Datasets:
jitx
/
Methods2Test_java_unit_test_code

Dataset card Data Studio Files Community
target
stringlengths
20
113k
src_fm
stringlengths
11
86.3k
src_fm_fc
stringlengths
21
86.4k
src_fm_fc_co
stringlengths
30
86.4k
src_fm_fc_ms
stringlengths
42
86.8k
src_fm_fc_ms_ff
stringlengths
43
86.8k
@Test public void testSocketFinderAllowedInterfacesPublic() throws Exception { FluentIterable<String> ips = ConcurrentOpenSocketFinder.checkNodeHasIps(node, AllowedInterfaces.PUBLIC); assertTrue(ips.contains(PUBLIC_IP)); assertFalse(ips.contains(PRIVATE_IP)); }
@VisibleForTesting static FluentIterable<String> checkNodeHasIps(NodeMetadata node, AllowedInterfaces allowedInterfaces) { ImmutableSet.Builder<String> ipsBuilder = ImmutableSet.builder(); if (allowedInterfaces.scanPublic) { ipsBuilder.addAll(node.getPublicAddresses()); } if (allowedInterfaces.scanPrivate) { ipsBuilder.addAll(node.getPrivateAddresses()); } ImmutableSet<String> ips = ipsBuilder.build(); checkState(!ips.isEmpty(), "node does not have IP addresses configured: %s", node); return FluentIterable.from(ips); }
ConcurrentOpenSocketFinder implements OpenSocketFinder { @VisibleForTesting static FluentIterable<String> checkNodeHasIps(NodeMetadata node, AllowedInterfaces allowedInterfaces) { ImmutableSet.Builder<String> ipsBuilder = ImmutableSet.builder(); if (allowedInterfaces.scanPublic) { ipsBuilder.addAll(node.getPublicAddresses()); } if (allowedInterfaces.scanPrivate) { ipsBuilder.addAll(node.getPrivateAddresses()); } ImmutableSet<String> ips = ipsBuilder.build(); checkState(!ips.isEmpty(), "node does not have IP addresses configured: %s", node); return FluentIterable.from(ips); } }
ConcurrentOpenSocketFinder implements OpenSocketFinder { @VisibleForTesting static FluentIterable<String> checkNodeHasIps(NodeMetadata node, AllowedInterfaces allowedInterfaces) { ImmutableSet.Builder<String> ipsBuilder = ImmutableSet.builder(); if (allowedInterfaces.scanPublic) { ipsBuilder.addAll(node.getPublicAddresses()); } if (allowedInterfaces.scanPrivate) { ipsBuilder.addAll(node.getPrivateAddresses()); } ImmutableSet<String> ips = ipsBuilder.build(); checkState(!ips.isEmpty(), "node does not have IP addresses configured: %s", node); return FluentIterable.from(ips); } @Inject @VisibleForTesting ConcurrentOpenSocketFinder(SocketOpen socketTester, @Named(TIMEOUT_NODE_RUNNING) Predicate<AtomicReference<NodeMetadata>> nodeRunning, @Named(PROPERTY_USER_THREADS) ListeningExecutorService userExecutor); }
ConcurrentOpenSocketFinder implements OpenSocketFinder { @VisibleForTesting static FluentIterable<String> checkNodeHasIps(NodeMetadata node, AllowedInterfaces allowedInterfaces) { ImmutableSet.Builder<String> ipsBuilder = ImmutableSet.builder(); if (allowedInterfaces.scanPublic) { ipsBuilder.addAll(node.getPublicAddresses()); } if (allowedInterfaces.scanPrivate) { ipsBuilder.addAll(node.getPrivateAddresses()); } ImmutableSet<String> ips = ipsBuilder.build(); checkState(!ips.isEmpty(), "node does not have IP addresses configured: %s", node); return FluentIterable.from(ips); } @Inject @VisibleForTesting ConcurrentOpenSocketFinder(SocketOpen socketTester, @Named(TIMEOUT_NODE_RUNNING) Predicate<AtomicReference<NodeMetadata>> nodeRunning, @Named(PROPERTY_USER_THREADS) ListeningExecutorService userExecutor); @Override HostAndPort findOpenSocketOnNode(NodeMetadata node, final int port, long timeout, TimeUnit timeUnits); }
ConcurrentOpenSocketFinder implements OpenSocketFinder { @VisibleForTesting static FluentIterable<String> checkNodeHasIps(NodeMetadata node, AllowedInterfaces allowedInterfaces) { ImmutableSet.Builder<String> ipsBuilder = ImmutableSet.builder(); if (allowedInterfaces.scanPublic) { ipsBuilder.addAll(node.getPublicAddresses()); } if (allowedInterfaces.scanPrivate) { ipsBuilder.addAll(node.getPrivateAddresses()); } ImmutableSet<String> ips = ipsBuilder.build(); checkState(!ips.isEmpty(), "node does not have IP addresses configured: %s", node); return FluentIterable.from(ips); } @Inject @VisibleForTesting ConcurrentOpenSocketFinder(SocketOpen socketTester, @Named(TIMEOUT_NODE_RUNNING) Predicate<AtomicReference<NodeMetadata>> nodeRunning, @Named(PROPERTY_USER_THREADS) ListeningExecutorService userExecutor); @Override HostAndPort findOpenSocketOnNode(NodeMetadata node, final int port, long timeout, TimeUnit timeUnits); }
@SuppressWarnings("unchecked") @Test public void testFormatStatusWithBackendStatus() { ComputeMetadataIncludingStatus<Image.Status> resource = createMock(ComputeMetadataIncludingStatus.class); expect(resource.getStatus()).andReturn(Image.Status.PENDING); expect(resource.getBackendStatus()).andReturn("queued").anyTimes(); replay(resource); assertEquals(formatStatus(resource), "PENDING[queued]"); verify(resource); }
public static String formatStatus(ComputeMetadataIncludingStatus<?> resource) { if (resource.getBackendStatus() == null) return resource.getStatus().toString(); return String.format("%s[%s]", resource.getStatus(), resource.getBackendStatus()); }
ComputeServiceUtils { public static String formatStatus(ComputeMetadataIncludingStatus<?> resource) { if (resource.getBackendStatus() == null) return resource.getStatus().toString(); return String.format("%s[%s]", resource.getStatus(), resource.getBackendStatus()); } }
ComputeServiceUtils { public static String formatStatus(ComputeMetadataIncludingStatus<?> resource) { if (resource.getBackendStatus() == null) return resource.getStatus().toString(); return String.format("%s[%s]", resource.getStatus(), resource.getBackendStatus()); } }
ComputeServiceUtils { public static String formatStatus(ComputeMetadataIncludingStatus<?> resource) { if (resource.getBackendStatus() == null) return resource.getStatus().toString(); return String.format("%s[%s]", resource.getStatus(), resource.getBackendStatus()); } static String formatStatus(ComputeMetadataIncludingStatus<?> resource); static Statement execHttpResponse(HttpRequest request); static Statement execHttpResponse(URI location); static Statement extractTargzIntoDirectory(HttpRequest targz, String directory); static Statement extractTargzIntoDirectory(URI targz, String directory); static Statement extractZipIntoDirectory(HttpRequest zip, String directory); static Statement extractZipIntoDirectory(URI zip, String directory); static double getCores(Hardware input); static double getCoresAndSpeed(Hardware input); static double getSpace(Hardware input); static org.jclouds.compute.domain.OsFamily parseOsFamilyOrUnrecognized(String in); static String createExecutionErrorMessage(Map<?, Exception> executionExceptions); static String createNodeErrorMessage(Map<? extends NodeMetadata, ? extends Throwable> failedNodes); static Iterable<? extends ComputeMetadata> filterByName(Iterable<? extends ComputeMetadata> nodes, final String name); static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromValuesOfEmptyString(NodeMetadataBuilder builder, Map<String, String> map); static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromCommaDelimitedValue(NodeMetadataBuilder builder, Map<String, String> map); static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap); static Map<Integer, Integer> getPortRangesFromList(int... ports); static String groupFromMapOrName(Map<String, String> metadataMap, String nodeName, GroupNamingConvention namingConvention); }
ComputeServiceUtils { public static String formatStatus(ComputeMetadataIncludingStatus<?> resource) { if (resource.getBackendStatus() == null) return resource.getStatus().toString(); return String.format("%s[%s]", resource.getStatus(), resource.getBackendStatus()); } static String formatStatus(ComputeMetadataIncludingStatus<?> resource); static Statement execHttpResponse(HttpRequest request); static Statement execHttpResponse(URI location); static Statement extractTargzIntoDirectory(HttpRequest targz, String directory); static Statement extractTargzIntoDirectory(URI targz, String directory); static Statement extractZipIntoDirectory(HttpRequest zip, String directory); static Statement extractZipIntoDirectory(URI zip, String directory); static double getCores(Hardware input); static double getCoresAndSpeed(Hardware input); static double getSpace(Hardware input); static org.jclouds.compute.domain.OsFamily parseOsFamilyOrUnrecognized(String in); static String createExecutionErrorMessage(Map<?, Exception> executionExceptions); static String createNodeErrorMessage(Map<? extends NodeMetadata, ? extends Throwable> failedNodes); static Iterable<? extends ComputeMetadata> filterByName(Iterable<? extends ComputeMetadata> nodes, final String name); static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromValuesOfEmptyString(NodeMetadataBuilder builder, Map<String, String> map); static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromCommaDelimitedValue(NodeMetadataBuilder builder, Map<String, String> map); static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap); static Map<Integer, Integer> getPortRangesFromList(int... ports); static String groupFromMapOrName(Map<String, String> metadataMap, String nodeName, GroupNamingConvention namingConvention); static final Pattern DELIMITED_BY_HYPHEN_ENDING_IN_HYPHEN_HEX; }
@Test void testConvertRequestSetsFetchOptions() throws IOException { HttpRequest request = HttpRequest.builder().method(HttpMethod.GET).endpoint(endPoint).build(); HTTPRequest gaeRequest = req.apply(request); assert gaeRequest.getFetchOptions() != null; }
@Override public HTTPRequest apply(HttpRequest request) { URL url = null; try { url = request.getEndpoint().toURL(); } catch (MalformedURLException e) { Throwables.propagate(e); } FetchOptions options = disallowTruncate(); options.doNotFollowRedirects(); if (utils.relaxHostname() || utils.trustAllCerts()) options.doNotFollowRedirects(); options.setDeadline(10.0); HTTPRequest gaeRequest = new HTTPRequest(url, HTTPMethod.valueOf(request.getMethod().toString()), options); for (Entry<String, String> entry : request.getHeaders().entries()) { String header = entry.getKey(); if (!prohibitedHeaders.contains(header)) gaeRequest.addHeader(new HTTPHeader(header, entry.getValue())); } gaeRequest.addHeader(new HTTPHeader(HttpHeaders.USER_AGENT, USER_AGENT)); if (request.getPayload() != null) { InputStream input = request.getPayload().getInput(); try { byte[] array = ByteStreams.toByteArray(input); if (!request.getPayload().isRepeatable()) { Payload oldPayload = request.getPayload(); request.setPayload(array); HttpUtils.copy(oldPayload.getContentMetadata(), request.getPayload().getContentMetadata()); } gaeRequest.setPayload(array); if (array.length > 0) { gaeRequest.setHeader(new HTTPHeader("Expect", "100-continue")); } } catch (IOException e) { Throwables.propagate(e); } finally { Closeables2.closeQuietly(input); } for (Entry<String, String> header : contentMetadataCodec.toHeaders( request.getPayload().getContentMetadata()).entries()) { if (!prohibitedHeaders.contains(header.getKey())) gaeRequest.setHeader(new HTTPHeader(header.getKey(), header.getValue())); } } return gaeRequest; }
ConvertToGaeRequest implements Function<HttpRequest, HTTPRequest> { @Override public HTTPRequest apply(HttpRequest request) { URL url = null; try { url = request.getEndpoint().toURL(); } catch (MalformedURLException e) { Throwables.propagate(e); } FetchOptions options = disallowTruncate(); options.doNotFollowRedirects(); if (utils.relaxHostname() || utils.trustAllCerts()) options.doNotFollowRedirects(); options.setDeadline(10.0); HTTPRequest gaeRequest = new HTTPRequest(url, HTTPMethod.valueOf(request.getMethod().toString()), options); for (Entry<String, String> entry : request.getHeaders().entries()) { String header = entry.getKey(); if (!prohibitedHeaders.contains(header)) gaeRequest.addHeader(new HTTPHeader(header, entry.getValue())); } gaeRequest.addHeader(new HTTPHeader(HttpHeaders.USER_AGENT, USER_AGENT)); if (request.getPayload() != null) { InputStream input = request.getPayload().getInput(); try { byte[] array = ByteStreams.toByteArray(input); if (!request.getPayload().isRepeatable()) { Payload oldPayload = request.getPayload(); request.setPayload(array); HttpUtils.copy(oldPayload.getContentMetadata(), request.getPayload().getContentMetadata()); } gaeRequest.setPayload(array); if (array.length > 0) { gaeRequest.setHeader(new HTTPHeader("Expect", "100-continue")); } } catch (IOException e) { Throwables.propagate(e); } finally { Closeables2.closeQuietly(input); } for (Entry<String, String> header : contentMetadataCodec.toHeaders( request.getPayload().getContentMetadata()).entries()) { if (!prohibitedHeaders.contains(header.getKey())) gaeRequest.setHeader(new HTTPHeader(header.getKey(), header.getValue())); } } return gaeRequest; } }
ConvertToGaeRequest implements Function<HttpRequest, HTTPRequest> { @Override public HTTPRequest apply(HttpRequest request) { URL url = null; try { url = request.getEndpoint().toURL(); } catch (MalformedURLException e) { Throwables.propagate(e); } FetchOptions options = disallowTruncate(); options.doNotFollowRedirects(); if (utils.relaxHostname() || utils.trustAllCerts()) options.doNotFollowRedirects(); options.setDeadline(10.0); HTTPRequest gaeRequest = new HTTPRequest(url, HTTPMethod.valueOf(request.getMethod().toString()), options); for (Entry<String, String> entry : request.getHeaders().entries()) { String header = entry.getKey(); if (!prohibitedHeaders.contains(header)) gaeRequest.addHeader(new HTTPHeader(header, entry.getValue())); } gaeRequest.addHeader(new HTTPHeader(HttpHeaders.USER_AGENT, USER_AGENT)); if (request.getPayload() != null) { InputStream input = request.getPayload().getInput(); try { byte[] array = ByteStreams.toByteArray(input); if (!request.getPayload().isRepeatable()) { Payload oldPayload = request.getPayload(); request.setPayload(array); HttpUtils.copy(oldPayload.getContentMetadata(), request.getPayload().getContentMetadata()); } gaeRequest.setPayload(array); if (array.length > 0) { gaeRequest.setHeader(new HTTPHeader("Expect", "100-continue")); } } catch (IOException e) { Throwables.propagate(e); } finally { Closeables2.closeQuietly(input); } for (Entry<String, String> header : contentMetadataCodec.toHeaders( request.getPayload().getContentMetadata()).entries()) { if (!prohibitedHeaders.contains(header.getKey())) gaeRequest.setHeader(new HTTPHeader(header.getKey(), header.getValue())); } } return gaeRequest; } @Inject ConvertToGaeRequest(HttpUtils utils, ContentMetadataCodec contentMetadataCodec); }
ConvertToGaeRequest implements Function<HttpRequest, HTTPRequest> { @Override public HTTPRequest apply(HttpRequest request) { URL url = null; try { url = request.getEndpoint().toURL(); } catch (MalformedURLException e) { Throwables.propagate(e); } FetchOptions options = disallowTruncate(); options.doNotFollowRedirects(); if (utils.relaxHostname() || utils.trustAllCerts()) options.doNotFollowRedirects(); options.setDeadline(10.0); HTTPRequest gaeRequest = new HTTPRequest(url, HTTPMethod.valueOf(request.getMethod().toString()), options); for (Entry<String, String> entry : request.getHeaders().entries()) { String header = entry.getKey(); if (!prohibitedHeaders.contains(header)) gaeRequest.addHeader(new HTTPHeader(header, entry.getValue())); } gaeRequest.addHeader(new HTTPHeader(HttpHeaders.USER_AGENT, USER_AGENT)); if (request.getPayload() != null) { InputStream input = request.getPayload().getInput(); try { byte[] array = ByteStreams.toByteArray(input); if (!request.getPayload().isRepeatable()) { Payload oldPayload = request.getPayload(); request.setPayload(array); HttpUtils.copy(oldPayload.getContentMetadata(), request.getPayload().getContentMetadata()); } gaeRequest.setPayload(array); if (array.length > 0) { gaeRequest.setHeader(new HTTPHeader("Expect", "100-continue")); } } catch (IOException e) { Throwables.propagate(e); } finally { Closeables2.closeQuietly(input); } for (Entry<String, String> header : contentMetadataCodec.toHeaders( request.getPayload().getContentMetadata()).entries()) { if (!prohibitedHeaders.contains(header.getKey())) gaeRequest.setHeader(new HTTPHeader(header.getKey(), header.getValue())); } } return gaeRequest; } @Inject ConvertToGaeRequest(HttpUtils utils, ContentMetadataCodec contentMetadataCodec); @Override HTTPRequest apply(HttpRequest request); }
ConvertToGaeRequest implements Function<HttpRequest, HTTPRequest> { @Override public HTTPRequest apply(HttpRequest request) { URL url = null; try { url = request.getEndpoint().toURL(); } catch (MalformedURLException e) { Throwables.propagate(e); } FetchOptions options = disallowTruncate(); options.doNotFollowRedirects(); if (utils.relaxHostname() || utils.trustAllCerts()) options.doNotFollowRedirects(); options.setDeadline(10.0); HTTPRequest gaeRequest = new HTTPRequest(url, HTTPMethod.valueOf(request.getMethod().toString()), options); for (Entry<String, String> entry : request.getHeaders().entries()) { String header = entry.getKey(); if (!prohibitedHeaders.contains(header)) gaeRequest.addHeader(new HTTPHeader(header, entry.getValue())); } gaeRequest.addHeader(new HTTPHeader(HttpHeaders.USER_AGENT, USER_AGENT)); if (request.getPayload() != null) { InputStream input = request.getPayload().getInput(); try { byte[] array = ByteStreams.toByteArray(input); if (!request.getPayload().isRepeatable()) { Payload oldPayload = request.getPayload(); request.setPayload(array); HttpUtils.copy(oldPayload.getContentMetadata(), request.getPayload().getContentMetadata()); } gaeRequest.setPayload(array); if (array.length > 0) { gaeRequest.setHeader(new HTTPHeader("Expect", "100-continue")); } } catch (IOException e) { Throwables.propagate(e); } finally { Closeables2.closeQuietly(input); } for (Entry<String, String> header : contentMetadataCodec.toHeaders( request.getPayload().getContentMetadata()).entries()) { if (!prohibitedHeaders.contains(header.getKey())) gaeRequest.setHeader(new HTTPHeader(header.getKey(), header.getValue())); } } return gaeRequest; } @Inject ConvertToGaeRequest(HttpUtils utils, ContentMetadataCodec contentMetadataCodec); @Override HTTPRequest apply(HttpRequest request); static final String USER_AGENT; final Set<String> prohibitedHeaders; }
@SuppressWarnings("unchecked") @Test public void testFormatStatusWithoutBackendStatus() { ComputeMetadataIncludingStatus<Image.Status> resource = createMock(ComputeMetadataIncludingStatus.class); expect(resource.getStatus()).andReturn(Image.Status.PENDING); expect(resource.getBackendStatus()).andReturn(null).anyTimes(); replay(resource); assertEquals(formatStatus(resource), "PENDING"); verify(resource); }
public static String formatStatus(ComputeMetadataIncludingStatus<?> resource) { if (resource.getBackendStatus() == null) return resource.getStatus().toString(); return String.format("%s[%s]", resource.getStatus(), resource.getBackendStatus()); }
ComputeServiceUtils { public static String formatStatus(ComputeMetadataIncludingStatus<?> resource) { if (resource.getBackendStatus() == null) return resource.getStatus().toString(); return String.format("%s[%s]", resource.getStatus(), resource.getBackendStatus()); } }
ComputeServiceUtils { public static String formatStatus(ComputeMetadataIncludingStatus<?> resource) { if (resource.getBackendStatus() == null) return resource.getStatus().toString(); return String.format("%s[%s]", resource.getStatus(), resource.getBackendStatus()); } }
ComputeServiceUtils { public static String formatStatus(ComputeMetadataIncludingStatus<?> resource) { if (resource.getBackendStatus() == null) return resource.getStatus().toString(); return String.format("%s[%s]", resource.getStatus(), resource.getBackendStatus()); } static String formatStatus(ComputeMetadataIncludingStatus<?> resource); static Statement execHttpResponse(HttpRequest request); static Statement execHttpResponse(URI location); static Statement extractTargzIntoDirectory(HttpRequest targz, String directory); static Statement extractTargzIntoDirectory(URI targz, String directory); static Statement extractZipIntoDirectory(HttpRequest zip, String directory); static Statement extractZipIntoDirectory(URI zip, String directory); static double getCores(Hardware input); static double getCoresAndSpeed(Hardware input); static double getSpace(Hardware input); static org.jclouds.compute.domain.OsFamily parseOsFamilyOrUnrecognized(String in); static String createExecutionErrorMessage(Map<?, Exception> executionExceptions); static String createNodeErrorMessage(Map<? extends NodeMetadata, ? extends Throwable> failedNodes); static Iterable<? extends ComputeMetadata> filterByName(Iterable<? extends ComputeMetadata> nodes, final String name); static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromValuesOfEmptyString(NodeMetadataBuilder builder, Map<String, String> map); static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromCommaDelimitedValue(NodeMetadataBuilder builder, Map<String, String> map); static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap); static Map<Integer, Integer> getPortRangesFromList(int... ports); static String groupFromMapOrName(Map<String, String> metadataMap, String nodeName, GroupNamingConvention namingConvention); }
ComputeServiceUtils { public static String formatStatus(ComputeMetadataIncludingStatus<?> resource) { if (resource.getBackendStatus() == null) return resource.getStatus().toString(); return String.format("%s[%s]", resource.getStatus(), resource.getBackendStatus()); } static String formatStatus(ComputeMetadataIncludingStatus<?> resource); static Statement execHttpResponse(HttpRequest request); static Statement execHttpResponse(URI location); static Statement extractTargzIntoDirectory(HttpRequest targz, String directory); static Statement extractTargzIntoDirectory(URI targz, String directory); static Statement extractZipIntoDirectory(HttpRequest zip, String directory); static Statement extractZipIntoDirectory(URI zip, String directory); static double getCores(Hardware input); static double getCoresAndSpeed(Hardware input); static double getSpace(Hardware input); static org.jclouds.compute.domain.OsFamily parseOsFamilyOrUnrecognized(String in); static String createExecutionErrorMessage(Map<?, Exception> executionExceptions); static String createNodeErrorMessage(Map<? extends NodeMetadata, ? extends Throwable> failedNodes); static Iterable<? extends ComputeMetadata> filterByName(Iterable<? extends ComputeMetadata> nodes, final String name); static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromValuesOfEmptyString(NodeMetadataBuilder builder, Map<String, String> map); static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromCommaDelimitedValue(NodeMetadataBuilder builder, Map<String, String> map); static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap); static Map<Integer, Integer> getPortRangesFromList(int... ports); static String groupFromMapOrName(Map<String, String> metadataMap, String nodeName, GroupNamingConvention namingConvention); static final Pattern DELIMITED_BY_HYPHEN_ENDING_IN_HYPHEN_HEX; }
@Test public void testMetadataAndTagsAsValuesOfEmptyString() { TemplateOptions options = TemplateOptions.Builder.tags(ImmutableSet.of("tag")).userMetadata(ImmutableMap.<String, String>of("foo", "bar")); assertEquals(metadataAndTagsAsValuesOfEmptyString(options), ImmutableMap.<String, String>of("foo", "bar", "tag", "")); }
public static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options) { Builder<String, String> builder = ImmutableMap.<String, String> builder(); builder.putAll(options.getUserMetadata()); for (String tag : options.getTags()) builder.put(tag, ""); return builder.build(); }
ComputeServiceUtils { public static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options) { Builder<String, String> builder = ImmutableMap.<String, String> builder(); builder.putAll(options.getUserMetadata()); for (String tag : options.getTags()) builder.put(tag, ""); return builder.build(); } }
ComputeServiceUtils { public static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options) { Builder<String, String> builder = ImmutableMap.<String, String> builder(); builder.putAll(options.getUserMetadata()); for (String tag : options.getTags()) builder.put(tag, ""); return builder.build(); } }
ComputeServiceUtils { public static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options) { Builder<String, String> builder = ImmutableMap.<String, String> builder(); builder.putAll(options.getUserMetadata()); for (String tag : options.getTags()) builder.put(tag, ""); return builder.build(); } static String formatStatus(ComputeMetadataIncludingStatus<?> resource); static Statement execHttpResponse(HttpRequest request); static Statement execHttpResponse(URI location); static Statement extractTargzIntoDirectory(HttpRequest targz, String directory); static Statement extractTargzIntoDirectory(URI targz, String directory); static Statement extractZipIntoDirectory(HttpRequest zip, String directory); static Statement extractZipIntoDirectory(URI zip, String directory); static double getCores(Hardware input); static double getCoresAndSpeed(Hardware input); static double getSpace(Hardware input); static org.jclouds.compute.domain.OsFamily parseOsFamilyOrUnrecognized(String in); static String createExecutionErrorMessage(Map<?, Exception> executionExceptions); static String createNodeErrorMessage(Map<? extends NodeMetadata, ? extends Throwable> failedNodes); static Iterable<? extends ComputeMetadata> filterByName(Iterable<? extends ComputeMetadata> nodes, final String name); static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromValuesOfEmptyString(NodeMetadataBuilder builder, Map<String, String> map); static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromCommaDelimitedValue(NodeMetadataBuilder builder, Map<String, String> map); static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap); static Map<Integer, Integer> getPortRangesFromList(int... ports); static String groupFromMapOrName(Map<String, String> metadataMap, String nodeName, GroupNamingConvention namingConvention); }
ComputeServiceUtils { public static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options) { Builder<String, String> builder = ImmutableMap.<String, String> builder(); builder.putAll(options.getUserMetadata()); for (String tag : options.getTags()) builder.put(tag, ""); return builder.build(); } static String formatStatus(ComputeMetadataIncludingStatus<?> resource); static Statement execHttpResponse(HttpRequest request); static Statement execHttpResponse(URI location); static Statement extractTargzIntoDirectory(HttpRequest targz, String directory); static Statement extractTargzIntoDirectory(URI targz, String directory); static Statement extractZipIntoDirectory(HttpRequest zip, String directory); static Statement extractZipIntoDirectory(URI zip, String directory); static double getCores(Hardware input); static double getCoresAndSpeed(Hardware input); static double getSpace(Hardware input); static org.jclouds.compute.domain.OsFamily parseOsFamilyOrUnrecognized(String in); static String createExecutionErrorMessage(Map<?, Exception> executionExceptions); static String createNodeErrorMessage(Map<? extends NodeMetadata, ? extends Throwable> failedNodes); static Iterable<? extends ComputeMetadata> filterByName(Iterable<? extends ComputeMetadata> nodes, final String name); static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromValuesOfEmptyString(NodeMetadataBuilder builder, Map<String, String> map); static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromCommaDelimitedValue(NodeMetadataBuilder builder, Map<String, String> map); static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap); static Map<Integer, Integer> getPortRangesFromList(int... ports); static String groupFromMapOrName(Map<String, String> metadataMap, String nodeName, GroupNamingConvention namingConvention); static final Pattern DELIMITED_BY_HYPHEN_ENDING_IN_HYPHEN_HEX; }
@Test public void testMetadataAndTagsAsCommaDelimitedValue() { TemplateOptions options = TemplateOptions.Builder.tags(ImmutableSet.of("tag")).userMetadata(ImmutableMap.<String, String>of("foo", "bar")); assertEquals(metadataAndTagsAsCommaDelimitedValue(options), ImmutableMap.<String, String>of("foo", "bar", "jclouds_tags", "tag")); }
public static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options) { Builder<String, String> builder = ImmutableMap.<String, String> builder(); builder.putAll(options.getUserMetadata()); if (!options.getTags().isEmpty()) builder.put("jclouds_tags", Joiner.on(',').join(options.getTags())); return builder.build(); }
ComputeServiceUtils { public static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options) { Builder<String, String> builder = ImmutableMap.<String, String> builder(); builder.putAll(options.getUserMetadata()); if (!options.getTags().isEmpty()) builder.put("jclouds_tags", Joiner.on(',').join(options.getTags())); return builder.build(); } }
ComputeServiceUtils { public static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options) { Builder<String, String> builder = ImmutableMap.<String, String> builder(); builder.putAll(options.getUserMetadata()); if (!options.getTags().isEmpty()) builder.put("jclouds_tags", Joiner.on(',').join(options.getTags())); return builder.build(); } }
ComputeServiceUtils { public static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options) { Builder<String, String> builder = ImmutableMap.<String, String> builder(); builder.putAll(options.getUserMetadata()); if (!options.getTags().isEmpty()) builder.put("jclouds_tags", Joiner.on(',').join(options.getTags())); return builder.build(); } static String formatStatus(ComputeMetadataIncludingStatus<?> resource); static Statement execHttpResponse(HttpRequest request); static Statement execHttpResponse(URI location); static Statement extractTargzIntoDirectory(HttpRequest targz, String directory); static Statement extractTargzIntoDirectory(URI targz, String directory); static Statement extractZipIntoDirectory(HttpRequest zip, String directory); static Statement extractZipIntoDirectory(URI zip, String directory); static double getCores(Hardware input); static double getCoresAndSpeed(Hardware input); static double getSpace(Hardware input); static org.jclouds.compute.domain.OsFamily parseOsFamilyOrUnrecognized(String in); static String createExecutionErrorMessage(Map<?, Exception> executionExceptions); static String createNodeErrorMessage(Map<? extends NodeMetadata, ? extends Throwable> failedNodes); static Iterable<? extends ComputeMetadata> filterByName(Iterable<? extends ComputeMetadata> nodes, final String name); static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromValuesOfEmptyString(NodeMetadataBuilder builder, Map<String, String> map); static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromCommaDelimitedValue(NodeMetadataBuilder builder, Map<String, String> map); static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap); static Map<Integer, Integer> getPortRangesFromList(int... ports); static String groupFromMapOrName(Map<String, String> metadataMap, String nodeName, GroupNamingConvention namingConvention); }
ComputeServiceUtils { public static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options) { Builder<String, String> builder = ImmutableMap.<String, String> builder(); builder.putAll(options.getUserMetadata()); if (!options.getTags().isEmpty()) builder.put("jclouds_tags", Joiner.on(',').join(options.getTags())); return builder.build(); } static String formatStatus(ComputeMetadataIncludingStatus<?> resource); static Statement execHttpResponse(HttpRequest request); static Statement execHttpResponse(URI location); static Statement extractTargzIntoDirectory(HttpRequest targz, String directory); static Statement extractTargzIntoDirectory(URI targz, String directory); static Statement extractZipIntoDirectory(HttpRequest zip, String directory); static Statement extractZipIntoDirectory(URI zip, String directory); static double getCores(Hardware input); static double getCoresAndSpeed(Hardware input); static double getSpace(Hardware input); static org.jclouds.compute.domain.OsFamily parseOsFamilyOrUnrecognized(String in); static String createExecutionErrorMessage(Map<?, Exception> executionExceptions); static String createNodeErrorMessage(Map<? extends NodeMetadata, ? extends Throwable> failedNodes); static Iterable<? extends ComputeMetadata> filterByName(Iterable<? extends ComputeMetadata> nodes, final String name); static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromValuesOfEmptyString(NodeMetadataBuilder builder, Map<String, String> map); static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromCommaDelimitedValue(NodeMetadataBuilder builder, Map<String, String> map); static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap); static Map<Integer, Integer> getPortRangesFromList(int... ports); static String groupFromMapOrName(Map<String, String> metadataMap, String nodeName, GroupNamingConvention namingConvention); static final Pattern DELIMITED_BY_HYPHEN_ENDING_IN_HYPHEN_HEX; }
@Test public void testMetadataAndTagsAsValuesOfEmptyStringNoTags() { TemplateOptions options = TemplateOptions.Builder.userMetadata(ImmutableMap.<String, String>of("foo", "bar")); assertEquals(metadataAndTagsAsValuesOfEmptyString(options), ImmutableMap.<String, String>of("foo", "bar")); }
public static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options) { Builder<String, String> builder = ImmutableMap.<String, String> builder(); builder.putAll(options.getUserMetadata()); for (String tag : options.getTags()) builder.put(tag, ""); return builder.build(); }
ComputeServiceUtils { public static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options) { Builder<String, String> builder = ImmutableMap.<String, String> builder(); builder.putAll(options.getUserMetadata()); for (String tag : options.getTags()) builder.put(tag, ""); return builder.build(); } }
ComputeServiceUtils { public static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options) { Builder<String, String> builder = ImmutableMap.<String, String> builder(); builder.putAll(options.getUserMetadata()); for (String tag : options.getTags()) builder.put(tag, ""); return builder.build(); } }
ComputeServiceUtils { public static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options) { Builder<String, String> builder = ImmutableMap.<String, String> builder(); builder.putAll(options.getUserMetadata()); for (String tag : options.getTags()) builder.put(tag, ""); return builder.build(); } static String formatStatus(ComputeMetadataIncludingStatus<?> resource); static Statement execHttpResponse(HttpRequest request); static Statement execHttpResponse(URI location); static Statement extractTargzIntoDirectory(HttpRequest targz, String directory); static Statement extractTargzIntoDirectory(URI targz, String directory); static Statement extractZipIntoDirectory(HttpRequest zip, String directory); static Statement extractZipIntoDirectory(URI zip, String directory); static double getCores(Hardware input); static double getCoresAndSpeed(Hardware input); static double getSpace(Hardware input); static org.jclouds.compute.domain.OsFamily parseOsFamilyOrUnrecognized(String in); static String createExecutionErrorMessage(Map<?, Exception> executionExceptions); static String createNodeErrorMessage(Map<? extends NodeMetadata, ? extends Throwable> failedNodes); static Iterable<? extends ComputeMetadata> filterByName(Iterable<? extends ComputeMetadata> nodes, final String name); static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromValuesOfEmptyString(NodeMetadataBuilder builder, Map<String, String> map); static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromCommaDelimitedValue(NodeMetadataBuilder builder, Map<String, String> map); static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap); static Map<Integer, Integer> getPortRangesFromList(int... ports); static String groupFromMapOrName(Map<String, String> metadataMap, String nodeName, GroupNamingConvention namingConvention); }
ComputeServiceUtils { public static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options) { Builder<String, String> builder = ImmutableMap.<String, String> builder(); builder.putAll(options.getUserMetadata()); for (String tag : options.getTags()) builder.put(tag, ""); return builder.build(); } static String formatStatus(ComputeMetadataIncludingStatus<?> resource); static Statement execHttpResponse(HttpRequest request); static Statement execHttpResponse(URI location); static Statement extractTargzIntoDirectory(HttpRequest targz, String directory); static Statement extractTargzIntoDirectory(URI targz, String directory); static Statement extractZipIntoDirectory(HttpRequest zip, String directory); static Statement extractZipIntoDirectory(URI zip, String directory); static double getCores(Hardware input); static double getCoresAndSpeed(Hardware input); static double getSpace(Hardware input); static org.jclouds.compute.domain.OsFamily parseOsFamilyOrUnrecognized(String in); static String createExecutionErrorMessage(Map<?, Exception> executionExceptions); static String createNodeErrorMessage(Map<? extends NodeMetadata, ? extends Throwable> failedNodes); static Iterable<? extends ComputeMetadata> filterByName(Iterable<? extends ComputeMetadata> nodes, final String name); static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromValuesOfEmptyString(NodeMetadataBuilder builder, Map<String, String> map); static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromCommaDelimitedValue(NodeMetadataBuilder builder, Map<String, String> map); static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap); static Map<Integer, Integer> getPortRangesFromList(int... ports); static String groupFromMapOrName(Map<String, String> metadataMap, String nodeName, GroupNamingConvention namingConvention); static final Pattern DELIMITED_BY_HYPHEN_ENDING_IN_HYPHEN_HEX; }
@Test public void testMetadataAndTagsAsCommaDelimitedValueNoTags() { TemplateOptions options = TemplateOptions.Builder.userMetadata(ImmutableMap.<String, String>of("foo", "bar")); assertEquals(metadataAndTagsAsCommaDelimitedValue(options), ImmutableMap.<String, String>of("foo", "bar")); }
public static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options) { Builder<String, String> builder = ImmutableMap.<String, String> builder(); builder.putAll(options.getUserMetadata()); if (!options.getTags().isEmpty()) builder.put("jclouds_tags", Joiner.on(',').join(options.getTags())); return builder.build(); }
ComputeServiceUtils { public static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options) { Builder<String, String> builder = ImmutableMap.<String, String> builder(); builder.putAll(options.getUserMetadata()); if (!options.getTags().isEmpty()) builder.put("jclouds_tags", Joiner.on(',').join(options.getTags())); return builder.build(); } }
ComputeServiceUtils { public static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options) { Builder<String, String> builder = ImmutableMap.<String, String> builder(); builder.putAll(options.getUserMetadata()); if (!options.getTags().isEmpty()) builder.put("jclouds_tags", Joiner.on(',').join(options.getTags())); return builder.build(); } }
ComputeServiceUtils { public static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options) { Builder<String, String> builder = ImmutableMap.<String, String> builder(); builder.putAll(options.getUserMetadata()); if (!options.getTags().isEmpty()) builder.put("jclouds_tags", Joiner.on(',').join(options.getTags())); return builder.build(); } static String formatStatus(ComputeMetadataIncludingStatus<?> resource); static Statement execHttpResponse(HttpRequest request); static Statement execHttpResponse(URI location); static Statement extractTargzIntoDirectory(HttpRequest targz, String directory); static Statement extractTargzIntoDirectory(URI targz, String directory); static Statement extractZipIntoDirectory(HttpRequest zip, String directory); static Statement extractZipIntoDirectory(URI zip, String directory); static double getCores(Hardware input); static double getCoresAndSpeed(Hardware input); static double getSpace(Hardware input); static org.jclouds.compute.domain.OsFamily parseOsFamilyOrUnrecognized(String in); static String createExecutionErrorMessage(Map<?, Exception> executionExceptions); static String createNodeErrorMessage(Map<? extends NodeMetadata, ? extends Throwable> failedNodes); static Iterable<? extends ComputeMetadata> filterByName(Iterable<? extends ComputeMetadata> nodes, final String name); static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromValuesOfEmptyString(NodeMetadataBuilder builder, Map<String, String> map); static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromCommaDelimitedValue(NodeMetadataBuilder builder, Map<String, String> map); static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap); static Map<Integer, Integer> getPortRangesFromList(int... ports); static String groupFromMapOrName(Map<String, String> metadataMap, String nodeName, GroupNamingConvention namingConvention); }
