Merge pull request #3399 from halemmerich/gpstests

Implements more asserts and reading testcases from json files
pull/3409/head^2
Gordon Williams 2024-05-10 09:26:22 +01:00 committed by GitHub
commit 5e312b352a
No known key found for this signature in database
GPG Key ID: B5690EEEBB952194
4 changed files with 509 additions and 92 deletions

41
apps/android/test.json Normal file
View File

@ -0,0 +1,41 @@
{
"app" : "android",
"setup" : [{
"id": "default",
"steps" : [
{"t":"cmd", "js": "Bangle.setGPSPower=(isOn, appID)=>{if (!appID) appID='?';if (!Bangle._PWR) Bangle._PWR={};if (!Bangle._PWR.GPS) Bangle._PWR.GPS=[];if (isOn && !Bangle._PWR.GPS.includes(appID)) Bangle._PWR.GPS.push(appID);if (!isOn && Bangle._PWR.GPS.includes(appID)) Bangle._PWR.GPS.splice(Bangle._PWR.GPS.indexOf(appID),1);return Bangle._PWR.GPS.length>0;};", "text": "Fake the setGPSPower"},
{"t":"wrap", "fn": "Bangle.setGPSPower", "id": "gpspower"},
{"t":"cmd", "js": "NRF.getSecurityStatus = () => { return { connected: false };}", "text": "Control the security status"},
{"t":"cmd", "js": "Serial1.println = () => { }", "text": "Fake the serial port println"},
{"t":"cmd", "js": "Bluetooth.println = () => { }", "text": "Fake the Bluetooth println"},
{"t":"cmd", "js": "Bangle._PWR={}", "text": "Prepare an empty _PWR for following asserts"},
{"t":"cmd", "js": "require('Storage').writeJSON('android.settings.json', {overwriteGps: true})", "text": "Enable GPS overwrite"},
{"t":"cmd", "js": "eval(require('Storage').read('android.boot.js'))", "text": "Load the boot code"}
]
}],
"tests" : [{
"description": "Check setGPSPower is replaced",
"steps" : [
{"t":"cmd", "js": "Serial1.println = () => { }", "text": "Fake the serial port"},
{"t":"cmd", "js": "Bluetooth.println = () => { }", "text": "Fake the Bluetooth println"},
{"t":"cmd", "js": "require('Storage').writeJSON('android.settings.json', {overwriteGps: true})", "text": "Enable GPS overwrite"},
{"t":"cmd", "js": "eval(require('Storage').read('android.boot.js'))", "text": "Load the boot code"},
{"t":"assert", "js": "Bangle.setGPSPower.toString().includes('native')", "is":"false", "text": "setGPSPower has been replaced"}
]
},{
"description": "Test switching hardware GPS on and off",
"steps" : [
{"t":"setup", "id": "default"},
{"t":"assertArray", "js": "Bangle._PWR.GPS", "is":"undefinedOrEmpty", "text": "No GPS clients"},
{"t":"assert", "js": "Bangle.isGPSOn()", "is":"falsy", "text": "isGPSOn shows GPS as off"},
{"t":"assert", "js": "Bangle.setGPSPower(1, 'test')", "is":"truthy", "text": "setGPSPower returns truthy when switching on"},
{"t":"assertArray", "js": "Bangle._PWR.GPS", "is":"notEmpty", "text": "GPS clients"},
{"t":"assert", "js": "Bangle.isGPSOn()", "is":"truthy", "text": "isGPSOn shows GPS as on"},
{"t":"assertCall", "id": "gpspower", "count": 1, "argAsserts": [ { "t": "assert", "arg": "0", "is": "equal", "to": 1 } ] , "text": "internal GPS switched on"},
{"t":"assert", "js": "Bangle.setGPSPower(0, 'test')", "is":"falsy", "text": "setGPSPower returns falsy when switching off"},
{"t":"assertArray", "js": "Bangle._PWR.GPS", "is":"undefinedOrEmpty", "text": "No GPS clients"},
{"t":"assert", "js": "Bangle.isGPSOn()", "is":"falsy", "text": "isGPSOn shows GPS as off"},
