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/*
* Copyright (c) 2016 Cisco and/or its affiliates.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at:
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package io.fd.vpp.jvpp.acl.examples;
import static io.fd.vpp.jvpp.acl.examples.AclTestData.FIRST_RULE_ADDRESS_2_AS_ARRAY;
import static io.fd.vpp.jvpp.acl.examples.AclTestData.FIRST_RULE_ADDRESS_AS_ARRAY;
import static io.fd.vpp.jvpp.acl.examples.AclTestData.FIRST_RULE_DST_ICMP_TYPE_END;
import static io.fd.vpp.jvpp.acl.examples.AclTestData.FIRST_RULE_DST_ICMP_TYPE_START;
import static io.fd.vpp.jvpp.acl.examples.AclTestData.FIRST_RULE_MAC;
import static io.fd.vpp.jvpp.acl.examples.AclTestData.FIRST_RULE_MAC_MASK;
import static io.fd.vpp.jvpp.acl.examples.AclTestData.FIRST_RULE_PREFIX;
import static io.fd.vpp.jvpp.acl.examples.AclTestData.FIRST_RULE_PREFIX_2;
import static io.fd.vpp.jvpp.acl.examples.AclTestData.FIRST_RULE_SRC_ICMP_TYPE_END;
import static io.fd.vpp.jvpp.acl.examples.AclTestData.FIRST_RULE_SRC_ICMP_TYPE_START;
import static io.fd.vpp.jvpp.acl.examples.AclTestData.ICMP_PROTOCOL;
import static io.fd.vpp.jvpp.acl.examples.AclTestData.SECOND_RULE_ADDRESS_2_AS_ARRAY;
import static io.fd.vpp.jvpp.acl.examples.AclTestData.SECOND_RULE_ADDRESS_AS_ARRAY;
import static io.fd.vpp.jvpp.acl.examples.AclTestData.SECOND_RULE_DST_PORT_RANGE_END;
import static io.fd.vpp.jvpp.acl.examples.AclTestData.SECOND_RULE_DST_PORT_RANGE_START;
import static io.fd.vpp.jvpp.acl.examples.AclTestData.SECOND_RULE_MAC;
import static io.fd.vpp.jvpp.acl.examples.AclTestData.SECOND_RULE_MAC_MASK;
import static io.fd.vpp.jvpp.acl.examples.AclTestData.SECOND_RULE_PREFIX;
import static io.fd.vpp.jvpp.acl.examples.AclTestData.SECOND_RULE_PREFIX_2;
import static io.fd.vpp.jvpp.acl.examples.AclTestData.SECOND_RULE_SRC_PORT_RANGE_END;
import static io.fd.vpp.jvpp.acl.examples.AclTestData.SECOND_RULE_SRC_PORT_RANGE_START;
import static io.fd.vpp.jvpp.acl.examples.AclTestData.UDP_PROTOCOL;
import io.fd.vpp.jvpp.acl.dto.AclDetails;
import io.fd.vpp.jvpp.acl.dto.AclInterfaceListDetails;
import io.fd.vpp.jvpp.acl.dto.MacipAclDetails;
import io.fd.vpp.jvpp.acl.types.AclRule;
import io.fd.vpp.jvpp.acl.types.MacipAclRule;
import java.util.Arrays;
class AclExpectedDumpData {
static void verifyMacIpDump(final MacipAclDetails macipAclDetails) {
// asserting data create by previous call
assertEquals(0, macipAclDetails.aclIndex);
assertEquals(2, macipAclDetails.count);
final MacipAclRule currentIpv4Rule = macipAclDetails.r[0];
final MacipAclRule currentIpv6Rule = macipAclDetails.r[1];
// Comparing one property at the time to better pointer if something is wrong
//Ipv4 rule
assertEquals(0, currentIpv4Rule.isIpv6);
assertEquals(1, currentIpv4Rule.isPermit);
// cutting expected ipv4 to 4 bytes,vpp sends it as 16 always
assertArrays(FIRST_RULE_ADDRESS_AS_ARRAY, Arrays.copyOfRange(currentIpv4Rule.srcIpAddr, 0, 4));
assertEquals(FIRST_RULE_PREFIX, currentIpv4Rule.srcIpPrefixLen);
assertArrays(FIRST_RULE_MAC, currentIpv4Rule.srcMac);
