc->splits; lp; lp = lp->next) {
Split *s = (Split *) lp->data;
t = s->parent;
xaccTransBeginEdit (t);
xaccSplitDestroy (s);
xaccTransCommitEdit (t);
}
/* free up array of split pointers */
g_list_free(acc->splits);
acc->splits = NULL;
g_free (acc->accountName);
acc->accountName = NULL;
g_free (acc->accountCode);
acc->accountCode = NULL;
g_free (acc->description);
acc->description = NULL;
kvp_frame_delete (acc->kvp_data);
acc->kvp_data = NULL;
/* zero out values, just in case stray
* pointers are pointing here. */
acc->currency = NULL;
acc->security = NULL;
acc->parent = NULL;
acc->children = NULL;
acc->balance = gnc_numeric_zero();
acc->cleared_balance = gnc_numeric_zero();
acc->reconciled_balance = gnc_numeric_zero();
acc->share_balance = gnc_numeric_zero();
acc->share_cleared_balance = gnc_numeric_zero();
acc->share_reconciled_balance = gnc_numeric_zero();
acc->type = NO_TYPE;
acc->accountName = NULL;
acc->description = NULL;
acc->currency = NULL;
acc->security = NULL;
acc->editlevel = 0;
acc->balance_dirty = FALSE;
acc->sort_dirty = FALSE;
g_free(acc);
}
/********************************************************************\
\********************************************************************/
gboolean
xaccAccountEqual(Account *aa, Account *ab, gboolean check_guids) {
if(!aa && !ab) return TRUE;
if(!aa) return FALSE;
if(!ab) return FALSE;
if(aa->type != ab->type) {
PERR ("Account types don't match (%d != %d)\n",
aa->type, ab->type);
return FALSE;
}
if(safe_strcmp(aa->accountName, ab->accountName) != 0) return FALSE;
if(safe_strcmp(aa->accountCode, ab->accountCode) != 0) return FALSE;
if(safe_strcmp(aa->description, ab->description) != 0) return FALSE;
if(!gnc_commodity_equiv(aa->currency, ab->currency)) return FALSE;
if(!gnc_commodity_equiv(aa->security, ab->security)) return FALSE;
if(check_guids) {
if(!guid_equal(&aa->guid, &ab->guid)) {
PERR ("Account guids don't match for %s ?= %s\n",
aa->accountName, ab->accountName);
return FALSE;
}
}
if(kvp_frame_compare(aa->kvp_data, ab->kvp_data) != 0) return FALSE;
/* no parent; always compare downwards. */
{
GList *la = aa->splits;
GList *lb = ab->splits;
if( la && !lb) return FALSE;
if(!la && lb) return FALSE;
if(la && lb) {
/* presume that the splits are in the same order */
while(la && lb) {
Split *sa = (Split *) la->data;
Split *sb = (Split *) lb->data;
if(!xaccSplitEqual(sa, sb, check_guids, FALSE)) return(FALSE);
la = la->next;
lb = lb->next;
}
if((la != NULL) || (lb != NULL)) return(FALSE);
}
}
if(!xaccGroupEqual(aa->children, ab->children, check_guids)) return FALSE;
return(TRUE);
}
/********************************************************************\
\********************************************************************/
static gint
split_sort_func(gconstpointer a, gconstpointer b) {
/* don't coerce xaccSplitDateOrder so we'll catch changes */
Split *sa = (Split *) a;
Split *sb = (Split *) b;
return(xaccSplitDateOrder(sa, sb));
}
static void
xaccAccountSortSplits (Account *acc) {
if(!acc) return;
if(!acc->sort_dirty) return;
if(acc->editlevel > 0) return;
acc->splits = g_list_sort(acc->splits, split_sort_func);
acc->sort_dirty = FALSE;
}
static void
xaccAccountBringUpToDate(Account *acc) {
if(!acc) return;
/* if a re-sort happens here, then everything will update, so the
cost basis and balance calls are no-ops */
xaccAccountSortSplits(acc);
xaccAccountRecomputeBalance(acc);
}
void
xaccAccountBeginEdit (Account *acc) {
if (!acc) return;
/* FIXME: we should check for editlevel overflow here and do
something about it. */
acc->editlevel++;
}
void
xaccAccountCommitEdit (Account *acc) {
if (!acc) return;
acc->editlevel--;
if(acc->editlevel < 0) {
PERR ("unbalanced call to xaccAccountCommitEdit - resetting");
}
else if(acc->editlevel == 0) {
xaccAccountBringUpToDate(acc);
}
}
/********************************************************************
* xaccAccountGetSlots
********************************************************************/
kvp_frame *
xaccAccountGetSlots(Account * account) {
return(account->kvp_data);
}
