errval_t get_record(struct ast_object* ast, struct oct_query_state* sqs)
{
OCT_DEBUG("get record %s\n", RECORD_NAME(ast));
assert(ast != NULL);
assert(sqs != NULL);
for (size_t i = 0; i < MAX_RECORDS; i++) {
struct record* entry = &record_storage[i];
if (entry->name == NULL) {
continue;
}
if (strcmp(RECORD_NAME(ast), entry->name) == 0 && entry->record != NULL) {
transform_to_string(entry->record, sqs->std_out.buffer);
return SYS_ERR_OK;
}
}
return OCT_ERR_NO_RECORD;
}
static void wakeup_clients(struct record* entry)
{
struct wait_queue* cur = entry->waiting_parties;
// Walk through list, wake up all clients
while (cur != NULL) {
assert(cur->ors != NULL);
assert(cur->ors->reply != NULL);
assert(cur->ors->binding != NULL);
transform_to_string(entry->record,
cur->ors->query_state.std_out.buffer);
OCT_DEBUG(
"wakeup %p for %s\n", cur->ors->binding, cur->ors->query_state.std_out.buffer);
cur->ors->reply(cur->ors->binding, cur->ors);
struct wait_queue* next = cur->next;
free(cur);
cur = next;
}
entry->waiting_parties = NULL;
}
static void print_test(test_t *test)
{
switch (test->type) {
case BC_FALSE:
printf("FALSE");
break;
case BC_TRUE:
printf("TRUE");
break;
case BC_EXISTS:
print_stringlist("EXISTS", test->u.sl);
break;
case BC_SIZE:
printf("SIZE %s %d",
(test->u.sz.t == B_OVER) ? "over" : "under", test->u.sz.n);
break;
case BC_ADDRESS:
printf("ADDRESS");
printf(" ADDRPART(%s)", addrpart_to_string(test->u.ae.addrpart));
if (test->u.ae.comp.index) {
printf(" INDEX(%d %s)", abs(test->u.ae.comp.index),
(test->u.ae.comp.index < 0) ? "[LAST]" : "");
}
print_comparator(&test->u.ae.comp);
print_stringlist("\n\tHEADERS", test->u.ae.sl);
print_stringlist(" PATTERNS", test->u.ae.pl);
break;
case BC_ENVELOPE:
printf("ENVELOPE");
printf(" ADDRPART(%s)", addrpart_to_string(test->u.ae.addrpart));
print_comparator(&test->u.ae.comp);
print_stringlist("\n\tHEADERS", test->u.ae.sl);
print_stringlist(" PATTERNS", test->u.ae.pl);
break;
case BC_HEADER:
printf("HEADER");
if (test->u.hhs.comp.index) {
printf(" INDEX(%d %s)", abs(test->u.hhs.comp.index),
(test->u.hhs.comp.index < 0) ? "[LAST]" : "");
}
print_comparator(&test->u.hhs.comp);
print_stringlist("\n\tHEADERS", test->u.hhs.sl);
print_stringlist(" PATTERNS", test->u.hhs.pl);
break;
case BC_BODY:
printf("BODY");
print_comparator(&test->u.b.comp);
printf("\n\tTRANSFORM(%s)", transform_to_string(test->u.b.transform));
printf(" OFFSET(%d)", test->u.b.offset);
print_stringlist(" CONTENT-TYPES", test->u.b.content_types);
print_stringlist(" PATTERNS", test->u.b.pl);
break;
case BC_DATE:
printf("DATE");
if (test->u.dt.comp.index) {
printf(" INDEX(%d %s)", abs(test->u.dt.comp.index),
(test->u.dt.comp.index < 0) ? "[LAST]" : "");
}
if (test->u.dt.zonetag == B_TIMEZONE)
printf(" ZONE(%+dmin)", test->u.dt.zone);
else
printf(" ZONE(ORIGINAL)");
