Examples with WorkspacePathResolver com.google.idea.blaze.base.sync.workspace.WorkspacePathResolver used on opensource projects

Example 11 with WorkspacePathResolver

use of com.google.idea.blaze.base.sync.workspace.WorkspacePathResolver in project intellij by bazelbuild.

the class MockBlazeProjectDataBuilder method build.

public BlazeProjectData build() {
    TargetMap targetMap = this.targetMap != null ? this.targetMap : new TargetMap(ImmutableMap.of());
    BlazeInfo blazeInfo = this.blazeInfo;
    if (blazeInfo == null) {
        String outputBase = this.outputBase != null ? this.outputBase : "/usr/workspace/1234";
        blazeInfo = BlazeInfo.createMockBlazeInfo(outputBase, outputBase + "/execroot", outputBase + "/execroot/bin", outputBase + "/execroot/gen");
    }
    BlazeVersionData blazeVersionData = this.blazeVersionData != null ? this.blazeVersionData : BlazeVersionData.builder().build();
    WorkspacePathResolver workspacePathResolver = this.workspacePathResolver != null ? this.workspacePathResolver : new WorkspacePathResolverImpl(workspaceRoot);
    ArtifactLocationDecoder artifactLocationDecoder = this.artifactLocationDecoder != null ? this.artifactLocationDecoder : new ArtifactLocationDecoderImpl(blazeInfo, workspacePathResolver);
    WorkspaceLanguageSettings workspaceLanguageSettings = this.workspaceLanguageSettings != null ? this.workspaceLanguageSettings : new WorkspaceLanguageSettings(WorkspaceType.JAVA, ImmutableSet.of());
    SyncState syncState = this.syncState != null ? this.syncState : new SyncState(ImmutableMap.of());
    ImmutableMultimap<TargetKey, TargetKey> reverseDependencies = this.reverseDependencies != null ? this.reverseDependencies : ImmutableMultimap.of();
    return new BlazeProjectData(syncTime, targetMap, blazeInfo, blazeVersionData, workspacePathResolver, artifactLocationDecoder, workspaceLanguageSettings, syncState, reverseDependencies);
}

Example 12 with WorkspacePathResolver

use of com.google.idea.blaze.base.sync.workspace.WorkspacePathResolver in project intellij by bazelbuild.

the class ProjectViewManagerImpl method reloadProjectView.

@Nullable
@Override
public ProjectViewSet reloadProjectView(BlazeContext context) {
    SaveUtil.saveAllFiles();
    WorkspacePathResolver pathResolver = computeWorkspacePathResolver(project, context);
    return pathResolver != null ? reloadProjectView(context, pathResolver) : null;
}

Example 13 with WorkspacePathResolver

use of com.google.idea.blaze.base.sync.workspace.WorkspacePathResolver in project intellij by bazelbuild.

the class BlazeSyncTask method doSyncProject.

