Examples with InvalidArtifactRangeException co.cask.cdap.api.artifact.InvalidArtifactRangeException used on opensource projects

Example 1 with InvalidArtifactRangeException

use of co.cask.cdap.api.artifact.InvalidArtifactRangeException in project cdap by caskdata.

the class ArtifactHttpHandler method parseExtendsHeader.

// find out if this artifact extends other artifacts. If so, there will be a header like
// 'Artifact-Extends: <name>[<lowerversion>,<upperversion>]/<name>[<lowerversion>,<upperversion>]:
// for example: 'Artifact-Extends: etl-batch[1.0.0,2.0.0]/etl-realtime[1.0.0:3.0.0]
private Set<ArtifactRange> parseExtendsHeader(NamespaceId namespace, String extendsHeader) throws BadRequestException {
    Set<ArtifactRange> parentArtifacts = Sets.newHashSet();
    if (extendsHeader != null) {
        for (String parent : Splitter.on('/').split(extendsHeader)) {
            parent = parent.trim();
            ArtifactRange range;
            // try parsing it as a namespaced range like system:etl-batch[1.0.0,2.0.0)
            try {
                range = ArtifactRanges.parseArtifactRange(parent);
                // only support extending an artifact that is in the same namespace, or system namespace
                if (!NamespaceId.SYSTEM.getNamespace().equals(range.getNamespace()) && !namespace.getNamespace().equals(range.getNamespace())) {
                    throw new BadRequestException(String.format("Parent artifact %s must be in the same namespace or a system artifact.", parent));
                }
            } catch (InvalidArtifactRangeException e) {
                // if this failed, try parsing as a non-namespaced range like etl-batch[1.0.0,2.0.0)
                try {
                    range = ArtifactRanges.parseArtifactRange(namespace.getNamespace(), parent);
                } catch (InvalidArtifactRangeException e1) {
                    throw new BadRequestException(String.format("Invalid artifact range %s: %s", parent, e1.getMessage()));
                }
            }
            parentArtifacts.add(range);
        }
    }
    return parentArtifacts;
}

Example 2 with InvalidArtifactRangeException

use of co.cask.cdap.api.artifact.InvalidArtifactRangeException in project cdap by caskdata.

the class ArtifactStoreTest method testGetPlugins.

