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https://github.com/classilla/tenfourfox.git
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576 lines
22 KiB
JavaScript
576 lines
22 KiB
JavaScript
/* Any copyright is dedicated to the Public Domain.
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http://creativecommons.org/publicdomain/zero/1.0/ */
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function run_test() {
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/**
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* Signs a MAR file.
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*
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* @param inMAR The MAR file that should be signed
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* @param outMAR The MAR file to create
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*/
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function signMAR(inMAR, outMAR, certs, wantSuccess, useShortHandCmdLine) {
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// Get a process to the signmar binary from the dist/bin directory.
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let process = Cc["@mozilla.org/process/util;1"].
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createInstance(Ci.nsIProcess);
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let signmarBin = do_get_file("signmar" + BIN_SUFFIX);
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// Make sure the signmar binary exists and is an executable.
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do_check_true(signmarBin.exists());
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do_check_true(signmarBin.isExecutable());
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// Setup the command line arguments to sign the MAR.
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let NSSConfigDir = do_get_file("data");
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let args = ["-d", NSSConfigDir.path];
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if (certs.length == 1 && useShortHandCmdLine) {
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args.push("-n", certs[0]);
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} else {
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for (var i = 0; i < certs.length; i++) {
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args.push("-n" + i, certs[i]);
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}
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}
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args.push("-s", inMAR.path, outMAR.path);
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process.init(signmarBin);
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try {
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process.run(true, args, args.length);
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} catch(e) {
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// On Windows negative return value throws an exception
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process.exitValue = -1;
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}
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// Verify signmar returned 0 for success.
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if (wantSuccess) {
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do_check_eq(process.exitValue, 0);
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} else {
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do_check_neq(process.exitValue, 0);
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}
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}
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/**
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* Extract a MAR signature.
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*
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* @param inMAR The MAR file who's signature should be extracted
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* @param sigIndex The index of the signature to extract
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* @param extractedSig The file where the extracted signature will be stored
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* @param wantSuccess True if a successful signmar return code is desired
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*/
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function extractMARSignature(inMAR, sigIndex, extractedSig, wantSuccess) {
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// Get a process to the signmar binary from the dist/bin directory.
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let process = Cc["@mozilla.org/process/util;1"].
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createInstance(Ci.nsIProcess);
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let signmarBin = do_get_file("signmar" + BIN_SUFFIX);
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// Make sure the signmar binary exists and is an executable.
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do_check_true(signmarBin.exists());
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do_check_true(signmarBin.isExecutable());
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// Setup the command line arguments to extract the signature in the MAR.
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let args = ["-n" + sigIndex, "-X", inMAR.path, extractedSig.path];
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process.init(signmarBin);
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try {
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process.run(true, args, args.length);
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} catch(e) {
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// On Windows negative return value throws an exception
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process.exitValue = -1;
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}
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// Verify signmar returned 0 for success.
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if (wantSuccess) {
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do_check_eq(process.exitValue, 0);
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} else {
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do_check_neq(process.exitValue, 0);
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}
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}
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/**
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* Import a MAR signature.
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*
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* @param inMAR The MAR file who's signature should be imported to
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* @param sigIndex The index of the signature to import to
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* @param sigFile The file where the base64 signature exists
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* @param outMAR The same as inMAR but with the specified signature
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* swapped at the specified index.
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* @param wantSuccess True if a successful signmar return code is desired
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*/
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function importMARSignature(inMAR, sigIndex, sigFile, outMAR, wantSuccess) {
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// Get a process to the signmar binary from the dist/bin directory.
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let process = Cc["@mozilla.org/process/util;1"].
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createInstance(Ci.nsIProcess);
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let signmarBin = do_get_file("signmar" + BIN_SUFFIX);
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// Make sure the signmar binary exists and is an executable.
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do_check_true(signmarBin.exists());
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do_check_true(signmarBin.isExecutable());
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// Setup the command line arguments to import the signature in the MAR.
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let args = ["-n" + sigIndex, "-I", inMAR.path, sigFile.path, outMAR.path];
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process.init(signmarBin);
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try {
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process.run(true, args, args.length);
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} catch(e) {
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// On Windows negative return value throws an exception
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process.exitValue = -1;
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}
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// Verify signmar returned 0 for success.
