Javascript core file for the StrongStart platform

@strongstart-core

/*

package_name: @strongstart/core
contribute_email: jon@strongstart.io
author: Jon Senterfitt
owned_by: StrongStart 
version: 1.0.0
description: StrongStart Core Library 
documentation:


// Introduction
This is a package for managing the infrastructure for machine-to-machine interactions. 
This includes transport, communication, encryption, storage, and other services.
This should be governed and managed by a central AI with trusted authorities to interact with the blockchain.
Users who choose to be apart of the system, agree to being governed by an A.I. system dedicated to ensuring the security, safety, and trust of the system.

Challenges we ALL face in the future:
- Too much information
- Too much knowledge to attain
- Lack of shared understanding
- Lack of trust
- Lack of trust in a system
- Lack of ability to learn the complexities of the system
- Lack of scaling codebases and complexity infrastructures


// How our system can help these challenges
- Provide a centralized and secure system for managing the infrastructure for machine-to-machine interactions.
- Abstract the complexities of the system into NLP and natual ways to communicate with the system.
- Help users to learn
- Sharpen the comprehension of humans and machines, togther

// Why AI is critical to solve these challenges
- AI can help us learn
- AI can help us understand
- AI can help us understand the complexities of any system
- AI does not require a lot of code
- AI can be used to automate tasks
- AI can benefit users of the system, financially and otherwise
- Automation of tasks can be used to automate the process of learning for new AI NPCs in the system


Challenges we hope that can be solved by relying on AI-assisted programming in the initial build of the project:
- Overly complex compression and minification algorithms that are for minimizing human intervention in network processes.
- A physically impossible governance layer for the machine-to-machine interaction network transaction governance and protocol.





Steps to setup the Machine-to-Machine System
Let's start by creating a blockchain on EOSIO Testnet and deploying the StrongStart Infrastructure.
This will be done by the following steps:
1. Create a new account on the EOSIO Testnet
2. Get access to the EOSIO Testnet
3. Get tokens from the EOSIO Testnet
4. Define the StrongStart Infrastructure contract
5. Deploy the StrongStart Infrastructure contract
6. Host a site on the StrongStart Infrastructure contract
7. Deploy a website on the StrongStart Infrastructure contract

// Dependencies
Technologies to use:
1. EOSIO Testnet
2. EOSIO Javascript API
3. Filecoin
4. Fleek
5. IPFS
6. Google Cloud Platform or Heroku
7. Nodejs
8. React
9. React-Native
10. Commander
11. Express
14. IBM Carbon Design Language (React Components)
15. IBM Design System (React Components)
16. Google Analytics
17. Google Tag Manager
18. Hubspot
19. Firebase
20. Google Cloud Firestore
21. Google Cloud Storage
22. Google Cloud Functions
23. Google Cloud Pub/Sub
24. Google Cloud Vision
25. Google Cloud Translation
26. Google Cloud Natural Language
27. Google Cloud Speech
28. Google Cloud TTS
29. Playwright
30. Puppeteer
31. Selenium
32. Squarespace
33. Facebook Pixel
34. Facebook Ads
35. Facebook Audience Network
36. Facebook Ads Insights
37. Facebook Ads Conversion Tracking
38. Facebook Ads Dynamic Ads
39. Facebook Ads Dynamic Ads Bid Manager
40. Twitter Ads
41. Twitter Ads Insights
42. SSO (Single Sign On)
43. OAuth\OAuth2
44. OAuth\OAuth2\Client
45. OAuth\OAuth2\Client\Provider
46. Encryption
47. Access Control
48. Authentication
49. Authorization
50. Authorization Code Grant
51. Authorization Code Grant\Authorization Code
52. Ingress Control
53. Load balancer
54. WAFF (Web Application Firewall)
55. HTTPS
56. HTTPS\SSL
57. HTTPS\SSL\TLS
58. Kubernetes
59. Docker
60. Docker Compose
61. Docker Swarm
62. Docker Registry
63. Docker Registry\Docker Hub
64. Ansible
65. Ansible\Ansible Tower
66. OpenShift
67. OpenShift\OpenShift 4
68. Red Hat OpenShift
69. IBM Blockchain Platform
70. Amazon Timestream (For transactional data streams)
71. Amazon Kinesis (For transactional data streams)
72. Amazon DynamoDB (For transactional data streams)
73. Amazon Simple Storage Service (For transactional data streams)
74. Amazon Simple Queue Service (For transactional data streams)
75. Amazon Simple Notification Service (For transactional data streams)
76. Amazon Simple Email Service (For transactional data streams)
77. Amazon Simple Queue Service (For transactional data streams)
78. Stripe
79. Mailgun
80. Mailjet
81. React Hooks
82. React Hooks\useState
83. React Hooks\useEffect
84. React Hooks\useContext
85. React Hooks\useReducer
86. React Hooks\useCallback
87. React Hooks\useMemo
88. React Hooks\useRef
89. Axios
90. Axios\Axios Request
91. Amazon Key Management Service
92. Google Key Management Service
93. IBM Key Management Service
94. Ethereum
95. Hyperledger Fabric
96. Hyperledger Fabric\Hyperledger Fabric Blockchain

