private Set<ResolvedArtifact> getArtifacts(ConfigurationNode childConfiguration) {
String[] targetConfigurations =
from.metaData.getHierarchy().toArray(new String[from.metaData.getHierarchy().size()]);
DependencyArtifactDescriptor[] dependencyArtifacts =
dependencyDescriptor.getDependencyArtifacts(targetConfigurations);
if (dependencyArtifacts.length == 0) {
return Collections.emptySet();
}
Set<ResolvedArtifact> artifacts = new LinkedHashSet<ResolvedArtifact>();
for (DependencyArtifactDescriptor artifactDescriptor : dependencyArtifacts) {
ModuleRevisionId id =
childConfiguration.moduleRevision.metaData.getDescriptor().getModuleRevisionId();
Artifact artifact =
new DefaultArtifact(
id,
null,
artifactDescriptor.getName(),
artifactDescriptor.getType(),
artifactDescriptor.getExt(),
artifactDescriptor.getUrl(),
artifactDescriptor.getQualifiedExtraAttributes());
artifacts.add(
resolveState.builder.newArtifact(
childConfiguration.getResult(),
artifact,
targetModuleRevision.resolve().getArtifactResolver()));
}
return artifacts;
}
private ModuleDescriptor findProject(DependencyDescriptor descriptor) {
String projectPathValue = descriptor.getAttribute(DependencyDescriptorFactory.PROJECT_PATH_KEY);
if (projectPathValue == null) {
return null;
}
Project project = gradle.getRootProject().project(projectPathValue);
Module projectModule = ((ProjectInternal) project).getModule();
ModuleDescriptor projectDescriptor =
moduleDescriptorConverter.convert(
project.getConfigurations().getAll(),
projectModule,
IvyContext.getContext().getIvy().getSettings());
for (DependencyArtifactDescriptor artifactDescriptor : descriptor.getAllDependencyArtifacts()) {
for (Artifact artifact : projectDescriptor.getAllArtifacts()) {
if (artifact.getName().equals(artifactDescriptor.getName())
&& artifact.getExt().equals(artifactDescriptor.getExt())) {
String path =
artifact.getExtraAttribute(DefaultIvyDependencyPublisher.FILE_PATH_EXTRA_ATTRIBUTE);
ReflectionUtil.invoke(
artifactDescriptor,
"setExtraAttribute",
new Object[] {DefaultIvyDependencyPublisher.FILE_PATH_EXTRA_ATTRIBUTE, path});
}
}
}
return projectDescriptor;
}
private void fillModuleDependencies()
throws IvySettingsNotFoundException, IvySettingsFileReadException {
final ModuleDescriptor descriptor = ivyManager.getModuleDescriptor(module);
if (descriptor != null) {
final DependencyDescriptor[] ivyDependencies = descriptor.getDependencies();
for (Module dependencyModule :
IntellijUtils.getAllModulesWithIvyIdeaFacet(module.getProject())) {
if (!module.equals(dependencyModule)) {
for (DependencyDescriptor ivyDependency : ivyDependencies) {
final ModuleId ivyDependencyId = ivyDependency.getDependencyId();
final ModuleId dependencyModuleId = getModuleId(dependencyModule);
if (ivyDependencyId.equals(dependencyModuleId)) {
LOGGER.info(
"Recognized dependency "
+ ivyDependency
+ " as intellij module '"
+ dependencyModule.getName()
+ "' in this project!");
moduleDependencies.put(dependencyModuleId, dependencyModule);
break;
}
}
}
}
}
}
public void visitOutgoingDependencies(Collection<DependencyEdge> target) {
// If this configuration's version is in conflict, don't do anything
// If not traversed before, add all selected outgoing edges
// If traversed before, and the selected modules have changed, remove previous outgoing edges
// and add outgoing edges again with
// the new selections.
