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gecko/content/base/test/unit/test_csputils.js

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/* ***** BEGIN LICENSE BLOCK *****
* Version: MPL 1.1/GPL 2.0/LGPL 2.1
*
* The contents of this file are subject to the Mozilla Public License Version
* 1.1 (the "License"); you may not use this file except in compliance with
* the License. You may obtain a copy of the License at
* http://www.mozilla.org/MPL/
*
* Software distributed under the License is distributed on an "AS IS" basis,
* WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License
* for the specific language governing rights and limitations under the
* License.
*
* The Original Code is the Content Security Policy Data Structures testing code.
*
* The Initial Developer of the Original Code is
* Mozilla Corporation
*
* Contributor(s):
* Sid Stamm <sid@mozilla.com>
*
* Alternatively, the contents of this file may be used under the terms of
* either the GNU General Public License Version 2 or later (the "GPL"), or
* the GNU Lesser General Public License Version 2.1 or later (the "LGPL"),
* in which case the provisions of the GPL or the LGPL are applicable instead
* of those above. If you wish to allow use of your version of this file only
* under the terms of either the GPL or the LGPL, and not to allow others to
* use your version of this file under the terms of the MPL, indicate your
* decision by deleting the provisions above and replace them with the notice
* and other provisions required by the GPL or the LGPL. If you do not delete
* the provisions above, a recipient may use your version of this file under
* the terms of any one of the MPL, the GPL or the LGPL.
*
* ***** END LICENSE BLOCK ***** */
//load('CSPUtils.jsm');
Components.utils.import('resource://gre/modules/CSPUtils.jsm');
// load the HTTP server
do_load_httpd_js();
var httpServer = new nsHttpServer();
const POLICY_FROM_URI = "allow 'self'; img-src *";
const POLICY_PORT = 9000;
const POLICY_URI = "http://localhost:" + POLICY_PORT + "/policy";
// helper to assert that an object or array must have a given key
function do_check_has_key(foo, key, stack) {
if (!stack)
stack = Components.stack.caller;
var keys = [];
for(let k in keys) { keys.push(k); }
var text = key + " in [" + keys.join(",") + "]";
for(var x in foo) {
if(x == key) {
//succeed
++_passedChecks;
dump("TEST-PASS | " + stack.filename + " | [" + stack.name + " : " +
stack.lineNumber + "] " + text + "\n");
return;
}
}
do_throw(text, stack);
}
// helper to use .equals on stuff
function do_check_equivalent(foo, bar, stack) {
if (!stack)
stack = Components.stack.caller;
var text = foo + ".equals(" + bar + ")";
if(foo.equals && foo.equals(bar)) {
++_passedChecks;
dump("TEST-PASS | " + stack.filename + " | [" + stack.name + " : " +
stack.lineNumber + "] " + text + "\n");
return;
}
do_throw(text, stack);
}
var tests = [];
function test(fcn) {
tests.push(fcn);
}
test(
function test_CSPHost_fromstring() {
var h;
h = CSPHost.fromString("*");
do_check_neq(null, h); // "* lone wildcard should work"
h = CSPHost.fromString("foo.bar");
do_check_neq(null, h); // "standard tuple failed"
h = CSPHost.fromString("*.bar");
do_check_neq(null, h); // "wildcard failed"
h = CSPHost.fromString("foo.*.bar");
do_check_eq(null, h); // "wildcard in wrong place worked"
h = CSPHost.fromString("com");
do_check_eq(null, h); // "lone symbol should fail"
h = CSPHost.fromString("f00b4r.com");
do_check_neq(null, h); // "Numbers in hosts should work"
h = CSPHost.fromString("foo-bar.com");
do_check_neq(null, h); // "dashes in hosts should work"
h = CSPHost.fromString("foo!bar.com");
do_check_eq(null, h); // "special chars in hosts should fail"
});
test(
function test_CSPHost_clone() {
h = CSPHost.fromString("*.a.b.c");
h2 = h.clone();
for(var i in h._segments) {
// "cloned segments should match"
do_check_eq(h._segments[i], h2._segments[i]);
}
});
test(
function test_CSPHost_permits() {
var h = CSPHost.fromString("*.b.c");
var h2 = CSPHost.fromString("a.b.c");
do_check_true( h.permits(h2)); //"CSPHost *.b.c should allow CSPHost a.b.c"
do_check_true( h.permits("a.b.c")); //"CSPHost *.b.c should allow string a.b.c"
do_check_false(h.permits("b.c")); //"CSPHost *.b.c should not allow string b.c"
do_check_false(h.permits("a.a.c")); //"CSPHost *.b.c should not allow string a.a.c"
do_check_false(h2.permits(h)); //"CSPHost a.b.c should not allow CSPHost *.b.c"
do_check_false(h2.permits("b.c")); //"CSPHost a.b.c should not allow string b.c"
do_check_true( h2.permits("a.b.c")); //"CSPHost a.b.c should allow string a.b.c"
});
test(
function test_CSPHost_intersectWith() {
var h = CSPHost.fromString("*.b.c");
//"*.a.b.c ^ *.b.c should be *.a.b.c"
do_check_eq("*.a.b.c", h.intersectWith(CSPHost.fromString("*.a.b.c")).toString());
//"*.b.c ^ *.d.e should not work (null)"
do_check_eq(null, h.intersectWith(CSPHost.fromString("*.d.e")));
});
///////////////////// Test the Source object //////////////////////
test(
function test_CSPSource_fromString() {
// can't do these tests because "self" is not defined.