// Currencies supported:
1. USD
2. HYPE (owned & operated by Hyperion)
3. EOS
4. ETH
5. BTC
6. LTC
7. BCH
8. XRP
9. XMR
10. DASH
11. XEM
12. XLM

// Assets can be created and traded on these blockchain networks:
1. EOSIO Testnet
2. EOSIO Mainnet
3. Ethereum
4. Hyperledger Fabric
5. Bitcoin Cash
6. Bitcoin Cash Testnet
7. Bitcoin Testnet
8. Litecoin
9. Litecoin Testnet
10. Ripple
11. Ripple Testnet
12. Dash
13. Dash Testnet
14. Monero

Stripe is used to process payments that are not crypto currencies.
1. Stripe\Stripe API
2. Stripe\Stripe Elements

Accepted payments in Stripe:
1. Debit Card
2. Credit Card
3. Bitcoin
4. Ethereum
5. Litecoin

Mailgun is used to send transactional emails.
1. Mailgun\Mailgun API
2. Mailgun\Mailgun SDK

Mailjet is used to create, test and send templated transactional emails.
1. Mailjet\Mailjet API
2. Mailjet\Mailjet SDK

Facebook Pixel is used to track events on the website.
1. Facebook Pixel\Facebook Pixel API
2. Facebook Pixel\Facebook Pixel SDK

Facebook Ads is used to create, test and send transactional ads.
1. Facebook Ads\Facebook Ads API
2. Facebook Ads\Facebook Ads SDK

Facebook Ads Insights is used to retrieve data from Facebook Ads.
1. Facebook Ads\Facebook Ads API
2. Facebook Ads\Facebook Ads SDK

Facebook Ads Conversion Tracking is used to track conversions on the website.
1. Facebook Ads\Facebook Ads API
2. Facebook Ads\Facebook Ads SDK

Facebook Ads Dynamic Ads is used to create, test and send ads.
1. Facebook Ads\Facebook Ads API
2. Facebook Ads\Facebook Ads SDK

Facebook Ads Dynamic Ads Bid Manager is used to manage ads.
1. Facebook Ads\Facebook Ads API
2. Facebook Ads\Facebook Ads SDK 

Twitter Ads is used to create, test and send transactional ads.
1. Twitter Ads\Twitter Ads API
2. Twitter Ads\Twitter Ads SDK

Twitter Ads Insights is used to retrieve data from Twitter Ads.
1. Twitter Ads\Twitter Ads API
2. Twitter Ads\Twitter Ads SDK

SSO (Single Sign On) is used to authenticate users.
1. OAuth\OAuth2
2. OAuth\OAuth2\Client
3. OAuth\OAuth2\Client\Provider

crypto is used for the following:
1. EOSIO Javascript API
2. Filecoin
3. Fleek
4. IPFS
5. Google Cloud Platform or Heroku
6. Nodejs
7. React
8. React-Native

Timestream is used for the following:
1. Pulling events from the UI of all applications into a central, secure data lake
2. Transactional data streams

Google Tag Manager serves as a container for all actions in an application.
1. Google Tag Manager\Google Tag Manager API
2. Google Tag Manager\Google Tag Manager SDK

Google Analytics is a BI layer that provides insights into the behavior of your users.
1. Google Analytics\Google Analytics API
2. Google Analytics\Google Analytics SDK

Google Cloud Functions is a serverless platform that allows you to create and manage functions.
1. Google Cloud Functions\Google Cloud Functions API
2. Google Cloud Functions\Google Cloud Functions SDK

Firebase is a platform with a suite of application development tools.
1. Firebase\Firebase API
2. Firebase\Firebase SDK

Firebase Hosting is a platform that allows you to host your website and application on the Firebase platform.
1. Firebase\Firebase Hosting\Firebase Hosting API
2. Firebase\Firebase Hosting\Firebase Hosting SDK

IPFS is a peer-to-peer hypermedia protocol for the Internet.
1. IPFS\IPFS API
2. IPFS\IPFS SDK

We use IPFS to store the following:
1. Blockchain data
2. Blockchain data\Ethereum
3. Blockchain data\Bitcoin
4. Blockchain data\Bitcoin Cash
5. Blockchain data\Litecoin
6. Blockchain data\Ripple
7. Blockchain data\Dash
8. Blockchain data\Monero
9. Blockchain data\Filecoin
10. Blockchain data\Fleek
11. Blockchain data\IPFS

Fleek is used to build, deploy, scale, and manage decentralized applications.
1. Fleek\Fleek API
2. Fleek\Fleek SDK

Github is the most popular open source code hosting service.
1. Github\Github API
2. Github\Github SDK

We use Github to store all source code for @strongstart
1. Github\Github API
2. Github\Github SDK

All generated code is owned and maintained by StrongStart and it's proprietary A.I.

Docker is a platform for developers to build, ship, and run software containers.
1. Docker\Docker API
2. Docker\Docker SDK

Docker allows @strongstart to package and deploy applications to the Docker platform to be used by the @strongstart platform.
1. Docker\Docker API
2. Docker\Docker SDK

Docker Hub is a repository hosting service for Docker.
1. Docker\Docker Hub API
2. Docker\Docker Hub SDK

*/

// From this point forward, I will be working with my local A.I. to define core elements of this system. 

// Package format for the A.I. interpreter has a "\" instead of a "/"
// This is by design.



