/*! \brief
* Translate all pointers in the structure and also
* in all parameters in the list
*/
static inline void xlate_pointers(rr_t* _orig, rr_t* _r)
{
param_t* ptr;
_r->nameaddr.uri.s = translate_pointer(_r->nameaddr.name.s, _orig->nameaddr.name.s, _r->nameaddr.uri.s);
ptr = _r->params;
while(ptr) {
/* if (ptr->type == P_R2) _r->r2 = ptr; */
ptr->name.s = translate_pointer(_r->nameaddr.name.s, _orig->nameaddr.name.s, ptr->name.s);
ptr->body.s = translate_pointer(_r->nameaddr.name.s, _orig->nameaddr.name.s, ptr->body.s);
ptr = ptr->next;
}
}
int region_main(int argc, char *argv[]) {
region r[4];
Updater u[3];
region quint = newregion();
region temp = newregion();
int i = 0;
struct quint *q = NULL, *q2;
translation tr;
r[0] = quint; r[1] = NULL;
u[0] = update_quint;
for(i = 0; i < NUM; i++) {
q = new_quint(quint, i, q);
}
serialize(r,"data","offsets");
tr = deserialize("data", "offsets", u, temp);
q2 = (struct quint *) translate_pointer(tr, (void *) q);
for(i = 0; i < NUM; i++) {
if ((q == q2) || (q->i != q2->i)) {
printf("FAIL triple\n");
exit(1);
}
q = q->next;
q2 = q2->next;
}
printf("OK\n");
return 0;
}
void update()
{
Updater u[10];
translation t;
region temp = newregion();
u[9] = update_strbucket;
u[8] = update_ptr_data;
u[7] = update_list_strnode;
u[6] = update_list_node;
u[5] = update_list_header;
u[4] = update_nonptr_data;
u[3] = update_bucket;
u[2] = update_hash_table;
u[1] = update_bucketptr;
u[0] = update_node;
t = deserialize("data", "offsets", u, temp);
thetable = (hash_table) translate_pointer(t, (void *)thetable);
thelist = (node_list) translate_pointer(t, (void *)thelist);
}
static void uri_trans(char *new_buf, char *org_buf, struct sip_uri *uri)
{
uri->user.s=translate_pointer(new_buf,org_buf,uri->user.s);
uri->passwd.s=translate_pointer(new_buf,org_buf,uri->passwd.s);
uri->host.s=translate_pointer(new_buf,org_buf,uri->host.s);
uri->port.s=translate_pointer(new_buf,org_buf,uri->port.s);
uri->params.s=translate_pointer(new_buf,org_buf,uri->params.s);
uri->headers.s=translate_pointer(new_buf,org_buf,uri->headers.s);
}
int region_main(int argc, char *argv[]) {
region r[2];
Updater u[1];
region temp = newregion();
struct pair *p;
translation t;
if ((argc == 1) || (strcmp(argv[1],"d") && strcmp(argv[1],"b"))) {
printf("Usage: time timer {d | b}\nd for deserialization only; b for both deserialization and serialization\n");
exit(1);
}
u[0] = update_pair;
t = deserialize("data", "offsets", u, temp);
if (strcmp(argv[1],"b") == 0) {
p = (struct pair *) translate_pointer(t, (void *) 1125667648);
r[0] = regionof((void *) p);
r[1] = NULL;
serialize(r, "data2", "offsets2");
}
return 0;
}
static inline struct auth_body* auth_body_cloner(char* new_buf, char *org_buf, struct auth_body *auth, char **p)
{
struct auth_body* new_auth;
new_auth = (struct auth_body*)(*p);
memcpy(new_auth , auth , sizeof(struct auth_body));
(*p) += ROUND4(sizeof(struct auth_body));
/* authorized field must be cloned elsewhere */
new_auth->digest.username.whole.s =
translate_pointer(new_buf, org_buf, auth->digest.username.whole.s);
new_auth->digest.username.user.s =
translate_pointer(new_buf, org_buf, auth->digest.username.user.s);
new_auth->digest.username.domain.s =
