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/*******************************************************************************
* Copyright (c) 2015 CableLabs Inc. and others.
*
* All rights reserved. This program and the accompanying materials
* are made available under the terms of the Apache License, Version 2.0
* which accompanies this distribution, and is available at
* http://www.apache.org/licenses/LICENSE-2.0
*******************************************************************************/
package com.cablelabs.vcpe.evc.evcbase.repository;
import com.cablelabs.vcpe.cos.cosbase.model.CoS;
import com.cablelabs.vcpe.evc.evcbase.model.Evc;
import org.junit.Test;
import java.util.ArrayList;
import java.util.List;
import static org.junit.Assert.*;
/**
* Created by steve on 5/25/15.
*/
public class EvcRepositoryTest
{
@Test
public void test() {
// First, create a couple of CoS's to reference
CoS gold = new CoS();
CoS silver = new CoS();
CoS bronze = new CoS();
// id CIR/MBS avail delay jitter frameloss
gold.setAllProps("gold", 100, 0.99, 17.43, 2.43, 0.01);
silver.setAllProps("silver", 50, 0.95, 27.43, 2.43, 0.02);
bronze.setAllProps("bronze", 25, 0.90, 37.43, 2.43, 0.03);
Evc evc_1 = new Evc();
Evc evc_2 = new Evc();
Evc evc_3 = new Evc();
List<String> uniIdList = new ArrayList<String>();
uniIdList.add("UNI-1");
uniIdList.add("UNI-2");
List<String> uniMacList = new ArrayList<String>();
uniMacList.add("11:11:11:11:11:11");
uniMacList.add("22:22:22:22:22:22");
List<String> uniIpList = new ArrayList<String>();
uniIpList.add("192.168.1.1");
uniIpList.add("192.168.1.2");
evc_1.setAllNonPerfProps("evc_1",
Evc.EvcType.POINT_TO_POINT, 2, uniIdList, uniMacList, uniIpList,
Evc.FrameDelivery.UNCONDITIONAL,
Evc.FrameDelivery.UNCONDITIONAL,
Evc.FrameDelivery.UNCONDITIONAL,
true, true, 1600, gold.getId());
evc_2.setAllNonPerfProps("evc_2",
Evc.EvcType.POINT_TO_POINT, 2, uniIdList, uniMacList, uniIpList,
Evc.FrameDelivery.UNCONDITIONAL,
Evc.FrameDelivery.UNCONDITIONAL,
Evc.FrameDelivery.UNCONDITIONAL,
true, true, 1500, silver.getId());
evc_3.setAllNonPerfProps("evc_3",
Evc.EvcType.POINT_TO_POINT, 2, uniIdList, uniMacList, uniIpList,
Evc.FrameDelivery.UNCONDITIONAL,
Evc.FrameDelivery.UNCONDITIONAL,
Evc.FrameDelivery.UNCONDITIONAL,
true, true, 1400, bronze.getId());
evc_1.dump();
evc_2.dump();
evc_3.dump();
EvcRespository repo = EvcRespositoryInMem.INSTANCE;
assertNotNull(repo.add(evc_1));
assertNotNull(repo.add(evc_2));
assertNotNull(repo.add(evc_3));
assertNull(repo.add(evc_3)); // duplicate
assertEquals(repo.count(), 3);
assertNotNull(repo.get(evc_1.getId()));
assertNotNull(repo.get(evc_2.getId()));
assertNotNull(repo.get(evc_3.getId()));
assertNotNull(repo.delete(evc_2.getId()));
assertNull(repo.delete(evc_2.getId()));
assertNull(repo.delete("not-in-repo"));
assertEquals(repo.count(), 2);
assertEquals(repo.get(evc_1.getId()).getEvcMaxSvcFrameSize(), 1600);
assertNotEquals(repo.get(evc_3.getId()).getEvcMaxSvcFrameSize(), 1600);
Evc evc_4 = new Evc();
evc_4.setAllNonPerfProps("evc_4",
Evc.EvcType.POINT_TO_POINT, 2, uniIdList, uniMacList, uniIpList,
Evc.FrameDelivery.UNCONDITIONAL,
Evc.FrameDelivery.UNCONDITIONAL,
Evc.FrameDelivery.UNCONDITIONAL,
true, true, 1200, bronze.getId());
assertNull(repo.update(evc_4)); // update non-existent cos
assertEquals(repo.count(), 3);
assertEquals(repo.get("evc_4").getEvcMaxSvcFrameSize(), 1200);
evc_4.setEvcMaxSvcFrameSize(1250);
assertNotNull(repo.update(evc_4)); // update existing evc, same object
assertEquals(repo.get(evc_4.getId()).getEvcMaxSvcFrameSize(), 1250);
evc_4.dump();
Evc evc_4_2 = new Evc();
evc_4_2.setAllNonPerfProps("evc_4",
Evc.EvcType.POINT_TO_POINT, 2, uniIdList, uniMacList, uniIpList,
Evc.FrameDelivery.UNCONDITIONAL,
Evc.FrameDelivery.UNCONDITIONAL,
Evc.FrameDelivery.UNCONDITIONAL,
true, true, 500, bronze.getId());
assertNotNull(repo.update(evc_4_2)); // update evc, new object
assertEquals(repo.get(evc_4_2.getId()).getEvcMaxSvcFrameSize(), 500);
}
}
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