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/* Any copyright is dedicated to the Public Domain.
*/
// Test whether a machine which exactly matches the blocklist entry is
// successfully blocked.
// Uses test_gfxBlacklist_AllOS.json
// Performs the initial setup
async function run_test() {
var gfxInfo = Cc["@mozilla.org/gfx/info;1"].getService(Ci.nsIGfxInfo);
// We can't do anything if we can't spoof the stuff we need.
if (!(gfxInfo instanceof Ci.nsIGfxInfoDebug)) {
do_test_finished();
return;
}
gfxInfo.QueryInterface(Ci.nsIGfxInfoDebug);
// Save OS in variable since createAppInfo below will change it to "xpcshell".
const OS = Services.appinfo.OS;
// Set the vendor/device ID, etc, to match the test file.
switch (OS) {
case "WINNT":
gfxInfo.spoofVendorID("0xabcd");
gfxInfo.spoofDeviceID("0x1234");
gfxInfo.spoofDriverVersion("8.52.322.2201");
// Windows 7
gfxInfo.spoofOSVersion(0x60001);
break;
case "Linux":
gfxInfo.spoofVendorID("0xabcd");
gfxInfo.spoofDeviceID("0x1234");
break;
case "Darwin":
gfxInfo.spoofVendorID("0xabcd");
gfxInfo.spoofDeviceID("0x1234");
gfxInfo.spoofOSVersion(0xa0900);
break;
case "Android":
gfxInfo.spoofVendorID("0xabcd");
gfxInfo.spoofDeviceID("0x1234");
gfxInfo.spoofDriverVersion("5");
break;
}
do_test_pending();
createAppInfo("xpcshell@tests.mozilla.org", "XPCShell", "15.0", "8");
await promiseStartupManager();
function checkBlocklist() {
var failureId = {};
var status;
status = gfxInfo.getFeatureStatus(
Ci.nsIGfxInfo.FEATURE_DIRECT2D,
failureId
);
Assert.equal(status, Ci.nsIGfxInfo.FEATURE_BLOCKED_DRIVER_VERSION);
Assert.equal(failureId.value, "FEATURE_FAILURE_DL_BLOCKLIST_g1");
status = gfxInfo.getFeatureStatus(
Ci.nsIGfxInfo.FEATURE_DIRECT3D_9_LAYERS,
failureId
);
Assert.equal(status, Ci.nsIGfxInfo.FEATURE_BLOCKED_DRIVER_VERSION);
Assert.equal(failureId.value, "FEATURE_FAILURE_DL_BLOCKLIST_g2");
status = gfxInfo.getFeatureStatus(
Ci.nsIGfxInfo.FEATURE_DIRECT3D_10_LAYERS,
failureId
);
Assert.equal(status, Ci.nsIGfxInfo.FEATURE_STATUS_OK);
Assert.equal(failureId.value, "");
status = gfxInfo.getFeatureStatus(
Ci.nsIGfxInfo.FEATURE_DIRECT3D_10_1_LAYERS,
failureId
);
Assert.equal(status, Ci.nsIGfxInfo.FEATURE_STATUS_OK);
Assert.equal(failureId.value, "");
status = gfxInfo.getFeatureStatus(Ci.nsIGfxInfo.FEATURE_OPENGL_LAYERS);
Assert.equal(status, Ci.nsIGfxInfo.FEATURE_BLOCKED_DRIVER_VERSION);
status = gfxInfo.getFeatureStatus(
Ci.nsIGfxInfo.FEATURE_WEBGL_OPENGL,
failureId
);
Assert.equal(status, Ci.nsIGfxInfo.FEATURE_BLOCKED_DRIVER_VERSION);
Assert.equal(failureId.value, "FEATURE_FAILURE_DL_BLOCKLIST_g11");
status = gfxInfo.getFeatureStatus(
Ci.nsIGfxInfo.FEATURE_WEBGL_ANGLE,
failureId
);
Assert.equal(status, Ci.nsIGfxInfo.FEATURE_BLOCKED_DRIVER_VERSION);
Assert.equal(failureId.value, "FEATURE_FAILURE_DL_BLOCKLIST_NO_ID");
status = gfxInfo.getFeatureStatus(Ci.nsIGfxInfo.FEATURE_WEBGL2, failureId);
Assert.equal(status, Ci.nsIGfxInfo.FEATURE_BLOCKED_DRIVER_VERSION);
Assert.equal(failureId.value, "FEATURE_FAILURE_DL_BLOCKLIST_NO_ID");
status = gfxInfo.getFeatureStatus(
Ci.nsIGfxInfo.FEATURE_STAGEFRIGHT,
failureId
);
Assert.equal(status, Ci.nsIGfxInfo.FEATURE_STATUS_OK);
status = gfxInfo.getFeatureStatus(
Ci.nsIGfxInfo.FEATURE_WEBRTC_HW_ACCELERATION_H264,
failureId
);
if (OS == "Android" && status != Ci.nsIGfxInfo.FEATURE_STATUS_OK) {
// Hardware acceleration for H.264 varies by device.