// If traversed before, and the selected modules have not changed, ignore
// If none of the incoming edges are transitive, then the node has no outgoing edges
if (moduleRevision.state != ModuleState.Selected) {
LOGGER.debug("version for {} is not selected. ignoring.", this);
return;
}
List<DependencyEdge> transitiveIncoming = new ArrayList<DependencyEdge>();
for (DependencyEdge edge : incomingEdges) {
if (edge.isTransitive()) {
transitiveIncoming.add(edge);
}
}
if (transitiveIncoming.isEmpty() && this != resolveState.root) {
if (previousTraversal != null) {
removeOutgoingEdges();
}
if (incomingEdges.isEmpty()) {
LOGGER.debug("{} has no incoming edges. ignoring.", this);
} else {
LOGGER.debug("{} has no transitive incoming edges. ignoring outgoing edges.", this);
}
return;
}
ModuleVersionSpec selectorSpec = getSelector(transitiveIncoming);
if (previousTraversal != null) {
if (previousTraversal.acceptsSameModulesAs(selectorSpec)) {
LOGGER.debug(
"Changed edges for {} selects same versions as previous traversal. ignoring", this);
return;
}
removeOutgoingEdges();
}
for (DependencyMetaData dependency : metaData.getDependencies()) {
DependencyDescriptor dependencyDescriptor = dependency.getDescriptor();
ModuleId targetModuleId = dependencyDescriptor.getDependencyRevisionId().getModuleId();
if (!selectorSpec.isSatisfiedBy(targetModuleId)) {
LOGGER.debug("{} is excluded from {}.", targetModuleId, this);
continue;
}
DependencyEdge dependencyEdge =
new DependencyEdge(this, dependency, selectorSpec, resolveState);
outgoingEdges.add(dependencyEdge);
target.add(dependencyEdge);
}
previousTraversal = selectorSpec;
}
public ModuleVersionSpec getSelector() {
String[] configurations =
from.metaData.getHierarchy().toArray(new String[from.metaData.getHierarchy().size()]);
ModuleVersionSpec selector =
ModuleVersionSpec.forExcludes(dependencyDescriptor.getExcludeRules(configurations));
return selector.intersect(selectorSpec);
}
public void getDependency(
DependencyDescriptor dependencyDescriptor, BuildableModuleVersionDescriptor result) {
result.failed(
new ModuleVersionResolveException(
dependencyDescriptor.getDependencyRevisionId(),
"No cached version of %s available for offline mode."));
}
private void collectTargetConfiguration(
DependencyDescriptor dependencyDescriptor,
ConfigurationMetaData fromConfiguration,
String mappingRhs,
ModuleDescriptor targetModule,
Collection<String> targetConfigs) {
String[] dependencyConfigurations =
dependencyDescriptor.getDependencyConfigurations(mappingRhs, fromConfiguration.getName());
for (String target : dependencyConfigurations) {
String candidate = target;
int startFallback = candidate.indexOf('(');
if (startFallback >= 0) {
if (candidate.charAt(candidate.length() - 1) == ')') {
String preferred = candidate.substring(0, startFallback);
if (targetModule.getConfiguration(preferred) != null) {
targetConfigs.add(preferred);
continue;
}
candidate = candidate.substring(startFallback + 1, candidate.length() - 1);
}
}
if (candidate.equals("*")) {
Collections.addAll(targetConfigs, targetModule.getPublicConfigurationsNames());
continue;
}
targetConfigs.add(candidate);
}
}
/**
* Return true if this module match the DependencyDescriptor with the given versionMatcher. If
* this module has no version defined, then true is always returned.
*/
public boolean match(DependencyDescriptor descriptor, VersionMatcher versionMatcher) {
ModuleDescriptor md = module;
return md.getResolvedModuleRevisionId().getRevision() == null
|| md.getResolvedModuleRevisionId().getRevision().equals(Ivy.getWorkingRevision())
|| versionMatcher.accept(descriptor.getDependencyRevisionId(), md);
// Checking md.getResolvedModuleRevisionId().getRevision().equals(Ivy.getWorkingRevision()
// allow to consider any local non resolved ivy.xml
// as a valid module.
