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@Test public void automaticallyCreateParentDirectories() throws Exception { Path outputDirs = Paths.get(System.getenv("TEST_TMPDIR")).resolve("child/dir"); BzlWriter writer = new BzlWriter(new String[]{}, outputDirs.toString()); List<Rule> rules = createRules("x:y:1.2.3"); writer.write(rules); File generatedFile = new File(outputDirs.resolve("generate_workspace.bzl").toString()); assert(generatedFile.exists() && !generatedFile.isDirectory()); }
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@Override public void write(Collection<Rule> rules) { try { createParentDirectory(generatedFile); } catch (IOException | NullPointerException e) { logger.severe("Could not create directories for " + generatedFile + ": " + e.getMessage()); return; } try (PrintStream outputStream = new PrintStream(generatedFile.toFile())) { writeBzl(outputStream, rules); } catch (FileNotFoundException e) { logger.severe("Could not write " + generatedFile + ": " + e.getMessage()); return; } System.err.println("Wrote " + generatedFile.toAbsolutePath()); }
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BzlWriter extends AbstractWriter { @Override public void write(Collection<Rule> rules) { try { createParentDirectory(generatedFile); } catch (IOException | NullPointerException e) { logger.severe("Could not create directories for " + generatedFile + ": " + e.getMessage()); return; } try (PrintStream outputStream = new PrintStream(generatedFile.toFile())) { writeBzl(outputStream, rules); } catch (FileNotFoundException e) { logger.severe("Could not write " + generatedFile + ": " + e.getMessage()); return; } System.err.println("Wrote " + generatedFile.toAbsolutePath()); } }
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BzlWriter extends AbstractWriter { @Override public void write(Collection<Rule> rules) { try { createParentDirectory(generatedFile); } catch (IOException | NullPointerException e) { logger.severe("Could not create directories for " + generatedFile + ": " + e.getMessage()); return; } try (PrintStream outputStream = new PrintStream(generatedFile.toFile())) { writeBzl(outputStream, rules); } catch (FileNotFoundException e) { logger.severe("Could not write " + generatedFile + ": " + e.getMessage()); return; } System.err.println("Wrote " + generatedFile.toAbsolutePath()); } BzlWriter(String[] argv, String outputDirStr); }
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BzlWriter extends AbstractWriter { @Override public void write(Collection<Rule> rules) { try { createParentDirectory(generatedFile); } catch (IOException | NullPointerException e) { logger.severe("Could not create directories for " + generatedFile + ": " + e.getMessage()); return; } try (PrintStream outputStream = new PrintStream(generatedFile.toFile())) { writeBzl(outputStream, rules); } catch (FileNotFoundException e) { logger.severe("Could not write " + generatedFile + ": " + e.getMessage()); return; } System.err.println("Wrote " + generatedFile.toAbsolutePath()); } BzlWriter(String[] argv, String outputDirStr); @Override void write(Collection<Rule> rules); }
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BzlWriter extends AbstractWriter { @Override public void write(Collection<Rule> rules) { try { createParentDirectory(generatedFile); } catch (IOException | NullPointerException e) { logger.severe("Could not create directories for " + generatedFile + ": " + e.getMessage()); return; } try (PrintStream outputStream = new PrintStream(generatedFile.toFile())) { writeBzl(outputStream, rules); } catch (FileNotFoundException e) { logger.severe("Could not write " + generatedFile + ": " + e.getMessage()); return; } System.err.println("Wrote " + generatedFile.toAbsolutePath()); } BzlWriter(String[] argv, String outputDirStr); @Override void write(Collection<Rule> rules); }
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@Test public void writeRules() throws Exception { BzlWriter writer = new BzlWriter(new String[]{}, System.getenv("TEST_TMPDIR")); writer.write(createRules("x:y:1.2.3")); String fileContents = Files.toString( new File(System.getenv("TEST_TMPDIR") + "/generate_workspace.bzl"), Charset.defaultCharset()); assertThat(fileContents).contains(String.format( "def generated_maven_jars():%n native.maven_jar(%n" + " name = \"x_y\",%n" + " artifact = \"x:y:1.2.3\",%n" + " )%n")); assertThat(fileContents).contains(String.format( "def generated_java_libraries():%n native.java_library(%n" + " name = \"x_y\",%n" + " visibility = [\" + " exports = [\"@x_y + " )%n")); }
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@Override public void write(Collection<Rule> rules) { try { createParentDirectory(generatedFile); } catch (IOException | NullPointerException e) { logger.severe("Could not create directories for " + generatedFile + ": " + e.getMessage()); return; } try (PrintStream outputStream = new PrintStream(generatedFile.toFile())) { writeBzl(outputStream, rules); } catch (FileNotFoundException e) { logger.severe("Could not write " + generatedFile + ": " + e.getMessage()); return; } System.err.println("Wrote " + generatedFile.toAbsolutePath()); }
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BzlWriter extends AbstractWriter { @Override public void write(Collection<Rule> rules) { try { createParentDirectory(generatedFile); } catch (IOException | NullPointerException e) { logger.severe("Could not create directories for " + generatedFile + ": " + e.getMessage()); return; } try (PrintStream outputStream = new PrintStream(generatedFile.toFile())) { writeBzl(outputStream, rules); } catch (FileNotFoundException e) { logger.severe("Could not write " + generatedFile + ": " + e.getMessage()); return; } System.err.println("Wrote " + generatedFile.toAbsolutePath()); } }
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BzlWriter extends AbstractWriter { @Override public void write(Collection<Rule> rules) { try { createParentDirectory(generatedFile); } catch (IOException | NullPointerException e) { logger.severe("Could not create directories for " + generatedFile + ": " + e.getMessage()); return; } try (PrintStream outputStream = new PrintStream(generatedFile.toFile())) { writeBzl(outputStream, rules); } catch (FileNotFoundException e) { logger.severe("Could not write " + generatedFile + ": " + e.getMessage()); return; } System.err.println("Wrote " + generatedFile.toAbsolutePath()); } BzlWriter(String[] argv, String outputDirStr); }
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BzlWriter extends AbstractWriter { @Override public void write(Collection<Rule> rules) { try { createParentDirectory(generatedFile); } catch (IOException | NullPointerException e) { logger.severe("Could not create directories for " + generatedFile + ": " + e.getMessage()); return; } try (PrintStream outputStream = new PrintStream(generatedFile.toFile())) { writeBzl(outputStream, rules); } catch (FileNotFoundException e) { logger.severe("Could not write " + generatedFile + ": " + e.getMessage()); return; } System.err.println("Wrote " + generatedFile.toAbsolutePath()); } BzlWriter(String[] argv, String outputDirStr); @Override void write(Collection<Rule> rules); }
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BzlWriter extends AbstractWriter { @Override public void write(Collection<Rule> rules) { try { createParentDirectory(generatedFile); } catch (IOException | NullPointerException e) { logger.severe("Could not create directories for " + generatedFile + ": " + e.getMessage()); return; } try (PrintStream outputStream = new PrintStream(generatedFile.toFile())) { writeBzl(outputStream, rules); } catch (FileNotFoundException e) { logger.severe("Could not write " + generatedFile + ": " + e.getMessage()); return; } System.err.println("Wrote " + generatedFile.toAbsolutePath()); } BzlWriter(String[] argv, String outputDirStr); @Override void write(Collection<Rule> rules); }
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@Test public void writeAlias() throws Exception { BzlWriter writer = new BzlWriter(new String[]{}, System.getenv("TEST_TMPDIR")); writer.write(ImmutableList.of(new Rule(new DefaultArtifact("x:y:1.2.3"), "z"))); String fileContents = Files.toString( new File(System.getenv("TEST_TMPDIR") + "/generate_workspace.bzl"), Charset.defaultCharset()); assertThat(fileContents).doesNotContain("x:y:1.2.3"); assertThat(fileContents).contains("exports = [\"@z }
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@Override public void write(Collection<Rule> rules) { try { createParentDirectory(generatedFile); } catch (IOException | NullPointerException e) { logger.severe("Could not create directories for " + generatedFile + ": " + e.getMessage()); return; } try (PrintStream outputStream = new PrintStream(generatedFile.toFile())) { writeBzl(outputStream, rules); } catch (FileNotFoundException e) { logger.severe("Could not write " + generatedFile + ": " + e.getMessage()); return; } System.err.println("Wrote " + generatedFile.toAbsolutePath()); }
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BzlWriter extends AbstractWriter { @Override public void write(Collection<Rule> rules) { try { createParentDirectory(generatedFile); } catch (IOException | NullPointerException e) { logger.severe("Could not create directories for " + generatedFile + ": " + e.getMessage()); return; } try (PrintStream outputStream = new PrintStream(generatedFile.toFile())) { writeBzl(outputStream, rules); } catch (FileNotFoundException e) { logger.severe("Could not write " + generatedFile + ": " + e.getMessage()); return; } System.err.println("Wrote " + generatedFile.toAbsolutePath()); } }
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BzlWriter extends AbstractWriter { @Override public void write(Collection<Rule> rules) { try { createParentDirectory(generatedFile); } catch (IOException | NullPointerException e) { logger.severe("Could not create directories for " + generatedFile + ": " + e.getMessage()); return; } try (PrintStream outputStream = new PrintStream(generatedFile.toFile())) { writeBzl(outputStream, rules); } catch (FileNotFoundException e) { logger.severe("Could not write " + generatedFile + ": " + e.getMessage()); return; } System.err.println("Wrote " + generatedFile.toAbsolutePath()); } BzlWriter(String[] argv, String outputDirStr); }
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BzlWriter extends AbstractWriter { @Override public void write(Collection<Rule> rules) { try { createParentDirectory(generatedFile); } catch (IOException | NullPointerException e) { logger.severe("Could not create directories for " + generatedFile + ": " + e.getMessage()); return; } try (PrintStream outputStream = new PrintStream(generatedFile.toFile())) { writeBzl(outputStream, rules); } catch (FileNotFoundException e) { logger.severe("Could not write " + generatedFile + ": " + e.getMessage()); return; } System.err.println("Wrote " + generatedFile.toAbsolutePath()); } BzlWriter(String[] argv, String outputDirStr); @Override void write(Collection<Rule> rules); }
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BzlWriter extends AbstractWriter { @Override public void write(Collection<Rule> rules) { try { createParentDirectory(generatedFile); } catch (IOException | NullPointerException e) { logger.severe("Could not create directories for " + generatedFile + ": " + e.getMessage()); return; } try (PrintStream outputStream = new PrintStream(generatedFile.toFile())) { writeBzl(outputStream, rules); } catch (FileNotFoundException e) { logger.severe("Could not write " + generatedFile + ": " + e.getMessage()); return; } System.err.println("Wrote " + generatedFile.toAbsolutePath()); } BzlWriter(String[] argv, String outputDirStr); @Override void write(Collection<Rule> rules); }
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@Test public void writeCommand() throws Exception { BzlWriter writer = new BzlWriter(new String[]{"x", "y", "z"}, System.getenv("TEST_TMPDIR")); writer.write(createRules()); String fileContents = Files.toString( new File(System.getenv("TEST_TMPDIR") + "/generate_workspace.bzl"), Charset.defaultCharset()); assertThat(fileContents).contains("# generate_workspace x y z"); }
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@Override public void write(Collection<Rule> rules) { try { createParentDirectory(generatedFile); } catch (IOException | NullPointerException e) { logger.severe("Could not create directories for " + generatedFile + ": " + e.getMessage()); return; } try (PrintStream outputStream = new PrintStream(generatedFile.toFile())) { writeBzl(outputStream, rules); } catch (FileNotFoundException e) { logger.severe("Could not write " + generatedFile + ": " + e.getMessage()); return; } System.err.println("Wrote " + generatedFile.toAbsolutePath()); }
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BzlWriter extends AbstractWriter { @Override public void write(Collection<Rule> rules) { try { createParentDirectory(generatedFile); } catch (IOException | NullPointerException e) { logger.severe("Could not create directories for " + generatedFile + ": " + e.getMessage()); return; } try (PrintStream outputStream = new PrintStream(generatedFile.toFile())) { writeBzl(outputStream, rules); } catch (FileNotFoundException e) { logger.severe("Could not write " + generatedFile + ": " + e.getMessage()); return; } System.err.println("Wrote " + generatedFile.toAbsolutePath()); } }
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BzlWriter extends AbstractWriter { @Override public void write(Collection<Rule> rules) { try { createParentDirectory(generatedFile); } catch (IOException | NullPointerException e) { logger.severe("Could not create directories for " + generatedFile + ": " + e.getMessage()); return; } try (PrintStream outputStream = new PrintStream(generatedFile.toFile())) { writeBzl(outputStream, rules); } catch (FileNotFoundException e) { logger.severe("Could not write " + generatedFile + ": " + e.getMessage()); return; } System.err.println("Wrote " + generatedFile.toAbsolutePath()); } BzlWriter(String[] argv, String outputDirStr); }
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BzlWriter extends AbstractWriter { @Override public void write(Collection<Rule> rules) { try { createParentDirectory(generatedFile); } catch (IOException | NullPointerException e) { logger.severe("Could not create directories for " + generatedFile + ": " + e.getMessage()); return; } try (PrintStream outputStream = new PrintStream(generatedFile.toFile())) { writeBzl(outputStream, rules); } catch (FileNotFoundException e) { logger.severe("Could not write " + generatedFile + ": " + e.getMessage()); return; } System.err.println("Wrote " + generatedFile.toAbsolutePath()); } BzlWriter(String[] argv, String outputDirStr); @Override void write(Collection<Rule> rules); }
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BzlWriter extends AbstractWriter { @Override public void write(Collection<Rule> rules) { try { createParentDirectory(generatedFile); } catch (IOException | NullPointerException e) { logger.severe("Could not create directories for " + generatedFile + ": " + e.getMessage()); return; } try (PrintStream outputStream = new PrintStream(generatedFile.toFile())) { writeBzl(outputStream, rules); } catch (FileNotFoundException e) { logger.severe("Could not write " + generatedFile + ": " + e.getMessage()); return; } System.err.println("Wrote " + generatedFile.toAbsolutePath()); } BzlWriter(String[] argv, String outputDirStr); @Override void write(Collection<Rule> rules); }
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@Test public void testGetSha1UrlOnlyAtEOL() throws Exception { assertThat(Resolver.getSha1Url("http: .isEqualTo("http: }
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static String getSha1Url(String url, String extension) { return url.replaceAll(".pom$", "." + extension + ".sha1"); }
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Resolver { static String getSha1Url(String url, String extension) { return url.replaceAll(".pom$", "." + extension + ".sha1"); } }
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Resolver { static String getSha1Url(String url, String extension) { return url.replaceAll(".pom$", "." + extension + ".sha1"); } @VisibleForTesting Resolver(
DefaultModelResolver modelResolver, VersionResolver versionResolver, List<Rule> aliases); Resolver(DefaultModelResolver resolver, List<Rule> aliases); }
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Resolver { static String getSha1Url(String url, String extension) { return url.replaceAll(".pom$", "." + extension + ".sha1"); } @VisibleForTesting Resolver(
DefaultModelResolver modelResolver, VersionResolver versionResolver, List<Rule> aliases); Resolver(DefaultModelResolver resolver, List<Rule> aliases); Collection<Rule> getRules(); String resolvePomDependencies(String projectPath, Set<String> scopes); void resolveArtifact(String artifactCoord); }
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Resolver { static String getSha1Url(String url, String extension) { return url.replaceAll(".pom$", "." + extension + ".sha1"); } @VisibleForTesting Resolver(
DefaultModelResolver modelResolver, VersionResolver versionResolver, List<Rule> aliases); Resolver(DefaultModelResolver resolver, List<Rule> aliases); Collection<Rule> getRules(); String resolvePomDependencies(String projectPath, Set<String> scopes); void resolveArtifact(String artifactCoord); }
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@Test public void testExtractSha1() { assertThat(Resolver.extractSha1("5fe28b9518e58819180a43a850fbc0dd24b7c050")) .isEqualTo("5fe28b9518e58819180a43a850fbc0dd24b7c050"); assertThat(Resolver.extractSha1("5fe28b9518e58819180a43a850fbc0dd24b7c050\n")) .isEqualTo("5fe28b9518e58819180a43a850fbc0dd24b7c050"); assertThat( Resolver.extractSha1( "83cd2cd674a217ade95a4bb83a8a14f351f48bd0 /home/maven/repository-staging/to-ibiblio/maven2/antlr/antlr/2.7.7/antlr-2.7.7.jar")) .isEqualTo("83cd2cd674a217ade95a4bb83a8a14f351f48bd0"); }
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static String extractSha1(String sha1Contents) { return sha1Contents.split("\\s+")[0]; }
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Resolver { static String extractSha1(String sha1Contents) { return sha1Contents.split("\\s+")[0]; } }
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Resolver { static String extractSha1(String sha1Contents) { return sha1Contents.split("\\s+")[0]; } @VisibleForTesting Resolver(
DefaultModelResolver modelResolver, VersionResolver versionResolver, List<Rule> aliases); Resolver(DefaultModelResolver resolver, List<Rule> aliases); }
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Resolver { static String extractSha1(String sha1Contents) { return sha1Contents.split("\\s+")[0]; } @VisibleForTesting Resolver(
DefaultModelResolver modelResolver, VersionResolver versionResolver, List<Rule> aliases); Resolver(DefaultModelResolver resolver, List<Rule> aliases); Collection<Rule> getRules(); String resolvePomDependencies(String projectPath, Set<String> scopes); void resolveArtifact(String artifactCoord); }
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Resolver { static String extractSha1(String sha1Contents) { return sha1Contents.split("\\s+")[0]; } @VisibleForTesting Resolver(
DefaultModelResolver modelResolver, VersionResolver versionResolver, List<Rule> aliases); Resolver(DefaultModelResolver resolver, List<Rule> aliases); Collection<Rule> getRules(); String resolvePomDependencies(String projectPath, Set<String> scopes); void resolveArtifact(String artifactCoord); }
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@Test public void testBasicParentChildRelations() { DependencyNode sentinel = dependencyNode("dummy:dummy:0"); DependencyNode parentNode = dependencyNode("a:a:1"); DependencyNode childNode = dependencyNode("a:2:1"); sentinel.setChildren(ImmutableList.of(parentNode)); parentNode.setChildren(ImmutableList.of(childNode)); MavenJarRule parent = new MavenJarRule(parentNode); MavenJarRule child = new MavenJarRule(childNode); addDependency(parent, child); Set<MavenJarRule> actual = GraphSerializer.generateBuildRules(sentinel); assertRuleSetContainsExactly(actual, parent, child); }
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public static Set<MavenJarRule> generateBuildRules(DependencyNode root) { MutableGraph<MavenJarRule> graph = GraphBuilder.directed().allowsSelfLoops(false).build(); DependencyVisitor visitor = new AetherGraphTraverser(graph); root.getChildren().forEach(c -> c.accept(visitor)); return graph.nodes(); }
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GraphSerializer { public static Set<MavenJarRule> generateBuildRules(DependencyNode root) { MutableGraph<MavenJarRule> graph = GraphBuilder.directed().allowsSelfLoops(false).build(); DependencyVisitor visitor = new AetherGraphTraverser(graph); root.getChildren().forEach(c -> c.accept(visitor)); return graph.nodes(); } }
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GraphSerializer { public static Set<MavenJarRule> generateBuildRules(DependencyNode root) { MutableGraph<MavenJarRule> graph = GraphBuilder.directed().allowsSelfLoops(false).build(); DependencyVisitor visitor = new AetherGraphTraverser(graph); root.getChildren().forEach(c -> c.accept(visitor)); return graph.nodes(); } }
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GraphSerializer { public static Set<MavenJarRule> generateBuildRules(DependencyNode root) { MutableGraph<MavenJarRule> graph = GraphBuilder.directed().allowsSelfLoops(false).build(); DependencyVisitor visitor = new AetherGraphTraverser(graph); root.getChildren().forEach(c -> c.accept(visitor)); return graph.nodes(); } static Set<MavenJarRule> generateBuildRules(DependencyNode root); }
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GraphSerializer { public static Set<MavenJarRule> generateBuildRules(DependencyNode root) { MutableGraph<MavenJarRule> graph = GraphBuilder.directed().allowsSelfLoops(false).build(); DependencyVisitor visitor = new AetherGraphTraverser(graph); root.getChildren().forEach(c -> c.accept(visitor)); return graph.nodes(); } static Set<MavenJarRule> generateBuildRules(DependencyNode root); }
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@Test public void testMultipleDirectDependencies() { DependencyNode sentinel = dependencyNode("dummy:dummy:0"); DependencyNode nodeA = dependencyNode("a:a:1"); DependencyNode nodeA1 = dependencyNode("a:1:1"); DependencyNode nodeB = dependencyNode("b:b:1"); DependencyNode nodeC = dependencyNode("c:c:1"); sentinel.setChildren(ImmutableList.of(nodeA, nodeB, nodeC)); nodeA.setChildren(ImmutableList.of(nodeA1)); Set<MavenJarRule> rules = GraphSerializer.generateBuildRules(sentinel); MavenJarRule ruleA = new MavenJarRule(nodeA); MavenJarRule ruleA1 = new MavenJarRule(nodeA1); MavenJarRule ruleB = new MavenJarRule(nodeB); MavenJarRule ruleC = new MavenJarRule(nodeC); addDependency(ruleA, ruleA1); assertRuleSetContainsExactly(rules, ruleA, ruleA1, ruleB, ruleC); }
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public static Set<MavenJarRule> generateBuildRules(DependencyNode root) { MutableGraph<MavenJarRule> graph = GraphBuilder.directed().allowsSelfLoops(false).build(); DependencyVisitor visitor = new AetherGraphTraverser(graph); root.getChildren().forEach(c -> c.accept(visitor)); return graph.nodes(); }
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GraphSerializer { public static Set<MavenJarRule> generateBuildRules(DependencyNode root) { MutableGraph<MavenJarRule> graph = GraphBuilder.directed().allowsSelfLoops(false).build(); DependencyVisitor visitor = new AetherGraphTraverser(graph); root.getChildren().forEach(c -> c.accept(visitor)); return graph.nodes(); } }
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GraphSerializer { public static Set<MavenJarRule> generateBuildRules(DependencyNode root) { MutableGraph<MavenJarRule> graph = GraphBuilder.directed().allowsSelfLoops(false).build(); DependencyVisitor visitor = new AetherGraphTraverser(graph); root.getChildren().forEach(c -> c.accept(visitor)); return graph.nodes(); } }
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GraphSerializer { public static Set<MavenJarRule> generateBuildRules(DependencyNode root) { MutableGraph<MavenJarRule> graph = GraphBuilder.directed().allowsSelfLoops(false).build(); DependencyVisitor visitor = new AetherGraphTraverser(graph); root.getChildren().forEach(c -> c.accept(visitor)); return graph.nodes(); } static Set<MavenJarRule> generateBuildRules(DependencyNode root); }
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GraphSerializer { public static Set<MavenJarRule> generateBuildRules(DependencyNode root) { MutableGraph<MavenJarRule> graph = GraphBuilder.directed().allowsSelfLoops(false).build(); DependencyVisitor visitor = new AetherGraphTraverser(graph); root.getChildren().forEach(c -> c.accept(visitor)); return graph.nodes(); } static Set<MavenJarRule> generateBuildRules(DependencyNode root); }
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@Test public void testSharedChild() { DependencyNode sentinel = dependencyNode("dummy:dummy:0"); DependencyNode nodeA = dependencyNode("a:a:1"); DependencyNode nodeB = dependencyNode("b:b:1"); DependencyNode child = dependencyNode("child:child:1"); sentinel.setChildren(ImmutableList.of(nodeA, nodeB)); nodeA.setChildren(ImmutableList.of(child)); nodeB.setChildren(ImmutableList.of(child)); Set<MavenJarRule> rules = GraphSerializer.generateBuildRules(sentinel); MavenJarRule ruleA = new MavenJarRule(nodeA); MavenJarRule ruleB = new MavenJarRule(nodeB); MavenJarRule childRule = new MavenJarRule(child); addDependency(ruleA, childRule); addDependency(ruleB, childRule); assertRuleSetContainsExactly(rules, ruleA, ruleB, childRule); }
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public static Set<MavenJarRule> generateBuildRules(DependencyNode root) { MutableGraph<MavenJarRule> graph = GraphBuilder.directed().allowsSelfLoops(false).build(); DependencyVisitor visitor = new AetherGraphTraverser(graph); root.getChildren().forEach(c -> c.accept(visitor)); return graph.nodes(); }
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GraphSerializer { public static Set<MavenJarRule> generateBuildRules(DependencyNode root) { MutableGraph<MavenJarRule> graph = GraphBuilder.directed().allowsSelfLoops(false).build(); DependencyVisitor visitor = new AetherGraphTraverser(graph); root.getChildren().forEach(c -> c.accept(visitor)); return graph.nodes(); } }
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GraphSerializer { public static Set<MavenJarRule> generateBuildRules(DependencyNode root) { MutableGraph<MavenJarRule> graph = GraphBuilder.directed().allowsSelfLoops(false).build(); DependencyVisitor visitor = new AetherGraphTraverser(graph); root.getChildren().forEach(c -> c.accept(visitor)); return graph.nodes(); } }
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GraphSerializer { public static Set<MavenJarRule> generateBuildRules(DependencyNode root) { MutableGraph<MavenJarRule> graph = GraphBuilder.directed().allowsSelfLoops(false).build(); DependencyVisitor visitor = new AetherGraphTraverser(graph); root.getChildren().forEach(c -> c.accept(visitor)); return graph.nodes(); } static Set<MavenJarRule> generateBuildRules(DependencyNode root); }
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GraphSerializer { public static Set<MavenJarRule> generateBuildRules(DependencyNode root) { MutableGraph<MavenJarRule> graph = GraphBuilder.directed().allowsSelfLoops(false).build(); DependencyVisitor visitor = new AetherGraphTraverser(graph); root.getChildren().forEach(c -> c.accept(visitor)); return graph.nodes(); } static Set<MavenJarRule> generateBuildRules(DependencyNode root); }
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@Test(expected = ArtifactBuilder.InvalidArtifactCoordinateException.class) public void failsOnResolutionException() throws InvalidArtifactCoordinateException, VersionRangeResolutionException { Aether aether = Mockito.mock(Aether.class); Mockito.when(aether.requestVersionRange(any())) .thenThrow(new VersionRangeResolutionException(any())); VersionResolver resolver = new VersionResolver(aether); resolver.resolveVersion("something", "something", "1.0"); }
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String resolveVersion(String groupId, String artifactId, String versionSpec) throws InvalidArtifactCoordinateException { List<String> versions; try { versions = requestVersionList(groupId, artifactId, versionSpec); } catch (VersionRangeResolutionException e) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, e.getMessage()); throw new InvalidArtifactCoordinateException(errorMessage); } if (isInvalidRangeResult(versions)) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, "Invalid Range Result"); throw new InvalidArtifactCoordinateException(errorMessage); } return selectVersion(versionSpec, versions); }
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VersionResolver { String resolveVersion(String groupId, String artifactId, String versionSpec) throws InvalidArtifactCoordinateException { List<String> versions; try { versions = requestVersionList(groupId, artifactId, versionSpec); } catch (VersionRangeResolutionException e) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, e.getMessage()); throw new InvalidArtifactCoordinateException(errorMessage); } if (isInvalidRangeResult(versions)) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, "Invalid Range Result"); throw new InvalidArtifactCoordinateException(errorMessage); } return selectVersion(versionSpec, versions); } }
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VersionResolver { String resolveVersion(String groupId, String artifactId, String versionSpec) throws InvalidArtifactCoordinateException { List<String> versions; try { versions = requestVersionList(groupId, artifactId, versionSpec); } catch (VersionRangeResolutionException e) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, e.getMessage()); throw new InvalidArtifactCoordinateException(errorMessage); } if (isInvalidRangeResult(versions)) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, "Invalid Range Result"); throw new InvalidArtifactCoordinateException(errorMessage); } return selectVersion(versionSpec, versions); } VersionResolver(Aether aether); }
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VersionResolver { String resolveVersion(String groupId, String artifactId, String versionSpec) throws InvalidArtifactCoordinateException { List<String> versions; try { versions = requestVersionList(groupId, artifactId, versionSpec); } catch (VersionRangeResolutionException e) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, e.getMessage()); throw new InvalidArtifactCoordinateException(errorMessage); } if (isInvalidRangeResult(versions)) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, "Invalid Range Result"); throw new InvalidArtifactCoordinateException(errorMessage); } return selectVersion(versionSpec, versions); } VersionResolver(Aether aether); static VersionResolver defaultResolver(); }
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VersionResolver { String resolveVersion(String groupId, String artifactId, String versionSpec) throws InvalidArtifactCoordinateException { List<String> versions; try { versions = requestVersionList(groupId, artifactId, versionSpec); } catch (VersionRangeResolutionException e) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, e.getMessage()); throw new InvalidArtifactCoordinateException(errorMessage); } if (isInvalidRangeResult(versions)) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, "Invalid Range Result"); throw new InvalidArtifactCoordinateException(errorMessage); } return selectVersion(versionSpec, versions); } VersionResolver(Aether aether); static VersionResolver defaultResolver(); }
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@Test(expected = ArtifactBuilder.InvalidArtifactCoordinateException.class) public void failsOnInvalidVersionRange() throws VersionRangeResolutionException, InvalidArtifactCoordinateException { Aether aether = Mockito.mock(Aether.class); Mockito.when(aether.requestVersionRange(any())) .thenReturn(anyList()); VersionResolver resolver = new VersionResolver(aether); resolver.resolveVersion("something", "something", "1.0"); }
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String resolveVersion(String groupId, String artifactId, String versionSpec) throws InvalidArtifactCoordinateException { List<String> versions; try { versions = requestVersionList(groupId, artifactId, versionSpec); } catch (VersionRangeResolutionException e) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, e.getMessage()); throw new InvalidArtifactCoordinateException(errorMessage); } if (isInvalidRangeResult(versions)) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, "Invalid Range Result"); throw new InvalidArtifactCoordinateException(errorMessage); } return selectVersion(versionSpec, versions); }
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VersionResolver { String resolveVersion(String groupId, String artifactId, String versionSpec) throws InvalidArtifactCoordinateException { List<String> versions; try { versions = requestVersionList(groupId, artifactId, versionSpec); } catch (VersionRangeResolutionException e) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, e.getMessage()); throw new InvalidArtifactCoordinateException(errorMessage); } if (isInvalidRangeResult(versions)) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, "Invalid Range Result"); throw new InvalidArtifactCoordinateException(errorMessage); } return selectVersion(versionSpec, versions); } }
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VersionResolver { String resolveVersion(String groupId, String artifactId, String versionSpec) throws InvalidArtifactCoordinateException { List<String> versions; try { versions = requestVersionList(groupId, artifactId, versionSpec); } catch (VersionRangeResolutionException e) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, e.getMessage()); throw new InvalidArtifactCoordinateException(errorMessage); } if (isInvalidRangeResult(versions)) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, "Invalid Range Result"); throw new InvalidArtifactCoordinateException(errorMessage); } return selectVersion(versionSpec, versions); } VersionResolver(Aether aether); }
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VersionResolver { String resolveVersion(String groupId, String artifactId, String versionSpec) throws InvalidArtifactCoordinateException { List<String> versions; try { versions = requestVersionList(groupId, artifactId, versionSpec); } catch (VersionRangeResolutionException e) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, e.getMessage()); throw new InvalidArtifactCoordinateException(errorMessage); } if (isInvalidRangeResult(versions)) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, "Invalid Range Result"); throw new InvalidArtifactCoordinateException(errorMessage); } return selectVersion(versionSpec, versions); } VersionResolver(Aether aether); static VersionResolver defaultResolver(); }
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VersionResolver { String resolveVersion(String groupId, String artifactId, String versionSpec) throws InvalidArtifactCoordinateException { List<String> versions; try { versions = requestVersionList(groupId, artifactId, versionSpec); } catch (VersionRangeResolutionException e) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, e.getMessage()); throw new InvalidArtifactCoordinateException(errorMessage); } if (isInvalidRangeResult(versions)) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, "Invalid Range Result"); throw new InvalidArtifactCoordinateException(errorMessage); } return selectVersion(versionSpec, versions); } VersionResolver(Aether aether); static VersionResolver defaultResolver(); }
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@Test public void softPinnedVersion_versionExists() throws InvalidArtifactCoordinateException, VersionRangeResolutionException { Aether aether = Mockito.mock(Aether.class); Artifact artifact = ArtifactBuilder.fromCoords("something:something:[1.0,)"); Mockito.when(aether.requestVersionRange(artifact)).thenReturn(newArrayList("1.0", "1.2")); VersionResolver resolver = new VersionResolver(aether); String version = resolver.resolveVersion("something", "something", "1.0"); assertThat(version).isEqualTo("1.0"); }
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String resolveVersion(String groupId, String artifactId, String versionSpec) throws InvalidArtifactCoordinateException { List<String> versions; try { versions = requestVersionList(groupId, artifactId, versionSpec); } catch (VersionRangeResolutionException e) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, e.getMessage()); throw new InvalidArtifactCoordinateException(errorMessage); } if (isInvalidRangeResult(versions)) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, "Invalid Range Result"); throw new InvalidArtifactCoordinateException(errorMessage); } return selectVersion(versionSpec, versions); }
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VersionResolver { String resolveVersion(String groupId, String artifactId, String versionSpec) throws InvalidArtifactCoordinateException { List<String> versions; try { versions = requestVersionList(groupId, artifactId, versionSpec); } catch (VersionRangeResolutionException e) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, e.getMessage()); throw new InvalidArtifactCoordinateException(errorMessage); } if (isInvalidRangeResult(versions)) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, "Invalid Range Result"); throw new InvalidArtifactCoordinateException(errorMessage); } return selectVersion(versionSpec, versions); } }
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VersionResolver { String resolveVersion(String groupId, String artifactId, String versionSpec) throws InvalidArtifactCoordinateException { List<String> versions; try { versions = requestVersionList(groupId, artifactId, versionSpec); } catch (VersionRangeResolutionException e) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, e.getMessage()); throw new InvalidArtifactCoordinateException(errorMessage); } if (isInvalidRangeResult(versions)) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, "Invalid Range Result"); throw new InvalidArtifactCoordinateException(errorMessage); } return selectVersion(versionSpec, versions); } VersionResolver(Aether aether); }
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VersionResolver { String resolveVersion(String groupId, String artifactId, String versionSpec) throws InvalidArtifactCoordinateException { List<String> versions; try { versions = requestVersionList(groupId, artifactId, versionSpec); } catch (VersionRangeResolutionException e) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, e.getMessage()); throw new InvalidArtifactCoordinateException(errorMessage); } if (isInvalidRangeResult(versions)) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, "Invalid Range Result"); throw new InvalidArtifactCoordinateException(errorMessage); } return selectVersion(versionSpec, versions); } VersionResolver(Aether aether); static VersionResolver defaultResolver(); }
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VersionResolver { String resolveVersion(String groupId, String artifactId, String versionSpec) throws InvalidArtifactCoordinateException { List<String> versions; try { versions = requestVersionList(groupId, artifactId, versionSpec); } catch (VersionRangeResolutionException e) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, e.getMessage()); throw new InvalidArtifactCoordinateException(errorMessage); } if (isInvalidRangeResult(versions)) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, "Invalid Range Result"); throw new InvalidArtifactCoordinateException(errorMessage); } return selectVersion(versionSpec, versions); } VersionResolver(Aether aether); static VersionResolver defaultResolver(); }
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@Test public void softPinnedVersion_versionDoesNotExist() throws InvalidArtifactCoordinateException, VersionRangeResolutionException { Aether aether = Mockito.mock(Aether.class); Artifact artifact = ArtifactBuilder.fromCoords("something:something:[1.0,)"); Mockito.when(aether.requestVersionRange(artifact)).thenReturn(newArrayList("1.2", "2.0", "3.0")); VersionResolver resolver = new VersionResolver(aether); String version = resolver.resolveVersion("something", "something", "1.0"); assertThat(version).isEqualTo("1.2"); }
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String resolveVersion(String groupId, String artifactId, String versionSpec) throws InvalidArtifactCoordinateException { List<String> versions; try { versions = requestVersionList(groupId, artifactId, versionSpec); } catch (VersionRangeResolutionException e) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, e.getMessage()); throw new InvalidArtifactCoordinateException(errorMessage); } if (isInvalidRangeResult(versions)) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, "Invalid Range Result"); throw new InvalidArtifactCoordinateException(errorMessage); } return selectVersion(versionSpec, versions); }
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VersionResolver { String resolveVersion(String groupId, String artifactId, String versionSpec) throws InvalidArtifactCoordinateException { List<String> versions; try { versions = requestVersionList(groupId, artifactId, versionSpec); } catch (VersionRangeResolutionException e) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, e.getMessage()); throw new InvalidArtifactCoordinateException(errorMessage); } if (isInvalidRangeResult(versions)) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, "Invalid Range Result"); throw new InvalidArtifactCoordinateException(errorMessage); } return selectVersion(versionSpec, versions); } }
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VersionResolver { String resolveVersion(String groupId, String artifactId, String versionSpec) throws InvalidArtifactCoordinateException { List<String> versions; try { versions = requestVersionList(groupId, artifactId, versionSpec); } catch (VersionRangeResolutionException e) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, e.getMessage()); throw new InvalidArtifactCoordinateException(errorMessage); } if (isInvalidRangeResult(versions)) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, "Invalid Range Result"); throw new InvalidArtifactCoordinateException(errorMessage); } return selectVersion(versionSpec, versions); } VersionResolver(Aether aether); }
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VersionResolver { String resolveVersion(String groupId, String artifactId, String versionSpec) throws InvalidArtifactCoordinateException { List<String> versions; try { versions = requestVersionList(groupId, artifactId, versionSpec); } catch (VersionRangeResolutionException e) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, e.getMessage()); throw new InvalidArtifactCoordinateException(errorMessage); } if (isInvalidRangeResult(versions)) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, "Invalid Range Result"); throw new InvalidArtifactCoordinateException(errorMessage); } return selectVersion(versionSpec, versions); } VersionResolver(Aether aether); static VersionResolver defaultResolver(); }
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VersionResolver { String resolveVersion(String groupId, String artifactId, String versionSpec) throws InvalidArtifactCoordinateException { List<String> versions; try { versions = requestVersionList(groupId, artifactId, versionSpec); } catch (VersionRangeResolutionException e) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, e.getMessage()); throw new InvalidArtifactCoordinateException(errorMessage); } if (isInvalidRangeResult(versions)) { String errorMessage = messageForInvalidArtifact(groupId, artifactId, versionSpec, "Invalid Range Result"); throw new InvalidArtifactCoordinateException(errorMessage); } return selectVersion(versionSpec, versions); } VersionResolver(Aether aether); static VersionResolver defaultResolver(); }
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@Test public void fileQueueTest() throws Exception { final File tmpFile = File.createTempFile("perfcake", "queue"); tmpFile.deleteOnExit(); final FileQueue<Message> queue = new FileQueue<>(tmpFile); Message m = new Message("A tribute to Benjamin C. Bradlee"); queue.add(m); queue.add(m); Assert.assertEquals(queue.size(), 2); Assert.assertFalse(queue.isEmpty()); m = queue.poll(); Assert.assertNotNull(m); Assert.assertEquals(queue.size(), 1); queue.add(m); Assert.assertEquals(queue.size(), 2); m = queue.poll(); m = queue.poll(); Assert.assertNotNull(m); m = queue.poll(); Assert.assertNull(m); Assert.assertEquals(queue.size(), 0); Assert.assertTrue(queue.isEmpty()); }