{"t":"assertCall", "id": "gpspower", "count": 2, "argAsserts": [ { "t": "assert", "arg": "0", "is": "equal", "to": 0 } ] , "text": "internal GPS switched off"}
]
}]
}

15
apps/antonclk/test.json Normal file
View File

@ -0,0 +1,15 @@
{
"app" : "antonclk",
"tests" : [{
"description": "Check memory usage after setUI",
"steps" : [
{"t":"cmd", "js": "Bangle.loadWidgets()"},
{"t":"cmd", "js": "eval(require('Storage').read('antonclk.app.js'))"},
{"t":"cmd", "js": "Bangle.setUI()"},
{"t":"saveMemoryUsage"},
{"t":"cmd", "js": "eval(require('Storage').read('antonclk.app.js'))"},
{"t":"cmd", "js":"Bangle.setUI()"},
{"t":"checkMemoryUsage"}
]
}]
}

View File

@ -0,0 +1,32 @@
{
"app" : "messagesoverlay",
"tests" : [{
"description": "Test handler backgrounding",
"steps" : [
{"t":"upload", "file": "modules/widget_utils.js", "as": "widget_utils"},
{"t":"cmd", "js": "Bangle.loadWidgets()", "text": "Load widgets"},
{"t":"assertArray", "js": "Bangle['#onswipe']", "is":"undefinedOrEmpty", "text": "No swipe handlers"},
{"t":"cmd", "js": "require('widget_utils').swipeOn(0)", "text": "Store widgets in overlay"},
{"t":"assert", "js": "Bangle['#onswipe']", "is":"function", "text": "One swipe handler for widgets"},
{"t":"emit", "event":"swipe", "paramsArray": [ 0, 1 ], "text": "Show widgets"},
{"t":"assert", "js": "Bangle['#onswipe']", "is":"function", "text": "One swipe handler for widgets"},
{"t":"cmd", "js": "require('messagesoverlay').message('text', {src:'Messenger',t:'add',type:'text',id:Date.now().toFixed(0),title:'title',body:'body'})", "text": "Show a message overlay"},
{"t":"assertArray", "js": "Bangle['#onswipe']", "is":"undefinedOrEmpty", "text": "No swipe handlers while message overlay is on screen"},
{"t":"emit", "event":"touch", "paramsArray": [ 1, { "x": 10, "y": 10, "type": 0 } ], "text": "Close message"},
{"t":"assert", "js": "Bangle['#onswipe']", "is":"function", "text": "One swipe handler restored"}
]
},{
"description": "Test handler backgrounding with fastloading (setUI)",
"steps" : [
{"t":"cmd", "js": "Bangle.on('swipe',print)", "text": "Create listener for swipes"},
{"t":"cmd", "js": "Bangle.setUI({mode: 'clock',remove: ()=>{}})", "text": "Init UI for clock"},
{"t":"cmd", "js": "require('messagesoverlay').message('text', {src:'Messenger',t:'add',type:'text',id:Date.now().toFixed(0),title:'title',body:'body'})", "text": "Show a message overlay"},
{"t":"assertArray", "js": "Bangle['#onswipe']", "is":"undefinedOrEmpty", "text": "No swipe handlers while message overlay is on screen"},
{"t":"cmd", "js": "Bangle.setUI()", "text": "Trigger removal of UI"},
{"t":"assertArray", "js": "Bangle['#onswipe']", "is":"undefinedOrEmpty", "text": "Still no swipe handlers"},
{"t":"cmd", "js": "Bangle.on('touch', print)"},
{"t":"emit", "event":"touch", "paramsArray": [ 1, { "x": 10, "y": 10, "type": 0 } ], "text": "Close message"},
{"t":"assert", "js": "Bangle['#onswipe']", "is":"function", "text": "One swipe handler restored"}
]
}]
}

View File

@ -8,6 +8,8 @@ IT IS UNFINISHED
It searches for `test.json` in each app's directory and will It searches for `test.json` in each app's directory and will
run them in sequence. run them in sequence.
