appwrite.book


This code creates a document in the Appwrite.Database object that has the following fields:

[COLLECTION_ID]  – The unique identifier for the collection

– The unique identifier for the collection [actorName]  – The name of the actor

– The name of the actor [height]  – The height of the actor

– The height of the actor [role]  – The role the actor is playing

– The role the actor is playing [user:5c1f88b42259e]  – The user ID of the current user

The code then calls the promise's then method two times. The first time, the code prints out the response from the database. This response includes the ID of the document that was created, the name of the actor, and the actor's height and role.

The second time, the code prints out an error message if something goes wrong with the database.

Permissions



This is a code snippet that defines a function to be executed by the web server. The function takes in a request object as its first parameter and a response object as its second parameter. The function first extracts the payload field from the request object and if it is empty, it will use the request's payload as the value. If the payload field is not empty, the function will first extract the secret key field from the request object and will use that as the value for the payload field if it is not present. Finally, the function will generate a random number and store it in the randomNumber field. It will also store the trigger field in the request object. The function then returns the response object.

OwnFunctions



The code in this module exports an async function that takes two arguments: a request object and a response object. The function initializes a few variables and then uses the req.env.APPWRITE_FUNCTION_TRIGGER environment variable to determine the version of the Appwrite function that the code should execute.

The code then uses the req.payload variable to extract the payload data from the request object. The code also uses the secretKey variable to store the secret key data that was provided in the request object. Finally, the code uses the randomNumber variable to generate a random number and store it in the trigger variable.

The code then uses the trigger variable to determine whether the Appwrite function should execute or not. If the trigger variable is set to true, the code calls the res.

NodeJsFunction 



The code first creates an Appwrite instance. The instance's endpoint is set to https://[HOSTNAME_OR_IP]/v1 . The project's ID is then set. Finally, the promise is created and two functions are invoked: the first handles the success case, and the second handles the failure case.

Localisation



The code creates a new Client object, sets its endpoint to the Appwrite Endpoint and sets the project to the project ID. The final realtime object is created, and then subscribed to the files channel. When a new file is uploaded, the code will monitor the response event and print the payload to the console.

RealtimeClient

Storage



In the code above, the sdk object is created and set to a URL which points to your API endpoint. The project ID is also set. Lastly, a promise is created and then invoked. The first parameter is the collection ID, the second is the document ID, and the third is an object with the following properties: { name: "Success", description: "Successfully created document" }. If the promise is successful, the response will be logged to the console and the function will finish. If the promise fails, an error will be logged to the console and the function will finish.

Databases



The code above creates a new User object and sets its user_id and email address. The password is not set.

pythonSdk


This code creates a new client instance, sets the endpoint to the URL for your API (https://[HOSTNAME_OR_IP]/v1), sets the project ID, and sets the self-signed certificate to be used for development only. It also registers a user account instance and subscribed to the files channel.

AndroidSdk



This will create a new users object with the following properties:

email: "email@example.

NodeJsSdk



In the preceding code, the various objects are created and configured. A client is created and initialized with the necessary information to connect to the Appwrite endpoint. The endpoint is set to https://localhost/v1 . The project is set to the project ID associated with the application. Finally, the user is created and initialized with the necessary information.

The next block of code registers the user with the Appwrite storage platform. The user is assigned a unique user ID, an email address, and a password. The user's name is also set. The next block of code subscribes the user to the files channel. This channel is used to upload files to the Appwrite storage platform. The subscription object is initialized with the necessary information, including the files channel path and the response handler. When a new file is uploaded to the Appwrite storage platform, the response handler is invoked.

flutterSdk



appwrite.subscribe('users', (user) => {
  if(user.id === 'unique' && user.name === 'me@example.com') {
    // Log in if the user is already logged in
    } else {

    // Log in the user
    } });

appwrite.subscribe('files.storage', (files) => {
  if(files.length > 0) {
    // Log when files are uploaded
    console.

webSdk

Yml Files


 

This Pod specifies that an image called nginx:latest will be used. The image is hosted on the Docker registry and contains the latest version of the nginx container. The container is port-forwarded to the port 80 on the host.

