mongo/jstests/ssl_linear/mongo_uri_secondaries.js
Gabriel Marks aa38851a3d SERVER-118615 Use generated macos certificates in system CA tests (#47717)
GitOrigin-RevId: f9363dc6360e7e081ee62899d95001d173a7b9de
2026-02-10 16:25:28 +00:00

110 lines
4.1 KiB
JavaScript

// On MacOS this test assumes that certificates exist at
// /opt/x509/macos-trusted-[ca|server|client].pem, and that /opt/x509/macos-trusted-ca.pem has
// been added as a trusted certificate to the login keychain of the evergreen user. See,
// https://github.com/10gen/buildhost-configuration/blob/1c1fcb51924cd4f1bc9eaf5db23f6e4365d6ba17/roles/macos/tasks/keychains.yml#L58-L87
// for details.
// To install certificates for local testing on OSX, invoke the following at a console:
// mkdir /opt/x509
// python x509/mkcert.py x509/apple_certs.json -o /opt/x509
// security add-trusted-cert -d /opt/x509/macos-trusted-ca.pem
// security add-trusted-cert -d -r trustAsRoot /opt/x509/macos-trusted-server.pem
// security add-trusted-cert -d -r trustAsRoot /opt/x509/macos-trusted-client.pem
import {getPython3Binary} from "jstests/libs/python.js";
import {ReplSetTest} from "jstests/libs/replsettest.js";
const HOST_TYPE = getBuildInfo().buildEnvironment.target_os;
jsTest.log("HOST_TYPE = " + HOST_TYPE);
let trustedCA = getX509Path("trusted-ca.pem");
let trustedServer = getX509Path("trusted-server.pem");
let trustedClient = getX509Path("trusted-client.pem");
if (HOST_TYPE == "macOS") {
trustedCA = "/opt/x509/macos-trusted-ca.pem";
trustedServer = "/opt/x509/macos-trusted-server.pem";
trustedClient = "/opt/x509/macos-trusted-client.pem";
// Ensure trustedCA is properly installed on MacOS hosts.
// (MacOS is the only OS where it is installed outside of this test)
let exitCode = runProgram("security", "verify-cert", "-c", trustedClient);
assert.eq(0, exitCode, "Check for proper installation of Trusted CA on MacOS host");
}
if (HOST_TYPE == "windows") {
assert.eq(0, runProgram(getPython3Binary(), "jstests/ssl_linear/windows_castore_cleanup.py"));
// OpenSSL backed imports Root CA and intermediate CA
runProgram("certutil.exe", "-addstore", "-user", "-f", "CA", trustedCA);
// SChannel backed follows Windows rules and only trusts the Root store in Local Machine and
// Current User.
runProgram("certutil.exe", "-addstore", "-f", "Root", trustedCA);
}
try {
const x509Options = {
tlsMode: "requireTLS",
tlsCertificateKeyFile: trustedServer,
tlsCAFile: trustedCA,
tlsClusterFile: trustedClient,
tlsAllowInvalidCertificates: "",
tlsWeakCertificateValidation: "",
};
const rst = new ReplSetTest({
nodes: 2,
name: "tlsSet",
useHostName: false,
nodeOptions: x509Options,
waitForKeys: false,
});
rst.startSet();
rst.initiate();
const subShellCommand = function (hosts) {
let Ms = [];
for (let i = 0; i < 10; i++) {
Ms.push(new Mongo("mongodb://" + hosts[0] + "," + hosts[1] + "/?ssl=true&replicaSet=tlsSet"));
}
for (let i = 0; i < 10; i++) {
let db = Ms[i].getDB("test");
db.setSecondaryOk();
db.col.find().readPref("secondary").toArray();
}
};
const subShellCommandFormatter = function (replSet) {
let hosts = [];
replSet.nodes.forEach((node) => {
hosts.push("localhost:" + node.port);
});
let command = `
(function () {
let command = ${subShellCommand.toString()};
let hosts = ${tojson(hosts)};
command(hosts);
}());`;
return command;
};
function runWithEnv(args, env) {
const pid = _startMongoProgram({args: args, env: env});
return waitProgram(pid);
}
const subShellArgs = ["mongo", "--nodb", "--eval", subShellCommandFormatter(rst)];
const retVal = runWithEnv(subShellArgs, {"SSL_CERT_FILE": trustedCA});
assert.eq(retVal, 0, "mongo shell did not succeed with exit code 0");
rst.stopSet();
} finally {
if (HOST_TYPE == "windows") {
const trusted_ca_thumbprint = cat(getX509Path("trusted-ca.pem.digest.sha1"));
runProgram("certutil.exe", "-delstore", "-f", "Root", trusted_ca_thumbprint);
runProgram("certutil.exe", "-delstore", "-user", "-f", "CA", trusted_ca_thumbprint);
}
}