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if (wantSuccess) {
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do_check_eq(process.exitValue, 0);
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} else {
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do_check_neq(process.exitValue, 0);
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}
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}
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/**
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* Verifies a MAR file.
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*
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* @param signedMAR Verifies a MAR file
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*/
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function verifyMAR(signedMAR, wantSuccess, certs, useShortHandCmdLine) {
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// Get a process to the signmar binary from the dist/bin directory.
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let process = Cc["@mozilla.org/process/util;1"].
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createInstance(Ci.nsIProcess);
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let signmarBin = do_get_file("signmar" + BIN_SUFFIX);
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// Make sure the signmar binary exists and is an executable.
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do_check_true(signmarBin.exists());
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do_check_true(signmarBin.isExecutable());
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// Will reference the arguments to use for verification in signmar
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let args = [];
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// Setup the command line arguments to create the MAR.
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// Windows & Mac vs. Linux/... have different command line for verification
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// since on Windows we verify with CryptoAPI, on Mac with Security
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// Transforms or CDSA/CSSM and on all other platforms we verify with NSS. So
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// on Windows and Mac we use an exported DER file and on other platforms we
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// use the NSS config db.
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if (mozinfo.os == "win" || mozinfo.os == "mac") {
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if (certs.length == 1 && useShortHandCmdLine) {
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args.push("-D", "data/" + certs[0] + ".der");
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} else {
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for (var i = 0; i < certs.length; i++) {
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args.push("-D" + i, "data/" + certs[i] + ".der");
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}
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}
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} else {
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let NSSConfigDir = do_get_file("data");
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args = ["-d", NSSConfigDir.path];
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if (certs.length == 1 && useShortHandCmdLine) {
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args.push("-n", certs[0]);
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} else {
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for (var i = 0; i < certs.length; i++) {
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args.push("-n" + i, certs[i]);
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}
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}
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}
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args.push("-v", signedMAR.path);
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process.init(signmarBin);
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try {
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// We put this in a try block because nsIProcess doesn't like -1 returns
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process.run(true, args, args.length);
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} catch (e) {
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// On Windows negative return value throws an exception
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process.exitValue = -1;
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}
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// Verify signmar returned 0 for success.
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if (wantSuccess) {
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do_check_eq(process.exitValue, 0);
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} else {
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do_check_neq(process.exitValue, 0);
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}
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}
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/**
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* Strips a MAR signature.
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*
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* @param signedMAR The MAR file that should be signed
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* @param outMAR The MAR file to write to with signature stripped
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*/
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function stripMARSignature(signedMAR, outMAR, wantSuccess) {
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// Get a process to the signmar binary from the dist/bin directory.
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let process = Cc["@mozilla.org/process/util;1"].
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createInstance(Ci.nsIProcess);
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let signmarBin = do_get_file("signmar" + BIN_SUFFIX);
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// Make sure the signmar binary exists and is an executable.
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do_check_true(signmarBin.exists());
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do_check_true(signmarBin.isExecutable());
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// Setup the command line arguments to create the MAR.
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let args = ["-r", signedMAR.path, outMAR.path];
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process.init(signmarBin);
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try {
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process.run(true, args, args.length);
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} catch (e) {
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// On Windows negative return value throws an exception
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process.exitValue = -1;
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}
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// Verify signmar returned 0 for success.
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if (wantSuccess) {
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do_check_eq(process.exitValue, 0);
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} else {
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do_check_neq(process.exitValue, 0);
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}
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}
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function cleanup() {
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let outMAR = tempDir.clone();
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outMAR.append("signed_out.mar");
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if (outMAR.exists()) {
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outMAR.remove(false);
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}
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outMAR = tempDir.clone();
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outMAR.append("multiple_signed_out.mar");
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if (outMAR.exists()) {
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outMAR.remove(false);
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}
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outMAR = tempDir.clone();
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outMAR.append("out.mar");
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if (outMAR.exists()) {
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outMAR.remove(false);
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}
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let outDir = tempDir.clone();
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outDir.append("out");
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if (outDir.exists()) {
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outDir.remove(true);
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}
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}
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const wantFailure = false;
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const wantSuccess = true;
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// Define the unit tests to run.