The return code is the number of failed tests.
TODO: TODO:
* more code to test with * more code to test with
@ -20,32 +22,45 @@ TODO:
*/ */
// A simpletest const DEMOAPP = {
/*var TEST = { "id":"demoappfortestformat",
app : "android", "name":"demo",
tests : [ { "version":"0.01",
steps : [ "type":"app",
{t:"load", fn:"messagesgui.app.js"}, "supports":["BANGLEJS2"],
{t:"gb", "obj":{"t":"notify","id":1234,"src":"Twitter","title":"A Name","body":"message contents"}}, "storage":[],
{t:"cmd", "js":"X='hello';"},
{t:"eval", "js":"X", eq:"hello"}
]
}]
};*/
var TEST = {
app : "antonclk",
tests : [ {
steps : [
{t:"cmd", "js": "Bangle.loadWidgets()"},
{t:"cmd", "js": "eval(require('Storage').read('antonclk.app.js'))"},
{t:"cmd", "js":"Bangle.setUI()"}, // load and free
{t:"saveMemoryUsage"},
{t:"cmd", "js": "eval(require('Storage').read('antonclk.app.js'))"},
{t:"cmd", "js":"Bangle.setUI()"}, // load and free
{t:"checkMemoryUsage"}, // check memory usage is the same
]
}]
}; };
const DEMOTEST = {
"app" : "demoappfortestformat",
"setup" : [{
"id": "arbitraryid",
"steps" : [
{"t":"cmd", "js": "global.testfunction = ()=>{}", "text": "Runs some code on the device"},
{"t":"wrap", "fn": "global.testfunction", "id": "testfunc", text:"Wraps a function to count calls and store the last set of arguments on the device"}
]
}],
"tests" : [{
"description": "Optional description of the test, will be shown in results table",
"steps" : [
{"t":"setup", "id": "arbitraryid", "text": "Calls a set of predefined steps"},
{"t":"eval", "js": "'test' + 'value'", "eq": "testvalue", "text": "Evals code on the device and compares the resulting string to the value in 'eq'"},
// {"t":"console", "text": "Starts an interactive console for debugging"},
{"t":"saveMemoryUsage", "text": "Gets and stores the current memory usage"},
{"t":"checkMemoryUsage", "text": "Checks the current memory to be equal to the stored value"},
{"t":"assert", "js": "0", "is":"falsy", "text": "Evaluates the content of 'js' on the device and asserts if the result is falsy"},
{"t":"assert", "js": "1", "is":"truthy", "text": "Evaluates the content of 'js' on the device and asserts if the result is truthy"},
{"t":"assert", "js": "false", "is":"false", "text": "Evaluates the content of 'js' on the device and asserts if the result is false"},
{"t":"assert", "js": "true", "is":"true", "text": "Evaluates the content of 'js' on the device and asserts if the result is true"},
{"t":"assert", "js": "()=>{}", "is":"function", "text": "Evaluates the content of 'js' and on the device and asserts if the result is a function"},
{"t":"assert", "js": "123", "is":"equal", "to": "123", "text": "Evaluates the content of 'js' and 'to' on the device and asserts if the result is equal"},
{"t":"assertArray", "js": "[]", "is":"undefinedOrEmpty", "text": "Evaluates the content of 'js' on the device and asserts if the result is undefined or an empty array"},
{"t":"assertArray", "js": "[1,2,3]", "is":"notEmpty", "text": "Evaluates the content of 'js' on the device and asserts if the result is an array with more than 0 entries"},
