Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'type' 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 (condition.cardinality) {
exitWithError("Unsupported condition: cardinality");
}
if (condition.reverseFlag) {
exitWithError("Unsupported condition: reverseFlag");
}
if (condition.typeId != "*") {
if (condition.attributeOperator) {
if (condition.attributeOperator == "descendantOrSelfOf") {
elemMatch["$or"] = [];
elemMatch["$or"].push({"type.conceptId" : condition.conceptId});
elemMatch["$or"].push({"typeInferredAncestors" : condition.conceptId});
} else if (condition.attributeOperator == "descendantOf") {
elemMatch["typeInferredAncestors"] = condition.conceptId;
} else {
elemMatch["type.conceptId"] = condition.typeId;
}
} else {
elemMatch["type.conceptId"] = condition.typeId;
}
}
// Process attribute value
//if (condition.targetNode.content != "*") {
// var temp = [];
// computer.resolve(condition.targetNode, ast, temp;
//}
//queryPart.push({relationships: {"$elemMatch": elemMatch}});
//TODO: update for nested definitions in attributes
if (condition.targetNode) {
if (condition.targetNode.rule == "simpleExpressionConstraint") {
var targetExp = readSimpleExpressionConstraint(condition.targetNode, ast);
//console.log(JSON.stringify(targetExp));
if (condition.reverseFlag) {
exitWithError("Unsupported condition: reverseFlag");
}
if (condition.typeId != "*") {
if (condition.attributeOperator) {
if (condition.attributeOperator == "descendantOrSelfOf") {
elemMatch["$or"] = [];
elemMatch["$or"].push({"type.conceptId" : condition.conceptId});
elemMatch["$or"].push({"typeInferredAncestors" : condition.conceptId});
} else if (condition.attributeOperator == "descendantOf") {
elemMatch["typeInferredAncestors"] = condition.conceptId;
} else {
elemMatch["type.conceptId"] = condition.typeId;
}
} else {
elemMatch["type.conceptId"] = condition.typeId;
}
}
// Process attribute value
//if (condition.targetNode.content != "*") {
// var temp = [];
// computer.resolve(condition.targetNode, ast, temp;
//}
//queryPart.push({relationships: {"$elemMatch": elemMatch}});
//TODO: update for nested definitions in attributes
if (condition.targetNode) {
if (condition.targetNode.rule == "simpleExpressionConstraint") {
var targetExp = readSimpleExpressionConstraint(condition.targetNode, ast);
//console.log(JSON.stringify(targetExp));
if (targetExp.memberOf) {
elemMatch["targetMemberships"] = targetExp.conceptId;
} else if (targetExp.criteria == "descendantOrSelfOf") {
var _doInitWidget = function() {
try
{
if (widget.initWidget) {
widget.initWidget(config);
}
else {
OriginalWidgetClass.call(widget, config);
}
}
catch(e) {
var message = 'Unable to initialize widget of type "' + type + '". Exception: ' + e;
// NOTE:
// For widgets rendered on the server we disable errors from bubbling to allow the page to possibly function
// in a partial state even if some of the widgets fail to initialize.
// For widgets rendered on the client we enable bubbling to make sure calling code is aware of the error.
