Quelle  test_signed_apps.js   Sprache: JAVA

"use strict";

// Tests the API nsIX509CertDB.openSignedAppFileAsync, which backs add-on
// signature verification. Testcases include various ways of tampering with
// add-ons as well as different hash algorithms used in the various
// signature/metadata files.

// from prio.h
const PR_RDWR = 0x04;
const PR_CREATE_FILE = 0x08;
const PR_TRUNCATE = 0x20;
const PR_USEC_PER_MSEC = 1000;

do_get_profile(); // must be called before getting nsIX509CertDB
const certdb = Cc["@mozilla.org/security/x509certdb;1"].getService(
  Ci.nsIX509CertDB
);

// Creates a new app package based in the inFilePath package, with a set of
// modifications (including possibly deletions) applied to the existing entries,
// and/or a set of new entries to be included.
function tamper(inFilePath, outFilePath, modifications, newEntries) {
  let writer = Cc["@mozilla.org/zipwriter;1"].createInstance(Ci.nsIZipWriter);
  writer.open(outFilePath, PR_RDWR | PR_CREATE_FILE | PR_TRUNCATE);
  try {
    let reader = Cc["@mozilla.org/libjar/zip-reader;1"].createInstance(
      Ci.nsIZipReader
    );
    reader.open(inFilePath);
    try {
      for (let entryName of reader.findEntries("")) {
        let inEntry = reader.getEntry(entryName);
        let entryInput = reader.getInputStream(entryName);
        try {
          let f = modifications[entryName];
          let outEntry, outEntryInput;
          if (f) {
            [outEntry, outEntryInput] = f(inEntry, entryInput);
            delete modifications[entryName];
          } else {
            [outEntry, outEntryInput] = [inEntry, entryInput];
          }
          // if f does not want the input entry to be copied to the output entry
          // at all (i.e. it wants it to be deleted), it will return null.
          if (outEntryInput) {
            try {
              writer.addEntryStream(
                entryName,
                outEntry.lastModifiedTime,
                outEntry.compression,
                outEntryInput,
                false
              );
            } finally {
              if (entryInput != outEntryInput) {
                outEntryInput.close();
              }
            }
          }
        } finally {
          entryInput.close();
        }
      }
    } finally {
      reader.close();
    }

    // Any leftover modification means that we were expecting to modify an entry
    // in the input file that wasn't there.
    for (let name in modifications) {
      if (modifications.hasOwnProperty(name)) {
        throw new Error("input file was missing expected entries: " + name);
      }
    }

    // Now, append any new entries to the end
    newEntries.forEach(function (newEntry) {
      let sis = Cc["@mozilla.org/io/string-input-stream;1"].createInstance(
        Ci.nsIStringInputStream
      );
      try {
        sis.setByteStringData(newEntry.content);
        writer.addEntryStream(
          newEntry.name,
          new Date() * PR_USEC_PER_MSEC,
          Ci.nsIZipWriter.COMPRESSION_BEST,
          sis,
          false
        );
      } finally {
        sis.close();
      }
    });
  } finally {
    writer.close();
  }
}

function removeEntry() {
  return [null, null];
}

function truncateEntry(entry, entryInput) {
  if (entryInput.available() == 0) {
    throw new Error(
      "Truncating already-zero length entry will result in " +
        "identical entry."
    );
  }

  let content = Cc["@mozilla.org/io/string-input-stream;1"].createInstance(
    Ci.nsIStringInputStream
  );
  content.setByteStringData("");

  return [entry, content];
}

function check_open_result(name, expectedRv, expectedSignatureAlgorithms) {
  return function openSignedAppFileCallback(rv, aZipReader, aSignatureInfos) {
    info("openSignedAppFileCallback called for " + name);
    equal(rv, expectedRv, "Actual and expected return value should match");
    equal(
      aZipReader != null,
      Components.isSuccessCode(expectedRv),
      "ZIP reader should be null only if the return value denotes failure"
    );
    equal(
      aSignatureInfos.length,
      expectedSignatureAlgorithms.length,
      "Should have the same number of expected signature infos"
    );
    for (let i = 0; i < expectedSignatureAlgorithms.length; i++) {
      equal(
        aSignatureInfos[i].signatureAlgorithm,
        expectedSignatureAlgorithms[i],
        "Should have expected signature algorithm"
      );
    }
    run_next_test();
  };
}

