Java Code Examples for com.google.common.collect.LinkedHashMultimap#put()

Multimap<String, String> getFormsToCopy(LocaleId localeId) {

        LinkedHashMultimap<String, String> formsToCopy = LinkedHashMultimap.create();

        List<String> pluralForms = new ArrayList<>();
        pluralForms.add("zero");
        pluralForms.add("one");
        pluralForms.add("two");
        pluralForms.add("few");
        pluralForms.add("many");
        pluralForms.add("other");

        retainForms(localeId, pluralForms);

        for (String pluralForm : pluralForms) {
            formsToCopy.put("other", pluralForm);
        }

        return formsToCopy;
    }
 

@Test
public void testRemovesFromBiggestLocation() throws Exception {
    LinkedHashMultimap<Location, Entity> currentMembers = LinkedHashMultimap.<Location,Entity>create();
    currentMembers.put(loc1, entity1);
    currentMembers.put(loc1, entity2);
    currentMembers.put(loc2, entity3);
    List<Entity> result = placementStrategy.entitiesToRemove(currentMembers, 1);
    Asserts.assertEqualsIgnoringOrder(result, ImmutableList.of(entity2));

    // and confirm that not just taking first location!
    currentMembers = LinkedHashMultimap.<Location,Entity>create();
    currentMembers.put(loc1, entity3);
    currentMembers.put(loc2, entity1);
    currentMembers.put(loc2, entity2);
    result = placementStrategy.entitiesToRemove(currentMembers, 1);
    Asserts.assertEqualsIgnoringOrder(result, ImmutableList.of(entity2));
}
 

/**
 * indexes the IEObject description using the given
 */
public static <T> Multimap<T,IEObjectDescription> index(Iterable<IEObjectDescription> descriptions, Function<IEObjectDescription,T> indexer) {
	ArrayList<IEObjectDescription> list = Lists.newArrayList(descriptions);
	LinkedHashMultimap<T, IEObjectDescription> multimap = LinkedHashMultimap.create(list.size(),1);
	for (IEObjectDescription desc : list) {
		multimap.put(indexer.apply(desc), desc);
	}
	return multimap;
}
 

private StringConcatenationClient genCondition(final List<ISerializationContext> contexts, final IGrammarConstraintProvider.IConstraint constraint, final Multimap<EObject, IGrammarConstraintProvider.IConstraint> ctx2ctr) {
  StringConcatenationClient _xblockexpression = null;
  {
    final List<ISerializationContext> sorted = IterableExtensions.<ISerializationContext>sort(contexts);
    final LinkedHashMultimap<EObject, ISerializationContext> index = LinkedHashMultimap.<EObject, ISerializationContext>create();
    final Consumer<ISerializationContext> _function = (ISerializationContext it) -> {
      index.put(this.getContextObject(it), it);
    };
    sorted.forEach(_function);
    StringConcatenationClient _client = new StringConcatenationClient() {
      @Override
      protected void appendTo(StringConcatenationClient.TargetStringConcatenation _builder) {
        {
          Set<EObject> _keySet = index.keySet();
          boolean _hasElements = false;
          for(final EObject obj : _keySet) {
            if (!_hasElements) {
              _hasElements = true;
            } else {
              _builder.appendImmediate("\n\t\t|| ", "");
            }
            StringConcatenationClient _genObjectSelector = SerializerFragment2.this.genObjectSelector(obj);
            _builder.append(_genObjectSelector);
            {
              int _size = ctx2ctr.get(obj).size();
              boolean _greaterThan = (_size > 1);
              if (_greaterThan) {
                StringConcatenationClient _genParameterSelector = SerializerFragment2.this.genParameterSelector(obj, index.get(obj), constraint);
                _builder.append(_genParameterSelector);
              }
            }
          }
        }
      }
    };
    _xblockexpression = _client;
  }
  return _xblockexpression;
}
 