Kubernetesngnix

(80,TCP)

The code defines a service called "nginx-service" with the following properties:

name: "nginx-service"

labels: "nginx"

spec:

ports:

- nodePort: 30500

- port: 80

protocol: TCP

targetPort: 80

selector:

- app: nginx

type: NodePort(80,TCP)

Kubernetes Service


 
This code creates a Pod named "mywebapp1" and defines two containers: a webserver container running Nginx and a database container running MySQL. The Pod also defines a volume for mounting the web server's content and a volume for mounting the database's content.

Kubernetes Pod


    - name: load-balancer1
    image: nginx-lb:1.13
    ports:
    - containerPort:8080
    - hostPort:80

The code sets up a three-node deployment of the nginx web server. Each node is running the nginx 1.6 container and the three nodes are load balanced using the nginx-lb container.

kubernetesDeployment

 \
          --config "files=${GOLANGCI_CONFIG} "
           --help

This is a PULL REQUEST for golangci-lint.

Golang



name: hello-world-load-balancer

apiVersion: extensions/v1beta1
kind: Deployment
metadata:
  name: hello-world

spec:
  replicas: 1

template:

metadata:
    name: hello-world

labels:

app: hello-world

spec:

containers:

- name: hello-world-pod

image: arungupta/helloworld-spring-boot:latest

ports:

- containerPort: 80

- containerPort: 443

kubernetesDocker

Frontend 

react



test('should remove post', async function(assert) {
    await visit('/posts/remove');
    await fillIn('input.title', 'My post');
    await click('button.submit');

    const title = this.element.querySelector('ul.posts li:first').textContent;
    assert.

ember

angular



In this code, the routes object defines a list of routes. Each route has a path property, and a component property, which points to the HomeComponent. The routes object also contains a path property that points to an undefined route. The oldPath route is a redirect to the staticPath route.

angularRoutes



The code is creating an interval function that checks if there is an "ytp-ad-skip-button" class on the page, and if so, it clicks the first button in the skip button list.

adblock

Backend



The code above exports the Driver model. This model has a number of properties. First, it has a name property which is of type String and which must have a unique value. Second, it has a age property which is of type Number and which must have a value that is greater than zero. Third, it has a truckCapacity property which is of type String and which must have a value that is less than or equal to 10,000. Fourth, it has an email property which is of type String and which must have a value that is unique within the database. Fifth, it has a mobileNumber property which is of type Number and which must have a value that is unique within the database. Sixth, it has a truckumber property which is of type Number and which must have a value that is greater than zero. Seventh, it has a transporter property which is of type String and which must have a value that is unique within the database. Eighth, it has an experience property which is of type String and which must have a value that is greater than zero. Ninth, it has a password property which is of type String and which must have a value that is unique within the database. Tenth, it has a fromCity1 property which is of type

DriverSchema

express

expressdatabase



verify() takes three arguments: (1) the request object, (2) the response object, and (3) a callback function.

The authHeader property on the request object is a string containing the header field "token". The header field "token" is the part of the request header that indicates the cryptocurrency token that the user is trying to authenticate with.

The jwt.verify() function parses the token string and calls the process.env.SECRET_KEY() API getter to get the secret key used to sign the token. If there was an error parsing the token, then the verify() function returns a response with the status code 401 (unauthorized). If the token was valid, the verify() function calls the user() callback function with the user's id as the first argument. The user() function then sets the req.user property on the request object to the user's id. Finally, the verify() function returns the response object.

verifyToken



The code below creates a connection to the specified MongoDB instance. The connection is made using mongoose's connect() method. If useNewUrlParser is set to true then the URL to the MongoDB instance is parsed using the new url parser. If useUnifiedTopology is set to true then the MongoDB instance is connected using the unified topology. When the connection is made, the on('error') callback is called, and if there is an error then the console.error.bind() function is called to log the error. Once the connection is made, the once('open') callback is called to start collectingmongodb.data() results.

DatabaseConnected



The release series indicates the version of the K8s API that this cluster is using. In this case, it is using the v1alpha3 release series. The major and minor numbers indicate the release cycle of the API, with 0 being the earliest release and 3 being the latest. The contract indicates the version of the API contract that is in use. In this case, it is v1alpha3. Finally, the major and minor numbers for the individual release cycle indicate the respective versions of the API. In this case, v1alpha3 and v1beta1.

metaData

404Page

Modals


In the above code, we have a Dropdown component which extends React.Component. In the constructor, we set up the state to be { isActive: false }, and in the handleSelect() function, we set the state to { isActive: !this.state.isActive } so that the component will update when the user selects a item from the list.

