static CMPIConstClass *
getResolvedClass(ClassRegister * cr, const char *clsName,
ClassRecord * crec, ReadCtl * rctl)
{
_SFCB_ENTER(TRACE_PROVIDERS, "getResolvedClass");
_SFCB_TRACE(1, ("--- classname %s cReg %p", clsName, cr));
CMPIConstClass *cc = NULL,
*cls;
ReadCtl ctl = *rctl;
ClassBase *cb = (ClassBase *) cr->hdl;
if (crec == NULL) {
crec = cb->ht->ft->get(cb->ht, clsName);
if (crec == NULL)
_SFCB_RETURN(NULL);
}
if (crec->cachedRCls == NULL) {
cls = getClass(cr, clsName, &ctl);
ClClass *ccl = (ClClass *) cls->hdl;
if (ccl->hdr.type == HDR_Class)
return cls;
char *pn = (char *) cls->ft->getCharSuperClassName(cls);
if (pn == NULL) {
*rctl = ctl;
return cls;
}
ClClass *mc = ClClassNew(clsName, pn);
cc = NEW(CMPIConstClass);
cc->ft = CMPIConstClassFT;
cc->hdl = mc;
// printf("#-# merging %s %s\n",clsName,pn);
mergeParents(cr, mc, pn, cls, rctl);
if (*rctl == tempRead)
_SFCB_RETURN(cc);
crec->cachedRCls = cc;
cb->cachedRCount++;
if (cb->cachedRCount >= cSize)
pruneRCache(cr); /* should this be checking rSize? */
ENQ_TOP_LIST(crec, cb->firstRCached, cb->lastRCached, nextRCached,
prevRCached);
} else {
// printf("-#- class %s in resolved cache
// %p\n",clsName,crec->cachedRCls);
if (crec != cb->firstRCached) {
DEQ_FROM_LIST(crec, cb->firstRCached, cb->lastRCached, nextRCached,
prevRCached);
ENQ_TOP_LIST(crec, cb->firstRCached, cb->lastRCached, nextRCached,
prevRCached);
}
}
*rctl = cached;
_SFCB_RETURN(crec->cachedRCls);
}
static CMPIStatus
addClass(ClassRegister * cr, CMPIConstClass * ccp, char *cn, char *p)
{
CMPIStatus st = { CMPI_RC_OK, NULL };
ClassBase *cb = (ClassBase *) (cr + 1);
UtilHashTable *it = cb->it;
UtilList *ul;
char *pn = p;
CMPIConstClass *cc = ccp;
ClClass *mc;
if (p) {
mc = ClClassNew(cn, p);
st = mergeParents(cr, mc, pn, ccp);
if (st.rc != CMPI_RC_OK) {
ClClassFreeClass(mc);
return st;
}
ccp->hdl = mc;
}
cc = ccp->ft->clone(ccp, NULL);
mc = (ClClass *) cc->hdl;
cb->ht->ft->put(cb->ht, strdup(cn), cc);
if (cc->ft->isAssociation(cc)) {
cr->assocs++;
if (p == NULL)
cr->topAssocs++;
}
if (p) {
ul = it->ft->get(it, p);
if (ul == NULL) {
ul = UtilFactory->newList(NULL, memUnlinkEncObj);
it->ft->put(it, p, ul);
}
ul->ft->prepend(ul, cn);
}
return st;
}
static int sfcb_add_class(FILE * f, hashentry * he, class_entry * ce, int endianMode)
{
/* SFCB related */
ClClass * sfcbClass;
ClClass * sfcbClassRewritten;
ClProperty * sfcbProp;
ClMethod * sfcbMeth;
ClParameter * sfcbParam;
CMPIParameter param;
CMPIData data;
int prop_id;
int meth_id;
int meth_param_id;
int size;
/* Symtab related */
qual_chain * quals = ce -> class_quals;
prop_chain * props = ce -> class_props;
method_chain * meths = ce -> class_methods;
param_chain * meth_params;
/* postfix processing - recursive */
if ( ce -> class_parent) {
sfcb_add_class( f, he, ce -> class_parent, endianMode );
}
if ( htlookup(he, upstrdup(ce -> class_id, strlen(ce -> class_id)),
strlen(ce -> class_id)) == NULL ) {
if (sfcb_options & BACKEND_VERBOSE) {
fprintf(stderr," adding class %s \n", ce -> class_id );
}
/* remember we did this class already */
htinsert(he, upstrdup(ce -> class_id, strlen(ce -> class_id)), strlen(ce -> class_id), (void *)1);
sfcbClass = ClClassNew( ce -> class_id,
ce -> class_parent ?