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public FileQueue(final String filename) throws PerfCakeException { this(new File(filename)); }
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FileQueue implements Queue<T> { public FileQueue(final String filename) throws PerfCakeException { this(new File(filename)); } }
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FileQueue implements Queue<T> { public FileQueue(final String filename) throws PerfCakeException { this(new File(filename)); } FileQueue(final String filename); FileQueue(final File queueFile); }
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FileQueue implements Queue<T> { public FileQueue(final String filename) throws PerfCakeException { this(new File(filename)); } FileQueue(final String filename); FileQueue(final File queueFile); @Override boolean add(final T item); @Override synchronized int size(); @Override T peek(); @Override synchronized void clear(); @Override boolean isEmpty(); @Override boolean addAll(final Collection<? extends T> c); @Override boolean offer(final T e); @Override T remove(); @Override boolean remove(final Object o); @Override T poll(); @Override T element(); @Override boolean contains(final Object o); @Override Iterator<T> iterator(); @Override Object[] toArray(); @Override U[] toArray(final U[] a); @Override boolean containsAll(final Collection<?> c); @Override boolean removeAll(final Collection<?> c); @Override boolean retainAll(final Collection<?> c); }
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FileQueue implements Queue<T> { public FileQueue(final String filename) throws PerfCakeException { this(new File(filename)); } FileQueue(final String filename); FileQueue(final File queueFile); @Override boolean add(final T item); @Override synchronized int size(); @Override T peek(); @Override synchronized void clear(); @Override boolean isEmpty(); @Override boolean addAll(final Collection<? extends T> c); @Override boolean offer(final T e); @Override T remove(); @Override boolean remove(final Object o); @Override T poll(); @Override T element(); @Override boolean contains(final Object o); @Override Iterator<T> iterator(); @Override Object[] toArray(); @Override U[] toArray(final U[] a); @Override boolean containsAll(final Collection<?> c); @Override boolean removeAll(final Collection<?> c); @Override boolean retainAll(final Collection<?> c); static final int EMPTY_POINTER; static final int LONG_SIZE; static final int HEADER_SIZE; }
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@Test public void testNonNullValue() { final String s1 = null, s2 = null, s3 = null; Assert.assertNull(Utils.getFirstNotNull(s1, s2, s3)); Assert.assertEquals(Utils.getFirstNotNull(s1, "Hello", s2), "Hello"); Assert.assertEquals(Utils.getFirstNotNull("World", s1, s2), "World"); Assert.assertEquals(Utils.getFirstNotNull(s1, "Hello", "world", s2), "Hello"); Assert.assertNull(Utils.getFirstNotNull()); }
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public static String getFirstNotNull(final String... values) { for (final String value : values) { if (value != null) { return value; } } return null; }
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Utils { public static String getFirstNotNull(final String... values) { for (final String value : values) { if (value != null) { return value; } } return null; } }
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Utils { public static String getFirstNotNull(final String... values) { for (final String value : values) { if (value != null) { return value; } } return null; } private Utils(); }
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Utils { public static String getFirstNotNull(final String... values) { for (final String value : values) { if (value != null) { return value; } } return null; } private Utils(); static String filterProperties(final String text); static String filterProperties(final String text, final Matcher matcher, final PropertyGetter pg); static String getProperty(final String name); static String getProperty(final String name, final String defaultValue); static void logProperties(final Logger logger, final Level level, final Properties properties); static void logProperties(final Logger logger, final Level level, final Properties properties, final String prefix); static String readFilteredContent(final URL url); static String readFilteredContent(final String fileLocation); static List<String> readLines(final URL url); static List<String> readLines(final String fileLocation); static List<String> readFilteredLines(final String fileLocation); static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix); static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix); static String determineDefaultLocation(final String locationSuffix); static String camelCaseToEnum(final String camelCase); static String timeToHms(final long time); static String getDefaultEncoding(); static double computeRegressionTrend(final Collection<TimestampedRecord<Number>> data); static void setFirstNotNullProperty(final Properties props, final String propName, final String... values); static String getFirstNotNull(final String... values); static URL getResourceAsUrl(final String resource); static String getResource(final String resource); static void writeFileContent(final String fileName, final String content); static void writeFileContent(final File file, final String content); static void writeFileContent(final Path path, final String content); static void copyTemplateFromResource(final String resource, final Path target, final Properties properties); static String readTemplateFromResource(final String resource, final Properties properties); static void setLoggingLevel(final Level level); static void initTimeStamps(); static void initDebugAgent(); }
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Utils { public static String getFirstNotNull(final String... values) { for (final String value : values) { if (value != null) { return value; } } return null; } private Utils(); static String filterProperties(final String text); static String filterProperties(final String text, final Matcher matcher, final PropertyGetter pg); static String getProperty(final String name); static String getProperty(final String name, final String defaultValue); static void logProperties(final Logger logger, final Level level, final Properties properties); static void logProperties(final Logger logger, final Level level, final Properties properties, final String prefix); static String readFilteredContent(final URL url); static String readFilteredContent(final String fileLocation); static List<String> readLines(final URL url); static List<String> readLines(final String fileLocation); static List<String> readFilteredLines(final String fileLocation); static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix); static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix); static String determineDefaultLocation(final String locationSuffix); static String camelCaseToEnum(final String camelCase); static String timeToHms(final long time); static String getDefaultEncoding(); static double computeRegressionTrend(final Collection<TimestampedRecord<Number>> data); static void setFirstNotNullProperty(final Properties props, final String propName, final String... values); static String getFirstNotNull(final String... values); static URL getResourceAsUrl(final String resource); static String getResource(final String resource); static void writeFileContent(final String fileName, final String content); static void writeFileContent(final File file, final String content); static void writeFileContent(final Path path, final String content); static void copyTemplateFromResource(final String resource, final Path target, final Properties properties); static String readTemplateFromResource(final String resource, final Properties properties); static void setLoggingLevel(final Level level); static void initTimeStamps(); static void initDebugAgent(); static final File DEFAULT_RESOURCES_DIR; static final File DEFAULT_PLUGINS_DIR; }
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@Test public void testLogLevels() { Assert.assertFalse(log.isTraceEnabled()); Assert.assertFalse(log.isDebugEnabled()); Assert.assertTrue(log.isInfoEnabled()); Assert.assertTrue(log.isWarnEnabled()); Assert.assertTrue(log.isErrorEnabled()); Logger newLogger = LogManager.getLogger("org.perfcake.some.other.package"); Assert.assertFalse(newLogger.isTraceEnabled()); Utils.setLoggingLevel(Level.TRACE); newLogger = LogManager.getLogger("org.perfcake.yet.another.package"); Assert.assertTrue(newLogger.isTraceEnabled()); Assert.assertTrue(log.isTraceEnabled()); Assert.assertTrue(log.isDebugEnabled()); Assert.assertTrue(log.isInfoEnabled()); Assert.assertTrue(log.isWarnEnabled()); Assert.assertTrue(log.isErrorEnabled()); Utils.setLoggingLevel(Level.INFO); Assert.assertFalse(log.isTraceEnabled()); Assert.assertFalse(log.isDebugEnabled()); Assert.assertTrue(log.isInfoEnabled()); Assert.assertTrue(log.isWarnEnabled()); Assert.assertTrue(log.isErrorEnabled()); }
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public static void setLoggingLevel(final Level level) { final Logger log = LogManager.getLogger(Utils.class); final org.apache.logging.log4j.core.Logger coreLogger = (org.apache.logging.log4j.core.Logger) log; final LoggerContext context = coreLogger.getContext(); context.getConfiguration().getLoggers().get("org.perfcake").setLevel(level); context.updateLoggers(); }
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Utils { public static void setLoggingLevel(final Level level) { final Logger log = LogManager.getLogger(Utils.class); final org.apache.logging.log4j.core.Logger coreLogger = (org.apache.logging.log4j.core.Logger) log; final LoggerContext context = coreLogger.getContext(); context.getConfiguration().getLoggers().get("org.perfcake").setLevel(level); context.updateLoggers(); } }
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Utils { public static void setLoggingLevel(final Level level) { final Logger log = LogManager.getLogger(Utils.class); final org.apache.logging.log4j.core.Logger coreLogger = (org.apache.logging.log4j.core.Logger) log; final LoggerContext context = coreLogger.getContext(); context.getConfiguration().getLoggers().get("org.perfcake").setLevel(level); context.updateLoggers(); } private Utils(); }
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Utils { public static void setLoggingLevel(final Level level) { final Logger log = LogManager.getLogger(Utils.class); final org.apache.logging.log4j.core.Logger coreLogger = (org.apache.logging.log4j.core.Logger) log; final LoggerContext context = coreLogger.getContext(); context.getConfiguration().getLoggers().get("org.perfcake").setLevel(level); context.updateLoggers(); } private Utils(); static String filterProperties(final String text); static String filterProperties(final String text, final Matcher matcher, final PropertyGetter pg); static String getProperty(final String name); static String getProperty(final String name, final String defaultValue); static void logProperties(final Logger logger, final Level level, final Properties properties); static void logProperties(final Logger logger, final Level level, final Properties properties, final String prefix); static String readFilteredContent(final URL url); static String readFilteredContent(final String fileLocation); static List<String> readLines(final URL url); static List<String> readLines(final String fileLocation); static List<String> readFilteredLines(final String fileLocation); static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix); static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix); static String determineDefaultLocation(final String locationSuffix); static String camelCaseToEnum(final String camelCase); static String timeToHms(final long time); static String getDefaultEncoding(); static double computeRegressionTrend(final Collection<TimestampedRecord<Number>> data); static void setFirstNotNullProperty(final Properties props, final String propName, final String... values); static String getFirstNotNull(final String... values); static URL getResourceAsUrl(final String resource); static String getResource(final String resource); static void writeFileContent(final String fileName, final String content); static void writeFileContent(final File file, final String content); static void writeFileContent(final Path path, final String content); static void copyTemplateFromResource(final String resource, final Path target, final Properties properties); static String readTemplateFromResource(final String resource, final Properties properties); static void setLoggingLevel(final Level level); static void initTimeStamps(); static void initDebugAgent(); }
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Utils { public static void setLoggingLevel(final Level level) { final Logger log = LogManager.getLogger(Utils.class); final org.apache.logging.log4j.core.Logger coreLogger = (org.apache.logging.log4j.core.Logger) log; final LoggerContext context = coreLogger.getContext(); context.getConfiguration().getLoggers().get("org.perfcake").setLevel(level); context.updateLoggers(); } private Utils(); static String filterProperties(final String text); static String filterProperties(final String text, final Matcher matcher, final PropertyGetter pg); static String getProperty(final String name); static String getProperty(final String name, final String defaultValue); static void logProperties(final Logger logger, final Level level, final Properties properties); static void logProperties(final Logger logger, final Level level, final Properties properties, final String prefix); static String readFilteredContent(final URL url); static String readFilteredContent(final String fileLocation); static List<String> readLines(final URL url); static List<String> readLines(final String fileLocation); static List<String> readFilteredLines(final String fileLocation); static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix); static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix); static String determineDefaultLocation(final String locationSuffix); static String camelCaseToEnum(final String camelCase); static String timeToHms(final long time); static String getDefaultEncoding(); static double computeRegressionTrend(final Collection<TimestampedRecord<Number>> data); static void setFirstNotNullProperty(final Properties props, final String propName, final String... values); static String getFirstNotNull(final String... values); static URL getResourceAsUrl(final String resource); static String getResource(final String resource); static void writeFileContent(final String fileName, final String content); static void writeFileContent(final File file, final String content); static void writeFileContent(final Path path, final String content); static void copyTemplateFromResource(final String resource, final Path target, final Properties properties); static String readTemplateFromResource(final String resource, final Properties properties); static void setLoggingLevel(final Level level); static void initTimeStamps(); static void initDebugAgent(); static final File DEFAULT_RESOURCES_DIR; static final File DEFAULT_PLUGINS_DIR; }
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@Test public void readFilteredContentTest() throws PerfCakeException, IOException { System.setProperty("composedProperty", "***10###"); Assert.assertTrue(Utils.readFilteredContent(Utils.getResource("/messages/unfiltered-message.txt")).contains("***10###")); Assert.assertTrue(Utils.readFilteredContent(new File(Utils.getResource("/messages/unfiltered-message.txt")).toURI().toURL()).contains("***10###")); Assert.assertTrue(Utils.readFilteredContent(Utils.getResourceAsUrl("/messages/unfiltered-message.txt")).contains("***10###")); Assert.assertTrue(Utils.readFilteredContent("file: }
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public static String readFilteredContent(final URL url) throws IOException { try { return filterProperties(new String(Files.readAllBytes(Paths.get(url.toURI())), getDefaultEncoding())); } catch (URISyntaxException e) { throw new IOException("Invalid URL: " + url, e); } }
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Utils { public static String readFilteredContent(final URL url) throws IOException { try { return filterProperties(new String(Files.readAllBytes(Paths.get(url.toURI())), getDefaultEncoding())); } catch (URISyntaxException e) { throw new IOException("Invalid URL: " + url, e); } } }
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Utils { public static String readFilteredContent(final URL url) throws IOException { try { return filterProperties(new String(Files.readAllBytes(Paths.get(url.toURI())), getDefaultEncoding())); } catch (URISyntaxException e) { throw new IOException("Invalid URL: " + url, e); } } private Utils(); }
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Utils { public static String readFilteredContent(final URL url) throws IOException { try { return filterProperties(new String(Files.readAllBytes(Paths.get(url.toURI())), getDefaultEncoding())); } catch (URISyntaxException e) { throw new IOException("Invalid URL: " + url, e); } } private Utils(); static String filterProperties(final String text); static String filterProperties(final String text, final Matcher matcher, final PropertyGetter pg); static String getProperty(final String name); static String getProperty(final String name, final String defaultValue); static void logProperties(final Logger logger, final Level level, final Properties properties); static void logProperties(final Logger logger, final Level level, final Properties properties, final String prefix); static String readFilteredContent(final URL url); static String readFilteredContent(final String fileLocation); static List<String> readLines(final URL url); static List<String> readLines(final String fileLocation); static List<String> readFilteredLines(final String fileLocation); static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix); static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix); static String determineDefaultLocation(final String locationSuffix); static String camelCaseToEnum(final String camelCase); static String timeToHms(final long time); static String getDefaultEncoding(); static double computeRegressionTrend(final Collection<TimestampedRecord<Number>> data); static void setFirstNotNullProperty(final Properties props, final String propName, final String... values); static String getFirstNotNull(final String... values); static URL getResourceAsUrl(final String resource); static String getResource(final String resource); static void writeFileContent(final String fileName, final String content); static void writeFileContent(final File file, final String content); static void writeFileContent(final Path path, final String content); static void copyTemplateFromResource(final String resource, final Path target, final Properties properties); static String readTemplateFromResource(final String resource, final Properties properties); static void setLoggingLevel(final Level level); static void initTimeStamps(); static void initDebugAgent(); }
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Utils { public static String readFilteredContent(final URL url) throws IOException { try { return filterProperties(new String(Files.readAllBytes(Paths.get(url.toURI())), getDefaultEncoding())); } catch (URISyntaxException e) { throw new IOException("Invalid URL: " + url, e); } } private Utils(); static String filterProperties(final String text); static String filterProperties(final String text, final Matcher matcher, final PropertyGetter pg); static String getProperty(final String name); static String getProperty(final String name, final String defaultValue); static void logProperties(final Logger logger, final Level level, final Properties properties); static void logProperties(final Logger logger, final Level level, final Properties properties, final String prefix); static String readFilteredContent(final URL url); static String readFilteredContent(final String fileLocation); static List<String> readLines(final URL url); static List<String> readLines(final String fileLocation); static List<String> readFilteredLines(final String fileLocation); static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix); static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix); static String determineDefaultLocation(final String locationSuffix); static String camelCaseToEnum(final String camelCase); static String timeToHms(final long time); static String getDefaultEncoding(); static double computeRegressionTrend(final Collection<TimestampedRecord<Number>> data); static void setFirstNotNullProperty(final Properties props, final String propName, final String... values); static String getFirstNotNull(final String... values); static URL getResourceAsUrl(final String resource); static String getResource(final String resource); static void writeFileContent(final String fileName, final String content); static void writeFileContent(final File file, final String content); static void writeFileContent(final Path path, final String content); static void copyTemplateFromResource(final String resource, final Path target, final Properties properties); static String readTemplateFromResource(final String resource, final Properties properties); static void setLoggingLevel(final Level level); static void initTimeStamps(); static void initDebugAgent(); static final File DEFAULT_RESOURCES_DIR; static final File DEFAULT_PLUGINS_DIR; }
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@Test public void filterPropertiesTest() { System.setProperty("number", "@#$%^"); Assert.assertEquals(Utils.filterProperties("abc ${number}"), "abc @#$%^"); Assert.assertEquals(Utils.filterProperties("abc ${number} abc"), "abc @#$%^ abc"); Assert.assertEquals(Utils.filterProperties("${number} abc"), "@#$%^ abc"); Assert.assertEquals(Utils.filterProperties("${number}"), "@#$%^"); }
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public static String filterProperties(final String text) { final String propertyPattern = "[^\\\\](\\$\\{([^\\$\\{:]+)(:[^\\$\\{:]*)?})"; final String newText = "_" + text; final Matcher matcher = Pattern.compile(propertyPattern).matcher(newText); return filterProperties(newText, matcher, SystemPropertyGetter.INSTANCE).substring(1); }
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Utils { public static String filterProperties(final String text) { final String propertyPattern = "[^\\\\](\\$\\{([^\\$\\{:]+)(:[^\\$\\{:]*)?})"; final String newText = "_" + text; final Matcher matcher = Pattern.compile(propertyPattern).matcher(newText); return filterProperties(newText, matcher, SystemPropertyGetter.INSTANCE).substring(1); } }
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Utils { public static String filterProperties(final String text) { final String propertyPattern = "[^\\\\](\\$\\{([^\\$\\{:]+)(:[^\\$\\{:]*)?})"; final String newText = "_" + text; final Matcher matcher = Pattern.compile(propertyPattern).matcher(newText); return filterProperties(newText, matcher, SystemPropertyGetter.INSTANCE).substring(1); } private Utils(); }
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Utils { public static String filterProperties(final String text) { final String propertyPattern = "[^\\\\](\\$\\{([^\\$\\{:]+)(:[^\\$\\{:]*)?})"; final String newText = "_" + text; final Matcher matcher = Pattern.compile(propertyPattern).matcher(newText); return filterProperties(newText, matcher, SystemPropertyGetter.INSTANCE).substring(1); } private Utils(); static String filterProperties(final String text); static String filterProperties(final String text, final Matcher matcher, final PropertyGetter pg); static String getProperty(final String name); static String getProperty(final String name, final String defaultValue); static void logProperties(final Logger logger, final Level level, final Properties properties); static void logProperties(final Logger logger, final Level level, final Properties properties, final String prefix); static String readFilteredContent(final URL url); static String readFilteredContent(final String fileLocation); static List<String> readLines(final URL url); static List<String> readLines(final String fileLocation); static List<String> readFilteredLines(final String fileLocation); static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix); static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix); static String determineDefaultLocation(final String locationSuffix); static String camelCaseToEnum(final String camelCase); static String timeToHms(final long time); static String getDefaultEncoding(); static double computeRegressionTrend(final Collection<TimestampedRecord<Number>> data); static void setFirstNotNullProperty(final Properties props, final String propName, final String... values); static String getFirstNotNull(final String... values); static URL getResourceAsUrl(final String resource); static String getResource(final String resource); static void writeFileContent(final String fileName, final String content); static void writeFileContent(final File file, final String content); static void writeFileContent(final Path path, final String content); static void copyTemplateFromResource(final String resource, final Path target, final Properties properties); static String readTemplateFromResource(final String resource, final Properties properties); static void setLoggingLevel(final Level level); static void initTimeStamps(); static void initDebugAgent(); }
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Utils { public static String filterProperties(final String text) { final String propertyPattern = "[^\\\\](\\$\\{([^\\$\\{:]+)(:[^\\$\\{:]*)?})"; final String newText = "_" + text; final Matcher matcher = Pattern.compile(propertyPattern).matcher(newText); return filterProperties(newText, matcher, SystemPropertyGetter.INSTANCE).substring(1); } private Utils(); static String filterProperties(final String text); static String filterProperties(final String text, final Matcher matcher, final PropertyGetter pg); static String getProperty(final String name); static String getProperty(final String name, final String defaultValue); static void logProperties(final Logger logger, final Level level, final Properties properties); static void logProperties(final Logger logger, final Level level, final Properties properties, final String prefix); static String readFilteredContent(final URL url); static String readFilteredContent(final String fileLocation); static List<String> readLines(final URL url); static List<String> readLines(final String fileLocation); static List<String> readFilteredLines(final String fileLocation); static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix); static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix); static String determineDefaultLocation(final String locationSuffix); static String camelCaseToEnum(final String camelCase); static String timeToHms(final long time); static String getDefaultEncoding(); static double computeRegressionTrend(final Collection<TimestampedRecord<Number>> data); static void setFirstNotNullProperty(final Properties props, final String propName, final String... values); static String getFirstNotNull(final String... values); static URL getResourceAsUrl(final String resource); static String getResource(final String resource); static void writeFileContent(final String fileName, final String content); static void writeFileContent(final File file, final String content); static void writeFileContent(final Path path, final String content); static void copyTemplateFromResource(final String resource, final Path target, final Properties properties); static String readTemplateFromResource(final String resource, final Properties properties); static void setLoggingLevel(final Level level); static void initTimeStamps(); static void initDebugAgent(); static final File DEFAULT_RESOURCES_DIR; static final File DEFAULT_PLUGINS_DIR; }
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@Test public void shutdownPeriodAutoTuneEnabledTest() throws Exception { final Scenario scenario; TestSender.resetCounter(); System.setProperty("auto.tune", "-1"); scenario = ScenarioLoader.load("test-shutdown-period-auto-tune-scenario"); scenario.init(); scenario.run(); Thread.sleep(500); scenario.close(); System.getProperties().remove("auto.tune"); Assert.assertEquals(TestSender.getCounter(), 20); final ScenarioRetractor retractor = new ScenarioRetractor(scenario); final MessageGenerator generator = retractor.getGenerator(); Assert.assertTrue(generator instanceof DefaultMessageGenerator, "DefaultMessageGenerator"); Assert.assertTrue(((DefaultMessageGenerator) generator).getShutdownPeriod() > 24999, "Auto tuned shuthown period."); }
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public long getShutdownPeriod() { return shutdownPeriod; }
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DefaultMessageGenerator extends AbstractMessageGenerator { public long getShutdownPeriod() { return shutdownPeriod; } }
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DefaultMessageGenerator extends AbstractMessageGenerator { public long getShutdownPeriod() { return shutdownPeriod; } }
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DefaultMessageGenerator extends AbstractMessageGenerator { public long getShutdownPeriod() { return shutdownPeriod; } long getShutdownPeriod(); DefaultMessageGenerator setShutdownPeriod(final long shutdownPeriod); @Override void setReportManager(final ReportManager reportManager); @Override void generate(); long getMonitoringPeriod(); DefaultMessageGenerator setMonitoringPeriod(final long monitoringPeriod); long getDuration(); int getSenderTaskQueueSize(); DefaultMessageGenerator setSenderTaskQueueSize(final int senderTaskQueueSize); }
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DefaultMessageGenerator extends AbstractMessageGenerator { public long getShutdownPeriod() { return shutdownPeriod; } long getShutdownPeriod(); DefaultMessageGenerator setShutdownPeriod(final long shutdownPeriod); @Override void setReportManager(final ReportManager reportManager); @Override void generate(); long getMonitoringPeriod(); DefaultMessageGenerator setMonitoringPeriod(final long monitoringPeriod); long getDuration(); int getSenderTaskQueueSize(); DefaultMessageGenerator setSenderTaskQueueSize(final int senderTaskQueueSize); }
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@Test public void shutdownPeriodAutoTuneDisabledTest() throws Exception { final Scenario scenario; TestSender.resetCounter(); System.setProperty("auto.tune", "1000"); scenario = ScenarioLoader.load("test-shutdown-period-auto-tune-scenario"); scenario.init(); scenario.run(); Thread.sleep(500); scenario.close(); System.getProperties().remove("auto.tune"); Assert.assertEquals(TestSender.getCounter(), 20); final ScenarioRetractor retractor = new ScenarioRetractor(scenario); final MessageGenerator generator = retractor.getGenerator(); Assert.assertTrue(generator instanceof DefaultMessageGenerator, "DefaultMessageGenerator"); Assert.assertEquals(((DefaultMessageGenerator) generator).getShutdownPeriod(), 1000, "Auto tuned shuthown period."); }
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public long getShutdownPeriod() { return shutdownPeriod; }
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DefaultMessageGenerator extends AbstractMessageGenerator { public long getShutdownPeriod() { return shutdownPeriod; } }
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DefaultMessageGenerator extends AbstractMessageGenerator { public long getShutdownPeriod() { return shutdownPeriod; } }
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DefaultMessageGenerator extends AbstractMessageGenerator { public long getShutdownPeriod() { return shutdownPeriod; } long getShutdownPeriod(); DefaultMessageGenerator setShutdownPeriod(final long shutdownPeriod); @Override void setReportManager(final ReportManager reportManager); @Override void generate(); long getMonitoringPeriod(); DefaultMessageGenerator setMonitoringPeriod(final long monitoringPeriod); long getDuration(); int getSenderTaskQueueSize(); DefaultMessageGenerator setSenderTaskQueueSize(final int senderTaskQueueSize); }
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DefaultMessageGenerator extends AbstractMessageGenerator { public long getShutdownPeriod() { return shutdownPeriod; } long getShutdownPeriod(); DefaultMessageGenerator setShutdownPeriod(final long shutdownPeriod); @Override void setReportManager(final ReportManager reportManager); @Override void generate(); long getMonitoringPeriod(); DefaultMessageGenerator setMonitoringPeriod(final long monitoringPeriod); long getDuration(); int getSenderTaskQueueSize(); DefaultMessageGenerator setSenderTaskQueueSize(final int senderTaskQueueSize); }
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@Test public void testSequence() throws PerfCakeException, MalformedURLException { final Properties p = new Properties(); final FilesContentSequence s = new FilesContentSequence(); s.setFileUrl(Utils.getResource("/sequences") + "/sequence-index.txt"); s.reset(); s.publishNext("seq1", p); Assert.assertEquals(p.getProperty("seq1"), "I'm the fish!"); s.publishNext("seq1", p); Assert.assertTrue(p.getProperty("seq1").startsWith("Zdeněk")); s.publishNext("seq1", p); Assert.assertEquals(p.getProperty("seq1"), "I'm the fish!"); }
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@Override public void publishNext(final String sequenceId, final Properties values) { final Properties props = new Properties(); super.publishNext(sequenceId, props); final String fileName = props.getProperty(sequenceId); final String content; if (cacheContent) { content = cache.computeIfAbsent(fileName, this::readFile); } else { content = readFile(fileName); } if (content != null && !content.isEmpty()) { values.setProperty(sequenceId, content); } else { log.warn("Empty sequence value for '" + sequenceId + "'."); } }
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FilesContentSequence extends FileLinesSequence { @Override public void publishNext(final String sequenceId, final Properties values) { final Properties props = new Properties(); super.publishNext(sequenceId, props); final String fileName = props.getProperty(sequenceId); final String content; if (cacheContent) { content = cache.computeIfAbsent(fileName, this::readFile); } else { content = readFile(fileName); } if (content != null && !content.isEmpty()) { values.setProperty(sequenceId, content); } else { log.warn("Empty sequence value for '" + sequenceId + "'."); } } }
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FilesContentSequence extends FileLinesSequence { @Override public void publishNext(final String sequenceId, final Properties values) { final Properties props = new Properties(); super.publishNext(sequenceId, props); final String fileName = props.getProperty(sequenceId); final String content; if (cacheContent) { content = cache.computeIfAbsent(fileName, this::readFile); } else { content = readFile(fileName); } if (content != null && !content.isEmpty()) { values.setProperty(sequenceId, content); } else { log.warn("Empty sequence value for '" + sequenceId + "'."); } } }
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FilesContentSequence extends FileLinesSequence { @Override public void publishNext(final String sequenceId, final Properties values) { final Properties props = new Properties(); super.publishNext(sequenceId, props); final String fileName = props.getProperty(sequenceId); final String content; if (cacheContent) { content = cache.computeIfAbsent(fileName, this::readFile); } else { content = readFile(fileName); } if (content != null && !content.isEmpty()) { values.setProperty(sequenceId, content); } else { log.warn("Empty sequence value for '" + sequenceId + "'."); } } boolean isCacheContent(); FilesContentSequence setCacheContent(final boolean cacheContent); @Override void publishNext(final String sequenceId, final Properties values); }
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FilesContentSequence extends FileLinesSequence { @Override public void publishNext(final String sequenceId, final Properties values) { final Properties props = new Properties(); super.publishNext(sequenceId, props); final String fileName = props.getProperty(sequenceId); final String content; if (cacheContent) { content = cache.computeIfAbsent(fileName, this::readFile); } else { content = readFile(fileName); } if (content != null && !content.isEmpty()) { values.setProperty(sequenceId, content); } else { log.warn("Empty sequence value for '" + sequenceId + "'."); } } boolean isCacheContent(); FilesContentSequence setCacheContent(final boolean cacheContent); @Override void publishNext(final String sequenceId, final Properties values); }
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@Test public void testFailedSequence() throws PerfCakeException, MalformedURLException { final Properties p = new Properties(); final FilesContentSequence s = new FilesContentSequence(); s.setFileUrl(Utils.getResource("/sequences") + "/sequence-index-failed.txt"); s.reset(); s.publishNext("seq1", p); Assert.assertEquals(p.getProperty("seq1"), "I'm the fish!"); p.remove("seq1"); s.publishNext("seq1", p); Assert.assertNull(p.getProperty("seq1")); s.publishNext("seq1", p); Assert.assertTrue(p.getProperty("seq1").startsWith("Zdeněk")); p.remove("seq1"); s.publishNext("seq1", p); Assert.assertNull(p.getProperty("seq1")); s.publishNext("seq1", p); Assert.assertEquals(p.getProperty("seq1"), "I'm the fish!"); }
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@Override public void publishNext(final String sequenceId, final Properties values) { final Properties props = new Properties(); super.publishNext(sequenceId, props); final String fileName = props.getProperty(sequenceId); final String content; if (cacheContent) { content = cache.computeIfAbsent(fileName, this::readFile); } else { content = readFile(fileName); } if (content != null && !content.isEmpty()) { values.setProperty(sequenceId, content); } else { log.warn("Empty sequence value for '" + sequenceId + "'."); } }
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FilesContentSequence extends FileLinesSequence { @Override public void publishNext(final String sequenceId, final Properties values) { final Properties props = new Properties(); super.publishNext(sequenceId, props); final String fileName = props.getProperty(sequenceId); final String content; if (cacheContent) { content = cache.computeIfAbsent(fileName, this::readFile); } else { content = readFile(fileName); } if (content != null && !content.isEmpty()) { values.setProperty(sequenceId, content); } else { log.warn("Empty sequence value for '" + sequenceId + "'."); } } }
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FilesContentSequence extends FileLinesSequence { @Override public void publishNext(final String sequenceId, final Properties values) { final Properties props = new Properties(); super.publishNext(sequenceId, props); final String fileName = props.getProperty(sequenceId); final String content; if (cacheContent) { content = cache.computeIfAbsent(fileName, this::readFile); } else { content = readFile(fileName); } if (content != null && !content.isEmpty()) { values.setProperty(sequenceId, content); } else { log.warn("Empty sequence value for '" + sequenceId + "'."); } } }
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FilesContentSequence extends FileLinesSequence { @Override public void publishNext(final String sequenceId, final Properties values) { final Properties props = new Properties(); super.publishNext(sequenceId, props); final String fileName = props.getProperty(sequenceId); final String content; if (cacheContent) { content = cache.computeIfAbsent(fileName, this::readFile); } else { content = readFile(fileName); } if (content != null && !content.isEmpty()) { values.setProperty(sequenceId, content); } else { log.warn("Empty sequence value for '" + sequenceId + "'."); } } boolean isCacheContent(); FilesContentSequence setCacheContent(final boolean cacheContent); @Override void publishNext(final String sequenceId, final Properties values); }
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FilesContentSequence extends FileLinesSequence { @Override public void publishNext(final String sequenceId, final Properties values) { final Properties props = new Properties(); super.publishNext(sequenceId, props); final String fileName = props.getProperty(sequenceId); final String content; if (cacheContent) { content = cache.computeIfAbsent(fileName, this::readFile); } else { content = readFile(fileName); } if (content != null && !content.isEmpty()) { values.setProperty(sequenceId, content); } else { log.warn("Empty sequence value for '" + sequenceId + "'."); } } boolean isCacheContent(); FilesContentSequence setCacheContent(final boolean cacheContent); @Override void publishNext(final String sequenceId, final Properties values); }
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@Test public void testTimeStampSequence() throws Exception { final TimeStampSequence tss = new TimeStampSequence(); final Properties props = new Properties(); int success = 0; for (int i = 0; i < 100; i++) { long curr = System.currentTimeMillis(); tss.publishNext("v1", props); long seq = Long.parseLong(props.getProperty("v1")); if (seq - curr <= 1) { success++; } Thread.sleep(1); } Assert.assertTrue(success > 90); }
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@Override public final void publishNext(final String sequenceId, final Properties values) { values.setProperty(sequenceId, Long.toString(System.currentTimeMillis())); }
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TimeStampSequence implements Sequence { @Override public final void publishNext(final String sequenceId, final Properties values) { values.setProperty(sequenceId, Long.toString(System.currentTimeMillis())); } }
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TimeStampSequence implements Sequence { @Override public final void publishNext(final String sequenceId, final Properties values) { values.setProperty(sequenceId, Long.toString(System.currentTimeMillis())); } }
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TimeStampSequence implements Sequence { @Override public final void publishNext(final String sequenceId, final Properties values) { values.setProperty(sequenceId, Long.toString(System.currentTimeMillis())); } @Override final void publishNext(final String sequenceId, final Properties values); }
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TimeStampSequence implements Sequence { @Override public final void publishNext(final String sequenceId, final Properties values) { values.setProperty(sequenceId, Long.toString(System.currentTimeMillis())); } @Override final void publishNext(final String sequenceId, final Properties values); }
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@Test public void basicTest() { Sequence s = new RandomUuidSequence(); final Properties props = new Properties(); s.publishNext("v1", props); s.publishNext("v2", props); Assert.assertNotEquals(props.getProperty("v1"), props.getProperty("v2")); Assert.assertEquals(props.getProperty("v1").length(), 8 * 4 + 4); }
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@Override public final void publishNext(final String sequenceId, final Properties values) { values.setProperty(sequenceId, UUID.randomUUID().toString()); }
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RandomUuidSequence implements Sequence { @Override public final void publishNext(final String sequenceId, final Properties values) { values.setProperty(sequenceId, UUID.randomUUID().toString()); } }
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RandomUuidSequence implements Sequence { @Override public final void publishNext(final String sequenceId, final Properties values) { values.setProperty(sequenceId, UUID.randomUUID().toString()); } }
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RandomUuidSequence implements Sequence { @Override public final void publishNext(final String sequenceId, final Properties values) { values.setProperty(sequenceId, UUID.randomUUID().toString()); } @Override final void publishNext(final String sequenceId, final Properties values); @Override void reset(); }