/**
 * @return true if sync successfully completed
 */
private SyncResult doSyncProject(BlazeContext context, @Nullable BlazeProjectData oldBlazeProjectData) {
    long syncStartTime = System.currentTimeMillis();
    if (!FileOperationProvider.getInstance().exists(workspaceRoot.directory())) {
        IssueOutput.error(String.format("Workspace '%s' doesn't exist.", workspaceRoot.directory())).submit(context);
        return SyncResult.FAILURE;
    }
    BlazeVcsHandler vcsHandler = BlazeVcsHandler.vcsHandlerForProject(project);
    if (vcsHandler == null) {
        IssueOutput.error("Could not find a VCS handler").submit(context);
        return SyncResult.FAILURE;
    }
    ListeningExecutorService executor = BlazeExecutor.getInstance().getExecutor();
    WorkspacePathResolverAndProjectView workspacePathResolverAndProjectView = computeWorkspacePathResolverAndProjectView(context, vcsHandler, executor);
    if (workspacePathResolverAndProjectView == null) {
        return SyncResult.FAILURE;
    }
    ProjectViewSet projectViewSet = workspacePathResolverAndProjectView.projectViewSet;
    List<String> syncFlags = BlazeFlags.blazeFlags(project, projectViewSet, BlazeCommandName.INFO, BlazeInvocationContext.Sync);
    syncStats.setSyncFlags(syncFlags);
    ListenableFuture<BlazeInfo> blazeInfoFuture = BlazeInfoRunner.getInstance().runBlazeInfo(context, importSettings.getBuildSystem(), Blaze.getBuildSystemProvider(project).getSyncBinaryPath(), workspaceRoot, syncFlags);
    ListenableFuture<WorkingSet> workingSetFuture = vcsHandler.getWorkingSet(project, context, workspaceRoot, executor);
    BlazeInfo blazeInfo = FutureUtil.waitForFuture(context, blazeInfoFuture).timed(Blaze.buildSystemName(project) + "Info", EventType.BlazeInvocation).withProgressMessage(String.format("Running %s info...", Blaze.buildSystemName(project))).onError(String.format("Could not run %s info", Blaze.buildSystemName(project))).run().result();
    if (blazeInfo == null) {
        return SyncResult.FAILURE;
    }
    BlazeVersionData blazeVersionData = BlazeVersionData.build(importSettings.getBuildSystem(), workspaceRoot, blazeInfo);
    if (!BuildSystemVersionChecker.verifyVersionSupported(context, blazeVersionData)) {
        return SyncResult.FAILURE;
    }
    WorkspacePathResolver workspacePathResolver = workspacePathResolverAndProjectView.workspacePathResolver;
    ArtifactLocationDecoder artifactLocationDecoder = new ArtifactLocationDecoderImpl(blazeInfo, workspacePathResolver);
    WorkspaceLanguageSettings workspaceLanguageSettings = LanguageSupport.createWorkspaceLanguageSettings(projectViewSet);
    syncStats.setLanguagesActive(new ArrayList<>(workspaceLanguageSettings.activeLanguages));
    syncStats.setWorkspaceType(workspaceLanguageSettings.getWorkspaceType());
    for (BlazeSyncPlugin syncPlugin : BlazeSyncPlugin.EP_NAME.getExtensions()) {
        syncPlugin.installSdks(context);
    }
    if (!ProjectViewVerifier.verifyProjectView(project, context, workspacePathResolver, projectViewSet, workspaceLanguageSettings)) {
        return SyncResult.FAILURE;
    }
    final BlazeProjectData newBlazeProjectData;
    WorkingSet workingSet = FutureUtil.waitForFuture(context, workingSetFuture).timed("WorkingSet", EventType.Other).withProgressMessage("Computing VCS working set...").onError("Could not compute working set").run().result();
    if (context.isCancelled()) {
        return SyncResult.CANCELLED;
    }
    if (context.hasErrors()) {
        return SyncResult.FAILURE;
    }
    if (workingSet != null) {
        printWorkingSet(context, workingSet);
    }
    SyncState.Builder syncStateBuilder = new SyncState.Builder();
    SyncState previousSyncState = oldBlazeProjectData != null ? oldBlazeProjectData.syncState : null;
    List<TargetExpression> targets = Lists.newArrayList();
    if (syncParams.addProjectViewTargets) {
        Collection<TargetExpression> projectViewTargets = projectViewSet.listItems(TargetSection.KEY);
        if (!projectViewTargets.isEmpty()) {
            syncStats.setBlazeProjectTargets(new ArrayList<>(projectViewTargets));
            targets.addAll(projectViewTargets);
            printTargets(context, "project view", projectViewTargets);
        }
    }
    if (syncParams.addWorkingSet && workingSet != null) {
        Collection<? extends TargetExpression> workingSetTargets = getWorkingSetTargets(projectViewSet, workingSet);
        if (!workingSetTargets.isEmpty()) {
            targets.addAll(workingSetTargets);
            syncStats.setWorkingSetTargets(new ArrayList<>(workingSetTargets));
            printTargets(context, "working set", workingSetTargets);
        }
    }
    if (!syncParams.targetExpressions.isEmpty()) {
        targets.addAll(syncParams.targetExpressions);
        printTargets(context, syncParams.title, syncParams.targetExpressions);
    }
    ShardedTargetsResult shardedTargetsResult = BlazeBuildTargetSharder.expandAndShardTargets(project, context, workspaceRoot, projectViewSet, workspacePathResolver, targets);