function original_app_path(test_name) {
  return do_get_file("test_signed_apps/" + test_name + ".zip", false);
}

function tampered_app_path(test_name) {
  return new FileUtils.File(
    PathUtils.join(
      Services.dirsvc.get("TmpD", Ci.nsIFile).path,
      `test_signed_app-${test_name}.zip`
    )
  );
}

var hashTestcases = [
  // SHA-256 in PKCS#7 + SHA-256 present elsewhere => OK
  {
    name: "app_mf-1-256_sf-1-256_p7-1-256",
    expectedResult: Cr.NS_OK,
    expectedSignatureAlgorithms: [Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA256],
  },
  {
    name: "app_mf-1-256_sf-1-256_p7-256",
    expectedResult: Cr.NS_OK,
    expectedSignatureAlgorithms: [Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA256],
  },
  {
    name: "app_mf-1-256_sf-256_p7-1-256",
    expectedResult: Cr.NS_OK,
    expectedSignatureAlgorithms: [Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA256],
  },
  {
    name: "app_mf-1-256_sf-256_p7-256",
    expectedResult: Cr.NS_OK,
    expectedSignatureAlgorithms: [Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA256],
  },
  {
    name: "app_mf-256_sf-1-256_p7-1-256",
    expectedResult: Cr.NS_OK,
    expectedSignatureAlgorithms: [Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA256],
  },
  {
    name: "app_mf-256_sf-1-256_p7-256",
    expectedResult: Cr.NS_OK,
    expectedSignatureAlgorithms: [Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA256],
  },
  {
    name: "app_mf-256_sf-256_p7-1-256",
    expectedResult: Cr.NS_OK,
    expectedSignatureAlgorithms: [Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA256],
  },
  {
    name: "app_mf-256_sf-256_p7-256",
    expectedResult: Cr.NS_OK,
    expectedSignatureAlgorithms: [Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA256],
  },

  // SHA-1 in PKCS#7 + SHA-1 present elsewhere => OK
  {
    name: "app_mf-1-256_sf-1-256_p7-1",
    expectedResult: Cr.NS_OK,
    expectedSignatureAlgorithms: [Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA1],
  },
  {
    name: "app_mf-1-256_sf-1_p7-1",
    expectedResult: Cr.NS_OK,
    expectedSignatureAlgorithms: [Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA1],
  },
  {
    name: "app_mf-1_sf-1-256_p7-1",
    expectedResult: Cr.NS_OK,
    expectedSignatureAlgorithms: [Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA1],
  },
  {
    name: "app_mf-1_sf-1_p7-1",
    expectedResult: Cr.NS_OK,
    expectedSignatureAlgorithms: [Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA1],
  },

  // SHA-256 in PKCS#7 + SHA-256 not present elsewhere => INVALID
  {
    name: "app_mf-1-256_sf-1_p7-1-256",
    expectedResult: Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
    expectedSignatureAlgorithms: [],
  },
  {
    name: "app_mf-1-256_sf-1_p7-256",
    expectedResult: Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
    expectedSignatureAlgorithms: [],
  },
  {
    name: "app_mf-1_sf-1-256_p7-1-256",
    expectedResult: Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
    expectedSignatureAlgorithms: [],
  },
  {
    name: "app_mf-1_sf-1-256_p7-256",
    expectedResult: Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
    expectedSignatureAlgorithms: [],
  },
  {
    name: "app_mf-1_sf-1_p7-1-256",
    expectedResult: Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
    expectedSignatureAlgorithms: [],
  },
  {
    name: "app_mf-1_sf-1_p7-256",
    expectedResult: Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
    expectedSignatureAlgorithms: [],
  },
  {
    name: "app_mf-1_sf-256_p7-1-256",
    expectedResult: Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
    expectedSignatureAlgorithms: [],
  },
  {
    name: "app_mf-1_sf-256_p7-256",
    expectedResult: Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
    expectedSignatureAlgorithms: [],
  },
  {
    name: "app_mf-256_sf-1_p7-1-256",
    expectedResult: Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
    expectedSignatureAlgorithms: [],
  },
  {
    name: "app_mf-256_sf-1_p7-256",
    expectedResult: Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
    expectedSignatureAlgorithms: [],
  },