}
// TODO - don't pass in 'from' configuration - the dependency should have whatever context it
// needs
public Set<ConfigurationMetaData> resolveTargetConfigurations(
DependencyMetaData dependencyMetaData,
ConfigurationMetaData fromConfiguration,
ModuleVersionMetaData targetModuleVersion) {
// TODO - resolve directly to config meta data
ModuleDescriptor targetDescriptor = targetModuleVersion.getDescriptor();
DependencyDescriptor dependencyDescriptor = dependencyMetaData.getDescriptor();
Set<String> targetConfigurationNames = new LinkedHashSet<String>();
for (String config : dependencyDescriptor.getModuleConfigurations()) {
if (config.equals("*") || config.equals("%")) {
collectTargetConfiguration(
dependencyDescriptor,
fromConfiguration,
fromConfiguration.getName(),
targetDescriptor,
targetConfigurationNames);
} else if (fromConfiguration.getHierarchy().contains(config)) {
collectTargetConfiguration(
dependencyDescriptor,
fromConfiguration,
config,
targetDescriptor,
targetConfigurationNames);
}
}
Set<ConfigurationMetaData> targets = new LinkedHashSet<ConfigurationMetaData>();
for (String targetConfigurationName : targetConfigurationNames) {
// TODO - move this down below
if (targetDescriptor.getConfiguration(targetConfigurationName) == null) {
throw new RuntimeException(
String.format(
"Module version %s, configuration '%s' declares a dependency on configuration '%s' which is not declared in the module descriptor for %s",
fromConfiguration.getModuleVersion().getId(),
fromConfiguration.getName(),
targetConfigurationName,
targetModuleVersion.getId()));
}
ConfigurationMetaData targetConfiguration =
targetModuleVersion.getConfiguration(targetConfigurationName);
targets.add(targetConfiguration);
}
return targets;
}
protected boolean shouldReturnResolvedModule(DependencyDescriptor dd, ResolvedModuleRevision mr) {
// a resolved module revision has already been found by a prior dependency resolver
// let's see if it should be returned and bypass this resolver
ModuleRevisionId mrid = dd.getDependencyRevisionId();
boolean isDynamic = getSettings().getVersionMatcher().isDynamic(mrid);
boolean shouldReturn = mr.isForce();
shouldReturn |= !isDynamic && !mr.getDescriptor().isDefault();
shouldReturn &= !isForce();
return shouldReturn;
}
private DependencyDescriptor enrichDependencyDescriptorWithSnapshotVersionInfo(
DependencyDescriptor dd,
ModuleRevisionId dependencyRevisionId,
String uniqueSnapshotVersion) {
Map<String, String> extraAttributes = new HashMap<String, String>(1);
extraAttributes.put("timestamp", uniqueSnapshotVersion);
final ModuleRevisionId newModuleRevisionId =
ModuleRevisionId.newInstance(
dependencyRevisionId.getOrganisation(),
dependencyRevisionId.getName(),
dependencyRevisionId.getRevision(),
extraAttributes);
return dd.clone(newModuleRevisionId);
}
protected ResolvedArtifact findIvyFileRef(DependencyDescriptor dd) {
if (isUsepoms()) {
ModuleRevisionId moduleRevisionId = dd.getDependencyRevisionId();
ArtifactRevisionId artifactRevisionId =
ArtifactRevisionId.newInstance(
moduleRevisionId,
moduleRevisionId.getName(),
"pom",
"pom",
moduleRevisionId.getExtraAttributes());
Artifact pomArtifact = new DefaultArtifact(artifactRevisionId, null, null, true);
return findResourceUsingPatterns(moduleRevisionId, getIvyPatterns(), pomArtifact, true);
}
return null;
}
private void getSnapshotDependency(