//"basic source should not be null.");
do_check_neq(null, CSPSource.fromString("a.com"));
//"ldh characters should all work for host.");
do_check_neq(null, CSPSource.fromString("a2-c.com"));
//"wildcard should work in first token for host.");
do_check_neq(null, CSPSource.fromString("*.a.com"));
//print(" --- Ignore the following two errors if they print ---");
//"wildcard should not work in non-first token for host.");
do_check_eq(null, CSPSource.fromString("x.*.a.com"));
//"funny characters (#) should not work for host.");
do_check_eq(null, CSPSource.fromString("a#2-c.com"));
//print(" --- Stop ignoring errors that print ---\n");
//"failed to parse host with port.");
do_check_neq(null, CSPSource.create("a.com:23"));
//"failed to parse host with scheme.");
do_check_neq(null, CSPSource.create("https://a.com"));
//"failed to parse host with scheme and port.");
do_check_neq(null, CSPSource.create("https://a.com:200"));
});
test(
function test_CSPSource_fromString_withSelf() {
var src;
src = CSPSource.create("a.com", "https://foobar.com:443");
//"src should inherit port *
do_check_true(src.permits("https://a.com:443"));
//"src should inherit and require https scheme
do_check_false(src.permits("http://a.com"));
//"src should inherit scheme 'https'"
do_check_true(src.permits("https://a.com"));
src = CSPSource.create("http://a.com", "https://foobar.com:443");
//"src should inherit and require http scheme"
do_check_false(src.permits("https://a.com"));
//"src should inherit scheme 'http'"
do_check_true(src.permits("http://a.com"));
//"src should inherit port and scheme from parent"
//"src should inherit default port for 'http'"
do_check_true(src.permits("http://a.com:80"));
src = CSPSource.create("'self'", "https://foobar.com:443");
//"src should inherit port *
do_check_true(src.permits("https://foobar.com:443"));
//"src should inherit and require https scheme
do_check_false(src.permits("http://foobar.com"));
//"src should inherit scheme 'https'"
do_check_true(src.permits("https://foobar.com"));
//"src should reject other hosts"
do_check_false(src.permits("https://a.com"));
});
///////////////////// Test the source list //////////////////////
test(
function test_CSPSourceList_fromString() {
var sd = CSPSourceList.fromString("'none'");
//"'none' -- should parse"
do_check_neq(null,sd);
// "'none' should be a zero-length list"
do_check_eq(0, sd._sources.length);
do_check_true(sd.isNone());
sd = CSPSourceList.fromString("*");
//"'*' should be a zero-length list"
do_check_eq(0, sd._sources.length);
//print(" --- Ignore the following three errors if they print ---");
//"funny char in host"
do_check_true(CSPSourceList.fromString("f!oo.bar").isNone());
//"funny char in scheme"
do_check_true(CSPSourceList.fromString("ht!ps://f-oo.bar").isNone());
//"funny char in port"
do_check_true(CSPSourceList.fromString("https://f-oo.bar:3f").isNone());
//print(" --- Stop ignoring errors that print ---\n");
});
test(
function test_CSPSourceList_fromString_twohost() {
var str = "foo.bar:21 https://ras.bar";
var parsed = "foo.bar:21 https://ras.bar";
var sd = CSPSourceList.fromString(str, "http://self.com:80");
//"two-host list should parse"
do_check_neq(null,sd);
//"two-host list should parse to two hosts"
do_check_eq(2, sd._sources.length);
//"two-host list should contain original data"
do_check_eq(parsed, sd.toString());
});
test(
function test_CSPSourceList_permits() {
var nullSourceList = CSPSourceList.fromString("'none'");
var simpleSourceList = CSPSourceList.fromString("a.com", "http://self.com");
var doubleSourceList = CSPSourceList.fromString("https://foo.com http://bar.com:88",
"http://self.com:88");
var allSourceList = CSPSourceList.fromString("*");
//'none' should permit none."