print_comparator(&test->u.dt.comp);
printf("\n\tDATEPART(%s)", datepart_to_string(test->u.dt.date_part));
print_string(" HEADER", test->u.dt.header_name);
print_stringlist(" KEYS", test->u.dt.kl);
break;
case BC_CURRENTDATE:
printf("CURRENTDATE");
if (test->u.dt.zonetag == B_TIMEZONE)
printf(" ZONE(%+dmin)", test->u.dt.zone);
else
printf(" ZONE(ORIGINAL)");
print_comparator(&test->u.dt.comp);
printf("\n\tDATEPART(%s)", datepart_to_string(test->u.dt.date_part));
print_stringlist(" KEYS", test->u.dt.kl);
break;
case BC_HASFLAG:
printf("HASFLAG");
print_comparator(&test->u.hhs.comp);
print_stringlist("\n\tVARIABLES", test->u.hhs.sl);
print_stringlist(" PATTERNS", test->u.hhs.pl);
break;
case BC_MAILBOXEXISTS:
print_stringlist("MAILBOXEXISTS", test->u.mm.keylist);
break;
case BC_MAILBOXIDEXISTS:
print_stringlist("MAILBOXIDEXISTS", test->u.mm.keylist);
break;
case BC_METADATA:
printf("METADATA");
print_comparator(&test->u.mm.comp);
print_string("\n\tMAILBOX", test->u.mm.extname);
print_string(" ANNOTATION", test->u.mm.keyname);
print_stringlist(" PATTERNS", test->u.mm.keylist);
break;
case BC_METADATAEXISTS:
printf("METAEXISTS");
print_string("MAILBOX", test->u.mm.extname);
print_stringlist(" ANNOTATIONS", test->u.mm.keylist);
break;
case BC_SERVERMETADATA:
printf("SERVERMETADATA");
print_comparator(&test->u.mm.comp);
print_string("\n\tANNOTATION", test->u.mm.keyname);
print_stringlist(" PATTERNS", test->u.mm.keylist);
break;
case BC_SERVERMETADATAEXISTS:
print_stringlist("SERVERMETADATAEXISTS", test->u.mm.keylist);
break;
case BC_STRING:
printf("STRING");
print_comparator(&test->u.hhs.comp);
print_stringlist("\n\tVARIABLES", test->u.hhs.sl);
print_stringlist(" PATTERNS", test->u.hhs.pl);
break;
case BC_VALIDEXTLIST:
print_stringlist("VALIDEXTLIST", test->u.sl);
break;
case BC_VALIDNOTIFYMETHOD:
print_stringlist("VALIDNOTIFYMETHOD", test->u.sl);
break;
case BC_NOTIFYMETHODCAPABILITY:
printf("NOTIFYMETHODCAPABILITY");
print_comparator(&test->u.mm.comp);
print_string("\n\tURI", test->u.mm.extname);
print_string(" CAPABILITY", test->u.mm.keyname);
print_stringlist(" KEYS", test->u.mm.keylist);
break;
case BC_DUPLICATE:
printf("DUPLICATE");
print_string((test->u.dup.idtype == B_UNIQUEID) ?
" UNIQUEID" : " HDRNAME", test->u.dup.idval);
print_string(" HANDLE", test->u.dup.handle);
printf("\n\tSECONDS(%d) LAST(%d)",
test->u.dup.seconds, test->u.dup.last);
break;
case BC_IHAVE:
print_stringlist("IHAVE", test->u.sl);
break;
case BC_SPECIALUSEEXISTS:
printf("SPECIALUSEEXISTS");
print_string("MAILBOX", test->u.mm.extname);
print_stringlist(" FLAGS", test->u.mm.keylist);
break;
case BC_ENVIRONMENT:
printf("ENVIRONMENT");
print_comparator(&test->u.mm.comp);
print_string("\n\tITEM", test->u.mm.keyname);
print_stringlist(" KEYS", test->u.mm.keylist);
break;
}
printf("\n");
}