translate_pointer(new_buf, org_buf, auth->digest.username.domain.s);
new_auth->digest.realm.s =
translate_pointer(new_buf, org_buf, auth->digest.realm.s);
new_auth->digest.nonce.s =
translate_pointer(new_buf, org_buf, auth->digest.nonce.s);
new_auth->digest.uri.s =
translate_pointer(new_buf, org_buf, auth->digest.uri.s);
new_auth->digest.response.s =
translate_pointer(new_buf, org_buf, auth->digest.response.s);
new_auth->digest.alg.alg_str.s =
translate_pointer(new_buf, org_buf, auth->digest.alg.alg_str.s);
new_auth->digest.cnonce.s =
translate_pointer(new_buf, org_buf, auth->digest.cnonce.s);
new_auth->digest.opaque.s =
translate_pointer(new_buf, org_buf, auth->digest.opaque.s);
new_auth->digest.qop.qop_str.s =
translate_pointer(new_buf, org_buf, auth->digest.qop.qop_str.s);
new_auth->digest.nc.s =
translate_pointer(new_buf, org_buf, auth->digest.nc.s);
return new_auth;
}
static void uri_trans(char *new_buf, char *org_buf, struct sip_uri *uri)
{
uri->user.s=translate_pointer(new_buf,org_buf,uri->user.s);
uri->passwd.s=translate_pointer(new_buf,org_buf,uri->passwd.s);
uri->host.s=translate_pointer(new_buf,org_buf,uri->host.s);
uri->port.s=translate_pointer(new_buf,org_buf,uri->port.s);
uri->params.s=translate_pointer(new_buf,org_buf,uri->params.s);
uri->headers.s=translate_pointer(new_buf,org_buf,uri->headers.s);
/* parameters */
uri->transport.s=translate_pointer(new_buf,org_buf,uri->transport.s);
uri->ttl.s=translate_pointer(new_buf,org_buf,uri->ttl.s);
uri->user_param.s=translate_pointer(new_buf,org_buf,uri->user_param.s);
uri->maddr.s=translate_pointer(new_buf,org_buf,uri->maddr.s);
uri->method.s=translate_pointer(new_buf,org_buf,uri->method.s);
uri->lr.s=translate_pointer(new_buf,org_buf,uri->lr.s);
uri->r2.s=translate_pointer(new_buf,org_buf,uri->r2.s);
/* values */
uri->transport_val.s
=translate_pointer(new_buf,org_buf,uri->transport_val.s);
uri->ttl_val.s=translate_pointer(new_buf,org_buf,uri->ttl_val.s);
uri->user_param_val.s
=translate_pointer(new_buf,org_buf,uri->user_param_val.s);
uri->maddr_val.s=translate_pointer(new_buf,org_buf,uri->maddr_val.s);
uri->method_val.s=translate_pointer(new_buf,org_buf,uri->method_val.s);
uri->lr_val.s=translate_pointer(new_buf,org_buf,uri->lr_val.s);
uri->r2_val.s=translate_pointer(new_buf,org_buf,uri->r2_val.s);
}
static inline struct via_body* via_body_cloner( char* new_buf,
char *org_buf, struct via_body *param_org_via, char **p)
{
struct via_body *new_via;
struct via_body *first_via, *last_via;
struct via_body *org_via;
first_via = last_via = 0;
org_via = param_org_via;
do
{
/* clones the via_body structure */
new_via = (struct via_body*)(*p);
memcpy( new_via , org_via , sizeof( struct via_body) );
(*p) += ROUND4(sizeof( struct via_body ));
/* hdr (str type) */
new_via->hdr.s=translate_pointer(new_buf,org_buf,org_via->hdr.s);
/* name (str type) */
new_via->name.s=translate_pointer(new_buf,org_buf,org_via->name.s);
/* version (str type) */
new_via->version.s=
translate_pointer(new_buf,org_buf,org_via->version.s);
/* transport (str type) */
new_via->transport.s=
translate_pointer(new_buf,org_buf,org_via->transport.s);
/* host (str type) */
new_via->host.s=translate_pointer(new_buf,org_buf,org_via->host.s);