do_check_false( nullSourceList.permits("http://a.com"));
//a.com should permit a.com"
do_check_true( simpleSourceList.permits("http://a.com"));
//wrong host"
do_check_false( simpleSourceList.permits("http://b.com"));
//double list permits http://bar.com:88"
do_check_true( doubleSourceList.permits("http://bar.com:88"));
//double list permits https://bar.com:88"
do_check_false( doubleSourceList.permits("https://bar.com:88"));
//double list does not permit http://bar.com:443"
do_check_false( doubleSourceList.permits("http://bar.com:443"));
//"double list permits https://foo.com:88" (should not inherit port)
do_check_false( doubleSourceList.permits("https://foo.com:88"));
//"double list does not permit foo.com on http"
do_check_false( doubleSourceList.permits("http://foo.com"));
//"* does not permit specific host"
do_check_true( allSourceList.permits("http://x.com:23"));
//"* does not permit a long host with no port"
do_check_true( allSourceList.permits("http://a.b.c.d.e.f.g.h.i.j.k.l.x.com"));
});
test(
function test_CSPSourceList_intersect() {
// for this test, 'self' values are irrelevant
// policy a /\ policy b intersects policies, not context (where 'self'
// values come into play)
var nullSourceList = CSPSourceList.fromString("'none'");
var simpleSourceList = CSPSourceList.fromString("a.com");
var doubleSourceList = CSPSourceList.fromString("https://foo.com http://bar.com:88");
var singleFooSourceList = CSPSourceList.fromString("https://foo.com");
var allSourceList = CSPSourceList.fromString("*");
//"Intersection of one source with 'none' source list should be none.");
do_check_true(nullSourceList.intersectWith(simpleSourceList).isNone());
//"Intersection of two sources with 'none' source list should be none.");
do_check_true(nullSourceList.intersectWith(doubleSourceList).isNone());
//"Intersection of '*' with 'none' source list should be none.");
do_check_true(nullSourceList.intersectWith(allSourceList).isNone());
//"Intersection of one source with '*' source list should be one source.");
do_check_equivalent(allSourceList.intersectWith(simpleSourceList),
simpleSourceList);
//"Intersection of two sources with '*' source list should be two sources.");
do_check_equivalent(allSourceList.intersectWith(doubleSourceList),
doubleSourceList);
//"Non-overlapping source lists should intersect to 'none'");
do_check_true(simpleSourceList.intersectWith(doubleSourceList).isNone());
//"subset and superset should intersect to subset.");
do_check_equivalent(singleFooSourceList,
doubleSourceList.intersectWith(singleFooSourceList));
//TODO: write more tests?
});
///////////////////// Test the Whole CSP rep object //////////////////////
test(
function test_CSPRep_fromString() {
// check default init
//ASSERT(!(new CSPRep())._isInitialized, "Uninitialized rep thinks it is.")
var cspr;
var cspr_allowval;
// check default policy "allow *"
cspr = CSPRep.fromString("allow *", "http://self.com:80");
//"ALLOW directive is missing when specified in fromString"
do_check_has_key(cspr._directives, CSPRep.SRC_DIRECTIVES.ALLOW);
// ... and check that the other directives were auto-filled with the
// ALLOW one.
var SD = CSPRep.SRC_DIRECTIVES;
cspr_allowval = cspr._directives[SD.ALLOW];
for(var d in CSPRep.SRC_DIRECTIVES) {
//"Missing key " + d
do_check_has_key(cspr._directives, SD[d]);
//"Implicit directive " + d + " has non-allow value."
do_check_eq(cspr._directives[SD[d]].toString(), cspr_allowval.toString());
}
});
test(
function test_CSPRep_fromString_oneDir() {
var cspr;
var SD = CSPRep.SRC_DIRECTIVES;
var DEFAULTS = [SD.STYLE_SRC, SD.MEDIA_SRC, SD.IMG_SRC,
SD.FRAME_ANCESTORS, SD.FRAME_SRC];
// check one-directive policies
cspr = CSPRep.fromString("allow bar.com; script-src https://foo.com",
"http://self.com");
for(var x in DEFAULTS) {
//DEFAULTS[x] + " does not use default rule."
do_check_false(cspr.permits("http://bar.com:22", DEFAULTS[x]));
//DEFAULTS[x] + " does not use default rule."
do_check_true(cspr.permits("http://bar.com:80", DEFAULTS[x]));
//DEFAULTS[x] + " does not use default rule."
do_check_false(cspr.permits("https://foo.com:400", DEFAULTS[x]));
//DEFAULTS[x] + " does not use default rule."
do_check_false(cspr.permits("https://foo.com", DEFAULTS[x]));
}
//"script-src false positive in policy.
do_check_false(cspr.permits("http://bar.com:22", SD.SCRIPT_SRC));
//"script-src false negative in policy.
