gerrit.onap Code Review - policy/distribution.git/blob

   1 /*-
   2  * ============LICENSE_START=======================================================
   3  *  Copyright (C) 2018 Intel. All rights reserved.
   4  * ================================================================================
   5  * Licensed under the Apache License, Version 2.0 (the "License");
   6  * you may not use this file except in compliance with the License.
   7  * You may obtain a copy of the License at
   8  *
   9  *      http://www.apache.org/licenses/LICENSE-2.0
  10  *
  11  * Unless required by applicable law or agreed to in writing, software
  12  * distributed under the License is distributed on an "AS IS" BASIS,
  13  * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
  14  * See the License for the specific language governing permissions and
  15  * limitations under the License.
  16  *
  17  * SPDX-License-Identifier: Apache-2.0
  18  * ============LICENSE_END=========================================================
  19  */
  20
  21 package org.onap.policy.distribution.reception.decoding.pdpx;
  22
  23 import static org.junit.Assert.assertEquals;
  24 import static org.junit.Assert.assertTrue;
  25
  26 import java.io.IOException;
  27 import java.util.Collection;
  28
  29 import org.junit.AfterClass;
  30 import org.junit.BeforeClass;
  31 import org.junit.Test;
  32 import org.onap.policy.common.parameters.ParameterGroup;
  33 import org.onap.policy.common.parameters.ParameterService;
  34 import org.onap.policy.distribution.model.Csar;
  35 import org.onap.policy.distribution.reception.decoding.PolicyDecodingException;
  36 import org.onap.policy.models.tosca.authorative.concepts.ToscaPolicy;
  37
  38 /**
  39  * Class to perform unit test of {@link PolicyDecoderCsarPdpx}.
  40  *
  41  */
  42 public class TestPolicyDecoderCsarPdpx {
  43
  44     private static final String CSAR_TO_OPTIMIZATION_POLICY_CONFIGURATION = "csarToOptimizationPolicyConfiguration";
  45
  46     /**
  47      * Set up for test cases.
  48      */
  49     @BeforeClass
  50     public static void setUp() {
  51         final ParameterGroup parameterGroup = new PolicyDecoderCsarPdpxConfigurationParameterBuilder()
  52                 .setOnapName("onapName").setPolicyNamePrefix("OOF").setPriority("5").setRiskLevel("2")
  53                 .setRiskType("Test").setVersion("1.0").build();
  54         parameterGroup.setName(CSAR_TO_OPTIMIZATION_POLICY_CONFIGURATION);
  55         ParameterService.register(parameterGroup);
  56     }
  57
  58     /**
  59      * Tear down.
  60      */
  61     @AfterClass
  62     public static void tearDown() {
  63         ParameterService.deregister(CSAR_TO_OPTIMIZATION_POLICY_CONFIGURATION);
  64     }
  65
  66     @Test
  67     public void testHpaPolicy2Vnf() throws IOException, PolicyDecodingException {
  68         final Csar csar = new Csar("src/test/resources/service-TestNs8-csar.csar");
  69         final PolicyDecoderCsarPdpx policyDecoderCsarPdpx = new PolicyDecoderCsarPdpx();
  70         policyDecoderCsarPdpx.configure(CSAR_TO_OPTIMIZATION_POLICY_CONFIGURATION);
  71
  72         final Collection<ToscaPolicy> ret = policyDecoderCsarPdpx.decode(csar);
  73
  74         assertEquals(2, ret.size());
  75         final ToscaPolicy policy = (ToscaPolicy) ret.toArray()[0];
  76
  77         // assertEquals("onapName", policy.getOnapName());
  78         assertTrue(policy.getName().startsWith("OOF."));
  79         // assertTrue(policy.getConfigBody().contains("\"priority\":\"5\""));
  80         // assertTrue(policy.getConfigBody().contains("\"riskLevel\":\"2\""));