    if (shardedTargetsResult.buildResult.status == BuildResult.Status.FATAL_ERROR) {
        return SyncResult.FAILURE;
    }
    ShardedTargetList shardedTargets = shardedTargetsResult.shardedTargets;
    syncStats.setSyncSharded(shardedTargets.shardedTargets.size() > 1);
    BlazeConfigurationHandler configHandler = new BlazeConfigurationHandler(blazeInfo);
    boolean mergeWithOldState = !syncParams.addProjectViewTargets;
    BlazeIdeInterface.IdeResult ideQueryResult = getIdeQueryResult(project, context, projectViewSet, blazeVersionData, configHandler, shardedTargets, workspaceLanguageSettings, artifactLocationDecoder, syncStateBuilder, previousSyncState, mergeWithOldState);
    if (context.isCancelled()) {
        return SyncResult.CANCELLED;
    }
    context.output(PrintOutput.log("ide-query result: " + ideQueryResult.buildResult.status));
    if (ideQueryResult.targetMap == null || ideQueryResult.buildResult.status == BuildResult.Status.FATAL_ERROR) {
        context.setHasError();
        if (ideQueryResult.buildResult.outOfMemory()) {
            SuggestBuildShardingNotification.syncOutOfMemoryError(project, context);
        }
        return SyncResult.FAILURE;
    }
    TargetMap targetMap = ideQueryResult.targetMap;
    context.output(PrintOutput.log("Target map size: " + ideQueryResult.targetMap.targets().size()));
    BuildResult ideInfoResult = ideQueryResult.buildResult;
    ListenableFuture<ImmutableMultimap<TargetKey, TargetKey>> reverseDependenciesFuture = BlazeExecutor.getInstance().submit(() -> ReverseDependencyMap.createRdepsMap(targetMap));
    BuildResult ideResolveResult = resolveIdeArtifacts(project, context, workspaceRoot, projectViewSet, blazeVersionData, workspaceLanguageSettings, shardedTargets);
    if (ideResolveResult.status == BuildResult.Status.FATAL_ERROR) {
        context.setHasError();
        if (ideResolveResult.outOfMemory()) {
            SuggestBuildShardingNotification.syncOutOfMemoryError(project, context);
        }
        return SyncResult.FAILURE;
    }
    if (context.isCancelled()) {
        return SyncResult.CANCELLED;
    }
    Scope.push(context, (childContext) -> {
        childContext.push(new TimingScope("UpdateSyncState", EventType.Other));
        for (BlazeSyncPlugin syncPlugin : BlazeSyncPlugin.EP_NAME.getExtensions()) {
            syncPlugin.updateSyncState(project, childContext, workspaceRoot, projectViewSet, workspaceLanguageSettings, blazeInfo, workingSet, workspacePathResolver, artifactLocationDecoder, targetMap, syncStateBuilder, previousSyncState);
        }
    });
    ImmutableMultimap<TargetKey, TargetKey> reverseDependencies = FutureUtil.waitForFuture(context, reverseDependenciesFuture).timed("ReverseDependencies", EventType.Other).onError("Failed to compute reverse dependency map").run().result();
    if (reverseDependencies == null) {
        return SyncResult.FAILURE;
    }
    newBlazeProjectData = new BlazeProjectData(syncStartTime, targetMap, blazeInfo, blazeVersionData, workspacePathResolver, artifactLocationDecoder, workspaceLanguageSettings, syncStateBuilder.build(), reverseDependencies);
    FileCaches.onSync(project, context, projectViewSet, newBlazeProjectData, syncParams.syncMode);
    ListenableFuture<?> prefetch = PrefetchService.getInstance().prefetchProjectFiles(project, projectViewSet, newBlazeProjectData);
    FutureUtil.waitForFuture(context, prefetch).withProgressMessage("Prefetching files...").timed("PrefetchFiles", EventType.Prefetching).onError("Prefetch failed").run();
    ListenableFuture<DirectoryStructure> directoryStructureFuture = DirectoryStructure.getRootDirectoryStructure(project, workspaceRoot, projectViewSet);
    refreshVirtualFileSystem(context, newBlazeProjectData);
    DirectoryStructure directoryStructure = FutureUtil.waitForFuture(context, directoryStructureFuture).withProgressMessage("Computing directory structure...").timed("DirectoryStructure", EventType.Other).onError("Directory structure computation failed").run().result();
    if (directoryStructure == null) {
        return SyncResult.FAILURE;
    }
    boolean success = updateProject(context, projectViewSet, blazeVersionData, directoryStructure, oldBlazeProjectData, newBlazeProjectData);
    if (!success) {
        return SyncResult.FAILURE;
    }
    SyncResult syncResult = SyncResult.SUCCESS;
    if (ideInfoResult.status == BuildResult.Status.BUILD_ERROR || ideResolveResult.status == BuildResult.Status.BUILD_ERROR) {
        final String errorType = ideInfoResult.status == BuildResult.Status.BUILD_ERROR ? "BUILD file errors" : "compilation errors";
        String message = String.format("Sync was successful, but there were %s. " + "The project may not be fully updated or resolve until fixed. " + "If the errors are from your working set, please uncheck " + "'Blaze > Sync > Expand Sync to Working Set' and try again.", errorType);
        context.output(PrintOutput.error(message));
        IssueOutput.warn(message).submit(context);
        syncResult = SyncResult.PARTIAL_SUCCESS;
    }
    return syncResult;
}