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let tests = {
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// Test signing a MAR file with a single signature
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test_sign_single: function() {
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let inMAR = do_get_file("data/" + refMARPrefix + "binary_data_mar.mar");
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let outMAR = tempDir.clone();
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outMAR.append("signed_out.mar");
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if (outMAR.exists()) {
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outMAR.remove(false);
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}
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signMAR(inMAR, outMAR, ["mycert"], wantSuccess, true);
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do_check_true(outMAR.exists());
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let outMARData = getBinaryFileData(outMAR);
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let refMAR = do_get_file("data/" + refMARPrefix + "signed_pib_mar.mar");
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let refMARData = getBinaryFileData(refMAR);
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compareBinaryData(outMARData, refMARData);
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},
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// Test signing a MAR file with multiple signatures
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test_sign_multiple: function() {
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let inMAR = do_get_file("data/" + refMARPrefix + "binary_data_mar.mar");
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let outMAR = tempDir.clone();
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outMAR.append("multiple_signed_out.mar");
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if (outMAR.exists()) {
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outMAR.remove(false);
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}
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do_check_false(outMAR.exists());
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signMAR(inMAR, outMAR, ["mycert", "mycert2", "mycert3"],
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wantSuccess, true);
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do_check_true(outMAR.exists());
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let outMARData = getBinaryFileData(outMAR);
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let refMAR = do_get_file("data/" + refMARPrefix + "multiple_signed_pib_mar.mar");
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let refMARData = getBinaryFileData(refMAR);
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compareBinaryData(outMARData, refMARData);
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},
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// Test verifying a signed MAR file
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test_verify_single: function() {
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let signedMAR = do_get_file("data/signed_pib_mar.mar");
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verifyMAR(signedMAR, wantSuccess, ["mycert"], true);
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verifyMAR(signedMAR, wantSuccess, ["mycert"], false);
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},
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// Test verifying a signed MAR file with too many certs fails.
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// Or if you want to look at it another way, One mycert signature
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// is missing.
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test_verify_single_too_many_certs: function() {
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let signedMAR = do_get_file("data/signed_pib_mar.mar");
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verifyMAR(signedMAR, wantFailure, ["mycert", "mycert"], true);
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verifyMAR(signedMAR, wantFailure, ["mycert", "mycert"], false);
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},
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// Test verifying a signed MAR file fails when using a wrong cert
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test_verify_single_wrong_cert: function() {
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let signedMAR = do_get_file("data/signed_pib_mar.mar");
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verifyMAR(signedMAR, wantFailure, ["mycert2"], true);
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verifyMAR(signedMAR, wantFailure, ["mycert2"], false);
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},
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// Test verifying a signed MAR file with multiple signatures
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test_verify_multiple: function() {
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let signedMAR = do_get_file("data/multiple_signed_pib_mar.mar");
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verifyMAR(signedMAR, wantSuccess, ["mycert", "mycert2", "mycert3"]);
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},
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// Test verifying an unsigned MAR file fails
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test_verify_unsigned_mar_file_fails: function() {
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let unsignedMAR = do_get_file("data/binary_data_mar.mar");
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verifyMAR(unsignedMAR, wantFailure, ["mycert", "mycert2", "mycert3"]);
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},
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// Test verifying a signed MAR file with the same signature multiple
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// times fails. The input MAR has: mycert, mycert2, mycert3.
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// we're checking to make sure the number of verified signatures
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// is only 1 and not 3. Each signature should be verified once.