Assert.equal(status, Ci.nsIGfxInfo.FEATURE_BLOCKED_DEVICE);
Assert.equal(failureId.value, "FEATURE_FAILURE_WEBRTC_H264");
} else {
Assert.equal(status, Ci.nsIGfxInfo.FEATURE_STATUS_OK);
}
status = gfxInfo.getFeatureStatus(
Ci.nsIGfxInfo.FEATURE_WEBRTC_HW_ACCELERATION_ENCODE,
failureId
);
if (OS == "Android" && status != Ci.nsIGfxInfo.FEATURE_STATUS_OK) {
Assert.equal(status, Ci.nsIGfxInfo.FEATURE_BLOCKED_DEVICE);
Assert.equal(failureId.value, "FEATURE_FAILURE_WEBRTC_ENCODE");
} else {
Assert.equal(status, Ci.nsIGfxInfo.FEATURE_STATUS_OK);
}
status = gfxInfo.getFeatureStatus(
Ci.nsIGfxInfo.FEATURE_WEBRTC_HW_ACCELERATION_DECODE,
failureId
);
if (OS == "Android" && status != Ci.nsIGfxInfo.FEATURE_STATUS_OK) {
Assert.equal(status, Ci.nsIGfxInfo.FEATURE_BLOCKED_DEVICE);
Assert.equal(failureId.value, "FEATURE_FAILURE_WEBRTC_DECODE");
} else {
Assert.equal(status, Ci.nsIGfxInfo.FEATURE_STATUS_OK);
}
status = gfxInfo.getFeatureStatus(
Ci.nsIGfxInfo.FEATURE_DIRECT3D_11_LAYERS,
failureId
);
Assert.equal(status, Ci.nsIGfxInfo.FEATURE_STATUS_OK);
status = gfxInfo.getFeatureStatus(
Ci.nsIGfxInfo.FEATURE_HARDWARE_VIDEO_DECODING,
failureId
);
if (OS == "Linux" && status != Ci.nsIGfxInfo.FEATURE_STATUS_OK) {
// Linux test suite is running on SW OpenGL backend and we disable
// HW video decoding there.
Assert.equal(status, Ci.nsIGfxInfo.FEATURE_BLOCKED_PLATFORM_TEST);
Assert.equal(
failureId.value,
"FEATURE_FAILURE_VIDEO_DECODING_TEST_FAILED"
);
} else {
Assert.equal(status, Ci.nsIGfxInfo.FEATURE_STATUS_OK);
}
status = gfxInfo.getFeatureStatus(
Ci.nsIGfxInfo.FEATURE_DIRECT3D_11_ANGLE,
failureId
);
Assert.equal(status, Ci.nsIGfxInfo.FEATURE_STATUS_OK);
status = gfxInfo.getFeatureStatus(
Ci.nsIGfxInfo.FEATURE_DX_INTEROP2,
failureId
);
Assert.equal(status, Ci.nsIGfxInfo.FEATURE_STATUS_OK);
do_test_finished();
}
Services.obs.addObserver(function () {
// If we wait until after we go through the event loop, gfxInfo is sure to
// have processed the gfxItems event.
executeSoon(checkBlocklist);
}, "blocklist-data-gfxItems");
mockGfxBlocklistItemsFromDisk("../data/test_gfxBlacklist_AllOS.json");
}