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RandomUuidSequence implements Sequence { @Override public final void publishNext(final String sequenceId, final Properties values) { values.setProperty(sequenceId, UUID.randomUUID().toString()); } @Override final void publishNext(final String sequenceId, final Properties values); @Override void reset(); }
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@Test public void dynamicCreationTest() throws Exception { final String pattern = "Ich weiss nich was soll es bedeuten dass ich so traurig bin"; final Properties p = new Properties(); p.setProperty("pattern", pattern); final RegExpValidator r = (RegExpValidator) ObjectFactory.summonInstance(RegExpValidator.class.getName(), p); Assert.assertEquals(r.getPattern(), pattern); }
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public String getPattern() { return pattern.toString(); }
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RegExpValidator implements MessageValidator { public String getPattern() { return pattern.toString(); } }
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RegExpValidator implements MessageValidator { public String getPattern() { return pattern.toString(); } }
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RegExpValidator implements MessageValidator { public String getPattern() { return pattern.toString(); } @Override boolean isValid(final Message originalMessage, final Message response, final Properties messageAttributes); String getPattern(); RegExpValidator setPattern(final String pattern); void setPatternAsElement(final Element pattern); boolean isComments(); RegExpValidator setComments(final boolean comments); boolean isCaseInsensitive(); RegExpValidator setCaseInsensitive(final boolean caseInsensitive); boolean isMultiline(); RegExpValidator setMultiline(final boolean multiline); boolean isDotall(); RegExpValidator setDotall(final boolean dotall); boolean isUnicodeCase(); RegExpValidator setUnicodeCase(final boolean unicodeCase); boolean isCanonEq(); RegExpValidator setCanonEq(final boolean canonEq); boolean isLiteral(); RegExpValidator setLiteral(final boolean literal); boolean isUnicodeCharacterClass(); RegExpValidator setUnicodeCharacterClass(final boolean unicodeCharacterClass); }
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RegExpValidator implements MessageValidator { public String getPattern() { return pattern.toString(); } @Override boolean isValid(final Message originalMessage, final Message response, final Properties messageAttributes); String getPattern(); RegExpValidator setPattern(final String pattern); void setPatternAsElement(final Element pattern); boolean isComments(); RegExpValidator setComments(final boolean comments); boolean isCaseInsensitive(); RegExpValidator setCaseInsensitive(final boolean caseInsensitive); boolean isMultiline(); RegExpValidator setMultiline(final boolean multiline); boolean isDotall(); RegExpValidator setDotall(final boolean dotall); boolean isUnicodeCase(); RegExpValidator setUnicodeCase(final boolean unicodeCase); boolean isCanonEq(); RegExpValidator setCanonEq(final boolean canonEq); boolean isLiteral(); RegExpValidator setLiteral(final boolean literal); boolean isUnicodeCharacterClass(); RegExpValidator setUnicodeCharacterClass(final boolean unicodeCharacterClass); }
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@Test public void messageTemplateFilteringTest() throws PerfCakeException { final ScenarioLoader sl = new ScenarioLoader(); final Scenario scenario = sl.load("test-scenario-unfiltered"); final ScenarioRetractor sr = new ScenarioRetractor(scenario); final List<MessageTemplate> messageStore = sr.getMessageStore(); final SequenceManager sequenceManager = sr.getSequenceManager(); Assert.assertEquals(messageStore.size(), 7); Assert.assertEquals(System.getProperty("defaultProperty"), "default-property-value"); Assert.assertEquals(System.getProperty("composedProperty"), "default-property-value2"); final Properties propertiesToBeFiltered = new Properties(); sequenceManager.getSnapshot().forEach(propertiesToBeFiltered::put); propertiesToBeFiltered.setProperty(HELLO_NAME, HELLO_VALUE); propertiesToBeFiltered.setProperty(NUMBER_NAME, "1"); final Message m0 = messageStore.get(0).getFilteredMessage(propertiesToBeFiltered); Assert.assertEquals(m0.getPayload(), "1 hello.value 1 " + System.getenv("JAVA_HOME") + " " + System.getProperty("java.runtime.name") + " default-property-value2 I'm a fish!"); Assert.assertEquals(m0.getHeader(TEST_HEADER), "1"); Assert.assertEquals(m0.getProperty(TEST_PROPERTY), "0"); Message m1 = messageStore.get(1).getFilteredMessage(propertiesToBeFiltered); Assert.assertEquals(m1.getPayload(), "1null"); propertiesToBeFiltered.setProperty(NUMBER_NAME, "2"); m1 = messageStore.get(1).getFilteredMessage(propertiesToBeFiltered); Assert.assertEquals(m1.getPayload(), "2null"); final Message m2 = messageStore.get(2).getFilteredMessage(propertiesToBeFiltered); Assert.assertEquals(m2.getPayload(), "null"); final Message m3 = messageStore.get(3).getFilteredMessage(propertiesToBeFiltered); Assert.assertEquals(m3.getPayload(), "null"); final Message m4 = messageStore.get(4).getFilteredMessage(propertiesToBeFiltered); Assert.assertEquals(m4.getPayload(), "nullnull"); final Message m5 = messageStore.get(5).getFilteredMessage(propertiesToBeFiltered); Assert.assertEquals(m5.getPayload(), "nullnull"); final Message m6 = messageStore.get(6).getFilteredMessage(propertiesToBeFiltered); Assert.assertEquals(m6.getPayload(), "default-property-value2"); }
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public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } }
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MessageTemplate implements Serializable { public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } } }
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MessageTemplate implements Serializable { public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } } MessageTemplate(final Message message, final long multiplicity, final List<String> validatorIds); }
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MessageTemplate implements Serializable { public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } } MessageTemplate(final Message message, final long multiplicity, final List<String> validatorIds); Message getMessage(); Message getFilteredMessage(final Properties properties); Long getMultiplicity(); List<String> getValidatorIds(); }
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MessageTemplate implements Serializable { public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } } MessageTemplate(final Message message, final long multiplicity, final List<String> validatorIds); Message getMessage(); Message getFilteredMessage(final Properties properties); Long getMultiplicity(); List<String> getValidatorIds(); }
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@Test public void staticTemplateTest() { final String runtimeName = System.getProperty("java.runtime.name"); final Message m = new Message(); m.setPayload("${props.java.runtime.name}${aa}"); m.setHeader("runtime", "${props.java.runtime.name}${aa}"); m.setProperty("name", "${props.java.runtime.name}${aa}"); final MessageTemplate t = new MessageTemplate(m, 1, null); final Properties p = TestUtil.props("aa", "1"); final Message m2 = t.getFilteredMessage(p); Assert.assertEquals(m2.getPayload(), runtimeName + "null"); Assert.assertEquals(m2.getHeader("runtime"), runtimeName + "null"); Assert.assertEquals(m2.getProperty("name"), runtimeName + "null"); Assert.assertTrue(m2 != t.getFilteredMessage(p)); }
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public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } }
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MessageTemplate implements Serializable { public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } } }
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MessageTemplate implements Serializable { public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } } MessageTemplate(final Message message, final long multiplicity, final List<String> validatorIds); }
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MessageTemplate implements Serializable { public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } } MessageTemplate(final Message message, final long multiplicity, final List<String> validatorIds); Message getMessage(); Message getFilteredMessage(final Properties properties); Long getMultiplicity(); List<String> getValidatorIds(); }
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MessageTemplate implements Serializable { public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } } MessageTemplate(final Message message, final long multiplicity, final List<String> validatorIds); Message getMessage(); Message getFilteredMessage(final Properties properties); Long getMultiplicity(); List<String> getValidatorIds(); }
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@Test public void dynamicPayloadTest() { final String runtimeName = System.getProperty("java.runtime.name"); final Message m = new Message(); m.setPayload("${props.java.runtime.name}@{aa}"); m.setHeader("runtime", "${props.java.runtime.name}${aa}"); m.setProperty("name", "${props.java.runtime.name}${aa}"); final MessageTemplate t = new MessageTemplate(m, 1, null); final Properties p = TestUtil.props("aa", "1"); final Message m2 = t.getFilteredMessage(p); Assert.assertEquals(m2.getPayload(), runtimeName + "1"); Assert.assertEquals(m2.getHeader("runtime"), runtimeName + "null"); Assert.assertEquals(m2.getProperty("name"), runtimeName + "null"); Assert.assertTrue(m2 != t.getFilteredMessage(p)); }
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public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } }
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MessageTemplate implements Serializable { public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } } }
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MessageTemplate implements Serializable { public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } } MessageTemplate(final Message message, final long multiplicity, final List<String> validatorIds); }
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MessageTemplate implements Serializable { public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } } MessageTemplate(final Message message, final long multiplicity, final List<String> validatorIds); Message getMessage(); Message getFilteredMessage(final Properties properties); Long getMultiplicity(); List<String> getValidatorIds(); }
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MessageTemplate implements Serializable { public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } } MessageTemplate(final Message message, final long multiplicity, final List<String> validatorIds); Message getMessage(); Message getFilteredMessage(final Properties properties); Long getMultiplicity(); List<String> getValidatorIds(); }
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@Test public void dynamicHeaderTest() { final String runtimeName = System.getProperty("java.runtime.name"); final Message m = new Message(); m.setPayload("${props.java.runtime.name}${aa}"); m.setHeader("runtime", "${props.java.runtime.name}@{aa}"); m.setProperty("name", "${props.java.runtime.name}${aa}"); final MessageTemplate t = new MessageTemplate(m, 1, null); final Properties p = TestUtil.props("aa", "1"); final Message m2 = t.getFilteredMessage(p); Assert.assertEquals(m2.getPayload(), runtimeName + "null"); Assert.assertEquals(m2.getHeader("runtime"), runtimeName + "1"); Assert.assertEquals(m2.getProperty("name"), runtimeName + "null"); Assert.assertTrue(m2 != t.getFilteredMessage(p)); }
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public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } }
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MessageTemplate implements Serializable { public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } } }
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MessageTemplate implements Serializable { public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } } MessageTemplate(final Message message, final long multiplicity, final List<String> validatorIds); }
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MessageTemplate implements Serializable { public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } } MessageTemplate(final Message message, final long multiplicity, final List<String> validatorIds); Message getMessage(); Message getFilteredMessage(final Properties properties); Long getMultiplicity(); List<String> getValidatorIds(); }
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MessageTemplate implements Serializable { public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } } MessageTemplate(final Message message, final long multiplicity, final List<String> validatorIds); Message getMessage(); Message getFilteredMessage(final Properties properties); Long getMultiplicity(); List<String> getValidatorIds(); }
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@Test public void dynamicPropertyTest() { final String runtimeName = System.getProperty("java.runtime.name"); final Message m = new Message(); m.setPayload("${props.java.runtime.name}${aa}"); m.setHeader("runtime", "${props.java.runtime.name}${aa}"); m.setProperty("name", "${props.java.runtime.name}@{aa}"); final MessageTemplate t = new MessageTemplate(m, 1, null); final Properties p = TestUtil.props("aa", "1"); final Message m2 = t.getFilteredMessage(p); Assert.assertEquals(m2.getPayload(), runtimeName + "null"); Assert.assertEquals(m2.getHeader("runtime"), runtimeName + "null"); Assert.assertEquals(m2.getProperty("name"), runtimeName + "1"); Assert.assertTrue(m2 != t.getFilteredMessage(p)); }
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public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } }
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MessageTemplate implements Serializable { public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } } }
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MessageTemplate implements Serializable { public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } } MessageTemplate(final Message message, final long multiplicity, final List<String> validatorIds); }
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MessageTemplate implements Serializable { public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } } MessageTemplate(final Message message, final long multiplicity, final List<String> validatorIds); Message getMessage(); Message getFilteredMessage(final Properties properties); Long getMultiplicity(); List<String> getValidatorIds(); }
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MessageTemplate implements Serializable { public Message getFilteredMessage(final Properties properties) { if (isStringMessage && hasTemplates) { final Message newMessage = newMessage(); if (template != null) { newMessage.setPayload(template.toString(properties)); } else { newMessage.setPayload(message.getPayload()); } newMessage.setHeaders(untemplatize(message.getHeaders(), properties)); newMessage.setProperties(untemplatize(message.getProperties(), properties)); return newMessage; } else { final Message newMessage = newMessage(); newMessage.setPayload(message.getPayload()); newMessage.setHeaders((Properties) message.getHeaders().clone()); newMessage.setProperties((Properties) message.getProperties().clone()); return newMessage; } } MessageTemplate(final Message message, final long multiplicity, final List<String> validatorIds); Message getMessage(); Message getFilteredMessage(final Properties properties); Long getMultiplicity(); List<String> getValidatorIds(); }
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@Test public void testGetMethod() { final Properties senderProperties = new Properties(); senderProperties.setProperty("method", "GET"); senderProperties.setProperty("target", URL_GET); String response = null; try { final HttpSender sender = (HttpSender) ObjectFactory.summonInstance(HttpSender.class.getName(), senderProperties); Assert.assertEquals(sender.getTarget(), URL_GET); Assert.assertEquals(sender.getMethod(), Method.GET); Assert.assertNull(sender.getExpectedResponseCodes()); final Properties additionalMessageProperties = new Properties(); additionalMessageProperties.setProperty(TEST_ADDITIONAL_PROPERTY_NAME, TEST_ADDITIONAL_PROPERTY_VALUE); final Message noPayloadMessage = new Message(); noPayloadMessage.setHeader(TEST_HEADER_NAME, TEST_HEADER_VALUE); noPayloadMessage.setProperty(TEST_PROPERTY_NAME, TEST_PROPERTY_VALUE); response = _sendMessage(sender, noPayloadMessage, additionalMessageProperties); } catch (final Exception e) { e.printStackTrace(); Assert.fail(e.getMessage()); } Assert.assertNotNull(response); Assert.assertTrue(response.contains("\"url\": \"" + URL_GET + "\"")); Assert.assertTrue(response.contains("\"" + TEST_HEADER_NAME + "\": \"" + TEST_HEADER_VALUE + "\"")); Assert.assertTrue(response.contains("\"" + TEST_PROPERTY_NAME + "\": \"" + TEST_PROPERTY_VALUE + "\"")); }
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public Method getMethod() { return method; }
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HttpSender extends AbstractSender { public Method getMethod() { return method; } }
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HttpSender extends AbstractSender { public Method getMethod() { return method; } }
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HttpSender extends AbstractSender { public Method getMethod() { return method; } @Override void doInit(final Properties messageAttributes); @Override void doClose(); HttpSender setExpectedResponseCodes(final String expectedResponseCodes); List<Integer> getExpectedResponseCodeList(); String getExpectedResponseCodes(); @Override void preSend(final Message message, final Properties messageAttributes); @Override Serializable doSend(final Message message, final MeasurementUnit measurementUnit); @Override void postSend(final Message message); Method getMethod(); HttpSender setMethod(final Method method); HttpSender setDynamicMethod(final String dynamicMethod); Method getDynamicMethod(final Properties placeholders); boolean isStoreCookies(); HttpSender setStoreCookies(final boolean storeCookies); }
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HttpSender extends AbstractSender { public Method getMethod() { return method; } @Override void doInit(final Properties messageAttributes); @Override void doClose(); HttpSender setExpectedResponseCodes(final String expectedResponseCodes); List<Integer> getExpectedResponseCodeList(); String getExpectedResponseCodes(); @Override void preSend(final Message message, final Properties messageAttributes); @Override Serializable doSend(final Message message, final MeasurementUnit measurementUnit); @Override void postSend(final Message message); Method getMethod(); HttpSender setMethod(final Method method); HttpSender setDynamicMethod(final String dynamicMethod); Method getDynamicMethod(final Properties placeholders); boolean isStoreCookies(); HttpSender setStoreCookies(final boolean storeCookies); }
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@Test public void testDynamicMethod() { final Properties senderProperties = new Properties(); senderProperties.setProperty("dynamicMethod", "@{" + METHOD_PROPERTY + "}"); senderProperties.setProperty("target", URL_GET); String response = null; try { final HttpSender sender = (HttpSender) ObjectFactory.summonInstance(HttpSender.class.getName(), senderProperties); final Properties messageAttributes = new Properties(); messageAttributes.setProperty(METHOD_PROPERTY, METHOD_VALUE); final Message noPayloadMessage = new Message(); response = _sendMessage(sender, noPayloadMessage, messageAttributes); Assert.assertEquals(sender.getDynamicMethod(messageAttributes), Method.valueOf(METHOD_VALUE)); } catch (final Exception e) { e.printStackTrace(); Assert.fail(e.getMessage()); } Assert.assertNotNull(response); Assert.assertTrue(response.contains("\"url\": \"" + URL_GET + "\"")); }
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public Method getDynamicMethod(final Properties placeholders) { if (dynamicMethod == null) { return this.method; } else { return Method.valueOf(dynamicMethod.toString(placeholders)); } }
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HttpSender extends AbstractSender { public Method getDynamicMethod(final Properties placeholders) { if (dynamicMethod == null) { return this.method; } else { return Method.valueOf(dynamicMethod.toString(placeholders)); } } }
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HttpSender extends AbstractSender { public Method getDynamicMethod(final Properties placeholders) { if (dynamicMethod == null) { return this.method; } else { return Method.valueOf(dynamicMethod.toString(placeholders)); } } }
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HttpSender extends AbstractSender { public Method getDynamicMethod(final Properties placeholders) { if (dynamicMethod == null) { return this.method; } else { return Method.valueOf(dynamicMethod.toString(placeholders)); } } @Override void doInit(final Properties messageAttributes); @Override void doClose(); HttpSender setExpectedResponseCodes(final String expectedResponseCodes); List<Integer> getExpectedResponseCodeList(); String getExpectedResponseCodes(); @Override void preSend(final Message message, final Properties messageAttributes); @Override Serializable doSend(final Message message, final MeasurementUnit measurementUnit); @Override void postSend(final Message message); Method getMethod(); HttpSender setMethod(final Method method); HttpSender setDynamicMethod(final String dynamicMethod); Method getDynamicMethod(final Properties placeholders); boolean isStoreCookies(); HttpSender setStoreCookies(final boolean storeCookies); }
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HttpSender extends AbstractSender { public Method getDynamicMethod(final Properties placeholders) { if (dynamicMethod == null) { return this.method; } else { return Method.valueOf(dynamicMethod.toString(placeholders)); } } @Override void doInit(final Properties messageAttributes); @Override void doClose(); HttpSender setExpectedResponseCodes(final String expectedResponseCodes); List<Integer> getExpectedResponseCodeList(); String getExpectedResponseCodes(); @Override void preSend(final Message message, final Properties messageAttributes); @Override Serializable doSend(final Message message, final MeasurementUnit measurementUnit); @Override void postSend(final Message message); Method getMethod(); HttpSender setMethod(final Method method); HttpSender setDynamicMethod(final String dynamicMethod); Method getDynamicMethod(final Properties placeholders); boolean isStoreCookies(); HttpSender setStoreCookies(final boolean storeCookies); }
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@Test public void testMultipleResponseCodes() { final Properties senderProperties = new Properties(); senderProperties.setProperty("method", "GET"); senderProperties.setProperty("target", URL_STATUS_500); senderProperties.setProperty("expectedResponseCodes", "500,200"); String response = null; try { final HttpSender sender = (HttpSender) ObjectFactory.summonInstance(HttpSender.class.getName(), senderProperties); final List<Integer> responseCodeList = sender.getExpectedResponseCodeList(); Assert.assertNotNull(responseCodeList); Assert.assertEquals(responseCodeList.size(), 2); Assert.assertTrue(responseCodeList.contains(500)); Assert.assertTrue(responseCodeList.contains(200)); final Message noPayloadMessage = new Message(); noPayloadMessage.setHeader(TEST_HEADER_NAME, TEST_HEADER_VALUE); noPayloadMessage.setProperty(TEST_PROPERTY_NAME, TEST_PROPERTY_VALUE); response = _sendMessage(sender, noPayloadMessage, null); } catch (final Exception e) { e.printStackTrace(); Assert.fail(e.getMessage()); } Assert.assertNotNull(response); senderProperties.setProperty("target", URL_GET); try { final Message noPayloadMessage = new Message(); noPayloadMessage.setHeader(TEST_HEADER_NAME, TEST_HEADER_VALUE); noPayloadMessage.setProperty(TEST_PROPERTY_NAME, TEST_PROPERTY_VALUE); response = _sendMessage((HttpSender) ObjectFactory.summonInstance(HttpSender.class.getName(), senderProperties), noPayloadMessage, null); } catch (final Exception e) { e.printStackTrace(); Assert.fail(e.getMessage()); } Assert.assertNotNull(response); }
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public List<Integer> getExpectedResponseCodeList() { return expectedResponseCodeList; }
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HttpSender extends AbstractSender { public List<Integer> getExpectedResponseCodeList() { return expectedResponseCodeList; } }
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HttpSender extends AbstractSender { public List<Integer> getExpectedResponseCodeList() { return expectedResponseCodeList; } }
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HttpSender extends AbstractSender { public List<Integer> getExpectedResponseCodeList() { return expectedResponseCodeList; } @Override void doInit(final Properties messageAttributes); @Override void doClose(); HttpSender setExpectedResponseCodes(final String expectedResponseCodes); List<Integer> getExpectedResponseCodeList(); String getExpectedResponseCodes(); @Override void preSend(final Message message, final Properties messageAttributes); @Override Serializable doSend(final Message message, final MeasurementUnit measurementUnit); @Override void postSend(final Message message); Method getMethod(); HttpSender setMethod(final Method method); HttpSender setDynamicMethod(final String dynamicMethod); Method getDynamicMethod(final Properties placeholders); boolean isStoreCookies(); HttpSender setStoreCookies(final boolean storeCookies); }
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HttpSender extends AbstractSender { public List<Integer> getExpectedResponseCodeList() { return expectedResponseCodeList; } @Override void doInit(final Properties messageAttributes); @Override void doClose(); HttpSender setExpectedResponseCodes(final String expectedResponseCodes); List<Integer> getExpectedResponseCodeList(); String getExpectedResponseCodes(); @Override void preSend(final Message message, final Properties messageAttributes); @Override Serializable doSend(final Message message, final MeasurementUnit measurementUnit); @Override void postSend(final Message message); Method getMethod(); HttpSender setMethod(final Method method); HttpSender setDynamicMethod(final String dynamicMethod); Method getDynamicMethod(final Properties placeholders); boolean isStoreCookies(); HttpSender setStoreCookies(final boolean storeCookies); }
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@Test public void testBasicSend() throws Exception { final Properties props = new Properties(); props.setProperty("messageType", "STRING"); props.setProperty("target", "jms/queue/test"); final JmsSender sender = (JmsSender) ObjectFactory.summonInstance(JmsSender.class.getName(), props); Assert.assertEquals(sender.getMessageType(), JmsSender.MessageType.STRING); Assert.assertEquals(sender.getTarget(), "jms/queue/test"); Assert.assertEquals(sender.isPersistent(), true); Assert.assertEquals(sender.isTransacted(), false); try { sender.init(); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); final org.perfcake.message.Message message = new org.perfcake.message.Message(); final String payload1 = "Hello World!"; message.setPayload(payload1); sender.preSend(message, null); sender.send(message, null); sender.postSend(message); Message response = JmsHelper.readMessage(factory, 500, queue); Assert.assertEquals(response.getJMSDeliveryMode(), DeliveryMode.PERSISTENT); Assert.assertTrue(response instanceof TextMessage); Assert.assertEquals(((TextMessage) response).getText(), payload1); sender.setMessageType(JmsSender.MessageType.OBJECT); final Long payload2 = 42L; message.setPayload(payload2); sender.preSend(message, null); sender.send(message, null); sender.postSend(message); response = JmsHelper.readMessage(factory, 500, queue); Assert.assertTrue(response instanceof ObjectMessage); Assert.assertTrue(((ObjectMessage) response).getObject() instanceof Long); Assert.assertEquals((Long) ((ObjectMessage) response).getObject(), payload2); sender.setMessageType(JmsSender.MessageType.BYTEARRAY); message.setPayload(payload1); sender.preSend(message, null); sender.send(message, null); sender.postSend(message); response = JmsHelper.readMessage(factory, 500, queue); Assert.assertTrue(response instanceof BytesMessage); Assert.assertEquals(((BytesMessage) response).readUTF(), payload1); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); } finally { sender.close(); } }
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@SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with Jms11Sender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with Jms11Sender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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@Test public void testTransactedSecuredSend() throws Exception { final String payload = "Hello my secret World!"; final Properties props = new Properties(); props.setProperty("messagetType", "STRING"); props.setProperty("target", "jms/queue/secured_test"); props.setProperty("username", "frank"); props.setProperty("password", "frank"); final JmsSender sender = (JmsSender) ObjectFactory.summonInstance(JmsSender.class.getName(), props); Assert.assertEquals(sender.getUsername(), "frank"); Assert.assertEquals(sender.getPassword(), "frank"); sender.setTransacted(true); try { sender.init(); Assert.assertNull(JmsHelper.readMessage(factory, 500, securedQueue)); final org.perfcake.message.Message message = new org.perfcake.message.Message(); message.setPayload(payload); sender.preSend(message, null); sender.send(message, null); sender.postSend(message); Assert.assertNull(JmsHelper.readMessage(factory, 500, securedQueue)); } finally { sender.close(); } final Message response = JmsHelper.readMessage(factory, 500, securedQueue); Assert.assertEquals(response.getJMSDeliveryMode(), DeliveryMode.PERSISTENT); Assert.assertTrue(response instanceof TextMessage); Assert.assertEquals(((TextMessage) response).getText(), payload); Assert.assertNull(JmsHelper.readMessage(factory, 500, securedQueue)); }
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@SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with Jms11Sender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with Jms11Sender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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@Test(dataProvider = "patterns") public void testStringTemplateLarge(final String template, final String result, final Properties permanentProps, final Properties dynamicProps) { final StringTemplate s = new StringTemplate(template, permanentProps); Assert.assertEquals(s.toString(dynamicProps), result, String.format("Original template: '%s' perm: %s, dynamic: %s", template, permanentProps == null ? null : permanentProps.toString(), dynamicProps == null ? null : dynamicProps.toString())); }
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public String toString() { return toString(null); }
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StringTemplate implements Serializable { public String toString() { return toString(null); } }
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StringTemplate implements Serializable { public String toString() { return toString(null); } StringTemplate(final String template); StringTemplate(final String template, final Properties properties); }
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StringTemplate implements Serializable { public String toString() { return toString(null); } StringTemplate(final String template); StringTemplate(final String template, final Properties properties); boolean hasPlaceholders(); boolean hasDynamicPlaceholders(); String toString(); String toString(final Properties localProperties); static String parseTemplate(final String template, final Properties properties); }
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StringTemplate implements Serializable { public String toString() { return toString(null); } StringTemplate(final String template); StringTemplate(final String template, final Properties properties); boolean hasPlaceholders(); boolean hasDynamicPlaceholders(); String toString(); String toString(final Properties localProperties); static String parseTemplate(final String template, final Properties properties); }
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@Test public void testNonPersistentDelivery() throws Exception { final Properties props = new Properties(); props.setProperty("messagetType", "STRING"); props.setProperty("target", "jms/queue/test"); props.setProperty("persistent", "false"); final JmsSender sender = (JmsSender) ObjectFactory.summonInstance(JmsSender.class.getName(), props); Assert.assertEquals(sender.isPersistent(), false); try { sender.init(); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); final org.perfcake.message.Message message = new org.perfcake.message.Message(); final String payload1 = "Hello World!"; message.setPayload(payload1); sender.preSend(message, null); sender.send(message, null); sender.postSend(message); final Message response = JmsHelper.readMessage(factory, 500, queue); Assert.assertEquals(response.getJMSDeliveryMode(), DeliveryMode.NON_PERSISTENT); Assert.assertTrue(response instanceof TextMessage); Assert.assertEquals(((TextMessage) response).getText(), payload1); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); } finally { sender.close(); } }
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@SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with Jms11Sender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with Jms11Sender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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@Test public void testClientAck() throws Exception { final Properties props = new Properties(); props.setProperty("messageType", "STRING"); props.setProperty("target", "jms/queue/test"); final JmsSender sender = (JmsSender) ObjectFactory.summonInstance(JmsSender.class.getName(), props); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); try { sender.init(); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); final org.perfcake.message.Message message = new org.perfcake.message.Message(); final String payload = "Hello World Client Ack!"; message.setPayload(payload); sender.preSend(message, null); sender.send(message, null); sender.postSend(message); final Message response = JmsHelper.readMessage(factory, 500, queue); Assert.assertTrue(response instanceof TextMessage); Assert.assertEquals(((TextMessage) response).getText(), payload); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); } finally { sender.close(); } }
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@SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with Jms11Sender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with Jms11Sender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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@Test public void testProperties() throws Exception { final String payload = "Hello World with Properties!"; final Properties props = new Properties(); props.setProperty("messagetType", "STRING"); props.setProperty("target", "jms/queue/test"); props.setProperty("safePropertyNames", "false"); final JmsSender sender = (JmsSender) ObjectFactory.summonInstance(JmsSender.class.getName(), props); try { sender.init(); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); final org.perfcake.message.Message message = new org.perfcake.message.Message(); message.setPayload(payload); message.setProperty("kulíšek", "kulíšek nejmenší"); sender.preSend(message, null); sender.send(message, null); sender.postSend(message); final Message response = JmsHelper.readMessage(factory, 500, queue); Assert.assertTrue(response instanceof TextMessage); Assert.assertEquals(((TextMessage) response).getText(), payload); Assert.assertEquals(response.getStringProperty("kulíšek"), "kulíšek nejmenší"); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); } finally { sender.close(); } }
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@SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with Jms11Sender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with Jms11Sender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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@Test(enabled = false) @RunAsClient public void testClientMode() throws Exception { final String jndiFactory = "org.jboss.naming.remote.client.InitialContextFactory"; final String jndiUrl = "http-remoting: final String queueName = "jms/queue/test"; final Properties props = new Properties(); props.setProperty("messageType", "STRING"); props.setProperty("target", queueName); props.setProperty("jndiContextFactory", jndiFactory); props.setProperty("jndiUrl", jndiUrl); props.setProperty("jndiSecurityPrincipal", "zappa"); props.setProperty("jndiSecurityCredentials", "frank"); props.setProperty("connectionFactory", "jms/RemoteConnectionFactory"); props.setProperty("username", "zappa"); props.setProperty("password", "frank"); props.setProperty("transacted", "true"); props.setProperty("persistent", "false"); final JmsSender sender = (JmsSender) ObjectFactory.summonInstance(JmsSender.class.getName(), props); Assert.assertEquals(sender.getJndiContextFactory(), jndiFactory); Assert.assertEquals(sender.getJndiUrl(), jndiUrl); Assert.assertEquals(sender.getJndiSecurityPrincipal(), "zappa"); Assert.assertEquals(sender.getJndiSecurityCredentials(), "frank"); Assert.assertEquals(sender.getConnectionFactory(), "jms/RemoteConnectionFactory"); try { sender.init(); Assert.assertNull(JmsHelper.clientReadMessage(500, queueName)); final org.perfcake.message.Message message = new org.perfcake.message.Message(); final String payload = "Hello from Client!"; message.setPayload(payload); sender.preSend(message, null); sender.send(message, null); sender.postSend(message); final Message response = JmsHelper.clientReadMessage(500, queueName); Assert.assertTrue(response instanceof TextMessage); Assert.assertEquals(((TextMessage) response).getText(), payload); Assert.assertNull(JmsHelper.clientReadMessage(500, queueName)); } finally { sender.close(); } }
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@SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with Jms11Sender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with Jms11Sender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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@Test public void testAdditionalProperties() throws Exception { final String payload = "Hello World with additional Properties!"; final Properties props = new Properties(); props.setProperty("messagetType", "STRING"); props.setProperty("target", "jms/queue/test"); final JmsSender sender = (JmsSender) ObjectFactory.summonInstance(JmsSender.class.getName(), props); try { sender.init(); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); final org.perfcake.message.Message message = new org.perfcake.message.Message(); message.setPayload(payload); final Properties mapProps = new Properties(); mapProps.setProperty("kulisek", "kulisek nejmensi"); sender.preSend(message, mapProps); sender.send(message, null); sender.postSend(message); final Message response = JmsHelper.readMessage(factory, 500, queue); Assert.assertTrue(response instanceof TextMessage); Assert.assertEquals(((TextMessage) response).getText(), payload); Assert.assertEquals(response.getStringProperty("kulisek"), "kulisek nejmensi"); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); } finally { sender.close(); } }
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@SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with Jms11Sender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with Jms11Sender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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@Test public void testReplyTo() throws Exception { final String payload = "Hello World from Reply to!"; final Properties props = new Properties(); props.setProperty("messagetType", "STRING"); props.setProperty("target", "jms/queue/test"); props.setProperty("replyTo", "jms/queue/test_reply"); final JmsSender sender = (JmsSender) ObjectFactory.summonInstance(JmsSender.class.getName(), props); try { sender.init(); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); final org.perfcake.message.Message message = new org.perfcake.message.Message(); message.setPayload(payload); sender.preSend(message, null); sender.send(message, null); sender.postSend(message); final Message response = JmsHelper.readMessage(factory, 500, queue); Assert.assertTrue(response instanceof TextMessage); Assert.assertEquals(((TextMessage) response).getText(), payload); Assert.assertEquals(sender.getReplyTo(), "jms/queue/test_reply"); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); } finally { sender.close(); } }
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@SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with Jms11Sender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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JmsSender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = context.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = context.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = context.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } JmsSender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with Jms11Sender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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@Test public void testBasicSend() throws Exception { final Properties props = new Properties(); props.setProperty("messageType", "STRING"); props.setProperty("target", "jms/queue/test"); final Jms11Sender sender = (Jms11Sender) ObjectFactory.summonInstance(Jms11Sender.class.getName(), props); Assert.assertEquals(sender.getMessageType(), Jms11Sender.MessageType.STRING); Assert.assertEquals(sender.getTarget(), "jms/queue/test"); Assert.assertEquals(sender.isPersistent(), true); Assert.assertEquals(sender.isTransacted(), false); try { sender.init(); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); final org.perfcake.message.Message message = new org.perfcake.message.Message(); final String payload1 = "Hello World!"; message.setPayload(payload1); sender.preSend(message, null); sender.send(message, null); sender.postSend(message); Message response = JmsHelper.readMessage(factory, 500, queue); Assert.assertEquals(response.getJMSDeliveryMode(), DeliveryMode.PERSISTENT); Assert.assertTrue(response instanceof TextMessage); Assert.assertEquals(((TextMessage) response).getText(), payload1); sender.setMessageType(Jms11Sender.MessageType.OBJECT); final Long payload2 = 42L; message.setPayload(payload2); sender.preSend(message, null); sender.send(message, null); sender.postSend(message); response = JmsHelper.readMessage(factory, 500, queue); Assert.assertTrue(response instanceof ObjectMessage); Assert.assertTrue(((ObjectMessage) response).getObject() instanceof Long); Assert.assertEquals((Long) ((ObjectMessage) response).getObject(), payload2); sender.setMessageType(Jms11Sender.MessageType.BYTEARRAY); message.setPayload(payload1); sender.preSend(message, null); sender.send(message, null); sender.postSend(message); response = JmsHelper.readMessage(factory, 500, queue); Assert.assertTrue(response instanceof BytesMessage); Assert.assertEquals(((BytesMessage) response).readUTF(), payload1); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); } finally { sender.close(); } }
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@SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with JmsSender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with JmsSender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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@Test public void testTransactedSecuredSend() throws Exception { final String payload = "Hello my secret World!"; final Properties props = new Properties(); props.setProperty("messagetType", "STRING"); props.setProperty("target", "jms/queue/secured_test"); props.setProperty("username", "frank"); props.setProperty("password", "frank"); final Jms11Sender sender = (Jms11Sender) ObjectFactory.summonInstance(Jms11Sender.class.getName(), props); Assert.assertEquals(sender.getUsername(), "frank"); Assert.assertEquals(sender.getPassword(), "frank"); sender.setTransacted(true); try { sender.init(); Assert.assertNull(JmsHelper.readMessage(factory, 500, securedQueue)); final org.perfcake.message.Message message = new org.perfcake.message.Message(); message.setPayload(payload); sender.preSend(message, null); sender.send(message, null); sender.postSend(message); Assert.assertNull(JmsHelper.readMessage(factory, 500, securedQueue)); } finally { sender.close(); } final Message response = JmsHelper.readMessage(factory, 500, securedQueue); Assert.assertEquals(response.getJMSDeliveryMode(), DeliveryMode.PERSISTENT); Assert.assertTrue(response instanceof TextMessage); Assert.assertEquals(((TextMessage) response).getText(), payload); Assert.assertNull(JmsHelper.readMessage(factory, 500, securedQueue)); }