/********************************************************************\
\********************************************************************/
const GUID *
xaccAccountGetGUID (Account *account)
{
if (!account)
return xaccGUIDNULL();
return &account->guid;
}
/********************************************************************\
\********************************************************************/
void
xaccAccountSetGUID (Account *account, GUID *guid)
{
if (!account || !guid) return;
xaccRemoveEntity(&account->guid);
account->guid = *guid;
xaccStoreEntity(account, &account->guid, GNC_ID_ACCOUNT);
}
/********************************************************************\
\********************************************************************/
Account *
xaccAccountLookup (const GUID *guid)
{
if (!guid) return NULL;
return xaccLookupEntity(guid, GNC_ID_ACCOUNT);
}
/********************************************************************\
\********************************************************************/
short
xaccAccountGetMark (Account *acc)
{
if (!acc) return 0;
return acc->mark;
}
void
xaccAccountSetMark (Account *acc, short m)
{
if (!acc) return;
acc->mark = m;
}
void
xaccClearMark (Account *acc, short val)
{
AccountGroup *topgrp;
if (!acc) return;
topgrp = xaccGetAccountRoot (acc);
if (topgrp)
{
GList *list;
GList *node;
list = xaccGroupGetAccountList (topgrp);
for (node = list; node; node = node->next)
{
Account *account = node->data;
xaccClearMarkDown (account, val);
}
}
else
xaccClearMarkDown (acc, val);
}
void
xaccClearMarkDown (Account *acc, short val)
{
AccountGroup *children;
if (!acc) return;
acc->mark = val;
children = acc->children;
if (children)
{
GList *list;
GList *node;
list = xaccGroupGetAccountList (children);
for (node = list; node; node = node->next)
{
Account *account = node->data;
xaccClearMarkDown (account, val);
}
}
}
void
xaccClearMarkDownGr (AccountGroup *grp, short val)
{
GList *list;
GList *node;
if (!grp) return;
list = xaccGroupGetAccountList (grp);
for (node = list; node; node = node->next)
{
Account *account = node->data;
xaccClearMarkDown (account, val);
}
}
/********************************************************************\
\********************************************************************/
G_INLINE_FUNC void check_open (Account *account);
G_INLINE_FUNC void
check_open (Account *account)
{
if (account->editlevel <= 0)
{
/* not today, some day in the future ... */
/* PERR ("Account not open for editing\n"); */
/* assert (0); */
/* return; */
}
}
/********************************************************************\
\********************************************************************/
void
xaccAccountInsertSplit ( Account *acc, Split *split ) {
if (!acc) return;
if (!split) return;
/* Make sure the currencies in the transaction will still
* be acceptable. This means either the currency or the security
* of the new account must be 'in common' with the currencies used
* in the transaction. */
#if 0
if (xaccTransCountSplits(split->parent) > 1) {
if (!xaccTransIsCommonCurrency(split->parent, acc->currency) &&
!xaccTransIsCommonCurrency(split->parent, acc->security))
return;
}
#endif
xaccAccountBeginEdit(acc);
{
Account *oldacc;
check_open (acc);
acc->balance_dirty = TRUE;
acc->sort_dirty = TRUE;
/* convert the split to the new account's denominators */
/* if the denominator can't be exactly converted, it's an error */
/* FIXME : need to enforce ordering of insertion/value */
split->damount = gnc_numeric_convert(split->damount,
xaccAccountGetSecuritySCU(acc),
GNC_RND_ROUND);
split->value = gnc_numeric_convert(split->value,
xaccAccountGetCurrencySCU(acc),
GNC_RND_ROUND);
/* if this split belongs to another account, remove it from there
* first. We don't want to ever leave the system in an inconsistent
* state. Note that it might belong to the current account if we're
* just using this call to re-order. */
oldacc = split->acc;
if (split->acc) xaccAccountRemoveSplit (split->acc, split);
split->acc = acc;
if(acc->editlevel == 1) {
acc->splits = g_list_insert_sorted(acc->splits, split, split_sort_func);