{"t":"cmd", "js": "global.testfunction(1)", "text": "Call function for the following asserts"},
{"t":"assertCall", "id": "testfunc", "argAsserts": [ { "t": "assert", "arg": "0", "is": "equal", "to": 1 } ] , "text": "Asserts if a wrapped function has been called with the expected arguments"},
{"t":"assertCall", "id": "testfunc", "count": 1 , "text": "Asserts if a wrapped function has been called the expected number of times"}
]
}]
}
var EMULATOR = "banglejs2"; var EMULATOR = "banglejs2";
var DEVICEID = "BANGLEJS2"; var DEVICEID = "BANGLEJS2";
@ -62,6 +77,9 @@ if (!require("fs").existsSync(DIR_IDE)) {
process.exit(1); process.exit(1);
} }
const verbose = process.argv.includes("--verbose") || process.argv.includes("-v");
var AppInfo = require(BASE_DIR+"/core/js/appinfo.js");
var apploader = require(BASE_DIR+"/core/lib/apploader.js"); var apploader = require(BASE_DIR+"/core/lib/apploader.js");
apploader.init({ apploader.init({
DEVICEID : DEVICEID DEVICEID : DEVICEID
@ -71,97 +89,408 @@ var emu = require(BASE_DIR+"/core/lib/emulator.js");
// Last set of text received // Last set of text received
var lastTxt; var lastTxt;
function getSanitizedLastLine(){
return emu.getLastLine().replaceAll("\r", "");
}
function ERROR(s) { function ERROR(s) {
console.error(s); console.error(s);
process.exit(1); process.exit(1);
} }
function runTest(test) { function getValue(js){
if(verbose)
console.log(`> GETTING VALUE FOR \`${js}\``);
emu.tx(`\x10print(JSON.stringify(${js}))\n`);
var result = getSanitizedLastLine();
if (verbose)
console.log(` GOT \`${result}\``);
return JSON.parse(result);
}
function assertArray(step){
console.log(`> ASSERT ARRAY ${step.js} IS`,step.is.toUpperCase(), step.text ? "- " + step.text : "");
let isOK;
switch (step.is.toLowerCase()){
case "notempty": isOK = getValue(`${step.js} && ${step.js}.length > 0`); break;
case "undefinedorempty": isOK = getValue(`!${step.js} || (${step.js} && ${step.js}.length === 0)`); break;
}
if (isOK) {
if (verbose)
console.log("> OK -", `\`${step.js}\``);
} else
console.log("> FAIL -", `\`${step.js}\``);
return isOK;
}
function assertValue(step){
console.log("> ASSERT " + `\`${step.js}\``, "IS", step.is.toUpperCase(), step.to ? "TO " + `\`${step.js}\`` : "", step.text ? "- " + step.text : "");
let isOK;
switch (step.is.toLowerCase()){
case "truthy": isOK = getValue(`!!${step.js}`); break;
case "falsy": isOK = getValue(`!${step.js}`); break;
case "true": isOK = getValue(`${step.js} === true`); break;
case "false": isOK = getValue(`${step.js} === false`); break;
case "equal": isOK = getValue(`${step.js} == ${step.to}`); break;
case "function": isOK = getValue(`typeof ${step.js} === "function"`); break;
}
if (isOK){
if (verbose)
console.log("> OK - " + `\`${step.js}\``, "IS", step.is.toUpperCase(), step.to ? "TO " + `\`${step.js}\`` : "");
} else
console.log("> FAIL - " + `\`${step.js}\``, "IS", step.is.toUpperCase(), step.to ? "TO " + `\`${step.js}\`` : "");