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@SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with JmsSender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with JmsSender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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@Test public void testNonPersistentDelivery() throws Exception { final Properties props = new Properties(); props.setProperty("messagetType", "STRING"); props.setProperty("target", "jms/queue/test"); props.setProperty("persistent", "false"); final Jms11Sender sender = (Jms11Sender) ObjectFactory.summonInstance(Jms11Sender.class.getName(), props); Assert.assertEquals(sender.isPersistent(), false); try { sender.init(); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); final org.perfcake.message.Message message = new org.perfcake.message.Message(); final String payload1 = "Hello World!"; message.setPayload(payload1); sender.preSend(message, null); sender.send(message, null); sender.postSend(message); final Message response = JmsHelper.readMessage(factory, 500, queue); Assert.assertEquals(response.getJMSDeliveryMode(), DeliveryMode.NON_PERSISTENT); Assert.assertTrue(response instanceof TextMessage); Assert.assertEquals(((TextMessage) response).getText(), payload1); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); } finally { sender.close(); } }
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@SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with JmsSender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with JmsSender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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@Test public void testClientAck() throws Exception { final Properties props = new Properties(); props.setProperty("messageType", "STRING"); props.setProperty("target", "jms/queue/test"); final Jms11Sender sender = (Jms11Sender) ObjectFactory.summonInstance(Jms11Sender.class.getName(), props); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); try { sender.init(); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); final org.perfcake.message.Message message = new org.perfcake.message.Message(); final String payload = "Hello World Client Ack!"; message.setPayload(payload); sender.preSend(message, null); sender.send(message, null); sender.postSend(message); final Message response = JmsHelper.readMessage(factory, 500, queue); Assert.assertTrue(response instanceof TextMessage); Assert.assertEquals(((TextMessage) response).getText(), payload); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); } finally { sender.close(); } }
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@SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with JmsSender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with JmsSender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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@Test public void hasPlaceholdersTest() { final StringTemplate s1 = new StringTemplate("no replacements"); final StringTemplate s2 = new StringTemplate("no repla${ce}ments", TestUtil.props("ce", "1")); final StringTemplate s3 = new StringTemplate("no repla@{ce}ments", TestUtil.props("ce", "1")); Assert.assertFalse(s1.hasPlaceholders()); Assert.assertFalse(s1.hasDynamicPlaceholders()); Assert.assertTrue(s2.hasPlaceholders()); Assert.assertFalse(s2.hasDynamicPlaceholders()); Assert.assertTrue(s3.hasPlaceholders()); Assert.assertTrue(s3.hasDynamicPlaceholders()); }
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public boolean hasPlaceholders() { return hasPlaceholders; }
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StringTemplate implements Serializable { public boolean hasPlaceholders() { return hasPlaceholders; } }
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StringTemplate implements Serializable { public boolean hasPlaceholders() { return hasPlaceholders; } StringTemplate(final String template); StringTemplate(final String template, final Properties properties); }
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StringTemplate implements Serializable { public boolean hasPlaceholders() { return hasPlaceholders; } StringTemplate(final String template); StringTemplate(final String template, final Properties properties); boolean hasPlaceholders(); boolean hasDynamicPlaceholders(); String toString(); String toString(final Properties localProperties); static String parseTemplate(final String template, final Properties properties); }
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StringTemplate implements Serializable { public boolean hasPlaceholders() { return hasPlaceholders; } StringTemplate(final String template); StringTemplate(final String template, final Properties properties); boolean hasPlaceholders(); boolean hasDynamicPlaceholders(); String toString(); String toString(final Properties localProperties); static String parseTemplate(final String template, final Properties properties); }
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@Test public void testProperties() throws Exception { final String payload = "Hello World with Properties!"; final Properties props = new Properties(); props.setProperty("messagetType", "STRING"); props.setProperty("target", "jms/queue/test"); props.setProperty("safePropertyNames", "false"); final Jms11Sender sender = (Jms11Sender) ObjectFactory.summonInstance(Jms11Sender.class.getName(), props); try { sender.init(); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); final org.perfcake.message.Message message = new org.perfcake.message.Message(); message.setPayload(payload); message.setProperty("kulíšek", "kulíšek nejmenší"); sender.preSend(message, null); sender.send(message, null); sender.postSend(message); final Message response = JmsHelper.readMessage(factory, 500, queue); Assert.assertTrue(response instanceof TextMessage); Assert.assertEquals(((TextMessage) response).getText(), payload); Assert.assertEquals(response.getStringProperty("kulíšek"), "kulíšek nejmenší"); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); } finally { sender.close(); } }
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@SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with JmsSender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with JmsSender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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@Test(enabled = false) @RunAsClient public void testClientMode() throws Exception { final String jndiFactory = "org.jboss.naming.remote.client.InitialContextFactory"; final String jndiUrl = "http-remoting: final String queueName = "jms/queue/test"; final Properties props = new Properties(); props.setProperty("messageType", "STRING"); props.setProperty("target", queueName); props.setProperty("jndiContextFactory", jndiFactory); props.setProperty("jndiUrl", jndiUrl); props.setProperty("jndiSecurityPrincipal", "zappa"); props.setProperty("jndiSecurityCredentials", "frank"); props.setProperty("connectionFactory", "jms/RemoteConnectionFactory"); props.setProperty("username", "zappa"); props.setProperty("password", "frank"); props.setProperty("transacted", "true"); props.setProperty("persistent", "false"); final Jms11Sender sender = (Jms11Sender) ObjectFactory.summonInstance(Jms11Sender.class.getName(), props); Assert.assertEquals(sender.getJndiContextFactory(), jndiFactory); Assert.assertEquals(sender.getJndiUrl(), jndiUrl); Assert.assertEquals(sender.getJndiSecurityPrincipal(), "zappa"); Assert.assertEquals(sender.getJndiSecurityCredentials(), "frank"); Assert.assertEquals(sender.getConnectionFactory(), "jms/RemoteConnectionFactory"); try { sender.init(); Assert.assertNull(JmsHelper.clientReadMessage(500, queueName)); final org.perfcake.message.Message message = new org.perfcake.message.Message(); final String payload = "Hello from Client!"; message.setPayload(payload); sender.preSend(message, null); sender.send(message, null); sender.postSend(message); final Message response = JmsHelper.clientReadMessage(500, queueName); Assert.assertTrue(response instanceof TextMessage); Assert.assertEquals(((TextMessage) response).getText(), payload); Assert.assertNull(JmsHelper.clientReadMessage(500, queueName)); } finally { sender.close(); } }
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@SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with JmsSender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with JmsSender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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@Test public void testAdditionalProperties() throws Exception { final String payload = "Hello World with additional Properties!"; final Properties props = new Properties(); props.setProperty("messagetType", "STRING"); props.setProperty("target", "jms/queue/test"); final Jms11Sender sender = (Jms11Sender) ObjectFactory.summonInstance(Jms11Sender.class.getName(), props); try { sender.init(); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); final org.perfcake.message.Message message = new org.perfcake.message.Message(); message.setPayload(payload); final Properties mapProps = new Properties(); mapProps.setProperty("kulisek", "kulisek nejmensi"); sender.preSend(message, mapProps); sender.send(message, null); sender.postSend(message); final Message response = JmsHelper.readMessage(factory, 500, queue); Assert.assertTrue(response instanceof TextMessage); Assert.assertEquals(((TextMessage) response).getText(), payload); Assert.assertEquals(response.getStringProperty("kulisek"), "kulisek nejmensi"); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); } finally { sender.close(); } }
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@SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with JmsSender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with JmsSender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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@Test public void testReplyTo() throws Exception { final String payload = "Hello World from Reply to!"; final Properties props = new Properties(); props.setProperty("messagetType", "STRING"); props.setProperty("target", "jms/queue/test"); props.setProperty("replyTo", "jms/queue/test_reply"); final Jms11Sender sender = (Jms11Sender) ObjectFactory.summonInstance(Jms11Sender.class.getName(), props); try { sender.init(); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); final org.perfcake.message.Message message = new org.perfcake.message.Message(); message.setPayload(payload); sender.preSend(message, null); sender.send(message, null); sender.postSend(message); final Message response = JmsHelper.readMessage(factory, 500, queue); Assert.assertTrue(response instanceof TextMessage); Assert.assertEquals(((TextMessage) response).getText(), payload); Assert.assertEquals(sender.getReplyTo(), "jms/queue/test_reply"); Assert.assertNull(JmsHelper.readMessage(factory, 500, queue)); } finally { sender.close(); } }
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@SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with JmsSender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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Jms11Sender extends AbstractJmsSender { @SuppressWarnings("Duplicates") @Override public void preSend(final org.perfcake.message.Message message, final Properties messageAttributes) throws Exception { super.preSend(message, messageAttributes); switch (messageType) { case STRING: mess = session.createTextMessage((String) message.getPayload()); break; case BYTEARRAY: final BytesMessage bytesMessage = session.createBytesMessage(); bytesMessage.writeUTF((String) message.getPayload()); mess = bytesMessage; break; case OBJECT: mess = session.createObjectMessage(message.getPayload()); break; } setMessageProperties(message, messageAttributes); } Jms11Sender(); @Override void doInit(final Properties messageAttributes); @Override void doClose(); @SuppressWarnings("Duplicates") // false positive with JmsSender @Override void preSend(final org.perfcake.message.Message message, final Properties messageAttributes); @Override Serializable doSend(final org.perfcake.message.Message message, final MeasurementUnit measurementUnit); }
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@Test public void parseScenarioPropertiesTest() throws Exception { try { final XmlFactory scenarioFactory = new XmlFactory(); scenarioFactory.init(Utils.getResourceAsUrl("/scenarios/test-scenario.xml")); final Hashtable<Object, Object> scenarioProperties = scenarioFactory.parseScenarioProperties(); Assert.assertEquals(scenarioProperties.get("quickstartName"), "testQS", "quickstartName property"); Assert.assertEquals(scenarioProperties.get("filteredProperty"), FILTERED_PROPERTY_VALUE, "filteredProperty property"); Assert.assertEquals(scenarioProperties.get("defaultProperty"), DEFAULT_PROPERTY_VALUE, "defaultProperty property"); } catch (final PerfCakeException e) { e.printStackTrace(); Assert.fail(e.getMessage()); } }
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protected Properties parseScenarioProperties() throws PerfCakeException { if (scenarioModel.getProperties() != null) { if (scenarioModel.getProperties().getProperty() != null) { return getPropertiesFromList(scenarioModel.getProperties().getProperty()); } } return null; }
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XmlFactory implements ScenarioFactory { protected Properties parseScenarioProperties() throws PerfCakeException { if (scenarioModel.getProperties() != null) { if (scenarioModel.getProperties().getProperty() != null) { return getPropertiesFromList(scenarioModel.getProperties().getProperty()); } } return null; } }
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XmlFactory implements ScenarioFactory { protected Properties parseScenarioProperties() throws PerfCakeException { if (scenarioModel.getProperties() != null) { if (scenarioModel.getProperties().getProperty() != null) { return getPropertiesFromList(scenarioModel.getProperties().getProperty()); } } return null; } protected XmlFactory(); }
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XmlFactory implements ScenarioFactory { protected Properties parseScenarioProperties() throws PerfCakeException { if (scenarioModel.getProperties() != null) { if (scenarioModel.getProperties().getProperty() != null) { return getPropertiesFromList(scenarioModel.getProperties().getProperty()); } } return null; } protected XmlFactory(); @Override void init(final URL scenarioUrl); @Override synchronized Scenario getScenario(); }
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XmlFactory implements ScenarioFactory { protected Properties parseScenarioProperties() throws PerfCakeException { if (scenarioModel.getProperties() != null) { if (scenarioModel.getProperties().getProperty() != null) { return getPropertiesFromList(scenarioModel.getProperties().getProperty()); } } return null; } protected XmlFactory(); @Override void init(final URL scenarioUrl); @Override synchronized Scenario getScenario(); }
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@Test public void parseSenderTest() throws Exception { try { final XmlFactory scenarioFactory = new XmlFactory(); scenarioFactory.init(Utils.getResourceAsUrl("/scenarios/test-scenario.xml")); final MessageSenderManager senderManager = scenarioFactory.parseSender(THREADS); Assert.assertEquals(senderManager.getSenderClass(), SENDER_CLASS, "senderClass"); Assert.assertEquals(senderManager.getSenderPoolSize(), THREADS, "senderPoolSize"); Assert.assertEquals(System.getProperty("propWithQsName", ""), "testQS-name"); } catch (final PerfCakeException e) { e.printStackTrace(); Assert.fail(e.getMessage()); } }
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protected MessageSenderManager parseSender(final int senderPoolSize) throws PerfCakeException { final MessageSenderManager msm; final Sender sen = scenarioModel.getSender(); String senderClass = sen.getClazz(); if (!senderClass.contains(".")) { senderClass = DEFAULT_SENDER_PACKAGE + "." + senderClass; } if (log.isDebugEnabled()) { log.debug("--- Sender (" + senderClass + ") ---"); } final Properties senderProperties = getPropertiesFromList(sen.getProperty()); Utils.logProperties(log, Level.DEBUG, senderProperties, " "); msm = new MessageSenderManager(); msm.setSenderClass(senderClass); msm.setSenderPoolSize(senderPoolSize); if (sen.getTarget() != null) { msm.setMessageSenderProperty("target", sen.getTarget()); } for (final Entry<Object, Object> sProperty : senderProperties.entrySet()) { msm.setMessageSenderProperty(sProperty.getKey(), sProperty.getValue()); } return msm; }
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XmlFactory implements ScenarioFactory { protected MessageSenderManager parseSender(final int senderPoolSize) throws PerfCakeException { final MessageSenderManager msm; final Sender sen = scenarioModel.getSender(); String senderClass = sen.getClazz(); if (!senderClass.contains(".")) { senderClass = DEFAULT_SENDER_PACKAGE + "." + senderClass; } if (log.isDebugEnabled()) { log.debug("--- Sender (" + senderClass + ") ---"); } final Properties senderProperties = getPropertiesFromList(sen.getProperty()); Utils.logProperties(log, Level.DEBUG, senderProperties, " "); msm = new MessageSenderManager(); msm.setSenderClass(senderClass); msm.setSenderPoolSize(senderPoolSize); if (sen.getTarget() != null) { msm.setMessageSenderProperty("target", sen.getTarget()); } for (final Entry<Object, Object> sProperty : senderProperties.entrySet()) { msm.setMessageSenderProperty(sProperty.getKey(), sProperty.getValue()); } return msm; } }
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XmlFactory implements ScenarioFactory { protected MessageSenderManager parseSender(final int senderPoolSize) throws PerfCakeException { final MessageSenderManager msm; final Sender sen = scenarioModel.getSender(); String senderClass = sen.getClazz(); if (!senderClass.contains(".")) { senderClass = DEFAULT_SENDER_PACKAGE + "." + senderClass; } if (log.isDebugEnabled()) { log.debug("--- Sender (" + senderClass + ") ---"); } final Properties senderProperties = getPropertiesFromList(sen.getProperty()); Utils.logProperties(log, Level.DEBUG, senderProperties, " "); msm = new MessageSenderManager(); msm.setSenderClass(senderClass); msm.setSenderPoolSize(senderPoolSize); if (sen.getTarget() != null) { msm.setMessageSenderProperty("target", sen.getTarget()); } for (final Entry<Object, Object> sProperty : senderProperties.entrySet()) { msm.setMessageSenderProperty(sProperty.getKey(), sProperty.getValue()); } return msm; } protected XmlFactory(); }
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XmlFactory implements ScenarioFactory { protected MessageSenderManager parseSender(final int senderPoolSize) throws PerfCakeException { final MessageSenderManager msm; final Sender sen = scenarioModel.getSender(); String senderClass = sen.getClazz(); if (!senderClass.contains(".")) { senderClass = DEFAULT_SENDER_PACKAGE + "." + senderClass; } if (log.isDebugEnabled()) { log.debug("--- Sender (" + senderClass + ") ---"); } final Properties senderProperties = getPropertiesFromList(sen.getProperty()); Utils.logProperties(log, Level.DEBUG, senderProperties, " "); msm = new MessageSenderManager(); msm.setSenderClass(senderClass); msm.setSenderPoolSize(senderPoolSize); if (sen.getTarget() != null) { msm.setMessageSenderProperty("target", sen.getTarget()); } for (final Entry<Object, Object> sProperty : senderProperties.entrySet()) { msm.setMessageSenderProperty(sProperty.getKey(), sProperty.getValue()); } return msm; } protected XmlFactory(); @Override void init(final URL scenarioUrl); @Override synchronized Scenario getScenario(); }
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XmlFactory implements ScenarioFactory { protected MessageSenderManager parseSender(final int senderPoolSize) throws PerfCakeException { final MessageSenderManager msm; final Sender sen = scenarioModel.getSender(); String senderClass = sen.getClazz(); if (!senderClass.contains(".")) { senderClass = DEFAULT_SENDER_PACKAGE + "." + senderClass; } if (log.isDebugEnabled()) { log.debug("--- Sender (" + senderClass + ") ---"); } final Properties senderProperties = getPropertiesFromList(sen.getProperty()); Utils.logProperties(log, Level.DEBUG, senderProperties, " "); msm = new MessageSenderManager(); msm.setSenderClass(senderClass); msm.setSenderPoolSize(senderPoolSize); if (sen.getTarget() != null) { msm.setMessageSenderProperty("target", sen.getTarget()); } for (final Entry<Object, Object> sProperty : senderProperties.entrySet()) { msm.setMessageSenderProperty(sProperty.getKey(), sProperty.getValue()); } return msm; } protected XmlFactory(); @Override void init(final URL scenarioUrl); @Override synchronized Scenario getScenario(); }
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@Test public void parseGeneratorTest() throws Exception { try { final XmlFactory scenarioFactory = new XmlFactory(); scenarioFactory.init(Utils.getResourceAsUrl("/scenarios/test-scenario.xml")); final MessageGenerator generator = scenarioFactory.parseGenerator(); Assert.assertTrue(generator instanceof DefaultMessageGenerator, "The generator is not an instance of " + DefaultMessageGenerator.class.getName()); final DefaultMessageGenerator dmg = (DefaultMessageGenerator) generator; dmg.setRunInfo(new RunInfo(new Period(PeriodType.TIME, 30L))); Assert.assertEquals(dmg.getThreads(), THREADS, "threads"); Assert.assertEquals(dmg.getSenderTaskQueueSize(), 5000); } catch (final PerfCakeException e) { e.printStackTrace(); Assert.fail(e.getMessage()); } }
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protected MessageGenerator parseGenerator() throws PerfCakeException { final MessageGenerator generator; try { final Generator gen = scenarioModel.getGenerator(); String generatorClass = gen.getClazz(); if (!generatorClass.contains(".")) { generatorClass = DEFAULT_GENERATOR_PACKAGE + "." + generatorClass; } final int threads = Integer.parseInt(gen.getThreads()); if (log.isDebugEnabled()) { log.debug("--- Generator (" + generatorClass + ") ---"); log.debug(" threads=" + threads); } final Properties generatorProperties = getPropertiesFromList(gen.getProperty()); Utils.logProperties(log, Level.DEBUG, generatorProperties, " "); generator = (MessageGenerator) ObjectFactory.summonInstance(generatorClass, generatorProperties); generator.setThreads(threads); } catch (ClassNotFoundException | IllegalAccessException | InstantiationException | InvocationTargetException e) { throw new PerfCakeException("Cannot parse message generator configuration: ", e); } return generator; }
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XmlFactory implements ScenarioFactory { protected MessageGenerator parseGenerator() throws PerfCakeException { final MessageGenerator generator; try { final Generator gen = scenarioModel.getGenerator(); String generatorClass = gen.getClazz(); if (!generatorClass.contains(".")) { generatorClass = DEFAULT_GENERATOR_PACKAGE + "." + generatorClass; } final int threads = Integer.parseInt(gen.getThreads()); if (log.isDebugEnabled()) { log.debug("--- Generator (" + generatorClass + ") ---"); log.debug(" threads=" + threads); } final Properties generatorProperties = getPropertiesFromList(gen.getProperty()); Utils.logProperties(log, Level.DEBUG, generatorProperties, " "); generator = (MessageGenerator) ObjectFactory.summonInstance(generatorClass, generatorProperties); generator.setThreads(threads); } catch (ClassNotFoundException | IllegalAccessException | InstantiationException | InvocationTargetException e) { throw new PerfCakeException("Cannot parse message generator configuration: ", e); } return generator; } }
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XmlFactory implements ScenarioFactory { protected MessageGenerator parseGenerator() throws PerfCakeException { final MessageGenerator generator; try { final Generator gen = scenarioModel.getGenerator(); String generatorClass = gen.getClazz(); if (!generatorClass.contains(".")) { generatorClass = DEFAULT_GENERATOR_PACKAGE + "." + generatorClass; } final int threads = Integer.parseInt(gen.getThreads()); if (log.isDebugEnabled()) { log.debug("--- Generator (" + generatorClass + ") ---"); log.debug(" threads=" + threads); } final Properties generatorProperties = getPropertiesFromList(gen.getProperty()); Utils.logProperties(log, Level.DEBUG, generatorProperties, " "); generator = (MessageGenerator) ObjectFactory.summonInstance(generatorClass, generatorProperties); generator.setThreads(threads); } catch (ClassNotFoundException | IllegalAccessException | InstantiationException | InvocationTargetException e) { throw new PerfCakeException("Cannot parse message generator configuration: ", e); } return generator; } protected XmlFactory(); }
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XmlFactory implements ScenarioFactory { protected MessageGenerator parseGenerator() throws PerfCakeException { final MessageGenerator generator; try { final Generator gen = scenarioModel.getGenerator(); String generatorClass = gen.getClazz(); if (!generatorClass.contains(".")) { generatorClass = DEFAULT_GENERATOR_PACKAGE + "." + generatorClass; } final int threads = Integer.parseInt(gen.getThreads()); if (log.isDebugEnabled()) { log.debug("--- Generator (" + generatorClass + ") ---"); log.debug(" threads=" + threads); } final Properties generatorProperties = getPropertiesFromList(gen.getProperty()); Utils.logProperties(log, Level.DEBUG, generatorProperties, " "); generator = (MessageGenerator) ObjectFactory.summonInstance(generatorClass, generatorProperties); generator.setThreads(threads); } catch (ClassNotFoundException | IllegalAccessException | InstantiationException | InvocationTargetException e) { throw new PerfCakeException("Cannot parse message generator configuration: ", e); } return generator; } protected XmlFactory(); @Override void init(final URL scenarioUrl); @Override synchronized Scenario getScenario(); }
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XmlFactory implements ScenarioFactory { protected MessageGenerator parseGenerator() throws PerfCakeException { final MessageGenerator generator; try { final Generator gen = scenarioModel.getGenerator(); String generatorClass = gen.getClazz(); if (!generatorClass.contains(".")) { generatorClass = DEFAULT_GENERATOR_PACKAGE + "." + generatorClass; } final int threads = Integer.parseInt(gen.getThreads()); if (log.isDebugEnabled()) { log.debug("--- Generator (" + generatorClass + ") ---"); log.debug(" threads=" + threads); } final Properties generatorProperties = getPropertiesFromList(gen.getProperty()); Utils.logProperties(log, Level.DEBUG, generatorProperties, " "); generator = (MessageGenerator) ObjectFactory.summonInstance(generatorClass, generatorProperties); generator.setThreads(threads); } catch (ClassNotFoundException | IllegalAccessException | InstantiationException | InvocationTargetException e) { throw new PerfCakeException("Cannot parse message generator configuration: ", e); } return generator; } protected XmlFactory(); @Override void init(final URL scenarioUrl); @Override synchronized Scenario getScenario(); }
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@Test public void parseMessagesTest() throws Exception { try { final XmlFactory scenarioFactory = new XmlFactory(); scenarioFactory.init(Utils.getResourceAsUrl("/scenarios/test-scenario.xml")); ValidationManager validationManager = scenarioFactory.parseValidation(); final List<MessageTemplate> messageStore = scenarioFactory.parseMessages(validationManager); Assert.assertEquals(messageStore.size(), 5); final MessageTemplate mts1 = messageStore.get(0); Assert.assertEquals(mts1.getMultiplicity(), new Long(10), "message1 multiplicity"); final Message m1 = mts1.getMessage(); Assert.assertEquals(m1.getPayload(), MESSAGE1_CONTENT, "message1 content"); final Properties headers1 = m1.getHeaders(); Assert.assertEquals(headers1.size(), 3, "message1 headers count"); Assert.assertEquals(headers1.get("m_header1"), "m_h_value1", "message1 header1"); Assert.assertEquals(headers1.get("m_header2"), "m_h_value2", "message1 header2"); Assert.assertEquals(headers1.get("m_header3"), "m_h_value3", "message1 header3"); final Properties properties1 = m1.getProperties(); Assert.assertEquals(properties1.size(), 3, "message1 properties count"); Assert.assertEquals(properties1.get("m_property1"), "m_p_value1", "message1 property1"); Assert.assertEquals(properties1.get("m_property2"), "m_p_value2", "message1 property2"); Assert.assertEquals(properties1.get("m_property3"), "m_p_value3", "message1 property3"); final List<MessageValidator> validatorsList1 = validationManager.getValidators(mts1.getValidatorIds()); Assert.assertEquals(validatorsList1.size(), 2, "message1 validatorIdList size"); Assert.assertTrue(validatorsList1.get(0).isValid(null, new Message("Hello, this is Stupid validator"), emptyProperties)); Assert.assertFalse(validatorsList1.get(0).isValid(null, new Message("Hello, this is Smart validator"), emptyProperties)); Assert.assertTrue(validatorsList1.get(1).isValid(null, new Message("Hello, this is happy validator :)"), emptyProperties)); Assert.assertFalse(validatorsList1.get(1).isValid(null, new Message("Hello, this is sad validator :("), emptyProperties)); final MessageTemplate mts2 = messageStore.get(1); Assert.assertEquals(mts2.getMultiplicity(), new Long(1), "message2 multiplicity"); final Message m2 = mts2.getMessage(); Assert.assertEquals(m2.getPayload(), MESSAGE2_CONTENT, "message2 content"); final Properties headers2 = m2.getHeaders(); Assert.assertEquals(headers2.size(), 0, "message2 headers count"); final Properties properties2 = m2.getProperties(); Assert.assertEquals(properties2.size(), 0, "message2 properties count"); final List<MessageValidator> validatorsList2 = validationManager.getValidators(mts2.getValidatorIds()); Assert.assertEquals(validatorsList2.size(), 1, "message2 validatorIdList size"); Assert.assertTrue(validatorsList2.get(0).isValid(null, new Message("Go for fishing!"), emptyProperties)); Assert.assertFalse(validatorsList2.get(0).isValid(null, new Message("Go for mushroom picking! There are no Fish."), emptyProperties)); final MessageTemplate mts3 = messageStore.get(2); final Message m3 = mts3.getMessage(); Assert.assertNotNull(m3, "message 3 instance"); Assert.assertNull(m3.getPayload(), "message 3 payload"); Assert.assertEquals(m3.getHeaders().size(), 1, "message 3 header count"); Assert.assertEquals(m3.getHeader("h3_name"), "h3_value", "message 3 header value"); final MessageTemplate mts4 = messageStore.get(3); final Message m4 = mts4.getMessage(); Assert.assertNotNull(m4, "message 4 instance"); Assert.assertEquals(m4.getPayload(), "message-content-4"); final MessageTemplate mts5 = messageStore.get(4); final Message m5 = mts5.getMessage(); Assert.assertNotNull(m5, "message 5 instance"); Assert.assertEquals(m5.getPayload(), "message-content-5"); final XmlFactory noMessagesScenarioFactory = new XmlFactory(); noMessagesScenarioFactory.init(Utils.getResourceAsUrl("/scenarios/test-scenario-no-messages.xml")); validationManager = noMessagesScenarioFactory.parseValidation(); final List<MessageTemplate> emptyMessageStore = noMessagesScenarioFactory.parseMessages(validationManager); Assert.assertTrue(emptyMessageStore.isEmpty(), "empty message store with no messages in scenario"); } catch (final PerfCakeException e) { e.printStackTrace(); Assert.fail(e.getMessage()); } }
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protected List<MessageTemplate> parseMessages(final ValidationManager validationManager) throws PerfCakeException { final List<MessageTemplate> messageStore = new ArrayList<>(); try { final Messages messages = scenarioModel.getMessages(); if (messages != null) { if (log.isDebugEnabled()) { log.debug("--- Messages ---"); } for (final Messages.Message m : messages.getMessage()) { URL messageUrl = null; String currentMessagePayload; if (m.getContent() != null) { if (m.getUri() != null) { log.warn("Both 'content' and 'uri' attributes of a message element are set. 'uri' will be will be ignored"); } currentMessagePayload = m.getContent(); } else { if (m.getUri() != null) { messageUrl = Utils.locationToUrl(m.getUri(), PerfCakeConst.MESSAGES_DIR_PROPERTY, Utils.determineDefaultLocation("messages"), ""); currentMessagePayload = Utils.readFilteredContent(messageUrl); } else { messageUrl = null; currentMessagePayload = null; } } final Properties currentMessageProperties = getPropertiesFromList(m.getProperty()); final Properties currentMessageHeaders = new Properties(); for (final HeaderType h : m.getHeader()) { currentMessageHeaders.setProperty(h.getName(), h.getValue()); } final Message currentMessage = new Message(currentMessagePayload); currentMessage.setProperties(currentMessageProperties); currentMessage.setHeaders(currentMessageHeaders); long currentMessageMultiplicity; if (m.getMultiplicity() == null || m.getMultiplicity().equals("")) { currentMessageMultiplicity = 1L; } else { currentMessageMultiplicity = Long.parseLong(m.getMultiplicity()); } final List<String> currentMessageValidatorIds = new ArrayList<>(); for (final ValidatorRef ref : m.getValidatorRef()) { final MessageValidator validator = validationManager.getValidator(ref.getId()); if (validator == null) { throw new PerfCakeException(String.format("Validator with id %s not found.", ref.getId())); } currentMessageValidatorIds.add(ref.getId()); } final MessageTemplate currentMessageToSend = new MessageTemplate(currentMessage, currentMessageMultiplicity, currentMessageValidatorIds); if (log.isDebugEnabled()) { log.debug("'- Message (" + (messageUrl != null ? messageUrl.toString() : "") + "), " + currentMessageMultiplicity + "x"); log.debug(" '- Properties:"); Utils.logProperties(log, Level.DEBUG, currentMessageProperties, " '- "); log.debug(" '- Headers:"); Utils.logProperties(log, Level.DEBUG, currentMessageHeaders, " '- "); } messageStore.add(currentMessageToSend); } } } catch (final IOException e) { throw new PerfCakeException("Cannot read messages content: ", e); } return messageStore; }
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XmlFactory implements ScenarioFactory { protected List<MessageTemplate> parseMessages(final ValidationManager validationManager) throws PerfCakeException { final List<MessageTemplate> messageStore = new ArrayList<>(); try { final Messages messages = scenarioModel.getMessages(); if (messages != null) { if (log.isDebugEnabled()) { log.debug("--- Messages ---"); } for (final Messages.Message m : messages.getMessage()) { URL messageUrl = null; String currentMessagePayload; if (m.getContent() != null) { if (m.getUri() != null) { log.warn("Both 'content' and 'uri' attributes of a message element are set. 'uri' will be will be ignored"); } currentMessagePayload = m.getContent(); } else { if (m.getUri() != null) { messageUrl = Utils.locationToUrl(m.getUri(), PerfCakeConst.MESSAGES_DIR_PROPERTY, Utils.determineDefaultLocation("messages"), ""); currentMessagePayload = Utils.readFilteredContent(messageUrl); } else { messageUrl = null; currentMessagePayload = null; } } final Properties currentMessageProperties = getPropertiesFromList(m.getProperty()); final Properties currentMessageHeaders = new Properties(); for (final HeaderType h : m.getHeader()) { currentMessageHeaders.setProperty(h.getName(), h.getValue()); } final Message currentMessage = new Message(currentMessagePayload); currentMessage.setProperties(currentMessageProperties); currentMessage.setHeaders(currentMessageHeaders); long currentMessageMultiplicity; if (m.getMultiplicity() == null || m.getMultiplicity().equals("")) { currentMessageMultiplicity = 1L; } else { currentMessageMultiplicity = Long.parseLong(m.getMultiplicity()); } final List<String> currentMessageValidatorIds = new ArrayList<>(); for (final ValidatorRef ref : m.getValidatorRef()) { final MessageValidator validator = validationManager.getValidator(ref.getId()); if (validator == null) { throw new PerfCakeException(String.format("Validator with id %s not found.", ref.getId())); } currentMessageValidatorIds.add(ref.getId()); } final MessageTemplate currentMessageToSend = new MessageTemplate(currentMessage, currentMessageMultiplicity, currentMessageValidatorIds); if (log.isDebugEnabled()) { log.debug("'- Message (" + (messageUrl != null ? messageUrl.toString() : "") + "), " + currentMessageMultiplicity + "x"); log.debug(" '- Properties:"); Utils.logProperties(log, Level.DEBUG, currentMessageProperties, " '- "); log.debug(" '- Headers:"); Utils.logProperties(log, Level.DEBUG, currentMessageHeaders, " '- "); } messageStore.add(currentMessageToSend); } } } catch (final IOException e) { throw new PerfCakeException("Cannot read messages content: ", e); } return messageStore; } }
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XmlFactory implements ScenarioFactory { protected List<MessageTemplate> parseMessages(final ValidationManager validationManager) throws PerfCakeException { final List<MessageTemplate> messageStore = new ArrayList<>(); try { final Messages messages = scenarioModel.getMessages(); if (messages != null) { if (log.isDebugEnabled()) { log.debug("--- Messages ---"); } for (final Messages.Message m : messages.getMessage()) { URL messageUrl = null; String currentMessagePayload; if (m.getContent() != null) { if (m.getUri() != null) { log.warn("Both 'content' and 'uri' attributes of a message element are set. 'uri' will be will be ignored"); } currentMessagePayload = m.getContent(); } else { if (m.getUri() != null) { messageUrl = Utils.locationToUrl(m.getUri(), PerfCakeConst.MESSAGES_DIR_PROPERTY, Utils.determineDefaultLocation("messages"), ""); currentMessagePayload = Utils.readFilteredContent(messageUrl); } else { messageUrl = null; currentMessagePayload = null; } } final Properties currentMessageProperties = getPropertiesFromList(m.getProperty()); final Properties currentMessageHeaders = new Properties(); for (final HeaderType h : m.getHeader()) { currentMessageHeaders.setProperty(h.getName(), h.getValue()); } final Message currentMessage = new Message(currentMessagePayload); currentMessage.setProperties(currentMessageProperties); currentMessage.setHeaders(currentMessageHeaders); long currentMessageMultiplicity; if (m.getMultiplicity() == null || m.getMultiplicity().equals("")) { currentMessageMultiplicity = 1L; } else { currentMessageMultiplicity = Long.parseLong(m.getMultiplicity()); } final List<String> currentMessageValidatorIds = new ArrayList<>(); for (final ValidatorRef ref : m.getValidatorRef()) { final MessageValidator validator = validationManager.getValidator(ref.getId()); if (validator == null) { throw new PerfCakeException(String.format("Validator with id %s not found.", ref.getId())); } currentMessageValidatorIds.add(ref.getId()); } final MessageTemplate currentMessageToSend = new MessageTemplate(currentMessage, currentMessageMultiplicity, currentMessageValidatorIds); if (log.isDebugEnabled()) { log.debug("'- Message (" + (messageUrl != null ? messageUrl.toString() : "") + "), " + currentMessageMultiplicity + "x"); log.debug(" '- Properties:"); Utils.logProperties(log, Level.DEBUG, currentMessageProperties, " '- "); log.debug(" '- Headers:"); Utils.logProperties(log, Level.DEBUG, currentMessageHeaders, " '- "); } messageStore.add(currentMessageToSend); } } } catch (final IOException e) { throw new PerfCakeException("Cannot read messages content: ", e); } return messageStore; } protected XmlFactory(); }
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XmlFactory implements ScenarioFactory { protected List<MessageTemplate> parseMessages(final ValidationManager validationManager) throws PerfCakeException { final List<MessageTemplate> messageStore = new ArrayList<>(); try { final Messages messages = scenarioModel.getMessages(); if (messages != null) { if (log.isDebugEnabled()) { log.debug("--- Messages ---"); } for (final Messages.Message m : messages.getMessage()) { URL messageUrl = null; String currentMessagePayload; if (m.getContent() != null) { if (m.getUri() != null) { log.warn("Both 'content' and 'uri' attributes of a message element are set. 'uri' will be will be ignored"); } currentMessagePayload = m.getContent(); } else { if (m.getUri() != null) { messageUrl = Utils.locationToUrl(m.getUri(), PerfCakeConst.MESSAGES_DIR_PROPERTY, Utils.determineDefaultLocation("messages"), ""); currentMessagePayload = Utils.readFilteredContent(messageUrl); } else { messageUrl = null; currentMessagePayload = null; } } final Properties currentMessageProperties = getPropertiesFromList(m.getProperty()); final Properties currentMessageHeaders = new Properties(); for (final HeaderType h : m.getHeader()) { currentMessageHeaders.setProperty(h.getName(), h.getValue()); } final Message currentMessage = new Message(currentMessagePayload); currentMessage.setProperties(currentMessageProperties); currentMessage.setHeaders(currentMessageHeaders); long currentMessageMultiplicity; if (m.getMultiplicity() == null || m.getMultiplicity().equals("")) { currentMessageMultiplicity = 1L; } else { currentMessageMultiplicity = Long.parseLong(m.getMultiplicity()); } final List<String> currentMessageValidatorIds = new ArrayList<>(); for (final ValidatorRef ref : m.getValidatorRef()) { final MessageValidator validator = validationManager.getValidator(ref.getId()); if (validator == null) { throw new PerfCakeException(String.format("Validator with id %s not found.", ref.getId())); } currentMessageValidatorIds.add(ref.getId()); } final MessageTemplate currentMessageToSend = new MessageTemplate(currentMessage, currentMessageMultiplicity, currentMessageValidatorIds); if (log.isDebugEnabled()) { log.debug("'- Message (" + (messageUrl != null ? messageUrl.toString() : "") + "), " + currentMessageMultiplicity + "x"); log.debug(" '- Properties:"); Utils.logProperties(log, Level.DEBUG, currentMessageProperties, " '- "); log.debug(" '- Headers:"); Utils.logProperties(log, Level.DEBUG, currentMessageHeaders, " '- "); } messageStore.add(currentMessageToSend); } } } catch (final IOException e) { throw new PerfCakeException("Cannot read messages content: ", e); } return messageStore; } protected XmlFactory(); @Override void init(final URL scenarioUrl); @Override synchronized Scenario getScenario(); }
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XmlFactory implements ScenarioFactory { protected List<MessageTemplate> parseMessages(final ValidationManager validationManager) throws PerfCakeException { final List<MessageTemplate> messageStore = new ArrayList<>(); try { final Messages messages = scenarioModel.getMessages(); if (messages != null) { if (log.isDebugEnabled()) { log.debug("--- Messages ---"); } for (final Messages.Message m : messages.getMessage()) { URL messageUrl = null; String currentMessagePayload; if (m.getContent() != null) { if (m.getUri() != null) { log.warn("Both 'content' and 'uri' attributes of a message element are set. 'uri' will be will be ignored"); } currentMessagePayload = m.getContent(); } else { if (m.getUri() != null) { messageUrl = Utils.locationToUrl(m.getUri(), PerfCakeConst.MESSAGES_DIR_PROPERTY, Utils.determineDefaultLocation("messages"), ""); currentMessagePayload = Utils.readFilteredContent(messageUrl); } else { messageUrl = null; currentMessagePayload = null; } } final Properties currentMessageProperties = getPropertiesFromList(m.getProperty()); final Properties currentMessageHeaders = new Properties(); for (final HeaderType h : m.getHeader()) { currentMessageHeaders.setProperty(h.getName(), h.getValue()); } final Message currentMessage = new Message(currentMessagePayload); currentMessage.setProperties(currentMessageProperties); currentMessage.setHeaders(currentMessageHeaders); long currentMessageMultiplicity; if (m.getMultiplicity() == null || m.getMultiplicity().equals("")) { currentMessageMultiplicity = 1L; } else { currentMessageMultiplicity = Long.parseLong(m.getMultiplicity()); } final List<String> currentMessageValidatorIds = new ArrayList<>(); for (final ValidatorRef ref : m.getValidatorRef()) { final MessageValidator validator = validationManager.getValidator(ref.getId()); if (validator == null) { throw new PerfCakeException(String.format("Validator with id %s not found.", ref.getId())); } currentMessageValidatorIds.add(ref.getId()); } final MessageTemplate currentMessageToSend = new MessageTemplate(currentMessage, currentMessageMultiplicity, currentMessageValidatorIds); if (log.isDebugEnabled()) { log.debug("'- Message (" + (messageUrl != null ? messageUrl.toString() : "") + "), " + currentMessageMultiplicity + "x"); log.debug(" '- Properties:"); Utils.logProperties(log, Level.DEBUG, currentMessageProperties, " '- "); log.debug(" '- Headers:"); Utils.logProperties(log, Level.DEBUG, currentMessageHeaders, " '- "); } messageStore.add(currentMessageToSend); } } } catch (final IOException e) { throw new PerfCakeException("Cannot read messages content: ", e); } return messageStore; } protected XmlFactory(); @Override void init(final URL scenarioUrl); @Override synchronized Scenario getScenario(); }
