Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'ioslib' in functional components in JavaScript. Our advanced machine learning engine meticulously scans each line of code, cross-referencing millions of open source libraries to ensure your implementation is not just functional, but also robust and secure. Elevate your React applications to new heights by mastering the art of handling side effects, API calls, and asynchronous operations with confidence and precision.
if (thisSimHandle && thisSimHandle.simctl) {
appc.subprocess.run(thisSimHandle.simctl, ['erase', thisSimHandle.udid], function () {
logger.tio2('Resetting simulator');
});
};
setTimeout(function () {
next();
}, 1000);
} catch (ex) {
next(new Error('Results are not valid JSON'));
}
} else if (inTiMochaResult && line) {
tiMochaResults.push(line);
}
};
emitter = ioslib.simulator.launch(null, {
appPath: this.appDir,
hide: true,
logFilename: this.tiapp.guid + '.log'
}, function(msg, simHandle) {
thisSimHandle = simHandle;
})
.on('log-error', function (msg, simHandle) {
// system log error messages
logger.error('[' + simHandle.appName + '] ' + msg);
})
.on('log-debug', function (msg) {
logger['tio2-debug']('[ioslib] '.magenta + msg.replace(/(?:(\[[^\]]+\]) )*/, function (m) { return m.magenta; }));
})
.on('log-file', watch)
.on('app-quit', function (code) {
if (code) {
let simStarted = false,
lastLogger = 'debug';
const startLogTxt = __('Start simulator log'),
endLogTxt = __('End simulator log'),
levels = logger.getLevels(),
trimRE = new RegExp('^.*' + builder.tiapp.name + '\\[[^\\]]+\\]\\s*', 'g'),
logLevelRE = new RegExp('^(\u001b\\[\\d+m)?\\[?(' + levels.join('|') + '|log|timestamp)\\]?\\s*(\u001b\\[\\d+m)?(.*)', 'i');
function endLog() {
if (simStarted) {
logger.log(('-- ' + endLogTxt + ' ' + (new Array(75 - endLogTxt.length)).join('-')).grey + '\n');
simStarted = false;
}
}
ioslib.simulator
.launch(builder.simHandle, {
appPath: builder.xcodeAppDir,
focus: cli.argv['sim-focus'],
iosVersion: builder.iosSdkVersion,
killIfRunning: false, // it will only kill the simulator if the device udid is different
launchBundleId: cli.argv['launch-bundle-id'],
launchWatchApp: builder.hasWatchApp && cli.argv['launch-watch-app'],
launchWatchAppOnly: builder.hasWatchApp && cli.argv['launch-watch-app-only'],
logFilename: builder.tiapp.guid + '.log',
watchHandleOrUDID: builder.watchSimHandle,
watchAppName: cli.argv['watch-app-name']
})
.on('log-file', function (line) {
// Titanium app log messages
if (!simStarted) {
simStarted = true;
return function (finished) {
ioslib.detect({
// env
xcodeSelect: config.get('osx.executables.xcodeSelect'),
security: config.get('osx.executables.security'),
// provisioning
profileDir: config.get('ios.profileDir'),
// xcode
searchPath: config.get('paths.xcode'),
minIosVersion: iosPackageJson.minIosVersion,
supportedVersions: iosPackageJson.vendorDependencies.xcode
}, function (err, iosInfo) {
this.iosInfo = iosInfo;
this.xcodeEnv = this.iosInfo.selectedXcode;
if (!this.xcodeEnv) {
// this should never happen
logger.error(__('Unable to find suitable Xcode install') + '\n');
return function (done) {
ioslib.detect({
// env
xcodeSelect: config.get('osx.executables.xcodeSelect'),
security: config.get('osx.executables.security'),
// provisioning
profileDir: config.get('ios.profileDir'),
// xcode
searchPath: config.get('paths.xcode'),
minIosVersion: iosPackageJson.minIosVersion,
supportedVersions: iosPackageJson.vendorDependencies.xcode
}, function (err, iosInfo) {
this.iosInfo = iosInfo;
// add itunes sync
iosInfo.devices.push({
udid: 'itunes',
name: 'iTunes Sync'
exports.detect = function (types, config, next) {
ioslib.detect({
// env
xcodeSelect: config.get('osx.executables.xcodeSelect'),
security: config.get('osx.executables.security'),
// provisioning
profileDir: config.get('ios.profileDir'),
// xcode
searchPath: config.get('paths.xcode'),
minIosVersion: iosPackageJson.minIosVersion,
minWatchosVersion: iosPackageJson.minWatchosVersion,
supportedVersions: iosPackageJson.vendorDependencies.xcode
