@Test
public void testZipPackage() throws Exception {
ArtificerArchive archive = null;
InputStream xsd1ContentStream = null;
InputStream xsd2ContentStream = null;
File zipFile = null;
InputStream zipStream = null;
ClientRequest request = null;
try {
// Create a test s-ramp archive
archive = new ArtificerArchive();
xsd1ContentStream = this.getClass().getResourceAsStream("/sample-files/xsd/PO.xsd");
BaseArtifactType metaData = new XsdDocument();
metaData.setArtifactType(BaseArtifactEnum.XSD_DOCUMENT);
metaData.setName("PO.xsd");
archive.addEntry("schemas/PO.xsd", metaData, xsd1ContentStream);
xsd2ContentStream = this.getClass().getResourceAsStream("/sample-files/xsd/XMLSchema.xsd");
metaData = new XsdDocument();
metaData.setArtifactType(BaseArtifactEnum.XSD_DOCUMENT);
metaData.setName("XMLSchema.xsd");
metaData.setVersion("1.0");
archive.addEntry("schemas/XMLSchema.xsd", metaData, xsd2ContentStream);
zipFile = archive.pack();
zipStream = FileUtils.openInputStream(zipFile);
// Now POST the archive to the s-ramp repository (POST to /s-ramp as application/zip)
request = clientRequest("/s-ramp");
request.body(MediaType.APPLICATION_ZIP, zipStream);
ClientResponse<MultipartInput> clientResponse = request.post(MultipartInput.class);
// Process the response - it should be multipart/mixed with each part being
// itself an http response with a code, content-id, and an s-ramp atom entry
// body
MultipartInput response = clientResponse.getEntity();
List<InputPart> parts = response.getParts();
Map<String, BaseArtifactType> artyMap = new HashMap<String, BaseArtifactType>();
for (InputPart part : parts) {
String id = part.getHeaders().getFirst("Content-ID");
HttpResponseBean rbean = part.getBody(HttpResponseBean.class, null);
Assert.assertEquals(201, rbean.getCode());
Entry entry = (Entry) rbean.getBody();
BaseArtifactType artifact = ArtificerAtomUtils.unwrapSrampArtifact(entry);
artyMap.put(id, artifact);
}
Assert.assertTrue(artyMap.keySet().contains("<schemas/PO.xsd@package>"));
Assert.assertTrue(artyMap.keySet().contains("<schemas/XMLSchema.xsd@package>"));
// Assertions for artifact 1
BaseArtifactType arty = artyMap.get("<schemas/PO.xsd@package>");
Assert.assertNotNull(arty);
Assert.assertEquals("PO.xsd", arty.getName());
Assert.assertNull(arty.getVersion());
arty = artyMap.get("<schemas/XMLSchema.xsd@package>");
Assert.assertNotNull(arty);
Assert.assertEquals("XMLSchema.xsd", arty.getName());
Assert.assertEquals("1.0", arty.getVersion());
} finally {
IOUtils.closeQuietly(xsd1ContentStream);
IOUtils.closeQuietly(xsd2ContentStream);
ArtificerArchive.closeQuietly(archive);
IOUtils.closeQuietly(zipStream);
FileUtils.deleteQuietly(zipFile);
}
// Verify by querying
// Do a query using GET with query params
request = clientRequest("/s-ramp/xsd/XsdDocument");
ClientResponse<Feed> response = request.get(Feed.class);
Feed feed = response.getEntity();
Assert.assertEquals(2, feed.getEntries().size());
Set<String> artyNames = new HashSet<String>();
for (Entry entry : feed.getEntries()) {
artyNames.add(entry.getTitle());
}
Assert.assertTrue(artyNames.contains("PO.xsd"));
Assert.assertTrue(artyNames.contains("XMLSchema.xsd"));
}
/**
* This also tests the zipPackage method of the {@link
* org.artificer.server.atom.services.BatchResource} class, but it is more thorough. It tests
* adding new content, updating existing content, etc.
*/
@Test
public void testZipPackage_Multi() throws Exception {
ArtificerArchive archive = null;
InputStream xsd1ContentStream = null;
InputStream wsdlContentStream = null;
File zipFile = null;
InputStream zipStream = null;
ClientRequest request = null;
WsdlDocument wsdlDoc = createWsdlArtifact();
XmlDocument xmlDoc = createXmlArtifact();
String xsdUuid = null;
String wsdlUuid = null;
String xmlUuid = null;
try {
// Create a test s-ramp archive
archive = new ArtificerArchive();
// A new XSD document
xsd1ContentStream = this.getClass().getResourceAsStream("/sample-files/xsd/PO.xsd");
BaseArtifactType metaData = new XsdDocument();
metaData.setArtifactType(BaseArtifactEnum.XSD_DOCUMENT);
metaData.setUuid(UUID.randomUUID().toString()); // will be ignored
metaData.setName("PO.xsd");
archive.addEntry("schemas/PO.xsd", metaData, xsd1ContentStream);
// Update an existing WSDL document (content and meta-data)
wsdlContentStream =
this.getClass().getResourceAsStream("/sample-files/wsdl/sample-updated.wsdl");
metaData = wsdlDoc;
metaData.setVersion("2.0");
ArtificerModelUtils.setCustomProperty(metaData, "foo", "bar");
archive.addEntry("wsdl/sample.wsdl", metaData, wsdlContentStream);
// Update an existing XML document (meta-data only)
metaData = xmlDoc;
metaData.setVersion("3.0");
ArtificerModelUtils.setCustomProperty(metaData, "far", "baz");
archive.addEntry("core/PO.xml", metaData, null);
zipFile = archive.pack();
zipStream = FileUtils.openInputStream(zipFile);
// Now POST the archive to the s-ramp repository (POST to /s-ramp as application/zip)
request = clientRequest("/s-ramp");
request.body(MediaType.APPLICATION_ZIP, zipStream);
ClientResponse<MultipartInput> clientResponse = request.post(MultipartInput.class);
// Process the response - it should be multipart/mixed with each part being
// itself an http response with a code, content-id, and an s-ramp atom entry
// body
MultipartInput response = clientResponse.getEntity();
List<InputPart> parts = response.getParts();
Map<String, HttpResponseBean> respMap = new HashMap<String, HttpResponseBean>();
for (InputPart part : parts) {
String id = part.getHeaders().getFirst("Content-ID");
HttpResponseBean rbean = part.getBody(HttpResponseBean.class, null);
respMap.put(id, rbean);
}
// Should be three responses.