  81         // assertTrue(policy.getConfigBody().contains("\"riskType\":\"Test\""));
  82         // assertTrue(policy.getConfigBody().contains("\"version\":\"1.0\""));
  83         // assertTrue(policy.getConfigBody().contains("\"policyType\":\"hpa\""));
  84         //
  85         // assertTrue(policy.getConfigBody().contains("\"id\":\"VDU_vgw_0\""));
  86         // assertTrue(policy.getConfigBody().contains("\"type\":\"tosca.nodes.nfv.Vdu.Compute\""));
  87         // assertTrue(policy.getConfigBody().contains("\"type\":\"flavor_directives\""));
  88         // assertTrue(policy.getConfigBody().contains("\"hpa-feature\":\"basicCapabilities\""));
  89         // assertTrue(policy.getConfigBody().contains("\"mandatory\":\"True\""));
  90         // assertTrue(policy.getConfigBody().contains("\"architecture\":\"generic\""));
  91         // assertTrue(policy.getConfigBody().contains("\"hpa-version\":\"v1\""));
  92         // assertTrue(policy.getConfigBody().contains("\"hpa-attribute-key\":\"virtualMemSize\""));
  93         // assertTrue(policy.getConfigBody().contains("\"operator\":\"=\""));
  94         // assertTrue(policy.getConfigBody().contains("\"unit\":\"MB\""));
  95     }
  96
  97     @Test
  98     public void testHpaPolicySriov() throws IOException, PolicyDecodingException {
  99         final Csar csar = new Csar("src/test/resources/hpaPolicySriov.csar");
 100         final PolicyDecoderCsarPdpx policyDecoderCsarPdpx = new PolicyDecoderCsarPdpx();
 101         policyDecoderCsarPdpx.configure(CSAR_TO_OPTIMIZATION_POLICY_CONFIGURATION);
 102
 103         final Collection<ToscaPolicy> policies = policyDecoderCsarPdpx.decode(csar);
 104         final ToscaPolicy policy = (ToscaPolicy) policies.toArray()[0];
 105
 106         // assertEquals("onapName", policy.getOnapName());
 107         assertTrue(policy.getName().startsWith("OOF."));
 108         // assertTrue(policy.getConfigBody().contains("\"priority\":\"5\""));
 109         // assertTrue(policy.getConfigBody().contains("\"riskLevel\":\"2\""));
 110         // assertTrue(policy.getConfigBody().contains("\"riskType\":\"Test\""));
 111         // assertTrue(policy.getConfigBody().contains("\"version\":\"1.0\""));
 112         // assertTrue(policy.getConfigBody().contains("\"policyType\":\"hpa\""));
 113         //
 114         // assertTrue(policy.getConfigBody().contains("\"id\":\"VDU_vgw_0\""));
 115         // assertTrue(policy.getConfigBody().contains("\"type\":\"tosca.nodes.nfv.Vdu.Compute\""));
 116         // assertTrue(policy.getConfigBody().contains("\"type\":\"flavor_directives\""));
 117         // assertTrue(policy.getConfigBody().contains("\"attribute_name\":\"flavorName\""));
 118         // assertTrue(policy.getConfigBody().contains("\"attribute_value\":\"\""));
 119         // assertTrue(policy.getConfigBody().contains("\"hpa-feature\":\"sriovNICNetwork\""));
 120         // assertTrue(policy.getConfigBody().contains("\"mandatory\":\"True\""));
 121         // assertTrue(policy.getConfigBody().contains("\"architecture\":\"generic\""));
 122         // assertTrue(policy.getConfigBody().contains("\"hpa-version\":\"v1\""));
 123         // assertTrue(policy.getConfigBody().contains("\"hpa-attribute-key\":\"pciVendorId\""));
 124         // assertTrue(policy.getConfigBody().contains("\"hpa-attribute-value\":\"1234\""));
 125         // assertTrue(policy.getConfigBody().contains("\"operator\":\"=\""));
 126         // assertTrue(policy.getConfigBody().contains("\"unit\":\"\""));
 127         // assertTrue(policy.getConfigBody().contains("\"hpa-attribute-key\":\"pciDeviceId\""));