@Test
public void testGetPlugins() throws Exception {
    ArtifactRange parentArtifacts = new ArtifactRange(NamespaceId.DEFAULT.getNamespace(), "parent", new ArtifactVersion("1.0.0"), new ArtifactVersion("2.0.0"));
    // we have 2 plugins of type A and 2 plugins of type B
    PluginClass pluginA1 = new PluginClass("A", "p1", "desc", "c.p1", "cfg", ImmutableMap.of("threshold", new PluginPropertyField("thresh", "description", "double", true, false), "retry", new PluginPropertyField("retries", "description", "int", false, false)));
    PluginClass pluginA2 = new PluginClass("A", "p2", "desc", "c.p2", "conf", ImmutableMap.of("stream", new PluginPropertyField("stream", "description", "string", true, false)));
    PluginClass pluginB1 = new PluginClass("B", "p1", "desc", "c.p1", "cfg", ImmutableMap.of("createIfNotExist", new PluginPropertyField("createIfNotExist", "desc", "boolean", false, false)));
    PluginClass pluginB2 = new PluginClass("B", "p2", "desc", "c.p2", "stuff", ImmutableMap.of("numer", new PluginPropertyField("numerator", "description", "double", true, false), "denom", new PluginPropertyField("denominator", "description", "double", true, false)));
    // add artifacts
    // not interested in artifact contents for this test, using some dummy value
    String contents = "0";
    // write parent
    Id.Artifact parentArtifactId = Id.Artifact.from(Id.Namespace.DEFAULT, "parent", "1.0.0");
    ArtifactMeta parentMeta = new ArtifactMeta(ArtifactClasses.builder().build());
    writeArtifact(parentArtifactId, parentMeta, contents);
    // artifact artifactX-1.0.0 contains plugin A1
    Id.Artifact artifactXv100 = Id.Artifact.from(Id.Namespace.DEFAULT, "artifactX", "1.0.0");
    ArtifactMeta metaXv100 = new ArtifactMeta(ArtifactClasses.builder().addPlugin(pluginA1).build(), ImmutableSet.of(parentArtifacts));
    writeArtifact(artifactXv100, metaXv100, contents);
    ArtifactDescriptor artifactXv100Info = artifactStore.getArtifact(artifactXv100).getDescriptor();
    // artifact artifactX-1.1.0 contains plugin A1
    Id.Artifact artifactXv110 = Id.Artifact.from(Id.Namespace.DEFAULT, "artifactX", "1.1.0");
    ArtifactMeta metaXv110 = new ArtifactMeta(ArtifactClasses.builder().addPlugin(pluginA1).build(), ImmutableSet.of(parentArtifacts));
    writeArtifact(artifactXv110, metaXv110, contents);
    ArtifactDescriptor artifactXv110Info = artifactStore.getArtifact(artifactXv110).getDescriptor();
    // artifact artifactX-2.0.0 contains plugins A1 and A2
    Id.Artifact artifactXv200 = Id.Artifact.from(Id.Namespace.DEFAULT, "artifactX", "2.0.0");
    ArtifactMeta metaXv200 = new ArtifactMeta(ArtifactClasses.builder().addPlugins(pluginA1, pluginA2).build(), ImmutableSet.of(parentArtifacts));
    writeArtifact(artifactXv200, metaXv200, contents);
    ArtifactDescriptor artifactXv200Info = artifactStore.getArtifact(artifactXv200).getDescriptor();
    // artifact artifactY-1.0.0 contains plugin B1
    Id.Artifact artifactYv100 = Id.Artifact.from(Id.Namespace.DEFAULT, "artifactY", "1.0.0");
    ArtifactMeta metaYv100 = new ArtifactMeta(ArtifactClasses.builder().addPlugin(pluginB1).build(), ImmutableSet.of(parentArtifacts));
    writeArtifact(artifactYv100, metaYv100, contents);
    ArtifactDescriptor artifactYv100Info = artifactStore.getArtifact(artifactYv100).getDescriptor();
    // artifact artifactY-2.0.0 contains plugin B2
    Id.Artifact artifactYv200 = Id.Artifact.from(Id.Namespace.DEFAULT, "artifactY", "2.0.0");
    ArtifactMeta metaYv200 = new ArtifactMeta(ArtifactClasses.builder().addPlugin(pluginB2).build(), ImmutableSet.of(parentArtifacts));
    writeArtifact(artifactYv200, metaYv200, contents);
    ArtifactDescriptor artifactYv200Info = artifactStore.getArtifact(artifactYv200).getDescriptor();
    // artifact artifactZ-1.0.0 contains plugins A1 and B1
    Id.Artifact artifactZv100 = Id.Artifact.from(Id.Namespace.DEFAULT, "artifactZ", "1.0.0");
    ArtifactMeta metaZv100 = new ArtifactMeta(ArtifactClasses.builder().addPlugins(pluginA1, pluginB1).build(), ImmutableSet.of(parentArtifacts));
    writeArtifact(artifactZv100, metaZv100, contents);
    ArtifactDescriptor artifactZv100Info = artifactStore.getArtifact(artifactZv100).getDescriptor();
    // artifact artifactZ-2.0.0 contains plugins A1, A2, B1, and B2
    Id.Artifact artifactZv200 = Id.Artifact.from(Id.Namespace.DEFAULT, "artifactZ", "2.0.0");
    ArtifactMeta metaZv200 = new ArtifactMeta(ArtifactClasses.builder().addPlugins(pluginA1, pluginA2, pluginB1, pluginB2).build(), ImmutableSet.of(parentArtifacts));
    writeArtifact(artifactZv200, metaZv200, contents);
    ArtifactDescriptor artifactZv200Info = artifactStore.getArtifact(artifactZv200).getDescriptor();
    // test getting all plugins in the namespace
    Map<ArtifactDescriptor, Set<PluginClass>> expected = Maps.newHashMap();
    expected.put(artifactXv100Info, ImmutableSet.of(pluginA1));
    expected.put(artifactXv110Info, ImmutableSet.of(pluginA1));
    expected.put(artifactXv200Info, ImmutableSet.of(pluginA1, pluginA2));
    expected.put(artifactYv100Info, ImmutableSet.of(pluginB1));
    expected.put(artifactYv200Info, ImmutableSet.of(pluginB2));
    expected.put(artifactZv100Info, ImmutableSet.of(pluginA1, pluginB1));
    expected.put(artifactZv200Info, ImmutableSet.of(pluginA1, pluginA2, pluginB1, pluginB2));
    Map<ArtifactDescriptor, Set<PluginClass>> actual = artifactStore.getPluginClasses(NamespaceId.DEFAULT, parentArtifactId);
    Assert.assertEquals(expected, actual);
    // test getting all plugins by namespace and type
    // get all of type A
    expected = Maps.newHashMap();
    expected.put(artifactXv100Info, ImmutableSet.of(pluginA1));
    expected.put(artifactXv110Info, ImmutableSet.of(pluginA1));
    expected.put(artifactXv200Info, ImmutableSet.of(pluginA1, pluginA2));
    expected.put(artifactZv100Info, ImmutableSet.of(pluginA1));
    expected.put(artifactZv200Info, ImmutableSet.of(pluginA1, pluginA2));
    actual = artifactStore.getPluginClasses(NamespaceId.DEFAULT, parentArtifactId, "A");
    Assert.assertEquals(expected, actual);
    // get all of type B
    expected = Maps.newHashMap();
    expected.put(artifactYv100Info, ImmutableSet.of(pluginB1));
    expected.put(artifactYv200Info, ImmutableSet.of(pluginB2));
    expected.put(artifactZv100Info, ImmutableSet.of(pluginB1));
    expected.put(artifactZv200Info, ImmutableSet.of(pluginB1, pluginB2));
    actual = artifactStore.getPluginClasses(NamespaceId.DEFAULT, parentArtifactId, "B");
    Assert.assertEquals(expected, actual);
    // test getting plugins by namespace, type, and name
    // get all of type A and name p1
    Map<ArtifactDescriptor, PluginClass> expectedMap = Maps.newHashMap();
    expectedMap.put(artifactXv100Info, pluginA1);
    expectedMap.put(artifactXv110Info, pluginA1);
    expectedMap.put(artifactXv200Info, pluginA1);
    expectedMap.put(artifactZv100Info, pluginA1);
    expectedMap.put(artifactZv200Info, pluginA1);
    Map<ArtifactDescriptor, PluginClass> actualMap = artifactStore.getPluginClasses(NamespaceId.DEFAULT, parentArtifactId, "A", "p1", null, Integer.MAX_VALUE, ArtifactSortOrder.UNORDERED);
    Assert.assertEquals(expectedMap, actualMap);
    // test get limited number
    actualMap = artifactStore.getPluginClasses(NamespaceId.DEFAULT, parentArtifactId, "A", "p1", null, 1, ArtifactSortOrder.UNORDERED);
    Assert.assertEquals(ImmutableMap.of(artifactXv100Info, pluginA1), actualMap);
    // test get DESC order
    actualMap = new TreeMap<>(artifactStore.getPluginClasses(NamespaceId.DEFAULT, parentArtifactId, "A", "p1", null, Integer.MAX_VALUE, ArtifactSortOrder.DESC));
    Assert.assertEquals(expectedMap, new TreeMap<>(actualMap).descendingMap());
    // test Predicate
    Predicate<ArtifactId> predicate = new Predicate<ArtifactId>() {