ComputeServiceUtils { public static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options) { Builder<String, String> builder = ImmutableMap.<String, String> builder(); builder.putAll(options.getUserMetadata()); if (!options.getTags().isEmpty()) builder.put("jclouds_tags", Joiner.on(',').join(options.getTags())); return builder.build(); } static String formatStatus(ComputeMetadataIncludingStatus<?> resource); static Statement execHttpResponse(HttpRequest request); static Statement execHttpResponse(URI location); static Statement extractTargzIntoDirectory(HttpRequest targz, String directory); static Statement extractTargzIntoDirectory(URI targz, String directory); static Statement extractZipIntoDirectory(HttpRequest zip, String directory); static Statement extractZipIntoDirectory(URI zip, String directory); static double getCores(Hardware input); static double getCoresAndSpeed(Hardware input); static double getSpace(Hardware input); static org.jclouds.compute.domain.OsFamily parseOsFamilyOrUnrecognized(String in); static String createExecutionErrorMessage(Map<?, Exception> executionExceptions); static String createNodeErrorMessage(Map<? extends NodeMetadata, ? extends Throwable> failedNodes); static Iterable<? extends ComputeMetadata> filterByName(Iterable<? extends ComputeMetadata> nodes, final String name); static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromValuesOfEmptyString(NodeMetadataBuilder builder, Map<String, String> map); static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromCommaDelimitedValue(NodeMetadataBuilder builder, Map<String, String> map); static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap); static Map<Integer, Integer> getPortRangesFromList(int... ports); static String groupFromMapOrName(Map<String, String> metadataMap, String nodeName, GroupNamingConvention namingConvention); static final Pattern DELIMITED_BY_HYPHEN_ENDING_IN_HYPHEN_HEX; }
@Test public void testParseVersionOrReturnEmptyStringUbuntu1004() { assertEquals(parseVersionOrReturnEmptyString(OsFamily.UBUNTU, "Ubuntu 10.04", map), "10.04"); }
public static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap) { if (osVersionMap.containsKey(family)) { if (osVersionMap.get(family).containsKey(in)) return osVersionMap.get(family).get(in); if (osVersionMap.get(family).containsValue(in)) return in; ContainsSubstring contains = new ContainsSubstring(in.replace('-', '.')); try { String key = Iterables.find(osVersionMap.get(family).keySet(), contains); return osVersionMap.get(family).get(key); } catch (NoSuchElementException e) { try { return Iterables.find(osVersionMap.get(family).values(), contains); } catch (NoSuchElementException e1) { } } } return ""; }
ComputeServiceUtils { public static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap) { if (osVersionMap.containsKey(family)) { if (osVersionMap.get(family).containsKey(in)) return osVersionMap.get(family).get(in); if (osVersionMap.get(family).containsValue(in)) return in; ContainsSubstring contains = new ContainsSubstring(in.replace('-', '.')); try { String key = Iterables.find(osVersionMap.get(family).keySet(), contains); return osVersionMap.get(family).get(key); } catch (NoSuchElementException e) { try { return Iterables.find(osVersionMap.get(family).values(), contains); } catch (NoSuchElementException e1) { } } } return ""; } }
ComputeServiceUtils { public static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap) { if (osVersionMap.containsKey(family)) { if (osVersionMap.get(family).containsKey(in)) return osVersionMap.get(family).get(in); if (osVersionMap.get(family).containsValue(in)) return in; ContainsSubstring contains = new ContainsSubstring(in.replace('-', '.')); try { String key = Iterables.find(osVersionMap.get(family).keySet(), contains); return osVersionMap.get(family).get(key); } catch (NoSuchElementException e) { try { return Iterables.find(osVersionMap.get(family).values(), contains); } catch (NoSuchElementException e1) { } } } return ""; } }
ComputeServiceUtils { public static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap) { if (osVersionMap.containsKey(family)) { if (osVersionMap.get(family).containsKey(in)) return osVersionMap.get(family).get(in); if (osVersionMap.get(family).containsValue(in)) return in; ContainsSubstring contains = new ContainsSubstring(in.replace('-', '.')); try { String key = Iterables.find(osVersionMap.get(family).keySet(), contains); return osVersionMap.get(family).get(key); } catch (NoSuchElementException e) { try { return Iterables.find(osVersionMap.get(family).values(), contains); } catch (NoSuchElementException e1) { } } } return ""; } static String formatStatus(ComputeMetadataIncludingStatus<?> resource); static Statement execHttpResponse(HttpRequest request); static Statement execHttpResponse(URI location); static Statement extractTargzIntoDirectory(HttpRequest targz, String directory); static Statement extractTargzIntoDirectory(URI targz, String directory); static Statement extractZipIntoDirectory(HttpRequest zip, String directory); static Statement extractZipIntoDirectory(URI zip, String directory); static double getCores(Hardware input); static double getCoresAndSpeed(Hardware input); static double getSpace(Hardware input); static org.jclouds.compute.domain.OsFamily parseOsFamilyOrUnrecognized(String in); static String createExecutionErrorMessage(Map<?, Exception> executionExceptions); static String createNodeErrorMessage(Map<? extends NodeMetadata, ? extends Throwable> failedNodes); static Iterable<? extends ComputeMetadata> filterByName(Iterable<? extends ComputeMetadata> nodes, final String name); static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromValuesOfEmptyString(NodeMetadataBuilder builder, Map<String, String> map); static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromCommaDelimitedValue(NodeMetadataBuilder builder, Map<String, String> map); static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap); static Map<Integer, Integer> getPortRangesFromList(int... ports); static String groupFromMapOrName(Map<String, String> metadataMap, String nodeName, GroupNamingConvention namingConvention); }
ComputeServiceUtils { public static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap) { if (osVersionMap.containsKey(family)) { if (osVersionMap.get(family).containsKey(in)) return osVersionMap.get(family).get(in); if (osVersionMap.get(family).containsValue(in)) return in; ContainsSubstring contains = new ContainsSubstring(in.replace('-', '.')); try { String key = Iterables.find(osVersionMap.get(family).keySet(), contains); return osVersionMap.get(family).get(key); } catch (NoSuchElementException e) { try { return Iterables.find(osVersionMap.get(family).values(), contains); } catch (NoSuchElementException e1) { } } } return ""; } static String formatStatus(ComputeMetadataIncludingStatus<?> resource); static Statement execHttpResponse(HttpRequest request); static Statement execHttpResponse(URI location); static Statement extractTargzIntoDirectory(HttpRequest targz, String directory); static Statement extractTargzIntoDirectory(URI targz, String directory); static Statement extractZipIntoDirectory(HttpRequest zip, String directory); static Statement extractZipIntoDirectory(URI zip, String directory); static double getCores(Hardware input); static double getCoresAndSpeed(Hardware input); static double getSpace(Hardware input); static org.jclouds.compute.domain.OsFamily parseOsFamilyOrUnrecognized(String in); static String createExecutionErrorMessage(Map<?, Exception> executionExceptions); static String createNodeErrorMessage(Map<? extends NodeMetadata, ? extends Throwable> failedNodes); static Iterable<? extends ComputeMetadata> filterByName(Iterable<? extends ComputeMetadata> nodes, final String name); static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromValuesOfEmptyString(NodeMetadataBuilder builder, Map<String, String> map); static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromCommaDelimitedValue(NodeMetadataBuilder builder, Map<String, String> map); static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap); static Map<Integer, Integer> getPortRangesFromList(int... ports); static String groupFromMapOrName(Map<String, String> metadataMap, String nodeName, GroupNamingConvention namingConvention); static final Pattern DELIMITED_BY_HYPHEN_ENDING_IN_HYPHEN_HEX; }
@Test public void testParseVersionOrReturnEmptyStringUbuntu1104() { assertEquals(parseVersionOrReturnEmptyString(OsFamily.UBUNTU, "ubuntu 11.04 server (i386)", map), "11.04"); }
public static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap) { if (osVersionMap.containsKey(family)) { if (osVersionMap.get(family).containsKey(in)) return osVersionMap.get(family).get(in); if (osVersionMap.get(family).containsValue(in)) return in; ContainsSubstring contains = new ContainsSubstring(in.replace('-', '.')); try { String key = Iterables.find(osVersionMap.get(family).keySet(), contains); return osVersionMap.get(family).get(key); } catch (NoSuchElementException e) { try { return Iterables.find(osVersionMap.get(family).values(), contains); } catch (NoSuchElementException e1) { } } } return ""; }
ComputeServiceUtils { public static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap) { if (osVersionMap.containsKey(family)) { if (osVersionMap.get(family).containsKey(in)) return osVersionMap.get(family).get(in); if (osVersionMap.get(family).containsValue(in)) return in; ContainsSubstring contains = new ContainsSubstring(in.replace('-', '.')); try { String key = Iterables.find(osVersionMap.get(family).keySet(), contains); return osVersionMap.get(family).get(key); } catch (NoSuchElementException e) { try { return Iterables.find(osVersionMap.get(family).values(), contains); } catch (NoSuchElementException e1) { } } } return ""; } }
ComputeServiceUtils { public static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap) { if (osVersionMap.containsKey(family)) { if (osVersionMap.get(family).containsKey(in)) return osVersionMap.get(family).get(in); if (osVersionMap.get(family).containsValue(in)) return in; ContainsSubstring contains = new ContainsSubstring(in.replace('-', '.')); try { String key = Iterables.find(osVersionMap.get(family).keySet(), contains); return osVersionMap.get(family).get(key); } catch (NoSuchElementException e) { try { return Iterables.find(osVersionMap.get(family).values(), contains); } catch (NoSuchElementException e1) { } } } return ""; } }
ComputeServiceUtils { public static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap) { if (osVersionMap.containsKey(family)) { if (osVersionMap.get(family).containsKey(in)) return osVersionMap.get(family).get(in); if (osVersionMap.get(family).containsValue(in)) return in; ContainsSubstring contains = new ContainsSubstring(in.replace('-', '.')); try { String key = Iterables.find(osVersionMap.get(family).keySet(), contains); return osVersionMap.get(family).get(key); } catch (NoSuchElementException e) { try { return Iterables.find(osVersionMap.get(family).values(), contains); } catch (NoSuchElementException e1) { } } } return ""; } static String formatStatus(ComputeMetadataIncludingStatus<?> resource); static Statement execHttpResponse(HttpRequest request); static Statement execHttpResponse(URI location); static Statement extractTargzIntoDirectory(HttpRequest targz, String directory); static Statement extractTargzIntoDirectory(URI targz, String directory); static Statement extractZipIntoDirectory(HttpRequest zip, String directory); static Statement extractZipIntoDirectory(URI zip, String directory); static double getCores(Hardware input); static double getCoresAndSpeed(Hardware input); static double getSpace(Hardware input); static org.jclouds.compute.domain.OsFamily parseOsFamilyOrUnrecognized(String in); static String createExecutionErrorMessage(Map<?, Exception> executionExceptions); static String createNodeErrorMessage(Map<? extends NodeMetadata, ? extends Throwable> failedNodes); static Iterable<? extends ComputeMetadata> filterByName(Iterable<? extends ComputeMetadata> nodes, final String name); static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromValuesOfEmptyString(NodeMetadataBuilder builder, Map<String, String> map); static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromCommaDelimitedValue(NodeMetadataBuilder builder, Map<String, String> map); static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap); static Map<Integer, Integer> getPortRangesFromList(int... ports); static String groupFromMapOrName(Map<String, String> metadataMap, String nodeName, GroupNamingConvention namingConvention); }
ComputeServiceUtils { public static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap) { if (osVersionMap.containsKey(family)) { if (osVersionMap.get(family).containsKey(in)) return osVersionMap.get(family).get(in); if (osVersionMap.get(family).containsValue(in)) return in; ContainsSubstring contains = new ContainsSubstring(in.replace('-', '.')); try { String key = Iterables.find(osVersionMap.get(family).keySet(), contains); return osVersionMap.get(family).get(key); } catch (NoSuchElementException e) { try { return Iterables.find(osVersionMap.get(family).values(), contains); } catch (NoSuchElementException e1) { } } } return ""; } static String formatStatus(ComputeMetadataIncludingStatus<?> resource); static Statement execHttpResponse(HttpRequest request); static Statement execHttpResponse(URI location); static Statement extractTargzIntoDirectory(HttpRequest targz, String directory); static Statement extractTargzIntoDirectory(URI targz, String directory); static Statement extractZipIntoDirectory(HttpRequest zip, String directory); static Statement extractZipIntoDirectory(URI zip, String directory); static double getCores(Hardware input); static double getCoresAndSpeed(Hardware input); static double getSpace(Hardware input); static org.jclouds.compute.domain.OsFamily parseOsFamilyOrUnrecognized(String in); static String createExecutionErrorMessage(Map<?, Exception> executionExceptions); static String createNodeErrorMessage(Map<? extends NodeMetadata, ? extends Throwable> failedNodes); static Iterable<? extends ComputeMetadata> filterByName(Iterable<? extends ComputeMetadata> nodes, final String name); static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromValuesOfEmptyString(NodeMetadataBuilder builder, Map<String, String> map); static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromCommaDelimitedValue(NodeMetadataBuilder builder, Map<String, String> map); static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap); static Map<Integer, Integer> getPortRangesFromList(int... ports); static String groupFromMapOrName(Map<String, String> metadataMap, String nodeName, GroupNamingConvention namingConvention); static final Pattern DELIMITED_BY_HYPHEN_ENDING_IN_HYPHEN_HEX; }
@Test public void testExecHttpResponse() { HttpRequest request = HttpRequest.builder() .method("GET") .endpoint("https: .addHeader("Host", "adriancolehappy.s3.amazonaws.com") .addHeader("Date", "Sun, 12 Sep 2010 08:25:19 GMT") .addHeader("Authorization", "AWS 0ASHDJAS82:JASHFDA=").build(); assertEquals( ComputeServiceUtils.execHttpResponse(request).render(org.jclouds.scriptbuilder.domain.OsFamily.UNIX), "curl -q -s -S -L --connect-timeout 10 --max-time 600 --retry 20 -X GET -H \"Host: adriancolehappy.s3.amazonaws.com\" -H \"Date: Sun, 12 Sep 2010 08:25:19 GMT\" -H \"Authorization: AWS 0ASHDJAS82:JASHFDA=\" https: }
public static Statement execHttpResponse(HttpRequest request) { return pipeHttpResponseToBash(request.getMethod(), request.getEndpoint(), request.getHeaders()); }
ComputeServiceUtils { public static Statement execHttpResponse(HttpRequest request) { return pipeHttpResponseToBash(request.getMethod(), request.getEndpoint(), request.getHeaders()); } }
ComputeServiceUtils { public static Statement execHttpResponse(HttpRequest request) { return pipeHttpResponseToBash(request.getMethod(), request.getEndpoint(), request.getHeaders()); } }
ComputeServiceUtils { public static Statement execHttpResponse(HttpRequest request) { return pipeHttpResponseToBash(request.getMethod(), request.getEndpoint(), request.getHeaders()); } static String formatStatus(ComputeMetadataIncludingStatus<?> resource); static Statement execHttpResponse(HttpRequest request); static Statement execHttpResponse(URI location); static Statement extractTargzIntoDirectory(HttpRequest targz, String directory); static Statement extractTargzIntoDirectory(URI targz, String directory); static Statement extractZipIntoDirectory(HttpRequest zip, String directory); static Statement extractZipIntoDirectory(URI zip, String directory); static double getCores(Hardware input); static double getCoresAndSpeed(Hardware input); static double getSpace(Hardware input); static org.jclouds.compute.domain.OsFamily parseOsFamilyOrUnrecognized(String in); static String createExecutionErrorMessage(Map<?, Exception> executionExceptions); static String createNodeErrorMessage(Map<? extends NodeMetadata, ? extends Throwable> failedNodes); static Iterable<? extends ComputeMetadata> filterByName(Iterable<? extends ComputeMetadata> nodes, final String name); static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromValuesOfEmptyString(NodeMetadataBuilder builder, Map<String, String> map); static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromCommaDelimitedValue(NodeMetadataBuilder builder, Map<String, String> map); static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap); static Map<Integer, Integer> getPortRangesFromList(int... ports); static String groupFromMapOrName(Map<String, String> metadataMap, String nodeName, GroupNamingConvention namingConvention); }
ComputeServiceUtils { public static Statement execHttpResponse(HttpRequest request) { return pipeHttpResponseToBash(request.getMethod(), request.getEndpoint(), request.getHeaders()); } static String formatStatus(ComputeMetadataIncludingStatus<?> resource); static Statement execHttpResponse(HttpRequest request); static Statement execHttpResponse(URI location); static Statement extractTargzIntoDirectory(HttpRequest targz, String directory); static Statement extractTargzIntoDirectory(URI targz, String directory); static Statement extractZipIntoDirectory(HttpRequest zip, String directory); static Statement extractZipIntoDirectory(URI zip, String directory); static double getCores(Hardware input); static double getCoresAndSpeed(Hardware input); static double getSpace(Hardware input); static org.jclouds.compute.domain.OsFamily parseOsFamilyOrUnrecognized(String in); static String createExecutionErrorMessage(Map<?, Exception> executionExceptions); static String createNodeErrorMessage(Map<? extends NodeMetadata, ? extends Throwable> failedNodes); static Iterable<? extends ComputeMetadata> filterByName(Iterable<? extends ComputeMetadata> nodes, final String name); static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromValuesOfEmptyString(NodeMetadataBuilder builder, Map<String, String> map); static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromCommaDelimitedValue(NodeMetadataBuilder builder, Map<String, String> map); static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap); static Map<Integer, Integer> getPortRangesFromList(int... ports); static String groupFromMapOrName(Map<String, String> metadataMap, String nodeName, GroupNamingConvention namingConvention); static final Pattern DELIMITED_BY_HYPHEN_ENDING_IN_HYPHEN_HEX; }
@Test public void testTarxzpHttpResponse() { HttpRequest request = HttpRequest.builder() .method("GET") .endpoint("https: .addHeader("Host", "adriancolehappy.s3.amazonaws.com") .addHeader("Date", "Sun, 12 Sep 2010 08:25:19 GMT") .addHeader("Authorization", "AWS 0ASHDJAS82:JASHFDA=").build(); assertEquals( ComputeServiceUtils.extractTargzIntoDirectory(request, "/stage/").render( org.jclouds.scriptbuilder.domain.OsFamily.UNIX), "curl -q -s -S -L --connect-timeout 10 --max-time 600 --retry 20 -X GET -H \"Host: adriancolehappy.s3.amazonaws.com\" -H \"Date: Sun, 12 Sep 2010 08:25:19 GMT\" -H \"Authorization: AWS 0ASHDJAS82:JASHFDA=\" https: }
public static Statement extractTargzIntoDirectory(HttpRequest targz, String directory) { return Statements .extractTargzIntoDirectory(targz.getMethod(), targz.getEndpoint(), targz.getHeaders(), directory); }
ComputeServiceUtils { public static Statement extractTargzIntoDirectory(HttpRequest targz, String directory) { return Statements .extractTargzIntoDirectory(targz.getMethod(), targz.getEndpoint(), targz.getHeaders(), directory); } }
ComputeServiceUtils { public static Statement extractTargzIntoDirectory(HttpRequest targz, String directory) { return Statements .extractTargzIntoDirectory(targz.getMethod(), targz.getEndpoint(), targz.getHeaders(), directory); } }
ComputeServiceUtils { public static Statement extractTargzIntoDirectory(HttpRequest targz, String directory) { return Statements .extractTargzIntoDirectory(targz.getMethod(), targz.getEndpoint(), targz.getHeaders(), directory); } static String formatStatus(ComputeMetadataIncludingStatus<?> resource); static Statement execHttpResponse(HttpRequest request); static Statement execHttpResponse(URI location); static Statement extractTargzIntoDirectory(HttpRequest targz, String directory); static Statement extractTargzIntoDirectory(URI targz, String directory); static Statement extractZipIntoDirectory(HttpRequest zip, String directory); static Statement extractZipIntoDirectory(URI zip, String directory); static double getCores(Hardware input); static double getCoresAndSpeed(Hardware input); static double getSpace(Hardware input); static org.jclouds.compute.domain.OsFamily parseOsFamilyOrUnrecognized(String in); static String createExecutionErrorMessage(Map<?, Exception> executionExceptions); static String createNodeErrorMessage(Map<? extends NodeMetadata, ? extends Throwable> failedNodes); static Iterable<? extends ComputeMetadata> filterByName(Iterable<? extends ComputeMetadata> nodes, final String name); static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromValuesOfEmptyString(NodeMetadataBuilder builder, Map<String, String> map); static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromCommaDelimitedValue(NodeMetadataBuilder builder, Map<String, String> map); static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap); static Map<Integer, Integer> getPortRangesFromList(int... ports); static String groupFromMapOrName(Map<String, String> metadataMap, String nodeName, GroupNamingConvention namingConvention); }
ComputeServiceUtils { public static Statement extractTargzIntoDirectory(HttpRequest targz, String directory) { return Statements .extractTargzIntoDirectory(targz.getMethod(), targz.getEndpoint(), targz.getHeaders(), directory); } static String formatStatus(ComputeMetadataIncludingStatus<?> resource); static Statement execHttpResponse(HttpRequest request); static Statement execHttpResponse(URI location); static Statement extractTargzIntoDirectory(HttpRequest targz, String directory); static Statement extractTargzIntoDirectory(URI targz, String directory); static Statement extractZipIntoDirectory(HttpRequest zip, String directory); static Statement extractZipIntoDirectory(URI zip, String directory); static double getCores(Hardware input); static double getCoresAndSpeed(Hardware input); static double getSpace(Hardware input); static org.jclouds.compute.domain.OsFamily parseOsFamilyOrUnrecognized(String in); static String createExecutionErrorMessage(Map<?, Exception> executionExceptions); static String createNodeErrorMessage(Map<? extends NodeMetadata, ? extends Throwable> failedNodes); static Iterable<? extends ComputeMetadata> filterByName(Iterable<? extends ComputeMetadata> nodes, final String name); static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromValuesOfEmptyString(NodeMetadataBuilder builder, Map<String, String> map); static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromCommaDelimitedValue(NodeMetadataBuilder builder, Map<String, String> map); static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap); static Map<Integer, Integer> getPortRangesFromList(int... ports); static String groupFromMapOrName(Map<String, String> metadataMap, String nodeName, GroupNamingConvention namingConvention); static final Pattern DELIMITED_BY_HYPHEN_ENDING_IN_HYPHEN_HEX; }
@Test public void testGetPortRangesFromList() { Map<Integer, Integer> portRanges = Maps.newHashMap(); portRanges.put(5, 7); portRanges.put(10, 11); portRanges.put(20, 20); assertEquals(portRanges, ComputeServiceUtils.getPortRangesFromList(5, 6, 7, 10, 11, 20)); }
public static Map<Integer, Integer> getPortRangesFromList(int... ports) { Set<Integer> sortedPorts = ImmutableSortedSet.copyOf(Ints.asList(ports)); RangeSet<Integer> ranges = TreeRangeSet.create(); for (Integer port : sortedPorts) { ranges.add(Range.closedOpen(port, port + 1)); } Map<Integer, Integer> portRanges = Maps.newHashMap(); for (Range<Integer> r : ranges.asRanges()) { portRanges.put(r.lowerEndpoint(), r.upperEndpoint() - 1); } return portRanges; }
ComputeServiceUtils { public static Map<Integer, Integer> getPortRangesFromList(int... ports) { Set<Integer> sortedPorts = ImmutableSortedSet.copyOf(Ints.asList(ports)); RangeSet<Integer> ranges = TreeRangeSet.create(); for (Integer port : sortedPorts) { ranges.add(Range.closedOpen(port, port + 1)); } Map<Integer, Integer> portRanges = Maps.newHashMap(); for (Range<Integer> r : ranges.asRanges()) { portRanges.put(r.lowerEndpoint(), r.upperEndpoint() - 1); } return portRanges; } }
ComputeServiceUtils { public static Map<Integer, Integer> getPortRangesFromList(int... ports) { Set<Integer> sortedPorts = ImmutableSortedSet.copyOf(Ints.asList(ports)); RangeSet<Integer> ranges = TreeRangeSet.create(); for (Integer port : sortedPorts) { ranges.add(Range.closedOpen(port, port + 1)); } Map<Integer, Integer> portRanges = Maps.newHashMap(); for (Range<Integer> r : ranges.asRanges()) { portRanges.put(r.lowerEndpoint(), r.upperEndpoint() - 1); } return portRanges; } }
ComputeServiceUtils { public static Map<Integer, Integer> getPortRangesFromList(int... ports) { Set<Integer> sortedPorts = ImmutableSortedSet.copyOf(Ints.asList(ports)); RangeSet<Integer> ranges = TreeRangeSet.create(); for (Integer port : sortedPorts) { ranges.add(Range.closedOpen(port, port + 1)); } Map<Integer, Integer> portRanges = Maps.newHashMap(); for (Range<Integer> r : ranges.asRanges()) { portRanges.put(r.lowerEndpoint(), r.upperEndpoint() - 1); } return portRanges; } static String formatStatus(ComputeMetadataIncludingStatus<?> resource); static Statement execHttpResponse(HttpRequest request); static Statement execHttpResponse(URI location); static Statement extractTargzIntoDirectory(HttpRequest targz, String directory); static Statement extractTargzIntoDirectory(URI targz, String directory); static Statement extractZipIntoDirectory(HttpRequest zip, String directory); static Statement extractZipIntoDirectory(URI zip, String directory); static double getCores(Hardware input); static double getCoresAndSpeed(Hardware input); static double getSpace(Hardware input); static org.jclouds.compute.domain.OsFamily parseOsFamilyOrUnrecognized(String in); static String createExecutionErrorMessage(Map<?, Exception> executionExceptions); static String createNodeErrorMessage(Map<? extends NodeMetadata, ? extends Throwable> failedNodes); static Iterable<? extends ComputeMetadata> filterByName(Iterable<? extends ComputeMetadata> nodes, final String name); static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromValuesOfEmptyString(NodeMetadataBuilder builder, Map<String, String> map); static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromCommaDelimitedValue(NodeMetadataBuilder builder, Map<String, String> map); static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap); static Map<Integer, Integer> getPortRangesFromList(int... ports); static String groupFromMapOrName(Map<String, String> metadataMap, String nodeName, GroupNamingConvention namingConvention); }
ComputeServiceUtils { public static Map<Integer, Integer> getPortRangesFromList(int... ports) { Set<Integer> sortedPorts = ImmutableSortedSet.copyOf(Ints.asList(ports)); RangeSet<Integer> ranges = TreeRangeSet.create(); for (Integer port : sortedPorts) { ranges.add(Range.closedOpen(port, port + 1)); } Map<Integer, Integer> portRanges = Maps.newHashMap(); for (Range<Integer> r : ranges.asRanges()) { portRanges.put(r.lowerEndpoint(), r.upperEndpoint() - 1); } return portRanges; } static String formatStatus(ComputeMetadataIncludingStatus<?> resource); static Statement execHttpResponse(HttpRequest request); static Statement execHttpResponse(URI location); static Statement extractTargzIntoDirectory(HttpRequest targz, String directory); static Statement extractTargzIntoDirectory(URI targz, String directory); static Statement extractZipIntoDirectory(HttpRequest zip, String directory); static Statement extractZipIntoDirectory(URI zip, String directory); static double getCores(Hardware input); static double getCoresAndSpeed(Hardware input); static double getSpace(Hardware input); static org.jclouds.compute.domain.OsFamily parseOsFamilyOrUnrecognized(String in); static String createExecutionErrorMessage(Map<?, Exception> executionExceptions); static String createNodeErrorMessage(Map<? extends NodeMetadata, ? extends Throwable> failedNodes); static Iterable<? extends ComputeMetadata> filterByName(Iterable<? extends ComputeMetadata> nodes, final String name); static Map<String, String> metadataAndTagsAsValuesOfEmptyString(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromValuesOfEmptyString(NodeMetadataBuilder builder, Map<String, String> map); static Map<String, String> metadataAndTagsAsCommaDelimitedValue(TemplateOptions options); static NodeMetadataBuilder addMetadataAndParseTagsFromCommaDelimitedValue(NodeMetadataBuilder builder, Map<String, String> map); static String parseVersionOrReturnEmptyString(org.jclouds.compute.domain.OsFamily family, String in, Map<OsFamily, Map<String, String>> osVersionMap); static Map<Integer, Integer> getPortRangesFromList(int... ports); static String groupFromMapOrName(Map<String, String> metadataMap, String nodeName, GroupNamingConvention namingConvention); static final Pattern DELIMITED_BY_HYPHEN_ENDING_IN_HYPHEN_HEX; }
@Test void testConvertRequestSetsHeaders() throws IOException { HttpRequest request = HttpRequest.builder() .method(HttpMethod.GET) .endpoint(endPoint) .addHeader("foo", "bar").build(); HTTPRequest gaeRequest = req.apply(request); assertEquals(gaeRequest.getHeaders().get(0).getName(), "foo"); assertEquals(gaeRequest.getHeaders().get(0).getValue(), "bar"); }
@Override public HTTPRequest apply(HttpRequest request) { URL url = null; try { url = request.getEndpoint().toURL(); } catch (MalformedURLException e) { Throwables.propagate(e); } FetchOptions options = disallowTruncate(); options.doNotFollowRedirects(); if (utils.relaxHostname() || utils.trustAllCerts()) options.doNotFollowRedirects(); options.setDeadline(10.0); HTTPRequest gaeRequest = new HTTPRequest(url, HTTPMethod.valueOf(request.getMethod().toString()), options); for (Entry<String, String> entry : request.getHeaders().entries()) { String header = entry.getKey(); if (!prohibitedHeaders.contains(header)) gaeRequest.addHeader(new HTTPHeader(header, entry.getValue())); } gaeRequest.addHeader(new HTTPHeader(HttpHeaders.USER_AGENT, USER_AGENT)); if (request.getPayload() != null) { InputStream input = request.getPayload().getInput(); try { byte[] array = ByteStreams.toByteArray(input); if (!request.getPayload().isRepeatable()) { Payload oldPayload = request.getPayload(); request.setPayload(array); HttpUtils.copy(oldPayload.getContentMetadata(), request.getPayload().getContentMetadata()); } gaeRequest.setPayload(array); if (array.length > 0) { gaeRequest.setHeader(new HTTPHeader("Expect", "100-continue")); } } catch (IOException e) { Throwables.propagate(e); } finally { Closeables2.closeQuietly(input); } for (Entry<String, String> header : contentMetadataCodec.toHeaders( request.getPayload().getContentMetadata()).entries()) { if (!prohibitedHeaders.contains(header.getKey())) gaeRequest.setHeader(new HTTPHeader(header.getKey(), header.getValue())); } } return gaeRequest; }
ConvertToGaeRequest implements Function<HttpRequest, HTTPRequest> { @Override public HTTPRequest apply(HttpRequest request) { URL url = null; try { url = request.getEndpoint().toURL(); } catch (MalformedURLException e) { Throwables.propagate(e); } FetchOptions options = disallowTruncate(); options.doNotFollowRedirects(); if (utils.relaxHostname() || utils.trustAllCerts()) options.doNotFollowRedirects(); options.setDeadline(10.0); HTTPRequest gaeRequest = new HTTPRequest(url, HTTPMethod.valueOf(request.getMethod().toString()), options); for (Entry<String, String> entry : request.getHeaders().entries()) { String header = entry.getKey(); if (!prohibitedHeaders.contains(header)) gaeRequest.addHeader(new HTTPHeader(header, entry.getValue())); } gaeRequest.addHeader(new HTTPHeader(HttpHeaders.USER_AGENT, USER_AGENT)); if (request.getPayload() != null) { InputStream input = request.getPayload().getInput(); try { byte[] array = ByteStreams.toByteArray(input); if (!request.getPayload().isRepeatable()) { Payload oldPayload = request.getPayload(); request.setPayload(array); HttpUtils.copy(oldPayload.getContentMetadata(), request.getPayload().getContentMetadata()); } gaeRequest.setPayload(array); if (array.length > 0) { gaeRequest.setHeader(new HTTPHeader("Expect", "100-continue")); } } catch (IOException e) { Throwables.propagate(e); } finally { Closeables2.closeQuietly(input); } for (Entry<String, String> header : contentMetadataCodec.toHeaders( request.getPayload().getContentMetadata()).entries()) { if (!prohibitedHeaders.contains(header.getKey())) gaeRequest.setHeader(new HTTPHeader(header.getKey(), header.getValue())); } } return gaeRequest; } }
ConvertToGaeRequest implements Function<HttpRequest, HTTPRequest> { @Override public HTTPRequest apply(HttpRequest request) { URL url = null; try { url = request.getEndpoint().toURL(); } catch (MalformedURLException e) { Throwables.propagate(e); } FetchOptions options = disallowTruncate(); options.doNotFollowRedirects(); if (utils.relaxHostname() || utils.trustAllCerts()) options.doNotFollowRedirects(); options.setDeadline(10.0); HTTPRequest gaeRequest = new HTTPRequest(url, HTTPMethod.valueOf(request.getMethod().toString()), options); for (Entry<String, String> entry : request.getHeaders().entries()) { String header = entry.getKey(); if (!prohibitedHeaders.contains(header)) gaeRequest.addHeader(new HTTPHeader(header, entry.getValue())); } gaeRequest.addHeader(new HTTPHeader(HttpHeaders.USER_AGENT, USER_AGENT)); if (request.getPayload() != null) { InputStream input = request.getPayload().getInput(); try { byte[] array = ByteStreams.toByteArray(input); if (!request.getPayload().isRepeatable()) { Payload oldPayload = request.getPayload(); request.setPayload(array); HttpUtils.copy(oldPayload.getContentMetadata(), request.getPayload().getContentMetadata()); } gaeRequest.setPayload(array); if (array.length > 0) { gaeRequest.setHeader(new HTTPHeader("Expect", "100-continue")); } } catch (IOException e) { Throwables.propagate(e); } finally { Closeables2.closeQuietly(input); } for (Entry<String, String> header : contentMetadataCodec.toHeaders( request.getPayload().getContentMetadata()).entries()) { if (!prohibitedHeaders.contains(header.getKey())) gaeRequest.setHeader(new HTTPHeader(header.getKey(), header.getValue())); } } return gaeRequest; } @Inject ConvertToGaeRequest(HttpUtils utils, ContentMetadataCodec contentMetadataCodec); }
ConvertToGaeRequest implements Function<HttpRequest, HTTPRequest> { @Override public HTTPRequest apply(HttpRequest request) { URL url = null; try { url = request.getEndpoint().toURL(); } catch (MalformedURLException e) { Throwables.propagate(e); } FetchOptions options = disallowTruncate(); options.doNotFollowRedirects(); if (utils.relaxHostname() || utils.trustAllCerts()) options.doNotFollowRedirects(); options.setDeadline(10.0); HTTPRequest gaeRequest = new HTTPRequest(url, HTTPMethod.valueOf(request.getMethod().toString()), options); for (Entry<String, String> entry : request.getHeaders().entries()) { String header = entry.getKey(); if (!prohibitedHeaders.contains(header)) gaeRequest.addHeader(new HTTPHeader(header, entry.getValue())); } gaeRequest.addHeader(new HTTPHeader(HttpHeaders.USER_AGENT, USER_AGENT)); if (request.getPayload() != null) { InputStream input = request.getPayload().getInput(); try { byte[] array = ByteStreams.toByteArray(input); if (!request.getPayload().isRepeatable()) { Payload oldPayload = request.getPayload(); request.setPayload(array); HttpUtils.copy(oldPayload.getContentMetadata(), request.getPayload().getContentMetadata()); } gaeRequest.setPayload(array); if (array.length > 0) { gaeRequest.setHeader(new HTTPHeader("Expect", "100-continue")); } } catch (IOException e) { Throwables.propagate(e); } finally { Closeables2.closeQuietly(input); } for (Entry<String, String> header : contentMetadataCodec.toHeaders( request.getPayload().getContentMetadata()).entries()) { if (!prohibitedHeaders.contains(header.getKey())) gaeRequest.setHeader(new HTTPHeader(header.getKey(), header.getValue())); } } return gaeRequest; } @Inject ConvertToGaeRequest(HttpUtils utils, ContentMetadataCodec contentMetadataCodec); @Override HTTPRequest apply(HttpRequest request); }
ConvertToGaeRequest implements Function<HttpRequest, HTTPRequest> { @Override public HTTPRequest apply(HttpRequest request) { URL url = null; try { url = request.getEndpoint().toURL(); } catch (MalformedURLException e) { Throwables.propagate(e); } FetchOptions options = disallowTruncate(); options.doNotFollowRedirects(); if (utils.relaxHostname() || utils.trustAllCerts()) options.doNotFollowRedirects(); options.setDeadline(10.0); HTTPRequest gaeRequest = new HTTPRequest(url, HTTPMethod.valueOf(request.getMethod().toString()), options); for (Entry<String, String> entry : request.getHeaders().entries()) { String header = entry.getKey(); if (!prohibitedHeaders.contains(header)) gaeRequest.addHeader(new HTTPHeader(header, entry.getValue())); } gaeRequest.addHeader(new HTTPHeader(HttpHeaders.USER_AGENT, USER_AGENT)); if (request.getPayload() != null) { InputStream input = request.getPayload().getInput(); try { byte[] array = ByteStreams.toByteArray(input); if (!request.getPayload().isRepeatable()) { Payload oldPayload = request.getPayload(); request.setPayload(array); HttpUtils.copy(oldPayload.getContentMetadata(), request.getPayload().getContentMetadata()); } gaeRequest.setPayload(array); if (array.length > 0) { gaeRequest.setHeader(new HTTPHeader("Expect", "100-continue")); } } catch (IOException e) { Throwables.propagate(e); } finally { Closeables2.closeQuietly(input); } for (Entry<String, String> header : contentMetadataCodec.toHeaders( request.getPayload().getContentMetadata()).entries()) { if (!prohibitedHeaders.contains(header.getKey())) gaeRequest.setHeader(new HTTPHeader(header.getKey(), header.getValue())); } } return gaeRequest; } @Inject ConvertToGaeRequest(HttpUtils utils, ContentMetadataCodec contentMetadataCodec); @Override HTTPRequest apply(HttpRequest request); static final String USER_AGENT; final Set<String> prohibitedHeaders; }
@Test public void isAutomaticIdTest() { assertThat(AutomaticHardwareIdSpec.isAutomaticId("automatic:cores=2;ram=256")).isTrue(); }
public static boolean isAutomaticId(String id) { return id.startsWith("automatic:"); }
AutomaticHardwareIdSpec { public static boolean isAutomaticId(String id) { return id.startsWith("automatic:"); } }
AutomaticHardwareIdSpec { public static boolean isAutomaticId(String id) { return id.startsWith("automatic:"); } }
AutomaticHardwareIdSpec { public static boolean isAutomaticId(String id) { return id.startsWith("automatic:"); } static boolean isAutomaticId(String id); static AutomaticHardwareIdSpec parseId(String hardwareId); static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk); @Override String toString(); double getCores(); int getRam(); Optional<Float> getDisk(); }
AutomaticHardwareIdSpec { public static boolean isAutomaticId(String id) { return id.startsWith("automatic:"); } static boolean isAutomaticId(String id); static AutomaticHardwareIdSpec parseId(String hardwareId); static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk); @Override String toString(); double getCores(); int getRam(); Optional<Float> getDisk(); }
@Test public void isNotAutomaticId() { assertThat(AutomaticHardwareIdSpec.isAutomaticId("Hi, I'm a non automatic id.")).isFalse(); }
public static boolean isAutomaticId(String id) { return id.startsWith("automatic:"); }
AutomaticHardwareIdSpec { public static boolean isAutomaticId(String id) { return id.startsWith("automatic:"); } }
AutomaticHardwareIdSpec { public static boolean isAutomaticId(String id) { return id.startsWith("automatic:"); } }
AutomaticHardwareIdSpec { public static boolean isAutomaticId(String id) { return id.startsWith("automatic:"); } static boolean isAutomaticId(String id); static AutomaticHardwareIdSpec parseId(String hardwareId); static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk); @Override String toString(); double getCores(); int getRam(); Optional<Float> getDisk(); }
AutomaticHardwareIdSpec { public static boolean isAutomaticId(String id) { return id.startsWith("automatic:"); } static boolean isAutomaticId(String id); static AutomaticHardwareIdSpec parseId(String hardwareId); static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk); @Override String toString(); double getCores(); int getRam(); Optional<Float> getDisk(); }
@Test(expectedExceptions = IllegalArgumentException.class) public void parseAutomaticIdMissingValuesTest() { AutomaticHardwareIdSpec.parseId("automatic:cores=2"); }
public static AutomaticHardwareIdSpec parseId(String hardwareId) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); String hardwareSpec = hardwareId.substring(10); Map<String, String> specValues = Splitter.on(';') .trimResults() .omitEmptyStrings() .withKeyValueSeparator('=') .split(hardwareSpec); if (!specValues.containsKey("ram") || !specValues.containsKey("cores")) { throw new IllegalArgumentException(String.format("Omitted keys on hardwareId: %s. Please set number " + "of cores and ram amount.", hardwareId)); } if (specValues.containsKey("disk")) { float disk = Float.parseFloat(specValues.get("disk")); if (disk > 0.0f) { spec.disk = Optional.of(disk); } else { throw new IllegalArgumentException(String.format("Invalid disk value: %s", hardwareId)); } } spec.ram = Integer.parseInt(specValues.get("ram")); spec.cores = Double.parseDouble(specValues.get("cores")); return spec; }