acc->sort_dirty = FALSE;
} else {
acc->splits = g_list_prepend(acc->splits, split);
}
mark_account (acc);
}
xaccAccountCommitEdit(acc);
}
/********************************************************************\
\********************************************************************/
void
xaccAccountRemoveSplit (Account *acc, Split *split) {
if (!acc) return;
if (!split) return;
xaccAccountBeginEdit(acc);
{
GList *node;
check_open (acc);
node = g_list_find (acc->splits, split);
if (!node)
{
PERR ("split not in account");
}
else
{
acc->splits = g_list_remove_link (acc->splits, node);
g_list_free_1 (node);
acc->balance_dirty = TRUE;
split->acc = NULL;
mark_account (acc);
}
}
xaccAccountCommitEdit(acc);
}
/********************************************************************\
* xaccAccountRecomputeBalance *
* recomputes the partial balances and the current balance for *
* this account. *
* *
* The way the computation is done depends on whether the partial *
* balances are for a monetary account (bank, cash, etc.) or a *
* certificate account (stock portfolio, mutual fund). For bank *
* accounts, the invariant amount is the dollar amount. For share *
* accounts, the invariant amount is the number of shares. For *
* share accounts, the share price fluctuates, and the current *
* value of such an account is the number of shares times the *
* current share price. *
* *
* Part of the complexity of this computatation stems from the fact *
* xacc uses a double-entry system, meaning that one transaction *
* appears in two accounts: one account is debited, and the other *
* is credited. When the transaction represents a sale of shares, *
* or a purchase of shares, some care must be taken to compute *
* balances correctly. For a sale of shares, the stock account must*
* be debited in shares, but the bank account must be credited *
* in dollars. Thus, two different mechanisms must be used to *
* compute balances, depending on account type. *
* *
* Args: account -- the account for which to recompute balances *
* Return: void *
\********************************************************************/
static gnc_numeric
price_xfer(Split * s, gnc_numeric share_count) {
gnc_numeric temp;
if(!gnc_numeric_zero_p(s->damount)) {
temp = gnc_numeric_div(s->value, s->damount,
GNC_DENOM_AUTO, GNC_DENOM_EXACT);
temp = gnc_numeric_mul(share_count, temp,
gnc_numeric_denom(s->value),
GNC_RND_ROUND);
return temp;
}
else {
return gnc_numeric_zero();
}
}
void
xaccAccountRecomputeBalance( Account * acc ) {
gnc_numeric dbalance;
gnc_numeric dcleared_balance;
gnc_numeric dreconciled_balance;
gnc_numeric share_balance;
gnc_numeric share_cleared_balance;
gnc_numeric share_reconciled_balance;
Split *last_split = NULL;
GList *lp;
if(NULL == acc) return;
if(acc->editlevel > 0) return;
if(!acc->balance_dirty) return;
dbalance = gnc_numeric_zero();
dcleared_balance = gnc_numeric_zero();
dreconciled_balance = gnc_numeric_zero();
share_balance = gnc_numeric_zero();
share_cleared_balance = gnc_numeric_zero();
share_reconciled_balance = gnc_numeric_zero();
for(lp = acc->splits; lp; lp = lp->next) {
Split *split = (Split *) lp->data;
/* compute both dollar and share balances */
share_balance = gnc_numeric_add_fixed(share_balance, split->damount);
dbalance = gnc_numeric_add_fixed(dbalance, split->value);
if( NREC != split -> reconciled ) {
share_cleared_balance =
gnc_numeric_add_fixed(share_cleared_balance, split->damount);
dcleared_balance =
gnc_numeric_add_fixed(dcleared_balance, split->value);
}
if( YREC == split -> reconciled ) {
share_reconciled_balance =
gnc_numeric_add_fixed(share_cleared_balance, split->damount);
dreconciled_balance =
gnc_numeric_add_fixed(dreconciled_balance, split->value);
}
/* For bank accounts, the invariant subtotal is the dollar
* amount. For stock accounts, the invariant is the share amount */
if ( (STOCK == acc->type) ||
(MUTUAL == acc->type) ||
(CURRENCY == acc->type) ) {
split -> share_balance = share_balance;
split -> share_cleared_balance = share_cleared_balance;
split -> share_reconciled_balance = share_reconciled_balance;