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test_verify_multiple_same_cert: function() {
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let signedMAR = do_get_file("data/multiple_signed_pib_mar.mar");
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verifyMAR(signedMAR, wantFailure, ["mycert", "mycert", "mycert"]);
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},
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// Test verifying a signed MAR file with the correct signatures but in
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// a different order fails
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test_verify_multiple_wrong_order: function() {
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let signedMAR = do_get_file("data/multiple_signed_pib_mar.mar");
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verifyMAR(signedMAR, wantSuccess, ["mycert", "mycert2", "mycert3"]);
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verifyMAR(signedMAR, wantFailure, ["mycert", "mycert3", "mycert2"]);
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verifyMAR(signedMAR, wantFailure, ["mycert2", "mycert", "mycert3"]);
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verifyMAR(signedMAR, wantFailure, ["mycert2", "mycert3", "mycert"]);
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verifyMAR(signedMAR, wantFailure, ["mycert3", "mycert", "mycert2"]);
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verifyMAR(signedMAR, wantFailure, ["mycert3", "mycert2", "mycert"]);
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},
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// Test verifying a signed MAR file without a PIB
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test_verify_no_pib: function() {
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let signedMAR = do_get_file("data/signed_no_pib_mar.mar");
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verifyMAR(signedMAR, wantSuccess, ["mycert"], true);
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verifyMAR(signedMAR, wantSuccess, ["mycert"], false);
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},
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// Test verifying a signed MAR file with multiple signatures without a PIB
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test_verify_no_pib_multiple: function() {
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let signedMAR = do_get_file("data/multiple_signed_no_pib_mar.mar");
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verifyMAR(signedMAR, wantSuccess, ["mycert", "mycert2", "mycert3"]);
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},
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// Test verifying a crafted MAR file where the attacker tried to adjust
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// the version number manually.
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test_crafted_mar: function() {
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let signedBadMAR = do_get_file("data/manipulated_signed_mar.mar");
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verifyMAR(signedBadMAR, wantFailure, ["mycert"], true);
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verifyMAR(signedBadMAR, wantFailure, ["mycert"], false);
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},
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// Test verifying a file that doesn't exist fails
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test_bad_path_verify_fails: function() {
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let noMAR = do_get_file("data/does_not_exist_.mar", true);
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do_check_false(noMAR.exists());
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verifyMAR(noMAR, wantFailure, ["mycert"], true);
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},
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// Test to make sure a stripped MAR is the same as the original MAR
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test_strip_signature: function() {
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let originalMAR = do_get_file("data/" +
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refMARPrefix +
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"binary_data_mar.mar");
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let signedMAR = tempDir.clone();
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signedMAR.append("signed_out.mar");
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let outMAR = tempDir.clone();
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outMAR.append("out.mar", true);
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stripMARSignature(signedMAR, outMAR, wantSuccess);
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// Verify that the stripped MAR matches the original data MAR exactly
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let outMARData = getBinaryFileData(outMAR);
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let originalMARData = getBinaryFileData(originalMAR);
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compareBinaryData(outMARData, originalMARData);
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},
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// Test to make sure a stripped multi-signature-MAR is the same as the original MAR
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test_strip_multiple_signatures: function() {
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let originalMAR = do_get_file("data/" +
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refMARPrefix +
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"binary_data_mar.mar");
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let signedMAR = tempDir.clone();
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signedMAR.append("multiple_signed_out.mar");
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let outMAR = tempDir.clone();
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outMAR.append("out.mar");
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stripMARSignature(signedMAR, outMAR, wantSuccess);
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// Verify that the stripped MAR matches the original data MAR exactly
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let outMARData = getBinaryFileData(outMAR);
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let originalMARData = getBinaryFileData(originalMAR);
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compareBinaryData(outMARData, originalMARData);
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},
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// Test extracting the first signature in a MAR that has only a single signature
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test_extract_sig_single: function() {
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let inMAR = do_get_file("data/signed_pib_mar.mar");
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let extractedSig = do_get_file("extracted_signature", true);
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if (extractedSig.exists()) {
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extractedSig.remove(false);
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}
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extractMARSignature(inMAR, 0, extractedSig, wantSuccess);
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do_check_true(extractedSig.exists());
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let referenceSig = do_get_file("data/signed_pib_mar.signature.0"); +
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compareBinaryData(extractedSig, referenceSig);
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},
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// Test extracting the all signatures in a multi signature MAR
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// The input MAR has 3 signatures.