if (bubbleErrorsDisabled) {
logger.error(message, e);
}
else {
throw e;
}
}
File.all.set(basisjsTools.getFiles());
// subscribe to files change notifications
basisjsTools.notifications.attach(function(action, filename, content){
if (!notificationsQueue.length)
basis.nextTick(processNotificationQueue);
notificationsQueue.push({
action: action,
filename: filename,
content: content
});
});
File.open = basisjsTools.openFile;
File.openFileSupported.set(typeof File.open == 'function'); // TODO: remove when basisjs-tools released with features
File.getAppProfile = basisjsTools.getAppProfile;
// sync features
if (basisjsTools.features)
{
link(features, basisjsTools.features);
features.link(File.openFileSupported, function(list){
this.set(list.indexOf('file:open') !== -1);
});
}
// invoke onInit callbacks
initCallbacks.splice(0).forEach(init);
});
notificationsQueue.push({
action: action,
filename: filename,
content: content
});
});
File.open = basisjsTools.openFile;
File.openFileSupported.set(typeof File.open == 'function'); // TODO: remove when basisjs-tools released with features
File.getAppProfile = basisjsTools.getAppProfile;
// sync features
if (basisjsTools.features)
{
link(features, basisjsTools.features);
features.link(File.openFileSupported, function(list){
this.set(list.indexOf('file:open') !== -1);
});
}
// invoke onInit callbacks
initCallbacks.splice(0).forEach(init);
});
return;
// trace only update and delete
var ext = basis.path.extname(filename);
if (inspectBasisResource.extensions[ext] &&
inspectBasisResource.extensions[ext].permanent &&
inspectBasisResource.isResolved(filename) &&
inspectBasisResource(filename).hasChanges())
basis.array.add(permanentFiles, filename);
else
basis.array.remove(permanentFiles, filename);
});
// set new count
File.permanentChangedCount.set(permanentFiles.length);
Dataset.setAccumulateState(false);
}
if (this.server.connections.length === 0) {
this.server.connection({ port: options.port, labels: "vantage" });
this.io = require("socket.io")(this.server.listener);
} else if (this.server.connections.length > 1) {
// Select a specific connection if more than one exist.
this.io = require("socket.io")(this.server.select(options.connectionLabel || "vantage").listener);
delete options.connectionLabel;
} else {
this.io = require("socket.io")(this.server.listener);
}
} else {
var type = (options.ssl) ? "https" : "http";
if (type === "http") {
this.server = require(type).createServer(appCallback);
} else {
this.server = require(type).createServer(options, appCallback);
}
this.io = require("socket.io")(this.server);
this.server.listen(options.port);
}
this._port = options.port;
this._logActivity = options.logActivity;
this.io.set("authorization", function(handshakeData, accept){
var address = handshakeData.connection._peername;
var valid = self.firewall.valid(address);
var query = handshakeData._query;
var id = query.id || void 0;
var ssnId = query.sessionId || void 0;
// Create a connection if none exist.
if (this.server.connections.length === 0) {
this.server.connection({ port: options.port, labels: "vantage" });
this.io = require("socket.io")(this.server.listener);
} else if (this.server.connections.length > 1) {
// Select a specific connection if more than one exist.
this.io = require("socket.io")(this.server.select(options.connectionLabel || "vantage").listener);
delete options.connectionLabel;
} else {
this.io = require("socket.io")(this.server.listener);
}
} else {
var type = (options.ssl) ? "https" : "http";
if (type === "http") {
this.server = require(type).createServer(appCallback);
} else {
this.server = require(type).createServer(options, appCallback);
}
this.io = require("socket.io")(this.server);
this.server.listen(options.port);
}
this._port = options.port;
this._logActivity = options.logActivity;
this.io.set("authorization", function(handshakeData, accept){
var address = handshakeData.connection._peername;
var valid = self.firewall.valid(address);
var query = handshakeData._query;
var id = query.id || void 0;
widget.registerMessages(['beforeDestroy', 'destroy'], false);
// Check if the user's widget has an additional events defined
var allowedEvents = proto.events || OriginalWidgetClass.events;
if (allowedEvents) {
widget.registerMessages(allowedEvents, false);
}
// Add required specified properties required by the Widget mixin methods
if (id) {
widget._id = id;
widget.el = widget.getEl();
}
if (!OriginalWidgetClass.getName) {
OriginalWidgetClass.getName = function() {
return type;
};
}
proto.constructor = OriginalWidgetClass;
if (Widget.legacy) {
widget._parentWidget = parent;
}
if (events) {
widget._events = _convertEvents(events);
}
widget.widgets = new Document(); //This widget might have other widgets scoped within it
// Check if the user's widget has an additional events defined
var allowedEvents = proto.events || OriginalWidgetClass.events;
if (allowedEvents) {
widget.registerMessages(allowedEvents, false);
}
// Add required specified properties required by the Widget mixin methods
if (id) {
widget._id = id;
widget.el = widget.getEl();
}
if (!OriginalWidgetClass.getName) {
OriginalWidgetClass.getName = function() {
return type;
};
}
proto.constructor = OriginalWidgetClass;
if (Widget.legacy) {
widget._parentWidget = parent;
}
if (events) {
widget._events = _convertEvents(events);
}
widget.widgets = new Document(); //This widget might have other widgets scoped within it