public CreatePhysicalPortCommand(NbiPort nbiPort, String defaultTopologyName) {
setNmsPortId(nbiPort.getNmsPortId());
setNocLabel(nbiPort.getSuggestedNocLabel());
setBodPortId(nbiPort.getNmsNeId());
this.allowedVlan = nbiPort.getVlan().map(Vlan::toRangeString).orElse("");
this.topologyName = defaultTopologyName;
}
private void validateEnniPort(NbiPort nbiPort, String bodTopologyName, BindingResult result) {
nbiPort
.getVlan()
.ifPresent(
nbiVlan -> {
if (getSVlan() != null) {
if (!nbiVlan.contains(getSVlan())) {
result.rejectValue(
"sVlan",
"validation.physicalport.invalid.svlan",
new Object[] {nbiVlan.toRangeString()},
"S-VLAN must be enclosed in the range {0}");
}
}
if (StringUtils.isBlank(getAllowedVlan())) {
result.rejectValue("allowedVlan", "validation.not.empty");
} else {
Vlan allowedVlan = Vlan.parse(getAllowedVlan());
Vlan downstreamAllowedVlan = getSVlan() == null ? nbiVlan : Vlan.any();
if (!downstreamAllowedVlan.enclosesAll(allowedVlan)) {
result.rejectValue(
"allowedVlan",
"validation.physicalport.invalid.vlan",
new Object[] {downstreamAllowedVlan.toRangeString()},
"VLAN must be enclosed in the range {0}");
}
}
});
if (StringUtils.isBlank(getTopologyName())) {
result.rejectValue("topologyName", "validation.not.empty");
} else if (Objects.equals(bodTopologyName, getTopologyName())) {
if (getInboundPeer() == null || !matches(NsiHelper.NURN_PATTERN_REGEXP, getInboundPeer())) {
result.rejectValue(
"inboundPeer",
"nl.surfnet.bod.domain.urn.message",
new String[] {NsiHelper.NURN_PATTERN_REGEXP},
"Did not match pattern");
}
if (getInboundPeer() == null
|| !matches(NsiHelper.NURN_PATTERN_REGEXP, getOutboundPeer())) {
result.rejectValue(
"outboundPeer",
"nl.surfnet.bod.domain.urn.message",
new String[] {NsiHelper.NURN_PATTERN_REGEXP},
"Did not match pattern");
}
}
}