 128         // assertTrue(policy.getConfigBody().contains("\"hpa-attribute-value\":\"5678\""));
 129         // assertTrue(policy.getConfigBody().contains("\"operator\":\"=\""));
 130         // assertTrue(policy.getConfigBody().contains("\"unit\":\"\""));
 131         // assertTrue(policy.getConfigBody().contains("\"hpa-attribute-key\":\"pciNumDevices\""));
 132         // assertTrue(policy.getConfigBody().contains("\"hpa-attribute-value\":\"1\""));
 133         // assertTrue(policy.getConfigBody().contains("\"operator\":\"=\""));
 134         // assertTrue(policy.getConfigBody().contains("\"unit\":\"\""));
 135     }
 136
 137     @Test
 138     public void testHpaPolicyPciePassthrough() throws IOException, PolicyDecodingException {
 139         final Csar csar = new Csar("src/test/resources/hpaPolicyPciePassthrough.csar");
 140         final PolicyDecoderCsarPdpx policyDecoderCsarPdpx = new PolicyDecoderCsarPdpx();
 141         policyDecoderCsarPdpx.configure(CSAR_TO_OPTIMIZATION_POLICY_CONFIGURATION);
 142
 143         final Collection<ToscaPolicy> policies = policyDecoderCsarPdpx.decode(csar);
 144         assertEquals(2, policies.size());
 145         final ToscaPolicy policy = (ToscaPolicy) policies.toArray()[0];
 146
 147         // assertEquals("onapName", policy.getOnapName());
 148         assertTrue(policy.getName().startsWith("OOF."));
 149         // assertTrue(policy.getConfigBody().contains("\"priority\":\"5\""));
 150         // assertTrue(policy.getConfigBody().contains("\"riskLevel\":\"2\""));
 151         // assertTrue(policy.getConfigBody().contains("\"riskType\":\"Test\""));
 152         // assertTrue(policy.getConfigBody().contains("\"version\":\"1.0\""));
 153         // assertTrue(policy.getConfigBody().contains("\"policyType\":\"hpa\""));
 154         //
 155         // assertTrue(policy.getConfigBody().contains("\"id\":\"VDU_vgw_0\""));
 156         // assertTrue(policy.getConfigBody().contains("\"type\":\"tosca.nodes.nfv.Vdu.Compute\""));
 157         // assertTrue(policy.getConfigBody().contains("\"type\":\"flavor_directives\""));
 158         // assertTrue(policy.getConfigBody().contains("\"attribute_name\":\"flavorName\""));
 159         // assertTrue(policy.getConfigBody().contains("\"attribute_value\":\"\""));
 160         // assertTrue(policy.getConfigBody().contains("\"hpa-feature\":\"pciePassthrough\""));
 161         // assertTrue(policy.getConfigBody().contains("\"mandatory\":\"True\""));
 162         // assertTrue(policy.getConfigBody().contains("\"architecture\":\"generic\""));
 163         // assertTrue(policy.getConfigBody().contains("\"hpa-version\":\"v1\""));
 164         // assertTrue(policy.getConfigBody().contains("\"hpa-attribute-key\":\"pciVendorId\""));
 165         // assertTrue(policy.getConfigBody().contains("\"hpa-attribute-value\":\"1234\""));
 166         // assertTrue(policy.getConfigBody().contains("\"operator\":\"=\""));
 167         // assertTrue(policy.getConfigBody().contains("\"unit\":\"\""));
 168         // assertTrue(policy.getConfigBody().contains("\"hpa-attribute-key\":\"pciDeviceId\""));
 169         // assertTrue(policy.getConfigBody().contains("\"hpa-attribute-value\":\"5678\""));
 170         // assertTrue(policy.getConfigBody().contains("\"operator\":\"=\""));
 171         // assertTrue(policy.getConfigBody().contains("\"unit\":\"\""));
 172         // assertTrue(policy.getConfigBody().contains("\"hpa-attribute-key\":\"pciNumDevices\""));
 173         // assertTrue(policy.getConfigBody().contains("\"hpa-attribute-value\":\"1\""));
