johnfn

public List<List<Cell>> World; // 100x100 2d list of Struct

private void FloodFill()
{
    var edge = new List<Cell> { World[0][0] };
    var seen = new HashSet<Cell> { };

    //while (edge.Count > 0)
    for (var i = 0; i < 50; i++) // Just run 50 iterations
    {

johnfn

// this is what the data looks like

interface Battle {
  entries: number[];
  host: string;
  id: number;
  major: boolean;
  timestamp: string;
  title: string;
}

johnfn

DEBUG:TS:Body sequence#: 610
DEBUG:TS:Read body of length: 83
DEBUG:TS:Body sequence#: 611
DEBUG:TS:Read body of length: 83
DEBUG:TS:Body sequence#: 612
DEBUG:TS:Read body of length: 83
DEBUG:TS:Body sequence#: 613
DEBUG:TS:Read body of length: 83
DEBUG:TS:Body sequence#: 614

johnfn

DEBUG:TS:Body sequence#: 358
DEBUG:TS:Read body of length: 83
DEBUG:TS:Body sequence#: 359
DEBUG:TS:Read body of length: 83
DEBUG:TS:Body sequence#: 360
DEBUG:TS:Read body of length: 83
DEBUG:TS:Body sequence#: 361
DEBUG:TS:Read body of length: 83
DEBUG:TS:Body sequence#: 362
DEBUG:TS:Read body of length: 83

johnfn

class DbPerson.cs {
  var id: int
  var email: string
  var snippet: string
  var bio: string
  var created: DateTime
  var firstname: string
  var lastname: string
  var birthdate: DateTime?
  var gender: string

johnfn

# TODO
# * Parse out name of class
# * Parse nested objects
#   * Since they are explicitly marked with ForeignKey("nameOfProperty"), this should be a single regex
# * test against different files

import re

filename = "DbPerson.cs"
test = "".join([line for line in open(filename)])

johnfn

// JSON String -> Object
// Still TODO:
// 1. Nested JSON object parsing
// 2. String -> JSON data type

// Data structures to hold JSON
// Probably not necessary but they make the code nice and I wanted to learn about them

enum JSONItem {
    case StringEntry(String, String)

johnfn

import re

CLASS_RE = r'(export )?class ([^\s]+)'
MODULE_RE = r'(declare )?module ([^\s]+)'
INTERFACE_RE = r'interface ([^\s]+)'
FUNCTION_RE = r'^\s*(static)?\s*([^\(]+)\('
PARAM_RE = r'^\s*(static)?\s*([^:^\(]+):'
DOCS_START = r'^\s*/\*\*\s*$'
DOCS_END = r'^\s*\*/\s*$'
CLOSE_BRACKET_RE = r'^\s*\};?\s*$'

johnfn

haxe -cp /Users/grantm/code/punktest/src/ -cp /Users/grantm/code/punktest/fp/src/ -lib nmedev --remap flash:nme -cpp /Users/grantm/code/punktest/Main -D st_display --display /Users/grantm/code/punktest/src/Main.hx@262 --no-output 

VS

Popen(['haxe', '-cp', '/Users/grantm/code/punktest/src/', '-cp', '/Users/grantm/code/punktest/fp/src/', '-lib', 'nmedev', '--remap', 'flash:nme', '-cpp', '/Users/grantm/code/punktest/Main', '-D', 'st_display', '--display', '/Users/grantm/code/punktest/src/Main.hx@262', '--no-output', ''], stdout=PIPE, stderr=PIPE).communicate()

johnfn

// Go ahead, try and guess what this will do.

for (var i:int = 0; i < 10; i++) {
  var k:int;
  k++;

  trace(k);
}