DependencyDescriptor dd, BuildableModuleVersionMetaDataResolveResult result) {
final ModuleRevisionId dependencyRevisionId = dd.getDependencyRevisionId();
final String uniqueSnapshotVersion = findUniqueSnapshotVersion(dependencyRevisionId);
if (uniqueSnapshotVersion != null) {
DependencyDescriptor enrichedDependencyDescriptor =
enrichDependencyDescriptorWithSnapshotVersionInfo(
dd, dependencyRevisionId, uniqueSnapshotVersion);
super.getDependency(enrichedDependencyDescriptor, result);
if (result.getState() == BuildableModuleVersionMetaDataResolveResult.State.Resolved) {
result.setModuleSource(new TimestampedModuleSource(uniqueSnapshotVersion));
}
} else {
super.getDependency(dd, result);
}
}
public ResolvedModuleRevision parse(
final ResolvedResource mdRef, DependencyDescriptor dd, ResolveData data)
throws ParseException {
DependencyDescriptor nsDd = dd;
dd = toSystem(nsDd);
ModuleRevisionId mrid = dd.getDependencyRevisionId();
ModuleDescriptorParser parser =
ModuleDescriptorParserRegistry.getInstance().getParser(mdRef.getResource());
if (parser == null) {
Message.warn("no module descriptor parser available for " + mdRef.getResource());
return null;
}
Message.verbose("\t" + getName() + ": found md file for " + mrid);
Message.verbose("\t\t=> " + mdRef);
Message.debug("\tparser = " + parser);
ModuleRevisionId resolvedMrid = mrid;
// first check if this dependency has not yet been resolved
if (getSettings().getVersionMatcher().isDynamic(mrid)) {
resolvedMrid = ModuleRevisionId.newInstance(mrid, mdRef.getRevision());
IvyNode node = data.getNode(resolvedMrid);
if (node != null && node.getModuleRevision() != null) {
// this revision has already be resolved : return it
if (node.getDescriptor() != null && node.getDescriptor().isDefault()) {
Message.verbose(
"\t"
+ getName()
+ ": found already resolved revision: "
+ resolvedMrid
+ ": but it's a default one, maybe we can find a better one");
} else {
Message.verbose("\t" + getName() + ": revision already resolved: " + resolvedMrid);
node.getModuleRevision().getReport().setSearched(true);
return node.getModuleRevision();
}
}
}
Artifact moduleArtifact = parser.getMetadataArtifact(resolvedMrid, mdRef.getResource());
return getRepositoryCacheManager()
.cacheModuleDescriptor(this, mdRef, dd, moduleArtifact, downloader, getCacheOptions(data));
}
public ResolvedModuleRevision getDependency(DependencyDescriptor dd, ResolveData data)
throws ParseException {
IvyContext context = IvyContext.pushNewCopyContext();
try {
ResolvedModuleRevision mr = data.getCurrentResolvedModuleRevision();
if (mr != null) {
if (shouldReturnResolvedModule(dd, mr)) {
return mr;
}
}
if (isForce()) {
dd =
dd.clone(
ModuleRevisionId.newInstance(dd.getDependencyRevisionId(), "latest.integration"));
}
DependencyDescriptor systemDd = dd;
DependencyDescriptor nsDd = fromSystem(dd);
context.setDependencyDescriptor(systemDd);
context.setResolveData(data);
clearIvyAttempts();
clearArtifactAttempts();
ModuleRevisionId systemMrid = systemDd.getDependencyRevisionId();
ModuleRevisionId nsMrid = nsDd.getDependencyRevisionId();
checkRevision(systemMrid);
boolean isDynamic = getAndCheckIsDynamic(systemMrid);
// we first search for the dependency in cache
ResolvedModuleRevision rmr = null;
rmr = findModuleInCache(systemDd, data);
if (rmr != null) {
if (rmr.getDescriptor().isDefault() && rmr.getResolver() != this) {