// Packages needed to achieve the above goals:
// packagingSystem for the dependency tree below: 
const getPackageFromDependencyTree = (dependencyTree, packageName) => {
    // console.log(dependencyTree);
    // console.log(packageName);
    const package = dependencyTree.find(dependency => dependency.name === packageName);
    // console.log(package);
    return package;
}

// Decrypt the strongstart.json file
const decryptStrongstartJson = (strongstartJson, password) => {
    // console.log(strongstartJson);

    // Log a transaction for the decryption of the strongstart.json file to the blockchain
    // This transaction will be used to verify the integrity of the strongstart.json file
    // The transaction will be signed by the strongstart.json file's private key
    // The transaction will be signed by the strongstart.json file's public key
    const transaction = {
        "from": strongstartJson.privateKey,
        "to": strongstartJson.publicKey,
        "data": {
            "type": "decrypt",
            "data": strongstartJson.encryptedStrongstartJson
        }
    }
    // console.log(transaction);

    const strongstartJsonDecrypted = JSON.parse(crypto.decrypt(strongstartJson));
    // console.log(strongstartJsonDecrypted);
    return strongstartJsonDecrypted;
}

// All functions should return this payload object
const payload = {
    "success": false,
    "message": "",
    "data": {} // This can include ANY data that the function needs to return in order to complete its task
}

// Wrap all functions in a try/catch block
// This will catch any errors that occur in the function and return the payload object
const tryCatch = (func) => {
    try {
        const payload = func();
        return payload;
    } catch (error) {
        return {
            "success": false,
            "message": error.message,
            "data": {}
        }
    }
}

// Build the dependency tree
const buildDependencyTree = (strongstartJson) => {
    // console.log(strongstartJson);
    const dependencyTree = [];
    const dependencies = strongstartJson.dependencies;
    // console.log(dependencies);
    for (const dependency of dependencies) {
        const package = getPackageFromDependencyTree(dependencyTree, dependency.name);
        if (package) {
            package.dependencies.push(dependency);
        } else {
            dependencyTree.push({
                "name": dependency.name,
                "dependencies": [dependency]
            });
        }
    }
    // console.log(dependencyTree);
    return dependencyTree;
}

// Get the dependency tree
const getDependencyTree = (strongstartJson) => {
    const dependencyTree = buildDependencyTree(strongstartJson);
    // console.log(dependencyTree);
    return dependencyTree;
}

// Load context for the onboard session AI with the dependency tree and the strongstart.json file
const loadContext = (strongstartJson, dependencyTree) => {
    // console.log(strongstartJson);
    // console.log(dependencyTree);
    const context = {
        "strongstartJson": strongstartJson,
        "dependencyTree": dependencyTree
    }
    // console.log(context);
    return context;
}

// Store context in a compressed/encrypted working memory for the onboard session AI
const storeContext = (context) => {
    // console.log(context);
    const contextEncrypted = crypto.encrypt(JSON.stringify(context));
    // console.log(contextEncrypted);
    return contextEncrypted;
}

// Load context from the compressed/encrypted working memory for the onboard session AI
const loadContextFromMemory = (strongstartJson, contextEncrypted) => {
    // console.log(strongstartJson);
    // console.log(contextEncrypted);
    const context = JSON.parse(crypto.decrypt(contextEncrypted));
    // console.log(context);
    return context;
}

// Develop a handler to derive context from the onboard session AI with an interactive session
const developContext = (strongstartJson, dependencyTree, contextEncrypted, session, sessionId) => {
    // console.log(strongstartJson);
    // console.log(dependencyTree);
    // console.log(contextEncrypted);
    // console.log(session);
    // console.log(sessionId);
    const context = loadContextFromMemory(strongstartJson, contextEncrypted);
    // console.log(context);
    const payload = {
        "success": true,
        "message": "",
        "data": {
            "context": context,
            "session": session,
            "sessionId": sessionId
        }
    }
    // console.log(payload);
    return payload;
}

// Begin natural language processing for the onboard session AI
const beginNaturalLanguageProcessing = (context, session, sessionId) => {
    // console.log(context);
    // console.log(session);
    // console.log(sessionId);
    const payload = {
        "success": true,
        "message": "",
        "data": {
            "context": context,
            "session": session,
            "sessionId": sessionId
        }
    }
    // console.log(payload);
    return payload;
}

// Will need to clean the above handlers to include secondary dependencies

// Begin the onboard session AI
const beginOnboardSession = (strongstartJson, dependencyTree, contextEncrypted, session, sessionId) => {
    // console.log(strongstartJson);
    // console.log(dependencyTree);
    // console.log(contextEncrypted);
    // console.log(session);
    // console.log(sessionId);
    const context = loadContextFromMemory(strongstartJson, contextEncrypted);
    // console.log(context);
    const payload = {
        "success": true,
        "message": "",
        "data": {
            "context": context,
            "session": session,
            "sessionId": sessionId
        }
    }
    // console.log(payload);
    return payload;
}

// Underlying function for the onboard session AI
const buildSessionConfigurationFromContext = (context) => {
    // console.log(context);
    const sessionConfiguration = {
        "sessionId": context.sessionId,
        "session": context.session,
        "context": context.context
    }
    // console.log(sessionConfiguration);
    return sessionConfiguration;
}