return isOK;
}
function wrap(func, id){
console.log(`> WRAPPING \`${func}\` AS ${id}`);
let wrappingCode = `
if(!global.APPTESTS) global.APPTESTS={};
if(!global.APPTESTS.funcCalls) global.APPTESTS.funcCalls={};
if(!global.APPTESTS.funcArgs) global.APPTESTS.funcArgs={};
global.APPTESTS.funcCalls.${id}=0;
(function(o) {
${func} = function() {
global.APPTESTS.funcCalls.${id}++;
global.APPTESTS.funcArgs.${id}=arguments;
return o.apply(this, arguments);
};
}(${func}));\n`;
emu.tx(wrappingCode);
}
function assertCall(step){
console.log("> ASSERT CALL", step.id, step.text ? "- " + step.text : "");
let isOK = true;
let id = step.id;
let args = step.argAsserts;
if (step.count !== undefined){
let calls = getValue(`global.APPTESTS.funcCalls.${id}`);
isOK = step.count == calls
}
if (args && args.length > 0){
let callArgs = getValue(`global.APPTESTS.funcArgs.${id}`);
for (let a of args){
let current = {
js: callArgs[a.arg],
is: a.is,
to: a.to,
text: step.text
};
switch(a.t){
case "assertArray":
isOK = isOK && assertArray(current);
break;
case "assert":
isOK = isOK && assertValue(current);
break;
}
}
}
if (isOK){
if (verbose)
console.log("OK - ASSERT CALL", step.text ? "- " + step.text : "");
} else
console.log("FAIL - ASSERT CALL", step.text ? "- " + step.text : "");
return isOK;
}
function runStep(step, subtest, test, state){
let p = Promise.resolve();
if (state.ok) switch(step.t) {
case "setup" :
test.setup.filter(e=>e.id==step.id)[0].steps.forEach(setupStep=>{
p = p.then(()=>{
let np = runStep(setupStep, subtest, test, state);
emu.idle();
return np;
});
});
break;
case "load" :
p = p.then(() => {
console.log(`> LOADING FILE "${step.fn}"`);
emu.tx(`load(${JSON.stringify(step.fn)})\n`);
});
break;
case "cmd" :
p = p.then(() => {
console.log(`> SENDING JS \`${step.js}\``, step.text ? "- " + step.text : "");
emu.tx(`${step.js}\n`);
});
break;
case "wrap" :
p = p.then(() => {
wrap(step.fn, step.id);
});
break;
case "gb" :
p = p.then(() => {
let obj = Object.apply({
src:'Messenger',
t: 'notify',
type: 'text',
id: Date.now().toFixed(0),
title:'title',
body:'body'
}, step.obj || {});
emu.tx(`GB(${JSON.stringify(obj)})\n`);
});
break;
case "emit" :
p = p.then(() => {
let parent = step.parent ? step.parent : "Bangle";
if (!step.paramsArray) step.paramsArray = [];
let args = JSON.stringify([step.event].concat(step.paramsArray));
console.log(`> EMIT "${step.event}" on ${parent} with parameters ${JSON.stringify(step.paramsArray, null, null)}`);
emu.tx(`${parent}.emit.apply(${parent}, ${args})\n`);
});
break;
case "eval" :
p = p.then(() => {
console.log(`> EVAL \`${step.js}\``);
emu.tx(`\x10print(JSON.stringify(${step.js}))\n`);
var result = getSanitizedLastLine();
var expected = JSON.stringify(step.eq);
if (verbose)
console.log("> GOT `"+result+"`");
if (result!=expected) {
console.log("> FAIL: EXPECTED "+expected);
state.ok = false;
} else if (verbose) {
console.log("> OK: EXPECTED "+expected);
}
});
break;
// tap/touch/drag/button press
// delay X milliseconds?