 174         // assertTrue(policy.getConfigBody().contains("\"operator\":\"=\""));
 175         // assertTrue(policy.getConfigBody().contains("\"unit\":\"\""));
 176
 177
 178     }
 179
 180     @Test
 181     public void testHpaPolicyHugePage() throws IOException, PolicyDecodingException {
 182         final Csar csar = new Csar("src/test/resources/hpaPolicyHugePage.csar");
 183         final PolicyDecoderCsarPdpx policyDecoderCsarPdpx = new PolicyDecoderCsarPdpx();
 184         policyDecoderCsarPdpx.configure(CSAR_TO_OPTIMIZATION_POLICY_CONFIGURATION);
 185
 186         final Collection<ToscaPolicy> policies = policyDecoderCsarPdpx.decode(csar);
 187         assertEquals(2, policies.size());
 188         final ToscaPolicy policy = (ToscaPolicy) policies.toArray()[0];
 189
 190         // assertEquals("onapName", policy.getOnapName());
 191         assertTrue(policy.getName().startsWith("OOF."));
 192         // assertTrue(policy.getConfigBody().contains("\"priority\":\"5\""));
 193         // assertTrue(policy.getConfigBody().contains("\"riskLevel\":\"2\""));
 194         // assertTrue(policy.getConfigBody().contains("\"riskType\":\"Test\""));
 195         // assertTrue(policy.getConfigBody().contains("\"version\":\"1.0\""));
 196         // assertTrue(policy.getConfigBody().contains("\"policyType\":\"hpa\""));
 197         //
 198         // assertTrue(policy.getConfigBody().contains("\"id\":\"VDU_vgw_0\""));
 199         // assertTrue(policy.getConfigBody().contains("\"type\":\"tosca.nodes.nfv.Vdu.Compute\""));
 200         // assertTrue(policy.getConfigBody().contains("\"type\":\"flavor_directives\""));
 201         // assertTrue(policy.getConfigBody().contains("\"attribute_name\":\"flavorName\""));
 202         // assertTrue(policy.getConfigBody().contains("\"attribute_value\":\"\""));
 203         // assertTrue(policy.getConfigBody().contains("\"hpa-feature\":\"hugePages\""));
 204         // assertTrue(policy.getConfigBody().contains("\"mandatory\":\"true\""));
 205         // assertTrue(policy.getConfigBody().contains("\"architecture\":\"generic\""));
 206         // assertTrue(policy.getConfigBody().contains("\"hpa-version\":\"v1\""));
 207         // assertTrue(policy.getConfigBody().contains("\"hpa-attribute-key\":\"memoryPageSize\""));
 208         // assertTrue(policy.getConfigBody().contains("\"hpa-attribute-value\":\"2\""));
 209         // assertTrue(policy.getConfigBody().contains("\"operator\":\"=\""));
 210         // assertTrue(policy.getConfigBody().contains("\"unit\":\"MB\""));
 211     }
 212
 213     @Test
 214     public void testS3p0PciVendorId() throws IOException, PolicyDecodingException {
 215         final Csar csar = new Csar("src/test/resources/s3p_0_pciVendorId.csar");
 216         final PolicyDecoderCsarPdpx policyDecoderCsarPdpx = new PolicyDecoderCsarPdpx();
 217         policyDecoderCsarPdpx.configure(CSAR_TO_OPTIMIZATION_POLICY_CONFIGURATION);
 218
 219         final Collection<ToscaPolicy> policies = policyDecoderCsarPdpx.decode(csar);
 220         assertEquals(1, policies.size());
 221         final ToscaPolicy policy = (ToscaPolicy) policies.toArray()[0];
 222
 223         // assertEquals("onapName", policy.getOnapName());
 224         assertTrue(policy.getName().startsWith("OOF."));
 225         // assertTrue(policy.getConfigBody().contains("\"priority\":\"5\""));
 226         // assertTrue(policy.getConfigBody().contains("\"riskLevel\":\"2\""));
 227         // assertTrue(policy.getConfigBody().contains("\"riskType\":\"Test\""));
 228         // assertTrue(policy.getConfigBody().contains("\"version\":\"1.0\""));