@Test
public void testAddsToBalanceWhenPopulated() throws Exception {
    LinkedHashMultimap<Location, Entity> currentMembers = LinkedHashMultimap.<Location,Entity>create();
    currentMembers.put(loc1, entity1);
    currentMembers.put(loc1, entity2);
    List<Location> result = placementStrategy.locationsForAdditions(currentMembers, ImmutableList.of(loc1, loc2), 4);
    Asserts.assertEqualsIgnoringOrder(result, ImmutableList.of(loc1, loc2, loc2, loc2));
}
 

@Test
public void testAddWillIgnoredDisallowedLocation() throws Exception {
    LinkedHashMultimap<Location, Entity> currentMembers = LinkedHashMultimap.<Location,Entity>create();
    currentMembers.put(loc1, entity1);
    currentMembers.put(loc2, entity2);
    List<Location> result = placementStrategy.locationsForAdditions(currentMembers, ImmutableList.of(loc1), 2);
    Asserts.assertEqualsIgnoringOrder(result, ImmutableList.of(loc1, loc1));
}
 

@Test
public void testRemovesNewest() throws Exception {
    LinkedHashMultimap<Location, Entity> currentMembers = LinkedHashMultimap.<Location,Entity>create();
    currentMembers.put(loc1, entity1);
    currentMembers.put(loc1, entity2);
    List<Entity> result = placementStrategy.entitiesToRemove(currentMembers, 1);
    Asserts.assertEqualsIgnoringOrder(result, ImmutableList.of(entity2));
}
 

private void addSearchResultsToCurrentWaveView(
    LinkedHashMultimap<WaveId, WaveletId> currentUserWavesView, JsonArray docsJson) {
  for (JsonElement aDocsJson : docsJson) {
    JsonObject docJson = aDocsJson.getAsJsonObject();

    WaveId waveId = WaveId.deserialise(docJson.getAsJsonPrimitive(WAVE_ID).getAsString());
    WaveletId waveletId =
            WaveletId.deserialise(docJson.getAsJsonPrimitive(WAVELET_ID).getAsString());
    currentUserWavesView.put(waveId, waveletId);
  }
}
 

@Test
public void testMultimap() throws Exception {
  LinkedHashMultimap<String, String> linkedHashMultimap = LinkedHashMultimap.create();
  linkedHashMultimap.put("A", "//foo:B");
  new SerializationTester(
          ImmutableMultimap.of(),
          ImmutableMultimap.of("A", "//foo:A"),
          ImmutableMultimap.builder().putAll("B", "//foo:B1", "//foo:B2").build(),
          linkedHashMultimap)
      .runTests();
}
 

private void addSearchResultsToCurrentWaveView(
    LinkedHashMultimap<WaveId, WaveletId> currentUserWavesView, JsonArray docsJson) {
  for (JsonElement aDocsJson : docsJson) {
    JsonObject docJson = aDocsJson.getAsJsonObject();

    WaveId waveId = WaveId.deserialise(docJson.getAsJsonPrimitive(WAVE_ID).getAsString());
    WaveletId waveletId =
            WaveletId.deserialise(docJson.getAsJsonPrimitive(WAVELET_ID).getAsString());
    currentUserWavesView.put(waveId, waveletId);
  }
}
 

/**
 * Looking for at.ProvidesDefaultImplementation on Methods. Normal method declarations are not taken into account,
 * since they would not be executed on the interface level.
 *
 * Beware: also the inheritance in the original API will be taken into account since compiled client code will link
 * against that.
 *
 * @param type
 *            type to search for apis.
 * @return List of {@link VirtualApiTMethod}
 */
public List<TMethod> computeMissingApiMethods(TInterface type, EObject context) {