AutomaticHardwareIdSpec { public static AutomaticHardwareIdSpec parseId(String hardwareId) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); String hardwareSpec = hardwareId.substring(10); Map<String, String> specValues = Splitter.on(';') .trimResults() .omitEmptyStrings() .withKeyValueSeparator('=') .split(hardwareSpec); if (!specValues.containsKey("ram") || !specValues.containsKey("cores")) { throw new IllegalArgumentException(String.format("Omitted keys on hardwareId: %s. Please set number " + "of cores and ram amount.", hardwareId)); } if (specValues.containsKey("disk")) { float disk = Float.parseFloat(specValues.get("disk")); if (disk > 0.0f) { spec.disk = Optional.of(disk); } else { throw new IllegalArgumentException(String.format("Invalid disk value: %s", hardwareId)); } } spec.ram = Integer.parseInt(specValues.get("ram")); spec.cores = Double.parseDouble(specValues.get("cores")); return spec; } }
AutomaticHardwareIdSpec { public static AutomaticHardwareIdSpec parseId(String hardwareId) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); String hardwareSpec = hardwareId.substring(10); Map<String, String> specValues = Splitter.on(';') .trimResults() .omitEmptyStrings() .withKeyValueSeparator('=') .split(hardwareSpec); if (!specValues.containsKey("ram") || !specValues.containsKey("cores")) { throw new IllegalArgumentException(String.format("Omitted keys on hardwareId: %s. Please set number " + "of cores and ram amount.", hardwareId)); } if (specValues.containsKey("disk")) { float disk = Float.parseFloat(specValues.get("disk")); if (disk > 0.0f) { spec.disk = Optional.of(disk); } else { throw new IllegalArgumentException(String.format("Invalid disk value: %s", hardwareId)); } } spec.ram = Integer.parseInt(specValues.get("ram")); spec.cores = Double.parseDouble(specValues.get("cores")); return spec; } }
AutomaticHardwareIdSpec { public static AutomaticHardwareIdSpec parseId(String hardwareId) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); String hardwareSpec = hardwareId.substring(10); Map<String, String> specValues = Splitter.on(';') .trimResults() .omitEmptyStrings() .withKeyValueSeparator('=') .split(hardwareSpec); if (!specValues.containsKey("ram") || !specValues.containsKey("cores")) { throw new IllegalArgumentException(String.format("Omitted keys on hardwareId: %s. Please set number " + "of cores and ram amount.", hardwareId)); } if (specValues.containsKey("disk")) { float disk = Float.parseFloat(specValues.get("disk")); if (disk > 0.0f) { spec.disk = Optional.of(disk); } else { throw new IllegalArgumentException(String.format("Invalid disk value: %s", hardwareId)); } } spec.ram = Integer.parseInt(specValues.get("ram")); spec.cores = Double.parseDouble(specValues.get("cores")); return spec; } static boolean isAutomaticId(String id); static AutomaticHardwareIdSpec parseId(String hardwareId); static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk); @Override String toString(); double getCores(); int getRam(); Optional<Float> getDisk(); }
AutomaticHardwareIdSpec { public static AutomaticHardwareIdSpec parseId(String hardwareId) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); String hardwareSpec = hardwareId.substring(10); Map<String, String> specValues = Splitter.on(';') .trimResults() .omitEmptyStrings() .withKeyValueSeparator('=') .split(hardwareSpec); if (!specValues.containsKey("ram") || !specValues.containsKey("cores")) { throw new IllegalArgumentException(String.format("Omitted keys on hardwareId: %s. Please set number " + "of cores and ram amount.", hardwareId)); } if (specValues.containsKey("disk")) { float disk = Float.parseFloat(specValues.get("disk")); if (disk > 0.0f) { spec.disk = Optional.of(disk); } else { throw new IllegalArgumentException(String.format("Invalid disk value: %s", hardwareId)); } } spec.ram = Integer.parseInt(specValues.get("ram")); spec.cores = Double.parseDouble(specValues.get("cores")); return spec; } static boolean isAutomaticId(String id); static AutomaticHardwareIdSpec parseId(String hardwareId); static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk); @Override String toString(); double getCores(); int getRam(); Optional<Float> getDisk(); }
@Test(expectedExceptions = IllegalArgumentException.class, expectedExceptionsMessageRegExp = "Invalid disk value: automatic:cores=2;ram=4096;disk=-100") public void parseAutomaticIdInvalidDiskTest() { AutomaticHardwareIdSpec.parseId("automatic:cores=2;ram=4096;disk=-100"); }
public static AutomaticHardwareIdSpec parseId(String hardwareId) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); String hardwareSpec = hardwareId.substring(10); Map<String, String> specValues = Splitter.on(';') .trimResults() .omitEmptyStrings() .withKeyValueSeparator('=') .split(hardwareSpec); if (!specValues.containsKey("ram") || !specValues.containsKey("cores")) { throw new IllegalArgumentException(String.format("Omitted keys on hardwareId: %s. Please set number " + "of cores and ram amount.", hardwareId)); } if (specValues.containsKey("disk")) { float disk = Float.parseFloat(specValues.get("disk")); if (disk > 0.0f) { spec.disk = Optional.of(disk); } else { throw new IllegalArgumentException(String.format("Invalid disk value: %s", hardwareId)); } } spec.ram = Integer.parseInt(specValues.get("ram")); spec.cores = Double.parseDouble(specValues.get("cores")); return spec; }
AutomaticHardwareIdSpec { public static AutomaticHardwareIdSpec parseId(String hardwareId) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); String hardwareSpec = hardwareId.substring(10); Map<String, String> specValues = Splitter.on(';') .trimResults() .omitEmptyStrings() .withKeyValueSeparator('=') .split(hardwareSpec); if (!specValues.containsKey("ram") || !specValues.containsKey("cores")) { throw new IllegalArgumentException(String.format("Omitted keys on hardwareId: %s. Please set number " + "of cores and ram amount.", hardwareId)); } if (specValues.containsKey("disk")) { float disk = Float.parseFloat(specValues.get("disk")); if (disk > 0.0f) { spec.disk = Optional.of(disk); } else { throw new IllegalArgumentException(String.format("Invalid disk value: %s", hardwareId)); } } spec.ram = Integer.parseInt(specValues.get("ram")); spec.cores = Double.parseDouble(specValues.get("cores")); return spec; } }
AutomaticHardwareIdSpec { public static AutomaticHardwareIdSpec parseId(String hardwareId) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); String hardwareSpec = hardwareId.substring(10); Map<String, String> specValues = Splitter.on(';') .trimResults() .omitEmptyStrings() .withKeyValueSeparator('=') .split(hardwareSpec); if (!specValues.containsKey("ram") || !specValues.containsKey("cores")) { throw new IllegalArgumentException(String.format("Omitted keys on hardwareId: %s. Please set number " + "of cores and ram amount.", hardwareId)); } if (specValues.containsKey("disk")) { float disk = Float.parseFloat(specValues.get("disk")); if (disk > 0.0f) { spec.disk = Optional.of(disk); } else { throw new IllegalArgumentException(String.format("Invalid disk value: %s", hardwareId)); } } spec.ram = Integer.parseInt(specValues.get("ram")); spec.cores = Double.parseDouble(specValues.get("cores")); return spec; } }
AutomaticHardwareIdSpec { public static AutomaticHardwareIdSpec parseId(String hardwareId) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); String hardwareSpec = hardwareId.substring(10); Map<String, String> specValues = Splitter.on(';') .trimResults() .omitEmptyStrings() .withKeyValueSeparator('=') .split(hardwareSpec); if (!specValues.containsKey("ram") || !specValues.containsKey("cores")) { throw new IllegalArgumentException(String.format("Omitted keys on hardwareId: %s. Please set number " + "of cores and ram amount.", hardwareId)); } if (specValues.containsKey("disk")) { float disk = Float.parseFloat(specValues.get("disk")); if (disk > 0.0f) { spec.disk = Optional.of(disk); } else { throw new IllegalArgumentException(String.format("Invalid disk value: %s", hardwareId)); } } spec.ram = Integer.parseInt(specValues.get("ram")); spec.cores = Double.parseDouble(specValues.get("cores")); return spec; } static boolean isAutomaticId(String id); static AutomaticHardwareIdSpec parseId(String hardwareId); static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk); @Override String toString(); double getCores(); int getRam(); Optional<Float> getDisk(); }
AutomaticHardwareIdSpec { public static AutomaticHardwareIdSpec parseId(String hardwareId) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); String hardwareSpec = hardwareId.substring(10); Map<String, String> specValues = Splitter.on(';') .trimResults() .omitEmptyStrings() .withKeyValueSeparator('=') .split(hardwareSpec); if (!specValues.containsKey("ram") || !specValues.containsKey("cores")) { throw new IllegalArgumentException(String.format("Omitted keys on hardwareId: %s. Please set number " + "of cores and ram amount.", hardwareId)); } if (specValues.containsKey("disk")) { float disk = Float.parseFloat(specValues.get("disk")); if (disk > 0.0f) { spec.disk = Optional.of(disk); } else { throw new IllegalArgumentException(String.format("Invalid disk value: %s", hardwareId)); } } spec.ram = Integer.parseInt(specValues.get("ram")); spec.cores = Double.parseDouble(specValues.get("cores")); return spec; } static boolean isAutomaticId(String id); static AutomaticHardwareIdSpec parseId(String hardwareId); static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk); @Override String toString(); double getCores(); int getRam(); Optional<Float> getDisk(); }
@Test public void automaticHardwareIdSpecBuilderTest() { AutomaticHardwareIdSpec spec = AutomaticHardwareIdSpec.automaticHardwareIdSpecBuilder(2.0, 2048, Optional.<Float>absent()); assertThat(spec.getCores()).isEqualTo(2.0); assertThat(spec.getRam()).isEqualTo(2048); assertThat(spec.toString()).isEqualTo("automatic:cores=2.0;ram=2048"); AutomaticHardwareIdSpec spec2 = AutomaticHardwareIdSpec.automaticHardwareIdSpecBuilder(4.0, 4096, Optional.of(10.0f)); assertThat(spec2.getCores()).isEqualTo(4.0); assertThat(spec2.getRam()).isEqualTo(4096); assertThat(spec2.getDisk().get()).isEqualTo(10); assertThat(spec2.toString()).isEqualTo("automatic:cores=4.0;ram=4096;disk=10"); }
public static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); if (cores <= 0 || ram == 0) { throw new IllegalArgumentException(String.format("Omitted or wrong minCores and minRam. If you want to" + " use exact values, please set the minCores and minRam values: cores=%s, ram=%s", cores, ram)); } if (disk.isPresent() && disk.get() <= 0.0f) { throw new IllegalArgumentException(String.format("Invalid disk value: %.0f", disk.get())); } spec.disk = disk; spec.cores = cores; spec.ram = ram; return spec; }
AutomaticHardwareIdSpec { public static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); if (cores <= 0 || ram == 0) { throw new IllegalArgumentException(String.format("Omitted or wrong minCores and minRam. If you want to" + " use exact values, please set the minCores and minRam values: cores=%s, ram=%s", cores, ram)); } if (disk.isPresent() && disk.get() <= 0.0f) { throw new IllegalArgumentException(String.format("Invalid disk value: %.0f", disk.get())); } spec.disk = disk; spec.cores = cores; spec.ram = ram; return spec; } }
AutomaticHardwareIdSpec { public static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); if (cores <= 0 || ram == 0) { throw new IllegalArgumentException(String.format("Omitted or wrong minCores and minRam. If you want to" + " use exact values, please set the minCores and minRam values: cores=%s, ram=%s", cores, ram)); } if (disk.isPresent() && disk.get() <= 0.0f) { throw new IllegalArgumentException(String.format("Invalid disk value: %.0f", disk.get())); } spec.disk = disk; spec.cores = cores; spec.ram = ram; return spec; } }
AutomaticHardwareIdSpec { public static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); if (cores <= 0 || ram == 0) { throw new IllegalArgumentException(String.format("Omitted or wrong minCores and minRam. If you want to" + " use exact values, please set the minCores and minRam values: cores=%s, ram=%s", cores, ram)); } if (disk.isPresent() && disk.get() <= 0.0f) { throw new IllegalArgumentException(String.format("Invalid disk value: %.0f", disk.get())); } spec.disk = disk; spec.cores = cores; spec.ram = ram; return spec; } static boolean isAutomaticId(String id); static AutomaticHardwareIdSpec parseId(String hardwareId); static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk); @Override String toString(); double getCores(); int getRam(); Optional<Float> getDisk(); }
AutomaticHardwareIdSpec { public static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); if (cores <= 0 || ram == 0) { throw new IllegalArgumentException(String.format("Omitted or wrong minCores and minRam. If you want to" + " use exact values, please set the minCores and minRam values: cores=%s, ram=%s", cores, ram)); } if (disk.isPresent() && disk.get() <= 0.0f) { throw new IllegalArgumentException(String.format("Invalid disk value: %.0f", disk.get())); } spec.disk = disk; spec.cores = cores; spec.ram = ram; return spec; } static boolean isAutomaticId(String id); static AutomaticHardwareIdSpec parseId(String hardwareId); static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk); @Override String toString(); double getCores(); int getRam(); Optional<Float> getDisk(); }
@Test(expectedExceptions = IllegalArgumentException.class, expectedExceptionsMessageRegExp = "Omitted or wrong minCores and minRam. If you want to" + " use exact values, please set the minCores and minRam values: cores=2.0, ram=0") public void automaticHardwareIdSpecBuilderWrongSpecsTest() { AutomaticHardwareIdSpec.automaticHardwareIdSpecBuilder(2.0, 0, Optional.<Float>absent()); }
public static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); if (cores <= 0 || ram == 0) { throw new IllegalArgumentException(String.format("Omitted or wrong minCores and minRam. If you want to" + " use exact values, please set the minCores and minRam values: cores=%s, ram=%s", cores, ram)); } if (disk.isPresent() && disk.get() <= 0.0f) { throw new IllegalArgumentException(String.format("Invalid disk value: %.0f", disk.get())); } spec.disk = disk; spec.cores = cores; spec.ram = ram; return spec; }
AutomaticHardwareIdSpec { public static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); if (cores <= 0 || ram == 0) { throw new IllegalArgumentException(String.format("Omitted or wrong minCores and minRam. If you want to" + " use exact values, please set the minCores and minRam values: cores=%s, ram=%s", cores, ram)); } if (disk.isPresent() && disk.get() <= 0.0f) { throw new IllegalArgumentException(String.format("Invalid disk value: %.0f", disk.get())); } spec.disk = disk; spec.cores = cores; spec.ram = ram; return spec; } }
AutomaticHardwareIdSpec { public static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); if (cores <= 0 || ram == 0) { throw new IllegalArgumentException(String.format("Omitted or wrong minCores and minRam. If you want to" + " use exact values, please set the minCores and minRam values: cores=%s, ram=%s", cores, ram)); } if (disk.isPresent() && disk.get() <= 0.0f) { throw new IllegalArgumentException(String.format("Invalid disk value: %.0f", disk.get())); } spec.disk = disk; spec.cores = cores; spec.ram = ram; return spec; } }
AutomaticHardwareIdSpec { public static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); if (cores <= 0 || ram == 0) { throw new IllegalArgumentException(String.format("Omitted or wrong minCores and minRam. If you want to" + " use exact values, please set the minCores and minRam values: cores=%s, ram=%s", cores, ram)); } if (disk.isPresent() && disk.get() <= 0.0f) { throw new IllegalArgumentException(String.format("Invalid disk value: %.0f", disk.get())); } spec.disk = disk; spec.cores = cores; spec.ram = ram; return spec; } static boolean isAutomaticId(String id); static AutomaticHardwareIdSpec parseId(String hardwareId); static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk); @Override String toString(); double getCores(); int getRam(); Optional<Float> getDisk(); }
AutomaticHardwareIdSpec { public static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); if (cores <= 0 || ram == 0) { throw new IllegalArgumentException(String.format("Omitted or wrong minCores and minRam. If you want to" + " use exact values, please set the minCores and minRam values: cores=%s, ram=%s", cores, ram)); } if (disk.isPresent() && disk.get() <= 0.0f) { throw new IllegalArgumentException(String.format("Invalid disk value: %.0f", disk.get())); } spec.disk = disk; spec.cores = cores; spec.ram = ram; return spec; } static boolean isAutomaticId(String id); static AutomaticHardwareIdSpec parseId(String hardwareId); static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk); @Override String toString(); double getCores(); int getRam(); Optional<Float> getDisk(); }
@Test(expectedExceptions = IllegalArgumentException.class, expectedExceptionsMessageRegExp = "Invalid disk value: -10") public void automaticHardwareIdSpecBuilderWrongDiskTest() { AutomaticHardwareIdSpec.automaticHardwareIdSpecBuilder(2.0, 2048, Optional.of(-10.0f)); }
public static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); if (cores <= 0 || ram == 0) { throw new IllegalArgumentException(String.format("Omitted or wrong minCores and minRam. If you want to" + " use exact values, please set the minCores and minRam values: cores=%s, ram=%s", cores, ram)); } if (disk.isPresent() && disk.get() <= 0.0f) { throw new IllegalArgumentException(String.format("Invalid disk value: %.0f", disk.get())); } spec.disk = disk; spec.cores = cores; spec.ram = ram; return spec; }
AutomaticHardwareIdSpec { public static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); if (cores <= 0 || ram == 0) { throw new IllegalArgumentException(String.format("Omitted or wrong minCores and minRam. If you want to" + " use exact values, please set the minCores and minRam values: cores=%s, ram=%s", cores, ram)); } if (disk.isPresent() && disk.get() <= 0.0f) { throw new IllegalArgumentException(String.format("Invalid disk value: %.0f", disk.get())); } spec.disk = disk; spec.cores = cores; spec.ram = ram; return spec; } }
AutomaticHardwareIdSpec { public static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); if (cores <= 0 || ram == 0) { throw new IllegalArgumentException(String.format("Omitted or wrong minCores and minRam. If you want to" + " use exact values, please set the minCores and minRam values: cores=%s, ram=%s", cores, ram)); } if (disk.isPresent() && disk.get() <= 0.0f) { throw new IllegalArgumentException(String.format("Invalid disk value: %.0f", disk.get())); } spec.disk = disk; spec.cores = cores; spec.ram = ram; return spec; } }
AutomaticHardwareIdSpec { public static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); if (cores <= 0 || ram == 0) { throw new IllegalArgumentException(String.format("Omitted or wrong minCores and minRam. If you want to" + " use exact values, please set the minCores and minRam values: cores=%s, ram=%s", cores, ram)); } if (disk.isPresent() && disk.get() <= 0.0f) { throw new IllegalArgumentException(String.format("Invalid disk value: %.0f", disk.get())); } spec.disk = disk; spec.cores = cores; spec.ram = ram; return spec; } static boolean isAutomaticId(String id); static AutomaticHardwareIdSpec parseId(String hardwareId); static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk); @Override String toString(); double getCores(); int getRam(); Optional<Float> getDisk(); }
AutomaticHardwareIdSpec { public static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk) { AutomaticHardwareIdSpec spec = new AutomaticHardwareIdSpec(); if (cores <= 0 || ram == 0) { throw new IllegalArgumentException(String.format("Omitted or wrong minCores and minRam. If you want to" + " use exact values, please set the minCores and minRam values: cores=%s, ram=%s", cores, ram)); } if (disk.isPresent() && disk.get() <= 0.0f) { throw new IllegalArgumentException(String.format("Invalid disk value: %.0f", disk.get())); } spec.disk = disk; spec.cores = cores; spec.ram = ram; return spec; } static boolean isAutomaticId(String id); static AutomaticHardwareIdSpec parseId(String hardwareId); static AutomaticHardwareIdSpec automaticHardwareIdSpecBuilder(double cores, int ram, Optional<Float> disk); @Override String toString(); double getCores(); int getRam(); Optional<Float> getDisk(); }
@Test(expectedExceptions = IllegalArgumentException.class) public void testinstallPrivateKeyBadFormat() { TemplateOptions options = new TemplateOptions(); options.installPrivateKey("whompy"); }
public TemplateOptions installPrivateKey(String privateKey) { checkArgument(checkNotNull(privateKey, "privateKey").startsWith("-----BEGIN RSA PRIVATE KEY-----"), "key should start with -----BEGIN RSA PRIVATE KEY-----"); this.privateKey = privateKey; return this; }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions installPrivateKey(String privateKey) { checkArgument(checkNotNull(privateKey, "privateKey").startsWith("-----BEGIN RSA PRIVATE KEY-----"), "key should start with -----BEGIN RSA PRIVATE KEY-----"); this.privateKey = privateKey; return this; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions installPrivateKey(String privateKey) { checkArgument(checkNotNull(privateKey, "privateKey").startsWith("-----BEGIN RSA PRIVATE KEY-----"), "key should start with -----BEGIN RSA PRIVATE KEY-----"); this.privateKey = privateKey; return this; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions installPrivateKey(String privateKey) { checkArgument(checkNotNull(privateKey, "privateKey").startsWith("-----BEGIN RSA PRIVATE KEY-----"), "key should start with -----BEGIN RSA PRIVATE KEY-----"); this.privateKey = privateKey; return this; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions installPrivateKey(String privateKey) { checkArgument(checkNotNull(privateKey, "privateKey").startsWith("-----BEGIN RSA PRIVATE KEY-----"), "key should start with -----BEGIN RSA PRIVATE KEY-----"); this.privateKey = privateKey; return this; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); static final TemplateOptions NONE; }
@Test public void testinstallPrivateKey() throws IOException { TemplateOptions options = new TemplateOptions(); options.installPrivateKey("-----BEGIN RSA PRIVATE KEY-----"); assertEquals(options.toString(), "{privateKeyPresent=true}"); assertEquals(options.getPrivateKey(), "-----BEGIN RSA PRIVATE KEY-----"); }
public TemplateOptions installPrivateKey(String privateKey) { checkArgument(checkNotNull(privateKey, "privateKey").startsWith("-----BEGIN RSA PRIVATE KEY-----"), "key should start with -----BEGIN RSA PRIVATE KEY-----"); this.privateKey = privateKey; return this; }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions installPrivateKey(String privateKey) { checkArgument(checkNotNull(privateKey, "privateKey").startsWith("-----BEGIN RSA PRIVATE KEY-----"), "key should start with -----BEGIN RSA PRIVATE KEY-----"); this.privateKey = privateKey; return this; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions installPrivateKey(String privateKey) { checkArgument(checkNotNull(privateKey, "privateKey").startsWith("-----BEGIN RSA PRIVATE KEY-----"), "key should start with -----BEGIN RSA PRIVATE KEY-----"); this.privateKey = privateKey; return this; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions installPrivateKey(String privateKey) { checkArgument(checkNotNull(privateKey, "privateKey").startsWith("-----BEGIN RSA PRIVATE KEY-----"), "key should start with -----BEGIN RSA PRIVATE KEY-----"); this.privateKey = privateKey; return this; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions installPrivateKey(String privateKey) { checkArgument(checkNotNull(privateKey, "privateKey").startsWith("-----BEGIN RSA PRIVATE KEY-----"), "key should start with -----BEGIN RSA PRIVATE KEY-----"); this.privateKey = privateKey; return this; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); static final TemplateOptions NONE; }
@Test public void testNullinstallPrivateKey() { TemplateOptions options = new TemplateOptions(); assertEquals(options.getPrivateKey(), null); }
public String getPrivateKey() { return privateKey; }
TemplateOptions extends RunScriptOptions implements Cloneable { public String getPrivateKey() { return privateKey; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public String getPrivateKey() { return privateKey; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public String getPrivateKey() { return privateKey; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); }
TemplateOptions extends RunScriptOptions implements Cloneable { public String getPrivateKey() { return privateKey; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); static final TemplateOptions NONE; }
@Test void testConvertRequestNoContent() throws IOException { HttpRequest request = HttpRequest.builder().method(HttpMethod.GET).endpoint(endPoint).build(); HTTPRequest gaeRequest = req.apply(request); assert gaeRequest.getPayload() == null; assertEquals(gaeRequest.getHeaders().size(), 1); assertEquals(gaeRequest.getHeaders().get(0).getName(), HttpHeaders.USER_AGENT); assertEquals(gaeRequest.getHeaders().get(0).getValue(), "jclouds/1.0 urlfetch/1.4.3"); }
@Override public HTTPRequest apply(HttpRequest request) { URL url = null; try { url = request.getEndpoint().toURL(); } catch (MalformedURLException e) { Throwables.propagate(e); } FetchOptions options = disallowTruncate(); options.doNotFollowRedirects(); if (utils.relaxHostname() || utils.trustAllCerts()) options.doNotFollowRedirects(); options.setDeadline(10.0); HTTPRequest gaeRequest = new HTTPRequest(url, HTTPMethod.valueOf(request.getMethod().toString()), options); for (Entry<String, String> entry : request.getHeaders().entries()) { String header = entry.getKey(); if (!prohibitedHeaders.contains(header)) gaeRequest.addHeader(new HTTPHeader(header, entry.getValue())); } gaeRequest.addHeader(new HTTPHeader(HttpHeaders.USER_AGENT, USER_AGENT)); if (request.getPayload() != null) { InputStream input = request.getPayload().getInput(); try { byte[] array = ByteStreams.toByteArray(input); if (!request.getPayload().isRepeatable()) { Payload oldPayload = request.getPayload(); request.setPayload(array); HttpUtils.copy(oldPayload.getContentMetadata(), request.getPayload().getContentMetadata()); } gaeRequest.setPayload(array); if (array.length > 0) { gaeRequest.setHeader(new HTTPHeader("Expect", "100-continue")); } } catch (IOException e) { Throwables.propagate(e); } finally { Closeables2.closeQuietly(input); } for (Entry<String, String> header : contentMetadataCodec.toHeaders( request.getPayload().getContentMetadata()).entries()) { if (!prohibitedHeaders.contains(header.getKey())) gaeRequest.setHeader(new HTTPHeader(header.getKey(), header.getValue())); } } return gaeRequest; }
ConvertToGaeRequest implements Function<HttpRequest, HTTPRequest> { @Override public HTTPRequest apply(HttpRequest request) { URL url = null; try { url = request.getEndpoint().toURL(); } catch (MalformedURLException e) { Throwables.propagate(e); } FetchOptions options = disallowTruncate(); options.doNotFollowRedirects(); if (utils.relaxHostname() || utils.trustAllCerts()) options.doNotFollowRedirects(); options.setDeadline(10.0); HTTPRequest gaeRequest = new HTTPRequest(url, HTTPMethod.valueOf(request.getMethod().toString()), options); for (Entry<String, String> entry : request.getHeaders().entries()) { String header = entry.getKey(); if (!prohibitedHeaders.contains(header)) gaeRequest.addHeader(new HTTPHeader(header, entry.getValue())); } gaeRequest.addHeader(new HTTPHeader(HttpHeaders.USER_AGENT, USER_AGENT)); if (request.getPayload() != null) { InputStream input = request.getPayload().getInput(); try { byte[] array = ByteStreams.toByteArray(input); if (!request.getPayload().isRepeatable()) { Payload oldPayload = request.getPayload(); request.setPayload(array); HttpUtils.copy(oldPayload.getContentMetadata(), request.getPayload().getContentMetadata()); } gaeRequest.setPayload(array); if (array.length > 0) { gaeRequest.setHeader(new HTTPHeader("Expect", "100-continue")); } } catch (IOException e) { Throwables.propagate(e); } finally { Closeables2.closeQuietly(input); } for (Entry<String, String> header : contentMetadataCodec.toHeaders( request.getPayload().getContentMetadata()).entries()) { if (!prohibitedHeaders.contains(header.getKey())) gaeRequest.setHeader(new HTTPHeader(header.getKey(), header.getValue())); } } return gaeRequest; } }
ConvertToGaeRequest implements Function<HttpRequest, HTTPRequest> { @Override public HTTPRequest apply(HttpRequest request) { URL url = null; try { url = request.getEndpoint().toURL(); } catch (MalformedURLException e) { Throwables.propagate(e); } FetchOptions options = disallowTruncate(); options.doNotFollowRedirects(); if (utils.relaxHostname() || utils.trustAllCerts()) options.doNotFollowRedirects(); options.setDeadline(10.0); HTTPRequest gaeRequest = new HTTPRequest(url, HTTPMethod.valueOf(request.getMethod().toString()), options); for (Entry<String, String> entry : request.getHeaders().entries()) { String header = entry.getKey(); if (!prohibitedHeaders.contains(header)) gaeRequest.addHeader(new HTTPHeader(header, entry.getValue())); } gaeRequest.addHeader(new HTTPHeader(HttpHeaders.USER_AGENT, USER_AGENT)); if (request.getPayload() != null) { InputStream input = request.getPayload().getInput(); try { byte[] array = ByteStreams.toByteArray(input); if (!request.getPayload().isRepeatable()) { Payload oldPayload = request.getPayload(); request.setPayload(array); HttpUtils.copy(oldPayload.getContentMetadata(), request.getPayload().getContentMetadata()); } gaeRequest.setPayload(array); if (array.length > 0) { gaeRequest.setHeader(new HTTPHeader("Expect", "100-continue")); } } catch (IOException e) { Throwables.propagate(e); } finally { Closeables2.closeQuietly(input); } for (Entry<String, String> header : contentMetadataCodec.toHeaders( request.getPayload().getContentMetadata()).entries()) { if (!prohibitedHeaders.contains(header.getKey())) gaeRequest.setHeader(new HTTPHeader(header.getKey(), header.getValue())); } } return gaeRequest; } @Inject ConvertToGaeRequest(HttpUtils utils, ContentMetadataCodec contentMetadataCodec); }
ConvertToGaeRequest implements Function<HttpRequest, HTTPRequest> { @Override public HTTPRequest apply(HttpRequest request) { URL url = null; try { url = request.getEndpoint().toURL(); } catch (MalformedURLException e) { Throwables.propagate(e); } FetchOptions options = disallowTruncate(); options.doNotFollowRedirects(); if (utils.relaxHostname() || utils.trustAllCerts()) options.doNotFollowRedirects(); options.setDeadline(10.0); HTTPRequest gaeRequest = new HTTPRequest(url, HTTPMethod.valueOf(request.getMethod().toString()), options); for (Entry<String, String> entry : request.getHeaders().entries()) { String header = entry.getKey(); if (!prohibitedHeaders.contains(header)) gaeRequest.addHeader(new HTTPHeader(header, entry.getValue())); } gaeRequest.addHeader(new HTTPHeader(HttpHeaders.USER_AGENT, USER_AGENT)); if (request.getPayload() != null) { InputStream input = request.getPayload().getInput(); try { byte[] array = ByteStreams.toByteArray(input); if (!request.getPayload().isRepeatable()) { Payload oldPayload = request.getPayload(); request.setPayload(array); HttpUtils.copy(oldPayload.getContentMetadata(), request.getPayload().getContentMetadata()); } gaeRequest.setPayload(array); if (array.length > 0) { gaeRequest.setHeader(new HTTPHeader("Expect", "100-continue")); } } catch (IOException e) { Throwables.propagate(e); } finally { Closeables2.closeQuietly(input); } for (Entry<String, String> header : contentMetadataCodec.toHeaders( request.getPayload().getContentMetadata()).entries()) { if (!prohibitedHeaders.contains(header.getKey())) gaeRequest.setHeader(new HTTPHeader(header.getKey(), header.getValue())); } } return gaeRequest; } @Inject ConvertToGaeRequest(HttpUtils utils, ContentMetadataCodec contentMetadataCodec); @Override HTTPRequest apply(HttpRequest request); }
ConvertToGaeRequest implements Function<HttpRequest, HTTPRequest> { @Override public HTTPRequest apply(HttpRequest request) { URL url = null; try { url = request.getEndpoint().toURL(); } catch (MalformedURLException e) { Throwables.propagate(e); } FetchOptions options = disallowTruncate(); options.doNotFollowRedirects(); if (utils.relaxHostname() || utils.trustAllCerts()) options.doNotFollowRedirects(); options.setDeadline(10.0); HTTPRequest gaeRequest = new HTTPRequest(url, HTTPMethod.valueOf(request.getMethod().toString()), options); for (Entry<String, String> entry : request.getHeaders().entries()) { String header = entry.getKey(); if (!prohibitedHeaders.contains(header)) gaeRequest.addHeader(new HTTPHeader(header, entry.getValue())); } gaeRequest.addHeader(new HTTPHeader(HttpHeaders.USER_AGENT, USER_AGENT)); if (request.getPayload() != null) { InputStream input = request.getPayload().getInput(); try { byte[] array = ByteStreams.toByteArray(input); if (!request.getPayload().isRepeatable()) { Payload oldPayload = request.getPayload(); request.setPayload(array); HttpUtils.copy(oldPayload.getContentMetadata(), request.getPayload().getContentMetadata()); } gaeRequest.setPayload(array); if (array.length > 0) { gaeRequest.setHeader(new HTTPHeader("Expect", "100-continue")); } } catch (IOException e) { Throwables.propagate(e); } finally { Closeables2.closeQuietly(input); } for (Entry<String, String> header : contentMetadataCodec.toHeaders( request.getPayload().getContentMetadata()).entries()) { if (!prohibitedHeaders.contains(header.getKey())) gaeRequest.setHeader(new HTTPHeader(header.getKey(), header.getValue())); } } return gaeRequest; } @Inject ConvertToGaeRequest(HttpUtils utils, ContentMetadataCodec contentMetadataCodec); @Override HTTPRequest apply(HttpRequest request); static final String USER_AGENT; final Set<String> prohibitedHeaders; }
@Test(expectedExceptions = NullPointerException.class) public void testinstallPrivateKeyNPE() { installPrivateKey((String) null); }
public TemplateOptions installPrivateKey(String privateKey) { checkArgument(checkNotNull(privateKey, "privateKey").startsWith("-----BEGIN RSA PRIVATE KEY-----"), "key should start with -----BEGIN RSA PRIVATE KEY-----"); this.privateKey = privateKey; return this; }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions installPrivateKey(String privateKey) { checkArgument(checkNotNull(privateKey, "privateKey").startsWith("-----BEGIN RSA PRIVATE KEY-----"), "key should start with -----BEGIN RSA PRIVATE KEY-----"); this.privateKey = privateKey; return this; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions installPrivateKey(String privateKey) { checkArgument(checkNotNull(privateKey, "privateKey").startsWith("-----BEGIN RSA PRIVATE KEY-----"), "key should start with -----BEGIN RSA PRIVATE KEY-----"); this.privateKey = privateKey; return this; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions installPrivateKey(String privateKey) { checkArgument(checkNotNull(privateKey, "privateKey").startsWith("-----BEGIN RSA PRIVATE KEY-----"), "key should start with -----BEGIN RSA PRIVATE KEY-----"); this.privateKey = privateKey; return this; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions installPrivateKey(String privateKey) { checkArgument(checkNotNull(privateKey, "privateKey").startsWith("-----BEGIN RSA PRIVATE KEY-----"), "key should start with -----BEGIN RSA PRIVATE KEY-----"); this.privateKey = privateKey; return this; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); static final TemplateOptions NONE; }
@Test(expectedExceptions = IllegalArgumentException.class) public void testauthorizePublicKeyBadFormat() { TemplateOptions options = new TemplateOptions(); options.authorizePublicKey("whompy"); }
public TemplateOptions authorizePublicKey(String publicKey) { checkArgument(checkNotNull(publicKey, "publicKey").startsWith("ssh-rsa"), "key should start with ssh-rsa"); this.publicKey = publicKey; return this; }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions authorizePublicKey(String publicKey) { checkArgument(checkNotNull(publicKey, "publicKey").startsWith("ssh-rsa"), "key should start with ssh-rsa"); this.publicKey = publicKey; return this; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions authorizePublicKey(String publicKey) { checkArgument(checkNotNull(publicKey, "publicKey").startsWith("ssh-rsa"), "key should start with ssh-rsa"); this.publicKey = publicKey; return this; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions authorizePublicKey(String publicKey) { checkArgument(checkNotNull(publicKey, "publicKey").startsWith("ssh-rsa"), "key should start with ssh-rsa"); this.publicKey = publicKey; return this; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions authorizePublicKey(String publicKey) { checkArgument(checkNotNull(publicKey, "publicKey").startsWith("ssh-rsa"), "key should start with ssh-rsa"); this.publicKey = publicKey; return this; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); static final TemplateOptions NONE; }
@Test public void testauthorizePublicKey() throws IOException { TemplateOptions options = new TemplateOptions(); options.authorizePublicKey("ssh-rsa"); assertEquals(options.toString(), "{publicKeyPresent=true}"); assertEquals(options.getPublicKey(), "ssh-rsa"); }
public TemplateOptions authorizePublicKey(String publicKey) { checkArgument(checkNotNull(publicKey, "publicKey").startsWith("ssh-rsa"), "key should start with ssh-rsa"); this.publicKey = publicKey; return this; }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions authorizePublicKey(String publicKey) { checkArgument(checkNotNull(publicKey, "publicKey").startsWith("ssh-rsa"), "key should start with ssh-rsa"); this.publicKey = publicKey; return this; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions authorizePublicKey(String publicKey) { checkArgument(checkNotNull(publicKey, "publicKey").startsWith("ssh-rsa"), "key should start with ssh-rsa"); this.publicKey = publicKey; return this; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions authorizePublicKey(String publicKey) { checkArgument(checkNotNull(publicKey, "publicKey").startsWith("ssh-rsa"), "key should start with ssh-rsa"); this.publicKey = publicKey; return this; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions authorizePublicKey(String publicKey) { checkArgument(checkNotNull(publicKey, "publicKey").startsWith("ssh-rsa"), "key should start with ssh-rsa"); this.publicKey = publicKey; return this; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); static final TemplateOptions NONE; }
@Test public void testNullauthorizePublicKey() { TemplateOptions options = new TemplateOptions(); assertEquals(options.getPublicKey(), null); }
public String getPublicKey() { return publicKey; }
TemplateOptions extends RunScriptOptions implements Cloneable { public String getPublicKey() { return publicKey; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public String getPublicKey() { return publicKey; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public String getPublicKey() { return publicKey; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); }
TemplateOptions extends RunScriptOptions implements Cloneable { public String getPublicKey() { return publicKey; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); static final TemplateOptions NONE; }
@Test(expectedExceptions = NullPointerException.class) public void testauthorizePublicKeyNPE() { authorizePublicKey((String) null); }
public TemplateOptions authorizePublicKey(String publicKey) { checkArgument(checkNotNull(publicKey, "publicKey").startsWith("ssh-rsa"), "key should start with ssh-rsa"); this.publicKey = publicKey; return this; }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions authorizePublicKey(String publicKey) { checkArgument(checkNotNull(publicKey, "publicKey").startsWith("ssh-rsa"), "key should start with ssh-rsa"); this.publicKey = publicKey; return this; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions authorizePublicKey(String publicKey) { checkArgument(checkNotNull(publicKey, "publicKey").startsWith("ssh-rsa"), "key should start with ssh-rsa"); this.publicKey = publicKey; return this; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions authorizePublicKey(String publicKey) { checkArgument(checkNotNull(publicKey, "publicKey").startsWith("ssh-rsa"), "key should start with ssh-rsa"); this.publicKey = publicKey; return this; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions authorizePublicKey(String publicKey) { checkArgument(checkNotNull(publicKey, "publicKey").startsWith("ssh-rsa"), "key should start with ssh-rsa"); this.publicKey = publicKey; return this; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); static final TemplateOptions NONE; }
@Test(expectedExceptions = IllegalArgumentException.class) public void testblockOnPortBadFormat() { TemplateOptions options = new TemplateOptions(); options.blockOnPort(-1, -1); }
@Override public TemplateOptions blockOnPort(int port, int seconds) { return TemplateOptions.class.cast(super.blockOnPort(port, seconds)); }
TemplateOptions extends RunScriptOptions implements Cloneable { @Override public TemplateOptions blockOnPort(int port, int seconds) { return TemplateOptions.class.cast(super.blockOnPort(port, seconds)); } }
TemplateOptions extends RunScriptOptions implements Cloneable { @Override public TemplateOptions blockOnPort(int port, int seconds) { return TemplateOptions.class.cast(super.blockOnPort(port, seconds)); } }
TemplateOptions extends RunScriptOptions implements Cloneable { @Override public TemplateOptions blockOnPort(int port, int seconds) { return TemplateOptions.class.cast(super.blockOnPort(port, seconds)); } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); }
TemplateOptions extends RunScriptOptions implements Cloneable { @Override public TemplateOptions blockOnPort(int port, int seconds) { return TemplateOptions.class.cast(super.blockOnPort(port, seconds)); } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); static final TemplateOptions NONE; }
