// returned to allow comparison of calculated tree size
// with expected.
func (t *node32) wellFormedSubtree(parent *node32, keyMin, keyMax int32) (s string, i int) {
	i = -1 // initialize to a failing value
	s = "" // s is the reason for failure; empty means okay.

	if keyMin >= t.key {
		s = " min >= t.key"
		return
	}

	if keyMax <= t.key {
		s = " max <= t.key"
		return
	}

// based on image name.
func (dk *providersDockerKeyring) Lookup(image string) ([]AuthConfig, bool) {
	keyring := &BasicDockerKeyring{}

	for _, p := range dk.Providers {
		keyring.Add(p.Provide(image))
	}

	return keyring.Lookup(image)
}

// FakeKeyring a fake config credentials
type FakeKeyring struct {
	auth []AuthConfig
	ok   bool
}

        exportedKeyRing.exists()
        def keyrings = SecuritySupport.loadKeyRingFile(exportedKeyRing)
        keyrings.size() == 2
        keyrings.find { it.publicKey.keyID == SigningFixtures.validPublicKey.keyID }
        keyrings.find { it.publicKey.keyID == keyring.publicKey.keyID }

        and: "also generates an ascii armored keyring file"

        return createSignatory(project, propertyPrefix, name, false);
    }

    public PgpSignatory createSignatory(String name, String keyId, File keyRing, String password) {
        return createSignatory(name, readSecretKey(keyId, keyRing), password);
    }

    public PgpSignatory createSignatory(String name, PGPSecretKey secretKey, String password) {
        return new PgpSignatory(name, secretKey, password);

                        delegate.findByLongId(keyId, new PublicKeyResultBuilder() {
                            @Override
                            public void keyRing(PGPPublicKeyRing keyring) {
                                missing.set(false);
                                builder.keyRing(keyring);
                                Iterator<PGPPublicKey> pkIt = keyring.getPublicKeys();

    protected void addSignatory(String name, String keyId, String secretKey, String password) {
        signatories.put(name, createSignatory(name, keyId, secretKey, password));
    }

    private PgpSignatory createSignatory(String name, String keyId, String secretKey, String password) {
        try (InputStream in = PGPUtil.getDecoderStream(new ByteArrayInputStream(secretKey.getBytes(UTF_8)))) {
            if (keyId == null) {

    @Override
    public void findByLongId(long keyId, PublicKeyResultBuilder builder) {
        for (PGPPublicKeyRing keyring : load().longIdToPublicKeys.get(keyId)) {
            builder.keyRing(keyring);
            Iterator<PGPPublicKey> pkIt = keyring.getPublicKeys();
            while (pkIt.hasNext()) {
                PGPPublicKey key = pkIt.next();
                if (key.getKeyID() == keyId) {
                    builder.publicKey(key);

        generator
    }

    private static class Holder {
        static final KeyRing VALID_KEYRING = new KeyRing("gradle")
        static final KeyRing INVALID_KEYRING = new KeyRing("invalid-key-ring")
    }

    private static class KeyRing {
        private final PgpSignatory signatory
        private final PGPPublicKey publicKey
        private final PGPSecretKey secretKey

        private FirstMatchBuilder(PublicKeyResultBuilder delegate) {
            this.delegate = delegate;
        }

        @Override
        public void keyRing(PGPPublicKeyRing keyring) {
            delegate.keyRing(keyring);
            hasResult = true;
        }

        @Override
        public void publicKey(PGPPublicKey publicKey) {
            delegate.publicKey(publicKey);

Tom Tresansky <******@****.***> 1697026569 -0400