result == [r1, r2, r3] as Set
    }

    def "whereIs falls back to the read store"() {
        def missing = Stub(File) {
            exists() >> false
        }
        def found = Stub(File)

        1 * writeStore.whereIs(key, "checksum") >> { missing }
        1 * readStore.whereIs(key, "checksum") >> { found }

        expect:
        twoStageStore.whereIs(key, "checksum") == found
    }

        this.fileAccessTracker = new DelegatingFileAccessTracker();
    }

    @Override
    public File whereIs(ModuleComponentArtifactIdentifier artifactId, String checksum) {
        File file = writableStore.whereIs(artifactId, checksum);
        if (file.exists()) {
            return file;
        }
        return readOnlyStore.whereIs(artifactId, checksum);
    }

    @Override
    public FileAccessTracker getFileAccessTracker() {

import java.io.File;

public interface ArtifactIdentifierFileStore extends FileStore<ModuleComponentArtifactIdentifier>, FileStoreSearcher<ModuleComponentArtifactIdentifier> {
    File whereIs(ModuleComponentArtifactIdentifier artifactId, String checksum);

    FileAccessTracker getFileAccessTracker();

        ModuleComponentArtifactIdentifier artifactId = createArtifactId(group, module, version, name);
        HashCode hashCode = HashCode.fromBytes(sha1);
        File metadataFile = fileStore.whereIs(artifactId, hashCode.toString());
        return new DefaultMetadataFileSource(
            artifactId,
            metadataFile,
            hashCode);
    }

        return checksumService.sha1(contentFile).toString();
    }

    private File getTempFile() {
        return temporaryFileProvider.createTemporaryFile("filestore", "bin");
    }

    public File whereIs(K key, String checksum) {
        return new File(baseDir, toPath(key, checksum));
    }

    @Override
    public LocallyAvailableResource add(K key, Action<File> addAction) {

d|sync|tail|tar|tee|test|time|timeout|times|touch|top|traceroute|trap|tr|tsort|tty|type|ulimit|umask|umount|unalias|uname|unexpand|uniq|units|unrar|unshar|uptime|useradd|userdel|usermod|users|uuencode|uudecode|v|vdir|vi|vmstat|wait|watch|wc|wget|whereis|which|who|whoami|write|xargs|xdg-open|yes|zip)(?=$|[\s;|&])/,lookbehind:!0},keyword:{pattern:/(^|[\s;|&])(?:let|:|\.|if|then|else|elif|fi|for|break|continue|while|in|case|function|select|do|done|until|echo|exit|return|set|declare)(?=$|[\s;|&])/,l...

	OrWithSpace  = " OR "
)

// Where where clause
type Where struct {
	Exprs []Expression
}

// Name where clause name
func (where Where) Name() string {
	return "WHERE"
}

// Build build where clause
func (where Where) Build(builder Builder) {
	if len(where.Exprs) == 1 {
		if andCondition, ok := where.Exprs[0].(AndConditions); ok {
			where.Exprs = andCondition.Exprs
		}
	}

go vet os/user

# Check that second vet reuses cgo-derived inputs.
# The first command could be build instead of vet,
# except that if the cache is empty and there's a net.a
# in GOROOT/pkg, the build will not bother to regenerate
# and cache the cgo outputs, whereas vet always will.

go vet -x os/user
! stderr '^(clang|gcc)'  # should not have run compiler

Again, please try your best to be kind. 🤗

---

Here's what to keep in mind and how to review a pull request:

### Understand the problem

* First, make sure you **understand the problem** that the pull request is trying to solve. It might have a longer discussion in a GitHub Discussion or issue.

			// in _Pgcstop, but we model it as running in the tracer.
			status = traceProcRunning
		}
	case _Prunning:
		status = traceProcRunning
		// There's a short window wherein the goroutine may have entered _Gsyscall
		// but it still owns the P (it's not in _Psyscall yet). The goroutine entering
		// _Gsyscall is the tracer's signal that the P its bound to is also in a syscall,