case "assertArray":
p = p.then(() => {
state.ok &= assertArray(step);
});
break;
case "assertCall":
p = p.then(() => {
state.ok &= assertCall(step);
});
break;
case "assert":
p = p.then(() => {
state.ok &= assertValue(step);
});
break;
case "screenshot" :
p = p.then(() => {
console.log(`> Compare screenshots - UNIMPLEMENTED`);
});
break;
case "saveMemoryUsage" :
p = p.then(() => {
emu.tx(`\x10print(process.memory().usage)\n`);
subtest.memUsage = parseInt(getSanitizedLastLine());
console.log("> SAVED MEMORY USAGE", subtest.memUsage);
});
break;
case "checkMemoryUsage" :
p = p.then(() => {
emu.tx(`\x10print(process.memory().usage)\n`);
var memUsage = parseInt(getSanitizedLastLine());
console.log("> COMPARE MEMORY USAGE", memUsage);
if (subtest.memUsage != memUsage ) {
console.log("> FAIL: EXPECTED MEMORY USAGE OF "+subtest.memUsage);
state.ok = false;
}
});
break;
case "sleep" :
p = p.then(()=>{
return new Promise(resolve => {
setTimeout(()=>{
console.log("> WAITED FOR", step.ms);
resolve();
}, step.ms);
})
});
break;
case "upload" :
p = p.then(()=>{
console.log("> UPLOADING" + (step.load ? " AND LOADING" : ""), step.file);
emu.tx(AppInfo.getFileUploadCommands(step.as, require("fs").readFileSync(BASE_DIR + "/" + step.file).toString()));
if (step.load){
emu.tx(`\x10load("${step.as}")\n`);
}
});
break;
case "console" :
p = p.then(()=>{
return new Promise(resolve => {
if (process.stdin.isTTY){
console.log("> STARTING INTERACTIVE CONSOLE");
let shutdownHandler = function (code) {
console.log(" STOPPING INTERACTIVE CONSOLE");
process.stdin.removeListener("readable", stdinlistener)
process.stdin.setRawMode(false);
handleRx = ()=>{};
handleConsoleOutput = handleConsoleOutputCurrent;
resolve();
}
let stdinlistener = () => {
while ((chunk = process.stdin.read()) !== null) {
if (chunk === '\x03') {
shutdownHandler();
}
emu.tx(chunk.toString());
}
};
handleRx = (c) => {
process.stdout.write(String.fromCharCode(c));
}
let handleConsoleOutputCurrent = handleConsoleOutput;
handleConsoleOutput = () => {};
process.stdin.setRawMode(true);
process.stdin.setEncoding('ASCII');
process.stdin.on("readable", stdinlistener);
process.stdout.write(">");
} else {
console.log("> TERMINAL NEEDS TO BE A TTY FOR INTERACTIVE CONSOLE");
resolve();
}
})
});
break;
default: ERROR("Unknown step type "+step.t);
}
p = p.then(()=> {
emu.idle();
});
return p;
}
function runTest(test, testState) {
apploader.reset();
var app = apploader.apps.find(a=>a.id==test.app); var app = apploader.apps.find(a=>a.id==test.app);
if (!app) ERROR(`App ${JSON.stringify(test.app)} not found`); if (!app) ERROR(`App ${JSON.stringify(test.app)} not found`);
if (app.custom) ERROR(`App ${JSON.stringify(appId)} requires HTML customisation`); if (app.custom) ERROR(`App ${JSON.stringify(appId)} requires HTML customisation`);
return apploader.getAppFilesString(app).then(command => { return apploader.getAppFilesString(app).then(command => {
// What about dependencies?? let p = Promise.resolve();
test.tests.forEach((subtest,subtestIdx) => { test.tests.forEach((subtest,subtestIdx) => {
console.log(`==============================`); let state = { ok: true};
console.log(`"${test.app}" Test ${subtestIdx}`); p = p.then(()=>{
console.log(`==============================`); console.log(`==============================`);
emu.factoryReset(); console.log(`"${test.app}" Test ${subtestIdx}`);
console.log("> Sending app "+test.app); if (test.description)
emu.tx(command); console.log(`"${test.description}`);
console.log("> Sent app"); console.log(`==============================`);
emu.tx("reset()\n"); emu.factoryReset();
console.log("> Reset."); console.log("> SENDING APP "+test.app);
var ok = true; emu.tx(command);
if (verbose)
console.log("> SENT APP");
emu.tx("reset()\n");
console.log("> RESET");
});
subtest.steps.forEach(step => { subtest.steps.forEach(step => {
if (ok) switch(step.t) { p = p.then(()=>{
case "load" : return runStep(step, subtest, test, state).catch((e)=>{
console.log(`> Loading file "${step.fn}"`); console.log("> STEP FAILED:", e, step);
emu.tx(`load(${JSON.stringify(step.fn)})\n`); state.ok = false;
break; })
case "cmd" : });
console.log(`> Sending JS "${step.js}"`); });
emu.tx(`${step.js}\n`);
break; p = p.finally(()=>{
case "gb" : emu.tx(`GB(${JSON.stringify(step.obj)})\n`); break; console.log("> RESULT -", (state.ok ? "OK": "FAIL") , "- " + test.app + (subtest.description ? (" - " + subtest.description) : ""));
case "tap" : emu.tx(`Bangle.emit(...)\n`); break; testState.push({
case "eval" : app: test.app,
console.log(`> Evaluate "${step.js}"`); number: subtestIdx,
emu.tx(`\x10print(JSON.stringify(${step.js}))\n`); result: state.ok ? "SUCCESS": "FAILURE",
var result = emu.getLastLine(); description: subtest.description
var expected = JSON.stringify(step.eq); });
console.log("> GOT "+result);
if (result!=expected) {
console.log("> FAIL: EXPECTED "+expected);
ok = false;
}
break;
// tap/touch/drag/button press
// delay X milliseconds?