  // SHA-1 in PKCS#7 + SHA-1 not present elsewhere => INVALID
  {
    name: "app_mf-1-256_sf-256_p7-1",
    expectedResult: Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
    expectedSignatureAlgorithms: [],
  },
  {
    name: "app_mf-1_sf-256_p7-1",
    expectedResult: Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
    expectedSignatureAlgorithms: [],
  },
  {
    name: "app_mf-256_sf-1-256_p7-1",
    expectedResult: Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
    expectedSignatureAlgorithms: [],
  },
  {
    name: "app_mf-256_sf-1_p7-1",
    expectedResult: Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
    expectedSignatureAlgorithms: [],
  },
  {
    name: "app_mf-256_sf-256_p7-1",
    expectedResult: Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
    expectedSignatureAlgorithms: [],
  },
];

// Policy values for the preference "security.signed_app_signatures.policy"
const PKCS7WithSHA1OrSHA256 = 0b0;
const PKCS7_WITH_SHA256 = 0b1;
const COSEAndPKCS7WithSHA1OrSHA256 = 0b10;
const COSEAndPKCS7WithSHA256 = 0b11;
const COSERequiredAndPKCS7WithSHA1OrSHA256 = 0b100;
const COSERequiredAndPKCS7WithSHA256 = 0b101;
const COSEOnly = 0b110;
const COSEOnlyAgain = 0b111;

function add_signature_test(policy, test) {
  // First queue up a test to set the desired policy:
  add_test(function () {
    Services.prefs.setIntPref("security.signed_app_signatures.policy", policy);
    run_next_test();
  });
  // Then queue up the test itself:
  add_test(test);
}

for (let testcase of hashTestcases) {
  add_signature_test(PKCS7WithSHA1OrSHA256, function () {
    certdb.openSignedAppFileAsync(
      Ci.nsIX509CertDB.AppXPCShellRoot,
      original_app_path(testcase.name),
      check_open_result(
        testcase.name,
        testcase.expectedResult,
        testcase.expectedSignatureAlgorithms
      )
    );
  });
}

add_signature_test(PKCS7WithSHA1OrSHA256, function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("empty_signerInfos"),
    check_open_result(
      "the signerInfos in the PKCS#7 signature is empty",
      Cr.NS_ERROR_CMS_VERIFY_NOT_SIGNED,
      []
    )
  );
});

add_signature_test(PKCS7WithSHA1OrSHA256, function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("unsigned_app"),
    check_open_result("unsigned", Cr.NS_ERROR_SIGNED_JAR_NOT_SIGNED, [])
  );
});

add_signature_test(PKCS7WithSHA1OrSHA256, function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("unknown_issuer_app"),
    check_open_result(
      "unknown_issuer",
      getXPCOMStatusFromNSS(SEC_ERROR_UNKNOWN_ISSUER),
      []
    )
  );
});

add_signature_test(COSEAndPKCS7WithSHA1OrSHA256, function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("cose_signed_with_pkcs7"),
    check_open_result("cose_signed_with_pkcs7", Cr.NS_OK, [
      Ci.nsIAppSignatureInfo.COSE_WITH_SHA256,
      Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA256,
    ])
  );
});

add_signature_test(COSEAndPKCS7WithSHA256, function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("app_mf-256_sf-256_p7-256"),
    check_open_result("no COSE but correct PK#7", Cr.NS_OK, [
      Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA256,
    ])
  );
});

add_signature_test(COSEAndPKCS7WithSHA256, function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("app_mf-1_sf-256_p7-256"),
    check_open_result(
      "no COSE and wrong PK#7 hash",
      Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
      []
    )
  );
});

add_signature_test(COSERequiredAndPKCS7WithSHA1OrSHA256, function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("app_mf-256_sf-256_p7-256"),
    check_open_result(
      "COSE signature missing (SHA1 or 256)",
      Cr.NS_ERROR_SIGNED_JAR_WRONG_SIGNATURE,
      []
    )
  );
});

add_signature_test(COSERequiredAndPKCS7WithSHA256, function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("app_mf-256_sf-256_p7-256"),
    check_open_result(
      "COSE signature missing (SHA256)",
      Cr.NS_ERROR_SIGNED_JAR_WRONG_SIGNATURE,
      []
    )
  );
});

add_signature_test(COSERequiredAndPKCS7WithSHA256, function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("only_cose_signed"),
    check_open_result(
      "COSE signature only (PK#7 allowed, not present)",
      Cr.NS_OK,
      [Ci.nsIAppSignatureInfo.COSE_WITH_SHA256]
    )
  );
});

