nsjames

- [ ] I understand the purpose of this PR 
- [ ] I have visually inspected every line of added and removed code
- [ ] I have analyzed the side effects of the additions and removals
- [ ] I have checked the code for quality: 
  - [ ] Names are coherent, descriptive, and consistent
  - [ ] There are no superfluous comments, only ones that give context
  - [ ] All code is self-explanatory
  - [ ] The code does not repeat itself
  - [ ] The code follows the project standards (indentation, spacing, etc)
- [ ] I have tested the code

nsjames

#include <eosio.token.hpp>


/*******************************************/
/*               USAGE NOTICE              */
/* --------------------------------------- */
/* This file was generated using a         */
/* proprietary blockchain contract flow    */ 
/* based programming (FBP) application.    */
/* --------------------------------------- */

nsjames

Scatter 12 backup recovery tool

This is just a recovery tool for the malformed backups from scatter 12.0.0

How to use

• Option 1: Click the "Download ZIP" button on the top of this gist, extract it somewhere, and then open index.html.
• Option 2: Copy the contents of index.html and main.js to a folder on your computer, and then open index.html.

The unpacked_min.js file is what the main.js is before it goes through webpacking which allows it to be imported in a single file, otherwise users would have to install the node package manager and run a full blown javascript project.

nsjames

// SECURITY CONCERNS!
// Because your backend will be signing transactions, you will need to validate
// the transaction details before actually signing them.
// Using keys designated for specific actions is okay in some situations, but not all
// (like when your dapp wants to pay for eosio.token transfers, which exposes you to risk of losing your available tokens)

// The best flow for this is the following:
// VISUAL DIAGRAM: https://t.me/ScatterDevelopers/16787
// - Front-end which implements a multi-signer (scatter + api signer)
// - Scatter signs for the user

nsjames

// @ts-ignore
import BlockchainLoginToken from "../models/tokens/BlockchainLoginToken";
require('isomorphic-fetch');
// @ts-ignore
import Eos from 'eosjs';

const EOS_NODES:any = {
    'aca376f206b8fc25a6ed44dbdc66547c36c6c33e3a119ffbeaef943642f0e906':'https://nodes.get-scatter.com'
};

nsjames

const getApiNodes = async () => {

	const getBpData = async (bp, attempt = 0) => {
		if(attempt >= 3) return {bp:bp.owner, error:'no bp.json'};
		const json = await fetch(`${bp.url}/bp.json`).then(x => x.json()).catch(() => null);
		if(!json) return getBpData(bp, attempt+1);

		let ssl_endpoint, api_endpoint;
		json.nodes.map(x => {
			if(!ssl_endpoint && x.ssl_endpoint && x.ssl_endpoint.length) ssl_endpoint = x.ssl_endpoint;

nsjames

nsjames

package com.scatternative;

import java.io.IOException;
import java.net.InetSocketAddress;
import java.nio.ByteBuffer;

import org.java_websocket.WebSocket;
import org.java_websocket.drafts.Draft;
import org.java_websocket.exceptions.InvalidDataException;
import org.java_websocket.handshake.ClientHandshake;

nsjames

class InjectedObject {

    // Check here for required fields: https://get-scatter.com/docs/requirable-fields
    getIdentity(requiredFields){
        //.. open your authentication popup, return:
        return {
            accounts:[{blockchain:'eos', name:'thename', authority:'active'}]
        }
    }

nsjames

async onboard(){
    this.onboardingError = '';
    switch(this.onboarding){


        case ONBOARD.START:
            if(!await this.scatter.suggestNetwork(network)){
                this.onboardingError = 'You must accept the Test Network in your Scatter.';
                return false;
            } else {