	Optional<ProjectComparisonAdapter> optAdapt = firstProjectComparisonAdapter(context.eResource());
	if (optAdapt.isPresent()) {
		ProjectComparisonAdapter projectComparisonAdapter = optAdapt.get();
		ProjectComparisonEntry compareEntry = projectComparisonAdapter.getEntryFor(
				EcoreUtil2.getContainerOfType(type, TModule.class));
		ProjectComparisonEntry typeCompare = compareEntry.getChildForElementImpl(type);
		// compute real super-types and API-missing super-types then add result for each going through
		// computeMissingApiMethodsPlain.

		if (typeCompare == null) {
			// are we in a completely missing API implementation (super-interfaces not implemented ?)
			typeCompare = compareEntry.getChildForElementAPI(type);
		}
		if (typeCompare == null) {
			if (logger.isDebugEnabled()) {
				logger.debug(
						" want to throw new IllegalstateException() --> comparison for implementation not found type="
								+ type.getTypeAsString()
								+ " in Implementation " + compareEntry.getElementImpl()[0]);
			}
			return emptyList();
		}

		LinkedHashMultimap<TMethod, TInterface> lhmmMehodInterface = LinkedHashMultimap
				.<TMethod, TInterface> create();

		Predicate<ProjectComparisonEntry> filter = (pce -> pce.getElementAPI() instanceof TMethod);
		filter = filter
				.and(pce -> pce.getElementImpl()[0] == null)
				.and(pce -> PROVIDES_DEFAULT_IMPLEMENTATION.hasAnnotation((TMethod) pce.getElementAPI()));

		Function<TInterface, Consumer<? super ProjectComparisonEntry>> actionProvider = pivot -> pce -> {
			TMethod method = ((TMethod) pce.getElementAPI());
			lhmmMehodInterface.put(method, pivot);
		};

		if (!checkInterfaceImplementsInterface(type, typeCompare.getElementAPI())) {
			return emptyList();
		}

		// Call the supertype iterations scaffolding:
		interfaceApiSupertypeWalker(filter, actionProvider, projectComparisonAdapter,
				(TInterface) typeCompare.getElementAPI(), TInterface.class);

		// now that we know about expected mixed-in methods we need to filter out
		// given concrete implementations overriding these mix-ins ... mmmhhh this should be
		// done when calculating the outer concrete super-member computation. --> the result we found here should be
		// filtered
		// out in the caller when processing our results...
		return lhmmMehodInterface
				.keySet()
				.stream()
				.map(m -> new VirtualApiTMethod(m.getName(), TypeUtils.copyPartial(m,
						TypesPackage.Literals.SYNTAX_RELATED_TELEMENT__AST_ELEMENT)))
				.collect(Collectors.toList());

	}
	return emptyList();