add_signature_test(COSERequiredAndPKCS7WithSHA1OrSHA256, function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("only_cose_signed"),
    check_open_result(
      "COSE signature only (PK#7 allowed, not present)",
      Cr.NS_OK,
      [Ci.nsIAppSignatureInfo.COSE_WITH_SHA256]
    )
  );
});

add_signature_test(COSEAndPKCS7WithSHA1OrSHA256, function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("cose_multiple_signed_with_pkcs7"),
    check_open_result("cose_multiple_signed_with_pkcs7", Cr.NS_OK, [
      Ci.nsIAppSignatureInfo.COSE_WITH_SHA256,
      Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA256,
    ])
  );
});

add_signature_test(COSEAndPKCS7WithSHA1OrSHA256, function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("cose_int_signed_with_pkcs7"),
    check_open_result("COSE signed with an intermediate", Cr.NS_OK, [
      Ci.nsIAppSignatureInfo.COSE_WITH_SHA256,
      Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA256,
    ])
  );
});

add_signature_test(COSEAndPKCS7WithSHA1OrSHA256, function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("only_cose_signed"),
    check_open_result(
      "PK7 signature missing",
      Cr.NS_ERROR_SIGNED_JAR_NOT_SIGNED,
      []
    )
  );
});

add_signature_test(COSEOnly, function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("cose_multiple_signed_with_pkcs7"),
    check_open_result(
      "Expected only COSE signature",
      Cr.NS_ERROR_SIGNED_JAR_UNSIGNED_ENTRY,
      []
    )
  );
});

add_signature_test(COSEOnly, function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("only_cose_multiple_signed"),
    check_open_result("only Multiple COSE signatures", Cr.NS_OK, [
      Ci.nsIAppSignatureInfo.COSE_WITH_SHA256,
    ])
  );
});

add_signature_test(COSEOnly, function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("only_cose_signed"),
    check_open_result("only_cose_signed", Cr.NS_OK, [
      Ci.nsIAppSignatureInfo.COSE_WITH_SHA256,
    ])
  );
});

add_signature_test(COSEOnlyAgain, function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("only_cose_signed"),
    check_open_result("only_cose_signed (again)", Cr.NS_OK, [
      Ci.nsIAppSignatureInfo.COSE_WITH_SHA256,
    ])
  );
});

add_signature_test(COSEOnly, function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("cose_signed_with_pkcs7"),
    check_open_result(
      "COSE only expected but also PK#7 signed",
      Cr.NS_ERROR_SIGNED_JAR_UNSIGNED_ENTRY,
      []
    )
  );
});

// Sanity check to ensure a no-op tampering gives a valid result
add_signature_test(PKCS7WithSHA1OrSHA256, function () {
  let tampered = tampered_app_path("identity_tampering");
  tamper(original_app_path("app_mf-1_sf-1_p7-1"), tampered, {}, []);
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("app_mf-1_sf-1_p7-1"),
    check_open_result("identity_tampering", Cr.NS_OK, [
      Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA1,
    ])
  );
});

add_signature_test(PKCS7WithSHA1OrSHA256, function () {
  let tampered = tampered_app_path("missing_rsa");
  tamper(
    original_app_path("app_mf-1_sf-1_p7-1"),
    tampered,
    { "META-INF/A.RSA": removeEntry },
    []
  );
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result("missing_rsa", Cr.NS_ERROR_SIGNED_JAR_NOT_SIGNED, [])
  );
});

add_signature_test(PKCS7WithSHA1OrSHA256, function () {
  let tampered = tampered_app_path("missing_sf");
  tamper(
    original_app_path("app_mf-1_sf-1_p7-1"),
    tampered,
    { "META-INF/A.SF": removeEntry },
    []
  );
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result("missing_sf", Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID, [])
  );
});

add_signature_test(PKCS7WithSHA1OrSHA256, function () {
  let tampered = tampered_app_path("missing_manifest_mf");
  tamper(
    original_app_path("app_mf-1_sf-1_p7-1"),
    tampered,
    { "META-INF/MANIFEST.MF": removeEntry },
    []
  );
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result(
      "missing_manifest_mf",
      Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
      []
    )
  );
});

add_signature_test(PKCS7WithSHA1OrSHA256, function () {
  let tampered = tampered_app_path("missing_entry");
  tamper(
    original_app_path("app_mf-1_sf-1_p7-1"),
    tampered,
    { "manifest.json": removeEntry },
    []
  );
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result("missing_entry", Cr.NS_ERROR_SIGNED_JAR_ENTRY_MISSING, [])
  );
});