In the render() function, we first get the isActive property of the state, and then we get the listName property of the props, and use that to set the className of the component to dropdown-active or dropdown-inactive, depending on the value of isActive.

Finally, we create a dropdown menu inside the dropdown component, and we set the id property to dropdown-menu and the role property to menu. We also set the isActive property of the state to be the same as the value of isActive, so that the component will update when the user selects a menu item from the list.

DropDown



The preceding code imports the firebase and firebase-auth libraries. It also imports the firebaseConfig object, which stores the Firebase initialization parameters. Then, the code defines four functions that use the firebase.auth.GoogleAuthProvider object to sign in users. Finally, the code defines a signOut function that sign outs the user from the Firebase account.

Firebase

axios



This code creates a TCPRoute object called destination-port-matching-example with the following fields:

metadata:
  name: destination-port-matching-example

spec:
 parentRefs:
  - name: my-mesh
    group: example.

PortRouting

              volumes: 
             name: webhook 
              mountPath: /etc/secret 

apiVersion: admissionregistration.k8s.io/v1
kind: ValidatingWebhookConfiguration
metadata:
  name: gateway-api-admission
webhooks:
  - name: validate.gateway.networking.k8s.io
    matchPolicy: Equivalent
    rules:
      - operations: [ "CREATE" , "UPDATE" ]
        apiGroups: [ "gateway.networking.k8s.io" ]
         apiVersions: [ "v1alpha2" ]
         resources: [ "gateways", "gatewayclasses", "httproutes" ]
    failurePolicy: Fail
    sideEffects: None
    admissionReviewVersions:
     

deploy



This test suite visits a URL in the gateway-conformance-web-backend namespace and expects to receive a response in the form of a GET request to /.

HttpRoute

      - blog/2021/searching-for-a-gateway.md
    - blog/2021/security-issues-in-the-gateway.md
    - blog/2021/upgrading-to-v1alpha2.md
      - blog/2021/using-the-gateway-api.md
  - Releases: 
      - Releases: v1alpha2/releases.md
      - Release notes: releases/v1alpha2/release-notes.md
       - CHANGELOG: releases/v1alpha2/changelog.

kubernetes

CallApi



import { useLoginRadius } from "loginradius-react";
import React from 'react';
  
const Auth = () => {
  const { isAuthenticated, loginWithRedirect, logout } = useLoginRadius();
  
  if (isAuthenticated) {
    return (enegger: ()) => (
       <div>
        <button onClick={() => logout()}>Log out</button>
       </div>
    ); } else {
    return (
     <button onClick={() => loginWithRedirect("/login")}>Login/Register Account</button>
       ); }
  
},
  
export default Auth;

LoginAuth


The code renders a React component inside a strict mode render tree. The render tree is created by linking the React.StrictMode render prop to the LRAuthProvider component. This component is used to access the app name and api key from the process.env object. The redirectUri is set to the window.location.origin .

reactDOM


The code first imports React from 'react' and then imports the render function from the @testing-library/react package. Next, the code creates a test function that will render the App component. Finally, the code uses the getByText function from the @testing-library/react package to extract the linkElement from the rendered output and expects it to be present in the DOM.

reactrender




The set_dimen function sets the width, height, and min-height of the wrap element to be the amount of space available on the screen minus 1 pixel, then sets them to the minimum size allowed by the browser.

dimensions



The code checks to see if the user has logged in, and if they have, it redirects them to a personal banking page.

cookieredirect



This code is a function that deletes a cookie. First, it sets the cookie "username=;", "name_user=;", and "used_rows=;". It then tests to see if the flag is set to 1. If it is, then it sets the window.location.assign to "login.html". However, if the flag is not set to 1, then the code sets the window.location.assign to "main.html".

delCookies



function getCookie(cname) 
{
var name = cname + "=";
var ca = document.cookie.split(';');
for(var i=0; i<ca.length; i++) {
var c = ca[i].trim();
if (c.indexOf(name)==0) {
return c.substring(name.length,c.

getCookie



The following code is a function that validates a username and password pair. If the username or password is not valid, the function returns false. If the username and password are valid, the function sets cookies for the user and checks the cookie. If the username and password are the same, the function sets the cookie for the previous page.