@Test public void testblockOnPort() { TemplateOptions options = new TemplateOptions(); options.blockOnPort(22, 30); assertEquals(options.toString(), "{blockOnPort:seconds=22:30}"); assertEquals(options.getPort(), 22); assertEquals(options.getSeconds(), 30); }
@Override public TemplateOptions blockOnPort(int port, int seconds) { return TemplateOptions.class.cast(super.blockOnPort(port, seconds)); }
TemplateOptions extends RunScriptOptions implements Cloneable { @Override public TemplateOptions blockOnPort(int port, int seconds) { return TemplateOptions.class.cast(super.blockOnPort(port, seconds)); } }
TemplateOptions extends RunScriptOptions implements Cloneable { @Override public TemplateOptions blockOnPort(int port, int seconds) { return TemplateOptions.class.cast(super.blockOnPort(port, seconds)); } }
TemplateOptions extends RunScriptOptions implements Cloneable { @Override public TemplateOptions blockOnPort(int port, int seconds) { return TemplateOptions.class.cast(super.blockOnPort(port, seconds)); } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); }
TemplateOptions extends RunScriptOptions implements Cloneable { @Override public TemplateOptions blockOnPort(int port, int seconds) { return TemplateOptions.class.cast(super.blockOnPort(port, seconds)); } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); static final TemplateOptions NONE; }
@Test public void testblockOnPortStatic() { TemplateOptions options = blockOnPort(22, 30); assertEquals(options.getPort(), 22); assertEquals(options.getSeconds(), 30); }
@Override public TemplateOptions blockOnPort(int port, int seconds) { return TemplateOptions.class.cast(super.blockOnPort(port, seconds)); }
TemplateOptions extends RunScriptOptions implements Cloneable { @Override public TemplateOptions blockOnPort(int port, int seconds) { return TemplateOptions.class.cast(super.blockOnPort(port, seconds)); } }
TemplateOptions extends RunScriptOptions implements Cloneable { @Override public TemplateOptions blockOnPort(int port, int seconds) { return TemplateOptions.class.cast(super.blockOnPort(port, seconds)); } }
TemplateOptions extends RunScriptOptions implements Cloneable { @Override public TemplateOptions blockOnPort(int port, int seconds) { return TemplateOptions.class.cast(super.blockOnPort(port, seconds)); } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); }
TemplateOptions extends RunScriptOptions implements Cloneable { @Override public TemplateOptions blockOnPort(int port, int seconds) { return TemplateOptions.class.cast(super.blockOnPort(port, seconds)); } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); static final TemplateOptions NONE; }
@Test(expectedExceptions = IllegalArgumentException.class) public void testinboundPortsBadFormat() { TemplateOptions options = new TemplateOptions(); options.inboundPorts(-1, -1); }
public TemplateOptions inboundPorts(int... ports) { for (int port : ports) checkArgument(port > 0 && port < 65536, "port must be a positive integer < 65535"); this.inboundPorts = ImmutableSet.copyOf(Ints.asList(ports)); return this; }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions inboundPorts(int... ports) { for (int port : ports) checkArgument(port > 0 && port < 65536, "port must be a positive integer < 65535"); this.inboundPorts = ImmutableSet.copyOf(Ints.asList(ports)); return this; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions inboundPorts(int... ports) { for (int port : ports) checkArgument(port > 0 && port < 65536, "port must be a positive integer < 65535"); this.inboundPorts = ImmutableSet.copyOf(Ints.asList(ports)); return this; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions inboundPorts(int... ports) { for (int port : ports) checkArgument(port > 0 && port < 65536, "port must be a positive integer < 65535"); this.inboundPorts = ImmutableSet.copyOf(Ints.asList(ports)); return this; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions inboundPorts(int... ports) { for (int port : ports) checkArgument(port > 0 && port < 65536, "port must be a positive integer < 65535"); this.inboundPorts = ImmutableSet.copyOf(Ints.asList(ports)); return this; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); static final TemplateOptions NONE; }
@Test public void testinboundPorts() { TemplateOptions options = new TemplateOptions(); options.inboundPorts(22, 30); assertEquals(options.getInboundPorts()[0], 22); assertEquals(options.getInboundPorts()[1], 30); }
public TemplateOptions inboundPorts(int... ports) { for (int port : ports) checkArgument(port > 0 && port < 65536, "port must be a positive integer < 65535"); this.inboundPorts = ImmutableSet.copyOf(Ints.asList(ports)); return this; }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions inboundPorts(int... ports) { for (int port : ports) checkArgument(port > 0 && port < 65536, "port must be a positive integer < 65535"); this.inboundPorts = ImmutableSet.copyOf(Ints.asList(ports)); return this; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions inboundPorts(int... ports) { for (int port : ports) checkArgument(port > 0 && port < 65536, "port must be a positive integer < 65535"); this.inboundPorts = ImmutableSet.copyOf(Ints.asList(ports)); return this; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions inboundPorts(int... ports) { for (int port : ports) checkArgument(port > 0 && port < 65536, "port must be a positive integer < 65535"); this.inboundPorts = ImmutableSet.copyOf(Ints.asList(ports)); return this; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions inboundPorts(int... ports) { for (int port : ports) checkArgument(port > 0 && port < 65536, "port must be a positive integer < 65535"); this.inboundPorts = ImmutableSet.copyOf(Ints.asList(ports)); return this; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); static final TemplateOptions NONE; }
@Test(expectedExceptions = UnsupportedOperationException.class) void testConvertRequestBadContent() throws IOException { HttpRequest request = HttpRequest.builder() .method(HttpMethod.GET) .endpoint(endPoint) .payload(Payloads.newPayload(new Date())).build(); req.apply(request); }
@Override public HTTPRequest apply(HttpRequest request) { URL url = null; try { url = request.getEndpoint().toURL(); } catch (MalformedURLException e) { Throwables.propagate(e); } FetchOptions options = disallowTruncate(); options.doNotFollowRedirects(); if (utils.relaxHostname() || utils.trustAllCerts()) options.doNotFollowRedirects(); options.setDeadline(10.0); HTTPRequest gaeRequest = new HTTPRequest(url, HTTPMethod.valueOf(request.getMethod().toString()), options); for (Entry<String, String> entry : request.getHeaders().entries()) { String header = entry.getKey(); if (!prohibitedHeaders.contains(header)) gaeRequest.addHeader(new HTTPHeader(header, entry.getValue())); } gaeRequest.addHeader(new HTTPHeader(HttpHeaders.USER_AGENT, USER_AGENT)); if (request.getPayload() != null) { InputStream input = request.getPayload().getInput(); try { byte[] array = ByteStreams.toByteArray(input); if (!request.getPayload().isRepeatable()) { Payload oldPayload = request.getPayload(); request.setPayload(array); HttpUtils.copy(oldPayload.getContentMetadata(), request.getPayload().getContentMetadata()); } gaeRequest.setPayload(array); if (array.length > 0) { gaeRequest.setHeader(new HTTPHeader("Expect", "100-continue")); } } catch (IOException e) { Throwables.propagate(e); } finally { Closeables2.closeQuietly(input); } for (Entry<String, String> header : contentMetadataCodec.toHeaders( request.getPayload().getContentMetadata()).entries()) { if (!prohibitedHeaders.contains(header.getKey())) gaeRequest.setHeader(new HTTPHeader(header.getKey(), header.getValue())); } } return gaeRequest; }
ConvertToGaeRequest implements Function<HttpRequest, HTTPRequest> { @Override public HTTPRequest apply(HttpRequest request) { URL url = null; try { url = request.getEndpoint().toURL(); } catch (MalformedURLException e) { Throwables.propagate(e); } FetchOptions options = disallowTruncate(); options.doNotFollowRedirects(); if (utils.relaxHostname() || utils.trustAllCerts()) options.doNotFollowRedirects(); options.setDeadline(10.0); HTTPRequest gaeRequest = new HTTPRequest(url, HTTPMethod.valueOf(request.getMethod().toString()), options); for (Entry<String, String> entry : request.getHeaders().entries()) { String header = entry.getKey(); if (!prohibitedHeaders.contains(header)) gaeRequest.addHeader(new HTTPHeader(header, entry.getValue())); } gaeRequest.addHeader(new HTTPHeader(HttpHeaders.USER_AGENT, USER_AGENT)); if (request.getPayload() != null) { InputStream input = request.getPayload().getInput(); try { byte[] array = ByteStreams.toByteArray(input); if (!request.getPayload().isRepeatable()) { Payload oldPayload = request.getPayload(); request.setPayload(array); HttpUtils.copy(oldPayload.getContentMetadata(), request.getPayload().getContentMetadata()); } gaeRequest.setPayload(array); if (array.length > 0) { gaeRequest.setHeader(new HTTPHeader("Expect", "100-continue")); } } catch (IOException e) { Throwables.propagate(e); } finally { Closeables2.closeQuietly(input); } for (Entry<String, String> header : contentMetadataCodec.toHeaders( request.getPayload().getContentMetadata()).entries()) { if (!prohibitedHeaders.contains(header.getKey())) gaeRequest.setHeader(new HTTPHeader(header.getKey(), header.getValue())); } } return gaeRequest; } }
ConvertToGaeRequest implements Function<HttpRequest, HTTPRequest> { @Override public HTTPRequest apply(HttpRequest request) { URL url = null; try { url = request.getEndpoint().toURL(); } catch (MalformedURLException e) { Throwables.propagate(e); } FetchOptions options = disallowTruncate(); options.doNotFollowRedirects(); if (utils.relaxHostname() || utils.trustAllCerts()) options.doNotFollowRedirects(); options.setDeadline(10.0); HTTPRequest gaeRequest = new HTTPRequest(url, HTTPMethod.valueOf(request.getMethod().toString()), options); for (Entry<String, String> entry : request.getHeaders().entries()) { String header = entry.getKey(); if (!prohibitedHeaders.contains(header)) gaeRequest.addHeader(new HTTPHeader(header, entry.getValue())); } gaeRequest.addHeader(new HTTPHeader(HttpHeaders.USER_AGENT, USER_AGENT)); if (request.getPayload() != null) { InputStream input = request.getPayload().getInput(); try { byte[] array = ByteStreams.toByteArray(input); if (!request.getPayload().isRepeatable()) { Payload oldPayload = request.getPayload(); request.setPayload(array); HttpUtils.copy(oldPayload.getContentMetadata(), request.getPayload().getContentMetadata()); } gaeRequest.setPayload(array); if (array.length > 0) { gaeRequest.setHeader(new HTTPHeader("Expect", "100-continue")); } } catch (IOException e) { Throwables.propagate(e); } finally { Closeables2.closeQuietly(input); } for (Entry<String, String> header : contentMetadataCodec.toHeaders( request.getPayload().getContentMetadata()).entries()) { if (!prohibitedHeaders.contains(header.getKey())) gaeRequest.setHeader(new HTTPHeader(header.getKey(), header.getValue())); } } return gaeRequest; } @Inject ConvertToGaeRequest(HttpUtils utils, ContentMetadataCodec contentMetadataCodec); }
ConvertToGaeRequest implements Function<HttpRequest, HTTPRequest> { @Override public HTTPRequest apply(HttpRequest request) { URL url = null; try { url = request.getEndpoint().toURL(); } catch (MalformedURLException e) { Throwables.propagate(e); } FetchOptions options = disallowTruncate(); options.doNotFollowRedirects(); if (utils.relaxHostname() || utils.trustAllCerts()) options.doNotFollowRedirects(); options.setDeadline(10.0); HTTPRequest gaeRequest = new HTTPRequest(url, HTTPMethod.valueOf(request.getMethod().toString()), options); for (Entry<String, String> entry : request.getHeaders().entries()) { String header = entry.getKey(); if (!prohibitedHeaders.contains(header)) gaeRequest.addHeader(new HTTPHeader(header, entry.getValue())); } gaeRequest.addHeader(new HTTPHeader(HttpHeaders.USER_AGENT, USER_AGENT)); if (request.getPayload() != null) { InputStream input = request.getPayload().getInput(); try { byte[] array = ByteStreams.toByteArray(input); if (!request.getPayload().isRepeatable()) { Payload oldPayload = request.getPayload(); request.setPayload(array); HttpUtils.copy(oldPayload.getContentMetadata(), request.getPayload().getContentMetadata()); } gaeRequest.setPayload(array); if (array.length > 0) { gaeRequest.setHeader(new HTTPHeader("Expect", "100-continue")); } } catch (IOException e) { Throwables.propagate(e); } finally { Closeables2.closeQuietly(input); } for (Entry<String, String> header : contentMetadataCodec.toHeaders( request.getPayload().getContentMetadata()).entries()) { if (!prohibitedHeaders.contains(header.getKey())) gaeRequest.setHeader(new HTTPHeader(header.getKey(), header.getValue())); } } return gaeRequest; } @Inject ConvertToGaeRequest(HttpUtils utils, ContentMetadataCodec contentMetadataCodec); @Override HTTPRequest apply(HttpRequest request); }
ConvertToGaeRequest implements Function<HttpRequest, HTTPRequest> { @Override public HTTPRequest apply(HttpRequest request) { URL url = null; try { url = request.getEndpoint().toURL(); } catch (MalformedURLException e) { Throwables.propagate(e); } FetchOptions options = disallowTruncate(); options.doNotFollowRedirects(); if (utils.relaxHostname() || utils.trustAllCerts()) options.doNotFollowRedirects(); options.setDeadline(10.0); HTTPRequest gaeRequest = new HTTPRequest(url, HTTPMethod.valueOf(request.getMethod().toString()), options); for (Entry<String, String> entry : request.getHeaders().entries()) { String header = entry.getKey(); if (!prohibitedHeaders.contains(header)) gaeRequest.addHeader(new HTTPHeader(header, entry.getValue())); } gaeRequest.addHeader(new HTTPHeader(HttpHeaders.USER_AGENT, USER_AGENT)); if (request.getPayload() != null) { InputStream input = request.getPayload().getInput(); try { byte[] array = ByteStreams.toByteArray(input); if (!request.getPayload().isRepeatable()) { Payload oldPayload = request.getPayload(); request.setPayload(array); HttpUtils.copy(oldPayload.getContentMetadata(), request.getPayload().getContentMetadata()); } gaeRequest.setPayload(array); if (array.length > 0) { gaeRequest.setHeader(new HTTPHeader("Expect", "100-continue")); } } catch (IOException e) { Throwables.propagate(e); } finally { Closeables2.closeQuietly(input); } for (Entry<String, String> header : contentMetadataCodec.toHeaders( request.getPayload().getContentMetadata()).entries()) { if (!prohibitedHeaders.contains(header.getKey())) gaeRequest.setHeader(new HTTPHeader(header.getKey(), header.getValue())); } } return gaeRequest; } @Inject ConvertToGaeRequest(HttpUtils utils, ContentMetadataCodec contentMetadataCodec); @Override HTTPRequest apply(HttpRequest request); static final String USER_AGENT; final Set<String> prohibitedHeaders; }
@Test public void testDefaultOpen22() { TemplateOptions options = new TemplateOptions(); assertEquals(options.getInboundPorts()[0], 22); }
public int[] getInboundPorts() { return Ints.toArray(inboundPorts); }
TemplateOptions extends RunScriptOptions implements Cloneable { public int[] getInboundPorts() { return Ints.toArray(inboundPorts); } }
TemplateOptions extends RunScriptOptions implements Cloneable { public int[] getInboundPorts() { return Ints.toArray(inboundPorts); } }
TemplateOptions extends RunScriptOptions implements Cloneable { public int[] getInboundPorts() { return Ints.toArray(inboundPorts); } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); }
TemplateOptions extends RunScriptOptions implements Cloneable { public int[] getInboundPorts() { return Ints.toArray(inboundPorts); } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); static final TemplateOptions NONE; }
@Test public void testblockUntilRunningDefault() { TemplateOptions options = new TemplateOptions(); assertEquals(options.toString(), "{}"); assertEquals(options.shouldBlockUntilRunning(), true); }
public boolean shouldBlockUntilRunning() { return blockUntilRunning; }
TemplateOptions extends RunScriptOptions implements Cloneable { public boolean shouldBlockUntilRunning() { return blockUntilRunning; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public boolean shouldBlockUntilRunning() { return blockUntilRunning; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public boolean shouldBlockUntilRunning() { return blockUntilRunning; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); }
TemplateOptions extends RunScriptOptions implements Cloneable { public boolean shouldBlockUntilRunning() { return blockUntilRunning; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); static final TemplateOptions NONE; }
@Test public void testblockUntilRunning() { TemplateOptions options = new TemplateOptions(); options.blockUntilRunning(false); assertEquals(options.toString(), "{blockUntilRunning=false}"); assertEquals(options.shouldBlockUntilRunning(), false); }
public TemplateOptions blockUntilRunning(boolean blockUntilRunning) { this.blockUntilRunning = blockUntilRunning; if (!blockUntilRunning) port = seconds = -1; return this; }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions blockUntilRunning(boolean blockUntilRunning) { this.blockUntilRunning = blockUntilRunning; if (!blockUntilRunning) port = seconds = -1; return this; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions blockUntilRunning(boolean blockUntilRunning) { this.blockUntilRunning = blockUntilRunning; if (!blockUntilRunning) port = seconds = -1; return this; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions blockUntilRunning(boolean blockUntilRunning) { this.blockUntilRunning = blockUntilRunning; if (!blockUntilRunning) port = seconds = -1; return this; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions blockUntilRunning(boolean blockUntilRunning) { this.blockUntilRunning = blockUntilRunning; if (!blockUntilRunning) port = seconds = -1; return this; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); static final TemplateOptions NONE; }
@Test public void testNodeNames() { Set<String> nodeNames = ImmutableSet.of("first-node", "second-node"); TemplateOptions options = nodeNames(nodeNames); assertTrue(options.getNodeNames().containsAll(nodeNames)); }
public TemplateOptions nodeNames(Iterable<String> nodeNames) { this.nodeNames = ImmutableSet.copyOf(checkNotNull(nodeNames, "nodeNames")); return this; }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions nodeNames(Iterable<String> nodeNames) { this.nodeNames = ImmutableSet.copyOf(checkNotNull(nodeNames, "nodeNames")); return this; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions nodeNames(Iterable<String> nodeNames) { this.nodeNames = ImmutableSet.copyOf(checkNotNull(nodeNames, "nodeNames")); return this; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions nodeNames(Iterable<String> nodeNames) { this.nodeNames = ImmutableSet.copyOf(checkNotNull(nodeNames, "nodeNames")); return this; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions nodeNames(Iterable<String> nodeNames) { this.nodeNames = ImmutableSet.copyOf(checkNotNull(nodeNames, "nodeNames")); return this; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); static final TemplateOptions NONE; }
@Test public void testNetworks() { Set<String> networks = ImmutableSet.of("first-network", "second-network"); TemplateOptions options = networks(networks); assertTrue(options.getNetworks().containsAll(networks)); }
public TemplateOptions networks(Iterable<String> networks) { this.networks = ImmutableSet.copyOf(checkNotNull(networks, "networks")); return this; }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions networks(Iterable<String> networks) { this.networks = ImmutableSet.copyOf(checkNotNull(networks, "networks")); return this; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions networks(Iterable<String> networks) { this.networks = ImmutableSet.copyOf(checkNotNull(networks, "networks")); return this; } }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions networks(Iterable<String> networks) { this.networks = ImmutableSet.copyOf(checkNotNull(networks, "networks")); return this; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); }
TemplateOptions extends RunScriptOptions implements Cloneable { public TemplateOptions networks(Iterable<String> networks) { this.networks = ImmutableSet.copyOf(checkNotNull(networks, "networks")); return this; } @Override TemplateOptions clone(); void copyTo(TemplateOptions to); boolean equals(Object o); @Override int hashCode(); @Override ToStringHelper string(); int[] getInboundPorts(); Statement getRunScript(); Set<String> getTags(); Set<String> getNodeNames(); Set<String> getGroups(); String getPrivateKey(); String getPublicKey(); Set<String> getNetworks(); boolean shouldBlockUntilRunning(); T as(Class<T> clazz); TemplateOptions runScript(String script); TemplateOptions runScript(Statement script); TemplateOptions installPrivateKey(String privateKey); TemplateOptions dontAuthorizePublicKey(); TemplateOptions authorizePublicKey(String publicKey); TemplateOptions tags(Iterable<String> tags); TemplateOptions nodeNames(Iterable<String> nodeNames); TemplateOptions securityGroups(Iterable<String> securityGroups); TemplateOptions securityGroups(String... securityGroups); TemplateOptions networks(Iterable<String> networks); TemplateOptions networks(String... networks); TemplateOptions inboundPorts(int... ports); TemplateOptions blockUntilRunning(boolean blockUntilRunning); TemplateOptions userMetadata(Map<String, String> userMetadata); TemplateOptions userMetadata(String key, String value); Map<String, String> getUserMetadata(); @Override TemplateOptions blockOnPort(int port, int seconds); @Override TemplateOptions nameTask(String name); @Override TemplateOptions runAsRoot(boolean runAsRoot); @Override TemplateOptions wrapInInitScript(boolean wrapInInitScript); @Override TemplateOptions blockOnComplete(boolean blockOnComplete); @Override TemplateOptions overrideLoginCredentials(LoginCredentials overridingCredentials); @Override TemplateOptions overrideLoginPassword(String password); @Override TemplateOptions overrideLoginPrivateKey(String privateKey); @Override TemplateOptions overrideLoginUser(String loginUser); @Override TemplateOptions overrideAuthenticateSudo(boolean authenticateSudo); static final TemplateOptions NONE; }
@Test(dataProvider = "data") public void testMakeCryptedPasswordHash(String password, String salt, String expected) { assertEquals(Sha512Crypt.makeShadowLine(password, salt), expected); }
static String makeShadowLine(String password, @Nullable String shadowPrefix) { MessageDigest ctx = sha512(); MessageDigest alt_ctx = sha512(); byte[] alt_result; byte[] temp_result; byte[] p_bytes = null; byte[] s_bytes = null; int cnt; int cnt2; int rounds = ROUNDS_DEFAULT; StringBuilder buffer; if (shadowPrefix != null) { if (shadowPrefix.startsWith(sha512_salt_prefix)) { shadowPrefix = shadowPrefix.substring(sha512_salt_prefix.length()); } if (shadowPrefix.startsWith(sha512_rounds_prefix)) { String num = shadowPrefix.substring(sha512_rounds_prefix.length(), shadowPrefix.indexOf('$')); int srounds = Integer.parseInt(num); shadowPrefix = shadowPrefix.substring(shadowPrefix.indexOf('$') + 1); rounds = Math.max(ROUNDS_MIN, Math.min(srounds, ROUNDS_MAX)); } if (shadowPrefix.length() > SALT_LEN_MAX) { shadowPrefix = shadowPrefix.substring(0, SALT_LEN_MAX); } } else { java.util.Random randgen = new java.security.SecureRandom(); StringBuilder saltBuf = new StringBuilder(); while (saltBuf.length() < 16) { int index = (int) (randgen.nextFloat() * SALTCHARS.length()); saltBuf.append(SALTCHARS, index, index + 1); } shadowPrefix = saltBuf.toString(); } byte[] key = password.getBytes(); byte[] salts = shadowPrefix.getBytes(); ctx.reset(); ctx.update(key, 0, key.length); ctx.update(salts, 0, salts.length); alt_ctx.reset(); alt_ctx.update(key, 0, key.length); alt_ctx.update(salts, 0, salts.length); alt_ctx.update(key, 0, key.length); alt_result = alt_ctx.digest(); for (cnt = key.length; cnt > 64; cnt -= 64) { ctx.update(alt_result, 0, 64); } ctx.update(alt_result, 0, cnt); for (cnt = key.length; cnt > 0; cnt >>= 1) { if ((cnt & 1) != 0) { ctx.update(alt_result, 0, 64); } else { ctx.update(key, 0, key.length); } } alt_result = ctx.digest(); alt_ctx.reset(); for (cnt = 0; cnt < key.length; ++cnt) { alt_ctx.update(key, 0, key.length); } temp_result = alt_ctx.digest(); p_bytes = new byte[key.length]; for (cnt2 = 0, cnt = p_bytes.length; cnt >= 64; cnt -= 64) { System.arraycopy(temp_result, 0, p_bytes, cnt2, 64); cnt2 += 64; } System.arraycopy(temp_result, 0, p_bytes, cnt2, cnt); alt_ctx.reset(); for (cnt = 0; cnt < 16 + (alt_result[0] & 0xFF); ++cnt) { alt_ctx.update(salts, 0, salts.length); } temp_result = alt_ctx.digest(); s_bytes = new byte[salts.length]; for (cnt2 = 0, cnt = s_bytes.length; cnt >= 64; cnt -= 64) { System.arraycopy(temp_result, 0, s_bytes, cnt2, 64); cnt2 += 64; } System.arraycopy(temp_result, 0, s_bytes, cnt2, cnt); for (cnt = 0; cnt < rounds; ++cnt) { ctx.reset(); if ((cnt & 1) != 0) { ctx.update(p_bytes, 0, key.length); } else { ctx.update(alt_result, 0, 64); } if (cnt % 3 != 0) { ctx.update(s_bytes, 0, salts.length); } if (cnt % 7 != 0) { ctx.update(p_bytes, 0, key.length); } if ((cnt & 1) != 0) { ctx.update(alt_result, 0, 64); } else { ctx.update(p_bytes, 0, key.length); } alt_result = ctx.digest(); } buffer = new StringBuilder(sha512_salt_prefix); if (rounds != 5000) { buffer.append(sha512_rounds_prefix); buffer.append(rounds); buffer.append("$"); } buffer.append(shadowPrefix); buffer.append("$"); buffer.append(b64_from_24bit(alt_result[0], alt_result[21], alt_result[42], 4)); buffer.append(b64_from_24bit(alt_result[22], alt_result[43], alt_result[1], 4)); buffer.append(b64_from_24bit(alt_result[44], alt_result[2], alt_result[23], 4)); buffer.append(b64_from_24bit(alt_result[3], alt_result[24], alt_result[45], 4)); buffer.append(b64_from_24bit(alt_result[25], alt_result[46], alt_result[4], 4)); buffer.append(b64_from_24bit(alt_result[47], alt_result[5], alt_result[26], 4)); buffer.append(b64_from_24bit(alt_result[6], alt_result[27], alt_result[48], 4)); buffer.append(b64_from_24bit(alt_result[28], alt_result[49], alt_result[7], 4)); buffer.append(b64_from_24bit(alt_result[50], alt_result[8], alt_result[29], 4)); buffer.append(b64_from_24bit(alt_result[9], alt_result[30], alt_result[51], 4)); buffer.append(b64_from_24bit(alt_result[31], alt_result[52], alt_result[10], 4)); buffer.append(b64_from_24bit(alt_result[53], alt_result[11], alt_result[32], 4)); buffer.append(b64_from_24bit(alt_result[12], alt_result[33], alt_result[54], 4)); buffer.append(b64_from_24bit(alt_result[34], alt_result[55], alt_result[13], 4)); buffer.append(b64_from_24bit(alt_result[56], alt_result[14], alt_result[35], 4)); buffer.append(b64_from_24bit(alt_result[15], alt_result[36], alt_result[57], 4)); buffer.append(b64_from_24bit(alt_result[37], alt_result[58], alt_result[16], 4)); buffer.append(b64_from_24bit(alt_result[59], alt_result[17], alt_result[38], 4)); buffer.append(b64_from_24bit(alt_result[18], alt_result[39], alt_result[60], 4)); buffer.append(b64_from_24bit(alt_result[40], alt_result[61], alt_result[19], 4)); buffer.append(b64_from_24bit(alt_result[62], alt_result[20], alt_result[41], 4)); buffer.append(b64_from_24bit((byte) 0x00, (byte) 0x00, alt_result[63], 2)); ctx.reset(); return buffer.toString(); }
Sha512Crypt { static String makeShadowLine(String password, @Nullable String shadowPrefix) { MessageDigest ctx = sha512(); MessageDigest alt_ctx = sha512(); byte[] alt_result; byte[] temp_result; byte[] p_bytes = null; byte[] s_bytes = null; int cnt; int cnt2; int rounds = ROUNDS_DEFAULT; StringBuilder buffer; if (shadowPrefix != null) { if (shadowPrefix.startsWith(sha512_salt_prefix)) { shadowPrefix = shadowPrefix.substring(sha512_salt_prefix.length()); } if (shadowPrefix.startsWith(sha512_rounds_prefix)) { String num = shadowPrefix.substring(sha512_rounds_prefix.length(), shadowPrefix.indexOf('$')); int srounds = Integer.parseInt(num); shadowPrefix = shadowPrefix.substring(shadowPrefix.indexOf('$') + 1); rounds = Math.max(ROUNDS_MIN, Math.min(srounds, ROUNDS_MAX)); } if (shadowPrefix.length() > SALT_LEN_MAX) { shadowPrefix = shadowPrefix.substring(0, SALT_LEN_MAX); } } else { java.util.Random randgen = new java.security.SecureRandom(); StringBuilder saltBuf = new StringBuilder(); while (saltBuf.length() < 16) { int index = (int) (randgen.nextFloat() * SALTCHARS.length()); saltBuf.append(SALTCHARS, index, index + 1); } shadowPrefix = saltBuf.toString(); } byte[] key = password.getBytes(); byte[] salts = shadowPrefix.getBytes(); ctx.reset(); ctx.update(key, 0, key.length); ctx.update(salts, 0, salts.length); alt_ctx.reset(); alt_ctx.update(key, 0, key.length); alt_ctx.update(salts, 0, salts.length); alt_ctx.update(key, 0, key.length); alt_result = alt_ctx.digest(); for (cnt = key.length; cnt > 64; cnt -= 64) { ctx.update(alt_result, 0, 64); } ctx.update(alt_result, 0, cnt); for (cnt = key.length; cnt > 0; cnt >>= 1) { if ((cnt & 1) != 0) { ctx.update(alt_result, 0, 64); } else { ctx.update(key, 0, key.length); } } alt_result = ctx.digest(); alt_ctx.reset(); for (cnt = 0; cnt < key.length; ++cnt) { alt_ctx.update(key, 0, key.length); } temp_result = alt_ctx.digest(); p_bytes = new byte[key.length]; for (cnt2 = 0, cnt = p_bytes.length; cnt >= 64; cnt -= 64) { System.arraycopy(temp_result, 0, p_bytes, cnt2, 64); cnt2 += 64; } System.arraycopy(temp_result, 0, p_bytes, cnt2, cnt); alt_ctx.reset(); for (cnt = 0; cnt < 16 + (alt_result[0] & 0xFF); ++cnt) { alt_ctx.update(salts, 0, salts.length); } temp_result = alt_ctx.digest(); s_bytes = new byte[salts.length]; for (cnt2 = 0, cnt = s_bytes.length; cnt >= 64; cnt -= 64) { System.arraycopy(temp_result, 0, s_bytes, cnt2, 64); cnt2 += 64; } System.arraycopy(temp_result, 0, s_bytes, cnt2, cnt); for (cnt = 0; cnt < rounds; ++cnt) { ctx.reset(); if ((cnt & 1) != 0) { ctx.update(p_bytes, 0, key.length); } else { ctx.update(alt_result, 0, 64); } if (cnt % 3 != 0) { ctx.update(s_bytes, 0, salts.length); } if (cnt % 7 != 0) { ctx.update(p_bytes, 0, key.length); } if ((cnt & 1) != 0) { ctx.update(alt_result, 0, 64); } else { ctx.update(p_bytes, 0, key.length); } alt_result = ctx.digest(); } buffer = new StringBuilder(sha512_salt_prefix); if (rounds != 5000) { buffer.append(sha512_rounds_prefix); buffer.append(rounds); buffer.append("$"); } buffer.append(shadowPrefix); buffer.append("$"); buffer.append(b64_from_24bit(alt_result[0], alt_result[21], alt_result[42], 4)); buffer.append(b64_from_24bit(alt_result[22], alt_result[43], alt_result[1], 4)); buffer.append(b64_from_24bit(alt_result[44], alt_result[2], alt_result[23], 4)); buffer.append(b64_from_24bit(alt_result[3], alt_result[24], alt_result[45], 4)); buffer.append(b64_from_24bit(alt_result[25], alt_result[46], alt_result[4], 4)); buffer.append(b64_from_24bit(alt_result[47], alt_result[5], alt_result[26], 4)); buffer.append(b64_from_24bit(alt_result[6], alt_result[27], alt_result[48], 4)); buffer.append(b64_from_24bit(alt_result[28], alt_result[49], alt_result[7], 4)); buffer.append(b64_from_24bit(alt_result[50], alt_result[8], alt_result[29], 4)); buffer.append(b64_from_24bit(alt_result[9], alt_result[30], alt_result[51], 4)); buffer.append(b64_from_24bit(alt_result[31], alt_result[52], alt_result[10], 4)); buffer.append(b64_from_24bit(alt_result[53], alt_result[11], alt_result[32], 4)); buffer.append(b64_from_24bit(alt_result[12], alt_result[33], alt_result[54], 4)); buffer.append(b64_from_24bit(alt_result[34], alt_result[55], alt_result[13], 4)); buffer.append(b64_from_24bit(alt_result[56], alt_result[14], alt_result[35], 4)); buffer.append(b64_from_24bit(alt_result[15], alt_result[36], alt_result[57], 4)); buffer.append(b64_from_24bit(alt_result[37], alt_result[58], alt_result[16], 4)); buffer.append(b64_from_24bit(alt_result[59], alt_result[17], alt_result[38], 4)); buffer.append(b64_from_24bit(alt_result[18], alt_result[39], alt_result[60], 4)); buffer.append(b64_from_24bit(alt_result[40], alt_result[61], alt_result[19], 4)); buffer.append(b64_from_24bit(alt_result[62], alt_result[20], alt_result[41], 4)); buffer.append(b64_from_24bit((byte) 0x00, (byte) 0x00, alt_result[63], 2)); ctx.reset(); return buffer.toString(); } }
Sha512Crypt { static String makeShadowLine(String password, @Nullable String shadowPrefix) { MessageDigest ctx = sha512(); MessageDigest alt_ctx = sha512(); byte[] alt_result; byte[] temp_result; byte[] p_bytes = null; byte[] s_bytes = null; int cnt; int cnt2; int rounds = ROUNDS_DEFAULT; StringBuilder buffer; if (shadowPrefix != null) { if (shadowPrefix.startsWith(sha512_salt_prefix)) { shadowPrefix = shadowPrefix.substring(sha512_salt_prefix.length()); } if (shadowPrefix.startsWith(sha512_rounds_prefix)) { String num = shadowPrefix.substring(sha512_rounds_prefix.length(), shadowPrefix.indexOf('$')); int srounds = Integer.parseInt(num); shadowPrefix = shadowPrefix.substring(shadowPrefix.indexOf('$') + 1); rounds = Math.max(ROUNDS_MIN, Math.min(srounds, ROUNDS_MAX)); } if (shadowPrefix.length() > SALT_LEN_MAX) { shadowPrefix = shadowPrefix.substring(0, SALT_LEN_MAX); } } else { java.util.Random randgen = new java.security.SecureRandom(); StringBuilder saltBuf = new StringBuilder(); while (saltBuf.length() < 16) { int index = (int) (randgen.nextFloat() * SALTCHARS.length()); saltBuf.append(SALTCHARS, index, index + 1); } shadowPrefix = saltBuf.toString(); } byte[] key = password.getBytes(); byte[] salts = shadowPrefix.getBytes(); ctx.reset(); ctx.update(key, 0, key.length); ctx.update(salts, 0, salts.length); alt_ctx.reset(); alt_ctx.update(key, 0, key.length); alt_ctx.update(salts, 0, salts.length); alt_ctx.update(key, 0, key.length); alt_result = alt_ctx.digest(); for (cnt = key.length; cnt > 64; cnt -= 64) { ctx.update(alt_result, 0, 64); } ctx.update(alt_result, 0, cnt); for (cnt = key.length; cnt > 0; cnt >>= 1) { if ((cnt & 1) != 0) { ctx.update(alt_result, 0, 64); } else { ctx.update(key, 0, key.length); } } alt_result = ctx.digest(); alt_ctx.reset(); for (cnt = 0; cnt < key.length; ++cnt) { alt_ctx.update(key, 0, key.length); } temp_result = alt_ctx.digest(); p_bytes = new byte[key.length]; for (cnt2 = 0, cnt = p_bytes.length; cnt >= 64; cnt -= 64) { System.arraycopy(temp_result, 0, p_bytes, cnt2, 64); cnt2 += 64; } System.arraycopy(temp_result, 0, p_bytes, cnt2, cnt); alt_ctx.reset(); for (cnt = 0; cnt < 16 + (alt_result[0] & 0xFF); ++cnt) { alt_ctx.update(salts, 0, salts.length); } temp_result = alt_ctx.digest(); s_bytes = new byte[salts.length]; for (cnt2 = 0, cnt = s_bytes.length; cnt >= 64; cnt -= 64) { System.arraycopy(temp_result, 0, s_bytes, cnt2, 64); cnt2 += 64; } System.arraycopy(temp_result, 0, s_bytes, cnt2, cnt); for (cnt = 0; cnt < rounds; ++cnt) { ctx.reset(); if ((cnt & 1) != 0) { ctx.update(p_bytes, 0, key.length); } else { ctx.update(alt_result, 0, 64); } if (cnt % 3 != 0) { ctx.update(s_bytes, 0, salts.length); } if (cnt % 7 != 0) { ctx.update(p_bytes, 0, key.length); } if ((cnt & 1) != 0) { ctx.update(alt_result, 0, 64); } else { ctx.update(p_bytes, 0, key.length); } alt_result = ctx.digest(); } buffer = new StringBuilder(sha512_salt_prefix); if (rounds != 5000) { buffer.append(sha512_rounds_prefix); buffer.append(rounds); buffer.append("$"); } buffer.append(shadowPrefix); buffer.append("$"); buffer.append(b64_from_24bit(alt_result[0], alt_result[21], alt_result[42], 4)); buffer.append(b64_from_24bit(alt_result[22], alt_result[43], alt_result[1], 4)); buffer.append(b64_from_24bit(alt_result[44], alt_result[2], alt_result[23], 4)); buffer.append(b64_from_24bit(alt_result[3], alt_result[24], alt_result[45], 4)); buffer.append(b64_from_24bit(alt_result[25], alt_result[46], alt_result[4], 4)); buffer.append(b64_from_24bit(alt_result[47], alt_result[5], alt_result[26], 4)); buffer.append(b64_from_24bit(alt_result[6], alt_result[27], alt_result[48], 4)); buffer.append(b64_from_24bit(alt_result[28], alt_result[49], alt_result[7], 4)); buffer.append(b64_from_24bit(alt_result[50], alt_result[8], alt_result[29], 4)); buffer.append(b64_from_24bit(alt_result[9], alt_result[30], alt_result[51], 4)); buffer.append(b64_from_24bit(alt_result[31], alt_result[52], alt_result[10], 4)); buffer.append(b64_from_24bit(alt_result[53], alt_result[11], alt_result[32], 4)); buffer.append(b64_from_24bit(alt_result[12], alt_result[33], alt_result[54], 4)); buffer.append(b64_from_24bit(alt_result[34], alt_result[55], alt_result[13], 4)); buffer.append(b64_from_24bit(alt_result[56], alt_result[14], alt_result[35], 4)); buffer.append(b64_from_24bit(alt_result[15], alt_result[36], alt_result[57], 4)); buffer.append(b64_from_24bit(alt_result[37], alt_result[58], alt_result[16], 4)); buffer.append(b64_from_24bit(alt_result[59], alt_result[17], alt_result[38], 4)); buffer.append(b64_from_24bit(alt_result[18], alt_result[39], alt_result[60], 4)); buffer.append(b64_from_24bit(alt_result[40], alt_result[61], alt_result[19], 4)); buffer.append(b64_from_24bit(alt_result[62], alt_result[20], alt_result[41], 4)); buffer.append(b64_from_24bit((byte) 0x00, (byte) 0x00, alt_result[63], 2)); ctx.reset(); return buffer.toString(); } }
Sha512Crypt { static String makeShadowLine(String password, @Nullable String shadowPrefix) { MessageDigest ctx = sha512(); MessageDigest alt_ctx = sha512(); byte[] alt_result; byte[] temp_result; byte[] p_bytes = null; byte[] s_bytes = null; int cnt; int cnt2; int rounds = ROUNDS_DEFAULT; StringBuilder buffer; if (shadowPrefix != null) { if (shadowPrefix.startsWith(sha512_salt_prefix)) { shadowPrefix = shadowPrefix.substring(sha512_salt_prefix.length()); } if (shadowPrefix.startsWith(sha512_rounds_prefix)) { String num = shadowPrefix.substring(sha512_rounds_prefix.length(), shadowPrefix.indexOf('$')); int srounds = Integer.parseInt(num); shadowPrefix = shadowPrefix.substring(shadowPrefix.indexOf('$') + 1); rounds = Math.max(ROUNDS_MIN, Math.min(srounds, ROUNDS_MAX)); } if (shadowPrefix.length() > SALT_LEN_MAX) { shadowPrefix = shadowPrefix.substring(0, SALT_LEN_MAX); } } else { java.util.Random randgen = new java.security.SecureRandom(); StringBuilder saltBuf = new StringBuilder(); while (saltBuf.length() < 16) { int index = (int) (randgen.nextFloat() * SALTCHARS.length()); saltBuf.append(SALTCHARS, index, index + 1); } shadowPrefix = saltBuf.toString(); } byte[] key = password.getBytes(); byte[] salts = shadowPrefix.getBytes(); ctx.reset(); ctx.update(key, 0, key.length); ctx.update(salts, 0, salts.length); alt_ctx.reset(); alt_ctx.update(key, 0, key.length); alt_ctx.update(salts, 0, salts.length); alt_ctx.update(key, 0, key.length); alt_result = alt_ctx.digest(); for (cnt = key.length; cnt > 64; cnt -= 64) { ctx.update(alt_result, 0, 64); } ctx.update(alt_result, 0, cnt); for (cnt = key.length; cnt > 0; cnt >>= 1) { if ((cnt & 1) != 0) { ctx.update(alt_result, 0, 64); } else { ctx.update(key, 0, key.length); } } alt_result = ctx.digest(); alt_ctx.reset(); for (cnt = 0; cnt < key.length; ++cnt) { alt_ctx.update(key, 0, key.length); } temp_result = alt_ctx.digest(); p_bytes = new byte[key.length]; for (cnt2 = 0, cnt = p_bytes.length; cnt >= 64; cnt -= 64) { System.arraycopy(temp_result, 0, p_bytes, cnt2, 64); cnt2 += 64; } System.arraycopy(temp_result, 0, p_bytes, cnt2, cnt); alt_ctx.reset(); for (cnt = 0; cnt < 16 + (alt_result[0] & 0xFF); ++cnt) { alt_ctx.update(salts, 0, salts.length); } temp_result = alt_ctx.digest(); s_bytes = new byte[salts.length]; for (cnt2 = 0, cnt = s_bytes.length; cnt >= 64; cnt -= 64) { System.arraycopy(temp_result, 0, s_bytes, cnt2, 64); cnt2 += 64; } System.arraycopy(temp_result, 0, s_bytes, cnt2, cnt); for (cnt = 0; cnt < rounds; ++cnt) { ctx.reset(); if ((cnt & 1) != 0) { ctx.update(p_bytes, 0, key.length); } else { ctx.update(alt_result, 0, 64); } if (cnt % 3 != 0) { ctx.update(s_bytes, 0, salts.length); } if (cnt % 7 != 0) { ctx.update(p_bytes, 0, key.length); } if ((cnt & 1) != 0) { ctx.update(alt_result, 0, 64); } else { ctx.update(p_bytes, 0, key.length); } alt_result = ctx.digest(); } buffer = new StringBuilder(sha512_salt_prefix); if (rounds != 5000) { buffer.append(sha512_rounds_prefix); buffer.append(rounds); buffer.append("$"); } buffer.append(shadowPrefix); buffer.append("$"); buffer.append(b64_from_24bit(alt_result[0], alt_result[21], alt_result[42], 4)); buffer.append(b64_from_24bit(alt_result[22], alt_result[43], alt_result[1], 4)); buffer.append(b64_from_24bit(alt_result[44], alt_result[2], alt_result[23], 4)); buffer.append(b64_from_24bit(alt_result[3], alt_result[24], alt_result[45], 4)); buffer.append(b64_from_24bit(alt_result[25], alt_result[46], alt_result[4], 4)); buffer.append(b64_from_24bit(alt_result[47], alt_result[5], alt_result[26], 4)); buffer.append(b64_from_24bit(alt_result[6], alt_result[27], alt_result[48], 4)); buffer.append(b64_from_24bit(alt_result[28], alt_result[49], alt_result[7], 4)); buffer.append(b64_from_24bit(alt_result[50], alt_result[8], alt_result[29], 4)); buffer.append(b64_from_24bit(alt_result[9], alt_result[30], alt_result[51], 4)); buffer.append(b64_from_24bit(alt_result[31], alt_result[52], alt_result[10], 4)); buffer.append(b64_from_24bit(alt_result[53], alt_result[11], alt_result[32], 4)); buffer.append(b64_from_24bit(alt_result[12], alt_result[33], alt_result[54], 4)); buffer.append(b64_from_24bit(alt_result[34], alt_result[55], alt_result[13], 4)); buffer.append(b64_from_24bit(alt_result[56], alt_result[14], alt_result[35], 4)); buffer.append(b64_from_24bit(alt_result[15], alt_result[36], alt_result[57], 4)); buffer.append(b64_from_24bit(alt_result[37], alt_result[58], alt_result[16], 4)); buffer.append(b64_from_24bit(alt_result[59], alt_result[17], alt_result[38], 4)); buffer.append(b64_from_24bit(alt_result[18], alt_result[39], alt_result[60], 4)); buffer.append(b64_from_24bit(alt_result[40], alt_result[61], alt_result[19], 4)); buffer.append(b64_from_24bit(alt_result[62], alt_result[20], alt_result[41], 4)); buffer.append(b64_from_24bit((byte) 0x00, (byte) 0x00, alt_result[63], 2)); ctx.reset(); return buffer.toString(); } static com.google.common.base.Function<String, String> function(); }