split -> balance = price_xfer(split, share_balance);
split -> cleared_balance = price_xfer(split, share_cleared_balance);
split -> reconciled_balance =
price_xfer(split, share_reconciled_balance);
}
else {
split -> share_balance = dbalance;
split -> share_cleared_balance = dcleared_balance;
split -> share_reconciled_balance = dreconciled_balance;
split -> balance = dbalance;
split -> cleared_balance = dcleared_balance;
split -> reconciled_balance = dreconciled_balance;
}
last_split = split;
}
if ( (STOCK == acc->type) ||
(MUTUAL == acc->type) ||
(CURRENCY == acc->type) ) {
if (last_split) {
acc -> share_balance = share_balance;
acc -> share_cleared_balance = share_cleared_balance;
acc -> share_reconciled_balance = share_reconciled_balance;
acc -> balance = price_xfer(last_split, share_balance);
acc -> cleared_balance = price_xfer(last_split, share_cleared_balance);
acc -> reconciled_balance =
price_xfer(last_split, share_reconciled_balance);
}
else {
acc -> share_balance = gnc_numeric_zero();
acc -> share_cleared_balance = gnc_numeric_zero();
acc -> share_reconciled_balance = gnc_numeric_zero();
acc -> balance = gnc_numeric_zero();
acc -> cleared_balance = gnc_numeric_zero();
acc -> reconciled_balance = gnc_numeric_zero();
}
} else {
acc -> share_balance = dbalance;
acc -> share_cleared_balance = dcleared_balance;
acc -> share_reconciled_balance = dreconciled_balance;
acc -> balance = dbalance;
acc -> cleared_balance = dcleared_balance;
acc -> reconciled_balance = dreconciled_balance;
}
acc->balance_dirty = FALSE;
return;
}
/********************************************************************\
* xaccAccountFixSplitDateOrder *
* check this split to see if the date is in correct order *
* If it is not, reorder the transactions ... *
* *
* Args: acc -- the account to check *
* split -- the split to check *
* *
* Return: int -- non-zero if out of order *
\********************************************************************/
void
xaccAccountFixSplitDateOrder (Account * acc, Split *split ) {
if (NULL == acc) return;
if (NULL == split) return;
xaccAccountBeginEdit(acc);
{
acc->sort_dirty = TRUE;
acc->balance_dirty = TRUE;
}
xaccAccountCommitEdit(acc);
}
/********************************************************************\
* xaccCheckTransDateOrder *
* check this transaction to see if the date is in correct order *
* If it is not, reorder the transactions. *
* This routine perfroms the check for both of the double-entry *
* transaction entries. *
* *
* Args: trans -- the transaction to check *
* Return: int -- non-zero if out of order *
\********************************************************************/
void
xaccTransFixSplitDateOrder (Transaction *trans)
{
GList *node;
if (trans == NULL) return;
for (node = trans->splits; node; node = node->next)
{
Split *s = node->data;
xaccAccountFixSplitDateOrder (s->acc, s);
}
}
/********************************************************************\
\********************************************************************/
/* The sort order is used to implicitly define an
* order for report generation */
static int typeorder[NUM_ACCOUNT_TYPES] = {
BANK, STOCK, MUTUAL, CURRENCY, CASH, ASSET,
CREDIT, LIABILITY, INCOME, EXPENSE, EQUITY };
static int revorder[NUM_ACCOUNT_TYPES] = {
-1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1 };
int
xaccAccountOrder (Account **aa, Account **ab) {
char *da, *db;
char *endptr = NULL;
int ta, tb;
long la, lb;
if ( (*aa) && !(*ab) ) return -1;
if ( !(*aa) && (*ab) ) return +1;
if ( !(*aa) && !(*ab) ) return 0;
/* sort on accountCode strings */
da = (*aa)->accountCode;
db = (*ab)->accountCode;
/* If accountCodes are both base 36 integers do an integer sort */
la = strtoul (da, &endptr, 36);
if((*da != '\0') && (*endptr == '\0')) {
lb = strtoul (db, &endptr, 36);
if((*db != '\0') && (*endptr == '\0')) {
if (la < lb) return -1;
if (la > lb) return +1;
}
}
/* Otherwise do a string sort */
SAFE_STRCMP (da, db);
/* if acccount-type-order array not initialized, initialize it */