Cookies

MongoSchemas



This code connects to a MongoDB instance. Once connected, the then() function is executed. Inside of this function, the console.log() function prints the connection status message and the elapsed time. In case of any errors, the catch() function is executed.

mongoose



The code in question exports a function that formats a date as a string. The first two lines of code clear any values in the value parameter. The third line checks the length of the value to see if it is three or more characters long and, if so, it returns the string representation of the value between the first and second characters, which is "${clearValue.slice(0, 2)}/${clearValue.slice(2, 4)}". If the value is not three characters long, the code returns the string representation of the value between the first and third characters, which is "clearValue".

payment-expireformat


The code exports a function that formats a CVC number. This function will take a number as an input and will return a string that has the length decided by the maxLength variable. If the allValues object has a number property, the function will use that instead of the number passed in. If allValues is not defined, the function will use the number passed in as the only parameter.

paymentformat



The above code calculates the performance of a function. The function takes an onPerfEntry parameter. OnPerfEntry is an instance of a Function object. The code then imports the web-vitals module. The web-vitals module contains the getCLS(), getFID(), getFCP(), getLCP(), and getTTFB() functions. The getCLS() function returns the call stack information for the function. The getFID() function returns the function identifier for the function. The getFCP() function returns the function call stack pointer for the function. The getLCP() function returns the function call stack size for the function. The getTTFB() function returns the function stack trace for the function.

reportwebVitals



This code is a login form which will POST a JSON response to Stripe with the user's credentials and the amount they wish to pay.

StripeToken



The code above uses the useEffect() function to load the Stripe.com JavaScript library. This library provides a function to create a publishable key, which is needed in order to makecharges to Stripe.com. The code then sets the publishable key to be the value Your_Api_Key .

StripeScript


The code contains the following lines:

const express = require("express");
const app = express();
  
const logger = require("morgan");
const cors = require("cors");
  
const port = 5000;
  
app.use(logger("dev"));
app.use(express.json());
app.use(express.urlencoded({ extended: false }));
app.use(cors());
  
app.post("/api/stripe-payment", (req, res) => {
  const stripe = require("stripe")(
   "API_KEY"
  );
  
  const { amount, email, token } = req.body;
  
  stripe.customersWithNoShippingCosts()
    .create({ email: email, token: token, source: token.id, name: token.card.name, })
      .then((customer) => {
      return stripe.charges.create({
        amount: parseFloat(amount) * 100,
  

Name	Created	Popularity
Permissions	5/19/2022	0
OwnFunctions	5/19/2022	0
NodeJsFunction	5/19/2022	0
Localisation	5/19/2022	0
RealtimeClient	5/19/2022	0
Storage	5/17/2022	10
Databases	5/17/2022	4
pythonSdk	5/17/2022	0
AndroidSdk	5/17/2022	0
NodeJsSdk	5/17/2022	0
flutterSdk	5/17/2022	0
webSdk	5/17/2022	25
Kubernetesngnix	4/16/2022	0
Kubernetes Service	4/16/2022	0
Kubernetes Pod	4/16/2022	0
kubernetesDeployment	4/16/2022	0
Golang	4/16/2022	1
kubernetesDocker	4/16/2022	0
ember	4/16/2022	0
angularRoutes	4/16/2022	0
adblock	4/15/2022	1
DriverSchema	4/15/2022	1
expressdatabase	4/15/2022	0
verifyToken	4/15/2022	0
DatabaseConnected	4/15/2022	2
metaData	4/15/2022	0
404Page	4/15/2022	0
Modals	4/15/2022	0
DropDown	4/15/2022	4
Firebase	4/15/2022	1
axios	4/15/2022	0
PortRouting	4/15/2022	0
deploy	4/15/2022	0
HttpRoute	4/15/2022	1
kubernetes	4/15/2022	0
CallApi	4/15/2022	1
LoginAuth	4/15/2022	17
reactDOM	4/15/2022	2
reactrender	4/15/2022	52
dimensions	4/15/2022	0
cookieredirect	4/15/2022	0
delCookies	4/15/2022	0
getCookie	4/15/2022	0
Cookies	4/15/2022	0
MongoSchemas	4/15/2022	2
mongoose	4/15/2022	7
payment-expireformat	4/15/2022	1
paymentformat	4/15/2022	1
reportwebVitals	4/15/2022	1
StripeToken	4/15/2022	2
StripeScript	4/15/2022	1
Stripe Integration	4/15/2022	2

Anubhavdevv

Javascript

Coding Assistant