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@Test public void parseReportingTest() throws Exception { try { final XmlFactory scenarioFactory = new XmlFactory(); scenarioFactory.init(Utils.getResourceAsUrl("/scenarios/test-scenario.xml")); final ReportManager reportManager = scenarioFactory.parseReporting(); Assert.assertNotNull(reportManager); Assert.assertEquals(reportManager.getReporters().size(), 2, "reportManager's number of reporters"); final String DUMMY_REPORTER_KEY = "dummy"; final String WARM_UP_REPORTER_KEY = "warmup"; final Map<String, Reporter> reportersMap = new HashMap<>(); for (final Reporter reporter : reportManager.getReporters()) { if (reporter instanceof DummyReporter) { reportersMap.put(DUMMY_REPORTER_KEY, reporter); } else if (reporter instanceof WarmUpReporter) { reportersMap.put(WARM_UP_REPORTER_KEY, reporter); } else { Assert.fail("The reporter should be an instance of either " + DummyReporter.class.getCanonicalName() + " or " + WarmUpReporter.class.getCanonicalName() + ", but it is an instance of " + reporter.getClass().getCanonicalName() + "!"); } } final Reporter reporter = reportersMap.get(DUMMY_REPORTER_KEY); Assert.assertEquals(reporter.getDestinations().size(), 1, "reporter's number of destinations"); final Destination destination = reporter.getDestinations().iterator().next(); Assert.assertTrue(destination instanceof DummyDestination, "destination's class"); Assert.assertEquals(((DummyDestination) destination).getProperty(), "dummy_p_value", "destination's property value"); Assert.assertEquals(((DummyDestination) destination).getProperty2(), "dummy_p2_value", "destination's property2 value"); int assertedPeriodCount = 0; Assert.assertEquals(reporter.getReportingPeriods().size(), 3); for (final BoundPeriod<Destination> period : reporter.getReportingPeriods()) { switch (period.getPeriodType()) { case TIME: Assert.assertEquals(period.getPeriod(), 2000, "time period's value"); assertedPeriodCount++; break; case ITERATION: Assert.assertEquals(period.getPeriod(), 100, "iteration period's value"); assertedPeriodCount++; break; case PERCENTAGE: Assert.assertEquals(period.getPeriod(), 50, "percentage period's value"); assertedPeriodCount++; break; } } Assert.assertEquals(assertedPeriodCount, 3, "number of period asserted"); final Reporter warmUpReporter = reportersMap.get(WARM_UP_REPORTER_KEY); Assert.assertTrue(warmUpReporter instanceof WarmUpReporter, "reporter's class"); Assert.assertEquals(warmUpReporter.getDestinations().size(), 0, "reporter's number of destinations"); Assert.assertEquals(((WarmUpReporter) warmUpReporter).getMinimalWarmUpCount(), 12345, "reporter's minimal warmup count"); Assert.assertEquals(((WarmUpReporter) warmUpReporter).getMinimalWarmUpDuration(), 15000, "reporter's minimal warmup duration"); Assert.assertEquals(((WarmUpReporter) warmUpReporter).getAbsoluteThreshold(), 0.2d, "reporter's absolute threshold"); Assert.assertEquals(((WarmUpReporter) warmUpReporter).getRelativeThreshold(), 1d, "reporter's relative threshold"); } catch (final PerfCakeException e) { e.printStackTrace(); Assert.fail(e.getMessage()); } }
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protected ReportManager parseReporting() throws PerfCakeException { final ReportManager reportManager = new ReportManager(); try { if (log.isDebugEnabled()) { log.debug("--- Reporting ---"); } final Reporting reporting = scenarioModel.getReporting(); if (reporting != null) { final Properties reportingProperties = getPropertiesFromList(reporting.getProperty()); Utils.logProperties(log, Level.DEBUG, reportingProperties, " "); ObjectFactory.setPropertiesOnObject(reportManager, reportingProperties); for (final Reporting.Reporter r : reporting.getReporter()) { if (r.isEnabled()) { final Properties currentReporterProperties = getPropertiesFromList(r.getProperty()); String reportClass = r.getClazz(); if (!reportClass.contains(".")) { reportClass = DEFAULT_REPORTER_PACKAGE + "." + reportClass; } final Reporter currentReporter = (Reporter) ObjectFactory.summonInstance(reportClass, currentReporterProperties); if (log.isDebugEnabled()) { log.debug("'- Reporter (" + reportClass + ")"); } for (final Reporting.Reporter.Destination d : r.getDestination()) { if (d.isEnabled()) { String destClass = d.getClazz(); if (!destClass.contains(".")) { destClass = DEFAULT_DESTINATION_PACKAGE + "." + destClass; } if (log.isDebugEnabled()) { log.debug(" '- Destination (" + destClass + ")"); } final Properties currentDestinationProperties = getPropertiesFromList(d.getProperty()); Utils.logProperties(log, Level.DEBUG, currentDestinationProperties, " '- "); final Destination currentDestination = (Destination) ObjectFactory.summonInstance(destClass, currentDestinationProperties); final Set<Period> currentDestinationPeriodSet = new HashSet<>(); for (final org.perfcake.model.Scenario.Reporting.Reporter.Destination.Period p : d.getPeriod()) { currentDestinationPeriodSet.add(new Period(PeriodType.valueOf(p.getType().toUpperCase()), Long.parseLong(p.getValue()))); } currentReporter.registerDestination(currentDestination, currentDestinationPeriodSet); } } reportManager.registerReporter(currentReporter); } } } } catch (InstantiationException | IllegalAccessException | InvocationTargetException | ClassNotFoundException e) { throw new PerfCakeException("Cannot parse reporting configuration: ", e); } return reportManager; }
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XmlFactory implements ScenarioFactory { protected ReportManager parseReporting() throws PerfCakeException { final ReportManager reportManager = new ReportManager(); try { if (log.isDebugEnabled()) { log.debug("--- Reporting ---"); } final Reporting reporting = scenarioModel.getReporting(); if (reporting != null) { final Properties reportingProperties = getPropertiesFromList(reporting.getProperty()); Utils.logProperties(log, Level.DEBUG, reportingProperties, " "); ObjectFactory.setPropertiesOnObject(reportManager, reportingProperties); for (final Reporting.Reporter r : reporting.getReporter()) { if (r.isEnabled()) { final Properties currentReporterProperties = getPropertiesFromList(r.getProperty()); String reportClass = r.getClazz(); if (!reportClass.contains(".")) { reportClass = DEFAULT_REPORTER_PACKAGE + "." + reportClass; } final Reporter currentReporter = (Reporter) ObjectFactory.summonInstance(reportClass, currentReporterProperties); if (log.isDebugEnabled()) { log.debug("'- Reporter (" + reportClass + ")"); } for (final Reporting.Reporter.Destination d : r.getDestination()) { if (d.isEnabled()) { String destClass = d.getClazz(); if (!destClass.contains(".")) { destClass = DEFAULT_DESTINATION_PACKAGE + "." + destClass; } if (log.isDebugEnabled()) { log.debug(" '- Destination (" + destClass + ")"); } final Properties currentDestinationProperties = getPropertiesFromList(d.getProperty()); Utils.logProperties(log, Level.DEBUG, currentDestinationProperties, " '- "); final Destination currentDestination = (Destination) ObjectFactory.summonInstance(destClass, currentDestinationProperties); final Set<Period> currentDestinationPeriodSet = new HashSet<>(); for (final org.perfcake.model.Scenario.Reporting.Reporter.Destination.Period p : d.getPeriod()) { currentDestinationPeriodSet.add(new Period(PeriodType.valueOf(p.getType().toUpperCase()), Long.parseLong(p.getValue()))); } currentReporter.registerDestination(currentDestination, currentDestinationPeriodSet); } } reportManager.registerReporter(currentReporter); } } } } catch (InstantiationException | IllegalAccessException | InvocationTargetException | ClassNotFoundException e) { throw new PerfCakeException("Cannot parse reporting configuration: ", e); } return reportManager; } }
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XmlFactory implements ScenarioFactory { protected ReportManager parseReporting() throws PerfCakeException { final ReportManager reportManager = new ReportManager(); try { if (log.isDebugEnabled()) { log.debug("--- Reporting ---"); } final Reporting reporting = scenarioModel.getReporting(); if (reporting != null) { final Properties reportingProperties = getPropertiesFromList(reporting.getProperty()); Utils.logProperties(log, Level.DEBUG, reportingProperties, " "); ObjectFactory.setPropertiesOnObject(reportManager, reportingProperties); for (final Reporting.Reporter r : reporting.getReporter()) { if (r.isEnabled()) { final Properties currentReporterProperties = getPropertiesFromList(r.getProperty()); String reportClass = r.getClazz(); if (!reportClass.contains(".")) { reportClass = DEFAULT_REPORTER_PACKAGE + "." + reportClass; } final Reporter currentReporter = (Reporter) ObjectFactory.summonInstance(reportClass, currentReporterProperties); if (log.isDebugEnabled()) { log.debug("'- Reporter (" + reportClass + ")"); } for (final Reporting.Reporter.Destination d : r.getDestination()) { if (d.isEnabled()) { String destClass = d.getClazz(); if (!destClass.contains(".")) { destClass = DEFAULT_DESTINATION_PACKAGE + "." + destClass; } if (log.isDebugEnabled()) { log.debug(" '- Destination (" + destClass + ")"); } final Properties currentDestinationProperties = getPropertiesFromList(d.getProperty()); Utils.logProperties(log, Level.DEBUG, currentDestinationProperties, " '- "); final Destination currentDestination = (Destination) ObjectFactory.summonInstance(destClass, currentDestinationProperties); final Set<Period> currentDestinationPeriodSet = new HashSet<>(); for (final org.perfcake.model.Scenario.Reporting.Reporter.Destination.Period p : d.getPeriod()) { currentDestinationPeriodSet.add(new Period(PeriodType.valueOf(p.getType().toUpperCase()), Long.parseLong(p.getValue()))); } currentReporter.registerDestination(currentDestination, currentDestinationPeriodSet); } } reportManager.registerReporter(currentReporter); } } } } catch (InstantiationException | IllegalAccessException | InvocationTargetException | ClassNotFoundException e) { throw new PerfCakeException("Cannot parse reporting configuration: ", e); } return reportManager; } protected XmlFactory(); }
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XmlFactory implements ScenarioFactory { protected ReportManager parseReporting() throws PerfCakeException { final ReportManager reportManager = new ReportManager(); try { if (log.isDebugEnabled()) { log.debug("--- Reporting ---"); } final Reporting reporting = scenarioModel.getReporting(); if (reporting != null) { final Properties reportingProperties = getPropertiesFromList(reporting.getProperty()); Utils.logProperties(log, Level.DEBUG, reportingProperties, " "); ObjectFactory.setPropertiesOnObject(reportManager, reportingProperties); for (final Reporting.Reporter r : reporting.getReporter()) { if (r.isEnabled()) { final Properties currentReporterProperties = getPropertiesFromList(r.getProperty()); String reportClass = r.getClazz(); if (!reportClass.contains(".")) { reportClass = DEFAULT_REPORTER_PACKAGE + "." + reportClass; } final Reporter currentReporter = (Reporter) ObjectFactory.summonInstance(reportClass, currentReporterProperties); if (log.isDebugEnabled()) { log.debug("'- Reporter (" + reportClass + ")"); } for (final Reporting.Reporter.Destination d : r.getDestination()) { if (d.isEnabled()) { String destClass = d.getClazz(); if (!destClass.contains(".")) { destClass = DEFAULT_DESTINATION_PACKAGE + "." + destClass; } if (log.isDebugEnabled()) { log.debug(" '- Destination (" + destClass + ")"); } final Properties currentDestinationProperties = getPropertiesFromList(d.getProperty()); Utils.logProperties(log, Level.DEBUG, currentDestinationProperties, " '- "); final Destination currentDestination = (Destination) ObjectFactory.summonInstance(destClass, currentDestinationProperties); final Set<Period> currentDestinationPeriodSet = new HashSet<>(); for (final org.perfcake.model.Scenario.Reporting.Reporter.Destination.Period p : d.getPeriod()) { currentDestinationPeriodSet.add(new Period(PeriodType.valueOf(p.getType().toUpperCase()), Long.parseLong(p.getValue()))); } currentReporter.registerDestination(currentDestination, currentDestinationPeriodSet); } } reportManager.registerReporter(currentReporter); } } } } catch (InstantiationException | IllegalAccessException | InvocationTargetException | ClassNotFoundException e) { throw new PerfCakeException("Cannot parse reporting configuration: ", e); } return reportManager; } protected XmlFactory(); @Override void init(final URL scenarioUrl); @Override synchronized Scenario getScenario(); }
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XmlFactory implements ScenarioFactory { protected ReportManager parseReporting() throws PerfCakeException { final ReportManager reportManager = new ReportManager(); try { if (log.isDebugEnabled()) { log.debug("--- Reporting ---"); } final Reporting reporting = scenarioModel.getReporting(); if (reporting != null) { final Properties reportingProperties = getPropertiesFromList(reporting.getProperty()); Utils.logProperties(log, Level.DEBUG, reportingProperties, " "); ObjectFactory.setPropertiesOnObject(reportManager, reportingProperties); for (final Reporting.Reporter r : reporting.getReporter()) { if (r.isEnabled()) { final Properties currentReporterProperties = getPropertiesFromList(r.getProperty()); String reportClass = r.getClazz(); if (!reportClass.contains(".")) { reportClass = DEFAULT_REPORTER_PACKAGE + "." + reportClass; } final Reporter currentReporter = (Reporter) ObjectFactory.summonInstance(reportClass, currentReporterProperties); if (log.isDebugEnabled()) { log.debug("'- Reporter (" + reportClass + ")"); } for (final Reporting.Reporter.Destination d : r.getDestination()) { if (d.isEnabled()) { String destClass = d.getClazz(); if (!destClass.contains(".")) { destClass = DEFAULT_DESTINATION_PACKAGE + "." + destClass; } if (log.isDebugEnabled()) { log.debug(" '- Destination (" + destClass + ")"); } final Properties currentDestinationProperties = getPropertiesFromList(d.getProperty()); Utils.logProperties(log, Level.DEBUG, currentDestinationProperties, " '- "); final Destination currentDestination = (Destination) ObjectFactory.summonInstance(destClass, currentDestinationProperties); final Set<Period> currentDestinationPeriodSet = new HashSet<>(); for (final org.perfcake.model.Scenario.Reporting.Reporter.Destination.Period p : d.getPeriod()) { currentDestinationPeriodSet.add(new Period(PeriodType.valueOf(p.getType().toUpperCase()), Long.parseLong(p.getValue()))); } currentReporter.registerDestination(currentDestination, currentDestinationPeriodSet); } } reportManager.registerReporter(currentReporter); } } } } catch (InstantiationException | IllegalAccessException | InvocationTargetException | ClassNotFoundException e) { throw new PerfCakeException("Cannot parse reporting configuration: ", e); } return reportManager; } protected XmlFactory(); @Override void init(final URL scenarioUrl); @Override synchronized Scenario getScenario(); }
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@Test public void parseValidationTest() throws Exception { final XmlFactory validationScenarioFactory = new XmlFactory(); validationScenarioFactory.init(Utils.getResourceAsUrl("/scenarios/test-validator-load.xml")); final ValidationManager vm = validationScenarioFactory.parseValidation(); final List<MessageTemplate> mts = validationScenarioFactory.parseMessages(vm); Assert.assertEquals(mts.size(), 1); Assert.assertEquals(mts.get(0).getValidatorIds().size(), 2); Assert.assertTrue(mts.get(0).getValidatorIds().contains("text1")); Assert.assertTrue(mts.get(0).getValidatorIds().contains("text2")); Assert.assertEquals(((RegExpValidator) vm.getValidator("text1")).getPattern(), MESSAGE2_CONTENT); Assert.assertEquals(((RegExpValidator) vm.getValidator("text2")).getPattern(), MESSAGE2_CONTENT); }
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protected ValidationManager parseValidation() throws PerfCakeException { final ValidationManager validationManager = new ValidationManager(); if (log.isDebugEnabled()) { log.debug("--- Validation ---"); } try { final Validation validation = scenarioModel.getValidation(); if (validation != null) { for (final Validation.Validator v : validation.getValidator()) { String validatorClass = v.getClazz(); if (!validatorClass.contains(".")) { validatorClass = DEFAULT_VALIDATION_PACKAGE + "." + validatorClass; } if (log.isDebugEnabled()) { log.debug(" '- Validation (" + v.getId() + ":" + validatorClass + ")"); } final Properties currentValidationProperties = getPropertiesFromList(v.getProperty()); Utils.logProperties(log, Level.DEBUG, currentValidationProperties, " '- "); final MessageValidator messageValidator = (MessageValidator) ObjectFactory.summonInstance(validatorClass, currentValidationProperties); validationManager.addValidator(v.getId(), messageValidator); } validationManager.setEnabled(validation.isEnabled()); validationManager.setFastForward(validation.isFastForward()); } } catch (InstantiationException | IllegalAccessException | InvocationTargetException | ClassNotFoundException e) { throw new PerfCakeException("Cannot parse validation configuration: ", e); } return validationManager; }
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XmlFactory implements ScenarioFactory { protected ValidationManager parseValidation() throws PerfCakeException { final ValidationManager validationManager = new ValidationManager(); if (log.isDebugEnabled()) { log.debug("--- Validation ---"); } try { final Validation validation = scenarioModel.getValidation(); if (validation != null) { for (final Validation.Validator v : validation.getValidator()) { String validatorClass = v.getClazz(); if (!validatorClass.contains(".")) { validatorClass = DEFAULT_VALIDATION_PACKAGE + "." + validatorClass; } if (log.isDebugEnabled()) { log.debug(" '- Validation (" + v.getId() + ":" + validatorClass + ")"); } final Properties currentValidationProperties = getPropertiesFromList(v.getProperty()); Utils.logProperties(log, Level.DEBUG, currentValidationProperties, " '- "); final MessageValidator messageValidator = (MessageValidator) ObjectFactory.summonInstance(validatorClass, currentValidationProperties); validationManager.addValidator(v.getId(), messageValidator); } validationManager.setEnabled(validation.isEnabled()); validationManager.setFastForward(validation.isFastForward()); } } catch (InstantiationException | IllegalAccessException | InvocationTargetException | ClassNotFoundException e) { throw new PerfCakeException("Cannot parse validation configuration: ", e); } return validationManager; } }
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XmlFactory implements ScenarioFactory { protected ValidationManager parseValidation() throws PerfCakeException { final ValidationManager validationManager = new ValidationManager(); if (log.isDebugEnabled()) { log.debug("--- Validation ---"); } try { final Validation validation = scenarioModel.getValidation(); if (validation != null) { for (final Validation.Validator v : validation.getValidator()) { String validatorClass = v.getClazz(); if (!validatorClass.contains(".")) { validatorClass = DEFAULT_VALIDATION_PACKAGE + "." + validatorClass; } if (log.isDebugEnabled()) { log.debug(" '- Validation (" + v.getId() + ":" + validatorClass + ")"); } final Properties currentValidationProperties = getPropertiesFromList(v.getProperty()); Utils.logProperties(log, Level.DEBUG, currentValidationProperties, " '- "); final MessageValidator messageValidator = (MessageValidator) ObjectFactory.summonInstance(validatorClass, currentValidationProperties); validationManager.addValidator(v.getId(), messageValidator); } validationManager.setEnabled(validation.isEnabled()); validationManager.setFastForward(validation.isFastForward()); } } catch (InstantiationException | IllegalAccessException | InvocationTargetException | ClassNotFoundException e) { throw new PerfCakeException("Cannot parse validation configuration: ", e); } return validationManager; } protected XmlFactory(); }
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XmlFactory implements ScenarioFactory { protected ValidationManager parseValidation() throws PerfCakeException { final ValidationManager validationManager = new ValidationManager(); if (log.isDebugEnabled()) { log.debug("--- Validation ---"); } try { final Validation validation = scenarioModel.getValidation(); if (validation != null) { for (final Validation.Validator v : validation.getValidator()) { String validatorClass = v.getClazz(); if (!validatorClass.contains(".")) { validatorClass = DEFAULT_VALIDATION_PACKAGE + "." + validatorClass; } if (log.isDebugEnabled()) { log.debug(" '- Validation (" + v.getId() + ":" + validatorClass + ")"); } final Properties currentValidationProperties = getPropertiesFromList(v.getProperty()); Utils.logProperties(log, Level.DEBUG, currentValidationProperties, " '- "); final MessageValidator messageValidator = (MessageValidator) ObjectFactory.summonInstance(validatorClass, currentValidationProperties); validationManager.addValidator(v.getId(), messageValidator); } validationManager.setEnabled(validation.isEnabled()); validationManager.setFastForward(validation.isFastForward()); } } catch (InstantiationException | IllegalAccessException | InvocationTargetException | ClassNotFoundException e) { throw new PerfCakeException("Cannot parse validation configuration: ", e); } return validationManager; } protected XmlFactory(); @Override void init(final URL scenarioUrl); @Override synchronized Scenario getScenario(); }
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XmlFactory implements ScenarioFactory { protected ValidationManager parseValidation() throws PerfCakeException { final ValidationManager validationManager = new ValidationManager(); if (log.isDebugEnabled()) { log.debug("--- Validation ---"); } try { final Validation validation = scenarioModel.getValidation(); if (validation != null) { for (final Validation.Validator v : validation.getValidator()) { String validatorClass = v.getClazz(); if (!validatorClass.contains(".")) { validatorClass = DEFAULT_VALIDATION_PACKAGE + "." + validatorClass; } if (log.isDebugEnabled()) { log.debug(" '- Validation (" + v.getId() + ":" + validatorClass + ")"); } final Properties currentValidationProperties = getPropertiesFromList(v.getProperty()); Utils.logProperties(log, Level.DEBUG, currentValidationProperties, " '- "); final MessageValidator messageValidator = (MessageValidator) ObjectFactory.summonInstance(validatorClass, currentValidationProperties); validationManager.addValidator(v.getId(), messageValidator); } validationManager.setEnabled(validation.isEnabled()); validationManager.setFastForward(validation.isFastForward()); } } catch (InstantiationException | IllegalAccessException | InvocationTargetException | ClassNotFoundException e) { throw new PerfCakeException("Cannot parse validation configuration: ", e); } return validationManager; } protected XmlFactory(); @Override void init(final URL scenarioUrl); @Override synchronized Scenario getScenario(); }
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@Test public void camelCaseToEnum() { Assert.assertEquals(Utils.camelCaseToEnum("camelCaseStringsWithACRONYMS"), "CAMEL_CASE_STRINGS_WITH_ACRONYMS"); }
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public static String camelCaseToEnum(final String camelCase) { final String regex = "([a-z])([A-Z])"; final String replacement = "$1_$2"; return camelCase.replaceAll(regex, replacement).toUpperCase(); }
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Utils { public static String camelCaseToEnum(final String camelCase) { final String regex = "([a-z])([A-Z])"; final String replacement = "$1_$2"; return camelCase.replaceAll(regex, replacement).toUpperCase(); } }
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Utils { public static String camelCaseToEnum(final String camelCase) { final String regex = "([a-z])([A-Z])"; final String replacement = "$1_$2"; return camelCase.replaceAll(regex, replacement).toUpperCase(); } private Utils(); }
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Utils { public static String camelCaseToEnum(final String camelCase) { final String regex = "([a-z])([A-Z])"; final String replacement = "$1_$2"; return camelCase.replaceAll(regex, replacement).toUpperCase(); } private Utils(); static String filterProperties(final String text); static String filterProperties(final String text, final Matcher matcher, final PropertyGetter pg); static String getProperty(final String name); static String getProperty(final String name, final String defaultValue); static void logProperties(final Logger logger, final Level level, final Properties properties); static void logProperties(final Logger logger, final Level level, final Properties properties, final String prefix); static String readFilteredContent(final URL url); static String readFilteredContent(final String fileLocation); static List<String> readLines(final URL url); static List<String> readLines(final String fileLocation); static List<String> readFilteredLines(final String fileLocation); static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix); static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix); static String determineDefaultLocation(final String locationSuffix); static String camelCaseToEnum(final String camelCase); static String timeToHms(final long time); static String getDefaultEncoding(); static double computeRegressionTrend(final Collection<TimestampedRecord<Number>> data); static void setFirstNotNullProperty(final Properties props, final String propName, final String... values); static String getFirstNotNull(final String... values); static URL getResourceAsUrl(final String resource); static String getResource(final String resource); static void writeFileContent(final String fileName, final String content); static void writeFileContent(final File file, final String content); static void writeFileContent(final Path path, final String content); static void copyTemplateFromResource(final String resource, final Path target, final Properties properties); static String readTemplateFromResource(final String resource, final Properties properties); static void setLoggingLevel(final Level level); static void initTimeStamps(); static void initDebugAgent(); }
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Utils { public static String camelCaseToEnum(final String camelCase) { final String regex = "([a-z])([A-Z])"; final String replacement = "$1_$2"; return camelCase.replaceAll(regex, replacement).toUpperCase(); } private Utils(); static String filterProperties(final String text); static String filterProperties(final String text, final Matcher matcher, final PropertyGetter pg); static String getProperty(final String name); static String getProperty(final String name, final String defaultValue); static void logProperties(final Logger logger, final Level level, final Properties properties); static void logProperties(final Logger logger, final Level level, final Properties properties, final String prefix); static String readFilteredContent(final URL url); static String readFilteredContent(final String fileLocation); static List<String> readLines(final URL url); static List<String> readLines(final String fileLocation); static List<String> readFilteredLines(final String fileLocation); static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix); static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix); static String determineDefaultLocation(final String locationSuffix); static String camelCaseToEnum(final String camelCase); static String timeToHms(final long time); static String getDefaultEncoding(); static double computeRegressionTrend(final Collection<TimestampedRecord<Number>> data); static void setFirstNotNullProperty(final Properties props, final String propName, final String... values); static String getFirstNotNull(final String... values); static URL getResourceAsUrl(final String resource); static String getResource(final String resource); static void writeFileContent(final String fileName, final String content); static void writeFileContent(final File file, final String content); static void writeFileContent(final Path path, final String content); static void copyTemplateFromResource(final String resource, final Path target, final Properties properties); static String readTemplateFromResource(final String resource, final Properties properties); static void setLoggingLevel(final Level level); static void initTimeStamps(); static void initDebugAgent(); static final File DEFAULT_RESOURCES_DIR; static final File DEFAULT_PLUGINS_DIR; }
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@Test public void testDslScenarioParsing() throws Exception { System.setProperty(PerfCakeConst.SCENARIO_PROPERTY, "test-scenario"); final Scenario s = ScenarioLoader.load("stub_test_scenario"); s.init(); Assert.assertTrue(s.getGenerator() instanceof DefaultMessageGenerator); Assert.assertEquals(((DefaultMessageGenerator) s.getGenerator()).getSenderTaskQueueSize(), 3000); Assert.assertEquals(s.getGenerator().getThreads(), 4); final Field runInfoField = AbstractMessageGenerator.class.getDeclaredField("runInfo"); runInfoField.setAccessible(true); final RunInfo r = (RunInfo) runInfoField.get(s.getGenerator()); Assert.assertEquals(r.getThreads(), 4); Assert.assertEquals(r.getDuration().getPeriodType(), PeriodType.TIME); Assert.assertEquals(r.getDuration().getPeriod(), 10 * 1000); final MessageSender ms = s.getMessageSenderManager().acquireSender(); Assert.assertTrue(ms instanceof TestSender); Assert.assertEquals(((TestSender) ms).getDelay(), 12 * 1000); Assert.assertEquals(((TestSender) ms).getTarget(), "httpbin.org"); final Reporter[] reporters = s.getReportManager().getReporters().toArray(new Reporter[1]); Assert.assertEquals(reporters.length, 3); Assert.assertTrue(reporters[0] instanceof WarmUpReporter); Assert.assertTrue(reporters[1] instanceof ThroughputStatsReporter); Assert.assertTrue(reporters[2] instanceof ResponseTimeStatsReporter); Assert.assertFalse(((ThroughputStatsReporter) reporters[1]).isMinimumEnabled()); BoundPeriod[] periods = reporters[1].getReportingPeriods().toArray(new BoundPeriod[1]); Assert.assertEquals(periods.length, 1); Assert.assertTrue(periods[0].getBinding() instanceof CsvDestination); Assert.assertEquals(((CsvDestination) periods[0].getBinding()).getPath(), "test-scenario-stats.csv"); Assert.assertEquals(periods[0].getPeriodType(), PeriodType.TIME); Assert.assertEquals(periods[0].getPeriod(), 3 * 1000); periods = reporters[2].getReportingPeriods().toArray(new BoundPeriod[1]); Assert.assertEquals(periods.length, 1); Assert.assertEquals(periods[0].getPeriodType(), PeriodType.PERCENTAGE); Assert.assertEquals(periods[0].getPeriod(), 10); Assert.assertEquals(s.getMessageStore().size(), 4); Assert.assertEquals(s.getMessageStore().get(0).getMessage().getPayload(), Utils.readFilteredContent(Utils.locationToUrl("message1.xml", PerfCakeConst.MESSAGES_DIR_PROPERTY, "", ""))); Assert.assertEquals((long) s.getMessageStore().get(0).getMultiplicity(), 10); Assert.assertEquals(s.getMessageStore().get(0).getMessage().getProperties().size(), 0); Assert.assertEquals(s.getMessageStore().get(0).getMessage().getHeaders().size(), 0); Assert.assertEquals(s.getMessageStore().get(0).getValidatorIds().size(), 0); Assert.assertEquals(s.getMessageStore().get(1).getMessage().getPayload(), "Hello World"); Assert.assertEquals(s.getMessageStore().get(1).getMessage().getProperties().size(), 1); Assert.assertEquals(s.getMessageStore().get(1).getMessage().getProperties().get("values"), new int[] { 1, 2, 3 }); Assert.assertEquals(s.getMessageStore().get(1).getMessage().getHeaders().size(), 0); Assert.assertEquals(s.getMessageStore().get(1).getValidatorIds().size(), 0); Assert.assertEquals(s.getMessageStore().get(2).getMessage().getPayload(), Utils.readFilteredContent(Utils.locationToUrl("message2.txt", PerfCakeConst.MESSAGES_DIR_PROPERTY, "", ""))); Assert.assertEquals(s.getMessageStore().get(2).getMessage().getProperties().size(), 0); Assert.assertEquals(s.getMessageStore().get(2).getMessage().getHeaders().size(), 0); Assert.assertEquals(s.getMessageStore().get(2).getValidatorIds().size(), 2); Assert.assertEquals(s.getMessageStore().get(2).getValidatorIds().get(0), "text1"); Assert.assertEquals(s.getMessageStore().get(2).getValidatorIds().get(1), "text2"); Assert.assertEquals(s.getMessageStore().get(3).getMessage().getPayload(), "Simple text"); Assert.assertEquals(s.getMessageStore().get(3).getMessage().getProperties().size(), 1); Assert.assertEquals(s.getMessageStore().get(3).getMessage().getProperty("propA"), "kukuk"); Assert.assertEquals(s.getMessageStore().get(3).getMessage().getHeaders().size(), 2); Assert.assertEquals(s.getMessageStore().get(3).getMessage().getHeader("name"), "Franta"); Assert.assertEquals(s.getMessageStore().get(3).getMessage().getHeaders().get("count"), 10); Assert.assertEquals(s.getMessageStore().get(3).getValidatorIds().size(), 2); Assert.assertEquals(s.getMessageStore().get(3).getValidatorIds().get(0), "text1"); Assert.assertEquals(s.getMessageStore().get(3).getValidatorIds().get(1), "text2"); Assert.assertFalse(s.getValidationManager().isEnabled()); Assert.assertTrue(s.getValidationManager().isFastForward()); final Message toValidate = new Message(); toValidate.setPayload("I am a fish!"); Assert.assertTrue(s.getValidationManager().getValidators(Collections.singletonList("text1")).get(0).isValid(null, toValidate, emptyProperties)); toValidate.setPayload("I was a fish!"); Assert.assertTrue(s.getValidationManager().getValidators(Collections.singletonList("text2")).get(0).isValid(null, toValidate, emptyProperties)); System.clearProperty(PerfCakeConst.SCENARIO_PROPERTY); }
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@Override public void init(final URL scenarioUrl) throws PerfCakeException { try { this.scenarioDefinition = Utils.readFilteredContent(scenarioUrl); if (log.isDebugEnabled()) { log.debug(String.format("Loaded scenario definition from '%s'.", scenarioUrl.toString())); } } catch (final IOException e) { throw new PerfCakeException("Cannot read scenario configuration: ", e); } }
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DslFactory implements ScenarioFactory { @Override public void init(final URL scenarioUrl) throws PerfCakeException { try { this.scenarioDefinition = Utils.readFilteredContent(scenarioUrl); if (log.isDebugEnabled()) { log.debug(String.format("Loaded scenario definition from '%s'.", scenarioUrl.toString())); } } catch (final IOException e) { throw new PerfCakeException("Cannot read scenario configuration: ", e); } } }
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DslFactory implements ScenarioFactory { @Override public void init(final URL scenarioUrl) throws PerfCakeException { try { this.scenarioDefinition = Utils.readFilteredContent(scenarioUrl); if (log.isDebugEnabled()) { log.debug(String.format("Loaded scenario definition from '%s'.", scenarioUrl.toString())); } } catch (final IOException e) { throw new PerfCakeException("Cannot read scenario configuration: ", e); } } protected DslFactory(); }
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DslFactory implements ScenarioFactory { @Override public void init(final URL scenarioUrl) throws PerfCakeException { try { this.scenarioDefinition = Utils.readFilteredContent(scenarioUrl); if (log.isDebugEnabled()) { log.debug(String.format("Loaded scenario definition from '%s'.", scenarioUrl.toString())); } } catch (final IOException e) { throw new PerfCakeException("Cannot read scenario configuration: ", e); } } protected DslFactory(); @Override void init(final URL scenarioUrl); @Override synchronized Scenario getScenario(); }
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DslFactory implements ScenarioFactory { @Override public void init(final URL scenarioUrl) throws PerfCakeException { try { this.scenarioDefinition = Utils.readFilteredContent(scenarioUrl); if (log.isDebugEnabled()) { log.debug(String.format("Loaded scenario definition from '%s'.", scenarioUrl.toString())); } } catch (final IOException e) { throw new PerfCakeException("Cannot read scenario configuration: ", e); } } protected DslFactory(); @Override void init(final URL scenarioUrl); @Override synchronized Scenario getScenario(); }
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@Test public void influxDbTest() throws PerfCakeException { final Vertx vertx = Vertx.vertx(); final HttpServer server = vertx.createHttpServer(); final Router router = Router.router(vertx); final List<List<String>> results = new ArrayList<>(); router.route("/*").handler(BodyHandler.create()); router.route("/*").handler((context) -> { results.add(Arrays.asList(context.request().absoluteURI(), context.request().method().toString(), context.getBodyAsString())); context.response().setStatusCode(200).end("{\"results\":[{\"series\":[{\"name\":\"databases\",\"columns\":[\"name\"],\"values\":[[\"mydb\"]]}]}]}"); }); new Thread(() -> server.requestHandler(router::accept).listen(8086)).start(); final Scenario scenario = ScenarioLoader.load("test-influxdb"); ScenarioRetractor sr = new ScenarioRetractor(scenario); sr.getReportManager(); scenario.init(); scenario.run(); scenario.close(); server.close(); Assert.assertEquals(results.size(), 2); Assert.assertEquals(results.get(0).get(0), "http: Assert.assertEquals(results.get(0).get(1), "GET"); Assert.assertEquals(results.get(1).get(0), "http: Assert.assertEquals(results.get(1).get(1), "POST"); final List<String> records = new ArrayList<>(Arrays.asList(results.get(1).get(2).split("results "))); records.remove(0); Assert.assertEquals(records.size(), 3); records.forEach(record -> { Assert.assertTrue(record.startsWith("Result=")); Assert.assertTrue(record.contains(",iteration=")); Assert.assertTrue(record.contains("i,percentage=")); Assert.assertTrue(record.contains("i,tags=\"[\\\"tag1\\\",\\\"tag2\\\"]\",time=")); Assert.assertTrue(record.contains("i,warmUp=\"false\" ")); Assert.assertTrue(record.endsWith("000000\n")); }); }
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@Override public void close() { if (influxDb != null) { influxDb.disableBatch(); } }
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InfluxDbDestination extends AbstractDestination { @Override public void close() { if (influxDb != null) { influxDb.disableBatch(); } } }
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InfluxDbDestination extends AbstractDestination { @Override public void close() { if (influxDb != null) { influxDb.disableBatch(); } } }
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InfluxDbDestination extends AbstractDestination { @Override public void close() { if (influxDb != null) { influxDb.disableBatch(); } } @Override void open(); @Override void close(); @Override void report(final Measurement measurement); String getServerUrl(); InfluxDbDestination setServerUrl(final String serverUrl); String getDatabase(); InfluxDbDestination setDatabase(final String database); boolean isCreateDatabase(); InfluxDbDestination setCreateDatabase(final boolean createDatabase); String getMeasurement(); InfluxDbDestination setMeasurement(final String measurement); String getUserName(); InfluxDbDestination setUserName(final String userName); String getPassword(); InfluxDbDestination setPassword(final String password); String getTags(); InfluxDbDestination setTags(final String tags); String getKeyStore(); InfluxDbDestination setKeyStore(final String keyStore); String getKeyStorePassword(); InfluxDbDestination setKeyStorePassword(final String keyStorePassword); String getTrustStore(); InfluxDbDestination setTrustStore(final String trustStore); String getTrustStorePassword(); InfluxDbDestination setTrustStorePassword(final String trustStorePassword); }
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InfluxDbDestination extends AbstractDestination { @Override public void close() { if (influxDb != null) { influxDb.disableBatch(); } } @Override void open(); @Override void close(); @Override void report(final Measurement measurement); String getServerUrl(); InfluxDbDestination setServerUrl(final String serverUrl); String getDatabase(); InfluxDbDestination setDatabase(final String database); boolean isCreateDatabase(); InfluxDbDestination setCreateDatabase(final boolean createDatabase); String getMeasurement(); InfluxDbDestination setMeasurement(final String measurement); String getUserName(); InfluxDbDestination setUserName(final String userName); String getPassword(); InfluxDbDestination setPassword(final String password); String getTags(); InfluxDbDestination setTags(final String tags); String getKeyStore(); InfluxDbDestination setKeyStore(final String keyStore); String getKeyStorePassword(); InfluxDbDestination setKeyStorePassword(final String keyStorePassword); String getTrustStore(); InfluxDbDestination setTrustStore(final String trustStore); String getTrustStorePassword(); InfluxDbDestination setTrustStorePassword(final String trustStorePassword); }
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@Test public void elasticsearchTest() throws PerfCakeException { final Vertx vertx = Vertx.vertx(); final HttpServer server = vertx.createHttpServer(); final Router router = Router.router(vertx); final List<List<String>> results = new ArrayList<>(); router.route("/*").handler(BodyHandler.create()); router.post("/*").handler((context) -> { results.add(Arrays.asList(context.request().absoluteURI(), context.request().method().toString(), context.getBodyAsString())); context.response().setStatusCode(200).end(); }); new Thread(() -> server.requestHandler(router::accept).listen(9292)).start(); final Scenario scenario = ScenarioLoader.load("test-elastic"); ScenarioRetractor sr = new ScenarioRetractor(scenario); sr.getReportManager(); scenario.init(); scenario.run(); scenario.close(); server.close(); Assert.assertEquals(results.size(), CORRECT_RESULTS.length); for (int i = 0; i < 2; i++) { for (int j = 0; j < CORRECT_RESULTS.length; j++) { Assert.assertEquals(results.get(j).get(i), CORRECT_RESULTS[j][i]); } } ResultData res = Json.decodeValue(results.get(1).get(2).replace("Result", "result"), ResultData.class); Assert.assertEquals(res.iteration, 0); Assert.assertEquals(res.percentage, 10); Assert.assertEquals(res.tags, new String[] { "tag1", "tag2" }); Assert.assertEquals(res.warmUp, false); Assert.assertTrue(res.time > 0); Assert.assertTrue(res.rt > 0); Assert.assertTrue(res.result > 0); res = Json.decodeValue(results.get(2).get(2).replace("Result", "result"), ResultData.class); Assert.assertEquals(res.iteration, 4); Assert.assertEquals(res.percentage, 50); Assert.assertEquals(res.tags, new String[] { "tag1", "tag2" }); Assert.assertEquals(res.warmUp, false); Assert.assertTrue(res.time > 0); Assert.assertTrue(res.rt > 0); Assert.assertTrue(res.result > 0); res = Json.decodeValue(results.get(3).get(2).replace("Result", "result"), ResultData.class); Assert.assertEquals(res.iteration, 9); Assert.assertEquals(res.percentage, 100); Assert.assertEquals(res.tags, new String[] { "tag1", "tag2" }); Assert.assertEquals(res.warmUp, false); Assert.assertTrue(res.time > 0); Assert.assertTrue(res.rt > 0); Assert.assertTrue(res.result > 0); }
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@Override public void close() { elasticRequests.shutdown(); try { if (elasticRequests.getQueue().size() > 0 || elasticRequests.getActiveCount() > 0) { log.info("Waiting to send all results to Elasticsearch..."); } elasticRequests.awaitTermination(30, TimeUnit.SECONDS); } catch (InterruptedException e) { log.error("Could not write all results to Elasticsearch: ", e); } jest.shutdownClient(); }
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ElasticsearchDestination extends AbstractDestination { @Override public void close() { elasticRequests.shutdown(); try { if (elasticRequests.getQueue().size() > 0 || elasticRequests.getActiveCount() > 0) { log.info("Waiting to send all results to Elasticsearch..."); } elasticRequests.awaitTermination(30, TimeUnit.SECONDS); } catch (InterruptedException e) { log.error("Could not write all results to Elasticsearch: ", e); } jest.shutdownClient(); } }
