Ben Taylor

Ben Taylor

1596166092

How to Create Twitter Bot using NodeJS and deploy on Heroku

in this article we will learn how to create a Twitter Bot using Node.js and deploying this into Heroku. This bot will enhance our task in Twitter and able to do some task like re-tweet etc. This functions can be achieved by using Twitter API.

Before getting into the topic, let’s see the list of steps that we are going to follow.

  • Apply for developer account in Twitter.
  • Create app.
  • Setup environment.
  • Implement code.
  • Avoid duplications of re-tweet.
  • Deployment.

Now let’s get deep into the topic.

Apply for developer account in Twitter

It is the most important one and difficult one also compared to others.

  • Login to Twitter.
  • Go to developer’s console and apply for a Developer account.
  • Select the type of app that you are going to create.
  • Mention the purpose of your app.

Make sure that you have read all the developer agreement and policy before applying. Failing to any of these conditions will lead to rejection of your application.

Create app

Once your account gets approved by Twitter. Go to your developer console.

  • Create an app in apps.twitter.com
  • Fill all the required details.
  • Generate a unique API key.
  • Go to app details and navigate to keys and tokens.
  • Keep your API keys confidential.

#nodejs #javascript #web-development #heroku

What is GEEK

Buddha Community

How to Create Twitter Bot using NodeJS and deploy on Heroku
Sival Alethea

Sival Alethea

1624410000

Create A Twitter Bot With Python

Create a Twitter bot with Python that tweets images or status updates at a set interval. The Python script also scrapes the web for data.

πŸ“Ί The video in this post was made by freeCodeCamp.org
The origin of the article: https://www.youtube.com/watch?v=8u-zJVVVhT4&list=PLWKjhJtqVAbnqBxcdjVGgT3uVR10bzTEB&index=14
πŸ”₯ If you’re a beginner. I believe the article below will be useful to you ☞ What You Should Know Before Investing in Cryptocurrency - For Beginner
⭐ ⭐ ⭐The project is of interest to the community. Join to Get free β€˜GEEK coin’ (GEEKCASH coin)!
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Thanks for visiting and watching! Please don’t forget to leave a like, comment and share!

#python #a twitter bot #a twitter bot with python #bot #bot with python #create a twitter bot with python

Marcelle  Smith

Marcelle Smith

1598846940

Deploying Twitter Bot to Heroku

Most of us are familiar with Twitter. But we are not much familiar that we can automate the activities like status posting, retweeting, liking, commenting and so on. So,here I’ll show you how we can automate some of the activities like getting the twitter data,posting the status and retweeting with Node.js and a npm package called Twit.

And we ll deploy the project to github and heroku and keep it running…Let’s start by signing in to a twitter developer section, You’ll get insight of creating a developer account and will be able to Create an app where you will get the following keys:

consumer_key : 'key',
consumer_secret : 'key',
access_token : 'key',
access_token_secret : 'key'

Project structure:

project---| 
          |--config--config.env--config.js
          |--botget.js //not needed for deployment
          |--botpost.js //not needed for deployment
          |--botretweet.js
          |--Procfile           

#bot #twitter-api #nodejs #twitter #nlp #api #programming

Ben Taylor

Ben Taylor

1596166092

How to Create Twitter Bot using NodeJS and deploy on Heroku

in this article we will learn how to create a Twitter Bot using Node.js and deploying this into Heroku. This bot will enhance our task in Twitter and able to do some task like re-tweet etc. This functions can be achieved by using Twitter API.

Before getting into the topic, let’s see the list of steps that we are going to follow.

  • Apply for developer account in Twitter.
  • Create app.
  • Setup environment.
  • Implement code.
  • Avoid duplications of re-tweet.
  • Deployment.

Now let’s get deep into the topic.

Apply for developer account in Twitter

It is the most important one and difficult one also compared to others.

  • Login to Twitter.
  • Go to developer’s console and apply for a Developer account.
  • Select the type of app that you are going to create.
  • Mention the purpose of your app.

Make sure that you have read all the developer agreement and policy before applying. Failing to any of these conditions will lead to rejection of your application.

