#bitwiseCalc This is a simple bitwise operation calculator designed to let the user see what is going on. Numeric arguments passed can be in binary, octal, decimal, and hexadecimal radix. It might be too simple for certain users, but it might be perfect for students. Please see the examples below to gain a visual on what this project of mine can do. Note this program was intended for CLI use only. This project will soon be replaced by a much more organized version, but I didn't want to break anything in the meantime!

##All operations

###Bitwise Operations These operations must have binary arguments. With the exception or NOT(unary). The NOT operation will only consider the first number argument passed.

###Arithmetic Operations These operations must have binary arguments.

###Misc. Operations This operation can be used either with unary arguments, or with binary arguments.

###Installation

	#may need sudo
	gem install bitwiseCalc

###Usage Numbers passed as arguments can be passed in binary, hex, octal, and decimal. Note numbers passed incorrectly WILL NOT be used. Passing numbers in a radix other than base10:

	#binary input operations
	bitwiseCalc [flag] number operation number

	#unary input operations
	bitwiseCalc [flag] number operation

	#Flags
      	-f
            disables spacing every 4 bits in binary output(enabled by default)
        -s
            disables newline every 64 bits in binary output(enabled by default)
        -n
            disables colorized output(enabled by default)
        -h
            outputs usage and exits
        -g
            outputs base 10 numbers in grouped form(disabled by default)

Results will be output in Octal, Decimal, Hexadecimal, and Binary(MSB first).

###Bit Rotation Bit rotation isn't included by default with Ruby. It is done using arrays of binary strings; my solution to this is based on the 2 diagrams at the bottom of this page.

###Examples Here are some screenshots that will provide a visual on what you are to expect and some clarification on instructions.

####Basic usage

####Disabling Color

####Using an Octal Argument

####Using RAD operation to output arguments in different radices

####XNOR usage