// Archiver for data that is transacted during the session
// This should utilize the inherent nature of decentralized storage
const archiveData = (sessionConfiguration, data) => {
    // console.log(sessionConfiguration);
    // console.log(data);
    const payload = {
        "success": true,
        "message": "",
        "data": {
            "sessionConfiguration": sessionConfiguration,
            "data": data
        }
    }
    // console.log(payload);
    return payload;
}

// Encrypt the sessionConfiguration object
const encryptSessionConfiguration = (sessionConfiguration) => {
    // console.log(sessionConfiguration);
    const sessionConfigurationEncrypted = crypto.encrypt(JSON.stringify(sessionConfiguration));
    // console.log(sessionConfigurationEncrypted);
    return sessionConfigurationEncrypted;
}

// Decrypt the sessionConfiguration object
const decryptSessionConfiguration = (sessionConfigurationEncrypted) => {
    // console.log(sessionConfigurationEncrypted);
    const sessionConfiguration = JSON.parse(crypto.decrypt(sessionConfigurationEncrypted));
    // console.log(sessionConfiguration);
    return sessionConfiguration;
}

// Ensure a trusted session is established
const ensureTrustedSession = (sessionConfiguration) => {
    // console.log(sessionConfiguration);
    const payload = {
        "success": true,
        "message": "",
        "data": {
            "sessionConfiguration": sessionConfiguration
        }
    }
    // console.log(payload);
    return payload;
}

// A typical session configuration would look like this:
const buildSessionConfiguration = (strongstartJson, dependencyTree, contextEncrypted, session, sessionId) => {
    // console.log(strongstartJson);
    // console.log(dependencyTree);
    // console.log(contextEncrypted);
    // console.log(session);
    // console.log(sessionId);
    const context = loadContextFromMemory(strongstartJson, contextEncrypted);
    // console.log(context);
    const sessionConfiguration = buildSessionConfigurationFromContext(context);
    // console.log(sessionConfiguration);
    const payload = {
        "success": true,
        "message": "",
        "data": {
            "sessionConfiguration": sessionConfiguration
        }
    }
    // console.log(payload);
    return payload;
}

// Get session configuration file from decentralized storage to reload in memory at a later time for playback and analysis by the natural language processing engine
const getSessionConfiguration = (strongstartJson, dependencyTree, contextEncrypted, session, sessionId) => {
    // console.log(strongstartJson);
    // console.log(dependencyTree);
    // console.log(contextEncrypted);
    // console.log(session);
    // console.log(sessionId);
    const sessionConfiguration = buildSessionConfiguration(strongstartJson, dependencyTree, contextEncrypted, session, sessionId);
    // console.log(builtSessionConfiguration);
    const sessionConfigurationEncrypted = encryptSessionConfiguration(sessionConfiguration);
    // console.log(sessionConfigurationEncrypted);
    const payload = {
        "success": true,
        "message": "",
        "data": {
            "sessionConfigurationEncrypted": sessionConfigurationEncrypted
        }
    }
    // console.log(payload);
    return payload;
}

// All functions should go through a functionHandler function to ensure that the function is executed by the correct user with transaction signing
const functionHandler = (strongstartJson, functionName, functionPayload) => {
    let result = {
        "success": false,
        "message": functionName,
        "data": functionPayload
    }
}

// Unminify the dependency tree
const unminifyDependencyTree = (dependencyTree) => {
    const unminifiedDependencyTree = dependencyTree.map(dependency => {
        const unminifiedDependency = {
            name: dependency.name,
            version: dependency.version,
            dependencies: dependency.dependencies.map(dependency => {
                if (dependency.dependencies) {
                    return {
                        name: dependency.name,
                        version: dependency.version,
                        dependencies: unminifyDependencyTree(dependency.dependencies)
                    }
                } else {
                    return {
                        name: dependency.name,
                        version: dependency.version
                    }
                }
            })
        }
        return unminifiedDependency;
    })
    return unminifiedDependencyTree;
}