assertArrays(FIRST_RULE_MAC_MASK, currentIpv4Rule.srcMacMask);
//Ipv6 rule
assertEquals(1, currentIpv6Rule.isIpv6);
assertEquals(0, currentIpv6Rule.isPermit);
assertArrays(SECOND_RULE_ADDRESS_AS_ARRAY, currentIpv6Rule.srcIpAddr);
assertEquals(SECOND_RULE_PREFIX, currentIpv6Rule.srcIpPrefixLen);
assertArrays(SECOND_RULE_MAC, currentIpv6Rule.srcMac);
assertArrays(SECOND_RULE_MAC_MASK, currentIpv6Rule.srcMacMask);
}
static void verifyAclDump(final AclDetails aclDetails) {
assertEquals(0, aclDetails.aclIndex);
assertEquals(2, aclDetails.count);
final AclRule currentIpv4Rule = aclDetails.r[0];
final AclRule currentIpv6Rule = aclDetails.r[1];
// Comparing one property at the time to better pointer if something is wrong
//Ipv4 rule
assertEquals(0, currentIpv4Rule.isIpv6);
assertEquals(1, currentIpv4Rule.isPermit);
// cutting expected ipv4 to 4 bytes,vpp sends it as 16 always
assertArrays(FIRST_RULE_ADDRESS_AS_ARRAY, Arrays.copyOfRange(currentIpv4Rule.srcIpAddr, 0, 4));
assertEquals(FIRST_RULE_PREFIX, currentIpv4Rule.srcIpPrefixLen);
assertArrays(FIRST_RULE_ADDRESS_2_AS_ARRAY, Arrays.copyOfRange(currentIpv4Rule.dstIpAddr, 0, 4));
assertEquals(FIRST_RULE_PREFIX_2, currentIpv4Rule.dstIpPrefixLen);
assertEquals(ICMP_PROTOCOL, currentIpv4Rule.proto);
assertEquals(FIRST_RULE_SRC_ICMP_TYPE_START, currentIpv4Rule.srcportOrIcmptypeFirst);
assertEquals(FIRST_RULE_SRC_ICMP_TYPE_END, currentIpv4Rule.srcportOrIcmptypeLast);
assertEquals(FIRST_RULE_DST_ICMP_TYPE_START, currentIpv4Rule.dstportOrIcmpcodeFirst);
assertEquals(FIRST_RULE_DST_ICMP_TYPE_END, currentIpv4Rule.dstportOrIcmpcodeLast);
assertArrays(SECOND_RULE_ADDRESS_AS_ARRAY, currentIpv6Rule.srcIpAddr);
assertEquals(SECOND_RULE_PREFIX, currentIpv6Rule.srcIpPrefixLen);
assertArrays(SECOND_RULE_ADDRESS_2_AS_ARRAY, currentIpv6Rule.dstIpAddr);
assertEquals(SECOND_RULE_PREFIX_2, currentIpv6Rule.dstIpPrefixLen);
assertEquals(UDP_PROTOCOL, currentIpv6Rule.proto);
assertEquals(SECOND_RULE_SRC_PORT_RANGE_START, currentIpv6Rule.srcportOrIcmptypeFirst);
assertEquals(SECOND_RULE_SRC_PORT_RANGE_END, currentIpv6Rule.srcportOrIcmptypeLast);
assertEquals(SECOND_RULE_DST_PORT_RANGE_START, currentIpv6Rule.dstportOrIcmpcodeFirst);
assertEquals(SECOND_RULE_DST_PORT_RANGE_END, currentIpv6Rule.dstportOrIcmpcodeLast);
}
static void verifyAclInterfaceList(final AclInterfaceListDetails aclInterfaceListDetails) {
assertEquals(1, aclInterfaceListDetails.count);
assertEquals(1, aclInterfaceListDetails.acls[0]);
assertEquals(0, aclInterfaceListDetails.nInput);
assertEquals(0, aclInterfaceListDetails.swIfIndex);
}
private static void assertArrays(final byte[] expected, final byte[] actual) {
if (!Arrays.equals(expected, actual)) {
throw new IllegalArgumentException(
String.format("Expected[%s]/Actual[%s]", Arrays.toString(expected), Arrays.toString(actual)));
}
}
private static void assertEquals(final int expected, final int actual) {
if (expected != actual) {
throw new IllegalArgumentException(String.format("Expected[%s]/Actual[%s]", expected, actual));
}
}
}
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