add_signature_test(PKCS7WithSHA1OrSHA256, function () {
  let tampered = tampered_app_path("truncated_entry");
  tamper(
    original_app_path("app_mf-1_sf-1_p7-1"),
    tampered,
    { "manifest.json": truncateEntry },
    []
  );
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result(
      "truncated_entry",
      Cr.NS_ERROR_SIGNED_JAR_MODIFIED_ENTRY,
      []
    )
  );
});

add_signature_test(PKCS7WithSHA1OrSHA256, function () {
  let tampered = tampered_app_path("truncated_manifestFile");
  tamper(
    original_app_path("app_mf-1_sf-1_p7-1"),
    tampered,
    { "META-INF/MANIFEST.MF": truncateEntry },
    []
  );
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result(
      "truncated_manifestFile",
      Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
      []
    )
  );
});

add_signature_test(PKCS7WithSHA1OrSHA256, function () {
  let tampered = tampered_app_path("truncated_signatureFile");
  tamper(
    original_app_path("app_mf-1_sf-1_p7-1"),
    tampered,
    { "META-INF/A.SF": truncateEntry },
    []
  );
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result(
      "truncated_signatureFile",
      getXPCOMStatusFromNSS(SEC_ERROR_PKCS7_BAD_SIGNATURE),
      []
    )
  );
});

add_signature_test(PKCS7WithSHA1OrSHA256, function () {
  let tampered = tampered_app_path("truncated_pkcs7File");
  tamper(
    original_app_path("app_mf-1_sf-1_p7-1"),
    tampered,
    { "META-INF/A.RSA": truncateEntry },
    []
  );
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result(
      "truncated_pkcs7File",
      Cr.NS_ERROR_CMS_VERIFY_NOT_SIGNED,
      []
    )
  );
});

add_signature_test(PKCS7WithSHA1OrSHA256, function () {
  let tampered = tampered_app_path("unsigned_entry");
  tamper(original_app_path("app_mf-1_sf-1_p7-1"), tampered, {}, [
    { name: "unsigned.txt", content: "unsigned content!" },
  ]);
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result(
      "unsigned_entry",
      Cr.NS_ERROR_SIGNED_JAR_UNSIGNED_ENTRY,
      []
    )
  );
});

add_signature_test(PKCS7WithSHA1OrSHA256, function () {
  let tampered = tampered_app_path("unsigned_metainf_entry");
  tamper(original_app_path("app_mf-1_sf-1_p7-1"), tampered, {}, [
    { name: "META-INF/unsigned.txt", content: "unsigned content!" },
  ]);
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result(
      "unsigned_metainf_entry",
      Cr.NS_ERROR_SIGNED_JAR_UNSIGNED_ENTRY,
      []
    )
  );
});

add_signature_test(PKCS7_WITH_SHA256, function testSHA1Disabled() {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("app_mf-1_sf-1_p7-1"),
    check_open_result(
      "SHA-1 should not be accepted if disabled by policy",
      Cr.NS_ERROR_SIGNED_JAR_WRONG_SIGNATURE,
      []
    )
  );
});

add_signature_test(
  PKCS7_WITH_SHA256,
  function testSHA256WorksWithSHA1Disabled() {
    certdb.openSignedAppFileAsync(
      Ci.nsIX509CertDB.AppXPCShellRoot,
      original_app_path("app_mf-256_sf-256_p7-256"),
      check_open_result(
        "SHA-256 should work if SHA-1 is disabled by policy",
        Cr.NS_OK,
        [Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA256]
      )
    );
  }
);

add_signature_test(
  PKCS7_WITH_SHA256,
  function testMultipleSignaturesWorkWithSHA1Disabled() {
    certdb.openSignedAppFileAsync(
      Ci.nsIX509CertDB.AppXPCShellRoot,
      original_app_path("app_mf-1-256_sf-1-256_p7-1-256"),
      check_open_result(
        "Multiple signatures should work if SHA-1 is " +
          "disabled by policy (if SHA-256 signature verifies)",
        Cr.NS_OK,
        [Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA256]
      )
    );
  }
);

var cosePolicies = [
  COSEAndPKCS7WithSHA1OrSHA256,
  COSERequiredAndPKCS7WithSHA1OrSHA256,
];

