James Savage axiixc

## CountDownEvent+NSSecureCoding.swift
// class CountDownEvent {
//  init(endDate: NSDate, name: String);
// }

extension CountDownEvent: NSSecureCoding {
    convenience init(coder: NSCoder!) {
        let endDate = coder.decodeObjectOfClass(NSDate.classForCoder(), forKey: "endDate") as NSDate
        let name = coder.decodeObjectOfClass(NSString.classForCoder(), forKey: "name") as NSString

        self.init(endDate: endDate, name: name) // Is this not how you call another initializer?

## keybase.md

      
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                axiixc
                / keybase.md
            
            
              Created
              June 21, 2014 00:12
            
          
    Keybase proof

I hereby claim:

I am axiixc on github.
I am axiixc (https://keybase.io/axiixc) on keybase.
I have a public key whose fingerprint is 37A6 BB5F 25ED F824 9B66  7BF8 B907 7DAB 7DF3 DEE3

To claim this, I am signing this object:

  
## editor.html
<!DOCTYPE html>
<html>
<head>
    <meta charset="utf-8">
	<style>
		html {
			height: 100%;
			overflow-y: hidden; }
		body {
			background: #dfdfdf;

## assemble.rb
#!/usr/bin/ruby

# Expectations:
# 1) File contains only hardware instructions, there is NO pseudoinstruction translation
# 2) All immediates are the correct size. The assembler will generate errors and cease
#    code generation, but will not convert large immediates to $at.
# 3) Labels must be on a line by themselves. If an instruction follows a label it will
#    cause undefined errors in assembly!
# 4) All comments must be denoted by a hash (#) symbol. They may appear anywhere in the
#    program, and anything after the hash will be dropped from the instruction parsing.

## MyClass.h
@interface MyClass : NSObject

@property (nonatomic, strong) NSComplexThing * myThing;

@end

## example-send-assignment.sh
#!/bin/bash

echo "Zipping assignment..."
zip assignment.zip file1.ss file2.ss file3.ss main.ss >> /dev/null
if [ $? -eq 0 ]
then
        plcsend --send-file assignment.zip -user YOUR_USERNAME -pass YOUR_PASSWORD -id ASSIGNMENT_ID
else
        echo "Error creating zip"
fi

## reloader.ss
;;; James Savage -- http://axiixc.com
;;; Easy file reloading for scheme, written because I needed it.

;;; The list of all reloadable files
(define rl-files (list))
(define rl-last-file '())

;;; Clear any reloadable files
(define rl-clear (lambda ()
  (set! rl-files (list))

## ax-ut.ss
(define test-base
  (lambda (passed? result message)
    (if passed?
      (begin
        (display "  passed: ")
        (display message)
      )
      (begin
        (display "  failed: ")
        (display message)

## example_config.yaml
---
:definitions:
  MAIN_BG: white
  MAIN_TEXT_COLOR: black
  MAIN_LINK_COLOR: black
  MAIN_LINK_HIGHLIGHT_COLOR: "#FF0"

:partials:
  MASTHEAD_GRADIENT: |
    background: rgb(40,40,40);

## asym.rb
#!/bin/ruby

# Expectations:
# 1) File contains only hardware instructions, there is NO pseudoinstruction translation
# 2) All immediates are the correct size. The assembler will generate errors and cease
#    code generation, but will not convert large immediates to $at.
# 3) Labels must be on a line by themselves. If an instruction follows a label it will
#    cause undefined errors in assembly!
# 4) All comments must be denoted by a hash (#) symbol. They may appear anywhere in the
#    program, and anything after the hash will be dropped from the instruction parsing.
	// class CountDownEvent {
	// init(endDate: NSDate, name: String);
	// }

	extension CountDownEvent: NSSecureCoding {
	convenience init(coder: NSCoder!) {
	let endDate = coder.decodeObjectOfClass(NSDate.classForCoder(), forKey: "endDate") as NSDate
	let name = coder.decodeObjectOfClass(NSString.classForCoder(), forKey: "name") as NSString

	self.init(endDate: endDate, name: name) // Is this not how you call another initializer?
	<!DOCTYPE html>
	<html>
	<head>
	<meta charset="utf-8">
	<style>
	html {
	height: 100%;
	overflow-y: hidden; }
	body {
	background: #dfdfdf;
	#!/usr/bin/ruby

	# Expectations:
	# 1) File contains only hardware instructions, there is NO pseudoinstruction translation
	# 2) All immediates are the correct size. The assembler will generate errors and cease
	# code generation, but will not convert large immediates to $at.
	# 3) Labels must be on a line by themselves. If an instruction follows a label it will
	# cause undefined errors in assembly!
	# 4) All comments must be denoted by a hash (#) symbol. They may appear anywhere in the
	# program, and anything after the hash will be dropped from the instruction parsing.
	@interface MyClass : NSObject

	@property (nonatomic, strong) NSComplexThing * myThing;

	@end
	#!/bin/bash

	echo "Zipping assignment..."
	zip assignment.zip file1.ss file2.ss file3.ss main.ss >> /dev/null
	if [ $? -eq 0 ]
	then
	plcsend --send-file assignment.zip -user YOUR_USERNAME -pass YOUR_PASSWORD -id ASSIGNMENT_ID
	else
	echo "Error creating zip"
	fi
	;;; James Savage -- http://axiixc.com
	;;; Easy file reloading for scheme, written because I needed it.

	;;; The list of all reloadable files
	(define rl-files (list))
	(define rl-last-file '())

	;;; Clear any reloadable files
	(define rl-clear (lambda ()
	(set! rl-files (list))
	(define test-base
	(lambda (passed? result message)
	(if passed?
	(begin
	(display " passed: ")
	(display message)
	)
	(begin
	(display " failed: ")
	(display message)
	---
	:definitions:
	MAIN_BG: white
	MAIN_TEXT_COLOR: black
	MAIN_LINK_COLOR: black
	MAIN_LINK_HIGHLIGHT_COLOR: "#FF0"

	:partials:
	MASTHEAD_GRADIENT: \|
	background: rgb(40,40,40);
	#!/bin/ruby

	# Expectations:
	# 1) File contains only hardware instructions, there is NO pseudoinstruction translation
	# 2) All immediates are the correct size. The assembler will generate errors and cease
	# code generation, but will not convert large immediates to $at.
	# 3) Labels must be on a line by themselves. If an instruction follows a label it will
	# cause undefined errors in assembly!
	# 4) All comments must be denoted by a hash (#) symbol. They may appear anywhere in the
	# program, and anything after the hash will be dropped from the instruction parsing.