}, function (err, results) {
if (err) {
return next(err);
}
results.devices.unshift({
})
.on('exit', function () {
// no need to stick around, exit
})
.on('error', function (err) {
logger.error(err.message || err.toString());
logger.log();
});
} else if (target === 'device') {
// TODO: device
var appName = this.tiapp.name + '.app',
appPath = path.join(this.buildDir, 'build', 'iphone', 'build', 'Debug-iphoneos', appName);
emitter = ioslib.device.install(this.deviceInfo.udid, appPath, this.tiapp.id)
.on('installed', function (line) {
logger['tio2-warn'](appName + ' installed, but cannot be launched automatically!!!');
})
.on('app-started', function (line) {
logger['tio2-debug']('-- app-started');
})
.on('log', function (line) {
line = line.replace(logLevelRegExp, '');
if (line === self.tiTestStartMarker) {
inTiMochaResult = true;
} else if (inTiMochaResult && line === self.tiTestStopMarker) {
emitter.removeListener('log', watch);
emitter.removeListener('logFile', watch);
try {
self.results = tiMochaResults.length ? JSON.parse(tiMochaResults.join('\n').trim()) : {};
next();
function (cb) {
// add iOS args
if (this.platform !== 'ios') { return cb(); }
this.iosVersion && args.push('--ios-version', this.iosVersion);
if (this.target !== 'device') {
return cb();
}
// find us a device
ioslib.device.detect(function (err, deviceResults) {
if (!deviceResults.devices.length) {
// no devices connected
return done(new Error('No iOS devices connected'));
}
ioslib.certs.detect(function (err, certResults) {
var certs = [];
Object.keys(certResults.certs.keychains).forEach(function (keychain) {
var types = certResults.certs.keychains[keychain];
Object.keys(types).forEach(function (type) {
certs = certs.concat(types[type]);
});
});
if (!certs.length) {
return cb(new Error('No iOS certificates'));
ioslib.device.detect(function (err, deviceResults) {
if (!deviceResults.devices.length) {
// no devices connected
return done(new Error('No iOS devices connected'));
}
ioslib.certs.detect(function (err, certResults) {
var certs = [];
Object.keys(certResults.certs.keychains).forEach(function (keychain) {
var types = certResults.certs.keychains[keychain];
Object.keys(types).forEach(function (type) {
certs = certs.concat(types[type]);
});
});
if (!certs.length) {
return cb(new Error('No iOS certificates'));
}
// find us a provisioning profile
ioslib.provisioning.find({
appId: self.tiapp.id,
certs: certs,
ioslib.certs.detect(function (err, certResults) {
var certs = [];
Object.keys(certResults.certs.keychains).forEach(function (keychain) {
var types = certResults.certs.keychains[keychain];
Object.keys(types).forEach(function (type) {
certs = certs.concat(types[type]);
});
});
if (!certs.length) {
return cb(new Error('No iOS certificates'));
}
// find us a provisioning profile
ioslib.provisioning.find({
appId: self.tiapp.id,
certs: certs,
devicesUDIDs: deviceResults.devices.map(function (device) { return device.udid; })
}, function (err, profiles) {
if (err || !profiles.length) {
return cb(new Error('No provisioning profiles found'));
}
var profile = profiles.shift(),
deviceUDID = deviceResults.devices.filter(function (device) { return profile.devices.indexOf(device.udid) !== -1; }).shift().udid,
certName = certs.filter(function (cert) {
var prefix = cert.pem.replace(/^-----BEGIN CERTIFICATE-----\n/, '').substring(0, 60);
return profile.certs.some(function (pc) {
return pc.indexOf(prefix) === 0;
});
}).shift().name;
.on('app-quit', function (code) {
if (code) {
if (code instanceof ioslib.simulator.SimulatorCrash) {
logger.error(__n('Detected crash:', 'Detected multiple crashes:', code.crashFiles.length));
code.crashFiles.forEach(function (f) {
logger.error(' ' + f);
});
logger.error(__n('Note: this crash may or may not be related to running your app.', 'Note: these crashes may or may not be related to running your app.', code.crashFiles.length) + '\n');
} else {
logger.error(__('An error occurred running the iOS Simulator (exit code %s)', code));
}
}
endLog();
process.exit(0);
})
.on('exit', function () {