Sha512Crypt { static String makeShadowLine(String password, @Nullable String shadowPrefix) { MessageDigest ctx = sha512(); MessageDigest alt_ctx = sha512(); byte[] alt_result; byte[] temp_result; byte[] p_bytes = null; byte[] s_bytes = null; int cnt; int cnt2; int rounds = ROUNDS_DEFAULT; StringBuilder buffer; if (shadowPrefix != null) { if (shadowPrefix.startsWith(sha512_salt_prefix)) { shadowPrefix = shadowPrefix.substring(sha512_salt_prefix.length()); } if (shadowPrefix.startsWith(sha512_rounds_prefix)) { String num = shadowPrefix.substring(sha512_rounds_prefix.length(), shadowPrefix.indexOf('$')); int srounds = Integer.parseInt(num); shadowPrefix = shadowPrefix.substring(shadowPrefix.indexOf('$') + 1); rounds = Math.max(ROUNDS_MIN, Math.min(srounds, ROUNDS_MAX)); } if (shadowPrefix.length() > SALT_LEN_MAX) { shadowPrefix = shadowPrefix.substring(0, SALT_LEN_MAX); } } else { java.util.Random randgen = new java.security.SecureRandom(); StringBuilder saltBuf = new StringBuilder(); while (saltBuf.length() < 16) { int index = (int) (randgen.nextFloat() * SALTCHARS.length()); saltBuf.append(SALTCHARS, index, index + 1); } shadowPrefix = saltBuf.toString(); } byte[] key = password.getBytes(); byte[] salts = shadowPrefix.getBytes(); ctx.reset(); ctx.update(key, 0, key.length); ctx.update(salts, 0, salts.length); alt_ctx.reset(); alt_ctx.update(key, 0, key.length); alt_ctx.update(salts, 0, salts.length); alt_ctx.update(key, 0, key.length); alt_result = alt_ctx.digest(); for (cnt = key.length; cnt > 64; cnt -= 64) { ctx.update(alt_result, 0, 64); } ctx.update(alt_result, 0, cnt); for (cnt = key.length; cnt > 0; cnt >>= 1) { if ((cnt & 1) != 0) { ctx.update(alt_result, 0, 64); } else { ctx.update(key, 0, key.length); } } alt_result = ctx.digest(); alt_ctx.reset(); for (cnt = 0; cnt < key.length; ++cnt) { alt_ctx.update(key, 0, key.length); } temp_result = alt_ctx.digest(); p_bytes = new byte[key.length]; for (cnt2 = 0, cnt = p_bytes.length; cnt >= 64; cnt -= 64) { System.arraycopy(temp_result, 0, p_bytes, cnt2, 64); cnt2 += 64; } System.arraycopy(temp_result, 0, p_bytes, cnt2, cnt); alt_ctx.reset(); for (cnt = 0; cnt < 16 + (alt_result[0] & 0xFF); ++cnt) { alt_ctx.update(salts, 0, salts.length); } temp_result = alt_ctx.digest(); s_bytes = new byte[salts.length]; for (cnt2 = 0, cnt = s_bytes.length; cnt >= 64; cnt -= 64) { System.arraycopy(temp_result, 0, s_bytes, cnt2, 64); cnt2 += 64; } System.arraycopy(temp_result, 0, s_bytes, cnt2, cnt); for (cnt = 0; cnt < rounds; ++cnt) { ctx.reset(); if ((cnt & 1) != 0) { ctx.update(p_bytes, 0, key.length); } else { ctx.update(alt_result, 0, 64); } if (cnt % 3 != 0) { ctx.update(s_bytes, 0, salts.length); } if (cnt % 7 != 0) { ctx.update(p_bytes, 0, key.length); } if ((cnt & 1) != 0) { ctx.update(alt_result, 0, 64); } else { ctx.update(p_bytes, 0, key.length); } alt_result = ctx.digest(); } buffer = new StringBuilder(sha512_salt_prefix); if (rounds != 5000) { buffer.append(sha512_rounds_prefix); buffer.append(rounds); buffer.append("$"); } buffer.append(shadowPrefix); buffer.append("$"); buffer.append(b64_from_24bit(alt_result[0], alt_result[21], alt_result[42], 4)); buffer.append(b64_from_24bit(alt_result[22], alt_result[43], alt_result[1], 4)); buffer.append(b64_from_24bit(alt_result[44], alt_result[2], alt_result[23], 4)); buffer.append(b64_from_24bit(alt_result[3], alt_result[24], alt_result[45], 4)); buffer.append(b64_from_24bit(alt_result[25], alt_result[46], alt_result[4], 4)); buffer.append(b64_from_24bit(alt_result[47], alt_result[5], alt_result[26], 4)); buffer.append(b64_from_24bit(alt_result[6], alt_result[27], alt_result[48], 4)); buffer.append(b64_from_24bit(alt_result[28], alt_result[49], alt_result[7], 4)); buffer.append(b64_from_24bit(alt_result[50], alt_result[8], alt_result[29], 4)); buffer.append(b64_from_24bit(alt_result[9], alt_result[30], alt_result[51], 4)); buffer.append(b64_from_24bit(alt_result[31], alt_result[52], alt_result[10], 4)); buffer.append(b64_from_24bit(alt_result[53], alt_result[11], alt_result[32], 4)); buffer.append(b64_from_24bit(alt_result[12], alt_result[33], alt_result[54], 4)); buffer.append(b64_from_24bit(alt_result[34], alt_result[55], alt_result[13], 4)); buffer.append(b64_from_24bit(alt_result[56], alt_result[14], alt_result[35], 4)); buffer.append(b64_from_24bit(alt_result[15], alt_result[36], alt_result[57], 4)); buffer.append(b64_from_24bit(alt_result[37], alt_result[58], alt_result[16], 4)); buffer.append(b64_from_24bit(alt_result[59], alt_result[17], alt_result[38], 4)); buffer.append(b64_from_24bit(alt_result[18], alt_result[39], alt_result[60], 4)); buffer.append(b64_from_24bit(alt_result[40], alt_result[61], alt_result[19], 4)); buffer.append(b64_from_24bit(alt_result[62], alt_result[20], alt_result[41], 4)); buffer.append(b64_from_24bit((byte) 0x00, (byte) 0x00, alt_result[63], 2)); ctx.reset(); return buffer.toString(); } static com.google.common.base.Function<String, String> function(); }
@Test public void testPublicKeyDoesNotGenerateAuthorizePublicKeyStatementIfOnlyPublicKeyOptionsConfigured() { Map<String, String> keys = SshKeys.generate(); TemplateOptions options = TemplateOptions.Builder.authorizePublicKey(keys.get("public")); NodeAndTemplateOptionsToStatementWithoutPublicKey function = new NodeAndTemplateOptionsToStatementWithoutPublicKey(); assertNull(function.apply(null, options)); }
@Override public Statement apply(NodeMetadata node, TemplateOptions options) { ImmutableList.Builder<Statement> builder = ImmutableList.builder(); if (options.getRunScript() != null) { builder.add(options.getRunScript()); } if (options.getPrivateKey() != null) { builder.add(new InstallRSAPrivateKey(options.getPrivateKey())); } ImmutableList<Statement> bootstrap = builder.build(); if (!bootstrap.isEmpty()) { if (options.getTaskName() == null && !(options.getRunScript() instanceof InitScript)) { options.nameTask("bootstrap"); } return bootstrap.size() == 1 ? bootstrap.get(0) : new StatementList(bootstrap); } return null; }
NodeAndTemplateOptionsToStatementWithoutPublicKey implements NodeAndTemplateOptionsToStatement { @Override public Statement apply(NodeMetadata node, TemplateOptions options) { ImmutableList.Builder<Statement> builder = ImmutableList.builder(); if (options.getRunScript() != null) { builder.add(options.getRunScript()); } if (options.getPrivateKey() != null) { builder.add(new InstallRSAPrivateKey(options.getPrivateKey())); } ImmutableList<Statement> bootstrap = builder.build(); if (!bootstrap.isEmpty()) { if (options.getTaskName() == null && !(options.getRunScript() instanceof InitScript)) { options.nameTask("bootstrap"); } return bootstrap.size() == 1 ? bootstrap.get(0) : new StatementList(bootstrap); } return null; } }
NodeAndTemplateOptionsToStatementWithoutPublicKey implements NodeAndTemplateOptionsToStatement { @Override public Statement apply(NodeMetadata node, TemplateOptions options) { ImmutableList.Builder<Statement> builder = ImmutableList.builder(); if (options.getRunScript() != null) { builder.add(options.getRunScript()); } if (options.getPrivateKey() != null) { builder.add(new InstallRSAPrivateKey(options.getPrivateKey())); } ImmutableList<Statement> bootstrap = builder.build(); if (!bootstrap.isEmpty()) { if (options.getTaskName() == null && !(options.getRunScript() instanceof InitScript)) { options.nameTask("bootstrap"); } return bootstrap.size() == 1 ? bootstrap.get(0) : new StatementList(bootstrap); } return null; } }
NodeAndTemplateOptionsToStatementWithoutPublicKey implements NodeAndTemplateOptionsToStatement { @Override public Statement apply(NodeMetadata node, TemplateOptions options) { ImmutableList.Builder<Statement> builder = ImmutableList.builder(); if (options.getRunScript() != null) { builder.add(options.getRunScript()); } if (options.getPrivateKey() != null) { builder.add(new InstallRSAPrivateKey(options.getPrivateKey())); } ImmutableList<Statement> bootstrap = builder.build(); if (!bootstrap.isEmpty()) { if (options.getTaskName() == null && !(options.getRunScript() instanceof InitScript)) { options.nameTask("bootstrap"); } return bootstrap.size() == 1 ? bootstrap.get(0) : new StatementList(bootstrap); } return null; } @Override Statement apply(NodeMetadata node, TemplateOptions options); }
NodeAndTemplateOptionsToStatementWithoutPublicKey implements NodeAndTemplateOptionsToStatement { @Override public Statement apply(NodeMetadata node, TemplateOptions options) { ImmutableList.Builder<Statement> builder = ImmutableList.builder(); if (options.getRunScript() != null) { builder.add(options.getRunScript()); } if (options.getPrivateKey() != null) { builder.add(new InstallRSAPrivateKey(options.getPrivateKey())); } ImmutableList<Statement> bootstrap = builder.build(); if (!bootstrap.isEmpty()) { if (options.getTaskName() == null && !(options.getRunScript() instanceof InitScript)) { options.nameTask("bootstrap"); } return bootstrap.size() == 1 ? bootstrap.get(0) : new StatementList(bootstrap); } return null; } @Override Statement apply(NodeMetadata node, TemplateOptions options); }
@Test public void testPublicAndRunScriptKeyDoesNotGenerateAuthorizePublicKeyStatementIfRunScriptPresent() { Map<String, String> keys = SshKeys.generate(); TemplateOptions options = TemplateOptions.Builder.authorizePublicKey(keys.get("public")).runScript("uptime"); NodeAndTemplateOptionsToStatementWithoutPublicKey function = new NodeAndTemplateOptionsToStatementWithoutPublicKey(); Statement statement = function.apply(null, options); assertEquals(statement.render(OsFamily.UNIX), "uptime\n"); }
@Override public Statement apply(NodeMetadata node, TemplateOptions options) { ImmutableList.Builder<Statement> builder = ImmutableList.builder(); if (options.getRunScript() != null) { builder.add(options.getRunScript()); } if (options.getPrivateKey() != null) { builder.add(new InstallRSAPrivateKey(options.getPrivateKey())); } ImmutableList<Statement> bootstrap = builder.build(); if (!bootstrap.isEmpty()) { if (options.getTaskName() == null && !(options.getRunScript() instanceof InitScript)) { options.nameTask("bootstrap"); } return bootstrap.size() == 1 ? bootstrap.get(0) : new StatementList(bootstrap); } return null; }
NodeAndTemplateOptionsToStatementWithoutPublicKey implements NodeAndTemplateOptionsToStatement { @Override public Statement apply(NodeMetadata node, TemplateOptions options) { ImmutableList.Builder<Statement> builder = ImmutableList.builder(); if (options.getRunScript() != null) { builder.add(options.getRunScript()); } if (options.getPrivateKey() != null) { builder.add(new InstallRSAPrivateKey(options.getPrivateKey())); } ImmutableList<Statement> bootstrap = builder.build(); if (!bootstrap.isEmpty()) { if (options.getTaskName() == null && !(options.getRunScript() instanceof InitScript)) { options.nameTask("bootstrap"); } return bootstrap.size() == 1 ? bootstrap.get(0) : new StatementList(bootstrap); } return null; } }
NodeAndTemplateOptionsToStatementWithoutPublicKey implements NodeAndTemplateOptionsToStatement { @Override public Statement apply(NodeMetadata node, TemplateOptions options) { ImmutableList.Builder<Statement> builder = ImmutableList.builder(); if (options.getRunScript() != null) { builder.add(options.getRunScript()); } if (options.getPrivateKey() != null) { builder.add(new InstallRSAPrivateKey(options.getPrivateKey())); } ImmutableList<Statement> bootstrap = builder.build(); if (!bootstrap.isEmpty()) { if (options.getTaskName() == null && !(options.getRunScript() instanceof InitScript)) { options.nameTask("bootstrap"); } return bootstrap.size() == 1 ? bootstrap.get(0) : new StatementList(bootstrap); } return null; } }
NodeAndTemplateOptionsToStatementWithoutPublicKey implements NodeAndTemplateOptionsToStatement { @Override public Statement apply(NodeMetadata node, TemplateOptions options) { ImmutableList.Builder<Statement> builder = ImmutableList.builder(); if (options.getRunScript() != null) { builder.add(options.getRunScript()); } if (options.getPrivateKey() != null) { builder.add(new InstallRSAPrivateKey(options.getPrivateKey())); } ImmutableList<Statement> bootstrap = builder.build(); if (!bootstrap.isEmpty()) { if (options.getTaskName() == null && !(options.getRunScript() instanceof InitScript)) { options.nameTask("bootstrap"); } return bootstrap.size() == 1 ? bootstrap.get(0) : new StatementList(bootstrap); } return null; } @Override Statement apply(NodeMetadata node, TemplateOptions options); }
NodeAndTemplateOptionsToStatementWithoutPublicKey implements NodeAndTemplateOptionsToStatement { @Override public Statement apply(NodeMetadata node, TemplateOptions options) { ImmutableList.Builder<Statement> builder = ImmutableList.builder(); if (options.getRunScript() != null) { builder.add(options.getRunScript()); } if (options.getPrivateKey() != null) { builder.add(new InstallRSAPrivateKey(options.getPrivateKey())); } ImmutableList<Statement> bootstrap = builder.build(); if (!bootstrap.isEmpty()) { if (options.getTaskName() == null && !(options.getRunScript() instanceof InitScript)) { options.nameTask("bootstrap"); } return bootstrap.size() == 1 ? bootstrap.get(0) : new StatementList(bootstrap); } return null; } @Override Statement apply(NodeMetadata node, TemplateOptions options); }
@Test public void testPublicAndPrivateKeyAndRunScriptDoesNotGenerateAuthorizePublicKeyStatementIfOtherOptionsPresent() { Map<String, String> keys = SshKeys.generate(); TemplateOptions options = TemplateOptions.Builder.authorizePublicKey(keys.get("public")) .installPrivateKey(keys.get("private")).runScript("uptime"); NodeAndTemplateOptionsToStatementWithoutPublicKey function = new NodeAndTemplateOptionsToStatementWithoutPublicKey(); Statement statement = function.apply(null, options); assertTrue(statement instanceof StatementList); StatementList statements = (StatementList) statement; assertEquals(statements.size(), 2); assertEquals(statements.get(0).render(OsFamily.UNIX), "uptime\n"); assertTrue(statements.get(1) instanceof InstallRSAPrivateKey); }
@Override public Statement apply(NodeMetadata node, TemplateOptions options) { ImmutableList.Builder<Statement> builder = ImmutableList.builder(); if (options.getRunScript() != null) { builder.add(options.getRunScript()); } if (options.getPrivateKey() != null) { builder.add(new InstallRSAPrivateKey(options.getPrivateKey())); } ImmutableList<Statement> bootstrap = builder.build(); if (!bootstrap.isEmpty()) { if (options.getTaskName() == null && !(options.getRunScript() instanceof InitScript)) { options.nameTask("bootstrap"); } return bootstrap.size() == 1 ? bootstrap.get(0) : new StatementList(bootstrap); } return null; }
NodeAndTemplateOptionsToStatementWithoutPublicKey implements NodeAndTemplateOptionsToStatement { @Override public Statement apply(NodeMetadata node, TemplateOptions options) { ImmutableList.Builder<Statement> builder = ImmutableList.builder(); if (options.getRunScript() != null) { builder.add(options.getRunScript()); } if (options.getPrivateKey() != null) { builder.add(new InstallRSAPrivateKey(options.getPrivateKey())); } ImmutableList<Statement> bootstrap = builder.build(); if (!bootstrap.isEmpty()) { if (options.getTaskName() == null && !(options.getRunScript() instanceof InitScript)) { options.nameTask("bootstrap"); } return bootstrap.size() == 1 ? bootstrap.get(0) : new StatementList(bootstrap); } return null; } }
NodeAndTemplateOptionsToStatementWithoutPublicKey implements NodeAndTemplateOptionsToStatement { @Override public Statement apply(NodeMetadata node, TemplateOptions options) { ImmutableList.Builder<Statement> builder = ImmutableList.builder(); if (options.getRunScript() != null) { builder.add(options.getRunScript()); } if (options.getPrivateKey() != null) { builder.add(new InstallRSAPrivateKey(options.getPrivateKey())); } ImmutableList<Statement> bootstrap = builder.build(); if (!bootstrap.isEmpty()) { if (options.getTaskName() == null && !(options.getRunScript() instanceof InitScript)) { options.nameTask("bootstrap"); } return bootstrap.size() == 1 ? bootstrap.get(0) : new StatementList(bootstrap); } return null; } }
NodeAndTemplateOptionsToStatementWithoutPublicKey implements NodeAndTemplateOptionsToStatement { @Override public Statement apply(NodeMetadata node, TemplateOptions options) { ImmutableList.Builder<Statement> builder = ImmutableList.builder(); if (options.getRunScript() != null) { builder.add(options.getRunScript()); } if (options.getPrivateKey() != null) { builder.add(new InstallRSAPrivateKey(options.getPrivateKey())); } ImmutableList<Statement> bootstrap = builder.build(); if (!bootstrap.isEmpty()) { if (options.getTaskName() == null && !(options.getRunScript() instanceof InitScript)) { options.nameTask("bootstrap"); } return bootstrap.size() == 1 ? bootstrap.get(0) : new StatementList(bootstrap); } return null; } @Override Statement apply(NodeMetadata node, TemplateOptions options); }
NodeAndTemplateOptionsToStatementWithoutPublicKey implements NodeAndTemplateOptionsToStatement { @Override public Statement apply(NodeMetadata node, TemplateOptions options) { ImmutableList.Builder<Statement> builder = ImmutableList.builder(); if (options.getRunScript() != null) { builder.add(options.getRunScript()); } if (options.getPrivateKey() != null) { builder.add(new InstallRSAPrivateKey(options.getPrivateKey())); } ImmutableList<Statement> bootstrap = builder.build(); if (!bootstrap.isEmpty()) { if (options.getTaskName() == null && !(options.getRunScript() instanceof InitScript)) { options.nameTask("bootstrap"); } return bootstrap.size() == 1 ? bootstrap.get(0) : new StatementList(bootstrap); } return null; } @Override Statement apply(NodeMetadata node, TemplateOptions options); }
@Test(expectedExceptions = IllegalStateException.class, expectedExceptionsMessageRegExp = "node\\(id\\) didn't achieve the status running; aborting after 0 seconds with final status: PENDING") public void testIllegalStateExceptionWhenNodeStillPending() { final NodeMetadata pendingNode = new NodeMetadataBuilder().ids("id").status(Status.PENDING).build(); Predicate<AtomicReference<NodeMetadata>> nodeRunning = new Predicate<AtomicReference<NodeMetadata>>() { @Override public boolean apply(AtomicReference<NodeMetadata> input) { assertEquals(input.get(), pendingNode); return false; } }; AtomicReference<NodeMetadata> atomicNode = Atomics.newReference(pendingNode); try { new PollNodeRunning(nodeRunning).apply(atomicNode); } finally { assertEquals(atomicNode.get(), pendingNode); } }
@Override public AtomicReference<NodeMetadata> apply(AtomicReference<NodeMetadata> node) throws IllegalStateException { String originalId = node.get().getId(); NodeMetadata originalNode = node.get(); try { Stopwatch stopwatch = Stopwatch.createStarted(); if (!nodeRunning.apply(node)) { long timeWaited = stopwatch.elapsed(TimeUnit.MILLISECONDS); if (node.get() == null) { node.set(originalNode); throw new IllegalStateException(format("api response for node(%s) was null", originalId)); } else { throw new IllegalStateException(format( "node(%s) didn't achieve the status running; aborting after %d seconds with final status: %s", originalId, timeWaited / 1000, formatStatus(node.get()))); } } } catch (IllegalStateException e) { if (node.get().getStatus() == Status.TERMINATED) { throw new IllegalStateException(format("node(%s) terminated", originalId)); } else { throw propagate(e); } } return node; }
PollNodeRunning implements Function<AtomicReference<NodeMetadata>, AtomicReference<NodeMetadata>> { @Override public AtomicReference<NodeMetadata> apply(AtomicReference<NodeMetadata> node) throws IllegalStateException { String originalId = node.get().getId(); NodeMetadata originalNode = node.get(); try { Stopwatch stopwatch = Stopwatch.createStarted(); if (!nodeRunning.apply(node)) { long timeWaited = stopwatch.elapsed(TimeUnit.MILLISECONDS); if (node.get() == null) { node.set(originalNode); throw new IllegalStateException(format("api response for node(%s) was null", originalId)); } else { throw new IllegalStateException(format( "node(%s) didn't achieve the status running; aborting after %d seconds with final status: %s", originalId, timeWaited / 1000, formatStatus(node.get()))); } } } catch (IllegalStateException e) { if (node.get().getStatus() == Status.TERMINATED) { throw new IllegalStateException(format("node(%s) terminated", originalId)); } else { throw propagate(e); } } return node; } }
PollNodeRunning implements Function<AtomicReference<NodeMetadata>, AtomicReference<NodeMetadata>> { @Override public AtomicReference<NodeMetadata> apply(AtomicReference<NodeMetadata> node) throws IllegalStateException { String originalId = node.get().getId(); NodeMetadata originalNode = node.get(); try { Stopwatch stopwatch = Stopwatch.createStarted(); if (!nodeRunning.apply(node)) { long timeWaited = stopwatch.elapsed(TimeUnit.MILLISECONDS); if (node.get() == null) { node.set(originalNode); throw new IllegalStateException(format("api response for node(%s) was null", originalId)); } else { throw new IllegalStateException(format( "node(%s) didn't achieve the status running; aborting after %d seconds with final status: %s", originalId, timeWaited / 1000, formatStatus(node.get()))); } } } catch (IllegalStateException e) { if (node.get().getStatus() == Status.TERMINATED) { throw new IllegalStateException(format("node(%s) terminated", originalId)); } else { throw propagate(e); } } return node; } @Inject PollNodeRunning(@Named(TIMEOUT_NODE_RUNNING) Predicate<AtomicReference<NodeMetadata>> nodeRunning); }
PollNodeRunning implements Function<AtomicReference<NodeMetadata>, AtomicReference<NodeMetadata>> { @Override public AtomicReference<NodeMetadata> apply(AtomicReference<NodeMetadata> node) throws IllegalStateException { String originalId = node.get().getId(); NodeMetadata originalNode = node.get(); try { Stopwatch stopwatch = Stopwatch.createStarted(); if (!nodeRunning.apply(node)) { long timeWaited = stopwatch.elapsed(TimeUnit.MILLISECONDS); if (node.get() == null) { node.set(originalNode); throw new IllegalStateException(format("api response for node(%s) was null", originalId)); } else { throw new IllegalStateException(format( "node(%s) didn't achieve the status running; aborting after %d seconds with final status: %s", originalId, timeWaited / 1000, formatStatus(node.get()))); } } } catch (IllegalStateException e) { if (node.get().getStatus() == Status.TERMINATED) { throw new IllegalStateException(format("node(%s) terminated", originalId)); } else { throw propagate(e); } } return node; } @Inject PollNodeRunning(@Named(TIMEOUT_NODE_RUNNING) Predicate<AtomicReference<NodeMetadata>> nodeRunning); @Override AtomicReference<NodeMetadata> apply(AtomicReference<NodeMetadata> node); }
PollNodeRunning implements Function<AtomicReference<NodeMetadata>, AtomicReference<NodeMetadata>> { @Override public AtomicReference<NodeMetadata> apply(AtomicReference<NodeMetadata> node) throws IllegalStateException { String originalId = node.get().getId(); NodeMetadata originalNode = node.get(); try { Stopwatch stopwatch = Stopwatch.createStarted(); if (!nodeRunning.apply(node)) { long timeWaited = stopwatch.elapsed(TimeUnit.MILLISECONDS); if (node.get() == null) { node.set(originalNode); throw new IllegalStateException(format("api response for node(%s) was null", originalId)); } else { throw new IllegalStateException(format( "node(%s) didn't achieve the status running; aborting after %d seconds with final status: %s", originalId, timeWaited / 1000, formatStatus(node.get()))); } } } catch (IllegalStateException e) { if (node.get().getStatus() == Status.TERMINATED) { throw new IllegalStateException(format("node(%s) terminated", originalId)); } else { throw propagate(e); } } return node; } @Inject PollNodeRunning(@Named(TIMEOUT_NODE_RUNNING) Predicate<AtomicReference<NodeMetadata>> nodeRunning); @Override AtomicReference<NodeMetadata> apply(AtomicReference<NodeMetadata> node); }
@Test(expectedExceptions = AuthorizationException.class) public void testPropateConvertsAuthException() { ssh.propagate(new JSchException("Auth fail"), ""); }
SshException propagate(Exception e, String message) { message += ": " + e.getMessage(); if (e.getMessage() != null && e.getMessage().indexOf("Auth fail") != -1) throw new AuthorizationException("(" + toString() + ") " + message, e); throw e instanceof SshException ? SshException.class.cast(e) : new SshException( "(" + toString() + ") " + message, e); }
JschSshClient implements SshClient { SshException propagate(Exception e, String message) { message += ": " + e.getMessage(); if (e.getMessage() != null && e.getMessage().indexOf("Auth fail") != -1) throw new AuthorizationException("(" + toString() + ") " + message, e); throw e instanceof SshException ? SshException.class.cast(e) : new SshException( "(" + toString() + ") " + message, e); } }
JschSshClient implements SshClient { SshException propagate(Exception e, String message) { message += ": " + e.getMessage(); if (e.getMessage() != null && e.getMessage().indexOf("Auth fail") != -1) throw new AuthorizationException("(" + toString() + ") " + message, e); throw e instanceof SshException ? SshException.class.cast(e) : new SshException( "(" + toString() + ") " + message, e); } JschSshClient(ProxyConfig proxyConfig, BackoffLimitedRetryHandler backoffLimitedRetryHandler, HostAndPort socket, LoginCredentials loginCredentials, int timeout, Optional<Connector> agentConnector); }
JschSshClient implements SshClient { SshException propagate(Exception e, String message) { message += ": " + e.getMessage(); if (e.getMessage() != null && e.getMessage().indexOf("Auth fail") != -1) throw new AuthorizationException("(" + toString() + ") " + message, e); throw e instanceof SshException ? SshException.class.cast(e) : new SshException( "(" + toString() + ") " + message, e); } JschSshClient(ProxyConfig proxyConfig, BackoffLimitedRetryHandler backoffLimitedRetryHandler, HostAndPort socket, LoginCredentials loginCredentials, int timeout, Optional<Connector> agentConnector); @Override void put(String path, String contents); void connect(); Payload get(String path); @Override void put(String path, Payload contents); @Override String toString(); @Override @PreDestroy void disconnect(); @Override boolean isConnected(); ExecResponse exec(String command); @Override String getHostAddress(); @Override String getUsername(); @Override ExecChannel execChannel(String command); }
JschSshClient implements SshClient { SshException propagate(Exception e, String message) { message += ": " + e.getMessage(); if (e.getMessage() != null && e.getMessage().indexOf("Auth fail") != -1) throw new AuthorizationException("(" + toString() + ") " + message, e); throw e instanceof SshException ? SshException.class.cast(e) : new SshException( "(" + toString() + ") " + message, e); } JschSshClient(ProxyConfig proxyConfig, BackoffLimitedRetryHandler backoffLimitedRetryHandler, HostAndPort socket, LoginCredentials loginCredentials, int timeout, Optional<Connector> agentConnector); @Override void put(String path, String contents); void connect(); Payload get(String path); @Override void put(String path, Payload contents); @Override String toString(); @Override @PreDestroy void disconnect(); @Override boolean isConnected(); ExecResponse exec(String command); @Override String getHostAddress(); @Override String getUsername(); @Override ExecChannel execChannel(String command); }
@Test(expectedExceptions = IllegalStateException.class, expectedExceptionsMessageRegExp = "node\\(id\\) terminated") public void testIllegalStateExceptionWhenNodeDied() { final NodeMetadata pendingNode = new NodeMetadataBuilder().ids("id").status(Status.PENDING).build(); final NodeMetadata deadNode = new NodeMetadataBuilder().ids("id").status(Status.TERMINATED).build(); Predicate<AtomicReference<NodeMetadata>> nodeRunning = new Predicate<AtomicReference<NodeMetadata>>() { @Override public boolean apply(AtomicReference<NodeMetadata> input) { assertEquals(input.get(), pendingNode); input.set(deadNode); return false; } }; AtomicReference<NodeMetadata> atomicNode = Atomics.newReference(pendingNode); try { new PollNodeRunning(nodeRunning).apply(atomicNode); } finally { assertEquals(atomicNode.get(), deadNode); } }
@Override public AtomicReference<NodeMetadata> apply(AtomicReference<NodeMetadata> node) throws IllegalStateException { String originalId = node.get().getId(); NodeMetadata originalNode = node.get(); try { Stopwatch stopwatch = Stopwatch.createStarted(); if (!nodeRunning.apply(node)) { long timeWaited = stopwatch.elapsed(TimeUnit.MILLISECONDS); if (node.get() == null) { node.set(originalNode); throw new IllegalStateException(format("api response for node(%s) was null", originalId)); } else { throw new IllegalStateException(format( "node(%s) didn't achieve the status running; aborting after %d seconds with final status: %s", originalId, timeWaited / 1000, formatStatus(node.get()))); } } } catch (IllegalStateException e) { if (node.get().getStatus() == Status.TERMINATED) { throw new IllegalStateException(format("node(%s) terminated", originalId)); } else { throw propagate(e); } } return node; }
PollNodeRunning implements Function<AtomicReference<NodeMetadata>, AtomicReference<NodeMetadata>> { @Override public AtomicReference<NodeMetadata> apply(AtomicReference<NodeMetadata> node) throws IllegalStateException { String originalId = node.get().getId(); NodeMetadata originalNode = node.get(); try { Stopwatch stopwatch = Stopwatch.createStarted(); if (!nodeRunning.apply(node)) { long timeWaited = stopwatch.elapsed(TimeUnit.MILLISECONDS); if (node.get() == null) { node.set(originalNode); throw new IllegalStateException(format("api response for node(%s) was null", originalId)); } else { throw new IllegalStateException(format( "node(%s) didn't achieve the status running; aborting after %d seconds with final status: %s", originalId, timeWaited / 1000, formatStatus(node.get()))); } } } catch (IllegalStateException e) { if (node.get().getStatus() == Status.TERMINATED) { throw new IllegalStateException(format("node(%s) terminated", originalId)); } else { throw propagate(e); } } return node; } }
PollNodeRunning implements Function<AtomicReference<NodeMetadata>, AtomicReference<NodeMetadata>> { @Override public AtomicReference<NodeMetadata> apply(AtomicReference<NodeMetadata> node) throws IllegalStateException { String originalId = node.get().getId(); NodeMetadata originalNode = node.get(); try { Stopwatch stopwatch = Stopwatch.createStarted(); if (!nodeRunning.apply(node)) { long timeWaited = stopwatch.elapsed(TimeUnit.MILLISECONDS); if (node.get() == null) { node.set(originalNode); throw new IllegalStateException(format("api response for node(%s) was null", originalId)); } else { throw new IllegalStateException(format( "node(%s) didn't achieve the status running; aborting after %d seconds with final status: %s", originalId, timeWaited / 1000, formatStatus(node.get()))); } } } catch (IllegalStateException e) { if (node.get().getStatus() == Status.TERMINATED) { throw new IllegalStateException(format("node(%s) terminated", originalId)); } else { throw propagate(e); } } return node; } @Inject PollNodeRunning(@Named(TIMEOUT_NODE_RUNNING) Predicate<AtomicReference<NodeMetadata>> nodeRunning); }
PollNodeRunning implements Function<AtomicReference<NodeMetadata>, AtomicReference<NodeMetadata>> { @Override public AtomicReference<NodeMetadata> apply(AtomicReference<NodeMetadata> node) throws IllegalStateException { String originalId = node.get().getId(); NodeMetadata originalNode = node.get(); try { Stopwatch stopwatch = Stopwatch.createStarted(); if (!nodeRunning.apply(node)) { long timeWaited = stopwatch.elapsed(TimeUnit.MILLISECONDS); if (node.get() == null) { node.set(originalNode); throw new IllegalStateException(format("api response for node(%s) was null", originalId)); } else { throw new IllegalStateException(format( "node(%s) didn't achieve the status running; aborting after %d seconds with final status: %s", originalId, timeWaited / 1000, formatStatus(node.get()))); } } } catch (IllegalStateException e) { if (node.get().getStatus() == Status.TERMINATED) { throw new IllegalStateException(format("node(%s) terminated", originalId)); } else { throw propagate(e); } } return node; } @Inject PollNodeRunning(@Named(TIMEOUT_NODE_RUNNING) Predicate<AtomicReference<NodeMetadata>> nodeRunning); @Override AtomicReference<NodeMetadata> apply(AtomicReference<NodeMetadata> node); }
PollNodeRunning implements Function<AtomicReference<NodeMetadata>, AtomicReference<NodeMetadata>> { @Override public AtomicReference<NodeMetadata> apply(AtomicReference<NodeMetadata> node) throws IllegalStateException { String originalId = node.get().getId(); NodeMetadata originalNode = node.get(); try { Stopwatch stopwatch = Stopwatch.createStarted(); if (!nodeRunning.apply(node)) { long timeWaited = stopwatch.elapsed(TimeUnit.MILLISECONDS); if (node.get() == null) { node.set(originalNode); throw new IllegalStateException(format("api response for node(%s) was null", originalId)); } else { throw new IllegalStateException(format( "node(%s) didn't achieve the status running; aborting after %d seconds with final status: %s", originalId, timeWaited / 1000, formatStatus(node.get()))); } } } catch (IllegalStateException e) { if (node.get().getStatus() == Status.TERMINATED) { throw new IllegalStateException(format("node(%s) terminated", originalId)); } else { throw propagate(e); } } return node; } @Inject PollNodeRunning(@Named(TIMEOUT_NODE_RUNNING) Predicate<AtomicReference<NodeMetadata>> nodeRunning); @Override AtomicReference<NodeMetadata> apply(AtomicReference<NodeMetadata> node); }
@Test(expectedExceptions = IllegalStateException.class, expectedExceptionsMessageRegExp = "api response for node\\(id\\) was null") public void testIllegalStateExceptionAndNodeResetWhenRefSetToNull() { final NodeMetadata pendingNode = new NodeMetadataBuilder().ids("id").status(Status.PENDING).build(); Predicate<AtomicReference<NodeMetadata>> nodeRunning = new Predicate<AtomicReference<NodeMetadata>>() { @Override public boolean apply(AtomicReference<NodeMetadata> input) { assertEquals(input.get(), pendingNode); input.set(null); return false; } }; AtomicReference<NodeMetadata> atomicNode = Atomics.newReference(pendingNode); try { new PollNodeRunning(nodeRunning).apply(atomicNode); } finally { assertEquals(atomicNode.get(), pendingNode); } }
@Override public AtomicReference<NodeMetadata> apply(AtomicReference<NodeMetadata> node) throws IllegalStateException { String originalId = node.get().getId(); NodeMetadata originalNode = node.get(); try { Stopwatch stopwatch = Stopwatch.createStarted(); if (!nodeRunning.apply(node)) { long timeWaited = stopwatch.elapsed(TimeUnit.MILLISECONDS); if (node.get() == null) { node.set(originalNode); throw new IllegalStateException(format("api response for node(%s) was null", originalId)); } else { throw new IllegalStateException(format( "node(%s) didn't achieve the status running; aborting after %d seconds with final status: %s", originalId, timeWaited / 1000, formatStatus(node.get()))); } } } catch (IllegalStateException e) { if (node.get().getStatus() == Status.TERMINATED) { throw new IllegalStateException(format("node(%s) terminated", originalId)); } else { throw propagate(e); } } return node; }
PollNodeRunning implements Function<AtomicReference<NodeMetadata>, AtomicReference<NodeMetadata>> { @Override public AtomicReference<NodeMetadata> apply(AtomicReference<NodeMetadata> node) throws IllegalStateException { String originalId = node.get().getId(); NodeMetadata originalNode = node.get(); try { Stopwatch stopwatch = Stopwatch.createStarted(); if (!nodeRunning.apply(node)) { long timeWaited = stopwatch.elapsed(TimeUnit.MILLISECONDS); if (node.get() == null) { node.set(originalNode); throw new IllegalStateException(format("api response for node(%s) was null", originalId)); } else { throw new IllegalStateException(format( "node(%s) didn't achieve the status running; aborting after %d seconds with final status: %s", originalId, timeWaited / 1000, formatStatus(node.get()))); } } } catch (IllegalStateException e) { if (node.get().getStatus() == Status.TERMINATED) { throw new IllegalStateException(format("node(%s) terminated", originalId)); } else { throw propagate(e); } } return node; } }
PollNodeRunning implements Function<AtomicReference<NodeMetadata>, AtomicReference<NodeMetadata>> { @Override public AtomicReference<NodeMetadata> apply(AtomicReference<NodeMetadata> node) throws IllegalStateException { String originalId = node.get().getId(); NodeMetadata originalNode = node.get(); try { Stopwatch stopwatch = Stopwatch.createStarted(); if (!nodeRunning.apply(node)) { long timeWaited = stopwatch.elapsed(TimeUnit.MILLISECONDS); if (node.get() == null) { node.set(originalNode); throw new IllegalStateException(format("api response for node(%s) was null", originalId)); } else { throw new IllegalStateException(format( "node(%s) didn't achieve the status running; aborting after %d seconds with final status: %s", originalId, timeWaited / 1000, formatStatus(node.get()))); } } } catch (IllegalStateException e) { if (node.get().getStatus() == Status.TERMINATED) { throw new IllegalStateException(format("node(%s) terminated", originalId)); } else { throw propagate(e); } } return node; } @Inject PollNodeRunning(@Named(TIMEOUT_NODE_RUNNING) Predicate<AtomicReference<NodeMetadata>> nodeRunning); }
PollNodeRunning implements Function<AtomicReference<NodeMetadata>, AtomicReference<NodeMetadata>> { @Override public AtomicReference<NodeMetadata> apply(AtomicReference<NodeMetadata> node) throws IllegalStateException { String originalId = node.get().getId(); NodeMetadata originalNode = node.get(); try { Stopwatch stopwatch = Stopwatch.createStarted(); if (!nodeRunning.apply(node)) { long timeWaited = stopwatch.elapsed(TimeUnit.MILLISECONDS); if (node.get() == null) { node.set(originalNode); throw new IllegalStateException(format("api response for node(%s) was null", originalId)); } else { throw new IllegalStateException(format( "node(%s) didn't achieve the status running; aborting after %d seconds with final status: %s", originalId, timeWaited / 1000, formatStatus(node.get()))); } } } catch (IllegalStateException e) { if (node.get().getStatus() == Status.TERMINATED) { throw new IllegalStateException(format("node(%s) terminated", originalId)); } else { throw propagate(e); } } return node; } @Inject PollNodeRunning(@Named(TIMEOUT_NODE_RUNNING) Predicate<AtomicReference<NodeMetadata>> nodeRunning); @Override AtomicReference<NodeMetadata> apply(AtomicReference<NodeMetadata> node); }
PollNodeRunning implements Function<AtomicReference<NodeMetadata>, AtomicReference<NodeMetadata>> { @Override public AtomicReference<NodeMetadata> apply(AtomicReference<NodeMetadata> node) throws IllegalStateException { String originalId = node.get().getId(); NodeMetadata originalNode = node.get(); try { Stopwatch stopwatch = Stopwatch.createStarted(); if (!nodeRunning.apply(node)) { long timeWaited = stopwatch.elapsed(TimeUnit.MILLISECONDS); if (node.get() == null) { node.set(originalNode); throw new IllegalStateException(format("api response for node(%s) was null", originalId)); } else { throw new IllegalStateException(format( "node(%s) didn't achieve the status running; aborting after %d seconds with final status: %s", originalId, timeWaited / 1000, formatStatus(node.get()))); } } } catch (IllegalStateException e) { if (node.get().getStatus() == Status.TERMINATED) { throw new IllegalStateException(format("node(%s) terminated", originalId)); } else { throw propagate(e); } } return node; } @Inject PollNodeRunning(@Named(TIMEOUT_NODE_RUNNING) Predicate<AtomicReference<NodeMetadata>> nodeRunning); @Override AtomicReference<NodeMetadata> apply(AtomicReference<NodeMetadata> node); }
@Test public void createImageRegistersInCacheAndAddsCredentials() { ImageCacheSupplier imageCache = createMock(ImageCacheSupplier.class); ImageExtension delegate = createMock(ImageExtension.class); AddDefaultCredentialsToImage credsToImage = createMock(AddDefaultCredentialsToImage.class); ImageTemplate template = new ImageTemplateImpl("test") { }; Image result = new ImageBuilder().id("test") .operatingSystem(OperatingSystem.builder().description("test").build()).status(Status.AVAILABLE).build(); LoginCredentials credentials = LoginCredentials.builder().user("jclouds").password("pass").build(); Image withCredentials = ImageBuilder.fromImage(result).defaultCredentials(credentials).build(); expect(delegate.createImage(template)).andReturn(immediateFuture(result)); expect(credsToImage.apply(result)).andReturn(withCredentials); imageCache.registerImage(withCredentials); expectLastCall(); replay(delegate, imageCache, credsToImage); new DelegatingImageExtension(imageCache, delegate, credsToImage, null).createImage(template); verify(delegate, imageCache, credsToImage); }
public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); ImageTemplate buildImageTemplateFromNode(String name, String id); ListenableFuture<Image> createImage(final ImageTemplate template); boolean deleteImage(String id); }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); ImageTemplate buildImageTemplateFromNode(String name, String id); ListenableFuture<Image> createImage(final ImageTemplate template); boolean deleteImage(String id); }
@Test public void createImageDoesNotRegisterInCacheWhenFailed() { ImageCacheSupplier imageCache = createMock(ImageCacheSupplier.class); ImageExtension delegate = createMock(ImageExtension.class); AddDefaultCredentialsToImage credsToImage = createMock(AddDefaultCredentialsToImage.class); ImageTemplate template = new ImageTemplateImpl("test") { }; expect(delegate.createImage(template)).andReturn(Futures.<Image> immediateFailedFuture(new RuntimeException())); replay(delegate, imageCache, credsToImage); new DelegatingImageExtension(imageCache, delegate, credsToImage, null).createImage(template); verify(delegate, imageCache, credsToImage); }