ce -> class_parent -> class_id : NULL );
if (sfcbClass == NULL) {
fprintf(stderr,"Error: could not create SFCB class for %s\n",ce -> class_id);
return 1;
}
while (quals) {
if (sfcb_options & BACKEND_VERBOSE) {
fprintf(stderr," adding qualifier %s for class %s \n",
quals -> qual_id, ce -> class_id );
}
if (!skipQuals(quals)) {
ClClassAddQualifier(&sfcbClass->hdr, &sfcbClass->qualifiers, quals->qual_id,
make_cmpi_data(quals->qual_qual->qual_type,
quals->qual_qual->qual_array,
quals->qual_vals));
}
quals = quals -> qual_next;
}
while (props) {
if (sfcb_options & BACKEND_VERBOSE) {
if (props->prop_attr & PROPERTY_KEY)
fprintf(stderr," adding key property %s for class %s \n",
props -> prop_id, ce -> class_id );
else
fprintf(stderr," adding property %s for class %s \n",
props -> prop_id, ce -> class_id );
}
data = make_cmpi_data(props->prop_type, props->prop_array, props->prop_value);
prop_id = ClClassAddProperty(sfcbClass, props->prop_id,
data, data.type == CMPI_ref ? props->prop_type.type_ref->class_id : NULL);
if (prop_id == 0) {
fprintf(stderr,"Error: could not add SFCB class property %s for %s\n",
props -> prop_id, ce -> class_id);
return 1;
}
quals = props -> prop_quals;
sfcbProp=((ClProperty*)ClObjectGetClSection(&sfcbClass->hdr,&sfcbClass->properties))+prop_id-1;
while (quals) {
if (!skipQuals(quals)) {
if (sfcb_options & BACKEND_VERBOSE) {
fprintf(stderr," adding qualifier %s for property %s in class %s\n",
quals -> qual_id, props -> prop_id, ce -> class_id );
}
ClClassAddPropertyQualifier(&sfcbClass->hdr, sfcbProp, quals->qual_id,
make_cmpi_data(quals->qual_qual->qual_type,
quals->qual_qual->qual_array,
quals->qual_vals));
}
quals = quals -> qual_next;
}
props = props -> prop_next;
}
while (meths) {
meth_id = ClClassAddMethod(sfcbClass, meths->method_id,
make_cmpi_type(meths->method_type, meths->method_array));
quals = meths->method_quals;
sfcbMeth=((ClMethod*)ClObjectGetClSection(&sfcbClass->hdr,&sfcbClass->methods))+meth_id-1;
while(quals) {
if (!skipQuals(quals)) {
ClClassAddMethodQualifier(&sfcbClass->hdr, sfcbMeth, quals->qual_id,
make_cmpi_data(quals->qual_qual->qual_type,
quals->qual_qual->qual_array,
quals->qual_vals));
}
quals = quals->qual_next;
}
meth_params = meths->method_params;
while(meth_params && meth_params->param_id) {
param.type = make_cmpi_type(meth_params->param_type, meth_params->param_array);
param.arraySize = meth_params->param_array;
if((param.type == CMPI_ref || param.type == CMPI_refA) && meth_params->param_type.type_ref) {
param.refName = meth_params->param_type.type_ref->class_id;
} else {
param.refName = NULL;
}
meth_param_id = ClClassAddMethParameter(&sfcbClass->hdr,
sfcbMeth,
meth_params->param_id,
param);
quals = meth_params->param_quals;
sfcbParam=((ClParameter*)ClObjectGetClSection(&sfcbClass->hdr,&sfcbMeth->parameters))+meth_param_id-1;
while(quals) {
if (!skipQuals(quals)) {
ClClassAddMethParamQualifier(&sfcbClass->hdr, sfcbParam, quals->qual_id,
make_cmpi_data(quals->qual_qual->qual_type,
quals->qual_qual->qual_array,
quals->qual_vals));
}
quals = quals->qual_next;
}
meth_params = meth_params->param_next;
}
meths = meths->method_next;
}
sfcbClassRewritten = ClClassRebuildClass(sfcbClass,NULL);
if (opt_reduced) {
sfcbClassRewritten->hdr.type = HDR_IncompleteClass;
}
size=sfcbClassRewritten->hdr.size;
if (swapMode) {
void *tmp=sfcbClassRewritten;
sfcbClassRewritten = swapEntryClass(sfcbClassRewritten,&size);
free(tmp);
}
fwrite(sfcbClassRewritten,size,1,f);
free(sfcbClassRewritten);
}
return 0;
}