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ElasticsearchDestination extends AbstractDestination { @Override public void close() { elasticRequests.shutdown(); try { if (elasticRequests.getQueue().size() > 0 || elasticRequests.getActiveCount() > 0) { log.info("Waiting to send all results to Elasticsearch..."); } elasticRequests.awaitTermination(30, TimeUnit.SECONDS); } catch (InterruptedException e) { log.error("Could not write all results to Elasticsearch: ", e); } jest.shutdownClient(); } }
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ElasticsearchDestination extends AbstractDestination { @Override public void close() { elasticRequests.shutdown(); try { if (elasticRequests.getQueue().size() > 0 || elasticRequests.getActiveCount() > 0) { log.info("Waiting to send all results to Elasticsearch..."); } elasticRequests.awaitTermination(30, TimeUnit.SECONDS); } catch (InterruptedException e) { log.error("Could not write all results to Elasticsearch: ", e); } jest.shutdownClient(); } @Override void open(); @Override void close(); @Override void report(final Measurement measurement); String getServerUrl(); ElasticsearchDestination setServerUrl(final String serverUrl); String getIndex(); ElasticsearchDestination setIndex(final String index); String getType(); ElasticsearchDestination setType(final String type); String getTags(); ElasticsearchDestination setTags(final String tags); String getUserName(); ElasticsearchDestination setUserName(final String userName); String getPassword(); ElasticsearchDestination setPassword(final String password); boolean isConfigureMapping(); ElasticsearchDestination setConfigureMapping(final boolean configureMapping); int getTimeout(); ElasticsearchDestination setTimeout(final int timeout); String getKeyStore(); ElasticsearchDestination setKeyStore(final String keyStore); String getKeyStorePassword(); ElasticsearchDestination setKeyStorePassword(final String keyStorePassword); String getTrustStore(); ElasticsearchDestination setTrustStore(final String trustStore); String getTrustStorePassword(); ElasticsearchDestination setTrustStorePassword(final String trustStorePassword); }
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ElasticsearchDestination extends AbstractDestination { @Override public void close() { elasticRequests.shutdown(); try { if (elasticRequests.getQueue().size() > 0 || elasticRequests.getActiveCount() > 0) { log.info("Waiting to send all results to Elasticsearch..."); } elasticRequests.awaitTermination(30, TimeUnit.SECONDS); } catch (InterruptedException e) { log.error("Could not write all results to Elasticsearch: ", e); } jest.shutdownClient(); } @Override void open(); @Override void close(); @Override void report(final Measurement measurement); String getServerUrl(); ElasticsearchDestination setServerUrl(final String serverUrl); String getIndex(); ElasticsearchDestination setIndex(final String index); String getType(); ElasticsearchDestination setType(final String type); String getTags(); ElasticsearchDestination setTags(final String tags); String getUserName(); ElasticsearchDestination setUserName(final String userName); String getPassword(); ElasticsearchDestination setPassword(final String password); boolean isConfigureMapping(); ElasticsearchDestination setConfigureMapping(final boolean configureMapping); int getTimeout(); ElasticsearchDestination setTimeout(final int timeout); String getKeyStore(); ElasticsearchDestination setKeyStore(final String keyStore); String getKeyStorePassword(); ElasticsearchDestination setKeyStorePassword(final String keyStorePassword); String getTrustStore(); ElasticsearchDestination setTrustStore(final String trustStore); String getTrustStorePassword(); ElasticsearchDestination setTrustStorePassword(final String trustStorePassword); }
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@Test public void combinedChartsTest() throws Exception { final Scenario scenario; System.setProperty(PerfCakeConst.SCENARIO_PROPERTY, "default"); TestSender.resetCounter(); scenario = ScenarioLoader.load("test-scenario-chart"); scenario.init(); final String origTime = System.getProperty(PerfCakeConst.NICE_TIMESTAMP_PROPERTY); scenario.run(); scenario.close(); System.setProperty(PerfCakeConst.NICE_TIMESTAMP_PROPERTY, String.valueOf(Long.parseLong(System.getProperty(PerfCakeConst.NICE_TIMESTAMP_PROPERTY)) + 10)); scenario.init(); final String newTime = System.getProperty(PerfCakeConst.NICE_TIMESTAMP_PROPERTY); scenario.run(); scenario.close(); final Path dir = Paths.get("target/test-chart"); verifyBasicFiles(dir); Assert.assertTrue(dir.resolve(Paths.get("data", "default_throughput" + origTime + ".json")).toFile().exists()); Assert.assertTrue(dir.resolve(Paths.get("data", "default_throughput" + origTime + ".js")).toFile().exists()); Assert.assertTrue(dir.resolve(Paths.get("data", "default_throughput" + origTime + ".html")).toFile().exists()); Assert.assertTrue(dir.resolve(Paths.get("data", "default_throughput" + newTime + ".json")).toFile().exists()); Assert.assertTrue(dir.resolve(Paths.get("data", "default_throughput" + newTime + ".js")).toFile().exists()); Assert.assertTrue(dir.resolve(Paths.get("data", "default_throughput" + newTime + ".html")).toFile().exists()); int dataArrays = dir.resolve(Paths.get("data")).toFile().listFiles((directory, name) -> name.startsWith("combined_") && name.endsWith(".js")).length; Assert.assertEquals(dataArrays, 4); FileUtils.deleteDirectory(dir.toFile()); }
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@Override public void close() { if (dynamicAttributes) { attributes = buffer.getAttributes(); helper = new C3ChartHelper(this); } if (!helper.isInitialized()) { log.error("Chart destination was not properly initialized, skipping result creation."); } else { try { if (dynamicAttributes) { buffer.replay((measurement) -> { try { helper.appendResult(measurement); } catch (ReportingException e) { log.error("Unable to write all reported data: ", e); } }); } helper.close(); helper.compileResults(autoCombine); } catch (final PerfCakeException e) { log.error("Unable to compile all collected results in a final report: ", e); } } }
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ChartDestination extends AbstractDestination { @Override public void close() { if (dynamicAttributes) { attributes = buffer.getAttributes(); helper = new C3ChartHelper(this); } if (!helper.isInitialized()) { log.error("Chart destination was not properly initialized, skipping result creation."); } else { try { if (dynamicAttributes) { buffer.replay((measurement) -> { try { helper.appendResult(measurement); } catch (ReportingException e) { log.error("Unable to write all reported data: ", e); } }); } helper.close(); helper.compileResults(autoCombine); } catch (final PerfCakeException e) { log.error("Unable to compile all collected results in a final report: ", e); } } } }
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ChartDestination extends AbstractDestination { @Override public void close() { if (dynamicAttributes) { attributes = buffer.getAttributes(); helper = new C3ChartHelper(this); } if (!helper.isInitialized()) { log.error("Chart destination was not properly initialized, skipping result creation."); } else { try { if (dynamicAttributes) { buffer.replay((measurement) -> { try { helper.appendResult(measurement); } catch (ReportingException e) { log.error("Unable to write all reported data: ", e); } }); } helper.close(); helper.compileResults(autoCombine); } catch (final PerfCakeException e) { log.error("Unable to compile all collected results in a final report: ", e); } } } }
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ChartDestination extends AbstractDestination { @Override public void close() { if (dynamicAttributes) { attributes = buffer.getAttributes(); helper = new C3ChartHelper(this); } if (!helper.isInitialized()) { log.error("Chart destination was not properly initialized, skipping result creation."); } else { try { if (dynamicAttributes) { buffer.replay((measurement) -> { try { helper.appendResult(measurement); } catch (ReportingException e) { log.error("Unable to write all reported data: ", e); } }); } helper.close(); helper.compileResults(autoCombine); } catch (final PerfCakeException e) { log.error("Unable to compile all collected results in a final report: ", e); } } } @Override void open(); @Override void close(); @Override void report(final Measurement measurement); String getOutputDir(); ChartDestination setOutputDir(final String outputDir); Path getOutputDirAsPath(); String getName(); ChartDestination setName(final String name); String getGroup(); ChartDestination setGroup(final String group); int getChartHeight(); ChartDestination setChartHeight(final int chartHeight); String getyAxis(); String getYAxis(); ChartDestination setyAxis(final String yAxis); ChartDestination setYAxis(final String yAxis); String getxAxis(); String getXAxis(); ChartDestination setxAxis(final String xAxis); ChartDestination setXAxis(final String xAxis); PeriodType getxAxisType(); ChartDestination setxAxisType(final PeriodType xAxisType); String getAttributes(); ChartDestination setAttributes(final String attributes); List<String> getAttributesAsList(); boolean isAutoCombine(); ChartDestination setAutoCombine(final boolean autoCombine); ChartType getType(); ChartDestination setType(final ChartType type); }
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ChartDestination extends AbstractDestination { @Override public void close() { if (dynamicAttributes) { attributes = buffer.getAttributes(); helper = new C3ChartHelper(this); } if (!helper.isInitialized()) { log.error("Chart destination was not properly initialized, skipping result creation."); } else { try { if (dynamicAttributes) { buffer.replay((measurement) -> { try { helper.appendResult(measurement); } catch (ReportingException e) { log.error("Unable to write all reported data: ", e); } }); } helper.close(); helper.compileResults(autoCombine); } catch (final PerfCakeException e) { log.error("Unable to compile all collected results in a final report: ", e); } } } @Override void open(); @Override void close(); @Override void report(final Measurement measurement); String getOutputDir(); ChartDestination setOutputDir(final String outputDir); Path getOutputDirAsPath(); String getName(); ChartDestination setName(final String name); String getGroup(); ChartDestination setGroup(final String group); int getChartHeight(); ChartDestination setChartHeight(final int chartHeight); String getyAxis(); String getYAxis(); ChartDestination setyAxis(final String yAxis); ChartDestination setYAxis(final String yAxis); String getxAxis(); String getXAxis(); ChartDestination setxAxis(final String xAxis); ChartDestination setXAxis(final String xAxis); PeriodType getxAxisType(); ChartDestination setxAxisType(final PeriodType xAxisType); String getAttributes(); ChartDestination setAttributes(final String attributes); List<String> getAttributesAsList(); boolean isAutoCombine(); ChartDestination setAutoCombine(final boolean autoCombine); ChartType getType(); ChartDestination setType(final ChartType type); }
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@Test(enabled = false) public void testHdrChart() throws PerfCakeException, IOException { final Scenario scenario; System.setProperty(PerfCakeConst.SCENARIO_PROPERTY, "default"); System.setProperty("attributes", "*"); TestSender.resetCounter(); scenario = ScenarioLoader.load("test-hdr-chart"); scenario.init(); final String origTime = System.getProperty(PerfCakeConst.NICE_TIMESTAMP_PROPERTY); scenario.run(); scenario.close(); final Path dir = Paths.get("target/default-charts"); FileUtils.deleteDirectory(dir.toFile()); }
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@Override public void close() { if (dynamicAttributes) { attributes = buffer.getAttributes(); helper = new C3ChartHelper(this); } if (!helper.isInitialized()) { log.error("Chart destination was not properly initialized, skipping result creation."); } else { try { if (dynamicAttributes) { buffer.replay((measurement) -> { try { helper.appendResult(measurement); } catch (ReportingException e) { log.error("Unable to write all reported data: ", e); } }); } helper.close(); helper.compileResults(autoCombine); } catch (final PerfCakeException e) { log.error("Unable to compile all collected results in a final report: ", e); } } }
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ChartDestination extends AbstractDestination { @Override public void close() { if (dynamicAttributes) { attributes = buffer.getAttributes(); helper = new C3ChartHelper(this); } if (!helper.isInitialized()) { log.error("Chart destination was not properly initialized, skipping result creation."); } else { try { if (dynamicAttributes) { buffer.replay((measurement) -> { try { helper.appendResult(measurement); } catch (ReportingException e) { log.error("Unable to write all reported data: ", e); } }); } helper.close(); helper.compileResults(autoCombine); } catch (final PerfCakeException e) { log.error("Unable to compile all collected results in a final report: ", e); } } } }
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ChartDestination extends AbstractDestination { @Override public void close() { if (dynamicAttributes) { attributes = buffer.getAttributes(); helper = new C3ChartHelper(this); } if (!helper.isInitialized()) { log.error("Chart destination was not properly initialized, skipping result creation."); } else { try { if (dynamicAttributes) { buffer.replay((measurement) -> { try { helper.appendResult(measurement); } catch (ReportingException e) { log.error("Unable to write all reported data: ", e); } }); } helper.close(); helper.compileResults(autoCombine); } catch (final PerfCakeException e) { log.error("Unable to compile all collected results in a final report: ", e); } } } }
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ChartDestination extends AbstractDestination { @Override public void close() { if (dynamicAttributes) { attributes = buffer.getAttributes(); helper = new C3ChartHelper(this); } if (!helper.isInitialized()) { log.error("Chart destination was not properly initialized, skipping result creation."); } else { try { if (dynamicAttributes) { buffer.replay((measurement) -> { try { helper.appendResult(measurement); } catch (ReportingException e) { log.error("Unable to write all reported data: ", e); } }); } helper.close(); helper.compileResults(autoCombine); } catch (final PerfCakeException e) { log.error("Unable to compile all collected results in a final report: ", e); } } } @Override void open(); @Override void close(); @Override void report(final Measurement measurement); String getOutputDir(); ChartDestination setOutputDir(final String outputDir); Path getOutputDirAsPath(); String getName(); ChartDestination setName(final String name); String getGroup(); ChartDestination setGroup(final String group); int getChartHeight(); ChartDestination setChartHeight(final int chartHeight); String getyAxis(); String getYAxis(); ChartDestination setyAxis(final String yAxis); ChartDestination setYAxis(final String yAxis); String getxAxis(); String getXAxis(); ChartDestination setxAxis(final String xAxis); ChartDestination setXAxis(final String xAxis); PeriodType getxAxisType(); ChartDestination setxAxisType(final PeriodType xAxisType); String getAttributes(); ChartDestination setAttributes(final String attributes); List<String> getAttributesAsList(); boolean isAutoCombine(); ChartDestination setAutoCombine(final boolean autoCombine); ChartType getType(); ChartDestination setType(final ChartType type); }
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ChartDestination extends AbstractDestination { @Override public void close() { if (dynamicAttributes) { attributes = buffer.getAttributes(); helper = new C3ChartHelper(this); } if (!helper.isInitialized()) { log.error("Chart destination was not properly initialized, skipping result creation."); } else { try { if (dynamicAttributes) { buffer.replay((measurement) -> { try { helper.appendResult(measurement); } catch (ReportingException e) { log.error("Unable to write all reported data: ", e); } }); } helper.close(); helper.compileResults(autoCombine); } catch (final PerfCakeException e) { log.error("Unable to compile all collected results in a final report: ", e); } } } @Override void open(); @Override void close(); @Override void report(final Measurement measurement); String getOutputDir(); ChartDestination setOutputDir(final String outputDir); Path getOutputDirAsPath(); String getName(); ChartDestination setName(final String name); String getGroup(); ChartDestination setGroup(final String group); int getChartHeight(); ChartDestination setChartHeight(final int chartHeight); String getyAxis(); String getYAxis(); ChartDestination setyAxis(final String yAxis); ChartDestination setYAxis(final String yAxis); String getxAxis(); String getXAxis(); ChartDestination setxAxis(final String xAxis); ChartDestination setXAxis(final String xAxis); PeriodType getxAxisType(); ChartDestination setxAxisType(final PeriodType xAxisType); String getAttributes(); ChartDestination setAttributes(final String attributes); List<String> getAttributesAsList(); boolean isAutoCombine(); ChartDestination setAutoCombine(final boolean autoCombine); ChartType getType(); ChartDestination setType(final ChartType type); }
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@Test public void testHistogram() { List<Double> dividers = new LinkedList<>(); dividers.add(-250.0); dividers.add(0.0); dividers.add(250.0); Histogram histogram = new Histogram(dividers); for (long i = 499; i >= -500; i--) { histogram.add(i); } final Map<Range, Long> histogramMap = histogram.getHistogram(); Assert.assertEquals(histogramMap.keySet().size(), 4); Assert.assertEquals((long) histogram.getCount(), 1000L); histogramMap.forEach((Range k, Long v) -> Assert.assertEquals((long) v, 250L, "Not working for range " + k.toString())); System.out.println(histogram.getHistogramInPercent()); }
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public Histogram(String rangeDividers) { this(Arrays.asList(rangeDividers.split(",")).stream().map(StringUtil::trim).map(Double::valueOf).sorted().collect(Collectors.toList())); }
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Histogram { public Histogram(String rangeDividers) { this(Arrays.asList(rangeDividers.split(",")).stream().map(StringUtil::trim).map(Double::valueOf).sorted().collect(Collectors.toList())); } }
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Histogram { public Histogram(String rangeDividers) { this(Arrays.asList(rangeDividers.split(",")).stream().map(StringUtil::trim).map(Double::valueOf).sorted().collect(Collectors.toList())); } Histogram(String rangeDividers); Histogram(final List<Double> rangeDividers); }
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Histogram { public Histogram(String rangeDividers) { this(Arrays.asList(rangeDividers.split(",")).stream().map(StringUtil::trim).map(Double::valueOf).sorted().collect(Collectors.toList())); } Histogram(String rangeDividers); Histogram(final List<Double> rangeDividers); void add(final double value); void add(final int value); @edu.umd.cs.findbugs.annotations.SuppressFBWarnings(value = "UC_USELESS_OBJECT", justification = "We copied the histogram hash map to get a frozen state.") Map<Range, Long> getHistogram(); @edu.umd.cs.findbugs.annotations.SuppressFBWarnings(value = "UC_USELESS_OBJECT", justification = "We copied the histogram hash map to get a frozen state.") Map<Range, Double> getHistogramInPercent(); Long getCount(); }
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Histogram { public Histogram(String rangeDividers) { this(Arrays.asList(rangeDividers.split(",")).stream().map(StringUtil::trim).map(Double::valueOf).sorted().collect(Collectors.toList())); } Histogram(String rangeDividers); Histogram(final List<Double> rangeDividers); void add(final double value); void add(final int value); @edu.umd.cs.findbugs.annotations.SuppressFBWarnings(value = "UC_USELESS_OBJECT", justification = "We copied the histogram hash map to get a frozen state.") Map<Range, Long> getHistogram(); @edu.umd.cs.findbugs.annotations.SuppressFBWarnings(value = "UC_USELESS_OBJECT", justification = "We copied the histogram hash map to get a frozen state.") Map<Range, Double> getHistogramInPercent(); Long getCount(); }
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@Test public void weightedValueTest() { final WeightedValue<Byte> w1 = new WeightedValue<>((byte) 10, 3L); Assert.assertEquals(w1.getValue(), Byte.valueOf((byte) 10)); Assert.assertEquals(w1.getWeight(), 3L); final WeightedValue<Double> w2 = new WeightedValue<>(10d, 3L); Assert.assertTrue(w2.equals(w2)); Assert.assertEquals(w2.getValue(), 10d); Assert.assertEquals(w2.getWeight(), 3L); Assert.assertNotEquals(w1, w2); final WeightedValue<Double> w3 = new WeightedValue<>(w2.getValue(), w2.getWeight()); Assert.assertEquals(w2, w3); Assert.assertEquals(new WeightedValue<>(123L, 1L).toString(), "123"); }
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public WeightedValue(final T value, final long weight) { this.value = value; this.weight = weight; }
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WeightedValue { public WeightedValue(final T value, final long weight) { this.value = value; this.weight = weight; } }
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WeightedValue { public WeightedValue(final T value, final long weight) { this.value = value; this.weight = weight; } WeightedValue(final T value, final long weight); }
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WeightedValue { public WeightedValue(final T value, final long weight) { this.value = value; this.weight = weight; } WeightedValue(final T value, final long weight); T getValue(); long getWeight(); @Override boolean equals(final Object o); @Override int hashCode(); @Override String toString(); }
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WeightedValue { public WeightedValue(final T value, final long weight) { this.value = value; this.weight = weight; } WeightedValue(final T value, final long weight); T getValue(); long getWeight(); @Override boolean equals(final Object o); @Override int hashCode(); @Override String toString(); }
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@Test public void testEquals() { Assert.assertNotEquals(new WeightedValue<>(2L, 3L), new WeightedValue<>(4L, 3L)); Assert.assertNotEquals(new WeightedValue<>(2L, 3L), new WeightedValue<>(2L, 4L)); Assert.assertNotEquals(new WeightedValue<>(2L, 3L), 4d); }
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@Override public boolean equals(final Object o) { if (this == o) { return true; } if (!(o instanceof WeightedValue)) { return false; } final WeightedValue that = (WeightedValue) o; if (weight != that.weight) { return false; } if ((value != null) ? !value.equals(that.value) : (that.value != null)) { return false; } return true; }
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WeightedValue { @Override public boolean equals(final Object o) { if (this == o) { return true; } if (!(o instanceof WeightedValue)) { return false; } final WeightedValue that = (WeightedValue) o; if (weight != that.weight) { return false; } if ((value != null) ? !value.equals(that.value) : (that.value != null)) { return false; } return true; } }
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WeightedValue { @Override public boolean equals(final Object o) { if (this == o) { return true; } if (!(o instanceof WeightedValue)) { return false; } final WeightedValue that = (WeightedValue) o; if (weight != that.weight) { return false; } if ((value != null) ? !value.equals(that.value) : (that.value != null)) { return false; } return true; } WeightedValue(final T value, final long weight); }
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WeightedValue { @Override public boolean equals(final Object o) { if (this == o) { return true; } if (!(o instanceof WeightedValue)) { return false; } final WeightedValue that = (WeightedValue) o; if (weight != that.weight) { return false; } if ((value != null) ? !value.equals(that.value) : (that.value != null)) { return false; } return true; } WeightedValue(final T value, final long weight); T getValue(); long getWeight(); @Override boolean equals(final Object o); @Override int hashCode(); @Override String toString(); }
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WeightedValue { @Override public boolean equals(final Object o) { if (this == o) { return true; } if (!(o instanceof WeightedValue)) { return false; } final WeightedValue that = (WeightedValue) o; if (weight != that.weight) { return false; } if ((value != null) ? !value.equals(that.value) : (that.value != null)) { return false; } return true; } WeightedValue(final T value, final long weight); T getValue(); long getWeight(); @Override boolean equals(final Object o); @Override int hashCode(); @Override String toString(); }
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@Test public void testHashCode() { Assert.assertEquals(new WeightedValue<>(2L, 3L).hashCode(), new WeightedValue<>(2L, 3L).hashCode()); Assert.assertNotEquals(new WeightedValue<>(2L, 3L).hashCode(), new WeightedValue<>(4L, 3L).hashCode()); Assert.assertNotEquals(new WeightedValue<>(2L, 3L).hashCode(), new WeightedValue<>(2L, 4L).hashCode()); Assert.assertNotEquals(new WeightedValue<>(2L, 3L).hashCode(), new WeightedValue<>(1L, 4L).hashCode()); }
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@Override public int hashCode() { int result = value != null ? value.hashCode() : 0; result = 31 * result + (int) (weight ^ (weight >>> 32)); return result; }
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WeightedValue { @Override public int hashCode() { int result = value != null ? value.hashCode() : 0; result = 31 * result + (int) (weight ^ (weight >>> 32)); return result; } }
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WeightedValue { @Override public int hashCode() { int result = value != null ? value.hashCode() : 0; result = 31 * result + (int) (weight ^ (weight >>> 32)); return result; } WeightedValue(final T value, final long weight); }
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WeightedValue { @Override public int hashCode() { int result = value != null ? value.hashCode() : 0; result = 31 * result + (int) (weight ^ (weight >>> 32)); return result; } WeightedValue(final T value, final long weight); T getValue(); long getWeight(); @Override boolean equals(final Object o); @Override int hashCode(); @Override String toString(); }
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WeightedValue { @Override public int hashCode() { int result = value != null ? value.hashCode() : 0; result = 31 * result + (int) (weight ^ (weight >>> 32)); return result; } WeightedValue(final T value, final long weight); T getValue(); long getWeight(); @Override boolean equals(final Object o); @Override int hashCode(); @Override String toString(); }
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@Test public void geoloactionTest() throws ReportingException { final RunInfo runInfo = new RunInfo(new Period(PeriodType.ITERATION, 10)); final GeolocationReporter geoReporter = new GeolocationReporter(); final DummyDestination destination = new DummyDestination(); runInfo.start(); geoReporter.setRunInfo(runInfo); geoReporter.reset(); geoReporter.publishResult(PeriodType.ITERATION, destination); final Measurement m = destination.getLastMeasurement(); Assert.assertNotNull(m.get("ip")); Assert.assertNotNull(m.get("hostname")); Assert.assertNotNull(m.get("city")); Assert.assertNotNull(m.get("region")); Assert.assertNotNull(m.get("country")); Assert.assertNotNull(m.get("lon")); Assert.assertNotNull(m.get("lat")); }
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@Override public void publishResult(final PeriodType periodType, final Destination destination) throws ReportingException { final Measurement m = newMeasurement(); m.set(Measurement.DEFAULT_RESULT, new Quantity<>(1000.0 * runInfo.getIteration() / runInfo.getRunTime(), "iterations/s")); m.set("ip", geolocation.ip); m.set("hostname", geolocation.hostname); m.set("city", geolocation.city); m.set("region", geolocation.region); m.set("country", geolocation.country); m.set("lon", geolocation.lon); m.set("lat", geolocation.lat); destination.report(m); }
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GeolocationReporter extends AbstractReporter { @Override public void publishResult(final PeriodType periodType, final Destination destination) throws ReportingException { final Measurement m = newMeasurement(); m.set(Measurement.DEFAULT_RESULT, new Quantity<>(1000.0 * runInfo.getIteration() / runInfo.getRunTime(), "iterations/s")); m.set("ip", geolocation.ip); m.set("hostname", geolocation.hostname); m.set("city", geolocation.city); m.set("region", geolocation.region); m.set("country", geolocation.country); m.set("lon", geolocation.lon); m.set("lat", geolocation.lat); destination.report(m); } }
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GeolocationReporter extends AbstractReporter { @Override public void publishResult(final PeriodType periodType, final Destination destination) throws ReportingException { final Measurement m = newMeasurement(); m.set(Measurement.DEFAULT_RESULT, new Quantity<>(1000.0 * runInfo.getIteration() / runInfo.getRunTime(), "iterations/s")); m.set("ip", geolocation.ip); m.set("hostname", geolocation.hostname); m.set("city", geolocation.city); m.set("region", geolocation.region); m.set("country", geolocation.country); m.set("lon", geolocation.lon); m.set("lat", geolocation.lat); destination.report(m); } }
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GeolocationReporter extends AbstractReporter { @Override public void publishResult(final PeriodType periodType, final Destination destination) throws ReportingException { final Measurement m = newMeasurement(); m.set(Measurement.DEFAULT_RESULT, new Quantity<>(1000.0 * runInfo.getIteration() / runInfo.getRunTime(), "iterations/s")); m.set("ip", geolocation.ip); m.set("hostname", geolocation.hostname); m.set("city", geolocation.city); m.set("region", geolocation.region); m.set("country", geolocation.country); m.set("lon", geolocation.lon); m.set("lat", geolocation.lat); destination.report(m); } @Override void publishResult(final PeriodType periodType, final Destination destination); String getServiceUrl(); GeolocationReporter setServiceUrl(final String serviceUrl); }
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GeolocationReporter extends AbstractReporter { @Override public void publishResult(final PeriodType periodType, final Destination destination) throws ReportingException { final Measurement m = newMeasurement(); m.set(Measurement.DEFAULT_RESULT, new Quantity<>(1000.0 * runInfo.getIteration() / runInfo.getRunTime(), "iterations/s")); m.set("ip", geolocation.ip); m.set("hostname", geolocation.hostname); m.set("city", geolocation.city); m.set("region", geolocation.region); m.set("country", geolocation.country); m.set("lon", geolocation.lon); m.set("lat", geolocation.lat); destination.report(m); } @Override void publishResult(final PeriodType periodType, final Destination destination); String getServiceUrl(); GeolocationReporter setServiceUrl(final String serviceUrl); }
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@Test public void testTimeToHMS() { final long test1 = (12 * 3600 + 12 * 60 + 12) * 1000; Assert.assertEquals(Utils.timeToHms(test1), "12:12:12"); final long test2 = (121 * 3600 + 12 * 60 + 12) * 1000; Assert.assertEquals(Utils.timeToHms(test2), "121:12:12"); final long test3 = (1 * 3600 + 12 * 60 + 12) * 1000; Assert.assertEquals(Utils.timeToHms(test3), "1:12:12"); }
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public static String timeToHms(final long time) { final long hours = TimeUnit.MILLISECONDS.toHours(time); final long minutes = TimeUnit.MILLISECONDS.toMinutes(time - TimeUnit.HOURS.toMillis(hours)); final long seconds = TimeUnit.MILLISECONDS.toSeconds(time - TimeUnit.HOURS.toMillis(hours) - TimeUnit.MINUTES.toMillis(minutes)); final StringBuilder sb = new StringBuilder(); sb.append(hours).append(":").append(String.format("%02d", minutes)).append(":").append(String.format("%02d", seconds)); return sb.toString(); }
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Utils { public static String timeToHms(final long time) { final long hours = TimeUnit.MILLISECONDS.toHours(time); final long minutes = TimeUnit.MILLISECONDS.toMinutes(time - TimeUnit.HOURS.toMillis(hours)); final long seconds = TimeUnit.MILLISECONDS.toSeconds(time - TimeUnit.HOURS.toMillis(hours) - TimeUnit.MINUTES.toMillis(minutes)); final StringBuilder sb = new StringBuilder(); sb.append(hours).append(":").append(String.format("%02d", minutes)).append(":").append(String.format("%02d", seconds)); return sb.toString(); } }
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Utils { public static String timeToHms(final long time) { final long hours = TimeUnit.MILLISECONDS.toHours(time); final long minutes = TimeUnit.MILLISECONDS.toMinutes(time - TimeUnit.HOURS.toMillis(hours)); final long seconds = TimeUnit.MILLISECONDS.toSeconds(time - TimeUnit.HOURS.toMillis(hours) - TimeUnit.MINUTES.toMillis(minutes)); final StringBuilder sb = new StringBuilder(); sb.append(hours).append(":").append(String.format("%02d", minutes)).append(":").append(String.format("%02d", seconds)); return sb.toString(); } private Utils(); }
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Utils { public static String timeToHms(final long time) { final long hours = TimeUnit.MILLISECONDS.toHours(time); final long minutes = TimeUnit.MILLISECONDS.toMinutes(time - TimeUnit.HOURS.toMillis(hours)); final long seconds = TimeUnit.MILLISECONDS.toSeconds(time - TimeUnit.HOURS.toMillis(hours) - TimeUnit.MINUTES.toMillis(minutes)); final StringBuilder sb = new StringBuilder(); sb.append(hours).append(":").append(String.format("%02d", minutes)).append(":").append(String.format("%02d", seconds)); return sb.toString(); } private Utils(); static String filterProperties(final String text); static String filterProperties(final String text, final Matcher matcher, final PropertyGetter pg); static String getProperty(final String name); static String getProperty(final String name, final String defaultValue); static void logProperties(final Logger logger, final Level level, final Properties properties); static void logProperties(final Logger logger, final Level level, final Properties properties, final String prefix); static String readFilteredContent(final URL url); static String readFilteredContent(final String fileLocation); static List<String> readLines(final URL url); static List<String> readLines(final String fileLocation); static List<String> readFilteredLines(final String fileLocation); static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix); static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix); static String determineDefaultLocation(final String locationSuffix); static String camelCaseToEnum(final String camelCase); static String timeToHms(final long time); static String getDefaultEncoding(); static double computeRegressionTrend(final Collection<TimestampedRecord<Number>> data); static void setFirstNotNullProperty(final Properties props, final String propName, final String... values); static String getFirstNotNull(final String... values); static URL getResourceAsUrl(final String resource); static String getResource(final String resource); static void writeFileContent(final String fileName, final String content); static void writeFileContent(final File file, final String content); static void writeFileContent(final Path path, final String content); static void copyTemplateFromResource(final String resource, final Path target, final Properties properties); static String readTemplateFromResource(final String resource, final Properties properties); static void setLoggingLevel(final Level level); static void initTimeStamps(); static void initDebugAgent(); }
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Utils { public static String timeToHms(final long time) { final long hours = TimeUnit.MILLISECONDS.toHours(time); final long minutes = TimeUnit.MILLISECONDS.toMinutes(time - TimeUnit.HOURS.toMillis(hours)); final long seconds = TimeUnit.MILLISECONDS.toSeconds(time - TimeUnit.HOURS.toMillis(hours) - TimeUnit.MINUTES.toMillis(minutes)); final StringBuilder sb = new StringBuilder(); sb.append(hours).append(":").append(String.format("%02d", minutes)).append(":").append(String.format("%02d", seconds)); return sb.toString(); } private Utils(); static String filterProperties(final String text); static String filterProperties(final String text, final Matcher matcher, final PropertyGetter pg); static String getProperty(final String name); static String getProperty(final String name, final String defaultValue); static void logProperties(final Logger logger, final Level level, final Properties properties); static void logProperties(final Logger logger, final Level level, final Properties properties, final String prefix); static String readFilteredContent(final URL url); static String readFilteredContent(final String fileLocation); static List<String> readLines(final URL url); static List<String> readLines(final String fileLocation); static List<String> readFilteredLines(final String fileLocation); static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix); static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix); static String determineDefaultLocation(final String locationSuffix); static String camelCaseToEnum(final String camelCase); static String timeToHms(final long time); static String getDefaultEncoding(); static double computeRegressionTrend(final Collection<TimestampedRecord<Number>> data); static void setFirstNotNullProperty(final Properties props, final String propName, final String... values); static String getFirstNotNull(final String... values); static URL getResourceAsUrl(final String resource); static String getResource(final String resource); static void writeFileContent(final String fileName, final String content); static void writeFileContent(final File file, final String content); static void writeFileContent(final Path path, final String content); static void copyTemplateFromResource(final String resource, final Path target, final Properties properties); static String readTemplateFromResource(final String resource, final Properties properties); static void setLoggingLevel(final Level level); static void initTimeStamps(); static void initDebugAgent(); static final File DEFAULT_RESOURCES_DIR; static final File DEFAULT_PLUGINS_DIR; }
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@Test public void testMeasurement() { final Measurement m = new Measurement(PERCENTAGE, TIMESTAMP, ITERATIONS - 1); m.set("18523.269 it/s"); m.set("current", "257.58 it/s"); m.set("average", "300.25 it/s"); Assert.assertEquals(m.toString(), "[" + HOURS + ":" + MINUTES + ":0" + SECONDS + "][" + ITERATIONS + " iterations][" + PERCENTAGE + "%] [18523.269 it/s] [current => 257.58 it/s] [average => 300.25 it/s]"); }
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public Measurement(final long percentage, final long time, final long iteration) { super(); this.percentage = percentage; this.time = time; this.iteration = iteration; }
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Measurement { public Measurement(final long percentage, final long time, final long iteration) { super(); this.percentage = percentage; this.time = time; this.iteration = iteration; } }
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Measurement { public Measurement(final long percentage, final long time, final long iteration) { super(); this.percentage = percentage; this.time = time; this.iteration = iteration; } Measurement(final long percentage, final long time, final long iteration); }
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Measurement { public Measurement(final long percentage, final long time, final long iteration) { super(); this.percentage = percentage; this.time = time; this.iteration = iteration; } Measurement(final long percentage, final long time, final long iteration); long getPercentage(); long getTime(); long getIteration(); Map<String, Object> getAll(); Object get(); Object get(final String name); void set(final String name, final Object result); void set(final Object result); void remove(final String name); void setAll(Map<String, Object> newResults); @Override String toString(); }
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Measurement { public Measurement(final long percentage, final long time, final long iteration) { super(); this.percentage = percentage; this.time = time; this.iteration = iteration; } Measurement(final long percentage, final long time, final long iteration); long getPercentage(); long getTime(); long getIteration(); Map<String, Object> getAll(); Object get(); Object get(final String name); void set(final String name, final Object result); void set(final Object result); void remove(final String name); void setAll(Map<String, Object> newResults); @Override String toString(); static final String DEFAULT_RESULT; }
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@Test public void testMetricScalableQuantity() { Assert.assertEquals(new MetricScalableQuantity(12.3, "b").toString(), "12.30 b"); Assert.assertEquals(new MetricScalableQuantity(1000.0, "b").toString(), "1.00 kb"); Assert.assertEquals(new MetricScalableQuantity(1234.5, "b").toString(), "1.23 kb"); Assert.assertEquals(new MetricScalableQuantity(1234567.8, "b").toString(), "1.23 Mb"); Assert.assertEquals(new MetricScalableQuantity(1000000.0, "b").toString(), "1.00 Mb"); Assert.assertEquals(new MetricScalableQuantity(1e27, "b").toString(), "1000.00 Yb"); Assert.assertEquals(new MetricScalableQuantity(1e28, "b").toString(), "10000.00 Yb"); }
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@Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } ScalableQuantity(final N number, final String unit); ScalableQuantity(final N number, final int basePower, final String unit); }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } ScalableQuantity(final N number, final String unit); ScalableQuantity(final N number, final int basePower, final String unit); @Override String toString(); }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } ScalableQuantity(final N number, final String unit); ScalableQuantity(final N number, final int basePower, final String unit); @Override String toString(); }
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@Test public void testMetricScalableQuantityDown() { Assert.assertEquals(new MetricScalableQuantity(0.5, "b").toString(), "500.00 mb"); Assert.assertEquals(new MetricScalableQuantity(0.0003, "b").toString(), "300.00 μb"); Assert.assertEquals(new MetricScalableQuantity(1.0, "b").toString(), "1.00 b"); Assert.assertEquals(new MetricScalableQuantity(0.001, "b").toString(), "1.00 mb"); Assert.assertEquals(new MetricScalableQuantity(1e-26, "b").toString(), "0.01 yb"); Assert.assertEquals(new MetricScalableQuantity(1e-27, "b").toString(), "0.00 yb"); Assert.assertEquals(new MetricScalableQuantity(1e-28, "b").toString(), "0.00 yb"); }
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@Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } ScalableQuantity(final N number, final String unit); ScalableQuantity(final N number, final int basePower, final String unit); }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } ScalableQuantity(final N number, final String unit); ScalableQuantity(final N number, final int basePower, final String unit); @Override String toString(); }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } ScalableQuantity(final N number, final String unit); ScalableQuantity(final N number, final int basePower, final String unit); @Override String toString(); }
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@Test public void testMetricScalableQuantityBasePower() { Assert.assertEquals(new MetricScalableQuantity(100.0, 2, "b").toString(), "100.00 Mb"); Assert.assertEquals(new MetricScalableQuantity(100.0, -2, "b").toString(), "100.00 μb"); }
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@Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } ScalableQuantity(final N number, final String unit); ScalableQuantity(final N number, final int basePower, final String unit); }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } ScalableQuantity(final N number, final String unit); ScalableQuantity(final N number, final int basePower, final String unit); @Override String toString(); }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } ScalableQuantity(final N number, final String unit); ScalableQuantity(final N number, final int basePower, final String unit); @Override String toString(); }