public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); ImageTemplate buildImageTemplateFromNode(String name, String id); ListenableFuture<Image> createImage(final ImageTemplate template); boolean deleteImage(String id); }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); ImageTemplate buildImageTemplateFromNode(String name, String id); ListenableFuture<Image> createImage(final ImageTemplate template); boolean deleteImage(String id); }
@Test public void createImageDoesNotRegisterInCacheWhenCancelled() { ImageCacheSupplier imageCache = createMock(ImageCacheSupplier.class); ImageExtension delegate = createMock(ImageExtension.class); AddDefaultCredentialsToImage credsToImage = createMock(AddDefaultCredentialsToImage.class); ImageTemplate template = new ImageTemplateImpl("test") { }; expect(delegate.createImage(template)).andReturn(Futures.<Image> immediateCancelledFuture()); replay(delegate, imageCache, credsToImage); new DelegatingImageExtension(imageCache, delegate, credsToImage, null).createImage(template); verify(delegate, imageCache, credsToImage); }
public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); ImageTemplate buildImageTemplateFromNode(String name, String id); ListenableFuture<Image> createImage(final ImageTemplate template); boolean deleteImage(String id); }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); ImageTemplate buildImageTemplateFromNode(String name, String id); ListenableFuture<Image> createImage(final ImageTemplate template); boolean deleteImage(String id); }
@Test public void deleteUnregistersImageFromCache() { ImageCacheSupplier imageCache = createMock(ImageCacheSupplier.class); ImageExtension delegate = createMock(ImageExtension.class); expect(delegate.deleteImage("test")).andReturn(true); imageCache.removeImage("test"); expectLastCall(); replay(delegate, imageCache); new DelegatingImageExtension(imageCache, delegate, null, null).deleteImage("test"); verify(delegate, imageCache); }
public boolean deleteImage(String id) { boolean success = delegate.deleteImage(id); if (success) { imageCache.removeImage(id); } return success; }
DelegatingImageExtension implements ImageExtension { public boolean deleteImage(String id) { boolean success = delegate.deleteImage(id); if (success) { imageCache.removeImage(id); } return success; } }
DelegatingImageExtension implements ImageExtension { public boolean deleteImage(String id) { boolean success = delegate.deleteImage(id); if (success) { imageCache.removeImage(id); } return success; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); }
DelegatingImageExtension implements ImageExtension { public boolean deleteImage(String id) { boolean success = delegate.deleteImage(id); if (success) { imageCache.removeImage(id); } return success; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); ImageTemplate buildImageTemplateFromNode(String name, String id); ListenableFuture<Image> createImage(final ImageTemplate template); boolean deleteImage(String id); }
DelegatingImageExtension implements ImageExtension { public boolean deleteImage(String id) { boolean success = delegate.deleteImage(id); if (success) { imageCache.removeImage(id); } return success; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); ImageTemplate buildImageTemplateFromNode(String name, String id); ListenableFuture<Image> createImage(final ImageTemplate template); boolean deleteImage(String id); }
@Test public void deleteDoesNotUnregisterImageFromCacheWhenFailed() { ImageCacheSupplier imageCache = createMock(ImageCacheSupplier.class); ImageExtension delegate = createMock(ImageExtension.class); expect(delegate.deleteImage("test")).andReturn(false); replay(delegate, imageCache); new DelegatingImageExtension(imageCache, delegate, null, null).deleteImage("test"); verify(delegate, imageCache); }
public boolean deleteImage(String id) { boolean success = delegate.deleteImage(id); if (success) { imageCache.removeImage(id); } return success; }
DelegatingImageExtension implements ImageExtension { public boolean deleteImage(String id) { boolean success = delegate.deleteImage(id); if (success) { imageCache.removeImage(id); } return success; } }
DelegatingImageExtension implements ImageExtension { public boolean deleteImage(String id) { boolean success = delegate.deleteImage(id); if (success) { imageCache.removeImage(id); } return success; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); }
DelegatingImageExtension implements ImageExtension { public boolean deleteImage(String id) { boolean success = delegate.deleteImage(id); if (success) { imageCache.removeImage(id); } return success; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); ImageTemplate buildImageTemplateFromNode(String name, String id); ListenableFuture<Image> createImage(final ImageTemplate template); boolean deleteImage(String id); }
DelegatingImageExtension implements ImageExtension { public boolean deleteImage(String id) { boolean success = delegate.deleteImage(id); if (success) { imageCache.removeImage(id); } return success; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); ImageTemplate buildImageTemplateFromNode(String name, String id); ListenableFuture<Image> createImage(final ImageTemplate template); boolean deleteImage(String id); }
@Test public void createByCloningDoesNothingIfImageHasCredentials() throws InterruptedException, ExecutionException { LoginCredentials credentials = LoginCredentials.builder().user("jclouds").password("pass").build(); ImageCacheSupplier imageCache = createMock(ImageCacheSupplier.class); ImageExtension delegate = createMock(ImageExtension.class); AddDefaultCredentialsToImage credsToImage = createMock(AddDefaultCredentialsToImage.class); ImageTemplate template = new CloneImageTemplateBuilder().name("test").nodeId("node1").build(); Image result = new ImageBuilder().id("test") .operatingSystem(OperatingSystem.builder().description("test").build()).status(Status.AVAILABLE) .defaultCredentials(credentials).build(); expect(delegate.createImage(template)).andReturn(immediateFuture(result)); replay(delegate, credsToImage); Future<Image> image = new DelegatingImageExtension(imageCache, delegate, credsToImage, null) .createImage(template); assertTrue(image.get() == result); verify(delegate, credsToImage); }
public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); ImageTemplate buildImageTemplateFromNode(String name, String id); ListenableFuture<Image> createImage(final ImageTemplate template); boolean deleteImage(String id); }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); ImageTemplate buildImageTemplateFromNode(String name, String id); ListenableFuture<Image> createImage(final ImageTemplate template); boolean deleteImage(String id); }
@Test public void createByCloningAddsNodeCredentials() throws InterruptedException, ExecutionException { Credentials credentials = LoginCredentials.builder().user("jclouds").password("pass").build(); ImageCacheSupplier imageCache = createMock(ImageCacheSupplier.class); ImageExtension delegate = createMock(ImageExtension.class); AddDefaultCredentialsToImage credsToImage = createMock(AddDefaultCredentialsToImage.class); Map<String, Credentials> credentialStore = ImmutableMap.of("node#node1", credentials); ImageTemplate template = new CloneImageTemplateBuilder().name("test").nodeId("node1").build(); Image result = new ImageBuilder().id("test") .operatingSystem(OperatingSystem.builder().description("test").build()).status(Status.AVAILABLE).build(); expect(delegate.createImage(template)).andReturn(immediateFuture(result)); replay(delegate, credsToImage); Future<Image> image = new DelegatingImageExtension(imageCache, delegate, credsToImage, credentialStore) .createImage(template); assertEquals(image.get().getDefaultCredentials(), credentials); verify(delegate, credsToImage); }
public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); ImageTemplate buildImageTemplateFromNode(String name, String id); ListenableFuture<Image> createImage(final ImageTemplate template); boolean deleteImage(String id); }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); ImageTemplate buildImageTemplateFromNode(String name, String id); ListenableFuture<Image> createImage(final ImageTemplate template); boolean deleteImage(String id); }
@Test public void createByCloningAddsDefaultImageCredentials() throws InterruptedException, ExecutionException { LoginCredentials credentials = LoginCredentials.builder().user("jclouds").password("pass").build(); ImageCacheSupplier imageCache = createMock(ImageCacheSupplier.class); ImageExtension delegate = createMock(ImageExtension.class); AddDefaultCredentialsToImage credsToImage = createMock(AddDefaultCredentialsToImage.class); Map<String, Credentials> credentialStore = Collections.emptyMap(); ImageTemplate template = new CloneImageTemplateBuilder().name("test").nodeId("node1").build(); Image result = new ImageBuilder().id("test") .operatingSystem(OperatingSystem.builder().description("test").build()).status(Status.AVAILABLE).build(); expect(delegate.createImage(template)).andReturn(immediateFuture(result)); expect(credsToImage.apply(result)).andReturn( ImageBuilder.fromImage(result).defaultCredentials(credentials).build()); replay(delegate, credsToImage); Future<Image> image = new DelegatingImageExtension(imageCache, delegate, credsToImage, credentialStore) .createImage(template); assertEquals(image.get().getDefaultCredentials(), credentials); verify(delegate, credsToImage); }
public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); ImageTemplate buildImageTemplateFromNode(String name, String id); ListenableFuture<Image> createImage(final ImageTemplate template); boolean deleteImage(String id); }
DelegatingImageExtension implements ImageExtension { public ListenableFuture<Image> createImage(final ImageTemplate template) { ListenableFuture<Image> future = delegate.createImage(template); future = Futures.transform(future, new Function<Image, Image>() { @Override public Image apply(Image input) { if (input.getDefaultCredentials() != null) { return input; } if (template instanceof CloneImageTemplate) { final CloneImageTemplate cloneImageTemplate = (CloneImageTemplate) template; Credentials nodeCredentials = credentialStore.get("node#" + cloneImageTemplate.getSourceNodeId()); if (nodeCredentials != null) { logger.info(">> Adding node(%s) credentials to image(%s)...", cloneImageTemplate.getSourceNodeId(), cloneImageTemplate.getName()); return ImageBuilder.fromImage(input) .defaultCredentials(LoginCredentials.fromCredentials(nodeCredentials)).build(); } } logger.info(">> Adding default image credentials to image(%s)...", template.getName()); return addDefaultCredentialsToImage.apply(input); } }); Futures.addCallback(future, new FutureCallback<Image>() { @Override public void onSuccess(Image result) { imageCache.registerImage(result); } @Override public void onFailure(Throwable t) { } }); return future; } @Inject DelegatingImageExtension(@Assisted ImageCacheSupplier imageCache, @Assisted ImageExtension delegate, AddDefaultCredentialsToImage addDefaultCredentialsToImage, Map<String, Credentials> credentialStore); ImageTemplate buildImageTemplateFromNode(String name, String id); ListenableFuture<Image> createImage(final ImageTemplate template); boolean deleteImage(String id); }
@Test public void testPayloadEnclosedWithSoapTags() { String requestBody = "<ws:getAllDataCenters/>"; String expectedPayload = SOAP_PREFIX.concat(requestBody).concat(SOAP_SUFFIX); HttpRequest request = HttpRequest.builder().method("POST").endpoint(ENDPOINT).payload(requestBody).build(); ProfitBricksSoapMessageEnvelope soapEnvelope = new ProfitBricksSoapMessageEnvelope(); HttpRequest filtered = soapEnvelope.filter(request); assertEquals(filtered.getPayload().getRawContent(), expectedPayload); assertEquals(filtered.getPayload().getContentMetadata().getContentLength(), Long.valueOf(expectedPayload.getBytes().length)); }
@Override public HttpRequest filter(HttpRequest request) throws HttpException { checkNotNull(request.getPayload(), "HTTP Request must contain payload message."); return createSoapRequest(request); }
ProfitBricksSoapMessageEnvelope implements HttpRequestFilter { @Override public HttpRequest filter(HttpRequest request) throws HttpException { checkNotNull(request.getPayload(), "HTTP Request must contain payload message."); return createSoapRequest(request); } }
ProfitBricksSoapMessageEnvelope implements HttpRequestFilter { @Override public HttpRequest filter(HttpRequest request) throws HttpException { checkNotNull(request.getPayload(), "HTTP Request must contain payload message."); return createSoapRequest(request); } }
ProfitBricksSoapMessageEnvelope implements HttpRequestFilter { @Override public HttpRequest filter(HttpRequest request) throws HttpException { checkNotNull(request.getPayload(), "HTTP Request must contain payload message."); return createSoapRequest(request); } @Override HttpRequest filter(HttpRequest request); }
ProfitBricksSoapMessageEnvelope implements HttpRequestFilter { @Override public HttpRequest filter(HttpRequest request) throws HttpException { checkNotNull(request.getPayload(), "HTTP Request must contain payload message."); return createSoapRequest(request); } @Override HttpRequest filter(HttpRequest request); }
@Test public void testReturnTrueWhenISpecifyARegionAndInputLocationIsProvider() { NullEqualToIsParentOrIsGrandparentOfCurrentLocation predicate = new NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Suppliers.ofInstance(region)); Hardware md = new HardwareBuilder().id("foo").location(provider).build(); assertTrue(predicate.apply(md)); }
@Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Supplier<Location> locationSupplier); }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Supplier<Location> locationSupplier); @Override boolean apply(ComputeMetadata input); @Override String toString(); }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Supplier<Location> locationSupplier); @Override boolean apply(ComputeMetadata input); @Override String toString(); }
@Test public void testReturnFalseWhenISpecifyALocationWhichTheSameScopeByNotEqualToInputLocationAndParentsAreNull() { NullEqualToIsParentOrIsGrandparentOfCurrentLocation predicate = new NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Suppliers.ofInstance(region)); Hardware md = new HardwareBuilder().id("foo").location(otherRegion).build(); assertFalse(predicate.apply(md)); }
@Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Supplier<Location> locationSupplier); }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Supplier<Location> locationSupplier); @Override boolean apply(ComputeMetadata input); @Override String toString(); }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Supplier<Location> locationSupplier); @Override boolean apply(ComputeMetadata input); @Override String toString(); }
@Test(expectedExceptions = IllegalStateException.class) public void testThrowIllegalStateExceptionWhenInputIsAnOrphanedRegion() { NullEqualToIsParentOrIsGrandparentOfCurrentLocation predicate = new NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Suppliers.ofInstance(region)); Hardware md = new HardwareBuilder().id("foo").location(orphanedRegion).build(); predicate.apply(md); }
@Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Supplier<Location> locationSupplier); }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Supplier<Location> locationSupplier); @Override boolean apply(ComputeMetadata input); @Override String toString(); }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Supplier<Location> locationSupplier); @Override boolean apply(ComputeMetadata input); @Override String toString(); }
@Test(expectedExceptions = IllegalStateException.class) public void testThrowIllegalStateExceptionWhenInputIsAnOrphanedZone() { NullEqualToIsParentOrIsGrandparentOfCurrentLocation predicate = new NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Suppliers.ofInstance(region)); Hardware md = new HardwareBuilder().id("foo").location(orphanedZone).build(); predicate.apply(md); }
@Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Supplier<Location> locationSupplier); }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Supplier<Location> locationSupplier); @Override boolean apply(ComputeMetadata input); @Override String toString(); }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Supplier<Location> locationSupplier); @Override boolean apply(ComputeMetadata input); @Override String toString(); }
@Test(expectedExceptions = IllegalArgumentException.class) public void testThrowIllegalArgumentExceptionWhenWhenISpecifyAnOrphanedRegion() { NullEqualToIsParentOrIsGrandparentOfCurrentLocation predicate = new NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Suppliers.ofInstance(orphanedRegion)); Hardware md = new HardwareBuilder().id("foo").location(region).build(); predicate.apply(md); }
@Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Supplier<Location> locationSupplier); }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Supplier<Location> locationSupplier); @Override boolean apply(ComputeMetadata input); @Override String toString(); }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Supplier<Location> locationSupplier); @Override boolean apply(ComputeMetadata input); @Override String toString(); }
@Test(expectedExceptions = IllegalArgumentException.class) public void testThrowIllegalArgumentExceptionWhenWhenISpecifyAnOrphanedZone() { NullEqualToIsParentOrIsGrandparentOfCurrentLocation predicate = new NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Suppliers.ofInstance(orphanedZone)); Hardware md = new HardwareBuilder().id("foo").location(region).build(); predicate.apply(md); }
@Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Supplier<Location> locationSupplier); }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Supplier<Location> locationSupplier); @Override boolean apply(ComputeMetadata input); @Override String toString(); }
NullEqualToIsParentOrIsGrandparentOfCurrentLocation implements Predicate<ComputeMetadata> { @Override public boolean apply(ComputeMetadata input) { Location current = locationSupplier.get(); if (current == null) return true; if (input.getLocation() == null) return true; Location parent = current.getParent(); checkArgument( parent != null || current.getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; arg: %s", current); checkState( input.getLocation().getParent() != null || input.getLocation().getScope() == LocationScope.PROVIDER, "only locations of scope PROVIDER can have a null parent; input: %s", input.getLocation()); Builder<Predicate<Location>> predicates = ImmutableSet.builder(); predicates.add(equalTo(current)); if (parent != null) { predicates.add(equalTo(parent)); Location grandparent = parent.getParent(); if (grandparent != null) predicates.add(equalTo(grandparent)); } return Predicates.or(predicates.build()).apply(input.getLocation()); } NullEqualToIsParentOrIsGrandparentOfCurrentLocation(Supplier<Location> locationSupplier); @Override boolean apply(ComputeMetadata input); @Override String toString(); }
@SuppressWarnings("unchecked") @Test public void testNothingUsesDefaultTemplateBuilder() { Supplier<Set<? extends Location>> locations = Suppliers.<Set<? extends Location>> ofInstance(ImmutableSet .<Location> of()); Supplier<Set<? extends Image>> images = Suppliers.<Set<? extends Image>> ofInstance(ImmutableSet.<Image> of()); Supplier<Set<? extends Hardware>> hardwares = Suppliers.<Set<? extends Hardware>> ofInstance(ImmutableSet .<Hardware> of()); Location defaultLocation = createMock(Location.class); Provider<TemplateOptions> optionsProvider = createMock(Provider.class); Provider<TemplateBuilder> templateBuilderProvider = createMock(Provider.class); TemplateBuilder defaultTemplate = createMock(TemplateBuilder.class); GetImageStrategy getImageStrategy = createMock(GetImageStrategy.class); expect(templateBuilderProvider.get()).andReturn(defaultTemplate); expect(defaultTemplate.build()).andReturn(null); replay(defaultTemplate, defaultLocation, optionsProvider, templateBuilderProvider, getImageStrategy); TemplateBuilderImpl template = createTemplateBuilder(null, locations, images, hardwares, defaultLocation, optionsProvider, templateBuilderProvider, getImageStrategy); template.build(); verify(defaultTemplate, defaultLocation, optionsProvider, templateBuilderProvider, getImageStrategy); }
@Override public Template build() { if (nothingChangedExceptOptions()) { TemplateBuilder defaultTemplate = defaultTemplateProvider.get(); if (options != null) defaultTemplate.options(options); return defaultTemplate.build(); } if (options == null) options = optionsProvider.get(); logger.debug(">> searching params(%s)", this); Set<? extends Image> images = getImages(); checkState(!images.isEmpty(), "no images present!"); Set<? extends Hardware> hardwaresToSearch = hardwares.get(); checkState(!hardwaresToSearch.isEmpty(), "no hardware profiles present!"); Image image = null; if (imageId != null) { image = loadImageWithId(images); if (currentLocationWiderThan(image.getLocation())) this.location = image.getLocation(); } Hardware hardware = null; if (hardwareId != null) { hardware = findHardwareWithId(hardwaresToSearch); if (currentLocationWiderThan(hardware.getLocation())) this.location = hardware.getLocation(); } if (location == null) location = defaultLocation.get(); if (image == null) { Iterable<? extends Image> supportedImages = findSupportedImages(images); if (hardware == null) hardware = resolveHardware(hardwaresToSearch, supportedImages); image = resolveImage(hardware, supportedImages); } else { if (hardware == null) hardware = resolveHardware(hardwaresToSearch, ImmutableSet.of(image)); } logger.debug("<< matched image(%s) hardware(%s) location(%s)", image.getId(), hardware.getId(), location.getId()); return new TemplateImpl(image, hardware, location, options); }
TemplateBuilderImpl implements TemplateBuilder { @Override public Template build() { if (nothingChangedExceptOptions()) { TemplateBuilder defaultTemplate = defaultTemplateProvider.get(); if (options != null) defaultTemplate.options(options); return defaultTemplate.build(); } if (options == null) options = optionsProvider.get(); logger.debug(">> searching params(%s)", this); Set<? extends Image> images = getImages(); checkState(!images.isEmpty(), "no images present!"); Set<? extends Hardware> hardwaresToSearch = hardwares.get(); checkState(!hardwaresToSearch.isEmpty(), "no hardware profiles present!"); Image image = null; if (imageId != null) { image = loadImageWithId(images); if (currentLocationWiderThan(image.getLocation())) this.location = image.getLocation(); } Hardware hardware = null; if (hardwareId != null) { hardware = findHardwareWithId(hardwaresToSearch); if (currentLocationWiderThan(hardware.getLocation())) this.location = hardware.getLocation(); } if (location == null) location = defaultLocation.get(); if (image == null) { Iterable<? extends Image> supportedImages = findSupportedImages(images); if (hardware == null) hardware = resolveHardware(hardwaresToSearch, supportedImages); image = resolveImage(hardware, supportedImages); } else { if (hardware == null) hardware = resolveHardware(hardwaresToSearch, ImmutableSet.of(image)); } logger.debug("<< matched image(%s) hardware(%s) location(%s)", image.getId(), hardware.getId(), location.getId()); return new TemplateImpl(image, hardware, location, options); } }
TemplateBuilderImpl implements TemplateBuilder { @Override public Template build() { if (nothingChangedExceptOptions()) { TemplateBuilder defaultTemplate = defaultTemplateProvider.get(); if (options != null) defaultTemplate.options(options); return defaultTemplate.build(); } if (options == null) options = optionsProvider.get(); logger.debug(">> searching params(%s)", this); Set<? extends Image> images = getImages(); checkState(!images.isEmpty(), "no images present!"); Set<? extends Hardware> hardwaresToSearch = hardwares.get(); checkState(!hardwaresToSearch.isEmpty(), "no hardware profiles present!"); Image image = null; if (imageId != null) { image = loadImageWithId(images); if (currentLocationWiderThan(image.getLocation())) this.location = image.getLocation(); } Hardware hardware = null; if (hardwareId != null) { hardware = findHardwareWithId(hardwaresToSearch); if (currentLocationWiderThan(hardware.getLocation())) this.location = hardware.getLocation(); } if (location == null) location = defaultLocation.get(); if (image == null) { Iterable<? extends Image> supportedImages = findSupportedImages(images); if (hardware == null) hardware = resolveHardware(hardwaresToSearch, supportedImages); image = resolveImage(hardware, supportedImages); } else { if (hardware == null) hardware = resolveHardware(hardwaresToSearch, ImmutableSet.of(image)); } logger.debug("<< matched image(%s) hardware(%s) location(%s)", image.getId(), hardware.getId(), location.getId()); return new TemplateImpl(image, hardware, location, options); } @Inject protected TemplateBuilderImpl(@Memoized Supplier<Set<? extends Location>> locations, @Memoized Supplier<Set<? extends Image>> images, @Memoized Supplier<Set<? extends Hardware>> hardwares, Supplier<Location> defaultLocation, @Named("DEFAULT") Provider<TemplateOptions> optionsProvider, @Named("DEFAULT") Provider<TemplateBuilder> defaultTemplateProvider); }
TemplateBuilderImpl implements TemplateBuilder { @Override public Template build() { if (nothingChangedExceptOptions()) { TemplateBuilder defaultTemplate = defaultTemplateProvider.get(); if (options != null) defaultTemplate.options(options); return defaultTemplate.build(); } if (options == null) options = optionsProvider.get(); logger.debug(">> searching params(%s)", this); Set<? extends Image> images = getImages(); checkState(!images.isEmpty(), "no images present!"); Set<? extends Hardware> hardwaresToSearch = hardwares.get(); checkState(!hardwaresToSearch.isEmpty(), "no hardware profiles present!"); Image image = null; if (imageId != null) { image = loadImageWithId(images); if (currentLocationWiderThan(image.getLocation())) this.location = image.getLocation(); } Hardware hardware = null; if (hardwareId != null) { hardware = findHardwareWithId(hardwaresToSearch); if (currentLocationWiderThan(hardware.getLocation())) this.location = hardware.getLocation(); } if (location == null) location = defaultLocation.get(); if (image == null) { Iterable<? extends Image> supportedImages = findSupportedImages(images); if (hardware == null) hardware = resolveHardware(hardwaresToSearch, supportedImages); image = resolveImage(hardware, supportedImages); } else { if (hardware == null) hardware = resolveHardware(hardwaresToSearch, ImmutableSet.of(image)); } logger.debug("<< matched image(%s) hardware(%s) location(%s)", image.getId(), hardware.getId(), location.getId()); return new TemplateImpl(image, hardware, location, options); } @Inject protected TemplateBuilderImpl(@Memoized Supplier<Set<? extends Location>> locations, @Memoized Supplier<Set<? extends Image>> images, @Memoized Supplier<Set<? extends Hardware>> hardwares, Supplier<Location> defaultLocation, @Named("DEFAULT") Provider<TemplateOptions> optionsProvider, @Named("DEFAULT") Provider<TemplateBuilder> defaultTemplateProvider); @Override TemplateBuilder fromTemplate(Template template); @Override TemplateBuilder fromHardware(Hardware hardware); @Override TemplateBuilder fromImage(Image image); @Override TemplateBuilder smallest(); @Override TemplateBuilder biggest(); @Override TemplateBuilder fastest(); @Override TemplateBuilder locationId(final String locationId); @Override TemplateBuilder osFamily(OsFamily os); @Override Template build(); @Override TemplateBuilder imageId(String imageId); @Override TemplateBuilder imageNameMatches(String nameRegex); @Override TemplateBuilder imageDescriptionMatches(String descriptionRegex); @Override TemplateBuilder imageMatches(Predicate<Image> condition); @Override TemplateBuilderImpl imageChooser(Function<Iterable<? extends Image>, Image> imageChooser); @Override TemplateBuilder imageVersionMatches(String imageVersionRegex); @Override TemplateBuilder osVersionMatches(String osVersionRegex); @Override TemplateBuilder osArchMatches(String osArchitectureRegex); @Override TemplateBuilder minCores(double minCores); @Override TemplateBuilder minRam(int megabytes); @Override TemplateBuilder minDisk(double gigabytes); @Override TemplateBuilder osNameMatches(String osNameRegex); @Override TemplateBuilder osDescriptionMatches(String osDescriptionRegex); @Override TemplateBuilder hardwareId(String hardwareId); @Override TemplateBuilder hypervisorMatches(String hypervisor); @Override TemplateBuilder options(TemplateOptions options); @Override TemplateBuilder any(); @Override String toString(); @Override TemplateBuilder os64Bit(boolean is64Bit); @Override TemplateBuilder from(TemplateBuilderSpec spec); @Override TemplateBuilder from(String spec); @Override TemplateBuilder forceCacheReload(); }
TemplateBuilderImpl implements TemplateBuilder { @Override public Template build() { if (nothingChangedExceptOptions()) { TemplateBuilder defaultTemplate = defaultTemplateProvider.get(); if (options != null) defaultTemplate.options(options); return defaultTemplate.build(); } if (options == null) options = optionsProvider.get(); logger.debug(">> searching params(%s)", this); Set<? extends Image> images = getImages(); checkState(!images.isEmpty(), "no images present!"); Set<? extends Hardware> hardwaresToSearch = hardwares.get(); checkState(!hardwaresToSearch.isEmpty(), "no hardware profiles present!"); Image image = null; if (imageId != null) { image = loadImageWithId(images); if (currentLocationWiderThan(image.getLocation())) this.location = image.getLocation(); } Hardware hardware = null; if (hardwareId != null) { hardware = findHardwareWithId(hardwaresToSearch); if (currentLocationWiderThan(hardware.getLocation())) this.location = hardware.getLocation(); } if (location == null) location = defaultLocation.get(); if (image == null) { Iterable<? extends Image> supportedImages = findSupportedImages(images); if (hardware == null) hardware = resolveHardware(hardwaresToSearch, supportedImages); image = resolveImage(hardware, supportedImages); } else { if (hardware == null) hardware = resolveHardware(hardwaresToSearch, ImmutableSet.of(image)); } logger.debug("<< matched image(%s) hardware(%s) location(%s)", image.getId(), hardware.getId(), location.getId()); return new TemplateImpl(image, hardware, location, options); } @Inject protected TemplateBuilderImpl(@Memoized Supplier<Set<? extends Location>> locations, @Memoized Supplier<Set<? extends Image>> images, @Memoized Supplier<Set<? extends Hardware>> hardwares, Supplier<Location> defaultLocation, @Named("DEFAULT") Provider<TemplateOptions> optionsProvider, @Named("DEFAULT") Provider<TemplateBuilder> defaultTemplateProvider); @Override TemplateBuilder fromTemplate(Template template); @Override TemplateBuilder fromHardware(Hardware hardware); @Override TemplateBuilder fromImage(Image image); @Override TemplateBuilder smallest(); @Override TemplateBuilder biggest(); @Override TemplateBuilder fastest(); @Override TemplateBuilder locationId(final String locationId); @Override TemplateBuilder osFamily(OsFamily os); @Override Template build(); @Override TemplateBuilder imageId(String imageId); @Override TemplateBuilder imageNameMatches(String nameRegex); @Override TemplateBuilder imageDescriptionMatches(String descriptionRegex); @Override TemplateBuilder imageMatches(Predicate<Image> condition); @Override TemplateBuilderImpl imageChooser(Function<Iterable<? extends Image>, Image> imageChooser); @Override TemplateBuilder imageVersionMatches(String imageVersionRegex); @Override TemplateBuilder osVersionMatches(String osVersionRegex); @Override TemplateBuilder osArchMatches(String osArchitectureRegex); @Override TemplateBuilder minCores(double minCores); @Override TemplateBuilder minRam(int megabytes); @Override TemplateBuilder minDisk(double gigabytes); @Override TemplateBuilder osNameMatches(String osNameRegex); @Override TemplateBuilder osDescriptionMatches(String osDescriptionRegex); @Override TemplateBuilder hardwareId(String hardwareId); @Override TemplateBuilder hypervisorMatches(String hypervisor); @Override TemplateBuilder options(TemplateOptions options); @Override TemplateBuilder any(); @Override String toString(); @Override TemplateBuilder os64Bit(boolean is64Bit); @Override TemplateBuilder from(TemplateBuilderSpec spec); @Override TemplateBuilder from(String spec); @Override TemplateBuilder forceCacheReload(); }
@Test public void testCanReadRsaAndCompareFingerprintOnPrivateRSAKey() throws IOException { String privKey = Strings2.toStringAndClose(getClass().getResourceAsStream("/test")); RSAPrivateCrtKeySpec key = (RSAPrivateCrtKeySpec) Pems.privateKeySpec(privKey); String fingerPrint = fingerprint(key.getPublicExponent(), key.getModulus()); assertEquals(fingerPrint, expectedFingerprint); }
public static String fingerprint(BigInteger publicExponent, BigInteger modulus) { byte[] keyBlob = keyBlob(publicExponent, modulus); return hexColonDelimited(Hashing.md5().hashBytes(keyBlob)); }
SshKeys { public static String fingerprint(BigInteger publicExponent, BigInteger modulus) { byte[] keyBlob = keyBlob(publicExponent, modulus); return hexColonDelimited(Hashing.md5().hashBytes(keyBlob)); } }
SshKeys { public static String fingerprint(BigInteger publicExponent, BigInteger modulus) { byte[] keyBlob = keyBlob(publicExponent, modulus); return hexColonDelimited(Hashing.md5().hashBytes(keyBlob)); } }
SshKeys { public static String fingerprint(BigInteger publicExponent, BigInteger modulus) { byte[] keyBlob = keyBlob(publicExponent, modulus); return hexColonDelimited(Hashing.md5().hashBytes(keyBlob)); } static RSAPublicKeySpec publicKeySpecFromOpenSSH(String idRsaPub); static RSAPublicKeySpec publicKeySpecFromOpenSSH(ByteSource supplier); static KeyPair generateRsaKeyPair(KeyPairGenerator generator, SecureRandom rand); static Map<String, String> generate(); static Map<String, String> generate(KeyPairGenerator generator, SecureRandom rand); static String encodeAsOpenSSH(RSAPublicKey key); static boolean privateKeyMatchesPublicKey(String privateKeyPEM, String publicKeyOpenSSH); static boolean privateKeyMatchesPublicKey(RSAPrivateCrtKeySpec privateKey, RSAPublicKeySpec publicKey); static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasFingerprint(String privateKeyPEM, String fingerprint); static String fingerprintPrivateKey(String privateKeyPEM); static String fingerprintPublicKey(String publicKeyOpenSSH); static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasSha1(String privateKeyPEM, String sha1HexColonDelimited); static String sha1PrivateKey(String privateKeyPEM); static String sha1(RSAPrivateCrtKeySpec privateKey); static boolean publicKeyHasFingerprint(RSAPublicKeySpec publicKey, String fingerprint); static boolean publicKeyHasFingerprint(String publicKeyOpenSSH, String fingerprint); static String fingerprint(BigInteger publicExponent, BigInteger modulus); }
SshKeys { public static String fingerprint(BigInteger publicExponent, BigInteger modulus) { byte[] keyBlob = keyBlob(publicExponent, modulus); return hexColonDelimited(Hashing.md5().hashBytes(keyBlob)); } static RSAPublicKeySpec publicKeySpecFromOpenSSH(String idRsaPub); static RSAPublicKeySpec publicKeySpecFromOpenSSH(ByteSource supplier); static KeyPair generateRsaKeyPair(KeyPairGenerator generator, SecureRandom rand); static Map<String, String> generate(); static Map<String, String> generate(KeyPairGenerator generator, SecureRandom rand); static String encodeAsOpenSSH(RSAPublicKey key); static boolean privateKeyMatchesPublicKey(String privateKeyPEM, String publicKeyOpenSSH); static boolean privateKeyMatchesPublicKey(RSAPrivateCrtKeySpec privateKey, RSAPublicKeySpec publicKey); static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasFingerprint(String privateKeyPEM, String fingerprint); static String fingerprintPrivateKey(String privateKeyPEM); static String fingerprintPublicKey(String publicKeyOpenSSH); static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasSha1(String privateKeyPEM, String sha1HexColonDelimited); static String sha1PrivateKey(String privateKeyPEM); static String sha1(RSAPrivateCrtKeySpec privateKey); static boolean publicKeyHasFingerprint(RSAPublicKeySpec publicKey, String fingerprint); static boolean publicKeyHasFingerprint(String publicKeyOpenSSH, String fingerprint); static String fingerprint(BigInteger publicExponent, BigInteger modulus); }
@Test public void testPrivateKeyMatchesFingerprintTyped() throws IOException { String privKey = Strings2.toStringAndClose(getClass().getResourceAsStream("/test")); RSAPrivateCrtKeySpec privateKey = (RSAPrivateCrtKeySpec) Pems.privateKeySpec(privKey); assert privateKeyHasFingerprint(privateKey, expectedFingerprint); }
public static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint) { return fingerprint(privateKey.getPublicExponent(), privateKey.getModulus()).equals(fingerprint); }
SshKeys { public static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint) { return fingerprint(privateKey.getPublicExponent(), privateKey.getModulus()).equals(fingerprint); } }
SshKeys { public static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint) { return fingerprint(privateKey.getPublicExponent(), privateKey.getModulus()).equals(fingerprint); } }
SshKeys { public static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint) { return fingerprint(privateKey.getPublicExponent(), privateKey.getModulus()).equals(fingerprint); } static RSAPublicKeySpec publicKeySpecFromOpenSSH(String idRsaPub); static RSAPublicKeySpec publicKeySpecFromOpenSSH(ByteSource supplier); static KeyPair generateRsaKeyPair(KeyPairGenerator generator, SecureRandom rand); static Map<String, String> generate(); static Map<String, String> generate(KeyPairGenerator generator, SecureRandom rand); static String encodeAsOpenSSH(RSAPublicKey key); static boolean privateKeyMatchesPublicKey(String privateKeyPEM, String publicKeyOpenSSH); static boolean privateKeyMatchesPublicKey(RSAPrivateCrtKeySpec privateKey, RSAPublicKeySpec publicKey); static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasFingerprint(String privateKeyPEM, String fingerprint); static String fingerprintPrivateKey(String privateKeyPEM); static String fingerprintPublicKey(String publicKeyOpenSSH); static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasSha1(String privateKeyPEM, String sha1HexColonDelimited); static String sha1PrivateKey(String privateKeyPEM); static String sha1(RSAPrivateCrtKeySpec privateKey); static boolean publicKeyHasFingerprint(RSAPublicKeySpec publicKey, String fingerprint); static boolean publicKeyHasFingerprint(String publicKeyOpenSSH, String fingerprint); static String fingerprint(BigInteger publicExponent, BigInteger modulus); }
SshKeys { public static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint) { return fingerprint(privateKey.getPublicExponent(), privateKey.getModulus()).equals(fingerprint); } static RSAPublicKeySpec publicKeySpecFromOpenSSH(String idRsaPub); static RSAPublicKeySpec publicKeySpecFromOpenSSH(ByteSource supplier); static KeyPair generateRsaKeyPair(KeyPairGenerator generator, SecureRandom rand); static Map<String, String> generate(); static Map<String, String> generate(KeyPairGenerator generator, SecureRandom rand); static String encodeAsOpenSSH(RSAPublicKey key); static boolean privateKeyMatchesPublicKey(String privateKeyPEM, String publicKeyOpenSSH); static boolean privateKeyMatchesPublicKey(RSAPrivateCrtKeySpec privateKey, RSAPublicKeySpec publicKey); static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasFingerprint(String privateKeyPEM, String fingerprint); static String fingerprintPrivateKey(String privateKeyPEM); static String fingerprintPublicKey(String publicKeyOpenSSH); static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasSha1(String privateKeyPEM, String sha1HexColonDelimited); static String sha1PrivateKey(String privateKeyPEM); static String sha1(RSAPrivateCrtKeySpec privateKey); static boolean publicKeyHasFingerprint(RSAPublicKeySpec publicKey, String fingerprint); static boolean publicKeyHasFingerprint(String publicKeyOpenSSH, String fingerprint); static String fingerprint(BigInteger publicExponent, BigInteger modulus); }
@Test public void testPrivateKeyMatchesFingerprintString() throws IOException { String privKey = Strings2.toStringAndClose(getClass().getResourceAsStream("/test")); assert privateKeyHasFingerprint(privKey, expectedFingerprint); }
public static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint) { return fingerprint(privateKey.getPublicExponent(), privateKey.getModulus()).equals(fingerprint); }
SshKeys { public static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint) { return fingerprint(privateKey.getPublicExponent(), privateKey.getModulus()).equals(fingerprint); } }
SshKeys { public static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint) { return fingerprint(privateKey.getPublicExponent(), privateKey.getModulus()).equals(fingerprint); } }