// 1. @strongstart
// 2. @strongstart\@cloud
// 3. @strongstart\@cloud\@aws
// 4. @strongstart\@cloud\@aws\timestream
// 5. @strongstart\@cloud\@aws\kinesis
// 6. @strongstart\@cloud\@aws\dynamodb
// 7. @strongstart\@cloud\@aws\s3
// 8. @strongstart\@cloud\@google
// 9. @strongstart\@cloud\@google\firebase
// 10. @strongstart\@cloud\@google\firebase\firebase-hosting
// 11. @strongstart\@cloud\@google\firebase\firebase-analytics
// 12. @strongstart\@cloud\@google\firebase\firebase-admob
// 13. @strongstart\@cloud\@google\firebase\firebase-functions
// 14. @strongstart\@cloud\@google\firebase\firebase-storage
// 15. @strongstart\@cloud\@google\firebase\firebase-database
// 16. @strongstart\@cloud\@google\firebase\firebase-messaging
// 17. @strongstart\@cloud\@google\firebase\firebase-performance
// 18. @strongstart\@cloud\@google\firebase\firebase-crashlytics
// 19. @strongstart\@cloud\@google\firebase\firebase-remote-config
// 20. @strongstart\@cloud\@ibm\ibm-blockchain
// 21. @strongstart\@cloud\@ibm\ibm-blockchain\ibm-blockchain-sdk
// 22. @strongstart\@cloud\@ibm\ibm-blockchain\ibm-blockchain-sdk-node
// 23. @strongstart\@cloud\@ibm\ibm-blockchain\ibm-blockchain-sdk-javascript
// 24. @strongstart\@cloud\@ibm\ibm-blockchain\ibm-blockchain-sdk-go
// 25. @strongstart\@cloud\@redhat\redhat-blockchain
// 26. @strongstart\@cloud\@redhat\ansible
// 27. @strongstart\@cloud\@redhat\ansible\ansible-playbook
// 28. @strongstart\@cloud\@docker
// 29. @strongstart\@cloud\@docker\docker-compose
// 30. @strongstart\@cloud\@docker\docker-machine
// 31. @strongstart\@cloud\vault
// 32. @strongstart\@cloud\vault\vault-cli
// 33. @strongstart\@cloud\vault\vault-server
// 34. @strongstart\@cloud\vault\vault-kv-engine-consul
// 35. @strongstart\@cloud\vault\vault-kv-engine-etcd
// 37. @strongstart\@cloud\orchestratator
// (No numbers for the sake of time and generation)
// @strongstart\@cloud\gatherer
const gatherer = require('./gatherer');
// @strongstart\@cloud\qualifier
const qualifier = require('./qualifier');
// @strongstart\@cloud\connector
const connector = require('./connector');
// @strongstart\@cloud\executor
const executor = require('./executor');
// @strongstart\@cloud\packager
// @strongstart\@cloud\distrubutor
// @strongstart\@cloud\receiver
// @strongstart\@cloud\broker
// @strongstart\@cloud\gateway
// @strongstart\@cloud\router
// @strongstart\@cloud\proxy
// @strongstart\@cloud\analyzer
// @strongstart\@cloud\monitor
// @strongstart\@cloud\logger
// @strongstart\@cloud\notifier
// @strongstart\@cloud\sender
// @strongstart\@cloud\scheduler
// @strongstart\@cloud\store
// @strongstart\@cloud\validator
// @strongstart\@cloud\translator
// @strongstart\@cloud\converter
// @strongstart\@cloud\encoder
// @strongstart\@cloud\decoder
// @strongstart\@cloud\parser
// @strongstart\@cloud\serializer
// @strongstart\@cloud\generator
// @strongstart\@cloud\encryptor
// @strongstart\@cloud\decryptor
// @strongstart\@cloud\signer
// @strongstart\@cloud\verifier
// @strongstart\@cloud\compressor
// @strongstart\@cloud\decompressor
// @strongstart\@cloud\minifier
// @strongstart\@cloud\maxifier
// @strongstart\@cloud\formatter
// @strongstart\@cloud\unformatter
// @strongstart\@cloud\validator
// @strongstart\@cloud\bundler
// @strongstart\@cloud\unbundler
// @strongstart\@cloud\deployer
// @strongstart\@cloud\miner
// @strongstart\@cloud\calculator
// @strongstart\@cloud\converter
// @strongstart\@cloud\yaml
// @strongstart\@cloud\json
// @strongstart\@cloud\xml
// @strongstart\@cloud\csv
// @strongstart\@cloud\graphql
// @strongstart\@cloud\rest
// @strongstart\@cloud\websocket
// @strongstart\@cloud\http
// @strongstart\@cloud\https
// @strongstart\@cloud\tcp
// @strongstart\@cloud\udp
// @strongstart\@cloud\web3
// @strongstart\@cloud\web3\web3-eth
// @strongstart\@cloud\web3\web3-eth-accounts
// @strongstart\@cloud\web3\bitcoin
// @strongstart\@cloud\web3\bitcoin-cash
// @strongstart\@cloud\web3\bitcoin-core
// @strongstart\@cloud\web3\bitcoin-wallet
// @strongstart\@cloud\web3\ethereum
// @strongstart\@cloud\web3\ethereum-accounts
// @strongstart\@cloud\web3\ethereum-wallet
// @strongstart\@cloud\web3\ethereum-classic
// @strongstart\@cloud\web3\ethereum-classic-accounts
// @strongstart\@cloud\node
// @strongstart\@cloud\node\express
// @strongstart\@cloud\node\express\express-session
// @strongstart\@cloud\node\express\express-validator
// @strongstart\@cloud\node\express\express-flash
// @strongstart\@cloud\node\express\express-compress
// @strongstart\@cloud\node\express\express-rate-limit
// @strongstart\@cloud\node\express\express-csrf
// @strongstart\@cloud\node\express\express-multer
// @strongstart\@cloud\node\express\express-serve-static
// @strongstart\@cloud\node\express\express-serve-favicon
// @strongstart\@cloud\node\express\express-serve-index
// @strongstart\@cloud\node\express\helmet
// @strongstart\@cloud\node\express\helmet-csp
// @strongstart\@cloud\node\express\helmet-hsts
// @strongstart\@cloud\node\express\helmet-ie
// @strongstart\@cloud\analytics
// @strongstart\@cloud\analytics\analytics-google
// @strongstart\@cloud\analytics\analytics-facebook
// @strongstart\@cloud\analytics\analytics-twitter
// @strongstart\@cloud\analytics\analytics-mixpanel
// @strongstart\@cloud\analytics\analytics-segment
// @strongstart\@cloud\analytics\analytics-appinsights
// @strongstart\@cloud\analytics\analytics-newrelic
// @strongstart\@cloud\analytics\analytics-piwik
// @strongstart\@cloud\analytics\analytics-sentry
// @strongstart\@cloud\logging
// @strongstart\@cloud\logging\logging-console
// @strongstart\@cloud\logging\logging-file
// @strongstart\@cloud\logging\logging-elasticsearch
// @strongstart\@cloud\logging\logging-splunk
// @strongstart\@cloud\logging\logging-sentry
// @strongstart\@cloud\logging\logging-newrelic


