antarr's repositories
Withings.NET
Wrapper around the Withings Health Data api.
rust-advent-2022
Copilot and ChatGPT assisted Advent of Code 2022 to learn Rust.
admin-rewrite-upgrade
A RoR app to manage a mailserver with a mysql backend
awesome-ruby
:gem: A collection of awesome Ruby libraries, tools, frameworks and software
CodeEval-Solutions
Solutions for CodeEval.com
database_validations
Database validations for ActiveRecord
Exercism-Solutions
Solutions to exercises found on exercism.io
leaderboard-posts
Web application api allowing users to rate post - implements in Ruby on Rails
minesweeper
A ruby implementation of the class game minesweeper
MIPS_SCANNER
In this project we will validate the syntax of a few MIPS instructions. In later assignments we will expand the instruction repertoire. The instructions are: add, addi, beq, j, and the definition and use of labels. More info on the sytax of these instructions is in Appendix B of your textbook. You should check for validity of register names and the size of immediate operands in the context of the instruction. Labels can be alphanumeric upto 16 characters long. A label by itself followed by a colon is a valid statement. Example run: Please enter a MIPS statement: abc: label: abc Please enter a MIPS statement: beq $s1, $s2, abcxyz operator: beq op1: register $s1 op2: register $s2 op3: label abcxyz Please enter a MIPS statement: beq $s1, $s2, 10000000 operator: beq op1: register $s1 op2: register $s2 op3: Error: immediate op out of range Please enter a MIPS statement: addi $s1, $s2, $s3 operator: addi op1: register $s1 op2: register $s2 op3: Error: immediate expected
mis_675_course_project
Common Repository for Database Project Term Project
Primes-Multiplication-Table
Prints a multiplication table for prime numbers.
redflag_flask
Search twitter for images + Image classification
Ruby-Cheatsheet
💎 The missing cheatsheet for Ruby