Example 14 with WorkspacePathResolver

use of com.google.idea.blaze.base.sync.workspace.WorkspacePathResolver in project intellij by bazelbuild.

the class ProjectViewUi method parseProjectView.

public ProjectViewSet parseProjectView(final List<IssueOutput> issues) {
    final String projectViewText = projectViewEditor.getDocument().getText();
    final OutputSink<IssueOutput> issueCollector = output -> {
        issues.add(output);
        return OutputSink.Propagation.Continue;
    };
    return Scope.root(context -> {
        context.addOutputSink(IssueOutput.class, issueCollector);
        ProjectViewParser projectViewParser = new ProjectViewParser(context, workspacePathResolver);
        projectViewParser.parseProjectView(projectViewText);
        return projectViewParser.getResult();
    });
}

Example 15 with WorkspacePathResolver

use of com.google.idea.blaze.base.sync.workspace.WorkspacePathResolver in project intellij by bazelbuild.

the class PackageLister method expandPackageTargets.

/**
 * Expands all-in-package-recursive wildcard targets into all-in-single-package targets by
 * traversing the file system, looking for child blaze packages.
 *
 * <p>Returns null if directory traversal failed or was cancelled.
 */
@Nullable
static Map<TargetExpression, List<TargetExpression>> expandPackageTargets(BuildSystemProvider provider, BlazeContext context, WorkspacePathResolver pathResolver, Collection<WildcardTargetPattern> wildcardPatterns) {
    List<ListenableFuture<Entry<TargetExpression, List<TargetExpression>>>> futures = Lists.newArrayList();
    for (WildcardTargetPattern pattern : wildcardPatterns) {
        if (!pattern.isRecursive() || pattern.toString().startsWith("-")) {
            continue;
        }
        File dir = pathResolver.resolveToFile(pattern.getBasePackage());
        if (!FileOperationProvider.getInstance().isDirectory(dir)) {
            continue;
        }
        futures.add(FetchExecutor.EXECUTOR.submit(() -> {
            List<TargetExpression> expandedTargets = new ArrayList<>();
            traversePackageRecursively(provider, pathResolver, dir, expandedTargets);
            return Maps.immutableEntry(pattern.originalPattern, expandedTargets);
        }));
    }
    if (futures.isEmpty()) {
        return ImmutableMap.of();
    }
    FutureResult<List<Entry<TargetExpression, List<TargetExpression>>>> result = FutureUtil.waitForFuture(context, Futures.allAsList(futures)).withProgressMessage("Expanding wildcard target patterns...").timed("ExpandWildcardTargets", EventType.Other).onError("Expanding wildcard target patterns failed").run();
    if (!result.success()) {
        return null;
    }
    return result.result().stream().collect(Collectors.toMap(Entry::getKey, Entry::getValue, (x, y) -> x));
}