iicc1

const { argv } = require('process')
const { promisify } = require('util')
const exec = promisify(require('child_process').exec)
const fs = require('fs')

const helpCommandText = `
Stakely Dirk/Vouch/Ethdo automation tool

Usage:
  node automations.js [command]

iicc1

#!/bin/bash

##############################################
####     Agoric node monitoring tool      ####
####   Developed by the Stakely.io team   ####
##############################################


### Instructions ###

iicc1

#!/bin/bash

##############################################
####   LTO Network node monitoring tool   ####
####   Developed by the Stakely.io team   ####
##############################################


### Instructions ###

iicc1

-> If you are experiencing the error: Error while loading shared libraries: libnss3.so: cannot open shared object file: No such file or directory
After installing Puppeteer for Node.js on Ubuntu with npm install -S puppeteer

-> This is how I solved it: 

apt install libnss3-dev libxss1

-> And remember to set the no-sandbox option, like this:
const browser = await puppeteer.launch({headless: true, args: ['--no-sandbox']});

iicc1

Keybase proof

I hereby claim:

• I am iicc1 on github.
• I am iicc (https://keybase.io/iicc) on keybase.
• I have a public key ASCGILUM1d_6qWNEf3ODi99idA7K9Q_BcGwztcj6t3x6tAo

To claim this, I am signing this object:

iicc1

close all;
clc;

initial_amount = 50000;
apr = 0.07;
divisions = 24;
n = [1:1:divisions];
divisions_apr = apr / divisions;

end_amount_nostake = initial_amount;

iicc1

function [v] = CompoundInterestLeaseLTO(withdrawal_fee, lease_fee, amount_leasing, roi)

% v vertical vector containing the reinvest values
% withdrawal_fee value in LTO
% lease_fee value in LTO
% amount_leasing value in LTO
% roi value in decimal

close all;

iicc1

-- Download this UTF8 library for using this in Lua < 5.3 https://mods.curse.com/addons/wow/utf8
-- We need to manipulate this strings in utf8 because this is the way entities are given by Telegram
-- utf8 = require("utf8")
function process_text(text, entities)								-- Use this as a function in your code, it will return the processed text.
	if entities then
		local teurl_url, teurl_word, tebold, teitalic, tecode = {}, {}, {}, {}, {}  	-- Create a table to store the substrings to substitute in the next loops without altering the offsets.
		for i=1, #entities do								
			if entities[i].ID == "MessageEntityTextUrl" then
				local url, len, off = entities[i].url_, entities[i].length_, entities[i].offset_
				local eurl = string.utf8sub(text, off -3, off + len -3)		-- Note that the offsets are always refering to the text without modifications, that is why I use original textext.

iicc1

ROM:00000000 ; Segment type: Pure code
ROM:00000000                 AREA ROM, CODE, READWRITE, ALIGN=0
ROM:00000000                 CODE32
ROM:00000000
ROM:00000000 loc_0                                   ; CODE XREF: sub_34F4+3Cp
ROM:00000000                                         ; sub_51F4+14p ...
ROM:00000000                 STMPLIA         R8, {R3,R7,R9,R10,R12}
ROM:00000004                 STREQD          R8, [R3],-R0 ; DATA XREF: sub_6AD8+2Cr
ROM:00000004                                         ; sub_6B24+2Cr