}
 

protected Multimap<String, String> createCodeMirrorPatterns(final String langId, final Set<String> keywords) {
  final boolean inheritsTerminals = GrammarUtil2.inherits(this.getGrammar(), GrammarUtil2.TERMINALS);
  final boolean inheritsXbase = this._xbaseUsageDetector.inheritsXbase(this.getGrammar());
  final LinkedHashMultimap<String, String> patterns = LinkedHashMultimap.<String, String>create();
  final boolean hasSingleLineComment = (this.enabledPatterns.contains("comment_singleLine") || ((inheritsTerminals || inheritsXbase) && (!this.suppressedPatterns.contains("comment_singleLine"))));
  if (hasSingleLineComment) {
    StringConcatenation _builder = new StringConcatenation();
    _builder.append("{token: \"comment\", regex: \"\\\\/\\\\/.*$\"}");
    patterns.put("start", _builder.toString());
  }
  if ((this.enabledPatterns.contains("comment_block") || ((inheritsTerminals || inheritsXbase) && (!this.suppressedPatterns.contains("comment_block"))))) {
    StringConcatenation _builder_1 = new StringConcatenation();
    _builder_1.append("{token: \"comment\", regex: \"\\\\/\\\\*\", next : \"comment\"}");
    patterns.put("start", _builder_1.toString());
    StringConcatenation _builder_2 = new StringConcatenation();
    _builder_2.append("{token: \"comment\", regex: \".*?\\\\*\\\\/\", next : \"start\"}");
    patterns.put("comment", _builder_2.toString());
    StringConcatenation _builder_3 = new StringConcatenation();
    _builder_3.append("{token: \"comment\", regex: \".+\"}");
    patterns.put("comment", _builder_3.toString());
  }
  if ((this.enabledPatterns.contains("string_doubleQuote") || ((inheritsTerminals || inheritsXbase) && (!this.suppressedPatterns.contains("string_doubleQuote"))))) {
    StringConcatenation _builder_4 = new StringConcatenation();
    _builder_4.append("{token: \"string\", regex: \'[\"](?:(?:\\\\\\\\.)|(?:[^\"\\\\\\\\]))*?[\"]\'}");
    patterns.put("start", _builder_4.toString());
  }
  if ((this.enabledPatterns.contains("string_singleQuote") || ((inheritsTerminals || inheritsXbase) && (!this.suppressedPatterns.contains("string_singleQuote"))))) {
    StringConcatenation _builder_5 = new StringConcatenation();
    _builder_5.append("{token: \"string\", regex: \"[\'](?:(?:\\\\\\\\.)|(?:[^\'\\\\\\\\]))*?[\']\"}");
    patterns.put("start", _builder_5.toString());
  }
  if ((this.enabledPatterns.contains("number_decimal") || ((inheritsTerminals || inheritsXbase) && (!this.suppressedPatterns.contains("number_decimal"))))) {
    StringConcatenation _builder_6 = new StringConcatenation();
    _builder_6.append("{token: \"constant.numeric\", regex: \"[+-]?\\\\d+(?:(?:\\\\.\\\\d*)?(?:[eE][+-]?\\\\d+)?)?\\\\b\"}");
    patterns.put("start", _builder_6.toString());
  }
  if ((this.enabledPatterns.contains("number_hex") || (inheritsXbase && (!this.suppressedPatterns.contains("number_hex"))))) {
    StringConcatenation _builder_7 = new StringConcatenation();
    _builder_7.append("{token: \"constant.numeric\", regex: \"0[xX][0-9a-fA-F]+\\\\b\"}");
    patterns.put("start", _builder_7.toString());
  }
  final boolean bracketOpen = (this.enabledPatterns.contains("bracket_open") || (keywords.contains("[") && (!this.suppressedPatterns.contains("bracket_open"))));
  final boolean parenOpen = (this.enabledPatterns.contains("parenthesis_open") || (keywords.contains("(") && (!this.suppressedPatterns.contains("parenthesis_open"))));
  final boolean braceOpen = (this.enabledPatterns.contains("brace_open") || (keywords.contains("{") && (!this.suppressedPatterns.contains("brace_open"))));
  if (((bracketOpen || parenOpen) || braceOpen)) {
    StringConcatenation _builder_8 = new StringConcatenation();
    _builder_8.append("{token: \"lparen\", regex: \"[");
    {
      if (bracketOpen) {
        _builder_8.append("\\\\[");
      }
    }
    {
      if (parenOpen) {
        _builder_8.append("(");
      }
    }
    {
      if (braceOpen) {
        _builder_8.append("{");
      }
    }
    _builder_8.append("]\"}");
    patterns.put("start", _builder_8.toString());
  }
  final boolean bracketClose = (this.enabledPatterns.contains("bracket_close") || (keywords.contains("]") && (!this.suppressedPatterns.contains("bracket_close"))));
  final boolean parenClose = (this.enabledPatterns.contains("parenthesis_close") || (keywords.contains(")") && (!this.suppressedPatterns.contains("parenthesis_close"))));
  final boolean braceClose = (this.enabledPatterns.contains("brace_close") || (keywords.contains("}") && (!this.suppressedPatterns.contains("brace_close"))));
  if (((bracketClose || parenClose) || braceClose)) {
    StringConcatenation _builder_9 = new StringConcatenation();
    _builder_9.append("{token: \"rparen\", regex: \"[");
    {
      if (bracketClose) {
        _builder_9.append("\\\\]");
      }
    }
    {
      if (parenClose) {
        _builder_9.append(")");
      }
    }
    {
      if (braceClose) {
        _builder_9.append("}");
      }
    }
    _builder_9.append("]\"}");
    patterns.put("start", _builder_9.toString());
  }
  if ((Objects.equal(this.framework.get(), WebIntegrationFragment.Framework.CODEMIRROR) && patterns.containsKey("comment"))) {
    StringConcatenation _builder_10 = new StringConcatenation();
    _builder_10.append("dontIndentStates: [\"comment\"]");
    patterns.put("meta", _builder_10.toString());
  }
  if ((Objects.equal(this.framework.get(), WebIntegrationFragment.Framework.CODEMIRROR) && hasSingleLineComment)) {
    StringConcatenation _builder_11 = new StringConcatenation();
    _builder_11.append("lineComment: \"//\"");
    patterns.put("meta", _builder_11.toString());
  }
  return patterns;
}
 