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test_extract_sig_multi: function() {
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for (let i = 0; i < 3; i++) {
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let inMAR = do_get_file("data/multiple_signed_pib_mar.mar");
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let extractedSig = do_get_file("extracted_signature", true);
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if (extractedSig.exists()) {
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extractedSig.remove(false);
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}
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extractMARSignature(inMAR, i, extractedSig, wantSuccess);
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do_check_true(extractedSig.exists());
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let referenceSig = do_get_file("data/multiple_signed_pib_mar.sig." + i); +
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compareBinaryData(extractedSig, referenceSig);
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}
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},
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// Test extracting a signature that is out of range fails
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test_extract_sig_out_of_range: function() {
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let inMAR = do_get_file("data/signed_pib_mar.mar");
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let extractedSig = do_get_file("extracted_signature", true);
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if (extractedSig.exists()) {
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extractedSig.remove(false);
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}
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const outOfBoundsIndex = 5;
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extractMARSignature(inMAR, outOfBoundsIndex, extractedSig, wantFailure);
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do_check_false(extractedSig.exists());
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},
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// Test signing a file that doesn't exist fails
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test_bad_path_sign_fails: function() {
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let inMAR = do_get_file("data/does_not_exist_.mar", true);
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let outMAR = tempDir.clone();
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outMAR.append("signed_out.mar");
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do_check_false(inMAR.exists());
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signMAR(inMAR, outMAR, ["mycert"], wantFailure, true);
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do_check_false(outMAR.exists());
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},
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// Test verifying only a subset of the signatures fails.
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// The input MAR has: mycert, mycert2, mycert3.
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// We're only verifying 2 of the 3 signatures and that should fail.
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test_verify_multiple_subset: function() {
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let signedMAR = do_get_file("data/multiple_signed_pib_mar.mar");
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verifyMAR(signedMAR, wantFailure, ["mycert", "mycert2"]);
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},
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// Test importing the first signature in a MAR that has only
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// a single signature
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test_import_sig_single: function() {
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// Make sure the input MAR was signed with mycert only
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let inMAR = do_get_file("data/signed_pib_mar.mar");
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verifyMAR(inMAR, wantSuccess, ["mycert"], false);
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verifyMAR(inMAR, wantFailure, ["mycert2"], false);
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verifyMAR(inMAR, wantFailure, ["mycert3"], false);
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// Get the signature file for this MAR signed with the key from mycert2
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let sigFile = do_get_file("data/signed_pib_mar.signature.mycert2");
|
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do_check_true(sigFile.exists());
|
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let outMAR = tempDir.clone();
|
|
outMAR.append("sigchanged_signed_pib_mar.mar");
|
|
if (outMAR.exists()) {
|
|
outMAR.remove(false);
|
|
}
|
|
|
|
//Run the import operation
|
|
importMARSignature(inMAR, 0, sigFile, outMAR, wantSuccess);
|
|
|
|
// Verify we have a new MAR file and that mycert no longer verifies
|
|
// and that mycert2 does verify
|
|
do_check_true(outMAR.exists());
|
|
verifyMAR(outMAR, wantFailure, ["mycert"], false);
|
|
verifyMAR(outMAR, wantSuccess, ["mycert2"], false);
|
|
verifyMAR(outMAR, wantFailure, ["mycert3"], false);
|
|
|
|
// Compare the binary data to something that was signed originally
|
|
// with the private key from mycert2
|
|
let refMAR = do_get_file("data/signed_pib_mar_with_mycert2.mar");
|
|
do_check_true(refMAR.exists());
|
|
let refMARData = getBinaryFileData(refMAR);
|
|
let outMARData = getBinaryFileData(outMAR);
|
|
compareBinaryData(outMARData, refMARData);
|
|
},
|
|
// Test importing a signature that doesn't belong to the file
|
|
// fails to verify.
