Fix virtual_binding error under VDU requirements

virtual_binding will bind CP to a VDU but virtual_link
use the node name instead of the name of node's propertiy
add new test case to cover s3p
the picvendorId's path has been changed based on demo repo

Change-Id: I0ca400eab4d16284f14cb568fe3da5b409dd9222
Issue-ID: POLICY-1254
Signed-off-by: liboNet <libo.zhu@intel.com>

1 files changed, 38 insertions, 4 deletions

diff --git a/plugins/reception-plugins/src/test/java/org/onap/policy/distribution/reception/decoding/pdpx/TestPolicyDecoderCsarPdpx.java b/plugins/reception-plugins/src/test/java/org/onap/policy/distribution/reception/decoding/pdpx/TestPolicyDecoderCsarPdpx.java
index de148520..3826ec92 100644
--- a/plugins/reception-plugins/src/test/java/org/onap/policy/distribution/reception/decoding/pdpx/TestPolicyDecoderCsarPdpx.java
+++ b/plugins/reception-plugins/src/test/java/org/onap/policy/distribution/reception/decoding/pdpx/TestPolicyDecoderCsarPdpx.java
@@ -82,7 +82,7 @@ public class TestPolicyDecoderCsarPdpx {
         assertTrue(policy.getConfigBody().contains("\"version\":\"1.0\""));
         assertTrue(policy.getConfigBody().contains("\"policyType\":\"Optimization\""));
 
-        assertTrue(policy.getConfigBody().contains("\"id\":\"vdu_vnf_1\""));
+        assertTrue(policy.getConfigBody().contains("\"id\":\"VDU_vnf_1\""));
         assertTrue(policy.getConfigBody().contains("\"type\":\"tosca.node.nfv.Vdu.Compute\""));
         assertTrue(policy.getConfigBody().contains("\"type\":\"flavor_directives\""));
         assertTrue(policy.getConfigBody().contains("\"hpa-feature\":\"BasicCapabilities\""));
@@ -111,7 +111,7 @@ public class TestPolicyDecoderCsarPdpx {
         assertTrue(policy.getConfigBody().contains("\"version\":\"1.0\""));
         assertTrue(policy.getConfigBody().contains("\"policyType\":\"Optimization\""));
 
-        assertTrue(policy.getConfigBody().contains("\"id\":\"vdu_vnf_1\""));
+        assertTrue(policy.getConfigBody().contains("\"id\":\"VDU_vnf_1\""));
         assertTrue(policy.getConfigBody().contains("\"type\":\"tosca.node.nfv.Vdu.Compute\""));
         assertTrue(policy.getConfigBody().contains("\"type\":\"flavor_directives\""));
         assertTrue(policy.getConfigBody().contains("\"attribute_name\":\"flavorName\""));
@@ -152,7 +152,7 @@ public class TestPolicyDecoderCsarPdpx {
         assertTrue(policy.getConfigBody().contains("\"version\":\"1.0\""));
         assertTrue(policy.getConfigBody().contains("\"policyType\":\"Optimization\""));
 
-        assertTrue(policy.getConfigBody().contains("\"id\":\"vdu_vnf_1\""));
+        assertTrue(policy.getConfigBody().contains("\"id\":\"VDU_vnf_1\""));
         assertTrue(policy.getConfigBody().contains("\"type\":\"tosca.node.nfv.Vdu.Compute\""));
         assertTrue(policy.getConfigBody().contains("\"type\":\"flavor_directives\""));
         assertTrue(policy.getConfigBody().contains("\"attribute_name\":\"flavorName\""));
@@ -195,7 +195,7 @@ public class TestPolicyDecoderCsarPdpx {
         assertTrue(policy.getConfigBody().contains("\"version\":\"1.0\""));
         assertTrue(policy.getConfigBody().contains("\"policyType\":\"Optimization\""));
 
-        assertTrue(policy.getConfigBody().contains("\"id\":\"vdu_vnf_1\""));
+        assertTrue(policy.getConfigBody().contains("\"id\":\"VDU_vnf_1\""));
         assertTrue(policy.getConfigBody().contains("\"type\":\"tosca.node.nfv.Vdu.Compute\""));
         assertTrue(policy.getConfigBody().contains("\"type\":\"flavor_directives\""));
         assertTrue(policy.getConfigBody().contains("\"attribute_name\":\"flavorName\""));
@@ -209,4 +209,38 @@ public class TestPolicyDecoderCsarPdpx {
         assertTrue(policy.getConfigBody().contains("\"operator\":\"\""));
         assertTrue(policy.getConfigBody().contains("\"unit\":\"MB\""));
     }
+
+    @Test
+    public void testS3p0PciVendorId() throws IOException, PolicyDecodingException {
+        final Csar csar = new Csar("src/test/resources/s3p_0_pciVendorId.csar");
+        final PolicyDecoderCsarPdpx policyDecoderCsarPdpx = new PolicyDecoderCsarPdpx();
+        policyDecoderCsarPdpx.configure(CSAR_TO_OPTIMIZATION_POLICY_CONFIGURATION);
+
+        final Collection<OptimizationPolicy> policies = policyDecoderCsarPdpx.decode(csar);
+        assertEquals(1, policies.size());
+        final OptimizationPolicy policy = (OptimizationPolicy) policies.toArray()[0];
+
+        assertEquals("onapName", policy.getOnapName());
+        assertTrue(policy.getPolicyName().startsWith("OOF."));
+        assertTrue(policy.getConfigBody().contains("\"priority\":\"5\""));
+        assertTrue(policy.getConfigBody().contains("\"riskLevel\":\"2\""));
+        assertTrue(policy.getConfigBody().contains("\"riskType\":\"Test\""));
+        assertTrue(policy.getConfigBody().contains("\"version\":\"1.0\""));
+        assertTrue(policy.getConfigBody().contains("\"policyType\":\"Optimization\""));
+
+        assertTrue(policy.getConfigBody().contains("\"id\":\"VDU_vgw_0\""));
+        assertTrue(policy.getConfigBody().contains("\"type\":\"tosca.node.nfv.Vdu.Compute\""));
+        assertTrue(policy.getConfigBody().contains("\"type\":\"flavor_directives\""));
+        assertTrue(policy.getConfigBody().contains("\"attribute_name\":\"flavorName\""));
+        assertTrue(policy.getConfigBody().contains("\"attribute_value\":\"\""));
+        assertTrue(policy.getConfigBody().contains("\"hpa-feature\":\"pciePassthrough\""));
+        assertTrue(policy.getConfigBody().contains("\"mandatory\":\"true\""));
+        assertTrue(policy.getConfigBody().contains("\"architecture\":\"generic\""));
+        assertTrue(policy.getConfigBody().contains("\"hpa-version\":\"v1\""));
+        assertTrue(policy.getConfigBody().contains("\"hpa-attribute-key\":\"pciVendorId\""));
+        assertTrue(policy.getConfigBody().contains("\"hpa-attribute-value\":\"1234\""));
+        assertTrue(policy.getConfigBody().contains("\"operator\":\"\""));
+        assertTrue(policy.getConfigBody().contains("\"unit\":\"\""));
+
+    }
 }