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@Test public void testBinaryScalableQuantityBasePower() { Assert.assertEquals(new BinaryScalableQuantity(100L, 2, "b").toString(), "100.00 Mib"); }
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@Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } ScalableQuantity(final N number, final String unit); ScalableQuantity(final N number, final int basePower, final String unit); }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } ScalableQuantity(final N number, final String unit); ScalableQuantity(final N number, final int basePower, final String unit); @Override String toString(); }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } ScalableQuantity(final N number, final String unit); ScalableQuantity(final N number, final int basePower, final String unit); @Override String toString(); }
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@Test public void testScalableQuantityBasePowerOutOfRange() { try { new MetricScalableQuantity(100.0, -9, "b").toString(); Assert.fail("An " + IllegalArgumentException.class.getName() + " should be thrown here."); } catch (IllegalArgumentException e) { e.printStackTrace(); } try { new MetricScalableQuantity(100.0, 9, "b").toString(); Assert.fail("An " + IllegalArgumentException.class.getName() + " should be thrown here."); } catch (IllegalArgumentException e) { e.printStackTrace(); } try { new BinaryScalableQuantity(100L, -1, "b").toString(); Assert.fail("An " + IllegalArgumentException.class.getName() + " should be thrown here."); } catch (IllegalArgumentException e) { e.printStackTrace(); } try { new BinaryScalableQuantity(100L, 9, "b").toString(); Assert.fail("An " + IllegalArgumentException.class.getName() + " should be thrown here."); } catch (IllegalArgumentException e) { e.printStackTrace(); } }
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@Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } ScalableQuantity(final N number, final String unit); ScalableQuantity(final N number, final int basePower, final String unit); }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } ScalableQuantity(final N number, final String unit); ScalableQuantity(final N number, final int basePower, final String unit); @Override String toString(); }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } ScalableQuantity(final N number, final String unit); ScalableQuantity(final N number, final int basePower, final String unit); @Override String toString(); }
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@Test public void testBinaryScalableQuantity() { Assert.assertEquals(new BinaryScalableQuantity(1000L, "b").toString(), "1000.00 b"); Assert.assertEquals(new BinaryScalableQuantity(1024L, "b").toString(), "1.00 Kib"); Assert.assertEquals(new BinaryScalableQuantity(2048L, "b").toString(), "2.00 Kib"); Assert.assertEquals(new BinaryScalableQuantity(3L * 1024 * 1024, "b").toString(), "3.00 Mib"); }
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@Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } ScalableQuantity(final N number, final String unit); ScalableQuantity(final N number, final int basePower, final String unit); }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } ScalableQuantity(final N number, final String unit); ScalableQuantity(final N number, final int basePower, final String unit); @Override String toString(); }
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ScalableQuantity extends Quantity<N> { @Override public String toString() { double valuePan = getNumber().doubleValue(); final double scaleFactor = getScaleFactor().doubleValue(); int i = getBasePower(); if (valuePan > 1.0) { while (valuePan >= scaleFactor && i < getMaxPower()) { valuePan = valuePan / scaleFactor; i++; } } else { while (valuePan < 1.0 && i > getMinPower()) { valuePan = valuePan * scaleFactor; i--; } } return String.format(Locale.US, "%.2f", valuePan) + " " + getScalePrefix(i) + getUnit(); } ScalableQuantity(final N number, final String unit); ScalableQuantity(final N number, final int basePower, final String unit); @Override String toString(); }
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@Test public void failFastTestWithExecute() throws Exception { final Properties props = new Properties(); props.setProperty(PerfCakeConst.FAIL_FAST_PROPERTY, "true"); System.out.println(props); try { long tm = System.currentTimeMillis(); ScenarioExecution.execute("test-dummy-scenario-fail", props); tm = System.currentTimeMillis() - tm; Assert.assertTrue(tm < 1000, String.format("The scenario did not fail fast enough. Time needed to fail: %d", tm)); } finally { System.setProperty(PerfCakeConst.FAIL_FAST_PROPERTY, "false"); } }
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public static void execute(final String scenarioFile, final Properties properties) throws PerfCakeException { final Properties backup = new Properties(); properties.forEach((k, v) -> { if (System.getProperty(k.toString()) != null) { backup.setProperty(k.toString(), System.getProperty(k.toString())); } System.setProperty(k.toString(), v.toString()); }); Utils.initTimeStamps(); Utils.initDebugAgent(); final Scenario scenario = ScenarioLoader.load(scenarioFile); scenario.init(); scenario.run(); scenario.close(); backup.forEach((k, v) -> System.setProperty(k.toString(), v.toString())); }
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ScenarioExecution { public static void execute(final String scenarioFile, final Properties properties) throws PerfCakeException { final Properties backup = new Properties(); properties.forEach((k, v) -> { if (System.getProperty(k.toString()) != null) { backup.setProperty(k.toString(), System.getProperty(k.toString())); } System.setProperty(k.toString(), v.toString()); }); Utils.initTimeStamps(); Utils.initDebugAgent(); final Scenario scenario = ScenarioLoader.load(scenarioFile); scenario.init(); scenario.run(); scenario.close(); backup.forEach((k, v) -> System.setProperty(k.toString(), v.toString())); } }
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ScenarioExecution { public static void execute(final String scenarioFile, final Properties properties) throws PerfCakeException { final Properties backup = new Properties(); properties.forEach((k, v) -> { if (System.getProperty(k.toString()) != null) { backup.setProperty(k.toString(), System.getProperty(k.toString())); } System.setProperty(k.toString(), v.toString()); }); Utils.initTimeStamps(); Utils.initDebugAgent(); final Scenario scenario = ScenarioLoader.load(scenarioFile); scenario.init(); scenario.run(); scenario.close(); backup.forEach((k, v) -> System.setProperty(k.toString(), v.toString())); } private ScenarioExecution(final String[] args); }
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ScenarioExecution { public static void execute(final String scenarioFile, final Properties properties) throws PerfCakeException { final Properties backup = new Properties(); properties.forEach((k, v) -> { if (System.getProperty(k.toString()) != null) { backup.setProperty(k.toString(), System.getProperty(k.toString())); } System.setProperty(k.toString(), v.toString()); }); Utils.initTimeStamps(); Utils.initDebugAgent(); final Scenario scenario = ScenarioLoader.load(scenarioFile); scenario.init(); scenario.run(); scenario.close(); backup.forEach((k, v) -> System.setProperty(k.toString(), v.toString())); } private ScenarioExecution(final String[] args); static void main(final String[] args); static void execute(final String scenarioFile, final Properties properties); }
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ScenarioExecution { public static void execute(final String scenarioFile, final Properties properties) throws PerfCakeException { final Properties backup = new Properties(); properties.forEach((k, v) -> { if (System.getProperty(k.toString()) != null) { backup.setProperty(k.toString(), System.getProperty(k.toString())); } System.setProperty(k.toString(), v.toString()); }); Utils.initTimeStamps(); Utils.initDebugAgent(); final Scenario scenario = ScenarioLoader.load(scenarioFile); scenario.init(); scenario.run(); scenario.close(); backup.forEach((k, v) -> System.setProperty(k.toString(), v.toString())); } private ScenarioExecution(final String[] args); static void main(final String[] args); static void execute(final String scenarioFile, final Properties properties); }
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@Test public void testGetProperty() { Assert.assertNull(Utils.getProperty(TEST_KEY)); Assert.assertEquals(Utils.getProperty(TEST_KEY, DEFAULT_VALUE), DEFAULT_VALUE); System.setProperty(TEST_KEY, TEST_VALUE); Assert.assertEquals(Utils.getProperty(TEST_KEY, DEFAULT_VALUE), TEST_VALUE); Assert.assertEquals(Utils.getProperty("props." + TEST_KEY), TEST_VALUE); Assert.assertEquals(Utils.getProperty("env.JAVA_HOME"), System.getenv("JAVA_HOME")); Assert.assertEquals(Utils.getProperty("env." + TEST_KEY, "non"), "non"); Assert.assertEquals(Utils.getProperty("props.JAVA_HOME", "non"), "non"); final Map<String, String> env = System.getenv(); if (!env.isEmpty()) { final Entry<String, String> first = env.entrySet().iterator().next(); Assert.assertEquals(Utils.getProperty(first.getKey()), first.getValue()); } }
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public static String getProperty(final String name) { return getProperty(name, null); }
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Utils { public static String getProperty(final String name) { return getProperty(name, null); } }
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Utils { public static String getProperty(final String name) { return getProperty(name, null); } private Utils(); }
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Utils { public static String getProperty(final String name) { return getProperty(name, null); } private Utils(); static String filterProperties(final String text); static String filterProperties(final String text, final Matcher matcher, final PropertyGetter pg); static String getProperty(final String name); static String getProperty(final String name, final String defaultValue); static void logProperties(final Logger logger, final Level level, final Properties properties); static void logProperties(final Logger logger, final Level level, final Properties properties, final String prefix); static String readFilteredContent(final URL url); static String readFilteredContent(final String fileLocation); static List<String> readLines(final URL url); static List<String> readLines(final String fileLocation); static List<String> readFilteredLines(final String fileLocation); static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix); static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix); static String determineDefaultLocation(final String locationSuffix); static String camelCaseToEnum(final String camelCase); static String timeToHms(final long time); static String getDefaultEncoding(); static double computeRegressionTrend(final Collection<TimestampedRecord<Number>> data); static void setFirstNotNullProperty(final Properties props, final String propName, final String... values); static String getFirstNotNull(final String... values); static URL getResourceAsUrl(final String resource); static String getResource(final String resource); static void writeFileContent(final String fileName, final String content); static void writeFileContent(final File file, final String content); static void writeFileContent(final Path path, final String content); static void copyTemplateFromResource(final String resource, final Path target, final Properties properties); static String readTemplateFromResource(final String resource, final Properties properties); static void setLoggingLevel(final Level level); static void initTimeStamps(); static void initDebugAgent(); }
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Utils { public static String getProperty(final String name) { return getProperty(name, null); } private Utils(); static String filterProperties(final String text); static String filterProperties(final String text, final Matcher matcher, final PropertyGetter pg); static String getProperty(final String name); static String getProperty(final String name, final String defaultValue); static void logProperties(final Logger logger, final Level level, final Properties properties); static void logProperties(final Logger logger, final Level level, final Properties properties, final String prefix); static String readFilteredContent(final URL url); static String readFilteredContent(final String fileLocation); static List<String> readLines(final URL url); static List<String> readLines(final String fileLocation); static List<String> readFilteredLines(final String fileLocation); static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix); static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix); static String determineDefaultLocation(final String locationSuffix); static String camelCaseToEnum(final String camelCase); static String timeToHms(final long time); static String getDefaultEncoding(); static double computeRegressionTrend(final Collection<TimestampedRecord<Number>> data); static void setFirstNotNullProperty(final Properties props, final String propName, final String... values); static String getFirstNotNull(final String... values); static URL getResourceAsUrl(final String resource); static String getResource(final String resource); static void writeFileContent(final String fileName, final String content); static void writeFileContent(final File file, final String content); static void writeFileContent(final Path path, final String content); static void copyTemplateFromResource(final String resource, final Path target, final Properties properties); static String readTemplateFromResource(final String resource, final Properties properties); static void setLoggingLevel(final Level level); static void initTimeStamps(); static void initDebugAgent(); static final File DEFAULT_RESOURCES_DIR; static final File DEFAULT_PLUGINS_DIR; }
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@Test public void testFilterProperties() throws IOException { final String unfiltered = "text with ${test.key2} property"; System.setProperty(TEST_KEY2, TEST_VALUE); String filtered = Utils.filterProperties(unfiltered); Assert.assertEquals(filtered, "text with test.value property"); final String propertyPattern = "[^\\\\](#\\{([^#\\{:]+)(:[^#\\{:]*)?})"; final String filteredString = "Sound system in #{bar} test"; final Matcher matcher = Pattern.compile(propertyPattern).matcher(filteredString); Assert.assertTrue(matcher.find()); final Properties testProperties = new Properties(); testProperties.setProperty("bar", "Blue Oyster"); filtered = Utils.filterProperties(filteredString, matcher, new DefaultPropertyGetter(testProperties)); Assert.assertEquals(filtered, "Sound system in Blue Oyster test"); }
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public static String filterProperties(final String text) { final String propertyPattern = "[^\\\\](\\$\\{([^\\$\\{:]+)(:[^\\$\\{:]*)?})"; final String newText = "_" + text; final Matcher matcher = Pattern.compile(propertyPattern).matcher(newText); return filterProperties(newText, matcher, SystemPropertyGetter.INSTANCE).substring(1); }
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Utils { public static String filterProperties(final String text) { final String propertyPattern = "[^\\\\](\\$\\{([^\\$\\{:]+)(:[^\\$\\{:]*)?})"; final String newText = "_" + text; final Matcher matcher = Pattern.compile(propertyPattern).matcher(newText); return filterProperties(newText, matcher, SystemPropertyGetter.INSTANCE).substring(1); } }
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Utils { public static String filterProperties(final String text) { final String propertyPattern = "[^\\\\](\\$\\{([^\\$\\{:]+)(:[^\\$\\{:]*)?})"; final String newText = "_" + text; final Matcher matcher = Pattern.compile(propertyPattern).matcher(newText); return filterProperties(newText, matcher, SystemPropertyGetter.INSTANCE).substring(1); } private Utils(); }
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Utils { public static String filterProperties(final String text) { final String propertyPattern = "[^\\\\](\\$\\{([^\\$\\{:]+)(:[^\\$\\{:]*)?})"; final String newText = "_" + text; final Matcher matcher = Pattern.compile(propertyPattern).matcher(newText); return filterProperties(newText, matcher, SystemPropertyGetter.INSTANCE).substring(1); } private Utils(); static String filterProperties(final String text); static String filterProperties(final String text, final Matcher matcher, final PropertyGetter pg); static String getProperty(final String name); static String getProperty(final String name, final String defaultValue); static void logProperties(final Logger logger, final Level level, final Properties properties); static void logProperties(final Logger logger, final Level level, final Properties properties, final String prefix); static String readFilteredContent(final URL url); static String readFilteredContent(final String fileLocation); static List<String> readLines(final URL url); static List<String> readLines(final String fileLocation); static List<String> readFilteredLines(final String fileLocation); static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix); static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix); static String determineDefaultLocation(final String locationSuffix); static String camelCaseToEnum(final String camelCase); static String timeToHms(final long time); static String getDefaultEncoding(); static double computeRegressionTrend(final Collection<TimestampedRecord<Number>> data); static void setFirstNotNullProperty(final Properties props, final String propName, final String... values); static String getFirstNotNull(final String... values); static URL getResourceAsUrl(final String resource); static String getResource(final String resource); static void writeFileContent(final String fileName, final String content); static void writeFileContent(final File file, final String content); static void writeFileContent(final Path path, final String content); static void copyTemplateFromResource(final String resource, final Path target, final Properties properties); static String readTemplateFromResource(final String resource, final Properties properties); static void setLoggingLevel(final Level level); static void initTimeStamps(); static void initDebugAgent(); }
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Utils { public static String filterProperties(final String text) { final String propertyPattern = "[^\\\\](\\$\\{([^\\$\\{:]+)(:[^\\$\\{:]*)?})"; final String newText = "_" + text; final Matcher matcher = Pattern.compile(propertyPattern).matcher(newText); return filterProperties(newText, matcher, SystemPropertyGetter.INSTANCE).substring(1); } private Utils(); static String filterProperties(final String text); static String filterProperties(final String text, final Matcher matcher, final PropertyGetter pg); static String getProperty(final String name); static String getProperty(final String name, final String defaultValue); static void logProperties(final Logger logger, final Level level, final Properties properties); static void logProperties(final Logger logger, final Level level, final Properties properties, final String prefix); static String readFilteredContent(final URL url); static String readFilteredContent(final String fileLocation); static List<String> readLines(final URL url); static List<String> readLines(final String fileLocation); static List<String> readFilteredLines(final String fileLocation); static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix); static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix); static String determineDefaultLocation(final String locationSuffix); static String camelCaseToEnum(final String camelCase); static String timeToHms(final long time); static String getDefaultEncoding(); static double computeRegressionTrend(final Collection<TimestampedRecord<Number>> data); static void setFirstNotNullProperty(final Properties props, final String propName, final String... values); static String getFirstNotNull(final String... values); static URL getResourceAsUrl(final String resource); static String getResource(final String resource); static void writeFileContent(final String fileName, final String content); static void writeFileContent(final File file, final String content); static void writeFileContent(final Path path, final String content); static void copyTemplateFromResource(final String resource, final Path target, final Properties properties); static String readTemplateFromResource(final String resource, final Properties properties); static void setLoggingLevel(final Level level); static void initTimeStamps(); static void initDebugAgent(); static final File DEFAULT_RESOURCES_DIR; static final File DEFAULT_PLUGINS_DIR; }
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@Test public void testLocationToUrl() throws MalformedURLException { final URL url1 = Utils.locationToUrl("foo", PROPERTY_LOCATION, "bar", ".bak"); Assert.assertEquals(url1.getProtocol(), "file"); Assert.assertEquals(url1.toExternalForm(), new File("bar", "foo.bak").toURI().toString()); System.setProperty(PROPERTY_LOCATION, "barbar"); final URL url2 = Utils.locationToUrl("http: Assert.assertEquals(url2.getProtocol(), "http"); Assert.assertEquals(url2.toExternalForm(), "http: }
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public static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix) throws MalformedURLException { String uri; if (location.startsWith("file: uri = location.substring(7); } else { uri = location; } if (!uri.contains(": final Path p = Paths.get(Utils.getProperty(defaultLocationProperty, defaultLocation), uri + defaultSuffix); uri = p.toUri().toString(); } return new URL(uri); }
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Utils { public static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix) throws MalformedURLException { String uri; if (location.startsWith("file: uri = location.substring(7); } else { uri = location; } if (!uri.contains(": final Path p = Paths.get(Utils.getProperty(defaultLocationProperty, defaultLocation), uri + defaultSuffix); uri = p.toUri().toString(); } return new URL(uri); } }
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Utils { public static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix) throws MalformedURLException { String uri; if (location.startsWith("file: uri = location.substring(7); } else { uri = location; } if (!uri.contains(": final Path p = Paths.get(Utils.getProperty(defaultLocationProperty, defaultLocation), uri + defaultSuffix); uri = p.toUri().toString(); } return new URL(uri); } private Utils(); }
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Utils { public static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix) throws MalformedURLException { String uri; if (location.startsWith("file: uri = location.substring(7); } else { uri = location; } if (!uri.contains(": final Path p = Paths.get(Utils.getProperty(defaultLocationProperty, defaultLocation), uri + defaultSuffix); uri = p.toUri().toString(); } return new URL(uri); } private Utils(); static String filterProperties(final String text); static String filterProperties(final String text, final Matcher matcher, final PropertyGetter pg); static String getProperty(final String name); static String getProperty(final String name, final String defaultValue); static void logProperties(final Logger logger, final Level level, final Properties properties); static void logProperties(final Logger logger, final Level level, final Properties properties, final String prefix); static String readFilteredContent(final URL url); static String readFilteredContent(final String fileLocation); static List<String> readLines(final URL url); static List<String> readLines(final String fileLocation); static List<String> readFilteredLines(final String fileLocation); static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix); static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix); static String determineDefaultLocation(final String locationSuffix); static String camelCaseToEnum(final String camelCase); static String timeToHms(final long time); static String getDefaultEncoding(); static double computeRegressionTrend(final Collection<TimestampedRecord<Number>> data); static void setFirstNotNullProperty(final Properties props, final String propName, final String... values); static String getFirstNotNull(final String... values); static URL getResourceAsUrl(final String resource); static String getResource(final String resource); static void writeFileContent(final String fileName, final String content); static void writeFileContent(final File file, final String content); static void writeFileContent(final Path path, final String content); static void copyTemplateFromResource(final String resource, final Path target, final Properties properties); static String readTemplateFromResource(final String resource, final Properties properties); static void setLoggingLevel(final Level level); static void initTimeStamps(); static void initDebugAgent(); }
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Utils { public static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix) throws MalformedURLException { String uri; if (location.startsWith("file: uri = location.substring(7); } else { uri = location; } if (!uri.contains(": final Path p = Paths.get(Utils.getProperty(defaultLocationProperty, defaultLocation), uri + defaultSuffix); uri = p.toUri().toString(); } return new URL(uri); } private Utils(); static String filterProperties(final String text); static String filterProperties(final String text, final Matcher matcher, final PropertyGetter pg); static String getProperty(final String name); static String getProperty(final String name, final String defaultValue); static void logProperties(final Logger logger, final Level level, final Properties properties); static void logProperties(final Logger logger, final Level level, final Properties properties, final String prefix); static String readFilteredContent(final URL url); static String readFilteredContent(final String fileLocation); static List<String> readLines(final URL url); static List<String> readLines(final String fileLocation); static List<String> readFilteredLines(final String fileLocation); static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix); static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix); static String determineDefaultLocation(final String locationSuffix); static String camelCaseToEnum(final String camelCase); static String timeToHms(final long time); static String getDefaultEncoding(); static double computeRegressionTrend(final Collection<TimestampedRecord<Number>> data); static void setFirstNotNullProperty(final Properties props, final String propName, final String... values); static String getFirstNotNull(final String... values); static URL getResourceAsUrl(final String resource); static String getResource(final String resource); static void writeFileContent(final String fileName, final String content); static void writeFileContent(final File file, final String content); static void writeFileContent(final Path path, final String content); static void copyTemplateFromResource(final String resource, final Path target, final Properties properties); static String readTemplateFromResource(final String resource, final Properties properties); static void setLoggingLevel(final Level level); static void initTimeStamps(); static void initDebugAgent(); static final File DEFAULT_RESOURCES_DIR; static final File DEFAULT_PLUGINS_DIR; }
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@Test public void testLocationToUrlWithCheck() throws Exception { URL url = Utils.locationToUrlWithCheck("message1", PerfCakeConst.MESSAGES_DIR_PROPERTY, "", ".txt", ".xml"); Assert.assertTrue(url.getPath().endsWith("/messages/message1.xml")); url = Utils.locationToUrlWithCheck("subdir/subfile", PerfCakeConst.MESSAGES_DIR_PROPERTY, "", ".txt", ".xml"); Assert.assertTrue(url.getPath().endsWith("/messages/subdir/subfile.txt")); url = Utils.locationToUrlWithCheck("message1.xml", "wrong.and.non.existing.property", Utils.getResource("/messages")); Assert.assertTrue(url.getPath().endsWith("/messages/message1.xml")); url = Utils.locationToUrlWithCheck("file: Assert.assertTrue(url.getPath().endsWith("/messages/message1.xml")); url = Utils.locationToUrlWithCheck("file: Assert.assertTrue(url.getPath().endsWith("/messages/message1.xml")); url = Utils.locationToUrlWithCheck("non.existing.file.name", "wrong.and.non.existing.property", "bad.value"); Assert.assertEquals(url.toString(), "file: }
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public static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix) throws MalformedURLException { String uri; if (location.startsWith("file: uri = location.substring(7); } else { uri = location; } if (!uri.contains(": boolean found = false; Path p = Paths.get(uri); if (!Files.exists(p) || Files.isDirectory(p)) { p = Paths.get(Utils.getProperty(defaultLocationProperty, defaultLocation), uri); if (!Files.exists(p) || Files.isDirectory(p)) { if (defaultSuffix != null && defaultSuffix.length > 0) { for (final String suffix : defaultSuffix) { p = Paths.get(Utils.getProperty(defaultLocationProperty, defaultLocation), uri + suffix); if (Files.exists(p) && !Files.isDirectory(p)) { found = true; break; } } } } else { found = true; } } else { found = true; } if (found) { uri = p.toUri().toString(); } else { uri = "file: } } return new URL(uri); }
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Utils { public static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix) throws MalformedURLException { String uri; if (location.startsWith("file: uri = location.substring(7); } else { uri = location; } if (!uri.contains(": boolean found = false; Path p = Paths.get(uri); if (!Files.exists(p) || Files.isDirectory(p)) { p = Paths.get(Utils.getProperty(defaultLocationProperty, defaultLocation), uri); if (!Files.exists(p) || Files.isDirectory(p)) { if (defaultSuffix != null && defaultSuffix.length > 0) { for (final String suffix : defaultSuffix) { p = Paths.get(Utils.getProperty(defaultLocationProperty, defaultLocation), uri + suffix); if (Files.exists(p) && !Files.isDirectory(p)) { found = true; break; } } } } else { found = true; } } else { found = true; } if (found) { uri = p.toUri().toString(); } else { uri = "file: } } return new URL(uri); } }
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Utils { public static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix) throws MalformedURLException { String uri; if (location.startsWith("file: uri = location.substring(7); } else { uri = location; } if (!uri.contains(": boolean found = false; Path p = Paths.get(uri); if (!Files.exists(p) || Files.isDirectory(p)) { p = Paths.get(Utils.getProperty(defaultLocationProperty, defaultLocation), uri); if (!Files.exists(p) || Files.isDirectory(p)) { if (defaultSuffix != null && defaultSuffix.length > 0) { for (final String suffix : defaultSuffix) { p = Paths.get(Utils.getProperty(defaultLocationProperty, defaultLocation), uri + suffix); if (Files.exists(p) && !Files.isDirectory(p)) { found = true; break; } } } } else { found = true; } } else { found = true; } if (found) { uri = p.toUri().toString(); } else { uri = "file: } } return new URL(uri); } private Utils(); }
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Utils { public static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix) throws MalformedURLException { String uri; if (location.startsWith("file: uri = location.substring(7); } else { uri = location; } if (!uri.contains(": boolean found = false; Path p = Paths.get(uri); if (!Files.exists(p) || Files.isDirectory(p)) { p = Paths.get(Utils.getProperty(defaultLocationProperty, defaultLocation), uri); if (!Files.exists(p) || Files.isDirectory(p)) { if (defaultSuffix != null && defaultSuffix.length > 0) { for (final String suffix : defaultSuffix) { p = Paths.get(Utils.getProperty(defaultLocationProperty, defaultLocation), uri + suffix); if (Files.exists(p) && !Files.isDirectory(p)) { found = true; break; } } } } else { found = true; } } else { found = true; } if (found) { uri = p.toUri().toString(); } else { uri = "file: } } return new URL(uri); } private Utils(); static String filterProperties(final String text); static String filterProperties(final String text, final Matcher matcher, final PropertyGetter pg); static String getProperty(final String name); static String getProperty(final String name, final String defaultValue); static void logProperties(final Logger logger, final Level level, final Properties properties); static void logProperties(final Logger logger, final Level level, final Properties properties, final String prefix); static String readFilteredContent(final URL url); static String readFilteredContent(final String fileLocation); static List<String> readLines(final URL url); static List<String> readLines(final String fileLocation); static List<String> readFilteredLines(final String fileLocation); static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix); static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix); static String determineDefaultLocation(final String locationSuffix); static String camelCaseToEnum(final String camelCase); static String timeToHms(final long time); static String getDefaultEncoding(); static double computeRegressionTrend(final Collection<TimestampedRecord<Number>> data); static void setFirstNotNullProperty(final Properties props, final String propName, final String... values); static String getFirstNotNull(final String... values); static URL getResourceAsUrl(final String resource); static String getResource(final String resource); static void writeFileContent(final String fileName, final String content); static void writeFileContent(final File file, final String content); static void writeFileContent(final Path path, final String content); static void copyTemplateFromResource(final String resource, final Path target, final Properties properties); static String readTemplateFromResource(final String resource, final Properties properties); static void setLoggingLevel(final Level level); static void initTimeStamps(); static void initDebugAgent(); }
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Utils { public static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix) throws MalformedURLException { String uri; if (location.startsWith("file: uri = location.substring(7); } else { uri = location; } if (!uri.contains(": boolean found = false; Path p = Paths.get(uri); if (!Files.exists(p) || Files.isDirectory(p)) { p = Paths.get(Utils.getProperty(defaultLocationProperty, defaultLocation), uri); if (!Files.exists(p) || Files.isDirectory(p)) { if (defaultSuffix != null && defaultSuffix.length > 0) { for (final String suffix : defaultSuffix) { p = Paths.get(Utils.getProperty(defaultLocationProperty, defaultLocation), uri + suffix); if (Files.exists(p) && !Files.isDirectory(p)) { found = true; break; } } } } else { found = true; } } else { found = true; } if (found) { uri = p.toUri().toString(); } else { uri = "file: } } return new URL(uri); } private Utils(); static String filterProperties(final String text); static String filterProperties(final String text, final Matcher matcher, final PropertyGetter pg); static String getProperty(final String name); static String getProperty(final String name, final String defaultValue); static void logProperties(final Logger logger, final Level level, final Properties properties); static void logProperties(final Logger logger, final Level level, final Properties properties, final String prefix); static String readFilteredContent(final URL url); static String readFilteredContent(final String fileLocation); static List<String> readLines(final URL url); static List<String> readLines(final String fileLocation); static List<String> readFilteredLines(final String fileLocation); static URL locationToUrl(final String location, final String defaultLocationProperty, final String defaultLocation, final String defaultSuffix); static URL locationToUrlWithCheck(final String location, final String defaultLocationProperty, final String defaultLocation, final String... defaultSuffix); static String determineDefaultLocation(final String locationSuffix); static String camelCaseToEnum(final String camelCase); static String timeToHms(final long time); static String getDefaultEncoding(); static double computeRegressionTrend(final Collection<TimestampedRecord<Number>> data); static void setFirstNotNullProperty(final Properties props, final String propName, final String... values); static String getFirstNotNull(final String... values); static URL getResourceAsUrl(final String resource); static String getResource(final String resource); static void writeFileContent(final String fileName, final String content); static void writeFileContent(final File file, final String content); static void writeFileContent(final Path path, final String content); static void copyTemplateFromResource(final String resource, final Path target, final Properties properties); static String readTemplateFromResource(final String resource, final Properties properties); static void setLoggingLevel(final Level level); static void initTimeStamps(); static void initDebugAgent(); static final File DEFAULT_RESOURCES_DIR; static final File DEFAULT_PLUGINS_DIR; }
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@Test public void shouldSaveDebtToRepository() { Person person1 = TestUtil.createPerson("Chike Mgbemena", "07038111534"); Debt debt1 = TestUtil.createDebt(person1.getPhoneNumber(), 60000, Debt.DEBT_TYPE_IOWE, Debt.DEBT_STATUS_ACTIVE, "note 4345"); mAddEditDebtPresenter.saveDebt(person1, debt1); verify(mDebtsRepository).savePersonDebt(any(Debt.class), any(Person.class)); verify(mAddDebtView).showDebts(); }
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@Override public void saveDebt(Person person, Debt debt) { EspressoIdlingResource.increment(); if (isUpdateDebt()) { updatePersonDebt(person, debt); } else { createPersonDebt(person, debt); } }
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AddEditDebtPresenter implements AddEditDebtContract.Presenter { @Override public void saveDebt(Person person, Debt debt) { EspressoIdlingResource.increment(); if (isUpdateDebt()) { updatePersonDebt(person, debt); } else { createPersonDebt(person, debt); } } }
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AddEditDebtPresenter implements AddEditDebtContract.Presenter { @Override public void saveDebt(Person person, Debt debt) { EspressoIdlingResource.increment(); if (isUpdateDebt()) { updatePersonDebt(person, debt); } else { createPersonDebt(person, debt); } } @Inject AddEditDebtPresenter(PersonDebtsRepository debtsRepository, AddEditDebtContract.View view, boolean editDebt); }
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AddEditDebtPresenter implements AddEditDebtContract.Presenter { @Override public void saveDebt(Person person, Debt debt) { EspressoIdlingResource.increment(); if (isUpdateDebt()) { updatePersonDebt(person, debt); } else { createPersonDebt(person, debt); } } @Inject AddEditDebtPresenter(PersonDebtsRepository debtsRepository, AddEditDebtContract.View view, boolean editDebt); @Override void saveDebt(Person person, Debt debt); @Override void start(); @Override void stop(); }
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AddEditDebtPresenter implements AddEditDebtContract.Presenter { @Override public void saveDebt(Person person, Debt debt) { EspressoIdlingResource.increment(); if (isUpdateDebt()) { updatePersonDebt(person, debt); } else { createPersonDebt(person, debt); } } @Inject AddEditDebtPresenter(PersonDebtsRepository debtsRepository, AddEditDebtContract.View view, boolean editDebt); @Override void saveDebt(Person person, Debt debt); @Override void start(); @Override void stop(); }
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@Test public void shouldBeAbleToShowErrorWhenOweMeDebtsIsUnavailable() { mOweMePresenter.onLoadFinished(mock(Loader.class), null); verify(mOweMeDebtsView).showLoadingDebtsError(); }
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@Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mOweMeDebtsView.showLoadingDebtsError(); } else { showOweMeDebts(); } }
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OweMePresenter implements OweMeContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mOweMeDebtsView.showLoadingDebtsError(); } else { showOweMeDebts(); } } }
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OweMePresenter implements OweMeContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mOweMeDebtsView.showLoadingDebtsError(); } else { showOweMeDebts(); } } @Inject OweMePresenter(OweMeContract.View view, PersonDebtsRepository debtsRepository, LoaderManager loaderManager, OweMeLoader loader); }
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OweMePresenter implements OweMeContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mOweMeDebtsView.showLoadingDebtsError(); } else { showOweMeDebts(); } } @Inject OweMePresenter(OweMeContract.View view, PersonDebtsRepository debtsRepository, LoaderManager loaderManager, OweMeLoader loader); @Override void start(); @Override void stop(); @Override Loader<List<PersonDebt>> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data); @Override void onLoaderReset(Loader<List<PersonDebt>> loader); @Override void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType); }
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OweMePresenter implements OweMeContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mOweMeDebtsView.showLoadingDebtsError(); } else { showOweMeDebts(); } } @Inject OweMePresenter(OweMeContract.View view, PersonDebtsRepository debtsRepository, LoaderManager loaderManager, OweMeLoader loader); @Override void start(); @Override void stop(); @Override Loader<List<PersonDebt>> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data); @Override void onLoaderReset(Loader<List<PersonDebt>> loader); @Override void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType); }
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@Test public void shouldBeAbleToDeleteOweMeDebt() { mOweMePresenter.batchDeletePersonDebts(mPersonDebts, Debt.DEBT_TYPE_OWED); verify(mRepository).batchDelete(eq(mPersonDebts), eq(Debt.DEBT_TYPE_OWED)); }
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@Override public void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType) { if (!personDebts.isEmpty()) { mPersonDebtsRepository.batchDelete(personDebts, debtType); } }
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OweMePresenter implements OweMeContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType) { if (!personDebts.isEmpty()) { mPersonDebtsRepository.batchDelete(personDebts, debtType); } } }
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OweMePresenter implements OweMeContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType) { if (!personDebts.isEmpty()) { mPersonDebtsRepository.batchDelete(personDebts, debtType); } } @Inject OweMePresenter(OweMeContract.View view, PersonDebtsRepository debtsRepository, LoaderManager loaderManager, OweMeLoader loader); }
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OweMePresenter implements OweMeContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType) { if (!personDebts.isEmpty()) { mPersonDebtsRepository.batchDelete(personDebts, debtType); } } @Inject OweMePresenter(OweMeContract.View view, PersonDebtsRepository debtsRepository, LoaderManager loaderManager, OweMeLoader loader); @Override void start(); @Override void stop(); @Override Loader<List<PersonDebt>> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data); @Override void onLoaderReset(Loader<List<PersonDebt>> loader); @Override void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType); }
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OweMePresenter implements OweMeContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType) { if (!personDebts.isEmpty()) { mPersonDebtsRepository.batchDelete(personDebts, debtType); } } @Inject OweMePresenter(OweMeContract.View view, PersonDebtsRepository debtsRepository, LoaderManager loaderManager, OweMeLoader loader); @Override void start(); @Override void stop(); @Override Loader<List<PersonDebt>> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data); @Override void onLoaderReset(Loader<List<PersonDebt>> loader); @Override void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType); }