 229         // assertTrue(policy.getConfigBody().contains("\"policyType\":\"hpa\""));
 230         //
 231         // assertTrue(policy.getConfigBody().contains("\"id\":\"VDU_vgw_0\""));
 232         // assertTrue(policy.getConfigBody().contains("\"type\":\"tosca.nodes.nfv.Vdu.Compute\""));
 233         // assertTrue(policy.getConfigBody().contains("\"type\":\"flavor_directives\""));
 234         // assertTrue(policy.getConfigBody().contains("\"attribute_name\":\"flavorName\""));
 235         // assertTrue(policy.getConfigBody().contains("\"attribute_value\":\"\""));
 236         // assertTrue(policy.getConfigBody().contains("\"hpa-feature\":\"pciePassthrough\""));
 237         // assertTrue(policy.getConfigBody().contains("\"mandatory\":\"True\""));
 238         // assertTrue(policy.getConfigBody().contains("\"architecture\":\"generic\""));
 239         // assertTrue(policy.getConfigBody().contains("\"hpa-version\":\"v1\""));
 240         // assertTrue(policy.getConfigBody().contains("\"hpa-attribute-key\":\"pciVendorId\""));
 241         // assertTrue(policy.getConfigBody().contains("\"hpa-attribute-value\":\"1234\""));
 242         // assertTrue(policy.getConfigBody().contains("\"operator\":\"=\""));
 243         // assertTrue(policy.getConfigBody().contains("\"unit\":\"\""));
 244
 245     }
 246
 247     @Test
 248     public void testserviceVcpeWithAll() throws IOException, PolicyDecodingException {
 249         final Csar csar = new Csar("src/test/resources/service-VcpeWithAll-csar.csar");
 250         final PolicyDecoderCsarPdpx policyDecoderCsarPdpx = new PolicyDecoderCsarPdpx();
 251         policyDecoderCsarPdpx.configure(CSAR_TO_OPTIMIZATION_POLICY_CONFIGURATION);
 252
 253         final Collection<ToscaPolicy> policies = policyDecoderCsarPdpx.decode(csar);
 254         assertEquals(5, policies.size());
 255         final ToscaPolicy policy = (ToscaPolicy) policies.toArray()[0];
 256
 257         // assertEquals("onapName", policy.getOnapName());
 258         assertTrue(policy.getName().startsWith("OOF."));
 259         // assertTrue(policy.getConfigBody().contains("\"priority\":\"5\""));
 260         // assertTrue(policy.getConfigBody().contains("\"riskLevel\":\"2\""));
 261         // assertTrue(policy.getConfigBody().contains("\"riskType\":\"Test\""));
 262         // assertTrue(policy.getConfigBody().contains("\"version\":\"1.0\""));
 263         // assertTrue(policy.getConfigBody().contains("\"policyType\":\"hpa\""));
 264         //
 265         // assertTrue(policy.getConfigBody().contains("\"type\":\"tosca.nodes.nfv.Vdu.Compute\""));
 266         // assertTrue(policy.getConfigBody().contains("\"type\":\"flavor_directives\""));
 267         // assertTrue(policy.getConfigBody().contains("\"attribute_name\":\"flavorName\""));
 268         // assertTrue(policy.getConfigBody().contains("\"attribute_value\":\"\""));
 269         // assertTrue(policy.getConfigBody().contains("\"hpa-feature\":\"sriovNICNetwork\""));
 270         // assertTrue(policy.getConfigBody().contains("\"mandatory\":\"True\""));
 271         // assertTrue(policy.getConfigBody().contains("\"architecture\":\"generic\""));
 272         // assertTrue(policy.getConfigBody().contains("\"hpa-version\":\"v1\""));
 273         // assertTrue(policy.getConfigBody().contains("\"hpa-attribute-key\":\"pciVendorId\""));
 274         // assertTrue(policy.getConfigBody().contains("\"hpa-attribute-value\":\"1234\""));
 275         // assertTrue(policy.getConfigBody().contains("\"operator\":\"=\""));
 276         // assertTrue(policy.getConfigBody().contains("\"unit\":\"\""));
 277
 278     }
 279 }