Message.verbose(
"\t"
+ getName()
+ ": found revision in cache: "
+ systemMrid
+ " (resolved by "
+ rmr.getResolver().getName()
+ "): but it's a default one, maybe we can find a better one");
} else if (isForce() && rmr.getResolver() != this) {
Message.verbose(
"\t"
+ getName()
+ ": found revision in cache: "
+ systemMrid
+ " (resolved by "
+ rmr.getResolver().getName()
+ "): but we are in force mode, let's try to find one ourself");
} else {
Message.verbose("\t" + getName() + ": revision in cache: " + systemMrid);
return checkLatest(systemDd, checkForcedResolvedModuleRevision(rmr), data);
}
}
if (data.getOptions().isUseCacheOnly()) {
throw new UnresolvedDependencyException(
"\t" + getName() + " (useCacheOnly) : no ivy file found for " + systemMrid, false);
}
checkInterrupted();
ResolvedResource ivyRef = findIvyFileRef(nsDd, data);
checkInterrupted();
// get module descriptor
ModuleDescriptor nsMd;
ModuleDescriptor systemMd = null;
if (ivyRef == null) {
if (!isAllownomd()) {
throw new UnresolvedDependencyException(
"\t" + getName() + ": no ivy file found for " + systemMrid, false);
}
nsMd = DefaultModuleDescriptor.newDefaultInstance(nsMrid, nsDd.getAllDependencyArtifacts());
ResolvedResource artifactRef = findFirstArtifactRef(nsMd, nsDd, data);
checkInterrupted();
if (artifactRef == null) {
throw new UnresolvedDependencyException(
"\t" + getName() + ": no ivy file nor artifact found for " + systemMrid, false);
} else {
long lastModified = artifactRef.getLastModified();
if (lastModified != 0 && nsMd instanceof DefaultModuleDescriptor) {
((DefaultModuleDescriptor) nsMd).setLastModified(lastModified);
}
Message.verbose(
"\t" + getName() + ": no ivy file found for " + systemMrid + ": using default data");
if (isDynamic) {
nsMd.setResolvedModuleRevisionId(
ModuleRevisionId.newInstance(nsMrid, artifactRef.getRevision()));
}
systemMd = toSystem(nsMd);
MetadataArtifactDownloadReport madr =
new MetadataArtifactDownloadReport(systemMd.getMetadataArtifact());
madr.setDownloadStatus(DownloadStatus.NO);
madr.setSearched(true);
rmr = new ResolvedModuleRevision(this, this, systemMd, madr, isForce());
getRepositoryCacheManager()
.cacheModuleDescriptor(
this,
artifactRef,
toSystem(dd),
systemMd.getAllArtifacts()[0],
null,
getCacheOptions(data));
}
} else {
if (ivyRef instanceof MDResolvedResource) {
rmr = ((MDResolvedResource) ivyRef).getResolvedModuleRevision();
}
if (rmr == null) {
rmr = parse(ivyRef, systemDd, data);
if (rmr == null) {
throw new UnresolvedDependencyException();
}
}
if (!rmr.getReport().isDownloaded() && rmr.getReport().getLocalFile() != null) {
return checkLatest(systemDd, checkForcedResolvedModuleRevision(rmr), data);
} else {
nsMd = rmr.getDescriptor();
// check descriptor data is in sync with resource revision and names
systemMd = toSystem(nsMd);
if (isCheckconsistency()) {
checkDescriptorConsistency(systemMrid, systemMd, ivyRef);
checkDescriptorConsistency(nsMrid, nsMd, ivyRef);
} else {
if (systemMd instanceof DefaultModuleDescriptor) {
DefaultModuleDescriptor defaultMd = (DefaultModuleDescriptor) systemMd;
ModuleRevisionId revision = getRevision(ivyRef, systemMrid, systemMd);
defaultMd.setModuleRevisionId(revision);
defaultMd.setResolvedModuleRevisionId(revision);
} else {
Message.warn(
"consistency disabled with instance of non DefaultModuleDescriptor..."