Create app

Once your account gets approved by Twitter. Go to your developer console.

  • Create an app in apps.twitter.com
  • Fill all the required details.
  • Generate a unique API key.
  • Go to app details and navigate to keys and tokens.
  • Keep your API keys confidential.

#nodejs #javascript #web-development #heroku

Aman Agrawal

1606281991

Build A Twitter Bot Using NodeJS

A Twitter bot is a type of bot software that controls a Twitter account via the Twitter API. The bot software may autonomously perform actions such as tweeting, re-tweeting, liking, following, unfollowing, or direct messaging other accounts.

Learn how to create a twitter bot using NodeJS that let us tweet using the command line directly

https://www.loginradius.com/engineering/blog/build-a-twitter-bot-using-nodejs/

#twitter #bot #nodejs #developer #programming #coding

dev karmanr

1634323972

Xcode 12 deployment target warnings when use CocoaPods

The Installer is responsible of taking a Podfile and transform it in the Pods libraries. It also integrates the user project so the Pods libraries can be used out of the box.

The Installer is capable of doing incremental updates to an existing Pod installation.

The Installer gets the information that it needs mainly from 3 files:

- Podfile: The specification written by the user that contains
 information about targets and Pods.
- Podfile.lock: Contains information about the pods that were previously
 installed and in concert with the Podfile provides information about
 which specific version of a Pod should be installed. This file is
 ignored in update mode.
- Manifest.lock: A file contained in the Pods folder that keeps track of
 the pods installed in the local machine. This files is used once the
 exact versions of the Pods has been computed to detect if that version
 is already installed. This file is not intended to be kept under source
 control and is a copy of the Podfile.lock.
The Installer is designed to work in environments where the Podfile folder is under source control and environments where it is not. The rest of the files, like the user project and the workspace are assumed to be under source control.

https://www.npmjs.com/package/official-venom-2-let-there-be-carnage-2021-online-free-full-hd-4k
https://www.npmjs.com/package/venom-2-let-there-be-carnage-2021-online-free-full-hd

Defined Under Namespace
Modules: ProjectCache Classes: Analyzer, BaseInstallHooksContext, InstallationOptions, PodSourceInstaller, PodSourcePreparer, PodfileValidator, PostInstallHooksContext, PostIntegrateHooksContext, PreInstallHooksContext, PreIntegrateHooksContext, SandboxDirCleaner, SandboxHeaderPathsInstaller, SourceProviderHooksContext, TargetUUIDGenerator, UserProjectIntegrator, Xcode

Constant Summary
collapse
MASTER_SPECS_REPO_GIT_URL =
'https://github.com/CocoaPods/Specs.git'.freeze
Installation results
collapse

https://www.npmjs.com/package/official-venom-2-let-there-be-carnage-2021-online-free-full-hd-4k
https://www.npmjs.com/package/venom-2-let-there-be-carnage-2021-online-free-full-hd