do_check_true(cspr.permits("https://foo.com:443", SD.SCRIPT_SRC));
});
test(
function test_CSPRep_fromString_twodir() {
var cspr;
var SD = CSPRep.SRC_DIRECTIVES;
var DEFAULTS = [SD.STYLE_SRC, SD.MEDIA_SRC, SD.FRAME_ANCESTORS, SD.FRAME_SRC];
// check two-directive policies
var polstr = "allow allow.com; "
+ "script-src https://foo.com; "
+ "img-src bar.com:*";
cspr = CSPRep.fromString(polstr, "http://self.com");
for(var x in DEFAULTS) {
do_check_true(cspr.permits("http://allow.com", DEFAULTS[x]));
//DEFAULTS[x] + " does not use default rule.
do_check_false(cspr.permits("https://foo.com:400", DEFAULTS[x]));
//DEFAULTS[x] + " does not use default rule.
do_check_false(cspr.permits("http://bar.com:400", DEFAULTS[x]));
//DEFAULTS[x] + " does not use default rule.
}
//"img-src does not use default rule.
do_check_false(cspr.permits("http://allow.com:22", SD.IMG_SRC));
//"img-src does not use default rule.
do_check_false(cspr.permits("https://foo.com:400", SD.IMG_SRC));
//"img-src does not use default rule.
do_check_true(cspr.permits("http://bar.com:88", SD.IMG_SRC));
//"script-src does not use default rule.
do_check_false(cspr.permits("http://allow.com:22", SD.SCRIPT_SRC));
//"script-src does not use default rule.
do_check_true(cspr.permits("https://foo.com:443", SD.SCRIPT_SRC));
//"script-src does not use default rule.
do_check_false(cspr.permits("http://bar.com:400", SD.SCRIPT_SRC));
});
test(function test_CSPRep_fromString_withself() {
var cspr;
var SD = CSPRep.SRC_DIRECTIVES;
var self = "https://self.com:34";
// check one-directive policies
cspr = CSPRep.fromString("allow 'self'; script-src 'self' https://*:*",
self);
//"img-src does not enforce default rule, 'self'.
do_check_false(cspr.permits("https://foo.com:400", SD.IMG_SRC));
//"img-src does not allow self
CSPdebug(cspr);
do_check_true(cspr.permits(self, SD.IMG_SRC));
//"script-src is too relaxed
do_check_false(cspr.permits("http://evil.com", SD.SCRIPT_SRC));
//"script-src should allow self
do_check_true(cspr.permits(self, SD.SCRIPT_SRC));
//"script-src is too strict on host/port
do_check_true(cspr.permits("https://evil.com:100", SD.SCRIPT_SRC));
});
///////////////////// TEST POLICY_URI //////////////////////
test(function test_CSPRep_fromPolicyURI() {
var cspr;
var SD = CSPRep.SRC_DIRECTIVES;
var self = "http://localhost:" + POLICY_PORT;
cspr = CSPRep.fromString("policy-uri " + POLICY_URI, self);
cspr_static = CSPRep.fromString(POLICY_FROM_URI, self);
//"policy-uri failed to load"
do_check_neq(null,cspr);
// other directives inherit self
for(var i in SD) {
//SD[i] + " parsed wrong from policy uri"
do_check_equivalent(cspr._directives[SD[i]],
cspr_static._directives[SD[i]]);
}
});
/*
test(function test_CSPRep_fromPolicyURI_failswhenmixed() {
var cspr;
var self = "http://localhost:" + POLICY_PORT;
var closed_policy = CSPRep.fromString("allow 'none'");
var my_uri_policy = "policy-uri " + POLICY_URI;
//print(" --- Ignore the following two errors if they print ---");
cspr = CSPRep.fromString("allow *; " + my_uri_policy, self);
//"Parsing should fail when 'policy-uri' is mixed with allow directive"
do_check_equivalent(cspr, closed_policy);
cspr = CSPRep.fromString("img-src 'self'; " + my_uri_policy, self);
//"Parsing should fail when 'policy-uri' is mixed with other directives"
do_check_equivalent(cspr, closed_policy);
//print(" --- Stop ignoring errors that print ---\n");
});
*/
// TODO: test reporting
// TODO: test refinements (?)
// TODO: test 'eval' and 'inline' keywords
function run_test() {
function policyresponder(request,response) {
response.setStatusLine(request.httpVersion, 200, "OK");
response.setHeader("Content-Type", "text/csp", false);
response.bodyOutputStream.write(POLICY_FROM_URI, POLICY_FROM_URI.length);
}
//server.registerDirectory("/", nsILocalFileForBasePath);
httpServer.registerPathHandler("/policy", policyresponder);
httpServer.start(POLICY_PORT);
for(let i in tests) {
tests[i]();
}
//teardown
httpServer.stop(function() { });
do_test_finished();
}
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