+ " module info can't be updated, so consistency check will be done");
checkDescriptorConsistency(nsMrid, nsMd, ivyRef);
checkDescriptorConsistency(systemMrid, systemMd, ivyRef);
}
}
rmr =
new ResolvedModuleRevision(
this, this, systemMd, toSystem(rmr.getReport()), isForce());
}
}
resolveAndCheckRevision(systemMd, systemMrid, ivyRef, isDynamic);
resolveAndCheckPublicationDate(systemDd, systemMd, systemMrid, data);
checkNotConvertedExclusionRule(systemMd, ivyRef, data);
if (ivyRef == null || ivyRef.getResource() != null) {
cacheModuleDescriptor(systemMd, systemMrid, ivyRef, rmr);
}
return checkLatest(systemDd, checkForcedResolvedModuleRevision(rmr), data);
} catch (UnresolvedDependencyException ex) {
if (ex.getMessage().length() > 0) {
if (ex.isError()) {
Message.error(ex.getMessage());
} else {
Message.verbose(ex.getMessage());
}
}
return data.getCurrentResolvedModuleRevision();
} finally {
IvyContext.popContext();
}
}
private boolean isSnapshotVersion(DependencyDescriptor dd) {
return dd.getDependencyRevisionId().getRevision().endsWith("SNAPSHOT");
}
/**
* When the resolver has many choices, this function helps choosing one
*
* @param rress the list of resolved resource which the resolver found to fit the requirement
* @param rmdparser the parser of module descriptor
* @param mrid the module being resolved
* @param date the current date
* @return the selected resource
*/
public ResolvedResource findResource(
ResolvedResource[] rress, ResourceMDParser rmdparser, ModuleRevisionId mrid, Date date) {
String name = getName();
VersionMatcher versionMatcher = getSettings().getVersionMatcher();
ResolvedResource found = null;
List sorted = getLatestStrategy().sort(rress);
List rejected = new ArrayList();
List foundBlacklisted = new ArrayList();
IvyContext context = IvyContext.getContext();
for (ListIterator iter = sorted.listIterator(sorted.size()); iter.hasPrevious(); ) {
ResolvedResource rres = (ResolvedResource) iter.previous();
// we start by filtering based on information already available,
// even though we don't even know if the resource actually exist.
// But checking for existence is most of the time more costly than checking
// name, blacklisting and first level version matching
if (filterNames(new ArrayList(Collections.singleton(rres.getRevision()))).isEmpty()) {
Message.debug("\t" + name + ": filtered by name: " + rres);
continue;
}
ModuleRevisionId foundMrid = ModuleRevisionId.newInstance(mrid, rres.getRevision());
ResolveData data = context.getResolveData();
if (data != null
&& data.getReport() != null
&& data.isBlacklisted(data.getReport().getConfiguration(), foundMrid)) {
Message.debug("\t" + name + ": blacklisted: " + rres);
rejected.add(rres.getRevision() + " (blacklisted)");
foundBlacklisted.add(foundMrid);
continue;
}
if (!versionMatcher.accept(mrid, foundMrid)) {
Message.debug("\t" + name + ": rejected by version matcher: " + rres);
rejected.add(rres.getRevision());
continue;
}
if (rres.getResource() != null && !rres.getResource().exists()) {
Message.debug("\t" + name + ": unreachable: " + rres + "; res=" + rres.getResource());
rejected.add(rres.getRevision() + " (unreachable)");
continue;
}
if ((date != null && rres.getLastModified() > date.getTime())) {
Message.verbose("\t" + name + ": too young: " + rres);
rejected.add(rres.getRevision() + " (" + rres.getLastModified() + ")");
continue;
}
if (versionMatcher.needModuleDescriptor(mrid, foundMrid)) {
ResolvedResource r = rmdparser.parse(rres.getResource(), rres.getRevision());
if (r == null) {
Message.debug("\t" + name + ": impossible to get module descriptor resource: " + rres);
rejected.add(rres.getRevision() + " (no or bad MD)");
continue;
}
ModuleDescriptor md = ((MDResolvedResource) r).getResolvedModuleRevision().getDescriptor();
if (md.isDefault()) {
Message.debug(
"\t"
+ name
+ ": default md rejected by version matcher"
+ "requiring module descriptor: "
+ rres);
rejected.add(rres.getRevision() + " (MD)");
continue;
} else if (!versionMatcher.accept(mrid, md)) {
Message.debug("\t" + name + ": md rejected by version matcher: " + rres);
rejected.add(rres.getRevision() + " (MD)");
continue;
} else {
found = r;
}
} else {
found = rres;
}
if (found != null) {
break;
}
}
if (found == null && !rejected.isEmpty()) {
logAttempt(rejected.toString());
}
if (found == null && !foundBlacklisted.isEmpty()) {
// all acceptable versions have been blacklisted, this means that an unsolvable conflict
// has been found
DependencyDescriptor dd = context.getDependencyDescriptor();
IvyNode parentNode = context.getResolveData().getNode(dd.getParentRevisionId());
ConflictManager cm = parentNode.getConflictManager(mrid.getModuleId());
cm.handleAllBlacklistedRevisions(dd, foundBlacklisted);
}
return found;
}