jasonbot

#! /bin/bash

SESSION_NAME=$( tmux display-message -p '#S' 2> /dev/null )
WINDOW_TITLE="Workspace"

check_session()
{
    if [ x$SESSION_NAME == "x" ]
    then
        echo "Please do this in a tmux session"

jasonbot

// MaxSum.cpp : Just a silly little problem to solve -- what is the
// maximum sum of non-adjacent numbers in an array?

#include "stdafx.h"

#include <algorithm>
#include <deque>
#include <iostream>
#include <string>
#include <vector>

jasonbot

def export_fc_to_csv(fc, out_csv):
    """
    Export each vertex in a line or poly fc to a csv with OID
    user requested at http://arcpy.wordpress.com/about/#comment-348

    example

        import geom_snippets
        geom_snippets.export_fc_to_csv(r"c:\proj\fc1.shp", r"c:\proj\fc1.csv")

jasonbot

# coding: utf-8

import lib2to3
import lib2to3.fixes
import lib2to3.refactor

__all__ = ["code_to_py3"]

all_fixes = ["lib2to3.fixes.fix_{}".format(l)
             for l in lib2to3.refactor.get_all_fix_names("lib2to3.fixes")]

jasonbot

import inspect
import sys

def tracefunction(frame, event, arg):
    if event == "line":
        info = inspect.getframeinfo(frame)
        fname, lineno, fn = info.filename, info.lineno, info.function
        with open(fname, 'rb') as f:
            line = [line.rstrip() for line in f][lineno - 1]
            print "Function: {} (in file {}:{}) | {}".format(fname, fn, lineno, line)

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jasonbot

import arcpy

import sys

class WrappedStream(object):
    "Wraps sys.stdout to have all the usual methods of a file object"
    def __init__(self, wrap):
        self._wrap = wrap
    def close(self, *args, **kw):
        try:

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point_layers = []
line_layers = []
polygon_layers = []

for lyr in arcpy.mapping.ListLayers(mxd):
    if lyr.isFeatureLayer:
        # Try to get .shapeType attribute from data source.
        # For XY event layers there is no shape type (it's a
        # CSV or something) so assume it's a Point layer.
        shape_type = getattr(arcpy.Describe(lyr.dataSource),

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jasonbot

def join_string(fn):
    def fn_(*a, **k):
        return "".join(reversed(list(fn(*a, **k))))
    return fn_

@join_string
def binary_string(number, bit_count):
    for bit in xrange(bit_count):
        yield "1" if number & 1 == 1 else "0"
        number = number >> 1