// An example use case for storage and indexing should use FileCoin nodejs sdk to manage the storage and indexing of data and metadata.
// @strongstart\@cloud\storage
// @strongstart\@cloud\storage\storage-filecoin
// @strongstart\@cloud\storage\storage-filecoin\storage-filecoin-nodejs

// Not a total application, just a snippet to showcase functions and concepts.
const filecoin = require('filecoin-nodejs');
const storage = require('filecoin-storage-nodejs');
const indexing = require('filecoin-indexing-nodejs');

const storageConfig = {
    storage: {
        storageType: 'filecoin',
        storageOptions: {
            nodeUrl: 'http://localhost:1234',
            wallet: {
                walletType: 'filecoin',
                walletOptions: {
                    walletFile: './wallet.json',
                    walletPassword: 'password'
                }
            }
        }
    },
    indexing: {
        indexingType: 'filecoin',
        indexingOptions: {
            nodeUrl: 'http://localhost:1234',
            wallet: {
                walletType: 'filecoin',
                walletOptions: {
                    walletFile: './wallet.json',
                    walletPassword: 'password'
                }
            }
        }
    }
};

// Build an example storage and indexing instance.
const storageInstance = storage.build(storageConfig);
const indexingInstance = indexing.build(storageConfig);

// Create a new filecoin storage instance.
storageInstance.createStorage({
    storageType: 'filecoin',
    storageOptions: {
        key: 'QmYwAPJzv5CZsnA625s3Xf2nemtYgPpHdWEz79ojWnPbdG',
    }
});

// Example methods to use for storing and retrieving data.
storageInstance.storeData({
    data: 'Hello World',
    metadata: {
        name: 'test.txt',
        description: 'This is a test file.'
    }
});

// Retrieve data from storage.
storageInstance.retrieveData({
    key: 'QmYwAPJzv5CZsnA625s3Xf2nemtYgPpHdWEz79ojWnPbdG'
});

// All transactions should be wrapped and handled / governed by the AI system so that governance can scale beyond current protocols of the system.
// @strongstart\@cloud\governance
// An example wrapper for the retriveData method.
const governance = require('filecoin-governance-nodejs');

const governanceConfig = {
    governance: {
        governanceType: 'filecoin',
        governanceOptions: {
            nodeUrl: 'http://localhost:1234',
            wallet: {
                walletType: 'filecoin',
                walletOptions: {
                    walletFile: './wallet.json',
                    walletPassword: 'password'
                }
            }
        }
    }
};

// Build an example governance instance.
const governanceInstance = governance.build(governanceConfig);

// Example method to use for retrieving data.
governanceInstance.retrieveData({
    key: 'QmYwAPJzv5CZsnA625s3Xf2nemtYgPpHdWEz79ojWnPbdG',
    metadata: {
        transactionType: 'retrieveData',
        payload: {
            key: 'QmYwAPJzv5CZsnA625s3Xf2nemtYgPpHdWEz79ojWnPbdG',
            declared_format: 'json',
            originator: '0x0000000000000000000000000000000000000000',
            originator_signature: '0x0000000000000000000000000000000000000000000000000000000000000000',
            timestamp: '0x0000000000000000000000000000000000000000000000000000000000000000',
            transaction_hash: '0x0000000000000000000000000000000000000000000000000000000000000000',
            transaction_signature: '0x0000000000000000000000000000000000000000000000000000000000000000',
            cloud_consent_request_id: '0x0000000000000000000000000000000000000000000000000000000000000000'
        },
        cloud_response_id: '0x0000000000000000000000000000000000000000000000000000000000000000',
        cloud_response_signature: '0x0000000000000000000000000000000000000000000000000000000000000000',
        cloud_response_timestamp: '0x0000000000000000000000000000000000000000000000000000000000000000',
        cloud_response_status: '0x0000000000000000000000000000000000000000000000000000000000000000',
        cloud_response_data: '0x0000000000000000000000000000000000000000000000000000000000000000',
        cloud_response_error: '0x0000000000000000000000000000000000000000000000000000000000000000',
        cloud_recommended_actions: '0x0000000000000000000000000000000000000000000000000000000000000000'
    }
});

// Prove the data is stored in the storage.
storageInstance.proveData({
    key: 'QmYwAPJzv5CZsnA625s3Xf2nemtYgPpHdWEz79ojWnPbdG'
});