SshKeys { public static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint) { return fingerprint(privateKey.getPublicExponent(), privateKey.getModulus()).equals(fingerprint); } static RSAPublicKeySpec publicKeySpecFromOpenSSH(String idRsaPub); static RSAPublicKeySpec publicKeySpecFromOpenSSH(ByteSource supplier); static KeyPair generateRsaKeyPair(KeyPairGenerator generator, SecureRandom rand); static Map<String, String> generate(); static Map<String, String> generate(KeyPairGenerator generator, SecureRandom rand); static String encodeAsOpenSSH(RSAPublicKey key); static boolean privateKeyMatchesPublicKey(String privateKeyPEM, String publicKeyOpenSSH); static boolean privateKeyMatchesPublicKey(RSAPrivateCrtKeySpec privateKey, RSAPublicKeySpec publicKey); static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasFingerprint(String privateKeyPEM, String fingerprint); static String fingerprintPrivateKey(String privateKeyPEM); static String fingerprintPublicKey(String publicKeyOpenSSH); static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasSha1(String privateKeyPEM, String sha1HexColonDelimited); static String sha1PrivateKey(String privateKeyPEM); static String sha1(RSAPrivateCrtKeySpec privateKey); static boolean publicKeyHasFingerprint(RSAPublicKeySpec publicKey, String fingerprint); static boolean publicKeyHasFingerprint(String publicKeyOpenSSH, String fingerprint); static String fingerprint(BigInteger publicExponent, BigInteger modulus); }
SshKeys { public static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint) { return fingerprint(privateKey.getPublicExponent(), privateKey.getModulus()).equals(fingerprint); } static RSAPublicKeySpec publicKeySpecFromOpenSSH(String idRsaPub); static RSAPublicKeySpec publicKeySpecFromOpenSSH(ByteSource supplier); static KeyPair generateRsaKeyPair(KeyPairGenerator generator, SecureRandom rand); static Map<String, String> generate(); static Map<String, String> generate(KeyPairGenerator generator, SecureRandom rand); static String encodeAsOpenSSH(RSAPublicKey key); static boolean privateKeyMatchesPublicKey(String privateKeyPEM, String publicKeyOpenSSH); static boolean privateKeyMatchesPublicKey(RSAPrivateCrtKeySpec privateKey, RSAPublicKeySpec publicKey); static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasFingerprint(String privateKeyPEM, String fingerprint); static String fingerprintPrivateKey(String privateKeyPEM); static String fingerprintPublicKey(String publicKeyOpenSSH); static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasSha1(String privateKeyPEM, String sha1HexColonDelimited); static String sha1PrivateKey(String privateKeyPEM); static String sha1(RSAPrivateCrtKeySpec privateKey); static boolean publicKeyHasFingerprint(RSAPublicKeySpec publicKey, String fingerprint); static boolean publicKeyHasFingerprint(String publicKeyOpenSSH, String fingerprint); static String fingerprint(BigInteger publicExponent, BigInteger modulus); }
@Test(expectedExceptions = NullPointerException.class, expectedExceptionsMessageRegExp = ".*must contain payload message.*") public void testNullRequest() { HttpRequest request = HttpRequest.builder().method("POST").endpoint(ENDPOINT).build(); new ProfitBricksSoapMessageEnvelope().filter(request); }
@Override public HttpRequest filter(HttpRequest request) throws HttpException { checkNotNull(request.getPayload(), "HTTP Request must contain payload message."); return createSoapRequest(request); }
ProfitBricksSoapMessageEnvelope implements HttpRequestFilter { @Override public HttpRequest filter(HttpRequest request) throws HttpException { checkNotNull(request.getPayload(), "HTTP Request must contain payload message."); return createSoapRequest(request); } }
ProfitBricksSoapMessageEnvelope implements HttpRequestFilter { @Override public HttpRequest filter(HttpRequest request) throws HttpException { checkNotNull(request.getPayload(), "HTTP Request must contain payload message."); return createSoapRequest(request); } }
ProfitBricksSoapMessageEnvelope implements HttpRequestFilter { @Override public HttpRequest filter(HttpRequest request) throws HttpException { checkNotNull(request.getPayload(), "HTTP Request must contain payload message."); return createSoapRequest(request); } @Override HttpRequest filter(HttpRequest request); }
ProfitBricksSoapMessageEnvelope implements HttpRequestFilter { @Override public HttpRequest filter(HttpRequest request) throws HttpException { checkNotNull(request.getPayload(), "HTTP Request must contain payload message."); return createSoapRequest(request); } @Override HttpRequest filter(HttpRequest request); }
@Test public void testPrivateKeyMatchesSha1Typed() throws IOException { String privKey = Strings2.toStringAndClose(getClass().getResourceAsStream("/test")); RSAPrivateCrtKeySpec privateKey = (RSAPrivateCrtKeySpec) Pems.privateKeySpec(privKey); assert privateKeyHasSha1(privateKey, expectedSha1); }
public static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint) { return sha1(privateKey).equals(fingerprint); }
SshKeys { public static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint) { return sha1(privateKey).equals(fingerprint); } }
SshKeys { public static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint) { return sha1(privateKey).equals(fingerprint); } }
SshKeys { public static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint) { return sha1(privateKey).equals(fingerprint); } static RSAPublicKeySpec publicKeySpecFromOpenSSH(String idRsaPub); static RSAPublicKeySpec publicKeySpecFromOpenSSH(ByteSource supplier); static KeyPair generateRsaKeyPair(KeyPairGenerator generator, SecureRandom rand); static Map<String, String> generate(); static Map<String, String> generate(KeyPairGenerator generator, SecureRandom rand); static String encodeAsOpenSSH(RSAPublicKey key); static boolean privateKeyMatchesPublicKey(String privateKeyPEM, String publicKeyOpenSSH); static boolean privateKeyMatchesPublicKey(RSAPrivateCrtKeySpec privateKey, RSAPublicKeySpec publicKey); static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasFingerprint(String privateKeyPEM, String fingerprint); static String fingerprintPrivateKey(String privateKeyPEM); static String fingerprintPublicKey(String publicKeyOpenSSH); static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasSha1(String privateKeyPEM, String sha1HexColonDelimited); static String sha1PrivateKey(String privateKeyPEM); static String sha1(RSAPrivateCrtKeySpec privateKey); static boolean publicKeyHasFingerprint(RSAPublicKeySpec publicKey, String fingerprint); static boolean publicKeyHasFingerprint(String publicKeyOpenSSH, String fingerprint); static String fingerprint(BigInteger publicExponent, BigInteger modulus); }
SshKeys { public static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint) { return sha1(privateKey).equals(fingerprint); } static RSAPublicKeySpec publicKeySpecFromOpenSSH(String idRsaPub); static RSAPublicKeySpec publicKeySpecFromOpenSSH(ByteSource supplier); static KeyPair generateRsaKeyPair(KeyPairGenerator generator, SecureRandom rand); static Map<String, String> generate(); static Map<String, String> generate(KeyPairGenerator generator, SecureRandom rand); static String encodeAsOpenSSH(RSAPublicKey key); static boolean privateKeyMatchesPublicKey(String privateKeyPEM, String publicKeyOpenSSH); static boolean privateKeyMatchesPublicKey(RSAPrivateCrtKeySpec privateKey, RSAPublicKeySpec publicKey); static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasFingerprint(String privateKeyPEM, String fingerprint); static String fingerprintPrivateKey(String privateKeyPEM); static String fingerprintPublicKey(String publicKeyOpenSSH); static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasSha1(String privateKeyPEM, String sha1HexColonDelimited); static String sha1PrivateKey(String privateKeyPEM); static String sha1(RSAPrivateCrtKeySpec privateKey); static boolean publicKeyHasFingerprint(RSAPublicKeySpec publicKey, String fingerprint); static boolean publicKeyHasFingerprint(String publicKeyOpenSSH, String fingerprint); static String fingerprint(BigInteger publicExponent, BigInteger modulus); }
@Test public void testPrivateKeyMatchesSha1String() throws IOException { String privKey = Strings2.toStringAndClose(getClass().getResourceAsStream("/test")); assert privateKeyHasSha1(privKey, expectedSha1); }
public static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint) { return sha1(privateKey).equals(fingerprint); }
SshKeys { public static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint) { return sha1(privateKey).equals(fingerprint); } }
SshKeys { public static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint) { return sha1(privateKey).equals(fingerprint); } }
SshKeys { public static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint) { return sha1(privateKey).equals(fingerprint); } static RSAPublicKeySpec publicKeySpecFromOpenSSH(String idRsaPub); static RSAPublicKeySpec publicKeySpecFromOpenSSH(ByteSource supplier); static KeyPair generateRsaKeyPair(KeyPairGenerator generator, SecureRandom rand); static Map<String, String> generate(); static Map<String, String> generate(KeyPairGenerator generator, SecureRandom rand); static String encodeAsOpenSSH(RSAPublicKey key); static boolean privateKeyMatchesPublicKey(String privateKeyPEM, String publicKeyOpenSSH); static boolean privateKeyMatchesPublicKey(RSAPrivateCrtKeySpec privateKey, RSAPublicKeySpec publicKey); static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasFingerprint(String privateKeyPEM, String fingerprint); static String fingerprintPrivateKey(String privateKeyPEM); static String fingerprintPublicKey(String publicKeyOpenSSH); static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasSha1(String privateKeyPEM, String sha1HexColonDelimited); static String sha1PrivateKey(String privateKeyPEM); static String sha1(RSAPrivateCrtKeySpec privateKey); static boolean publicKeyHasFingerprint(RSAPublicKeySpec publicKey, String fingerprint); static boolean publicKeyHasFingerprint(String publicKeyOpenSSH, String fingerprint); static String fingerprint(BigInteger publicExponent, BigInteger modulus); }
SshKeys { public static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint) { return sha1(privateKey).equals(fingerprint); } static RSAPublicKeySpec publicKeySpecFromOpenSSH(String idRsaPub); static RSAPublicKeySpec publicKeySpecFromOpenSSH(ByteSource supplier); static KeyPair generateRsaKeyPair(KeyPairGenerator generator, SecureRandom rand); static Map<String, String> generate(); static Map<String, String> generate(KeyPairGenerator generator, SecureRandom rand); static String encodeAsOpenSSH(RSAPublicKey key); static boolean privateKeyMatchesPublicKey(String privateKeyPEM, String publicKeyOpenSSH); static boolean privateKeyMatchesPublicKey(RSAPrivateCrtKeySpec privateKey, RSAPublicKeySpec publicKey); static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasFingerprint(String privateKeyPEM, String fingerprint); static String fingerprintPrivateKey(String privateKeyPEM); static String fingerprintPublicKey(String publicKeyOpenSSH); static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasSha1(String privateKeyPEM, String sha1HexColonDelimited); static String sha1PrivateKey(String privateKeyPEM); static String sha1(RSAPrivateCrtKeySpec privateKey); static boolean publicKeyHasFingerprint(RSAPublicKeySpec publicKey, String fingerprint); static boolean publicKeyHasFingerprint(String publicKeyOpenSSH, String fingerprint); static String fingerprint(BigInteger publicExponent, BigInteger modulus); }
@Test public void testPrivateKeyMatchesPublicKeyString() throws IOException { String privKey = Strings2.toStringAndClose(getClass().getResourceAsStream("/test")); String pubKey = Strings2.toStringAndClose(getClass().getResourceAsStream("/test.pub")); assert privateKeyMatchesPublicKey(privKey, pubKey); }
public static boolean privateKeyMatchesPublicKey(String privateKeyPEM, String publicKeyOpenSSH) { KeySpec privateKeySpec = privateKeySpec(privateKeyPEM); checkArgument(privateKeySpec instanceof RSAPrivateCrtKeySpec, "incorrect format expected RSAPrivateCrtKeySpec was %s", privateKeySpec); return privateKeyMatchesPublicKey(RSAPrivateCrtKeySpec.class.cast(privateKeySpec), publicKeySpecFromOpenSSH(publicKeyOpenSSH)); }
SshKeys { public static boolean privateKeyMatchesPublicKey(String privateKeyPEM, String publicKeyOpenSSH) { KeySpec privateKeySpec = privateKeySpec(privateKeyPEM); checkArgument(privateKeySpec instanceof RSAPrivateCrtKeySpec, "incorrect format expected RSAPrivateCrtKeySpec was %s", privateKeySpec); return privateKeyMatchesPublicKey(RSAPrivateCrtKeySpec.class.cast(privateKeySpec), publicKeySpecFromOpenSSH(publicKeyOpenSSH)); } }
SshKeys { public static boolean privateKeyMatchesPublicKey(String privateKeyPEM, String publicKeyOpenSSH) { KeySpec privateKeySpec = privateKeySpec(privateKeyPEM); checkArgument(privateKeySpec instanceof RSAPrivateCrtKeySpec, "incorrect format expected RSAPrivateCrtKeySpec was %s", privateKeySpec); return privateKeyMatchesPublicKey(RSAPrivateCrtKeySpec.class.cast(privateKeySpec), publicKeySpecFromOpenSSH(publicKeyOpenSSH)); } }
SshKeys { public static boolean privateKeyMatchesPublicKey(String privateKeyPEM, String publicKeyOpenSSH) { KeySpec privateKeySpec = privateKeySpec(privateKeyPEM); checkArgument(privateKeySpec instanceof RSAPrivateCrtKeySpec, "incorrect format expected RSAPrivateCrtKeySpec was %s", privateKeySpec); return privateKeyMatchesPublicKey(RSAPrivateCrtKeySpec.class.cast(privateKeySpec), publicKeySpecFromOpenSSH(publicKeyOpenSSH)); } static RSAPublicKeySpec publicKeySpecFromOpenSSH(String idRsaPub); static RSAPublicKeySpec publicKeySpecFromOpenSSH(ByteSource supplier); static KeyPair generateRsaKeyPair(KeyPairGenerator generator, SecureRandom rand); static Map<String, String> generate(); static Map<String, String> generate(KeyPairGenerator generator, SecureRandom rand); static String encodeAsOpenSSH(RSAPublicKey key); static boolean privateKeyMatchesPublicKey(String privateKeyPEM, String publicKeyOpenSSH); static boolean privateKeyMatchesPublicKey(RSAPrivateCrtKeySpec privateKey, RSAPublicKeySpec publicKey); static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasFingerprint(String privateKeyPEM, String fingerprint); static String fingerprintPrivateKey(String privateKeyPEM); static String fingerprintPublicKey(String publicKeyOpenSSH); static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasSha1(String privateKeyPEM, String sha1HexColonDelimited); static String sha1PrivateKey(String privateKeyPEM); static String sha1(RSAPrivateCrtKeySpec privateKey); static boolean publicKeyHasFingerprint(RSAPublicKeySpec publicKey, String fingerprint); static boolean publicKeyHasFingerprint(String publicKeyOpenSSH, String fingerprint); static String fingerprint(BigInteger publicExponent, BigInteger modulus); }
SshKeys { public static boolean privateKeyMatchesPublicKey(String privateKeyPEM, String publicKeyOpenSSH) { KeySpec privateKeySpec = privateKeySpec(privateKeyPEM); checkArgument(privateKeySpec instanceof RSAPrivateCrtKeySpec, "incorrect format expected RSAPrivateCrtKeySpec was %s", privateKeySpec); return privateKeyMatchesPublicKey(RSAPrivateCrtKeySpec.class.cast(privateKeySpec), publicKeySpecFromOpenSSH(publicKeyOpenSSH)); } static RSAPublicKeySpec publicKeySpecFromOpenSSH(String idRsaPub); static RSAPublicKeySpec publicKeySpecFromOpenSSH(ByteSource supplier); static KeyPair generateRsaKeyPair(KeyPairGenerator generator, SecureRandom rand); static Map<String, String> generate(); static Map<String, String> generate(KeyPairGenerator generator, SecureRandom rand); static String encodeAsOpenSSH(RSAPublicKey key); static boolean privateKeyMatchesPublicKey(String privateKeyPEM, String publicKeyOpenSSH); static boolean privateKeyMatchesPublicKey(RSAPrivateCrtKeySpec privateKey, RSAPublicKeySpec publicKey); static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasFingerprint(String privateKeyPEM, String fingerprint); static String fingerprintPrivateKey(String privateKeyPEM); static String fingerprintPublicKey(String publicKeyOpenSSH); static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasSha1(String privateKeyPEM, String sha1HexColonDelimited); static String sha1PrivateKey(String privateKeyPEM); static String sha1(RSAPrivateCrtKeySpec privateKey); static boolean publicKeyHasFingerprint(RSAPublicKeySpec publicKey, String fingerprint); static boolean publicKeyHasFingerprint(String publicKeyOpenSSH, String fingerprint); static String fingerprint(BigInteger publicExponent, BigInteger modulus); }
@Test public void testEncodeAsOpenSSH() throws IOException, InvalidKeySpecException, NoSuchAlgorithmException { String encoded = SshKeys.encodeAsOpenSSH((RSAPublicKey) KeyFactory.getInstance("RSA").generatePublic( SshKeys.publicKeySpecFromOpenSSH(Resources.asByteSource(Resources.getResource(getClass(), "/test.pub"))))); assertEquals(encoded, Strings2.toStringAndClose(getClass().getResourceAsStream("/test.pub")).trim()); }
public static String encodeAsOpenSSH(RSAPublicKey key) { byte[] keyBlob = keyBlob(key.getPublicExponent(), key.getModulus()); return "ssh-rsa " + base64().encode(keyBlob); }
SshKeys { public static String encodeAsOpenSSH(RSAPublicKey key) { byte[] keyBlob = keyBlob(key.getPublicExponent(), key.getModulus()); return "ssh-rsa " + base64().encode(keyBlob); } }
SshKeys { public static String encodeAsOpenSSH(RSAPublicKey key) { byte[] keyBlob = keyBlob(key.getPublicExponent(), key.getModulus()); return "ssh-rsa " + base64().encode(keyBlob); } }
SshKeys { public static String encodeAsOpenSSH(RSAPublicKey key) { byte[] keyBlob = keyBlob(key.getPublicExponent(), key.getModulus()); return "ssh-rsa " + base64().encode(keyBlob); } static RSAPublicKeySpec publicKeySpecFromOpenSSH(String idRsaPub); static RSAPublicKeySpec publicKeySpecFromOpenSSH(ByteSource supplier); static KeyPair generateRsaKeyPair(KeyPairGenerator generator, SecureRandom rand); static Map<String, String> generate(); static Map<String, String> generate(KeyPairGenerator generator, SecureRandom rand); static String encodeAsOpenSSH(RSAPublicKey key); static boolean privateKeyMatchesPublicKey(String privateKeyPEM, String publicKeyOpenSSH); static boolean privateKeyMatchesPublicKey(RSAPrivateCrtKeySpec privateKey, RSAPublicKeySpec publicKey); static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasFingerprint(String privateKeyPEM, String fingerprint); static String fingerprintPrivateKey(String privateKeyPEM); static String fingerprintPublicKey(String publicKeyOpenSSH); static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasSha1(String privateKeyPEM, String sha1HexColonDelimited); static String sha1PrivateKey(String privateKeyPEM); static String sha1(RSAPrivateCrtKeySpec privateKey); static boolean publicKeyHasFingerprint(RSAPublicKeySpec publicKey, String fingerprint); static boolean publicKeyHasFingerprint(String publicKeyOpenSSH, String fingerprint); static String fingerprint(BigInteger publicExponent, BigInteger modulus); }
SshKeys { public static String encodeAsOpenSSH(RSAPublicKey key) { byte[] keyBlob = keyBlob(key.getPublicExponent(), key.getModulus()); return "ssh-rsa " + base64().encode(keyBlob); } static RSAPublicKeySpec publicKeySpecFromOpenSSH(String idRsaPub); static RSAPublicKeySpec publicKeySpecFromOpenSSH(ByteSource supplier); static KeyPair generateRsaKeyPair(KeyPairGenerator generator, SecureRandom rand); static Map<String, String> generate(); static Map<String, String> generate(KeyPairGenerator generator, SecureRandom rand); static String encodeAsOpenSSH(RSAPublicKey key); static boolean privateKeyMatchesPublicKey(String privateKeyPEM, String publicKeyOpenSSH); static boolean privateKeyMatchesPublicKey(RSAPrivateCrtKeySpec privateKey, RSAPublicKeySpec publicKey); static boolean privateKeyHasFingerprint(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasFingerprint(String privateKeyPEM, String fingerprint); static String fingerprintPrivateKey(String privateKeyPEM); static String fingerprintPublicKey(String publicKeyOpenSSH); static boolean privateKeyHasSha1(RSAPrivateCrtKeySpec privateKey, String fingerprint); static boolean privateKeyHasSha1(String privateKeyPEM, String sha1HexColonDelimited); static String sha1PrivateKey(String privateKeyPEM); static String sha1(RSAPrivateCrtKeySpec privateKey); static boolean publicKeyHasFingerprint(RSAPublicKeySpec publicKey, String fingerprint); static boolean publicKeyHasFingerprint(String publicKeyOpenSSH, String fingerprint); static String fingerprint(BigInteger publicExponent, BigInteger modulus); }
@Test public void testIsMacAddress() { for (String addr : expectedValidAddresses) assertTrue(isMacAddress(addr)); for (String addr : expectedInvalidAddresses) assertFalse(isMacAddress(addr)); }
public static boolean isMacAddress(String in) { return MAC_ADDR_PATTERN.matcher(in).matches(); }
MacAddresses { public static boolean isMacAddress(String in) { return MAC_ADDR_PATTERN.matcher(in).matches(); } }
MacAddresses { public static boolean isMacAddress(String in) { return MAC_ADDR_PATTERN.matcher(in).matches(); } }
MacAddresses { public static boolean isMacAddress(String in) { return MAC_ADDR_PATTERN.matcher(in).matches(); } static boolean isMacAddress(String in); }
MacAddresses { public static boolean isMacAddress(String in) { return MAC_ADDR_PATTERN.matcher(in).matches(); } static boolean isMacAddress(String in); }
@Test public void testDeregisterPayload() { DeregisterLoadBalancerRequestBinder binder = new DeregisterLoadBalancerRequestBinder(); String actual = binder.createPayload(LoadBalancer.Request.createDeregisteringPayload( "load-balancer-id", ImmutableList.of("1", "2"))); assertNotNull(actual, "Binder returned null payload"); assertEquals(actual, expectedPayload); }
@Override protected String createPayload(LoadBalancer.Request.DeregisterPayload payload) { requestBuilder.append("<ws:deregisterServersOnLoadBalancer>"); for (String s : payload.serverIds()) requestBuilder.append(format("<serverIds>%s</serverIds>", s)); requestBuilder.append(format("<loadBalancerId>%s</loadBalancerId>", payload.id())) .append("</ws:deregisterServersOnLoadBalancer>"); return requestBuilder.toString(); }
DeregisterLoadBalancerRequestBinder extends BaseProfitBricksRequestBinder<LoadBalancer.Request.DeregisterPayload> { @Override protected String createPayload(LoadBalancer.Request.DeregisterPayload payload) { requestBuilder.append("<ws:deregisterServersOnLoadBalancer>"); for (String s : payload.serverIds()) requestBuilder.append(format("<serverIds>%s</serverIds>", s)); requestBuilder.append(format("<loadBalancerId>%s</loadBalancerId>", payload.id())) .append("</ws:deregisterServersOnLoadBalancer>"); return requestBuilder.toString(); } }
DeregisterLoadBalancerRequestBinder extends BaseProfitBricksRequestBinder<LoadBalancer.Request.DeregisterPayload> { @Override protected String createPayload(LoadBalancer.Request.DeregisterPayload payload) { requestBuilder.append("<ws:deregisterServersOnLoadBalancer>"); for (String s : payload.serverIds()) requestBuilder.append(format("<serverIds>%s</serverIds>", s)); requestBuilder.append(format("<loadBalancerId>%s</loadBalancerId>", payload.id())) .append("</ws:deregisterServersOnLoadBalancer>"); return requestBuilder.toString(); } DeregisterLoadBalancerRequestBinder(); }
DeregisterLoadBalancerRequestBinder extends BaseProfitBricksRequestBinder<LoadBalancer.Request.DeregisterPayload> { @Override protected String createPayload(LoadBalancer.Request.DeregisterPayload payload) { requestBuilder.append("<ws:deregisterServersOnLoadBalancer>"); for (String s : payload.serverIds()) requestBuilder.append(format("<serverIds>%s</serverIds>", s)); requestBuilder.append(format("<loadBalancerId>%s</loadBalancerId>", payload.id())) .append("</ws:deregisterServersOnLoadBalancer>"); return requestBuilder.toString(); } DeregisterLoadBalancerRequestBinder(); }
DeregisterLoadBalancerRequestBinder extends BaseProfitBricksRequestBinder<LoadBalancer.Request.DeregisterPayload> { @Override protected String createPayload(LoadBalancer.Request.DeregisterPayload payload) { requestBuilder.append("<ws:deregisterServersOnLoadBalancer>"); for (String s : payload.serverIds()) requestBuilder.append(format("<serverIds>%s</serverIds>", s)); requestBuilder.append(format("<loadBalancerId>%s</loadBalancerId>", payload.id())) .append("</ws:deregisterServersOnLoadBalancer>"); return requestBuilder.toString(); } DeregisterLoadBalancerRequestBinder(); }
@Test void testMaxRetriesNotExceededReturnsValue() { AccessControlList acl = createMock(AccessControlList.class); int attempts = 5; BackoffOnNotFoundWhenGetBucketACL backoff = new BackoffOnNotFoundWhenGetBucketACL(mock); expect(mock.getBucketACL("foo")).andThrow(new ResourceNotFoundException()).times(attempts - 1); expect(mock.getBucketACL("foo")).andReturn(acl); replay(mock); assertSame(backoff.load("foo"), acl); verify(mock); }
@Override public AccessControlList load(String bucketName) { ResourceNotFoundException last = null; for (int currentTries = 0; currentTries < maxTries; currentTries++) { try { return client.getBucketACL(bucketName); } catch (ResourceNotFoundException e) { imposeBackoffExponentialDelay(100L, 200L, 2, currentTries, maxTries); last = e; } } throw last; }
BackoffOnNotFoundWhenGetBucketACL extends CacheLoader<String, AccessControlList> { @Override public AccessControlList load(String bucketName) { ResourceNotFoundException last = null; for (int currentTries = 0; currentTries < maxTries; currentTries++) { try { return client.getBucketACL(bucketName); } catch (ResourceNotFoundException e) { imposeBackoffExponentialDelay(100L, 200L, 2, currentTries, maxTries); last = e; } } throw last; } }
BackoffOnNotFoundWhenGetBucketACL extends CacheLoader<String, AccessControlList> { @Override public AccessControlList load(String bucketName) { ResourceNotFoundException last = null; for (int currentTries = 0; currentTries < maxTries; currentTries++) { try { return client.getBucketACL(bucketName); } catch (ResourceNotFoundException e) { imposeBackoffExponentialDelay(100L, 200L, 2, currentTries, maxTries); last = e; } } throw last; } @Inject BackoffOnNotFoundWhenGetBucketACL(S3Client client); }
BackoffOnNotFoundWhenGetBucketACL extends CacheLoader<String, AccessControlList> { @Override public AccessControlList load(String bucketName) { ResourceNotFoundException last = null; for (int currentTries = 0; currentTries < maxTries; currentTries++) { try { return client.getBucketACL(bucketName); } catch (ResourceNotFoundException e) { imposeBackoffExponentialDelay(100L, 200L, 2, currentTries, maxTries); last = e; } } throw last; } @Inject BackoffOnNotFoundWhenGetBucketACL(S3Client client); @Override AccessControlList load(String bucketName); @Override String toString(); }
BackoffOnNotFoundWhenGetBucketACL extends CacheLoader<String, AccessControlList> { @Override public AccessControlList load(String bucketName) { ResourceNotFoundException last = null; for (int currentTries = 0; currentTries < maxTries; currentTries++) { try { return client.getBucketACL(bucketName); } catch (ResourceNotFoundException e) { imposeBackoffExponentialDelay(100L, 200L, 2, currentTries, maxTries); last = e; } } throw last; } @Inject BackoffOnNotFoundWhenGetBucketACL(S3Client client); @Override AccessControlList load(String bucketName); @Override String toString(); }
@Test(expectedExceptions = ResourceNotFoundException.class) void testMaxRetriesExceededThrowsException() { int attempts = 5; BackoffOnNotFoundWhenGetBucketACL backoff = new BackoffOnNotFoundWhenGetBucketACL(mock); expect(mock.getBucketACL("foo")).andThrow(new ResourceNotFoundException()).times(attempts); replay(mock); backoff.load("foo"); }
@Override public AccessControlList load(String bucketName) { ResourceNotFoundException last = null; for (int currentTries = 0; currentTries < maxTries; currentTries++) { try { return client.getBucketACL(bucketName); } catch (ResourceNotFoundException e) { imposeBackoffExponentialDelay(100L, 200L, 2, currentTries, maxTries); last = e; } } throw last; }
BackoffOnNotFoundWhenGetBucketACL extends CacheLoader<String, AccessControlList> { @Override public AccessControlList load(String bucketName) { ResourceNotFoundException last = null; for (int currentTries = 0; currentTries < maxTries; currentTries++) { try { return client.getBucketACL(bucketName); } catch (ResourceNotFoundException e) { imposeBackoffExponentialDelay(100L, 200L, 2, currentTries, maxTries); last = e; } } throw last; } }
BackoffOnNotFoundWhenGetBucketACL extends CacheLoader<String, AccessControlList> { @Override public AccessControlList load(String bucketName) { ResourceNotFoundException last = null; for (int currentTries = 0; currentTries < maxTries; currentTries++) { try { return client.getBucketACL(bucketName); } catch (ResourceNotFoundException e) { imposeBackoffExponentialDelay(100L, 200L, 2, currentTries, maxTries); last = e; } } throw last; } @Inject BackoffOnNotFoundWhenGetBucketACL(S3Client client); }
BackoffOnNotFoundWhenGetBucketACL extends CacheLoader<String, AccessControlList> { @Override public AccessControlList load(String bucketName) { ResourceNotFoundException last = null; for (int currentTries = 0; currentTries < maxTries; currentTries++) { try { return client.getBucketACL(bucketName); } catch (ResourceNotFoundException e) { imposeBackoffExponentialDelay(100L, 200L, 2, currentTries, maxTries); last = e; } } throw last; } @Inject BackoffOnNotFoundWhenGetBucketACL(S3Client client); @Override AccessControlList load(String bucketName); @Override String toString(); }
BackoffOnNotFoundWhenGetBucketACL extends CacheLoader<String, AccessControlList> { @Override public AccessControlList load(String bucketName) { ResourceNotFoundException last = null; for (int currentTries = 0; currentTries < maxTries; currentTries++) { try { return client.getBucketACL(bucketName); } catch (ResourceNotFoundException e) { imposeBackoffExponentialDelay(100L, 200L, 2, currentTries, maxTries); last = e; } } throw last; } @Inject BackoffOnNotFoundWhenGetBucketACL(S3Client client); @Override AccessControlList load(String bucketName); @Override String toString(); }
@Test(expectedExceptions = UncheckedExecutionException.class) void testDoesntCatchOtherExceptions() { BackoffOnNotFoundWhenGetBucketACL backoff = new BackoffOnNotFoundWhenGetBucketACL(mock); expect(mock.getBucketACL("foo")).andThrow(new UncheckedExecutionException(new TimeoutException())); replay(mock); backoff.load("foo"); verify(mock); }
@Override public AccessControlList load(String bucketName) { ResourceNotFoundException last = null; for (int currentTries = 0; currentTries < maxTries; currentTries++) { try { return client.getBucketACL(bucketName); } catch (ResourceNotFoundException e) { imposeBackoffExponentialDelay(100L, 200L, 2, currentTries, maxTries); last = e; } } throw last; }
BackoffOnNotFoundWhenGetBucketACL extends CacheLoader<String, AccessControlList> { @Override public AccessControlList load(String bucketName) { ResourceNotFoundException last = null; for (int currentTries = 0; currentTries < maxTries; currentTries++) { try { return client.getBucketACL(bucketName); } catch (ResourceNotFoundException e) { imposeBackoffExponentialDelay(100L, 200L, 2, currentTries, maxTries); last = e; } } throw last; } }
BackoffOnNotFoundWhenGetBucketACL extends CacheLoader<String, AccessControlList> { @Override public AccessControlList load(String bucketName) { ResourceNotFoundException last = null; for (int currentTries = 0; currentTries < maxTries; currentTries++) { try { return client.getBucketACL(bucketName); } catch (ResourceNotFoundException e) { imposeBackoffExponentialDelay(100L, 200L, 2, currentTries, maxTries); last = e; } } throw last; } @Inject BackoffOnNotFoundWhenGetBucketACL(S3Client client); }
BackoffOnNotFoundWhenGetBucketACL extends CacheLoader<String, AccessControlList> { @Override public AccessControlList load(String bucketName) { ResourceNotFoundException last = null; for (int currentTries = 0; currentTries < maxTries; currentTries++) { try { return client.getBucketACL(bucketName); } catch (ResourceNotFoundException e) { imposeBackoffExponentialDelay(100L, 200L, 2, currentTries, maxTries); last = e; } } throw last; } @Inject BackoffOnNotFoundWhenGetBucketACL(S3Client client); @Override AccessControlList load(String bucketName); @Override String toString(); }
BackoffOnNotFoundWhenGetBucketACL extends CacheLoader<String, AccessControlList> { @Override public AccessControlList load(String bucketName) { ResourceNotFoundException last = null; for (int currentTries = 0; currentTries < maxTries; currentTries++) { try { return client.getBucketACL(bucketName); } catch (ResourceNotFoundException e) { imposeBackoffExponentialDelay(100L, 200L, 2, currentTries, maxTries); last = e; } } throw last; } @Inject BackoffOnNotFoundWhenGetBucketACL(S3Client client); @Override AccessControlList load(String bucketName); @Override String toString(); }
@Test(expectedExceptions = NullPointerException.class) public void testMetaNPE() { overrideMetadataWith(null); }
public CopyObjectOptions overrideMetadataWith(Map<String, String> metadata) { checkNotNull(metadata, "metadata"); this.metadata = metadata; return this; }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions overrideMetadataWith(Map<String, String> metadata) { checkNotNull(metadata, "metadata"); this.metadata = metadata; return this; } }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions overrideMetadataWith(Map<String, String> metadata) { checkNotNull(metadata, "metadata"); this.metadata = metadata; return this; } }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions overrideMetadataWith(Map<String, String> metadata) { checkNotNull(metadata, "metadata"); this.metadata = metadata; return this; } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions overrideMetadataWith(Map<String, String> metadata) { checkNotNull(metadata, "metadata"); this.metadata = metadata; return this; } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); static final CopyObjectOptions NONE; }
@Test public void testNullIfModifiedSince() { CopyObjectOptions options = new CopyObjectOptions(); assertNull(options.getIfModifiedSince()); }
public String getIfModifiedSince() { return getFirstHeaderOrNull(COPY_SOURCE_IF_MODIFIED_SINCE); }
CopyObjectOptions extends BaseHttpRequestOptions { public String getIfModifiedSince() { return getFirstHeaderOrNull(COPY_SOURCE_IF_MODIFIED_SINCE); } }
CopyObjectOptions extends BaseHttpRequestOptions { public String getIfModifiedSince() { return getFirstHeaderOrNull(COPY_SOURCE_IF_MODIFIED_SINCE); } }
CopyObjectOptions extends BaseHttpRequestOptions { public String getIfModifiedSince() { return getFirstHeaderOrNull(COPY_SOURCE_IF_MODIFIED_SINCE); } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); }
CopyObjectOptions extends BaseHttpRequestOptions { public String getIfModifiedSince() { return getFirstHeaderOrNull(COPY_SOURCE_IF_MODIFIED_SINCE); } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); static final CopyObjectOptions NONE; }
@Test(expectedExceptions = NullPointerException.class) public void testIfModifiedSinceNPE() { ifSourceModifiedSince(null); }
public CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince) { checkState(getIfMatch() == null, "ifETagMatches() is not compatible with ifModifiedSince()"); checkState(getIfUnmodifiedSince() == null, "ifUnmodifiedSince() is not compatible with ifModifiedSince()"); replaceHeader(COPY_SOURCE_IF_MODIFIED_SINCE, dateService.rfc822DateFormat(checkNotNull(ifModifiedSince, "ifModifiedSince"))); return this; }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince) { checkState(getIfMatch() == null, "ifETagMatches() is not compatible with ifModifiedSince()"); checkState(getIfUnmodifiedSince() == null, "ifUnmodifiedSince() is not compatible with ifModifiedSince()"); replaceHeader(COPY_SOURCE_IF_MODIFIED_SINCE, dateService.rfc822DateFormat(checkNotNull(ifModifiedSince, "ifModifiedSince"))); return this; } }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince) { checkState(getIfMatch() == null, "ifETagMatches() is not compatible with ifModifiedSince()"); checkState(getIfUnmodifiedSince() == null, "ifUnmodifiedSince() is not compatible with ifModifiedSince()"); replaceHeader(COPY_SOURCE_IF_MODIFIED_SINCE, dateService.rfc822DateFormat(checkNotNull(ifModifiedSince, "ifModifiedSince"))); return this; } }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince) { checkState(getIfMatch() == null, "ifETagMatches() is not compatible with ifModifiedSince()"); checkState(getIfUnmodifiedSince() == null, "ifUnmodifiedSince() is not compatible with ifModifiedSince()"); replaceHeader(COPY_SOURCE_IF_MODIFIED_SINCE, dateService.rfc822DateFormat(checkNotNull(ifModifiedSince, "ifModifiedSince"))); return this; } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince) { checkState(getIfMatch() == null, "ifETagMatches() is not compatible with ifModifiedSince()"); checkState(getIfUnmodifiedSince() == null, "ifUnmodifiedSince() is not compatible with ifModifiedSince()"); replaceHeader(COPY_SOURCE_IF_MODIFIED_SINCE, dateService.rfc822DateFormat(checkNotNull(ifModifiedSince, "ifModifiedSince"))); return this; } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); static final CopyObjectOptions NONE; }
@Test public void testIfUnmodifiedSince() { CopyObjectOptions options = new CopyObjectOptions(); options.ifSourceUnmodifiedSince(now); isNowExpected(options); }
public CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince) { checkState(getIfNoneMatch() == null, "ifETagDoesntMatch() is not compatible with ifUnmodifiedSince()"); checkState(getIfModifiedSince() == null, "ifModifiedSince() is not compatible with ifUnmodifiedSince()"); replaceHeader(COPY_SOURCE_IF_UNMODIFIED_SINCE, dateService.rfc822DateFormat(checkNotNull(ifUnmodifiedSince, "ifUnmodifiedSince"))); return this; }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince) { checkState(getIfNoneMatch() == null, "ifETagDoesntMatch() is not compatible with ifUnmodifiedSince()"); checkState(getIfModifiedSince() == null, "ifModifiedSince() is not compatible with ifUnmodifiedSince()"); replaceHeader(COPY_SOURCE_IF_UNMODIFIED_SINCE, dateService.rfc822DateFormat(checkNotNull(ifUnmodifiedSince, "ifUnmodifiedSince"))); return this; } }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince) { checkState(getIfNoneMatch() == null, "ifETagDoesntMatch() is not compatible with ifUnmodifiedSince()"); checkState(getIfModifiedSince() == null, "ifModifiedSince() is not compatible with ifUnmodifiedSince()"); replaceHeader(COPY_SOURCE_IF_UNMODIFIED_SINCE, dateService.rfc822DateFormat(checkNotNull(ifUnmodifiedSince, "ifUnmodifiedSince"))); return this; } }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince) { checkState(getIfNoneMatch() == null, "ifETagDoesntMatch() is not compatible with ifUnmodifiedSince()"); checkState(getIfModifiedSince() == null, "ifModifiedSince() is not compatible with ifUnmodifiedSince()"); replaceHeader(COPY_SOURCE_IF_UNMODIFIED_SINCE, dateService.rfc822DateFormat(checkNotNull(ifUnmodifiedSince, "ifUnmodifiedSince"))); return this; } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince) { checkState(getIfNoneMatch() == null, "ifETagDoesntMatch() is not compatible with ifUnmodifiedSince()"); checkState(getIfModifiedSince() == null, "ifModifiedSince() is not compatible with ifUnmodifiedSince()"); replaceHeader(COPY_SOURCE_IF_UNMODIFIED_SINCE, dateService.rfc822DateFormat(checkNotNull(ifUnmodifiedSince, "ifUnmodifiedSince"))); return this; } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); static final CopyObjectOptions NONE; }
@Test public void testCreatePayload() { CreateLoadBalancerRequestBinder binder = new CreateLoadBalancerRequestBinder(); String actual = binder.createPayload( LoadBalancer.Request.creatingBuilder() .dataCenterId("datacenter-id") .name("load-balancer-name") .algorithm(Algorithm.ROUND_ROBIN) .ip("10.0.0.1") .lanId(2) .serverIds(ImmutableList.<String>of( "server-id-1", "server-id-2")) .build()); assertNotNull(actual, "Binder returned null payload"); assertEquals(actual, expectedPayload); }
@Override protected String createPayload(LoadBalancer.Request.CreatePayload payload) { requestBuilder.append("<ws:createLoadBalancer>") .append("<request>") .append(format("<dataCenterId>%s</dataCenterId>", payload.dataCenterId())) .append(format("<loadBalancerName>%s</loadBalancerName>", payload.name())) .append(format("<loadBalancerAlgorithm>%s</loadBalancerAlgorithm>", payload.algorithm())) .append(format("<ip>%s</ip>", payload.ip())) .append(format("<lanId>%s</lanId>", payload.lanId())); for (String serverId : payload.serverIds()) requestBuilder.append(format("<serverIds>%s</serverIds>", serverId)); requestBuilder .append("</request>") .append("</ws:createLoadBalancer>"); return requestBuilder.toString(); }
CreateLoadBalancerRequestBinder extends BaseProfitBricksRequestBinder<LoadBalancer.Request.CreatePayload> { @Override protected String createPayload(LoadBalancer.Request.CreatePayload payload) { requestBuilder.append("<ws:createLoadBalancer>") .append("<request>") .append(format("<dataCenterId>%s</dataCenterId>", payload.dataCenterId())) .append(format("<loadBalancerName>%s</loadBalancerName>", payload.name())) .append(format("<loadBalancerAlgorithm>%s</loadBalancerAlgorithm>", payload.algorithm())) .append(format("<ip>%s</ip>", payload.ip())) .append(format("<lanId>%s</lanId>", payload.lanId())); for (String serverId : payload.serverIds()) requestBuilder.append(format("<serverIds>%s</serverIds>", serverId)); requestBuilder .append("</request>") .append("</ws:createLoadBalancer>"); return requestBuilder.toString(); } }
CreateLoadBalancerRequestBinder extends BaseProfitBricksRequestBinder<LoadBalancer.Request.CreatePayload> { @Override protected String createPayload(LoadBalancer.Request.CreatePayload payload) { requestBuilder.append("<ws:createLoadBalancer>") .append("<request>") .append(format("<dataCenterId>%s</dataCenterId>", payload.dataCenterId())) .append(format("<loadBalancerName>%s</loadBalancerName>", payload.name())) .append(format("<loadBalancerAlgorithm>%s</loadBalancerAlgorithm>", payload.algorithm())) .append(format("<ip>%s</ip>", payload.ip())) .append(format("<lanId>%s</lanId>", payload.lanId())); for (String serverId : payload.serverIds()) requestBuilder.append(format("<serverIds>%s</serverIds>", serverId)); requestBuilder .append("</request>") .append("</ws:createLoadBalancer>"); return requestBuilder.toString(); } CreateLoadBalancerRequestBinder(); }
