# enabled via GOFLAGS.
env GOFLAGS='-tags=buggy -printf'
! go vet -unsafeptr
stderr 'possible Printf formatting directive'

# Analyzer flags don't exist unless we're running 'go vet',
# and we shouldn't run the vet tool to discover them otherwise.
# (Maybe someday we'll hard-code the analyzer flags for the default vet
# tool to make this work, but not right now.)
env GOFLAGS='-unsafeptr'
! go list .

            return ImmutableSetMultimap.<ModelActionRole, ModelAction>builder()
                .put(ModelActionRole.Discover, AddProjectionsAction.of(subject, descriptor,
                    ModelMapModelProjection.managed(schema.getType(), schema.getElementType(), ChildNodeInitializerStrategyAccessors.fromPrivateData())
                ))

/**
 * A hard-coded sequence of model actions that can be applied to a model element.
 *
 * <p>This is pretty much a placeholder for something more descriptive.
 */
public enum ModelActionRole {
    Discover(ModelNode.State.Discovered, false), // Defines all projections for the node
    Create(ModelNode.State.Created, false), // Initializes the node

It discovers plugins by monitoring inotify events under the directory returned by
kubelet.getPluginsDir(). We will refer to this directory as PluginsDir.

Plugins are expected to implement the gRPC registration service specified in
pkg/kubelet/apis/pluginregistration/v*/api.proto.

## Plugin Discovery

The pluginwatcher service will discover plugins in the PluginDir when they

    }
    sourceSets["main"].output.dir(classpathManifest.map { it.manifestFile.get().asFile.parentFile })
}

/**
 * Walk the resolved graph and discover all external dependencies that are not transitive dependencies
 * of project dependencies. This optimizes module loading during runtime, as we will only load external
 * modules that are not loaded transitively by other project modules.

    DynamicObject getTasksAsDynamicObject();

    /**
     * Force the task graph to come into existence.
     */
    void realize();

    /**
     * Performs work to discover more tasks.
     *
     * This method differs from {@link #realize} in that it does not realize the whole subtree.
     */
    void discoverTasks();

    /**

#   limitations under the License.
#
# Run from the top level productpage directory with:
#
# pip install -r test-requirements.txt
# python -m unittest discover tests/unit

import unittest

import requests_mock

import productpage


class ApplianceTest(unittest.TestCase):

    def setUp(self):
        self.app = productpage.app.test_client()

# TestXX is run, twice
stdout -count=2 '^=== RUN   TestXX$'
stdout -count=2 '^    z_test.go:10: LOG: XX running'

# TestZ is not run
! stdout '^=== RUN   TestZ$'

# BenchmarkX is run with N=1 once, only to discover what sub-benchmarks it has,
# and should not print a final summary line.
stdout -count=1 '^    x_test.go:13: LOG: X running N=1$'
! stdout '^\s+BenchmarkX: x_test.go:13: LOG: X running N=\d\d+'
! stdout 'BenchmarkX\s+\d+'

                @Override
                public String getId() {
                    return "EngineFailingDiscovery";
                }

                @Override
                public TestDescriptor discover(EngineDiscoveryRequest discoveryRequest, UniqueId uniqueId) {
                    throw new RuntimeException("oops");
                }

                @Override

You’ll discover that Gradle has a rich API for working with dependencies — one that takes time to master, but is straightforward to use for common scenarios.

[[sec:cpp_compile_link]]
== Compiling and linking your code