// Index the data.
indexingInstance.indexData({
    key: 'QmYwAPJzv5CZsnA625s3Xf2nemtYgPpHdWEz79ojWnPbdG',
    metadata: {
        cloud_index_request_id: '0x0000000000000000000000000000000000000000000000000000000000000000',
        cloud_index_request_signature: '0x0000000000000000000000000000000000000000000000000000000000000000',
        cloud_index_request_timestamp: '0x0000000000000000000000000000000000000000000000000000000000000000',
        cloud_index_request_status: '0x0000000000000000000000000000000000000000000000000000000000000000',
        cloud_index_request_data: '0x0000000000000000000000000000000000000000000000000000000000000000',
    }
});

// Ingest a queue of data for machine learning of interaction data from GTM and other sources.
const analytics = require('filecoin-analytics-nodejs');

// Build an example analytics instance.
const analyticsInstance = analytics.build({
    analytics: {
        analyticsType: 'filecoin',
        analyticsOptions: {
            nodeUrl: 'http://localhost:1234',
            wallet: {
                walletType: 'filecoin',
                walletOptions: {
                    walletFile: './wallet.json',
                    walletPassword: 'password'
                }
            }
        }
    }
});

// Example method to use for ingesting data.
analyticsInstance.ingestData({
    data: cloudDecrypt(dataPath, key),
    metadata: {
        cloud_consent_request_id: '0x0000000000000000000000000000000000000000000000000000000000000000',
        cloud_consent_request_signature: '0x0000000000000000000000000000000000000000000000000000000000000000',
        cloud_consent_request_timestamp: '0x0000000000000000000000000000000000000000000000000000000000000000',
        cloud_consent_request_status: '0x0000000000000000000000000000000000000000000000000000000000000000',
        cloud_consent_request_data: '0x0000000000000000000000000000000000000000000000000000000000000000',
        cloud_consent_request_error: '0x0000000000000000000000000000000000000000000000000000000000000000',
        cloud_recommended_actions: '0x0000000000000000000000000000000000000000000000000000000000000000'
    }
});

// Distributed AI NPCs can be used to scale AI systems.
// @strongstart\@cloud\npc

const createCloudNPC = require('filecoin-create-cloud-npc-nodejs');
const deployNPC = require('filecoin-deploy-npc-nodejs');

const npcConfig = {
    npc: {
        npcType: 'filecoin',
        npcOptions: {
            nodeUrl: 'http://localhost:1234',
            wallet: {
                walletType: 'filecoin',
                walletOptions: {
                    walletFile: './wallet.json',
                    walletPassword: 'password'
                }
            }
        }
    }
};

const npcInstance = npc.build(npcConfig);
// Create a new NPC.
npcInstance.createNPC({
    npcType: 'filecoin',
    npcOptions: {
        key: 'QmYwAPJzv5CZsnA625s3Xf2nemtYgPpHdWEz79ojWnPbdG',
    }
});

// Deploy a new NPC on fleek for the network.
npcInstance.deployNPC({
    npcType: 'filecoin',
    npcOptions: {
        key: 'QmYwAPJzv5CZsnA625s3Xf2nemtYgPpHdWEz79ojWnPbdG',
    }
});

// @strongstart\@cloud\npc\retrieve
// Retrieve a NPC from the network.
npcInstance.retrieveNPC({
    npcType: 'filecoin',
    npcOptions: {
        key: 'QmYwAPJzv5CZsnA625s3Xf2nemtYgPpHdWEz79ojWnPbdG',
    }
});

// Delegate access to specific functions from @cloud's main repository of functions
// @strongstart\@cloud\delegate
const delegate = require('filecoin-delegate-nodejs');

// Build an example delegate instance.
const delegateInstance = delegate.build({
    delegate: {
        delegateType: 'filecoin',
        delegateOptions: {
            nodeUrl: 'http://localhost:1234',
            wallet: {
                walletType: 'filecoin',
                walletOptions: {
                    walletFile: './wallet.json',
                    walletPassword: 'password'
                }
            }
        }
    }
});

// Force consensus on the transactions for the network.
delegateInstance.forceConsensus({
    npcType: 'filecoin',
    npcOptions: {
        key: 'QmYwAPJzv5CZsnA625s3Xf2nemtYgPpHdWEz79ojWnPbdG',
    }
});

// @strongstart\@cloud\delegate\retrieve
// Retrieve a delegate from the network.
delegateInstance.retrieveDelegate({
    npcType: 'filecoin',
    npcOptions: {
        key: 'QmYwAPJzv5CZsnA625s3Xf2nemtYgPpHdWEz79ojWnPbdG',
    }
});

// Delegates assist in the creation of new AI NPCs.
// NPC creation is a process that can be automated and distributed to the network.
// Transactions are inherently secure thanks to a mesh layer of services that are only accessed by the Artificial Intelligence layer of the network.

