/**************************************************************
* private functions
**************************************************************/
static c_bool
v_topicQosValidValues(
v_topicQos qos)
{
int valuesOk;
valuesOk = 1;
/* no typechecking, since qos might be allocated on heap! */
if (qos != NULL) {
/* value checking */
valuesOk = 1;
valuesOk &= v_durabilityPolicyValid(qos->durability);
valuesOk &= v_durabilityServicePolicyValid(qos->durabilityService);
valuesOk &= v_deadlinePolicyValid(qos->deadline);
valuesOk &= v_latencyPolicyValid(qos->latency);
valuesOk &= v_livelinessPolicyValid(qos->liveliness);
valuesOk &= v_reliabilityPolicyValid(qos->reliability);
valuesOk &= v_orderbyPolicyValid(qos->orderby);
valuesOk &= v_historyPolicyValid(qos->history);
valuesOk &= v_resourcePolicyValid(qos->resource);
valuesOk &= v_transportPolicyValid(qos->transport);
valuesOk &= v_lifespanPolicyValid(qos->lifespan);
valuesOk &= v_ownershipPolicyValid(qos->ownership);
valuesOk &= v_topicDataPolicyValid(qos->topicData);
}
return (valuesOk?TRUE:FALSE);
}
/**************************************************************
* private functions
**************************************************************/
static c_bool
v_readerQosValidValues(
v_readerQos qos)
{
int valuesOk;
/* no typechecking, since qos might be allocated on heap! */
valuesOk = 1;
if (qos != NULL) {
/* value checking */
valuesOk &= v_durabilityPolicyValid(qos->durability);
valuesOk &= v_deadlinePolicyValid(qos->deadline);
valuesOk &= v_latencyPolicyValid(qos->latency);
valuesOk &= v_livelinessPolicyValid(qos->liveliness);
valuesOk &= v_reliabilityPolicyValid(qos->reliability);
valuesOk &= v_orderbyPolicyValid(qos->orderby);
valuesOk &= v_historyPolicyValid(qos->history);
valuesOk &= v_resourcePolicyValid(qos->resource);
valuesOk &= v_ownershipPolicyValid(qos->ownership);
valuesOk &= v_pacingPolicyValid(qos->pacing);
valuesOk &= v_readerLifecyclePolicyValid(qos->lifecycle);
valuesOk &= v_readerLifespanPolicyValid(qos->lifespan);
valuesOk &= v_userDataPolicyValid(qos->userData);
valuesOk &= v_userKeyPolicyValid(qos->userKey);
valuesOk &= v_sharePolicyValid(qos->share);
}
return (valuesOk?TRUE:FALSE);
}
c_bool
v_historicalDataRequestIsValid(
v_historicalDataRequest request,
v_reader reader)
{
c_bool result;
q_expr expr;
assert(C_TYPECHECK(request,v_historicalDataRequest));
assert(C_TYPECHECK(reader,v_reader));
if(request && reader){
if(!v_resourcePolicyValid(request->resourceLimits)){
result = FALSE;
} else if((reader->qos->resource.max_samples != -1) &&
(reader->qos->resource.max_samples <
request->resourceLimits.max_samples))
{
result = FALSE;
} else if((reader->qos->resource.max_instances != -1) &&
(reader->qos->resource.max_instances <
request->resourceLimits.max_instances))
{
result = FALSE;
} else if((reader->qos->resource.max_samples_per_instance != -1) &&
(reader->qos->resource.max_samples_per_instance <
request->resourceLimits.max_samples_per_instance))
{
result = FALSE;
} else if(!c_timeValid(request->minSourceTimestamp)){
result = FALSE;
} else if(!c_timeValid(request->maxSourceTimestamp)){
result = FALSE;
} else if(c_timeCompare(request->minSourceTimestamp,
request->maxSourceTimestamp) == C_GT)
{
result = FALSE;
} else if(request->filter){
expr = q_parse(request->filter);
if(expr){
q_dispose(expr);
result = TRUE;
} else {
result = FALSE;
}
} else {
result = TRUE;
}
} else {
result = FALSE;
}
return result;
}