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@Test public void shouldBeAbleToLoadAllIOweDebtsFromRepositoryAndLoadIntoView() { mIOwePresenter.onLoadFinished(mock(Loader.class), mPersonDebts); verify(mIOweView).showDebts(mShowDebtsArgumentCaptor.capture()); assertThat(mShowDebtsArgumentCaptor.getValue().size(), is(3)); }
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@Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mIOweView.showLoadingDebtsError(); } else { showIOweDebts(); } }
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IOwePresenter implements IOweContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mIOweView.showLoadingDebtsError(); } else { showIOweDebts(); } } }
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IOwePresenter implements IOweContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mIOweView.showLoadingDebtsError(); } else { showIOweDebts(); } } @Inject IOwePresenter(IOweContract.View view, PersonDebtsRepository debtsRepository, LoaderManager loaderManager, IOweLoader loader); }
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IOwePresenter implements IOweContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mIOweView.showLoadingDebtsError(); } else { showIOweDebts(); } } @Inject IOwePresenter(IOweContract.View view, PersonDebtsRepository debtsRepository, LoaderManager loaderManager, IOweLoader loader); @Override void start(); @Override Loader<List<PersonDebt>> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data); @Override void onLoaderReset(Loader<List<PersonDebt>> loader); @Override void stop(); @Override void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType); }
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IOwePresenter implements IOweContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mIOweView.showLoadingDebtsError(); } else { showIOweDebts(); } } @Inject IOwePresenter(IOweContract.View view, PersonDebtsRepository debtsRepository, LoaderManager loaderManager, IOweLoader loader); @Override void start(); @Override Loader<List<PersonDebt>> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data); @Override void onLoaderReset(Loader<List<PersonDebt>> loader); @Override void stop(); @Override void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType); }
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@Test public void shouldBeAbleToLoadAllIOweDebtsFromRepositoryAndShowEmptyViewIfNotAvailable() { mIOwePresenter.onLoadFinished(mock(Loader.class), new ArrayList<PersonDebt>()); verify(mIOweView).showEmptyView(); }
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@Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mIOweView.showLoadingDebtsError(); } else { showIOweDebts(); } }
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IOwePresenter implements IOweContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mIOweView.showLoadingDebtsError(); } else { showIOweDebts(); } } }
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IOwePresenter implements IOweContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mIOweView.showLoadingDebtsError(); } else { showIOweDebts(); } } @Inject IOwePresenter(IOweContract.View view, PersonDebtsRepository debtsRepository, LoaderManager loaderManager, IOweLoader loader); }
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IOwePresenter implements IOweContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mIOweView.showLoadingDebtsError(); } else { showIOweDebts(); } } @Inject IOwePresenter(IOweContract.View view, PersonDebtsRepository debtsRepository, LoaderManager loaderManager, IOweLoader loader); @Override void start(); @Override Loader<List<PersonDebt>> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data); @Override void onLoaderReset(Loader<List<PersonDebt>> loader); @Override void stop(); @Override void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType); }
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IOwePresenter implements IOweContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mIOweView.showLoadingDebtsError(); } else { showIOweDebts(); } } @Inject IOwePresenter(IOweContract.View view, PersonDebtsRepository debtsRepository, LoaderManager loaderManager, IOweLoader loader); @Override void start(); @Override Loader<List<PersonDebt>> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data); @Override void onLoaderReset(Loader<List<PersonDebt>> loader); @Override void stop(); @Override void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType); }
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@Test public void shouldBeAbleToShowErrorWhenIOweDebtsIsUnavailable() { mIOwePresenter.onLoadFinished(mock(Loader.class), null); verify(mIOweView).showLoadingDebtsError(); }
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@Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mIOweView.showLoadingDebtsError(); } else { showIOweDebts(); } }
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IOwePresenter implements IOweContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mIOweView.showLoadingDebtsError(); } else { showIOweDebts(); } } }
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IOwePresenter implements IOweContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mIOweView.showLoadingDebtsError(); } else { showIOweDebts(); } } @Inject IOwePresenter(IOweContract.View view, PersonDebtsRepository debtsRepository, LoaderManager loaderManager, IOweLoader loader); }
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IOwePresenter implements IOweContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mIOweView.showLoadingDebtsError(); } else { showIOweDebts(); } } @Inject IOwePresenter(IOweContract.View view, PersonDebtsRepository debtsRepository, LoaderManager loaderManager, IOweLoader loader); @Override void start(); @Override Loader<List<PersonDebt>> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data); @Override void onLoaderReset(Loader<List<PersonDebt>> loader); @Override void stop(); @Override void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType); }
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IOwePresenter implements IOweContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mIOweView.showLoadingDebtsError(); } else { showIOweDebts(); } } @Inject IOwePresenter(IOweContract.View view, PersonDebtsRepository debtsRepository, LoaderManager loaderManager, IOweLoader loader); @Override void start(); @Override Loader<List<PersonDebt>> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data); @Override void onLoaderReset(Loader<List<PersonDebt>> loader); @Override void stop(); @Override void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType); }
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@Test public void shouldBeAbleToDeleteIOweDebts() { mIOwePresenter.batchDeletePersonDebts(mPersonDebts, Debt.DEBT_TYPE_IOWE); verify(mRepository).batchDelete(eq(mPersonDebts), eq(Debt.DEBT_TYPE_IOWE)); }
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@Override public void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType) { if (!personDebts.isEmpty()) { mPersonDebtsRepository.batchDelete(personDebts, debtType); } }
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IOwePresenter implements IOweContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType) { if (!personDebts.isEmpty()) { mPersonDebtsRepository.batchDelete(personDebts, debtType); } } }
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IOwePresenter implements IOweContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType) { if (!personDebts.isEmpty()) { mPersonDebtsRepository.batchDelete(personDebts, debtType); } } @Inject IOwePresenter(IOweContract.View view, PersonDebtsRepository debtsRepository, LoaderManager loaderManager, IOweLoader loader); }
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IOwePresenter implements IOweContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType) { if (!personDebts.isEmpty()) { mPersonDebtsRepository.batchDelete(personDebts, debtType); } } @Inject IOwePresenter(IOweContract.View view, PersonDebtsRepository debtsRepository, LoaderManager loaderManager, IOweLoader loader); @Override void start(); @Override Loader<List<PersonDebt>> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data); @Override void onLoaderReset(Loader<List<PersonDebt>> loader); @Override void stop(); @Override void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType); }
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IOwePresenter implements IOweContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType) { if (!personDebts.isEmpty()) { mPersonDebtsRepository.batchDelete(personDebts, debtType); } } @Inject IOwePresenter(IOweContract.View view, PersonDebtsRepository debtsRepository, LoaderManager loaderManager, IOweLoader loader); @Override void start(); @Override Loader<List<PersonDebt>> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data); @Override void onLoaderReset(Loader<List<PersonDebt>> loader); @Override void stop(); @Override void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType); }
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@Test public void shouldBeAbleToLoadPersonDebtsFromRepositoryAndLoadIntoView() { mPersonDetailPresenter.onLoadFinished(mock(Loader.class), mDebts); verify(mPersonDetailView).showPersonDebts(mShowDebtsArgumentCaptor.capture()); assertThat(mShowDebtsArgumentCaptor.getValue().size(), is(4)); }
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@Override public void onLoadFinished(Loader<List<Debt>> loader, List<Debt> data) { if (data.isEmpty()) { mPersonDebtsDetailView.showMissingPersonDebts(); }else { mPersonDebtsDetailView.showPersonDebts(data); } }
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PersonDetailPresenter implements PersonDetailContract.Presenter, LoaderManager.LoaderCallbacks<List<Debt>> { @Override public void onLoadFinished(Loader<List<Debt>> loader, List<Debt> data) { if (data.isEmpty()) { mPersonDebtsDetailView.showMissingPersonDebts(); }else { mPersonDebtsDetailView.showPersonDebts(data); } } }
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PersonDetailPresenter implements PersonDetailContract.Presenter, LoaderManager.LoaderCallbacks<List<Debt>> { @Override public void onLoadFinished(Loader<List<Debt>> loader, List<Debt> data) { if (data.isEmpty()) { mPersonDebtsDetailView.showMissingPersonDebts(); }else { mPersonDebtsDetailView.showPersonDebts(data); } } @Inject PersonDetailPresenter(@NonNull PersonDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull PersonDebtsLoader loader,
@NonNull String personPhoneNumber); }
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PersonDetailPresenter implements PersonDetailContract.Presenter, LoaderManager.LoaderCallbacks<List<Debt>> { @Override public void onLoadFinished(Loader<List<Debt>> loader, List<Debt> data) { if (data.isEmpty()) { mPersonDebtsDetailView.showMissingPersonDebts(); }else { mPersonDebtsDetailView.showPersonDebts(data); } } @Inject PersonDetailPresenter(@NonNull PersonDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull PersonDebtsLoader loader,
@NonNull String personPhoneNumber); @Override void start(); @Override void stop(); @Override Loader<List<Debt>> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<List<Debt>> loader, List<Debt> data); @Override void onLoaderReset(Loader<List<Debt>> loader); }
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PersonDetailPresenter implements PersonDetailContract.Presenter, LoaderManager.LoaderCallbacks<List<Debt>> { @Override public void onLoadFinished(Loader<List<Debt>> loader, List<Debt> data) { if (data.isEmpty()) { mPersonDebtsDetailView.showMissingPersonDebts(); }else { mPersonDebtsDetailView.showPersonDebts(data); } } @Inject PersonDetailPresenter(@NonNull PersonDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull PersonDebtsLoader loader,
@NonNull String personPhoneNumber); @Override void start(); @Override void stop(); @Override Loader<List<Debt>> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<List<Debt>> loader, List<Debt> data); @Override void onLoaderReset(Loader<List<Debt>> loader); }
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@Test public void shouldBeAbleToLoadPersonDebtsFromRepositoryAndShowEmptyViewIfNotAvailable() { mPersonDetailPresenter.onLoadFinished(mock(Loader.class), new ArrayList<>()); verify(mPersonDetailView).showMissingPersonDebts(); }
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@Override public void onLoadFinished(Loader<List<Debt>> loader, List<Debt> data) { if (data.isEmpty()) { mPersonDebtsDetailView.showMissingPersonDebts(); }else { mPersonDebtsDetailView.showPersonDebts(data); } }
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PersonDetailPresenter implements PersonDetailContract.Presenter, LoaderManager.LoaderCallbacks<List<Debt>> { @Override public void onLoadFinished(Loader<List<Debt>> loader, List<Debt> data) { if (data.isEmpty()) { mPersonDebtsDetailView.showMissingPersonDebts(); }else { mPersonDebtsDetailView.showPersonDebts(data); } } }
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PersonDetailPresenter implements PersonDetailContract.Presenter, LoaderManager.LoaderCallbacks<List<Debt>> { @Override public void onLoadFinished(Loader<List<Debt>> loader, List<Debt> data) { if (data.isEmpty()) { mPersonDebtsDetailView.showMissingPersonDebts(); }else { mPersonDebtsDetailView.showPersonDebts(data); } } @Inject PersonDetailPresenter(@NonNull PersonDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull PersonDebtsLoader loader,
@NonNull String personPhoneNumber); }
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PersonDetailPresenter implements PersonDetailContract.Presenter, LoaderManager.LoaderCallbacks<List<Debt>> { @Override public void onLoadFinished(Loader<List<Debt>> loader, List<Debt> data) { if (data.isEmpty()) { mPersonDebtsDetailView.showMissingPersonDebts(); }else { mPersonDebtsDetailView.showPersonDebts(data); } } @Inject PersonDetailPresenter(@NonNull PersonDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull PersonDebtsLoader loader,
@NonNull String personPhoneNumber); @Override void start(); @Override void stop(); @Override Loader<List<Debt>> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<List<Debt>> loader, List<Debt> data); @Override void onLoaderReset(Loader<List<Debt>> loader); }
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PersonDetailPresenter implements PersonDetailContract.Presenter, LoaderManager.LoaderCallbacks<List<Debt>> { @Override public void onLoadFinished(Loader<List<Debt>> loader, List<Debt> data) { if (data.isEmpty()) { mPersonDebtsDetailView.showMissingPersonDebts(); }else { mPersonDebtsDetailView.showPersonDebts(data); } } @Inject PersonDetailPresenter(@NonNull PersonDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull PersonDebtsLoader loader,
@NonNull String personPhoneNumber); @Override void start(); @Override void stop(); @Override Loader<List<Debt>> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<List<Debt>> loader, List<Debt> data); @Override void onLoaderReset(Loader<List<Debt>> loader); }
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@Test public void shouldBeAbleToLoadPeopleFromRepositoryAndShowEmptyViewIfNotAvailable() { mPeoplePresenter.onLoadFinished(mock(Loader.class), new ArrayList<Person>()); verify(mPeopleView).showEmptyView(); }
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@Override public void onLoadFinished(Loader<List<Person>> loader, List<Person> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentPeople = data; if (mCurrentPeople == null) { mPeopleView.showLoadingPeopleError(); } else { showPeople(); } }
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PeoplePresenter implements PeopleContract.Presenter, LoaderManager.LoaderCallbacks<List<Person>> { @Override public void onLoadFinished(Loader<List<Person>> loader, List<Person> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentPeople = data; if (mCurrentPeople == null) { mPeopleView.showLoadingPeopleError(); } else { showPeople(); } } }
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PeoplePresenter implements PeopleContract.Presenter, LoaderManager.LoaderCallbacks<List<Person>> { @Override public void onLoadFinished(Loader<List<Person>> loader, List<Person> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentPeople = data; if (mCurrentPeople == null) { mPeopleView.showLoadingPeopleError(); } else { showPeople(); } } @Inject PeoplePresenter(PeopleContract.View view, LoaderManager loaderManager, PeopleLoader loader); }
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PeoplePresenter implements PeopleContract.Presenter, LoaderManager.LoaderCallbacks<List<Person>> { @Override public void onLoadFinished(Loader<List<Person>> loader, List<Person> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentPeople = data; if (mCurrentPeople == null) { mPeopleView.showLoadingPeopleError(); } else { showPeople(); } } @Inject PeoplePresenter(PeopleContract.View view, LoaderManager loaderManager, PeopleLoader loader); @Override void start(); @Override Loader<List<Person>> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<List<Person>> loader, List<Person> data); @Override void onLoaderReset(Loader<List<Person>> loader); @Override void stop(); }
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PeoplePresenter implements PeopleContract.Presenter, LoaderManager.LoaderCallbacks<List<Person>> { @Override public void onLoadFinished(Loader<List<Person>> loader, List<Person> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentPeople = data; if (mCurrentPeople == null) { mPeopleView.showLoadingPeopleError(); } else { showPeople(); } } @Inject PeoplePresenter(PeopleContract.View view, LoaderManager loaderManager, PeopleLoader loader); @Override void start(); @Override Loader<List<Person>> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<List<Person>> loader, List<Person> data); @Override void onLoaderReset(Loader<List<Person>> loader); @Override void stop(); }
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@Test public void shouldBeAbleToShowErrorWhenPeopleIsUnavailable() { mPeoplePresenter.onLoadFinished(mock(Loader.class), null); verify(mPeopleView).showLoadingPeopleError(); }
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@Override public void onLoadFinished(Loader<List<Person>> loader, List<Person> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentPeople = data; if (mCurrentPeople == null) { mPeopleView.showLoadingPeopleError(); } else { showPeople(); } }
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PeoplePresenter implements PeopleContract.Presenter, LoaderManager.LoaderCallbacks<List<Person>> { @Override public void onLoadFinished(Loader<List<Person>> loader, List<Person> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentPeople = data; if (mCurrentPeople == null) { mPeopleView.showLoadingPeopleError(); } else { showPeople(); } } }
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PeoplePresenter implements PeopleContract.Presenter, LoaderManager.LoaderCallbacks<List<Person>> { @Override public void onLoadFinished(Loader<List<Person>> loader, List<Person> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentPeople = data; if (mCurrentPeople == null) { mPeopleView.showLoadingPeopleError(); } else { showPeople(); } } @Inject PeoplePresenter(PeopleContract.View view, LoaderManager loaderManager, PeopleLoader loader); }
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PeoplePresenter implements PeopleContract.Presenter, LoaderManager.LoaderCallbacks<List<Person>> { @Override public void onLoadFinished(Loader<List<Person>> loader, List<Person> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentPeople = data; if (mCurrentPeople == null) { mPeopleView.showLoadingPeopleError(); } else { showPeople(); } } @Inject PeoplePresenter(PeopleContract.View view, LoaderManager loaderManager, PeopleLoader loader); @Override void start(); @Override Loader<List<Person>> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<List<Person>> loader, List<Person> data); @Override void onLoaderReset(Loader<List<Person>> loader); @Override void stop(); }
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PeoplePresenter implements PeopleContract.Presenter, LoaderManager.LoaderCallbacks<List<Person>> { @Override public void onLoadFinished(Loader<List<Person>> loader, List<Person> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentPeople = data; if (mCurrentPeople == null) { mPeopleView.showLoadingPeopleError(); } else { showPeople(); } } @Inject PeoplePresenter(PeopleContract.View view, LoaderManager loaderManager, PeopleLoader loader); @Override void start(); @Override Loader<List<Person>> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<List<Person>> loader, List<Person> data); @Override void onLoaderReset(Loader<List<Person>> loader); @Override void stop(); }
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@Test public void shouldShowEmptyDebtErrorUiWhenDebtSaved() { Person person1 = TestUtil.createPerson("", ""); Debt debt1 = TestUtil.createDebt("", 0, Debt.DEBT_TYPE_OWED, Debt.DEBT_STATUS_ACTIVE, ""); mAddEditDebtPresenter.saveDebt(person1, debt1); verify(mAddDebtView).showEmptyDebtError(); }
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@Override public void saveDebt(Person person, Debt debt) { EspressoIdlingResource.increment(); if (isUpdateDebt()) { updatePersonDebt(person, debt); } else { createPersonDebt(person, debt); } }
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AddEditDebtPresenter implements AddEditDebtContract.Presenter { @Override public void saveDebt(Person person, Debt debt) { EspressoIdlingResource.increment(); if (isUpdateDebt()) { updatePersonDebt(person, debt); } else { createPersonDebt(person, debt); } } }
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AddEditDebtPresenter implements AddEditDebtContract.Presenter { @Override public void saveDebt(Person person, Debt debt) { EspressoIdlingResource.increment(); if (isUpdateDebt()) { updatePersonDebt(person, debt); } else { createPersonDebt(person, debt); } } @Inject AddEditDebtPresenter(PersonDebtsRepository debtsRepository, AddEditDebtContract.View view, boolean editDebt); }
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AddEditDebtPresenter implements AddEditDebtContract.Presenter { @Override public void saveDebt(Person person, Debt debt) { EspressoIdlingResource.increment(); if (isUpdateDebt()) { updatePersonDebt(person, debt); } else { createPersonDebt(person, debt); } } @Inject AddEditDebtPresenter(PersonDebtsRepository debtsRepository, AddEditDebtContract.View view, boolean editDebt); @Override void saveDebt(Person person, Debt debt); @Override void start(); @Override void stop(); }
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AddEditDebtPresenter implements AddEditDebtContract.Presenter { @Override public void saveDebt(Person person, Debt debt) { EspressoIdlingResource.increment(); if (isUpdateDebt()) { updatePersonDebt(person, debt); } else { createPersonDebt(person, debt); } } @Inject AddEditDebtPresenter(PersonDebtsRepository debtsRepository, AddEditDebtContract.View view, boolean editDebt); @Override void saveDebt(Person person, Debt debt); @Override void start(); @Override void stop(); }
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@Test public void shouldBeAbleToLoadPersonDebtFromRepositoryAndLoadIntoView() { mDebtDetailPresenter.onLoadFinished(mock(Loader.class), mPersonDebt); verify(mView).showPersonDebt(mShowPersonDebtArgumentCaptor.capture()); assertThat(mShowPersonDebtArgumentCaptor.getValue(), is(mPersonDebt)); }
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@Override public void onLoadFinished(Loader<PersonDebt> loader, PersonDebt personDebt) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } showPersonDebtInView(personDebt); }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void onLoadFinished(Loader<PersonDebt> loader, PersonDebt personDebt) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } showPersonDebtInView(personDebt); } }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void onLoadFinished(Loader<PersonDebt> loader, PersonDebt personDebt) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } showPersonDebtInView(personDebt); } @Inject DebtDetailPresenter(@NonNull String debtId,
@NonNull PersonDebtsRepository debtsRepository,
@NonNull DebtDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull DebtLoader loader); }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void onLoadFinished(Loader<PersonDebt> loader, PersonDebt personDebt) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } showPersonDebtInView(personDebt); } @Inject DebtDetailPresenter(@NonNull String debtId,
@NonNull PersonDebtsRepository debtsRepository,
@NonNull DebtDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull DebtLoader loader); @Override void start(); @Override void stop(); @Override void addPartialPayment(@NonNull Payment payment); @Override void editPayment(@NonNull Payment payment, @NonNull Debt debt); @Override void deletePersonDebt(@NonNull PersonDebt personDebt); @Override void deletePayment(@NonNull Payment payment); @Override void refreshPayments(); @Override Loader<PersonDebt> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<PersonDebt> loader, PersonDebt personDebt); @Override void onLoaderReset(Loader<PersonDebt> loader); }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void onLoadFinished(Loader<PersonDebt> loader, PersonDebt personDebt) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } showPersonDebtInView(personDebt); } @Inject DebtDetailPresenter(@NonNull String debtId,
@NonNull PersonDebtsRepository debtsRepository,
@NonNull DebtDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull DebtLoader loader); @Override void start(); @Override void stop(); @Override void addPartialPayment(@NonNull Payment payment); @Override void editPayment(@NonNull Payment payment, @NonNull Debt debt); @Override void deletePersonDebt(@NonNull PersonDebt personDebt); @Override void deletePayment(@NonNull Payment payment); @Override void refreshPayments(); @Override Loader<PersonDebt> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<PersonDebt> loader, PersonDebt personDebt); @Override void onLoaderReset(Loader<PersonDebt> loader); }
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@Test public void shouldBeAbleToDeletePersonDebt() { mDebtDetailPresenter.deletePersonDebt(mPersonDebt); verify(mRepository).deletePersonDebt(eq(mPersonDebt)); verify(mView).showPersonDebtDeleted(); }
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@Override public void deletePersonDebt(@NonNull PersonDebt personDebt) { checkNotNull(personDebt); EspressoIdlingResource.increment(); mDebtsRepository.deletePersonDebt(personDebt); mDebtDetailView.showPersonDebtDeleted(); }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void deletePersonDebt(@NonNull PersonDebt personDebt) { checkNotNull(personDebt); EspressoIdlingResource.increment(); mDebtsRepository.deletePersonDebt(personDebt); mDebtDetailView.showPersonDebtDeleted(); } }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void deletePersonDebt(@NonNull PersonDebt personDebt) { checkNotNull(personDebt); EspressoIdlingResource.increment(); mDebtsRepository.deletePersonDebt(personDebt); mDebtDetailView.showPersonDebtDeleted(); } @Inject DebtDetailPresenter(@NonNull String debtId,
@NonNull PersonDebtsRepository debtsRepository,
@NonNull DebtDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull DebtLoader loader); }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void deletePersonDebt(@NonNull PersonDebt personDebt) { checkNotNull(personDebt); EspressoIdlingResource.increment(); mDebtsRepository.deletePersonDebt(personDebt); mDebtDetailView.showPersonDebtDeleted(); } @Inject DebtDetailPresenter(@NonNull String debtId,
@NonNull PersonDebtsRepository debtsRepository,
@NonNull DebtDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull DebtLoader loader); @Override void start(); @Override void stop(); @Override void addPartialPayment(@NonNull Payment payment); @Override void editPayment(@NonNull Payment payment, @NonNull Debt debt); @Override void deletePersonDebt(@NonNull PersonDebt personDebt); @Override void deletePayment(@NonNull Payment payment); @Override void refreshPayments(); @Override Loader<PersonDebt> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<PersonDebt> loader, PersonDebt personDebt); @Override void onLoaderReset(Loader<PersonDebt> loader); }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void deletePersonDebt(@NonNull PersonDebt personDebt) { checkNotNull(personDebt); EspressoIdlingResource.increment(); mDebtsRepository.deletePersonDebt(personDebt); mDebtDetailView.showPersonDebtDeleted(); } @Inject DebtDetailPresenter(@NonNull String debtId,
@NonNull PersonDebtsRepository debtsRepository,
@NonNull DebtDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull DebtLoader loader); @Override void start(); @Override void stop(); @Override void addPartialPayment(@NonNull Payment payment); @Override void editPayment(@NonNull Payment payment, @NonNull Debt debt); @Override void deletePersonDebt(@NonNull PersonDebt personDebt); @Override void deletePayment(@NonNull Payment payment); @Override void refreshPayments(); @Override Loader<PersonDebt> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<PersonDebt> loader, PersonDebt personDebt); @Override void onLoaderReset(Loader<PersonDebt> loader); }
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@Test public void shouldBeAbleToShowMissingDebtMessageWhenPersonDebtIsNull() { mDebtDetailPresenter.onLoadFinished(mock(Loader.class), null); verify(mView).showMissingDebt(); }
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@Override public void onLoadFinished(Loader<PersonDebt> loader, PersonDebt personDebt) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } showPersonDebtInView(personDebt); }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void onLoadFinished(Loader<PersonDebt> loader, PersonDebt personDebt) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } showPersonDebtInView(personDebt); } }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void onLoadFinished(Loader<PersonDebt> loader, PersonDebt personDebt) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } showPersonDebtInView(personDebt); } @Inject DebtDetailPresenter(@NonNull String debtId,
@NonNull PersonDebtsRepository debtsRepository,
@NonNull DebtDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull DebtLoader loader); }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void onLoadFinished(Loader<PersonDebt> loader, PersonDebt personDebt) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } showPersonDebtInView(personDebt); } @Inject DebtDetailPresenter(@NonNull String debtId,
@NonNull PersonDebtsRepository debtsRepository,
@NonNull DebtDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull DebtLoader loader); @Override void start(); @Override void stop(); @Override void addPartialPayment(@NonNull Payment payment); @Override void editPayment(@NonNull Payment payment, @NonNull Debt debt); @Override void deletePersonDebt(@NonNull PersonDebt personDebt); @Override void deletePayment(@NonNull Payment payment); @Override void refreshPayments(); @Override Loader<PersonDebt> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<PersonDebt> loader, PersonDebt personDebt); @Override void onLoaderReset(Loader<PersonDebt> loader); }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void onLoadFinished(Loader<PersonDebt> loader, PersonDebt personDebt) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } showPersonDebtInView(personDebt); } @Inject DebtDetailPresenter(@NonNull String debtId,
@NonNull PersonDebtsRepository debtsRepository,
@NonNull DebtDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull DebtLoader loader); @Override void start(); @Override void stop(); @Override void addPartialPayment(@NonNull Payment payment); @Override void editPayment(@NonNull Payment payment, @NonNull Debt debt); @Override void deletePersonDebt(@NonNull PersonDebt personDebt); @Override void deletePayment(@NonNull Payment payment); @Override void refreshPayments(); @Override Loader<PersonDebt> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<PersonDebt> loader, PersonDebt personDebt); @Override void onLoaderReset(Loader<PersonDebt> loader); }
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@Test public void shouldBeAbleToAddPartialPayment() { Payment payment = TestUtil.createAndGetADebtPayment1(mDebt.getId()); when(mRepository.getPersonDebt(anyString(), anyInt())).thenReturn(mPersonDebt); mDebtDetailPresenter.addPartialPayment(payment); verify(mRepository).savePayment(eq(payment)); verify(mView).showPersonDebt(eq(mPersonDebt)); }
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@Override public void addPartialPayment(@NonNull Payment payment) { checkNotNull(payment); mDebtsRepository.savePayment(payment); refreshPayments(); }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void addPartialPayment(@NonNull Payment payment) { checkNotNull(payment); mDebtsRepository.savePayment(payment); refreshPayments(); } }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void addPartialPayment(@NonNull Payment payment) { checkNotNull(payment); mDebtsRepository.savePayment(payment); refreshPayments(); } @Inject DebtDetailPresenter(@NonNull String debtId,
@NonNull PersonDebtsRepository debtsRepository,
@NonNull DebtDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull DebtLoader loader); }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void addPartialPayment(@NonNull Payment payment) { checkNotNull(payment); mDebtsRepository.savePayment(payment); refreshPayments(); } @Inject DebtDetailPresenter(@NonNull String debtId,
@NonNull PersonDebtsRepository debtsRepository,
@NonNull DebtDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull DebtLoader loader); @Override void start(); @Override void stop(); @Override void addPartialPayment(@NonNull Payment payment); @Override void editPayment(@NonNull Payment payment, @NonNull Debt debt); @Override void deletePersonDebt(@NonNull PersonDebt personDebt); @Override void deletePayment(@NonNull Payment payment); @Override void refreshPayments(); @Override Loader<PersonDebt> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<PersonDebt> loader, PersonDebt personDebt); @Override void onLoaderReset(Loader<PersonDebt> loader); }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void addPartialPayment(@NonNull Payment payment) { checkNotNull(payment); mDebtsRepository.savePayment(payment); refreshPayments(); } @Inject DebtDetailPresenter(@NonNull String debtId,
@NonNull PersonDebtsRepository debtsRepository,
@NonNull DebtDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull DebtLoader loader); @Override void start(); @Override void stop(); @Override void addPartialPayment(@NonNull Payment payment); @Override void editPayment(@NonNull Payment payment, @NonNull Debt debt); @Override void deletePersonDebt(@NonNull PersonDebt personDebt); @Override void deletePayment(@NonNull Payment payment); @Override void refreshPayments(); @Override Loader<PersonDebt> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<PersonDebt> loader, PersonDebt personDebt); @Override void onLoaderReset(Loader<PersonDebt> loader); }
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@Test public void shouldBeAbleToEditPayment() { Payment payment = TestUtil.createAndGetADebtPayment1(mDebt.getId()); when(mRepository.getPersonDebt(anyString(), anyInt())).thenReturn(mPersonDebt); mDebtDetailPresenter.editPayment(payment, mDebt); verify(mRepository).editPayment(eq(payment), eq(mDebt)); verify(mView).showPersonDebt(eq(mPersonDebt)); }
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@Override public void editPayment(@NonNull Payment payment, @NonNull Debt debt) { checkNotNull(payment); checkNotNull(debt); EspressoIdlingResource.increment(); mDebtsRepository.editPayment(payment, debt); refreshPayments(); }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void editPayment(@NonNull Payment payment, @NonNull Debt debt) { checkNotNull(payment); checkNotNull(debt); EspressoIdlingResource.increment(); mDebtsRepository.editPayment(payment, debt); refreshPayments(); } }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void editPayment(@NonNull Payment payment, @NonNull Debt debt) { checkNotNull(payment); checkNotNull(debt); EspressoIdlingResource.increment(); mDebtsRepository.editPayment(payment, debt); refreshPayments(); } @Inject DebtDetailPresenter(@NonNull String debtId,
@NonNull PersonDebtsRepository debtsRepository,
@NonNull DebtDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull DebtLoader loader); }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void editPayment(@NonNull Payment payment, @NonNull Debt debt) { checkNotNull(payment); checkNotNull(debt); EspressoIdlingResource.increment(); mDebtsRepository.editPayment(payment, debt); refreshPayments(); } @Inject DebtDetailPresenter(@NonNull String debtId,
@NonNull PersonDebtsRepository debtsRepository,
@NonNull DebtDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull DebtLoader loader); @Override void start(); @Override void stop(); @Override void addPartialPayment(@NonNull Payment payment); @Override void editPayment(@NonNull Payment payment, @NonNull Debt debt); @Override void deletePersonDebt(@NonNull PersonDebt personDebt); @Override void deletePayment(@NonNull Payment payment); @Override void refreshPayments(); @Override Loader<PersonDebt> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<PersonDebt> loader, PersonDebt personDebt); @Override void onLoaderReset(Loader<PersonDebt> loader); }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void editPayment(@NonNull Payment payment, @NonNull Debt debt) { checkNotNull(payment); checkNotNull(debt); EspressoIdlingResource.increment(); mDebtsRepository.editPayment(payment, debt); refreshPayments(); } @Inject DebtDetailPresenter(@NonNull String debtId,
@NonNull PersonDebtsRepository debtsRepository,
@NonNull DebtDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull DebtLoader loader); @Override void start(); @Override void stop(); @Override void addPartialPayment(@NonNull Payment payment); @Override void editPayment(@NonNull Payment payment, @NonNull Debt debt); @Override void deletePersonDebt(@NonNull PersonDebt personDebt); @Override void deletePayment(@NonNull Payment payment); @Override void refreshPayments(); @Override Loader<PersonDebt> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<PersonDebt> loader, PersonDebt personDebt); @Override void onLoaderReset(Loader<PersonDebt> loader); }
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@Test public void shouldBeAbleToDeletePayment() { Payment payment = TestUtil.createAndGetADebtPayment1(mDebt.getId()); when(mRepository.getPersonDebt(anyString(), anyInt())).thenReturn(mPersonDebt); mDebtDetailPresenter.deletePayment(payment); verify(mRepository).deletePayment(eq(payment)); verify(mView).showPersonDebt(eq(mPersonDebt)); }
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@Override public void deletePayment(@NonNull Payment payment) { checkNotNull(payment); EspressoIdlingResource.increment(); mDebtsRepository.deletePayment(payment); mDebtDetailView.showPaymentDeleted(); refreshPayments(); }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void deletePayment(@NonNull Payment payment) { checkNotNull(payment); EspressoIdlingResource.increment(); mDebtsRepository.deletePayment(payment); mDebtDetailView.showPaymentDeleted(); refreshPayments(); } }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void deletePayment(@NonNull Payment payment) { checkNotNull(payment); EspressoIdlingResource.increment(); mDebtsRepository.deletePayment(payment); mDebtDetailView.showPaymentDeleted(); refreshPayments(); } @Inject DebtDetailPresenter(@NonNull String debtId,
@NonNull PersonDebtsRepository debtsRepository,
@NonNull DebtDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull DebtLoader loader); }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void deletePayment(@NonNull Payment payment) { checkNotNull(payment); EspressoIdlingResource.increment(); mDebtsRepository.deletePayment(payment); mDebtDetailView.showPaymentDeleted(); refreshPayments(); } @Inject DebtDetailPresenter(@NonNull String debtId,
@NonNull PersonDebtsRepository debtsRepository,
@NonNull DebtDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull DebtLoader loader); @Override void start(); @Override void stop(); @Override void addPartialPayment(@NonNull Payment payment); @Override void editPayment(@NonNull Payment payment, @NonNull Debt debt); @Override void deletePersonDebt(@NonNull PersonDebt personDebt); @Override void deletePayment(@NonNull Payment payment); @Override void refreshPayments(); @Override Loader<PersonDebt> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<PersonDebt> loader, PersonDebt personDebt); @Override void onLoaderReset(Loader<PersonDebt> loader); }
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DebtDetailPresenter implements DebtDetailContract.Presenter, LoaderManager.LoaderCallbacks<PersonDebt> { @Override public void deletePayment(@NonNull Payment payment) { checkNotNull(payment); EspressoIdlingResource.increment(); mDebtsRepository.deletePayment(payment); mDebtDetailView.showPaymentDeleted(); refreshPayments(); } @Inject DebtDetailPresenter(@NonNull String debtId,
@NonNull PersonDebtsRepository debtsRepository,
@NonNull DebtDetailContract.View view,
@NonNull LoaderManager loaderManager,
@NonNull DebtLoader loader); @Override void start(); @Override void stop(); @Override void addPartialPayment(@NonNull Payment payment); @Override void editPayment(@NonNull Payment payment, @NonNull Debt debt); @Override void deletePersonDebt(@NonNull PersonDebt personDebt); @Override void deletePayment(@NonNull Payment payment); @Override void refreshPayments(); @Override Loader<PersonDebt> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<PersonDebt> loader, PersonDebt personDebt); @Override void onLoaderReset(Loader<PersonDebt> loader); }
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@Test public void shouldBeAbleToLoadAllOweMeDebtsFromRepositoryAndLoadIntoView() { mOweMePresenter.onLoadFinished(mock(Loader.class), mPersonDebts); verify(mOweMeDebtsView).showDebts(mShowDebtsArgumentCaptor.capture()); assertThat(mShowDebtsArgumentCaptor.getValue().size(), is(3)); }
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@Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mOweMeDebtsView.showLoadingDebtsError(); } else { showOweMeDebts(); } }
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OweMePresenter implements OweMeContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mOweMeDebtsView.showLoadingDebtsError(); } else { showOweMeDebts(); } } }
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OweMePresenter implements OweMeContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mOweMeDebtsView.showLoadingDebtsError(); } else { showOweMeDebts(); } } @Inject OweMePresenter(OweMeContract.View view, PersonDebtsRepository debtsRepository, LoaderManager loaderManager, OweMeLoader loader); }
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OweMePresenter implements OweMeContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mOweMeDebtsView.showLoadingDebtsError(); } else { showOweMeDebts(); } } @Inject OweMePresenter(OweMeContract.View view, PersonDebtsRepository debtsRepository, LoaderManager loaderManager, OweMeLoader loader); @Override void start(); @Override void stop(); @Override Loader<List<PersonDebt>> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data); @Override void onLoaderReset(Loader<List<PersonDebt>> loader); @Override void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType); }
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OweMePresenter implements OweMeContract.Presenter, LoaderManager.LoaderCallbacks<List<PersonDebt>> { @Override public void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data) { if (!EspressoIdlingResource.getIdlingResource().isIdleNow()) { EspressoIdlingResource.decrement(); } mCurrentDebts = data; if (mCurrentDebts == null) { mOweMeDebtsView.showLoadingDebtsError(); } else { showOweMeDebts(); } } @Inject OweMePresenter(OweMeContract.View view, PersonDebtsRepository debtsRepository, LoaderManager loaderManager, OweMeLoader loader); @Override void start(); @Override void stop(); @Override Loader<List<PersonDebt>> onCreateLoader(int id, Bundle args); @Override void onLoadFinished(Loader<List<PersonDebt>> loader, List<PersonDebt> data); @Override void onLoaderReset(Loader<List<PersonDebt>> loader); @Override void batchDeletePersonDebts(@NonNull List<PersonDebt> personDebts, @NonNull int debtType); }
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