// NOTE: The zip files referenced in coseTestcasesStage and coseTestcasesProd
// were originally generated with
// https://github.com/mozilla-services/autograph/blob/c890e14de5b04dcff9be0d07fdea4ae6bbb58557/tools/autograph-client/build_test_xpis.sh
// Since then, the mechanism to sign these packages have changed, see
// https://bugzilla.mozilla.org/show_bug.cgi?id=1885457 for details.

var coseTestcasesStage = [
  {
    name: "addons-stage-tomato-clock-sha1-es256-es384",
    expectedResult: Cr.NS_OK,
    expectedSignatureAlgorithms: [
      Ci.nsIAppSignatureInfo.COSE_WITH_SHA256,
      Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA1,
    ],
    root: Ci.nsIX509CertDB.AddonsStageRoot,
  },
  {
    name: "addons-stage-tomato-clock-sha1-es256-ps256",
    // PS256 is not yet supported.
    expectedResult: Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
    expectedSignatureAlgorithms: [],
    root: Ci.nsIX509CertDB.AddonsStageRoot,
  },
  {
    name: "addons-stage-tomato-clock-sha1-es256",
    expectedResult: Cr.NS_OK,
    expectedSignatureAlgorithms: [
      Ci.nsIAppSignatureInfo.COSE_WITH_SHA256,
      Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA1,
    ],
    root: Ci.nsIX509CertDB.AddonsStageRoot,
  },
  {
    name: "addons-stage-tomato-clock-sha1-ps256",
    // PS256 is not yet supported.
    expectedResult: Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
    expectedSignatureAlgorithms: [],
    root: Ci.nsIX509CertDB.AddonsStageRoot,
  },
];

var coseTestcasesProd = [
  {
    name: "autograph-714ba248-prod-tomato-clock-PKCS7-SHA1-ES256-ES384",
    expectedResult: Cr.NS_OK,
    expectedSignatureAlgorithms: [
      Ci.nsIAppSignatureInfo.COSE_WITH_SHA256,
      Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA1,
    ],
    root: Ci.nsIX509CertDB.AddonsPublicRoot,
  },
  {
    name: "autograph-714ba248-prod-tomato-clock-PKCS7-SHA1-ES256-PS256",
    // PS256 is not yet supported.
    expectedResult: Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
    expectedSignatureAlgorithms: [],
    root: Ci.nsIX509CertDB.AddonsPublicRoot,
  },
  {
    name: "autograph-714ba248-prod-tomato-clock-PKCS7-SHA1-ES256",
    expectedResult: Cr.NS_OK,
    expectedSignatureAlgorithms: [
      Ci.nsIAppSignatureInfo.COSE_WITH_SHA256,
      Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA1,
    ],
    root: Ci.nsIX509CertDB.AddonsPublicRoot,
  },
  {
    name: "autograph-714ba248-prod-tomato-clock-PKCS7-SHA1-PS256",
    // PS256 is not yet supported.
    expectedResult: Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
    expectedSignatureAlgorithms: [],
    root: Ci.nsIX509CertDB.AddonsPublicRoot,
  },
];

for (let policy of cosePolicies) {
  for (let testcase of [...coseTestcasesStage, ...coseTestcasesProd]) {
    add_signature_test(policy, function () {
      certdb.openSignedAppFileAsync(
        testcase.root,
        original_app_path(testcase.name),
        check_open_result(
          testcase.name,
          testcase.expectedResult,
          testcase.expectedSignatureAlgorithms
        )
      );
    });
  }
}

add_signature_test(COSEAndPKCS7WithSHA256, function testCOSESigTampered() {
  let tampered = tampered_app_path("cose_sig_tampered");
  tamper(
    original_app_path("cose_signed_with_pkcs7"),
    tampered,
    { "META-INF/cose.sig": truncateEntry },
    []
  );
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result(
      "cose_sig_tampered",
      Cr.NS_ERROR_SIGNED_JAR_MODIFIED_ENTRY,
      []
    )
  );
});

