blob: 6dca248ef67967b03c61e9035ab81d5938873350 [file] [log] [blame] [raw]
#!/usr/bin/env node
"use strict";
var TIMEOUT_EXTRA_FACTOR = +process.env.TIMEOUT_EXTRA_FACTOR || 1;
var MAX_PARALLEL_TESTS = +process.env.MAX_PARALLEL_TESTS || 4;
var TEST_NAME = process.env.TEST_NAME;
try
{
var V86 = require("../../build/libv86.js").V86Starter;
}
catch(e)
{
console.error("Failed to import build/libv86.js. Run `make build/libv86.js first.");
process.exit(1);
}
var cluster = require("cluster");
var os = require("os");
var fs = require("fs");
var root_path = __dirname + "/../..";
var SCREEN_WIDTH = 80;
function readfile(path)
{
return new Uint8Array(fs.readFileSync(path)).buffer;
}
function get_line(screen, y)
{
return screen.subarray(y * SCREEN_WIDTH, (y + 1) * SCREEN_WIDTH);
}
function line_to_text(screen, y)
{
return bytearray_to_string(get_line(screen, y));
}
function string_to_bytearray(str)
{
return new Uint8Array(str.split("").map(chr => chr.charCodeAt(0)));
}
function bytearray_to_string(arr)
{
return String.fromCharCode.apply(String, arr);
}
function screen_to_text(s)
{
var result = [];
result.push("+==================================== SCREEN ====================================+");
for(var i = 0; i < 25; i++)
{
var line = line_to_text(s, i);
result.push("|" + line + "|");
}
result.push("+================================================================================+");
return result.join("\n");
}
if(cluster.isMaster)
{
var tests = [
{
name: "FreeDOS boot",
fda: root_path + "/images/freedos722.img",
timeout: 10,
expected_texts: [
"Welcome to FreeDOS",
],
},
{
name: "FreeDOS boot with Bochs BIOS",
fda: root_path + "/images/freedos722.img",
timeout: 10,
alternative_bios: true,
expected_texts: [
"Welcome to FreeDOS",
],
},
{
name: "Windows 1.01 boot",
fda: root_path + "/images/windows101.img",
timeout: 10,
expect_graphical_mode: true,
expect_mouse_registered: true,
},
{
name: "Sol OS",
fda: root_path + "/images/os8.dsk",
timeout: 20,
expect_graphical_mode: true,
expect_mouse_registered: true,
actions: [
{
on_text: " or press",
run: "\n"
},
],
},
{
name: "Linux",
cdrom: root_path + "/images/linux.iso",
timeout: 90,
expected_texts: [
"/root%",
"test passed",
],
actions: [
{
on_text: "/root%",
run: "cd tests; ./test-i386 > emu.test; diff emu.test reference.test > /dev/null && echo test pas''sed || echo failed\n",
},
],
},
{
name: "Windows 98",
hda: root_path + "/images/windows98.img",
timeout: 60,
expect_graphical_mode: true,
expect_graphical_size: [800, 600],
expect_mouse_registered: true,
skip_if_disk_image_missing: true,
},
{
name: "Oberon",
hda: root_path + "/images/oberon.dsk",
fda: root_path + "/images/oberon-boot.dsk",
timeout: 20,
expect_graphical_mode: true,
expect_mouse_registered: true,
},
{
name: "Linux 3",
cdrom: root_path + "/images/linux3.iso",
timeout: 200,
expected_texts: [
"test passed",
],
actions: [
{
on_text: "~%",
run: "echo test pas''sed\n"
},
],
},
{
name: "KolibriOS",
fda: root_path + "/images/kolibri.img",
timeout: 120,
expect_graphical_mode: true,
expect_mouse_registered: true,
},
{
name: "Linux with Bochs BIOS",
cdrom: root_path + "/images/linux.iso",
timeout: 90,
expected_texts: [
"/root%",
"test passed",
],
alternative_bios: true,
actions: [
{
on_text: "/root%",
run: "cd tests; ./test-i386 > emu.test; diff emu.test reference.test > /dev/null && echo test pas''sed || echo failed\n",
},
],
},
{
name: "OpenBSD",
fda: root_path + "/images/openbsd.img",
timeout: 180,
expected_texts: ["(I)nstall, (U)pgrade or (S)hell"],
},
];
if(TEST_NAME)
{
tests = tests.filter(test => test.name === TEST_NAME);
}
var nr_of_cpus = Math.min(Math.round(os.cpus().length / 2) || 1, tests.length, MAX_PARALLEL_TESTS);
console.log("Using %d cpus", nr_of_cpus);
var current_test = 0;
function send_work_to_worker(worker, message)
{
if(current_test < tests.length)
{
worker.send(tests[current_test]);
current_test++;
}
else
{
worker.disconnect();
}
}
for(var i = 0; i < nr_of_cpus; i++)
{
var worker = cluster.fork();
worker.on("message", send_work_to_worker.bind(null, worker));
worker.on("online", send_work_to_worker.bind(null, worker));
worker.on("exit", function(code, signal)
{
if(code !== 0)
{
process.exit(code);
}
});
worker.on("error", function(error)
{
console.error("Worker error: ", error.toString(), error);