/* port_str (str type) */
new_via->port_str.s=
translate_pointer(new_buf,org_buf,org_via->port_str.s);
/* params (str type) */
new_via->params.s=translate_pointer(new_buf,org_buf,org_via->params.s);
/* transaction id */
new_via->tid.s=
translate_pointer(new_buf, org_buf, org_via->tid.s);
/* comment (str type) */
new_via->comment.s=
translate_pointer(new_buf,org_buf,org_via->comment.s);
if ( org_via->param_lst )
{
struct via_param *vp, *new_vp, *last_new_vp;
for( vp=org_via->param_lst, last_new_vp=0 ; vp ; vp=vp->next )
{
new_vp = (struct via_param*)(*p);
memcpy( new_vp , vp , sizeof(struct via_param));
(*p) += ROUND4(sizeof(struct via_param));
new_vp->name.s=translate_pointer(new_buf,org_buf,vp->name.s);
new_vp->value.s=translate_pointer(new_buf,org_buf,vp->value.s);
new_vp->start=translate_pointer(new_buf,org_buf,vp->start);
/* "translate" the shortcuts */
switch(new_vp->type){
case PARAM_BRANCH:
new_via->branch = new_vp;
break;
case PARAM_RECEIVED:
new_via->received = new_vp;
break;
case PARAM_RPORT:
new_via->rport = new_vp;
break;
case PARAM_I:
new_via->i = new_vp;
break;
case PARAM_ALIAS:
new_via->alias = new_vp;
break;
#ifdef USE_COMP
case PARAM_COMP:
new_via->comp = new_vp;
break;
#endif
}
if (last_new_vp)
last_new_vp->next = new_vp;
else
new_via->param_lst = new_vp;
last_new_vp = new_vp;
last_new_vp->next = NULL;
}
new_via->last_param = new_vp;
}/*end if via has params */
if (last_via)
last_via->next = new_via;
else
first_via = new_via;
last_via = new_via;
org_via = org_via->next;
}while(org_via);
return first_via;
}
static void uri_trans(char *new_buf, char *org_buf, struct sip_uri *uri)
{
int i;
uri->user.s=translate_pointer(new_buf,org_buf,uri->user.s);
uri->passwd.s=translate_pointer(new_buf,org_buf,uri->passwd.s);
uri->host.s=translate_pointer(new_buf,org_buf,uri->host.s);
uri->port.s=translate_pointer(new_buf,org_buf,uri->port.s);
uri->params.s=translate_pointer(new_buf,org_buf,uri->params.s);
uri->headers.s=translate_pointer(new_buf,org_buf,uri->headers.s);
/* parameters */
uri->transport.s=translate_pointer(new_buf,org_buf,uri->transport.s);
uri->ttl.s=translate_pointer(new_buf,org_buf,uri->ttl.s);
uri->user_param.s=translate_pointer(new_buf,org_buf,uri->user_param.s);
uri->maddr.s=translate_pointer(new_buf,org_buf,uri->maddr.s);
uri->method.s=translate_pointer(new_buf,org_buf,uri->method.s);
uri->lr.s=translate_pointer(new_buf,org_buf,uri->lr.s);
uri->r2.s=translate_pointer(new_buf,org_buf,uri->r2.s);
/* values */
uri->transport_val.s
=translate_pointer(new_buf,org_buf,uri->transport_val.s);
uri->ttl_val.s=translate_pointer(new_buf,org_buf,uri->ttl_val.s);
uri->user_param_val.s
=translate_pointer(new_buf,org_buf,uri->user_param_val.s);
uri->maddr_val.s=translate_pointer(new_buf,org_buf,uri->maddr_val.s);
uri->method_val.s=translate_pointer(new_buf,org_buf,uri->method_val.s);
uri->lr_val.s=translate_pointer(new_buf,org_buf,uri->lr_val.s);
uri->r2_val.s=translate_pointer(new_buf,org_buf,uri->r2_val.s);
/* unknown params */
for( i=0; i<URI_MAX_U_PARAMS && uri->u_name[i].s ; i++ ) {
uri->u_name[i].s = translate_pointer(new_buf,org_buf,uri->u_name[i].s);
uri->u_val[i].s = translate_pointer(new_buf,org_buf,uri->u_val[i].s);
}
}