        @Override
        public boolean apply(ArtifactId input) {
            try {
                return input.getParent().equals(NamespaceId.DEFAULT) && input.getArtifact().equals("artifactX") && ArtifactVersionRange.parse("[1.0.0, 1.1.0)").versionIsInRange(new ArtifactVersion(input.getVersion()));
            } catch (InvalidArtifactRangeException e) {
                return false;
            }
        }
    };
    expectedMap = Maps.newHashMap();
    expectedMap.put(artifactXv100Info, pluginA1);
    actualMap = artifactStore.getPluginClasses(NamespaceId.DEFAULT, parentArtifactId, "A", "p1", predicate, Integer.MAX_VALUE, ArtifactSortOrder.UNORDERED);
    Assert.assertEquals(expectedMap, actualMap);
    // test limit and order combined
    actualMap = artifactStore.getPluginClasses(NamespaceId.DEFAULT, parentArtifactId, "A", "p1", null, 1, ArtifactSortOrder.DESC);
    Assert.assertEquals(ImmutableMap.of(artifactZv200Info, pluginA1), actualMap);
    // test limit, order, predicate combined
    actualMap = artifactStore.getPluginClasses(NamespaceId.DEFAULT, parentArtifactId, "A", "p1", predicate, 1, ArtifactSortOrder.DESC);
    Assert.assertEquals(ImmutableMap.of(artifactXv100Info, pluginA1), actualMap);
    // get all of type A and name p2
    expectedMap = Maps.newHashMap();
    expectedMap.put(artifactXv200Info, pluginA2);
    expectedMap.put(artifactZv200Info, pluginA2);
    actualMap = artifactStore.getPluginClasses(NamespaceId.DEFAULT, parentArtifactId, "A", "p2", null, Integer.MAX_VALUE, ArtifactSortOrder.UNORDERED);
    Assert.assertEquals(expectedMap, actualMap);
    // get all of type B and name p1
    expectedMap = Maps.newHashMap();
    expectedMap.put(artifactYv100Info, pluginB1);
    expectedMap.put(artifactZv100Info, pluginB1);
    expectedMap.put(artifactZv200Info, pluginB1);
    actualMap = artifactStore.getPluginClasses(NamespaceId.DEFAULT, parentArtifactId, "B", "p1", null, Integer.MAX_VALUE, ArtifactSortOrder.UNORDERED);
    Assert.assertEquals(expectedMap, actualMap);
    // get all of type B and name p2
    expectedMap = Maps.newHashMap();
    expectedMap.put(artifactYv200Info, pluginB2);
    expectedMap.put(artifactZv200Info, pluginB2);
    actualMap = artifactStore.getPluginClasses(NamespaceId.DEFAULT, parentArtifactId, "B", "p2", null, Integer.MAX_VALUE, ArtifactSortOrder.UNORDERED);
    Assert.assertEquals(expectedMap, actualMap);
}