@VisibleForTesting
static Multimap<VersionedName,VersionRangedName> parseVersionRangedNameEqualsVersionedNameList(String input, boolean singleVersionIsOsgiRange,
        List<String> wildcardNames, List<String> wildcardVersions,
        Function<VersionRangedName,VersionedName> defaultTargetFunction) {
    LinkedHashMultimap<VersionedName,VersionRangedName> result = LinkedHashMultimap.create();
    if (input == null) return result;
    
    List<String> vals = QuotedStringTokenizer.builder()
            .delimiterChars(",")
            .includeQuotes(false)
            .includeDelimiters(false)
            .buildList(input);
    
    for (String entry : vals) {
        entry = entry.trim();
        String key, val;
        String[] keVals = entry.split("=");
        if (keVals.length>2) {
            throw new IllegalArgumentException("Max one = permitted in entry (\""+entry+"\"). If defining a range on an entry you must quote the entry.");
        } else if (keVals.length==2) {
            key = keVals[0];
            val = keVals[1];
        } else {
            key = keVals[0];
            val = null;
        }
        
        List<String> sourceNames, sourceVersions;
        if (key.startsWith("*")) {
            if (wildcardNames==null) {
                throw new IllegalArgumentException("Wildcard cannot be inferred");
            }
            if  ("*".equals(key)) {
                if (wildcardVersions==null) {
                    throw new IllegalArgumentException("Version for wildcard cannot be inferred");
                }
                sourceVersions = wildcardVersions;
            } else if (key.startsWith("*:")) {
                sourceVersions = MutableList.of(key.substring(2));
            } else {
                throw new IllegalArgumentException("Wildcard entry key must be of the form \"*\" or \"*:range\"");
            }
            sourceNames = MutableList.copyOf(wildcardNames);
        } else {
            String[] parts = key.split(":");
            if (parts.length==1) {
                if (wildcardVersions==null) {
                    throw new IllegalArgumentException("Version for "+key+" cannot be inferred");
                }
                sourceNames = MutableList.of(key);
                sourceVersions = wildcardVersions;
            } else if (parts.length==2) {
                sourceNames = MutableList.of(parts[0]);
                sourceVersions = MutableList.of(parts[1]);
            } else {
                throw new IllegalArgumentException("Entry '"+entry+"' should be of form 'name[:versionRange][=name[:version]]'");
            }
        }
        for (String item: sourceNames) {
            for (String v: sourceVersions) {
                VersionRangedName source = parseVersionRangedName(item, v, false);
                VersionedName target;
                if (val!=null) {
                    target = VersionedName.fromString(val);
                } else if (defaultTargetFunction!=null) {
                    target = defaultTargetFunction.apply(source);
                } else {
                    throw new IllegalArgumentException("Wildcard entry key must be of the form \"*\" or \"*:range\"");
                }
                result.put(target, source);
            }
        }
    }
    return result;
}