// PKCS7 is processed before COSE, so if a COSE signature file is removed or
// tampered with, this appears as a PKCS7 signature verification failure.
add_signature_test(COSEAndPKCS7WithSHA256, function testCOSESigRemoved() {
  let tampered = tampered_app_path("cose_sig_removed");
  tamper(
    original_app_path("cose_signed_with_pkcs7"),
    tampered,
    { "META-INF/cose.sig": removeEntry },
    []
  );
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result(
      "cose_sig_removed",
      Cr.NS_ERROR_SIGNED_JAR_ENTRY_MISSING,
      []
    )
  );
});

add_signature_test(COSEAndPKCS7WithSHA256, function testCOSEManifestTampered() {
  let tampered = tampered_app_path("cose_manifest_tampered");
  tamper(
    original_app_path("cose_signed_with_pkcs7"),
    tampered,
    { "META-INF/cose.manifest": truncateEntry },
    []
  );
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result(
      "cose_manifest_tampered",
      Cr.NS_ERROR_SIGNED_JAR_MODIFIED_ENTRY,
      []
    )
  );
});

add_signature_test(COSEAndPKCS7WithSHA256, function testCOSEManifestRemoved() {
  let tampered = tampered_app_path("cose_manifest_removed");
  tamper(
    original_app_path("cose_signed_with_pkcs7"),
    tampered,
    { "META-INF/cose.manifest": removeEntry },
    []
  );
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result(
      "cose_manifest_removed",
      Cr.NS_ERROR_SIGNED_JAR_ENTRY_MISSING,
      []
    )
  );
});

add_signature_test(COSEAndPKCS7WithSHA256, function testCOSEFileAdded() {
  let tampered = tampered_app_path("cose_file_added");
  tamper(original_app_path("cose_signed_with_pkcs7"), tampered, {}, [
    { name: "unsigned.txt", content: "unsigned content!" },
  ]);
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result(
      "cose_file_added",
      Cr.NS_ERROR_SIGNED_JAR_UNSIGNED_ENTRY,
      []
    )
  );
});

add_signature_test(COSEAndPKCS7WithSHA256, function testCOSEFileRemoved() {
  let tampered = tampered_app_path("cose_file_removed");
  tamper(
    original_app_path("cose_signed_with_pkcs7"),
    tampered,
    { "manifest.json": removeEntry },
    []
  );
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result(
      "cose_file_removed",
      Cr.NS_ERROR_SIGNED_JAR_ENTRY_MISSING,
      []
    )
  );
});

add_signature_test(COSEAndPKCS7WithSHA256, function testCOSEFileTampered() {
  let tampered = tampered_app_path("cose_file_tampered");
  tamper(
    original_app_path("cose_signed_with_pkcs7"),
    tampered,
    { "manifest.json": truncateEntry },
    []
  );
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result(
      "cose_file_tampered",
      Cr.NS_ERROR_SIGNED_JAR_MODIFIED_ENTRY,
      []
    )
  );
});

add_signature_test(COSEOnly, function testOnlyCOSESigTampered() {
  let tampered = tampered_app_path("only_cose_sig_tampered");
  tamper(
    original_app_path("only_cose_signed"),
    tampered,
    { "META-INF/cose.sig": truncateEntry },
    []
  );
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result(
      "only_cose_sig_tampered",
      Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
      []
    )
  );
});

add_signature_test(COSEOnly, function testOnlyCOSESigRemoved() {
  let tampered = tampered_app_path("only_cose_sig_removed");
  tamper(
    original_app_path("only_cose_signed"),
    tampered,
    { "META-INF/cose.sig": removeEntry },
    []
  );
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result(
      "only_cose_sig_removed",
      Cr.NS_ERROR_SIGNED_JAR_WRONG_SIGNATURE,
      []
    )
  );
});

add_signature_test(COSEOnly, function testOnlyCOSEManifestTampered() {
  let tampered = tampered_app_path("only_cose_manifest_tampered");
  tamper(
    original_app_path("only_cose_signed"),
    tampered,
    { "META-INF/cose.manifest": truncateEntry },
    []
  );
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result(
      "only_cose_manifest_tampered",
      Cr.NS_ERROR_SIGNED_JAR_MANIFEST_INVALID,
      []
    )
  );
});

add_signature_test(COSEOnly, function testOnlyCOSEManifestRemoved() {
  let tampered = tampered_app_path("only_cose_manifest_removed");
  tamper(
    original_app_path("only_cose_signed"),
    tampered,
    { "META-INF/cose.manifest": removeEntry },
    []
  );
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result(
      "only_cose_manifest_removed",
      Cr.NS_ERROR_SIGNED_JAR_WRONG_SIGNATURE,
      []
    )
  );
});