/* this will happen at most once during program invocation */
if (-1 == revorder[0]) {
int i;
for (i=0; i<NUM_ACCOUNT_TYPES; i++) {
revorder [typeorder[i]] = i;
}
}
/* otherwise, sort on account type */
ta = (*aa)->type;
tb = (*ab)->type;
ta = revorder[ta];
tb = revorder[tb];
if (ta < tb) return -1;
if (ta > tb) return +1;
/* otherwise, sort on accountName strings */
da = (*aa)->accountName;
db = (*ab)->accountName;
SAFE_STRCMP (da, db);
return 0;
}
/********************************************************************\
\********************************************************************/
/* account codes will be assigned base-36, with three digits */
#define BASE 36
void
xaccAccountAutoCode (Account *acc, int digits) {
if (!acc) return;
if (acc->accountCode) return; /* no-op if code already assinged */
if (!(acc->parent)) return;
xaccAccountBeginEdit(acc);
{
acc->accountCode = xaccGroupGetNextFreeCode (acc->parent, digits);
acc->parent->saved = FALSE;
}
xaccAccountCommitEdit(acc);
}
/********************************************************************\
\********************************************************************/
int
xaccIsAccountInList (Account * acc, Account **list)
{
Account * chk;
int nacc = 0;
int nappearances = 0;
if (!acc) return 0;
if (!list) return 0;
chk = list[0];
while (chk) {
if (acc == chk) nappearances ++;
nacc++;
chk = list[nacc];
}
return nappearances;
}
/********************************************************************\
\********************************************************************/
void
xaccAccountRecomputeBalances( Account **list )
{
Account * acc;
int nacc = 0;
if (!list) return;
acc = list[0];
while (acc) {
xaccAccountRecomputeBalance (acc);
nacc++;
acc = list[nacc];
}
}
/********************************************************************\
\********************************************************************/
void
xaccAccountSetType (Account *acc, int tip) {
if (!acc) return;
xaccAccountBeginEdit(acc);
{
check_open (acc);
/* refuse invalid account types, and don't bother if not new type. */
if((NUM_ACCOUNT_TYPES > tip) && (acc->type != tip)) {
acc->type = tip;
acc->balance_dirty = TRUE; /* new type may affect balance computation */
}
mark_account (acc);
}
xaccAccountCommitEdit(acc);
}
void
xaccAccountSetName (Account *acc, const char *str) {
char * tmp;
if ((!acc) || (!str)) return;
xaccAccountBeginEdit(acc);
{
check_open (acc);
/* make strdup before freeing */
tmp = g_strdup (str);
g_free (acc->accountName);
acc->accountName = tmp;
mark_account (acc);
}
xaccAccountCommitEdit(acc);
}
void
xaccAccountSetCode (Account *acc, const char *str) {
char * tmp;
if ((!acc) || (!str)) return;
xaccAccountBeginEdit(acc);
{
check_open (acc);
/* make strdup before freeing */
tmp = g_strdup (str);
g_free (acc->accountCode);
acc->accountCode = tmp;
mark_account (acc);
}
xaccAccountCommitEdit(acc);
}
void
xaccAccountSetDescription (Account *acc, const char *str) {
char * tmp;
if ((!acc) || (!str)) return;
xaccAccountBeginEdit(acc);
{
check_open (acc);
/* make strdup before freeing */
tmp = g_strdup (str);
g_free (acc->description);
acc->description = tmp;
mark_account (acc);
}
xaccAccountCommitEdit(acc);
}
void
xaccAccountSetNotes (Account *acc, const char *str) {
kvp_value *new_value;
if ((!acc) || (!str)) return;
xaccAccountBeginEdit(acc);
{
check_open (acc);
new_value = kvp_value_new_string(str);
if(new_value) {
kvp_frame_set_slot(xaccAccountGetSlots(acc), "notes", new_value);
kvp_value_delete(new_value);
}
else {
PERR ("failed to allocate kvp");
}
mark_account (acc);
}
xaccAccountCommitEdit(acc);
}
/* FIXME : is this the right way to do this? */
static void
update_split_currency(Account * acc) {
GList *lp;
if(!acc) return;
/* iterate over splits */
for(lp = acc->splits; lp; lp = lp->next) {
Split *s = (Split *) lp->data;
s->value = gnc_numeric_convert(s->value,
xaccAccountGetCurrencySCU(acc),
GNC_RND_ROUND);
s->damount = gnc_numeric_convert(s->damount,
xaccAccountGetSecuritySCU(acc),
GNC_RND_ROUND);
}
}
void
xaccAccountSetCurrency (Account * acc, const gnc_commodity * currency) {