Arham4

title	Diagram-First Feature Workflow
description	A generic, stack-agnostic engineering workflow: design the system in diagrams, get one approval, then build strictly test-first, review to convergence, and deploy.
status	template
enforcement	advisory
version	1.1
applies_via	invoke explicitly — not on every change

Diagram-First Feature Workflow

Arham4

post = '''[IMG]https://shanty.ps/updates/assets/images/fuller-logo.png[/IMG]

[COLOR="#FFFFFF"][SIZE=6][B][FONT=Century Gothic]Update #8[/FONT][/B][/SIZE][/COLOR]

Welcome to Shanty's eight progress update. This month's update(s) will be primarily focused on plans for our brand new skill, a plethora of bug fixes, a new initiative to showcase notable assets, and quality of life adjustments! Furthermore, we have information relating to the the development team and project lead changes.

First of all, our beloved [COLOR="#FFFFFF"][B]Arham[/B][/COLOR] has decided to step back from the project lead due to real life committments, and has now passed the mantle over to [COLOR="#FFFFFF"][B]Sin[/B][/COLOR] who is now Shanty's project lead. There has been a huge burst of activity over the month of April in which has resulted in more development overall in progress. 

Shanty has begun its first internal testing phase in which has successfully resulted in a lot of positive feedback for the current content Shanty has to of

Arham4

UTD Server Kafka & ELK Stack

This tutorial outlines how to set up Zookeeper, Kafka, Elasticsearch, Kibana, and Logstash on the UTD server.

Table of Contents:

1. Setup
2. Install Zookeper
3. Install Kafka (depends on Zookeeper)
4. Install PCRE

Arham4

package net.mooctest;

import org.junit.Test;

import static org.junit.Assert.*;

import java.util.ArrayList;
import java.util.List;

Arham4

import math

dot_product = lambda X, Y: sum(map(lambda x, y: x * y, X, Y))

def sigma(t):
    return 1 / (1 + math.exp(-t))
    
def sigma_prime(t):
    sigma_value = sigma(t)
    return sigma_value * (1 - sigma_value)

Arham4

(ns clojure-rock-paper-scissors.clojure_rock_paper_scissor
  (:require [clojure-rock-paper-scissors.utils :refer :all]))

(def results #{:player-1-win :player-2-win :tie})
(def types #{:rock :paper :scissor})
(def game-modes #{:one-player :two-player})
(def guess-map {"r" :rock, "p" :paper, "s" :scissor})

(defn get-type [raw-type]
  (get guess-map raw-type))

Arham4

.eqv	WIDTH	64
.eqv	HEIGHT	64

.eqv	RED	0x00FF0000
.eqv	GREEN	0x0000FF00
.eqv	BLUE	0x000000FF
.eqv	WHITE	0x00FFFFFF
.eqv	YELLOW	0x00FFFF00
.eqv	CYAN	0x0000FFFF
.eqv	MAGENTA	0x00FF00FF

Arham4

.data
	buffer:				.space	80
	numbers:			.space	80
	inputFileName:			.asciiz	"input.txt"
	messageBefore:			.asciiz	"The array before: "
	messageAfter:			.asciiz	"\nThe array after: "
	meanMessage:			.asciiz	"\nThe mean is: "
	medianMessage:			.asciiz	"\nThe median is: "
	standardOfDeviationMessage:	.asciiz	"\nThe standard of deviation is: "
	delimeter:			.asciiz	" "

Arham4

.data
	prompt:			.asciiz	"Input some text dude"
	charactersMessage:	.asciiz	"Characters: "
	wordsMessage:		.asciiz	"Words: "
	input:			.space	100
	newLine:		.asciiz	"\n"

.text
	# prompts for the text to analyze
	li	$v0,	54

Arham4

import 'dart:convert';

import 'package:http/http.dart' as http;

void main() {
  stuff();
}

void stuff() {
  var thing = fetchOmg();