add_signature_test(COSEOnly, function testOnlyCOSEFileAdded() {
  let tampered = tampered_app_path("only_cose_file_added");
  tamper(original_app_path("only_cose_signed"), tampered, {}, [
    { name: "unsigned.txt", content: "unsigned content!" },
  ]);
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result(
      "only_cose_file_added",
      Cr.NS_ERROR_SIGNED_JAR_UNSIGNED_ENTRY,
      []
    )
  );
});

add_signature_test(COSEOnly, function testOnlyCOSEFileRemoved() {
  let tampered = tampered_app_path("only_cose_file_removed");
  tamper(
    original_app_path("only_cose_signed"),
    tampered,
    { "manifest.json": removeEntry },
    []
  );
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result(
      "only_cose_file_removed",
      Cr.NS_ERROR_SIGNED_JAR_ENTRY_MISSING,
      []
    )
  );
});

add_signature_test(COSEOnly, function testOnlyCOSEFileTampered() {
  let tampered = tampered_app_path("only_cose_file_tampered");
  tamper(
    original_app_path("only_cose_signed"),
    tampered,
    { "manifest.json": truncateEntry },
    []
  );
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    tampered,
    check_open_result(
      "only_cose_file_tampered",
      Cr.NS_ERROR_SIGNED_JAR_MODIFIED_ENTRY,
      []
    )
  );
});

// This was signed with only COSE first, and then the contents were tampered
// with (making the signature invalid). Then, the file was signed with
// PKCS7/SHA1. We need to ensure that if we're configured to process COSE, this
// verification fails.
add_signature_test(COSEAndPKCS7WithSHA1OrSHA256, function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("cose_tampered_good_pkcs7"),
    check_open_result(
      "tampered COSE with good PKCS7 signature should fail " +
        "when COSE and PKCS7 is processed",
      Cr.NS_ERROR_SIGNED_JAR_MODIFIED_ENTRY,
      []
    )
  );
});

add_signature_test(COSEOnly, function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("cose_tampered_good_pkcs7"),
    check_open_result(
      "tampered COSE with good PKCS7 signature should fail " +
        "when only COSE is processed",
      Cr.NS_ERROR_SIGNED_JAR_MODIFIED_ENTRY,
      []
    )
  );
});

// If we're not processing COSE, this should verify successfully.
add_signature_test(PKCS7WithSHA1OrSHA256, function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("cose_tampered_good_pkcs7"),
    check_open_result(
      "tampered COSE with good PKCS7 signature should succeed " +
        "when COSE is not processed",
      Cr.NS_OK,
      [Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA1]
    )
  );
});

add_test(function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("bug_1411458"),
    check_open_result("bug 1411458", Cr.NS_ERROR_CMS_VERIFY_NO_CONTENT_INFO, [])
  );
});

// This has a big manifest file (~2MB). It should verify correctly.
add_test(function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("big_manifest"),
    check_open_result("add-on with big manifest file", Cr.NS_OK, [
      Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA256,
    ])
  );
});

// This has a huge manifest file (~10MB). Manifest files this large are not
// supported (8MB is the limit). It should not verify correctly.
add_test(function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("huge_manifest"),
    check_open_result(
      "add-on with huge manifest file",
      Cr.NS_ERROR_SIGNED_JAR_ENTRY_INVALID,
      []
    )
  );
});

// Verification should pass despite a not-yet-valid EE certificate.
// Regression test for bug 1713628
add_test(function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("validity_not_yet_valid"),
    check_open_result("validity_not_yet_valid", Cr.NS_OK, [
      Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA256,
    ])
  );
});

// Verification should pass despite an expired EE certificate.
// Regression test for bug 1267318 and bug 1548973
add_test(function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("validity_expired"),
    check_open_result("validity_expired", Cr.NS_OK, [
      Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA256,
    ])
  );
});

add_signature_test(COSEAndPKCS7WithSHA1OrSHA256, function () {
  certdb.openSignedAppFileAsync(
    Ci.nsIX509CertDB.AppXPCShellRoot,
    original_app_path("alternate-root"),
    check_open_result("alternate-root", Cr.NS_OK, [
      Ci.nsIAppSignatureInfo.COSE_WITH_SHA256,
      Ci.nsIAppSignatureInfo.PKCS7_WITH_SHA256,
    ])
  );
});

// TODO: tampered MF, tampered SF
// TODO: too-large MF, too-large RSA, too-large SF
// TODO: MF and SF that end immediately after the last main header
//       (no CR nor LF)
// TODO: broken headers to exercise the parser