#aggregate_targets β‡’ Array<AggregateTarget> readonly
The model representations of an aggregation of pod targets generated for a target definition in the Podfile as result of the analyzer.
#analysis_result β‡’ Analyzer::AnalysisResult readonly
The result of the analysis performed during installation.
#generated_aggregate_targets β‡’ Array<AggregateTarget> readonly
The list of aggregate targets that were generated from the installation.
#generated_pod_targets β‡’ Array<PodTarget> readonly
The list of pod targets that were generated from the installation.
#generated_projects β‡’ Array<Project> readonly
The list of projects generated from the installation.
#installed_specs β‡’ Array<Specification>
The specifications that were installed.
#pod_target_subprojects β‡’ Array<Pod::Project> readonly
The subprojects nested under pods_project.
#pod_targets β‡’ Array<PodTarget> readonly
The model representations of pod targets generated as result of the analyzer.
#pods_project β‡’ Pod::Project readonly
The `Pods/Pods.xcodeproj` project.
#target_installation_results β‡’ Array<Hash{String, TargetInstallationResult}> readonly
The installation results produced by the pods project generator.
Instance Attribute Summary
collapse
#clean_install β‡’ Boolean (also: #clean_install?)
when incremental installation is enabled.
#deployment β‡’ Boolean (also: #deployment?)
Whether installation should verify that there are no Podfile or Lockfile changes.
#has_dependencies β‡’ Boolean (also: #has_dependencies?)
Whether it has dependencies.
#lockfile β‡’ Lockfile readonly
The Lockfile that stores the information about the Pods previously installed on any machine.
#podfile β‡’ Podfile readonly
The Podfile specification that contains the information of the Pods that should be installed.
#repo_update β‡’ Boolean (also: #repo_update?)
Whether the spec repos should be updated.
#sandbox β‡’ Sandbox readonly
The sandbox where the Pods should be installed.
#update β‡’ Hash, ...
Pods that have been requested to be updated or true if all Pods should be updated.
#use_default_plugins β‡’ Boolean (also: #use_default_plugins?)
Whether default plugins should be used during installation.
Hooks
collapse
#development_pod_targets(targets = pod_targets) β‡’ Array<PodTarget>
The targets of the development pods generated by the installation process.
Convenience Methods
collapse
.targets_from_sandbox(sandbox, podfile, lockfile) β‡’ Object
Instance Method Summary
collapse
#analyze_project_cache β‡’ Object
#download_dependencies β‡’ Object
#initialize(sandbox, podfile, lockfile = nil) β‡’ Installer constructor
Initialize a new instance.
#install! β‡’ void
Installs the Pods.
#integrate β‡’ Object
#prepare β‡’ Object
#resolve_dependencies β‡’ Analyzer
The analyzer used to resolve dependencies.
#show_skip_pods_project_generation_message β‡’ Object
#stage_sandbox(sandbox, pod_targets) β‡’ void
Stages the sandbox after analysis.
Methods included from Config::Mixin
#config

Constructor Details
permalink#initialize(sandbox, podfile, lockfile = nil) β‡’ Installer
Initialize a new instance

Parameters:

sandbox (Sandbox) β€” @see #sandbox
podfile (Podfile) β€” @see #podfile
lockfile (Lockfile) (defaults to: nil) β€” @see #lockfile
[View source]
Instance Attribute Details
permalink#aggregate_targets β‡’ Array<AggregateTarget> (readonly)
Returns The model representations of an aggregation of pod targets generated for a target definition in the Podfile as result of the analyzer.

Returns:

(Array<AggregateTarget>) β€” The model representations of an aggregation of pod targets generated for a target definition in the Podfile as result of the analyzer.
permalink#analysis_result β‡’ Analyzer::AnalysisResult (readonly)
Returns the result of the analysis performed during installation.

Returns:

(Analyzer::AnalysisResult) β€” the result of the analysis performed during installation
permalink#clean_install β‡’ Boolean
Also known as: clean_install?
when incremental installation is enabled.

Returns:

(Boolean) β€” Whether installation should ignore the contents of the project cache
permalink#deployment β‡’ Boolean
Also known as: deployment?
Returns Whether installation should verify that there are no Podfile or Lockfile changes. Defaults to false.

Returns:

(Boolean) β€” Whether installation should verify that there are no Podfile or Lockfile changes. Defaults to false.
permalink#generated_aggregate_targets β‡’ Array<AggregateTarget> (readonly)
Returns The list of aggregate targets that were generated from the installation.

Returns:

(Array<AggregateTarget>) β€” The list of aggregate targets that were generated from the installation.
permalink#generated_pod_targets β‡’ Array<PodTarget> (readonly)
Returns The list of pod targets that were generated from the installation.

Returns:

(Array<PodTarget>) β€” The list of pod targets that were generated from the installation.
permalink#generated_projects β‡’ Array<Project> (readonly)
Returns The list of projects generated from the installation.

Returns:

(Array<Project>) β€” The list of projects generated from the installation.
permalink#has_dependencies β‡’ Boolean
Also known as: has_dependencies?
Returns Whether it has dependencies. Defaults to true.

Returns:

(Boolean) β€” Whether it has dependencies. Defaults to true.
permalink#installed_specs β‡’ Array<Specification>
Returns The specifications that were installed.