case "screenshot" :
console.log(`> Compare screenshots - UNIMPLEMENTED`);
break;
case "saveMemoryUsage" :
emu.tx(`\x10print(process.memory().usage)\n`);
subtest.memUsage = parseInt( emu.getLastLine());
console.log("> CURRENT MEMORY USAGE", subtest.memUsage);
break;
case "checkMemoryUsage" :
emu.tx(`\x10print(process.memory().usage)\n`);
var memUsage = emu.getLastLine();
console.log("> CURRENT MEMORY USAGE", memUsage);
if (subtest.memUsage != memUsage ) {
console.log("> FAIL: EXPECTED MEMORY USAGE OF "+subtest.memUsage);
ok = false;
}
break;
default: ERROR("Unknown step type "+step.t);
}
emu.idle();
}); });
}); });
emu.stopIdle(); p = p.then(()=>{
emu.stopIdle();
});
return p;
}); });
} }
let handleRx = ()=>{};
let handleConsoleOutput = () => {};
if (verbose){
handleConsoleOutput = (d) => {
console.log("<", d);
}
}
let testState = [];
emu.init({ emu.init({
EMULATOR : EMULATOR, EMULATOR : EMULATOR,
DEVICEID : DEVICEID DEVICEID : DEVICEID,
rxCallback : (ch)=>{
handleRx(ch);
},
consoleOutputCallback: (d)=>{
handleConsoleOutput(d);
}
}).then(function() { }).then(function() {
// Emulator is now loaded // Emulator is now loaded
console.log("Loading tests"); console.log("Loading tests");
var tests = []; let p = Promise.resolve();
apploader.apps.forEach(app => { let apps = apploader.apps;
var testFile = APP_DIR+"/"+app.id+"/test.json";
if (!require("fs").existsSync(testFile)) return; apps.push(DEMOAPP);
var test = JSON.parse(require("fs").readFileSync(testFile).toString());
test.app = app.id; if (process.argv.includes("--id")) {
tests.push(test); let f = process.argv[process.argv.indexOf("--id") + 1];
apps = apps.filter(e=>e.id==f);
if (apps.length == 0){
console.log("No apps left after filtering for " + f);
process.exitCode(255);
}
}
apps.forEach(app => {
let test = DEMOTEST;
if (app.id != DEMOAPP.id){
let testFile = APP_DIR+"/"+app.id+"/test.json";
if (!require("fs").existsSync(testFile)) return;
test = JSON.parse(require("fs").readFileSync(testFile).toString());
test.app = app.id;
}
p = p.then(()=>{
return runTest(test, testState);
});
}); });
// Running tests p.finally(()=>{
runTest(TEST); console.log("\n\n");
console.log("Overall results:");
console.table(testState);
process.exit(testState.reduce((a,c)=>{
return a || ((c.result == "SUCCESS") ? 0 : 1);
}, 0))
});
return p;
}); });
/* /*
if (erroredApps.length) { if (erroredApps.length) {
erroredApps.forEach(app => { erroredApps.forEach(app => {