CreateLoadBalancerRequestBinder extends BaseProfitBricksRequestBinder<LoadBalancer.Request.CreatePayload> { @Override protected String createPayload(LoadBalancer.Request.CreatePayload payload) { requestBuilder.append("<ws:createLoadBalancer>") .append("<request>") .append(format("<dataCenterId>%s</dataCenterId>", payload.dataCenterId())) .append(format("<loadBalancerName>%s</loadBalancerName>", payload.name())) .append(format("<loadBalancerAlgorithm>%s</loadBalancerAlgorithm>", payload.algorithm())) .append(format("<ip>%s</ip>", payload.ip())) .append(format("<lanId>%s</lanId>", payload.lanId())); for (String serverId : payload.serverIds()) requestBuilder.append(format("<serverIds>%s</serverIds>", serverId)); requestBuilder .append("</request>") .append("</ws:createLoadBalancer>"); return requestBuilder.toString(); } CreateLoadBalancerRequestBinder(); }
CreateLoadBalancerRequestBinder extends BaseProfitBricksRequestBinder<LoadBalancer.Request.CreatePayload> { @Override protected String createPayload(LoadBalancer.Request.CreatePayload payload) { requestBuilder.append("<ws:createLoadBalancer>") .append("<request>") .append(format("<dataCenterId>%s</dataCenterId>", payload.dataCenterId())) .append(format("<loadBalancerName>%s</loadBalancerName>", payload.name())) .append(format("<loadBalancerAlgorithm>%s</loadBalancerAlgorithm>", payload.algorithm())) .append(format("<ip>%s</ip>", payload.ip())) .append(format("<lanId>%s</lanId>", payload.lanId())); for (String serverId : payload.serverIds()) requestBuilder.append(format("<serverIds>%s</serverIds>", serverId)); requestBuilder .append("</request>") .append("</ws:createLoadBalancer>"); return requestBuilder.toString(); } CreateLoadBalancerRequestBinder(); }
@Test public void testNullIfUnmodifiedSince() { CopyObjectOptions options = new CopyObjectOptions(); assertNull(options.getIfUnmodifiedSince()); }
public String getIfUnmodifiedSince() { return getFirstHeaderOrNull(COPY_SOURCE_IF_UNMODIFIED_SINCE); }
CopyObjectOptions extends BaseHttpRequestOptions { public String getIfUnmodifiedSince() { return getFirstHeaderOrNull(COPY_SOURCE_IF_UNMODIFIED_SINCE); } }
CopyObjectOptions extends BaseHttpRequestOptions { public String getIfUnmodifiedSince() { return getFirstHeaderOrNull(COPY_SOURCE_IF_UNMODIFIED_SINCE); } }
CopyObjectOptions extends BaseHttpRequestOptions { public String getIfUnmodifiedSince() { return getFirstHeaderOrNull(COPY_SOURCE_IF_UNMODIFIED_SINCE); } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); }
CopyObjectOptions extends BaseHttpRequestOptions { public String getIfUnmodifiedSince() { return getFirstHeaderOrNull(COPY_SOURCE_IF_UNMODIFIED_SINCE); } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); static final CopyObjectOptions NONE; }
@Test public void testIfUnmodifiedSinceStatic() { CopyObjectOptions options = ifSourceUnmodifiedSince(now); isNowExpected(options); }
public CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince) { checkState(getIfNoneMatch() == null, "ifETagDoesntMatch() is not compatible with ifUnmodifiedSince()"); checkState(getIfModifiedSince() == null, "ifModifiedSince() is not compatible with ifUnmodifiedSince()"); replaceHeader(COPY_SOURCE_IF_UNMODIFIED_SINCE, dateService.rfc822DateFormat(checkNotNull(ifUnmodifiedSince, "ifUnmodifiedSince"))); return this; }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince) { checkState(getIfNoneMatch() == null, "ifETagDoesntMatch() is not compatible with ifUnmodifiedSince()"); checkState(getIfModifiedSince() == null, "ifModifiedSince() is not compatible with ifUnmodifiedSince()"); replaceHeader(COPY_SOURCE_IF_UNMODIFIED_SINCE, dateService.rfc822DateFormat(checkNotNull(ifUnmodifiedSince, "ifUnmodifiedSince"))); return this; } }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince) { checkState(getIfNoneMatch() == null, "ifETagDoesntMatch() is not compatible with ifUnmodifiedSince()"); checkState(getIfModifiedSince() == null, "ifModifiedSince() is not compatible with ifUnmodifiedSince()"); replaceHeader(COPY_SOURCE_IF_UNMODIFIED_SINCE, dateService.rfc822DateFormat(checkNotNull(ifUnmodifiedSince, "ifUnmodifiedSince"))); return this; } }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince) { checkState(getIfNoneMatch() == null, "ifETagDoesntMatch() is not compatible with ifUnmodifiedSince()"); checkState(getIfModifiedSince() == null, "ifModifiedSince() is not compatible with ifUnmodifiedSince()"); replaceHeader(COPY_SOURCE_IF_UNMODIFIED_SINCE, dateService.rfc822DateFormat(checkNotNull(ifUnmodifiedSince, "ifUnmodifiedSince"))); return this; } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince) { checkState(getIfNoneMatch() == null, "ifETagDoesntMatch() is not compatible with ifUnmodifiedSince()"); checkState(getIfModifiedSince() == null, "ifModifiedSince() is not compatible with ifUnmodifiedSince()"); replaceHeader(COPY_SOURCE_IF_UNMODIFIED_SINCE, dateService.rfc822DateFormat(checkNotNull(ifUnmodifiedSince, "ifUnmodifiedSince"))); return this; } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); static final CopyObjectOptions NONE; }
@Test(expectedExceptions = NullPointerException.class) public void testIfUnmodifiedSinceNPE() { ifSourceUnmodifiedSince(null); }
public CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince) { checkState(getIfNoneMatch() == null, "ifETagDoesntMatch() is not compatible with ifUnmodifiedSince()"); checkState(getIfModifiedSince() == null, "ifModifiedSince() is not compatible with ifUnmodifiedSince()"); replaceHeader(COPY_SOURCE_IF_UNMODIFIED_SINCE, dateService.rfc822DateFormat(checkNotNull(ifUnmodifiedSince, "ifUnmodifiedSince"))); return this; }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince) { checkState(getIfNoneMatch() == null, "ifETagDoesntMatch() is not compatible with ifUnmodifiedSince()"); checkState(getIfModifiedSince() == null, "ifModifiedSince() is not compatible with ifUnmodifiedSince()"); replaceHeader(COPY_SOURCE_IF_UNMODIFIED_SINCE, dateService.rfc822DateFormat(checkNotNull(ifUnmodifiedSince, "ifUnmodifiedSince"))); return this; } }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince) { checkState(getIfNoneMatch() == null, "ifETagDoesntMatch() is not compatible with ifUnmodifiedSince()"); checkState(getIfModifiedSince() == null, "ifModifiedSince() is not compatible with ifUnmodifiedSince()"); replaceHeader(COPY_SOURCE_IF_UNMODIFIED_SINCE, dateService.rfc822DateFormat(checkNotNull(ifUnmodifiedSince, "ifUnmodifiedSince"))); return this; } }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince) { checkState(getIfNoneMatch() == null, "ifETagDoesntMatch() is not compatible with ifUnmodifiedSince()"); checkState(getIfModifiedSince() == null, "ifModifiedSince() is not compatible with ifUnmodifiedSince()"); replaceHeader(COPY_SOURCE_IF_UNMODIFIED_SINCE, dateService.rfc822DateFormat(checkNotNull(ifUnmodifiedSince, "ifUnmodifiedSince"))); return this; } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince) { checkState(getIfNoneMatch() == null, "ifETagDoesntMatch() is not compatible with ifUnmodifiedSince()"); checkState(getIfModifiedSince() == null, "ifModifiedSince() is not compatible with ifUnmodifiedSince()"); replaceHeader(COPY_SOURCE_IF_UNMODIFIED_SINCE, dateService.rfc822DateFormat(checkNotNull(ifUnmodifiedSince, "ifUnmodifiedSince"))); return this; } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); static final CopyObjectOptions NONE; }
@Test public void testNullIfETagMatches() { CopyObjectOptions options = new CopyObjectOptions(); assertNull(options.getIfMatch()); }
public String getIfMatch() { return getFirstHeaderOrNull(COPY_SOURCE_IF_MATCH); }
CopyObjectOptions extends BaseHttpRequestOptions { public String getIfMatch() { return getFirstHeaderOrNull(COPY_SOURCE_IF_MATCH); } }
CopyObjectOptions extends BaseHttpRequestOptions { public String getIfMatch() { return getFirstHeaderOrNull(COPY_SOURCE_IF_MATCH); } }
CopyObjectOptions extends BaseHttpRequestOptions { public String getIfMatch() { return getFirstHeaderOrNull(COPY_SOURCE_IF_MATCH); } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); }
CopyObjectOptions extends BaseHttpRequestOptions { public String getIfMatch() { return getFirstHeaderOrNull(COPY_SOURCE_IF_MATCH); } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); static final CopyObjectOptions NONE; }
@Test(expectedExceptions = NullPointerException.class) public void testIfETagMatchesNPE() { ifSourceETagMatches(null); }
public CopyObjectOptions ifSourceETagMatches(String eTag) { checkState(getIfNoneMatch() == null, "ifETagDoesntMatch() is not compatible with ifETagMatches()"); checkState(getIfModifiedSince() == null, "ifModifiedSince() is not compatible with ifETagMatches()"); replaceHeader(COPY_SOURCE_IF_MATCH, maybeQuoteETag(checkNotNull(eTag, "eTag"))); return this; }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceETagMatches(String eTag) { checkState(getIfNoneMatch() == null, "ifETagDoesntMatch() is not compatible with ifETagMatches()"); checkState(getIfModifiedSince() == null, "ifModifiedSince() is not compatible with ifETagMatches()"); replaceHeader(COPY_SOURCE_IF_MATCH, maybeQuoteETag(checkNotNull(eTag, "eTag"))); return this; } }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceETagMatches(String eTag) { checkState(getIfNoneMatch() == null, "ifETagDoesntMatch() is not compatible with ifETagMatches()"); checkState(getIfModifiedSince() == null, "ifModifiedSince() is not compatible with ifETagMatches()"); replaceHeader(COPY_SOURCE_IF_MATCH, maybeQuoteETag(checkNotNull(eTag, "eTag"))); return this; } }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceETagMatches(String eTag) { checkState(getIfNoneMatch() == null, "ifETagDoesntMatch() is not compatible with ifETagMatches()"); checkState(getIfModifiedSince() == null, "ifModifiedSince() is not compatible with ifETagMatches()"); replaceHeader(COPY_SOURCE_IF_MATCH, maybeQuoteETag(checkNotNull(eTag, "eTag"))); return this; } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceETagMatches(String eTag) { checkState(getIfNoneMatch() == null, "ifETagDoesntMatch() is not compatible with ifETagMatches()"); checkState(getIfModifiedSince() == null, "ifModifiedSince() is not compatible with ifETagMatches()"); replaceHeader(COPY_SOURCE_IF_MATCH, maybeQuoteETag(checkNotNull(eTag, "eTag"))); return this; } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); static final CopyObjectOptions NONE; }
@Test public void testNullIfETagDoesntMatch() { CopyObjectOptions options = new CopyObjectOptions(); assertNull(options.getIfNoneMatch()); }
public String getIfNoneMatch() { return getFirstHeaderOrNull(COPY_SOURCE_IF_NO_MATCH); }
CopyObjectOptions extends BaseHttpRequestOptions { public String getIfNoneMatch() { return getFirstHeaderOrNull(COPY_SOURCE_IF_NO_MATCH); } }
CopyObjectOptions extends BaseHttpRequestOptions { public String getIfNoneMatch() { return getFirstHeaderOrNull(COPY_SOURCE_IF_NO_MATCH); } }
CopyObjectOptions extends BaseHttpRequestOptions { public String getIfNoneMatch() { return getFirstHeaderOrNull(COPY_SOURCE_IF_NO_MATCH); } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); }
CopyObjectOptions extends BaseHttpRequestOptions { public String getIfNoneMatch() { return getFirstHeaderOrNull(COPY_SOURCE_IF_NO_MATCH); } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); static final CopyObjectOptions NONE; }
@Test(expectedExceptions = NullPointerException.class) public void testIfETagDoesntMatchNPE() { ifSourceETagDoesntMatch(null); }
public CopyObjectOptions ifSourceETagDoesntMatch(String eTag) { checkState(getIfMatch() == null, "ifETagMatches() is not compatible with ifETagDoesntMatch()"); Preconditions.checkState(getIfUnmodifiedSince() == null, "ifUnmodifiedSince() is not compatible with ifETagDoesntMatch()"); replaceHeader(COPY_SOURCE_IF_NO_MATCH, maybeQuoteETag(checkNotNull(eTag, "ifETagDoesntMatch"))); return this; }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceETagDoesntMatch(String eTag) { checkState(getIfMatch() == null, "ifETagMatches() is not compatible with ifETagDoesntMatch()"); Preconditions.checkState(getIfUnmodifiedSince() == null, "ifUnmodifiedSince() is not compatible with ifETagDoesntMatch()"); replaceHeader(COPY_SOURCE_IF_NO_MATCH, maybeQuoteETag(checkNotNull(eTag, "ifETagDoesntMatch"))); return this; } }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceETagDoesntMatch(String eTag) { checkState(getIfMatch() == null, "ifETagMatches() is not compatible with ifETagDoesntMatch()"); Preconditions.checkState(getIfUnmodifiedSince() == null, "ifUnmodifiedSince() is not compatible with ifETagDoesntMatch()"); replaceHeader(COPY_SOURCE_IF_NO_MATCH, maybeQuoteETag(checkNotNull(eTag, "ifETagDoesntMatch"))); return this; } }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceETagDoesntMatch(String eTag) { checkState(getIfMatch() == null, "ifETagMatches() is not compatible with ifETagDoesntMatch()"); Preconditions.checkState(getIfUnmodifiedSince() == null, "ifUnmodifiedSince() is not compatible with ifETagDoesntMatch()"); replaceHeader(COPY_SOURCE_IF_NO_MATCH, maybeQuoteETag(checkNotNull(eTag, "ifETagDoesntMatch"))); return this; } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); }
CopyObjectOptions extends BaseHttpRequestOptions { public CopyObjectOptions ifSourceETagDoesntMatch(String eTag) { checkState(getIfMatch() == null, "ifETagMatches() is not compatible with ifETagDoesntMatch()"); Preconditions.checkState(getIfUnmodifiedSince() == null, "ifUnmodifiedSince() is not compatible with ifETagDoesntMatch()"); replaceHeader(COPY_SOURCE_IF_NO_MATCH, maybeQuoteETag(checkNotNull(eTag, "ifETagDoesntMatch"))); return this; } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); static final CopyObjectOptions NONE; }
@Test void testBuildRequestHeaders() { CopyObjectOptions options = ifSourceModifiedSince(now).ifSourceETagDoesntMatch(etag).overrideMetadataWith( goodMeta); options.setHeaderTag(DEFAULT_AMAZON_HEADERTAG); options.setMetadataPrefix(USER_METADATA_PREFIX); Multimap<String, String> headers = options.buildRequestHeaders(); assertEquals(getOnlyElement(headers.get(COPY_SOURCE_IF_MODIFIED_SINCE)), new SimpleDateFormatDateService() .rfc822DateFormat(now)); assertEquals(getOnlyElement(headers.get(COPY_SOURCE_IF_NO_MATCH)), "\"" + etag + "\""); for (String value : goodMeta.values()) assertTrue(headers.containsValue(value)); }
@Override public Multimap<String, String> buildRequestHeaders() { checkState(headerTag != null, "headerTag should have been injected!"); checkState(metadataPrefix != null, "metadataPrefix should have been injected!"); ImmutableMultimap.Builder<String, String> returnVal = ImmutableMultimap.builder(); for (Entry<String, String> entry : headers.entries()) { returnVal.put(entry.getKey().replace(DEFAULT_AMAZON_HEADERTAG, headerTag), entry.getValue()); } boolean replace = false; if (cacheControl != null) { returnVal.put(HttpHeaders.CACHE_CONTROL, cacheControl); replace = true; } if (contentDisposition != null) { returnVal.put(HttpHeaders.CONTENT_DISPOSITION, contentDisposition); replace = true; } if (contentEncoding != null) { returnVal.put(HttpHeaders.CONTENT_ENCODING, contentEncoding); replace = true; } if (contentLanguage != null) { returnVal.put(HttpHeaders.CONTENT_LANGUAGE, contentLanguage); replace = true; } if (contentType != null) { returnVal.put(HttpHeaders.CONTENT_TYPE, contentType); replace = true; } if (metadata != null) { for (Map.Entry<String, String> entry : metadata.entrySet()) { String key = entry.getKey(); returnVal.put(key.startsWith(metadataPrefix) ? key : metadataPrefix + key, entry.getValue()); } replace = true; } if (replace) { returnVal.put(METADATA_DIRECTIVE.replace(DEFAULT_AMAZON_HEADERTAG, headerTag), "REPLACE"); } return returnVal.build(); }
CopyObjectOptions extends BaseHttpRequestOptions { @Override public Multimap<String, String> buildRequestHeaders() { checkState(headerTag != null, "headerTag should have been injected!"); checkState(metadataPrefix != null, "metadataPrefix should have been injected!"); ImmutableMultimap.Builder<String, String> returnVal = ImmutableMultimap.builder(); for (Entry<String, String> entry : headers.entries()) { returnVal.put(entry.getKey().replace(DEFAULT_AMAZON_HEADERTAG, headerTag), entry.getValue()); } boolean replace = false; if (cacheControl != null) { returnVal.put(HttpHeaders.CACHE_CONTROL, cacheControl); replace = true; } if (contentDisposition != null) { returnVal.put(HttpHeaders.CONTENT_DISPOSITION, contentDisposition); replace = true; } if (contentEncoding != null) { returnVal.put(HttpHeaders.CONTENT_ENCODING, contentEncoding); replace = true; } if (contentLanguage != null) { returnVal.put(HttpHeaders.CONTENT_LANGUAGE, contentLanguage); replace = true; } if (contentType != null) { returnVal.put(HttpHeaders.CONTENT_TYPE, contentType); replace = true; } if (metadata != null) { for (Map.Entry<String, String> entry : metadata.entrySet()) { String key = entry.getKey(); returnVal.put(key.startsWith(metadataPrefix) ? key : metadataPrefix + key, entry.getValue()); } replace = true; } if (replace) { returnVal.put(METADATA_DIRECTIVE.replace(DEFAULT_AMAZON_HEADERTAG, headerTag), "REPLACE"); } return returnVal.build(); } }
CopyObjectOptions extends BaseHttpRequestOptions { @Override public Multimap<String, String> buildRequestHeaders() { checkState(headerTag != null, "headerTag should have been injected!"); checkState(metadataPrefix != null, "metadataPrefix should have been injected!"); ImmutableMultimap.Builder<String, String> returnVal = ImmutableMultimap.builder(); for (Entry<String, String> entry : headers.entries()) { returnVal.put(entry.getKey().replace(DEFAULT_AMAZON_HEADERTAG, headerTag), entry.getValue()); } boolean replace = false; if (cacheControl != null) { returnVal.put(HttpHeaders.CACHE_CONTROL, cacheControl); replace = true; } if (contentDisposition != null) { returnVal.put(HttpHeaders.CONTENT_DISPOSITION, contentDisposition); replace = true; } if (contentEncoding != null) { returnVal.put(HttpHeaders.CONTENT_ENCODING, contentEncoding); replace = true; } if (contentLanguage != null) { returnVal.put(HttpHeaders.CONTENT_LANGUAGE, contentLanguage); replace = true; } if (contentType != null) { returnVal.put(HttpHeaders.CONTENT_TYPE, contentType); replace = true; } if (metadata != null) { for (Map.Entry<String, String> entry : metadata.entrySet()) { String key = entry.getKey(); returnVal.put(key.startsWith(metadataPrefix) ? key : metadataPrefix + key, entry.getValue()); } replace = true; } if (replace) { returnVal.put(METADATA_DIRECTIVE.replace(DEFAULT_AMAZON_HEADERTAG, headerTag), "REPLACE"); } return returnVal.build(); } }
CopyObjectOptions extends BaseHttpRequestOptions { @Override public Multimap<String, String> buildRequestHeaders() { checkState(headerTag != null, "headerTag should have been injected!"); checkState(metadataPrefix != null, "metadataPrefix should have been injected!"); ImmutableMultimap.Builder<String, String> returnVal = ImmutableMultimap.builder(); for (Entry<String, String> entry : headers.entries()) { returnVal.put(entry.getKey().replace(DEFAULT_AMAZON_HEADERTAG, headerTag), entry.getValue()); } boolean replace = false; if (cacheControl != null) { returnVal.put(HttpHeaders.CACHE_CONTROL, cacheControl); replace = true; } if (contentDisposition != null) { returnVal.put(HttpHeaders.CONTENT_DISPOSITION, contentDisposition); replace = true; } if (contentEncoding != null) { returnVal.put(HttpHeaders.CONTENT_ENCODING, contentEncoding); replace = true; } if (contentLanguage != null) { returnVal.put(HttpHeaders.CONTENT_LANGUAGE, contentLanguage); replace = true; } if (contentType != null) { returnVal.put(HttpHeaders.CONTENT_TYPE, contentType); replace = true; } if (metadata != null) { for (Map.Entry<String, String> entry : metadata.entrySet()) { String key = entry.getKey(); returnVal.put(key.startsWith(metadataPrefix) ? key : metadataPrefix + key, entry.getValue()); } replace = true; } if (replace) { returnVal.put(METADATA_DIRECTIVE.replace(DEFAULT_AMAZON_HEADERTAG, headerTag), "REPLACE"); } return returnVal.build(); } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); }
CopyObjectOptions extends BaseHttpRequestOptions { @Override public Multimap<String, String> buildRequestHeaders() { checkState(headerTag != null, "headerTag should have been injected!"); checkState(metadataPrefix != null, "metadataPrefix should have been injected!"); ImmutableMultimap.Builder<String, String> returnVal = ImmutableMultimap.builder(); for (Entry<String, String> entry : headers.entries()) { returnVal.put(entry.getKey().replace(DEFAULT_AMAZON_HEADERTAG, headerTag), entry.getValue()); } boolean replace = false; if (cacheControl != null) { returnVal.put(HttpHeaders.CACHE_CONTROL, cacheControl); replace = true; } if (contentDisposition != null) { returnVal.put(HttpHeaders.CONTENT_DISPOSITION, contentDisposition); replace = true; } if (contentEncoding != null) { returnVal.put(HttpHeaders.CONTENT_ENCODING, contentEncoding); replace = true; } if (contentLanguage != null) { returnVal.put(HttpHeaders.CONTENT_LANGUAGE, contentLanguage); replace = true; } if (contentType != null) { returnVal.put(HttpHeaders.CONTENT_TYPE, contentType); replace = true; } if (metadata != null) { for (Map.Entry<String, String> entry : metadata.entrySet()) { String key = entry.getKey(); returnVal.put(key.startsWith(metadataPrefix) ? key : metadataPrefix + key, entry.getValue()); } replace = true; } if (replace) { returnVal.put(METADATA_DIRECTIVE.replace(DEFAULT_AMAZON_HEADERTAG, headerTag), "REPLACE"); } return returnVal.build(); } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); static final CopyObjectOptions NONE; }
@Test public void testAclDefault() { CopyObjectOptions options = new CopyObjectOptions(); assertEquals(options.getAcl(), CannedAccessPolicy.PRIVATE); }
public CannedAccessPolicy getAcl() { return acl; }
CopyObjectOptions extends BaseHttpRequestOptions { public CannedAccessPolicy getAcl() { return acl; } }
CopyObjectOptions extends BaseHttpRequestOptions { public CannedAccessPolicy getAcl() { return acl; } }
CopyObjectOptions extends BaseHttpRequestOptions { public CannedAccessPolicy getAcl() { return acl; } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); }
CopyObjectOptions extends BaseHttpRequestOptions { public CannedAccessPolicy getAcl() { return acl; } @Inject void setMetadataPrefix(@Named(PROPERTY_USER_METADATA_PREFIX) String metadataPrefix); @Inject void setHeaderTag(@Named(PROPERTY_HEADER_TAG) String headerTag); CopyObjectOptions overrideAcl(CannedAccessPolicy acl); CannedAccessPolicy getAcl(); String getIfModifiedSince(); String getIfUnmodifiedSince(); String getIfMatch(); String getIfNoneMatch(); Map<String, String> getMetadata(); CopyObjectOptions ifSourceModifiedSince(Date ifModifiedSince); CopyObjectOptions ifSourceUnmodifiedSince(Date ifUnmodifiedSince); CopyObjectOptions ifSourceETagMatches(String eTag); CopyObjectOptions ifSourceETagDoesntMatch(String eTag); @Override Multimap<String, String> buildRequestHeaders(); CopyObjectOptions cacheControl(String cacheControl); CopyObjectOptions contentDisposition(String contentDisposition); CopyObjectOptions contentEncoding(String contentEncoding); CopyObjectOptions contentLanguage(String contentLanguage); CopyObjectOptions contentType(String contentType); CopyObjectOptions overrideMetadataWith(Map<String, String> metadata); static final CopyObjectOptions NONE; }
@Test public void testDeregisterPayload() { UpdateLoadBalancerRequestBinder binder = new UpdateLoadBalancerRequestBinder(); LoadBalancer.Request.UpdatePayload payload = LoadBalancer.Request.updatingBuilder() .id("aaaaaaaa-bbbb-cccc-dddd-eeeeeeeeeeee") .name("load-balancer-name") .algorithm(LoadBalancer.Algorithm.ROUND_ROBIN) .ip("10.0.0.2") .build(); String actual = binder.createPayload(payload); assertNotNull(actual, "Binder returned null payload"); assertEquals(actual, expectedPayload); }
@Override protected String createPayload(LoadBalancer.Request.UpdatePayload payload) { return requestBuilder.append("<ws:updateLoadBalancer>") .append("<request>") .append(format("<loadBalancerId>%s</loadBalancerId>", payload.id())) .append(formatIfNotEmpty("<loadBalancerName>%s</loadBalancerName>", payload.name())) .append(formatIfNotEmpty("<loadBalancerAlgorithm>%s</loadBalancerAlgorithm>", payload.algorithm())) .append(formatIfNotEmpty("<ip>%s</ip>", payload.ip())) .append("</request>") .append("</ws:updateLoadBalancer>").toString(); }
UpdateLoadBalancerRequestBinder extends BaseProfitBricksRequestBinder<LoadBalancer.Request.UpdatePayload> { @Override protected String createPayload(LoadBalancer.Request.UpdatePayload payload) { return requestBuilder.append("<ws:updateLoadBalancer>") .append("<request>") .append(format("<loadBalancerId>%s</loadBalancerId>", payload.id())) .append(formatIfNotEmpty("<loadBalancerName>%s</loadBalancerName>", payload.name())) .append(formatIfNotEmpty("<loadBalancerAlgorithm>%s</loadBalancerAlgorithm>", payload.algorithm())) .append(formatIfNotEmpty("<ip>%s</ip>", payload.ip())) .append("</request>") .append("</ws:updateLoadBalancer>").toString(); } }
UpdateLoadBalancerRequestBinder extends BaseProfitBricksRequestBinder<LoadBalancer.Request.UpdatePayload> { @Override protected String createPayload(LoadBalancer.Request.UpdatePayload payload) { return requestBuilder.append("<ws:updateLoadBalancer>") .append("<request>") .append(format("<loadBalancerId>%s</loadBalancerId>", payload.id())) .append(formatIfNotEmpty("<loadBalancerName>%s</loadBalancerName>", payload.name())) .append(formatIfNotEmpty("<loadBalancerAlgorithm>%s</loadBalancerAlgorithm>", payload.algorithm())) .append(formatIfNotEmpty("<ip>%s</ip>", payload.ip())) .append("</request>") .append("</ws:updateLoadBalancer>").toString(); } UpdateLoadBalancerRequestBinder(); }
UpdateLoadBalancerRequestBinder extends BaseProfitBricksRequestBinder<LoadBalancer.Request.UpdatePayload> { @Override protected String createPayload(LoadBalancer.Request.UpdatePayload payload) { return requestBuilder.append("<ws:updateLoadBalancer>") .append("<request>") .append(format("<loadBalancerId>%s</loadBalancerId>", payload.id())) .append(formatIfNotEmpty("<loadBalancerName>%s</loadBalancerName>", payload.name())) .append(formatIfNotEmpty("<loadBalancerAlgorithm>%s</loadBalancerAlgorithm>", payload.algorithm())) .append(formatIfNotEmpty("<ip>%s</ip>", payload.ip())) .append("</request>") .append("</ws:updateLoadBalancer>").toString(); } UpdateLoadBalancerRequestBinder(); }
UpdateLoadBalancerRequestBinder extends BaseProfitBricksRequestBinder<LoadBalancer.Request.UpdatePayload> { @Override protected String createPayload(LoadBalancer.Request.UpdatePayload payload) { return requestBuilder.append("<ws:updateLoadBalancer>") .append("<request>") .append(format("<loadBalancerId>%s</loadBalancerId>", payload.id())) .append(formatIfNotEmpty("<loadBalancerName>%s</loadBalancerName>", payload.name())) .append(formatIfNotEmpty("<loadBalancerAlgorithm>%s</loadBalancerAlgorithm>", payload.algorithm())) .append(formatIfNotEmpty("<ip>%s</ip>", payload.ip())) .append("</request>") .append("</ws:updateLoadBalancer>").toString(); } UpdateLoadBalancerRequestBinder(); }
@Test public void testRegisterPayload() { RegisterLoadBalancerRequestBinder binder = new RegisterLoadBalancerRequestBinder(); String actual = binder.createPayload(LoadBalancer.Request.createRegisteringPaylod( "load-balancer-id", ImmutableList.of("1", "2"))); assertNotNull(actual, "Binder returned null payload"); assertEquals(actual, expectedPayload); }
@Override protected String createPayload(LoadBalancer.Request.RegisterPayload payload) { requestBuilder .append("<ws:registerServersOnLoadBalancer>") .append(format("<loadBalancerId>%s</loadBalancerId>", payload.id())); for (String s : payload.serverIds()) requestBuilder.append(format("<serverIds>%s</serverIds>", s)); requestBuilder.append("</ws:registerServersOnLoadBalancer>"); return requestBuilder.toString().replaceAll("\\s+", ""); }
RegisterLoadBalancerRequestBinder extends BaseProfitBricksRequestBinder<LoadBalancer.Request.RegisterPayload> { @Override protected String createPayload(LoadBalancer.Request.RegisterPayload payload) { requestBuilder .append("<ws:registerServersOnLoadBalancer>") .append(format("<loadBalancerId>%s</loadBalancerId>", payload.id())); for (String s : payload.serverIds()) requestBuilder.append(format("<serverIds>%s</serverIds>", s)); requestBuilder.append("</ws:registerServersOnLoadBalancer>"); return requestBuilder.toString().replaceAll("\\s+", ""); } }
RegisterLoadBalancerRequestBinder extends BaseProfitBricksRequestBinder<LoadBalancer.Request.RegisterPayload> { @Override protected String createPayload(LoadBalancer.Request.RegisterPayload payload) { requestBuilder .append("<ws:registerServersOnLoadBalancer>") .append(format("<loadBalancerId>%s</loadBalancerId>", payload.id())); for (String s : payload.serverIds()) requestBuilder.append(format("<serverIds>%s</serverIds>", s)); requestBuilder.append("</ws:registerServersOnLoadBalancer>"); return requestBuilder.toString().replaceAll("\\s+", ""); } RegisterLoadBalancerRequestBinder(); }
RegisterLoadBalancerRequestBinder extends BaseProfitBricksRequestBinder<LoadBalancer.Request.RegisterPayload> { @Override protected String createPayload(LoadBalancer.Request.RegisterPayload payload) { requestBuilder .append("<ws:registerServersOnLoadBalancer>") .append(format("<loadBalancerId>%s</loadBalancerId>", payload.id())); for (String s : payload.serverIds()) requestBuilder.append(format("<serverIds>%s</serverIds>", s)); requestBuilder.append("</ws:registerServersOnLoadBalancer>"); return requestBuilder.toString().replaceAll("\\s+", ""); } RegisterLoadBalancerRequestBinder(); }
RegisterLoadBalancerRequestBinder extends BaseProfitBricksRequestBinder<LoadBalancer.Request.RegisterPayload> { @Override protected String createPayload(LoadBalancer.Request.RegisterPayload payload) { requestBuilder .append("<ws:registerServersOnLoadBalancer>") .append(format("<loadBalancerId>%s</loadBalancerId>", payload.id())); for (String s : payload.serverIds()) requestBuilder.append(format("<serverIds>%s</serverIds>", s)); requestBuilder.append("</ws:registerServersOnLoadBalancer>"); return requestBuilder.toString().replaceAll("\\s+", ""); } RegisterLoadBalancerRequestBinder(); }
@Test public void testPassWithMinimumDetailsAndPayload5GB() { S3Object object = injector.getInstance(S3Object.Factory.class).create(null); Payload payload = Payloads.newStringPayload(""); payload.getContentMetadata().setContentLength(5368709120L); object.setPayload(payload); object.getMetadata().setKey("foo"); HttpRequest request = HttpRequest.builder().method("PUT").endpoint("http: BindS3ObjectMetadataToRequest binder = injector.getInstance(BindS3ObjectMetadataToRequest.class); assertEquals(binder.bindToRequest(request, object), HttpRequest.builder().method("PUT").endpoint( URI.create("http: }
@SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; }
BindS3ObjectMetadataToRequest implements Binder { @SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; } }
BindS3ObjectMetadataToRequest implements Binder { @SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; } @Inject BindS3ObjectMetadataToRequest(BindMapToHeadersWithPrefix metadataPrefixer); }
BindS3ObjectMetadataToRequest implements Binder { @SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; } @Inject BindS3ObjectMetadataToRequest(BindMapToHeadersWithPrefix metadataPrefixer); @SuppressWarnings("unchecked") @Override R bindToRequest(R request, Object input); }
BindS3ObjectMetadataToRequest implements Binder { @SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; } @Inject BindS3ObjectMetadataToRequest(BindMapToHeadersWithPrefix metadataPrefixer); @SuppressWarnings("unchecked") @Override R bindToRequest(R request, Object input); }
@Test public void testExtendedPropertiesBind() { S3Object object = injector.getInstance(S3Object.Factory.class).create(null); Payload payload = Payloads.newStringPayload(""); payload.getContentMetadata().setContentLength(5368709120L); object.setPayload(payload); object.getMetadata().setKey("foo"); object.getMetadata().setUserMetadata(ImmutableMap.of("foo", "bar")); HttpRequest request = HttpRequest.builder().method("PUT").endpoint("http: BindS3ObjectMetadataToRequest binder = injector.getInstance(BindS3ObjectMetadataToRequest.class); assertEquals(binder.bindToRequest(request, object), HttpRequest.builder().method("PUT").endpoint( URI.create("http: ImmutableMultimap.of("x-amz-meta-foo", "bar")).build()); }
@SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; }
BindS3ObjectMetadataToRequest implements Binder { @SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; } }
BindS3ObjectMetadataToRequest implements Binder { @SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; } @Inject BindS3ObjectMetadataToRequest(BindMapToHeadersWithPrefix metadataPrefixer); }
BindS3ObjectMetadataToRequest implements Binder { @SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; } @Inject BindS3ObjectMetadataToRequest(BindMapToHeadersWithPrefix metadataPrefixer); @SuppressWarnings("unchecked") @Override R bindToRequest(R request, Object input); }
BindS3ObjectMetadataToRequest implements Binder { @SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; } @Inject BindS3ObjectMetadataToRequest(BindMapToHeadersWithPrefix metadataPrefixer); @SuppressWarnings("unchecked") @Override R bindToRequest(R request, Object input); }
@Test(expectedExceptions = IllegalArgumentException.class) public void testNoContentLengthIsBad() { S3Object object = injector.getInstance(S3Object.Factory.class).create(null); Payload payload = Payloads.newStringPayload(""); payload.getContentMetadata().setContentLength(null); object.setPayload(payload); object.getMetadata().setKey("foo"); HttpRequest request = HttpRequest.builder().method("PUT").endpoint("http: BindS3ObjectMetadataToRequest binder = injector.getInstance(BindS3ObjectMetadataToRequest.class); binder.bindToRequest(request, object); }
@SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; }
BindS3ObjectMetadataToRequest implements Binder { @SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; } }
BindS3ObjectMetadataToRequest implements Binder { @SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; } @Inject BindS3ObjectMetadataToRequest(BindMapToHeadersWithPrefix metadataPrefixer); }
BindS3ObjectMetadataToRequest implements Binder { @SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; } @Inject BindS3ObjectMetadataToRequest(BindMapToHeadersWithPrefix metadataPrefixer); @SuppressWarnings("unchecked") @Override R bindToRequest(R request, Object input); }
BindS3ObjectMetadataToRequest implements Binder { @SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; } @Inject BindS3ObjectMetadataToRequest(BindMapToHeadersWithPrefix metadataPrefixer); @SuppressWarnings("unchecked") @Override R bindToRequest(R request, Object input); }
@Test(expectedExceptions = IllegalArgumentException.class) public void testNoKeyIsBad() { S3Object object = injector.getInstance(S3Object.Factory.class).create(null); Payload payload = Payloads.newStringPayload(""); payload.getContentMetadata().setContentLength(5368709120000L); object.setPayload(payload); HttpRequest request = HttpRequest.builder().method("PUT").endpoint("http: BindS3ObjectMetadataToRequest binder = injector.getInstance(BindS3ObjectMetadataToRequest.class); binder.bindToRequest(request, object); }
@SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; }
BindS3ObjectMetadataToRequest implements Binder { @SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; } }
BindS3ObjectMetadataToRequest implements Binder { @SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; } @Inject BindS3ObjectMetadataToRequest(BindMapToHeadersWithPrefix metadataPrefixer); }
BindS3ObjectMetadataToRequest implements Binder { @SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; } @Inject BindS3ObjectMetadataToRequest(BindMapToHeadersWithPrefix metadataPrefixer); @SuppressWarnings("unchecked") @Override R bindToRequest(R request, Object input); }
BindS3ObjectMetadataToRequest implements Binder { @SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; } @Inject BindS3ObjectMetadataToRequest(BindMapToHeadersWithPrefix metadataPrefixer); @SuppressWarnings("unchecked") @Override R bindToRequest(R request, Object input); }
@Test public void testAddRomDriveToServerPayload() { AddRomDriveToServerRequestBinder binder = new AddRomDriveToServerRequestBinder(); Drive.Request.AddRomDriveToServerPayload payload = Drive.Request.AddRomDriveToServerPayload.builder() .serverId("server-id") .imageId("image-id") .deviceNumber("device-number") .build(); String actual = binder.createPayload(payload); assertEquals(actual, expectedPayload); }
@Override protected String createPayload(Drive.Request.AddRomDriveToServerPayload payload) { requestBuilder.append("<ws:addRomDriveToServer>") .append("<request>") .append(format("<imageId>%s</imageId>", payload.imageId())) .append(format("<serverId>%s</serverId>", payload.serverId())) .append(formatIfNotEmpty("<deviceNumber>%s</deviceNumber>", payload.deviceNumber())) .append("</request>") .append("</ws:addRomDriveToServer>"); return requestBuilder.toString(); }
AddRomDriveToServerRequestBinder extends BaseProfitBricksRequestBinder<Drive.Request.AddRomDriveToServerPayload> { @Override protected String createPayload(Drive.Request.AddRomDriveToServerPayload payload) { requestBuilder.append("<ws:addRomDriveToServer>") .append("<request>") .append(format("<imageId>%s</imageId>", payload.imageId())) .append(format("<serverId>%s</serverId>", payload.serverId())) .append(formatIfNotEmpty("<deviceNumber>%s</deviceNumber>", payload.deviceNumber())) .append("</request>") .append("</ws:addRomDriveToServer>"); return requestBuilder.toString(); } }
AddRomDriveToServerRequestBinder extends BaseProfitBricksRequestBinder<Drive.Request.AddRomDriveToServerPayload> { @Override protected String createPayload(Drive.Request.AddRomDriveToServerPayload payload) { requestBuilder.append("<ws:addRomDriveToServer>") .append("<request>") .append(format("<imageId>%s</imageId>", payload.imageId())) .append(format("<serverId>%s</serverId>", payload.serverId())) .append(formatIfNotEmpty("<deviceNumber>%s</deviceNumber>", payload.deviceNumber())) .append("</request>") .append("</ws:addRomDriveToServer>"); return requestBuilder.toString(); } AddRomDriveToServerRequestBinder(); }
AddRomDriveToServerRequestBinder extends BaseProfitBricksRequestBinder<Drive.Request.AddRomDriveToServerPayload> { @Override protected String createPayload(Drive.Request.AddRomDriveToServerPayload payload) { requestBuilder.append("<ws:addRomDriveToServer>") .append("<request>") .append(format("<imageId>%s</imageId>", payload.imageId())) .append(format("<serverId>%s</serverId>", payload.serverId())) .append(formatIfNotEmpty("<deviceNumber>%s</deviceNumber>", payload.deviceNumber())) .append("</request>") .append("</ws:addRomDriveToServer>"); return requestBuilder.toString(); } AddRomDriveToServerRequestBinder(); }
AddRomDriveToServerRequestBinder extends BaseProfitBricksRequestBinder<Drive.Request.AddRomDriveToServerPayload> { @Override protected String createPayload(Drive.Request.AddRomDriveToServerPayload payload) { requestBuilder.append("<ws:addRomDriveToServer>") .append("<request>") .append(format("<imageId>%s</imageId>", payload.imageId())) .append(format("<serverId>%s</serverId>", payload.serverId())) .append(formatIfNotEmpty("<deviceNumber>%s</deviceNumber>", payload.deviceNumber())) .append("</request>") .append("</ws:addRomDriveToServer>"); return requestBuilder.toString(); } AddRomDriveToServerRequestBinder(); }
@Test(expectedExceptions = IllegalArgumentException.class) public void testOver5GBIsBad() { S3Object object = injector.getInstance(S3Object.Factory.class).create(null); Payload payload = Payloads.newStringPayload(""); payload.getContentMetadata().setContentLength(5368709120000L); object.setPayload(payload); object.getMetadata().setKey("foo"); HttpRequest request = HttpRequest.builder().method("PUT").endpoint("http: BindS3ObjectMetadataToRequest binder = injector.getInstance(BindS3ObjectMetadataToRequest.class); binder.bindToRequest(request, object); }
@SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; }
BindS3ObjectMetadataToRequest implements Binder { @SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; } }
BindS3ObjectMetadataToRequest implements Binder { @SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; } @Inject BindS3ObjectMetadataToRequest(BindMapToHeadersWithPrefix metadataPrefixer); }
BindS3ObjectMetadataToRequest implements Binder { @SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; } @Inject BindS3ObjectMetadataToRequest(BindMapToHeadersWithPrefix metadataPrefixer); @SuppressWarnings("unchecked") @Override R bindToRequest(R request, Object input); }
BindS3ObjectMetadataToRequest implements Binder { @SuppressWarnings("unchecked") @Override public <R extends HttpRequest> R bindToRequest(R request, Object input) { checkArgument(checkNotNull(input, "input") instanceof S3Object, "this binder is only valid for S3Object!, not %s", input); checkNotNull(request, "request"); S3Object s3Object = S3Object.class.cast(input); checkArgument(s3Object.getMetadata().getKey() != null, "s3Object.getMetadata().getKey() must be set!"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() != null, "contentLength must be set, streaming not supported"); checkArgument(s3Object.getPayload().getContentMetadata().getContentLength() <= 5L * 1024 * 1024 * 1024, "maximum size for put object is 5GB"); StorageClass storageClass = s3Object.getMetadata().getStorageClass(); if (storageClass != StorageClass.STANDARD) { request = (R) request.toBuilder() .replaceHeader("x-amz-storage-class", storageClass.toString()) .build(); } request = metadataPrefixer.bindToRequest(request, s3Object.getMetadata().getUserMetadata()); return request; } @Inject BindS3ObjectMetadataToRequest(BindMapToHeadersWithPrefix metadataPrefixer); @SuppressWarnings("unchecked") @Override R bindToRequest(R request, Object input); }