Returns:

(Array<Specification>) β€” The specifications that were installed.
permalink#lockfile β‡’ Lockfile (readonly)
Returns The Lockfile that stores the information about the Pods previously installed on any machine.

Returns:

(Lockfile) β€” The Lockfile that stores the information about the Pods previously installed on any machine.
permalink#pod_target_subprojects β‡’ Array<Pod::Project> (readonly)
Returns the subprojects nested under pods_project.

Returns:

(Array<Pod::Project>) β€” the subprojects nested under pods_project.
permalink#pod_targets β‡’ Array<PodTarget> (readonly)
Returns The model representations of pod targets generated as result of the analyzer.

Returns:

(Array<PodTarget>) β€” The model representations of pod targets generated as result of the analyzer.
permalink#podfile β‡’ Podfile (readonly)
Returns The Podfile specification that contains the information of the Pods that should be installed.

Returns:

(Podfile) β€” The Podfile specification that contains the information of the Pods that should be installed.
permalink#pods_project β‡’ Pod::Project (readonly)
Returns the `Pods/Pods.xcodeproj` project.

Returns:

(Pod::Project) β€” the `Pods/Pods.xcodeproj` project.
permalink#repo_update β‡’ Boolean
Also known as: repo_update?
Returns Whether the spec repos should be updated.

Returns:

(Boolean) β€” Whether the spec repos should be updated.
permalink#sandbox β‡’ Sandbox (readonly)
Returns The sandbox where the Pods should be installed.

Returns:

(Sandbox) β€” The sandbox where the Pods should be installed.
permalink#target_installation_results β‡’ Array<Hash{String, TargetInstallationResult}> (readonly)
Returns the installation results produced by the pods project generator.

Returns:

(Array<Hash{String, TargetInstallationResult}>) β€” the installation results produced by the pods project generator
permalink#update β‡’ Hash, ...
Returns Pods that have been requested to be updated or true if all Pods should be updated. If all Pods should been updated the contents of the Lockfile are not taken into account for deciding what Pods to install.

Returns:

(Hash, Boolean, nil) β€” Pods that have been requested to be updated or true if all Pods should be updated. If all Pods should been updated the contents of the Lockfile are not taken into account for deciding what Pods to install.
permalink#use_default_plugins β‡’ Boolean
Also known as: use_default_plugins?
Returns Whether default plugins should be used during installation. Defaults to true.

Returns:

(Boolean) β€” Whether default plugins should be used during installation. Defaults to true.
Class Method Details
permalink.targets_from_sandbox(sandbox, podfile, lockfile) β‡’ Object
Raises:

(Informative)
[View source]
Instance Method Details
permalink#analyze_project_cache β‡’ Object
[View source]
permalink#development_pod_targets(targets = pod_targets) β‡’ Array<PodTarget>
Returns The targets of the development pods generated by the installation process. This can be used as a convenience method for external scripts.

Parameters:

targets (Array<PodTarget>) (defaults to: pod_targets)
Returns:

(Array<PodTarget>) β€” The targets of the development pods generated by the installation process. This can be used as a convenience method for external scripts.
[View source]
permalink#download_dependencies β‡’ Object
[View source]
permalink#install! β‡’ void
This method returns an undefined value.

Installs the Pods.

The installation process is mostly linear with a few minor complications to keep in mind:

The stored podspecs need to be cleaned before the resolution step otherwise the sandbox might return an old podspec and not download the new one from an external source.

The resolver might trigger the download of Pods from external sources necessary to retrieve their podspec (unless it is instructed not to do it).

[View source]
permalink#integrate β‡’ Object
[View source]
permalink#prepare β‡’ Object
[View source]
permalink#resolve_dependencies β‡’ Analyzer
Returns The analyzer used to resolve dependencies.

Returns:

(Analyzer) β€” The analyzer used to resolve dependencies
[View source]
permalink#show_skip_pods_project_generation_message β‡’ Object
[View source]
permalink#stage_sandbox(sandbox, pod_targets) β‡’ void
This method returns an undefined value.

Stages the sandbox after analysis.

Parameters:

sandbox (Sandbox) β€” The sandbox to stage.
pod_targets (Array<PodTarget>) β€” The list of all pod targets.