|
|
test_import_wrong_sig: function() {
|
|
// Make sure the input MAR was signed with mycert only
|
|
let inMAR = do_get_file("data/signed_pib_mar.mar");
|
|
verifyMAR(inMAR, wantSuccess, ["mycert"], false);
|
|
verifyMAR(inMAR, wantFailure, ["mycert2"], false);
|
|
verifyMAR(inMAR, wantFailure, ["mycert3"], false);
|
|
|
|
// Get the signature file for this MAR signed with the key from mycert2
|
|
let sigFile = do_get_file("data/multiple_signed_pib_mar.sig.0");
|
|
do_check_true(sigFile.exists());
|
|
let outMAR = tempDir.clone();
|
|
outMAR.append("sigchanged_signed_pib_mar.mar");
|
|
if (outMAR.exists()) {
|
|
outMAR.remove(false);
|
|
}
|
|
|
|
//Run the import operation
|
|
importMARSignature(inMAR, 0, sigFile, outMAR, wantSuccess);
|
|
|
|
// Verify we have a new MAR file and that mycert no longer verifies
|
|
// and that mycert2 does verify
|
|
do_check_true(outMAR.exists());
|
|
verifyMAR(outMAR, wantFailure, ["mycert"], false);
|
|
verifyMAR(outMAR, wantFailure, ["mycert2"], false);
|
|
verifyMAR(outMAR, wantFailure, ["mycert3"], false);
|
|
},
|
|
// Test importing to the second signature in a MAR that has multiple
|
|
// signature
|
|
test_import_sig_multiple: function() {
|
|
// Make sure the input MAR was signed with mycert only
|
|
let inMAR = do_get_file("data/multiple_signed_pib_mar.mar");
|
|
verifyMAR(inMAR, wantSuccess, ["mycert", "mycert2", "mycert3"], false);
|
|
verifyMAR(inMAR, wantFailure, ["mycert", "mycert", "mycert3"], false);
|
|
|
|
// Get the signature file for this MAR signed with the key from mycert
|
|
let sigFile = do_get_file("data/multiple_signed_pib_mar.sig.0");
|
|
do_check_true(sigFile.exists());
|
|
let outMAR = tempDir.clone();
|
|
outMAR.append("sigchanged_signed_pib_mar.mar");
|
|
if (outMAR.exists()) {
|
|
outMAR.remove(false);
|
|
}
|
|
|
|
//Run the import operation
|
|
const secondSigPos = 1;
|
|
importMARSignature(inMAR, secondSigPos, sigFile, outMAR, wantSuccess);
|
|
|
|
// Verify we have a new MAR file and that mycert no longer verifies
|
|
// and that mycert2 does verify
|
|
do_check_true(outMAR.exists());
|
|
verifyMAR(outMAR, wantSuccess, ["mycert", "mycert", "mycert3"], false);
|
|
verifyMAR(outMAR, wantFailure, ["mycert", "mycert2", "mycert3"], false);
|
|
|
|
// Compare the binary data to something that was signed originally
|
|
// with the private keys from mycert, mycert, mycert3
|
|
let refMAR = do_get_file("data/multiple_signed_pib_mar_2.mar");
|
|
do_check_true(refMAR.exists());
|
|
let refMARData = getBinaryFileData(refMAR);
|
|
let outMARData = getBinaryFileData(outMAR);
|
|
compareBinaryData(outMARData, refMARData);
|
|
},
|
|
// Test stripping a MAR that doesn't exist fails
|
|
test_bad_path_strip_fails: function() {
|
|
let noMAR = do_get_file("data/does_not_exist_mar", true);
|
|
do_check_false(noMAR.exists());
|
|
let outMAR = tempDir.clone();
|
|
outMAR.append("out.mar");
|
|
stripMARSignature(noMAR, outMAR, wantFailure);
|
|
},
|
|
// Test extracting from a bad path fails
|
|
test_extract_bad_path: function() {
|
|
let noMAR = do_get_file("data/does_not_exist.mar", true);
|
|
let extractedSig = do_get_file("extracted_signature", true);
|
|
do_check_false(noMAR.exists());
|
|
if (extractedSig.exists()) {
|
|
extractedSig.remove(false);
|
|
}
|
|
extractMARSignature(noMAR, 0, extractedSig, wantFailure);
|
|
do_check_false(extractedSig.exists());
|
|
},
|
|
// Between each test make sure the out MAR does not exist.
|
|
cleanup_per_test: function() {
|
|
}
|
|
};
|
|
|
|
cleanup();
|
|
|
|
// Run all the tests
|
|
do_check_eq(run_tests(tests), Object.keys(tests).length - 1);
|
|
|
|
do_register_cleanup(cleanup);
|
|
}
|