private void prepareAuthoritativeResourceData(
final String name,
final List<String> autNums,
final List<String> ipv4Resources,
final List<String> ipv6Resources) {
final AuthoritativeResource authoritativeResource = mock(AuthoritativeResource.class);
when(authoritativeResource.getAutNums()).thenReturn(ciSet(autNums));
final IntervalMap<Ipv4Resource, Ipv4Resource> ipv4Map = new NestedIntervalMap<>();
for (final String ipv4Resource : ipv4Resources) {
final Ipv4Resource resource = Ipv4Resource.parse(ipv4Resource);
ipv4Map.put(resource, resource);
}
when(authoritativeResource.getInetRanges()).thenReturn(ipv4Map);
final IntervalMap<Ipv6Resource, Ipv6Resource> ipv6Map = new NestedIntervalMap<>();
for (final String ipv6Resource : ipv6Resources) {
final Ipv6Resource resource = Ipv6Resource.parse(ipv6Resource);
ipv6Map.put(resource, resource);
}
when(authoritativeResource.getInet6Ranges()).thenReturn(ipv6Map);
when(authoritativeResourceData.getAuthoritativeResource(ciString(name)))
.thenReturn(authoritativeResource);
}
@Test
public void valid_ipv6_trailing_dot() {
final Domain domain = Domain.parse("0.0.0.0.8.f.7.0.1.0.0.2.ip6.arpa.");
assertThat(domain.getValue(), is(ciString("0.0.0.0.8.f.7.0.1.0.0.2.ip6.arpa")));
assertThat((Ipv6Resource) domain.getReverseIp(), is(Ipv6Resource.parse("2001:7f8::/48")));
assertThat(domain.getType(), is(Domain.Type.IP6));
}
/**
* Validate an IPv6 address
*
* @param yytext
*/
public static void validateIpv6(final String yytext) {
try {
Ipv6Resource.parse(yytext);
} catch (IllegalArgumentException e) {
syntaxError("IP address " + yytext + " contains an invalid quad");
}
}
/**
* check each quad of 1A:3:7:8:AAAA:BBBB:DEAD:BEEF/55 in prefix is valid
*
* @param yytext
*/
public static void validateIpv6Prefix(final String yytext) {
final int slash = yytext.indexOf('/');
try {
Ipv6Resource.parse(yytext.substring(0, slash));
} catch (IllegalArgumentException e) {
syntaxError("IPv6 prefix " + yytext + " contains an invalid quad");
}
final int length = Integer.valueOf(yytext.substring(slash + 1));
if (length > MAX_BIT_LENGTH_IPV6) {
syntaxError("IPv6 prefix " + yytext + " contains an invalid prefix length");
}
}
/**
* check IPv6 address and prefix range is valid
*
* @param yytext
*/
public static void validateIpv6PrefixRange(final String yytext) {
Matcher m = ADDRESS_PREFIX_RANGE_PATTERN.matcher(yytext);
if (m.matches()) {
try {
Ipv6Resource.parse(m.group(1));
} catch (IllegalArgumentException e) {
syntaxError("IP prefix " + yytext + " contains an invalid quad");
}
int prefix = Integer.valueOf(m.group(2));
if (prefix > MAX_BIT_LENGTH_IPV6) {
syntaxError("IP prefix range " + yytext + " contains an invalid prefix length");
}
String fromString = m.group(3);
int from = 0;
if (fromString != null) {
from = Integer.valueOf(fromString);
if (from > MAX_BIT_LENGTH_IPV6) {
syntaxError("IP prefix range " + yytext + " contains an invalid range");
}
}
String toString = m.group(4);
if (toString != null) {
int to = Integer.valueOf(toString);
if (to > MAX_BIT_LENGTH_IPV6) {
syntaxError("IP prefix range " + yytext + " contains an invalid range");
}
if (to < from) {
syntaxError("IP prefix " + yytext + " range end is less than range start");
}
}
}
}