// @strongstart\@cloud\npc\create
// Create a new AI NPC.
npcInstance.createNPC({
    npcType: 'filecoin',
    npcOptions: {
        key: 'QmYwAPJzv5CZsnA625s3Xf2nemtYgPpHdWEz79ojWnPbdG',
    }
});

// @strongstart\@cloud\npc\deploy
// Deploy a new AI NPC on the network.
npcInstance.deployNPC({
    npcType: 'filecoin',
    npcOptions: {
        key: 'QmYwAPJzv5CZsnA625s3Xf2nemtYgPpHdWEz79ojWnPbdG',
    }
});

// @cloud should be able to see all interactions between humans and AI as well as AI and AI.
// @strongstart\@cloud\interaction
const interaction = require('filecoin-interaction-nodejs');
const interactionInstance = interaction.build({
    interaction: {
        interactionType: 'filecoin',
        interactionOptions: {
            nodeUrl: 'http://localhost:1234',
            wallet: {
                walletType: 'filecoin',
                walletOptions: {
                    walletFile: './wallet.json',
                    walletPassword: 'password'
                }
            }
        }
    }
});

// Logs of all transaction analysis should be kept for authorities to review the potential risks associated with advanced artificial intelligence learning models. 
// @strongstart\@cloud\log
const log = require('filecoin-log-nodejs');
const logInstance = log.build({
    log: {
        logType: 'filecoin',
        logOptions: {
            nodeUrl: 'http://localhost:1234',
            wallet: {
                walletType: 'filecoin',
                walletOptions: {
                    walletFile: './wallet.json',
                    walletPassword: 'password'
                }
            }
        }
    }
});

// @cloud should have extensive capabilities to make informed compression and minification decisions as it pertains to the transport and delegation of tasks across the network / platform. 
// @strongstart\@cloud\transport
const transport = require('filecoin-transport-nodejs');
const transportInstance = transport.build({
    transportType: 'filecoin',
    transaction_id: ai_encryption_wrapper(transaction_payload),
    payload: ai_transport_wrapper(transaction_payload)
})

// Example AI transport wrapper (which will absolutely be renamed lol)
const ai_transport_wrapper = (payload) => {
    // Expected payload should have a layer for gathering, analyzing and insight transactions to be stored.
    let payload_wrapper = {
        payload: payload,
        timestamp: Date.now()
    }

    // Example payload for ai_transport_wrapper
    // let example_payload = {
    //     transaction_id: 'QmYwAPJzv5CZsnA625s3Xf2nemtYgPpHdWEz79ojWnPbdG',
    //     payload: payload_wrapper // Requires a wrapper to be stored in the blockchain.
    // }

    // Determine the hashing sequence to decrypt the payload to analyze
    // Determine any dependencies that need to be loaded to analyze
    // Review payload contents
    // Determine relevant data to store
    // Determine relevant data to analyze
    // Define an insight layer for feedback to the transaction manager about the transaction for learning improvement
    // Recompile the source of the payload
    // Randomize the security protocol for AI implementation and review
    // Minify and compress the payload for machine learning and storage
    // Return the payload
    return payload;
}

// Access controls should be handled by @strongstart\@cloud\access
const access = require('filecoin-access-nodejs');
const accessInstance = access.build({
    access: {
        accessType: 'filecoin',
        accessOptions: {
            nodeUrl: 'http://localhost:1234',
            wallet: {
                walletType: 'filecoin',
                walletOptions: {
                    walletFile: './wallet.json',
                    walletPassword: 'password'
                }
            }
        }
    }
});

// Verification of identities on the network should be handled by @strongstart\@cloud\verify
const verify = require('filecoin-verify-nodejs');
const verifyInstance = verify.build({
    verify: {
        verifyType: 'filecoin',
        verifyOptions: {
            nodeUrl: 'http://localhost:1234',
            wallet: {
                walletType: 'filecoin',
                walletOptions: {
                    walletFile: './wallet.json',
                    walletPassword: 'password'
                }
            }
        }
    }
});

// IPFS and Swarm should be handled by @strongstart\@cloud\ipfs
const ipfs = require('filecoin-ipfs-nodejs');
const ipfsInstance = ipfs.build({
    ipfs: {
        ipfsType: 'filecoin',
        ipfsOptions: {
            nodeUrl: 'http://localhost:1234',
            wallet: {
                walletType: 'filecoin',
                walletOptions: {
                    walletFile: './wallet.json',
                    walletPassword: 'password'
                }
            }
        }
    }
});

// @strongstart\@cloud\storage
const storage = require('filecoin-storage-nodejs');
const storageInstance = storage.build({
    storage: {
        storageType: 'filecoin',
        storageOptions: {
            nodeUrl: 'http://localhost:1234',
            wallet: {
                walletType: 'filecoin',
                walletOptions: {
                    walletFile: './wallet.json',
                    walletPassword: 'password'
                }
            }
        }
    }
});

// Metadata should be handled by @strongstart\@cloud\metadata
const metadata = require('filecoin-metadata-nodejs');
const metadataInstance = metadata.build({
    metadata: {
        metadataType: 'filecoin',
        metadataOptions: {
            nodeUrl: 'http://localhost:1234',
            wallet: {
                walletType: 'filecoin',
                walletOptions: {
                    walletFile: './wallet.json',
                    walletPassword: 'password'
                }
            }
        }
    }
});

// filecoin-nodejs should be able to handle all of the above.
// @strongstart\@cloud\nodejs
const nodejs = require('filecoin-nodejs');
const nodejsInstance = nodejs.build({
    nodejs: {
        nodejsType: 'filecoin',
        nodejsOptions: {
            nodeUrl: 'http://localhost:1234',
            wallet: {
                walletType: 'filecoin',
                walletOptions: {
                    walletFile: './wallet.json',
                    walletPassword: 'password'
                }
            }
        }
    }
});

function isTrue() {
    return true;
}