Assert.assertEquals(3, respMap.size());
Assert.assertTrue(respMap.keySet().contains("<schemas/PO.xsd@package>"));
Assert.assertTrue(respMap.keySet().contains("<wsdl/sample.wsdl@package>"));
Assert.assertTrue(respMap.keySet().contains("<core/PO.xml@package>"));
// Assertions for artifact 1 (PO.xsd)
HttpResponseBean httpResp = respMap.get("<schemas/PO.xsd@package>");
Assert.assertEquals(201, httpResp.getCode());
Assert.assertEquals("Created", httpResp.getStatus());
Entry entry = (Entry) httpResp.getBody();
BaseArtifactType artifact = ArtificerAtomUtils.unwrapSrampArtifact(entry);
Assert.assertEquals("PO.xsd", artifact.getName());
Assert.assertNull(artifact.getVersion());
Long size = ((XsdDocument) artifact).getContentSize();
Assert.assertTrue(size >= 2376L);
xsdUuid = artifact.getUuid();
// Assertions for artifact 2 (sample.wsdl)
httpResp = respMap.get("<wsdl/sample.wsdl@package>");
Assert.assertEquals(200, httpResp.getCode());
Assert.assertEquals("OK", httpResp.getStatus());
entry = (Entry) httpResp.getBody();
artifact = ArtificerAtomUtils.unwrapSrampArtifact(entry);
Assert.assertEquals("sample.wsdl", artifact.getName());
Assert.assertEquals("2.0", artifact.getVersion());
wsdlUuid = artifact.getUuid();
// Assertions for artifact 3 (PO.xml)
httpResp = respMap.get("<core/PO.xml@package>");
Assert.assertEquals(200, httpResp.getCode());
Assert.assertEquals("OK", httpResp.getStatus());
entry = (Entry) httpResp.getBody();
artifact = ArtificerAtomUtils.unwrapSrampArtifact(entry);
Assert.assertEquals("PO.xml", artifact.getName());
Assert.assertEquals("3.0", artifact.getVersion());
xmlUuid = artifact.getUuid();
} finally {
IOUtils.closeQuietly(xsd1ContentStream);
IOUtils.closeQuietly(wsdlContentStream);
ArtificerArchive.closeQuietly(archive);
IOUtils.closeQuietly(zipStream);
FileUtils.deleteQuietly(zipFile);
}
// Verify by querying
// Do a query using GET with query params
Map<String, BaseArtifactType> artyMap = new HashMap<String, BaseArtifactType>();
request = clientRequest("/s-ramp/xsd/XsdDocument");
ClientResponse<Feed> response = request.get(Feed.class);
Feed feed = response.getEntity();
Assert.assertEquals(1, feed.getEntries().size());
for (Entry entry : feed.getEntries()) {
String uuid = entry.getId().toString().replace("urn:uuid:", "");
request = clientRequest("/s-ramp/xsd/XsdDocument/" + uuid);
BaseArtifactType artifact =
ArtificerAtomUtils.unwrapSrampArtifact(request.get(Entry.class).getEntity());
artyMap.put(artifact.getUuid(), artifact);
}
request = clientRequest("/s-ramp/wsdl/WsdlDocument");
response = request.get(Feed.class);
feed = response.getEntity();
Assert.assertEquals(1, feed.getEntries().size());
for (Entry entry : feed.getEntries()) {
String uuid = entry.getId().toString().replace("urn:uuid:", "");
request = clientRequest("/s-ramp/wsdl/WsdlDocument/" + uuid);
BaseArtifactType artifact =
ArtificerAtomUtils.unwrapSrampArtifact(request.get(Entry.class).getEntity());
artyMap.put(artifact.getUuid(), artifact);
}
request = clientRequest("/s-ramp/core/XmlDocument");
response = request.get(Feed.class);
feed = response.getEntity();
Assert.assertEquals(1, feed.getEntries().size());
for (Entry entry : feed.getEntries()) {
String uuid = entry.getId().toString().replace("urn:uuid:", "");
request = clientRequest("/s-ramp/core/XmlDocument/" + uuid);
BaseArtifactType artifact =
ArtificerAtomUtils.unwrapSrampArtifact(request.get(Entry.class).getEntity());
artyMap.put(artifact.getUuid(), artifact);
}
Assert.assertEquals(3, artyMap.size());
// Assertions for artifact 1 (PO.xsd)
BaseArtifactType artifact = artyMap.get(xsdUuid);
Assert.assertEquals("PO.xsd", artifact.getName());
Assert.assertNull(artifact.getVersion());
// Assertions for artifact 2 (sample.wsdl)
artifact = artyMap.get(wsdlUuid);
Assert.assertEquals("sample.wsdl", artifact.getName());
Assert.assertEquals("2.0", artifact.getVersion());
// Assertions for artifact 3 (PO.xml)
artifact = artyMap.get(xmlUuid);
Assert.assertEquals("PO.xml", artifact.getName());
Assert.assertEquals("3.0", artifact.getVersion());
}