aisk

pixelToPoint = function(point, zoom, center, bounds) {
    // 像素到坐标
    if (!point) {
        return
    }
    var zoomUnits = getZoomUnits(zoom);
    var mercatorLng = center.lng + zoomUnits * (point.x - bounds.width / 2);
    var mercatorLat = center.lat - zoomUnits * (point.y - bounds.height / 2);
    var mercatorLngLat = {lng: mercatorLng, lat: mercatorLat};
    return mercatorToLngLat(mercatorLngLat)

aisk

import dis, marshal, struct, sys, time, types

def show_file(fname):
    f = open(fname, "rb")
    magic = f.read(4)
    moddate = f.read(4)
    modtime = time.asctime(time.localtime(struct.unpack('L', moddate)[0]))
    print "magic %s" % (magic.encode('hex'))
    print "moddate %s (%s)" % (moddate.encode('hex'), modtime)
    code = marshal.load(f)

aisk

import marshal
import struct
import time
import imp
from opcode import opmap

def f(): return
code = type(f.__code__)     # the code object type

code_list = (

aisk

import marshal
import struct
import time
import imp
from opcode import opmap

SEXPR = ('+', 1,
              ('-', 3,
                ('+', 1 , 1)))

aisk

# coding: utf-8

from pprint import pprint

RIGHT, DOWN, LEFT, UP = 1, 2, 3, 4

class MatrixWalker(object):
    def __init__(self, width):
        self.width = width
        x = width + 2   # 多一圈，作为最外圈的墙壁

aisk

VObject.   Value ::= "{" [Item] "}" ;
ObjItem.   Item ::= String ":" Value ;
separator  Item "," ;
terminator Item "" ;

VArray.    Value ::= "[" [Value] "]" ;
separator  Value "," ;
terminator Value "" ;

VInt.      Value ::= Integer ;

aisk

(define bt (import "bottle"))
(define route (attr bt "route"))

(define (index) "Hello")

((route "/")
  (@callable (lambda ()
               "Hello")))

((attr bt "run"))

aisk

using std;
using assert;

func main = ()=> int {
    list<int> l = [0, 1, 2, 3, 4, 5];
    dict<char*, int> d = {
        "one": 1,
        "two": 2,
        "tree": 3,
    };

aisk

package main

const (
    MEMORY_SIZE = 100
)

type State struct {
    Instructions string
    Memory []byte
    Ip int

aisk

# buildin functions

# add -> integer -> integer
add 1 2 # => 3

# log -> nothing
log 1

# variable assignment