process.exit(1);
});
}
}
else
{
cluster.worker.on("message", function(test_case)
{
run_test(test_case, function()
{
process.send("I'm done");
});
});
}
function bytearray_starts_with(arr, search)
{
for(var i = 0; i < search.length; i++)
{
if(arr[i] !== search[i])
{
return false;
}
}
return true;
}
function run_test(test, done)
{
console.log("Starting test: %s", test.name);
if(test.alternative_bios)
{
var bios = readfile(root_path + "/bios/bochs-bios.bin");
var vga_bios = readfile(root_path + "/bios/bochs-vgabios.bin");
}
else
{
var bios = readfile(root_path + "/bios/seabios.bin");
var vga_bios = readfile(root_path + "/bios/vgabios.bin");
}
var settings = {
bios: { buffer: bios },
vga_bios: { buffer: vga_bios },
autostart: true,
};
console.assert(test.cdrom || test.fda || test.hda, "Bootable drive expected");
try
{
if(test.cdrom)
{
settings.cdrom = { buffer: readfile(test.cdrom) };
}
if(test.fda)
{
settings.fda = { buffer: readfile(test.fda) };
}
if(test.hda)
{
settings.hda = { buffer: readfile(test.hda) };
}
}
catch(e)
{
if(e.code !== "ENOENT")
{
throw e;
}
if(test.skip_if_disk_image_missing)
{
console.warn("Missing disk image: " + e.path + ", test skipped");
console.warn();
done();
return;
}
else
{
console.warn("Missing disk image: " + e.path);
process.exit(1);
}
}
if(test.expected_texts)
{
test.expected_texts = test.expected_texts.map(string_to_bytearray);
}
else
{
test.expected_texts = [];
}
var emulator = new V86(settings);
var screen = new Uint8Array(SCREEN_WIDTH * 25);
function check_text_test_done()
{
return test.expected_texts.length === 0;
}
var mouse_test_done = false;
function check_mouse_test_done()
{
return !test.expect_mouse_registered || mouse_test_done;
}
var graphical_test_done = false;
var size_test_done = false;
function check_grapical_test_done()
{
return !test.expect_graphical_mode || (graphical_test_done && (!test.expect_graphical_size || size_test_done));
}
var test_start = Date.now();
var timeout_seconds = test.timeout * TIMEOUT_EXTRA_FACTOR;
var timeout = setTimeout(check_test_done, (timeout_seconds + 1) * 1000);
var on_text = [];
var stopped = false;
function check_test_done()
{
if(stopped)
{
return;
}
if(check_text_test_done() && check_mouse_test_done() && check_grapical_test_done())
{
var end = Date.now();
clearTimeout(timeout);
stopped = true;
emulator.stop();
console.warn("Passed test: %s (took %ds)", test.name, (end - test_start) / 1000);
console.warn();
done();
}
else if(Date.now() >= test_start + timeout_seconds * 1000)
{
clearTimeout(timeout);
stopped = true;
emulator.stop();
emulator.destroy();
console.warn(screen_to_text(screen));
console.warn("Test failed: %s\n", test.name);
if(!check_text_test_done())
{
console.warn('Expected text "%s" after %d seconds.', bytearray_to_string(test.expected_texts[0]), timeout_seconds);
}
if(!check_grapical_test_done())
{
console.warn("Expected graphical mode after %d seconds.", timeout_seconds);
}
if(!check_mouse_test_done())
{
console.warn("Expected mouse activation after %d seconds.", timeout_seconds);
}
process.exit(1);
}
}
emulator.add_listener("mouse-enable", function()
{
mouse_test_done = true;
check_test_done();
});
emulator.add_listener("screen-set-mode", function(is_graphical)
{
graphical_test_done = is_graphical;
check_test_done();
});
emulator.add_listener("screen-set-size-graphical", function(size)
{
if(test.expect_graphical_size)
{
size_test_done = size[0] === test.expect_graphical_size[0] &&
size[1] === test.expect_graphical_size[1];
check_test_done();
}
});
emulator.add_listener("screen-put-char", function(chr)
{
var y = chr[0];
var x = chr[1];
var code = chr[2];
screen[x + SCREEN_WIDTH * y] = code;
var line = get_line(screen, y);
if(!check_text_test_done())
{
let expected = test.expected_texts[0];
if(x < expected.length && bytearray_starts_with(line, expected))
{
test.expected_texts.shift();
check_test_done();
}
}
if(on_text.length)
{
let expected = on_text[0].text;
if(x < expected.length && bytearray_starts_with(line, expected))
{
var action = on_text.shift();
emulator.keyboard_send_text(action.run);
}
}
});
test.actions && test.actions.forEach(function(action)
{
if(action.on_text)
{
on_text.push({ text: string_to_bytearray(action.on_text), run: action.run, });
}
});
}