mconnect/test/mconn-crypt-vala-test.vala

using Mconn;

void test_generate() {
	string key_path = "/tmp/test-key-vala.pem";
	string cert_path = "/tmp/test-cert-vala.pem";
	FileUtils.remove(key_path);
	FileUtils.remove(cert_path);

	assert(FileUtils.test(key_path, FileTest.EXISTS) == false);
	try {
		Crypt.generate_key_cert(key_path, cert_path, "foo");
	} catch (Error e) {
		warning("generate failed: %s", e.message);
		Test.fail();
	}
	assert(FileUtils.test(key_path, FileTest.EXISTS) == true);
	assert(FileUtils.test(cert_path, FileTest.EXISTS) == true);
}

void test_generate_load() {
	string key_path = "/tmp/test-key-vala.pem";
	string cert_path = "/tmp/test-cert-vala.pem";
	FileUtils.remove(key_path);
	FileUtils.remove(cert_path);

	try {
		Crypt.generate_key_cert(key_path, cert_path, "bar");
	} catch (Error e) {
		warning("generate failed: %s", e.message);
		Test.fail();
	}

	try {
		var cert = new TlsCertificate.from_files(cert_path,
												 key_path);
	} catch (Error e) {
		warning("load from files failed: %s", e.message);
		Test.fail();
	}
}

void test_custom_cn() {
	string key_path = "/tmp/test-key-vala.pem";
	string cert_path = "/tmp/test-cert-vala.pem";
	FileUtils.remove(key_path);
	FileUtils.remove(cert_path);

	try {
		Crypt.generate_key_cert(key_path, cert_path, "custom-cn");
	} catch (Error e) {
		warning("generate failed: %s", e.message);
		Test.fail();
	}

	uint8[] data;
	try {
		File.new_for_path(cert_path).load_contents(null, out data, null);
	} catch (Error e) {
		warning("load contents failed: %s", e.message);
		Test.fail();
	}

	var datum = GnuTLS.Datum() { data=data, size=data.length };

	var cert = GnuTLS.X509.Certificate.create();
	var res = cert.import(ref datum, GnuTLS.X509.CertificateFormat.PEM);
	assert(res == GnuTLS.ErrorCode.SUCCESS);

	// verify DN
	var dn = new uint8[1024];
	size_t sz = dn.length;
	cert.get_dn(dn, ref sz);
	debug("dn: %s\n", (string)dn);

	var issuer_dn = new uint8[1024];
	sz = issuer_dn.length;
	cert.get_issuer_dn(issuer_dn, ref sz);
	debug("dn: %s\n", (string)issuer_dn);

	var subject = (string)dn;
	var issuer = (string)issuer_dn;

	// verify that the certificate is self signed
	assert(subject == issuer);
	//
	assert("CN=custom-cn" in subject);
}

void test_fingerprint() {
	var pem = """-----BEGIN CERTIFICATE-----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-----END CERTIFICATE-----""";
	var expected = "eb2611a447085322b206fa61d4bc5869b4a55657";

	var fingerprint = Crypt.fingerprint_certificate(pem);
	// SHA1
	assert(fingerprint.length == 20);

	var sb = new StringBuilder.sized(20*2);
	foreach(var b in fingerprint) {
		sb.append_printf("%02x", b);
	}

	assert(sb.str == expected);
}

public static void main(string[] args) {
	Test.init(ref args);

	Test.add_func("/mconn-crypt-vala/generated", test_generate);
	Test.add_func("/mconn-crypt-vala/load", test_generate_load);
	Test.add_func("/mconn-crypt-vala/verify-cn", test_custom_cn);
	Test.add_func("/mconn-crypt-vala/fingerprint", test_fingerprint);
	Test.run();
}