Example 3 with InvalidArtifactRangeException

use of co.cask.cdap.api.artifact.InvalidArtifactRangeException in project cdap by caskdata.

the class ArtifactSelectorProvider method getArtifactSelector.

/**
   * Gets the corresponding {@link ArtifactSelector} for this config.
   * Validates that any given scope, name, and version are all valid or null. The scope must be an
   * {@link ArtifactScope}, the version must be an {@link ArtifactVersion}, and the name only contains
   * alphanumeric, '-', or '_'. Also checks that at least one field is non-null.
   *
   * @return an {@link ArtifactSelector} using these config settings
   * @throws IllegalArgumentException if any one of the fields are invalid
   */
private ArtifactSelector getArtifactSelector(ArtifactSelectorConfig config) {
    String name = config.getName();
    if (name != null && !nameMatcher.matchesAllOf(name)) {
        throw new IllegalArgumentException(String.format("'%s' is an invalid artifact name. " + "Must contain only alphanumeric, '-', or '_' characters.", name));
    }
    String version = config.getVersion();
    ArtifactVersionRange range;
    try {
        range = ArtifactVersionRange.parse(version);
    } catch (InvalidArtifactRangeException e) {
        throw new IllegalArgumentException(String.format("%s is an invalid artifact version." + "Must be an exact version or a version range " + "with a lower and upper bound.", version));
    }
    String scope = config.getScope();
    ArtifactScope artifactScope = scope == null ? null : ArtifactScope.valueOf(scope.toUpperCase());
    return new ArtifactSelector(pluginType, pluginName, artifactScope, name, range);
}

Example 4 with InvalidArtifactRangeException

use of co.cask.cdap.api.artifact.InvalidArtifactRangeException in project cdap by caskdata.

the class ArtifactRanges method parseArtifactRange.

/**
   * Parses the string representation of an artifact range, which is of the form:
   * {namespace}:{name}[{lower-version},{upper-version}]. This is what is returned by {@link #toString()}.
   * For example, default:my-functions[1.0.0,2.0.0) will correspond to an artifact name of my-functions with a
   * lower version of 1.0.0 and an upper version of 2.0.0 in the default namespace.
   *
   * @param artifactRangeStr the string representation to parse
   * @return the ArtifactRange corresponding to the given string
   */
public static ArtifactRange parseArtifactRange(String artifactRangeStr) throws InvalidArtifactRangeException {
    // get the namespace
    int nameStartIndex = artifactRangeStr.indexOf(':');
    if (nameStartIndex < 0) {
        throw new InvalidArtifactRangeException(String.format("Invalid artifact range %s. Could not find ':' separating namespace from artifact name.", artifactRangeStr));
    }
    String namespaceStr = artifactRangeStr.substring(0, nameStartIndex);
    try {
        NamespaceId namespace = new NamespaceId(namespaceStr);
    } catch (Exception e) {
        throw new InvalidArtifactRangeException(String.format("Invalid namespace %s: %s", namespaceStr, e.getMessage()));
    }
    // check not at the end of the string
    if (nameStartIndex == artifactRangeStr.length()) {
        throw new InvalidArtifactRangeException(String.format("Invalid artifact range %s. Nothing found after namespace.", artifactRangeStr));
    }
    return parseArtifactRange(namespaceStr, artifactRangeStr.substring(nameStartIndex + 1));
}